From ba44949beab5a7e343a6ecb8a232a8c474e8c538 Mon Sep 17 00:00:00 2001 From: Denis Merigoux Date: Tue, 4 Apr 2023 17:13:00 +0200 Subject: [PATCH] Pin js_of_ocaml version : see https://github.com/CatalaLang/catala/issues/442 --- catala.opam | 2 +- french_law/js/french_law.js | 24011 ++++++++++++++++++---------------- 2 files changed, 12564 insertions(+), 11449 deletions(-) diff --git a/catala.opam b/catala.opam index 83ac40b4..0fac12c0 100644 --- a/catala.opam +++ b/catala.opam @@ -25,7 +25,7 @@ depends: [ "cppo" {>= "1"} "dates_calc" {>= "0.0.4"} "dune" {>= "2.8"} - "js_of_ocaml-ppx" {>= "4.0.0"} + "js_of_ocaml-ppx" {= "4.1.0"} "menhir" {>= "20200211"} "menhirLib" {>= "20200211"} "ocaml" {>= "4.13.0"} diff --git a/french_law/js/french_law.js b/french_law/js/french_law.js index acec30e9..3a0db725 100644 --- a/french_law/js/french_law.js +++ b/french_law/js/french_law.js @@ -1,7 +1,6 @@ -//# 1 "api_web.bc.runtime.js" -// Generated by js_of_ocaml -(function - (Object) +//# 1 ".api_web.eobjs/jsoo/api_web.bc.runtime.js" +// Generated by js_of_ocaml 4.1.0 +(function(Object) {typeof globalThis !== "object" @@ -2772,7 +2771,6 @@ globalThis.jsoo_create_file = jsoo_create_file; globalThis.caml_fs_tmp = []; return 0} - function caml_get_continuation_callstack(){return [0]} var caml_parser_trace=0; function caml_set_parser_trace(bool) {var oldflag=caml_parser_trace;caml_parser_trace = bool;return oldflag} @@ -2815,12 +2813,11 @@ for(var i=0;i < arguments.length;i++) nargs[args.length + i] = arguments[i]; return caml_call_gen(f,nargs)}} - var caml_callback=caml_call_gen; function caml_js_wrap_callback_arguments(f) {return function() {var len=arguments.length,args=new Array(len); for(var i=0;i < len;i++)args[i] = arguments[i]; - return caml_callback(f,[args])}} + return caml_call_gen(f,[args])}} function caml_sys_chdir(dir) {var root=resolve_fs_device(dir); if(root.device.exists(root.rest)) @@ -2918,7 +2915,6 @@ dir_handle=caml_unix_opendir(path), first_entry=caml_unix_readdir(dir_handle); return [0,first_entry,dir_handle]} - function caml_is_continuation_tag(t){return 0} var log2_ok=Math.log2 && Math.log2(1.1235582092889474E+307) == 1020; function jsoo_floor_log2(x) {if(log2_ok)return Math.floor(Math.log2(x)); @@ -3533,8 +3529,6 @@ case 246: case 254: default: - if(caml_is_continuation_tag(tag_a)) - {caml_invalid_argument("compare: continuation value");break} if(a.length != b.length)return a.length < b.length?- 1:1; if(a.length > 1)stack.push(a,b,1); break}} @@ -4428,8 +4422,6 @@ function caml_array_get(array,index) {if(index < 0 || index >= array.length - 1)caml_array_bound_error(); return array[index + 1]} - function caml_continuation_use_noexc(cont) - {var stack=cont[1];cont[1] = 0;return stack} function caml_unix_rmdir(name) {var root=resolve_fs_device(name); if(! root.device.rmdir) @@ -4474,7 +4466,7 @@ function caml_domain_spawn(f,mutex) {var id=caml_domain_latest_idx++,old=caml_domain_id; caml_domain_id = id; - caml_callback(f,[0]); + f(0); caml_domain_id = old; caml_ml_mutex_unlock(mutex); return id} @@ -4487,23 +4479,12 @@ function caml_notequal(x,y){return + (caml_compare_val(x,y,false) != 0)} function ml_z_abs(z1){return ml_z_normalize(bigInt(z1).abs())} function caml_sys_const_int_size(){return 32} - function caml_js_wrap_callback(f) - {return function() - {var len=arguments.length; - if(len > 0) - {var args=new Array(len); - for(var i=0;i < len;i++)args[i] = arguments[i]} - else - args = [undefined]; - var res=caml_callback(f,args); - return res instanceof Function?caml_js_wrap_callback(res):res}} function caml_js_wrap_meth_callback(f) {return function() {var len=arguments.length,args=new Array(len + 1); args[0] = this; for(var i=0;i < len;i++)args[i + 1] = arguments[i]; - var res=caml_callback(f,args); - return res instanceof Function?caml_js_wrap_callback(res):res}} + return caml_call_gen(f,args)}} function caml_is_js(){return 1} function caml_lazy_update_to_forward(o) {caml_obj_update_tag(o,244,250);return 0} @@ -4933,8 +4914,6 @@ if(v instanceof Array && v[0] === (v[0] | 0)) {if(v[0] == 251) caml_failwith("output_value: abstract value (Abstract)"); - if(caml_is_continuation_tag(v[0])) - caml_invalid_argument("output_value: continuation value"); if(v.length > 1 && memo(v))return; if(v[0] < 16 && v.length - 1 < 8) writer.write(8,0x80 + v[0] + (v.length - 1 << 4)); @@ -5843,13 +5822,12 @@ s.x = x; s.y = y; return 0} - function caml_js_function_arity(f){return f.length} function caml_js_wrap_meth_callback_unsafe(f) {return function() - {var len=caml_js_function_arity(f) - 1,args=new Array(len + 1); + {var len=arguments.length,args=new Array(len + 1); args[0] = this; for(var i=0;i < len;i++)args[i + 1] = arguments[i]; - return caml_callback(f,args)}} + return f.apply(null,args)}} function caml_ba_dim_3(ba){return caml_ba_dim(ba,2)} function caml_is_special_exception(exn) {switch(exn[2]){case - 8:case - 11:case - 12:return 1;default:return 0}} @@ -5892,12 +5870,12 @@ {if(err instanceof Array && (err[0] == 0 || err[0] == 248)) {var handler=caml_named_value("Printexc.handle_uncaught_exception"); if(handler) - caml_callback(handler,[err,false]); + handler(err,false); else {var msg=caml_format_exception(err), at_exit=caml_named_value("Pervasives.do_at_exit"); - if(at_exit)caml_callback(at_exit,[0]); + if(at_exit)at_exit(0); console.error("Fatal error: exception " + msg + "\n")}} else throw err} @@ -6083,11 +6061,60 @@ function caml_output_value_to_bytes(v,flags) {return caml_bytes_of_array(caml_output_val(v,flags))} function caml_eventlog_resume(unit){return 0} + function caml_hash_univ_param(count,limit,obj) + {var hash_accu=0; + function hash_aux(obj) + {limit--; + if(count < 0 || limit < 0)return; + if(obj instanceof Array && obj[0] === (obj[0] | 0)) + switch(obj[0]) + {case 248:count--;hash_accu = hash_accu * 65599 + obj[2] | 0;break; + case 250:limit++;hash_aux(obj);break; + default: + count--; + hash_accu = hash_accu * 19 + obj[0] | 0; + for(var i=obj.length - 1;i > 0;i--)hash_aux(obj[i])} + else + if(caml_is_ml_bytes(obj)) + {count--; + var content=caml_ml_bytes_content(obj); + if(typeof content === "string") + for(var b=content,l=b.length,i=0;i < l;i++) + hash_accu = hash_accu * 19 + b.charCodeAt(i) | 0; + else + for(var a=content,l=a.length,i=0;i < l;i++) + hash_accu = hash_accu * 19 + a[i] | 0} + else + if(caml_is_ml_string(obj)) + {var jsbytes=caml_jsbytes_of_string(obj); + for(var b=jsbytes,l=jsbytes.length,i=0;i < l;i++) + hash_accu = hash_accu * 19 + b.charCodeAt(i) | 0} + else + if(typeof obj === "string") + for(var b=obj,l=obj.length,i=0;i < l;i++) + hash_accu = hash_accu * 19 + b.charCodeAt(i) | 0; + else + if(obj === (obj | 0)) + {count--;hash_accu = hash_accu * 65599 + obj | 0} + else + if(obj === + obj) + {count--; + var p=caml_int64_to_bytes(caml_int64_bits_of_float(obj)); + for(var i=7;i >= 0;i--)hash_accu = hash_accu * 19 + p[i] | 0} + else + if(obj && obj.caml_custom) + if + (caml_custom_ops[obj.caml_custom] + && + caml_custom_ops[obj.caml_custom].hash) + {var h=caml_custom_ops[obj.caml_custom].hash(obj) | 0; + hash_accu = hash_accu * 65599 + h | 0}} + hash_aux(obj); + return hash_accu & 0x3FFFFFFF} function caml_md5_string(s,ofs,len) {return caml_md5_bytes(caml_bytes_of_string(s),ofs,len)} function caml_string_equal(s1,s2){return caml_bytes_equal(s1,s2)} function caml_array_of_string(x){return caml_uint8_array_of_string(x)} - function caml_jsoo_flags_use_js_string(unit){return 0} function ml_z_divexact(z1,z2){return ml_z_div(z1,z2)} function caml_output_value_to_buffer(s,ofs,len,v,flags) {var t=caml_output_val(v,flags); @@ -6447,11 +6474,6 @@ (ofs * size_per_element,(ofs + size) * size_per_element); return caml_ba_create_unsafe(ba.kind,ba.layout,sub_dims,new_data)} function ml_z_of_nativeint(i){return i | 0} - function caml_js_wrap_callback_unsafe(f) - {return function() - {var len=caml_js_function_arity(f),args=new Array(len); - for(var i=0;i < len;i++)args[i] = arguments[i]; - return caml_callback(f,args)}} function caml_ba_kind(ba){return ba.kind} function caml_js_fun_call(f,a) {switch(a.length) @@ -6505,7 +6527,7 @@ if(! bigInt(z3).and(one).equals(one)) caml_invalid_argument("Z.powm_sec: modulus must be odd"); return ml_z_powm(z1,z2,z3)} - function caml_js_pure_expr(f){return caml_callback(f,[0])} + function caml_js_pure_expr(f){return f()} function compare_digits_nat(nat1,ofs1,nat2,ofs2) {if(nat1.data[ofs1] > nat2.data[ofs2])return 1; if(nat1.data[ofs1] < nat2.data[ofs2])return - 1; @@ -6763,7 +6785,7 @@ function ml_z_to_nativeint(z1){return ml_z_to_int(z1)} function caml_register_global(n,v,name_opt) {if(name_opt && globalThis.toplevelReloc) - n = caml_callback(globalThis.toplevelReloc,[name_opt]); + n = globalThis.toplevelReloc(name_opt); caml_global_data[n + 1] = v; if(name_opt)caml_global_data[name_opt] = v} function mult_nat(nat1,ofs1,len1,nat2,ofs2,len2,nat3,ofs3,len3) @@ -6888,7 +6910,7 @@ {return function() {var len=arguments.length,args=new Array(len); for(var i=0;i < len;i++)args[i] = arguments[i]; - return caml_callback(f,[this,args])}} + return caml_call_gen(f,[this,args])}} function caml_sinh_float(x){return Math.sinh(x)} function caml_ldexp_float(x,exp) {exp |= 0; @@ -6927,12 +6949,11 @@ return i} function caml_js_wrap_callback_strict(arity,f) {return function() - {var - n=arguments.length, - args=new Array(arity), - len=Math.min(arguments.length,arity); + {var n=arguments.length; + if(n == arity && f.length == arity)return f.apply(null,arguments); + var args=new Array(arity),len=Math.min(arguments.length,arity); for(var i=0;i < len;i++)args[i] = arguments[i]; - return caml_callback(f,args)}} + return caml_call_gen(f,args)}} function caml_gc_minor_words(unit){return 0} function caml_get_current_callstack(){return [0]} function land_digit_nat(nat1,ofs1,nat2,ofs2) @@ -7001,6 +7022,15 @@ text_size:26, color:0x000000, title:caml_string_of_jsbytes("")}} + function caml_js_wrap_callback(f) + {return function() + {var len=arguments.length; + if(len > 0) + {var args=new Array(len); + for(var i=0;i < len;i++)args[i] = arguments[i]; + return caml_call_gen(f,args)} + else + return caml_call_gen(f,[undefined])}} function caml_gr_draw_arc(x,y,rx,ry,a1,a2) {var s=caml_gr_state_get(); s.context.beginPath(); @@ -7248,7 +7278,6 @@ {case 248:h = caml_hash_mix_int(h,v[2]);num--;break; case 250:queue[--rd] = v[1];break; default: - if(caml_is_continuation_tag(v[0]))break; var tag=v.length - 1 << 10 | v[0]; h = caml_hash_mix_int(h,tag); for(i = 1,len = v.length;i < len;i++) @@ -7365,13 +7394,6 @@ var n=f.prec - s.length; if(n > 0)s = caml_str_repeat(n,"0") + s} return caml_finish_formatting(f,s)} - function jsoo_effect_not_supported() - {caml_failwith("Effect handlers are not supported")} - function caml_continuation_use_and_update_handler_noexc - (cont,hval,hexn,heff) - {var stack=caml_continuation_use_noexc(cont); - stack[3] = [0,hval,hexn,heff]; - return stack} function caml_obj_truncate(x,s) {if(s <= 0 || s + 1 > x.length)caml_invalid_argument("Obj.truncate"); if(x.length != s + 1)x.length = s + 1; @@ -7473,7 +7495,7 @@ {if(index < 0 || index >= array.length - 1)caml_array_bound_error(); array[index + 1] = newval; return 0} - function caml_alloc_stack(hv,hx,hf){return 0} + function caml_alloc_stack(ret,exn,h){return {ret:ret,exn:exn,h:h}} function caml_bytes_greaterequal(s1,s2) {return caml_bytes_lessequal(s2,s1)} function ml_z_perfect_power(z) @@ -7557,7 +7579,7 @@ {var args=new Array(arity + 1),len=Math.min(arguments.length,arity); args[0] = this; for(var i=0;i < len;i++)args[i + 1] = arguments[i]; - return caml_callback(f,args)}} + return caml_call_gen(f,args)}} function ml_z_format(fmt,z1) {z1 = bigInt(z1); var @@ -7898,7 +7920,6 @@ env[env_state] = state; env[env_errflag] = errflag; return res} - function caml_jsoo_flags_effects(unit){return 0} function caml_update_dummy(x,y) {if(typeof y === "function"){x.fun = y;return 0} if(y.fun){x.fun = y.fun;return 0} @@ -7945,9 +7966,9 @@ {var file=root.device.open(root.rest,{rdonly:1}), len=file.length(), - buf=new Uint8Array(len); + buf=caml_create_bytes(len); file.read(0,buf,0,len); - return caml_string_of_array(buf)} + return caml_string_of_bytes(buf)} caml_raise_no_such_file(caml_jsbytes_of_string(name))} function caml_js_to_float(x){return x} function caml_setup_uncaught_exception_handler() @@ -8048,15 +8069,10 @@ ml_z_bin:ml_z_bin, bigInt:bigInt, caml_alloc_stack:caml_alloc_stack, - caml_continuation_use_noexc:caml_continuation_use_noexc, - caml_continuation_use_and_update_handler_noexc: - caml_continuation_use_and_update_handler_noexc, - caml_get_continuation_callstack:caml_get_continuation_callstack, caml_ml_condition_new:caml_ml_condition_new, caml_ml_condition_wait:caml_ml_condition_wait, caml_ml_condition_broadcast:caml_ml_condition_broadcast, caml_ml_condition_signal:caml_ml_condition_signal, - jsoo_effect_not_supported:jsoo_effect_not_supported, MlMutex:MlMutex, caml_ml_mutex_new:caml_ml_mutex_new, caml_ml_mutex_lock:caml_ml_mutex_lock, @@ -8209,7 +8225,6 @@ caml_lazy_update_to_forward:caml_lazy_update_to_forward, caml_lazy_reset_to_lazy:caml_lazy_reset_to_lazy, caml_lazy_read_result:caml_lazy_read_result, - caml_is_continuation_tag:caml_is_continuation_tag, initialize_nat:initialize_nat, MlNat:MlNat, caml_hash_nat:caml_hash_nat, @@ -8363,10 +8378,7 @@ caml_js_typeof:caml_js_typeof, caml_trampoline:caml_trampoline, caml_trampoline_return:caml_trampoline_return, - caml_callback:caml_callback, caml_is_js:caml_is_js, - caml_jsoo_flags_use_js_string:caml_jsoo_flags_use_js_string, - caml_jsoo_flags_effects:caml_jsoo_flags_effects, caml_wrap_exception:caml_wrap_exception, caml_exn_with_js_backtrace:caml_exn_with_js_backtrace, caml_js_error_option_of_exception:caml_js_error_option_of_exception, @@ -8387,12 +8399,10 @@ caml_js_wrap_callback:caml_js_wrap_callback, caml_js_wrap_callback_arguments:caml_js_wrap_callback_arguments, caml_js_wrap_callback_strict:caml_js_wrap_callback_strict, - caml_js_wrap_callback_unsafe:caml_js_wrap_callback_unsafe, caml_js_wrap_meth_callback:caml_js_wrap_meth_callback, caml_js_wrap_meth_callback_arguments:caml_js_wrap_meth_callback_arguments, caml_js_wrap_meth_callback_strict:caml_js_wrap_meth_callback_strict, caml_js_wrap_meth_callback_unsafe:caml_js_wrap_meth_callback_unsafe, - caml_js_function_arity:caml_js_function_arity, caml_js_equals:caml_js_equals, caml_js_eval_string:caml_js_eval_string, caml_js_expr:caml_js_expr, @@ -8516,6 +8526,7 @@ caml_fma_float:caml_fma_float, caml_format_float:caml_format_float, caml_float_of_string:caml_float_of_string, + caml_hash_univ_param:caml_hash_univ_param, caml_hash_mix_int:caml_hash_mix_int, caml_hash_mix_final:caml_hash_mix_final, caml_hash_mix_float:caml_hash_mix_float, @@ -8776,10 +8787,8 @@ (globalThis)); -//# 1 "../../.js/stdlib/stdlib.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/stdlib/stdlib.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -10207,115 +10216,122 @@ _cY_=[254,0.,0.], _cZ_=[0,0]; function erase_rel(param) - {if(typeof param === "number")return 0; - switch(param[0]) - {case 0:var rest=param[1];return [0,erase_rel(rest)]; - case 1:var rest$0=param[1];return [1,erase_rel(rest$0)]; - case 2:var rest$1=param[1];return [2,erase_rel(rest$1)]; - case 3:var rest$2=param[1];return [3,erase_rel(rest$2)]; - case 4:var rest$3=param[1];return [4,erase_rel(rest$3)]; - case 5:var rest$4=param[1];return [5,erase_rel(rest$4)]; - case 6:var rest$5=param[1];return [6,erase_rel(rest$5)]; - case 7:var rest$6=param[1];return [7,erase_rel(rest$6)]; - case 8: - var rest$7=param[2],ty=param[1];return [8,ty,erase_rel(rest$7)]; - case 9: - var rest$8=param[3],ty1=param[1]; - return [9,ty1,ty1,erase_rel(rest$8)]; - case 10:var rest$9=param[1];return [10,erase_rel(rest$9)]; - case 11:var rest$10=param[1];return [11,erase_rel(rest$10)]; - case 12:var rest$11=param[1];return [12,erase_rel(rest$11)]; - case 13:var rest$12=param[1];return [13,erase_rel(rest$12)]; - default:var rest$13=param[1];return [14,erase_rel(rest$13)]}} + {if(typeof param === "number") + return 0; + else + switch(param[0]) + {case 0:var rest=param[1];return [0,erase_rel(rest)]; + case 1:var rest$0=param[1];return [1,erase_rel(rest$0)]; + case 2:var rest$1=param[1];return [2,erase_rel(rest$1)]; + case 3:var rest$2=param[1];return [3,erase_rel(rest$2)]; + case 4:var rest$3=param[1];return [4,erase_rel(rest$3)]; + case 5:var rest$4=param[1];return [5,erase_rel(rest$4)]; + case 6:var rest$5=param[1];return [6,erase_rel(rest$5)]; + case 7:var rest$6=param[1];return [7,erase_rel(rest$6)]; + case 8: + var rest$7=param[2],ty=param[1];return [8,ty,erase_rel(rest$7)]; + case 9: + var rest$8=param[3],ty1=param[1]; + return [9,ty1,ty1,erase_rel(rest$8)]; + case 10:var rest$9=param[1];return [10,erase_rel(rest$9)]; + case 11:var rest$10=param[1];return [11,erase_rel(rest$10)]; + case 12:var rest$11=param[1];return [12,erase_rel(rest$11)]; + case 13:var rest$12=param[1];return [13,erase_rel(rest$12)]; + default:var rest$13=param[1];return [14,erase_rel(rest$13)]}} function concat_fmtty(fmtty1,fmtty2) - {if(typeof fmtty1 === "number")return fmtty2; - switch(fmtty1[0]) - {case 0:var rest=fmtty1[1];return [0,concat_fmtty(rest,fmtty2)]; - case 1:var rest$0=fmtty1[1];return [1,concat_fmtty(rest$0,fmtty2)]; - case 2:var rest$1=fmtty1[1];return [2,concat_fmtty(rest$1,fmtty2)]; - case 3:var rest$2=fmtty1[1];return [3,concat_fmtty(rest$2,fmtty2)]; - case 4:var rest$3=fmtty1[1];return [4,concat_fmtty(rest$3,fmtty2)]; - case 5:var rest$4=fmtty1[1];return [5,concat_fmtty(rest$4,fmtty2)]; - case 6:var rest$5=fmtty1[1];return [6,concat_fmtty(rest$5,fmtty2)]; - case 7:var rest$6=fmtty1[1];return [7,concat_fmtty(rest$6,fmtty2)]; - case 8: - var rest$7=fmtty1[2],ty=fmtty1[1]; - return [8,ty,concat_fmtty(rest$7,fmtty2)]; - case 9: - var rest$8=fmtty1[3],ty2=fmtty1[2],ty1=fmtty1[1]; - return [9,ty1,ty2,concat_fmtty(rest$8,fmtty2)]; - case 10:var rest$9=fmtty1[1];return [10,concat_fmtty(rest$9,fmtty2)]; - case 11: - var rest$10=fmtty1[1];return [11,concat_fmtty(rest$10,fmtty2)]; - case 12: - var rest$11=fmtty1[1];return [12,concat_fmtty(rest$11,fmtty2)]; - case 13: - var rest$12=fmtty1[1];return [13,concat_fmtty(rest$12,fmtty2)]; - default:var rest$13=fmtty1[1];return [14,concat_fmtty(rest$13,fmtty2)]}} + {if(typeof fmtty1 === "number") + return fmtty2; + else + switch(fmtty1[0]) + {case 0:var rest=fmtty1[1];return [0,concat_fmtty(rest,fmtty2)]; + case 1:var rest$0=fmtty1[1];return [1,concat_fmtty(rest$0,fmtty2)]; + case 2:var rest$1=fmtty1[1];return [2,concat_fmtty(rest$1,fmtty2)]; + case 3:var rest$2=fmtty1[1];return [3,concat_fmtty(rest$2,fmtty2)]; + case 4:var rest$3=fmtty1[1];return [4,concat_fmtty(rest$3,fmtty2)]; + case 5:var rest$4=fmtty1[1];return [5,concat_fmtty(rest$4,fmtty2)]; + case 6:var rest$5=fmtty1[1];return [6,concat_fmtty(rest$5,fmtty2)]; + case 7:var rest$6=fmtty1[1];return [7,concat_fmtty(rest$6,fmtty2)]; + case 8: + var rest$7=fmtty1[2],ty=fmtty1[1]; + return [8,ty,concat_fmtty(rest$7,fmtty2)]; + case 9: + var rest$8=fmtty1[3],ty2=fmtty1[2],ty1=fmtty1[1]; + return [9,ty1,ty2,concat_fmtty(rest$8,fmtty2)]; + case 10:var rest$9=fmtty1[1];return [10,concat_fmtty(rest$9,fmtty2)]; + case 11: + var rest$10=fmtty1[1];return [11,concat_fmtty(rest$10,fmtty2)]; + case 12: + var rest$11=fmtty1[1];return [12,concat_fmtty(rest$11,fmtty2)]; + case 13: + var rest$12=fmtty1[1];return [13,concat_fmtty(rest$12,fmtty2)]; + default: + var rest$13=fmtty1[1];return [14,concat_fmtty(rest$13,fmtty2)]}} function concat_fmt(fmt1,fmt2) - {if(typeof fmt1 === "number")return fmt2; - switch(fmt1[0]) - {case 0:var rest=fmt1[1];return [0,concat_fmt(rest,fmt2)]; - case 1:var rest$0=fmt1[1];return [1,concat_fmt(rest$0,fmt2)]; - case 2: - var rest$1=fmt1[2],pad=fmt1[1]; - return [2,pad,concat_fmt(rest$1,fmt2)]; - case 3: - var rest$2=fmt1[2],pad$0=fmt1[1]; - return [3,pad$0,concat_fmt(rest$2,fmt2)]; - case 4: - var rest$3=fmt1[4],prec=fmt1[3],pad$1=fmt1[2],iconv=fmt1[1]; - return [4,iconv,pad$1,prec,concat_fmt(rest$3,fmt2)]; - case 5: - var rest$4=fmt1[4],prec$0=fmt1[3],pad$2=fmt1[2],iconv$0=fmt1[1]; - return [5,iconv$0,pad$2,prec$0,concat_fmt(rest$4,fmt2)]; - case 6: - var rest$5=fmt1[4],prec$1=fmt1[3],pad$3=fmt1[2],iconv$1=fmt1[1]; - return [6,iconv$1,pad$3,prec$1,concat_fmt(rest$5,fmt2)]; - case 7: - var rest$6=fmt1[4],prec$2=fmt1[3],pad$4=fmt1[2],iconv$2=fmt1[1]; - return [7,iconv$2,pad$4,prec$2,concat_fmt(rest$6,fmt2)]; - case 8: - var rest$7=fmt1[4],prec$3=fmt1[3],pad$5=fmt1[2],fconv=fmt1[1]; - return [8,fconv,pad$5,prec$3,concat_fmt(rest$7,fmt2)]; - case 9: - var rest$8=fmt1[2],pad$6=fmt1[1]; - return [9,pad$6,concat_fmt(rest$8,fmt2)]; - case 10:var rest$9=fmt1[1];return [10,concat_fmt(rest$9,fmt2)]; - case 11: - var rest$10=fmt1[2],str=fmt1[1]; - return [11,str,concat_fmt(rest$10,fmt2)]; - case 12: - var rest$11=fmt1[2],chr=fmt1[1]; - return [12,chr,concat_fmt(rest$11,fmt2)]; - case 13: - var rest$12=fmt1[3],fmtty=fmt1[2],pad$7=fmt1[1]; - return [13,pad$7,fmtty,concat_fmt(rest$12,fmt2)]; - case 14: - var rest$13=fmt1[3],fmtty$0=fmt1[2],pad$8=fmt1[1]; - return [14,pad$8,fmtty$0,concat_fmt(rest$13,fmt2)]; - case 15:var rest$14=fmt1[1];return [15,concat_fmt(rest$14,fmt2)]; - case 16:var rest$15=fmt1[1];return [16,concat_fmt(rest$15,fmt2)]; - case 17: - var rest$16=fmt1[2],fmting_lit=fmt1[1]; - return [17,fmting_lit,concat_fmt(rest$16,fmt2)]; - case 18: - var rest$17=fmt1[2],fmting_gen=fmt1[1]; - return [18,fmting_gen,concat_fmt(rest$17,fmt2)]; - case 19:var rest$18=fmt1[1];return [19,concat_fmt(rest$18,fmt2)]; - case 20: - var rest$19=fmt1[3],char_set=fmt1[2],width_opt=fmt1[1]; - return [20,width_opt,char_set,concat_fmt(rest$19,fmt2)]; - case 21: - var rest$20=fmt1[2],counter=fmt1[1]; - return [21,counter,concat_fmt(rest$20,fmt2)]; - case 22:var rest$21=fmt1[1];return [22,concat_fmt(rest$21,fmt2)]; - case 23: - var rest$22=fmt1[2],ign=fmt1[1]; - return [23,ign,concat_fmt(rest$22,fmt2)]; - default: - var rest$23=fmt1[3],f=fmt1[2],arity=fmt1[1]; - return [24,arity,f,concat_fmt(rest$23,fmt2)]}} + {if(typeof fmt1 === "number") + return fmt2; + else + switch(fmt1[0]) + {case 0:var rest=fmt1[1];return [0,concat_fmt(rest,fmt2)]; + case 1:var rest$0=fmt1[1];return [1,concat_fmt(rest$0,fmt2)]; + case 2: + var rest$1=fmt1[2],pad=fmt1[1]; + return [2,pad,concat_fmt(rest$1,fmt2)]; + case 3: + var rest$2=fmt1[2],pad$0=fmt1[1]; + return [3,pad$0,concat_fmt(rest$2,fmt2)]; + case 4: + var rest$3=fmt1[4],prec=fmt1[3],pad$1=fmt1[2],iconv=fmt1[1]; + return [4,iconv,pad$1,prec,concat_fmt(rest$3,fmt2)]; + case 5: + var rest$4=fmt1[4],prec$0=fmt1[3],pad$2=fmt1[2],iconv$0=fmt1[1]; + return [5,iconv$0,pad$2,prec$0,concat_fmt(rest$4,fmt2)]; + case 6: + var rest$5=fmt1[4],prec$1=fmt1[3],pad$3=fmt1[2],iconv$1=fmt1[1]; + return [6,iconv$1,pad$3,prec$1,concat_fmt(rest$5,fmt2)]; + case 7: + var rest$6=fmt1[4],prec$2=fmt1[3],pad$4=fmt1[2],iconv$2=fmt1[1]; + return [7,iconv$2,pad$4,prec$2,concat_fmt(rest$6,fmt2)]; + case 8: + var rest$7=fmt1[4],prec$3=fmt1[3],pad$5=fmt1[2],fconv=fmt1[1]; + return [8,fconv,pad$5,prec$3,concat_fmt(rest$7,fmt2)]; + case 9: + var rest$8=fmt1[2],pad$6=fmt1[1]; + return [9,pad$6,concat_fmt(rest$8,fmt2)]; + case 10:var rest$9=fmt1[1];return [10,concat_fmt(rest$9,fmt2)]; + case 11: + var rest$10=fmt1[2],str=fmt1[1]; + return [11,str,concat_fmt(rest$10,fmt2)]; + case 12: + var rest$11=fmt1[2],chr=fmt1[1]; + return [12,chr,concat_fmt(rest$11,fmt2)]; + case 13: + var rest$12=fmt1[3],fmtty=fmt1[2],pad$7=fmt1[1]; + return [13,pad$7,fmtty,concat_fmt(rest$12,fmt2)]; + case 14: + var rest$13=fmt1[3],fmtty$0=fmt1[2],pad$8=fmt1[1]; + return [14,pad$8,fmtty$0,concat_fmt(rest$13,fmt2)]; + case 15:var rest$14=fmt1[1];return [15,concat_fmt(rest$14,fmt2)]; + case 16:var rest$15=fmt1[1];return [16,concat_fmt(rest$15,fmt2)]; + case 17: + var rest$16=fmt1[2],fmting_lit=fmt1[1]; + return [17,fmting_lit,concat_fmt(rest$16,fmt2)]; + case 18: + var rest$17=fmt1[2],fmting_gen=fmt1[1]; + return [18,fmting_gen,concat_fmt(rest$17,fmt2)]; + case 19:var rest$18=fmt1[1];return [19,concat_fmt(rest$18,fmt2)]; + case 20: + var rest$19=fmt1[3],char_set=fmt1[2],width_opt=fmt1[1]; + return [20,width_opt,char_set,concat_fmt(rest$19,fmt2)]; + case 21: + var rest$20=fmt1[2],counter=fmt1[1]; + return [21,counter,concat_fmt(rest$20,fmt2)]; + case 22:var rest$21=fmt1[1];return [22,concat_fmt(rest$21,fmt2)]; + case 23: + var rest$22=fmt1[2],ign=fmt1[1]; + return [23,ign,concat_fmt(rest$22,fmt2)]; + default: + var rest$23=fmt1[3],f=fmt1[2],arity=fmt1[1]; + return [24,arity,f,concat_fmt(rest$23,fmt2)]}} var CamlinternalFormatBasics=[0,concat_fmtty,erase_rel,concat_fmt]; caml_register_global (761,CamlinternalFormatBasics,"CamlinternalFormatBasics"); @@ -10357,7 +10373,7 @@ caml_blit_string(s2,0,s,l1,l2); return caml_string_of_bytes(s)} function char_of_int(n) - {if(0 <= n && 255 >= n)return n;return invalid_arg(cst_char_of_int)} + {if(0 <= n && ! (255 < n))return n;return invalid_arg(cst_char_of_int)} function string_of_bool(b){return b?cst_true:cst_false} function bool_of_string(param) {return caml_string_notequal(param,cst_false$0) @@ -10372,33 +10388,33 @@ function string_of_int(n){return caml_string_of_jsbytes("" + n)} function int_of_string_opt(s) {try - {var _Et_=[0,caml_int_of_string(s)];return _Et_} - catch(_Eu_) - {_Eu_ = caml_wrap_exception(_Eu_); - if(_Eu_[1] === Failure)return 0; - throw _Eu_}} + {var _Ey_=[0,caml_int_of_string(s)];return _Ey_} + catch(_Ez_) + {_Ez_ = caml_wrap_exception(_Ez_); + if(_Ez_[1] === Failure)return 0; + throw _Ez_}} function valid_float_lexem(s) {var l=caml_ml_string_length(s),i=0; for(;;) {if(l <= i)return cat(s,cst); var match=caml_string_get(s,i),switch$0=0; if(48 <= match) - {if(58 > match)switch$0 = 1} + {if(! (58 <= match))switch$0 = 1} else if(45 === match)switch$0 = 1; - if(! switch$0)return s; - var i$0=i + 1 | 0,i=i$0}} + if(switch$0){var i$0=i + 1 | 0,i=i$0;continue} + return s}} function to_string(f) {return valid_float_lexem(caml_format_float(cst_12g,f))} function of_string_opt(s) {try - {var _Er_=[0,caml_float_of_string(s)];return _Er_} - catch(_Es_) - {_Es_ = caml_wrap_exception(_Es_); - if(_Es_[1] === Failure)return 0; - throw _Es_}} + {var _Ew_=[0,caml_float_of_string(s)];return _Ew_} + catch(_Ex_) + {_Ex_ = caml_wrap_exception(_Ex_); + if(_Ex_[1] === Failure)return 0; + throw _Ex_}} function append(l1,l2) - {if(! l1)return l2;var tl=l1[2],hd=l1[1];return [0,hd,append(tl,l2)]} + {if(l1){var tl=l1[2],hd=l1[1];return [0,hd,append(tl,l2)]}return l2} var stdin=caml_ml_open_descriptor_in(0), stdout=caml_ml_open_descriptor_out(1), @@ -10413,34 +10429,48 @@ {function iter(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],a=param$0[1]; - try - {caml_ml_flush(a)} - catch(_Eq_) - {_Eq_ = caml_wrap_exception(_Eq_); - if(_Eq_[1] !== Sys_error)throw _Eq_} - var param$0=l}} + {if(param$0) + {var l=param$0[2],a=param$0[1]; + try + {caml_ml_flush(a)} + catch(_Ev_) + {_Ev_ = caml_wrap_exception(_Ev_); + if(_Ev_[1] !== Sys_error)throw _Ev_; + var _Eu_=_Ev_} + var param$0=l; + continue} + return 0}} return iter(runtime.caml_ml_out_channels_list(0))} function output_bytes(oc,s) {return caml_ml_output_bytes(oc,s,0,caml_ml_bytes_length(s))} function output_string(oc,s) {return caml_ml_output(oc,s,0,caml_ml_string_length(s))} function output(oc,s,ofs,len) - {if(0 <= ofs && 0 <= len && (caml_ml_bytes_length(s) - len | 0) >= ofs) + {if + (0 <= ofs && 0 <= len && ! ((caml_ml_bytes_length(s) - len | 0) < ofs)) return caml_ml_output_bytes(oc,s,ofs,len); return invalid_arg(cst_output)} function output_substring(oc,s,ofs,len) - {if(0 <= ofs && 0 <= len && (caml_ml_string_length(s) - len | 0) >= ofs) + {if + (0 + <= + ofs + && + 0 + <= + len + && + ! + ((caml_ml_string_length(s) - len | 0) < ofs)) return caml_ml_output(oc,s,ofs,len); return invalid_arg(cst_output_substring)} function output_value(chan,v){return caml_output_value(chan,v,0)} function close(oc){caml_ml_flush(oc);return caml_ml_close_channel(oc)} function close_noerr(oc) - {try {caml_ml_flush(oc)}catch(_Ep_){} + {try {caml_ml_flush(oc)}catch(_Et_){} try - {var _En_=caml_ml_close_channel(oc);return _En_} - catch(_Eo_){return 0}} + {var _Er_=caml_ml_close_channel(oc);return _Er_} + catch(_Es_){return 0}} function open_gen$0(mode,perm,name) {var c=caml_ml_open_descriptor_in(caml_sys_open(name,mode,perm)); caml_ml_set_channel_name(c,name); @@ -10448,18 +10478,22 @@ function open_text$0(name){return open_gen$0(_k_,0,name)} function open_bin$0(name){return open_gen$0(_l_,0,name)} function input(ic,s,ofs,len) - {if(0 <= ofs && 0 <= len && (caml_ml_bytes_length(s) - len | 0) >= ofs) + {if + (0 <= ofs && 0 <= len && ! ((caml_ml_bytes_length(s) - len | 0) < ofs)) return caml_ml_input(ic,s,ofs,len); return invalid_arg(cst_input)} function unsafe_really_input(ic,s,ofs,len) {var ofs$0=ofs,len$0=len; for(;;) - {if(0 >= len$0)return 0; - var r=caml_ml_input(ic,s,ofs$0,len$0); - if(0 === r)throw End_of_file; - var len$1=len$0 - r | 0,ofs$1=ofs$0 + r | 0,ofs$0=ofs$1,len$0=len$1}} + {if(0 < len$0) + {var r=caml_ml_input(ic,s,ofs$0,len$0); + if(0 === r)throw End_of_file; + var len$1=len$0 - r | 0,ofs$1=ofs$0 + r | 0,ofs$0=ofs$1,len$0=len$1; + continue} + return 0}} function really_input(ic,s,ofs,len) - {if(0 <= ofs && 0 <= len && (caml_ml_bytes_length(s) - len | 0) >= ofs) + {if + (0 <= ofs && 0 <= len && ! ((caml_ml_bytes_length(s) - len | 0) < ofs)) return unsafe_really_input(ic,s,ofs,len); return invalid_arg(cst_really_input)} function really_input_string(ic,len) @@ -10470,18 +10504,20 @@ {function build_result(buf,pos,param) {var pos$0=pos,param$0=param; for(;;) - {if(! param$0)return buf; - var tl=param$0[2],hd=param$0[1],len=caml_ml_bytes_length(hd); - caml_blit_bytes(hd,0,buf,pos$0 - len | 0,len); - var pos$1=pos$0 - len | 0,pos$0=pos$1,param$0=tl}} + {if(param$0) + {var tl=param$0[2],hd=param$0[1],len=caml_ml_bytes_length(hd); + caml_blit_bytes(hd,0,buf,pos$0 - len | 0,len); + var pos$1=pos$0 - len | 0,pos$0=pos$1,param$0=tl; + continue} + return buf}} var accu=0,len=0; for(;;) {var n=runtime.caml_ml_input_scan_line(chan); if(0 === n) {if(! accu)throw End_of_file; - var _Em_=build_result(caml_create_bytes(len),len,accu)} + var _Eq_=build_result(caml_create_bytes(len),len,accu)} else - {if(0 >= n) + {if(! (0 < n)) {var beg=caml_create_bytes(- n | 0); caml_ml_input(chan,beg,0,- n | 0); var len$1=len - n | 0,accu$0=[0,beg,accu],accu=accu$0,len=len$1; @@ -10492,14 +10528,14 @@ if(accu) var len$0=(len + n | 0) - 1 | 0, - _Em_=build_result(caml_create_bytes(len$0),len$0,[0,res,accu]); + _Eq_=build_result(caml_create_bytes(len$0),len$0,[0,res,accu]); else - var _Em_=res} - return caml_string_of_bytes(_Em_)}} + var _Eq_=res} + return caml_string_of_bytes(_Eq_)}} function close_noerr$0(ic) {try - {var _Ek_=caml_ml_close_channel(ic);return _Ek_} - catch(_El_){return 0}} + {var _Eo_=caml_ml_close_channel(ic);return _Eo_} + catch(_Ep_){return 0}} function print_char(c){return caml_ml_output_char(stdout,c)} function print_string(s){return output_string(stdout,s)} function print_bytes(s){return output_bytes(stdout,s)} @@ -10530,14 +10566,14 @@ function read_float(param){return caml_float_of_string(read_line(0))} function read_float_opt(param){return of_string_opt(read_line(0))} function string_of_format(param){var str=param[2];return str} - function symbol(param,_Ei_) + function symbol(param,_Em_) {var - str2=_Ei_[2], - fmt2=_Ei_[1], + str2=_Em_[2], + fmt2=_Em_[1], str1=param[2], fmt1=param[1], - _Ej_=cat(str1,cat(cst$0,str2)); - return [0,concat_fmt(fmt1,fmt2),_Ej_]} + _En_=cat(str1,cat(cst$0,str2)); + return [0,concat_fmt(fmt1,fmt2),_En_]} var exit_function=[0,flush_all]; function at_exit(f) {for(;;) @@ -10552,9 +10588,9 @@ return new_exit}, new_exit=new_exit$0(f_yet_to_run,old_exit), success=compare_and_set(exit_function,old_exit,new_exit), - _Eh_=1 - success; - if(_Eh_)continue; - return _Eh_}} + _El_=1 - success; + if(_El_)continue; + return _El_}} function do_at_exit(param){return caml_call1(exit_function[1],0)} function exit(retcode) {do_at_exit(0);return runtime.caml_sys_exit(retcode)} @@ -10791,11 +10827,11 @@ function is_left(param){return 0 === param[0]?1:0} function is_right(param){return 0 === param[0]?0:1} function find_left(param) - {if(0 !== param[0])return 0;var v=param[1];return [0,v]} + {if(0 === param[0]){var v=param[1];return [0,v]}return 0} function find_right(param) {if(0 === param[0])return 0;var v=param[1];return [0,v]} function map_left(f,e) - {if(0 !== e[0])return e;var v=e[1];return [0,caml_call1(f,v)]} + {if(0 === e[0]){var v=e[1];return [0,caml_call1(f,v)]}return e} function map_right(f,e) {if(0 === e[0])return e;var v=e[1];return [1,caml_call1(f,v)]} function map(left,right,param) @@ -10808,22 +10844,21 @@ return caml_call1(right,v$0)} function equal(left,right,e1,e2) {if(0 === e1[0]) - {var _Ef_=e1[1]; - if(0 === e2[0]){var v2=e2[1];return caml_call2(left,_Ef_,v2)}} + {var _Ej_=e1[1]; + if(0 === e2[0]){var v2=e2[1];return caml_call2(left,_Ej_,v2)}} else - {var _Eg_=e1[1]; - if(0 !== e2[0]){var v2$0=e2[1];return caml_call2(right,_Eg_,v2$0)}} + {var _Ek_=e1[1]; + if(0 !== e2[0]){var v2$0=e2[1];return caml_call2(right,_Ek_,v2$0)}} return 0} function compare(left,right,e1,e2) {if(0 === e1[0]) - {var _Ed_=e1[1]; - if(0 !== e2[0])return -1; - var v2=e2[1]; - return caml_call2(left,_Ed_,v2)} - var _Ee_=e1[1]; + {var _Eh_=e1[1]; + if(0 === e2[0]){var v2=e2[1];return caml_call2(left,_Eh_,v2)} + return -1} + var _Ei_=e1[1]; if(0 === e2[0])return 1; var v2$0=e2[1]; - return caml_call2(right,_Ee_,v2$0)} + return caml_call2(right,_Ei_,v2$0)} var Stdlib_Either= [0, @@ -10858,11 +10893,11 @@ int_size=32; function getenv_opt(s) {try - {var _Eb_=[0,caml_sys_getenv(s)];return _Eb_} - catch(_Ec_) - {_Ec_ = caml_wrap_exception(_Ec_); - if(_Ec_ === Not_found)return 0; - throw _Ec_}} + {var _Ef_=[0,caml_sys_getenv(s)];return _Ef_} + catch(_Eg_) + {_Eg_ = caml_wrap_exception(_Eg_); + if(_Eg_ === Not_found)return 0; + throw _Eg_}} var interactive=[0,0]; function set_signal(sig_num,sig_beh){return 0} var @@ -10897,7 +10932,7 @@ sigxfsz=-28; function catch_break(on){return on?0:0} var development_version=0; - function Make(_Ea_,_D$_){return [0,1]} + function Make(_Ee_,_Ed_){return [0,1]} var Immediate64=[0,Make], Stdlib_Sys= @@ -10975,12 +11010,13 @@ out_of_heap_tag=1001, unaligned_tag=1002; function info(obj) - {if(caml_obj_tag(obj) !== 247)throw [0,Assert_failure,_n_]; - var - info=runtime.caml_obj_raw_field(obj,1), - arity=info >> 24, - start_env=info << 8 >>> 9 | 0; - return [0,arity,start_env]} + {if(caml_obj_tag(obj) === 247) + {var + info=runtime.caml_obj_raw_field(obj,1), + arity=info >> 24, + start_env=info << 8 >>> 9 | 0; + return [0,arity,start_env]} + throw [0,Assert_failure,_n_]} function of_val(x) {var switch$0=0; if(is_block(x) && caml_obj_tag(x) !== 248 && 1 <= x.length - 1) @@ -11002,13 +11038,13 @@ extension_id=Extension_constructor[3], max_ephe_length=max_array_length - 2 | 0; function create(l) - {var _D9_=0 <= l?1:0,_D__=_D9_?l <= max_ephe_length?1:0:_D9_; - if(1 - _D__)invalid_arg(cst_Obj_Ephemeron_create); + {var _Eb_=0 <= l?1:0,_Ec_=_Eb_?l <= max_ephe_length?1:0:_Eb_; + if(1 - _Ec_)invalid_arg(cst_Obj_Ephemeron_create); return runtime.caml_ephe_create(l)} function length(x){return x.length - 1 - 2 | 0} function raise_if_invalid_offset(e,o,msg) - {var _D6_=0 <= o?1:0,_D7_=_D6_?o < length(e)?1:0:_D6_,_D8_=1 - _D7_; - return _D8_?invalid_arg(msg):_D8_} + {var _D__=0 <= o?1:0,_D$_=_D__?o < length(e)?1:0:_D__,_Ea_=1 - _D$_; + return _Ea_?invalid_arg(msg):_Ea_} function get_key(e,o) {raise_if_invalid_offset(e,o,cst_Obj_Ephemeron_get_key); return caml_ephe_get_key(e,o)} @@ -11034,19 +11070,17 @@ <= o1 && - (length(e1) - l | 0) - >= - o1 + ! + ((length(e1) - l | 0) < o1) && 0 <= o2 && - (length(e2) - l | 0) - >= - o2) - {var _D4_=0 !== l?1:0,_D5_=_D4_?caml_ephe_blit_key(e1,o1,e2,o2,l):_D4_; - return _D5_} + ! + ((length(e2) - l | 0) < o2)) + {var _D8_=0 !== l?1:0,_D9_=_D8_?caml_ephe_blit_key(e1,o1,e2,o2,l):_D8_; + return _D9_} return invalid_arg(cst_Obj_Ephemeron_blit_key)} var _o_= @@ -11130,23 +11164,23 @@ function is_val(l){return caml_obj_tag(l) !== 246?1:0} function map$0(f,x) {return [246, - function(_D1_) + function(_D5_) {var - _D2_=caml_obj_tag(x), - _D3_=250 === _D2_?x[1]:246 === _D2_?force_lazy_block(x):x; - return caml_call1(f,_D3_)}]} + _D6_=caml_obj_tag(x), + _D7_=250 === _D6_?x[1]:246 === _D6_?force_lazy_block(x):x; + return caml_call1(f,_D7_)}]} function map_val(f,x) - {if(! is_val(x)) - return [246, - function(_DY_) - {var - _DZ_=caml_obj_tag(x), - _D0_=250 === _DZ_?x[1]:246 === _DZ_?force_lazy_block(x):x; - return caml_call1(f,_D0_)}]; - var - _DW_=caml_obj_tag(x), - _DX_=250 === _DW_?x[1]:246 === _DW_?force_lazy_block(x):x; - return from_val(caml_call1(f,_DX_))} + {if(is_val(x)) + {var + _D0_=caml_obj_tag(x), + _D1_=250 === _D0_?x[1]:246 === _D0_?force_lazy_block(x):x; + return from_val(caml_call1(f,_D1_))} + return [246, + function(_D2_) + {var + _D3_=caml_obj_tag(x), + _D4_=250 === _D3_?x[1]:246 === _D3_?force_lazy_block(x):x; + return caml_call1(f,_D4_)}]} var Stdlib_Lazy= [0, @@ -11166,178 +11200,218 @@ function cons(x,next,param){return [0,x,next]} function append$0(seq1,seq2,param) {var match=caml_call1(seq1,0); - if(! match)return caml_call1(seq2,0); - var next=match[2],x=match[1]; - return [0,x,function(_DV_){return append$0(next,seq2,_DV_)}]} + if(match) + {var next=match[2],x=match[1]; + return [0,x,function(_DZ_){return append$0(next,seq2,_DZ_)}]} + return caml_call1(seq2,0)} function map$1(f,seq,param) {var match=caml_call1(seq,0); - if(! match)return 0; - var next=match[2],x=match[1]; - function _DT_(_DU_){return map$1(f,next,_DU_)} - return [0,caml_call1(f,x),_DT_]} + if(match) + {var + next=match[2], + x=match[1], + _DX_=function(_DY_){return map$1(f,next,_DY_)}; + return [0,caml_call1(f,x),_DX_]} + return 0} function filter_map(f,seq,param) {var seq$0=seq; for(;;) {var match=caml_call1(seq$0,0); - if(! match)return 0; - var next=match[2],x=match[1],match$0=caml_call1(f,x); - if(match$0) - {var y=match$0[1]; - return [0,y,function(_DS_){return filter_map(f,next,_DS_)}]} - var seq$0=next}} + if(match) + {var next=match[2],x=match[1],match$0=caml_call1(f,x); + if(match$0) + {var y=match$0[1]; + return [0,y,function(_DW_){return filter_map(f,next,_DW_)}]} + var seq$0=next; + continue} + return 0}} function filter(f,seq,param) {var seq$0=seq; for(;;) {var match=caml_call1(seq$0,0); - if(! match)return 0; - var next=match[2],x=match[1]; - if(caml_call1(f,x)) - return [0,x,function(_DR_){return filter(f,next,_DR_)}]; - var seq$0=next}} + if(match) + {var next=match[2],x=match[1]; + if(caml_call1(f,x)) + return [0,x,function(_DV_){return filter(f,next,_DV_)}]; + var seq$0=next; + continue} + return 0}} function concat(seq,param) {var match=caml_call1(seq,0); - if(! match)return 0; - var next=match[2],x=match[1],_DP_=0; - return append$0(x,function(_DQ_){return concat(next,_DQ_)},_DP_)} + if(match) + {var next=match[2],x=match[1],_DT_=0; + return append$0(x,function(_DU_){return concat(next,_DU_)},_DT_)} + return 0} function flat_map(f,seq,param) {var match=caml_call1(seq,0); - if(! match)return 0; - var next=match[2],x=match[1],_DM_=0; - function _DN_(_DO_){return flat_map(f,next,_DO_)} - return append$0(caml_call1(f,x),_DN_,_DM_)} + if(match) + {var + next=match[2], + x=match[1], + _DQ_=0, + _DR_=function(_DS_){return flat_map(f,next,_DS_)}; + return append$0(caml_call1(f,x),_DR_,_DQ_)} + return 0} function fold_left(f,acc,seq) {var acc$0=acc,seq$0=seq; for(;;) {var match=caml_call1(seq$0,0); - if(! match)return acc$0; - var - next=match[2], - x=match[1], - acc$1=caml_call2(f,acc$0,x), - acc$0=acc$1, - seq$0=next}} + if(match) + {var + next=match[2], + x=match[1], + acc$1=caml_call2(f,acc$0,x), + acc$0=acc$1, + seq$0=next; + continue} + return acc$0}} function iter(f,seq) {var seq$0=seq; for(;;) {var match=caml_call1(seq$0,0); - if(! match)return 0; - var next=match[2],x=match[1]; - caml_call1(f,x); - var seq$0=next}} + if(match) + {var next=match[2],x=match[1]; + caml_call1(f,x); + var seq$0=next; + continue} + return 0}} function unfold(f,u,param) {var match=caml_call1(f,u); - if(! match)return 0; - var match$0=match[1],u$0=match$0[2],x=match$0[1]; - return [0,x,function(_DL_){return unfold(f,u$0,_DL_)}]} + if(match) + {var match$0=match[1],u$0=match$0[2],x=match$0[1]; + return [0,x,function(_DP_){return unfold(f,u$0,_DP_)}]} + return 0} function is_empty(xs){var match=caml_call1(xs,0);return match?0:1} function uncons(xs) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1]; - return [0,[0,x,xs$0]]} + if(match){var xs$0=match[2],x=match[1];return [0,[0,x,xs$0]]} + return 0} function length$0(xs$1) {var accu=0,xs=xs$1; for(;;) {var match=caml_call1(xs,0); - if(! match)return accu; - var xs$0=match[2],accu$0=accu + 1 | 0,accu=accu$0,xs=xs$0}} + if(match) + {var xs$0=match[2],accu$0=accu + 1 | 0,accu=accu$0,xs=xs$0;continue} + return accu}} function iteri(f,xs$1) {var i=0,xs=xs$1; for(;;) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1]; - caml_call2(f,i,x); - var i$0=i + 1 | 0,i=i$0,xs=xs$0}} + if(match) + {var xs$0=match[2],x=match[1]; + caml_call2(f,i,x); + var i$0=i + 1 | 0,i=i$0,xs=xs$0; + continue} + return 0}} function fold_lefti(f,accu$1,xs$1) {var accu=accu$1,i=0,xs=xs$1; for(;;) {var match=caml_call1(xs,0); - if(! match)return accu; - var - xs$0=match[2], - x=match[1], - accu$0=caml_call3(f,accu,i,x), - i$0=i + 1 | 0, - accu=accu$0, - i=i$0, - xs=xs$0}} + if(match) + {var + xs$0=match[2], + x=match[1], + accu$0=caml_call3(f,accu,i,x), + i$0=i + 1 | 0, + accu=accu$0, + i=i$0, + xs=xs$0; + continue} + return accu}} function for_all(p,xs) {var xs$0=xs; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 1; - var xs$1=match[2],x=match[1],_DK_=caml_call1(p,x); - if(! _DK_)return _DK_; - var xs$0=xs$1}} + if(match) + {var xs$1=match[2],x=match[1],_DO_=caml_call1(p,x); + if(_DO_){var xs$0=xs$1;continue} + return _DO_} + return 1}} function exists(p,xs) {var xs$0=xs; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],x=match[1],_DJ_=caml_call1(p,x); - if(_DJ_)return _DJ_; - var xs$0=xs$1}} + if(match) + {var xs$1=match[2],x=match[1],_DN_=caml_call1(p,x); + if(_DN_)return _DN_; + var xs$0=xs$1; + continue} + return 0}} function find(p,xs) {var xs$0=xs; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],x=match[1]; - if(caml_call1(p,x))return [0,x]; - var xs$0=xs$1}} + if(match) + {var xs$1=match[2],x=match[1]; + if(caml_call1(p,x))return [0,x]; + var xs$0=xs$1; + continue} + return 0}} function find_map(f,xs) {var xs$0=xs; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],x=match[1],result=caml_call1(f,x); - if(result)return result; - var xs$0=xs$1}} + if(match) + {var xs$1=match[2],x=match[1],result=caml_call1(f,x); + if(result)return result; + var xs$0=xs$1; + continue} + return 0}} function iter2(f,xs,ys) {var xs$0=xs,ys$0=ys; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); - if(! match$0)return 0; - var ys$1=match$0[2],y=match$0[1]; - caml_call2(f,x,y); - var xs$0=xs$1,ys$0=ys$1}} + if(match) + {var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); + if(match$0) + {var ys$1=match$0[2],y=match$0[1]; + caml_call2(f,x,y); + var xs$0=xs$1,ys$0=ys$1; + continue} + return 0} + return 0}} function fold_left2(f,accu,xs,ys) {var accu$0=accu,xs$0=xs,ys$0=ys; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return accu$0; - var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); - if(! match$0)return accu$0; - var - ys$1=match$0[2], - y=match$0[1], - accu$1=caml_call3(f,accu$0,x,y), - accu$0=accu$1, - xs$0=xs$1, - ys$0=ys$1}} + if(match) + {var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); + if(match$0) + {var + ys$1=match$0[2], + y=match$0[1], + accu$1=caml_call3(f,accu$0,x,y), + accu$0=accu$1, + xs$0=xs$1, + ys$0=ys$1; + continue} + return accu$0} + return accu$0}} function for_all2(f,xs,ys) {var xs$0=xs,ys$0=ys; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 1; - var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); - if(! match$0)return 1; - var ys$1=match$0[2],y=match$0[1],_DI_=caml_call2(f,x,y); - if(! _DI_)return _DI_; - var xs$0=xs$1,ys$0=ys$1}} + if(match) + {var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); + if(match$0) + {var ys$1=match$0[2],y=match$0[1],_DM_=caml_call2(f,x,y); + if(_DM_){var xs$0=xs$1,ys$0=ys$1;continue} + return _DM_} + return 1} + return 1}} function exists2(f,xs,ys) {var xs$0=xs,ys$0=ys; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); - if(! match$0)return 0; - var ys$1=match$0[2],y=match$0[1],_DH_=caml_call2(f,x,y); - if(_DH_)return _DH_; - var xs$0=xs$1,ys$0=ys$1}} + if(match) + {var xs$1=match[2],x=match[1],match$0=caml_call1(ys$0,0); + if(match$0) + {var ys$1=match$0[2],y=match$0[1],_DL_=caml_call2(f,x,y); + if(_DL_)return _DL_; + var xs$0=xs$1,ys$0=ys$1; + continue} + return 0} + return 0}} function equal$0(eq,xs,ys) {var xs$0=xs,ys$0=ys; for(;;) @@ -11349,10 +11423,9 @@ y=match$0[1], xs$1=match[2], x=match[1], - _DG_=caml_call2(eq,x,y); - if(! _DG_)return _DG_; - var xs$0=xs$1,ys$0=ys$1; - continue}} + _DK_=caml_call2(eq,x,y); + if(_DK_){var xs$0=xs$1,ys$0=ys$1;continue} + return _DK_}} else if(! match$0)return 1; return 0}} @@ -11360,65 +11433,78 @@ {var xs$0=xs,ys$0=ys; for(;;) {var match=caml_call1(xs$0,0),match$0=caml_call1(ys$0,0); - if(! match)return match$0?-1:0; - var _DE_=match[2],_DF_=match[1]; - if(! match$0)return 1; - var ys$1=match$0[2],y=match$0[1],c=caml_call2(cmp,_DF_,y); - if(0 !== c)return c; - var xs$0=_DE_,ys$0=ys$1}} + if(match) + {var _DI_=match[2],_DJ_=match[1]; + if(match$0) + {var ys$1=match$0[2],y=match$0[1],c=caml_call2(cmp,_DJ_,y); + if(0 === c){var xs$0=_DI_,ys$0=ys$1;continue} + return c} + return 1} + return match$0?-1:0}} function init_aux(f,i,j,param) - {if(i >= j)return 0; - var _DB_=i + 1 | 0; - function _DC_(_DD_){return init_aux(f,_DB_,j,_DD_)} - return [0,caml_call1(f,i),_DC_]} + {if(i < j) + {var + _DF_=i + 1 | 0, + _DG_=function(_DH_){return init_aux(f,_DF_,j,_DH_)}; + return [0,caml_call1(f,i),_DG_]} + return 0} function init(n,f) - {if(0 > n)return invalid_arg(cst_Seq_init); - var _Dz_=0; - return function(_DA_){return init_aux(f,_Dz_,n,_DA_)}} + {if(0 <= n) + {var _DD_=0;return function(_DE_){return init_aux(f,_DD_,n,_DE_)}} + return invalid_arg(cst_Seq_init)} function repeat(x,param) - {return [0,x,function(_Dy_){return repeat(x,_Dy_)}]} + {return [0,x,function(_DC_){return repeat(x,_DC_)}]} function forever(f,param) - {function _Dw_(_Dx_){return forever(f,_Dx_)} - return [0,caml_call1(f,0),_Dw_]} + {function _DA_(_DB_){return forever(f,_DB_)} + return [0,caml_call1(f,0),_DA_]} function cycle_nonempty(xs,param) - {var _Du_=0; - return append$0(xs,function(_Dv_){return cycle_nonempty(xs,_Dv_)},_Du_)} + {var _Dy_=0; + return append$0(xs,function(_Dz_){return cycle_nonempty(xs,_Dz_)},_Dy_)} function cycle(xs,param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1]; - function _Dr_(_Dt_){return cycle_nonempty(xs,_Dt_)} - return [0,x,function(_Ds_){return append$0(xs$0,_Dr_,_Ds_)}]} + if(match) + {var + xs$0=match[2], + x=match[1], + _Dv_=function(_Dx_){return cycle_nonempty(xs,_Dx_)}; + return [0,x,function(_Dw_){return append$0(xs$0,_Dv_,_Dw_)}]} + return 0} function iterate1(f,x,param) {var y=caml_call1(f,x); - return [0,y,function(_Dq_){return iterate1(f,y,_Dq_)}]} + return [0,y,function(_Du_){return iterate1(f,y,_Du_)}]} function iterate(f,x) - {function _Dn_(_Dp_){return iterate1(f,x,_Dp_)} - return function(_Do_){return [0,x,_Dn_]}} + {function _Dr_(_Dt_){return iterate1(f,x,_Dt_)} + return function(_Ds_){return [0,x,_Dr_]}} function mapi_aux(f,i,xs,param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1],_Dk_=i + 1 | 0; - function _Dl_(_Dm_){return mapi_aux(f,_Dk_,xs$0,_Dm_)} - return [0,caml_call2(f,i,x),_Dl_]} + if(match) + {var + xs$0=match[2], + x=match[1], + _Do_=i + 1 | 0, + _Dp_=function(_Dq_){return mapi_aux(f,_Do_,xs$0,_Dq_)}; + return [0,caml_call2(f,i,x),_Dp_]} + return 0} function mapi(f,xs) - {var _Di_=0;return function(_Dj_){return mapi_aux(f,_Di_,xs,_Dj_)}} + {var _Dm_=0;return function(_Dn_){return mapi_aux(f,_Dm_,xs,_Dn_)}} function tail_scan(f,s,xs,param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1],s$0=caml_call2(f,s,x); - return [0,s$0,function(_Dh_){return tail_scan(f,s$0,xs$0,_Dh_)}]} + if(match) + {var xs$0=match[2],x=match[1],s$0=caml_call2(f,s,x); + return [0,s$0,function(_Dl_){return tail_scan(f,s$0,xs$0,_Dl_)}]} + return 0} function scan(f,s,xs) - {function _De_(_Dg_){return tail_scan(f,s,xs,_Dg_)} - return function(_Df_){return [0,s,_De_]}} + {function _Di_(_Dk_){return tail_scan(f,s,xs,_Dk_)} + return function(_Dj_){return [0,s,_Di_]}} function take_aux(n,xs) {return 0 === n ?empty :function(param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1]; - return [0,x,take_aux(n - 1 | 0,xs$0)]}} + if(match) + {var xs$0=match[2],x=match[1]; + return [0,x,take_aux(n - 1 | 0,xs$0)]} + return 0}} function take(n,xs) {if(n < 0)invalid_arg(cst_Seq_take);return take_aux(n,xs)} function drop(n,xs) @@ -11429,92 +11515,107 @@ {var n$0=n,xs$0=xs; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],n$1=n$0 - 1 | 0; - if(0 === n$1)return caml_call1(xs$1,0); - var n$0=n$1,xs$0=xs$1}} + if(match) + {var xs$1=match[2],n$1=n$0 - 1 | 0; + if(0 === n$1)return caml_call1(xs$1,0); + var n$0=n$1,xs$0=xs$1; + continue} + return 0}} :invalid_arg(cst_Seq_drop)} function take_while(p,xs,param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1]; - return caml_call1(p,x) - ?[0,x,function(_Dd_){return take_while(p,xs$0,_Dd_)}] - :0} + if(match) + {var xs$0=match[2],x=match[1]; + return caml_call1(p,x) + ?[0,x,function(_Dh_){return take_while(p,xs$0,_Dh_)}] + :0} + return 0} function drop_while(p,xs,param) {var xs$0=xs; for(;;) {var node=caml_call1(xs$0,0); - if(! node)return 0; - var xs$1=node[2],x=node[1]; - if(! caml_call1(p,x))return node; - var xs$0=xs$1}} + if(node) + {var xs$1=node[2],x=node[1]; + if(caml_call1(p,x)){var xs$0=xs$1;continue} + return node} + return 0}} function group(eq,xs,param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1],_C6_=caml_call1(eq,x); - function _C7_(_Dc_){return drop_while(_C6_,xs$0,_Dc_)} - function _C8_(_Db_){return group(eq,_C7_,_Db_)} - var _C9_=caml_call1(eq,x); - function _C__(_Da_){return take_while(_C9_,xs$0,_Da_)} - return [0,function(_C$_){return [0,x,_C__]},_C8_]} + if(match) + {var + xs$0=match[2], + x=match[1], + _C__=caml_call1(eq,x), + _C$_=function(_Dg_){return drop_while(_C__,xs$0,_Dg_)}, + _Da_=function(_Df_){return group(eq,_C$_,_Df_)}, + _Db_=caml_call1(eq,x), + _Dc_=function(_De_){return take_while(_Db_,xs$0,_De_)}; + return [0,function(_Dd_){return [0,x,_Dc_]},_Da_]} + return 0} var Forced_twice=[248,cst_Stdlib_Seq_Forced_twice,caml_fresh_oo_id(0)]; function failure(param){throw Forced_twice} function memoize(xs) {function s$0(param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1]; - return [0,x,memoize(xs$0)]} + if(match){var xs$0=match[2],x=match[1];return [0,x,memoize(xs$0)]} + return 0} var s=to_lazy(s$0); - return function(_C5_) - {var _C4_=caml_obj_tag(s); - return 250 === _C4_?s[1]:246 === _C4_?force_lazy_block(s):s}} + return function(_C9_) + {var _C8_=caml_obj_tag(s); + return 250 === _C8_?s[1]:246 === _C8_?force_lazy_block(s):s}} function once(xs) {function f(param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1]; - return [0,x,once(xs$0)]} + if(match){var xs$0=match[2],x=match[1];return [0,x,once(xs$0)]} + return 0} var action=[0,f]; return function(param) {var f=exchange(action,failure);return caml_call1(f,0)}} function zip(xs,ys,param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1],match$0=caml_call1(ys,0); - if(! match$0)return 0; - var ys$0=match$0[2],y=match$0[1]; - return [0,[0,x,y],function(_C3_){return zip(xs$0,ys$0,_C3_)}]} + if(match) + {var xs$0=match[2],x=match[1],match$0=caml_call1(ys,0); + if(match$0) + {var ys$0=match$0[2],y=match$0[1]; + return [0,[0,x,y],function(_C7_){return zip(xs$0,ys$0,_C7_)}]} + return 0} + return 0} function map2(f,xs,ys,param) {var match=caml_call1(xs,0); - if(! match)return 0; - var xs$0=match[2],x=match[1],match$0=caml_call1(ys,0); - if(! match$0)return 0; - var ys$0=match$0[2],y=match$0[1]; - function _C1_(_C2_){return map2(f,xs$0,ys$0,_C2_)} - return [0,caml_call2(f,x,y),_C1_]} + if(match) + {var xs$0=match[2],x=match[1],match$0=caml_call1(ys,0); + if(match$0) + {var + ys$0=match$0[2], + y=match$0[1], + _C5_=function(_C6_){return map2(f,xs$0,ys$0,_C6_)}; + return [0,caml_call2(f,x,y),_C5_]} + return 0} + return 0} function interleave(xs,ys,param) {var match=caml_call1(xs,0); - if(! match)return caml_call1(ys,0); - var xs$0=match[2],x=match[1]; - return [0,x,function(_C0_){return interleave(ys,xs$0,_C0_)}]} + if(match) + {var xs$0=match[2],x=match[1]; + return [0,x,function(_C4_){return interleave(ys,xs$0,_C4_)}]} + return caml_call1(ys,0)} function sorted_merge1(cmp,x,xs,y,ys) {return 0 < caml_call2(cmp,x,y) ?[0, y, - function(_CY_) + function(_C2_) {var match=caml_call1(ys,0); - if(! match)return [0,x,xs]; - var ys$0=match[2],y=match[1]; - return sorted_merge1(cmp,x,xs,y,ys$0)}] + if(match) + {var ys$0=match[2],y=match[1]; + return sorted_merge1(cmp,x,xs,y,ys$0)} + return [0,x,xs]}] :[0, x, - function(_CZ_) + function(_C3_) {var match=caml_call1(xs,0); - if(! match)return [0,y,ys]; - var xs$0=match[2],x=match[1]; - return sorted_merge1(cmp,x,xs$0,y,ys)}]} + if(match) + {var xs$0=match[2],x=match[1]; + return sorted_merge1(cmp,x,xs$0,y,ys)} + return [0,y,ys]}]} function sorted_merge(cmp,xs,ys,param) {var match=caml_call1(xs,0),match$0=caml_call1(ys,0); if(match) @@ -11527,99 +11628,102 @@ return c} function map_fst(xys,param) {var match=caml_call1(xys,0); - if(! match)return 0; - var xys$0=match[2],match$0=match[1],x=match$0[1]; - return [0,x,function(_CX_){return map_fst(xys$0,_CX_)}]} + if(match) + {var xys$0=match[2],match$0=match[1],x=match$0[1]; + return [0,x,function(_C1_){return map_fst(xys$0,_C1_)}]} + return 0} function map_snd(xys,param) {var match=caml_call1(xys,0); - if(! match)return 0; - var xys$0=match[2],match$0=match[1],y=match$0[2]; - return [0,y,function(_CW_){return map_snd(xys$0,_CW_)}]} + if(match) + {var xys$0=match[2],match$0=match[1],y=match$0[2]; + return [0,y,function(_C0_){return map_snd(xys$0,_C0_)}]} + return 0} function unzip(xys) - {function _CT_(_CV_){return map_snd(xys,_CV_)} - return [0,function(_CU_){return map_fst(xys,_CU_)},_CT_]} + {function _CX_(_CZ_){return map_snd(xys,_CZ_)} + return [0,function(_CY_){return map_fst(xys,_CY_)},_CX_]} function filter_map_find_left_map(f,xs,param) {var xs$0=xs; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],x=match[1],match$0=caml_call1(f,x); - if(0 === match$0[0]) - {var y=match$0[1]; - return [0, - y, - function(_CS_){return filter_map_find_left_map(f,xs$1,_CS_)}]} - var xs$0=xs$1}} + if(match) + {var xs$1=match[2],x=match[1],match$0=caml_call1(f,x); + if(0 === match$0[0]) + {var y=match$0[1]; + return [0, + y, + function(_CW_){return filter_map_find_left_map(f,xs$1,_CW_)}]} + var xs$0=xs$1; + continue} + return 0}} function filter_map_find_right_map(f,xs,param) {var xs$0=xs; for(;;) {var match=caml_call1(xs$0,0); - if(! match)return 0; - var xs$1=match[2],x=match[1],match$0=caml_call1(f,x); - if(0 === match$0[0]){var xs$0=xs$1;continue} - var z=match$0[1]; - return [0, - z, - function(_CR_){return filter_map_find_right_map(f,xs$1,_CR_)}]}} + if(match) + {var xs$1=match[2],x=match[1],match$0=caml_call1(f,x); + if(0 === match$0[0]){var xs$0=xs$1;continue} + var z=match$0[1]; + return [0, + z, + function(_CV_) + {return filter_map_find_right_map(f,xs$1,_CV_)}]} + return 0}} function partition_map(f,xs) - {function _CO_(_CQ_){return filter_map_find_right_map(f,xs,_CQ_)} + {function _CS_(_CU_){return filter_map_find_right_map(f,xs,_CU_)} return [0, - function(_CP_){return filter_map_find_left_map(f,xs,_CP_)}, - _CO_]} + function(_CT_){return filter_map_find_left_map(f,xs,_CT_)}, + _CS_]} function partition(p,xs) - {function _CK_(x){return 1 - caml_call1(p,x)} - function _CL_(_CN_){return filter(_CK_,xs,_CN_)} - return [0,function(_CM_){return filter(p,xs,_CM_)},_CL_]} + {function _CO_(x){return 1 - caml_call1(p,x)} + function _CP_(_CR_){return filter(_CO_,xs,_CR_)} + return [0,function(_CQ_){return filter(p,xs,_CQ_)},_CP_]} function peel(xss) - {return unzip(function(_CJ_){return filter_map(uncons,xss,_CJ_)})} + {return unzip(function(_CN_){return filter_map(uncons,xss,_CN_)})} function transpose(xss,param) {var match=peel(xss),tails=match[2],heads=match[1]; - if(! is_empty(heads)) - return [0,heads,function(_CI_){return transpose(tails,_CI_)}]; - if(is_empty(tails))return 0; - throw [0,Assert_failure,_p_]} + if(is_empty(heads)) + {if(is_empty(tails))return 0;throw [0,Assert_failure,_p_]} + return [0,heads,function(_CM_){return transpose(tails,_CM_)}]} function _q_(remainders,xss,param) {var match=caml_call1(xss,0); - if(! match)return transpose(remainders,0); - var xss$0=match[2],xs=match[1],match$0=caml_call1(xs,0); - if(match$0) - {var - xs$0=match$0[2], - x=match$0[1], - match$1=peel(remainders), - tails=match$1[2], - heads=match$1[1], - _CC_=function(_CH_){return [0,xs$0,tails]}, - _CD_=function(_CG_){return _q_(_CC_,xss$0,_CG_)}; - return [0,function(_CF_){return [0,x,heads]},_CD_]} - var match$2=peel(remainders),tails$0=match$2[2],heads$0=match$2[1]; - return [0,heads$0,function(_CE_){return _q_(tails$0,xss$0,_CE_)}]} + if(match) + {var xss$0=match[2],xs=match[1],match$0=caml_call1(xs,0); + if(match$0) + {var + xs$0=match$0[2], + x=match$0[1], + match$1=peel(remainders), + tails=match$1[2], + heads=match$1[1], + _CG_=function(_CL_){return [0,xs$0,tails]}, + _CH_=function(_CK_){return _q_(_CG_,xss$0,_CK_)}; + return [0,function(_CJ_){return [0,x,heads]},_CH_]} + var match$2=peel(remainders),tails$0=match$2[2],heads$0=match$2[1]; + return [0,heads$0,function(_CI_){return _q_(tails$0,xss$0,_CI_)}]} + return transpose(remainders,0)} function map_product(f,xs,ys) - {function _Cw_(x) - {function _CA_(y){return caml_call2(f,x,y)} - return function(_CB_){return map$1(_CA_,ys,_CB_)}} - function xss(_Cz_){return map$1(_Cw_,xs,_Cz_)} - function _Cv_(_Cy_){return _q_(empty,xss,_Cy_)} - return function(_Cx_){return concat(_Cv_,_Cx_)}} + {function _CA_(x) + {function _CE_(y){return caml_call2(f,x,y)} + return function(_CF_){return map$1(_CE_,ys,_CF_)}} + function xss(_CD_){return map$1(_CA_,xs,_CD_)} + function _Cz_(_CC_){return _q_(empty,xss,_CC_)} + return function(_CB_){return concat(_Cz_,_CB_)}} function product(xs,ys) {return map_product(function(x,y){return [0,x,y]},xs,ys)} function of_dispenser(it) {function c(param) {var match=caml_call1(it,0); - if(! match)return 0; - var x=match[1]; - return [0,x,c]} + if(match){var x=match[1];return [0,x,c]} + return 0} return c} function to_dispenser(xs) {var s=[0,xs]; return function(param) {var match=caml_call1(s[1],0); - if(! match)return 0; - var xs=match[2],x=match[1]; - s[1] = xs; - return [0,x]}} + if(match){var xs=match[2],x=match[1];s[1] = xs;return [0,x]} + return 0}} function ints(i,param) - {var _Ct_=i + 1 | 0;return [0,i,function(_Cu_){return ints(_Ct_,_Cu_)}]} + {var _Cx_=i + 1 | 0;return [0,i,function(_Cy_){return ints(_Cx_,_Cy_)}]} var Stdlib_Seq= [0, @@ -11683,18 +11787,17 @@ caml_register_global(782,Stdlib_Seq,"Stdlib__Seq"); var none=0; function some(v){return [0,v]} - function value(o,default$0){if(! o)return default$0;var v=o[1];return v} + function value(o,default$0){if(o){var v=o[1];return v}return default$0} function get$0(param) - {if(! param)return invalid_arg(cst_option_is_None); - var v=param[1]; - return v} - function bind(o,f){if(! o)return 0;var v=o[1];return caml_call1(f,v)} - function join(param){if(! param)return 0;var o=param[1];return o} - function map$2(f,o){if(! o)return 0;var v=o[1];return [0,caml_call1(f,v)]} + {if(param){var v=param[1];return v} + return invalid_arg(cst_option_is_None)} + function bind(o,f){if(o){var v=o[1];return caml_call1(f,v)}return 0} + function join(param){if(param){var o=param[1];return o}return 0} + function map$2(f,o){if(o){var v=o[1];return [0,caml_call1(f,v)]}return 0} function fold$0(none,some,param) - {if(! param)return none;var v=param[1];return caml_call1(some,v)} + {if(param){var v=param[1];return caml_call1(some,v)}return none} function iter$0(f,param) - {if(! param)return 0;var v=param[1];return caml_call1(f,v)} + {if(param){var v=param[1];return caml_call1(f,v)}return 0} function is_none(param){return param?0:1} function is_some(param){return param?1:0} function equal$1(eq,o0,o1) @@ -11704,18 +11807,17 @@ if(! o1)return 1; return 0} function compare$1(cmp,o0,o1) - {if(! o0)return o1?-1:0; - var _Cs_=o0[1]; - if(! o1)return 1; - var v1=o1[1]; - return caml_call2(cmp,_Cs_,v1)} + {if(o0) + {var _Cw_=o0[1]; + if(o1){var v1=o1[1];return caml_call2(cmp,_Cw_,v1)} + return 1} + return o1?-1:0} function to_result(none,param) - {if(! param)return [1,none];var v=param[1];return [0,v]} - function to_list(param){if(! param)return 0;var v=param[1];return [0,v,0]} + {if(param){var v=param[1];return [0,v]}return [1,none]} + function to_list(param){if(param){var v=param[1];return [0,v,0]}return 0} function to_seq(param) - {if(! param)return empty; - var v=param[1]; - return function(_Cr_){return return$0(v,_Cr_)}} + {if(param){var v=param[1];return function(_Cv_){return return$0(v,_Cv_)}} + return empty} var Stdlib_Option= [0, @@ -11739,20 +11841,19 @@ function ok(v){return [0,v]} function error(e){return [1,e]} function value$0(r,default$0) - {if(0 !== r[0])return default$0;var v=r[1];return v} + {if(0 === r[0]){var v=r[1];return v}return default$0} function get_ok(param) - {if(0 !== param[0])return invalid_arg(cst_result_is_Error); - var v=param[1]; - return v} + {if(0 === param[0]){var v=param[1];return v} + return invalid_arg(cst_result_is_Error)} function get_error(param) {if(0 === param[0])return invalid_arg(cst_result_is_Ok); var e=param[1]; return e} function bind$0(r,f) - {if(0 !== r[0])return r;var v=r[1];return caml_call1(f,v)} - function join$0(e){if(0 !== e[0])return e;var r=e[1];return r} + {if(0 === r[0]){var v=r[1];return caml_call1(f,v)}return r} + function join$0(e){if(0 === e[0]){var r=e[1];return r}return e} function map$3(f,e) - {if(0 !== e[0])return e;var v=e[1];return [0,caml_call1(f,v)]} + {if(0 === e[0]){var v=e[1];return [0,caml_call1(f,v)]}return e} function map_error(f,v) {if(0 === v[0])return v;var e=v[1];return [1,caml_call1(f,e)]} function fold$1(ok,error,param) @@ -11760,37 +11861,36 @@ var e=param[1]; return caml_call1(error,e)} function iter$1(f,param) - {if(0 !== param[0])return 0;var v=param[1];return caml_call1(f,v)} + {if(0 === param[0]){var v=param[1];return caml_call1(f,v)}return 0} function iter_error(f,param) {if(0 === param[0])return 0;var e=param[1];return caml_call1(f,e)} function is_ok(param){return 0 === param[0]?1:0} function is_error(param){return 0 === param[0]?0:1} function equal$2(ok,error,r0,r1) {if(0 === r0[0]) - {var _Cp_=r0[1]; - if(0 === r1[0]){var v1=r1[1];return caml_call2(ok,_Cp_,v1)}} + {var _Ct_=r0[1]; + if(0 === r1[0]){var v1=r1[1];return caml_call2(ok,_Ct_,v1)}} else - {var _Cq_=r0[1]; - if(0 !== r1[0]){var e1=r1[1];return caml_call2(error,_Cq_,e1)}} + {var _Cu_=r0[1]; + if(0 !== r1[0]){var e1=r1[1];return caml_call2(error,_Cu_,e1)}} return 0} function compare$2(ok,error,r0,r1) {if(0 === r0[0]) - {var _Cn_=r0[1]; - if(0 !== r1[0])return -1; - var v1=r1[1]; - return caml_call2(ok,_Cn_,v1)} - var _Co_=r0[1]; + {var _Cr_=r0[1]; + if(0 === r1[0]){var v1=r1[1];return caml_call2(ok,_Cr_,v1)} + return -1} + var _Cs_=r0[1]; if(0 === r1[0])return 1; var e1=r1[1]; - return caml_call2(error,_Co_,e1)} + return caml_call2(error,_Cs_,e1)} function to_option(param) - {if(0 !== param[0])return 0;var v=param[1];return [0,v]} + {if(0 === param[0]){var v=param[1];return [0,v]}return 0} function to_list$0(param) - {if(0 !== param[0])return 0;var v=param[1];return [0,v,0]} + {if(0 === param[0]){var v=param[1];return [0,v,0]}return 0} function to_seq$0(param) - {if(0 !== param[0])return empty; - var v=param[1]; - return function(_Cm_){return return$0(v,_Cm_)}} + {if(0 === param[0]) + {var v=param[1];return function(_Cq_){return return$0(v,_Cq_)}} + return empty} var Stdlib_Result= [0, @@ -11814,15 +11914,15 @@ to_list$0, to_seq$0]; caml_register_global(784,Stdlib_Result,"Stdlib__Result"); - function equal$3(_Cl_,_Ck_){return _Cl_ === _Ck_?1:0} + function equal$3(_Cp_,_Co_){return _Cp_ === _Co_?1:0} var compare$3=caml_int_compare; function to_float(param){return param?1.:0.} function to_string$0(param){return param?cst_true$2:cst_false$2} - function _r_(_Cj_){return _Cj_} + function _r_(_Cn_){return _Cn_} var Stdlib_Bool= [0, - function(_Ci_){return 1 - _Ci_}, + function(_Cm_){return 1 - _Cm_}, equal$3, compare$3, _r_, @@ -11830,16 +11930,16 @@ to_string$0]; caml_register_global(785,Stdlib_Bool,"Stdlib__Bool"); function chr(n) - {if(0 <= n && 255 >= n)return n;return invalid_arg(cst_Char_chr)} + {if(0 <= n && ! (255 < n))return n;return invalid_arg(cst_Char_chr)} function escaped(c) {var switch$0=0; if(40 <= c) - {if(92 === c)return cst$1;if(127 > c)switch$0 = 1} + {if(92 === c)return cst$1;if(! (127 <= c))switch$0 = 1} else if(32 <= c) {if(39 <= c)return cst$2;switch$0 = 1} else - if(14 > c) + if(! (14 <= c)) switch(c) {case 8:return cst_b; case 9:return cst_t; @@ -11857,18 +11957,18 @@ caml_bytes_unsafe_set(s,3,48 + (c % 10 | 0) | 0); return caml_string_of_bytes(s)} function lowercase(c) - {var _Ch_=c - 192 | 0,switch$0=0; - if(30 < _Ch_ >>> 0) - {if(25 >= _Ch_ + 127 >>> 0)switch$0 = 1} + {var _Cl_=c - 192 | 0,switch$0=0; + if(30 < _Cl_ >>> 0) + {if(! (25 < _Cl_ + 127 >>> 0))switch$0 = 1} else - if(23 !== _Ch_)switch$0 = 1; + if(23 !== _Cl_)switch$0 = 1; return switch$0?c + 32 | 0:c} function uppercase(c) - {var _Cg_=c - 224 | 0,switch$0=0; - if(30 < _Cg_ >>> 0) - {if(25 >= _Cg_ + 127 >>> 0)switch$0 = 1} + {var _Ck_=c - 224 | 0,switch$0=0; + if(30 < _Ck_ >>> 0) + {if(! (25 < _Ck_ + 127 >>> 0))switch$0 = 1} else - if(23 !== _Cg_)switch$0 = 1; + if(23 !== _Ck_)switch$0 = 1; return switch$0?c - 32 | 0:c} function lowercase_ascii(c){return 25 < c - 65 >>> 0?c:c + 32 | 0} function uppercase_ascii(c){return 25 < c - 97 >>> 0?c:c - 32 | 0} @@ -11900,12 +12000,12 @@ function pred(u) {return u === 57344?lo_bound:u === 0?invalid_arg(err_no_pred):u - 1 | 0} function is_valid(i) - {var _Cc_=0 <= i?1:0,_Cd_=_Cc_?i <= 55295?1:0:_Cc_; - if(_Cd_) - var _Ce_=_Cd_; + {var _Cg_=0 <= i?1:0,_Ch_=_Cg_?i <= 55295?1:0:_Cg_; + if(_Ch_) + var _Ci_=_Ch_; else - var _Cf_=57344 <= i?1:0,_Ce_=_Cf_?i <= 1114111?1:0:_Cf_; - return _Ce_} + var _Cj_=57344 <= i?1:0,_Ci_=_Cj_?i <= 1114111?1:0:_Cj_; + return _Ci_} function of_int(i) {return is_valid(i) ?i @@ -11921,28 +12021,31 @@ cat (caml_format_int(cst_04X,u),cst_is_not_a_latin1_character))) :u} - function unsafe_to_char(_Cb_){return _Cb_} - function equal$5(_Ca_,_B$_){return _Ca_ === _B$_?1:0} + function unsafe_to_char(_Cf_){return _Cf_} + function equal$5(_Ce_,_Cd_){return _Ce_ === _Cd_?1:0} var compare$5=caml_int_compare; - function hash(_B__){return _B__} + function hash(_Cc_){return _Cc_} function utf_decode_is_valid(d){return 1 === (d >>> 27 | 0)?1:0} function utf_decode_length(d){return (d >>> 24 | 0) & 7} function utf_decode_uchar(d){return d & 16777215} function utf_decode(n,u){return (8 | n) << 24 | u} function dec_invalid(n){return n << 24 | 65533} function utf_8_byte_length(u) - {if(0 > u)throw [0,Assert_failure,_t_]; - if(127 >= u)return 1; - if(2047 >= u)return 2; - if(65535 >= u)return 3; - if(1114111 < u)throw [0,Assert_failure,_s_]; - return 4} + {if(0 <= u) + {if(127 < u) + {if(2047 < u) + {if(65535 < u) + {if(1114111 < u)throw [0,Assert_failure,_s_];return 4} + return 3} + return 2} + return 1} + throw [0,Assert_failure,_t_]} function utf_16_byte_length(u) - {if(0 > u)throw [0,Assert_failure,_v_]; - if(65535 >= u)return 2; - if(1114111 < u)throw [0,Assert_failure,_u_]; - return 4} - function _w_(_B9_){return _B9_} + {if(0 <= u) + {if(65535 < u){if(1114111 < u)throw [0,Assert_failure,_u_];return 4} + return 2} + throw [0,Assert_failure,_v_]} + function _w_(_Cb_){return _Cb_} var Stdlib_Uchar= [0, @@ -11954,7 +12057,7 @@ pred, is_valid, of_int, - function(_B8_){return _B8_}, + function(_Ca_){return _Ca_}, _w_, is_char, of_char, @@ -11974,97 +12077,117 @@ function length$1(l) {var len=0,param=l; for(;;) - {if(! param)return len; - var param$0=param[2],len$0=len + 1 | 0,len=len$0,param=param$0}} + {if(param) + {var param$0=param[2],len$0=len + 1 | 0,len=len$0,param=param$0; + continue} + return len}} function cons$0(a,l){return [0,a,l]} function hd(param) - {if(! param)return failwith(cst_hd);var a=param[1];return a} + {if(param){var a=param[1];return a}return failwith(cst_hd)} function tl(param) - {if(! param)return failwith(cst_tl);var l=param[2];return l} + {if(param){var l=param[2];return l}return failwith(cst_tl)} function nth(l,n) - {if(0 > n)return invalid_arg(cst_List_nth); - var l$0=l,n$0=n; - for(;;) - {if(! l$0)return failwith(cst_nth); - var l$1=l$0[2],a=l$0[1]; - if(0 === n$0)return a; - var n$1=n$0 - 1 | 0,l$0=l$1,n$0=n$1}} + {if(0 <= n) + {var l$0=l,n$0=n; + for(;;) + {if(l$0) + {var l$1=l$0[2],a=l$0[1]; + if(0 === n$0)return a; + var n$1=n$0 - 1 | 0,l$0=l$1,n$0=n$1; + continue} + return failwith(cst_nth)}} + return invalid_arg(cst_List_nth)} function nth_opt(l,n) - {if(0 > n)return invalid_arg(cst_List_nth$0); - var l$0=l,n$0=n; - for(;;) - {if(! l$0)return 0; - var l$1=l$0[2],a=l$0[1]; - if(0 === n$0)return [0,a]; - var n$1=n$0 - 1 | 0,l$0=l$1,n$0=n$1}} + {if(0 <= n) + {var l$0=l,n$0=n; + for(;;) + {if(l$0) + {var l$1=l$0[2],a=l$0[1]; + if(0 === n$0)return [0,a]; + var n$1=n$0 - 1 | 0,l$0=l$1,n$0=n$1; + continue} + return 0}} + return invalid_arg(cst_List_nth$0)} function rev_append(l1,l2) {var l1$0=l1,l2$0=l2; for(;;) - {if(! l1$0)return l2$0; - var l1$1=l1$0[2],a=l1$0[1],l2$1=[0,a,l2$0],l1$0=l1$1,l2$0=l2$1}} + {if(l1$0) + {var l1$1=l1$0[2],a=l1$0[1],l2$1=[0,a,l2$0],l1$0=l1$1,l2$0=l2$1; + continue} + return l2$0}} function rev(l){return rev_append(l,0)} function init_aux$0(i,n,f) {if(n <= i)return 0; var r=caml_call1(f,i); return [0,r,init_aux$0(i + 1 | 0,n,f)]} function init$0(len,f) - {if(0 > len)return invalid_arg(cst_List_init); - if(50 >= len)return init_aux$0(0,len,f); - var acc=0,i=0; - for(;;) - {if(len <= i)return rev(acc); - var i$0=i + 1 | 0,acc$0=[0,caml_call1(f,i),acc],acc=acc$0,i=i$0}} + {if(0 <= len) + {if(50 < len) + {var acc=0,i=0; + for(;;) + {if(len <= i)return rev(acc); + var i$0=i + 1 | 0,acc$0=[0,caml_call1(f,i),acc],acc=acc$0,i=i$0; + continue}} + return init_aux$0(0,len,f)} + return invalid_arg(cst_List_init)} function flatten(param) - {if(! param)return 0; - var r=param[2],l=param[1]; - return append(l,flatten(r))} + {if(param){var r=param[2],l=param[1];return append(l,flatten(r))} + return 0} function map$4(f,param) - {if(! param)return 0; - var l=param[2],a=param[1],r=caml_call1(f,a); - return [0,r,map$4(f,l)]} + {if(param) + {var l=param[2],a=param[1],r=caml_call1(f,a);return [0,r,map$4(f,l)]} + return 0} function _x_(i,f,param) - {if(! param)return 0; - var l=param[2],a=param[1],r=caml_call2(f,i,a); - return [0,r,_x_(i + 1 | 0,f,l)]} + {if(param) + {var l=param[2],a=param[1],r=caml_call2(f,i,a); + return [0,r,_x_(i + 1 | 0,f,l)]} + return 0} function mapi$0(f,l){return _x_(0,f,l)} function rev_map(f,param) {var accu=0,param$0=param; for(;;) - {if(! param$0)return accu; - var - l=param$0[2], - a=param$0[1], - accu$0=[0,caml_call1(f,a),accu], - accu=accu$0, - param$0=l}} + {if(param$0) + {var + l=param$0[2], + a=param$0[1], + accu$0=[0,caml_call1(f,a),accu], + accu=accu$0, + param$0=l; + continue} + return accu}} function iter$2(f,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],a=param$0[1]; - caml_call1(f,a); - var param$0=l}} + {if(param$0) + {var l=param$0[2],a=param$0[1]; + caml_call1(f,a); + var param$0=l; + continue} + return 0}} function iteri$0(f,l$0) {var i=0,param=l$0; for(;;) - {if(! param)return 0; - var l=param[2],a=param[1]; - caml_call2(f,i,a); - var i$0=i + 1 | 0,i=i$0,param=l}} + {if(param) + {var l=param[2],a=param[1]; + caml_call2(f,i,a); + var i$0=i + 1 | 0,i=i$0,param=l; + continue} + return 0}} function fold_left$0(f,accu,l) {var accu$0=accu,l$0=l; for(;;) - {if(! l$0)return accu$0; - var - l$1=l$0[2], - a=l$0[1], - accu$1=caml_call2(f,accu$0,a), - accu$0=accu$1, - l$0=l$1}} + {if(l$0) + {var + l$1=l$0[2], + a=l$0[1], + accu$1=caml_call2(f,accu$0,a), + accu$0=accu$1, + l$0=l$1; + continue} + return accu$0}} function fold_right(f,l,accu) - {if(! l)return accu; - var l$0=l[2],a=l[1]; - return caml_call2(f,a,fold_right(f,l$0,accu))} + {if(l){var l$0=l[2],a=l[1];return caml_call2(f,a,fold_right(f,l$0,accu))} + return accu} function map2$0(f,l1,l2) {if(l1) {if(l2) @@ -12132,17 +12255,20 @@ function for_all$0(p,param) {var param$0=param; for(;;) - {if(! param$0)return 1; - var l=param$0[2],a=param$0[1],_B7_=caml_call1(p,a); - if(! _B7_)return _B7_; - var param$0=l}} + {if(param$0) + {var l=param$0[2],a=param$0[1],_B$_=caml_call1(p,a); + if(_B$_){var param$0=l;continue} + return _B$_} + return 1}} function exists$0(p,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],a=param$0[1],_B6_=caml_call1(p,a); - if(_B6_)return _B6_; - var param$0=l}} + {if(param$0) + {var l=param$0[2],a=param$0[1],_B__=caml_call1(p,a); + if(_B__)return _B__; + var param$0=l; + continue} + return 0}} function for_all2$0(p,l1,l2) {var l1$0=l1,l2$0=l2; for(;;) @@ -12153,10 +12279,9 @@ a2=l2$0[1], l1$1=l1$0[2], a1=l1$0[1], - _B5_=caml_call2(p,a1,a2); - if(! _B5_)return _B5_; - var l1$0=l1$1,l2$0=l2$1; - continue}} + _B9_=caml_call2(p,a1,a2); + if(_B9_){var l1$0=l1$1,l2$0=l2$1;continue} + return _B9_}} else if(! l2$0)return 1; return invalid_arg(cst_List_for_all2)}} @@ -12170,8 +12295,8 @@ a2=l2$0[1], l1$1=l1$0[2], a1=l1$0[1], - _B4_=caml_call2(p,a1,a2); - if(_B4_)return _B4_; + _B8_=caml_call2(p,a1,a2); + if(_B8_)return _B8_; var l1$0=l1$1,l2$0=l2$1; continue}} else @@ -12180,175 +12305,218 @@ function mem(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],a=param$0[1],_B3_=0 === caml_compare(a,x)?1:0; - if(_B3_)return _B3_; - var param$0=l}} + {if(param$0) + {var l=param$0[2],a=param$0[1],_B7_=0 === caml_compare(a,x)?1:0; + if(_B7_)return _B7_; + var param$0=l; + continue} + return 0}} function memq(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],a=param$0[1],_B2_=a === x?1:0; - if(_B2_)return _B2_; - var param$0=l}} + {if(param$0) + {var l=param$0[2],a=param$0[1],_B6_=a === x?1:0; + if(_B6_)return _B6_; + var param$0=l; + continue} + return 0}} function assoc(x,param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; - if(0 === caml_compare(a,x))return b; - var param$0=l}} + {if(param$0) + {var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; + if(0 === caml_compare(a,x))return b; + var param$0=l; + continue} + throw Not_found}} function assoc_opt(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; - if(0 === caml_compare(a,x))return [0,b]; - var param$0=l}} + {if(param$0) + {var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; + if(0 === caml_compare(a,x))return [0,b]; + var param$0=l; + continue} + return 0}} function assq(x,param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; - if(a === x)return b; - var param$0=l}} + {if(param$0) + {var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; + if(a === x)return b; + var param$0=l; + continue} + throw Not_found}} function assq_opt(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; - if(a === x)return [0,b]; - var param$0=l}} + {if(param$0) + {var l=param$0[2],match=param$0[1],b=match[2],a=match[1]; + if(a === x)return [0,b]; + var param$0=l; + continue} + return 0}} function mem_assoc(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var - l=param$0[2], - match=param$0[1], - a=match[1], - _B1_=0 === caml_compare(a,x)?1:0; - if(_B1_)return _B1_; - var param$0=l}} + {if(param$0) + {var + l=param$0[2], + match=param$0[1], + a=match[1], + _B5_=0 === caml_compare(a,x)?1:0; + if(_B5_)return _B5_; + var param$0=l; + continue} + return 0}} function mem_assq(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],match=param$0[1],a=match[1],_B0_=a === x?1:0; - if(_B0_)return _B0_; - var param$0=l}} + {if(param$0) + {var l=param$0[2],match=param$0[1],a=match[1],_B4_=a === x?1:0; + if(_B4_)return _B4_; + var param$0=l; + continue} + return 0}} function remove_assoc(x,param) - {if(! param)return 0; - var l=param[2],pair=param[1],a=pair[1]; - return 0 === caml_compare(a,x)?l:[0,pair,remove_assoc(x,l)]} + {if(param) + {var l=param[2],pair=param[1],a=pair[1]; + return 0 === caml_compare(a,x)?l:[0,pair,remove_assoc(x,l)]} + return 0} function remove_assq(x,param) - {if(! param)return 0; - var l=param[2],pair=param[1],a=pair[1]; - return a === x?l:[0,pair,remove_assq(x,l)]} + {if(param) + {var l=param[2],pair=param[1],a=pair[1]; + return a === x?l:[0,pair,remove_assq(x,l)]} + return 0} function find$0(p,param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var l=param$0[2],x=param$0[1]; - if(caml_call1(p,x))return x; - var param$0=l}} + {if(param$0) + {var l=param$0[2],x=param$0[1]; + if(caml_call1(p,x))return x; + var param$0=l; + continue} + throw Not_found}} function find_opt(p,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],x=param$0[1]; - if(caml_call1(p,x))return [0,x]; - var param$0=l}} + {if(param$0) + {var l=param$0[2],x=param$0[1]; + if(caml_call1(p,x))return [0,x]; + var param$0=l; + continue} + return 0}} function find_map$0(f,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],x=param$0[1],result=caml_call1(f,x); - if(result)return result; - var param$0=l}} + {if(param$0) + {var l=param$0[2],x=param$0[1],result=caml_call1(f,x); + if(result)return result; + var param$0=l; + continue} + return 0}} function find_all(p) {var accu=0; return function(param$0) {var accu$0=accu,param=param$0; for(;;) - {if(! param)return rev(accu$0); - var l=param[2],x=param[1]; - if(caml_call1(p,x)) - {var accu$1=[0,x,accu$0],accu$0=accu$1,param=l;continue} - var param=l}}} + {if(param) + {var l=param[2],x=param[1]; + if(caml_call1(p,x)) + {var accu$1=[0,x,accu$0],accu$0=accu$1,param=l;continue} + var param=l; + continue} + return rev(accu$0)}}} function filteri(p,param) {var i=0,acc=0,param$0=param; for(;;) - {if(! param$0)return rev(acc); - var - l=param$0[2], - x=param$0[1], - acc$0=caml_call2(p,i,x)?[0,x,acc]:acc, - i$0=i + 1 | 0, - i=i$0, - acc=acc$0, - param$0=l}} + {if(param$0) + {var + l=param$0[2], + x=param$0[1], + acc$0=caml_call2(p,i,x)?[0,x,acc]:acc, + i$0=i + 1 | 0, + i=i$0, + acc=acc$0, + param$0=l; + continue} + return rev(acc)}} function filter_map$0(f) {var accu=0; return function(param$0) {var accu$0=accu,param=param$0; for(;;) - {if(! param)return rev(accu$0); - var l=param[2],x=param[1],match=caml_call1(f,x); - if(match) - {var v=match[1],accu$1=[0,v,accu$0],accu$0=accu$1,param=l;continue} - var param=l}}} + {if(param) + {var l=param[2],x=param[1],match=caml_call1(f,x); + if(match) + {var v=match[1],accu$1=[0,v,accu$0],accu$0=accu$1,param=l; + continue} + var param=l; + continue} + return rev(accu$0)}}} function concat_map(f,param) {var acc=0,param$0=param; for(;;) - {if(! param$0)return rev(acc); - var - l=param$0[2], - x=param$0[1], - xs=caml_call1(f,x), - acc$0=rev_append(xs,acc), - acc=acc$0, - param$0=l}} + {if(param$0) + {var + l=param$0[2], + x=param$0[1], + xs=caml_call1(f,x), + acc$0=rev_append(xs,acc), + acc=acc$0, + param$0=l; + continue} + return rev(acc)}} function fold_left_map(f,accu,param) {var accu$0=accu,l_accu=0,param$0=param; for(;;) - {if(! param$0)return [0,accu$0,rev(l_accu)]; - var - l=param$0[2], - x=param$0[1], - match=caml_call2(f,accu$0,x), - x$0=match[2], - accu$1=match[1], - l_accu$0=[0,x$0,l_accu], - accu$0=accu$1, - l_accu=l_accu$0, - param$0=l}} + {if(param$0) + {var + l=param$0[2], + x=param$0[1], + match=caml_call2(f,accu$0,x), + x$0=match[2], + accu$1=match[1], + l_accu$0=[0,x$0,l_accu], + accu$0=accu$1, + l_accu=l_accu$0, + param$0=l; + continue} + return [0,accu$0,rev(l_accu)]}} function partition$0(p,param) {var yes=0,no=0,param$0=param; for(;;) - {if(! param$0){var _BZ_=rev(no);return [0,rev(yes),_BZ_]} - var l=param$0[2],x=param$0[1]; - if(caml_call1(p,x)){var yes$0=[0,x,yes],yes=yes$0,param$0=l;continue} - var no$0=[0,x,no],no=no$0,param$0=l}} + {if(param$0) + {var l=param$0[2],x=param$0[1]; + if(caml_call1(p,x)) + {var yes$0=[0,x,yes],yes=yes$0,param$0=l;continue} + var no$0=[0,x,no],no=no$0,param$0=l; + continue} + var _B3_=rev(no); + return [0,rev(yes),_B3_]}} function partition_map$0(p,param) {var left=0,right=0,param$0=param; for(;;) - {if(! param$0){var _BY_=rev(right);return [0,rev(left),_BY_]} - var l=param$0[2],x=param$0[1],match=caml_call1(p,x); - if(0 === match[0]) - {var v=match[1],left$0=[0,v,left],left=left$0,param$0=l;continue} - var v$0=match[1],right$0=[0,v$0,right],right=right$0,param$0=l}} + {if(param$0) + {var l=param$0[2],x=param$0[1],match=caml_call1(p,x); + if(0 === match[0]) + {var v=match[1],left$0=[0,v,left],left=left$0,param$0=l;continue} + var v$0=match[1],right$0=[0,v$0,right],right=right$0,param$0=l; + continue} + var _B2_=rev(right); + return [0,rev(left),_B2_]}} function split(param) - {if(! param)return _y_; - var - l=param[2], - match=param[1], - y=match[2], - x=match[1], - match$0=split(l), - ry=match$0[2], - rx=match$0[1]; - return [0,[0,x,rx],[0,y,ry]]} + {if(param) + {var + l=param[2], + match=param[1], + y=match[2], + x=match[1], + match$0=split(l), + ry=match$0[2], + rx=match$0[1]; + return [0,[0,x,rx],[0,y,ry]]} + return _y_} function combine(l1,l2) {if(l1) {if(l2) @@ -12358,34 +12526,36 @@ if(! l2)return 0; return invalid_arg(cst_List_combine)} function merge(cmp,l1,l2) - {if(! l1)return l2; - if(! l2)return l1; - var t2=l2[2],h2=l2[1],t1=l1[2],h1=l1[1]; - return 0 < caml_call2(cmp,h1,h2) - ?[0,h2,merge(cmp,l1,t2)] - :[0,h1,merge(cmp,t1,l2)]} + {if(l1) + {if(l2) + {var t2=l2[2],h2=l2[1],t1=l1[2],h1=l1[1]; + return 0 < caml_call2(cmp,h1,h2) + ?[0,h2,merge(cmp,l1,t2)] + :[0,h1,merge(cmp,t1,l2)]} + return l1} + return l2} function fast_sort(cmp,l) {function sort(n,l) {if(2 === n) {if(l) - {var _BU_=l[2]; - if(_BU_) + {var _BY_=l[2]; + if(_BY_) {var - tl=_BU_[2], - x2=_BU_[1], + tl=_BY_[2], + x2=_BY_[1], x1=l[1], s=0 < caml_call2(cmp,x1,x2)?[0,x2,[0,x1,0]]:[0,x1,[0,x2,0]]; return [0,s,tl]}}} else if(3 === n && l) - {var _BW_=l[2]; - if(_BW_) - {var _BX_=_BW_[2]; - if(_BX_) + {var _B0_=l[2]; + if(_B0_) + {var _B1_=_B0_[2]; + if(_B1_) {var - tl$1=_BX_[2], - x3=_BX_[1], - x2$0=_BW_[1], + tl$1=_B1_[2], + x3=_B1_[1], + x2$0=_B0_[1], x1$0=l[1], s$0= 0 < caml_call2(cmp,x1$0,x2$0) @@ -12420,31 +12590,31 @@ {var accu$0=[0,h1,accu],l1=t1,accu=accu$0;continue} var accu$1=[0,h2,accu],l2=t2,accu=accu$1; continue} - var _BV_=rev_append(l1,accu)} + var _BZ_=rev_append(l1,accu)} else - var _BV_=rev_append(l2,accu); - return [0,_BV_,tl$0]}} + var _BZ_=rev_append(l2,accu); + return [0,_BZ_,tl$0]}} function rev_sort(n,l) {if(2 === n) {if(l) - {var _BQ_=l[2]; - if(_BQ_) + {var _BU_=l[2]; + if(_BU_) {var - tl=_BQ_[2], - x2=_BQ_[1], + tl=_BU_[2], + x2=_BU_[1], x1=l[1], s=0 < caml_call2(cmp,x1,x2)?[0,x1,[0,x2,0]]:[0,x2,[0,x1,0]]; return [0,s,tl]}}} else if(3 === n && l) - {var _BS_=l[2]; - if(_BS_) - {var _BT_=_BS_[2]; - if(_BT_) + {var _BW_=l[2]; + if(_BW_) + {var _BX_=_BW_[2]; + if(_BX_) {var - tl$1=_BT_[2], - x3=_BT_[1], - x2$0=_BS_[1], + tl$1=_BX_[2], + x3=_BX_[1], + x2$0=_BW_[1], x1$0=l[1], s$0= 0 < caml_call2(cmp,x1$0,x2$0) @@ -12479,82 +12649,82 @@ {var accu$0=[0,h2,accu],l2=t2,accu=accu$0;continue} var accu$1=[0,h1,accu],l1=t1,accu=accu$1; continue} - var _BR_=rev_append(l1,accu)} + var _BV_=rev_append(l1,accu)} else - var _BR_=rev_append(l2,accu); - return [0,_BR_,tl$0]}} + var _BV_=rev_append(l2,accu); + return [0,_BV_,tl$0]}} var len=length$1(l); return 2 <= len?sort(len,l)[1]:l} function sort_uniq(cmp,l) {function sort(n,l) {if(2 === n) {if(l) - {var _BH_=l[2]; - if(_BH_) + {var _BL_=l[2]; + if(_BL_) {var - tl=_BH_[2], - x2=_BH_[1], + tl=_BL_[2], + x2=_BL_[1], x1=l[1], c$0=caml_call2(cmp,x1,x2), s=0 === c$0?[0,x1,0]:0 <= c$0?[0,x2,[0,x1,0]]:[0,x1,[0,x2,0]]; return [0,s,tl]}}} else if(3 === n && l) - {var _BJ_=l[2]; - if(_BJ_) - {var _BK_=_BJ_[2]; - if(_BK_) + {var _BN_=l[2]; + if(_BN_) + {var _BO_=_BN_[2]; + if(_BO_) {var - tl$1=_BK_[2], - x3=_BK_[1], - x2$0=_BJ_[1], + tl$1=_BO_[2], + x3=_BO_[1], + x2$0=_BN_[1], x1$0=l[1], c$1=caml_call2(cmp,x1$0,x2$0); if(0 === c$1) var c$2=caml_call2(cmp,x2$0,x3), - _BL_= + _BP_= 0 === c$2 ?[0,x2$0,0] :0 <= c$2?[0,x3,[0,x2$0,0]]:[0,x2$0,[0,x3,0]], - s$0=_BL_; + s$0=_BP_; else if(0 <= c$1) {var c$3=caml_call2(cmp,x1$0,x3); if(0 === c$3) - var _BM_=[0,x2$0,[0,x1$0,0]]; + var _BQ_=[0,x2$0,[0,x1$0,0]]; else if(0 <= c$3) var c$4=caml_call2(cmp,x2$0,x3), - _BN_= + _BR_= 0 === c$4 ?[0,x2$0,[0,x1$0,0]] :0 <= c$4 ?[0,x3,[0,x2$0,[0,x1$0,0]]] :[0,x2$0,[0,x3,[0,x1$0,0]]], - _BM_=_BN_; + _BQ_=_BR_; else - var _BM_=[0,x2$0,[0,x1$0,[0,x3,0]]]; - var s$0=_BM_} + var _BQ_=[0,x2$0,[0,x1$0,[0,x3,0]]]; + var s$0=_BQ_} else {var c$5=caml_call2(cmp,x2$0,x3); if(0 === c$5) - var _BO_=[0,x1$0,[0,x2$0,0]]; + var _BS_=[0,x1$0,[0,x2$0,0]]; else if(0 <= c$5) var c$6=caml_call2(cmp,x1$0,x3), - _BP_= + _BT_= 0 === c$6 ?[0,x1$0,[0,x2$0,0]] :0 <= c$6 ?[0,x3,[0,x1$0,[0,x2$0,0]]] :[0,x1$0,[0,x3,[0,x2$0,0]]], - _BO_=_BP_; + _BS_=_BT_; else - var _BO_=[0,x1$0,[0,x2$0,[0,x3,0]]]; - var s$0=_BO_} + var _BS_=[0,x1$0,[0,x2$0,[0,x3,0]]]; + var s$0=_BS_} return [0,s$0,tl$1]}}} var n1=n >> 1, @@ -12577,79 +12747,79 @@ if(0 < c){var accu$1=[0,h1,accu],l1=t1,accu=accu$1;continue} var accu$2=[0,h2,accu],l2=t2,accu=accu$2; continue} - var _BI_=rev_append(l1,accu)} + var _BM_=rev_append(l1,accu)} else - var _BI_=rev_append(l2,accu); - return [0,_BI_,tl$0]}} + var _BM_=rev_append(l2,accu); + return [0,_BM_,tl$0]}} function rev_sort(n,l) {if(2 === n) {if(l) - {var _By_=l[2]; - if(_By_) + {var _BC_=l[2]; + if(_BC_) {var - tl=_By_[2], - x2=_By_[1], + tl=_BC_[2], + x2=_BC_[1], x1=l[1], c$0=caml_call2(cmp,x1,x2), s=0 === c$0?[0,x1,0]:0 < c$0?[0,x1,[0,x2,0]]:[0,x2,[0,x1,0]]; return [0,s,tl]}}} else if(3 === n && l) - {var _BA_=l[2]; - if(_BA_) - {var _BB_=_BA_[2]; - if(_BB_) + {var _BE_=l[2]; + if(_BE_) + {var _BF_=_BE_[2]; + if(_BF_) {var - tl$1=_BB_[2], - x3=_BB_[1], - x2$0=_BA_[1], + tl$1=_BF_[2], + x3=_BF_[1], + x2$0=_BE_[1], x1$0=l[1], c$1=caml_call2(cmp,x1$0,x2$0); if(0 === c$1) var c$2=caml_call2(cmp,x2$0,x3), - _BC_= + _BG_= 0 === c$2 ?[0,x2$0,0] :0 < c$2?[0,x2$0,[0,x3,0]]:[0,x3,[0,x2$0,0]], - s$0=_BC_; + s$0=_BG_; else if(0 < c$1) {var c$3=caml_call2(cmp,x2$0,x3); if(0 === c$3) - var _BD_=[0,x1$0,[0,x2$0,0]]; + var _BH_=[0,x1$0,[0,x2$0,0]]; else if(0 < c$3) - var _BD_=[0,x1$0,[0,x2$0,[0,x3,0]]]; + var _BH_=[0,x1$0,[0,x2$0,[0,x3,0]]]; else var c$4=caml_call2(cmp,x1$0,x3), - _BE_= + _BI_= 0 === c$4 ?[0,x1$0,[0,x2$0,0]] :0 < c$4 ?[0,x1$0,[0,x3,[0,x2$0,0]]] :[0,x3,[0,x1$0,[0,x2$0,0]]], - _BD_=_BE_; - var s$0=_BD_} + _BH_=_BI_; + var s$0=_BH_} else {var c$5=caml_call2(cmp,x1$0,x3); if(0 === c$5) - var _BF_=[0,x2$0,[0,x1$0,0]]; + var _BJ_=[0,x2$0,[0,x1$0,0]]; else if(0 < c$5) - var _BF_=[0,x2$0,[0,x1$0,[0,x3,0]]]; + var _BJ_=[0,x2$0,[0,x1$0,[0,x3,0]]]; else var c$6=caml_call2(cmp,x2$0,x3), - _BG_= + _BK_= 0 === c$6 ?[0,x2$0,[0,x1$0,0]] :0 < c$6 ?[0,x2$0,[0,x3,[0,x1$0,0]]] :[0,x3,[0,x2$0,[0,x1$0,0]]], - _BF_=_BG_; - var s$0=_BF_} + _BJ_=_BK_; + var s$0=_BJ_} return [0,s$0,tl$1]}}} var n1=n >> 1, @@ -12672,25 +12842,27 @@ if(0 <= c){var accu$1=[0,h2,accu],l2=t2,accu=accu$1;continue} var accu$2=[0,h1,accu],l1=t1,accu=accu$2; continue} - var _Bz_=rev_append(l1,accu)} + var _BD_=rev_append(l1,accu)} else - var _Bz_=rev_append(l2,accu); - return [0,_Bz_,tl$0]}} + var _BD_=rev_append(l2,accu); + return [0,_BD_,tl$0]}} var len=length$1(l); return 2 <= len?sort(len,l)[1]:l} function compare_lengths(l1,l2) {var l1$0=l1,l2$0=l2; for(;;) - {if(! l1$0)return l2$0?-1:0; - if(! l2$0)return 1; - var l2$1=l2$0[2],l1$1=l1$0[2],l1$0=l1$1,l2$0=l2$1}} + {if(l1$0) + {if(l2$0){var l2$1=l2$0[2],l1$1=l1$0[2],l1$0=l1$1,l2$0=l2$1;continue} + return 1} + return l2$0?-1:0}} function compare_length_with(l,n) {var l$0=l,n$0=n; for(;;) - {if(! l$0)return 0 === n$0?0:0 < n$0?-1:1; - var l$1=l$0[2]; - if(0 >= n$0)return 1; - var n$1=n$0 - 1 | 0,l$0=l$1,n$0=n$1}} + {if(l$0) + {var l$1=l$0[2]; + if(0 < n$0){var n$1=n$0 - 1 | 0,l$0=l$1,n$0=n$1;continue} + return 1} + return 0 === n$0?0:0 < n$0?-1:1}} function equal$6(eq,l1,l2) {var l1$0=l1,l2$0=l2; for(;;) @@ -12701,37 +12873,40 @@ a2=l2$0[1], l1$1=l1$0[2], a1=l1$0[1], - _Bx_=caml_call2(eq,a1,a2); - if(! _Bx_)return _Bx_; - var l1$0=l1$1,l2$0=l2$1; - continue}} + _BB_=caml_call2(eq,a1,a2); + if(_BB_){var l1$0=l1$1,l2$0=l2$1;continue} + return _BB_}} else if(! l2$0)return 1; return 0}} function compare$6(cmp,l1,l2) {var l1$0=l1,l2$0=l2; for(;;) - {if(! l1$0)return l2$0?-1:0; - var _Bv_=l1$0[2],_Bw_=l1$0[1]; - if(! l2$0)return 1; - var l2$1=l2$0[2],a2=l2$0[1],c=caml_call2(cmp,_Bw_,a2); - if(0 !== c)return c; - var l1$0=_Bv_,l2$0=l2$1}} + {if(l1$0) + {var _Bz_=l1$0[2],_BA_=l1$0[1]; + if(l2$0) + {var l2$1=l2$0[2],a2=l2$0[1],c=caml_call2(cmp,_BA_,a2); + if(0 === c){var l1$0=_Bz_,l2$0=l2$1;continue} + return c} + return 1} + return l2$0?-1:0}} function to_seq$1(l) {function aux(l,param) - {if(! l)return 0; - var tail=l[2],x=l[1]; - return [0,x,function(_Bu_){return aux(tail,_Bu_)}]} - return function(_Bt_){return aux(l,_Bt_)}} + {if(l) + {var tail=l[2],x=l[1]; + return [0,x,function(_By_){return aux(tail,_By_)}]} + return 0} + return function(_Bx_){return aux(l,_Bx_)}} function of_seq(seq) {function direct(depth,seq) {if(0 === depth) - {var _Bs_=0; - return rev(fold_left(function(acc,x){return [0,x,acc]},_Bs_,seq))} + {var _Bw_=0; + return rev(fold_left(function(acc,x){return [0,x,acc]},_Bw_,seq))} var match=caml_call1(seq,0); - if(! match)return 0; - var next=match[2],x=match[1]; - return [0,x,direct(depth - 1 | 0,next)]} + if(match) + {var next=match[2],x=match[1]; + return [0,x,direct(depth - 1 | 0,next)]} + return 0} return direct(500,seq)} var include$0= @@ -12803,7 +12978,7 @@ function abs$0(x){return 0 <= x?x:- x | 0} var max_int$0=2147483647,min_int$0=-2147483648; function lognot(x){return x ^ -1} - function equal$7(_Br_,_Bq_){return _Br_ === _Bq_?1:0} + function equal$7(_Bv_,_Bu_){return _Bv_ === _Bu_?1:0} var compare$7=caml_int_compare; function min$1(x,y){return x <= y?x:y} function max$1(x,y){return y <= x?x:y} @@ -12827,13 +13002,13 @@ function make$0(n,c) {var s=caml_create_bytes(n);caml_fill_bytes(s,0,n,c);return s} function init$1(n,f) - {var s=caml_create_bytes(n),_Bo_=n - 1 | 0,_Bn_=0; - if(_Bo_ >= 0) - {var i=_Bn_; + {var s=caml_create_bytes(n),_Bs_=n - 1 | 0,_Br_=0; + if(! (_Bs_ < 0)) + {var i=_Br_; for(;;) {caml_bytes_unsafe_set(s,i,caml_call1(f,i)); - var _Bp_=i + 1 | 0; - if(_Bo_ !== i){var i=_Bp_;continue} + var _Bt_=i + 1 | 0; + if(_Bs_ !== i){var i=_Bt_;continue} break}} return s} var empty$0=caml_create_bytes(0); @@ -12844,17 +13019,18 @@ function of_bytes(b){return caml_string_of_bytes(copy(b))} function to_bytes(s){return copy(caml_bytes_of_string(s))} function sub(s,ofs,len) - {if(0 <= ofs && 0 <= len && (caml_ml_bytes_length(s) - len | 0) >= ofs) + {if + (0 <= ofs && 0 <= len && ! ((caml_ml_bytes_length(s) - len | 0) < ofs)) {var r=caml_create_bytes(len);caml_blit_bytes(s,ofs,r,0,len);return r} return invalid_arg(cst_String_sub_Bytes_sub)} function sub_string(b,ofs,len) {return caml_string_of_bytes(sub(b,ofs,len))} function symbol$0(a,b) - {var c=a + b | 0,_Bm_=b < 0?1:0,match=c < 0?1:0,switch$0=0; + {var c=a + b | 0,_Bq_=b < 0?1:0,match=c < 0?1:0,switch$0=0; if(a < 0) - {if(_Bm_ && ! match)switch$0 = 1} + {if(_Bq_ && ! match)switch$0 = 1} else - if(! _Bm_ && match)switch$0 = 1; + if(! _Bq_ && match)switch$0 = 1; return switch$0?invalid_arg(cst_Bytes_extend):c} function extend(s,left,right) {var @@ -12868,7 +13044,8 @@ if(0 < cpylen)caml_blit_bytes(s,srcoff,r,dstoff,cpylen); return r} function fill(s,ofs,len,c) - {if(0 <= ofs && 0 <= len && (caml_ml_bytes_length(s) - len | 0) >= ofs) + {if + (0 <= ofs && 0 <= len && ! ((caml_ml_bytes_length(s) - len | 0) < ofs)) return caml_fill_bytes(s,ofs,len,c); return invalid_arg(cst_String_fill_Bytes_fill)} function blit(s1,ofs1,s2,ofs2,len) @@ -12881,17 +13058,15 @@ <= ofs1 && - (caml_ml_bytes_length(s1) - len | 0) - >= - ofs1 + ! + ((caml_ml_bytes_length(s1) - len | 0) < ofs1) && 0 <= ofs2 && - (caml_ml_bytes_length(s2) - len | 0) - >= - ofs2) + ! + ((caml_ml_bytes_length(s2) - len | 0) < ofs2)) return caml_blit_bytes(s1,ofs1,s2,ofs2,len); return invalid_arg(cst_Bytes_blit)} function blit$0(s1,ofs1,s2,ofs2,len) @@ -12904,72 +13079,72 @@ <= ofs1 && - (caml_ml_string_length(s1) - len | 0) - >= - ofs1 + ! + ((caml_ml_string_length(s1) - len | 0) < ofs1) && 0 <= ofs2 && - (caml_ml_bytes_length(s2) - len | 0) - >= - ofs2) + ! + ((caml_ml_bytes_length(s2) - len | 0) < ofs2)) return caml_blit_string(s1,ofs1,s2,ofs2,len); return invalid_arg(cst_String_blit_Bytes_blit_str)} function iter$3(f,a) - {var _Bk_=caml_ml_bytes_length(a) - 1 | 0,_Bj_=0; - if(_Bk_ >= 0) - {var i=_Bj_; + {var _Bo_=caml_ml_bytes_length(a) - 1 | 0,_Bn_=0; + if(! (_Bo_ < 0)) + {var i=_Bn_; for(;;) {caml_call1(f,caml_bytes_unsafe_get(a,i)); - var _Bl_=i + 1 | 0; - if(_Bk_ !== i){var i=_Bl_;continue} + var _Bp_=i + 1 | 0; + if(_Bo_ !== i){var i=_Bp_;continue} break}} return 0} function iteri$1(f,a) - {var _Bh_=caml_ml_bytes_length(a) - 1 | 0,_Bg_=0; - if(_Bh_ >= 0) - {var i=_Bg_; + {var _Bl_=caml_ml_bytes_length(a) - 1 | 0,_Bk_=0; + if(! (_Bl_ < 0)) + {var i=_Bk_; for(;;) {caml_call2(f,i,caml_bytes_unsafe_get(a,i)); - var _Bi_=i + 1 | 0; - if(_Bh_ !== i){var i=_Bi_;continue} + var _Bm_=i + 1 | 0; + if(_Bl_ !== i){var i=_Bm_;continue} break}} return 0} function concat$0(sep,l) - {if(! l)return empty$0; - var seplen=caml_ml_bytes_length(sep),acc=0,param=l,pos$1=0; - for(;;) - {if(param) - {var _Bd_=param[1]; - if(param[2]) - {var - tl=param[2], - x=(caml_ml_bytes_length(_Bd_) + seplen | 0) + acc | 0, - acc$0=acc <= x?x:invalid_arg(cst_Bytes_concat), - acc=acc$0, - param=tl; - continue} - var _Bf_=caml_ml_bytes_length(_Bd_) + acc | 0} - else - var _Bf_=acc; - var dst=caml_create_bytes(_Bf_),pos=pos$1,param$0=l; + {if(l) + {var seplen=caml_ml_bytes_length(sep),acc=0,param=l,pos$1=0; for(;;) - {if(! param$0)return dst; - var _Be_=param$0[1]; - if(param$0[2]) - {var tl$0=param$0[2]; - caml_blit_bytes(_Be_,0,dst,pos,caml_ml_bytes_length(_Be_)); - caml_blit_bytes - (sep,0,dst,pos + caml_ml_bytes_length(_Be_) | 0,seplen); - var - pos$0=(pos + caml_ml_bytes_length(_Be_) | 0) + seplen | 0, - pos=pos$0, - param$0=tl$0; - continue} - caml_blit_bytes(_Be_,0,dst,pos,caml_ml_bytes_length(_Be_)); - return dst}}} + {if(param) + {var _Bh_=param[1]; + if(param[2]) + {var + tl=param[2], + x=(caml_ml_bytes_length(_Bh_) + seplen | 0) + acc | 0, + acc$0=acc <= x?x:invalid_arg(cst_Bytes_concat), + acc=acc$0, + param=tl; + continue} + var _Bj_=caml_ml_bytes_length(_Bh_) + acc | 0} + else + var _Bj_=acc; + var dst=caml_create_bytes(_Bj_),pos=pos$1,param$0=l; + for(;;) + {if(param$0) + {var _Bi_=param$0[1]; + if(param$0[2]) + {var tl$0=param$0[2]; + caml_blit_bytes(_Bi_,0,dst,pos,caml_ml_bytes_length(_Bi_)); + caml_blit_bytes + (sep,0,dst,pos + caml_ml_bytes_length(_Bi_) | 0,seplen); + var + pos$0=(pos + caml_ml_bytes_length(_Bi_) | 0) + seplen | 0, + pos=pos$0, + param$0=tl$0; + continue} + caml_blit_bytes(_Bi_,0,dst,pos,caml_ml_bytes_length(_Bi_)); + return dst} + return dst}}} + return empty$0} function cat$0(s1,s2) {var l1=caml_ml_bytes_length(s1), @@ -12979,11 +13154,11 @@ caml_blit_bytes(s2,0,r,l1,l2); return r} function is_space(param) - {var _Bc_=param - 9 | 0,switch$0=0; - if(4 < _Bc_ >>> 0) - {if(23 === _Bc_)switch$0 = 1} + {var _Bg_=param - 9 | 0,switch$0=0; + if(4 < _Bg_ >>> 0) + {if(23 === _Bg_)switch$0 = 1} else - if(2 !== _Bc_)switch$0 = 1; + if(2 !== _Bg_)switch$0 = 1; return switch$0?1:0} function trim(s) {var len=caml_ml_bytes_length(s),i=[0,0]; @@ -12996,34 +13171,34 @@ {j[1] += -1;continue} return i[1] <= j[1]?sub(s,i[1],(j[1] - i[1] | 0) + 1 | 0):empty$0}}} function escaped$0(s) - {var n=[0,0],_A7_=caml_ml_bytes_length(s) - 1 | 0,_A6_=0; - if(_A7_ >= 0) - {var i$0=_A6_; + {var n=[0,0],_A$_=caml_ml_bytes_length(s) - 1 | 0,_A__=0; + if(! (_A$_ < 0)) + {var i$0=_A__; for(;;) {var match=caml_bytes_unsafe_get(s,i$0),switch$0=0; if(32 <= match) - {var _A$_=match - 34 | 0,switch$1=0; - if(58 < _A$_ >>> 0) - {if(93 <= _A$_)switch$1 = 1} + {var _Bd_=match - 34 | 0,switch$1=0; + if(58 < _Bd_ >>> 0) + {if(93 <= _Bd_)switch$1 = 1} else - if(56 < _A$_ - 1 >>> 0){switch$0 = 1;switch$1 = 1} - if(! switch$1){var _Ba_=1;switch$0 = 2}} + if(56 < _Bd_ - 1 >>> 0){switch$0 = 1;switch$1 = 1} + if(! switch$1){var _Be_=1;switch$0 = 2}} else if(11 <= match) {if(13 === match)switch$0 = 1} else if(8 <= match)switch$0 = 1; - switch(switch$0){case 0:var _Ba_=4;break;case 1:var _Ba_=2;break} - n[1] = n[1] + _Ba_ | 0; - var _Bb_=i$0 + 1 | 0; - if(_A7_ !== i$0){var i$0=_Bb_;continue} + switch(switch$0){case 0:var _Be_=4;break;case 1:var _Be_=2;break} + n[1] = n[1] + _Be_ | 0; + var _Bf_=i$0 + 1 | 0; + if(_A$_ !== i$0){var i$0=_Bf_;continue} break}} if(n[1] === caml_ml_bytes_length(s))return copy(s); var s$0=caml_create_bytes(n[1]); n[1] = 0; - var _A9_=caml_ml_bytes_length(s) - 1 | 0,_A8_=0; - if(_A9_ >= 0) - {var i=_A8_; + var _Bb_=caml_ml_bytes_length(s) - 1 | 0,_Ba_=0; + if(! (_Bb_ < 0)) + {var i=_Ba_; for(;;) {var c=caml_bytes_unsafe_get(s,i),switch$2=0; if(35 <= c) @@ -13078,53 +13253,53 @@ case 3:caml_bytes_unsafe_set(s$0,n[1],c);break } n[1]++; - var _A__=i + 1 | 0; - if(_A9_ !== i){var i=_A__;continue} + var _Bc_=i + 1 | 0; + if(_Bb_ !== i){var i=_Bc_;continue} break}} return s$0} function map$5(f,s) {var l=caml_ml_bytes_length(s); if(0 === l)return s; - var r=caml_create_bytes(l),_A4_=l - 1 | 0,_A3_=0; - if(_A4_ >= 0) - {var i=_A3_; + var r=caml_create_bytes(l),_A8_=l - 1 | 0,_A7_=0; + if(! (_A8_ < 0)) + {var i=_A7_; for(;;) {caml_bytes_unsafe_set(r,i,caml_call1(f,caml_bytes_unsafe_get(s,i))); - var _A5_=i + 1 | 0; - if(_A4_ !== i){var i=_A5_;continue} + var _A9_=i + 1 | 0; + if(_A8_ !== i){var i=_A9_;continue} break}} return r} function mapi$1(f,s) {var l=caml_ml_bytes_length(s); if(0 === l)return s; - var r=caml_create_bytes(l),_A1_=l - 1 | 0,_A0_=0; - if(_A1_ >= 0) - {var i=_A0_; + var r=caml_create_bytes(l),_A5_=l - 1 | 0,_A4_=0; + if(! (_A5_ < 0)) + {var i=_A4_; for(;;) {caml_bytes_unsafe_set (r,i,caml_call2(f,i,caml_bytes_unsafe_get(s,i))); - var _A2_=i + 1 | 0; - if(_A1_ !== i){var i=_A2_;continue} + var _A6_=i + 1 | 0; + if(_A5_ !== i){var i=_A6_;continue} break}} return r} function fold_left$1(f,x,a) - {var r=[0,x],_AY_=caml_ml_bytes_length(a) - 1 | 0,_AX_=0; - if(_AY_ >= 0) - {var i=_AX_; + {var r=[0,x],_A2_=caml_ml_bytes_length(a) - 1 | 0,_A1_=0; + if(! (_A2_ < 0)) + {var i=_A1_; for(;;) {r[1] = caml_call2(f,r[1],caml_bytes_unsafe_get(a,i)); - var _AZ_=i + 1 | 0; - if(_AY_ !== i){var i=_AZ_;continue} + var _A3_=i + 1 | 0; + if(_A2_ !== i){var i=_A3_;continue} break}} return r[1]} function fold_right$0(f,a,x) - {var r=[0,x],_AV_=caml_ml_bytes_length(a) - 1 | 0; - if(_AV_ >= 0) - {var i=_AV_; + {var r=[0,x],_AZ_=caml_ml_bytes_length(a) - 1 | 0; + if(! (_AZ_ < 0)) + {var i=_AZ_; for(;;) {r[1] = caml_call2(f,caml_bytes_unsafe_get(a,i),r[1]); - var _AW_=i - 1 | 0; - if(0 !== i){var i=_AW_;continue} + var _A0_=i - 1 | 0; + if(0 !== i){var i=_A0_;continue} break}} return r[1]} function exists$1(p,s) @@ -13132,13 +13307,15 @@ for(;;) {if(i === n)return 0; if(caml_call1(p,caml_bytes_unsafe_get(s,i)))return 1; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function for_all$1(p,s) {var n=caml_ml_bytes_length(s),i=0; for(;;) {if(i === n)return 1; - if(! caml_call1(p,caml_bytes_unsafe_get(s,i)))return 0; - var i$0=i + 1 | 0,i=i$0}} + if(caml_call1(p,caml_bytes_unsafe_get(s,i))) + {var i$0=i + 1 | 0,i=i$0;continue} + return 0}} function uppercase_ascii$0(s){return map$5(uppercase_ascii,s)} function lowercase_ascii$0(s){return map$5(lowercase_ascii,s)} function apply1(f,s) @@ -13152,113 +13329,124 @@ {var len_s=caml_ml_bytes_length(s), len_pre=caml_ml_bytes_length(prefix), - _AU_=len_pre <= len_s?1:0; - if(! _AU_)return _AU_; - var i=0; - for(;;) - {if(i === len_pre)return 1; - if(caml_bytes_unsafe_get(s,i) !== caml_bytes_unsafe_get(prefix,i)) - return 0; - var i$0=i + 1 | 0,i=i$0}} + _AY_=len_pre <= len_s?1:0; + if(_AY_) + {var i=0; + for(;;) + {if(i === len_pre)return 1; + if(caml_bytes_unsafe_get(s,i) !== caml_bytes_unsafe_get(prefix,i)) + return 0; + var i$0=i + 1 | 0,i=i$0; + continue}} + return _AY_} function ends_with(suffix,s) {var len_s=caml_ml_bytes_length(s), len_suf=caml_ml_bytes_length(suffix), diff=len_s - len_suf | 0, - _AT_=0 <= diff?1:0; - if(! _AT_)return _AT_; - var i=0; - for(;;) - {if(i === len_suf)return 1; - if - (caml_bytes_unsafe_get(s,diff + i | 0) - !== - caml_bytes_unsafe_get(suffix,i)) - return 0; - var i$0=i + 1 | 0,i=i$0}} + _AX_=0 <= diff?1:0; + if(_AX_) + {var i=0; + for(;;) + {if(i === len_suf)return 1; + if + (caml_bytes_unsafe_get(s,diff + i | 0) + !== + caml_bytes_unsafe_get(suffix,i)) + return 0; + var i$0=i + 1 | 0,i=i$0; + continue}} + return _AX_} function index_rec(s,lim,i,c) {var i$0=i; for(;;) {if(lim <= i$0)throw Not_found; if(caml_bytes_unsafe_get(s,i$0) === c)return i$0; - var i$1=i$0 + 1 | 0,i$0=i$1}} + var i$1=i$0 + 1 | 0,i$0=i$1; + continue}} function index(s,c){return index_rec(s,caml_ml_bytes_length(s),0,c)} function index_rec_opt(s,lim,i,c) {var i$0=i; for(;;) {if(lim <= i$0)return 0; if(caml_bytes_unsafe_get(s,i$0) === c)return [0,i$0]; - var i$1=i$0 + 1 | 0,i$0=i$1}} + var i$1=i$0 + 1 | 0,i$0=i$1; + continue}} function index_opt(s,c) {return index_rec_opt(s,caml_ml_bytes_length(s),0,c)} function index_from(s,i,c) {var l=caml_ml_bytes_length(s); - if(0 <= i && l >= i)return index_rec(s,l,i,c); + if(0 <= i && ! (l < i))return index_rec(s,l,i,c); return invalid_arg(cst_String_index_from_Bytes_in)} function index_from_opt(s,i,c) {var l=caml_ml_bytes_length(s); - if(0 <= i && l >= i)return index_rec_opt(s,l,i,c); + if(0 <= i && ! (l < i))return index_rec_opt(s,l,i,c); return invalid_arg(cst_String_index_from_opt_Byte)} function rindex_rec(s,i,c) {var i$0=i; for(;;) - {if(0 > i$0)throw Not_found; - if(caml_bytes_unsafe_get(s,i$0) === c)return i$0; - var i$1=i$0 - 1 | 0,i$0=i$1}} + {if(0 <= i$0) + {if(caml_bytes_unsafe_get(s,i$0) === c)return i$0; + var i$1=i$0 - 1 | 0,i$0=i$1; + continue} + throw Not_found}} function rindex(s,c) {return rindex_rec(s,caml_ml_bytes_length(s) - 1 | 0,c)} function rindex_from(s,i,c) - {if(-1 <= i && caml_ml_bytes_length(s) > i)return rindex_rec(s,i,c); + {if(-1 <= i && ! (caml_ml_bytes_length(s) <= i))return rindex_rec(s,i,c); return invalid_arg(cst_String_rindex_from_Bytes_r)} function rindex_rec_opt(s,i,c) {var i$0=i; for(;;) - {if(0 > i$0)return 0; - if(caml_bytes_unsafe_get(s,i$0) === c)return [0,i$0]; - var i$1=i$0 - 1 | 0,i$0=i$1}} + {if(0 <= i$0) + {if(caml_bytes_unsafe_get(s,i$0) === c)return [0,i$0]; + var i$1=i$0 - 1 | 0,i$0=i$1; + continue} + return 0}} function rindex_opt(s,c) {return rindex_rec_opt(s,caml_ml_bytes_length(s) - 1 | 0,c)} function rindex_from_opt(s,i,c) - {if(-1 <= i && caml_ml_bytes_length(s) > i)return rindex_rec_opt(s,i,c); + {if(-1 <= i && ! (caml_ml_bytes_length(s) <= i)) + return rindex_rec_opt(s,i,c); return invalid_arg(cst_String_rindex_from_opt_Byt)} function contains_from(s,i,c) {var l=caml_ml_bytes_length(s); - if(0 <= i && l >= i) + if(0 <= i && ! (l < i)) try - {index_rec(s,l,i,c);var _AR_=1;return _AR_} - catch(_AS_) - {_AS_ = caml_wrap_exception(_AS_); - if(_AS_ === Not_found)return 0; - throw _AS_} + {index_rec(s,l,i,c);var _AV_=1;return _AV_} + catch(_AW_) + {_AW_ = caml_wrap_exception(_AW_); + if(_AW_ === Not_found)return 0; + throw _AW_} return invalid_arg(cst_String_contains_from_Bytes)} function contains(s,c){return contains_from(s,0,c)} function rcontains_from(s,i,c) - {if(0 <= i && caml_ml_bytes_length(s) > i) + {if(0 <= i && ! (caml_ml_bytes_length(s) <= i)) try - {rindex_rec(s,i,c);var _AP_=1;return _AP_} - catch(_AQ_) - {_AQ_ = caml_wrap_exception(_AQ_); - if(_AQ_ === Not_found)return 0; - throw _AQ_} + {rindex_rec(s,i,c);var _AT_=1;return _AT_} + catch(_AU_) + {_AU_ = caml_wrap_exception(_AU_); + if(_AU_ === Not_found)return 0; + throw _AU_} return invalid_arg(cst_String_rcontains_from_Byte)} function compare$8(x,y){return runtime.caml_bytes_compare(x,y)} function split_on_char(sep,s) {var r=[0,0], j=[0,caml_ml_bytes_length(s)], - _AL_=caml_ml_bytes_length(s) - 1 | 0; - if(_AL_ >= 0) - {var i=_AL_; + _AP_=caml_ml_bytes_length(s) - 1 | 0; + if(! (_AP_ < 0)) + {var i=_AP_; for(;;) {if(caml_bytes_unsafe_get(s,i) === sep) - {var _AN_=r[1]; - r[1] = [0,sub(s,i + 1 | 0,(j[1] - i | 0) - 1 | 0),_AN_]; + {var _AR_=r[1]; + r[1] = [0,sub(s,i + 1 | 0,(j[1] - i | 0) - 1 | 0),_AR_]; j[1] = i} - var _AO_=i - 1 | 0; - if(0 !== i){var i=_AO_;continue} + var _AS_=i - 1 | 0; + if(0 !== i){var i=_AS_;continue} break}} - var _AM_=r[1]; - return [0,sub(s,0,j[1]),_AM_]} + var _AQ_=r[1]; + return [0,sub(s,0,j[1]),_AQ_]} function uppercase$0(s){return map$5(uppercase,s)} function lowercase$0(s){return map$5(lowercase,s)} function capitalize(s){return apply1(uppercase,s)} @@ -13266,17 +13454,17 @@ function to_seq$2(s) {function aux(i,param) {if(i === caml_ml_bytes_length(s))return 0; - var x=caml_bytes_get(s,i),_AJ_=i + 1 | 0; - return [0,x,function(_AK_){return aux(_AJ_,_AK_)}]} - var _AH_=0; - return function(_AI_){return aux(_AH_,_AI_)}} + var x=caml_bytes_get(s,i),_AN_=i + 1 | 0; + return [0,x,function(_AO_){return aux(_AN_,_AO_)}]} + var _AL_=0; + return function(_AM_){return aux(_AL_,_AM_)}} function to_seqi(s) {function aux(i,param) {if(i === caml_ml_bytes_length(s))return 0; - var x=caml_bytes_get(s,i),_AF_=i + 1 | 0; - return [0,[0,i,x],function(_AG_){return aux(_AF_,_AG_)}]} - var _AD_=0; - return function(_AE_){return aux(_AD_,_AE_)}} + var x=caml_bytes_get(s,i),_AJ_=i + 1 | 0; + return [0,[0,i,x],function(_AK_){return aux(_AJ_,_AK_)}]} + var _AH_=0; + return function(_AI_){return aux(_AH_,_AI_)}} function of_seq$0(i) {var n=[0,0],buf=[0,make$0(256,0)]; iter @@ -13321,7 +13509,7 @@ function not_in_xA0_to_xBF(b){return 5 !== (b >>> 5 | 0)?1:0} function not_in_x80_to_x9F(b){return 4 !== (b >>> 5 | 0)?1:0} function not_in_x90_to_xBF(b) - {var _AB_=b < 144?1:0,_AC_=_AB_ || (191 < b?1:0);return _AC_} + {var _AF_=b < 144?1:0,_AG_=_AF_ || (191 < b?1:0);return _AG_} function not_in_x80_to_x8F(b){return 8 !== (b >>> 4 | 0)?1:0} function utf_8_uchar_3(b0,b1,b2) {return (b0 & 15) << 12 | (b1 & 63) << 6 | b2 & 63} @@ -13332,7 +13520,7 @@ if(224 <= b0) {var switch$0=0; if(237 <= b0) - {if(245 > b0) + {if(! (245 <= b0)) switch(b0 - 237 | 0) {case 0: var i$0=i + 1 | 0; @@ -13393,7 +13581,7 @@ ?dec_invalid(3) :dec_ret(4,utf_8_uchar_4(b0,b1$2,b2$2,b3$0))}} else - {if(225 > b0) + {if(! (225 <= b0)) {var i$13=i + 1 | 0; if(max < i$13)return dec_invalid(1); var b1$4=caml_bytes_unsafe_get(b,i$13); @@ -13417,7 +13605,7 @@ ?dec_invalid(2) :dec_ret(3,utf_8_uchar_3(b0,b1$0,b2$0))}} else - {if(128 > b0)return dec_ret(1,b0); + {if(! (128 <= b0))return dec_ret(1,b0); if(194 <= b0) {var i$15=i + 1 | 0; if(max < i$15)return dec_invalid(1); @@ -13427,35 +13615,38 @@ :dec_ret(2,(b0 & 31) << 6 | b1$5 & 63)}} return dec_invalid(1)} function set_utf_8_uchar(b,i,u) - {function set(_AA_,_Az_,_Ay_) - {caml_bytes_unsafe_set(_AA_,_Az_,_Ay_);return 0} + {function set(_AE_,_AD_,_AC_) + {caml_bytes_unsafe_set(_AE_,_AD_,_AC_);return 0} var max=caml_ml_bytes_length(b) - 1 | 0; - if(0 > u)throw [0,Assert_failure,_A_]; - if(127 >= u){caml_bytes_set(b,i,u);return 1} - if(2047 >= u) - {var last$1=i + 1 | 0; - return max < last$1 - ?0 - :(caml_bytes_set(b,i,192 | u >>> 6 | 0), - set(b,last$1,128 | u & 63), - 2)} - if(65535 >= u) - {var last$0=i + 2 | 0; - return max < last$0 - ?0 - :(caml_bytes_set(b,i,224 | u >>> 12 | 0), - set(b,i + 1 | 0,128 | (u >>> 6 | 0) & 63), - set(b,last$0,128 | u & 63), - 3)} - if(1114111 < u)throw [0,Assert_failure,_z_]; - var last=i + 3 | 0; - return max < last - ?0 - :(caml_bytes_set(b,i,240 | u >>> 18 | 0), - set(b,i + 1 | 0,128 | (u >>> 12 | 0) & 63), - set(b,i + 2 | 0,128 | (u >>> 6 | 0) & 63), - set(b,last,128 | u & 63), - 4)} + if(0 <= u) + {if(127 < u) + {if(2047 < u) + {if(65535 < u) + {if(1114111 < u)throw [0,Assert_failure,_z_]; + var last=i + 3 | 0; + return max < last + ?0 + :(caml_bytes_set(b,i,240 | u >>> 18 | 0), + set(b,i + 1 | 0,128 | (u >>> 12 | 0) & 63), + set(b,i + 2 | 0,128 | (u >>> 6 | 0) & 63), + set(b,last,128 | u & 63), + 4)} + var last$0=i + 2 | 0; + return max < last$0 + ?0 + :(caml_bytes_set(b,i,224 | u >>> 12 | 0), + set(b,i + 1 | 0,128 | (u >>> 6 | 0) & 63), + set(b,last$0,128 | u & 63), + 3)} + var last$1=i + 1 | 0; + return max < last$1 + ?0 + :(caml_bytes_set(b,i,192 | u >>> 6 | 0), + set(b,last$1,128 | u & 63), + 2)} + caml_bytes_set(b,i,u); + return 1} + throw [0,Assert_failure,_A_]} function is_valid_utf_8(b) {var max=caml_ml_bytes_length(b) - 1 | 0,i=0; for(;;) @@ -13464,14 +13655,13 @@ if(224 <= match) {var switch$0=0; if(237 <= match) - {if(245 > match) + {if(! (245 <= match)) switch(match - 237 | 0) {case 0: var last=i + 2 | 0; if - (max - >= - last + (! + (max < last) && ! not_in_x80_to_x9F(caml_bytes_unsafe_get(b,i + 1 | 0)) @@ -13483,9 +13673,8 @@ case 3: var last$1=i + 3 | 0; if - (max - >= - last$1 + (! + (max < last$1) && ! not_in_x90_to_xBF(caml_bytes_unsafe_get(b,i + 1 | 0)) @@ -13500,9 +13689,8 @@ case 7: var last$3=i + 3 | 0; if - (max - >= - last$3 + (! + (max < last$3) && ! not_in_x80_to_x8F(caml_bytes_unsafe_get(b,i + 1 | 0)) @@ -13519,9 +13707,8 @@ default: var last$2=i + 3 | 0; if - (max - >= - last$2 + (! + (max < last$2) && ! not_in_x80_to_xBF(caml_bytes_unsafe_get(b,i + 1 | 0)) @@ -13534,12 +13721,11 @@ {var i$3=last$2 + 1 | 0,i=i$3;continue} return 0}} else - {if(225 > match) + {if(! (225 <= match)) {var last$4=i + 2 | 0; if - (max - >= - last$4 + (! + (max < last$4) && ! not_in_xA0_to_xBF(caml_bytes_unsafe_get(b,i + 1 | 0)) @@ -13552,9 +13738,8 @@ if(switch$0) {var last$0=i + 2 | 0; if - (max - >= - last$0 + (! + (max < last$0) && ! not_in_x80_to_xBF(caml_bytes_unsafe_get(b,i + 1 | 0)) @@ -13564,13 +13749,12 @@ {var i$1=last$0 + 1 | 0,i=i$1;continue} return 0}} else - {if(128 > match){var i$7=i + 1 | 0,i=i$7;continue} + {if(! (128 <= match)){var i$7=i + 1 | 0,i=i$7;continue} if(194 <= match) {var last$5=i + 1 | 0; if - (max - >= - last$5 + (! + (max < last$5) && ! not_in_x80_to_xBF(caml_bytes_unsafe_get(b,last$5))) @@ -13579,15 +13763,15 @@ return 0}} function get_utf_16be_uchar(b,i) {var max=caml_ml_bytes_length(b) - 1 | 0; - if(0 <= i && max >= i) + if(0 <= i && ! (max < i)) {if(i === max)return dec_invalid(1); var hi=get$1(b,i); - if(55296 <= hi && 57343 >= hi) + if(55296 <= hi && ! (57343 < hi)) {if(56319 < hi)return dec_invalid(2); var last=i + 3 | 0; if(max < last)return dec_invalid((max - i | 0) + 1 | 0); var u=get$1(b,i + 2 | 0); - if(56320 <= u && 57343 >= u) + if(56320 <= u && ! (57343 < u)) {var u$0=((hi & 1023) << 10 | u & 1023) + 65536 | 0; return dec_ret(4,u$0)} return dec_invalid(2)} @@ -13595,17 +13779,22 @@ return invalid_arg(cst_index_out_of_bounds)} function set_utf_16be_uchar(b,i,u) {var max=caml_ml_bytes_length(b) - 1 | 0; - if(0 <= i && max >= i) - {if(0 > u)throw [0,Assert_failure,_C_]; - if(65535 >= u) - {var last$0=i + 1 | 0;return max < last$0?0:(set$0(b,i,u),2)} - if(1114111 < u)throw [0,Assert_failure,_B_]; - var last=i + 3 | 0; - if(max < last)return 0; - var u$0=u - 65536 | 0,hi=55296 | u$0 >>> 10 | 0,lo=56320 | u$0 & 1023; - set$0(b,i,hi); - set$0(b,i + 2 | 0,lo); - return 4} + if(0 <= i && ! (max < i)) + {if(0 <= u) + {if(65535 < u) + {if(1114111 < u)throw [0,Assert_failure,_B_]; + var last=i + 3 | 0; + if(max < last)return 0; + var + u$0=u - 65536 | 0, + hi=55296 | u$0 >>> 10 | 0, + lo=56320 | u$0 & 1023; + set$0(b,i,hi); + set$0(b,i + 2 | 0,lo); + return 4} + var last$0=i + 1 | 0; + return max < last$0?0:(set$0(b,i,u),2)} + throw [0,Assert_failure,_C_]} return invalid_arg(cst_index_out_of_bounds$0)} function is_valid_utf_16be(b) {var max=caml_ml_bytes_length(b) - 1 | 0,i=0; @@ -13613,25 +13802,27 @@ {if(max < i)return 1; if(i === max)return 0; var u=get$1(b,i); - if(55296 <= u && 57343 >= u) + if(55296 <= u && ! (57343 < u)) {if(56319 < u)return 0; var last=i + 3 | 0; if(max < last)return 0; var u$0=get$1(b,i + 2 | 0); - if(56320 <= u$0 && 57343 >= u$0){var i$1=i + 4 | 0,i=i$1;continue} + if(56320 <= u$0 && ! (57343 < u$0)) + {var i$1=i + 4 | 0,i=i$1;continue} return 0} - var i$0=i + 2 | 0,i=i$0}} + var i$0=i + 2 | 0,i=i$0; + continue}} function get_utf_16le_uchar(b,i) {var max=caml_ml_bytes_length(b) - 1 | 0; - if(0 <= i && max >= i) + if(0 <= i && ! (max < i)) {if(i === max)return dec_invalid(1); var hi=caml_bytes_get16(b,i); - if(55296 <= hi && 57343 >= hi) + if(55296 <= hi && ! (57343 < hi)) {if(56319 < hi)return dec_invalid(2); var last=i + 3 | 0; if(max < last)return dec_invalid((max - i | 0) + 1 | 0); var u=caml_bytes_get16(b,i + 2 | 0); - if(56320 <= u && 57343 >= u) + if(56320 <= u && ! (57343 < u)) {var u$0=((hi & 1023) << 10 | u & 1023) + 65536 | 0; return dec_ret(4,u$0)} return dec_invalid(2)} @@ -13639,18 +13830,22 @@ return invalid_arg(cst_index_out_of_bounds$1)} function set_utf_16le_uchar(b,i,u) {var max=caml_ml_bytes_length(b) - 1 | 0; - if(0 <= i && max >= i) - {if(0 > u)throw [0,Assert_failure,_E_]; - if(65535 >= u) - {var last$0=i + 1 | 0; + if(0 <= i && ! (max < i)) + {if(0 <= u) + {if(65535 < u) + {if(1114111 < u)throw [0,Assert_failure,_D_]; + var last=i + 3 | 0; + if(max < last)return 0; + var + u$0=u - 65536 | 0, + hi=55296 | u$0 >>> 10 | 0, + lo=56320 | u$0 & 1023; + caml_bytes_set16(b,i,hi); + caml_bytes_set16(b,i + 2 | 0,lo); + return 4} + var last$0=i + 1 | 0; return max < last$0?0:(caml_bytes_set16(b,i,u),2)} - if(1114111 < u)throw [0,Assert_failure,_D_]; - var last=i + 3 | 0; - if(max < last)return 0; - var u$0=u - 65536 | 0,hi=55296 | u$0 >>> 10 | 0,lo=56320 | u$0 & 1023; - caml_bytes_set16(b,i,hi); - caml_bytes_set16(b,i + 2 | 0,lo); - return 4} + throw [0,Assert_failure,_E_]} return invalid_arg(cst_index_out_of_bounds$2)} function is_valid_utf_16le(b) {var max=caml_ml_bytes_length(b) - 1 | 0,i=0; @@ -13658,14 +13853,16 @@ {if(max < i)return 1; if(i === max)return 0; var u=caml_bytes_get16(b,i); - if(55296 <= u && 57343 >= u) + if(55296 <= u && ! (57343 < u)) {if(56319 < u)return 0; var last=i + 3 | 0; if(max < last)return 0; var u$0=caml_bytes_get16(b,i + 2 | 0); - if(56320 <= u$0 && 57343 >= u$0){var i$1=i + 4 | 0,i=i$1;continue} + if(56320 <= u$0 && ! (57343 < u$0)) + {var i$1=i + 4 | 0,i=i$1;continue} return 0} - var i$0=i + 2 | 0,i=i$0}} + var i$0=i + 2 | 0,i=i$0; + continue}} var set_int64_ne=caml_bytes_set64, set_int32_ne=caml_bytes_set32, @@ -13778,56 +13975,57 @@ function sub$0(s,ofs,len) {return caml_string_of_bytes(sub(caml_bytes_of_string(s),ofs,len))} function concat$1(sep,l) - {if(! l)return cst$3; - var seplen=caml_ml_string_length(sep),acc=0,param=l,pos$1=0; - for(;;) - {if(param) - {var _Av_=param[1]; - if(param[2]) - {var - tl=param[2], - x=(caml_ml_string_length(_Av_) + seplen | 0) + acc | 0, - acc$0=acc <= x?x:invalid_arg(cst_String_concat), - acc=acc$0, - param=tl; - continue} - var _Ax_=caml_ml_string_length(_Av_) + acc | 0} - else - var _Ax_=acc; - var dst=caml_create_bytes(_Ax_),pos=pos$1,param$0=l; + {if(l) + {var seplen=caml_ml_string_length(sep),acc=0,param=l,pos$1=0; for(;;) - {if(param$0) - {var _Aw_=param$0[1]; - if(param$0[2]) - {var tl$0=param$0[2]; - caml_blit_string(_Aw_,0,dst,pos,caml_ml_string_length(_Aw_)); - caml_blit_string - (sep,0,dst,pos + caml_ml_string_length(_Aw_) | 0,seplen); - var - pos$0=(pos + caml_ml_string_length(_Aw_) | 0) + seplen | 0, - pos=pos$0, - param$0=tl$0; + {if(param) + {var _Az_=param[1]; + if(param[2]) + {var + tl=param[2], + x=(caml_ml_string_length(_Az_) + seplen | 0) + acc | 0, + acc$0=acc <= x?x:invalid_arg(cst_String_concat), + acc=acc$0, + param=tl; continue} - caml_blit_string(_Aw_,0,dst,pos,caml_ml_string_length(_Aw_))} - return caml_string_of_bytes(dst)}}} + var _AB_=caml_ml_string_length(_Az_) + acc | 0} + else + var _AB_=acc; + var dst=caml_create_bytes(_AB_),pos=pos$1,param$0=l; + for(;;) + {if(param$0) + {var _AA_=param$0[1]; + if(param$0[2]) + {var tl$0=param$0[2]; + caml_blit_string(_AA_,0,dst,pos,caml_ml_string_length(_AA_)); + caml_blit_string + (sep,0,dst,pos + caml_ml_string_length(_AA_) | 0,seplen); + var + pos$0=(pos + caml_ml_string_length(_AA_) | 0) + seplen | 0, + pos=pos$0, + param$0=tl$0; + continue} + caml_blit_string(_AA_,0,dst,pos,caml_ml_string_length(_AA_))} + return caml_string_of_bytes(dst)}}} + return cst$3} function iter$4(f,s) - {var _At_=caml_ml_string_length(s) - 1 | 0,_As_=0; - if(_At_ >= 0) - {var i=_As_; + {var _Ax_=caml_ml_string_length(s) - 1 | 0,_Aw_=0; + if(! (_Ax_ < 0)) + {var i=_Aw_; for(;;) {caml_call1(f,caml_string_unsafe_get(s,i)); - var _Au_=i + 1 | 0; - if(_At_ !== i){var i=_Au_;continue} + var _Ay_=i + 1 | 0; + if(_Ax_ !== i){var i=_Ay_;continue} break}} return 0} function iteri$2(f,s) - {var _Aq_=caml_ml_string_length(s) - 1 | 0,_Ap_=0; - if(_Aq_ >= 0) - {var i=_Ap_; + {var _Au_=caml_ml_string_length(s) - 1 | 0,_At_=0; + if(! (_Au_ < 0)) + {var i=_At_; for(;;) {caml_call2(f,i,caml_string_unsafe_get(s,i)); - var _Ar_=i + 1 | 0; - if(_Aq_ !== i){var i=_Ar_;continue} + var _Av_=i + 1 | 0; + if(_Au_ !== i){var i=_Av_;continue} break}} return 0} function map$6(f,s) @@ -13841,11 +14039,11 @@ function exists$2(f,s){return exists$1(f,caml_bytes_of_string(s))} function for_all$2(f,s){return for_all$1(f,caml_bytes_of_string(s))} function is_space$0(param) - {var _Ao_=param - 9 | 0,switch$0=0; - if(4 < _Ao_ >>> 0) - {if(23 === _Ao_)switch$0 = 1} + {var _As_=param - 9 | 0,switch$0=0; + if(4 < _As_ >>> 0) + {if(23 === _As_)switch$0 = 1} else - if(2 !== _Ao_)switch$0 = 1; + if(2 !== _As_)switch$0 = 1; return switch$0?1:0} function trim$0(s) {if(caml_string_equal(s,cst$4))return s; @@ -13861,79 +14059,87 @@ {var n=caml_ml_string_length(s),i=0; for(;;) {if(n <= i)return s; - var match=caml_string_unsafe_get(s,i),_An_=match - 32 | 0,switch$0=0; - if(59 < _An_ >>> 0) - {if(33 < _An_ - 61 >>> 0)switch$0 = 1} + var match=caml_string_unsafe_get(s,i),_Ar_=match - 32 | 0,switch$0=0; + if(59 < _Ar_ >>> 0) + {if(33 < _Ar_ - 61 >>> 0)switch$0 = 1} else - if(2 === _An_)switch$0 = 1; + if(2 === _Ar_)switch$0 = 1; if(switch$0) return caml_string_of_bytes(escaped$0(caml_bytes_of_string(s))); - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function index_rec$0(s,lim,i,c) {var i$0=i; for(;;) {if(lim <= i$0)throw Not_found; if(caml_string_unsafe_get(s,i$0) === c)return i$0; - var i$1=i$0 + 1 | 0,i$0=i$1}} + var i$1=i$0 + 1 | 0,i$0=i$1; + continue}} function index$0(s,c){return index_rec$0(s,caml_ml_string_length(s),0,c)} function index_rec_opt$0(s,lim,i,c) {var i$0=i; for(;;) {if(lim <= i$0)return 0; if(caml_string_unsafe_get(s,i$0) === c)return [0,i$0]; - var i$1=i$0 + 1 | 0,i$0=i$1}} + var i$1=i$0 + 1 | 0,i$0=i$1; + continue}} function index_opt$0(s,c) {return index_rec_opt$0(s,caml_ml_string_length(s),0,c)} function index_from$0(s,i,c) {var l=caml_ml_string_length(s); - if(0 <= i && l >= i)return index_rec$0(s,l,i,c); + if(0 <= i && ! (l < i))return index_rec$0(s,l,i,c); return invalid_arg(cst_String_index_from_Bytes_in$0)} function index_from_opt$0(s,i,c) {var l=caml_ml_string_length(s); - if(0 <= i && l >= i)return index_rec_opt$0(s,l,i,c); + if(0 <= i && ! (l < i))return index_rec_opt$0(s,l,i,c); return invalid_arg(cst_String_index_from_opt_Byte$0)} function rindex_rec$0(s,i,c) {var i$0=i; for(;;) - {if(0 > i$0)throw Not_found; - if(caml_string_unsafe_get(s,i$0) === c)return i$0; - var i$1=i$0 - 1 | 0,i$0=i$1}} + {if(0 <= i$0) + {if(caml_string_unsafe_get(s,i$0) === c)return i$0; + var i$1=i$0 - 1 | 0,i$0=i$1; + continue} + throw Not_found}} function rindex$0(s,c) {return rindex_rec$0(s,caml_ml_string_length(s) - 1 | 0,c)} function rindex_from$0(s,i,c) - {if(-1 <= i && caml_ml_string_length(s) > i)return rindex_rec$0(s,i,c); + {if(-1 <= i && ! (caml_ml_string_length(s) <= i)) + return rindex_rec$0(s,i,c); return invalid_arg(cst_String_rindex_from_Bytes_r$0)} function rindex_rec_opt$0(s,i,c) {var i$0=i; for(;;) - {if(0 > i$0)return 0; - if(caml_string_unsafe_get(s,i$0) === c)return [0,i$0]; - var i$1=i$0 - 1 | 0,i$0=i$1}} + {if(0 <= i$0) + {if(caml_string_unsafe_get(s,i$0) === c)return [0,i$0]; + var i$1=i$0 - 1 | 0,i$0=i$1; + continue} + return 0}} function rindex_opt$0(s,c) {return rindex_rec_opt$0(s,caml_ml_string_length(s) - 1 | 0,c)} function rindex_from_opt$0(s,i,c) - {if(-1 <= i && caml_ml_string_length(s) > i) + {if(-1 <= i && ! (caml_ml_string_length(s) <= i)) return rindex_rec_opt$0(s,i,c); return invalid_arg(cst_String_rindex_from_opt_Byt$0)} function contains_from$0(s,i,c) {var l=caml_ml_string_length(s); - if(0 <= i && l >= i) + if(0 <= i && ! (l < i)) try - {index_rec$0(s,l,i,c);var _Al_=1;return _Al_} - catch(_Am_) - {_Am_ = caml_wrap_exception(_Am_); - if(_Am_ === Not_found)return 0; - throw _Am_} + {index_rec$0(s,l,i,c);var _Ap_=1;return _Ap_} + catch(_Aq_) + {_Aq_ = caml_wrap_exception(_Aq_); + if(_Aq_ === Not_found)return 0; + throw _Aq_} return invalid_arg(cst_String_contains_from_Bytes$0)} function contains$0(s,c){return contains_from$0(s,0,c)} function rcontains_from$0(s,i,c) - {if(0 <= i && caml_ml_string_length(s) > i) + {if(0 <= i && ! (caml_ml_string_length(s) <= i)) try - {rindex_rec$0(s,i,c);var _Aj_=1;return _Aj_} - catch(_Ak_) - {_Ak_ = caml_wrap_exception(_Ak_); - if(_Ak_ === Not_found)return 0; - throw _Ak_} + {rindex_rec$0(s,i,c);var _An_=1;return _An_} + catch(_Ao_) + {_Ao_ = caml_wrap_exception(_Ao_); + if(_Ao_ === Not_found)return 0; + throw _Ao_} return invalid_arg(cst_String_rcontains_from_Byte$0)} function uppercase_ascii$1(s) {return caml_string_of_bytes(uppercase_ascii$0(caml_bytes_of_string(s)))} @@ -13947,47 +14153,51 @@ {var len_s=caml_ml_string_length(s), len_pre=caml_ml_string_length(prefix), - _Ai_=len_pre <= len_s?1:0; - if(! _Ai_)return _Ai_; - var i=0; - for(;;) - {if(i === len_pre)return 1; - if(caml_string_unsafe_get(s,i) !== caml_string_unsafe_get(prefix,i)) - return 0; - var i$0=i + 1 | 0,i=i$0}} + _Am_=len_pre <= len_s?1:0; + if(_Am_) + {var i=0; + for(;;) + {if(i === len_pre)return 1; + if(caml_string_unsafe_get(s,i) !== caml_string_unsafe_get(prefix,i)) + return 0; + var i$0=i + 1 | 0,i=i$0; + continue}} + return _Am_} function ends_with$0(suffix,s) {var len_s=caml_ml_string_length(s), len_suf=caml_ml_string_length(suffix), diff=len_s - len_suf | 0, - _Ah_=0 <= diff?1:0; - if(! _Ah_)return _Ah_; - var i=0; - for(;;) - {if(i === len_suf)return 1; - if - (caml_string_unsafe_get(s,diff + i | 0) - !== - caml_string_unsafe_get(suffix,i)) - return 0; - var i$0=i + 1 | 0,i=i$0}} + _Al_=0 <= diff?1:0; + if(_Al_) + {var i=0; + for(;;) + {if(i === len_suf)return 1; + if + (caml_string_unsafe_get(s,diff + i | 0) + !== + caml_string_unsafe_get(suffix,i)) + return 0; + var i$0=i + 1 | 0,i=i$0; + continue}} + return _Al_} function split_on_char$0(sep,s) {var r=[0,0], j=[0,caml_ml_string_length(s)], - _Ad_=caml_ml_string_length(s) - 1 | 0; - if(_Ad_ >= 0) - {var i=_Ad_; + _Ah_=caml_ml_string_length(s) - 1 | 0; + if(! (_Ah_ < 0)) + {var i=_Ah_; for(;;) {if(caml_string_unsafe_get(s,i) === sep) - {var _Af_=r[1]; - r[1] = [0,sub$0(s,i + 1 | 0,(j[1] - i | 0) - 1 | 0),_Af_]; + {var _Aj_=r[1]; + r[1] = [0,sub$0(s,i + 1 | 0,(j[1] - i | 0) - 1 | 0),_Aj_]; j[1] = i} - var _Ag_=i - 1 | 0; - if(0 !== i){var i=_Ag_;continue} + var _Ak_=i - 1 | 0; + if(0 !== i){var i=_Ak_;continue} break}} - var _Ae_=r[1]; - return [0,sub$0(s,0,j[1]),_Ae_]} + var _Ai_=r[1]; + return [0,sub$0(s,0,j[1]),_Ai_]} function uppercase$1(s) {return caml_string_of_bytes(uppercase$0(caml_bytes_of_string(s)))} function lowercase$1(s) @@ -14108,24 +14318,33 @@ get_int64_be$0, get_int64_le$0]; caml_register_global(791,include$2,"Stdlib__String"); - function equal$10(param,_Ac_){return 1} - function compare$10(param,_Ab_){return 0} + function equal$10(param,_Ag_){return 1} + function compare$10(param,_Af_){return 0} function to_string$2(param){return cst$5} var Stdlib_Unit=[0,equal$10,compare$10,to_string$2]; caml_register_global(792,Stdlib_Unit,"Stdlib__Unit"); function to_buffer(buff,ofs,len,v,flags) {if - (0 <= ofs && 0 <= len && (caml_ml_bytes_length(buff) - len | 0) >= ofs) + (0 + <= + ofs + && + 0 + <= + len + && + ! + ((caml_ml_bytes_length(buff) - len | 0) < ofs)) return runtime.caml_output_value_to_buffer(buff,ofs,len,v,flags); return invalid_arg(cst_Marshal_to_buffer_substrin)} var header_size=20; function data_size(buff,ofs) - {if(0 <= ofs && (caml_ml_bytes_length(buff) - 20 | 0) >= ofs) + {if(0 <= ofs && ! ((caml_ml_bytes_length(buff) - 20 | 0) < ofs)) return caml_marshal_data_size(buff,ofs); return invalid_arg(cst_Marshal_data_size)} function total_size(buff,ofs){return 20 + data_size(buff,ofs) | 0} function from_bytes(buff,ofs) - {if(0 <= ofs && (caml_ml_bytes_length(buff) - 20 | 0) >= ofs) + {if(0 <= ofs && ! ((caml_ml_bytes_length(buff) - 20 | 0) < ofs)) {var len=caml_marshal_data_size(buff,ofs); return (caml_ml_bytes_length(buff) - (20 + len | 0) | 0) < ofs ?invalid_arg(cst_Marshal_from_bytes$0) @@ -14148,24 +14367,25 @@ var make_float=runtime.caml_make_float_vect,Floatarray=[0]; function init$3(l,f) {if(0 === l)return [0]; - if(0 > l)return invalid_arg(cst_Array_init); - var res=caml_make_vect(l,caml_call1(f,0)),_z$_=l - 1 | 0,_z__=1; - if(_z$_ >= 1) - {var i=_z__; - for(;;) - {res[1 + i] = caml_call1(f,i); - var _Aa_=i + 1 | 0; - if(_z$_ !== i){var i=_Aa_;continue} - break}} - return res} + if(0 <= l) + {var res=caml_make_vect(l,caml_call1(f,0)),_Ad_=l - 1 | 0,_Ac_=1; + if(! (_Ad_ < 1)) + {var i=_Ac_; + for(;;) + {res[1 + i] = caml_call1(f,i); + var _Ae_=i + 1 | 0; + if(_Ad_ !== i){var i=_Ae_;continue} + break}} + return res} + return invalid_arg(cst_Array_init)} function create_matrix(sx,sy,init) - {var res=caml_make_vect(sx,[0]),_z8_=sx - 1 | 0,_z7_=0; - if(_z8_ >= 0) - {var x=_z7_; + {var res=caml_make_vect(sx,[0]),_Aa_=sx - 1 | 0,_z$_=0; + if(! (_Aa_ < 0)) + {var x=_z$_; for(;;) {res[1 + x] = caml_make_vect(sy,init); - var _z9_=x + 1 | 0; - if(_z8_ !== x){var x=_z9_;continue} + var _Ab_=x + 1 | 0; + if(_Aa_ !== x){var x=_Ab_;continue} break}} return res} function copy$1(a) @@ -14178,11 +14398,11 @@ ?caml_array_sub(a1,0,l1) :runtime.caml_array_append(a1,a2)} function sub$1(a,ofs,len) - {if(0 <= ofs && 0 <= len && (a.length - 1 - len | 0) >= ofs) + {if(0 <= ofs && 0 <= len && ! ((a.length - 1 - len | 0) < ofs)) return caml_array_sub(a,ofs,len); return invalid_arg(cst_Array_sub)} function fill$0(a,ofs,len,v) - {if(0 <= ofs && 0 <= len && (a.length - 1 - len | 0) >= ofs) + {if(0 <= ofs && 0 <= len && ! ((a.length - 1 - len | 0) < ofs)) return runtime.caml_array_fill(a,ofs,len,v); return invalid_arg(cst_Array_fill)} function blit$1(a1,ofs1,a2,ofs2,len) @@ -14195,118 +14415,127 @@ <= ofs1 && - (a1.length - 1 - len | 0) - >= - ofs1 + ! + ((a1.length - 1 - len | 0) < ofs1) && 0 <= ofs2 && - (a2.length - 1 - len | 0) - >= - ofs2) + ! + ((a2.length - 1 - len | 0) < ofs2)) return runtime.caml_array_blit(a1,ofs1,a2,ofs2,len); return invalid_arg(cst_Array_blit)} function iter$5(f,a) - {var _z5_=a.length - 1 - 1 | 0,_z4_=0; - if(_z5_ >= 0) - {var i=_z4_; + {var _z9_=a.length - 1 - 1 | 0,_z8_=0; + if(! (_z9_ < 0)) + {var i=_z8_; for(;;) {caml_call1(f,a[1 + i]); - var _z6_=i + 1 | 0; - if(_z5_ !== i){var i=_z6_;continue} + var _z__=i + 1 | 0; + if(_z9_ !== i){var i=_z__;continue} break}} return 0} function iter2$1(f,a,b) {if(a.length - 1 !== b.length - 1) return invalid_arg(cst_Array_iter2_arrays_must_ha); - var _z2_=a.length - 1 - 1 | 0,_z1_=0; - if(_z2_ >= 0) - {var i=_z1_; + var _z6_=a.length - 1 - 1 | 0,_z5_=0; + if(! (_z6_ < 0)) + {var i=_z5_; for(;;) {caml_call2(f,a[1 + i],b[1 + i]); - var _z3_=i + 1 | 0; - if(_z2_ !== i){var i=_z3_;continue} + var _z7_=i + 1 | 0; + if(_z6_ !== i){var i=_z7_;continue} break}} return 0} function map$7(f,a) {var l=a.length - 1; if(0 === l)return [0]; - var r=caml_make_vect(l,caml_call1(f,a[1])),_zZ_=l - 1 | 0,_zY_=1; - if(_zZ_ >= 1) - {var i=_zY_; + var r=caml_make_vect(l,caml_call1(f,a[1])),_z3_=l - 1 | 0,_z2_=1; + if(! (_z3_ < 1)) + {var i=_z2_; for(;;) {r[1 + i] = caml_call1(f,a[1 + i]); - var _z0_=i + 1 | 0; - if(_zZ_ !== i){var i=_z0_;continue} + var _z4_=i + 1 | 0; + if(_z3_ !== i){var i=_z4_;continue} break}} return r} function map2$1(f,a,b) {var la=a.length - 1,lb=b.length - 1; if(la !== lb)return invalid_arg(cst_Array_map2_arrays_must_hav); if(0 === la)return [0]; - var r=caml_make_vect(la,caml_call2(f,a[1],b[1])),_zW_=la - 1 | 0,_zV_=1; - if(_zW_ >= 1) - {var i=_zV_; + var r=caml_make_vect(la,caml_call2(f,a[1],b[1])),_z0_=la - 1 | 0,_zZ_=1; + if(! (_z0_ < 1)) + {var i=_zZ_; for(;;) {r[1 + i] = caml_call2(f,a[1 + i],b[1 + i]); - var _zX_=i + 1 | 0; - if(_zW_ !== i){var i=_zX_;continue} + var _z1_=i + 1 | 0; + if(_z0_ !== i){var i=_z1_;continue} break}} return r} function iteri$3(f,a) - {var _zT_=a.length - 1 - 1 | 0,_zS_=0; - if(_zT_ >= 0) - {var i=_zS_; + {var _zX_=a.length - 1 - 1 | 0,_zW_=0; + if(! (_zX_ < 0)) + {var i=_zW_; for(;;) {caml_call2(f,i,a[1 + i]); - var _zU_=i + 1 | 0; - if(_zT_ !== i){var i=_zU_;continue} + var _zY_=i + 1 | 0; + if(_zX_ !== i){var i=_zY_;continue} break}} return 0} function mapi$3(f,a) {var l=a.length - 1; if(0 === l)return [0]; - var r=caml_make_vect(l,caml_call2(f,0,a[1])),_zQ_=l - 1 | 0,_zP_=1; - if(_zQ_ >= 1) - {var i=_zP_; + var r=caml_make_vect(l,caml_call2(f,0,a[1])),_zU_=l - 1 | 0,_zT_=1; + if(! (_zU_ < 1)) + {var i=_zT_; for(;;) {r[1 + i] = caml_call2(f,i,a[1 + i]); - var _zR_=i + 1 | 0; - if(_zQ_ !== i){var i=_zR_;continue} + var _zV_=i + 1 | 0; + if(_zU_ !== i){var i=_zV_;continue} break}} return r} function to_list$1(a) {var i$1=a.length - 1 - 1 | 0,i=i$1,res=0; for(;;) - {if(0 > i)return res; - var res$0=[0,a[1 + i],res],i$0=i - 1 | 0,i=i$0,res=res$0}} + {if(0 <= i) + {var res$0=[0,a[1 + i],res],i$0=i - 1 | 0,i=i$0,res=res$0;continue} + return res}} function list_length(accu,param) {var accu$0=accu,param$0=param; for(;;) - {if(! param$0)return accu$0; - var - param$1=param$0[2], - accu$1=accu$0 + 1 | 0, - accu$0=accu$1, - param$0=param$1}} + {if(param$0) + {var + param$1=param$0[2], + accu$1=accu$0 + 1 | 0, + accu$0=accu$1, + param$0=param$1; + continue} + return accu$0}} function of_list(l) - {if(! l)return [0]; - var tl=l[2],hd=l[1],a=caml_make_vect(list_length(0,l),hd),i=1,param=tl; - for(;;) - {if(! param)return a; - var tl$0=param[2],hd$0=param[1]; - a[1 + i] = hd$0; - var i$0=i + 1 | 0,i=i$0,param=tl$0}} + {if(l) + {var + tl=l[2], + hd=l[1], + a=caml_make_vect(list_length(0,l),hd), + i=1, + param=tl; + for(;;) + {if(param) + {var tl$0=param[2],hd$0=param[1]; + a[1 + i] = hd$0; + var i$0=i + 1 | 0,i=i$0,param=tl$0; + continue} + return a}} + return [0]} function fold_left$3(f,x,a) - {var r=[0,x],_zN_=a.length - 1 - 1 | 0,_zM_=0; - if(_zN_ >= 0) - {var i=_zM_; + {var r=[0,x],_zR_=a.length - 1 - 1 | 0,_zQ_=0; + if(! (_zR_ < 0)) + {var i=_zQ_; for(;;) {r[1] = caml_call2(f,r[1],a[1 + i]); - var _zO_=i + 1 | 0; - if(_zN_ !== i){var i=_zO_;continue} + var _zS_=i + 1 | 0; + if(_zR_ !== i){var i=_zS_;continue} break}} return r[1]} function fold_left_map$0(f,acc,input_array) @@ -14318,10 +14547,10 @@ acc$0=match[1], output_array=caml_make_vect(len,elt), acc$1=[0,acc$0], - _zK_=len - 1 | 0, - _zJ_=1; - if(_zK_ >= 1) - {var i=_zJ_; + _zO_=len - 1 | 0, + _zN_=1; + if(! (_zO_ < 1)) + {var i=_zN_; for(;;) {var match$0=caml_call2(f,acc$1[1],input_array[1 + i]), @@ -14329,18 +14558,18 @@ acc$2=match$0[1]; acc$1[1] = acc$2; output_array[1 + i] = elt$0; - var _zL_=i + 1 | 0; - if(_zK_ !== i){var i=_zL_;continue} + var _zP_=i + 1 | 0; + if(_zO_ !== i){var i=_zP_;continue} break}} return [0,acc$1[1],output_array]} function fold_right$2(f,a,x) - {var r=[0,x],_zH_=a.length - 1 - 1 | 0; - if(_zH_ >= 0) - {var i=_zH_; + {var r=[0,x],_zL_=a.length - 1 - 1 | 0; + if(! (_zL_ < 0)) + {var i=_zL_; for(;;) {r[1] = caml_call2(f,a[1 + i],r[1]); - var _zI_=i - 1 | 0; - if(0 !== i){var i=_zI_;continue} + var _zM_=i - 1 | 0; + if(0 !== i){var i=_zM_;continue} break}} return r[1]} function exists$3(p,a) @@ -14348,21 +14577,23 @@ for(;;) {if(i === n)return 0; if(caml_call1(p,a[1 + i]))return 1; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function for_all$3(p,a) {var n=a.length - 1,i=0; for(;;) {if(i === n)return 1; - if(! caml_call1(p,a[1 + i]))return 0; - var i$0=i + 1 | 0,i=i$0}} + if(caml_call1(p,a[1 + i])){var i$0=i + 1 | 0,i=i$0;continue} + return 0}} function for_all2$1(p,l1,l2) {var n1=l1.length - 1,n2=l2.length - 1; if(n1 !== n2)return invalid_arg(cst_Array_for_all2); var i=0; for(;;) {if(i === n1)return 1; - if(! caml_call2(p,l1[1 + i],l2[1 + i]))return 0; - var i$0=i + 1 | 0,i=i$0}} + if(caml_call2(p,l1[1 + i],l2[1 + i])) + {var i$0=i + 1 | 0,i=i$0;continue} + return 0}} function exists2$1(p,l1,l2) {var n1=l1.length - 1,n2=l2.length - 1; if(n1 !== n2)return invalid_arg(cst_Array_exists2); @@ -14370,33 +14601,38 @@ for(;;) {if(i === n1)return 0; if(caml_call2(p,l1[1 + i],l2[1 + i]))return 1; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function mem$0(x,a) {var n=a.length - 1,i=0; for(;;) {if(i === n)return 0; if(0 === caml_compare(a[1 + i],x))return 1; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function memq$0(x,a) {var n=a.length - 1,i=0; for(;;) {if(i === n)return 0; if(x === a[1 + i])return 1; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function find_opt$0(p,a) {var n=a.length - 1,i=0; for(;;) {if(i === n)return 0; var x=a[1 + i]; if(caml_call1(p,x))return [0,x]; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function find_map$1(f,a) {var n=a.length - 1,i=0; for(;;) {if(i === n)return 0; var r=caml_call1(f,a[1 + i]); if(r)return r; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function split$0(x) {if(caml_equal(x,[0]))return [0,[0],[0]]; var @@ -14406,29 +14642,29 @@ n=x.length - 1, a=caml_make_vect(n,a0), b=caml_make_vect(n,b0), - _zF_=n - 1 | 0, - _zE_=1; - if(_zF_ >= 1) - {var i=_zE_; + _zJ_=n - 1 | 0, + _zI_=1; + if(! (_zJ_ < 1)) + {var i=_zI_; for(;;) {var match$0=x[1 + i],bi=match$0[2],ai=match$0[1]; a[1 + i] = ai; b[1 + i] = bi; - var _zG_=i + 1 | 0; - if(_zF_ !== i){var i=_zG_;continue} + var _zK_=i + 1 | 0; + if(_zJ_ !== i){var i=_zK_;continue} break}} return [0,a,b]} function combine$0(a,b) {var na=a.length - 1,nb=b.length - 1; if(na !== nb)invalid_arg(cst_Array_combine); if(0 === na)return [0]; - var x=caml_make_vect(na,[0,a[1],b[1]]),_zC_=na - 1 | 0,_zB_=1; - if(_zC_ >= 1) - {var i=_zB_; + var x=caml_make_vect(na,[0,a[1],b[1]]),_zG_=na - 1 | 0,_zF_=1; + if(! (_zG_ < 1)) + {var i=_zF_; for(;;) {x[1 + i] = [0,a[1 + i],b[1 + i]]; - var _zD_=i + 1 | 0; - if(_zC_ !== i){var i=_zD_;continue} + var _zH_=i + 1 | 0; + if(_zG_ !== i){var i=_zH_;continue} break}} return x} var Bottom=[248,cst_Stdlib_Array_Bottom,caml_fresh_oo_id(0)]; @@ -14436,19 +14672,19 @@ {function maxson(l,i) {var i31=((i + i | 0) + i | 0) + 1 | 0,x=[0,i31]; if((i31 + 2 | 0) < l) - {var _zu_=i31 + 1 | 0,_zv_=caml_check_bound(a,_zu_)[1 + _zu_]; - if(caml_call2(cmp,caml_check_bound(a,i31)[1 + i31],_zv_) < 0) + {var _zy_=i31 + 1 | 0,_zz_=caml_check_bound(a,_zy_)[1 + _zy_]; + if(caml_call2(cmp,caml_check_bound(a,i31)[1 + i31],_zz_) < 0) x[1] = i31 + 1 | 0; var - _zw_=i31 + 2 | 0, - _zx_=caml_check_bound(a,_zw_)[1 + _zw_], - _zy_=x[1]; - if(caml_call2(cmp,caml_check_bound(a,_zy_)[1 + _zy_],_zx_) < 0) + _zA_=i31 + 2 | 0, + _zB_=caml_check_bound(a,_zA_)[1 + _zA_], + _zC_=x[1]; + if(caml_call2(cmp,caml_check_bound(a,_zC_)[1 + _zC_],_zB_) < 0) x[1] = i31 + 2 | 0; return x[1]} if((i31 + 1 | 0) < l) - {var _zz_=i31 + 1 | 0,_zA_=caml_check_bound(a,_zz_)[1 + _zz_]; - if(0 > caml_call2(cmp,caml_check_bound(a,i31)[1 + i31],_zA_)) + {var _zD_=i31 + 1 | 0,_zE_=caml_check_bound(a,_zD_)[1 + _zD_]; + if(! (0 <= caml_call2(cmp,caml_check_bound(a,i31)[1 + i31],_zE_))) return i31 + 1 | 0} if(i31 < l)return i31; throw [0,Bottom,i]} @@ -14457,52 +14693,51 @@ for(;;) {var j=maxson(l,i$0); if(0 < caml_call2(cmp,caml_check_bound(a,j)[1 + j],e)) - {var _zt_=caml_check_bound(a,j)[1 + j]; - caml_check_bound(a,i$0)[1 + i$0] = _zt_; + {var _zx_=caml_check_bound(a,j)[1 + j]; + caml_check_bound(a,i$0)[1 + i$0] = _zx_; var i$0=j; continue} caml_check_bound(a,i$0)[1 + i$0] = e; return 0}} function trickle(l,i,e) {try - {var _zs_=trickledown(l,i,e);return _zs_} + {var _zw_=trickledown(l,i,e);return _zw_} catch(exn) {exn = caml_wrap_exception(exn); - if(exn[1] !== Bottom)throw exn; - var i$0=exn[2]; - caml_check_bound(a,i$0)[1 + i$0] = e; - return 0}} + if(exn[1] === Bottom) + {var i$0=exn[2];caml_check_bound(a,i$0)[1 + i$0] = e;return 0} + throw exn}} function bubbledown(l,i) {var i$0=i; for(;;) - {var i$1=maxson(l,i$0),_zr_=caml_check_bound(a,i$1)[1 + i$1]; - caml_check_bound(a,i$0)[1 + i$0] = _zr_; - var i$0=i$1}} + {var i$1=maxson(l,i$0),_zv_=caml_check_bound(a,i$1)[1 + i$1]; + caml_check_bound(a,i$0)[1 + i$0] = _zv_; + var i$0=i$1; + continue}} function bubble(l,i) {try - {var _zq_=bubbledown(l,i);return _zq_} + {var _zu_=bubbledown(l,i);return _zu_} catch(exn) {exn = caml_wrap_exception(exn); - if(exn[1] !== Bottom)throw exn; - var i$0=exn[2]; - return i$0}} - var l=a.length - 1,_zi_=((l + 1 | 0) / 3 | 0) - 1 | 0; - if(_zi_ >= 0) - {var i$2=_zi_; + if(exn[1] === Bottom){var i$0=exn[2];return i$0} + throw exn}} + var l=a.length - 1,_zm_=((l + 1 | 0) / 3 | 0) - 1 | 0; + if(! (_zm_ < 0)) + {var i$2=_zm_; for(;;) {trickle(l,i$2,caml_check_bound(a,i$2)[1 + i$2]); - var _zp_=i$2 - 1 | 0; - if(0 !== i$2){var i$2=_zp_;continue} + var _zt_=i$2 - 1 | 0; + if(0 !== i$2){var i$2=_zt_;continue} break}} - var _zj_=l - 1 | 0; - if(_zj_ >= 2) - {var i$0=_zj_; + var _zn_=l - 1 | 0; + if(! (_zn_ < 2)) + {var i$0=_zn_; a: for(;;) {var e$0=caml_check_bound(a,i$0)[1 + i$0], - _zn_=caml_check_bound(a,0)[1]; - caml_check_bound(a,i$0)[1 + i$0] = _zn_; + _zr_=caml_check_bound(a,0)[1]; + caml_check_bound(a,i$0)[1 + i$0] = _zr_; var i$1=bubble(i$0,0),i=i$1; for(;;) {var father=(i - 1 | 0) / 3 | 0; @@ -14511,23 +14746,23 @@ (0 <= caml_call2(cmp,caml_check_bound(a,father)[1 + father],e$0)) caml_check_bound(a,i)[1 + i] = e$0; else - {var _zh_=caml_check_bound(a,father)[1 + father]; - caml_check_bound(a,i)[1 + i] = _zh_; + {var _zl_=caml_check_bound(a,father)[1 + father]; + caml_check_bound(a,i)[1 + i] = _zl_; if(0 < father){var i=father;continue} caml_check_bound(a,0)[1] = e$0} - var _zo_=i$0 - 1 | 0; - if(2 !== i$0){var i$0=_zo_;continue a} + var _zs_=i$0 - 1 | 0; + if(2 !== i$0){var i$0=_zs_;continue a} break} break}} - var _zk_=1 < l?1:0; - if(_zk_) - {var e=caml_check_bound(a,1)[2],_zl_=caml_check_bound(a,0)[1]; - caml_check_bound(a,1)[2] = _zl_; + var _zo_=1 < l?1:0; + if(_zo_) + {var e=caml_check_bound(a,1)[2],_zp_=caml_check_bound(a,0)[1]; + caml_check_bound(a,1)[2] = _zp_; caml_check_bound(a,0)[1] = e; - var _zm_=0} + var _zq_=0} else - var _zm_=_zk_; - return _zm_} + var _zq_=_zo_; + return _zq_} function fast_sort$0(cmp,a) {function merge(src1ofs,src1len,src2,src2ofs,src2len,dst,dstofs) {var @@ -14544,49 +14779,51 @@ {if(0 < caml_call2(cmp,s1,s2)) {caml_check_bound(dst,d)[1 + d] = s2; var i2$0=i2 + 1 | 0; - if(i2$0 >= src2r)return blit$1(a,i1,dst,d + 1 | 0,src1r - i1 | 0); - var - d$0=d + 1 | 0, - s2$0=caml_check_bound(src2,i2$0)[1 + i2$0], - i2=i2$0, - s2=s2$0, - d=d$0; - continue} + if(i2$0 < src2r) + {var + d$0=d + 1 | 0, + s2$0=caml_check_bound(src2,i2$0)[1 + i2$0], + i2=i2$0, + s2=s2$0, + d=d$0; + continue} + return blit$1(a,i1,dst,d + 1 | 0,src1r - i1 | 0)} caml_check_bound(dst,d)[1 + d] = s1; var i1$0=i1 + 1 | 0; - if(i1$0 >= src1r) - return blit$1(src2,i2,dst,d + 1 | 0,src2r - i2 | 0); - var - d$1=d + 1 | 0, - s1$0=caml_check_bound(a,i1$0)[1 + i1$0], - i1=i1$0, - s1=s1$0, - d=d$1}} + if(i1$0 < src1r) + {var + d$1=d + 1 | 0, + s1$0=caml_check_bound(a,i1$0)[1 + i1$0], + i1=i1$0, + s1=s1$0, + d=d$1; + continue} + return blit$1(src2,i2,dst,d + 1 | 0,src2r - i2 | 0)}} function isortto(srcofs,dst,dstofs,len) - {var _y$_=len - 1 | 0,_y__=0; - if(_y$_ >= 0) - {var i=_y__; + {var _zd_=len - 1 | 0,_zc_=0; + if(! (_zd_ < 0)) + {var i=_zc_; a: for(;;) {var - _za_=srcofs + i | 0, - e=caml_check_bound(a,_za_)[1 + _za_], + _ze_=srcofs + i | 0, + e=caml_check_bound(a,_ze_)[1 + _ze_], j=[0,(dstofs + i | 0) - 1 | 0]; for(;;) {if(dstofs <= j[1]) - {var _zb_=j[1]; - if(0 < caml_call2(cmp,caml_check_bound(dst,_zb_)[1 + _zb_],e)) + {var _zf_=j[1]; + if(0 < caml_call2(cmp,caml_check_bound(dst,_zf_)[1 + _zf_],e)) {var - _zc_=j[1], - _zd_=caml_check_bound(dst,_zc_)[1 + _zc_], - _ze_=j[1] + 1 | 0; - caml_check_bound(dst,_ze_)[1 + _ze_] = _zd_; + _zg_=j[1], + _zh_=caml_check_bound(dst,_zg_)[1 + _zg_], + _zi_=j[1] + 1 | 0; + caml_check_bound(dst,_zi_)[1 + _zi_] = _zh_; j[1] += -1; continue}} - var _zf_=j[1] + 1 | 0; - caml_check_bound(dst,_zf_)[1 + _zf_] = e; - var _zg_=i + 1 | 0; - if(_y$_ !== i){var i=_zg_;continue a} + var _zj_=j[1] + 1 | 0; + caml_check_bound(dst,_zj_)[1 + _zj_] = e; + var _zk_=i + 1 | 0; + if(_zd_ !== i){var i=_zk_;continue a} break} break}} return 0} @@ -14607,34 +14844,39 @@ return merge(l2,l1,t,0,l2,a,0)} function to_seq$4(a) {function aux(i,param) - {if(i >= a.length - 1)return 0; - var x=a[1 + i],_y8_=i + 1 | 0; - return [0,x,function(_y9_){return aux(_y8_,_y9_)}]} - var _y6_=0; - return function(_y7_){return aux(_y6_,_y7_)}} + {if(i < a.length - 1) + {var x=a[1 + i],_za_=i + 1 | 0; + return [0,x,function(_zb_){return aux(_za_,_zb_)}]} + return 0} + var _y__=0; + return function(_y$_){return aux(_y__,_y$_)}} function to_seqi$1(a) {function aux(i,param) - {if(i >= a.length - 1)return 0; - var x=a[1 + i],_y4_=i + 1 | 0; - return [0,[0,i,x],function(_y5_){return aux(_y4_,_y5_)}]} - var _y2_=0; - return function(_y3_){return aux(_y2_,_y3_)}} + {if(i < a.length - 1) + {var x=a[1 + i],_y8_=i + 1 | 0; + return [0,[0,i,x],function(_y9_){return aux(_y8_,_y9_)}]} + return 0} + var _y6_=0; + return function(_y7_){return aux(_y6_,_y7_)}} function of_seq$2(i$2) - {var _y1_=0,l=fold_left(function(acc,x){return [0,x,acc]},_y1_,i$2); - if(! l)return [0]; - var - tl=l[2], - hd=l[1], - len=list_length(0,l), - a=caml_make_vect(len,hd), - i$1=len - 2 | 0, - i=i$1, - param=tl; - for(;;) - {if(! param)return a; - var tl$0=param[2],hd$0=param[1]; - a[1 + i] = hd$0; - var i$0=i - 1 | 0,i=i$0,param=tl$0}} + {var _y5_=0,l=fold_left(function(acc,x){return [0,x,acc]},_y5_,i$2); + if(l) + {var + tl=l[2], + hd=l[1], + len=list_length(0,l), + a=caml_make_vect(len,hd), + i$1=len - 2 | 0, + i=i$1, + param=tl; + for(;;) + {if(param) + {var tl$0=param[2],hd$0=param[1]; + a[1 + i] = hd$0; + var i$0=i - 1 | 0,i=i$0,param=tl$0; + continue} + return a}} + return [0]} var concat$2=caml_array_concat, include$3= @@ -14684,8 +14926,8 @@ function is_nan(x){return x != x?1:0} var pi=3.14159265358979312; function is_integer(x) - {var _y0_=x == runtime.caml_trunc_float(x)?1:0; - return _y0_?is_finite(x):_y0_} + {var _y4_=x == runtime.caml_trunc_float(x)?1:0; + return _y4_?is_finite(x):_y4_} function succ$0(x){return caml_nextafter_float(x,infinity)} function pred$0(x){return caml_nextafter_float(x,neg_infinity)} function equal$11(x,y){return 0 === caml_float_compare(x,y)?1:0} @@ -14731,43 +14973,44 @@ return [0,x,y]} function hash$0(x){return caml_hash(10,100,0,x)} function unsafe_fill(a,ofs,len,v) - {var _yY_=(ofs + len | 0) - 1 | 0; - if(_yY_ >= ofs) + {var _y2_=(ofs + len | 0) - 1 | 0; + if(! (_y2_ < ofs)) {var i=ofs; for(;;) {a[1 + i] = v; - var _yZ_=i + 1 | 0; - if(_yY_ !== i){var i=_yZ_;continue} + var _y3_=i + 1 | 0; + if(_y2_ !== i){var i=_y3_;continue} break}} return 0} function check(a,ofs,len,msg) - {var _yU_=ofs < 0?1:0; - if(_yU_) - var _yV_=_yU_; + {var _yY_=ofs < 0?1:0; + if(_yY_) + var _yZ_=_yY_; else - {var _yW_=len < 0?1:0; - if(_yW_) - var _yV_=_yW_; + {var _y0_=len < 0?1:0; + if(_y0_) + var _yZ_=_y0_; else var - _yX_=(ofs + len | 0) < 0?1:0, - _yV_=_yX_ || (a.length - 1 < (ofs + len | 0)?1:0)} - return _yV_?invalid_arg(msg):_yV_} + _y1_=(ofs + len | 0) < 0?1:0, + _yZ_=_y1_ || (a.length - 1 < (ofs + len | 0)?1:0)} + return _yZ_?invalid_arg(msg):_yZ_} function make$2(n,v) {var result=caml_floatarray_create(n); unsafe_fill(result,0,n,v); return result} function init$4(l,f) - {if(0 > l)return invalid_arg(cst_Float_Array_init); - var res=caml_floatarray_create(l),_yS_=l - 1 | 0,_yR_=0; - if(_yS_ >= 0) - {var i=_yR_; - for(;;) - {res[1 + i] = caml_call1(f,i); - var _yT_=i + 1 | 0; - if(_yS_ !== i){var i=_yT_;continue} - break}} - return res} + {if(0 <= l) + {var res=caml_floatarray_create(l),_yW_=l - 1 | 0,_yV_=0; + if(! (_yW_ < 0)) + {var i=_yV_; + for(;;) + {res[1 + i] = caml_call1(f,i); + var _yX_=i + 1 | 0; + if(_yW_ !== i){var i=_yX_;continue} + break}} + return res} + return invalid_arg(cst_Float_Array_init)} function append$2(a1,a2) {var l1=a1.length - 1, @@ -14813,96 +15056,98 @@ check(dst,dofs,len,cst_Float_array_blit$0); return caml_floatarray_blit(src,sofs,dst,dofs,len)} function to_list$2(a) - {return init$0(a.length - 1,function(_yQ_){return a[1 + _yQ_]})} + {return init$0(a.length - 1,function(_yU_){return a[1 + _yU_]})} function of_list$0(l) {var result=caml_floatarray_create(length$1(l)),i=0,l$0=l; for(;;) - {if(! l$0)return result; - var t=l$0[2],h=l$0[1]; - result[1 + i] = h; - var i$0=i + 1 | 0,i=i$0,l$0=t}} + {if(l$0) + {var t=l$0[2],h=l$0[1]; + result[1 + i] = h; + var i$0=i + 1 | 0,i=i$0,l$0=t; + continue} + return result}} function iter$6(f,a) - {var _yO_=a.length - 1 - 1 | 0,_yN_=0; - if(_yO_ >= 0) - {var i=_yN_; + {var _yS_=a.length - 1 - 1 | 0,_yR_=0; + if(! (_yS_ < 0)) + {var i=_yR_; for(;;) {caml_call1(f,a[1 + i]); - var _yP_=i + 1 | 0; - if(_yO_ !== i){var i=_yP_;continue} + var _yT_=i + 1 | 0; + if(_yS_ !== i){var i=_yT_;continue} break}} return 0} function iter2$2(f,a,b) {if(a.length - 1 !== b.length - 1) return invalid_arg(cst_Float_Array_iter2_arrays_m); - var _yL_=a.length - 1 - 1 | 0,_yK_=0; - if(_yL_ >= 0) - {var i=_yK_; + var _yP_=a.length - 1 - 1 | 0,_yO_=0; + if(! (_yP_ < 0)) + {var i=_yO_; for(;;) {caml_call2(f,a[1 + i],b[1 + i]); - var _yM_=i + 1 | 0; - if(_yL_ !== i){var i=_yM_;continue} + var _yQ_=i + 1 | 0; + if(_yP_ !== i){var i=_yQ_;continue} break}} return 0} function map$8(f,a) - {var l=a.length - 1,r=caml_floatarray_create(l),_yI_=l - 1 | 0,_yH_=0; - if(_yI_ >= 0) - {var i=_yH_; + {var l=a.length - 1,r=caml_floatarray_create(l),_yM_=l - 1 | 0,_yL_=0; + if(! (_yM_ < 0)) + {var i=_yL_; for(;;) {r[1 + i] = caml_call1(f,a[1 + i]); - var _yJ_=i + 1 | 0; - if(_yI_ !== i){var i=_yJ_;continue} + var _yN_=i + 1 | 0; + if(_yM_ !== i){var i=_yN_;continue} break}} return r} function map2$2(f,a,b) {var la=a.length - 1,lb=b.length - 1; if(la !== lb)return invalid_arg(cst_Float_Array_map2_arrays_mu); - var r=caml_floatarray_create(la),_yF_=la - 1 | 0,_yE_=0; - if(_yF_ >= 0) - {var i=_yE_; + var r=caml_floatarray_create(la),_yJ_=la - 1 | 0,_yI_=0; + if(! (_yJ_ < 0)) + {var i=_yI_; for(;;) {r[1 + i] = caml_call2(f,a[1 + i],b[1 + i]); - var _yG_=i + 1 | 0; - if(_yF_ !== i){var i=_yG_;continue} + var _yK_=i + 1 | 0; + if(_yJ_ !== i){var i=_yK_;continue} break}} return r} function iteri$4(f,a) - {var _yC_=a.length - 1 - 1 | 0,_yB_=0; - if(_yC_ >= 0) - {var i=_yB_; + {var _yG_=a.length - 1 - 1 | 0,_yF_=0; + if(! (_yG_ < 0)) + {var i=_yF_; for(;;) {caml_call2(f,i,a[1 + i]); - var _yD_=i + 1 | 0; - if(_yC_ !== i){var i=_yD_;continue} + var _yH_=i + 1 | 0; + if(_yG_ !== i){var i=_yH_;continue} break}} return 0} function mapi$4(f,a) - {var l=a.length - 1,r=caml_floatarray_create(l),_yz_=l - 1 | 0,_yy_=0; - if(_yz_ >= 0) - {var i=_yy_; + {var l=a.length - 1,r=caml_floatarray_create(l),_yD_=l - 1 | 0,_yC_=0; + if(! (_yD_ < 0)) + {var i=_yC_; for(;;) {r[1 + i] = caml_call2(f,i,a[1 + i]); - var _yA_=i + 1 | 0; - if(_yz_ !== i){var i=_yA_;continue} + var _yE_=i + 1 | 0; + if(_yD_ !== i){var i=_yE_;continue} break}} return r} function fold_left$4(f,x,a) - {var r=[0,x],_yw_=a.length - 1 - 1 | 0,_yv_=0; - if(_yw_ >= 0) - {var i=_yv_; + {var r=[0,x],_yA_=a.length - 1 - 1 | 0,_yz_=0; + if(! (_yA_ < 0)) + {var i=_yz_; for(;;) {r[1] = caml_call2(f,r[1],a[1 + i]); - var _yx_=i + 1 | 0; - if(_yw_ !== i){var i=_yx_;continue} + var _yB_=i + 1 | 0; + if(_yA_ !== i){var i=_yB_;continue} break}} return r[1]} function fold_right$3(f,a,x) - {var r=[0,x],_yt_=a.length - 1 - 1 | 0; - if(_yt_ >= 0) - {var i=_yt_; + {var r=[0,x],_yx_=a.length - 1 - 1 | 0; + if(! (_yx_ < 0)) + {var i=_yx_; for(;;) {r[1] = caml_call2(f,a[1 + i],r[1]); - var _yu_=i - 1 | 0; - if(0 !== i){var i=_yu_;continue} + var _yy_=i - 1 | 0; + if(0 !== i){var i=_yy_;continue} break}} return r[1]} function exists$4(p,a) @@ -14910,23 +15155,28 @@ for(;;) {if(i === n)return 0; if(caml_call1(p,a[1 + i]))return 1; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function for_all$4(p,a) {var n=a.length - 1,i=0; for(;;) {if(i === n)return 1; - if(! caml_call1(p,a[1 + i]))return 0; - var i$0=i + 1 | 0,i=i$0}} + if(caml_call1(p,a[1 + i])){var i$0=i + 1 | 0,i=i$0;continue} + return 0}} function mem$1(x,a) {var n=a.length - 1,i=0; for(;;) {if(i === n)return 0; if(0 === caml_float_compare(a[1 + i],x))return 1; - var i$0=i + 1 | 0,i=i$0}} + var i$0=i + 1 | 0,i=i$0; + continue}} function mem_ieee(x,a) {var n=a.length - 1,i=0; for(;;) - {if(i === n)return 0;if(x == a[1 + i])return 1;var i$0=i + 1 | 0,i=i$0}} + {if(i === n)return 0; + if(x == a[1 + i])return 1; + var i$0=i + 1 | 0,i=i$0; + continue}} var Bottom$0=[248,cst_Stdlib_Float_Array_Bottom,caml_fresh_oo_id(0)]; function sort$0(cmp,a) {function maxson(l,i) @@ -14950,9 +15200,10 @@ < l && - 0 - > - caml_call2(cmp,caml_array_get(a,i31),caml_array_get(a,i31 + 1 | 0))) + ! + (0 + <= + caml_call2(cmp,caml_array_get(a,i31),caml_array_get(a,i31 + 1 | 0)))) return i31 + 1 | 0; if(i31 < l)return i31; throw [0,Bottom$0,i]} @@ -14960,43 +15211,42 @@ {var i$0=i; for(;;) {var j=maxson(l,i$0); - if(0 >= caml_call2(cmp,caml_array_get(a,j),e)) - return caml_array_set(a,i$0,e); - caml_array_set(a,i$0,caml_array_get(a,j)); - var i$0=j}} + if(0 < caml_call2(cmp,caml_array_get(a,j),e)) + {caml_array_set(a,i$0,caml_array_get(a,j));var i$0=j;continue} + return caml_array_set(a,i$0,e)}} function trickle(l,i,e) {try - {var _ys_=trickledown(l,i,e);return _ys_} + {var _yw_=trickledown(l,i,e);return _yw_} catch(exn) {exn = caml_wrap_exception(exn); - if(exn[1] !== Bottom$0)throw exn; - var i$0=exn[2]; - return caml_array_set(a,i$0,e)}} + if(exn[1] === Bottom$0) + {var i$0=exn[2];return caml_array_set(a,i$0,e)} + throw exn}} function bubbledown(l,i) {var i$0=i; for(;;) {var i$1=maxson(l,i$0); caml_array_set(a,i$0,caml_array_get(a,i$1)); - var i$0=i$1}} + var i$0=i$1; + continue}} function bubble(l,i) {try - {var _yr_=bubbledown(l,i);return _yr_} + {var _yv_=bubbledown(l,i);return _yv_} catch(exn) {exn = caml_wrap_exception(exn); - if(exn[1] !== Bottom$0)throw exn; - var i$0=exn[2]; - return i$0}} - var l=a.length - 1,_yl_=((l + 1 | 0) / 3 | 0) - 1 | 0; - if(_yl_ >= 0) - {var i$2=_yl_; + if(exn[1] === Bottom$0){var i$0=exn[2];return i$0} + throw exn}} + var l=a.length - 1,_yp_=((l + 1 | 0) / 3 | 0) - 1 | 0; + if(! (_yp_ < 0)) + {var i$2=_yp_; for(;;) {trickle(l,i$2,caml_array_get(a,i$2)); - var _yq_=i$2 - 1 | 0; - if(0 !== i$2){var i$2=_yq_;continue} + var _yu_=i$2 - 1 | 0; + if(0 !== i$2){var i$2=_yu_;continue} break}} - var _ym_=l - 1 | 0; - if(_ym_ >= 2) - {var i$0=_ym_; + var _yq_=l - 1 | 0; + if(! (_yq_ < 2)) + {var i$0=_yq_; a: for(;;) {var e$0=caml_array_get(a,i$0); @@ -15011,18 +15261,18 @@ {caml_array_set(a,i,caml_array_get(a,father)); if(0 < father){var i=father;continue} caml_array_set(a,0,e$0)} - var _yp_=i$0 - 1 | 0; - if(2 !== i$0){var i$0=_yp_;continue a} + var _yt_=i$0 - 1 | 0; + if(2 !== i$0){var i$0=_yt_;continue a} break} break}} - var _yn_=1 < l?1:0; - if(_yn_) + var _yr_=1 < l?1:0; + if(_yr_) {var e=caml_array_get(a,1); caml_array_set(a,1,caml_array_get(a,0)); - var _yo_=caml_array_set(a,0,e)} + var _ys_=caml_array_set(a,0,e)} else - var _yo_=_yn_; - return _yo_} + var _ys_=_yr_; + return _ys_} function stable_sort(cmp,a) {function merge(src1ofs,src1len,src2,src2ofs,src2len,dst,dstofs) {var @@ -15039,23 +15289,30 @@ {if(0 < caml_call2(cmp,s1,s2)) {caml_array_set(dst,d,s2); var i2$0=i2 + 1 | 0; - if(i2$0 >= src2r)return blit$2(a,i1,dst,d + 1 | 0,src1r - i1 | 0); - var - d$0=d + 1 | 0, - s2$0=caml_array_get(src2,i2$0), - i2=i2$0, - s2=s2$0, - d=d$0; - continue} + if(i2$0 < src2r) + {var + d$0=d + 1 | 0, + s2$0=caml_array_get(src2,i2$0), + i2=i2$0, + s2=s2$0, + d=d$0; + continue} + return blit$2(a,i1,dst,d + 1 | 0,src1r - i1 | 0)} caml_array_set(dst,d,s1); var i1$0=i1 + 1 | 0; - if(i1$0 >= src1r) - return blit$2(src2,i2,dst,d + 1 | 0,src2r - i2 | 0); - var d$1=d + 1 | 0,s1$0=caml_array_get(a,i1$0),i1=i1$0,s1=s1$0,d=d$1}} + if(i1$0 < src1r) + {var + d$1=d + 1 | 0, + s1$0=caml_array_get(a,i1$0), + i1=i1$0, + s1=s1$0, + d=d$1; + continue} + return blit$2(src2,i2,dst,d + 1 | 0,src2r - i2 | 0)}} function isortto(srcofs,dst,dstofs,len) - {var _yj_=len - 1 | 0,_yi_=0; - if(_yj_ >= 0) - {var i=_yi_; + {var _yn_=len - 1 | 0,_ym_=0; + if(! (_yn_ < 0)) + {var i=_ym_; a: for(;;) {var @@ -15074,8 +15331,8 @@ j[1] += -1; continue} caml_array_set(dst,j[1] + 1 | 0,e); - var _yk_=i + 1 | 0; - if(_yj_ !== i){var i=_yk_;continue a} + var _yo_=i + 1 | 0; + if(_yn_ !== i){var i=_yo_;continue a} break} break}} return 0} @@ -15093,52 +15350,56 @@ return merge(l2,l1,t,0,l2,a,0)} function to_seq$5(a) {function aux(i,param) - {if(i >= a.length - 1)return 0; - var x=a[1 + i],_yg_=i + 1 | 0; - return [0,x,function(_yh_){return aux(_yg_,_yh_)}]} - var _ye_=0; - return function(_yf_){return aux(_ye_,_yf_)}} + {if(i < a.length - 1) + {var x=a[1 + i],_yk_=i + 1 | 0; + return [0,x,function(_yl_){return aux(_yk_,_yl_)}]} + return 0} + var _yi_=0; + return function(_yj_){return aux(_yi_,_yj_)}} function to_seqi$2(a) {function aux(i,param) - {if(i >= a.length - 1)return 0; - var x=a[1 + i],_yc_=i + 1 | 0; - return [0,[0,i,x],function(_yd_){return aux(_yc_,_yd_)}]} - var _ya_=0; - return function(_yb_){return aux(_ya_,_yb_)}} + {if(i < a.length - 1) + {var x=a[1 + i],_yg_=i + 1 | 0; + return [0,[0,i,x],function(_yh_){return aux(_yg_,_yh_)}]} + return 0} + var _ye_=0; + return function(_yf_){return aux(_ye_,_yf_)}} function of_seq$3(i$2) {var - _x$_=0, - param$0=fold_left(function(acc,x){return [0,x,acc]},_x$_,i$2), + _yd_=0, + param$0=fold_left(function(acc,x){return [0,x,acc]},_yd_,i$2), len=length$1(param$0), a=caml_floatarray_create(len), i$1=len - 1 | 0, i=i$1, param=param$0; for(;;) - {if(! param)return a; - var tl=param[2],hd=param[1]; - a[1 + i] = hd; - var i$0=i - 1 | 0,i=i$0,param=tl}} + {if(param) + {var tl=param[2],hd=param[1]; + a[1 + i] = hd; + var i$0=i - 1 | 0,i=i$0,param=tl; + continue} + return a}} function map_to_array(f,a) {var l=a.length - 1; if(0 === l)return [0]; - var r=caml_make_vect(l,caml_call1(f,a[1])),_x9_=l - 1 | 0,_x8_=1; - if(_x9_ >= 1) - {var i=_x8_; + var r=caml_make_vect(l,caml_call1(f,a[1])),_yb_=l - 1 | 0,_ya_=1; + if(! (_yb_ < 1)) + {var i=_ya_; for(;;) {r[1 + i] = caml_call1(f,a[1 + i]); - var _x__=i + 1 | 0; - if(_x9_ !== i){var i=_x__;continue} + var _yc_=i + 1 | 0; + if(_yb_ !== i){var i=_yc_;continue} break}} return r} function map_from_array(f,a) - {var l=a.length - 1,r=caml_floatarray_create(l),_x6_=l - 1 | 0,_x5_=0; - if(_x6_ >= 0) - {var i=_x5_; + {var l=a.length - 1,r=caml_floatarray_create(l),_x__=l - 1 | 0,_x9_=0; + if(! (_x__ < 0)) + {var i=_x9_; for(;;) {r[1 + i] = caml_call1(f,a[1 + i]); - var _x7_=i + 1 | 0; - if(_x6_ !== i){var i=_x7_;continue} + var _x$_=i + 1 | 0; + if(_x__ !== i){var i=_x$_;continue} break}} return r} var @@ -15147,7 +15408,7 @@ _K_=caml_array_get, _L_= [0, - function(_x4_){return _x4_.length - 1}, + function(_x8_){return _x8_.length - 1}, _K_, _J_, make$2, @@ -15214,7 +15475,7 @@ min_max_num, hash$0, [0, - function(_x3_){return _x3_.length - 1}, + function(_x7_){return _x7_.length - 1}, _O_, _N_, make$2, @@ -15257,17 +15518,22 @@ var min_int$1=-2147483648,max_int$1=2147483647; function lognot$0(n){return n ^ -1} function unsigned_to_int(n) - {if(0 >= caml_int_compare(0,n) && 0 >= caml_int_compare(n,2147483647)) + {if + (! + (0 < caml_int_compare(0,n)) + && + ! + (0 < caml_int_compare(n,2147483647))) return [0,n]; return 0} function to_string$3(n){return caml_format_int(cst_d,n)} function of_string_opt$0(s) {try - {var _x1_=[0,caml_int_of_string(s)];return _x1_} - catch(_x2_) - {_x2_ = caml_wrap_exception(_x2_); - if(_x2_[1] === Failure)return 0; - throw _x2_}} + {var _x5_=[0,caml_int_of_string(s)];return _x5_} + catch(_x6_) + {_x6_ = caml_wrap_exception(_x6_); + if(_x6_[1] === Failure)return 0; + throw _x6_}} function compare$11(x,y){return caml_int_compare(x,y)} function equal$12(x,y){return 0 === caml_int_compare(x,y)?1:0} function unsigned_compare(n,m) @@ -15310,23 +15576,21 @@ var max_int$3=caml_int64_of_int32(2147483647); function unsigned_to_int$0(n) {if - (0 - >= - caml_int64_compare(zero$2,n) + (! + (0 < caml_int64_compare(zero$2,n)) && - 0 - >= - caml_int64_compare(n,max_int$3)) + ! + (0 < caml_int64_compare(n,max_int$3))) return [0,runtime.caml_int64_to_int32(n)]; return 0} function to_string$4(n){return caml_int64_format(cst_d$0,n)} function of_string_opt$1(s) {try - {var _xZ_=[0,caml_int64_of_string(s)];return _xZ_} - catch(_x0_) - {_x0_ = caml_wrap_exception(_x0_); - if(_x0_[1] === Failure)return 0; - throw _x0_}} + {var _x3_=[0,caml_int64_of_string(s)];return _x3_} + catch(_x4_) + {_x4_ = caml_wrap_exception(_x4_); + if(_x4_[1] === Failure)return 0; + throw _x4_}} function compare$12(x,y){return caml_int64_compare(x,y)} function equal$13(x,y){return 0 === caml_int64_compare(x,y)?1:0} function unsigned_compare$0(n,m) @@ -15375,17 +15639,22 @@ var min_int$3=-2147483648,max_int$4=2147483647; function lognot$2(n){return n ^ -1} function unsigned_to_int$1(n) - {if(0 >= caml_int_compare(0,n) && 0 >= caml_int_compare(n,2147483647)) + {if + (! + (0 < caml_int_compare(0,n)) + && + ! + (0 < caml_int_compare(n,2147483647))) return [0,n]; return 0} function to_string$5(n){return caml_format_int(cst_d$1,n)} function of_string_opt$2(s) {try - {var _xX_=[0,caml_int_of_string(s)];return _xX_} - catch(_xY_) - {_xY_ = caml_wrap_exception(_xY_); - if(_xY_[1] === Failure)return 0; - throw _xY_}} + {var _x1_=[0,caml_int_of_string(s)];return _x1_} + catch(_x2_) + {_x2_ = caml_wrap_exception(_x2_); + if(_x2_[1] === Failure)return 0; + throw _x2_}} function compare$13(x,y){return caml_int_compare(x,y)} function equal$14(x,y){return 0 === caml_int_compare(x,y)?1:0} function unsigned_compare$1(n,m) @@ -15425,38 +15694,38 @@ function engine(tbl,state,buf) {var result=runtime.caml_lex_engine(tbl,state,buf), - _xU_=0 <= result?1:0, - _xV_=_xU_?buf[12] !== dummy_pos?1:0:_xU_; - if(_xV_) + _xY_=0 <= result?1:0, + _xZ_=_xY_?buf[12] !== dummy_pos?1:0:_xY_; + if(_xZ_) {buf[11] = buf[12]; - var _xW_=buf[12]; - buf[12] = [0,_xW_[1],_xW_[2],_xW_[3],buf[4] + buf[6] | 0]} + var _x0_=buf[12]; + buf[12] = [0,_x0_[1],_x0_[2],_x0_[3],buf[4] + buf[6] | 0]} return result} function new_engine(tbl,state,buf) {var result=runtime.caml_new_lex_engine(tbl,state,buf), - _xR_=0 <= result?1:0, - _xS_=_xR_?buf[12] !== dummy_pos?1:0:_xR_; - if(_xS_) + _xV_=0 <= result?1:0, + _xW_=_xV_?buf[12] !== dummy_pos?1:0:_xV_; + if(_xW_) {buf[11] = buf[12]; - var _xT_=buf[12]; - buf[12] = [0,_xT_[1],_xT_[2],_xT_[3],buf[4] + buf[6] | 0]} + var _xX_=buf[12]; + buf[12] = [0,_xX_[1],_xX_[2],_xX_[3],buf[4] + buf[6] | 0]} return result} function from_function(opt,f) {if(opt)var sth=opt[1],with_positions=sth;else var with_positions=1; var - _xD_=with_positions?zero_pos:dummy_pos, - _xE_=with_positions?zero_pos:dummy_pos, + _xH_=with_positions?zero_pos:dummy_pos, + _xI_=with_positions?zero_pos:dummy_pos, aux_buffer=caml_create_bytes(512), - _xF_=[0], - _xG_=0, - _xH_=0, - _xI_=0, - _xJ_=0, + _xJ_=[0], _xK_=0, _xL_=0, _xM_=0, - _xN_=caml_create_bytes(1024); + _xN_=0, + _xO_=0, + _xP_=0, + _xQ_=0, + _xR_=caml_create_bytes(1024); return [0, function(lexbuf) {var @@ -15486,66 +15755,66 @@ lexbuf[5] = 0; lexbuf[7] = lexbuf[7] - s | 0; lexbuf[3] = lexbuf[3] - s | 0; - var t=lexbuf[10],_xP_=t.length - 1 - 1 | 0,_xO_=0; - if(_xP_ >= 0) - {var i=_xO_; + var t=lexbuf[10],_xT_=t.length - 1 - 1 | 0,_xS_=0; + if(! (_xT_ < 0)) + {var i=_xS_; for(;;) {var v=caml_check_bound(t,i)[1 + i]; if(0 <= v)caml_check_bound(t,i)[1 + i] = v - s | 0; - var _xQ_=i + 1 | 0; - if(_xP_ !== i){var i=_xQ_;continue} + var _xU_=i + 1 | 0; + if(_xT_ !== i){var i=_xU_;continue} break}}} blit(aux_buffer,0,lexbuf[2],lexbuf[3],n); lexbuf[3] = lexbuf[3] + n | 0; return 0}, + _xR_, + _xQ_, + _xP_, + _xO_, _xN_, _xM_, _xL_, _xK_, _xJ_, _xI_, - _xH_, - _xG_, - _xF_, - _xE_, - _xD_]} + _xH_]} function from_channel(with_positions,ic) {return from_function (with_positions,function(buf,n){return input(ic,buf,0,n)})} function from_string$0(opt,s) {if(opt)var sth=opt[1],with_positions=sth;else var with_positions=1; var - _xs_=with_positions?zero_pos:dummy_pos, - _xt_=with_positions?zero_pos:dummy_pos, - _xu_=[0], - _xv_=1, - _xw_=0, - _xx_=0, - _xy_=0, - _xz_=0, + _xw_=with_positions?zero_pos:dummy_pos, + _xx_=with_positions?zero_pos:dummy_pos, + _xy_=[0], + _xz_=1, _xA_=0, - _xB_=caml_ml_string_length(s), - _xC_=to_bytes(s); + _xB_=0, + _xC_=0, + _xD_=0, + _xE_=0, + _xF_=caml_ml_string_length(s), + _xG_=to_bytes(s); return [0, function(lexbuf){lexbuf[9] = 1;return 0}, + _xG_, + _xF_, + _xE_, + _xD_, _xC_, _xB_, _xA_, _xz_, _xy_, _xx_, - _xw_, - _xv_, - _xu_, - _xt_, - _xs_]} + _xw_]} function set_position(lexbuf,position) {lexbuf[12] = [0,lexbuf[12][1],position[2],position[3],position[4]]; lexbuf[4] = position[4]; return 0} function set_filename(lexbuf,fname) - {var _xr_=lexbuf[12]; - lexbuf[12] = [0,fname,_xr_[2],_xr_[3],_xr_[4]]; + {var _xv_=lexbuf[12]; + lexbuf[12] = [0,fname,_xv_[2],_xv_[3],_xv_[4]]; return 0} function with_positions(lexbuf){return lexbuf[12] !== dummy_pos?1:0} function lexeme(lexbuf) @@ -15554,9 +15823,8 @@ function sub_lexeme(lexbuf,i1,i2) {var len=i2 - i1 | 0;return sub_string(lexbuf[2],i1,len)} function sub_lexeme_opt(lexbuf,i1,i2) - {if(0 > i1)return 0; - var len=i2 - i1 | 0; - return [0,sub_string(lexbuf[2],i1,len)]} + {if(0 <= i1){var len=i2 - i1 | 0;return [0,sub_string(lexbuf[2],i1,len)]} + return 0} function sub_lexeme_char(lexbuf,i){return caml_bytes_get(lexbuf[2],i)} function sub_lexeme_char_opt(lexbuf,i) {return 0 <= i?[0,caml_bytes_get(lexbuf[2],i)]:0} @@ -15569,9 +15837,9 @@ function new_line(lexbuf) {var lcp=lexbuf[12], - _xp_=lcp !== dummy_pos?1:0, - _xq_=_xp_?(lexbuf[12] = [0,lcp[1],lcp[2] + 1 | 0,lcp[4],lcp[4]],0):_xp_; - return _xq_} + _xt_=lcp !== dummy_pos?1:0, + _xu_=_xt_?(lexbuf[12] = [0,lcp[1],lcp[2] + 1 | 0,lcp[4],lcp[4]],0):_xt_; + return _xu_} function flush_input(lb) {lb[6] = 0; lb[4] = 0; @@ -15676,16 +15944,16 @@ case 4: try {var - _xk_=env[13], - _xl_= - caml_call1(caml_check_bound(tables[1],_xk_)[1 + _xk_],env), - _xm_=4, - arg$1=_xl_, - cmd$0=_xm_} - catch(_xo_) - {_xo_ = caml_wrap_exception(_xo_); - if(_xo_ !== Parse_error)throw _xo_; - var arg$1=0,cmd$0=5} + _xn_=env[13], + _xo_= + caml_call1(caml_check_bound(tables[1],_xn_)[1 + _xn_],env), + _xp_=4, + arg$1=_xo_, + cmd$0=_xp_} + catch(_xs_) + {_xs_ = caml_wrap_exception(_xs_); + if(_xs_ !== Parse_error)throw _xs_; + var arg$1=0,cmd$0=5,_xq_=_xs_} var cmd=cmd$0,arg=arg$1; continue; default: @@ -15704,33 +15972,37 @@ current_lookahead_fun[1] = function(tok) - {if(! is_block(tok)) - return caml_check_bound(tables[2],tok)[1 + tok] === curr_char?1:0; - var _xn_=caml_obj_tag(tok); - return caml_check_bound(tables[3],_xn_)[1 + _xn_] === curr_char?1:0}; + {if(is_block(tok)) + {var _xr_=caml_obj_tag(tok); + return caml_check_bound(tables[3],_xr_)[1 + _xr_] === curr_char + ?1 + :0} + return caml_check_bound(tables[2],tok)[1 + tok] === curr_char?1:0}; throw exn}} function peek_val(env,n) - {var _xj_=env[11] - n | 0;return caml_check_bound(env[2],_xj_)[1 + _xj_]} + {var _xm_=env[11] - n | 0;return caml_check_bound(env[2],_xm_)[1 + _xm_]} function symbol_start_pos(param) {var i=env[12]; for(;;) - {if(0 >= i) - {var _xi_=env[11];return caml_check_bound(env[4],_xi_)[1 + _xi_]} - var - _xg_=(env[11] - i | 0) + 1 | 0, - st=caml_check_bound(env[3],_xg_)[1 + _xg_], - _xh_=(env[11] - i | 0) + 1 | 0, - en=caml_check_bound(env[4],_xh_)[1 + _xh_]; - if(caml_notequal(st,en))return st; - var i$0=i - 1 | 0,i=i$0}} + {if(0 < i) + {var + _xj_=(env[11] - i | 0) + 1 | 0, + st=caml_check_bound(env[3],_xj_)[1 + _xj_], + _xk_=(env[11] - i | 0) + 1 | 0, + en=caml_check_bound(env[4],_xk_)[1 + _xk_]; + if(caml_notequal(st,en))return st; + var i$0=i - 1 | 0,i=i$0; + continue} + var _xl_=env[11]; + return caml_check_bound(env[4],_xl_)[1 + _xl_]}} function symbol_end_pos(param) - {var _xf_=env[11];return caml_check_bound(env[4],_xf_)[1 + _xf_]} + {var _xi_=env[11];return caml_check_bound(env[4],_xi_)[1 + _xi_]} function rhs_start_pos(n) - {var _xe_=env[11] - (env[12] - n | 0) | 0; - return caml_check_bound(env[3],_xe_)[1 + _xe_]} + {var _xh_=env[11] - (env[12] - n | 0) | 0; + return caml_check_bound(env[3],_xh_)[1 + _xh_]} function rhs_end_pos(n) - {var _xd_=env[11] - (env[12] - n | 0) | 0; - return caml_check_bound(env[4],_xd_)[1 + _xd_]} + {var _xg_=env[11] - (env[12] - n | 0) | 0; + return caml_check_bound(env[4],_xg_)[1 + _xg_]} function symbol_start(param){return symbol_start_pos(0)[4]} function symbol_end(param){return symbol_end_pos(0)[4]} function rhs_start(n){return rhs_start_pos(n)[4]} @@ -15762,190 +16034,219 @@ Stdlib_Set= [0, function(Ord) - {function height(param){if(! param)return 0;var h=param[4];return h} + {function height(param){if(param){var h=param[4];return h}return 0} function create(l,v,r) {if(l)var h=l[4],hl=h;else var hl=0; if(r)var h$0=r[4],hr=h$0;else var hr=0; - var _xc_=hr <= hl?hl + 1 | 0:hr + 1 | 0; - return [0,l,v,r,_xc_]} + var _xf_=hr <= hl?hl + 1 | 0:hr + 1 | 0; + return [0,l,v,r,_xf_]} function bal(l,v,r) {if(l)var h=l[4],hl=h;else var hl=0; if(r)var h$0=r[4],hr=h$0;else var hr=0; if((hr + 2 | 0) < hl) - {if(! l)return invalid_arg(cst_Set_bal$0); - var lr=l[3],lv=l[2],ll=l[1],_w9_=height(lr); - if(_w9_ <= height(ll))return create(ll,lv,create(lr,v,r)); - if(! lr)return invalid_arg(cst_Set_bal); - var lrr=lr[3],lrv=lr[2],lrl=lr[1],_w__=create(lrr,v,r); - return create(create(ll,lv,lrl),lrv,_w__)} - if((hl + 2 | 0) >= hr) - {var _xb_=hr <= hl?hl + 1 | 0:hr + 1 | 0;return [0,l,v,r,_xb_]} - if(! r)return invalid_arg(cst_Set_bal$2); - var rr=r[3],rv=r[2],rl=r[1],_w$_=height(rl); - if(_w$_ <= height(rr))return create(create(l,v,rl),rv,rr); - if(! rl)return invalid_arg(cst_Set_bal$1); - var rlr=rl[3],rlv=rl[2],rll=rl[1],_xa_=create(rlr,rv,rr); - return create(create(l,v,rll),rlv,_xa_)} + {if(l) + {var lr=l[3],lv=l[2],ll=l[1],_xa_=height(lr); + if(_xa_ <= height(ll))return create(ll,lv,create(lr,v,r)); + if(lr) + {var lrr=lr[3],lrv=lr[2],lrl=lr[1],_xb_=create(lrr,v,r); + return create(create(ll,lv,lrl),lrv,_xb_)} + return invalid_arg(cst_Set_bal)} + return invalid_arg(cst_Set_bal$0)} + if((hl + 2 | 0) < hr) + {if(r) + {var rr=r[3],rv=r[2],rl=r[1],_xc_=height(rl); + if(_xc_ <= height(rr))return create(create(l,v,rl),rv,rr); + if(rl) + {var rlr=rl[3],rlv=rl[2],rll=rl[1],_xd_=create(rlr,rv,rr); + return create(create(l,v,rll),rlv,_xd_)} + return invalid_arg(cst_Set_bal$1)} + return invalid_arg(cst_Set_bal$2)} + var _xe_=hr <= hl?hl + 1 | 0:hr + 1 | 0; + return [0,l,v,r,_xe_]} function add(x,t) - {if(! t)return [0,0,x,0,1]; - var r=t[3],v=t[2],l=t[1],c=caml_call2(Ord[1],x,v); - if(0 === c)return t; - if(0 <= c){var rr=add(x,r);return r === rr?t:bal(l,v,rr)} - var ll=add(x,l); - return l === ll?t:bal(ll,v,r)} + {if(t) + {var r=t[3],v=t[2],l=t[1],c=caml_call2(Ord[1],x,v); + if(0 === c)return t; + if(0 <= c){var rr=add(x,r);return r === rr?t:bal(l,v,rr)} + var ll=add(x,l); + return l === ll?t:bal(ll,v,r)} + return [0,0,x,0,1]} function singleton(x){return [0,0,x,0,1]} function add_min_element(x,param) - {if(! param)return singleton(x); - var r=param[3],v=param[2],l=param[1]; - return bal(add_min_element(x,l),v,r)} + {if(param) + {var r=param[3],v=param[2],l=param[1]; + return bal(add_min_element(x,l),v,r)} + return singleton(x)} function add_max_element(x,param) - {if(! param)return singleton(x); - var r=param[3],v=param[2],l=param[1]; - return bal(l,v,add_max_element(x,r))} + {if(param) + {var r=param[3],v=param[2],l=param[1]; + return bal(l,v,add_max_element(x,r))} + return singleton(x)} function join(l,v,r) - {if(! l)return add_min_element(v,r); - if(! r)return add_max_element(v,l); - var - rh=r[4], - rr=r[3], - rv=r[2], - rl=r[1], - lh=l[4], - lr=l[3], - lv=l[2], - ll=l[1]; - return (rh + 2 | 0) < lh - ?bal(ll,lv,join(lr,v,r)) - :(lh + 2 | 0) < rh?bal(join(l,v,rl),rv,rr):create(l,v,r)} + {if(l) + {if(r) + {var + rh=r[4], + rr=r[3], + rv=r[2], + rl=r[1], + lh=l[4], + lr=l[3], + lv=l[2], + ll=l[1]; + return (rh + 2 | 0) < lh + ?bal(ll,lv,join(lr,v,r)) + :(lh + 2 | 0) < rh?bal(join(l,v,rl),rv,rr):create(l,v,r)} + return add_max_element(v,l)} + return add_min_element(v,r)} function min_elt(param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var _w8_=param$0[1]; - if(_w8_){var param$0=_w8_;continue} - var v=param$0[2]; - return v}} + {if(param$0) + {var _w$_=param$0[1]; + if(_w$_){var param$0=_w$_;continue} + var v=param$0[2]; + return v} + throw Not_found}} function min_elt_opt(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var _w7_=param$0[1]; - if(_w7_){var param$0=_w7_;continue} - var v=param$0[2]; - return [0,v]}} + {if(param$0) + {var _w__=param$0[1]; + if(_w__){var param$0=_w__;continue} + var v=param$0[2]; + return [0,v]} + return 0}} function max_elt(param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - if(param$0[3]){var param$1=param$0[3],param$0=param$1;continue} - var v=param$0[2]; - return v}} + {if(param$0) + {if(param$0[3]){var param$1=param$0[3],param$0=param$1;continue} + var v=param$0[2]; + return v} + throw Not_found}} function max_elt_opt(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - if(param$0[3]){var param$1=param$0[3],param$0=param$1;continue} - var v=param$0[2]; - return [0,v]}} + {if(param$0) + {if(param$0[3]){var param$1=param$0[3],param$0=param$1;continue} + var v=param$0[2]; + return [0,v]} + return 0}} function remove_min_elt(param) - {if(! param)return invalid_arg(cst_Set_remove_min_elt); - var _w6_=param[1]; - if(_w6_) - {var r=param[3],v=param[2];return bal(remove_min_elt(_w6_),v,r)} - var r$0=param[3]; - return r$0} + {if(param) + {var _w9_=param[1]; + if(_w9_) + {var r=param[3],v=param[2];return bal(remove_min_elt(_w9_),v,r)} + var r$0=param[3]; + return r$0} + return invalid_arg(cst_Set_remove_min_elt)} function concat(t1,t2) - {if(! t1)return t2; - if(! t2)return t1; - var _w5_=remove_min_elt(t2); - return join(t1,min_elt(t2),_w5_)} + {if(t1) + {if(t2) + {var _w8_=remove_min_elt(t2);return join(t1,min_elt(t2),_w8_)} + return t1} + return t2} function split(x,param) - {if(! param)return _T_; - var r=param[3],v=param[2],l=param[1],c=caml_call2(Ord[1],x,v); - if(0 === c)return [0,l,1,r]; - if(0 <= c) - {var match=split(x,r),rr=match[3],pres=match[2],lr=match[1]; - return [0,join(l,v,lr),pres,rr]} - var - match$0=split(x,l), - rl=match$0[3], - pres$0=match$0[2], - ll=match$0[1]; - return [0,ll,pres$0,join(rl,v,r)]} + {if(param) + {var r=param[3],v=param[2],l=param[1],c=caml_call2(Ord[1],x,v); + if(0 === c)return [0,l,1,r]; + if(0 <= c) + {var match=split(x,r),rr=match[3],pres=match[2],lr=match[1]; + return [0,join(l,v,lr),pres,rr]} + var + match$0=split(x,l), + rl=match$0[3], + pres$0=match$0[2], + ll=match$0[1]; + return [0,ll,pres$0,join(rl,v,r)]} + return _T_} var empty=0; function is_empty(param){return param?0:1} function mem(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var - r=param$0[3], - v=param$0[2], - l=param$0[1], - c=caml_call2(Ord[1],x,v), - _w4_=0 === c?1:0; - if(_w4_)return _w4_; - var param$1=0 <= c?r:l,param$0=param$1}} + {if(param$0) + {var + r=param$0[3], + v=param$0[2], + l=param$0[1], + c=caml_call2(Ord[1],x,v), + _w7_=0 === c?1:0; + if(_w7_)return _w7_; + var param$1=0 <= c?r:l,param$0=param$1; + continue} + return 0}} function remove(x,t) - {if(! t)return 0; - var r=t[3],v=t[2],l=t[1],c=caml_call2(Ord[1],x,v); - if(0 === c) - {if(! l)return r; - if(! r)return l; - var _w3_=remove_min_elt(r); - return bal(l,min_elt(r),_w3_)} - if(0 <= c){var rr=remove(x,r);return r === rr?t:bal(l,v,rr)} - var ll=remove(x,l); - return l === ll?t:bal(ll,v,r)} + {if(t) + {var r=t[3],v=t[2],l=t[1],c=caml_call2(Ord[1],x,v); + if(0 === c) + {if(l) + {if(r) + {var _w6_=remove_min_elt(r);return bal(l,min_elt(r),_w6_)} + return l} + return r} + if(0 <= c){var rr=remove(x,r);return r === rr?t:bal(l,v,rr)} + var ll=remove(x,l); + return l === ll?t:bal(ll,v,r)} + return 0} function union(s1,s2) - {if(! s1)return s2; - if(! s2)return s1; - var - h2=s2[4], - r2=s2[3], - v2=s2[2], - l2=s2[1], - h1=s1[4], - r1=s1[3], - v1=s1[2], - l1=s1[1]; - if(h2 <= h1) - {if(1 === h2)return add(v2,s1); - var - match=split(v1,s2), - r2$0=match[3], - l2$0=match[1], - _w1_=union(r1,r2$0); - return join(union(l1,l2$0),v1,_w1_)} - if(1 === h1)return add(v1,s2); - var - match$0=split(v2,s1), - r1$0=match$0[3], - l1$0=match$0[1], - _w2_=union(r1$0,r2); - return join(union(l1$0,l2),v2,_w2_)} + {if(s1) + {if(s2) + {var + h2=s2[4], + r2=s2[3], + v2=s2[2], + l2=s2[1], + h1=s1[4], + r1=s1[3], + v1=s1[2], + l1=s1[1]; + if(h2 <= h1) + {if(1 === h2)return add(v2,s1); + var + match=split(v1,s2), + r2$0=match[3], + l2$0=match[1], + _w4_=union(r1,r2$0); + return join(union(l1,l2$0),v1,_w4_)} + if(1 === h1)return add(v1,s2); + var + match$0=split(v2,s1), + r1$0=match$0[3], + l1$0=match$0[1], + _w5_=union(r1$0,r2); + return join(union(l1$0,l2),v2,_w5_)} + return s1} + return s2} function inter(s1,s2) - {if(! s1)return 0; - if(! s2)return 0; - var r1=s1[3],v1=s1[2],l1=s1[1],_wX_=split(v1,s2),_wY_=_wX_[1]; - if(_wX_[2]) - {var r2=_wX_[3],_wZ_=inter(r1,r2); - return join(inter(l1,_wY_),v1,_wZ_)} - var r2$0=_wX_[3],_w0_=inter(r1,r2$0); - return concat(inter(l1,_wY_),_w0_)} + {if(s1) + {if(s2) + {var r1=s1[3],v1=s1[2],l1=s1[1],_w0_=split(v1,s2),_w1_=_w0_[1]; + if(_w0_[2]) + {var r2=_w0_[3],_w2_=inter(r1,r2); + return join(inter(l1,_w1_),v1,_w2_)} + var r2$0=_w0_[3],_w3_=inter(r1,r2$0); + return concat(inter(l1,_w1_),_w3_)} + return 0} + return 0} function split_bis(x,param) - {if(! param)return [0,0,function(param){return 0}]; - var r=param[3],v=param[2],l=param[1],c=caml_call2(Ord[1],x,v); - if(0 === c)return 0; - if(0 <= c) - {var match=split_bis(x,r); - if(! match)return 0; - var rr=match[2],lr=match[1]; - return [0,join(l,v,lr),rr]} - var match$0=split_bis(x,l); - if(! match$0)return 0; - var rl=match$0[2],ll=match$0[1]; - return [0,ll,function(param){return join(caml_call1(rl,0),v,r)}]} + {if(param) + {var r=param[3],v=param[2],l=param[1],c=caml_call2(Ord[1],x,v); + if(0 === c)return 0; + if(0 <= c) + {var match=split_bis(x,r); + if(match) + {var rr=match[2],lr=match[1];return [0,join(l,v,lr),rr]} + return 0} + var match$0=split_bis(x,l); + if(match$0) + {var rl=match$0[2],ll=match$0[1]; + return [0, + ll, + function(param){return join(caml_call1(rl,0),v,r)}]} + return 0} + return [0,0,function(param){return 0}]} function disjoint(s1,s2) {var s1$0=s1,s2$0=s2; for(;;) @@ -15953,339 +16254,416 @@ {var r1=s1$0[3],v1=s1$0[2],l1=s1$0[1]; if(s1$0 === s2$0)return 0; var match=split_bis(v1,s2$0); - if(! match)return 0; - var r2=match[2],l2=match[1],_wW_=disjoint(l1,l2); - if(! _wW_)return _wW_; - var s2$1=caml_call1(r2,0),s1$0=r1,s2$0=s2$1; - continue} + if(match) + {var r2=match[2],l2=match[1],_wZ_=disjoint(l1,l2); + if(_wZ_) + {var s2$1=caml_call1(r2,0),s1$0=r1,s2$0=s2$1;continue} + return _wZ_} + return 0} return 1}} function diff(s1,s2) - {if(! s1)return 0; - if(! s2)return s1; - var r1=s1[3],v1=s1[2],l1=s1[1],_wS_=split(v1,s2),_wT_=_wS_[1]; - if(_wS_[2]) - {var r2=_wS_[3],_wU_=diff(r1,r2); - return concat(diff(l1,_wT_),_wU_)} - var r2$0=_wS_[3],_wV_=diff(r1,r2$0); - return join(diff(l1,_wT_),v1,_wV_)} + {if(s1) + {if(s2) + {var r1=s1[3],v1=s1[2],l1=s1[1],_wV_=split(v1,s2),_wW_=_wV_[1]; + if(_wV_[2]) + {var r2=_wV_[3],_wX_=diff(r1,r2); + return concat(diff(l1,_wW_),_wX_)} + var r2$0=_wV_[3],_wY_=diff(r1,r2$0); + return join(diff(l1,_wW_),v1,_wY_)} + return s1} + return 0} function cons_enum(s,e) {var s$0=s,e$0=e; for(;;) - {if(! s$0)return e$0; - var r=s$0[3],v=s$0[2],s$1=s$0[1],e$1=[0,v,r,e$0],s$0=s$1,e$0=e$1}} + {if(s$0) + {var + r=s$0[3], + v=s$0[2], + s$1=s$0[1], + e$1=[0,v,r,e$0], + s$0=s$1, + e$0=e$1; + continue} + return e$0}} function compare(s1,s2) {var e2$2=cons_enum(s2,0),e1$2=cons_enum(s1,0),e1=e1$2,e2=e2$2; for(;;) - {if(! e1)return e2?-1:0; - if(! e2)return 1; - var - e2$0=e2[3], - r2=e2[2], - v2=e2[1], - e1$0=e1[3], - r1=e1[2], - v1=e1[1], - c=caml_call2(Ord[1],v1,v2); - if(0 !== c)return c; - var - e2$1=cons_enum(r2,e2$0), - e1$1=cons_enum(r1,e1$0), - e1=e1$1, - e2=e2$1}} + {if(e1) + {if(e2) + {var + e2$0=e2[3], + r2=e2[2], + v2=e2[1], + e1$0=e1[3], + r1=e1[2], + v1=e1[1], + c=caml_call2(Ord[1],v1,v2); + if(0 === c) + {var + e2$1=cons_enum(r2,e2$0), + e1$1=cons_enum(r1,e1$0), + e1=e1$1, + e2=e2$1; + continue} + return c} + return 1} + return e2?-1:0}} function equal(s1,s2){return 0 === compare(s1,s2)?1:0} function subset(s1,s2) {var s1$0=s1,s2$0=s2; for(;;) - {if(! s1$0)return 1; - if(! s2$0)return 0; - var - r2=s2$0[3], - v2=s2$0[2], - l2=s2$0[1], - r1=s1$0[3], - v1=s1$0[2], - l1=s1$0[1], - c=caml_call2(Ord[1],v1,v2); - if(0 === c) - {var _wP_=subset(l1,l2); - if(! _wP_)return _wP_; - var s1$0=r1,s2$0=r2; - continue} - if(0 <= c) - {var _wQ_=subset([0,0,v1,r1,0],r2); - if(! _wQ_)return _wQ_; - var s1$0=l1; - continue} - var _wR_=subset([0,l1,v1,0,0],l2); - if(! _wR_)return _wR_; - var s1$0=r1}} + {if(s1$0) + {if(s2$0) + {var + r2=s2$0[3], + v2=s2$0[2], + l2=s2$0[1], + r1=s1$0[3], + v1=s1$0[2], + l1=s1$0[1], + c=caml_call2(Ord[1],v1,v2); + if(0 === c) + {var _wS_=subset(l1,l2); + if(_wS_){var s1$0=r1,s2$0=r2;continue} + return _wS_} + if(0 <= c) + {var _wT_=subset([0,0,v1,r1,0],r2); + if(_wT_){var s1$0=l1;continue} + return _wT_} + var _wU_=subset([0,l1,v1,0,0],l2); + if(_wU_){var s1$0=r1;continue} + return _wU_} + return 0} + return 1}} function iter(f,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var r=param$0[3],v=param$0[2],l=param$0[1]; - iter(f,l); - caml_call1(f,v); - var param$0=r}} + {if(param$0) + {var r=param$0[3],v=param$0[2],l=param$0[1]; + iter(f,l); + caml_call1(f,v); + var param$0=r; + continue} + return 0}} function fold(f,s,accu) {var s$0=s,accu$0=accu; for(;;) - {if(! s$0)return accu$0; - var - r=s$0[3], - v=s$0[2], - l=s$0[1], - accu$1=caml_call2(f,v,fold(f,l,accu$0)), - s$0=r, - accu$0=accu$1}} + {if(s$0) + {var + r=s$0[3], + v=s$0[2], + l=s$0[1], + accu$1=caml_call2(f,v,fold(f,l,accu$0)), + s$0=r, + accu$0=accu$1; + continue} + return accu$0}} function for_all(p,param) {var param$0=param; for(;;) - {if(! param$0)return 1; - var r=param$0[3],v=param$0[2],l=param$0[1],_wM_=caml_call1(p,v); - if(_wM_) - {var _wN_=for_all(p,l); - if(_wN_){var param$0=r;continue} - var _wO_=_wN_} - else - var _wO_=_wM_; - return _wO_}} + {if(param$0) + {var + r=param$0[3], + v=param$0[2], + l=param$0[1], + _wP_=caml_call1(p,v); + if(_wP_) + {var _wQ_=for_all(p,l); + if(_wQ_){var param$0=r;continue} + var _wR_=_wQ_} + else + var _wR_=_wP_; + return _wR_} + return 1}} function exists(p,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var r=param$0[3],v=param$0[2],l=param$0[1],_wJ_=caml_call1(p,v); - if(_wJ_) - var _wK_=_wJ_; - else - {var _wL_=exists(p,l); - if(! _wL_){var param$0=r;continue} - var _wK_=_wL_} - return _wK_}} + {if(param$0) + {var + r=param$0[3], + v=param$0[2], + l=param$0[1], + _wM_=caml_call1(p,v); + if(_wM_) + var _wN_=_wM_; + else + {var _wO_=exists(p,l); + if(! _wO_){var param$0=r;continue} + var _wN_=_wO_} + return _wN_} + return 0}} function filter(p,t) - {if(! t)return 0; - var - r=t[3], - v=t[2], - l=t[1], - l$0=filter(p,l), - pv=caml_call1(p,v), - r$0=filter(p,r); - if(! pv)return concat(l$0,r$0); - if(l === l$0 && r === r$0)return t; - return join(l$0,v,r$0)} + {if(t) + {var + r=t[3], + v=t[2], + l=t[1], + l$0=filter(p,l), + pv=caml_call1(p,v), + r$0=filter(p,r); + if(pv){if(l === l$0 && r === r$0)return t;return join(l$0,v,r$0)} + return concat(l$0,r$0)} + return 0} function partition(p,param) - {if(! param)return _U_; - var - r=param[3], - v=param[2], - l=param[1], - match=partition(p,l), - lf=match[2], - lt=match[1], - pv=caml_call1(p,v), - match$0=partition(p,r), - rf=match$0[2], - rt=match$0[1]; - if(pv){var _wH_=concat(lf,rf);return [0,join(lt,v,rt),_wH_]} - var _wI_=join(lf,v,rf); - return [0,concat(lt,rt),_wI_]} + {if(param) + {var + r=param[3], + v=param[2], + l=param[1], + match=partition(p,l), + lf=match[2], + lt=match[1], + pv=caml_call1(p,v), + match$0=partition(p,r), + rf=match$0[2], + rt=match$0[1]; + if(pv){var _wK_=concat(lf,rf);return [0,join(lt,v,rt),_wK_]} + var _wL_=join(lf,v,rf); + return [0,concat(lt,rt),_wL_]} + return _U_} function cardinal(param) - {if(! param)return 0; - var r=param[3],l=param[1],_wG_=cardinal(r); - return (cardinal(l) + 1 | 0) + _wG_ | 0} + {if(param) + {var r=param[3],l=param[1],_wJ_=cardinal(r); + return (cardinal(l) + 1 | 0) + _wJ_ | 0} + return 0} function elements_aux(accu,param) {var accu$0=accu,param$0=param; for(;;) - {if(! param$0)return accu$0; - var - r=param$0[3], - v=param$0[2], - l=param$0[1], - accu$1=[0,v,elements_aux(accu$0,r)], - accu$0=accu$1, - param$0=l}} + {if(param$0) + {var + r=param$0[3], + v=param$0[2], + l=param$0[1], + accu$1=[0,v,elements_aux(accu$0,r)], + accu$0=accu$1, + param$0=l; + continue} + return accu$0}} function elements(s){return elements_aux(0,s)} function find(x,param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var - r=param$0[3], - v=param$0[2], - l=param$0[1], - c=caml_call2(Ord[1],x,v); - if(0 === c)return v; - var param$1=0 <= c?r:l,param$0=param$1}} + {if(param$0) + {var + r=param$0[3], + v=param$0[2], + l=param$0[1], + c=caml_call2(Ord[1],x,v); + if(0 === c)return v; + var param$1=0 <= c?r:l,param$0=param$1; + continue} + throw Not_found}} function find_first(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)throw Not_found; - var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=r$0;continue} - var v0=v$0,param=l$0; - for(;;) - {if(! param)return v0; - var r=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,param=l;continue} - var param=r}}} + {if(param$1) + {var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,param=l$0; + for(;;) + {if(param) + {var r=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,param=l;continue} + var param=r; + continue} + return v0}} + var param$1=r$0; + continue} + throw Not_found}} function find_first_opt(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)return 0; - var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=r$0;continue} - var v0=v$0,param=l$0; - for(;;) - {if(! param)return [0,v0]; - var r=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,param=l;continue} - var param=r}}} + {if(param$1) + {var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,param=l$0; + for(;;) + {if(param) + {var r=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,param=l;continue} + var param=r; + continue} + return [0,v0]}} + var param$1=r$0; + continue} + return 0}} function find_last(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)throw Not_found; - var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=l$0;continue} - var v0=v$0,param=r$0; - for(;;) - {if(! param)return v0; - var r=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,param=r;continue} - var param=l}}} + {if(param$1) + {var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,param=r$0; + for(;;) + {if(param) + {var r=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,param=r;continue} + var param=l; + continue} + return v0}} + var param$1=l$0; + continue} + throw Not_found}} function find_last_opt(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)return 0; - var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=l$0;continue} - var v0=v$0,param=r$0; - for(;;) - {if(! param)return [0,v0]; - var r=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,param=r;continue} - var param=l}}} + {if(param$1) + {var r$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,param=r$0; + for(;;) + {if(param) + {var r=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,param=r;continue} + var param=l; + continue} + return [0,v0]}} + var param$1=l$0; + continue} + return 0}} function find_opt(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var - r=param$0[3], - v=param$0[2], - l=param$0[1], - c=caml_call2(Ord[1],x,v); - if(0 === c)return [0,v]; - var param$1=0 <= c?r:l,param$0=param$1}} + {if(param$0) + {var + r=param$0[3], + v=param$0[2], + l=param$0[1], + c=caml_call2(Ord[1],x,v); + if(0 === c)return [0,v]; + var param$1=0 <= c?r:l,param$0=param$1; + continue} + return 0}} function try_join(l,v,r) {var switch$0=0; if(0 !== l) - {var _wF_=max_elt(l); - if(0 <= caml_call2(Ord[1],_wF_,v))switch$0 = 1} + {var _wI_=max_elt(l); + if(0 <= caml_call2(Ord[1],_wI_,v))switch$0 = 1} if(! switch$0) {var switch$1=0; if(0 !== r) - {var _wE_=min_elt(r); - if(0 <= caml_call2(Ord[1],v,_wE_))switch$1 = 1} + {var _wH_=min_elt(r); + if(0 <= caml_call2(Ord[1],v,_wH_))switch$1 = 1} if(! switch$1)return join(l,v,r)} return union(l,add(v,r))} function map(f,t) - {if(! t)return 0; - var - r=t[3], - v=t[2], - l=t[1], - l$0=map(f,l), - v$0=caml_call1(f,v), - r$0=map(f,r); - if(l === l$0 && v === v$0 && r === r$0)return t; - return try_join(l$0,v$0,r$0)} - function filter_map(f,t) - {if(! t)return 0; - var - r=t[3], - v=t[2], - l=t[1], - t1=filter_map(f,l), - v$0=caml_call1(f,v), - t2=filter_map(f,r); - if(v$0) - {var v$1=v$0[1]; - if(l === t1 && v === v$1 && r === t2)return t; - return try_join(t1,v$1,t2)} - if(! t1)return t2; - if(! t2)return t1; - var _wD_=remove_min_elt(t2); - return try_join(t1,min_elt(t2),_wD_)} - function of_list(l) - {if(! l)return empty; - var _ws_=l[2],_wt_=l[1]; - if(! _ws_)return singleton(_wt_); - var _wu_=_ws_[2],_wv_=_ws_[1]; - if(! _wu_)return add(_wv_,singleton(_wt_)); - var _ww_=_wu_[2],_wx_=_wu_[1]; - if(! _ww_)return add(_wx_,add(_wv_,singleton(_wt_))); - var _wy_=_ww_[2],_wz_=_ww_[1]; - if(! _wy_)return add(_wz_,add(_wx_,add(_wv_,singleton(_wt_)))); - if(_wy_[2]) + {if(t) {var - l$0=sort_uniq(Ord[1],l), - sub= - function(n,l) - {if(3 >= n >>> 0) - switch(n) - {case 0:return [0,0,l]; - case 1: - if(l){var l$3=l[2],x0=l[1];return [0,[0,0,x0,0,1],l$3]} - break; - case 2: - if(l) - {var _wA_=l[2]; - if(_wA_) - {var l$4=_wA_[2],x1=_wA_[1],x0$0=l[1]; - return [0,[0,[0,0,x0$0,0,1],x1,0,2],l$4]}} - break; - default: - if(l) - {var _wB_=l[2]; - if(_wB_) - {var _wC_=_wB_[2]; - if(_wC_) - {var l$5=_wC_[2],x2=_wC_[1],x1$0=_wB_[1],x0$1=l[1]; - return [0,[0,[0,0,x0$1,0,1],x1$0,[0,0,x2,0,1],2],l$5]}}}} - var nl=n / 2 | 0,match=sub(nl,l),l$0=match[2],left=match[1]; - if(! l$0)throw [0,Assert_failure,_V_]; - var - l$1=l$0[2], - mid=l$0[1], - match$0=sub((n - nl | 0) - 1 | 0,l$1), - l$2=match$0[2], - right=match$0[1]; - return [0,create(left,mid,right),l$2]}; - return sub(length$1(l$0),l$0)[1]} - var x4=_wy_[1]; - return add(x4,add(_wz_,add(_wx_,add(_wv_,singleton(_wt_)))))} + r=t[3], + v=t[2], + l=t[1], + l$0=map(f,l), + v$0=caml_call1(f,v), + r$0=map(f,r); + if(l === l$0 && v === v$0 && r === r$0)return t; + return try_join(l$0,v$0,r$0)} + return 0} + function filter_map(f,t) + {if(t) + {var + r=t[3], + v=t[2], + l=t[1], + t1=filter_map(f,l), + v$0=caml_call1(f,v), + t2=filter_map(f,r); + if(v$0) + {var v$1=v$0[1]; + if(l === t1 && v === v$1 && r === t2)return t; + return try_join(t1,v$1,t2)} + if(t1) + {if(t2) + {var _wG_=remove_min_elt(t2); + return try_join(t1,min_elt(t2),_wG_)} + return t1} + return t2} + return 0} + function of_list(l) + {if(l) + {var _wv_=l[2],_ww_=l[1]; + if(_wv_) + {var _wx_=_wv_[2],_wy_=_wv_[1]; + if(_wx_) + {var _wz_=_wx_[2],_wA_=_wx_[1]; + if(_wz_) + {var _wB_=_wz_[2],_wC_=_wz_[1]; + if(_wB_) + {if(_wB_[2]) + {var + l$0=sort_uniq(Ord[1],l), + sub= + function(n,l) + {if(! (3 < n >>> 0)) + switch(n) + {case 0:return [0,0,l]; + case 1: + if(l){var l$3=l[2],x0=l[1];return [0,[0,0,x0,0,1],l$3]} + break; + case 2: + if(l) + {var _wD_=l[2]; + if(_wD_) + {var l$4=_wD_[2],x1=_wD_[1],x0$0=l[1]; + return [0,[0,[0,0,x0$0,0,1],x1,0,2],l$4]}} + break; + default: + if(l) + {var _wE_=l[2]; + if(_wE_) + {var _wF_=_wE_[2]; + if(_wF_) + {var l$5=_wF_[2],x2=_wF_[1],x1$0=_wE_[1],x0$1=l[1]; + return [0,[0,[0,0,x0$1,0,1],x1$0,[0,0,x2,0,1],2],l$5]}}}} + var nl=n / 2 | 0,match=sub(nl,l),l$0=match[2],left=match[1]; + if(l$0) + {var + l$1=l$0[2], + mid=l$0[1], + match$0=sub((n - nl | 0) - 1 | 0,l$1), + l$2=match$0[2], + right=match$0[1]; + return [0,create(left,mid,right),l$2]} + throw [0,Assert_failure,_V_]}; + return sub(length$1(l$0),l$0)[1]} + var x4=_wB_[1]; + return add(x4,add(_wC_,add(_wA_,add(_wy_,singleton(_ww_)))))} + return add(_wC_,add(_wA_,add(_wy_,singleton(_ww_))))} + return add(_wA_,add(_wy_,singleton(_ww_)))} + return add(_wy_,singleton(_ww_))} + return singleton(_ww_)} + return empty} function add_seq(i,m) {return fold_left(function(s,x){return add(x,s)},m,i)} function of_seq(i){return add_seq(i,empty)} function seq_of_enum(c,param) - {if(! c)return 0; - var rest=c[3],t=c[2],x=c[1],_wq_=cons_enum(t,rest); - return [0,x,function(_wr_){return seq_of_enum(_wq_,_wr_)}]} + {if(c) + {var rest=c[3],t=c[2],x=c[1],_wt_=cons_enum(t,rest); + return [0,x,function(_wu_){return seq_of_enum(_wt_,_wu_)}]} + return 0} function to_seq(c) - {var _wo_=cons_enum(c,0); - return function(_wp_){return seq_of_enum(_wo_,_wp_)}} + {var _wr_=cons_enum(c,0); + return function(_ws_){return seq_of_enum(_wr_,_ws_)}} function snoc_enum(s,e) {var s$0=s,e$0=e; for(;;) - {if(! s$0)return e$0; - var s$1=s$0[3],v=s$0[2],l=s$0[1],e$1=[0,v,l,e$0],s$0=s$1,e$0=e$1}} + {if(s$0) + {var + s$1=s$0[3], + v=s$0[2], + l=s$0[1], + e$1=[0,v,l,e$0], + s$0=s$1, + e$0=e$1; + continue} + return e$0}} function rev_seq_of_enum(c,param) - {if(! c)return 0; - var rest=c[3],t=c[2],x=c[1],_wm_=snoc_enum(t,rest); - return [0,x,function(_wn_){return rev_seq_of_enum(_wm_,_wn_)}]} + {if(c) + {var rest=c[3],t=c[2],x=c[1],_wp_=snoc_enum(t,rest); + return [0,x,function(_wq_){return rev_seq_of_enum(_wp_,_wq_)}]} + return 0} function to_rev_seq(c) - {var _wk_=snoc_enum(c,0); - return function(_wl_){return rev_seq_of_enum(_wk_,_wl_)}} + {var _wn_=snoc_enum(c,0); + return function(_wo_){return rev_seq_of_enum(_wn_,_wo_)}} function to_seq_from(low,s) {var s$0=s,c=0; for(;;) @@ -16295,10 +16673,10 @@ {if(0 <= n){var c$0=[0,v,r,c],s$0=l,c=c$0;continue} var s$0=r; continue} - var _wi_=[0,v,r,c]} + var _wl_=[0,v,r,c]} else - var _wi_=c; - return function(_wj_){return seq_of_enum(_wi_,_wj_)}}} + var _wl_=c; + return function(_wm_){return seq_of_enum(_wl_,_wm_)}}} return [0, empty, is_empty, @@ -16347,327 +16725,397 @@ Stdlib_Map= [0, function(Ord) - {function height(param){if(! param)return 0;var h=param[5];return h} + {function height(param){if(param){var h=param[5];return h}return 0} function create(l,x,d,r) - {var hl=height(l),hr=height(r),_wh_=hr <= hl?hl + 1 | 0:hr + 1 | 0; - return [0,l,x,d,r,_wh_]} + {var hl=height(l),hr=height(r),_wk_=hr <= hl?hl + 1 | 0:hr + 1 | 0; + return [0,l,x,d,r,_wk_]} function singleton(x,d){return [0,0,x,d,0,1]} function bal(l,x,d,r) {if(l)var h=l[5],hl=h;else var hl=0; if(r)var h$0=r[5],hr=h$0;else var hr=0; if((hr + 2 | 0) < hl) - {if(! l)return invalid_arg(cst_Map_bal$0); - var lr=l[4],ld=l[3],lv=l[2],ll=l[1],_wc_=height(lr); - if(_wc_ <= height(ll))return create(ll,lv,ld,create(lr,x,d,r)); - if(! lr)return invalid_arg(cst_Map_bal); - var - lrr=lr[4], - lrd=lr[3], - lrv=lr[2], - lrl=lr[1], - _wd_=create(lrr,x,d,r); - return create(create(ll,lv,ld,lrl),lrv,lrd,_wd_)} - if((hl + 2 | 0) >= hr) - {var _wg_=hr <= hl?hl + 1 | 0:hr + 1 | 0;return [0,l,x,d,r,_wg_]} - if(! r)return invalid_arg(cst_Map_bal$2); - var rr=r[4],rd=r[3],rv=r[2],rl=r[1],_we_=height(rl); - if(_we_ <= height(rr))return create(create(l,x,d,rl),rv,rd,rr); - if(! rl)return invalid_arg(cst_Map_bal$1); - var - rlr=rl[4], - rld=rl[3], - rlv=rl[2], - rll=rl[1], - _wf_=create(rlr,rv,rd,rr); - return create(create(l,x,d,rll),rlv,rld,_wf_)} + {if(l) + {var lr=l[4],ld=l[3],lv=l[2],ll=l[1],_wf_=height(lr); + if(_wf_ <= height(ll))return create(ll,lv,ld,create(lr,x,d,r)); + if(lr) + {var + lrr=lr[4], + lrd=lr[3], + lrv=lr[2], + lrl=lr[1], + _wg_=create(lrr,x,d,r); + return create(create(ll,lv,ld,lrl),lrv,lrd,_wg_)} + return invalid_arg(cst_Map_bal)} + return invalid_arg(cst_Map_bal$0)} + if((hl + 2 | 0) < hr) + {if(r) + {var rr=r[4],rd=r[3],rv=r[2],rl=r[1],_wh_=height(rl); + if(_wh_ <= height(rr))return create(create(l,x,d,rl),rv,rd,rr); + if(rl) + {var + rlr=rl[4], + rld=rl[3], + rlv=rl[2], + rll=rl[1], + _wi_=create(rlr,rv,rd,rr); + return create(create(l,x,d,rll),rlv,rld,_wi_)} + return invalid_arg(cst_Map_bal$1)} + return invalid_arg(cst_Map_bal$2)} + var _wj_=hr <= hl?hl + 1 | 0:hr + 1 | 0; + return [0,l,x,d,r,_wj_]} var empty=0; function is_empty(param){return param?0:1} function add(x,data,m) - {if(! m)return [0,0,x,data,0,1]; - var h=m[5],r=m[4],d=m[3],v=m[2],l=m[1],c=caml_call2(Ord[1],x,v); - if(0 === c)return d === data?m:[0,l,x,data,r,h]; - if(0 <= c){var rr=add(x,data,r);return r === rr?m:bal(l,v,d,rr)} - var ll=add(x,data,l); - return l === ll?m:bal(ll,v,d,r)} + {if(m) + {var h=m[5],r=m[4],d=m[3],v=m[2],l=m[1],c=caml_call2(Ord[1],x,v); + if(0 === c)return d === data?m:[0,l,x,data,r,h]; + if(0 <= c){var rr=add(x,data,r);return r === rr?m:bal(l,v,d,rr)} + var ll=add(x,data,l); + return l === ll?m:bal(ll,v,d,r)} + return [0,0,x,data,0,1]} function find(x,param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var - r=param$0[4], - d=param$0[3], - v=param$0[2], - l=param$0[1], - c=caml_call2(Ord[1],x,v); - if(0 === c)return d; - var param$1=0 <= c?r:l,param$0=param$1}} + {if(param$0) + {var + r=param$0[4], + d=param$0[3], + v=param$0[2], + l=param$0[1], + c=caml_call2(Ord[1],x,v); + if(0 === c)return d; + var param$1=0 <= c?r:l,param$0=param$1; + continue} + throw Not_found}} function find_first(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)throw Not_found; - var r$0=param$1[4],d$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=r$0;continue} - var v0=v$0,d0=d$0,param=l$0; - for(;;) - {if(! param)return [0,v0,d0]; - var r=param[4],d=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,d0=d,param=l;continue} - var param=r}}} + {if(param$1) + {var + r$0=param$1[4], + d$0=param$1[3], + v$0=param$1[2], + l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,d0=d$0,param=l$0; + for(;;) + {if(param) + {var r=param[4],d=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,d0=d,param=l;continue} + var param=r; + continue} + return [0,v0,d0]}} + var param$1=r$0; + continue} + throw Not_found}} function find_first_opt(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)return 0; - var r$0=param$1[4],d$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=r$0;continue} - var v0=v$0,d0=d$0,param=l$0; - for(;;) - {if(! param)return [0,[0,v0,d0]]; - var r=param[4],d=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,d0=d,param=l;continue} - var param=r}}} + {if(param$1) + {var + r$0=param$1[4], + d$0=param$1[3], + v$0=param$1[2], + l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,d0=d$0,param=l$0; + for(;;) + {if(param) + {var r=param[4],d=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,d0=d,param=l;continue} + var param=r; + continue} + return [0,[0,v0,d0]]}} + var param$1=r$0; + continue} + return 0}} function find_last(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)throw Not_found; - var r$0=param$1[4],d$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=l$0;continue} - var v0=v$0,d0=d$0,param=r$0; - for(;;) - {if(! param)return [0,v0,d0]; - var r=param[4],d=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,d0=d,param=r;continue} - var param=l}}} + {if(param$1) + {var + r$0=param$1[4], + d$0=param$1[3], + v$0=param$1[2], + l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,d0=d$0,param=r$0; + for(;;) + {if(param) + {var r=param[4],d=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,d0=d,param=r;continue} + var param=l; + continue} + return [0,v0,d0]}} + var param$1=l$0; + continue} + throw Not_found}} function find_last_opt(f,param$0) {var param$1=param$0; for(;;) - {if(! param$1)return 0; - var r$0=param$1[4],d$0=param$1[3],v$0=param$1[2],l$0=param$1[1]; - if(! caml_call1(f,v$0)){var param$1=l$0;continue} - var v0=v$0,d0=d$0,param=r$0; - for(;;) - {if(! param)return [0,[0,v0,d0]]; - var r=param[4],d=param[3],v=param[2],l=param[1]; - if(caml_call1(f,v)){var v0=v,d0=d,param=r;continue} - var param=l}}} + {if(param$1) + {var + r$0=param$1[4], + d$0=param$1[3], + v$0=param$1[2], + l$0=param$1[1]; + if(caml_call1(f,v$0)) + {var v0=v$0,d0=d$0,param=r$0; + for(;;) + {if(param) + {var r=param[4],d=param[3],v=param[2],l=param[1]; + if(caml_call1(f,v)){var v0=v,d0=d,param=r;continue} + var param=l; + continue} + return [0,[0,v0,d0]]}} + var param$1=l$0; + continue} + return 0}} function find_opt(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var - r=param$0[4], - d=param$0[3], - v=param$0[2], - l=param$0[1], - c=caml_call2(Ord[1],x,v); - if(0 === c)return [0,d]; - var param$1=0 <= c?r:l,param$0=param$1}} + {if(param$0) + {var + r=param$0[4], + d=param$0[3], + v=param$0[2], + l=param$0[1], + c=caml_call2(Ord[1],x,v); + if(0 === c)return [0,d]; + var param$1=0 <= c?r:l,param$0=param$1; + continue} + return 0}} function mem(x,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var - r=param$0[4], - v=param$0[2], - l=param$0[1], - c=caml_call2(Ord[1],x,v), - _wb_=0 === c?1:0; - if(_wb_)return _wb_; - var param$1=0 <= c?r:l,param$0=param$1}} + {if(param$0) + {var + r=param$0[4], + v=param$0[2], + l=param$0[1], + c=caml_call2(Ord[1],x,v), + _we_=0 === c?1:0; + if(_we_)return _we_; + var param$1=0 <= c?r:l,param$0=param$1; + continue} + return 0}} function min_binding(param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var _wa_=param$0[1]; - if(_wa_){var param$0=_wa_;continue} - var d=param$0[3],v=param$0[2]; - return [0,v,d]}} + {if(param$0) + {var _wd_=param$0[1]; + if(_wd_){var param$0=_wd_;continue} + var d=param$0[3],v=param$0[2]; + return [0,v,d]} + throw Not_found}} function min_binding_opt(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var _v$_=param$0[1]; - if(_v$_){var param$0=_v$_;continue} - var d=param$0[3],v=param$0[2]; - return [0,[0,v,d]]}} + {if(param$0) + {var _wc_=param$0[1]; + if(_wc_){var param$0=_wc_;continue} + var d=param$0[3],v=param$0[2]; + return [0,[0,v,d]]} + return 0}} function max_binding(param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - if(param$0[4]){var param$1=param$0[4],param$0=param$1;continue} - var d=param$0[3],v=param$0[2]; - return [0,v,d]}} + {if(param$0) + {if(param$0[4]){var param$1=param$0[4],param$0=param$1;continue} + var d=param$0[3],v=param$0[2]; + return [0,v,d]} + throw Not_found}} function max_binding_opt(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - if(param$0[4]){var param$1=param$0[4],param$0=param$1;continue} - var d=param$0[3],v=param$0[2]; - return [0,[0,v,d]]}} + {if(param$0) + {if(param$0[4]){var param$1=param$0[4],param$0=param$1;continue} + var d=param$0[3],v=param$0[2]; + return [0,[0,v,d]]} + return 0}} function remove_min_binding(param) - {if(! param)return invalid_arg(cst_Map_remove_min_elt); - var _v__=param[1]; - if(_v__) - {var r=param[4],d=param[3],v=param[2]; - return bal(remove_min_binding(_v__),v,d,r)} - var r$0=param[4]; - return r$0} - function _vJ_(t1,t2) - {if(! t1)return t2; - if(! t2)return t1; - var match=min_binding(t2),d=match[2],x=match[1]; - return bal(t1,x,d,remove_min_binding(t2))} + {if(param) + {var _wb_=param[1]; + if(_wb_) + {var r=param[4],d=param[3],v=param[2]; + return bal(remove_min_binding(_wb_),v,d,r)} + var r$0=param[4]; + return r$0} + return invalid_arg(cst_Map_remove_min_elt)} + function _vM_(t1,t2) + {if(t1) + {if(t2) + {var match=min_binding(t2),d=match[2],x=match[1]; + return bal(t1,x,d,remove_min_binding(t2))} + return t1} + return t2} function remove(x,m) - {if(! m)return 0; - var r=m[4],d=m[3],v=m[2],l=m[1],c=caml_call2(Ord[1],x,v); - if(0 === c)return _vJ_(l,r); - if(0 <= c){var rr=remove(x,r);return r === rr?m:bal(l,v,d,rr)} - var ll=remove(x,l); - return l === ll?m:bal(ll,v,d,r)} + {if(m) + {var r=m[4],d=m[3],v=m[2],l=m[1],c=caml_call2(Ord[1],x,v); + if(0 === c)return _vM_(l,r); + if(0 <= c){var rr=remove(x,r);return r === rr?m:bal(l,v,d,rr)} + var ll=remove(x,l); + return l === ll?m:bal(ll,v,d,r)} + return 0} function update(x,f,m) - {if(! m) - {var match$0=caml_call1(f,0); - if(! match$0)return 0; - var data$0=match$0[1]; - return [0,0,x,data$0,0,1]} - var h=m[5],r=m[4],d=m[3],v=m[2],l=m[1],c=caml_call2(Ord[1],x,v); - if(0 === c) - {var match=caml_call1(f,[0,d]); - if(! match)return _vJ_(l,r); - var data=match[1]; - return d === data?m:[0,l,x,data,r,h]} - if(0 <= c){var rr=update(x,f,r);return r === rr?m:bal(l,v,d,rr)} - var ll=update(x,f,l); - return l === ll?m:bal(ll,v,d,r)} + {if(m) + {var h=m[5],r=m[4],d=m[3],v=m[2],l=m[1],c=caml_call2(Ord[1],x,v); + if(0 === c) + {var match=caml_call1(f,[0,d]); + if(match) + {var data=match[1];return d === data?m:[0,l,x,data,r,h]} + return _vM_(l,r)} + if(0 <= c){var rr=update(x,f,r);return r === rr?m:bal(l,v,d,rr)} + var ll=update(x,f,l); + return l === ll?m:bal(ll,v,d,r)} + var match$0=caml_call1(f,0); + if(match$0){var data$0=match$0[1];return [0,0,x,data$0,0,1]} + return 0} function iter(f,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var r=param$0[4],d=param$0[3],v=param$0[2],l=param$0[1]; - iter(f,l); - caml_call2(f,v,d); - var param$0=r}} + {if(param$0) + {var r=param$0[4],d=param$0[3],v=param$0[2],l=param$0[1]; + iter(f,l); + caml_call2(f,v,d); + var param$0=r; + continue} + return 0}} function map(f,param) - {if(! param)return 0; - var - h=param[5], - r=param[4], - d=param[3], - v=param[2], - l=param[1], - l$0=map(f,l), - d$0=caml_call1(f,d), - r$0=map(f,r); - return [0,l$0,v,d$0,r$0,h]} + {if(param) + {var + h=param[5], + r=param[4], + d=param[3], + v=param[2], + l=param[1], + l$0=map(f,l), + d$0=caml_call1(f,d), + r$0=map(f,r); + return [0,l$0,v,d$0,r$0,h]} + return 0} function mapi(f,param) - {if(! param)return 0; - var - h=param[5], - r=param[4], - d=param[3], - v=param[2], - l=param[1], - l$0=mapi(f,l), - d$0=caml_call2(f,v,d), - r$0=mapi(f,r); - return [0,l$0,v,d$0,r$0,h]} + {if(param) + {var + h=param[5], + r=param[4], + d=param[3], + v=param[2], + l=param[1], + l$0=mapi(f,l), + d$0=caml_call2(f,v,d), + r$0=mapi(f,r); + return [0,l$0,v,d$0,r$0,h]} + return 0} function fold(f,m,accu) {var m$0=m,accu$0=accu; for(;;) - {if(! m$0)return accu$0; - var - r=m$0[4], - d=m$0[3], - v=m$0[2], - l=m$0[1], - accu$1=caml_call3(f,v,d,fold(f,l,accu$0)), - m$0=r, - accu$0=accu$1}} + {if(m$0) + {var + r=m$0[4], + d=m$0[3], + v=m$0[2], + l=m$0[1], + accu$1=caml_call3(f,v,d,fold(f,l,accu$0)), + m$0=r, + accu$0=accu$1; + continue} + return accu$0}} function for_all(p,param) {var param$0=param; for(;;) - {if(! param$0)return 1; - var - r=param$0[4], - d=param$0[3], - v=param$0[2], - l=param$0[1], - _v7_=caml_call2(p,v,d); - if(_v7_) - {var _v8_=for_all(p,l); - if(_v8_){var param$0=r;continue} - var _v9_=_v8_} - else - var _v9_=_v7_; - return _v9_}} + {if(param$0) + {var + r=param$0[4], + d=param$0[3], + v=param$0[2], + l=param$0[1], + _v__=caml_call2(p,v,d); + if(_v__) + {var _v$_=for_all(p,l); + if(_v$_){var param$0=r;continue} + var _wa_=_v$_} + else + var _wa_=_v__; + return _wa_} + return 1}} function exists(p,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var - r=param$0[4], - d=param$0[3], - v=param$0[2], - l=param$0[1], - _v4_=caml_call2(p,v,d); - if(_v4_) - var _v5_=_v4_; - else - {var _v6_=exists(p,l); - if(! _v6_){var param$0=r;continue} - var _v5_=_v6_} - return _v5_}} + {if(param$0) + {var + r=param$0[4], + d=param$0[3], + v=param$0[2], + l=param$0[1], + _v7_=caml_call2(p,v,d); + if(_v7_) + var _v8_=_v7_; + else + {var _v9_=exists(p,l); + if(! _v9_){var param$0=r;continue} + var _v8_=_v9_} + return _v8_} + return 0}} function add_min_binding(k,x,param) - {if(! param)return singleton(k,x); - var r=param[4],d=param[3],v=param[2],l=param[1]; - return bal(add_min_binding(k,x,l),v,d,r)} + {if(param) + {var r=param[4],d=param[3],v=param[2],l=param[1]; + return bal(add_min_binding(k,x,l),v,d,r)} + return singleton(k,x)} function add_max_binding(k,x,param) - {if(! param)return singleton(k,x); - var r=param[4],d=param[3],v=param[2],l=param[1]; - return bal(l,v,d,add_max_binding(k,x,r))} + {if(param) + {var r=param[4],d=param[3],v=param[2],l=param[1]; + return bal(l,v,d,add_max_binding(k,x,r))} + return singleton(k,x)} function join(l,v,d,r) - {if(! l)return add_min_binding(v,d,r); - if(! r)return add_max_binding(v,d,l); - var - rh=r[5], - rr=r[4], - rd=r[3], - rv=r[2], - rl=r[1], - lh=l[5], - lr=l[4], - ld=l[3], - lv=l[2], - ll=l[1]; - return (rh + 2 | 0) < lh - ?bal(ll,lv,ld,join(lr,v,d,r)) - :(lh + 2 | 0) < rh - ?bal(join(l,v,d,rl),rv,rd,rr) - :create(l,v,d,r)} + {if(l) + {if(r) + {var + rh=r[5], + rr=r[4], + rd=r[3], + rv=r[2], + rl=r[1], + lh=l[5], + lr=l[4], + ld=l[3], + lv=l[2], + ll=l[1]; + return (rh + 2 | 0) < lh + ?bal(ll,lv,ld,join(lr,v,d,r)) + :(lh + 2 | 0) < rh + ?bal(join(l,v,d,rl),rv,rd,rr) + :create(l,v,d,r)} + return add_max_binding(v,d,l)} + return add_min_binding(v,d,r)} function concat(t1,t2) - {if(! t1)return t2; - if(! t2)return t1; - var match=min_binding(t2),d=match[2],x=match[1]; - return join(t1,x,d,remove_min_binding(t2))} + {if(t1) + {if(t2) + {var match=min_binding(t2),d=match[2],x=match[1]; + return join(t1,x,d,remove_min_binding(t2))} + return t1} + return t2} function concat_or_join(t1,v,d,t2) - {if(! d)return concat(t1,t2);var d$0=d[1];return join(t1,v,d$0,t2)} + {if(d){var d$0=d[1];return join(t1,v,d$0,t2)}return concat(t1,t2)} function split(x,param) - {if(! param)return _W_; - var - r=param[4], - d=param[3], - v=param[2], - l=param[1], - c=caml_call2(Ord[1],x,v); - if(0 === c)return [0,l,[0,d],r]; - if(0 <= c) - {var match=split(x,r),rr=match[3],pres=match[2],lr=match[1]; - return [0,join(l,v,d,lr),pres,rr]} - var - match$0=split(x,l), - rl=match$0[3], - pres$0=match$0[2], - ll=match$0[1]; - return [0,ll,pres$0,join(rl,v,d,r)]} + {if(param) + {var + r=param[4], + d=param[3], + v=param[2], + l=param[1], + c=caml_call2(Ord[1],x,v); + if(0 === c)return [0,l,[0,d],r]; + if(0 <= c) + {var match=split(x,r),rr=match[3],pres=match[2],lr=match[1]; + return [0,join(l,v,d,lr),pres,rr]} + var + match$0=split(x,l), + rl=match$0[3], + pres$0=match$0[2], + ll=match$0[1]; + return [0,ll,pres$0,join(rl,v,d,r)]} + return _W_} function merge(f,s1,s2) {if(s1) {var h1=s1[5],r1=s1[4],d1=s1[3],v1=s1[2],l1=s1[1]; @@ -16677,24 +17125,25 @@ r2=match[3], d2=match[2], l2=match[1], - _v0_=merge(f,r1,r2), - _v1_=caml_call3(f,v1,[0,d1],d2); - return concat_or_join(merge(f,l1,l2),v1,_v1_,_v0_)}} + _v3_=merge(f,r1,r2), + _v4_=caml_call3(f,v1,[0,d1],d2); + return concat_or_join(merge(f,l1,l2),v1,_v4_,_v3_)}} else if(! s2)return 0; - if(! s2)throw [0,Assert_failure,_X_]; - var - r2$0=s2[4], - d2$0=s2[3], - v2=s2[2], - l2$0=s2[1], - match$0=split(v2,s1), - r1$0=match$0[3], - d1$0=match$0[2], - l1$0=match$0[1], - _v2_=merge(f,r1$0,r2$0), - _v3_=caml_call3(f,v2,d1$0,[0,d2$0]); - return concat_or_join(merge(f,l1$0,l2$0),v2,_v3_,_v2_)} + if(s2) + {var + r2$0=s2[4], + d2$0=s2[3], + v2=s2[2], + l2$0=s2[1], + match$0=split(v2,s1), + r1$0=match$0[3], + d1$0=match$0[2], + l1$0=match$0[1], + _v5_=merge(f,r1$0,r2$0), + _v6_=caml_call3(f,v2,d1$0,[0,d2$0]); + return concat_or_join(merge(f,l1$0,l2$0),v2,_v6_,_v5_)} + throw [0,Assert_failure,_X_]} function union(f,s1,s2) {if(s1) {if(s2) @@ -16717,9 +17166,10 @@ l2$0=match[1], l=union(f,l1,l2$0), r=union(f,r1,r2$0); - if(! d2$0)return join(l,v1,d1,r); - var d2$1=d2$0[1]; - return concat_or_join(l,v1,caml_call3(f,v1,d1,d2$1),r)} + if(d2$0) + {var d2$1=d2$0[1]; + return concat_or_join(l,v1,caml_call3(f,v1,d1,d2$1),r)} + return join(l,v1,d1,r)} var match$0=split(v2,s1), r1$0=match$0[3], @@ -16727,135 +17177,150 @@ l1$0=match$0[1], l$0=union(f,l1$0,l2), r$0=union(f,r1$0,r2); - if(! d1$0)return join(l$0,v2,d2,r$0); - var d1$1=d1$0[1]; - return concat_or_join(l$0,v2,caml_call3(f,v2,d1$1,d2),r$0)} + if(d1$0) + {var d1$1=d1$0[1]; + return concat_or_join(l$0,v2,caml_call3(f,v2,d1$1,d2),r$0)} + return join(l$0,v2,d2,r$0)} var s=s1} else var s=s2; return s} function filter(p,m) - {if(! m)return 0; - var - r=m[4], - d=m[3], - v=m[2], - l=m[1], - l$0=filter(p,l), - pvd=caml_call2(p,v,d), - r$0=filter(p,r); - if(! pvd)return concat(l$0,r$0); - if(l === l$0 && r === r$0)return m; - return join(l$0,v,d,r$0)} + {if(m) + {var + r=m[4], + d=m[3], + v=m[2], + l=m[1], + l$0=filter(p,l), + pvd=caml_call2(p,v,d), + r$0=filter(p,r); + if(pvd) + {if(l === l$0 && r === r$0)return m;return join(l$0,v,d,r$0)} + return concat(l$0,r$0)} + return 0} function filter_map(f,param) - {if(! param)return 0; - var - r=param[4], - d=param[3], - v=param[2], - l=param[1], - l$0=filter_map(f,l), - fvd=caml_call2(f,v,d), - r$0=filter_map(f,r); - if(! fvd)return concat(l$0,r$0); - var d$0=fvd[1]; - return join(l$0,v,d$0,r$0)} + {if(param) + {var + r=param[4], + d=param[3], + v=param[2], + l=param[1], + l$0=filter_map(f,l), + fvd=caml_call2(f,v,d), + r$0=filter_map(f,r); + if(fvd){var d$0=fvd[1];return join(l$0,v,d$0,r$0)} + return concat(l$0,r$0)} + return 0} function partition(p,param) - {if(! param)return _Y_; - var - r=param[4], - d=param[3], - v=param[2], - l=param[1], - match=partition(p,l), - lf=match[2], - lt=match[1], - pvd=caml_call2(p,v,d), - match$0=partition(p,r), - rf=match$0[2], - rt=match$0[1]; - if(pvd){var _vY_=concat(lf,rf);return [0,join(lt,v,d,rt),_vY_]} - var _vZ_=join(lf,v,d,rf); - return [0,concat(lt,rt),_vZ_]} + {if(param) + {var + r=param[4], + d=param[3], + v=param[2], + l=param[1], + match=partition(p,l), + lf=match[2], + lt=match[1], + pvd=caml_call2(p,v,d), + match$0=partition(p,r), + rf=match$0[2], + rt=match$0[1]; + if(pvd){var _v1_=concat(lf,rf);return [0,join(lt,v,d,rt),_v1_]} + var _v2_=join(lf,v,d,rf); + return [0,concat(lt,rt),_v2_]} + return _Y_} function cons_enum(m,e) {var m$0=m,e$0=e; for(;;) - {if(! m$0)return e$0; - var - r=m$0[4], - d=m$0[3], - v=m$0[2], - m$1=m$0[1], - e$1=[0,v,d,r,e$0], - m$0=m$1, - e$0=e$1}} + {if(m$0) + {var + r=m$0[4], + d=m$0[3], + v=m$0[2], + m$1=m$0[1], + e$1=[0,v,d,r,e$0], + m$0=m$1, + e$0=e$1; + continue} + return e$0}} function compare(cmp,m1,m2) {var e2$2=cons_enum(m2,0),e1$2=cons_enum(m1,0),e1=e1$2,e2=e2$2; for(;;) - {if(! e1)return e2?-1:0; - if(! e2)return 1; - var - e2$0=e2[4], - r2=e2[3], - d2=e2[2], - v2=e2[1], - e1$0=e1[4], - r1=e1[3], - d1=e1[2], - v1=e1[1], - c=caml_call2(Ord[1],v1,v2); - if(0 !== c)return c; - var c$0=caml_call2(cmp,d1,d2); - if(0 !== c$0)return c$0; - var - e2$1=cons_enum(r2,e2$0), - e1$1=cons_enum(r1,e1$0), - e1=e1$1, - e2=e2$1}} + {if(e1) + {if(e2) + {var + e2$0=e2[4], + r2=e2[3], + d2=e2[2], + v2=e2[1], + e1$0=e1[4], + r1=e1[3], + d1=e1[2], + v1=e1[1], + c=caml_call2(Ord[1],v1,v2); + if(0 === c) + {var c$0=caml_call2(cmp,d1,d2); + if(0 === c$0) + {var + e2$1=cons_enum(r2,e2$0), + e1$1=cons_enum(r1,e1$0), + e1=e1$1, + e2=e2$1; + continue} + return c$0} + return c} + return 1} + return e2?-1:0}} function equal(cmp,m1,m2) {var e2$2=cons_enum(m2,0),e1$2=cons_enum(m1,0),e1=e1$2,e2=e2$2; for(;;) - {if(! e1)return e2?0:1; - if(! e2)return 0; - var - e2$0=e2[4], - r2=e2[3], - d2=e2[2], - v2=e2[1], - e1$0=e1[4], - r1=e1[3], - d1=e1[2], - v1=e1[1], - _vV_=0 === caml_call2(Ord[1],v1,v2)?1:0; - if(_vV_) - {var _vW_=caml_call2(cmp,d1,d2); - if(_vW_) + {if(e1) + {if(e2) {var - e2$1=cons_enum(r2,e2$0), - e1$1=cons_enum(r1,e1$0), - e1=e1$1, - e2=e2$1; - continue} - var _vX_=_vW_} - else - var _vX_=_vV_; - return _vX_}} + e2$0=e2[4], + r2=e2[3], + d2=e2[2], + v2=e2[1], + e1$0=e1[4], + r1=e1[3], + d1=e1[2], + v1=e1[1], + _vY_=0 === caml_call2(Ord[1],v1,v2)?1:0; + if(_vY_) + {var _vZ_=caml_call2(cmp,d1,d2); + if(_vZ_) + {var + e2$1=cons_enum(r2,e2$0), + e1$1=cons_enum(r1,e1$0), + e1=e1$1, + e2=e2$1; + continue} + var _v0_=_vZ_} + else + var _v0_=_vY_; + return _v0_} + return 0} + return e2?0:1}} function cardinal(param) - {if(! param)return 0; - var r=param[4],l=param[1],_vU_=cardinal(r); - return (cardinal(l) + 1 | 0) + _vU_ | 0} + {if(param) + {var r=param[4],l=param[1],_vX_=cardinal(r); + return (cardinal(l) + 1 | 0) + _vX_ | 0} + return 0} function bindings_aux(accu,param) {var accu$0=accu,param$0=param; for(;;) - {if(! param$0)return accu$0; - var - r=param$0[4], - d=param$0[3], - v=param$0[2], - l=param$0[1], - accu$1=[0,[0,v,d],bindings_aux(accu$0,r)], - accu$0=accu$1, - param$0=l}} + {if(param$0) + {var + r=param$0[4], + d=param$0[3], + v=param$0[2], + l=param$0[1], + accu$1=[0,[0,v,d],bindings_aux(accu$0,r)], + accu$0=accu$1, + param$0=l; + continue} + return accu$0}} function bindings(s){return bindings_aux(0,s)} function add_seq(i,m) {return fold_left @@ -16865,33 +17330,37 @@ i)} function of_seq(i){return add_seq(i,empty)} function seq_of_enum(c,param) - {if(! c)return 0; - var rest=c[4],t=c[3],v=c[2],k=c[1],_vS_=cons_enum(t,rest); - return [0,[0,k,v],function(_vT_){return seq_of_enum(_vS_,_vT_)}]} + {if(c) + {var rest=c[4],t=c[3],v=c[2],k=c[1],_vV_=cons_enum(t,rest); + return [0,[0,k,v],function(_vW_){return seq_of_enum(_vV_,_vW_)}]} + return 0} function to_seq(m) - {var _vQ_=cons_enum(m,0); - return function(_vR_){return seq_of_enum(_vQ_,_vR_)}} + {var _vT_=cons_enum(m,0); + return function(_vU_){return seq_of_enum(_vT_,_vU_)}} function snoc_enum(s,e) {var s$0=s,e$0=e; for(;;) - {if(! s$0)return e$0; - var - s$1=s$0[4], - d=s$0[3], - v=s$0[2], - l=s$0[1], - e$1=[0,v,d,l,e$0], - s$0=s$1, - e$0=e$1}} + {if(s$0) + {var + s$1=s$0[4], + d=s$0[3], + v=s$0[2], + l=s$0[1], + e$1=[0,v,d,l,e$0], + s$0=s$1, + e$0=e$1; + continue} + return e$0}} function rev_seq_of_enum(c,param) - {if(! c)return 0; - var rest=c[4],t=c[3],v=c[2],k=c[1],_vO_=snoc_enum(t,rest); - return [0, - [0,k,v], - function(_vP_){return rev_seq_of_enum(_vO_,_vP_)}]} + {if(c) + {var rest=c[4],t=c[3],v=c[2],k=c[1],_vR_=snoc_enum(t,rest); + return [0, + [0,k,v], + function(_vS_){return rev_seq_of_enum(_vR_,_vS_)}]} + return 0} function to_rev_seq(c) - {var _vM_=snoc_enum(c,0); - return function(_vN_){return rev_seq_of_enum(_vM_,_vN_)}} + {var _vP_=snoc_enum(c,0); + return function(_vQ_){return rev_seq_of_enum(_vP_,_vQ_)}} function to_seq_from(low,m) {var m$0=m,c=0; for(;;) @@ -16906,10 +17375,10 @@ {if(0 <= n){var c$0=[0,v,d,r,c],m$0=l,c=c$0;continue} var m$0=r; continue} - var _vK_=[0,v,d,r,c]} + var _vN_=[0,v,d,r,c]} else - var _vK_=c; - return function(_vL_){return seq_of_enum(_vK_,_vL_)}}} + var _vN_=c; + return function(_vO_){return seq_of_enum(_vN_,_vO_)}}} return [0, empty, is_empty, @@ -16958,23 +17427,19 @@ function copy$3(s){return [0,s[1],s[2]]} function push(x,s){s[1] = [0,x,s[1]];s[2] = s[2] + 1 | 0;return 0} function pop(s) - {var _vI_=s[1]; - if(! _vI_)throw Empty; - var tl=_vI_[2],hd=_vI_[1]; - s[1] = tl; - s[2] = s[2] - 1 | 0; - return hd} + {var _vL_=s[1]; + if(_vL_) + {var tl=_vL_[2],hd=_vL_[1];s[1] = tl;s[2] = s[2] - 1 | 0;return hd} + throw Empty} function pop_opt(s) - {var _vH_=s[1]; - if(! _vH_)return 0; - var tl=_vH_[2],hd=_vH_[1]; - s[1] = tl; - s[2] = s[2] - 1 | 0; - return [0,hd]} + {var _vK_=s[1]; + if(_vK_) + {var tl=_vK_[2],hd=_vK_[1];s[1] = tl;s[2] = s[2] - 1 | 0;return [0,hd]} + return 0} function top(s) - {var _vG_=s[1];if(! _vG_)throw Empty;var hd=_vG_[1];return hd} + {var _vJ_=s[1];if(_vJ_){var hd=_vJ_[1];return hd}throw Empty} function top_opt(s) - {var _vF_=s[1];if(! _vF_)return 0;var hd=_vF_[1];return [0,hd]} + {var _vI_=s[1];if(_vI_){var hd=_vI_[1];return [0,hd]}return 0} function is_empty$0(s){return 0 === s[1]?1:0} function length$2(s){return s[2]} function iter$7(f,s){return iter$2(f,s[1])} @@ -17006,86 +17471,94 @@ function create$1(param){return [0,0,0,0]} function clear$0(q){q[1] = 0;q[2] = 0;q[3] = 0;return 0} function add(x,q) - {var cell=[0,x,0],_vE_=q[3]; - return _vE_ - ?(q[1] = q[1] + 1 | 0,_vE_[2] = cell,q[3] = cell,0) + {var cell=[0,x,0],_vH_=q[3]; + return _vH_ + ?(q[1] = q[1] + 1 | 0,_vH_[2] = cell,q[3] = cell,0) :(q[1] = 1,q[2] = cell,q[3] = cell,0)} function peek(q) - {var _vD_=q[2]; - if(! _vD_)throw Empty$0; - var content=_vD_[1]; - return content} + {var _vG_=q[2];if(_vG_){var content=_vG_[1];return content}throw Empty$0} function peek_opt(q) - {var _vC_=q[2];if(! _vC_)return 0;var content=_vC_[1];return [0,content]} + {var _vF_=q[2];if(_vF_){var content=_vF_[1];return [0,content]}return 0} function take$0(q) - {var _vA_=q[2]; - if(! _vA_)throw Empty$0; - var _vB_=_vA_[1]; - if(_vA_[2]) - {var next=_vA_[2];q[1] = q[1] - 1 | 0;q[2] = next;return _vB_} - clear$0(q); - return _vB_} + {var _vD_=q[2]; + if(_vD_) + {var _vE_=_vD_[1]; + if(_vD_[2]) + {var next=_vD_[2];q[1] = q[1] - 1 | 0;q[2] = next;return _vE_} + clear$0(q); + return _vE_} + throw Empty$0} function take_opt(q) - {var _vy_=q[2]; - if(! _vy_)return 0; - var _vz_=_vy_[1]; - if(_vy_[2]) - {var next=_vy_[2];q[1] = q[1] - 1 | 0;q[2] = next;return [0,_vz_]} - clear$0(q); - return [0,_vz_]} + {var _vB_=q[2]; + if(_vB_) + {var _vC_=_vB_[1]; + if(_vB_[2]) + {var next=_vB_[2];q[1] = q[1] - 1 | 0;q[2] = next;return [0,_vC_]} + clear$0(q); + return [0,_vC_]} + return 0} function copy$4(q) {var q_res=[0,q[1],0,0],prev=0,cell=q[2]; for(;;) - {if(! cell){q_res[3] = prev;return q_res} - var content=cell[1],next=cell[2],res=[0,content,0]; - if(prev)prev[2] = res;else q_res[2] = res; - var prev=res,cell=next}} + {if(cell) + {var content=cell[1],next=cell[2],res=[0,content,0]; + if(prev)prev[2] = res;else q_res[2] = res; + var prev=res,cell=next; + continue} + q_res[3] = prev; + return q_res}} function is_empty$1(q){return 0 === q[1]?1:0} function length$3(q){return q[1]} function iter$8(f,q) {var cell=q[2]; for(;;) - {if(! cell)return 0; - var content=cell[1],next=cell[2]; - caml_call1(f,content); - var cell=next}} + {if(cell) + {var content=cell[1],next=cell[2]; + caml_call1(f,content); + var cell=next; + continue} + return 0}} function fold$3(f,accu$1,q) {var accu=accu$1,cell=q[2]; for(;;) - {if(! cell)return accu; - var - content=cell[1], - next=cell[2], - accu$0=caml_call2(f,accu,content), - accu=accu$0, - cell=next}} + {if(cell) + {var + content=cell[1], + next=cell[2], + accu$0=caml_call2(f,accu,content), + accu=accu$0, + cell=next; + continue} + return accu}} function transfer(q1,q2) - {var _vw_=0 < q1[1]?1:0; - if(! _vw_)return _vw_; - var _vx_=q2[3]; - return _vx_ - ?(q2[1] - = - q2[1] - + - q1[1] - | - 0, - _vx_[2] - = - q1[2], - q2[3] - = - q1[3], - clear$0(q1)) - :(q2[1] = q1[1],q2[2] = q1[2],q2[3] = q1[3],clear$0(q1))} + {var _vz_=0 < q1[1]?1:0; + if(_vz_) + {var _vA_=q2[3]; + return _vA_ + ?(q2[1] + = + q2[1] + + + q1[1] + | + 0, + _vA_[2] + = + q1[2], + q2[3] + = + q1[3], + clear$0(q1)) + :(q2[1] = q1[1],q2[2] = q1[2],q2[3] = q1[3],clear$0(q1))} + return _vz_} function to_seq$7(q) {function aux(c,param) - {if(! c)return 0; - var x=c[1],next=c[2]; - return [0,x,function(_vv_){return aux(next,_vv_)}]} - var _vt_=q[2]; - return function(_vu_){return aux(_vt_,_vu_)}} + {if(c) + {var x=c[1],next=c[2]; + return [0,x,function(_vy_){return aux(next,_vy_)}]} + return 0} + var _vw_=q[2]; + return function(_vx_){return aux(_vw_,_vx_)}} function add_seq$0(q,i){return iter(function(x){return add(x,q)},i)} function of_seq$5(g){var q=create$1(0);add_seq$0(q,g);return q} var @@ -17116,9 +17589,9 @@ Failure$0=[248,cst_Stdlib_Stream_Failure,caml_fresh_oo_id(0)], Error=[248,cst_Stdlib_Stream_Error,caml_fresh_oo_id(0)]; function count(param) - {if(! param)return 0;var match=param[1],count=match[1];return count} + {if(param){var match=param[1],count=match[1];return count}return 0} function data(param) - {if(! param)return 0;var match=param[1],data=match[2];return data} + {if(param){var match=param[1],data=match[2];return data}return 0} function fill_buff(b) {b[3] = input(b[1],b[2],0,caml_ml_bytes_length(b[2]));b[4] = 0;return 0} function get_data(count,d) @@ -17128,28 +17601,28 @@ switch(d$0[0]) {case 1: var d2=d$0[2],d1=d$0[1],match=get_data(count,d1); - if(typeof match === "number"){var d$0=d2;continue} - if(0 !== match[0])throw [0,Assert_failure,_Z_]; - var d11=match[2],a=match[1]; - return [0,a,[1,d11,d2]]; + if(typeof match === "number") + {var d$0=d2;continue} + else + {if(0 === match[0]) + {var d11=match[2],a=match[1];return [0,a,[1,d11,d2]]} + throw [0,Assert_failure,_Z_]} case 2: var f=d$0[1], - _vp_=caml_obj_tag(f), - d$1=250 === _vp_?f[1]:246 === _vp_?force_lazy_block(f):f, + _vs_=caml_obj_tag(f), + d$1=250 === _vs_?f[1]:246 === _vs_?force_lazy_block(f):f, d$0=d$1; continue; case 3: - var _vq_=d$0[1],_vr_=_vq_[1]; - if(_vr_) - {var _vs_=_vr_[1]; - if(! _vs_)return 0; - var a$0=_vs_[1]; - _vq_[1] = 0; - return [0,a$0,d$0]} - var match$0=caml_call1(_vq_[2],count); + var _vt_=d$0[1],_vu_=_vt_[1]; + if(_vu_) + {var _vv_=_vu_[1]; + if(_vv_){var a$0=_vv_[1];_vt_[1] = 0;return [0,a$0,d$0]} + return 0} + var match$0=caml_call1(_vt_[2],count); if(match$0){var a$1=match$0[1];return [0,a$1,d$0]} - _vq_[1] = ___; + _vt_[1] = ___; return 0; case 4: var b=d$0[1]; @@ -17162,48 +17635,52 @@ return d$0}} function peek_data(s) {for(;;) - {var _vk_=s[2]; - if(typeof _vk_ === "number")return 0; - switch(_vk_[0]) - {case 0:var a=_vk_[1];return [0,a]; - case 1: - var d=get_data(s[1],s[2]); - if(typeof d === "number")return 0; - if(0 !== d[0])throw [0,Assert_failure,_$_]; - var a$0=d[1]; - s[2] = d; - return [0,a$0]; - case 2: - var - f=_vk_[1], - _vl_=caml_obj_tag(f), - _vm_=250 === _vl_?f[1]:246 === _vl_?force_lazy_block(f):f; - s[2] = _vm_; - continue; - case 3: - var _vn_=_vk_[1],_vo_=_vn_[1]; - if(_vo_){var a$1=_vo_[1];return a$1} - var x=caml_call1(_vn_[2],s[1]); - _vn_[1] = [0,x]; - return x; - default: - var b=_vk_[1]; - if(b[3] <= b[4])fill_buff(b); - return 0 === b[3]?(s[2] = 0,0):[0,caml_bytes_unsafe_get(b[2],b[4])]}}} + {var _vn_=s[2]; + if(typeof _vn_ === "number") + return 0; + else + switch(_vn_[0]) + {case 0:var a=_vn_[1];return [0,a]; + case 1: + var d=get_data(s[1],s[2]); + if(typeof d === "number") + return 0; + else + {if(0 === d[0]){var a$0=d[1];s[2] = d;return [0,a$0]} + throw [0,Assert_failure,_$_]} + case 2: + var + f=_vn_[1], + _vo_=caml_obj_tag(f), + _vp_=250 === _vo_?f[1]:246 === _vo_?force_lazy_block(f):f; + s[2] = _vp_; + continue; + case 3: + var _vq_=_vn_[1],_vr_=_vq_[1]; + if(_vr_){var a$1=_vr_[1];return a$1} + var x=caml_call1(_vq_[2],s[1]); + _vq_[1] = [0,x]; + return x; + default: + var b=_vn_[1]; + if(b[3] <= b[4])fill_buff(b); + return 0 === b[3] + ?(s[2] = 0,0) + :[0,caml_bytes_unsafe_get(b[2],b[4])]}}} function peek$0(param) - {if(! param)return 0;var s=param[1];return peek_data(s)} + {if(param){var s=param[1];return peek_data(s)}return 0} function junk_data(s) {for(;;) - {var _vi_=s[2]; - if(typeof _vi_ !== "number") - switch(_vi_[0]) - {case 0:var d=_vi_[2];s[1] = s[1] + 1 | 0;s[2] = d;return 0; + {var _vl_=s[2]; + if(typeof _vl_ !== "number") + switch(_vl_[0]) + {case 0:var d=_vl_[2];s[1] = s[1] + 1 | 0;s[2] = d;return 0; case 3: - var _vj_=_vi_[1]; - if(_vj_[1]){s[1] = s[1] + 1 | 0;_vj_[1] = 0;return 0} + var _vm_=_vl_[1]; + if(_vm_[1]){s[1] = s[1] + 1 | 0;_vm_[1] = 0;return 0} break; case 4: - var b=_vi_[1]; + var b=_vl_[1]; if(b[3] <= b[4])fill_buff(b); return 0 === b[3] ?(s[2] = 0,0) @@ -17213,48 +17690,47 @@ if(match)continue; return 0}} function junk(param) - {if(! param)return 0;var data=param[1];return junk_data(data)} + {if(param){var data=param[1];return junk_data(data)}return 0} function nget_data(n,s) - {if(0 >= n)return [0,0,s[2],0]; - var match=peek_data(s); - if(! match)return [0,0,s[2],0]; - var a=match[1]; - junk_data(s); - var - match$0=nget_data(n - 1 | 0,s), - k=match$0[3], - d=match$0[2], - al=match$0[1]; - return [0,[0,a,al],[0,a,d],k + 1 | 0]} + {if(0 < n) + {var match=peek_data(s); + if(match) + {var a=match[1]; + junk_data(s); + var + match$0=nget_data(n - 1 | 0,s), + k=match$0[3], + d=match$0[2], + al=match$0[1]; + return [0,[0,a,al],[0,a,d],k + 1 | 0]} + return [0,0,s[2],0]} + return [0,0,s[2],0]} function npeek(n,param) - {if(! param)return 0; - var - d$0=param[1], - match=nget_data(n,d$0), - len=match[3], - d=match[2], - al=match[1]; - d$0[1] = d$0[1] - len | 0; - d$0[2] = d; - return al} + {if(param) + {var + d$0=param[1], + match=nget_data(n,d$0), + len=match[3], + d=match[2], + al=match[1]; + d$0[1] = d$0[1] - len | 0; + d$0[2] = d; + return al} + return 0} function next(s) {var match=peek$0(s); - if(! match)throw Failure$0; - var a=match[1]; - junk(s); - return a} + if(match){var a=match[1];junk(s);return a} + throw Failure$0} function empty$2(s){var match=peek$0(s);if(match)throw Failure$0;return 0} function iter$9(f,strm) {for(;;) {var match=peek$0(strm); - if(! match)return 0; - var a=match[1]; - junk(strm); - caml_call1(f,a)}} + if(match){var a=match[1];junk(strm);caml_call1(f,a);continue} + return 0}} function from(f){return [0,[0,0,[3,[0,0,f]]]]} function of_list$1(l) - {var _vh_=0; - return [0,[0,0,fold_right(function(x,l){return [0,x,l]},l,_vh_)]]} + {var _vk_=0; + return [0,[0,0,fold_right(function(x,l){return [0,x,l]},l,_vk_)]]} function of_string(s) {var count=[0,0]; return from @@ -17273,7 +17749,7 @@ :0})} function of_channel(ic) {return [0,[0,0,[4,[0,ic,caml_create_bytes(4096),0,0]]]]} - function iapp(i,s){var _vg_=data(s);return [0,[0,0,[1,data(i),_vg_]]]} + function iapp(i,s){var _vj_=data(s);return [0,[0,0,[1,data(i),_vj_]]]} function icons(i,s){return [0,[0,0,[0,i,data(s)]]]} function ising(i){return [0,[0,0,[0,i,0]]]} function lapp(f,s) @@ -17282,21 +17758,21 @@ 0, [2, [246, - function(_ve_) - {var _vf_=data(s);return [1,data(caml_call1(f,0)),_vf_]}]]]]} + function(_vh_) + {var _vi_=data(s);return [1,data(caml_call1(f,0)),_vi_]}]]]]} function lcons(f,s) {return [0, [0, 0, [2, [246, - function(_vc_) - {var _vd_=data(s);return [0,caml_call1(f,0),_vd_]}]]]]} + function(_vf_) + {var _vg_=data(s);return [0,caml_call1(f,0),_vg_]}]]]]} function lsing(f) - {return [0,[0,0,[2,[246,function(_vb_){return [0,caml_call1(f,0),0]}]]]]} + {return [0,[0,0,[2,[246,function(_ve_){return [0,caml_call1(f,0),0]}]]]]} var sempty=0; function slazy(f) - {return [0,[0,0,[2,[246,function(_va_){return data(caml_call1(f,0))}]]]]} + {return [0,[0,0,[2,[246,function(_vd_){return data(caml_call1(f,0))}]]]]} function dump(f,s) {print_string(cst_count); print_int(count(s)); @@ -17305,25 +17781,27 @@ print_string(cst$6); return print_newline(0)} function dump_data(f,param) - {if(typeof param === "number")return print_string(cst_Sempty); - switch(param[0]) - {case 0: - var d=param[2],a=param[1]; - print_string(cst_Scons); - caml_call1(f,a); - print_string(cst$7); - dump_data(f,d); - return print_string(cst$8); - case 1: - var d2=param[2],d1=param[1]; - print_string(cst_Sapp); - dump_data(f,d1); - print_string(cst$9); - dump_data(f,d2); - return print_string(cst$10); - case 2:return print_string(cst_Slazy); - case 3:return print_string(cst_Sgen); - default:return print_string(cst_Sbuffio)}} + {if(typeof param === "number") + return print_string(cst_Sempty); + else + switch(param[0]) + {case 0: + var d=param[2],a=param[1]; + print_string(cst_Scons); + caml_call1(f,a); + print_string(cst$7); + dump_data(f,d); + return print_string(cst$8); + case 1: + var d2=param[2],d1=param[1]; + print_string(cst_Sapp); + dump_data(f,d1); + print_string(cst$9); + dump_data(f,d2); + return print_string(cst$10); + case 2:return print_string(cst_Slazy); + case 3:return print_string(cst_Sgen); + default:return print_string(cst_Sbuffio)}} var Stdlib_Stream= [0, @@ -17360,7 +17838,7 @@ function contents(b){return sub_string(b[1],0,b[2])} function to_bytes$0(b){return sub(b[1],0,b[2])} function sub$3(b,ofs,len) - {if(0 <= ofs && 0 <= len && (b[2] - len | 0) >= ofs) + {if(0 <= ofs && 0 <= len && ! ((b[2] - len | 0) < ofs)) return sub_string(b[1],ofs,len); return invalid_arg(cst_Buffer_sub)} function blit$3(src,srcoff,dst,dstoff,len) @@ -17373,21 +17851,19 @@ <= srcoff && - (src[2] - len | 0) - >= - srcoff + ! + ((src[2] - len | 0) < srcoff) && 0 <= dstoff && - (caml_ml_bytes_length(dst) - len | 0) - >= - dstoff) + ! + ((caml_ml_bytes_length(dst) - len | 0) < dstoff)) return caml_blit_bytes(src[1],srcoff,dst,dstoff,len); return invalid_arg(cst_Buffer_blit)} function nth$0(b,ofs) - {if(0 <= ofs && b[2] > ofs)return caml_bytes_unsafe_get(b[1],ofs); + {if(0 <= ofs && ! (b[2] <= ofs))return caml_bytes_unsafe_get(b[1],ofs); return invalid_arg(cst_Buffer_nth)} function length$4(b){return b[2]} function clear$1(b){b[2] = 0;return 0} @@ -17407,9 +17883,10 @@ blit(b[1],0,new_buffer,0,b[2]); b[1] = new_buffer; b[3] = new_len[1]; - if((b[2] + more | 0) > b[3])throw [0,Assert_failure,_ab_]; - if((old_pos + more | 0) <= b[3])return 0; - throw [0,Assert_failure,_aa_]}} + if((b[2] + more | 0) <= b[3]) + {if((old_pos + more | 0) <= b[3])return 0; + throw [0,Assert_failure,_aa_]} + throw [0,Assert_failure,_ab_]}} function add_char(b,c) {var pos=b[2]; if(b[3] <= pos)resize(b,1); @@ -17442,14 +17919,14 @@ b[2] = pos + n | 0; return 0}} function add_substring(b,s,offset,len) - {var _u9_=offset < 0?1:0; - if(_u9_) - var _u__=_u9_; + {var _va_=offset < 0?1:0; + if(_va_) + var _vb_=_va_; else var - _u$_=len < 0?1:0, - _u__=_u$_ || ((caml_ml_string_length(s) - len | 0) < offset?1:0); - if(_u__)invalid_arg(cst_Buffer_add_substring_add_s); + _vc_=len < 0?1:0, + _vb_=_vc_ || ((caml_ml_string_length(s) - len | 0) < offset?1:0); + if(_vb_)invalid_arg(cst_Buffer_add_substring_add_s); var new_position=b[2] + len | 0; if(b[3] < new_position)resize(b,len); caml_blit_string(s,offset,b[1],b[2],len); @@ -17466,13 +17943,13 @@ function add_bytes(b,s){return add_string(b,caml_string_of_bytes(s))} function add_buffer(b,bs){return add_subbytes(b,bs[1],0,bs[2])} function add_channel(b,ic,len) - {var _u7_=len < 0?1:0,_u8_=_u7_ || (max_string_length < len?1:0); - if(_u8_)invalid_arg(cst_Buffer_add_channel); + {var _u__=len < 0?1:0,_u$_=_u__ || (max_string_length < len?1:0); + if(_u$_)invalid_arg(cst_Buffer_add_channel); if(b[3] < (b[2] + len | 0))resize(b,len); - var already_read=0,ofs=b[2],to_read=len,_u6_=b[1]; + var already_read=0,ofs=b[2],to_read=len,_u9_=b[1]; for(;;) {if(0 !== to_read) - {var r=input(ic,_u6_,ofs,to_read); + {var r=input(ic,_u9_,ofs,to_read); if(0 !== r) {var already_read$0=already_read + r | 0, @@ -17482,19 +17959,71 @@ ofs=ofs$0, to_read=to_read$0; continue}} - if((b[2] + already_read | 0) > b[3])throw [0,Assert_failure,_ac_]; - b[2] = b[2] + already_read | 0; - if(already_read < len)throw End_of_file; - return 0}} + if((b[2] + already_read | 0) <= b[3]) + {b[2] = b[2] + already_read | 0; + if(already_read < len)throw End_of_file; + return 0} + throw [0,Assert_failure,_ac_]}} function output_buffer(oc,b){return output(oc,b[1],0,b[2])} function add_substitute(b,f,s) {var lim$1=caml_ml_string_length(s),previous=32,i$7=0; for(;;) - {if(i$7 >= lim$1) - {var _u5_=92 === previous?1:0;return _u5_?add_char(b,previous):_u5_} - var current=caml_string_get(s,i$7); - if(36 !== current) - {if(92 === previous) + {if(i$7 < lim$1) + {var current=caml_string_get(s,i$7); + if(36 === current) + {if(92 === previous) + {add_char(b,current); + var i$8=i$7 + 1 | 0,previous=32,i$7=i$8; + continue} + var start=i$7 + 1 | 0; + if(lim$1 <= start)throw Not_found; + var opening=caml_string_get(s,start),switch$0=0; + if(40 !== opening && 123 !== opening) + {var i$6=start + 1 | 0,lim$0=caml_ml_string_length(s),i$3=i$6; + for(;;) + {if(lim$0 <= i$3) + var stop=lim$0; + else + {var match=caml_string_get(s,i$3),switch$1=0; + if(91 <= match) + {if(97 <= match) + {if(! (123 <= match))switch$1 = 1} + else + if(95 === match)switch$1 = 1} + else + if(58 <= match) + {if(65 <= match)switch$1 = 1} + else + if(48 <= match)switch$1 = 1; + if(switch$1){var i$4=i$3 + 1 | 0,i$3=i$4;continue} + var stop=i$3} + var match$0=[0,sub$0(s,start,stop - start | 0),stop]; + switch$0 = 1; + break}} + if(! switch$0) + {var i$5=start + 1 | 0,k$2=0; + if(40 === opening) + var _u7_=41; + else + {if(123 !== opening)throw [0,Assert_failure,_ad_];var _u7_=125} + var lim=caml_ml_string_length(s),k=k$2,i=i$5; + for(;;) + {if(lim <= i)throw Not_found; + if(caml_string_get(s,i) === opening) + {var i$0=i + 1 | 0,k$0=k + 1 | 0,k=k$0,i=i$0;continue} + if(caml_string_get(s,i) !== _u7_) + {var i$2=i + 1 | 0,i=i$2;continue} + if(0 !== k) + {var i$1=i + 1 | 0,k$1=k - 1 | 0,k=k$1,i=i$1;continue} + var + match$0= + [0,sub$0(s,i$5,(i - start | 0) - 1 | 0),i + 1 | 0]; + break}} + var next_i=match$0[2],ident=match$0[1]; + add_string(b,caml_call1(f,ident)); + var previous=32,i$7=next_i; + continue} + if(92 === previous) {add_char(b,92); add_char(b,current); var i$9=i$7 + 1 | 0,previous=32,i$7=i$9; @@ -17504,73 +18033,27 @@ add_char(b,current); var i$11=i$7 + 1 | 0,previous=current,i$7=i$11; continue} - if(92 === previous) - {add_char(b,current); - var i$8=i$7 + 1 | 0,previous=32,i$7=i$8; - continue} - var start=i$7 + 1 | 0; - if(lim$1 <= start)throw Not_found; - var opening=caml_string_get(s,start),switch$0=0; - if(40 !== opening && 123 !== opening) - {var i$6=start + 1 | 0,lim$0=caml_ml_string_length(s),i$3=i$6; - for(;;) - {if(lim$0 <= i$3) - var stop=lim$0; - else - {var match=caml_string_get(s,i$3),switch$1=0; - if(91 <= match) - {if(97 <= match) - {if(123 > match)switch$1 = 1} - else - if(95 === match)switch$1 = 1} - else - if(58 <= match) - {if(65 <= match)switch$1 = 1} - else - if(48 <= match)switch$1 = 1; - if(switch$1){var i$4=i$3 + 1 | 0,i$3=i$4;continue} - var stop=i$3} - var match$0=[0,sub$0(s,start,stop - start | 0),stop]; - switch$0 = 1; - break}} - if(! switch$0) - {var i$5=start + 1 | 0,k$2=0; - if(40 === opening) - var _u4_=41; - else - {if(123 !== opening)throw [0,Assert_failure,_ad_];var _u4_=125} - var lim=caml_ml_string_length(s),k=k$2,i=i$5; - for(;;) - {if(lim <= i)throw Not_found; - if(caml_string_get(s,i) === opening) - {var i$0=i + 1 | 0,k$0=k + 1 | 0,k=k$0,i=i$0;continue} - if(caml_string_get(s,i) !== _u4_) - {var i$2=i + 1 | 0,i=i$2;continue} - if(0 !== k){var i$1=i + 1 | 0,k$1=k - 1 | 0,k=k$1,i=i$1;continue} - var match$0=[0,sub$0(s,i$5,(i - start | 0) - 1 | 0),i + 1 | 0]; - break}} - var next_i=match$0[2],ident=match$0[1]; - add_string(b,caml_call1(f,ident)); - var previous=32,i$7=next_i}} + var _u8_=92 === previous?1:0; + return _u8_?add_char(b,previous):_u8_}} function truncate(b,len) - {if(0 <= len && b[2] >= len){b[2] = len;return 0} + {if(0 <= len && ! (b[2] < len)){b[2] = len;return 0} return invalid_arg(cst_Buffer_truncate)} function to_seq$8(b) {function aux(i,param) {if(b[2] <= i)return 0; - var x=caml_bytes_unsafe_get(b[1],i),_u2_=i + 1 | 0; - return [0,x,function(_u3_){return aux(_u2_,_u3_)}]} - var _u0_=0; - return function(_u1_){return aux(_u0_,_u1_)}} + var x=caml_bytes_unsafe_get(b[1],i),_u5_=i + 1 | 0; + return [0,x,function(_u6_){return aux(_u5_,_u6_)}]} + var _u3_=0; + return function(_u4_){return aux(_u3_,_u4_)}} function to_seqi$3(b) {function aux(i,param) {if(b[2] <= i)return 0; - var x=caml_bytes_unsafe_get(b[1],i),_uY_=i + 1 | 0; - return [0,[0,i,x],function(_uZ_){return aux(_uY_,_uZ_)}]} - var _uW_=0; - return function(_uX_){return aux(_uW_,_uX_)}} + var x=caml_bytes_unsafe_get(b[1],i),_u1_=i + 1 | 0; + return [0,[0,i,x],function(_u2_){return aux(_u1_,_u2_)}]} + var _uZ_=0; + return function(_u0_){return aux(_uZ_,_u0_)}} function add_seq$1(b,seq) - {return iter(function(_uV_){return add_char(b,_uV_)},seq)} + {return iter(function(_uY_){return add_char(b,_uY_)},seq)} function of_seq$6(i){var b=create$2(32);add_seq$1(b,i);return b} function add_int8(b,x) {var new_position=b[2] + 1 | 0; @@ -17662,14 +18145,14 @@ for(;;) {caml_bytes_set (char_set$0,i,char_of_int(caml_string_get(char_set,i) ^ 255)); - var _uU_=i + 1 | 0; - if(31 === i)return caml_string_of_bytes(char_set$0); - var i=_uU_}} + var _uX_=i + 1 | 0; + if(31 !== i){var i=_uX_;continue} + return caml_string_of_bytes(char_set$0)}} function is_in_char_set(char_set,c) {var str_ind=c >>> 3 | 0,mask=1 << (c & 7); return 0 !== (caml_string_get(char_set,str_ind) & mask)?1:0} function pad_of_pad_opt(pad_opt) - {if(! pad_opt)return 0;var width=pad_opt[1];return [0,1,width]} + {if(pad_opt){var width=pad_opt[1];return [0,1,width]}return 0} function param_format_of_ignored_format(ign,fmt) {if(typeof ign === "number") switch(ign) @@ -17677,38 +18160,39 @@ case 1:return [0,[1,fmt]]; case 2:return [0,[19,fmt]]; default:return [0,[22,fmt]]} - switch(ign[0]) - {case 0:var pad_opt=ign[1];return [0,[2,pad_of_pad_opt(pad_opt),fmt]]; - case 1: - var pad_opt$0=ign[1];return [0,[3,pad_of_pad_opt(pad_opt$0),fmt]]; - case 2: - var pad_opt$1=ign[2],iconv=ign[1]; - return [0,[4,iconv,pad_of_pad_opt(pad_opt$1),0,fmt]]; - case 3: - var pad_opt$2=ign[2],iconv$0=ign[1]; - return [0,[5,iconv$0,pad_of_pad_opt(pad_opt$2),0,fmt]]; - case 4: - var pad_opt$3=ign[2],iconv$1=ign[1]; - return [0,[6,iconv$1,pad_of_pad_opt(pad_opt$3),0,fmt]]; - case 5: - var pad_opt$4=ign[2],iconv$2=ign[1]; - return [0,[7,iconv$2,pad_of_pad_opt(pad_opt$4),0,fmt]]; - case 6: - var prec_opt=ign[2],pad_opt$5=ign[1]; - if(prec_opt)var ndec=prec_opt[1],_uT_=[0,ndec];else var _uT_=0; - return [0,[8,_ae_,pad_of_pad_opt(pad_opt$5),_uT_,fmt]]; - case 7: - var pad_opt$6=ign[1];return [0,[9,pad_of_pad_opt(pad_opt$6),fmt]]; - case 8: - var fmtty=ign[2],pad_opt$7=ign[1]; - return [0,[13,pad_opt$7,fmtty,fmt]]; - case 9: - var fmtty$0=ign[2],pad_opt$8=ign[1]; - return [0,[14,pad_opt$8,fmtty$0,fmt]]; - case 10: - var char_set=ign[2],width_opt=ign[1]; - return [0,[20,width_opt,char_set,fmt]]; - default:var counter=ign[1];return [0,[21,counter,fmt]]}} + else + switch(ign[0]) + {case 0:var pad_opt=ign[1];return [0,[2,pad_of_pad_opt(pad_opt),fmt]]; + case 1: + var pad_opt$0=ign[1];return [0,[3,pad_of_pad_opt(pad_opt$0),fmt]]; + case 2: + var pad_opt$1=ign[2],iconv=ign[1]; + return [0,[4,iconv,pad_of_pad_opt(pad_opt$1),0,fmt]]; + case 3: + var pad_opt$2=ign[2],iconv$0=ign[1]; + return [0,[5,iconv$0,pad_of_pad_opt(pad_opt$2),0,fmt]]; + case 4: + var pad_opt$3=ign[2],iconv$1=ign[1]; + return [0,[6,iconv$1,pad_of_pad_opt(pad_opt$3),0,fmt]]; + case 5: + var pad_opt$4=ign[2],iconv$2=ign[1]; + return [0,[7,iconv$2,pad_of_pad_opt(pad_opt$4),0,fmt]]; + case 6: + var prec_opt=ign[2],pad_opt$5=ign[1]; + if(prec_opt)var ndec=prec_opt[1],_uW_=[0,ndec];else var _uW_=0; + return [0,[8,_ae_,pad_of_pad_opt(pad_opt$5),_uW_,fmt]]; + case 7: + var pad_opt$6=ign[1];return [0,[9,pad_of_pad_opt(pad_opt$6),fmt]]; + case 8: + var fmtty=ign[2],pad_opt$7=ign[1]; + return [0,[13,pad_opt$7,fmtty,fmt]]; + case 9: + var fmtty$0=ign[2],pad_opt$8=ign[1]; + return [0,[14,pad_opt$8,fmtty$0,fmt]]; + case 10: + var char_set=ign[2],width_opt=ign[1]; + return [0,[20,width_opt,char_set,fmt]]; + default:var counter=ign[1];return [0,[21,counter,fmt]]}} function default_float_precision(fconv){return 5 === fconv[2]?12:-6} function buffer_create(init_size) {return [0,0,caml_create_bytes(init_size)]} @@ -17716,17 +18200,17 @@ {var len=caml_ml_bytes_length(buf[2]), min_len=buf[1] + overhead | 0, - _uR_=len < min_len?1:0; - if(_uR_) + _uU_=len < min_len?1:0; + if(_uU_) {var new_len=max$1(len * 2 | 0,min_len), new_str=caml_create_bytes(new_len); blit(buf[2],0,new_str,0,len); buf[2] = new_str; - var _uS_=0} + var _uV_=0} else - var _uS_=_uR_; - return _uS_} + var _uV_=_uU_; + return _uV_} function buffer_add_char(buf,c) {buffer_check_size(buf,1); caml_bytes_set(buf[2],buf[1],c); @@ -17774,18 +18258,21 @@ function bprint_ignored_flag(buf,ign_flag) {return ign_flag?buffer_add_char(buf,95):ign_flag} function bprint_pad_opt(buf,pad_opt) - {if(! pad_opt)return 0; - var width=pad_opt[1]; - return buffer_add_string(buf,caml_string_of_jsbytes("" + width))} + {if(pad_opt) + {var width=pad_opt[1]; + return buffer_add_string(buf,caml_string_of_jsbytes("" + width))} + return 0} function bprint_padding(buf,pad) - {if(typeof pad === "number")return 0; - if(0 === pad[0]) - {var n=pad[2],padty=pad[1]; - bprint_padty(buf,padty); - return buffer_add_string(buf,caml_string_of_jsbytes("" + n))} - var padty$0=pad[1]; - bprint_padty(buf,padty$0); - return buffer_add_char(buf,42)} + {if(typeof pad === "number") + return 0; + else + {if(0 === pad[0]) + {var n=pad[2],padty=pad[1]; + bprint_padty(buf,padty); + return buffer_add_string(buf,caml_string_of_jsbytes("" + n))} + var padty$0=pad[1]; + bprint_padty(buf,padty$0); + return buffer_add_char(buf,42)}} function bprint_precision(buf,prec) {if(typeof prec === "number")return prec?buffer_add_string(buf,cst$11):0; var n=prec[1]; @@ -17828,26 +18315,29 @@ case 4:return cst$16; case 5:return cst$17; default:return cst$18} - switch(formatting_lit[0]) - {case 0:var str=formatting_lit[1];return str; - case 1:var str$0=formatting_lit[1];return str$0; - default:var c=formatting_lit[1];return cat(cst$19,make$1(1,c))}} + else + switch(formatting_lit[0]) + {case 0:var str=formatting_lit[1];return str; + case 1:var str$0=formatting_lit[1];return str$0; + default:var c=formatting_lit[1];return cat(cst$19,make$1(1,c))}} function bprint_char_literal(buf,chr) {return 37 === chr?buffer_add_string(buf,cst$20):buffer_add_char(buf,chr)} function bprint_string_literal(buf,str) - {var _uP_=caml_ml_string_length(str) - 1 | 0,_uO_=0; - if(_uP_ >= 0) - {var i=_uO_; + {var _uS_=caml_ml_string_length(str) - 1 | 0,_uR_=0; + if(! (_uS_ < 0)) + {var i=_uR_; for(;;) {bprint_char_literal(buf,caml_string_get(str,i)); - var _uQ_=i + 1 | 0; - if(_uP_ !== i){var i=_uQ_;continue} + var _uT_=i + 1 | 0; + if(_uS_ !== i){var i=_uT_;continue} break}} return 0} function bprint_fmtty(buf,fmtty) {var fmtty$0=fmtty; for(;;) - {if(typeof fmtty$0 === "number")return 0; + if(typeof fmtty$0 === "number") + return 0; + else switch(fmtty$0[0]) {case 0: var rest=fmtty$0[1]; @@ -17927,18 +18417,18 @@ var rest$13=fmtty$0[1]; buffer_add_string(buf,cst_r$1); var fmtty$0=rest$13; - continue}}} + continue}} function int_of_custom_arity(param) - {if(! param)return 0; - var x=param[1]; - return 1 + int_of_custom_arity(x) | 0} + {if(param){var x=param[1];return 1 + int_of_custom_arity(x) | 0}return 0} function string_of_fmt(fmt) {var buf=buffer_create(16); function fmtiter(fmt,ign_flag) {var fmt$0=fmt,ign_flag$0=ign_flag; a: for(;;) - {if(typeof fmt$0 === "number")return 0; + if(typeof fmt$0 === "number") + return 0; + else switch(fmt$0[0]) {case 0: var rest=fmt$0[1]; @@ -18120,33 +18610,33 @@ :buffer_add_char(buf,c)}; buffer_add_char(buf,91); var - _uE_= + _uH_= is_in_char_set(char_set,0) ?(buffer_add_char(buf,94),rev_char_set(char_set)) :char_set, is_alone$0= - function(_uJ_) + function(_uM_) {function is_alone(c) {var after=chr(c + 1 | 0), before=chr(c - 1 | 0), - _uK_=is_in_char_set(_uJ_,c); - if(_uK_) + _uN_=is_in_char_set(_uM_,c); + if(_uN_) var - _uL_=is_in_char_set(_uJ_,before), - _uM_=_uL_?is_in_char_set(_uJ_,after):_uL_, - _uN_=1 - _uM_; + _uO_=is_in_char_set(_uM_,before), + _uP_=_uO_?is_in_char_set(_uM_,after):_uO_, + _uQ_=1 - _uP_; else - var _uN_=_uK_; - return _uN_} + var _uQ_=_uN_; + return _uQ_} return is_alone}, - is_alone=is_alone$0(_uE_); + is_alone=is_alone$0(_uH_); if(is_alone(93))buffer_add_char(buf,93); var i=1; b: for(;;) {if(i < 256) - {if(! is_in_char_set(_uE_,char_of_int(i))) + {if(! is_in_char_set(_uH_,char_of_int(i))) {var i$0=i + 1 | 0,i=i$0;continue} var match=char_of_int(i),switcher=match - 45 | 0,switch$0=0; if(48 < switcher >>> 0) @@ -18157,7 +18647,7 @@ switch$0 = 1} if(switch$0) {var i$1=i + 1 | 0; - if(! is_in_char_set(_uE_,char_of_int(i$1))) + if(! is_in_char_set(_uH_,char_of_int(i$1))) {print_char(buf,i$1 - 1 | 0); var i$6=i$1 + 1 | 0,i=i$6; continue} @@ -18172,7 +18662,7 @@ switch$1 = 1; else if(46 < switcher$0 - 1 >>> 0) - {if(! is_in_char_set(_uE_,char_of_int(i$1 + 1 | 0))) + {if(! is_in_char_set(_uH_,char_of_int(i$1 + 1 | 0))) {print_char(buf,i$1 - 1 | 0); var i$5=i$1 + 1 | 0,i=i$5; continue} @@ -18180,14 +18670,14 @@ else switch$1 = 1; if(switch$1) - {if(! is_in_char_set(_uE_,char_of_int(i$1 + 1 | 0))) + {if(! is_in_char_set(_uH_,char_of_int(i$1 + 1 | 0))) {print_char(buf,i$1 - 1 | 0); print_char(buf,i$1); var i$4=i$1 + 2 | 0,i=i$4; continue} var j=i$1 + 2 | 0,i$3=i$1 - 1 | 0,j$0=j; for(;;) - {if(256 !== j$0 && is_in_char_set(_uE_,char_of_int(j$0))) + {if(256 !== j$0 && is_in_char_set(_uH_,char_of_int(j$0))) {var j$1=j$0 + 1 | 0,j$0=j$1;continue} print_char(buf,i$3); print_char(buf,45); @@ -18203,10 +18693,10 @@ buffer_add_char(buf,37); bprint_ignored_flag(buf,ign_flag$0); switch(counter) - {case 0:var _uF_=108;break; - case 1:var _uF_=110;break; - default:var _uF_=78} - buffer_add_char(buf,_uF_); + {case 0:var _uI_=108;break; + case 1:var _uI_=110;break; + default:var _uI_=78} + buffer_add_char(buf,_uI_); var fmt$0=rest$20,ign_flag$0=0; continue; case 22: @@ -18229,43 +18719,51 @@ var rest$23=fmt$0[3], arity=fmt$0[1], - _uH_=int_of_custom_arity(arity), - _uG_=1; - if(_uH_ >= 1) - {var i$8=_uG_; + _uK_=int_of_custom_arity(arity), + _uJ_=1; + if(! (_uK_ < 1)) + {var i$8=_uJ_; for(;;) {buffer_add_char(buf,37); bprint_ignored_flag(buf,ign_flag$0); buffer_add_char(buf,63); - var _uI_=i$8 + 1 | 0; - if(_uH_ !== i$8){var i$8=_uI_;continue} + var _uL_=i$8 + 1 | 0; + if(_uK_ !== i$8){var i$8=_uL_;continue} break}} var fmt$0=rest$23,ign_flag$0=0; - continue}}} + continue}} fmtiter(fmt,0); return buffer_contents(buf)} function symm(param) - {if(typeof param === "number")return 0; - switch(param[0]) - {case 0:var rest=param[1];return [0,symm(rest)]; - case 1:var rest$0=param[1];return [1,symm(rest$0)]; - case 2:var rest$1=param[1];return [2,symm(rest$1)]; - case 3:var rest$2=param[1];return [3,symm(rest$2)]; - case 4:var rest$3=param[1];return [4,symm(rest$3)]; - case 5:var rest$4=param[1];return [5,symm(rest$4)]; - case 6:var rest$5=param[1];return [6,symm(rest$5)]; - case 7:var rest$6=param[1];return [7,symm(rest$6)]; - case 8:var rest$7=param[2],ty=param[1];return [8,ty,symm(rest$7)]; - case 9: - var rest$8=param[3],ty2=param[2],ty1=param[1]; - return [9,ty2,ty1,symm(rest$8)]; - case 10:var rest$9=param[1];return [10,symm(rest$9)]; - case 11:var rest$10=param[1];return [11,symm(rest$10)]; - case 12:var rest$11=param[1];return [12,symm(rest$11)]; - case 13:var rest$12=param[1];return [13,symm(rest$12)]; - default:var rest$13=param[1];return [14,symm(rest$13)]}} + {if(typeof param === "number") + return 0; + else + switch(param[0]) + {case 0:var rest=param[1];return [0,symm(rest)]; + case 1:var rest$0=param[1];return [1,symm(rest$0)]; + case 2:var rest$1=param[1];return [2,symm(rest$1)]; + case 3:var rest$2=param[1];return [3,symm(rest$2)]; + case 4:var rest$3=param[1];return [4,symm(rest$3)]; + case 5:var rest$4=param[1];return [5,symm(rest$4)]; + case 6:var rest$5=param[1];return [6,symm(rest$5)]; + case 7:var rest$6=param[1];return [7,symm(rest$6)]; + case 8:var rest$7=param[2],ty=param[1];return [8,ty,symm(rest$7)]; + case 9: + var rest$8=param[3],ty2=param[2],ty1=param[1]; + return [9,ty2,ty1,symm(rest$8)]; + case 10:var rest$9=param[1];return [10,symm(rest$9)]; + case 11:var rest$10=param[1];return [11,symm(rest$10)]; + case 12:var rest$11=param[1];return [12,symm(rest$11)]; + case 13:var rest$12=param[1];return [13,symm(rest$12)]; + default:var rest$13=param[1];return [14,symm(rest$13)]}} function fmtty_rel_det(param) - {if(typeof param !== "number") + {if(typeof param === "number") + {var + _uj_=function(param){return 0}, + _uk_=function(param){return 0}, + _ul_=function(param){return 0}; + return [0,function(param){return 0},_ul_,_uk_,_uj_]} + else switch(param[0]) {case 0: var @@ -18275,8 +18773,8 @@ ed=match[3], af=match[2], fa=match[1], - _uj_=function(param){caml_call1(af,0);return 0}; - return [0,function(param){caml_call1(fa,0);return 0},_uj_,ed,de]; + _um_=function(param){caml_call1(af,0);return 0}; + return [0,function(param){caml_call1(fa,0);return 0},_um_,ed,de]; case 1: var rest$0=param[1], @@ -18285,10 +18783,10 @@ ed$0=match$0[3], af$0=match$0[2], fa$0=match$0[1], - _uk_=function(param){caml_call1(af$0,0);return 0}; + _un_=function(param){caml_call1(af$0,0);return 0}; return [0, function(param){caml_call1(fa$0,0);return 0}, - _uk_, + _un_, ed$0, de$0]; case 2: @@ -18299,10 +18797,10 @@ ed$1=match$1[3], af$1=match$1[2], fa$1=match$1[1], - _ul_=function(param){caml_call1(af$1,0);return 0}; + _uo_=function(param){caml_call1(af$1,0);return 0}; return [0, function(param){caml_call1(fa$1,0);return 0}, - _ul_, + _uo_, ed$1, de$1]; case 3: @@ -18313,10 +18811,10 @@ ed$2=match$2[3], af$2=match$2[2], fa$2=match$2[1], - _um_=function(param){caml_call1(af$2,0);return 0}; + _up_=function(param){caml_call1(af$2,0);return 0}; return [0, function(param){caml_call1(fa$2,0);return 0}, - _um_, + _up_, ed$2, de$2]; case 4: @@ -18327,10 +18825,10 @@ ed$3=match$3[3], af$3=match$3[2], fa$3=match$3[1], - _un_=function(param){caml_call1(af$3,0);return 0}; + _uq_=function(param){caml_call1(af$3,0);return 0}; return [0, function(param){caml_call1(fa$3,0);return 0}, - _un_, + _uq_, ed$3, de$3]; case 5: @@ -18341,10 +18839,10 @@ ed$4=match$4[3], af$4=match$4[2], fa$4=match$4[1], - _uo_=function(param){caml_call1(af$4,0);return 0}; + _ur_=function(param){caml_call1(af$4,0);return 0}; return [0, function(param){caml_call1(fa$4,0);return 0}, - _uo_, + _ur_, ed$4, de$4]; case 6: @@ -18355,10 +18853,10 @@ ed$5=match$5[3], af$5=match$5[2], fa$5=match$5[1], - _up_=function(param){caml_call1(af$5,0);return 0}; + _us_=function(param){caml_call1(af$5,0);return 0}; return [0, function(param){caml_call1(fa$5,0);return 0}, - _up_, + _us_, ed$5, de$5]; case 7: @@ -18369,10 +18867,10 @@ ed$6=match$6[3], af$6=match$6[2], fa$6=match$6[1], - _uq_=function(param){caml_call1(af$6,0);return 0}; + _ut_=function(param){caml_call1(af$6,0);return 0}; return [0, function(param){caml_call1(fa$6,0);return 0}, - _uq_, + _ut_, ed$6, de$6]; case 8: @@ -18383,10 +18881,10 @@ ed$7=match$7[3], af$7=match$7[2], fa$7=match$7[1], - _ur_=function(param){caml_call1(af$7,0);return 0}; + _uu_=function(param){caml_call1(af$7,0);return 0}; return [0, function(param){caml_call1(fa$7,0);return 0}, - _ur_, + _uu_, ed$7, de$7]; case 9: @@ -18405,15 +18903,15 @@ dj=match$9[3], ga=match$9[2], ag=match$9[1], - _us_=function(param){caml_call1(jd,0);caml_call1(de$8,0);return 0}, - _ut_=function(param){caml_call1(ed$8,0);caml_call1(dj,0);return 0}, - _uu_=function(param){caml_call1(ga,0);caml_call1(af$8,0);return 0}; + _uv_=function(param){caml_call1(jd,0);caml_call1(de$8,0);return 0}, + _uw_=function(param){caml_call1(ed$8,0);caml_call1(dj,0);return 0}, + _ux_=function(param){caml_call1(ga,0);caml_call1(af$8,0);return 0}; return [0, function(param) {caml_call1(fa$8,0);caml_call1(ag,0);return 0}, - _uu_, - _ut_, - _us_]; + _ux_, + _uw_, + _uv_]; case 10: var rest$9=param[1], @@ -18422,10 +18920,10 @@ ed$9=match$10[3], af$9=match$10[2], fa$9=match$10[1], - _uv_=function(param){caml_call1(af$9,0);return 0}; + _uy_=function(param){caml_call1(af$9,0);return 0}; return [0, function(param){caml_call1(fa$9,0);return 0}, - _uv_, + _uy_, ed$9, de$9]; case 11: @@ -18436,10 +18934,10 @@ ed$10=match$11[3], af$10=match$11[2], fa$10=match$11[1], - _uw_=function(param){caml_call1(af$10,0);return 0}; + _uz_=function(param){caml_call1(af$10,0);return 0}; return [0, function(param){caml_call1(fa$10,0);return 0}, - _uw_, + _uz_, ed$10, de$10]; case 12: @@ -18450,10 +18948,10 @@ ed$11=match$12[3], af$11=match$12[2], fa$11=match$12[1], - _ux_=function(param){caml_call1(af$11,0);return 0}; + _uA_=function(param){caml_call1(af$11,0);return 0}; return [0, function(param){caml_call1(fa$11,0);return 0}, - _ux_, + _uA_, ed$11, de$11]; case 13: @@ -18464,14 +18962,14 @@ ed$12=match$13[3], af$12=match$13[2], fa$12=match$13[1], - _uy_=function(param){caml_call1(de$12,0);return 0}, - _uz_=function(param){caml_call1(ed$12,0);return 0}, - _uA_=function(param){caml_call1(af$12,0);return 0}; + _uB_=function(param){caml_call1(de$12,0);return 0}, + _uC_=function(param){caml_call1(ed$12,0);return 0}, + _uD_=function(param){caml_call1(af$12,0);return 0}; return [0, function(param){caml_call1(fa$12,0);return 0}, - _uA_, - _uz_, - _uy_]; + _uD_, + _uC_, + _uB_]; default: var rest$13=param[1], @@ -18480,22 +18978,20 @@ ed$13=match$14[3], af$13=match$14[2], fa$13=match$14[1], - _uB_=function(param){caml_call1(de$13,0);return 0}, - _uC_=function(param){caml_call1(ed$13,0);return 0}, - _uD_=function(param){caml_call1(af$13,0);return 0}; + _uE_=function(param){caml_call1(de$13,0);return 0}, + _uF_=function(param){caml_call1(ed$13,0);return 0}, + _uG_=function(param){caml_call1(af$13,0);return 0}; return [0, function(param){caml_call1(fa$13,0);return 0}, - _uD_, - _uC_, - _uB_]} - function _ug_(param){return 0} - function _uh_(param){return 0} - function _ui_(param){return 0} - return [0,function(param){return 0},_ui_,_uh_,_ug_]} + _uG_, + _uF_, + _uE_]}} function trans(ty1,ty2) {var switch$0=0; if(typeof ty1 === "number") - {if(typeof ty2 === "number")return 0; + if(typeof ty2 === "number") + return 0; + else switch(ty2[0]) {case 10:break; case 11:switch$0 = 1;break; @@ -18504,14 +19000,14 @@ case 14:switch$0 = 4;break; case 8:switch$0 = 5;break; case 9:switch$0 = 6;break; - default:throw [0,Assert_failure,_af_]}} + default:throw [0,Assert_failure,_af_]} else switch(ty1[0]) {case 0: - var switch$1=0,_tZ_=ty1[1]; + var switch$1=0,_t2_=ty1[1]; if(typeof ty2 !== "number") switch(ty2[0]) - {case 0:var rest2=ty2[1];return [0,trans(_tZ_,rest2)]; + {case 0:var rest2=ty2[1];return [0,trans(_t2_,rest2)]; case 8:switch$0 = 5;switch$1 = 1;break; case 9:switch$0 = 6;switch$1 = 1;break; case 10:switch$1 = 1;break; @@ -18523,10 +19019,10 @@ if(! switch$1)switch$0 = 7; break; case 1: - var switch$2=0,_t0_=ty1[1]; + var switch$2=0,_t3_=ty1[1]; if(typeof ty2 !== "number") switch(ty2[0]) - {case 1:var rest2$0=ty2[1];return [1,trans(_t0_,rest2$0)]; + {case 1:var rest2$0=ty2[1];return [1,trans(_t3_,rest2$0)]; case 8:switch$0 = 5;switch$2 = 1;break; case 9:switch$0 = 6;switch$2 = 1;break; case 10:switch$2 = 1;break; @@ -18538,12 +19034,12 @@ if(! switch$2)switch$0 = 7; break; case 2: - var switch$3=0,_t1_=ty1[1]; + var switch$3=0,_t4_=ty1[1]; if(typeof ty2 === "number") switch$3 = 1; else switch(ty2[0]) - {case 2:var rest2$1=ty2[1];return [2,trans(_t1_,rest2$1)]; + {case 2:var rest2$1=ty2[1];return [2,trans(_t4_,rest2$1)]; case 8:switch$0 = 5;break; case 9:switch$0 = 6;break; case 10:break; @@ -18555,12 +19051,12 @@ if(switch$3)switch$0 = 7; break; case 3: - var switch$4=0,_t2_=ty1[1]; + var switch$4=0,_t5_=ty1[1]; if(typeof ty2 === "number") switch$4 = 1; else switch(ty2[0]) - {case 3:var rest2$2=ty2[1];return [3,trans(_t2_,rest2$2)]; + {case 3:var rest2$2=ty2[1];return [3,trans(_t5_,rest2$2)]; case 8:switch$0 = 5;break; case 9:switch$0 = 6;break; case 10:break; @@ -18572,12 +19068,12 @@ if(switch$4)switch$0 = 7; break; case 4: - var switch$5=0,_t3_=ty1[1]; + var switch$5=0,_t6_=ty1[1]; if(typeof ty2 === "number") switch$5 = 1; else switch(ty2[0]) - {case 4:var rest2$3=ty2[1];return [4,trans(_t3_,rest2$3)]; + {case 4:var rest2$3=ty2[1];return [4,trans(_t6_,rest2$3)]; case 8:switch$0 = 5;break; case 9:switch$0 = 6;break; case 10:break; @@ -18589,12 +19085,12 @@ if(switch$5)switch$0 = 7; break; case 5: - var switch$6=0,_t4_=ty1[1]; + var switch$6=0,_t7_=ty1[1]; if(typeof ty2 === "number") switch$6 = 1; else switch(ty2[0]) - {case 5:var rest2$4=ty2[1];return [5,trans(_t4_,rest2$4)]; + {case 5:var rest2$4=ty2[1];return [5,trans(_t7_,rest2$4)]; case 8:switch$0 = 5;break; case 9:switch$0 = 6;break; case 10:break; @@ -18606,12 +19102,12 @@ if(switch$6)switch$0 = 7; break; case 6: - var switch$7=0,_t5_=ty1[1]; + var switch$7=0,_t8_=ty1[1]; if(typeof ty2 === "number") switch$7 = 1; else switch(ty2[0]) - {case 6:var rest2$5=ty2[1];return [6,trans(_t5_,rest2$5)]; + {case 6:var rest2$5=ty2[1];return [6,trans(_t8_,rest2$5)]; case 8:switch$0 = 5;break; case 9:switch$0 = 6;break; case 10:break; @@ -18623,12 +19119,12 @@ if(switch$7)switch$0 = 7; break; case 7: - var switch$8=0,_t6_=ty1[1]; + var switch$8=0,_t9_=ty1[1]; if(typeof ty2 === "number") switch$8 = 1; else switch(ty2[0]) - {case 7:var rest2$6=ty2[1];return [7,trans(_t6_,rest2$6)]; + {case 7:var rest2$6=ty2[1];return [7,trans(_t9_,rest2$6)]; case 8:switch$0 = 5;break; case 9:switch$0 = 6;break; case 10:break; @@ -18640,14 +19136,14 @@ if(switch$8)switch$0 = 7; break; case 8: - var switch$9=0,_t7_=ty1[2],_t8_=ty1[1]; + var switch$9=0,_t__=ty1[2],_t$_=ty1[1]; if(typeof ty2 === "number") switch$9 = 1; else switch(ty2[0]) {case 8: - var rest2$7=ty2[2],ty2$0=ty2[1],_t9_=trans(_t7_,rest2$7); - return [8,trans(_t8_,ty2$0),_t9_]; + var rest2$7=ty2[2],ty2$0=ty2[1],_ua_=trans(_t__,rest2$7); + return [8,trans(_t$_,ty2$0),_ua_]; case 10:break; case 11:switch$0 = 1;break; case 12:switch$0 = 2;break; @@ -18657,7 +19153,7 @@ if(switch$9)throw [0,Assert_failure,_ao_]; break; case 9: - var switch$10=0,_t__=ty1[3],_t$_=ty1[2],_ua_=ty1[1]; + var switch$10=0,_ub_=ty1[3],_uc_=ty1[2],_ud_=ty1[1]; if(typeof ty2 === "number") switch$10 = 1; else @@ -18668,13 +19164,13 @@ rest2$8=ty2[3], ty22=ty2[2], ty21=ty2[1], - ty=trans(symm(_t$_),ty21), + ty=trans(symm(_uc_),ty21), match=fmtty_rel_det(ty), f4=match[4], f2=match[2]; caml_call1(f2,0); caml_call1(f4,0); - return [9,_ua_,ty22,trans(_t__,rest2$8)]; + return [9,_ud_,ty22,trans(_ub_,rest2$8)]; case 10:break; case 11:switch$0 = 1;break; case 12:switch$0 = 2;break; @@ -18684,35 +19180,35 @@ if(switch$10)throw [0,Assert_failure,_ap_]; break; case 10: - var _ub_=ty1[1]; + var _ue_=ty1[1]; if(typeof ty2 !== "number" && 10 === ty2[0]) - {var rest2$9=ty2[1];return [10,trans(_ub_,rest2$9)]} + {var rest2$9=ty2[1];return [10,trans(_ue_,rest2$9)]} throw [0,Assert_failure,_aq_]; case 11: - var switch$11=0,_uc_=ty1[1]; + var switch$11=0,_uf_=ty1[1]; if(typeof ty2 === "number") switch$11 = 1; else switch(ty2[0]) {case 10:break; - case 11:var rest2$10=ty2[1];return [11,trans(_uc_,rest2$10)]; + case 11:var rest2$10=ty2[1];return [11,trans(_uf_,rest2$10)]; default:switch$11 = 1} if(switch$11)throw [0,Assert_failure,_ar_]; break; case 12: - var switch$12=0,_ud_=ty1[1]; + var switch$12=0,_ug_=ty1[1]; if(typeof ty2 === "number") switch$12 = 1; else switch(ty2[0]) {case 10:break; case 11:switch$0 = 1;break; - case 12:var rest2$11=ty2[1];return [12,trans(_ud_,rest2$11)]; + case 12:var rest2$11=ty2[1];return [12,trans(_ug_,rest2$11)]; default:switch$12 = 1} if(switch$12)throw [0,Assert_failure,_as_]; break; case 13: - var switch$13=0,_ue_=ty1[1]; + var switch$13=0,_uh_=ty1[1]; if(typeof ty2 === "number") switch$13 = 1; else @@ -18720,12 +19216,12 @@ {case 10:break; case 11:switch$0 = 1;break; case 12:switch$0 = 2;break; - case 13:var rest2$12=ty2[1];return [13,trans(_ue_,rest2$12)]; + case 13:var rest2$12=ty2[1];return [13,trans(_uh_,rest2$12)]; default:switch$13 = 1} if(switch$13)throw [0,Assert_failure,_at_]; break; default: - var switch$14=0,_uf_=ty1[1]; + var switch$14=0,_ui_=ty1[1]; if(typeof ty2 === "number") switch$14 = 1; else @@ -18734,7 +19230,7 @@ case 11:switch$0 = 1;break; case 12:switch$0 = 2;break; case 13:switch$0 = 3;break; - case 14:var rest2$13=ty2[1];return [14,trans(_uf_,rest2$13)]; + case 14:var rest2$13=ty2[1];return [14,trans(_ui_,rest2$13)]; default:switch$14 = 1} if(switch$14)throw [0,Assert_failure,_au_]} switch(switch$0) @@ -18749,13 +19245,15 @@ function fmtty_of_padding_fmtty(pad,fmtty) {return typeof pad === "number"?fmtty:0 === pad[0]?fmtty:[2,fmtty]} function fmtty_of_custom(arity,fmtty) - {if(! arity)return fmtty; - var arity$0=arity[1]; - return [12,fmtty_of_custom(arity$0,fmtty)]} + {if(arity) + {var arity$0=arity[1];return [12,fmtty_of_custom(arity$0,fmtty)]} + return fmtty} function fmtty_of_fmt(fmtty) {var fmtty$0=fmtty; for(;;) - {if(typeof fmtty$0 === "number")return 0; + if(typeof fmtty$0 === "number") + return 0; + else switch(fmtty$0[0]) {case 0:var rest=fmtty$0[1];return [0,fmtty_of_fmt(rest)]; case 1:var rest$0=fmtty$0[1];return [0,fmtty_of_fmt(rest$0)]; @@ -18824,15 +19322,15 @@ var rest$13=fmtty$0[2], fmting_gen=fmtty$0[1], - _tX_=fmtty_of_fmt(rest$13); + _t0_=fmtty_of_fmt(rest$13); if(0 === fmting_gen[0]) - var match=fmting_gen[1],fmt=match[1],_tY_=fmtty_of_fmt(fmt); + var match=fmting_gen[1],fmt=match[1],_t1_=fmtty_of_fmt(fmt); else var match$0=fmting_gen[1], fmt$0=match$0[1], - _tY_=fmtty_of_fmt(fmt$0); - return concat_fmtty(_tY_,_tX_); + _t1_=fmtty_of_fmt(fmt$0); + return concat_fmtty(_t1_,_t0_); case 19:var rest$14=fmtty$0[1];return [13,fmtty_of_fmt(rest$14)]; case 20:var rest$15=fmtty$0[3];return [1,fmtty_of_fmt(rest$15)]; case 21:var rest$16=fmtty$0[2];return [2,fmtty_of_fmt(rest$16)]; @@ -18845,588 +19343,602 @@ case 1:var fmtty$0=rest$18;continue; case 2:return [14,fmtty_of_fmt(rest$18)]; default:var fmtty$0=rest$18;continue} - switch(ign[0]) - {case 0:var fmtty$0=rest$18;continue; - case 1:var fmtty$0=rest$18;continue; - case 2:var fmtty$0=rest$18;continue; - case 3:var fmtty$0=rest$18;continue; - case 4:var fmtty$0=rest$18;continue; - case 5:var fmtty$0=rest$18;continue; - case 6:var fmtty$0=rest$18;continue; - case 7:var fmtty$0=rest$18;continue; - case 8:var fmtty$0=rest$18;continue; - case 9: - var fmtty$5=ign[2]; - return concat_fmtty(fmtty$5,fmtty_of_fmt(rest$18)); - case 10:var fmtty$0=rest$18;continue; - default:var fmtty$0=rest$18;continue} + else + switch(ign[0]) + {case 0:var fmtty$0=rest$18;continue; + case 1:var fmtty$0=rest$18;continue; + case 2:var fmtty$0=rest$18;continue; + case 3:var fmtty$0=rest$18;continue; + case 4:var fmtty$0=rest$18;continue; + case 5:var fmtty$0=rest$18;continue; + case 6:var fmtty$0=rest$18;continue; + case 7:var fmtty$0=rest$18;continue; + case 8:var fmtty$0=rest$18;continue; + case 9: + var fmtty$5=ign[2]; + return concat_fmtty(fmtty$5,fmtty_of_fmt(rest$18)); + case 10:var fmtty$0=rest$18;continue; + default:var fmtty$0=rest$18;continue} default: var rest$19=fmtty$0[3],arity=fmtty$0[1]; - return fmtty_of_custom(arity,fmtty_of_fmt(rest$19))}}} + return fmtty_of_custom(arity,fmtty_of_fmt(rest$19))}} function fmtty_of_precision_fmtty(prec,fmtty) {return typeof prec === "number"?prec?[2,fmtty]:fmtty:fmtty} var Type_mismatch= [248,cst_CamlinternalFormat_Type_mi,caml_fresh_oo_id(0)]; function type_padding(pad,fmtty) - {if(typeof pad === "number")return [0,0,fmtty]; - if(0 === pad[0]){var w=pad[2],padty=pad[1];return [0,[0,padty,w],fmtty]} - if(typeof fmtty !== "number" && 2 === fmtty[0]) - {var rest=fmtty[1],padty$0=pad[1];return [0,[1,padty$0],rest]} - throw Type_mismatch} + {if(typeof pad === "number") + return [0,0,fmtty]; + else + {if(0 === pad[0]) + {var w=pad[2],padty=pad[1];return [0,[0,padty,w],fmtty]} + if(typeof fmtty !== "number" && 2 === fmtty[0]) + {var rest=fmtty[1],padty$0=pad[1];return [0,[1,padty$0],rest]} + throw Type_mismatch}} function type_padprec(pad,prec,fmtty) {var match=type_padding(pad,fmtty); - if(typeof prec !== "number") - {var rest$1=match[2],pad$2=match[1],p=prec[1]; - return [0,pad$2,[0,p],rest$1]} - if(! prec){var rest$0=match[2],pad$1=match[1];return [0,pad$1,0,rest$0]} - var _tW_=match[2]; - if(typeof _tW_ !== "number" && 2 === _tW_[0]) - {var rest=_tW_[1],pad$0=match[1];return [0,pad$0,1,rest]} - throw Type_mismatch} + if(typeof prec === "number") + {if(prec) + {var _tZ_=match[2]; + if(typeof _tZ_ !== "number" && 2 === _tZ_[0]) + {var rest=_tZ_[1],pad$0=match[1];return [0,pad$0,1,rest]} + throw Type_mismatch} + var rest$0=match[2],pad$1=match[1]; + return [0,pad$1,0,rest$0]} + var rest$1=match[2],pad$2=match[1],p=prec[1]; + return [0,pad$2,[0,p],rest$1]} function type_format(fmt,fmtty) - {var _tV_=type_format_gen(fmt,fmtty); - if(typeof _tV_[2] !== "number")throw Type_mismatch; - var fmt$0=_tV_[1]; - return fmt$0} + {var _tY_=type_format_gen(fmt,fmtty); + if(typeof _tY_[2] === "number"){var fmt$0=_tY_[1];return fmt$0} + throw Type_mismatch} function type_ignored_param_one(ign,fmt,fmtty) {var match=type_format_gen(fmt,fmtty),fmtty$0=match[2],fmt$0=match[1]; return [0,[23,ign,fmt$0],fmtty$0]} function type_format_gen(fmt,fmtty) - {if(typeof fmt === "number")return [0,0,fmtty]; - switch(fmt[0]) - {case 0: - if(typeof fmtty !== "number" && 0 === fmtty[0]) - {var - fmtty_rest=fmtty[1], - fmt_rest=fmt[1], - match=type_format_gen(fmt_rest,fmtty_rest), - fmtty$0=match[2], - fmt$0=match[1]; - return [0,[0,fmt$0],fmtty$0]} - break; - case 1: - if(typeof fmtty !== "number" && 0 === fmtty[0]) - {var - fmtty_rest$0=fmtty[1], - fmt_rest$0=fmt[1], - match$0=type_format_gen(fmt_rest$0,fmtty_rest$0), - fmtty$1=match$0[2], - fmt$1=match$0[1]; - return [0,[1,fmt$1],fmtty$1]} - break; - case 2: - var - fmt_rest$1=fmt[2], - pad=fmt[1], - match$1=type_padding(pad,fmtty), - _tE_=match$1[2], - _tD_=match$1[1]; - if(typeof _tE_ !== "number" && 1 === _tE_[0]) - {var - fmtty_rest$1=_tE_[1], - match$2=type_format_gen(fmt_rest$1,fmtty_rest$1), - fmtty$2=match$2[2], - fmt$2=match$2[1]; - return [0,[2,_tD_,fmt$2],fmtty$2]} - throw Type_mismatch; - case 3: - var - fmt_rest$2=fmt[2], - pad$0=fmt[1], - match$3=type_padding(pad$0,fmtty), - _tG_=match$3[2], - _tF_=match$3[1]; - if(typeof _tG_ !== "number" && 1 === _tG_[0]) - {var - fmtty_rest$2=_tG_[1], - match$4=type_format_gen(fmt_rest$2,fmtty_rest$2), - fmtty$3=match$4[2], - fmt$3=match$4[1]; - return [0,[3,_tF_,fmt$3],fmtty$3]} - throw Type_mismatch; - case 4: - var - fmt_rest$3=fmt[4], - prec=fmt[3], - pad$1=fmt[2], - iconv=fmt[1], - match$5=type_padprec(pad$1,prec,fmtty), - _tI_=match$5[3], - _tH_=match$5[1]; - if(typeof _tI_ !== "number" && 2 === _tI_[0]) - {var - fmtty_rest$3=_tI_[1], - prec$0=match$5[2], - match$6=type_format_gen(fmt_rest$3,fmtty_rest$3), - fmtty$4=match$6[2], - fmt$4=match$6[1]; - return [0,[4,iconv,_tH_,prec$0,fmt$4],fmtty$4]} - throw Type_mismatch; - case 5: - var - fmt_rest$4=fmt[4], - prec$1=fmt[3], - pad$2=fmt[2], - iconv$0=fmt[1], - match$7=type_padprec(pad$2,prec$1,fmtty), - _tK_=match$7[3], - _tJ_=match$7[1]; - if(typeof _tK_ !== "number" && 3 === _tK_[0]) - {var - fmtty_rest$4=_tK_[1], - prec$2=match$7[2], - match$8=type_format_gen(fmt_rest$4,fmtty_rest$4), - fmtty$5=match$8[2], - fmt$5=match$8[1]; - return [0,[5,iconv$0,_tJ_,prec$2,fmt$5],fmtty$5]} - throw Type_mismatch; - case 6: - var - fmt_rest$5=fmt[4], - prec$3=fmt[3], - pad$3=fmt[2], - iconv$1=fmt[1], - match$9=type_padprec(pad$3,prec$3,fmtty), - _tM_=match$9[3], - _tL_=match$9[1]; - if(typeof _tM_ !== "number" && 4 === _tM_[0]) - {var - fmtty_rest$5=_tM_[1], - prec$4=match$9[2], - match$10=type_format_gen(fmt_rest$5,fmtty_rest$5), - fmtty$6=match$10[2], - fmt$6=match$10[1]; - return [0,[6,iconv$1,_tL_,prec$4,fmt$6],fmtty$6]} - throw Type_mismatch; - case 7: - var - fmt_rest$6=fmt[4], - prec$5=fmt[3], - pad$4=fmt[2], - iconv$2=fmt[1], - match$11=type_padprec(pad$4,prec$5,fmtty), - _tO_=match$11[3], - _tN_=match$11[1]; - if(typeof _tO_ !== "number" && 5 === _tO_[0]) - {var - fmtty_rest$6=_tO_[1], - prec$6=match$11[2], - match$12=type_format_gen(fmt_rest$6,fmtty_rest$6), - fmtty$7=match$12[2], - fmt$7=match$12[1]; - return [0,[7,iconv$2,_tN_,prec$6,fmt$7],fmtty$7]} - throw Type_mismatch; - case 8: - var - fmt_rest$7=fmt[4], - prec$7=fmt[3], - pad$5=fmt[2], - fconv=fmt[1], - match$13=type_padprec(pad$5,prec$7,fmtty), - _tQ_=match$13[3], - _tP_=match$13[1]; - if(typeof _tQ_ !== "number" && 6 === _tQ_[0]) - {var - fmtty_rest$7=_tQ_[1], - prec$8=match$13[2], - match$14=type_format_gen(fmt_rest$7,fmtty_rest$7), - fmtty$8=match$14[2], - fmt$8=match$14[1]; - return [0,[8,fconv,_tP_,prec$8,fmt$8],fmtty$8]} - throw Type_mismatch; - case 9: - var - fmt_rest$8=fmt[2], - pad$6=fmt[1], - match$15=type_padding(pad$6,fmtty), - _tS_=match$15[2], - _tR_=match$15[1]; - if(typeof _tS_ !== "number" && 7 === _tS_[0]) - {var - fmtty_rest$8=_tS_[1], - match$16=type_format_gen(fmt_rest$8,fmtty_rest$8), - fmtty$9=match$16[2], - fmt$9=match$16[1]; - return [0,[9,_tR_,fmt$9],fmtty$9]} - throw Type_mismatch; - case 10: - var - fmt_rest$9=fmt[1], - match$17=type_format_gen(fmt_rest$9,fmtty), - fmtty$10=match$17[2], - fmt$10=match$17[1]; - return [0,[10,fmt$10],fmtty$10]; - case 11: - var - fmt_rest$10=fmt[2], - str=fmt[1], - match$18=type_format_gen(fmt_rest$10,fmtty), - fmtty$11=match$18[2], - fmt$11=match$18[1]; - return [0,[11,str,fmt$11],fmtty$11]; - case 12: - var - fmt_rest$11=fmt[2], - chr=fmt[1], - match$19=type_format_gen(fmt_rest$11,fmtty), - fmtty$12=match$19[2], - fmt$12=match$19[1]; - return [0,[12,chr,fmt$12],fmtty$12]; - case 13: - if(typeof fmtty !== "number" && 8 === fmtty[0]) - {var - fmtty_rest$9=fmtty[2], - sub_fmtty=fmtty[1], - fmt_rest$12=fmt[3], - sub_fmtty$0=fmt[2], - pad_opt=fmt[1]; - if(caml_notequal([0,sub_fmtty$0],[0,sub_fmtty])) - throw Type_mismatch; - var - match$20=type_format_gen(fmt_rest$12,fmtty_rest$9), - fmtty$13=match$20[2], - fmt$13=match$20[1]; - return [0,[13,pad_opt,sub_fmtty,fmt$13],fmtty$13]} - break; - case 14: - if(typeof fmtty !== "number" && 9 === fmtty[0]) - {var - fmtty_rest$10=fmtty[3], - sub_fmtty1=fmtty[1], - fmt_rest$13=fmt[3], - sub_fmtty$1=fmt[2], - pad_opt$0=fmt[1], - _tT_=[0,erase_rel(sub_fmtty1)]; - if(caml_notequal([0,erase_rel(sub_fmtty$1)],_tT_)) - throw Type_mismatch; - var - match$21=type_format_gen(fmt_rest$13,erase_rel(fmtty_rest$10)), - fmtty$14=match$21[2], - fmt$14=match$21[1]; - return [0,[14,pad_opt$0,sub_fmtty1,fmt$14],fmtty$14]} - break; - case 15: - if(typeof fmtty !== "number" && 10 === fmtty[0]) - {var - fmtty_rest$11=fmtty[1], - fmt_rest$14=fmt[1], - match$22=type_format_gen(fmt_rest$14,fmtty_rest$11), - fmtty$15=match$22[2], - fmt$15=match$22[1]; - return [0,[15,fmt$15],fmtty$15]} - break; - case 16: - if(typeof fmtty !== "number" && 11 === fmtty[0]) - {var - fmtty_rest$12=fmtty[1], - fmt_rest$15=fmt[1], - match$23=type_format_gen(fmt_rest$15,fmtty_rest$12), - fmtty$16=match$23[2], - fmt$16=match$23[1]; - return [0,[16,fmt$16],fmtty$16]} - break; - case 17: - var - fmt_rest$16=fmt[2], - formatting_lit=fmt[1], - match$24=type_format_gen(fmt_rest$16,fmtty), - fmtty$17=match$24[2], - fmt$17=match$24[1]; - return [0,[17,formatting_lit,fmt$17],fmtty$17]; - case 18: - var fmt_rest$17=fmt[2],formatting_gen=fmt[1]; - if(0 === formatting_gen[0]) - {var - match$28=formatting_gen[1], - str$0=match$28[2], - fmt1=match$28[1], - match$29=type_format_gen(fmt1,fmtty), - fmtty2=match$29[2], - fmt2=match$29[1], - match$30=type_format_gen(fmt_rest$17,fmtty2), - fmtty3=match$30[2], - fmt3=match$30[1]; - return [0,[18,[0,[0,fmt2,str$0]],fmt3],fmtty3]} - var - match$31=formatting_gen[1], - str$1=match$31[2], - fmt1$0=match$31[1], - match$32=type_format_gen(fmt1$0,fmtty), - fmtty2$0=match$32[2], - fmt2$0=match$32[1], - match$33=type_format_gen(fmt_rest$17,fmtty2$0), - fmtty3$0=match$33[2], - fmt3$0=match$33[1]; - return [0,[18,[1,[0,fmt2$0,str$1]],fmt3$0],fmtty3$0]; - case 19: - if(typeof fmtty !== "number" && 13 === fmtty[0]) - {var - fmtty_rest$13=fmtty[1], - fmt_rest$18=fmt[1], - match$25=type_format_gen(fmt_rest$18,fmtty_rest$13), - fmtty$18=match$25[2], - fmt$18=match$25[1]; - return [0,[19,fmt$18],fmtty$18]} - break; - case 20: - if(typeof fmtty !== "number" && 1 === fmtty[0]) - {var - fmtty_rest$14=fmtty[1], - fmt_rest$19=fmt[3], - char_set=fmt[2], - width_opt=fmt[1], - match$26=type_format_gen(fmt_rest$19,fmtty_rest$14), - fmtty$19=match$26[2], - fmt$19=match$26[1]; - return [0,[20,width_opt,char_set,fmt$19],fmtty$19]} - break; - case 21: - if(typeof fmtty !== "number" && 2 === fmtty[0]) - {var - fmtty_rest$15=fmtty[1], - fmt_rest$20=fmt[2], - counter=fmt[1], - match$27=type_format_gen(fmt_rest$20,fmtty_rest$15), - fmtty$20=match$27[2], - fmt$20=match$27[1]; - return [0,[21,counter,fmt$20],fmtty$20]} - break; - case 23: - var rest=fmt[2],ign=fmt[1]; - if(typeof ign !== "number") - switch(ign[0]) - {case 0:return type_ignored_param_one(ign,rest,fmtty); - case 1:return type_ignored_param_one(ign,rest,fmtty); - case 2:return type_ignored_param_one(ign,rest,fmtty); - case 3:return type_ignored_param_one(ign,rest,fmtty); - case 4:return type_ignored_param_one(ign,rest,fmtty); - case 5:return type_ignored_param_one(ign,rest,fmtty); - case 6:return type_ignored_param_one(ign,rest,fmtty); - case 7:return type_ignored_param_one(ign,rest,fmtty); - case 8: - var sub_fmtty$2=ign[2],pad_opt$1=ign[1]; - return type_ignored_param_one - ([8,pad_opt$1,sub_fmtty$2],rest,fmtty); - case 9: - var - sub_fmtty$3=ign[2], - pad_opt$2=ign[1], - _tU_=type_ignored_format_substituti(sub_fmtty$3,rest,fmtty), - match$35=_tU_[2], - fmtty$22=match$35[2], - fmt$22=match$35[1], - sub_fmtty$4=_tU_[1]; - return [0,[23,[9,pad_opt$2,sub_fmtty$4],fmt$22],fmtty$22]; - case 10:return type_ignored_param_one(ign,rest,fmtty); - default:return type_ignored_param_one(ign,rest,fmtty)} - switch(ign) - {case 0:return type_ignored_param_one(ign,rest,fmtty); - case 1:return type_ignored_param_one(ign,rest,fmtty); - case 2: - if(typeof fmtty !== "number" && 14 === fmtty[0]) - {var - fmtty_rest$16=fmtty[1], - match$34=type_format_gen(rest,fmtty_rest$16), - fmtty$21=match$34[2], - fmt$21=match$34[1]; - return [0,[23,2,fmt$21],fmtty$21]} - throw Type_mismatch; - default:return type_ignored_param_one(ign,rest,fmtty)} - } + {if(typeof fmt === "number") + return [0,0,fmtty]; + else + switch(fmt[0]) + {case 0: + if(typeof fmtty !== "number" && 0 === fmtty[0]) + {var + fmtty_rest=fmtty[1], + fmt_rest=fmt[1], + match=type_format_gen(fmt_rest,fmtty_rest), + fmtty$0=match[2], + fmt$0=match[1]; + return [0,[0,fmt$0],fmtty$0]} + break; + case 1: + if(typeof fmtty !== "number" && 0 === fmtty[0]) + {var + fmtty_rest$0=fmtty[1], + fmt_rest$0=fmt[1], + match$0=type_format_gen(fmt_rest$0,fmtty_rest$0), + fmtty$1=match$0[2], + fmt$1=match$0[1]; + return [0,[1,fmt$1],fmtty$1]} + break; + case 2: + var + fmt_rest$1=fmt[2], + pad=fmt[1], + match$1=type_padding(pad,fmtty), + _tH_=match$1[2], + _tG_=match$1[1]; + if(typeof _tH_ !== "number" && 1 === _tH_[0]) + {var + fmtty_rest$1=_tH_[1], + match$2=type_format_gen(fmt_rest$1,fmtty_rest$1), + fmtty$2=match$2[2], + fmt$2=match$2[1]; + return [0,[2,_tG_,fmt$2],fmtty$2]} + throw Type_mismatch; + case 3: + var + fmt_rest$2=fmt[2], + pad$0=fmt[1], + match$3=type_padding(pad$0,fmtty), + _tJ_=match$3[2], + _tI_=match$3[1]; + if(typeof _tJ_ !== "number" && 1 === _tJ_[0]) + {var + fmtty_rest$2=_tJ_[1], + match$4=type_format_gen(fmt_rest$2,fmtty_rest$2), + fmtty$3=match$4[2], + fmt$3=match$4[1]; + return [0,[3,_tI_,fmt$3],fmtty$3]} + throw Type_mismatch; + case 4: + var + fmt_rest$3=fmt[4], + prec=fmt[3], + pad$1=fmt[2], + iconv=fmt[1], + match$5=type_padprec(pad$1,prec,fmtty), + _tL_=match$5[3], + _tK_=match$5[1]; + if(typeof _tL_ !== "number" && 2 === _tL_[0]) + {var + fmtty_rest$3=_tL_[1], + prec$0=match$5[2], + match$6=type_format_gen(fmt_rest$3,fmtty_rest$3), + fmtty$4=match$6[2], + fmt$4=match$6[1]; + return [0,[4,iconv,_tK_,prec$0,fmt$4],fmtty$4]} + throw Type_mismatch; + case 5: + var + fmt_rest$4=fmt[4], + prec$1=fmt[3], + pad$2=fmt[2], + iconv$0=fmt[1], + match$7=type_padprec(pad$2,prec$1,fmtty), + _tN_=match$7[3], + _tM_=match$7[1]; + if(typeof _tN_ !== "number" && 3 === _tN_[0]) + {var + fmtty_rest$4=_tN_[1], + prec$2=match$7[2], + match$8=type_format_gen(fmt_rest$4,fmtty_rest$4), + fmtty$5=match$8[2], + fmt$5=match$8[1]; + return [0,[5,iconv$0,_tM_,prec$2,fmt$5],fmtty$5]} + throw Type_mismatch; + case 6: + var + fmt_rest$5=fmt[4], + prec$3=fmt[3], + pad$3=fmt[2], + iconv$1=fmt[1], + match$9=type_padprec(pad$3,prec$3,fmtty), + _tP_=match$9[3], + _tO_=match$9[1]; + if(typeof _tP_ !== "number" && 4 === _tP_[0]) + {var + fmtty_rest$5=_tP_[1], + prec$4=match$9[2], + match$10=type_format_gen(fmt_rest$5,fmtty_rest$5), + fmtty$6=match$10[2], + fmt$6=match$10[1]; + return [0,[6,iconv$1,_tO_,prec$4,fmt$6],fmtty$6]} + throw Type_mismatch; + case 7: + var + fmt_rest$6=fmt[4], + prec$5=fmt[3], + pad$4=fmt[2], + iconv$2=fmt[1], + match$11=type_padprec(pad$4,prec$5,fmtty), + _tR_=match$11[3], + _tQ_=match$11[1]; + if(typeof _tR_ !== "number" && 5 === _tR_[0]) + {var + fmtty_rest$6=_tR_[1], + prec$6=match$11[2], + match$12=type_format_gen(fmt_rest$6,fmtty_rest$6), + fmtty$7=match$12[2], + fmt$7=match$12[1]; + return [0,[7,iconv$2,_tQ_,prec$6,fmt$7],fmtty$7]} + throw Type_mismatch; + case 8: + var + fmt_rest$7=fmt[4], + prec$7=fmt[3], + pad$5=fmt[2], + fconv=fmt[1], + match$13=type_padprec(pad$5,prec$7,fmtty), + _tT_=match$13[3], + _tS_=match$13[1]; + if(typeof _tT_ !== "number" && 6 === _tT_[0]) + {var + fmtty_rest$7=_tT_[1], + prec$8=match$13[2], + match$14=type_format_gen(fmt_rest$7,fmtty_rest$7), + fmtty$8=match$14[2], + fmt$8=match$14[1]; + return [0,[8,fconv,_tS_,prec$8,fmt$8],fmtty$8]} + throw Type_mismatch; + case 9: + var + fmt_rest$8=fmt[2], + pad$6=fmt[1], + match$15=type_padding(pad$6,fmtty), + _tV_=match$15[2], + _tU_=match$15[1]; + if(typeof _tV_ !== "number" && 7 === _tV_[0]) + {var + fmtty_rest$8=_tV_[1], + match$16=type_format_gen(fmt_rest$8,fmtty_rest$8), + fmtty$9=match$16[2], + fmt$9=match$16[1]; + return [0,[9,_tU_,fmt$9],fmtty$9]} + throw Type_mismatch; + case 10: + var + fmt_rest$9=fmt[1], + match$17=type_format_gen(fmt_rest$9,fmtty), + fmtty$10=match$17[2], + fmt$10=match$17[1]; + return [0,[10,fmt$10],fmtty$10]; + case 11: + var + fmt_rest$10=fmt[2], + str=fmt[1], + match$18=type_format_gen(fmt_rest$10,fmtty), + fmtty$11=match$18[2], + fmt$11=match$18[1]; + return [0,[11,str,fmt$11],fmtty$11]; + case 12: + var + fmt_rest$11=fmt[2], + chr=fmt[1], + match$19=type_format_gen(fmt_rest$11,fmtty), + fmtty$12=match$19[2], + fmt$12=match$19[1]; + return [0,[12,chr,fmt$12],fmtty$12]; + case 13: + if(typeof fmtty !== "number" && 8 === fmtty[0]) + {var + fmtty_rest$9=fmtty[2], + sub_fmtty=fmtty[1], + fmt_rest$12=fmt[3], + sub_fmtty$0=fmt[2], + pad_opt=fmt[1]; + if(caml_notequal([0,sub_fmtty$0],[0,sub_fmtty])) + throw Type_mismatch; + var + match$20=type_format_gen(fmt_rest$12,fmtty_rest$9), + fmtty$13=match$20[2], + fmt$13=match$20[1]; + return [0,[13,pad_opt,sub_fmtty,fmt$13],fmtty$13]} + break; + case 14: + if(typeof fmtty !== "number" && 9 === fmtty[0]) + {var + fmtty_rest$10=fmtty[3], + sub_fmtty1=fmtty[1], + fmt_rest$13=fmt[3], + sub_fmtty$1=fmt[2], + pad_opt$0=fmt[1], + _tW_=[0,erase_rel(sub_fmtty1)]; + if(caml_notequal([0,erase_rel(sub_fmtty$1)],_tW_)) + throw Type_mismatch; + var + match$21=type_format_gen(fmt_rest$13,erase_rel(fmtty_rest$10)), + fmtty$14=match$21[2], + fmt$14=match$21[1]; + return [0,[14,pad_opt$0,sub_fmtty1,fmt$14],fmtty$14]} + break; + case 15: + if(typeof fmtty !== "number" && 10 === fmtty[0]) + {var + fmtty_rest$11=fmtty[1], + fmt_rest$14=fmt[1], + match$22=type_format_gen(fmt_rest$14,fmtty_rest$11), + fmtty$15=match$22[2], + fmt$15=match$22[1]; + return [0,[15,fmt$15],fmtty$15]} + break; + case 16: + if(typeof fmtty !== "number" && 11 === fmtty[0]) + {var + fmtty_rest$12=fmtty[1], + fmt_rest$15=fmt[1], + match$23=type_format_gen(fmt_rest$15,fmtty_rest$12), + fmtty$16=match$23[2], + fmt$16=match$23[1]; + return [0,[16,fmt$16],fmtty$16]} + break; + case 17: + var + fmt_rest$16=fmt[2], + formatting_lit=fmt[1], + match$24=type_format_gen(fmt_rest$16,fmtty), + fmtty$17=match$24[2], + fmt$17=match$24[1]; + return [0,[17,formatting_lit,fmt$17],fmtty$17]; + case 18: + var fmt_rest$17=fmt[2],formatting_gen=fmt[1]; + if(0 === formatting_gen[0]) + {var + match$28=formatting_gen[1], + str$0=match$28[2], + fmt1=match$28[1], + match$29=type_format_gen(fmt1,fmtty), + fmtty2=match$29[2], + fmt2=match$29[1], + match$30=type_format_gen(fmt_rest$17,fmtty2), + fmtty3=match$30[2], + fmt3=match$30[1]; + return [0,[18,[0,[0,fmt2,str$0]],fmt3],fmtty3]} + var + match$31=formatting_gen[1], + str$1=match$31[2], + fmt1$0=match$31[1], + match$32=type_format_gen(fmt1$0,fmtty), + fmtty2$0=match$32[2], + fmt2$0=match$32[1], + match$33=type_format_gen(fmt_rest$17,fmtty2$0), + fmtty3$0=match$33[2], + fmt3$0=match$33[1]; + return [0,[18,[1,[0,fmt2$0,str$1]],fmt3$0],fmtty3$0]; + case 19: + if(typeof fmtty !== "number" && 13 === fmtty[0]) + {var + fmtty_rest$13=fmtty[1], + fmt_rest$18=fmt[1], + match$25=type_format_gen(fmt_rest$18,fmtty_rest$13), + fmtty$18=match$25[2], + fmt$18=match$25[1]; + return [0,[19,fmt$18],fmtty$18]} + break; + case 20: + if(typeof fmtty !== "number" && 1 === fmtty[0]) + {var + fmtty_rest$14=fmtty[1], + fmt_rest$19=fmt[3], + char_set=fmt[2], + width_opt=fmt[1], + match$26=type_format_gen(fmt_rest$19,fmtty_rest$14), + fmtty$19=match$26[2], + fmt$19=match$26[1]; + return [0,[20,width_opt,char_set,fmt$19],fmtty$19]} + break; + case 21: + if(typeof fmtty !== "number" && 2 === fmtty[0]) + {var + fmtty_rest$15=fmtty[1], + fmt_rest$20=fmt[2], + counter=fmt[1], + match$27=type_format_gen(fmt_rest$20,fmtty_rest$15), + fmtty$20=match$27[2], + fmt$20=match$27[1]; + return [0,[21,counter,fmt$20],fmtty$20]} + break; + case 23: + var rest=fmt[2],ign=fmt[1]; + if(typeof ign === "number") + switch(ign) + {case 0:return type_ignored_param_one(ign,rest,fmtty); + case 1:return type_ignored_param_one(ign,rest,fmtty); + case 2: + if(typeof fmtty !== "number" && 14 === fmtty[0]) + {var + fmtty_rest$16=fmtty[1], + match$34=type_format_gen(rest,fmtty_rest$16), + fmtty$21=match$34[2], + fmt$21=match$34[1]; + return [0,[23,2,fmt$21],fmtty$21]} + throw Type_mismatch; + default:return type_ignored_param_one(ign,rest,fmtty)} + else + switch(ign[0]) + {case 0:return type_ignored_param_one(ign,rest,fmtty); + case 1:return type_ignored_param_one(ign,rest,fmtty); + case 2:return type_ignored_param_one(ign,rest,fmtty); + case 3:return type_ignored_param_one(ign,rest,fmtty); + case 4:return type_ignored_param_one(ign,rest,fmtty); + case 5:return type_ignored_param_one(ign,rest,fmtty); + case 6:return type_ignored_param_one(ign,rest,fmtty); + case 7:return type_ignored_param_one(ign,rest,fmtty); + case 8: + var sub_fmtty$2=ign[2],pad_opt$1=ign[1]; + return type_ignored_param_one + ([8,pad_opt$1,sub_fmtty$2],rest,fmtty); + case 9: + var + sub_fmtty$3=ign[2], + pad_opt$2=ign[1], + _tX_=type_ignored_format_substituti(sub_fmtty$3,rest,fmtty), + match$35=_tX_[2], + fmtty$22=match$35[2], + fmt$22=match$35[1], + sub_fmtty$4=_tX_[1]; + return [0,[23,[9,pad_opt$2,sub_fmtty$4],fmt$22],fmtty$22]; + case 10:return type_ignored_param_one(ign,rest,fmtty); + default:return type_ignored_param_one(ign,rest,fmtty)} + } throw Type_mismatch} function type_ignored_format_substituti(sub_fmtty,fmt,fmtty) {if(typeof sub_fmtty === "number") return [0,0,type_format_gen(fmt,fmtty)]; - switch(sub_fmtty[0]) - {case 0: - if(typeof fmtty !== "number" && 0 === fmtty[0]) - {var - fmtty_rest=fmtty[1], - sub_fmtty_rest=sub_fmtty[1], - match= - type_ignored_format_substituti(sub_fmtty_rest,fmt,fmtty_rest), - fmt$0=match[2], - sub_fmtty_rest$0=match[1]; - return [0,[0,sub_fmtty_rest$0],fmt$0]} - break; - case 1: - if(typeof fmtty !== "number" && 1 === fmtty[0]) - {var - fmtty_rest$0=fmtty[1], - sub_fmtty_rest$1=sub_fmtty[1], - match$0= - type_ignored_format_substituti(sub_fmtty_rest$1,fmt,fmtty_rest$0), - fmt$1=match$0[2], - sub_fmtty_rest$2=match$0[1]; - return [0,[1,sub_fmtty_rest$2],fmt$1]} - break; - case 2: - if(typeof fmtty !== "number" && 2 === fmtty[0]) - {var - fmtty_rest$1=fmtty[1], - sub_fmtty_rest$3=sub_fmtty[1], - match$1= - type_ignored_format_substituti(sub_fmtty_rest$3,fmt,fmtty_rest$1), - fmt$2=match$1[2], - sub_fmtty_rest$4=match$1[1]; - return [0,[2,sub_fmtty_rest$4],fmt$2]} - break; - case 3: - if(typeof fmtty !== "number" && 3 === fmtty[0]) - {var - fmtty_rest$2=fmtty[1], - sub_fmtty_rest$5=sub_fmtty[1], - match$2= - type_ignored_format_substituti(sub_fmtty_rest$5,fmt,fmtty_rest$2), - fmt$3=match$2[2], - sub_fmtty_rest$6=match$2[1]; - return [0,[3,sub_fmtty_rest$6],fmt$3]} - break; - case 4: - if(typeof fmtty !== "number" && 4 === fmtty[0]) - {var - fmtty_rest$3=fmtty[1], - sub_fmtty_rest$7=sub_fmtty[1], - match$3= - type_ignored_format_substituti(sub_fmtty_rest$7,fmt,fmtty_rest$3), - fmt$4=match$3[2], - sub_fmtty_rest$8=match$3[1]; - return [0,[4,sub_fmtty_rest$8],fmt$4]} - break; - case 5: - if(typeof fmtty !== "number" && 5 === fmtty[0]) - {var - fmtty_rest$4=fmtty[1], - sub_fmtty_rest$9=sub_fmtty[1], - match$4= - type_ignored_format_substituti(sub_fmtty_rest$9,fmt,fmtty_rest$4), - fmt$5=match$4[2], - sub_fmtty_rest$10=match$4[1]; - return [0,[5,sub_fmtty_rest$10],fmt$5]} - break; - case 6: - if(typeof fmtty !== "number" && 6 === fmtty[0]) - {var - fmtty_rest$5=fmtty[1], - sub_fmtty_rest$11=sub_fmtty[1], - match$5= - type_ignored_format_substituti - (sub_fmtty_rest$11,fmt,fmtty_rest$5), - fmt$6=match$5[2], - sub_fmtty_rest$12=match$5[1]; - return [0,[6,sub_fmtty_rest$12],fmt$6]} - break; - case 7: - if(typeof fmtty !== "number" && 7 === fmtty[0]) - {var - fmtty_rest$6=fmtty[1], - sub_fmtty_rest$13=sub_fmtty[1], - match$6= - type_ignored_format_substituti - (sub_fmtty_rest$13,fmt,fmtty_rest$6), - fmt$7=match$6[2], - sub_fmtty_rest$14=match$6[1]; - return [0,[7,sub_fmtty_rest$14],fmt$7]} - break; - case 8: - if(typeof fmtty !== "number" && 8 === fmtty[0]) - {var - fmtty_rest$7=fmtty[2], - sub2_fmtty=fmtty[1], - sub_fmtty_rest$15=sub_fmtty[2], - sub2_fmtty$0=sub_fmtty[1]; - if(caml_notequal([0,sub2_fmtty$0],[0,sub2_fmtty])) - throw Type_mismatch; - var - match$7= - type_ignored_format_substituti - (sub_fmtty_rest$15,fmt,fmtty_rest$7), - fmt$8=match$7[2], - sub_fmtty_rest$16=match$7[1]; - return [0,[8,sub2_fmtty,sub_fmtty_rest$16],fmt$8]} - break; - case 9: - if(typeof fmtty !== "number" && 9 === fmtty[0]) - {var - fmtty_rest$8=fmtty[3], - sub2_fmtty$1=fmtty[2], - sub1_fmtty=fmtty[1], - sub_fmtty_rest$17=sub_fmtty[3], - sub2_fmtty$2=sub_fmtty[2], - sub1_fmtty$0=sub_fmtty[1], - _tB_=[0,erase_rel(sub1_fmtty)]; - if(caml_notequal([0,erase_rel(sub1_fmtty$0)],_tB_)) - throw Type_mismatch; - var _tC_=[0,erase_rel(sub2_fmtty$1)]; - if(caml_notequal([0,erase_rel(sub2_fmtty$2)],_tC_)) - throw Type_mismatch; - var - sub_fmtty$0=trans(symm(sub1_fmtty),sub2_fmtty$1), - match$8=fmtty_rel_det(sub_fmtty$0), - f4=match$8[4], - f2=match$8[2]; - caml_call1(f2,0); - caml_call1(f4,0); - var - match$9= - type_ignored_format_substituti - (erase_rel(sub_fmtty_rest$17),fmt,fmtty_rest$8), - fmt$9=match$9[2], - sub_fmtty_rest$18=match$9[1]; - return [0, - [9,sub1_fmtty,sub2_fmtty$1,symm(sub_fmtty_rest$18)], - fmt$9]} - break; - case 10: - if(typeof fmtty !== "number" && 10 === fmtty[0]) - {var - fmtty_rest$9=fmtty[1], - sub_fmtty_rest$19=sub_fmtty[1], - match$10= - type_ignored_format_substituti - (sub_fmtty_rest$19,fmt,fmtty_rest$9), - fmt$10=match$10[2], - sub_fmtty_rest$20=match$10[1]; - return [0,[10,sub_fmtty_rest$20],fmt$10]} - break; - case 11: - if(typeof fmtty !== "number" && 11 === fmtty[0]) - {var - fmtty_rest$10=fmtty[1], - sub_fmtty_rest$21=sub_fmtty[1], - match$11= - type_ignored_format_substituti - (sub_fmtty_rest$21,fmt,fmtty_rest$10), - fmt$11=match$11[2], - sub_fmtty_rest$22=match$11[1]; - return [0,[11,sub_fmtty_rest$22],fmt$11]} - break; - case 13: - if(typeof fmtty !== "number" && 13 === fmtty[0]) - {var - fmtty_rest$11=fmtty[1], - sub_fmtty_rest$23=sub_fmtty[1], - match$12= - type_ignored_format_substituti - (sub_fmtty_rest$23,fmt,fmtty_rest$11), - fmt$12=match$12[2], - sub_fmtty_rest$24=match$12[1]; - return [0,[13,sub_fmtty_rest$24],fmt$12]} - break; - case 14: - if(typeof fmtty !== "number" && 14 === fmtty[0]) - {var - fmtty_rest$12=fmtty[1], - sub_fmtty_rest$25=sub_fmtty[1], - match$13= - type_ignored_format_substituti - (sub_fmtty_rest$25,fmt,fmtty_rest$12), - fmt$13=match$13[2], - sub_fmtty_rest$26=match$13[1]; - return [0,[14,sub_fmtty_rest$26],fmt$13]} - break - } + else + switch(sub_fmtty[0]) + {case 0: + if(typeof fmtty !== "number" && 0 === fmtty[0]) + {var + fmtty_rest=fmtty[1], + sub_fmtty_rest=sub_fmtty[1], + match= + type_ignored_format_substituti(sub_fmtty_rest,fmt,fmtty_rest), + fmt$0=match[2], + sub_fmtty_rest$0=match[1]; + return [0,[0,sub_fmtty_rest$0],fmt$0]} + break; + case 1: + if(typeof fmtty !== "number" && 1 === fmtty[0]) + {var + fmtty_rest$0=fmtty[1], + sub_fmtty_rest$1=sub_fmtty[1], + match$0= + type_ignored_format_substituti + (sub_fmtty_rest$1,fmt,fmtty_rest$0), + fmt$1=match$0[2], + sub_fmtty_rest$2=match$0[1]; + return [0,[1,sub_fmtty_rest$2],fmt$1]} + break; + case 2: + if(typeof fmtty !== "number" && 2 === fmtty[0]) + {var + fmtty_rest$1=fmtty[1], + sub_fmtty_rest$3=sub_fmtty[1], + match$1= + type_ignored_format_substituti + (sub_fmtty_rest$3,fmt,fmtty_rest$1), + fmt$2=match$1[2], + sub_fmtty_rest$4=match$1[1]; + return [0,[2,sub_fmtty_rest$4],fmt$2]} + break; + case 3: + if(typeof fmtty !== "number" && 3 === fmtty[0]) + {var + fmtty_rest$2=fmtty[1], + sub_fmtty_rest$5=sub_fmtty[1], + match$2= + type_ignored_format_substituti + (sub_fmtty_rest$5,fmt,fmtty_rest$2), + fmt$3=match$2[2], + sub_fmtty_rest$6=match$2[1]; + return [0,[3,sub_fmtty_rest$6],fmt$3]} + break; + case 4: + if(typeof fmtty !== "number" && 4 === fmtty[0]) + {var + fmtty_rest$3=fmtty[1], + sub_fmtty_rest$7=sub_fmtty[1], + match$3= + type_ignored_format_substituti + (sub_fmtty_rest$7,fmt,fmtty_rest$3), + fmt$4=match$3[2], + sub_fmtty_rest$8=match$3[1]; + return [0,[4,sub_fmtty_rest$8],fmt$4]} + break; + case 5: + if(typeof fmtty !== "number" && 5 === fmtty[0]) + {var + fmtty_rest$4=fmtty[1], + sub_fmtty_rest$9=sub_fmtty[1], + match$4= + type_ignored_format_substituti + (sub_fmtty_rest$9,fmt,fmtty_rest$4), + fmt$5=match$4[2], + sub_fmtty_rest$10=match$4[1]; + return [0,[5,sub_fmtty_rest$10],fmt$5]} + break; + case 6: + if(typeof fmtty !== "number" && 6 === fmtty[0]) + {var + fmtty_rest$5=fmtty[1], + sub_fmtty_rest$11=sub_fmtty[1], + match$5= + type_ignored_format_substituti + (sub_fmtty_rest$11,fmt,fmtty_rest$5), + fmt$6=match$5[2], + sub_fmtty_rest$12=match$5[1]; + return [0,[6,sub_fmtty_rest$12],fmt$6]} + break; + case 7: + if(typeof fmtty !== "number" && 7 === fmtty[0]) + {var + fmtty_rest$6=fmtty[1], + sub_fmtty_rest$13=sub_fmtty[1], + match$6= + type_ignored_format_substituti + (sub_fmtty_rest$13,fmt,fmtty_rest$6), + fmt$7=match$6[2], + sub_fmtty_rest$14=match$6[1]; + return [0,[7,sub_fmtty_rest$14],fmt$7]} + break; + case 8: + if(typeof fmtty !== "number" && 8 === fmtty[0]) + {var + fmtty_rest$7=fmtty[2], + sub2_fmtty=fmtty[1], + sub_fmtty_rest$15=sub_fmtty[2], + sub2_fmtty$0=sub_fmtty[1]; + if(caml_notequal([0,sub2_fmtty$0],[0,sub2_fmtty])) + throw Type_mismatch; + var + match$7= + type_ignored_format_substituti + (sub_fmtty_rest$15,fmt,fmtty_rest$7), + fmt$8=match$7[2], + sub_fmtty_rest$16=match$7[1]; + return [0,[8,sub2_fmtty,sub_fmtty_rest$16],fmt$8]} + break; + case 9: + if(typeof fmtty !== "number" && 9 === fmtty[0]) + {var + fmtty_rest$8=fmtty[3], + sub2_fmtty$1=fmtty[2], + sub1_fmtty=fmtty[1], + sub_fmtty_rest$17=sub_fmtty[3], + sub2_fmtty$2=sub_fmtty[2], + sub1_fmtty$0=sub_fmtty[1], + _tE_=[0,erase_rel(sub1_fmtty)]; + if(caml_notequal([0,erase_rel(sub1_fmtty$0)],_tE_)) + throw Type_mismatch; + var _tF_=[0,erase_rel(sub2_fmtty$1)]; + if(caml_notequal([0,erase_rel(sub2_fmtty$2)],_tF_)) + throw Type_mismatch; + var + sub_fmtty$0=trans(symm(sub1_fmtty),sub2_fmtty$1), + match$8=fmtty_rel_det(sub_fmtty$0), + f4=match$8[4], + f2=match$8[2]; + caml_call1(f2,0); + caml_call1(f4,0); + var + match$9= + type_ignored_format_substituti + (erase_rel(sub_fmtty_rest$17),fmt,fmtty_rest$8), + fmt$9=match$9[2], + sub_fmtty_rest$18=match$9[1]; + return [0, + [9,sub1_fmtty,sub2_fmtty$1,symm(sub_fmtty_rest$18)], + fmt$9]} + break; + case 10: + if(typeof fmtty !== "number" && 10 === fmtty[0]) + {var + fmtty_rest$9=fmtty[1], + sub_fmtty_rest$19=sub_fmtty[1], + match$10= + type_ignored_format_substituti + (sub_fmtty_rest$19,fmt,fmtty_rest$9), + fmt$10=match$10[2], + sub_fmtty_rest$20=match$10[1]; + return [0,[10,sub_fmtty_rest$20],fmt$10]} + break; + case 11: + if(typeof fmtty !== "number" && 11 === fmtty[0]) + {var + fmtty_rest$10=fmtty[1], + sub_fmtty_rest$21=sub_fmtty[1], + match$11= + type_ignored_format_substituti + (sub_fmtty_rest$21,fmt,fmtty_rest$10), + fmt$11=match$11[2], + sub_fmtty_rest$22=match$11[1]; + return [0,[11,sub_fmtty_rest$22],fmt$11]} + break; + case 13: + if(typeof fmtty !== "number" && 13 === fmtty[0]) + {var + fmtty_rest$11=fmtty[1], + sub_fmtty_rest$23=sub_fmtty[1], + match$12= + type_ignored_format_substituti + (sub_fmtty_rest$23,fmt,fmtty_rest$11), + fmt$12=match$12[2], + sub_fmtty_rest$24=match$12[1]; + return [0,[13,sub_fmtty_rest$24],fmt$12]} + break; + case 14: + if(typeof fmtty !== "number" && 14 === fmtty[0]) + {var + fmtty_rest$12=fmtty[1], + sub_fmtty_rest$25=sub_fmtty[1], + match$13= + type_ignored_format_substituti + (sub_fmtty_rest$25,fmt,fmtty_rest$12), + fmt$13=match$13[2], + sub_fmtty_rest$26=match$13[1]; + return [0,[14,sub_fmtty_rest$26],fmt$13]} + break + } throw Type_mismatch} function recast(fmt,fmtty){return type_format(fmt,erase_rel(symm(fmtty)))} function fix_padding(padty,width,str) @@ -19435,7 +19947,7 @@ padty$0=0 <= width?padty:0, width$0=abs(width); if(width$0 <= len)return str; - var _tA_=2 === padty$0?48:32,res=make$0(width$0,_tA_); + var _tD_=2 === padty$0?48:32,res=make$0(width$0,_tD_); switch(padty$0) {case 0:blit$0(str,0,res,0,len);break; case 1:blit$0(str,0,res,width$0 - len | 0,len);break; @@ -19489,7 +20001,7 @@ switch$0=0; if(58 <= c) {if(71 <= c) - {if(5 >= c - 97 >>> 0)switch$0 = 1} + {if(! (5 < c - 97 >>> 0))switch$0 = 1} else if(65 <= c)switch$0 = 1} else @@ -19554,111 +20066,111 @@ buffer_add_char(buf,symb); return buffer_contents(buf)} function transform_int_alt(iconv,s) - {if(13 > iconv)return s; - var n=[0,0],_tv_=caml_ml_string_length(s) - 1 | 0,_tu_=0; - if(_tv_ >= 0) - {var i$0=_tu_; - for(;;) - {var match=caml_string_unsafe_get(s,i$0); - if(9 >= match - 48 >>> 0)n[1]++; - var _tz_=i$0 + 1 | 0; - if(_tv_ !== i$0){var i$0=_tz_;continue} - break}} - var - digits=n[1], - buf= - caml_create_bytes - (caml_ml_string_length(s) + ((digits - 1 | 0) / 3 | 0) | 0), - pos=[0,0]; - function put(c){caml_bytes_set(buf,pos[1],c);pos[1]++;return 0} - var - left=[0,((digits - 1 | 0) % 3 | 0) + 1 | 0], - _tx_=caml_ml_string_length(s) - 1 | 0, - _tw_=0; - if(_tx_ >= 0) - {var i=_tw_; - for(;;) - {var c=caml_string_unsafe_get(s,i); - if(9 < c - 48 >>> 0) - put(c); - else - {if(0 === left[1]){put(95);left[1] = 3}left[1] += -1;put(c)} - var _ty_=i + 1 | 0; - if(_tx_ !== i){var i=_ty_;continue} - break}} - return caml_string_of_bytes(buf)} + {if(13 <= iconv) + {var n=[0,0],_ty_=caml_ml_string_length(s) - 1 | 0,_tx_=0; + if(! (_ty_ < 0)) + {var i$0=_tx_; + for(;;) + {var match=caml_string_unsafe_get(s,i$0); + if(! (9 < match - 48 >>> 0))n[1]++; + var _tC_=i$0 + 1 | 0; + if(_ty_ !== i$0){var i$0=_tC_;continue} + break}} + var + digits=n[1], + buf= + caml_create_bytes + (caml_ml_string_length(s) + ((digits - 1 | 0) / 3 | 0) | 0), + pos=[0,0], + put=function(c){caml_bytes_set(buf,pos[1],c);pos[1]++;return 0}, + left=[0,((digits - 1 | 0) % 3 | 0) + 1 | 0], + _tA_=caml_ml_string_length(s) - 1 | 0, + _tz_=0; + if(! (_tA_ < 0)) + {var i=_tz_; + for(;;) + {var c=caml_string_unsafe_get(s,i); + if(9 < c - 48 >>> 0) + put(c); + else + {if(0 === left[1]){put(95);left[1] = 3}left[1] += -1;put(c)} + var _tB_=i + 1 | 0; + if(_tA_ !== i){var i=_tB_;continue} + break}} + return caml_string_of_bytes(buf)} + return s} function convert_int(iconv,n) {switch(iconv) - {case 1:var _tt_=cst_d$3;break; - case 2:var _tt_=cst_d$4;break; - case 4:var _tt_=cst_i$1;break; - case 5:var _tt_=cst_i$2;break; - case 6:var _tt_=cst_x;break; - case 7:var _tt_=cst_x$0;break; - case 8:var _tt_=cst_X$0;break; - case 9:var _tt_=cst_X$1;break; - case 10:var _tt_=cst_o;break; - case 11:var _tt_=cst_o$0;break; + {case 1:var _tw_=cst_d$3;break; + case 2:var _tw_=cst_d$4;break; + case 4:var _tw_=cst_i$1;break; + case 5:var _tw_=cst_i$2;break; + case 6:var _tw_=cst_x;break; + case 7:var _tw_=cst_x$0;break; + case 8:var _tw_=cst_X$0;break; + case 9:var _tw_=cst_X$1;break; + case 10:var _tw_=cst_o;break; + case 11:var _tw_=cst_o$0;break; case 0: - case 13:var _tt_=cst_d$2;break; + case 13:var _tw_=cst_d$2;break; case 3: - case 14:var _tt_=cst_i$0;break; - default:var _tt_=cst_u} - return transform_int_alt(iconv,caml_format_int(_tt_,n))} + case 14:var _tw_=cst_i$0;break; + default:var _tw_=cst_u} + return transform_int_alt(iconv,caml_format_int(_tw_,n))} function convert_int32(iconv,n) {switch(iconv) - {case 1:var _ts_=cst_ld$0;break; - case 2:var _ts_=cst_ld$1;break; - case 4:var _ts_=cst_li$1;break; - case 5:var _ts_=cst_li$2;break; - case 6:var _ts_=cst_lx;break; - case 7:var _ts_=cst_lx$0;break; - case 8:var _ts_=cst_lX;break; - case 9:var _ts_=cst_lX$0;break; - case 10:var _ts_=cst_lo;break; - case 11:var _ts_=cst_lo$0;break; + {case 1:var _tv_=cst_ld$0;break; + case 2:var _tv_=cst_ld$1;break; + case 4:var _tv_=cst_li$1;break; + case 5:var _tv_=cst_li$2;break; + case 6:var _tv_=cst_lx;break; + case 7:var _tv_=cst_lx$0;break; + case 8:var _tv_=cst_lX;break; + case 9:var _tv_=cst_lX$0;break; + case 10:var _tv_=cst_lo;break; + case 11:var _tv_=cst_lo$0;break; case 0: - case 13:var _ts_=cst_ld;break; + case 13:var _tv_=cst_ld;break; case 3: - case 14:var _ts_=cst_li$0;break; - default:var _ts_=cst_lu} - return transform_int_alt(iconv,caml_format_int(_ts_,n))} + case 14:var _tv_=cst_li$0;break; + default:var _tv_=cst_lu} + return transform_int_alt(iconv,caml_format_int(_tv_,n))} function convert_nativeint(iconv,n) {switch(iconv) - {case 1:var _tr_=cst_nd$0;break; - case 2:var _tr_=cst_nd$1;break; - case 4:var _tr_=cst_ni$1;break; - case 5:var _tr_=cst_ni$2;break; - case 6:var _tr_=cst_nx;break; - case 7:var _tr_=cst_nx$0;break; - case 8:var _tr_=cst_nX;break; - case 9:var _tr_=cst_nX$0;break; - case 10:var _tr_=cst_no;break; - case 11:var _tr_=cst_no$0;break; + {case 1:var _tu_=cst_nd$0;break; + case 2:var _tu_=cst_nd$1;break; + case 4:var _tu_=cst_ni$1;break; + case 5:var _tu_=cst_ni$2;break; + case 6:var _tu_=cst_nx;break; + case 7:var _tu_=cst_nx$0;break; + case 8:var _tu_=cst_nX;break; + case 9:var _tu_=cst_nX$0;break; + case 10:var _tu_=cst_no;break; + case 11:var _tu_=cst_no$0;break; case 0: - case 13:var _tr_=cst_nd;break; + case 13:var _tu_=cst_nd;break; case 3: - case 14:var _tr_=cst_ni$0;break; - default:var _tr_=cst_nu} - return transform_int_alt(iconv,caml_format_int(_tr_,n))} + case 14:var _tu_=cst_ni$0;break; + default:var _tu_=cst_nu} + return transform_int_alt(iconv,caml_format_int(_tu_,n))} function convert_int64(iconv,n) {switch(iconv) - {case 1:var _tq_=cst_Ld$0;break; - case 2:var _tq_=cst_Ld$1;break; - case 4:var _tq_=cst_Li$1;break; - case 5:var _tq_=cst_Li$2;break; - case 6:var _tq_=cst_Lx;break; - case 7:var _tq_=cst_Lx$0;break; - case 8:var _tq_=cst_LX;break; - case 9:var _tq_=cst_LX$0;break; - case 10:var _tq_=cst_Lo;break; - case 11:var _tq_=cst_Lo$0;break; + {case 1:var _tt_=cst_Ld$0;break; + case 2:var _tt_=cst_Ld$1;break; + case 4:var _tt_=cst_Li$1;break; + case 5:var _tt_=cst_Li$2;break; + case 6:var _tt_=cst_Lx;break; + case 7:var _tt_=cst_Lx$0;break; + case 8:var _tt_=cst_LX;break; + case 9:var _tt_=cst_LX$0;break; + case 10:var _tt_=cst_Lo;break; + case 11:var _tt_=cst_Lo$0;break; case 0: - case 13:var _tq_=cst_Ld;break; + case 13:var _tt_=cst_Ld;break; case 3: - case 14:var _tq_=cst_Li$0;break; - default:var _tq_=cst_Lu} - return transform_int_alt(iconv,caml_int64_format(_tq_,n))} + case 14:var _tt_=cst_Li$0;break; + default:var _tt_=cst_Lu} + return transform_int_alt(iconv,caml_int64_format(_tt_,n))} function convert_float(fconv,prec,x) {function hex(param) {switch(fconv[1]) @@ -19679,17 +20191,17 @@ i=0; for(;;) {if(i === len) - var _to_=0; + var _tr_=0; else - {var match=caml_string_get(str,i),_tn_=match - 46 | 0,switch$0=0; - if(23 < _tn_ >>> 0) - {if(55 === _tn_)switch$0 = 1} + {var match=caml_string_get(str,i),_tq_=match - 46 | 0,switch$0=0; + if(23 < _tq_ >>> 0) + {if(55 === _tq_)switch$0 = 1} else - if(21 < _tn_ - 1 >>> 0)switch$0 = 1; + if(21 < _tq_ - 1 >>> 0)switch$0 = 1; if(! switch$0){var i$0=i + 1 | 0,i=i$0;continue} - var _to_=1} - var _tp_=_to_?str:cat(str,cst$29); - return caml_special_val(_tp_)} + var _tr_=1} + var _ts_=_tr_?str:cat(str,cst$29); + return caml_special_val(_ts_)} case 6:return hex(0); case 7:return uppercase_ascii$1(hex(0)); case 8:return caml_special_val(hex(0)); @@ -19712,62 +20224,67 @@ return function(x) {var str=fix_int_precision(p,caml_call2(trans,iconv,x)); return make_printf(k,[4,acc,str],fmt)}} - if(0 === pad[0]) - {var _tk_=pad[2],_tl_=pad[1]; + else + {if(0 === pad[0]) + {var _tn_=pad[2],_to_=pad[1]; + if(typeof prec === "number") + return prec + ?function(p,x) + {var + str= + fix_padding + (_to_,_tn_,fix_int_precision(p,caml_call2(trans,iconv,x))); + return make_printf(k,[4,acc,str],fmt)} + :function(x) + {var str=fix_padding(_to_,_tn_,caml_call2(trans,iconv,x)); + return make_printf(k,[4,acc,str],fmt)}; + var p$0=prec[1]; + return function(x) + {var + str= + fix_padding + (_to_,_tn_,fix_int_precision(p$0,caml_call2(trans,iconv,x))); + return make_printf(k,[4,acc,str],fmt)}} + var _tp_=pad[1]; if(typeof prec === "number") return prec - ?function(p,x) + ?function(w,p,x) {var str= fix_padding - (_tl_,_tk_,fix_int_precision(p,caml_call2(trans,iconv,x))); + (_tp_,w,fix_int_precision(p,caml_call2(trans,iconv,x))); return make_printf(k,[4,acc,str],fmt)} - :function(x) - {var str=fix_padding(_tl_,_tk_,caml_call2(trans,iconv,x)); + :function(w,x) + {var str=fix_padding(_tp_,w,caml_call2(trans,iconv,x)); return make_printf(k,[4,acc,str],fmt)}; - var p$0=prec[1]; - return function(x) + var p$1=prec[1]; + return function(w,x) {var str= fix_padding - (_tl_,_tk_,fix_int_precision(p$0,caml_call2(trans,iconv,x))); - return make_printf(k,[4,acc,str],fmt)}} - var _tm_=pad[1]; - if(typeof prec === "number") - return prec - ?function(w,p,x) - {var - str= - fix_padding - (_tm_,w,fix_int_precision(p,caml_call2(trans,iconv,x))); - return make_printf(k,[4,acc,str],fmt)} - :function(w,x) - {var str=fix_padding(_tm_,w,caml_call2(trans,iconv,x)); - return make_printf(k,[4,acc,str],fmt)}; - var p$1=prec[1]; - return function(w,x) - {var - str= - fix_padding(_tm_,w,fix_int_precision(p$1,caml_call2(trans,iconv,x))); - return make_printf(k,[4,acc,str],fmt)}} + (_tp_,w,fix_int_precision(p$1,caml_call2(trans,iconv,x))); + return make_printf(k,[4,acc,str],fmt)}}} function make_padding(k,acc,fmt,pad,trans) {if(typeof pad === "number") return function(x) {var new_acc=[4,acc,caml_call1(trans,x)]; return make_printf(k,new_acc,fmt)}; - if(0 === pad[0]) - {var width=pad[2],padty=pad[1]; - return function(x) - {var new_acc=[4,acc,fix_padding(padty,width,caml_call1(trans,x))]; - return make_printf(k,new_acc,fmt)}} - var padty$0=pad[1]; - return function(w,x) - {var new_acc=[4,acc,fix_padding(padty$0,w,caml_call1(trans,x))]; - return make_printf(k,new_acc,fmt)}} + else + {if(0 === pad[0]) + {var width=pad[2],padty=pad[1]; + return function(x) + {var new_acc=[4,acc,fix_padding(padty,width,caml_call1(trans,x))]; + return make_printf(k,new_acc,fmt)}} + var padty$0=pad[1]; + return function(w,x) + {var new_acc=[4,acc,fix_padding(padty$0,w,caml_call1(trans,x))]; + return make_printf(k,new_acc,fmt)}}} function make_printf$0(counter,k,acc,fmt) {var k$0=k,acc$0=acc,fmt$0=fmt; for(;;) - {if(typeof fmt$0 === "number")return caml_call1(k$0,acc$0); + if(typeof fmt$0 === "number") + return caml_call1(k$0,acc$0); + else switch(fmt$0[0]) {case 0: var rest=fmt$0[1]; @@ -19834,37 +20351,38 @@ return function(x) {var str=convert_float(fconv,p,x); return make_printf(k$0,[4,acc$0,str],rest$7)}} - if(0 === pad$5[0]) - {var _th_=pad$5[2],_ti_=pad$5[1]; + else + {if(0 === pad$5[0]) + {var _tk_=pad$5[2],_tl_=pad$5[1]; + if(typeof prec$3 === "number") + return prec$3 + ?function(p,x) + {var str=fix_padding(_tl_,_tk_,convert_float(fconv,p,x)); + return make_printf(k$0,[4,acc$0,str],rest$7)} + :function(x) + {var + str=convert_float(fconv,default_float_precision(fconv),x), + str$0=fix_padding(_tl_,_tk_,str); + return make_printf(k$0,[4,acc$0,str$0],rest$7)}; + var p$0=prec$3[1]; + return function(x) + {var str=fix_padding(_tl_,_tk_,convert_float(fconv,p$0,x)); + return make_printf(k$0,[4,acc$0,str],rest$7)}} + var _tm_=pad$5[1]; if(typeof prec$3 === "number") return prec$3 - ?function(p,x) - {var str=fix_padding(_ti_,_th_,convert_float(fconv,p,x)); + ?function(w,p,x) + {var str=fix_padding(_tm_,w,convert_float(fconv,p,x)); return make_printf(k$0,[4,acc$0,str],rest$7)} - :function(x) + :function(w,x) {var str=convert_float(fconv,default_float_precision(fconv),x), - str$0=fix_padding(_ti_,_th_,str); + str$0=fix_padding(_tm_,w,str); return make_printf(k$0,[4,acc$0,str$0],rest$7)}; - var p$0=prec$3[1]; - return function(x) - {var str=fix_padding(_ti_,_th_,convert_float(fconv,p$0,x)); + var p$1=prec$3[1]; + return function(w,x) + {var str=fix_padding(_tm_,w,convert_float(fconv,p$1,x)); return make_printf(k$0,[4,acc$0,str],rest$7)}} - var _tj_=pad$5[1]; - if(typeof prec$3 === "number") - return prec$3 - ?function(w,p,x) - {var str=fix_padding(_tj_,w,convert_float(fconv,p,x)); - return make_printf(k$0,[4,acc$0,str],rest$7)} - :function(w,x) - {var - str=convert_float(fconv,default_float_precision(fconv),x), - str$0=fix_padding(_tj_,w,str); - return make_printf(k$0,[4,acc$0,str$0],rest$7)}; - var p$1=prec$3[1]; - return function(w,x) - {var str=fix_padding(_tj_,w,convert_float(fconv,p$1,x)); - return make_printf(k$0,[4,acc$0,str],rest$7)}; case 9: var rest$8=fmt$0[2],pad$6=fmt$0[1]; return make_padding(k$0,acc$0,rest$8,pad$6,string_of_bool); @@ -19918,11 +20436,11 @@ fmt$0=fmt$4; continue; case 18: - var _tf_=fmt$0[1]; - if(0 === _tf_[0]) + var _ti_=fmt$0[1]; + if(0 === _ti_[0]) {var rest$13=fmt$0[2], - match=_tf_[1], + match=_ti_[1], fmt$5=match[1], k$3= function(acc,k,rest) @@ -19936,7 +20454,7 @@ continue} var rest$14=fmt$0[2], - match$0=_tf_[1], + match$0=_ti_[1], fmt$6=match$0[1], k$4= function(acc,k,rest) @@ -19962,105 +20480,111 @@ {var new_acc=[5,acc$0,c];return make_printf(k$0,new_acc,rest$17)}; case 23: var rest$18=fmt$0[2],ign=fmt$0[1]; - if(counter >= 50) - return caml_trampoline_return - (make_ignored_param$0,[0,k$0,acc$0,ign,rest$18]); - var counter$1=counter + 1 | 0; - return make_ignored_param$0(counter$1,k$0,acc$0,ign,rest$18); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return make_ignored_param$0(counter$1,k$0,acc$0,ign,rest$18)} + return caml_trampoline_return + (make_ignored_param$0,[0,k$0,acc$0,ign,rest$18]); default: var rest$19=fmt$0[3], f=fmt$0[2], arity=fmt$0[1], - _tg_=caml_call1(f,0); - if(counter >= 50) - return caml_trampoline_return - (make_custom$0,[0,k$0,acc$0,rest$19,arity,_tg_]); - var counter$0=counter + 1 | 0; - return make_custom$0(counter$0,k$0,acc$0,rest$19,arity,_tg_)}}} + _tj_=caml_call1(f,0); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return make_custom$0(counter$0,k$0,acc$0,rest$19,arity,_tj_)} + return caml_trampoline_return + (make_custom$0,[0,k$0,acc$0,rest$19,arity,_tj_])}} function make_ignored_param$0(counter,k,acc,ign,fmt) {if(typeof ign === "number") switch(ign) {case 0: - if(counter >= 50) - return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$0=counter + 1 | 0; - return make_invalid_arg(counter$0,k,acc,fmt); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return make_invalid_arg(counter$0,k,acc,fmt)} + return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); case 1: - if(counter >= 50) - return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$1=counter + 1 | 0; - return make_invalid_arg(counter$1,k,acc,fmt); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return make_invalid_arg(counter$1,k,acc,fmt)} + return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); case 2:throw [0,Assert_failure,_ax_]; default: - if(counter >= 50) - return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$2=counter + 1 | 0; - return make_invalid_arg(counter$2,k,acc,fmt)} - switch(ign[0]) - {case 0: - if(counter >= 50) + if(counter < 50) + {var counter$2=counter + 1 | 0; + return make_invalid_arg(counter$2,k,acc,fmt)} + return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt])} + else + switch(ign[0]) + {case 0: + if(counter < 50) + {var counter$3=counter + 1 | 0; + return make_invalid_arg(counter$3,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$3=counter + 1 | 0; - return make_invalid_arg(counter$3,k,acc,fmt); - case 1: - if(counter >= 50) + case 1: + if(counter < 50) + {var counter$4=counter + 1 | 0; + return make_invalid_arg(counter$4,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$4=counter + 1 | 0; - return make_invalid_arg(counter$4,k,acc,fmt); - case 2: - if(counter >= 50) + case 2: + if(counter < 50) + {var counter$5=counter + 1 | 0; + return make_invalid_arg(counter$5,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$5=counter + 1 | 0; - return make_invalid_arg(counter$5,k,acc,fmt); - case 3: - if(counter >= 50) + case 3: + if(counter < 50) + {var counter$6=counter + 1 | 0; + return make_invalid_arg(counter$6,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$6=counter + 1 | 0; - return make_invalid_arg(counter$6,k,acc,fmt); - case 4: - if(counter >= 50) + case 4: + if(counter < 50) + {var counter$7=counter + 1 | 0; + return make_invalid_arg(counter$7,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$7=counter + 1 | 0; - return make_invalid_arg(counter$7,k,acc,fmt); - case 5: - if(counter >= 50) + case 5: + if(counter < 50) + {var counter$8=counter + 1 | 0; + return make_invalid_arg(counter$8,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$8=counter + 1 | 0; - return make_invalid_arg(counter$8,k,acc,fmt); - case 6: - if(counter >= 50) + case 6: + if(counter < 50) + {var counter$9=counter + 1 | 0; + return make_invalid_arg(counter$9,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$9=counter + 1 | 0; - return make_invalid_arg(counter$9,k,acc,fmt); - case 7: - if(counter >= 50) + case 7: + if(counter < 50) + {var counter$10=counter + 1 | 0; + return make_invalid_arg(counter$10,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$10=counter + 1 | 0; - return make_invalid_arg(counter$10,k,acc,fmt); - case 8: - if(counter >= 50) + case 8: + if(counter < 50) + {var counter$11=counter + 1 | 0; + return make_invalid_arg(counter$11,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$11=counter + 1 | 0; - return make_invalid_arg(counter$11,k,acc,fmt); - case 9: - var fmtty=ign[2]; - if(counter >= 50) + case 9: + var fmtty=ign[2]; + if(counter < 50) + {var counter$14=counter + 1 | 0; + return make_from_fmtty$0(counter$14,k,acc,fmtty,fmt)} return caml_trampoline_return(make_from_fmtty$0,[0,k,acc,fmtty,fmt]); - var counter$14=counter + 1 | 0; - return make_from_fmtty$0(counter$14,k,acc,fmtty,fmt); - case 10: - if(counter >= 50) + case 10: + if(counter < 50) + {var counter$12=counter + 1 | 0; + return make_invalid_arg(counter$12,k,acc,fmt)} return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$12=counter + 1 | 0; - return make_invalid_arg(counter$12,k,acc,fmt); - default: - if(counter >= 50) - return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$13=counter + 1 | 0; - return make_invalid_arg(counter$13,k,acc,fmt)}} + default: + if(counter < 50) + {var counter$13=counter + 1 | 0; + return make_invalid_arg(counter$13,k,acc,fmt)} + return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt])}} function make_from_fmtty$0(counter,k,acc,fmtty,fmt) - {if(typeof fmtty !== "number") + {if(typeof fmtty === "number") + {if(counter < 50) + {var counter$0=counter + 1 | 0; + return make_invalid_arg(counter$0,k,acc,fmt)} + return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt])} + else switch(fmtty[0]) {case 0: var rest=fmtty[1]; @@ -20099,7 +20623,7 @@ {return make_from_fmtty(k,acc,concat_fmtty(ty,rest$8),fmt)}; case 10: var rest$9=fmtty[1]; - return function(param,_te_) + return function(param,_th_) {return make_from_fmtty(k,acc,rest$9,fmt)}; case 11: var rest$10=fmtty[1]; @@ -20108,27 +20632,23 @@ var rest$11=fmtty[1]; return function(param){return make_from_fmtty(k,acc,rest$11,fmt)}; case 13:throw [0,Assert_failure,_ay_]; - default:throw [0,Assert_failure,_az_]} - if(counter >= 50) - return caml_trampoline_return(make_invalid_arg,[0,k,acc,fmt]); - var counter$0=counter + 1 | 0; - return make_invalid_arg(counter$0,k,acc,fmt)} + default:throw [0,Assert_failure,_az_]}} function make_invalid_arg(counter,k,acc,fmt) - {var _td_=[8,acc,cst_Printf_bad_conversion$0]; - if(counter >= 50) - return caml_trampoline_return(make_printf$0,[0,k,_td_,fmt]); - var counter$0=counter + 1 | 0; - return make_printf$0(counter$0,k,_td_,fmt)} + {var _tg_=[8,acc,cst_Printf_bad_conversion$0]; + if(counter < 50) + {var counter$0=counter + 1 | 0; + return make_printf$0(counter$0,k,_tg_,fmt)} + return caml_trampoline_return(make_printf$0,[0,k,_tg_,fmt])} function make_custom$0(counter,k,acc,rest,arity,f) {if(arity) {var arity$0=arity[1]; return function(x) {return make_custom(k,acc,rest,arity$0,caml_call1(f,x))}} - var _tc_=[4,acc,f]; - if(counter >= 50) - return caml_trampoline_return(make_printf$0,[0,k,_tc_,rest]); - var counter$0=counter + 1 | 0; - return make_printf$0(counter$0,k,_tc_,rest)} + var _tf_=[4,acc,f]; + if(counter < 50) + {var counter$0=counter + 1 | 0; + return make_printf$0(counter$0,k,_tf_,rest)} + return caml_trampoline_return(make_printf$0,[0,k,_tf_,rest])} function make_printf(k,acc,fmt) {return caml_trampoline(make_printf$0(0,k,acc,fmt))} function make_ignored_param(k,acc,ign,fmt) @@ -20139,70 +20659,76 @@ {return caml_trampoline(make_custom$0(0,k,acc,rest,arity,f))} function fn_of_padding_precision(k,o,fmt,pad,prec) {if(typeof pad === "number") - {if(typeof prec !== "number") - {var _sN_=make_iprintf(k,o,fmt);return function(_tb_){return _sN_}} - if(prec) - {var _sK_=make_iprintf(k,o,fmt),_sL_=function(_ta_){return _sK_}; - return function(_s$_){return _sL_}} - var _sM_=make_iprintf(k,o,fmt); - return function(_s__){return _sM_}} - if(0 === pad[0]) - {if(typeof prec !== "number") - {var _sR_=make_iprintf(k,o,fmt);return function(_s9_){return _sR_}} - if(prec) - {var _sO_=make_iprintf(k,o,fmt),_sP_=function(_s8_){return _sO_}; - return function(_s7_){return _sP_}} + {if(typeof prec === "number") + {if(prec) + {var _sN_=make_iprintf(k,o,fmt),_sO_=function(_s5_){return _sN_}; + return function(_s4_){return _sO_}} + var _sP_=make_iprintf(k,o,fmt); + return function(_s3_){return _sP_}} var _sQ_=make_iprintf(k,o,fmt); - return function(_s6_){return _sQ_}} - if(typeof prec !== "number") - {var _sX_=make_iprintf(k,o,fmt),_sY_=function(_s5_){return _sX_}; - return function(_s4_){return _sY_}} - if(prec) - {var - _sS_=make_iprintf(k,o,fmt), - _sT_=function(_s3_){return _sS_}, - _sU_=function(_s2_){return _sT_}; - return function(_s1_){return _sU_}} - var _sV_=make_iprintf(k,o,fmt); - function _sW_(_s0_){return _sV_} - return function(_sZ_){return _sW_}} + return function(_s2_){return _sQ_}} + else + {if(0 === pad[0]) + {if(typeof prec === "number") + {if(prec) + {var _sR_=make_iprintf(k,o,fmt),_sS_=function(_te_){return _sR_}; + return function(_td_){return _sS_}} + var _sT_=make_iprintf(k,o,fmt); + return function(_tc_){return _sT_}} + var _sU_=make_iprintf(k,o,fmt); + return function(_tb_){return _sU_}} + if(typeof prec === "number") + {if(prec) + {var + _sV_=make_iprintf(k,o,fmt), + _sW_=function(_ta_){return _sV_}, + _sX_=function(_s$_){return _sW_}; + return function(_s__){return _sX_}} + var _sY_=make_iprintf(k,o,fmt),_sZ_=function(_s9_){return _sY_}; + return function(_s8_){return _sZ_}} + var _s0_=make_iprintf(k,o,fmt),_s1_=function(_s7_){return _s0_}; + return function(_s6_){return _s1_}}} function make_iprintf$0(counter,k,o,fmt) {var k$0=k,fmt$0=fmt; for(;;) - {if(typeof fmt$0 === "number")return caml_call1(k$0,o); + if(typeof fmt$0 === "number") + return caml_call1(k$0,o); + else switch(fmt$0[0]) {case 0: - var rest=fmt$0[1],_r1_=make_iprintf(k$0,o,rest); - return function(_sJ_){return _r1_}; + var rest=fmt$0[1],_r4_=make_iprintf(k$0,o,rest); + return function(_sM_){return _r4_}; case 1: - var rest$0=fmt$0[1],_r2_=make_iprintf(k$0,o,rest$0); - return function(_sI_){return _r2_}; + var rest$0=fmt$0[1],_r5_=make_iprintf(k$0,o,rest$0); + return function(_sL_){return _r5_}; case 2: - var _r3_=fmt$0[1]; - if(typeof _r3_ === "number") - {var rest$1=fmt$0[2],_r4_=make_iprintf(k$0,o,rest$1); - return function(_sH_){return _r4_}} - if(0 === _r3_[0]) - {var rest$2=fmt$0[2],_r5_=make_iprintf(k$0,o,rest$2); - return function(_sG_){return _r5_}} - var - rest$3=fmt$0[2], - _r6_=make_iprintf(k$0,o,rest$3), - _r7_=function(_sF_){return _r6_}; - return function(_sE_){return _r7_}; + var _r6_=fmt$0[1]; + if(typeof _r6_ === "number") + {var rest$1=fmt$0[2],_r7_=make_iprintf(k$0,o,rest$1); + return function(_sH_){return _r7_}} + else + {if(0 === _r6_[0]) + {var rest$2=fmt$0[2],_r8_=make_iprintf(k$0,o,rest$2); + return function(_sK_){return _r8_}} + var + rest$3=fmt$0[2], + _r9_=make_iprintf(k$0,o,rest$3), + _r__=function(_sJ_){return _r9_}; + return function(_sI_){return _r__}} case 3: - var _r8_=fmt$0[1]; - if(typeof _r8_ === "number") - {var rest$4=fmt$0[2],_r9_=make_iprintf(k$0,o,rest$4); - return function(_sD_){return _r9_}} - if(0 === _r8_[0]) - {var rest$5=fmt$0[2],_r__=make_iprintf(k$0,o,rest$5); - return function(_sC_){return _r__}} - var - rest$6=fmt$0[2], - _r$_=make_iprintf(k$0,o,rest$6), - _sa_=function(_sB_){return _r$_}; - return function(_sA_){return _sa_}; + var _r$_=fmt$0[1]; + if(typeof _r$_ === "number") + {var rest$4=fmt$0[2],_sa_=make_iprintf(k$0,o,rest$4); + return function(_sD_){return _sa_}} + else + {if(0 === _r$_[0]) + {var rest$5=fmt$0[2],_sb_=make_iprintf(k$0,o,rest$5); + return function(_sG_){return _sb_}} + var + rest$6=fmt$0[2], + _sc_=make_iprintf(k$0,o,rest$6), + _sd_=function(_sF_){return _sc_}; + return function(_sE_){return _sd_}} case 4: var rest$7=fmt$0[4],prec=fmt$0[3],pad=fmt$0[2]; return fn_of_padding_precision(k$0,o,rest$7,pad,prec); @@ -20219,24 +20745,25 @@ var rest$11=fmt$0[4],prec$3=fmt$0[3],pad$3=fmt$0[2]; return fn_of_padding_precision(k$0,o,rest$11,pad$3,prec$3); case 9: - var _sb_=fmt$0[1]; - if(typeof _sb_ === "number") - {var rest$12=fmt$0[2],_sc_=make_iprintf(k$0,o,rest$12); - return function(_sz_){return _sc_}} - if(0 === _sb_[0]) - {var rest$13=fmt$0[2],_sd_=make_iprintf(k$0,o,rest$13); - return function(_sy_){return _sd_}} - var - rest$14=fmt$0[2], - _se_=make_iprintf(k$0,o,rest$14), - _sf_=function(_sx_){return _se_}; - return function(_sw_){return _sf_}; + var _se_=fmt$0[1]; + if(typeof _se_ === "number") + {var rest$12=fmt$0[2],_sf_=make_iprintf(k$0,o,rest$12); + return function(_sz_){return _sf_}} + else + {if(0 === _se_[0]) + {var rest$13=fmt$0[2],_sg_=make_iprintf(k$0,o,rest$13); + return function(_sC_){return _sg_}} + var + rest$14=fmt$0[2], + _sh_=make_iprintf(k$0,o,rest$14), + _si_=function(_sB_){return _sh_}; + return function(_sA_){return _si_}} case 10:var fmt$1=fmt$0[1],fmt$0=fmt$1;continue; case 11:var fmt$2=fmt$0[2],fmt$0=fmt$2;continue; case 12:var fmt$3=fmt$0[2],fmt$0=fmt$3;continue; case 13: - var rest$15=fmt$0[3],_sg_=make_iprintf(k$0,o,rest$15); - return function(_sv_){return _sg_}; + var rest$15=fmt$0[3],_sj_=make_iprintf(k$0,o,rest$15); + return function(_sy_){return _sj_}; case 14: var rest$16=fmt$0[3],fmtty=fmt$0[2]; return function(param) @@ -20245,19 +20772,19 @@ case 15: var rest$17=fmt$0[1], - _sh_=make_iprintf(k$0,o,rest$17), - _si_=function(_su_){return _sh_}; - return function(_st_){return _si_}; + _sk_=make_iprintf(k$0,o,rest$17), + _sl_=function(_sx_){return _sk_}; + return function(_sw_){return _sl_}; case 16: - var rest$18=fmt$0[1],_sj_=make_iprintf(k$0,o,rest$18); - return function(_ss_){return _sj_}; + var rest$18=fmt$0[1],_sm_=make_iprintf(k$0,o,rest$18); + return function(_sv_){return _sm_}; case 17:var fmt$4=fmt$0[2],fmt$0=fmt$4;continue; case 18: - var _sk_=fmt$0[1]; - if(0 === _sk_[0]) + var _sn_=fmt$0[1]; + if(0 === _sn_[0]) {var rest$19=fmt$0[2], - match=_sk_[1], + match=_sn_[1], fmt$5=match[1], k$3= function(k,rest) @@ -20268,7 +20795,7 @@ continue} var rest$20=fmt$0[2], - match$0=_sk_[1], + match$0=_sn_[1], fmt$6=match$0[1], k$4= function(k,rest) @@ -20279,33 +20806,33 @@ continue; case 19:throw [0,Assert_failure,_aA_]; case 20: - var rest$21=fmt$0[3],_sl_=make_iprintf(k$0,o,rest$21); - return function(_sr_){return _sl_}; + var rest$21=fmt$0[3],_so_=make_iprintf(k$0,o,rest$21); + return function(_su_){return _so_}; case 21: - var rest$22=fmt$0[2],_sm_=make_iprintf(k$0,o,rest$22); - return function(_sq_){return _sm_}; + var rest$22=fmt$0[2],_sp_=make_iprintf(k$0,o,rest$22); + return function(_st_){return _sp_}; case 22: - var rest$23=fmt$0[1],_sn_=make_iprintf(k$0,o,rest$23); - return function(_sp_){return _sn_}; + var rest$23=fmt$0[1],_sq_=make_iprintf(k$0,o,rest$23); + return function(_ss_){return _sq_}; case 23: - var rest$24=fmt$0[2],ign=fmt$0[1],_so_=0; + var rest$24=fmt$0[2],ign=fmt$0[1],_sr_=0; return make_ignored_param - (function(param){return caml_call1(k$0,o)},_so_,ign,rest$24); + (function(param){return caml_call1(k$0,o)},_sr_,ign,rest$24); default: var rest$25=fmt$0[3],arity=fmt$0[1]; - if(counter >= 50) - return caml_trampoline_return - (fn_of_custom_arity$0,[0,k$0,o,rest$25,arity]); - var counter$0=counter + 1 | 0; - return fn_of_custom_arity$0(counter$0,k$0,o,rest$25,arity)}}} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return fn_of_custom_arity$0(counter$0,k$0,o,rest$25,arity)} + return caml_trampoline_return + (fn_of_custom_arity$0,[0,k$0,o,rest$25,arity])}} function fn_of_custom_arity$0(counter,k,o,fmt,param) {if(param) - {var arity=param[1],_rZ_=fn_of_custom_arity(k,o,fmt,arity); - return function(_r0_){return _rZ_}} - if(counter >= 50) - return caml_trampoline_return(make_iprintf$0,[0,k,o,fmt]); - var counter$0=counter + 1 | 0; - return make_iprintf$0(counter$0,k,o,fmt)} + {var arity=param[1],_r2_=fn_of_custom_arity(k,o,fmt,arity); + return function(_r3_){return _r2_}} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return make_iprintf$0(counter$0,k,o,fmt)} + return caml_trampoline_return(make_iprintf$0,[0,k,o,fmt])} function make_iprintf(k,o,fmt) {return caml_trampoline(make_iprintf$0(0,k,o,fmt))} function fn_of_custom_arity(k,o,fmt,param) @@ -20313,7 +20840,9 @@ function output_acc(o,acc) {var acc$0=acc; for(;;) - {if(typeof acc$0 === "number")return 0; + if(typeof acc$0 === "number") + return 0; + else switch(acc$0[0]) {case 0: var @@ -20323,15 +20852,15 @@ output_acc(o,p); return output_string(o,s); case 1: - var _rX_=acc$0[2],_rY_=acc$0[1]; - if(0 === _rX_[0]) - {var acc$1=_rX_[1]; - output_acc(o,_rY_); + var _r0_=acc$0[2],_r1_=acc$0[1]; + if(0 === _r0_[0]) + {var acc$1=_r0_[1]; + output_acc(o,_r1_); output_string(o,cst$30); var acc$0=acc$1; continue} - var acc$2=_rX_[1]; - output_acc(o,_rY_); + var acc$2=_r0_[1]; + output_acc(o,_r1_); output_string(o,cst$31); var acc$0=acc$2; continue; @@ -20352,11 +20881,13 @@ default: var c=acc$0[2],p$1=acc$0[1]; output_acc(o,p$1); - return caml_ml_output_char(o,c)}}} + return caml_ml_output_char(o,c)}} function bufput_acc(b,acc) {var acc$0=acc; for(;;) - {if(typeof acc$0 === "number")return 0; + if(typeof acc$0 === "number") + return 0; + else switch(acc$0[0]) {case 0: var @@ -20366,15 +20897,15 @@ bufput_acc(b,p); return add_string(b,s); case 1: - var _rV_=acc$0[2],_rW_=acc$0[1]; - if(0 === _rV_[0]) - {var acc$1=_rV_[1]; - bufput_acc(b,_rW_); + var _rY_=acc$0[2],_rZ_=acc$0[1]; + if(0 === _rY_[0]) + {var acc$1=_rY_[1]; + bufput_acc(b,_rZ_); add_string(b,cst$32); var acc$0=acc$1; continue} - var acc$2=_rV_[1]; - bufput_acc(b,_rW_); + var acc$2=_rY_[1]; + bufput_acc(b,_rZ_); add_string(b,cst$33); var acc$0=acc$2; continue; @@ -20393,11 +20924,13 @@ bufput_acc(b,p$0); return add_string(b,s$0); default: - var c=acc$0[2],p$1=acc$0[1];bufput_acc(b,p$1);return add_char(b,c)}}} + var c=acc$0[2],p$1=acc$0[1];bufput_acc(b,p$1);return add_char(b,c)}} function strput_acc(b,acc) {var acc$0=acc; for(;;) - {if(typeof acc$0 === "number")return 0; + if(typeof acc$0 === "number") + return 0; + else switch(acc$0[0]) {case 0: var @@ -20407,15 +20940,15 @@ strput_acc(b,p); return add_string(b,s); case 1: - var _rT_=acc$0[2],_rU_=acc$0[1]; - if(0 === _rT_[0]) - {var acc$1=_rT_[1]; - strput_acc(b,_rU_); + var _rW_=acc$0[2],_rX_=acc$0[1]; + if(0 === _rW_[0]) + {var acc$1=_rW_[1]; + strput_acc(b,_rX_); add_string(b,cst$34); var acc$0=acc$1; continue} - var acc$2=_rT_[1]; - strput_acc(b,_rU_); + var acc$2=_rW_[1]; + strput_acc(b,_rX_); add_string(b,cst$35); var acc$0=acc$2; continue; @@ -20434,7 +20967,7 @@ strput_acc(b,p$0); return add_string(b,s$0); default: - var c=acc$0[2],p$1=acc$0[1];strput_acc(b,p$1);return add_char(b,c)}}} + var c=acc$0[2],p$1=acc$0[1];strput_acc(b,p$1);return add_char(b,c)}} function failwith_message(param) {var fmt=param[1],buf=create$2(256); function k(acc){strput_acc(buf,acc);return failwith(contents(buf))} @@ -20450,25 +20983,27 @@ {if(i$0 === len)return i$0; var match=caml_string_get(str,i$0); if(9 !== match && 32 !== match)return i$0; - var i$1=i$0 + 1 | 0,i$0=i$1}} + var i$1=i$0 + 1 | 0,i$0=i$1; + continue}} function parse_lword(i,j) {var j$0=j; for(;;) {if(j$0 === len)return j$0; var match=caml_string_get(str,j$0); if(25 < match - 97 >>> 0)return j$0; - var j$1=j$0 + 1 | 0,j$0=j$1}} + var j$1=j$0 + 1 | 0,j$0=j$1; + continue}} function parse_int(i,j) {var j$0=j; for(;;) {if(j$0 === len)return j$0; var match=caml_string_get(str,j$0),switch$0=0; if(48 <= match) - {if(58 > match)switch$0 = 1} + {if(! (58 <= match))switch$0 = 1} else if(45 === match)switch$0 = 1; - if(! switch$0)return j$0; - var j$1=j$0 + 1 | 0,j$0=j$1}} + if(switch$0){var j$1=j$0 + 1 | 0,j$0=j$1;continue} + return j$0}} var wstart=parse_spaces(0), wend=parse_lword(wstart,wstart), @@ -20480,11 +21015,11 @@ else try {var - _rR_=caml_int_of_string(sub$0(str,nstart,nend - nstart | 0)), - indent=_rR_} - catch(_rS_) - {_rS_ = caml_wrap_exception(_rS_); - if(_rS_[1] !== Failure)throw _rS_; + _rU_=caml_int_of_string(sub$0(str,nstart,nend - nstart | 0)), + indent=_rU_} + catch(_rV_) + {_rV_ = caml_wrap_exception(_rV_); + if(_rV_[1] !== Failure)throw _rV_; var indent=invalid_box(0)} var exp_end=parse_spaces(nend); if(exp_end !== len)invalid_box(0); @@ -20507,20 +21042,24 @@ if(switch$0)var box_type=4; return [0,indent,box_type]} function make_padding_fmt_ebb(pad,fmt) - {if(typeof pad === "number")return [0,0,fmt]; - if(0 === pad[0]){var w=pad[2],s=pad[1];return [0,[0,s,w],fmt]} - var s$0=pad[1]; - return [0,[1,s$0],fmt]} + {if(typeof pad === "number") + return [0,0,fmt]; + else + {if(0 === pad[0]){var w=pad[2],s=pad[1];return [0,[0,s,w],fmt]} + var s$0=pad[1]; + return [0,[1,s$0],fmt]}} function make_padprec_fmt_ebb(pad,prec,fmt) {if(typeof prec === "number") var match=prec?[0,1,fmt]:[0,0,fmt]; else var p=prec[1],match=[0,[0,p],fmt]; var prec$0=match[1]; - if(typeof pad === "number")return [0,0,prec$0,fmt]; - if(0 === pad[0]){var w=pad[2],s=pad[1];return [0,[0,s,w],prec$0,fmt]} - var s$0=pad[1]; - return [0,[1,s$0],prec$0,fmt]} + if(typeof pad === "number") + return [0,0,prec$0,fmt]; + else + {if(0 === pad[0]){var w=pad[2],s=pad[1];return [0,[0,s,w],prec$0,fmt]} + var s$0=pad[1]; + return [0,[1,s$0],prec$0,fmt]}} function fmt_ebb_of_string(legacy_behavior,str) {if(legacy_behavior) var flag=legacy_behavior[1],legacy_behavior$0=flag; @@ -20551,123 +21090,124 @@ if(str_ind$2 === end_ind)unexpected_end_of_format(end_ind); var match$1=caml_string_get(str,str_ind$2), - _rQ_= + _rT_= 95 === match$1 ?parse_flags(str_ind,str_ind$2 + 1 | 0,end_ind,1) :parse_flags(str_ind,str_ind$2,end_ind,0), - fmt_rest=_rQ_[1]; + fmt_rest=_rT_[1]; return add_literal(lit_start,str_ind,fmt_rest)} - if(64 !== match) - {var str_ind$1=str_ind + 1 | 0,str_ind=str_ind$1;continue} - var str_ind$0=str_ind + 1 | 0; - if(str_ind$0 === end_ind) - var match$0=_aR_; - else - {var c=caml_string_get(str,str_ind$0),switch$0=0; - if(65 <= c) - if(94 <= c) - {var switcher=c - 123 | 0; - if(2 < switcher >>> 0) - switch$0 = 1; - else - switch(switcher) - {case 0: - var match$0=parse_tag(1,str_ind$0 + 1 | 0,end_ind);break; - case 1:switch$0 = 1;break; - default: - var - match$3=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$2=match$3[1], - match$0=[0,[17,1,fmt_rest$2]]}} - else - if(91 <= c) - switch(c - 91 | 0) - {case 0: - var match$0=parse_tag(0,str_ind$0 + 1 | 0,end_ind);break; - case 1:switch$0 = 1;break; - default: - var - match$4=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$3=match$4[1], - match$0=[0,[17,0,fmt_rest$3]]} - else - switch$0 = 1; + if(64 === match) + {var str_ind$0=str_ind + 1 | 0; + if(str_ind$0 === end_ind) + var match$0=_aR_; else - if(10 === c) - var - match$5=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$4=match$5[1], - match$0=[0,[17,3,fmt_rest$4]]; - else - if(32 <= c) - switch(c - 32 | 0) - {case 0: - var - match$6=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$5=match$6[1], - match$0=[0,[17,_aS_,fmt_rest$5]]; - break; - case 5: - var switch$1=0; - if - ((str_ind$0 + 1 | 0) - < - end_ind - && - 37 - === - caml_string_get(str,str_ind$0 + 1 | 0)) - {var - match$7=parse(str_ind$0 + 2 | 0,end_ind), - fmt_rest$6=match$7[1], - match$0=[0,[17,6,fmt_rest$6]]; - switch$1 = 1} - if(! switch$1) - var - match$8=parse(str_ind$0,end_ind), - fmt_rest$7=match$8[1], - match$0=[0,[12,64,fmt_rest$7]]; - break; - case 12: - var - match$9=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$8=match$9[1], - match$0=[0,[17,_aT_,fmt_rest$8]]; - break; - case 14: - var - match$10=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$9=match$10[1], - match$0=[0,[17,4,fmt_rest$9]]; - break; - case 27: - var match$0=parse_good_break(str_ind$0 + 1 | 0,end_ind); - break; - case 28: - var match$0=parse_magic_size(str_ind$0 + 1 | 0,end_ind); - break; - case 31: - var - match$11=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$10=match$11[1], - match$0=[0,[17,2,fmt_rest$10]]; - break; - case 32: - var - match$12=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$11=match$12[1], - match$0=[0,[17,5,fmt_rest$11]]; - break; - default:switch$0 = 1} + {var c=caml_string_get(str,str_ind$0),switch$0=0; + if(65 <= c) + if(94 <= c) + {var switcher=c - 123 | 0; + if(2 < switcher >>> 0) + switch$0 = 1; + else + switch(switcher) + {case 0: + var match$0=parse_tag(1,str_ind$0 + 1 | 0,end_ind);break; + case 1:switch$0 = 1;break; + default: + var + match$3=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$2=match$3[1], + match$0=[0,[17,1,fmt_rest$2]]}} + else + if(91 <= c) + switch(c - 91 | 0) + {case 0: + var match$0=parse_tag(0,str_ind$0 + 1 | 0,end_ind);break; + case 1:switch$0 = 1;break; + default: + var + match$4=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$3=match$4[1], + match$0=[0,[17,0,fmt_rest$3]]} + else + switch$0 = 1; else - switch$0 = 1; - if(switch$0) - var - match$2=parse(str_ind$0 + 1 | 0,end_ind), - fmt_rest$1=match$2[1], - match$0=[0,[17,[2,c],fmt_rest$1]]} - var fmt_rest$0=match$0[1]; - return add_literal(lit_start,str_ind,fmt_rest$0)}} + if(10 === c) + var + match$5=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$4=match$5[1], + match$0=[0,[17,3,fmt_rest$4]]; + else + if(32 <= c) + switch(c - 32 | 0) + {case 0: + var + match$6=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$5=match$6[1], + match$0=[0,[17,_aS_,fmt_rest$5]]; + break; + case 5: + var switch$1=0; + if + ((str_ind$0 + 1 | 0) + < + end_ind + && + 37 + === + caml_string_get(str,str_ind$0 + 1 | 0)) + {var + match$7=parse(str_ind$0 + 2 | 0,end_ind), + fmt_rest$6=match$7[1], + match$0=[0,[17,6,fmt_rest$6]]; + switch$1 = 1} + if(! switch$1) + var + match$8=parse(str_ind$0,end_ind), + fmt_rest$7=match$8[1], + match$0=[0,[12,64,fmt_rest$7]]; + break; + case 12: + var + match$9=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$8=match$9[1], + match$0=[0,[17,_aT_,fmt_rest$8]]; + break; + case 14: + var + match$10=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$9=match$10[1], + match$0=[0,[17,4,fmt_rest$9]]; + break; + case 27: + var match$0=parse_good_break(str_ind$0 + 1 | 0,end_ind); + break; + case 28: + var match$0=parse_magic_size(str_ind$0 + 1 | 0,end_ind); + break; + case 31: + var + match$11=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$10=match$11[1], + match$0=[0,[17,2,fmt_rest$10]]; + break; + case 32: + var + match$12=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$11=match$12[1], + match$0=[0,[17,5,fmt_rest$11]]; + break; + default:switch$0 = 1} + else + switch$0 = 1; + if(switch$0) + var + match$2=parse(str_ind$0 + 1 | 0,end_ind), + fmt_rest$1=match$2[1], + match$0=[0,[17,[2,c],fmt_rest$1]]} + var fmt_rest$0=match$0[1]; + return add_literal(lit_start,str_ind,fmt_rest$0)} + var str_ind$1=str_ind + 1 | 0,str_ind=str_ind$1; + continue}} function parse_conversion (pct_ind,str_ind,end_ind,plus,hash,space,ign,pad,prec,padprec,symb) {var @@ -20687,47 +21227,55 @@ function get_int_pad(param) {var pad=get_pad(0),match=get_prec(0); if(typeof match === "number" && ! match)return pad; - if(typeof pad === "number")return 0; - if(0 !== pad[0]) - return 2 <= pad[1] - ?legacy_behavior$0 - ?_aL_ - :incompatible_flag(pct_ind,str_ind,48,cst_precision$1) - :pad; - if(2 > pad[1])return pad; - var n=pad[2]; - return legacy_behavior$0 - ?[0,1,n] - :incompatible_flag(pct_ind,str_ind,48,cst_precision$0)} + if(typeof pad === "number") + return 0; + else + {if(0 === pad[0]) + {if(2 <= pad[1]) + {var n=pad[2]; + return legacy_behavior$0 + ?[0,1,n] + :incompatible_flag(pct_ind,str_ind,48,cst_precision$0)} + return pad} + return 2 <= pad[1] + ?legacy_behavior$0 + ?_aL_ + :incompatible_flag(pct_ind,str_ind,48,cst_precision$1) + :pad}} function check_no_0(symb,pad) - {if(typeof pad === "number")return pad; - if(0 !== pad[0]) - return 2 <= pad[1] - ?legacy_behavior$0 - ?_aM_ - :incompatible_flag(pct_ind,str_ind,symb,cst_0$1) - :pad; - if(2 > pad[1])return pad; - var width=pad[2]; - return legacy_behavior$0 - ?[0,1,width] - :incompatible_flag(pct_ind,str_ind,symb,cst_0$0)} + {if(typeof pad === "number") + return pad; + else + {if(0 === pad[0]) + {if(2 <= pad[1]) + {var width=pad[2]; + return legacy_behavior$0 + ?[0,1,width] + :incompatible_flag(pct_ind,str_ind,symb,cst_0$0)} + return pad} + return 2 <= pad[1] + ?legacy_behavior$0 + ?_aM_ + :incompatible_flag(pct_ind,str_ind,symb,cst_0$1) + :pad}} function opt_of_pad(c,pad) - {if(typeof pad === "number")return 0; - if(0 === pad[0]) - switch(pad[1]) - {case 0: - var width=pad[2]; - return legacy_behavior$0 - ?[0,width] - :incompatible_flag(pct_ind,str_ind,c,cst$38); - case 1:var width$0=pad[2];return [0,width$0]; - default: - var width$1=pad[2]; - return legacy_behavior$0 - ?[0,width$1] - :incompatible_flag(pct_ind,str_ind,c,cst_0$2)} - return incompatible_flag(pct_ind,str_ind,c,cst$39)} + {if(typeof pad === "number") + return 0; + else + {if(0 === pad[0]) + switch(pad[1]) + {case 0: + var width=pad[2]; + return legacy_behavior$0 + ?[0,width] + :incompatible_flag(pct_ind,str_ind,c,cst$38); + case 1:var width$0=pad[2];return [0,width$0]; + default: + var width$1=pad[2]; + return legacy_behavior$0 + ?[0,width$1] + :incompatible_flag(pct_ind,str_ind,c,cst_0$2)} + return incompatible_flag(pct_ind,str_ind,c,cst$39)}} function get_pad_opt(c){return opt_of_pad(c,get_pad(0))} function get_padprec_opt(c){return opt_of_pad(c,get_padprec(0))} var switch$0=0; @@ -20752,18 +21300,18 @@ if(get_ign(0)) var ignored$2=[9,get_pad_opt(95),sub_fmtty], - _rn_=[0,[23,ignored$2,fmt_rest$7]]; + _rq_=[0,[23,ignored$2,fmt_rest$7]]; else - var _rn_=[0,[14,get_pad_opt(40),sub_fmtty,fmt_rest$7]]; - var fmt_result=_rn_; + var _rq_=[0,[14,get_pad_opt(40),sub_fmtty,fmt_rest$7]]; + var fmt_result=_rq_; break; case 44:var fmt_result=parse(str_ind,end_ind);break; case 67: var match$12=parse(str_ind,end_ind), fmt_rest$10=match$12[1], - _rp_=get_ign(0)?[0,[23,1,fmt_rest$10]]:[0,[1,fmt_rest$10]], - fmt_result=_rp_; + _rs_=get_ign(0)?[0,[23,1,fmt_rest$10]]:[0,[1,fmt_rest$10]], + fmt_result=_rs_; break; case 78: var @@ -20771,10 +21319,10 @@ fmt_rest$14=match$16[1], counter$0=2; if(get_ign(0)) - var ignored$6=[11,counter$0],_rv_=[0,[23,ignored$6,fmt_rest$14]]; + var ignored$6=[11,counter$0],_ry_=[0,[23,ignored$6,fmt_rest$14]]; else - var _rv_=[0,[21,counter$0,fmt_rest$14]]; - var fmt_result=_rv_; + var _ry_=[0,[21,counter$0,fmt_rest$14]]; + var fmt_result=_ry_; break; case 83: var @@ -20784,14 +21332,14 @@ if(get_ign(0)) var ignored$7=[1,get_padprec_opt(95)], - _rw_=[0,[23,ignored$7,fmt_rest$15]]; + _rz_=[0,[23,ignored$7,fmt_rest$15]]; else var match$18=make_padding_fmt_ebb(pad$6,fmt_rest$15), fmt_rest$16=match$18[2], pad$7=match$18[1], - _rw_=[0,[3,pad$7,fmt_rest$16]]; - var fmt_result=_rw_; + _rz_=[0,[3,pad$7,fmt_rest$16]]; + var fmt_result=_rz_; break; case 91: if(str_ind === end_ind)unexpected_end_of_format(end_ind); @@ -20800,12 +21348,12 @@ add_char=function(c){return add_in_char_set(char_set,c)}, add_range= function(c$0,c) - {if(c >= c$0) + {if(! (c < c$0)) {var i=c$0; for(;;) {add_in_char_set(char_set,char_of_int(i)); - var _rP_=i + 1 | 0; - if(c !== i){var i=_rP_;continue} + var _rS_=i + 1 | 0; + if(c !== i){var i=_rS_;continue} break}} return 0}, fail_single_percent= @@ -20822,12 +21370,12 @@ var str_ind$1=str_ind$0 + 1 | 0,str_ind$0=str_ind$1; continue} if(93 === c)return str_ind$0 + 1 | 0; - var _rO_=str_ind$0 + 1 | 0; - if(counter >= 50) - return caml_trampoline_return - (parse_char_set_after_char$0,[0,_rO_,end_ind,c]); - var counter$0=counter + 1 | 0; - return parse_char_set_after_char$0(counter$0,_rO_,end_ind,c)}}, + var _rR_=str_ind$0 + 1 | 0; + if(counter < 50) + {var counter$0=counter + 1 | 0; + return parse_char_set_after_char$0(counter$0,_rR_,end_ind,c)} + return caml_trampoline_return + (parse_char_set_after_char$0,[0,_rR_,end_ind,c])}}, parse_char_set_after_char$0= function(counter,str_ind,end_ind,c) {var str_ind$0=str_ind,c$0=c; @@ -20854,32 +21402,33 @@ if(37 !== c$3 && 64 !== c$3) return fail_single_percent(str_ind$2); add_range(c$0,c$3); - var _rM_=str_ind$2 + 2 | 0; - if(counter >= 50) - return caml_trampoline_return - (parse_char_set_content,[0,_rM_,end_ind]); - var counter$2=counter + 1 | 0; - return parse_char_set_content(counter$2,_rM_,end_ind)} + var _rP_=str_ind$2 + 2 | 0; + if(counter < 50) + {var counter$2=counter + 1 | 0; + return parse_char_set_content(counter$2,_rP_,end_ind)} + return caml_trampoline_return + (parse_char_set_content,[0,_rP_,end_ind])} if(93 === c$2) {add_char(c$0);add_char(45);return str_ind$2 + 1 | 0} add_range(c$0,c$2); - var _rN_=str_ind$2 + 1 | 0; - if(counter >= 50) - return caml_trampoline_return - (parse_char_set_content,[0,_rN_,end_ind]); - var counter$1=counter + 1 | 0; - return parse_char_set_content(counter$1,_rN_,end_ind)} + var _rQ_=str_ind$2 + 1 | 0; + if(counter < 50) + {var counter$1=counter + 1 | 0; + return parse_char_set_content(counter$1,_rQ_,end_ind)} + return caml_trampoline_return + (parse_char_set_content,[0,_rQ_,end_ind])} if(switch$0 && 37 === c$0) {add_char(c$1); - var _rL_=str_ind$0 + 1 | 0; - if(counter >= 50) - return caml_trampoline_return - (parse_char_set_content,[0,_rL_,end_ind]); - var counter$0=counter + 1 | 0; - return parse_char_set_content(counter$0,_rL_,end_ind)} + var _rO_=str_ind$0 + 1 | 0; + if(counter < 50) + {var counter$0=counter + 1 | 0; + return parse_char_set_content(counter$0,_rO_,end_ind)} + return caml_trampoline_return + (parse_char_set_content,[0,_rO_,end_ind])} if(37 === c$0)fail_single_percent(str_ind$0); add_char(c$0); - var str_ind$1=str_ind$0 + 1 | 0,str_ind$0=str_ind$1,c$0=c$1}}, + var str_ind$1=str_ind$0 + 1 | 0,str_ind$0=str_ind$1,c$0=c$1; + continue}}, parse_char_set_after_char= function(str_ind,end_ind,c) {return caml_trampoline @@ -20901,10 +21450,10 @@ if(get_ign(0)) var ignored$9=[10,get_pad_opt(95),char_set$1], - _rB_=[0,[23,ignored$9,fmt_rest$19]]; + _rE_=[0,[23,ignored$9,fmt_rest$19]]; else - var _rB_=[0,[20,get_pad_opt(91),char_set$1,fmt_rest$19]]; - var fmt_result=_rB_; + var _rE_=[0,[20,get_pad_opt(91),char_set$1,fmt_rest$19]]; + var fmt_result=_rE_; break; case 97: var @@ -20923,26 +21472,26 @@ if(match$24) {if(0 === match$24[1]) var - _rC_=get_ign(0)?[0,[23,3,fmt_rest$21]]:[0,[22,fmt_rest$21]], - _rD_=_rC_; + _rF_=get_ign(0)?[0,[23,3,fmt_rest$21]]:[0,[22,fmt_rest$21]], + _rG_=_rF_; else var - _rD_= + _rG_= legacy_behavior$0 ?char_format(fmt_rest$21) :invalid_format_message (str_ind,cst_non_zero_widths_are_unsupp); - var _rE_=_rD_} + var _rH_=_rG_} else - var _rE_=char_format(fmt_rest$21); - var fmt_result=_rE_; + var _rH_=char_format(fmt_rest$21); + var fmt_result=_rH_; break; case 114: var match$25=parse(str_ind,end_ind), fmt_rest$22=match$25[1], - _rF_=get_ign(0)?[0,[23,2,fmt_rest$22]]:[0,[19,fmt_rest$22]], - fmt_result=_rF_; + _rI_=get_ign(0)?[0,[23,2,fmt_rest$22]]:[0,[19,fmt_rest$22]], + fmt_result=_rI_; break; case 115: var @@ -20952,14 +21501,14 @@ if(get_ign(0)) var ignored$10=[0,get_padprec_opt(95)], - _rG_=[0,[23,ignored$10,fmt_rest$23]]; + _rJ_=[0,[23,ignored$10,fmt_rest$23]]; else var match$27=make_padding_fmt_ebb(pad$9,fmt_rest$23), fmt_rest$24=match$27[2], pad$10=match$27[1], - _rG_=[0,[2,pad$10,fmt_rest$24]]; - var fmt_result=_rG_; + _rJ_=[0,[2,pad$10,fmt_rest$24]]; + var fmt_result=_rJ_; break; case 116: var @@ -20978,10 +21527,10 @@ if(get_ign(0)) var ignored$11=[8,get_pad_opt(95),sub_fmtty$0], - _rH_=[0,[23,ignored$11,fmt_rest$26]]; + _rK_=[0,[23,ignored$11,fmt_rest$26]]; else - var _rH_=[0,[13,get_pad_opt(123),sub_fmtty$0,fmt_rest$26]]; - var fmt_result=_rH_; + var _rK_=[0,[13,get_pad_opt(123),sub_fmtty$0,fmt_rest$26]]; + var fmt_result=_rK_; break; case 66: case 98: @@ -20992,14 +21541,14 @@ if(get_ign(0)) var ignored$3=[7,get_padprec_opt(95)], - _ro_=[0,[23,ignored$3,fmt_rest$8]]; + _rr_=[0,[23,ignored$3,fmt_rest$8]]; else var match$11=make_padding_fmt_ebb(pad$3,fmt_rest$8), fmt_rest$9=match$11[2], pad$4=match$11[1], - _ro_=[0,[9,pad$4,fmt_rest$9]]; - var fmt_result=_ro_; + _rr_=[0,[9,pad$4,fmt_rest$9]]; + var fmt_result=_rr_; break; case 37: case 64: @@ -21015,26 +21564,26 @@ if(str_ind !== end_ind) {var symb$0=caml_string_get(str,str_ind), - _rI_=symb$0 - 88 | 0, + _rL_=symb$0 - 88 | 0, switch$2=0; - if(32 >= _rI_ >>> 0) - switch(_rI_) + if(! (32 < _rL_ >>> 0)) + switch(_rL_) {case 0: case 12: case 17: case 23: case 29: - case 32:var _ru_=1;switch$2 = 1;break + case 32:var _rx_=1;switch$2 = 1;break } - if(! switch$2)var _ru_=0; - if(_ru_){switch$0 = 1;switch$1 = 1}} + if(! switch$2)var _rx_=0; + if(_rx_){switch$0 = 1;switch$1 = 1}} if(! switch$1) {var match$15=parse(str_ind,end_ind), fmt_rest$13=match$15[1], switch$3=0; if(108 <= symb) - {if(111 > symb) + {if(! (111 <= symb)) switch(symb - 108 | 0) {case 0:var counter=0;switch$3 = 1;break; case 1:break; @@ -21043,10 +21592,10 @@ if(76 === symb){var counter=2;switch$3 = 1} if(! switch$3)throw [0,Assert_failure,_aZ_]; if(get_ign(0)) - var ignored$5=[11,counter],_rt_=[0,[23,ignored$5,fmt_rest$13]]; + var ignored$5=[11,counter],_rw_=[0,[23,ignored$5,fmt_rest$13]]; else - var _rt_=[0,[21,counter,fmt_rest$13]]; - var fmt_result=_rt_} + var _rw_=[0,[21,counter,fmt_rest$13]]; + var fmt_result=_rw_} break; case 32: case 35: @@ -21064,25 +21613,25 @@ case 117: case 120: var - _rx_=get_space(0), - _ry_=get_hash(0), + _rA_=get_space(0), + _rB_=get_hash(0), iconv$2= - compute_int_conv(pct_ind,str_ind,get_plus(0),_ry_,_rx_,symb), + compute_int_conv(pct_ind,str_ind,get_plus(0),_rB_,_rA_,symb), match$19=parse(str_ind,end_ind), fmt_rest$17=match$19[1]; if(get_ign(0)) var ignored$8=[2,iconv$2,get_pad_opt(95)], - _rz_=[0,[23,ignored$8,fmt_rest$17]]; + _rC_=[0,[23,ignored$8,fmt_rest$17]]; else var - _rA_=get_prec(0), - match$20=make_padprec_fmt_ebb(get_int_pad(0),_rA_,fmt_rest$17), + _rD_=get_prec(0), + match$20=make_padprec_fmt_ebb(get_int_pad(0),_rD_,fmt_rest$17), fmt_rest$18=match$20[3], prec$4=match$20[2], pad$8=match$20[1], - _rz_=[0,[4,iconv$2,pad$8,prec$4,fmt_rest$18]]; - var fmt_result=_rz_; + _rC_=[0,[4,iconv$2,pad$8,prec$4,fmt_rest$18]]; + var fmt_result=_rC_; break; case 69: case 70: @@ -21111,20 +21660,20 @@ switch$4 = 1; else {switch(switcher) - {case 0:var _rJ_=1;break; - case 1:var _rJ_=0;break; - case 2:var _rJ_=3;break; - default:var _rJ_=6} - var kind=_rJ_}} + {case 0:var _rM_=1;break; + case 1:var _rM_=0;break; + case 2:var _rM_=3;break; + default:var _rM_=6} + var kind=_rM_}} else if(69 <= symb) {var switch$5=0; switch(symb - 69 | 0) - {case 0:var _rK_=2;break; + {case 0:var _rN_=2;break; case 1:switch$4 = 1;switch$5 = 1;break; - case 2:var _rK_=4;break; - default:var _rK_=7} - if(! switch$5)var kind=_rK_} + case 2:var _rN_=4;break; + default:var _rN_=7} + if(! switch$5)var kind=_rN_} else switch$4 = 1; if(switch$4) @@ -21141,21 +21690,21 @@ if(get_ign(0)) {var match=get_prec(0); if(typeof match === "number") - var _rq_=match?incompatible_flag(pct_ind,str_ind,95,cst$40):0; + var _rt_=match?incompatible_flag(pct_ind,str_ind,95,cst$40):0; else - var ndec=match[1],_rq_=[0,ndec]; + var ndec=match[1],_rt_=[0,ndec]; var - ignored$4=[6,get_pad_opt(95),_rq_], - _rr_=[0,[23,ignored$4,fmt_rest$11]]} + ignored$4=[6,get_pad_opt(95),_rt_], + _ru_=[0,[23,ignored$4,fmt_rest$11]]} else var - _rs_=get_prec(0), - match$14=make_padprec_fmt_ebb(get_pad(0),_rs_,fmt_rest$11), + _rv_=get_prec(0), + match$14=make_padprec_fmt_ebb(get_pad(0),_rv_,fmt_rest$11), fmt_rest$12=match$14[3], prec$3=match$14[2], pad$5=match$14[1], - _rr_=[0,[8,fconv,pad$5,prec$3,fmt_rest$12]]; - var fmt_result=_rr_; + _ru_=[0,[8,fconv,pad$5,prec$3,fmt_rest$12]]; + var fmt_result=_ru_; break; default:switch$0 = 1} if(switch$0) @@ -21168,77 +21717,77 @@ switch(symb - 108 | 0) {case 0: var - _q9_=caml_string_get(str,str_ind), - _q__=get_space(0), - _q$_=get_hash(0), + _ra_=caml_string_get(str,str_ind), + _rb_=get_space(0), + _rc_=get_hash(0), iconv= compute_int_conv - (pct_ind,str_ind + 1 | 0,get_plus(0),_q$_,_q__,_q9_), + (pct_ind,str_ind + 1 | 0,get_plus(0),_rc_,_rb_,_ra_), match$0=parse(str_ind + 1 | 0,end_ind), fmt_rest=match$0[1]; if(get_ign(0)) var ignored=[3,iconv,get_pad_opt(95)], - _ra_=[0,[23,ignored,fmt_rest]]; + _rd_=[0,[23,ignored,fmt_rest]]; else var - _rc_=get_prec(0), - match$1=make_padprec_fmt_ebb(get_int_pad(0),_rc_,fmt_rest), + _rf_=get_prec(0), + match$1=make_padprec_fmt_ebb(get_int_pad(0),_rf_,fmt_rest), fmt_rest$0=match$1[3], prec$0=match$1[2], pad$0=match$1[1], - _ra_=[0,[5,iconv,pad$0,prec$0,fmt_rest$0]]; - var _rb_=_ra_; + _rd_=[0,[5,iconv,pad$0,prec$0,fmt_rest$0]]; + var _re_=_rd_; break; case 1:switch$7 = 1;switch$8 = 1;break; default: var - _rd_=caml_string_get(str,str_ind), - _re_=get_space(0), - _rf_=get_hash(0), + _rg_=caml_string_get(str,str_ind), + _rh_=get_space(0), + _ri_=get_hash(0), iconv$0= compute_int_conv - (pct_ind,str_ind + 1 | 0,get_plus(0),_rf_,_re_,_rd_), + (pct_ind,str_ind + 1 | 0,get_plus(0),_ri_,_rh_,_rg_), match$2=parse(str_ind + 1 | 0,end_ind), fmt_rest$1=match$2[1]; if(get_ign(0)) var ignored$0=[4,iconv$0,get_pad_opt(95)], - _rg_=[0,[23,ignored$0,fmt_rest$1]]; + _rj_=[0,[23,ignored$0,fmt_rest$1]]; else var - _rh_=get_prec(0), - match$3=make_padprec_fmt_ebb(get_int_pad(0),_rh_,fmt_rest$1), + _rk_=get_prec(0), + match$3=make_padprec_fmt_ebb(get_int_pad(0),_rk_,fmt_rest$1), fmt_rest$2=match$3[3], prec$1=match$3[2], pad$1=match$3[1], - _rg_=[0,[6,iconv$0,pad$1,prec$1,fmt_rest$2]]; - var _rb_=_rg_} - if(! switch$8)var fmt_result=_rb_} + _rj_=[0,[6,iconv$0,pad$1,prec$1,fmt_rest$2]]; + var _re_=_rj_} + if(! switch$8)var fmt_result=_re_} else if(76 === symb) {var - _ri_=caml_string_get(str,str_ind), - _rj_=get_space(0), - _rk_=get_hash(0), + _rl_=caml_string_get(str,str_ind), + _rm_=get_space(0), + _rn_=get_hash(0), iconv$1= compute_int_conv - (pct_ind,str_ind + 1 | 0,get_plus(0),_rk_,_rj_,_ri_), + (pct_ind,str_ind + 1 | 0,get_plus(0),_rn_,_rm_,_rl_), match$4=parse(str_ind + 1 | 0,end_ind), fmt_rest$3=match$4[1]; if(get_ign(0)) var ignored$1=[5,iconv$1,get_pad_opt(95)], - _rl_=[0,[23,ignored$1,fmt_rest$3]]; + _ro_=[0,[23,ignored$1,fmt_rest$3]]; else var - _rm_=get_prec(0), - match$5=make_padprec_fmt_ebb(get_int_pad(0),_rm_,fmt_rest$3), + _rp_=get_prec(0), + match$5=make_padprec_fmt_ebb(get_int_pad(0),_rp_,fmt_rest$3), fmt_rest$4=match$5[3], prec$2=match$5[2], pad$2=match$5[1], - _rl_=[0,[7,iconv$1,pad$2,prec$2,fmt_rest$4]]; - var fmt_result=_rl_} + _ro_=[0,[7,iconv$1,pad$2,prec$2,fmt_rest$4]]; + var fmt_result=_ro_} else switch$7 = 1; if(switch$7) @@ -21246,29 +21795,29 @@ fmt_result= caml_call3(failwith_message(_aN_),str,str_ind - 1 | 0,symb)} if(1 - legacy_behavior$0) - {var _q0_=1 - plus_used[1],plus$0=_q0_?plus:_q0_; + {var _q3_=1 - plus_used[1],plus$0=_q3_?plus:_q3_; if(plus$0)incompatible_flag(pct_ind,str_ind,symb,cst$41); - var _q1_=1 - hash_used[1],hash$0=_q1_?hash:_q1_; + var _q4_=1 - hash_used[1],hash$0=_q4_?hash:_q4_; if(hash$0)incompatible_flag(pct_ind,str_ind,symb,cst$42); - var _q2_=1 - space_used[1],space$0=_q2_?space:_q2_; + var _q5_=1 - space_used[1],space$0=_q5_?space:_q5_; if(space$0)incompatible_flag(pct_ind,str_ind,symb,cst$43); - var _q3_=1 - pad_used[1],_q4_=_q3_?caml_notequal([0,pad],_aO_):_q3_; - if(_q4_)incompatible_flag(pct_ind,str_ind,symb,cst_padding$0); + var _q6_=1 - pad_used[1],_q7_=_q6_?caml_notequal([0,pad],_aO_):_q6_; + if(_q7_)incompatible_flag(pct_ind,str_ind,symb,cst_padding$0); var - _q5_=1 - prec_used[1], - _q6_=_q5_?caml_notequal([0,prec],_aP_):_q5_; - if(_q6_) - {var _q7_=ign?95:symb; - incompatible_flag(pct_ind,str_ind,_q7_,cst_precision$2)} + _q8_=1 - prec_used[1], + _q9_=_q8_?caml_notequal([0,prec],_aP_):_q8_; + if(_q9_) + {var _q__=ign?95:symb; + incompatible_flag(pct_ind,str_ind,_q__,cst_precision$2)} var plus$1=ign?plus:ign; if(plus$1)incompatible_flag(pct_ind,str_ind,95,cst$44)} - var _q8_=1 - ign_used[1],ign$0=_q8_?ign:_q8_; + var _q$_=1 - ign_used[1],ign$0=_q$_?ign:_q$_; if(ign$0) {var switch$9=0; if(38 <= symb) {if(44 !== symb && 64 !== symb)switch$9 = 1} else - if(33 !== symb && 37 > symb)switch$9 = 1; + if(33 !== symb && ! (37 <= symb))switch$9 = 1; var switch$10=0; if(switch$9 || ! legacy_behavior$0)switch$10 = 1; if(switch$10)incompatible_flag(pct_ind,str_ind,symb,cst$45)} @@ -21289,104 +21838,107 @@ prec, padprec, caml_string_get(str,str_ind))} - if(typeof pad !== "number")return parse_conv(pad); - if(typeof prec === "number" && ! prec)return parse_conv(0); - if(minus) - {if(typeof prec === "number")return parse_conv(_aJ_); - var n=prec[1]; - return parse_conv([0,0,n])} - if(typeof prec === "number")return parse_conv(_aK_); - var n$0=prec[1]; - return parse_conv([0,1,n$0])} + if(typeof pad === "number") + {if(typeof prec === "number" && ! prec)return parse_conv(0); + if(minus) + {if(typeof prec === "number")return parse_conv(_aJ_); + var n=prec[1]; + return parse_conv([0,0,n])} + if(typeof prec === "number")return parse_conv(_aK_); + var n$0=prec[1]; + return parse_conv([0,1,n$0])} + return parse_conv(pad)} function parse_after_padding (pct_ind,str_ind,end_ind,minus,plus,hash,space,ign,pad) {if(str_ind === end_ind)unexpected_end_of_format(end_ind); var symb=caml_string_get(str,str_ind); - if(46 !== symb) - return parse_conversion - (pct_ind, - str_ind + 1 | 0, - end_ind, - plus, - hash, - space, - ign, - pad, - 0, - pad, - symb); - var str_ind$0=str_ind + 1 | 0; - if(str_ind$0 === end_ind)unexpected_end_of_format(end_ind); - function parse_literal(minus,str_ind) - {var - match=parse_positive(str_ind,end_ind,0), - prec=match[2], - new_ind=match[1]; - return parse_after_precision - (pct_ind, - new_ind, - end_ind, - minus, - plus, - hash, - space, - ign, - pad, - [0,prec])} - var symb$0=caml_string_get(str,str_ind$0); - if(48 <= symb$0) - {if(58 > symb$0)return parse_literal(minus,str_ind$0)} - else - if(42 <= symb$0) - switch(symb$0 - 42 | 0) - {case 0: - return parse_after_precision - (pct_ind, - str_ind$0 + 1 | 0, - end_ind, - minus, - plus, - hash, - space, - ign, - pad, - 1); - case 1: - case 3: - if(legacy_behavior$0) - {var - _qZ_=str_ind$0 + 1 | 0, - minus$0=minus || (45 === symb$0?1:0); - return parse_literal(minus$0,_qZ_)} - break - } - return legacy_behavior$0 - ?parse_after_precision - (pct_ind, - str_ind$0, - end_ind, - minus, - plus, - hash, - space, - ign, - pad, - _aI_) - :invalid_format_without(str_ind$0 - 1 | 0,46,cst_precision)} + if(46 === symb) + {var str_ind$0=str_ind + 1 | 0; + if(str_ind$0 === end_ind)unexpected_end_of_format(end_ind); + var + parse_literal= + function(minus,str_ind) + {var + match=parse_positive(str_ind,end_ind,0), + prec=match[2], + new_ind=match[1]; + return parse_after_precision + (pct_ind, + new_ind, + end_ind, + minus, + plus, + hash, + space, + ign, + pad, + [0,prec])}, + symb$0=caml_string_get(str,str_ind$0); + if(48 <= symb$0) + {if(! (58 <= symb$0))return parse_literal(minus,str_ind$0)} + else + if(42 <= symb$0) + switch(symb$0 - 42 | 0) + {case 0: + return parse_after_precision + (pct_ind, + str_ind$0 + 1 | 0, + end_ind, + minus, + plus, + hash, + space, + ign, + pad, + 1); + case 1: + case 3: + if(legacy_behavior$0) + {var + _q2_=str_ind$0 + 1 | 0, + minus$0=minus || (45 === symb$0?1:0); + return parse_literal(minus$0,_q2_)} + break + } + return legacy_behavior$0 + ?parse_after_precision + (pct_ind, + str_ind$0, + end_ind, + minus, + plus, + hash, + space, + ign, + pad, + _aI_) + :invalid_format_without(str_ind$0 - 1 | 0,46,cst_precision)} + return parse_conversion + (pct_ind, + str_ind + 1 | 0, + end_ind, + plus, + hash, + space, + ign, + pad, + 0, + pad, + symb)} function parse_flags(pct_ind,str_ind,end_ind,ign) {var zero=[0,0],minus=[0,0],plus=[0,0],space=[0,0],hash=[0,0]; function set_flag(str_ind,flag) - {var _qW_=flag[1],_qX_=_qW_?1 - legacy_behavior$0:_qW_; - if(_qX_) - {var _qY_=caml_string_get(str,str_ind); - caml_call3(failwith_message(_aG_),str,str_ind,_qY_)} + {var _qZ_=flag[1],_q0_=_qZ_?1 - legacy_behavior$0:_qZ_; + if(_q0_) + {var _q1_=caml_string_get(str,str_ind); + caml_call3(failwith_message(_aG_),str,str_ind,_q1_)} flag[1] = 1; return 0} var str_ind$0=str_ind; for(;;) {if(str_ind$0 === end_ind)unexpected_end_of_format(end_ind); var match=caml_string_get(str,str_ind$0),switcher=match - 32 | 0; - if(16 >= switcher >>> 0) + if(! (16 < switcher >>> 0)) switch(switcher) {case 0: set_flag(str_ind$0,space); @@ -21410,24 +21962,24 @@ continue } var - _qR_=space[1], - _qS_=hash[1], - _qT_=plus[1], - _qU_=minus[1], - _qV_=zero[1]; + _qU_=space[1], + _qV_=hash[1], + _qW_=plus[1], + _qX_=minus[1], + _qY_=zero[1]; if(str_ind$0 === end_ind)unexpected_end_of_format(end_ind); var padty= - _qV_ - ?_qU_ + _qY_ + ?_qX_ ?legacy_behavior$0 ?0 :incompatible_flag(pct_ind,str_ind$0,45,cst_0) :2 - :_qU_?0:1, + :_qX_?0:1, match$0=caml_string_get(str,str_ind$0); if(48 <= match$0) - {if(58 > match$0) + {if(! (58 <= match$0)) {var match$1=parse_positive(str_ind$0,end_ind,0), width=match$1[2], @@ -21436,10 +21988,10 @@ (pct_ind, new_ind, end_ind, + _qX_, + _qW_, + _qV_, _qU_, - _qT_, - _qS_, - _qR_, ign, [0,padty,width])}} else @@ -21448,10 +22000,10 @@ (pct_ind, str_ind$0 + 1 | 0, end_ind, + _qX_, + _qW_, + _qV_, _qU_, - _qT_, - _qS_, - _qR_, ign, [1,padty]); switch(padty) @@ -21459,50 +22011,52 @@ if(1 - legacy_behavior$0) invalid_format_without(str_ind$0 - 1 | 0,45,cst_padding); return parse_after_padding - (pct_ind,str_ind$0,end_ind,_qU_,_qT_,_qS_,_qR_,ign,0); + (pct_ind,str_ind$0,end_ind,_qX_,_qW_,_qV_,_qU_,ign,0); case 1: return parse_after_padding - (pct_ind,str_ind$0,end_ind,_qU_,_qT_,_qS_,_qR_,ign,0); + (pct_ind,str_ind$0,end_ind,_qX_,_qW_,_qV_,_qU_,ign,0); default: return parse_after_padding - (pct_ind,str_ind$0,end_ind,_qU_,_qT_,_qS_,_qR_,ign,_aH_)}}} + (pct_ind,str_ind$0,end_ind,_qX_,_qW_,_qV_,_qU_,ign,_aH_)}}} function parse_tag(is_open_tag,str_ind,end_ind) {try {if(str_ind === end_ind)throw Not_found; var match$0=caml_string_get(str,str_ind); - if(60 !== match$0)throw Not_found; - var ind=index_from$0(str,str_ind + 1 | 0,62); - if(end_ind <= ind)throw Not_found; - var - sub_str=sub$0(str,str_ind,(ind - str_ind | 0) + 1 | 0), - match$1=parse(ind + 1 | 0,end_ind), - fmt_rest$0=match$1[1], - match$2=parse(str_ind,ind + 1 | 0), - sub_fmt=match$2[1], - sub_format$0=[0,sub_fmt,sub_str], - formatting$0=is_open_tag?[0,sub_format$0]:[1,sub_format$0], - _qP_=[0,[18,formatting$0,fmt_rest$0]]; - return _qP_} - catch(_qQ_) - {_qQ_ = caml_wrap_exception(_qQ_); - if(_qQ_ !== Not_found)throw _qQ_; - var - match=parse(str_ind,end_ind), - fmt_rest=match[1], - formatting=is_open_tag?[0,sub_format]:[1,sub_format]; - return [0,[18,formatting,fmt_rest]]}} + if(60 === match$0) + {var ind=index_from$0(str,str_ind + 1 | 0,62); + if(end_ind <= ind)throw Not_found; + var + sub_str=sub$0(str,str_ind,(ind - str_ind | 0) + 1 | 0), + match$1=parse(ind + 1 | 0,end_ind), + fmt_rest$0=match$1[1], + match$2=parse(str_ind,ind + 1 | 0), + sub_fmt=match$2[1], + sub_format$0=[0,sub_fmt,sub_str], + formatting$0=is_open_tag?[0,sub_format$0]:[1,sub_format$0], + _qS_=[0,[18,formatting$0,fmt_rest$0]]; + return _qS_} + throw Not_found} + catch(_qT_) + {_qT_ = caml_wrap_exception(_qT_); + if(_qT_ === Not_found) + {var + match=parse(str_ind,end_ind), + fmt_rest=match[1], + formatting=is_open_tag?[0,sub_format]:[1,sub_format]; + return [0,[18,formatting,fmt_rest]]} + throw _qT_}} function parse_good_break(str_ind,end_ind) {try {var - _qI_=str_ind === end_ind?1:0, - _qJ_=_qI_ || (60 !== caml_string_get(str,str_ind)?1:0); - if(_qJ_)throw Not_found; + _qL_=str_ind === end_ind?1:0, + _qM_=_qL_ || (60 !== caml_string_get(str,str_ind)?1:0); + if(_qM_)throw Not_found; var str_ind_1=parse_spaces(str_ind + 1 | 0,end_ind), match$0=caml_string_get(str,str_ind_1), switch$0=0; if(48 <= match$0) - {if(58 > match$0)switch$0 = 1} + {if(! (58 <= match$0))switch$0 = 1} else if(45 === match$0)switch$0 = 1; if(! switch$0)throw Not_found; @@ -21518,10 +22072,10 @@ if(17 === switcher) var s=sub$0(str,str_ind - 2 | 0,(str_ind_3 - str_ind | 0) + 3 | 0), - _qK_=[0,s,width,0], - _qL_=str_ind_3 + 1 | 0, - formatting_lit$0=_qK_, - next_ind=_qL_; + _qN_=[0,s,width,0], + _qO_=str_ind_3 + 1 | 0, + formatting_lit$0=_qN_, + next_ind=_qO_; else switch$1 = 1; else @@ -21534,16 +22088,16 @@ if(62 !== caml_string_get(str,str_ind_5))throw Not_found; var s$0=sub$0(str,str_ind - 2 | 0,(str_ind_5 - str_ind | 0) + 3 | 0), - _qM_=[0,s$0,width,offset], - _qN_=str_ind_5 + 1 | 0, - formatting_lit$0=_qM_, - next_ind=_qN_} + _qP_=[0,s$0,width,offset], + _qQ_=str_ind_5 + 1 | 0, + formatting_lit$0=_qP_, + next_ind=_qQ_} else switch$1 = 1; if(switch$1)throw Not_found} - catch(_qO_) - {_qO_ = caml_wrap_exception(_qO_); - if(_qO_ !== Not_found && _qO_[1] !== Failure)throw _qO_; + catch(_qR_) + {_qR_ = caml_wrap_exception(_qR_); + if(_qR_ !== Not_found && _qR_[1] !== Failure)throw _qR_; var formatting_lit$0=formatting_lit,next_ind=str_ind} var match=parse(next_ind,end_ind),fmt_rest=match[1]; return [0,[17,formatting_lit$0,fmt_rest]]} @@ -21554,7 +22108,7 @@ match$2=caml_string_get(str,str_ind_1), switch$0=0; if(48 <= match$2) - {if(58 > match$2)switch$0 = 1} + {if(! (58 <= match$2))switch$0 = 1} else if(45 === match$2)switch$0 = 1; if(switch$0) @@ -21566,17 +22120,17 @@ if(62 !== caml_string_get(str,str_ind_3))throw Not_found; var s=sub$0(str,str_ind - 2 | 0,(str_ind_3 - str_ind | 0) + 3 | 0), - _qG_=[0,[0,str_ind_3 + 1 | 0,[1,s,size]]]} + _qJ_=[0,[0,str_ind_3 + 1 | 0,[1,s,size]]]} else - var _qG_=0; - var _qF_=_qG_} - catch(_qH_) - {_qH_ = caml_wrap_exception(_qH_); - if(_qH_ !== Not_found && _qH_[1] !== Failure)throw _qH_; - var _qF_=0} - if(_qF_) + var _qJ_=0; + var _qI_=_qJ_} + catch(_qK_) + {_qK_ = caml_wrap_exception(_qK_); + if(_qK_ !== Not_found && _qK_[1] !== Failure)throw _qK_; + var _qI_=0} + if(_qI_) {var - match=_qF_[1], + match=_qI_[1], formatting_lit=match[2], next_ind=match[1], match$0=parse(next_ind,end_ind), @@ -21588,8 +22142,9 @@ {var str_ind$0=str_ind; for(;;) {if(str_ind$0 === end_ind)unexpected_end_of_format(end_ind); - if(32 !== caml_string_get(str,str_ind$0))return str_ind$0; - var str_ind$1=str_ind$0 + 1 | 0,str_ind$0=str_ind$1}} + if(32 === caml_string_get(str,str_ind$0)) + {var str_ind$1=str_ind$0 + 1 | 0,str_ind$0=str_ind$1;continue} + return str_ind$0}} function parse_positive(str_ind,end_ind,acc) {var str_ind$0=str_ind,acc$0=acc; for(;;) @@ -21600,12 +22155,13 @@ if(max_string_length < acc$1) return caml_call3 (failwith_message(_aW_),str,acc$1,max_string_length); - var str_ind$1=str_ind$0 + 1 | 0,str_ind$0=str_ind$1,acc$0=acc$1}} + var str_ind$1=str_ind$0 + 1 | 0,str_ind$0=str_ind$1,acc$0=acc$1; + continue}} function parse_integer(str_ind,end_ind) {if(str_ind === end_ind)unexpected_end_of_format(end_ind); var match=caml_string_get(str,str_ind); if(48 <= match) - {if(58 > match)return parse_positive(str_ind,end_ind,0)} + {if(! (58 <= match))return parse_positive(str_ind,end_ind,0)} else if(45 === match) {if((str_ind + 1 | 0) === end_ind)unexpected_end_of_format(end_ind); @@ -21624,56 +22180,58 @@ {if(str_ind$0 === end_ind) caml_call3(failwith_message(_aY_),str,c,end_ind); var match=caml_string_get(str,str_ind$0); - if(37 !== match) - {var str_ind$7=str_ind$0 + 1 | 0,str_ind$0=str_ind$7;continue} - if((str_ind$0 + 1 | 0) === end_ind) - unexpected_end_of_format(end_ind); - if(caml_string_get(str,str_ind$0 + 1 | 0) === c)return str_ind$0; - var match$0=caml_string_get(str,str_ind$0 + 1 | 0); - if(95 <= match$0) - {if(123 <= match$0) - {if(126 > match$0) - switch(match$0 - 123 | 0) - {case 0: - var - sub_end=search_subformat_end(str_ind$0 + 2 | 0,end_ind,125), - str_ind$2=sub_end + 2 | 0, - str_ind$0=str_ind$2; - continue; - case 1:break; - default: - return expected_character - (str_ind$0 + 1 | 0,cst_character,125)}} + if(37 === match) + {if((str_ind$0 + 1 | 0) === end_ind) + unexpected_end_of_format(end_ind); + if(caml_string_get(str,str_ind$0 + 1 | 0) === c)return str_ind$0; + var match$0=caml_string_get(str,str_ind$0 + 1 | 0); + if(95 <= match$0) + {if(123 <= match$0) + {if(! (126 <= match$0)) + switch(match$0 - 123 | 0) + {case 0: + var + sub_end=search_subformat_end(str_ind$0 + 2 | 0,end_ind,125), + str_ind$2=sub_end + 2 | 0, + str_ind$0=str_ind$2; + continue; + case 1:break; + default: + return expected_character + (str_ind$0 + 1 | 0,cst_character,125)}} + else + if(! (96 <= match$0)) + {if((str_ind$0 + 2 | 0) === end_ind) + unexpected_end_of_format(end_ind); + var match$1=caml_string_get(str,str_ind$0 + 2 | 0); + if(40 === match$1) + {var + sub_end$0=search_subformat_end(str_ind$0 + 3 | 0,end_ind,41), + str_ind$3=sub_end$0 + 2 | 0, + str_ind$0=str_ind$3; + continue} + if(123 === match$1) + {var + sub_end$1= + search_subformat_end(str_ind$0 + 3 | 0,end_ind,125), + str_ind$4=sub_end$1 + 2 | 0, + str_ind$0=str_ind$4; + continue} + var str_ind$5=str_ind$0 + 3 | 0,str_ind$0=str_ind$5; + continue}} else - if(96 > match$0) - {if((str_ind$0 + 2 | 0) === end_ind) - unexpected_end_of_format(end_ind); - var match$1=caml_string_get(str,str_ind$0 + 2 | 0); - if(40 === match$1) - {var - sub_end$0=search_subformat_end(str_ind$0 + 3 | 0,end_ind,41), - str_ind$3=sub_end$0 + 2 | 0, - str_ind$0=str_ind$3; - continue} - if(123 === match$1) - {var - sub_end$1= - search_subformat_end(str_ind$0 + 3 | 0,end_ind,125), - str_ind$4=sub_end$1 + 2 | 0, - str_ind$0=str_ind$4; - continue} - var str_ind$5=str_ind$0 + 3 | 0,str_ind$0=str_ind$5; - continue}} - else - {if(40 === match$0) - {var - sub_end$2=search_subformat_end(str_ind$0 + 2 | 0,end_ind,41), - str_ind$6=sub_end$2 + 2 | 0, - str_ind$0=str_ind$6; - continue} - if(41 === match$0) - return expected_character(str_ind$0 + 1 | 0,cst_character$0,41)} - var str_ind$1=str_ind$0 + 2 | 0,str_ind$0=str_ind$1}} + {if(40 === match$0) + {var + sub_end$2=search_subformat_end(str_ind$0 + 2 | 0,end_ind,41), + str_ind$6=sub_end$2 + 2 | 0, + str_ind$0=str_ind$6; + continue} + if(41 === match$0) + return expected_character(str_ind$0 + 1 | 0,cst_character$0,41)} + var str_ind$1=str_ind$0 + 2 | 0,str_ind$0=str_ind$1; + continue} + var str_ind$7=str_ind$0 + 1 | 0,str_ind$0=str_ind$7; + continue}} function incompatible_flag(pct_ind,str_ind,symb,option) {var subfmt=sub$0(str,pct_ind,str_ind - pct_ind | 0); return caml_call5 @@ -21709,7 +22267,7 @@ {if(100 === symb)return 2;if(105 === symb)return 5} else {var switcher$1=symb - 88 | 0; - if(32 >= switcher$1 >>> 0) + if(! (32 < switcher$1 >>> 0)) switch(switcher$1) {case 0:return 8; case 12:return 0; @@ -21720,7 +22278,7 @@ }} if(switch$0) {var switcher=symb - 88 | 0; - if(32 >= switcher >>> 0) + if(! (32 < switcher >>> 0)) switch(switcher) {case 0:if(legacy_behavior$0)return 9;break; case 23:if(legacy_behavior$0)return 11;break; @@ -21728,35 +22286,30 @@ case 12: case 17: case 29: - if(! legacy_behavior$0) - return incompatible_flag(pct_ind,str_ind,symb,cst$49); - var hash$0=0; - continue + if(legacy_behavior$0){var hash$0=0;continue} + return incompatible_flag(pct_ind,str_ind,symb,cst$49) }} - if(! plus$0) - {if(! space$0)throw [0,Assert_failure,_a0_]; - if(! legacy_behavior$0) - return incompatible_flag(pct_ind,str_ind,symb,cst$48); - var space$0=0; - continue} + if(plus$0) + {if(space$0) + {if(legacy_behavior$0){var space$0=0;continue} + return incompatible_flag(pct_ind,str_ind,32,cst$46)} + if(legacy_behavior$0){var plus$0=0;continue} + return incompatible_flag(pct_ind,str_ind,symb,cst$47)} if(space$0) - {if(! legacy_behavior$0) - return incompatible_flag(pct_ind,str_ind,32,cst$46); - var space$0=0; - continue} - if(! legacy_behavior$0) - return incompatible_flag(pct_ind,str_ind,symb,cst$47); - var plus$0=0}} + {if(legacy_behavior$0){var space$0=0;continue} + return incompatible_flag(pct_ind,str_ind,symb,cst$48)} + throw [0,Assert_failure,_a0_]}} return parse(0,caml_ml_string_length(str))} function format_of_string_fmtty(str,fmtty) {var match=fmt_ebb_of_string(0,str),fmt=match[1]; try - {var _qD_=[0,type_format(fmt,fmtty),str];return _qD_} - catch(_qE_) - {_qE_ = caml_wrap_exception(_qE_); - if(_qE_ !== Type_mismatch)throw _qE_; - var _qC_=string_of_fmtty(fmtty); - return caml_call2(failwith_message(_a3_),str,_qC_)}} + {var _qG_=[0,type_format(fmt,fmtty),str];return _qG_} + catch(_qH_) + {_qH_ = caml_wrap_exception(_qH_); + if(_qH_ === Type_mismatch) + {var _qF_=string_of_fmtty(fmtty); + return caml_call2(failwith_message(_a3_),str,_qF_)} + throw _qH_}} function format_of_string_format(str,param) {var str$0=param[2], @@ -21764,12 +22317,12 @@ match=fmt_ebb_of_string(0,str), fmt$0=match[1]; try - {var _qA_=[0,type_format(fmt$0,fmtty_of_fmt(fmt)),str];return _qA_} - catch(_qB_) - {_qB_ = caml_wrap_exception(_qB_); - if(_qB_ === Type_mismatch) + {var _qD_=[0,type_format(fmt$0,fmtty_of_fmt(fmt)),str];return _qD_} + catch(_qE_) + {_qE_ = caml_wrap_exception(_qE_); + if(_qE_ === Type_mismatch) return caml_call2(failwith_message(_a4_),str,str$0); - throw _qB_}} + throw _qE_}} var CamlinternalFormat= [0, @@ -21798,24 +22351,24 @@ recast]; caml_register_global(807,CamlinternalFormat,"CamlinternalFormat"); function kfprintf(k,o,param) - {var fmt=param[1],_qz_=0; + {var fmt=param[1],_qC_=0; return make_printf (function(acc){output_acc(o,acc);return caml_call1(k,o)}, - _qz_, + _qC_, fmt)} function kbprintf(k,b,param) - {var fmt=param[1],_qy_=0; + {var fmt=param[1],_qB_=0; return make_printf (function(acc){bufput_acc(b,acc);return caml_call1(k,b)}, - _qy_, + _qB_, fmt)} function ikfprintf(k,oc,param) {var fmt=param[1];return make_iprintf(k,oc,fmt)} - function fprintf(oc,fmt){return kfprintf(function(_qx_){return 0},oc,fmt)} - function bprintf(b,fmt){return kbprintf(function(_qw_){return 0},b,fmt)} + function fprintf(oc,fmt){return kfprintf(function(_qA_){return 0},oc,fmt)} + function bprintf(b,fmt){return kbprintf(function(_qz_){return 0},b,fmt)} function ifprintf(oc,fmt) - {return ikfprintf(function(_qv_){return 0},oc,fmt)} - function ibprintf(b,fmt){return ikfprintf(function(_qu_){return 0},b,fmt)} + {return ikfprintf(function(_qy_){return 0},oc,fmt)} + function ibprintf(b,fmt){return ikfprintf(function(_qx_){return 0},b,fmt)} function printf(fmt){return fprintf(stdout,fmt)} function eprintf(fmt){return fprintf(stderr,fmt)} function ksprintf(k,param) @@ -21850,86 +22403,90 @@ function assoc3(x,l) {var l$0=l; for(;;) - {if(! l$0)throw Not_found; - var match=l$0[1],y2=match[2],y1=match[1]; - if(caml_equal(y1,x))return y2; - var l$1=l$0[2],l$0=l$1}} + {if(l$0) + {var match=l$0[1],y2=match[2],y1=match[1]; + if(caml_equal(y1,x))return y2; + var l$1=l$0[2],l$0=l$1; + continue} + throw Not_found}} function split$1(s) {var i=index$0(s,61), len=caml_ml_string_length(s), - _qt_=sub$0(s,i + 1 | 0,len - (i + 1 | 0) | 0); - return [0,sub$0(s,0,i),_qt_]} + _qw_=sub$0(s,i + 1 | 0,len - (i + 1 | 0) | 0); + return [0,sub$0(s,0,i),_qw_]} function make_symlist(prefix,sep,suffix,l) - {if(! l)return cst_none; - var t=l[2],h=l[1],_qs_=cat(prefix,h); - return cat - (fold_left$0(function(x,y){return cat(x,cat(sep,y))},_qs_,t), - suffix)} + {if(l) + {var t=l[2],h=l[1],_qv_=cat(prefix,h); + return cat + (fold_left$0(function(x,y){return cat(x,cat(sep,y))},_qv_,t), + suffix)} + return cst_none} function help_action(param){throw [0,Stop,_a7_]} function add_help(speclist) {try - {assoc3(cst_help$2,speclist);var _qp_=0,_qn_=_qp_} - catch(_qr_) - {_qr_ = caml_wrap_exception(_qr_); - if(_qr_ !== Not_found)throw _qr_; + {assoc3(cst_help$2,speclist);var _qs_=0,_qq_=_qs_} + catch(_qu_) + {_qu_ = caml_wrap_exception(_qu_); + if(_qu_ !== Not_found)throw _qu_; var - _qn_= + _qq_= [0,[0,cst_help,[0,help_action],cst_Display_this_list_of_optio],0]} try - {assoc3(cst_help$1,speclist);var _qo_=0,add2=_qo_} - catch(_qq_) - {_qq_ = caml_wrap_exception(_qq_); - if(_qq_ !== Not_found)throw _qq_; + {assoc3(cst_help$1,speclist);var _qr_=0,add2=_qr_} + catch(_qt_) + {_qt_ = caml_wrap_exception(_qt_); + if(_qt_ !== Not_found)throw _qt_; var add2= [0, [0,cst_help$0,[0,help_action],cst_Display_this_list_of_optio$0], 0]} - return append(speclist,append(_qn_,add2))} + return append(speclist,append(_qq_,add2))} function usage_b(buf,speclist,errmsg) {caml_call1(bprintf(buf,_a8_),errmsg); - var _qk_=add_help(speclist); + var _qn_=add_help(speclist); return iter$2 (function(param) {var doc=param[3], spec=param[2], key=param[1], - _ql_=0 < caml_ml_string_length(doc)?1:0; - if(! _ql_)return _ql_; - if(11 !== spec[0]) - return caml_call2(bprintf(buf,_a5_),key,doc); - var l=spec[1],_qm_=make_symlist(cst$53,cst$52,cst$51,l); - return caml_call3(bprintf(buf,_a6_),key,_qm_,doc)}, - _qk_)} + _qo_=0 < caml_ml_string_length(doc)?1:0; + if(_qo_) + {if(11 === spec[0]) + {var l=spec[1],_qp_=make_symlist(cst$53,cst$52,cst$51,l); + return caml_call3(bprintf(buf,_a6_),key,_qp_,doc)} + return caml_call2(bprintf(buf,_a5_),key,doc)} + return _qo_}, + _qn_)} function usage_string(speclist,errmsg) {var b=create$2(200);usage_b(b,speclist,errmsg);return contents(b)} function usage(speclist,errmsg) - {var _qj_=usage_string(speclist,errmsg); - return caml_call1(eprintf(_a9_),_qj_)} + {var _qm_=usage_string(speclist,errmsg); + return caml_call1(eprintf(_a9_),_qm_)} var current=[0,0]; function bool_of_string_opt$0(x) {try - {var _qh_=[0,bool_of_string(x)];return _qh_} - catch(_qi_) - {_qi_ = caml_wrap_exception(_qi_); - if(_qi_[1] === Invalid_argument)return 0; - throw _qi_}} + {var _qk_=[0,bool_of_string(x)];return _qk_} + catch(_ql_) + {_ql_ = caml_wrap_exception(_ql_); + if(_ql_[1] === Invalid_argument)return 0; + throw _ql_}} function int_of_string_opt$0(x) {try - {var _qf_=[0,caml_int_of_string(x)];return _qf_} - catch(_qg_) - {_qg_ = caml_wrap_exception(_qg_); - if(_qg_[1] === Failure)return 0; - throw _qg_}} + {var _qi_=[0,caml_int_of_string(x)];return _qi_} + catch(_qj_) + {_qj_ = caml_wrap_exception(_qj_); + if(_qj_[1] === Failure)return 0; + throw _qj_}} function float_of_string_opt(x) {try - {var _qd_=[0,caml_float_of_string(x)];return _qd_} - catch(_qe_) - {_qe_ = caml_wrap_exception(_qe_); - if(_qe_[1] === Failure)return 0; - throw _qe_}} + {var _qg_=[0,caml_float_of_string(x)];return _qg_} + catch(_qh_) + {_qh_ = caml_wrap_exception(_qh_); + if(_qh_[1] === Failure)return 0; + throw _qh_}} function parse_and_expand_argv_dynamic_ (allow_expand,current,argv,speclist,anonfun,errmsg) {var initpos=current[1]; @@ -21942,12 +22499,12 @@ :cst$54; switch(error[0]) {case 0: - var _qc_=error[1]; + var _qf_=error[1]; if - (caml_string_notequal(_qc_,cst_help$3) + (caml_string_notequal(_qf_,cst_help$3) && - caml_string_notequal(_qc_,cst_help$4)) - caml_call2(bprintf(b,_a__),progname,_qc_); + caml_string_notequal(_qf_,cst_help$4)) + caml_call2(bprintf(b,_a__),progname,_qf_); break; case 1: var expected=error[3],arg=error[2],opt=error[1]; @@ -21961,178 +22518,181 @@ return [0,Help,contents(b)]} current[1]++; for(;;) - {if(current[1] >= argv[1].length - 1)return 0; - try - {var - _p5_=current[1], - s=caml_check_bound(argv[1],_p5_)[1 + _p5_], - switch$0=0; - if(1 <= caml_ml_string_length(s) && 45 === caml_string_get(s,0)) - {try - {var - follow$1=0, - _p7_=assoc3(s,speclist[1]), - follow$0=follow$1, - action=_p7_} - catch(_qa_) - {_qa_ = caml_wrap_exception(_qa_); - if(_qa_ !== Not_found)throw _qa_; - try + {if(current[1] < argv[1].length - 1) + {try + {var + _p6_=current[1], + s=caml_check_bound(argv[1],_p6_)[1 + _p6_], + switch$0=0; + if(1 <= caml_ml_string_length(s) && 45 === caml_string_get(s,0)) + {try {var - match=split$1(s), - arg=match[2], - keyword=match[1], - follow=[0,arg], - _p6_=assoc3(keyword,speclist[1])} - catch(_qb_) - {_qb_ = caml_wrap_exception(_qb_); - if(_qb_ === Not_found)throw [0,Stop,[0,s]]; - throw _qb_} - var follow$0=follow,action=_p6_} - var - no_arg$0= - function(s,follow) - {function no_arg(param) - {if(! follow)return 0; - var arg=follow[1]; - throw [0,Stop,[1,s,arg,cst_no_argument]]} - return no_arg}, - no_arg=no_arg$0(s,follow$0), - get_arg$0= - function(s,follow) - {function get_arg(param) - {if(follow){var arg=follow[1];return arg} - if((current[1] + 1 | 0) >= argv[1].length - 1) - throw [0,Stop,[2,s]]; - var _p$_=current[1] + 1 | 0; - return caml_check_bound(argv[1],_p$_)[1 + _p$_]} - return get_arg}, - get_arg=get_arg$0(s,follow$0), - consume_arg$0= - function(follow) - {function consume_arg(param){return follow?0:(current[1]++,0)} - return consume_arg}, - consume_arg=consume_arg$0(follow$0), - treat_action$0= - function(s,no_arg,get_arg,consume_arg) - {function treat_action(param) - {switch(param[0]) - {case 0:var f=param[1];no_arg(0);return caml_call1(f,0); - case 1: - var - f$0=param[1], - arg=get_arg(0), - match=bool_of_string_opt$0(arg); - if(! match)throw [0,Stop,[1,s,arg,cst_a_boolean]]; - var s$0=match[1]; - caml_call1(f$0,s$0); - return consume_arg(0); - case 2:var r=param[1];no_arg(0);r[1] = 1;return 0; - case 3:var r$0=param[1];no_arg(0);r$0[1] = 0;return 0; - case 4: - var f$1=param[1],arg$0=get_arg(0); - caml_call1(f$1,arg$0); - return consume_arg(0); - case 5: - var r$1=param[1];r$1[1] = get_arg(0);return consume_arg(0); - case 6: - var - f$2=param[1], - arg$1=get_arg(0), - match$0=int_of_string_opt$0(arg$1); - if(! match$0)throw [0,Stop,[1,s,arg$1,cst_an_integer]]; - var x=match$0[1]; - caml_call1(f$2,x); - return consume_arg(0); - case 7: - var - r$2=param[1], - arg$2=get_arg(0), - match$1=int_of_string_opt$0(arg$2); - if(! match$1)throw [0,Stop,[1,s,arg$2,cst_an_integer$0]]; - var x$0=match$1[1]; - r$2[1] = x$0; - return consume_arg(0); - case 8: - var - f$3=param[1], - arg$3=get_arg(0), - match$2=float_of_string_opt(arg$3); - if(! match$2)throw [0,Stop,[1,s,arg$3,cst_a_float]]; - var x$1=match$2[1]; - caml_call1(f$3,x$1); - return consume_arg(0); - case 9: - var - r$3=param[1], - arg$4=get_arg(0), - match$3=float_of_string_opt(arg$4); - if(! match$3)throw [0,Stop,[1,s,arg$4,cst_a_float$0]]; - var x$2=match$3[1]; - r$3[1] = x$2; - return consume_arg(0); - case 10: - var specs=param[1]; - no_arg(0); - return iter$2(treat_action,specs); - case 11: - var f$4=param[2],symb=param[1],arg$5=get_arg(0); - if(! mem(arg$5,symb)) - throw [0, - Stop, - [1, - s, - arg$5, - cat(cst_one_of,make_symlist(cst$57,cst$56,cst$55,symb))]]; - caml_call1(f$4,arg$5); - return consume_arg(0); - case 12: - var f$5=param[1]; - no_arg(0); - for(;;) - {if(current[1] >= (argv[1].length - 1 - 1 | 0))return 0; - var _p8_=current[1] + 1 | 0; - caml_call1(f$5,caml_check_bound(argv[1],_p8_)[1 + _p8_]); - consume_arg(0)} - case 13: - var f$6=param[1]; - no_arg(0); - var acc=[0,0]; - for(;;) - {if(current[1] >= (argv[1].length - 1 - 1 | 0)) - return caml_call1(f$6,rev(acc[1])); - var _p__=current[1] + 1 | 0,_p9_=acc[1]; - acc[1] = [0,caml_check_bound(argv[1],_p__)[1 + _p__],_p9_]; - consume_arg(0)} - default: - var f$7=param[1]; - if(1 - allow_expand) - throw [0,Invalid_argument,cst_Arg_Expand_is_is_only_allo]; - var arg$6=get_arg(0),newarg=caml_call1(f$7,arg$6); - consume_arg(0); - var - before=sub$1(argv[1],0,current[1] + 1 | 0), - after= - sub$1 - (argv[1], - current[1] + 1 | 0, - (argv[1].length - 1 - current[1] | 0) - 1 | 0); - argv[1] - = - caml_array_concat([0,before,[0,newarg,[0,after,0]]]); - return 0}} - return treat_action}, - treat_action=treat_action$0(s,no_arg,get_arg,consume_arg); - treat_action(action); - switch$0 = 1} - if(! switch$0)caml_call1(anonfun,s)} - catch(exn) - {exn = caml_wrap_exception(exn); - if(exn[1] === Bad){var m=exn[2];throw convert_error([3,m])} - if(exn[1] !== Stop)throw exn; - var e=exn[2]; - throw convert_error(e)} - current[1]++}} + follow$1=0, + _p8_=assoc3(s,speclist[1]), + follow$0=follow$1, + action=_p8_} + catch(_qd_) + {_qd_ = caml_wrap_exception(_qd_); + if(_qd_ !== Not_found)throw _qd_; + try + {var + match=split$1(s), + arg=match[2], + keyword=match[1], + follow=[0,arg], + _p7_=assoc3(keyword,speclist[1])} + catch(_qe_) + {_qe_ = caml_wrap_exception(_qe_); + if(_qe_ === Not_found)throw [0,Stop,[0,s]]; + throw _qe_; + var _p9_=_qe_} + var follow$0=follow,action=_p7_,_p__=_qd_} + var + no_arg$0= + function(s,follow) + {function no_arg(param) + {if(follow) + {var arg=follow[1];throw [0,Stop,[1,s,arg,cst_no_argument]]} + return 0} + return no_arg}, + no_arg=no_arg$0(s,follow$0), + get_arg$0= + function(s,follow) + {function get_arg(param) + {if(follow){var arg=follow[1];return arg} + if((current[1] + 1 | 0) < argv[1].length - 1) + {var _qc_=current[1] + 1 | 0; + return caml_check_bound(argv[1],_qc_)[1 + _qc_]} + throw [0,Stop,[2,s]]} + return get_arg}, + get_arg=get_arg$0(s,follow$0), + consume_arg$0= + function(follow) + {function consume_arg(param) + {return follow?0:(current[1]++,0)} + return consume_arg}, + consume_arg=consume_arg$0(follow$0), + treat_action$0= + function(s,no_arg,get_arg,consume_arg) + {function treat_action(param) + {switch(param[0]) + {case 0:var f=param[1];no_arg(0);return caml_call1(f,0); + case 1: + var + f$0=param[1], + arg=get_arg(0), + match=bool_of_string_opt$0(arg); + if(match) + {var s$0=match[1];caml_call1(f$0,s$0);return consume_arg(0)} + throw [0,Stop,[1,s,arg,cst_a_boolean]]; + case 2:var r=param[1];no_arg(0);r[1] = 1;return 0; + case 3:var r$0=param[1];no_arg(0);r$0[1] = 0;return 0; + case 4: + var f$1=param[1],arg$0=get_arg(0); + caml_call1(f$1,arg$0); + return consume_arg(0); + case 5: + var r$1=param[1];r$1[1] = get_arg(0);return consume_arg(0); + case 6: + var + f$2=param[1], + arg$1=get_arg(0), + match$0=int_of_string_opt$0(arg$1); + if(match$0) + {var x=match$0[1];caml_call1(f$2,x);return consume_arg(0)} + throw [0,Stop,[1,s,arg$1,cst_an_integer]]; + case 7: + var + r$2=param[1], + arg$2=get_arg(0), + match$1=int_of_string_opt$0(arg$2); + if(match$1) + {var x$0=match$1[1];r$2[1] = x$0;return consume_arg(0)} + throw [0,Stop,[1,s,arg$2,cst_an_integer$0]]; + case 8: + var + f$3=param[1], + arg$3=get_arg(0), + match$2=float_of_string_opt(arg$3); + if(match$2) + {var x$1=match$2[1]; + caml_call1(f$3,x$1); + return consume_arg(0)} + throw [0,Stop,[1,s,arg$3,cst_a_float]]; + case 9: + var + r$3=param[1], + arg$4=get_arg(0), + match$3=float_of_string_opt(arg$4); + if(match$3) + {var x$2=match$3[1];r$3[1] = x$2;return consume_arg(0)} + throw [0,Stop,[1,s,arg$4,cst_a_float$0]]; + case 10: + var specs=param[1]; + no_arg(0); + return iter$2(treat_action,specs); + case 11: + var f$4=param[2],symb=param[1],arg$5=get_arg(0); + if(mem(arg$5,symb)) + {caml_call1(f$4,arg$5);return consume_arg(0)} + throw [0, + Stop, + [1, + s, + arg$5, + cat(cst_one_of,make_symlist(cst$57,cst$56,cst$55,symb))]]; + case 12: + var f$5=param[1]; + no_arg(0); + for(;;) + {if(current[1] < (argv[1].length - 1 - 1 | 0)) + {var _p$_=current[1] + 1 | 0; + caml_call1(f$5,caml_check_bound(argv[1],_p$_)[1 + _p$_]); + consume_arg(0); + continue} + return 0} + case 13: + var f$6=param[1]; + no_arg(0); + var acc=[0,0]; + for(;;) + {if(current[1] < (argv[1].length - 1 - 1 | 0)) + {var _qb_=current[1] + 1 | 0,_qa_=acc[1]; + acc[1] = [0,caml_check_bound(argv[1],_qb_)[1 + _qb_],_qa_]; + consume_arg(0); + continue} + return caml_call1(f$6,rev(acc[1]))} + default: + var f$7=param[1]; + if(1 - allow_expand) + throw [0,Invalid_argument,cst_Arg_Expand_is_is_only_allo]; + var arg$6=get_arg(0),newarg=caml_call1(f$7,arg$6); + consume_arg(0); + var + before=sub$1(argv[1],0,current[1] + 1 | 0), + after= + sub$1 + (argv[1], + current[1] + 1 | 0, + (argv[1].length - 1 - current[1] | 0) - 1 | 0); + argv[1] + = + caml_array_concat([0,before,[0,newarg,[0,after,0]]]); + return 0}} + return treat_action}, + treat_action=treat_action$0(s,no_arg,get_arg,consume_arg); + treat_action(action); + switch$0 = 1} + if(! switch$0)caml_call1(anonfun,s)} + catch(exn$0) + {exn$0 = caml_wrap_exception(exn$0); + if(exn$0[1] === Bad){var m=exn$0[2];throw convert_error([3,m])} + if(exn$0[1] === Stop){var e=exn$0[2];throw convert_error(e)} + throw exn$0; + var exn=exn$0} + current[1]++; + continue} + return 0}} function parse_and_expand_argv_dynamic (current,argv,speclist,anonfun,errmsg) {return parse_and_expand_argv_dynamic_ @@ -22147,62 +22707,61 @@ ([0,current$0],argv,[0,speclist],anonfun,errmsg)} function parse(l,f,msg) {try - {var _p4_=parse_argv(0,caml_sys_argv(0),l,f,msg);return _p4_} + {var _p5_=parse_argv(0,caml_sys_argv(0),l,f,msg);return _p5_} catch(exn) {exn = caml_wrap_exception(exn); if(exn[1] === Bad) {var msg$0=exn[2];caml_call1(eprintf(_be_),msg$0);return exit(2)} - if(exn[1] !== Help)throw exn; - var msg$1=exn[2]; - caml_call1(printf(_bf_),msg$1); - return exit(0)}} + if(exn[1] === Help) + {var msg$1=exn[2];caml_call1(printf(_bf_),msg$1);return exit(0)} + throw exn}} function parse_dynamic(l,f,msg) {try - {var _p3_=parse_argv_dynamic(0,caml_sys_argv(0),l,f,msg);return _p3_} + {var _p4_=parse_argv_dynamic(0,caml_sys_argv(0),l,f,msg);return _p4_} catch(exn) {exn = caml_wrap_exception(exn); if(exn[1] === Bad) {var msg$0=exn[2];caml_call1(eprintf(_bg_),msg$0);return exit(2)} - if(exn[1] !== Help)throw exn; - var msg$1=exn[2]; - caml_call1(printf(_bh_),msg$1); - return exit(0)}} + if(exn[1] === Help) + {var msg$1=exn[2];caml_call1(printf(_bh_),msg$1);return exit(0)} + throw exn}} function parse_expand(l,f,msg) {try {var argv=[0,caml_sys_argv(0)], spec=[0,l], current$0=[0,current[1]], - _p2_=parse_and_expand_argv_dynamic(current$0,argv,spec,f,msg); - return _p2_} + _p3_=parse_and_expand_argv_dynamic(current$0,argv,spec,f,msg); + return _p3_} catch(exn) {exn = caml_wrap_exception(exn); if(exn[1] === Bad) {var msg$0=exn[2];caml_call1(eprintf(_bi_),msg$0);return exit(2)} - if(exn[1] !== Help)throw exn; - var msg$1=exn[2]; - caml_call1(printf(_bj_),msg$1); - return exit(0)}} + if(exn[1] === Help) + {var msg$1=exn[2];caml_call1(printf(_bj_),msg$1);return exit(0)} + throw exn}} function second_word(s) {var len=caml_ml_string_length(s); function loop(n) {var n$0=n; for(;;) {if(len <= n$0)return len; - if(32 !== caml_string_get(s,n$0))return n$0; - var n$1=n$0 + 1 | 0,n$0=n$1}} + if(32 === caml_string_get(s,n$0)) + {var n$1=n$0 + 1 | 0,n$0=n$1;continue} + return n$0}} try {var n$0=index$0(s,9)} - catch(_p0_) - {_p0_ = caml_wrap_exception(_p0_); - if(_p0_ !== Not_found)throw _p0_; - try - {var n=index$0(s,32)} - catch(_p1_) - {_p1_ = caml_wrap_exception(_p1_); - if(_p1_ === Not_found)return len; - throw _p1_} - return loop(n + 1 | 0)} + catch(_p1_) + {_p1_ = caml_wrap_exception(_p1_); + if(_p1_ === Not_found) + {try + {var n=index$0(s,32)} + catch(_p2_) + {_p2_ = caml_wrap_exception(_p2_); + if(_p2_ === Not_found)return len; + throw _p2_} + return loop(n + 1 | 0)} + throw _p1_} return loop(n$0 + 1 | 0)} function max_arg_len(cur,param) {var doc=param[3],spec=param[2],kwd=param[1]; @@ -22223,30 +22782,32 @@ len$0=min$1(len,limit); return map$4 (function(ksd) - {var _pY_=ksd[1],_pZ_=ksd[2]; - if(! caml_string_notequal(ksd[3],cst$58))return ksd; - if(11 === _pZ_[0]) - {var - msg$0=ksd[3], - cutcol$0=second_word(msg$0), - spaces$0=make$1(max$1(0,len$0 - cutcol$0 | 0) + 3 | 0,32); - return [0, - _pY_, - _pZ_, - cat(cst$59,cat(spaces$0,replace_leading_tab(msg$0)))]} - var - msg=ksd[3], - spec=ksd[2], - cutcol=second_word(msg), - kwd_len=caml_ml_string_length(_pY_), - diff=(len$0 - kwd_len | 0) - cutcol | 0; - if(0 >= diff)return [0,_pY_,spec,replace_leading_tab(msg)]; - var - spaces=make$1(diff,32), - prefix=sub$0(replace_leading_tab(msg),0,cutcol), - suffix= - sub$0(msg,cutcol,caml_ml_string_length(msg) - cutcol | 0); - return [0,_pY_,spec,cat(prefix,cat(spaces,suffix))]}, + {var _pZ_=ksd[1],_p0_=ksd[2]; + if(caml_string_notequal(ksd[3],cst$58)) + {if(11 === _p0_[0]) + {var + msg$0=ksd[3], + cutcol$0=second_word(msg$0), + spaces$0=make$1(max$1(0,len$0 - cutcol$0 | 0) + 3 | 0,32); + return [0, + _pZ_, + _p0_, + cat(cst$59,cat(spaces$0,replace_leading_tab(msg$0)))]} + var + msg=ksd[3], + spec=ksd[2], + cutcol=second_word(msg), + kwd_len=caml_ml_string_length(_pZ_), + diff=(len$0 - kwd_len | 0) - cutcol | 0; + if(0 < diff) + {var + spaces=make$1(diff,32), + prefix=sub$0(replace_leading_tab(msg),0,cutcol), + suffix= + sub$0(msg,cutcol,caml_ml_string_length(msg) - cutcol | 0); + return [0,_pZ_,spec,cat(prefix,cat(spaces,suffix))]} + return [0,_pZ_,spec,replace_leading_tab(msg)]} + return ksd}, completed)} function read_aux(trim,sep,file) {var ic=open_bin$0(file),buf=create$2(200),words=[0,0]; @@ -22255,9 +22816,9 @@ if(trim) {var len=caml_ml_string_length(s),switch$0=0; if(0 < len && 13 === caml_string_get(s,len - 1 | 0)) - {var _pX_=sub$0(s,0,len - 1 | 0);switch$0 = 1} - if(! switch$0)var _pX_=s; - var word=_pX_} + {var _pY_=sub$0(s,0,len - 1 | 0);switch$0 = 1} + if(! switch$0)var _pY_=s; + var word=_pY_} else var word=s; words[1] = [0,word,words[1]]; @@ -22265,25 +22826,27 @@ try {for(;;) {var c=caml_ml_input_char(ic); - if(c === sep)stash(0);else add_char(buf,c)}} - catch(_pW_) - {_pW_ = caml_wrap_exception(_pW_); - if(_pW_ !== End_of_file)throw _pW_; - if(0 < buf[2])stash(0); - caml_ml_close_channel(ic); - return of_list(rev(words[1]))}} + if(c === sep)stash(0);else add_char(buf,c); + continue}} + catch(_pX_) + {_pX_ = caml_wrap_exception(_pX_); + if(_pX_ === End_of_file) + {if(0 < buf[2])stash(0); + caml_ml_close_channel(ic); + return of_list(rev(words[1]))} + throw _pX_}} var _bk_=10,_bl_=1; - function read_arg(_pV_){return read_aux(_bl_,_bk_,_pV_)} + function read_arg(_pW_){return read_aux(_bl_,_bk_,_pW_)} var _bm_=0,_bn_=0; - function read_arg0(_pU_){return read_aux(_bn_,_bm_,_pU_)} + function read_arg0(_pV_){return read_aux(_bn_,_bm_,_pV_)} function write_aux(sep,file,args) {var oc=open_bin(file); iter$5(function(s){return caml_call2(fprintf(oc,_bo_),s,sep)},args); return close(oc)} var _bp_=10; - function write_arg(_pS_,_pT_){return write_aux(_bp_,_pS_,_pT_)} + function write_arg(_pT_,_pU_){return write_aux(_bp_,_pT_,_pU_)} var _bq_=0; - function write_arg0(_pQ_,_pR_){return write_aux(_bq_,_pQ_,_pR_)} + function write_arg0(_pR_,_pS_){return write_aux(_bq_,_pR_,_pS_)} var Stdlib_Arg= [0, @@ -22318,17 +22881,21 @@ :caml_call1(sprintf(_bs_),f)} function other_fields(x,i) {if(x.length - 1 <= i)return cst$61; - var _pO_=other_fields(x,i + 1 | 0),_pP_=field(x,i); - return caml_call2(sprintf(_bt_),_pP_,_pO_)} + var _pP_=other_fields(x,i + 1 | 0),_pQ_=field(x,i); + return caml_call2(sprintf(_bt_),_pQ_,_pP_)} function use_printers(x) {function conv(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var tl=param$0[2],hd=param$0[1]; - try {var switch$0=0,val=caml_call1(hd,x);switch$0 = 1}catch(_pN_){} - if(switch$0 && val){var s=val[1];return [0,s]} - var param$0=tl}} + {if(param$0) + {var tl=param$0[2],hd=param$0[1]; + try + {var switch$0=0,val=caml_call1(hd,x);switch$0 = 1} + catch(_pO_){} + if(switch$0 && val){var s=val[1];return [0,s]} + var param$0=tl; + continue} + return 0}} return conv(printers[1])} function to_string_default(x) {if(x === Out_of_memory)return cst_Out_of_memory; @@ -22368,41 +22935,41 @@ char$2, char$2 + 6 | 0, cst_Undefined_recursive_module)} - if(0 !== caml_obj_tag(x))return x[1]; - var constructor=x[1][1],match=x.length - 1; - if(2 < match >>> 0) - var - _pJ_=other_fields(x,2), - _pK_=field(x,1), - _pM_=caml_call2(sprintf(_bu_),_pK_,_pJ_); - else - switch(match) - {case 0:var _pM_=cst$62;break; - case 1:var _pM_=cst$63;break; - default:var _pL_=field(x,1),_pM_=caml_call1(sprintf(_bv_),_pL_)} - return cat(constructor,_pM_)} + if(0 === caml_obj_tag(x)) + {var constructor=x[1][1],match=x.length - 1; + if(2 < match >>> 0) + var + _pK_=other_fields(x,2), + _pL_=field(x,1), + _pN_=caml_call2(sprintf(_bu_),_pL_,_pK_); + else + switch(match) + {case 0:var _pN_=cst$62;break; + case 1:var _pN_=cst$63;break; + default:var _pM_=field(x,1),_pN_=caml_call1(sprintf(_bv_),_pM_)} + return cat(constructor,_pN_)} + return x[1]} function to_string$6(e) {var match=use_printers(e); - if(! match)return to_string_default(e); - var s=match[1]; - return s} + if(match){var s=match[1];return s} + return to_string_default(e)} function print(fct,arg) {try - {var _pI_=caml_call1(fct,arg);return _pI_} + {var _pJ_=caml_call1(fct,arg);return _pJ_} catch(x) {x = caml_wrap_exception(x); - var _pH_=to_string$6(x); - caml_call1(eprintf(_bw_),_pH_); + var _pI_=to_string$6(x); + caml_call1(eprintf(_bw_),_pI_); caml_ml_flush(stderr); throw x}} function catch$0(fct,arg) {try - {var _pG_=caml_call1(fct,arg);return _pG_} + {var _pH_=caml_call1(fct,arg);return _pH_} catch(x) {x = caml_wrap_exception(x); caml_ml_flush(stdout); - var _pF_=to_string$6(x); - caml_call1(eprintf(_bx_),_pF_); + var _pG_=to_string$6(x); + caml_call1(eprintf(_bx_),_pG_); return exit(2)}} function raw_backtrace_entries(bt){return bt} function convert_raw_backtrace(bt) @@ -22414,46 +22981,48 @@ :0 === pos?cst_Raised_by_primitive_operat:cst_Called_from} if(0 === slot[0]) {var - _px_=slot[5], - _py_=slot[4], - _pz_=slot[3], - _pA_=slot[6]?cst_inlined:cst$64, - _pB_=slot[2], - _pC_=slot[7], - _pD_=info(slot[1]); + _py_=slot[5], + _pz_=slot[4], + _pA_=slot[3], + _pB_=slot[6]?cst_inlined:cst$64, + _pC_=slot[2], + _pD_=slot[7], + _pE_=info(slot[1]); return [0, - caml_call7(sprintf(_by_),_pD_,_pC_,_pB_,_pA_,_pz_,_py_,_px_)]} + caml_call7(sprintf(_by_),_pE_,_pD_,_pC_,_pB_,_pA_,_pz_,_py_)]} if(slot[1])return 0; - var _pE_=info(0); - return [0,caml_call1(sprintf(_bz_),_pE_)]} + var _pF_=info(0); + return [0,caml_call1(sprintf(_bz_),_pF_)]} function print_raw_backtrace(outchan,raw_backtrace) {var backtrace=convert_raw_backtrace(raw_backtrace); - if(! backtrace)return fprintf(outchan,_bB_); - var a=backtrace[1],_pv_=a.length - 1 - 1 | 0,_pu_=0; - if(_pv_ >= 0) - {var i=_pu_; - for(;;) - {var match=format_backtrace_slot(i,caml_check_bound(a,i)[1 + i]); - if(match){var str=match[1];caml_call1(fprintf(outchan,_bA_),str)} - var _pw_=i + 1 | 0; - if(_pv_ !== i){var i=_pw_;continue} - break}} - return 0} + if(backtrace) + {var a=backtrace[1],_pw_=a.length - 1 - 1 | 0,_pv_=0; + if(! (_pw_ < 0)) + {var i=_pv_; + for(;;) + {var match=format_backtrace_slot(i,caml_check_bound(a,i)[1 + i]); + if(match){var str=match[1];caml_call1(fprintf(outchan,_bA_),str)} + var _px_=i + 1 | 0; + if(_pw_ !== i){var i=_px_;continue} + break}} + return 0} + return fprintf(outchan,_bB_)} function print_backtrace(outchan) {return print_raw_backtrace(outchan,caml_get_exception_raw_backtra(0))} function raw_backtrace_to_string(raw_backtrace) {var backtrace=convert_raw_backtrace(raw_backtrace); - if(! backtrace)return cst_Program_not_linked_with_g_; - var a=backtrace[1],b=create$2(1024),_ps_=a.length - 1 - 1 | 0,_pr_=0; - if(_ps_ >= 0) - {var i=_pr_; - for(;;) - {var match=format_backtrace_slot(i,caml_check_bound(a,i)[1 + i]); - if(match){var str=match[1];caml_call1(bprintf(b,_bC_),str)} - var _pt_=i + 1 | 0; - if(_ps_ !== i){var i=_pt_;continue} - break}} - return contents(b)} + if(backtrace) + {var a=backtrace[1],b=create$2(1024),_pt_=a.length - 1 - 1 | 0,_ps_=0; + if(! (_pt_ < 0)) + {var i=_ps_; + for(;;) + {var match=format_backtrace_slot(i,caml_check_bound(a,i)[1 + i]); + if(match){var str=match[1];caml_call1(bprintf(b,_bC_),str)} + var _pu_=i + 1 | 0; + if(_pt_ !== i){var i=_pu_;continue} + break}} + return contents(b)} + return cst_Program_not_linked_with_g_} function backtrace_slot_is_raise(param) {return 0 === param[0]?param[1]:param[1]} function backtrace_slot_is_inline(param){return 0 === param[0]?param[6]:0} @@ -22465,18 +23034,19 @@ return 0} function backtrace_slots(raw_backtrace) {var match=convert_raw_backtrace(raw_backtrace); - if(! match)return 0; - var backtrace=match[1],i$1=backtrace.length - 1 - 1 | 0,i=i$1; - for(;;) - {if(-1 === i) - var _pq_=0; - else - {var - param=caml_check_bound(backtrace,i)[1 + i], - _pp_=0 === param[0]?1:0; - if(! _pp_){var i$0=i - 1 | 0,i=i$0;continue} - var _pq_=_pp_} - return _pq_?[0,backtrace]:0}} + if(match) + {var backtrace=match[1],i$1=backtrace.length - 1 - 1 | 0,i=i$1; + for(;;) + {if(-1 === i) + var _pr_=0; + else + {var + param=caml_check_bound(backtrace,i)[1 + i], + _pq_=0 === param[0]?1:0; + if(! _pq_){var i$0=i - 1 | 0,i=i$0;continue} + var _pr_=_pq_} + return _pr_?[0,backtrace]:0}} + return 0} function backtrace_slots_of_raw_entry(entry) {return backtrace_slots([0,entry])} function raw_backtrace_length(bt){return bt.length - 1} @@ -22488,21 +23058,21 @@ old_printers=printers[1], new_printers=[0,fn,old_printers], success=compare_and_set(printers,old_printers,new_printers), - _po_=1 - success; - if(_po_)continue; - return _po_}} + _pp_=1 - success; + if(_pp_)continue; + return _pp_}} function exn_slot(x){return 0 === caml_obj_tag(x)?x[1]:x} function exn_slot_id(x){var slot=exn_slot(x);return slot[2]} function exn_slot_name(x){var slot=exn_slot(x);return slot[1]} var errors=_bD_.slice(); function default_uncaught_exception_han(exn,raw_backtrace) - {var _pm_=to_string$6(exn); - caml_call1(eprintf(_bE_),_pm_); + {var _pn_=to_string$6(exn); + caml_call1(eprintf(_bE_),_pn_); print_raw_backtrace(stderr,raw_backtrace); var status=runtime.caml_ml_debug_info_status(0); if(status < 0) - {var _pn_=abs(status); - prerr_endline(caml_check_bound(errors,_pn_)[1 + _pn_])} + {var _po_=abs(status); + prerr_endline(caml_check_bound(errors,_po_)[1 + _po_])} return caml_ml_flush(stderr)} var uncaught_exception_handler=[0,default_uncaught_exception_han]; function set_uncaught_exception_handler(fn) @@ -22514,36 +23084,36 @@ {var raw_backtrace= debugger_in_use?empty_backtrace:caml_get_exception_raw_backtra(0); - try {do_at_exit(0)}catch(_pl_){} + try {do_at_exit(0)}catch(_pm_){} try {var - _ph_=caml_call2(uncaught_exception_handler[1],exn,raw_backtrace), - _pg_=_ph_} + _pi_=caml_call2(uncaught_exception_handler[1],exn,raw_backtrace), + _ph_=_pi_} catch(exn$0) {exn$0 = caml_wrap_exception(exn$0); var raw_backtrace$0=caml_get_exception_raw_backtra(0), - _pe_=to_string$6(exn); - caml_call1(eprintf(_bF_),_pe_); + _pf_=to_string$6(exn); + caml_call1(eprintf(_bF_),_pf_); print_raw_backtrace(stderr,raw_backtrace); - var _pf_=to_string$6(exn$0); - caml_call1(eprintf(_bG_),_pf_); + var _pg_=to_string$6(exn$0); + caml_call1(eprintf(_bG_),_pg_); print_raw_backtrace(stderr,raw_backtrace$0); - var _pg_=caml_ml_flush(stderr)} - var _pi_=_pg_} - catch(_pk_) - {_pk_ = caml_wrap_exception(_pk_); - if(_pk_ !== Out_of_memory)throw _pk_; - var _pi_=prerr_endline(cst_Fatal_error_out_of_memory_)} - return _pi_} - catch(_pj_){return 0}} + var _ph_=caml_ml_flush(stderr)} + var _pj_=_ph_} + catch(_pl_) + {_pl_ = caml_wrap_exception(_pl_); + if(_pl_ !== Out_of_memory)throw _pl_; + var _pj_=prerr_endline(cst_Fatal_error_out_of_memory_)} + return _pj_} + catch(_pk_){return 0}} caml_register_named_value (caml_string_of_jsbytes("Printexc.handle_uncaught_exception"), handle_uncaught_exception); - function _bH_(_pd_){return runtime.caml_raw_backtrace_next_slot(_pd_)} - function _bI_(_pc_){return runtime.caml_convert_raw_backtrace_slot(_pc_)} - function _bJ_(_pb_,_pa_) - {return runtime.caml_raw_backtrace_slot(_pb_,_pa_)} + function _bH_(_pe_){return runtime.caml_raw_backtrace_next_slot(_pe_)} + function _bI_(_pd_){return runtime.caml_convert_raw_backtrace_slot(_pd_)} + function _bJ_(_pc_,_pb_) + {return runtime.caml_raw_backtrace_slot(_pc_,_pb_)} var _bK_= [0, @@ -22552,8 +23122,8 @@ backtrace_slot_location, backtrace_slot_defname, format_backtrace_slot]; - function _bL_(_o$_){return caml_get_exception_raw_backtra(_o$_)} - function _bM_(_o__){return runtime.caml_backtrace_status(_o__)} + function _bL_(_pa_){return caml_get_exception_raw_backtra(_pa_)} + function _bM_(_o$_){return runtime.caml_backtrace_status(_o$_)} var Stdlib_Printexc= [0, @@ -22563,7 +23133,7 @@ catch$0, print_backtrace, get_backtrace, - function(_o9_){return runtime.caml_record_backtrace(_o9_)}, + function(_o__){return runtime.caml_record_backtrace(_o__)}, _bM_, register_printer, use_printers, @@ -22591,13 +23161,14 @@ [248,cst_Stdlib_Fun_Finally_raised,caml_fresh_oo_id(0)]; register_printer (function(param) - {if(param[1] !== Finally_raised)return 0; - var exn=param[2]; - return [0,cat(cst_Fun_Finally_raised,to_string$6(exn))]}); + {if(param[1] === Finally_raised) + {var exn=param[2]; + return [0,cat(cst_Fun_Finally_raised,to_string$6(exn))]} + return 0}); function protect(finally$0,work) {function finally_no_exn(param) {try - {var _o8_=caml_call1(finally$0,0);return _o8_} + {var _o9_=caml_call1(finally$0,0);return _o9_} catch(e) {e = caml_wrap_exception(e); var bt=caml_get_exception_raw_backtra(0),exn=[0,Finally_raised,e]; @@ -22616,47 +23187,47 @@ var Stdlib_Fun=[0,const$0,flip,negate,protect,Finally_raised]; caml_register_global(812,Stdlib_Fun,"Stdlib__Fun"); function print_stat(c) - {var st=runtime.caml_gc_stat(0),_oQ_=st[4]; - caml_call1(fprintf(c,_bN_),_oQ_); - var _oR_=st[5]; - caml_call1(fprintf(c,_bO_),_oR_); - var _oS_=st[14]; - caml_call1(fprintf(c,_bP_),_oS_); - var _oT_=st[17]; - caml_call1(fprintf(c,_bQ_),_oT_); + {var st=runtime.caml_gc_stat(0),_oR_=st[4]; + caml_call1(fprintf(c,_bN_),_oR_); + var _oS_=st[5]; + caml_call1(fprintf(c,_bO_),_oS_); + var _oT_=st[14]; + caml_call1(fprintf(c,_bP_),_oT_); + var _oU_=st[17]; + caml_call1(fprintf(c,_bQ_),_oU_); fprintf(c,_bR_); var - _oU_=st[1], - l1=caml_ml_string_length(caml_call1(sprintf(_bS_),_oU_)), - _oV_=st[1]; - caml_call2(fprintf(c,_bT_),l1,_oV_); - var _oW_=st[2]; - caml_call2(fprintf(c,_bU_),l1,_oW_); - var _oX_=st[3]; - caml_call2(fprintf(c,_bV_),l1,_oX_); + _oV_=st[1], + l1=caml_ml_string_length(caml_call1(sprintf(_bS_),_oV_)), + _oW_=st[1]; + caml_call2(fprintf(c,_bT_),l1,_oW_); + var _oX_=st[2]; + caml_call2(fprintf(c,_bU_),l1,_oX_); + var _oY_=st[3]; + caml_call2(fprintf(c,_bV_),l1,_oY_); fprintf(c,_bW_); var - _oY_=st[15], - l2=caml_ml_string_length(caml_call1(sprintf(_bX_),_oY_)), - _oZ_=st[15]; - caml_call2(fprintf(c,_bY_),l2,_oZ_); - var _o0_=st[6]; - caml_call2(fprintf(c,_bZ_),l2,_o0_); - var _o1_=st[8]; - caml_call2(fprintf(c,_b0_),l2,_o1_); - var _o2_=st[10]; - caml_call2(fprintf(c,_b1_),l2,_o2_); - var _o3_=st[12]; - caml_call2(fprintf(c,_b2_),l2,_o3_); - var _o4_=st[13]; - caml_call2(fprintf(c,_b3_),l2,_o4_); + _oZ_=st[15], + l2=caml_ml_string_length(caml_call1(sprintf(_bX_),_oZ_)), + _o0_=st[15]; + caml_call2(fprintf(c,_bY_),l2,_o0_); + var _o1_=st[6]; + caml_call2(fprintf(c,_bZ_),l2,_o1_); + var _o2_=st[8]; + caml_call2(fprintf(c,_b0_),l2,_o2_); + var _o3_=st[10]; + caml_call2(fprintf(c,_b1_),l2,_o3_); + var _o4_=st[12]; + caml_call2(fprintf(c,_b2_),l2,_o4_); + var _o5_=st[13]; + caml_call2(fprintf(c,_b3_),l2,_o5_); fprintf(c,_b4_); - var _o5_=st[9]; - caml_call1(fprintf(c,_b5_),_o5_); - var _o6_=st[11]; - caml_call1(fprintf(c,_b6_),_o6_); - var _o7_=st[7]; - return caml_call1(fprintf(c,_b7_),_o7_)} + var _o6_=st[9]; + caml_call1(fprintf(c,_b5_),_o6_); + var _o7_=st[11]; + caml_call1(fprintf(c,_b6_),_o7_); + var _o8_=st[7]; + return caml_call1(fprintf(c,_b7_),_o8_)} function allocated_bytes(param) {var match=runtime.caml_gc_counters(0), @@ -22678,14 +23249,14 @@ var callstack_size=max_int; return runtime.caml_memprof_start(sampling_rate,callstack_size,tracker)} var _ca_=[0,null_tracker,start,runtime.caml_memprof_stop]; - function _cb_(_oP_){return runtime.caml_final_release(_oP_)} + function _cb_(_oQ_){return runtime.caml_final_release(_oQ_)} var _cc_=runtime.caml_final_register_called_without_value, Stdlib_Gc= [0, print_stat, allocated_bytes, - function(_oO_,_oN_){return runtime.caml_final_register(_oO_,_oN_)}, + function(_oP_,_oO_){return runtime.caml_final_register(_oP_,_oO_)}, _cc_, _cb_, create_alarm, @@ -22697,7 +23268,16 @@ function bytes(b){return string(caml_string_of_bytes(b))} function substring(str,ofs,len) {if - (0 <= ofs && 0 <= len && (caml_ml_string_length(str) - len | 0) >= ofs) + (0 + <= + ofs + && + 0 + <= + len + && + ! + ((caml_ml_string_length(str) - len | 0) < ofs)) return caml_md5_string(str,ofs,len); return invalid_arg(cst_Digest_substring)} function subbytes(b,ofs,len) @@ -22711,7 +23291,7 @@ return d} function output$0(chan,digest){return output_string(chan,digest)} function input$0(chan){return really_input_string(chan,16)} - function char_hex(n){var _oM_=10 <= n?87:48;return n + _oM_ | 0} + function char_hex(n){var _oN_=10 <= n?87:48;return n + _oN_ | 0} function to_hex(d) {if(16 !== caml_ml_string_length(d))invalid_arg(cst_Digest_to_hex); var result=caml_create_bytes(32),i=0; @@ -22719,28 +23299,28 @@ {var x=caml_string_get(d,i); caml_bytes_unsafe_set(result,i * 2 | 0,char_hex(x >>> 4 | 0)); caml_bytes_unsafe_set(result,(i * 2 | 0) + 1 | 0,char_hex(x & 15)); - var _oL_=i + 1 | 0; - if(15 === i)return caml_string_of_bytes(result); - var i=_oL_}} + var _oM_=i + 1 | 0; + if(15 !== i){var i=_oM_;continue} + return caml_string_of_bytes(result)}} function from_hex(s) {if(32 !== caml_ml_string_length(s))invalid_arg(cst_Digest_from_hex); function digit(c) {if(65 <= c) {if(97 <= c) - {if(103 > c)return (c - 97 | 0) + 10 | 0} + {if(! (103 <= c))return (c - 97 | 0) + 10 | 0} else - if(71 > c)return (c - 65 | 0) + 10 | 0} + if(! (71 <= c))return (c - 65 | 0) + 10 | 0} else - if(9 >= c - 48 >>> 0)return c - 48 | 0; + if(! (9 < c - 48 >>> 0))return c - 48 | 0; throw [0,Invalid_argument,cst_Digest_from_hex$0]} var result=caml_create_bytes(16),i=0; for(;;) - {var i$0=2 * i | 0,_oJ_=digit(caml_string_get(s,i$0 + 1 | 0)); + {var i$0=2 * i | 0,_oK_=digit(caml_string_get(s,i$0 + 1 | 0)); caml_bytes_set - (result,i,chr((digit(caml_string_get(s,i$0)) << 4) + _oJ_ | 0)); - var _oK_=i + 1 | 0; - if(15 === i)return caml_string_of_bytes(result); - var i=_oK_}} + (result,i,chr((digit(caml_string_get(s,i$0)) << 4) + _oK_ | 0)); + var _oL_=i + 1 | 0; + if(15 !== i){var i=_oL_;continue} + return caml_string_of_bytes(result)}} var Stdlib_Digest= [0, @@ -22763,11 +23343,11 @@ {var seed$0=0 === seed.length - 1?[0,0]:seed,l=seed$0.length - 1,i$0=0; for(;;) {caml_check_bound(s[1],i$0)[1 + i$0] = i$0; - var _oI_=i$0 + 1 | 0; - if(54 !== i$0){var i$0=_oI_;continue} - var accu=[0,cst_x$1],_oE_=54 + max$1(55,l) | 0,_oD_=0; - if(_oE_ >= 0) - {var i=_oD_; + var _oJ_=i$0 + 1 | 0; + if(54 !== i$0){var i$0=_oJ_;continue} + var accu=[0,cst_x$1],_oF_=54 + max$1(55,l) | 0,_oE_=0; + if(! (_oF_ < 0)) + {var i=_oE_; for(;;) {var j=i % 55 | 0, @@ -22775,15 +23355,15 @@ x=caml_check_bound(seed$0,k)[1 + k]; accu[1] = string(cat(accu[1],caml_string_of_jsbytes("" + x))); var - _oF_=accu[1], - _oz_=caml_string_get(_oF_,3) << 24, - _oA_=caml_string_get(_oF_,2) << 16, - _oB_=caml_string_get(_oF_,1) << 8, - _oC_=((caml_string_get(_oF_,0) + _oB_ | 0) + _oA_ | 0) + _oz_ | 0, - _oG_=(caml_check_bound(s[1],j)[1 + j] ^ _oC_) & 1073741823; - caml_check_bound(s[1],j)[1 + j] = _oG_; - var _oH_=i + 1 | 0; - if(_oE_ !== i){var i=_oH_;continue} + _oG_=accu[1], + _oA_=caml_string_get(_oG_,3) << 24, + _oB_=caml_string_get(_oG_,2) << 16, + _oC_=caml_string_get(_oG_,1) << 8, + _oD_=((caml_string_get(_oG_,0) + _oC_ | 0) + _oB_ | 0) + _oA_ | 0, + _oH_=(caml_check_bound(s[1],j)[1 + j] ^ _oD_) & 1073741823; + caml_check_bound(s[1],j)[1 + j] = _oH_; + var _oI_=i + 1 | 0; + if(_oF_ !== i){var i=_oI_;continue} break}} s[2] = 0; return 0}} @@ -22794,18 +23374,18 @@ function bits(s) {s[2] = (s[2] + 1 | 0) % 55 | 0; var - _ow_=s[2], - curval=caml_check_bound(s[1],_ow_)[1 + _ow_], - _ox_=(s[2] + 24 | 0) % 55 | 0, + _ox_=s[2], + curval=caml_check_bound(s[1],_ox_)[1 + _ox_], + _oy_=(s[2] + 24 | 0) % 55 | 0, newval= - caml_check_bound(s[1],_ox_)[1 + _ox_] + caml_check_bound(s[1],_oy_)[1 + _oy_] + (curval ^ (curval >>> 25 | 0) & 31) | 0, newval30=newval & 1073741823, - _oy_=s[2]; - caml_check_bound(s[1],_oy_)[1 + _oy_] = newval30; + _oz_=s[2]; + caml_check_bound(s[1],_oz_)[1 + _oz_] = newval30; return newval30} function intaux(s,n) {for(;;) @@ -22813,23 +23393,34 @@ if(((1073741823 - n | 0) + 1 | 0) < (r - v | 0))continue; return v}} function int$0(s,bound) - {if(1073741823 >= bound && 0 < bound)return intaux(s,bound); + {if(! (1073741823 < bound) && 0 < bound)return intaux(s,bound); return invalid_arg(cst_Random_int)} function full_int(s,bound) - {if(0 >= bound)return invalid_arg(cst_Random_full_int); - if(1073741823 >= bound)return intaux(s,bound); - for(;;) - {var b1=bits(s),b2=bits(s); - if(bound <= 2147483647) - var bpos=(b2 & 1073725440) << 1 | b1 >>> 15 | 0,r=bpos; - else - var - b3=bits(s), - r$0=((b3 & 1073741312) << 12 | b2 >>> 9 | 0) << 20 | b1 >>> 10 | 0, - r=r$0; - var v=caml_mod(r,bound); - if(((2147483647 - bound | 0) + 1 | 0) < (r - v | 0))continue; - return v}} + {if(0 < bound) + {if(1073741823 < bound) + for(;;) + {var b1=bits(s),b2=bits(s); + if(bound <= 2147483647) + var bpos=(b2 & 1073725440) << 1 | b1 >>> 15 | 0,r=bpos; + else + var + b3=bits(s), + bpos$0= + ((b3 & 1073741312) << 12 | b2 >>> 9 | 0) + << + 20 + | + b1 + >>> + 10 + | + 0, + r=bpos$0; + var v=caml_mod(r,bound); + if(((2147483647 - bound | 0) + 1 | 0) < (r - v | 0))continue; + return v} + return intaux(s,bound)} + return invalid_arg(cst_Random_full_int)} function int32(s,bound) {if(caml_lessequal(bound,0))return invalid_arg(cst_Random_int32); for(;;) @@ -22924,18 +23515,18 @@ set_state]; caml_register_global(815,Stdlib_Random,"Stdlib__Random"); function ongoing_traversal(h) - {var _ou_=h.length - 1 < 4?1:0,_ov_=_ou_ || (h[4] < 0?1:0);return _ov_} + {var _ov_=h.length - 1 < 4?1:0,_ow_=_ov_ || (h[4] < 0?1:0);return _ow_} function flip_ongoing_traversal(h){h[4] = - h[4] | 0;return 0} try {var _c3_=caml_sys_getenv(cst_OCAMLRUNPARAM),params=_c3_} - catch(_os_) - {_os_ = caml_wrap_exception(_os_); - if(_os_ !== Not_found)throw _os_; + catch(_ot_) + {_ot_ = caml_wrap_exception(_ot_); + if(_ot_ !== Not_found)throw _ot_; try {var _c2_=caml_sys_getenv(cst_CAMLRUNPARAM),_ch_=_c2_} - catch(_ot_) - {_ot_ = caml_wrap_exception(_ot_); - if(_ot_ !== Not_found)throw _ot_; + catch(_ou_) + {_ou_ = caml_wrap_exception(_ou_); + if(_ou_ !== Not_found)throw _ou_; var _ch_=cst$66} var params=_ch_} var @@ -22943,62 +23534,66 @@ randomized=[0,randomized_default]; function randomize(param){randomized[1] = 1;return 0} function is_randomized(param){return randomized[1]} - var prng=[246,function(_or_){return caml_call1(_cg_[2],0)}]; + var prng=[246,function(_os_){return caml_call1(_cg_[2],0)}]; function power_2_above(x,n) {var x$0=x; for(;;) {if(n <= x$0)return x$0; if(max_array_length < (x$0 * 2 | 0))return x$0; - var x$1=x$0 * 2 | 0,x$0=x$1}} + var x$1=x$0 * 2 | 0,x$0=x$1; + continue}} function create$3(opt,initial_size) {if(opt)var sth=opt[1],random=sth;else var random=randomized[1]; var s=power_2_above(16,initial_size); if(random) var - _op_=caml_obj_tag(prng), - _oq_=250 === _op_?prng[1]:246 === _op_?force_lazy_block(prng):prng, - seed=caml_call1(_cg_[4],_oq_); + _oq_=caml_obj_tag(prng), + _or_=250 === _oq_?prng[1]:246 === _oq_?force_lazy_block(prng):prng, + seed=caml_call1(_cg_[4],_or_); else var seed=0; return [0,0,caml_make_vect(s,0),seed,s]} function clear$2(h) - {var _oo_=0 < h[1]?1:0; - return _oo_?(h[1] = 0,fill$0(h[2],0,h[2].length - 1,0)):_oo_} + {var _op_=0 < h[1]?1:0; + return _op_?(h[1] = 0,fill$0(h[2],0,h[2].length - 1,0)):_op_} function reset$0(h) {var len=h[2].length - 1; if(4 <= h.length - 1 && len !== abs(h[4])) {h[1] = 0;h[2] = caml_make_vect(abs(h[4]),0);return 0} return clear$2(h)} function copy_bucketlist(param) - {if(! param)return 0; - var - key=param[1], - data=param[2], - next=param[3], - prec$0=[0,key,data,next], - prec=prec$0, - param$0=next; - for(;;) - {if(! param$0)return prec$0; - var - key$0=param$0[1], - data$0=param$0[2], - next$0=param$0[3], - r=[0,key$0,data$0,next$0]; - prec[3] = r; - var prec=r,param$0=next$0}} + {if(param) + {var + key=param[1], + data=param[2], + next=param[3], + prec$0=[0,key,data,next], + prec=prec$0, + param$0=next; + for(;;) + {if(param$0) + {var + key$0=param$0[1], + data$0=param$0[2], + next$0=param$0[3], + r=[0,key$0,data$0,next$0]; + prec[3] = r; + var prec=r,param$0=next$0; + continue} + return prec$0}} + return 0} function copy$6(init) - {var _ol_=init[4],_om_=init[3],_on_=map$7(copy_bucketlist,init[2]); - return [0,init[1],_on_,_om_,_ol_]} + {var _om_=init[4],_on_=init[3],_oo_=map$7(copy_bucketlist,init[2]); + return [0,init[1],_oo_,_on_,_om_]} function length$5(h){return h[1]} function insert_all_buckets(indexfun,inplace,odata,ndata) {var nsize=ndata.length - 1, ndata_tail=caml_make_vect(nsize,0), - _of_=odata.length - 1 - 1 | 0, - _oe_=0; - if(_of_ >= 0) - {var i$0=_oe_; + _og_=odata.length - 1 - 1 | 0, + _of_=0; + if(! (_og_ < 0)) + {var i$0=_of_; a: for(;;) {var cell$1=caml_check_bound(odata,i$0)[1 + i$0],cell=cell$1; @@ -23018,55 +23613,58 @@ caml_check_bound(ndata_tail,nidx)[1 + nidx] = cell$0; var cell=next; continue} - var _ok_=i$0 + 1 | 0; - if(_of_ !== i$0){var i$0=_ok_;continue a} + var _ol_=i$0 + 1 | 0; + if(_og_ !== i$0){var i$0=_ol_;continue a} break} break}} if(inplace) - {var _oh_=nsize - 1 | 0,_og_=0; - if(_oh_ >= 0) - {var i=_og_; + {var _oi_=nsize - 1 | 0,_oh_=0; + if(! (_oi_ < 0)) + {var i=_oh_; for(;;) {var match$0=caml_check_bound(ndata_tail,i)[1 + i]; if(match$0)match$0[3] = 0; - var _oj_=i + 1 | 0; - if(_oh_ !== i){var i=_oj_;continue} + var _ok_=i + 1 | 0; + if(_oi_ !== i){var i=_ok_;continue} break}} - var _oi_=0} + var _oj_=0} else - var _oi_=inplace; - return _oi_} + var _oj_=inplace; + return _oj_} function resize$0(indexfun,h) {var odata=h[2], osize=odata.length - 1, nsize=osize * 2 | 0, - _od_=nsize < max_array_length?1:0; - if(! _od_)return _od_; - var ndata=caml_make_vect(nsize,0),inplace=1 - ongoing_traversal(h); - h[2] = ndata; - return insert_all_buckets(caml_call1(indexfun,h),inplace,odata,ndata)} + _oe_=nsize < max_array_length?1:0; + if(_oe_) + {var ndata=caml_make_vect(nsize,0),inplace=1 - ongoing_traversal(h); + h[2] = ndata; + return insert_all_buckets(caml_call1(indexfun,h),inplace,odata,ndata)} + return _oe_} function iter$10(f,h) {function do_bucket(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var key=param$0[1],data=param$0[2],next=param$0[3]; - caml_call2(f,key,data); - var param$0=next}} + {if(param$0) + {var key=param$0[1],data=param$0[2],next=param$0[3]; + caml_call2(f,key,data); + var param$0=next; + continue} + return 0}} var old_trav=ongoing_traversal(h); if(1 - old_trav)flip_ongoing_traversal(h); try - {var d=h[2],_n$_=d.length - 1 - 1 | 0,_n__=0; - if(_n$_ >= 0) - {var i=_n__; + {var d=h[2],_oa_=d.length - 1 - 1 | 0,_n$_=0; + if(! (_oa_ < 0)) + {var i=_n$_; for(;;) {do_bucket(caml_check_bound(d,i)[1 + i]); - var _oc_=i + 1 | 0; - if(_n$_ !== i){var i=_oc_;continue} + var _od_=i + 1 | 0; + if(_oa_ !== i){var i=_od_;continue} break}} - var _oa_=1 - old_trav,_ob_=_oa_?flip_ongoing_traversal(h):_oa_; - return _ob_} + var _ob_=1 - old_trav,_oc_=_ob_?flip_ongoing_traversal(h):_ob_; + return _oc_} catch(exn) {exn = caml_wrap_exception(exn); if(old_trav)throw exn; @@ -23075,37 +23673,41 @@ function filter_map_inplace_bucket(f,h,i,prec,slot) {var prec$0=prec,slot$0=slot; for(;;) - {if(! slot$0) - return prec$0 - ?(prec$0[3] = 0,0) - :(caml_check_bound(h[2],i)[1 + i] = 0,0); - var - key=slot$0[1], - data=slot$0[2], - next=slot$0[3], - match=caml_call2(f,key,data); - if(! match){h[1] = h[1] - 1 | 0;var slot$0=next;continue} - var data$0=match[1]; - if(prec$0) - prec$0[3] = slot$0; - else - caml_check_bound(h[2],i)[1 + i] = slot$0; - slot$0[2] = data$0; - var prec$0=slot$0,slot$0=next}} + {if(slot$0) + {var + key=slot$0[1], + data=slot$0[2], + next=slot$0[3], + match=caml_call2(f,key,data); + if(match) + {var data$0=match[1]; + if(prec$0) + prec$0[3] = slot$0; + else + caml_check_bound(h[2],i)[1 + i] = slot$0; + slot$0[2] = data$0; + var prec$0=slot$0,slot$0=next; + continue} + h[1] = h[1] - 1 | 0; + var slot$0=next; + continue} + return prec$0 + ?(prec$0[3] = 0,0) + :(caml_check_bound(h[2],i)[1 + i] = 0,0)}} function filter_map_inplace(f,h) {var d=h[2],old_trav=ongoing_traversal(h); if(1 - old_trav)flip_ongoing_traversal(h); try - {var _n6_=d.length - 1 - 1 | 0,_n5_=0; - if(_n6_ >= 0) - {var i=_n5_; + {var _n7_=d.length - 1 - 1 | 0,_n6_=0; + if(! (_n7_ < 0)) + {var i=_n6_; for(;;) {filter_map_inplace_bucket(f,h,i,0,caml_check_bound(h[2],i)[1 + i]); - var _n9_=i + 1 | 0; - if(_n6_ !== i){var i=_n9_;continue} + var _n__=i + 1 | 0; + if(_n7_ !== i){var i=_n__;continue} break}} - var _n7_=1 - old_trav,_n8_=_n7_?flip_ongoing_traversal(h):_n7_; - return _n8_} + var _n8_=1 - old_trav,_n9_=_n8_?flip_ongoing_traversal(h):_n8_; + return _n9_} catch(exn) {exn = caml_wrap_exception(exn); if(old_trav)throw exn; @@ -23115,29 +23717,31 @@ {function do_bucket(b,accu) {var b$0=b,accu$0=accu; for(;;) - {if(! b$0)return accu$0; - var - key=b$0[1], - data=b$0[2], - next=b$0[3], - accu$1=caml_call3(f,key,data,accu$0), - b$0=next, - accu$0=accu$1}} + {if(b$0) + {var + key=b$0[1], + data=b$0[2], + next=b$0[3], + accu$1=caml_call3(f,key,data,accu$0), + b$0=next, + accu$0=accu$1; + continue} + return accu$0}} var old_trav=ongoing_traversal(h); if(1 - old_trav)flip_ongoing_traversal(h); try - {var d=h[2],accu=[0,init],_n1_=d.length - 1 - 1 | 0,_n0_=0; - if(_n1_ >= 0) - {var i=_n0_; + {var d=h[2],accu=[0,init],_n2_=d.length - 1 - 1 | 0,_n1_=0; + if(! (_n2_ < 0)) + {var i=_n1_; for(;;) - {var _n3_=accu[1]; - accu[1] = do_bucket(caml_check_bound(d,i)[1 + i],_n3_); - var _n4_=i + 1 | 0; - if(_n1_ !== i){var i=_n4_;continue} + {var _n4_=accu[1]; + accu[1] = do_bucket(caml_check_bound(d,i)[1 + i],_n4_); + var _n5_=i + 1 | 0; + if(_n2_ !== i){var i=_n5_;continue} break}} if(1 - old_trav)flip_ongoing_traversal(h); - var _n2_=accu[1]; - return _n2_} + var _n3_=accu[1]; + return _n3_} catch(exn) {exn = caml_wrap_exception(exn); if(old_trav)throw exn; @@ -23146,29 +23750,31 @@ function bucket_length(accu,param) {var accu$0=accu,param$0=param; for(;;) - {if(! param$0)return accu$0; - var - param$1=param$0[3], - accu$1=accu$0 + 1 | 0, - accu$0=accu$1, - param$0=param$1}} + {if(param$0) + {var + param$1=param$0[3], + accu$1=accu$0 + 1 | 0, + accu$0=accu$1, + param$0=param$1; + continue} + return accu$0}} function stats(h) {var - _nW_=h[2], - _nX_=0, + _nX_=h[2], + _nY_=0, mbl= fold_left$3 - (function(m,b){return max$1(m,bucket_length(0,b))},_nX_,_nW_), + (function(m,b){return max$1(m,bucket_length(0,b))},_nY_,_nX_), histo=caml_make_vect(mbl + 1 | 0,0), - _nY_=h[2]; + _nZ_=h[2]; iter$5 (function(b) {var l=bucket_length(0,b), - _nZ_=caml_check_bound(histo,l)[1 + l] + 1 | 0; - caml_check_bound(histo,l)[1 + l] = _nZ_; + _n0_=caml_check_bound(histo,l)[1 + l] + 1 | 0; + caml_check_bound(histo,l)[1 + l] = _n0_; return 0}, - _nY_); + _nZ_); return [0,h[1],h[2].length - 1,mbl,histo]} function to_seq$9(tbl) {var tbl_data=tbl[2]; @@ -23177,35 +23783,36 @@ for(;;) {if(buck$0) {var key=buck$0[1],data=buck$0[2],next=buck$0[3]; - return [0,[0,key,data],function(_nV_){return aux(i$0,next,_nV_)}]} + return [0,[0,key,data],function(_nW_){return aux(i$0,next,_nW_)}]} if(i$0 === tbl_data.length - 1)return 0; var buck$1=caml_check_bound(tbl_data,i$0)[1 + i$0], i$1=i$0 + 1 | 0, i$0=i$1, - buck$0=buck$1}} - var _nS_=0,_nT_=0; - return function(_nU_){return aux(_nT_,_nS_,_nU_)}} + buck$0=buck$1; + continue}} + var _nT_=0,_nU_=0; + return function(_nV_){return aux(_nU_,_nT_,_nV_)}} function to_seq_keys(m) - {var _nO_=to_seq$9(m); - function _nP_(_nR_){return _nR_[1]} - return function(_nQ_){return map$1(_nP_,_nO_,_nQ_)}} + {var _nP_=to_seq$9(m); + function _nQ_(_nS_){return _nS_[1]} + return function(_nR_){return map$1(_nQ_,_nP_,_nR_)}} function to_seq_values(m) - {var _nK_=to_seq$9(m); - function _nL_(_nN_){return _nN_[2]} - return function(_nM_){return map$1(_nL_,_nK_,_nM_)}} + {var _nL_=to_seq$9(m); + function _nM_(_nO_){return _nO_[2]} + return function(_nN_){return map$1(_nM_,_nL_,_nN_)}} function MakeSeeded(H) {function key_index(h,key) - {var _nJ_=h[2].length - 1 - 1 | 0; - return caml_call2(H[2],h[3],key) & _nJ_} + {var _nK_=h[2].length - 1 - 1 | 0; + return caml_call2(H[2],h[3],key) & _nK_} function add(h,key,data) {var i=key_index(h,key), bucket=[0,key,data,caml_check_bound(h[2],i)[1 + i]]; caml_check_bound(h[2],i)[1 + i] = bucket; h[1] = h[1] + 1 | 0; - var _nI_=h[2].length - 1 << 1 < h[1]?1:0; - return _nI_?resize$0(key_index,h):_nI_} + var _nJ_=h[2].length - 1 << 1 < h[1]?1:0; + return _nJ_?resize$0(key_index,h):_nJ_} function remove(h,key) {var i=key_index(h,key), @@ -23213,58 +23820,72 @@ prec=0, c=c$0; for(;;) - {if(! c)return 0; - var k=c[1],next=c[3]; - if(caml_call2(H[1],k,key)) - {h[1] = h[1] - 1 | 0; - return prec - ?(prec[3] = next,0) - :(caml_check_bound(h[2],i)[1 + i] = next,0)} - var prec=c,c=next}} + {if(c) + {var k=c[1],next=c[3]; + if(caml_call2(H[1],k,key)) + {h[1] = h[1] - 1 | 0; + return prec + ?(prec[3] = next,0) + :(caml_check_bound(h[2],i)[1 + i] = next,0)} + var prec=c,c=next; + continue} + return 0}} function find(h,key) - {var _nH_=key_index(h,key),match=caml_check_bound(h[2],_nH_)[1 + _nH_]; - if(! match)throw Not_found; - var k1=match[1],d1=match[2],next1=match[3]; - if(caml_call2(H[1],key,k1))return d1; - if(! next1)throw Not_found; - var k2=next1[1],d2=next1[2],next2=next1[3]; - if(caml_call2(H[1],key,k2))return d2; - if(! next2)throw Not_found; - var k3=next2[1],d3=next2[2],next3=next2[3]; - if(caml_call2(H[1],key,k3))return d3; - var param=next3; - for(;;) - {if(! param)throw Not_found; - var k=param[1],data=param[2],next=param[3]; - if(caml_call2(H[1],key,k))return data; - var param=next}} + {var _nI_=key_index(h,key),match=caml_check_bound(h[2],_nI_)[1 + _nI_]; + if(match) + {var k1=match[1],d1=match[2],next1=match[3]; + if(caml_call2(H[1],key,k1))return d1; + if(next1) + {var k2=next1[1],d2=next1[2],next2=next1[3]; + if(caml_call2(H[1],key,k2))return d2; + if(next2) + {var k3=next2[1],d3=next2[2],next3=next2[3]; + if(caml_call2(H[1],key,k3))return d3; + var param=next3; + for(;;) + {if(param) + {var k=param[1],data=param[2],next=param[3]; + if(caml_call2(H[1],key,k))return data; + var param=next; + continue} + throw Not_found}} + throw Not_found} + throw Not_found} + throw Not_found} function find_opt(h,key) - {var _nG_=key_index(h,key),match=caml_check_bound(h[2],_nG_)[1 + _nG_]; - if(! match)return 0; - var k1=match[1],d1=match[2],next1=match[3]; - if(caml_call2(H[1],key,k1))return [0,d1]; - if(! next1)return 0; - var k2=next1[1],d2=next1[2],next2=next1[3]; - if(caml_call2(H[1],key,k2))return [0,d2]; - if(! next2)return 0; - var k3=next2[1],d3=next2[2],next3=next2[3]; - if(caml_call2(H[1],key,k3))return [0,d3]; - var param=next3; - for(;;) - {if(! param)return 0; - var k=param[1],data=param[2],next=param[3]; - if(caml_call2(H[1],key,k))return [0,data]; - var param=next}} + {var _nH_=key_index(h,key),match=caml_check_bound(h[2],_nH_)[1 + _nH_]; + if(match) + {var k1=match[1],d1=match[2],next1=match[3]; + if(caml_call2(H[1],key,k1))return [0,d1]; + if(next1) + {var k2=next1[1],d2=next1[2],next2=next1[3]; + if(caml_call2(H[1],key,k2))return [0,d2]; + if(next2) + {var k3=next2[1],d3=next2[2],next3=next2[3]; + if(caml_call2(H[1],key,k3))return [0,d3]; + var param=next3; + for(;;) + {if(param) + {var k=param[1],data=param[2],next=param[3]; + if(caml_call2(H[1],key,k))return [0,data]; + var param=next; + continue} + return 0}} + return 0} + return 0} + return 0} function find_all(h,key) {function find_in_bucket(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var k=param$0[1],d=param$0[2],next=param$0[3]; - if(caml_call2(H[1],k,key))return [0,d,find_in_bucket(next)]; - var param$0=next}} - var _nF_=key_index(h,key); - return find_in_bucket(caml_check_bound(h[2],_nF_)[1 + _nF_])} + {if(param$0) + {var k=param$0[1],d=param$0[2],next=param$0[3]; + if(caml_call2(H[1],k,key))return [0,d,find_in_bucket(next)]; + var param$0=next; + continue} + return 0}} + var _nG_=key_index(h,key); + return find_in_bucket(caml_check_bound(h[2],_nG_)[1 + _nG_])} function replace(h,key,data) {var i=key_index(h,key), @@ -23276,28 +23897,30 @@ if(! caml_call2(H[1],k,key)){var param=next;continue} param[1] = key; param[2] = data; - var _nC_=0} + var _nD_=0} else - var _nC_=1; - if(_nC_) + var _nD_=1; + if(_nD_) {caml_check_bound(h[2],i)[1 + i] = [0,key,data,param$0]; h[1] = h[1] + 1 | 0; - var _nD_=h[2].length - 1 << 1 < h[1]?1:0; - if(_nD_)return resize$0(key_index,h); - var _nE_=_nD_} + var _nE_=h[2].length - 1 << 1 < h[1]?1:0; + if(_nE_)return resize$0(key_index,h); + var _nF_=_nE_} else - var _nE_=_nC_; - return _nE_}} + var _nF_=_nD_; + return _nF_}} function mem(h,key) {var - _nB_=key_index(h,key), - param$0=caml_check_bound(h[2],_nB_)[1 + _nB_], + _nC_=key_index(h,key), + param$0=caml_check_bound(h[2],_nC_)[1 + _nC_], param=param$0; for(;;) - {if(! param)return 0; - var k=param[1],next=param[3],_nA_=caml_call2(H[1],k,key); - if(_nA_)return _nA_; - var param=next}} + {if(param) + {var k=param[1],next=param[3],_nB_=caml_call2(H[1],k,key); + if(_nB_)return _nB_; + var param=next; + continue} + return 0}} function add_seq(tbl,i) {return iter (function(param) @@ -23357,8 +23980,8 @@ to_seq_values=include[19], add_seq=include[20], replace_seq=include[21], - _nz_=include[1]; - function create(sz){return caml_call2(_nz_,_ci_,sz)} + _nA_=include[1]; + function create(sz){return caml_call2(_nA_,_ci_,sz)} function of_seq(i) {var tbl=create(16);caml_call2(replace_seq,tbl,i);return tbl} return [0, @@ -23397,63 +24020,77 @@ bucket=[0,key,data,caml_check_bound(h[2],i)[1 + i]]; caml_check_bound(h[2],i)[1 + i] = bucket; h[1] = h[1] + 1 | 0; - var _ny_=h[2].length - 1 << 1 < h[1]?1:0; - return _ny_?resize$0(key_index,h):_ny_} + var _nz_=h[2].length - 1 << 1 < h[1]?1:0; + return _nz_?resize$0(key_index,h):_nz_} function remove(h,key) {var i=key_index(h,key),c$0=caml_check_bound(h[2],i)[1 + i],prec=0,c=c$0; for(;;) - {if(! c)return 0; - var k=c[1],next=c[3]; - if(0 === caml_compare(k,key)) - {h[1] = h[1] - 1 | 0; - return prec - ?(prec[3] = next,0) - :(caml_check_bound(h[2],i)[1 + i] = next,0)} - var prec=c,c=next}} + {if(c) + {var k=c[1],next=c[3]; + if(0 === caml_compare(k,key)) + {h[1] = h[1] - 1 | 0; + return prec + ?(prec[3] = next,0) + :(caml_check_bound(h[2],i)[1 + i] = next,0)} + var prec=c,c=next; + continue} + return 0}} function find$1(h,key) - {var _nx_=key_index(h,key),match=caml_check_bound(h[2],_nx_)[1 + _nx_]; - if(! match)throw Not_found; - var k1=match[1],d1=match[2],next1=match[3]; - if(0 === caml_compare(key,k1))return d1; - if(! next1)throw Not_found; - var k2=next1[1],d2=next1[2],next2=next1[3]; - if(0 === caml_compare(key,k2))return d2; - if(! next2)throw Not_found; - var k3=next2[1],d3=next2[2],next3=next2[3]; - if(0 === caml_compare(key,k3))return d3; - var param=next3; - for(;;) - {if(! param)throw Not_found; - var k=param[1],data=param[2],next=param[3]; - if(0 === caml_compare(key,k))return data; - var param=next}} + {var _ny_=key_index(h,key),match=caml_check_bound(h[2],_ny_)[1 + _ny_]; + if(match) + {var k1=match[1],d1=match[2],next1=match[3]; + if(0 === caml_compare(key,k1))return d1; + if(next1) + {var k2=next1[1],d2=next1[2],next2=next1[3]; + if(0 === caml_compare(key,k2))return d2; + if(next2) + {var k3=next2[1],d3=next2[2],next3=next2[3]; + if(0 === caml_compare(key,k3))return d3; + var param=next3; + for(;;) + {if(param) + {var k=param[1],data=param[2],next=param[3]; + if(0 === caml_compare(key,k))return data; + var param=next; + continue} + throw Not_found}} + throw Not_found} + throw Not_found} + throw Not_found} function find_opt$1(h,key) - {var _nw_=key_index(h,key),match=caml_check_bound(h[2],_nw_)[1 + _nw_]; - if(! match)return 0; - var k1=match[1],d1=match[2],next1=match[3]; - if(0 === caml_compare(key,k1))return [0,d1]; - if(! next1)return 0; - var k2=next1[1],d2=next1[2],next2=next1[3]; - if(0 === caml_compare(key,k2))return [0,d2]; - if(! next2)return 0; - var k3=next2[1],d3=next2[2],next3=next2[3]; - if(0 === caml_compare(key,k3))return [0,d3]; - var param=next3; - for(;;) - {if(! param)return 0; - var k=param[1],data=param[2],next=param[3]; - if(0 === caml_compare(key,k))return [0,data]; - var param=next}} + {var _nx_=key_index(h,key),match=caml_check_bound(h[2],_nx_)[1 + _nx_]; + if(match) + {var k1=match[1],d1=match[2],next1=match[3]; + if(0 === caml_compare(key,k1))return [0,d1]; + if(next1) + {var k2=next1[1],d2=next1[2],next2=next1[3]; + if(0 === caml_compare(key,k2))return [0,d2]; + if(next2) + {var k3=next2[1],d3=next2[2],next3=next2[3]; + if(0 === caml_compare(key,k3))return [0,d3]; + var param=next3; + for(;;) + {if(param) + {var k=param[1],data=param[2],next=param[3]; + if(0 === caml_compare(key,k))return [0,data]; + var param=next; + continue} + return 0}} + return 0} + return 0} + return 0} function find_all$0(h,key) {function find_in_bucket(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var k=param$0[1],data=param$0[2],next=param$0[3]; - if(0 === caml_compare(k,key))return [0,data,find_in_bucket(next)]; - var param$0=next}} - var _nv_=key_index(h,key); - return find_in_bucket(caml_check_bound(h[2],_nv_)[1 + _nv_])} + {if(param$0) + {var k=param$0[1],data=param$0[2],next=param$0[3]; + if(0 === caml_compare(k,key))return [0,data,find_in_bucket(next)]; + var param$0=next; + continue} + return 0}} + var _nw_=key_index(h,key); + return find_in_bucket(caml_check_bound(h[2],_nw_)[1 + _nw_])} function replace(h,key,data) {var i=key_index(h,key), @@ -23465,28 +24102,30 @@ if(0 !== caml_compare(k,key)){var param=next;continue} param[1] = key; param[2] = data; - var _ns_=0} + var _nt_=0} else - var _ns_=1; - if(_ns_) + var _nt_=1; + if(_nt_) {caml_check_bound(h[2],i)[1 + i] = [0,key,data,param$0]; h[1] = h[1] + 1 | 0; - var _nt_=h[2].length - 1 << 1 < h[1]?1:0; - if(_nt_)return resize$0(key_index,h); - var _nu_=_nt_} + var _nu_=h[2].length - 1 << 1 < h[1]?1:0; + if(_nu_)return resize$0(key_index,h); + var _nv_=_nu_} else - var _nu_=_ns_; - return _nu_}} + var _nv_=_nt_; + return _nv_}} function mem$2(h,key) {var - _nr_=key_index(h,key), - param$0=caml_check_bound(h[2],_nr_)[1 + _nr_], + _ns_=key_index(h,key), + param$0=caml_check_bound(h[2],_ns_)[1 + _ns_], param=param$0; for(;;) - {if(! param)return 0; - var k=param[1],next=param[3],_nq_=0 === caml_compare(k,key)?1:0; - if(_nq_)return _nq_; - var param=next}} + {if(param) + {var k=param[1],next=param[3],_nr_=0 === caml_compare(k,key)?1:0; + if(_nr_)return _nr_; + var param=next; + continue} + return 0}} function add_seq$2(tbl,i) {return iter (function(param) @@ -23503,19 +24142,19 @@ var s=power_2_above(16,h[2].length - 1); if(random) var - _nj_=caml_obj_tag(prng), - _nk_=250 === _nj_?prng[1]:246 === _nj_?force_lazy_block(prng):prng, - seed=caml_call1(_cg_[4],_nk_); + _nk_=caml_obj_tag(prng), + _nl_=250 === _nk_?prng[1]:246 === _nk_?force_lazy_block(prng):prng, + seed=caml_call1(_cg_[4],_nl_); else var seed=4 <= h.length - 1?h[3]:0; var - _nl_=4 <= h.length - 1?h[4]:s, - h$0=[0,h[1],caml_make_vect(s,0),seed,_nl_], - _nm_=h$0[2], - _nn_=h[2], - _no_=0; + _nm_=4 <= h.length - 1?h[4]:s, + h$0=[0,h[1],caml_make_vect(s,0),seed,_nm_], + _nn_=h$0[2], + _no_=h[2], + _np_=0; insert_all_buckets - (function(_np_){return key_index(h$0,_np_)},_no_,_nn_,_nm_); + (function(_nq_){return key_index(h$0,_nq_)},_np_,_no_,_nn_); return h$0} var Stdlib_Hashtbl= @@ -23553,18 +24192,17 @@ caml_hash]; caml_register_global(816,Stdlib_Hashtbl,"Stdlib__Hashtbl"); function weak_create(l) - {var _nh_=0 <= l?1:0,_ni_=_nh_?l <= _o_[15]?1:0:_nh_; - if(1 - _ni_)invalid_arg(cst_Weak_create); + {var _ni_=0 <= l?1:0,_nj_=_ni_?l <= _o_[15]?1:0:_ni_; + if(1 - _nj_)invalid_arg(cst_Weak_create); return runtime.caml_weak_create(l)} function length$6(x){return x.length - 1 - 2 | 0} function raise_if_invalid_offset$0(e,o,msg) - {var _ne_=0 <= o?1:0,_nf_=_ne_?o < length$6(e)?1:0:_ne_,_ng_=1 - _nf_; - return _ng_?invalid_arg(msg):_ng_} + {var _nf_=0 <= o?1:0,_ng_=_nf_?o < length$6(e)?1:0:_nf_,_nh_=1 - _ng_; + return _nh_?invalid_arg(msg):_nh_} function set$1(e,o,x) {raise_if_invalid_offset$0(e,o,cst_Weak_set); - if(! x)return caml_ephe_unset_key(e,o); - var x$0=x[1]; - return caml_ephe_set_key(e,o,x$0)} + if(x){var x$0=x[1];return caml_ephe_set_key(e,o,x$0)} + return caml_ephe_unset_key(e,o)} function get$2(e,o) {raise_if_invalid_offset$0(e,o,cst_Weak_get); return caml_ephe_get_key(e,o)} @@ -23584,29 +24222,27 @@ <= o1 && - (length$6(e1) - l | 0) - >= - o1 + ! + ((length$6(e1) - l | 0) < o1) && 0 <= o2 && - (length$6(e2) - l | 0) - >= - o2) - {var _nc_=0 !== l?1:0,_nd_=_nc_?caml_ephe_blit_key(e1,o1,e2,o2,l):_nc_; - return _nd_} + ! + ((length$6(e2) - l | 0) < o2)) + {var _nd_=0 !== l?1:0,_ne_=_nd_?caml_ephe_blit_key(e1,o1,e2,o2,l):_nd_; + return _ne_} return invalid_arg(cst_Weak_blit)} function fill$2(ar,ofs,len,x) - {if(0 <= ofs && 0 <= len && (length$6(ar) - len | 0) >= ofs) - {var _na_=(ofs + len | 0) - 1 | 0; - if(_na_ >= ofs) + {if(0 <= ofs && 0 <= len && ! ((length$6(ar) - len | 0) < ofs)) + {var _nb_=(ofs + len | 0) - 1 | 0; + if(! (_nb_ < ofs)) {var i=ofs; for(;;) {set$1(ar,i,x); - var _nb_=i + 1 | 0; - if(_na_ !== i){var i=_nb_;continue} + var _nc_=i + 1 | 0; + if(_nb_ !== i){var i=_nc_;continue} break}} return 0} throw [0,Invalid_argument,cst_Weak_fill]} @@ -23625,20 +24261,20 @@ 0, 0]} function clear(t) - {var _m__=t[1].length - 1 - 1 | 0,_m9_=0; - if(_m__ >= 0) - {var i=_m9_; + {var _m$_=t[1].length - 1 - 1 | 0,_m__=0; + if(! (_m$_ < 0)) + {var i=_m__; for(;;) {caml_check_bound(t[1],i)[1 + i] = emptybucket; caml_check_bound(t[2],i)[1 + i] = [0]; - var _m$_=i + 1 | 0; - if(_m__ !== i){var i=_m$_;continue} + var _na_=i + 1 | 0; + if(_m$_ !== i){var i=_na_;continue} break}} t[3] = limit; t[4] = 0; return 0} function fold(f,t,init) - {var _m8_=t[1],i=0; + {var _m9_=t[1],i=0; return fold_right$2 (function(b,accu$1) {var i$0=i,accu=accu$1; @@ -23653,11 +24289,12 @@ i$0=i$1, accu=accu$0; continue} - var i$2=i$0 + 1 | 0,i$0=i$2}}, - _m8_, + var i$2=i$0 + 1 | 0,i$0=i$2; + continue}}, + _m9_, init)} function iter(f,t) - {var _m7_=t[1],i=0; + {var _m8_=t[1],i=0; return iter$5 (function(b) {var i$0=i; @@ -23669,24 +24306,26 @@ caml_call1(f,v); var i$1=i$0 + 1 | 0,i$0=i$1; continue} - var i$2=i$0 + 1 | 0,i$0=i$2}}, - _m7_)} + var i$2=i$0 + 1 | 0,i$0=i$2; + continue}}, + _m8_)} function count_bucket(i,b,accu) {var i$0=i,accu$0=accu; for(;;) {if(length$6(b) <= i$0)return accu$0; var - _m6_=check$0(b,i$0)?1:0, - accu$1=accu$0 + _m6_ | 0, + _m7_=check$0(b,i$0)?1:0, + accu$1=accu$0 + _m7_ | 0, i$1=i$0 + 1 | 0, i$0=i$1, - accu$0=accu$1}} + accu$0=accu$1; + continue}} function count(t) - {var _m1_=0,_m2_=t[1],_m3_=0; + {var _m2_=0,_m3_=t[1],_m4_=0; return fold_right$2 - (function(_m4_,_m5_){return count_bucket(_m3_,_m4_,_m5_)}, - _m2_, - _m1_)} + (function(_m5_,_m6_){return count_bucket(_m4_,_m5_,_m6_)}, + _m3_, + _m2_)} function add_aux(t,setter,d,h,index) {var bucket$0=caml_check_bound(t[1],index)[1 + index], @@ -23694,105 +24333,107 @@ sz=length$6(bucket$0), i$3=0; for(;;) - {if(sz > i$3) - {if(check$0(bucket$0,i$3)){var i$5=i$3 + 1 | 0,i$3=i$5;continue} - caml_call3(setter,bucket$0,i$3,d); - caml_check_bound(hashes,i$3)[1 + i$3] = h; - return 0} - var - newsz= - min$1(((3 * sz | 0) / 2 | 0) + 3 | 0,max_array_length - 2 | 0); - if(newsz <= sz)failwith(cst_Weak_Make_hash_bucket_cann); - var - newbucket$0=weak_create(newsz), - newhashes=caml_make_vect(newsz,0); - blit$4(bucket$0,0,newbucket$0,0,sz); - blit$1(hashes,0,newhashes,0,sz); - caml_call3(setter,newbucket$0,sz,d); - caml_check_bound(newhashes,sz)[1 + sz] = h; - caml_check_bound(t[1],index)[1 + index] = newbucket$0; - caml_check_bound(t[2],index)[1 + index] = newhashes; - var _mX_=sz <= t[3]?1:0,_mY_=_mX_?t[3] < newsz?1:0:_mX_; - if(_mY_) - {t[4] = t[4] + 1 | 0; - var i$4=0; - for(;;) - {var - _mN_=t[5], - bucket=caml_check_bound(t[1],_mN_)[1 + _mN_], - _mO_=t[5], - hbucket=caml_check_bound(t[2],_mO_)[1 + _mO_], - n=length$6(bucket), - prev_len=(((n - 3 | 0) * 2 | 0) + 2 | 0) / 3 | 0, - live=count_bucket(0,bucket,0); - if(live <= prev_len) - {var j$2=length$6(bucket) - 1 | 0,i$0=0,j=j$2; - for(;;) - {if(prev_len <= j) - {if(check$0(bucket,i$0)) - {var i$1=i$0 + 1 | 0,i$0=i$1;continue} - if(check$0(bucket,j)) - {blit$4(bucket,j,bucket,i$0,1); - var _mP_=caml_check_bound(hbucket,j)[1 + j]; - caml_check_bound(hbucket,i$0)[1 + i$0] = _mP_; - var j$0=j - 1 | 0,i$2=i$0 + 1 | 0,i$0=i$2,j=j$0; + {if(sz <= i$3) + {var + newsz= + min$1(((3 * sz | 0) / 2 | 0) + 3 | 0,max_array_length - 2 | 0); + if(newsz <= sz)failwith(cst_Weak_Make_hash_bucket_cann); + var + newbucket$0=weak_create(newsz), + newhashes=caml_make_vect(newsz,0); + blit$4(bucket$0,0,newbucket$0,0,sz); + blit$1(hashes,0,newhashes,0,sz); + caml_call3(setter,newbucket$0,sz,d); + caml_check_bound(newhashes,sz)[1 + sz] = h; + caml_check_bound(t[1],index)[1 + index] = newbucket$0; + caml_check_bound(t[2],index)[1 + index] = newhashes; + var _mY_=sz <= t[3]?1:0,_mZ_=_mY_?t[3] < newsz?1:0:_mY_; + if(_mZ_) + {t[4] = t[4] + 1 | 0; + var i$4=0; + for(;;) + {var + _mO_=t[5], + bucket=caml_check_bound(t[1],_mO_)[1 + _mO_], + _mP_=t[5], + hbucket=caml_check_bound(t[2],_mP_)[1 + _mP_], + n=length$6(bucket), + prev_len=(((n - 3 | 0) * 2 | 0) + 2 | 0) / 3 | 0, + live=count_bucket(0,bucket,0); + if(live <= prev_len) + {var j$2=length$6(bucket) - 1 | 0,i$0=0,j=j$2; + for(;;) + {if(prev_len <= j) + {if(check$0(bucket,i$0)) + {var i$1=i$0 + 1 | 0,i$0=i$1;continue} + if(check$0(bucket,j)) + {blit$4(bucket,j,bucket,i$0,1); + var _mQ_=caml_check_bound(hbucket,j)[1 + j]; + caml_check_bound(hbucket,i$0)[1 + i$0] = _mQ_; + var j$0=j - 1 | 0,i$2=i$0 + 1 | 0,i$0=i$2,j=j$0; + continue} + var j$1=j - 1 | 0,j=j$1; continue} - var j$1=j - 1 | 0,j=j$1; - continue} - if(0 === prev_len) - {var _mQ_=t[5]; - caml_check_bound(t[1],_mQ_)[1 + _mQ_] = emptybucket; - var _mR_=t[5]; - caml_check_bound(t[2],_mR_)[1 + _mR_] = [0]} - else - {var newbucket=weak_create(prev_len); - blit$4(bucket,0,newbucket,0,prev_len); - var _mU_=t[5]; - caml_check_bound(t[1],_mU_)[1 + _mU_] = newbucket; - var _mV_=sub$1(hbucket,0,prev_len),_mW_=t[5]; - caml_check_bound(t[2],_mW_)[1 + _mW_] = _mV_} - var _mS_=t[3] < n?1:0,_mT_=_mS_?prev_len <= t[3]?1:0:_mS_; - if(_mT_)t[4] = t[4] - 1 | 0; - break}} - t[5] = caml_mod(t[5] + 1 | 0,t[1].length - 1); - var _m0_=i$4 + 1 | 0; - if(2 !== i$4){var i$4=_m0_;continue} - break}} - var _mZ_=((t[1].length - 1) / 2 | 0) < t[4]?1:0; - if(! _mZ_)return _mZ_; - var - n$0=t[1].length - 1, - newlen=min$1(((3 * n$0 | 0) / 2 | 0) + 3 | 0,max_array_length); - if(n$0 < newlen) - {var newt=create(newlen),_mM_=t[1],i=0; - iteri$3 - (function(j,ob) - {var i$0=i; - for(;;) - {if(length$6(ob) <= i$0)return 0; - var match=check$0(ob,i$0); - if(match) - {var - oh=caml_check_bound(t[2],j)[1 + j], - setter$0= - function(i) - {function setter(nb,ni,param){return blit$4(ob,i,nb,ni,1)} - return setter}, - setter=setter$0(i$0), - h=caml_check_bound(oh,i$0)[1 + i$0]; - add_aux(newt,setter,0,h,get_index(newt,h)); - var i$1=i$0 + 1 | 0,i$0=i$1; - continue} - var i$2=i$0 + 1 | 0,i$0=i$2}}, - _mM_); - t[1] = newt[1]; - t[2] = newt[2]; - t[3] = newt[3]; - t[4] = newt[4]; - t[5] = caml_mod(t[5],newt[1].length - 1); - return 0} - t[3] = max_int; - t[4] = 0; + if(0 === prev_len) + {var _mR_=t[5]; + caml_check_bound(t[1],_mR_)[1 + _mR_] = emptybucket; + var _mS_=t[5]; + caml_check_bound(t[2],_mS_)[1 + _mS_] = [0]} + else + {var newbucket=weak_create(prev_len); + blit$4(bucket,0,newbucket,0,prev_len); + var _mV_=t[5]; + caml_check_bound(t[1],_mV_)[1 + _mV_] = newbucket; + var _mW_=sub$1(hbucket,0,prev_len),_mX_=t[5]; + caml_check_bound(t[2],_mX_)[1 + _mX_] = _mW_} + var _mT_=t[3] < n?1:0,_mU_=_mT_?prev_len <= t[3]?1:0:_mT_; + if(_mU_)t[4] = t[4] - 1 | 0; + break}} + t[5] = caml_mod(t[5] + 1 | 0,t[1].length - 1); + var _m1_=i$4 + 1 | 0; + if(2 !== i$4){var i$4=_m1_;continue} + break}} + var _m0_=((t[1].length - 1) / 2 | 0) < t[4]?1:0; + if(_m0_) + {var + n$0=t[1].length - 1, + newlen=min$1(((3 * n$0 | 0) / 2 | 0) + 3 | 0,max_array_length); + if(n$0 < newlen) + {var newt=create(newlen),_mN_=t[1],i=0; + iteri$3 + (function(j,ob) + {var i$0=i; + for(;;) + {if(length$6(ob) <= i$0)return 0; + var match=check$0(ob,i$0); + if(match) + {var + oh=caml_check_bound(t[2],j)[1 + j], + setter$0= + function(i) + {function setter(nb,ni,param){return blit$4(ob,i,nb,ni,1)} + return setter}, + setter=setter$0(i$0), + h=caml_check_bound(oh,i$0)[1 + i$0]; + add_aux(newt,setter,0,h,get_index(newt,h)); + var i$1=i$0 + 1 | 0,i$0=i$1; + continue} + var i$2=i$0 + 1 | 0,i$0=i$2; + continue}}, + _mN_); + t[1] = newt[1]; + t[2] = newt[2]; + t[3] = newt[3]; + t[4] = newt[4]; + t[5] = caml_mod(t[5],newt[1].length - 1); + return 0} + t[3] = max_int; + t[4] = 0; + return 0} + return _m0_} + if(check$0(bucket$0,i$3)){var i$5=i$3 + 1 | 0,i$3=i$5;continue} + caml_call3(setter,bucket$0,i$3,d); + caml_check_bound(hashes,i$3)[1 + i$3] = h; return 0}} function add(t,d) {var h=caml_call1(H[2],d); @@ -23807,17 +24448,19 @@ i=0; for(;;) {if(sz <= i)return caml_call2(ifnotfound,h,index); - if(h !== caml_check_bound(hashes,i)[1 + i]) - {var i$2=i + 1 | 0,i=i$2;continue} - var match=get_copy(bucket,i); - if(match) - {var v=match[1]; - if(caml_call2(H[1],v,d)) - {var match$0=get$2(bucket,i); - if(match$0){var v$0=match$0[1];return v$0} - var i$0=i + 1 | 0,i=i$0; - continue}} - var i$1=i + 1 | 0,i=i$1}} + if(h === caml_check_bound(hashes,i)[1 + i]) + {var match=get_copy(bucket,i); + if(match) + {var v=match[1]; + if(caml_call2(H[1],v,d)) + {var match$0=get$2(bucket,i); + if(match$0){var v$0=match$0[1];return v$0} + var i$0=i + 1 | 0,i=i$0; + continue}} + var i$1=i + 1 | 0,i=i$1; + continue} + var i$2=i + 1 | 0,i=i$2; + continue}} function merge(t,d) {return find_or (t, @@ -23835,17 +24478,19 @@ i=0; for(;;) {if(sz <= i)return 0; - if(h !== caml_check_bound(hashes,i)[1 + i]) - {var i$2=i + 1 | 0,i=i$2;continue} - var match=get_copy(bucket,i); - if(match) - {var v=match[1]; - if(caml_call2(H[1],v,d)) - {var v$0=get$2(bucket,i); - if(v$0)return v$0; - var i$0=i + 1 | 0,i=i$0; - continue}} - var i$1=i + 1 | 0,i=i$1}} + if(h === caml_check_bound(hashes,i)[1 + i]) + {var match=get_copy(bucket,i); + if(match) + {var v=match[1]; + if(caml_call2(H[1],v,d)) + {var v$0=get$2(bucket,i); + if(v$0)return v$0; + var i$0=i + 1 | 0,i=i$0; + continue}} + var i$1=i + 1 | 0,i=i$1; + continue} + var i$2=i + 1 | 0,i=i$2; + continue}} function find_shadow(t,d,iffound,ifnotfound) {var h=caml_call1(H[2],d), @@ -23856,18 +24501,20 @@ i=0; for(;;) {if(sz <= i)return ifnotfound; - if(h !== caml_check_bound(hashes,i)[1 + i]) - {var i$1=i + 1 | 0,i=i$1;continue} - var match=get_copy(bucket,i); - if(match) - {var v=match[1]; - if(caml_call2(H[1],v,d))return caml_call2(iffound,bucket,i)} - var i$0=i + 1 | 0,i=i$0}} + if(h === caml_check_bound(hashes,i)[1 + i]) + {var match=get_copy(bucket,i); + if(match) + {var v=match[1]; + if(caml_call2(H[1],v,d))return caml_call2(iffound,bucket,i)} + var i$0=i + 1 | 0,i=i$0; + continue} + var i$1=i + 1 | 0,i=i$1; + continue}} function remove(t,d) - {var _mL_=0; - return find_shadow(t,d,function(w,i){return set$1(w,i,0)},_mL_)} + {var _mM_=0; + return find_shadow(t,d,function(w,i){return set$1(w,i,0)},_mM_)} function mem(t,d) - {var _mK_=0;return find_shadow(t,d,function(w,i){return 1},_mK_)} + {var _mL_=0;return find_shadow(t,d,function(w,i){return 1},_mL_)} function find_all(t,d) {var h=caml_call1(H[2],d), @@ -23879,37 +24526,39 @@ accu=0; for(;;) {if(sz <= i)return accu; - if(h !== caml_check_bound(hashes,i)[1 + i]) - {var i$3=i + 1 | 0,i=i$3;continue} - var match=get_copy(bucket,i); - if(match) - {var v=match[1]; - if(caml_call2(H[1],v,d)) - {var match$0=get$2(bucket,i); - if(match$0) - {var - v$0=match$0[1], - accu$0=[0,v$0,accu], - i$0=i + 1 | 0, - i=i$0, - accu=accu$0; - continue} - var i$1=i + 1 | 0,i=i$1; - continue}} - var i$2=i + 1 | 0,i=i$2}} + if(h === caml_check_bound(hashes,i)[1 + i]) + {var match=get_copy(bucket,i); + if(match) + {var v=match[1]; + if(caml_call2(H[1],v,d)) + {var match$0=get$2(bucket,i); + if(match$0) + {var + v$0=match$0[1], + accu$0=[0,v$0,accu], + i$0=i + 1 | 0, + i=i$0, + accu=accu$0; + continue} + var i$1=i + 1 | 0,i=i$1; + continue}} + var i$2=i + 1 | 0,i=i$2; + continue} + var i$3=i + 1 | 0,i=i$3; + continue}} function stats(t) {var len=t[1].length - 1,lens=map$7(length$6,t[1]); sort(caml_int_compare,lens); var - _mC_=0, + _mD_=0, totlen= - fold_left$3(function(_mJ_,_mI_){return _mJ_ + _mI_ | 0},_mC_,lens), - _mD_=len - 1 | 0, - _mF_=len / 2 | 0, - _mE_=caml_check_bound(lens,_mD_)[1 + _mD_], - _mG_=caml_check_bound(lens,_mF_)[1 + _mF_], - _mH_=caml_check_bound(lens,0)[1]; - return [0,len,count(t),totlen,_mH_,_mG_,_mE_]} + fold_left$3(function(_mK_,_mJ_){return _mK_ + _mJ_ | 0},_mD_,lens), + _mE_=len - 1 | 0, + _mG_=len / 2 | 0, + _mF_=caml_check_bound(lens,_mE_)[1 + _mE_], + _mH_=caml_check_bound(lens,_mG_)[1 + _mG_], + _mI_=caml_check_bound(lens,0)[1]; + return [0,len,count(t),totlen,_mI_,_mH_,_mF_]} return [0, create, clear, @@ -23954,8 +24603,8 @@ state[11] = 0; return 0} function format_string(state,s) - {var _mB_=caml_string_notequal(s,cst$67); - return _mB_?format_pp_text(state,caml_ml_string_length(s),s):_mB_} + {var _mC_=caml_string_notequal(s,cst$67); + return _mC_?format_pp_text(state,caml_ml_string_length(s),s):_mC_} function break_new_line(state,param,width) {var after=param[3],offset=param[2],before=param[1]; format_string(state,before); @@ -23980,131 +24629,143 @@ switch(param) {case 0: var match$3=top_opt(state[3]); - if(! match$3)return 0; - var - match$4=match$3[1], - tabs=match$4[1], - add_tab= - function(n,ls) - {if(! ls)return [0,n,0]; - var l=ls[2],x=ls[1]; - return caml_lessthan(n,x)?[0,n,ls]:[0,x,add_tab(n,l)]}; - tabs[1] = add_tab(state[6] - state[9] | 0,tabs[1]); + if(match$3) + {var + match$4=match$3[1], + tabs=match$4[1], + add_tab= + function(n,ls) + {if(ls) + {var l=ls[2],x=ls[1]; + return caml_lessthan(n,x)?[0,n,ls]:[0,x,add_tab(n,l)]} + return [0,n,0]}; + tabs[1] = add_tab(state[6] - state[9] | 0,tabs[1]); + return 0} return 0; case 1:pop_opt(state[2]);return 0; case 2:pop_opt(state[3]);return 0; case 3: var match$5=top_opt(state[2]); - if(! match$5)return pp_output_newline(state); - var match$6=match$5[1],width$0=match$6[2]; - return break_line(state,width$0); + if(match$5) + {var match$6=match$5[1],width$0=match$6[2]; + return break_line(state,width$0)} + return pp_output_newline(state); case 4: - var _my_=state[10] !== (state[6] - state[9] | 0)?1:0; - if(! _my_)return _my_; - var match$1=take_opt(state[28]); - if(! match$1)return 0; - var match$2=match$1[1],size=match$2[1],length=match$2[3]; - state[12] = state[12] - length | 0; - state[9] = state[9] + size | 0; - return 0; + var _mz_=state[10] !== (state[6] - state[9] | 0)?1:0; + if(_mz_) + {var match$1=take_opt(state[28]); + if(match$1) + {var match$2=match$1[1],size=match$2[1],length=match$2[3]; + state[12] = state[12] - length | 0; + state[9] = state[9] + size | 0; + return 0} + return 0} + return _mz_; default: var match$7=pop_opt(state[5]); - if(! match$7)return 0; - var tag_name=match$7[1],marker=caml_call1(state[25],tag_name); - return pp_output_string(state,marker)} - switch(param[0]) - {case 0:var s=param[1];return format_pp_text(state,size$0,s); - case 1: - var - breaks=param[2], - fits=param[1], - off=breaks[2], - before=breaks[1], - match$8=top_opt(state[2]); - if(! match$8)return 0; - var match$9=match$8[1],width$1=match$9[2],box_type$0=match$9[1]; - switch(box_type$0) - {case 0:return break_same_line(state,fits); - case 1:return break_new_line(state,breaks,width$1); - case 2:return break_new_line(state,breaks,width$1); - case 3: - return state[9] < (size$0 + caml_ml_string_length(before) | 0) - ?break_new_line(state,breaks,width$1) - :break_same_line(state,fits); - case 4: - return state[11] - ?break_same_line(state,fits) - :state[9] < (size$0 + caml_ml_string_length(before) | 0) - ?break_new_line(state,breaks,width$1) - :((state[6] - width$1 | 0) + off | 0) < state[10] - ?break_new_line(state,breaks,width$1) - :break_same_line(state,fits); - default:return break_same_line(state,fits)} - case 2: - var - off$0=param[2], - n=param[1], - insertion_point=state[6] - state[9] | 0, - match$10=top_opt(state[3]); - if(! match$10)return 0; - var match$11=match$10[1],tabs$0=match$11[1],_mz_=tabs$0[1]; - if(_mz_) - {var first=_mz_[1],param$0=tabs$0[1]; - for(;;) - {if(param$0) - {var tail=param$0[2],head=param$0[1]; - if(insertion_point > head){var param$0=tail;continue} - var _mA_=head} - else - var _mA_=first; - var tab=_mA_; - break}} - else - var tab=insertion_point; - var offset=tab - insertion_point | 0; - return 0 <= offset - ?break_same_line(state,[0,cst$69,offset + n | 0,cst$68]) - :break_new_line - (state,[0,cst$71,tab + off$0 | 0,cst$70],state[6]); - case 3: - var - ty=param[2], - off$1=param[1], - insertion_point$0=state[6] - state[9] | 0; - if(state[8] < insertion_point$0) - {var match=top_opt(state[2]); - if(match) - {var match$0=match[1],width=match$0[2],box_type=match$0[1]; - if(state[9] < width && 3 >= box_type - 1 >>> 0) - break_line(state,width)} - else - pp_output_newline(state)} - var - width$2=state[9] - off$1 | 0, - box_type$1=1 === ty?1:state[9] < size$0?ty:5; - return push([0,box_type$1,width$2],state[2]); - case 4:var tbox=param[1];return push(tbox,state[3]); - default: - var tag_name$0=param[1],marker$0=caml_call1(state[24],tag_name$0); - pp_output_string(state,marker$0); - return push(tag_name$0,state[5])}} + if(match$7) + {var tag_name=match$7[1],marker=caml_call1(state[25],tag_name); + return pp_output_string(state,marker)} + return 0} + else + switch(param[0]) + {case 0:var s=param[1];return format_pp_text(state,size$0,s); + case 1: + var + breaks=param[2], + fits=param[1], + off=breaks[2], + before=breaks[1], + match$8=top_opt(state[2]); + if(match$8) + {var match$9=match$8[1],width$1=match$9[2],box_type$0=match$9[1]; + switch(box_type$0) + {case 0:return break_same_line(state,fits); + case 1:return break_new_line(state,breaks,width$1); + case 2:return break_new_line(state,breaks,width$1); + case 3: + return state[9] < (size$0 + caml_ml_string_length(before) | 0) + ?break_new_line(state,breaks,width$1) + :break_same_line(state,fits); + case 4: + return state[11] + ?break_same_line(state,fits) + :state[9] < (size$0 + caml_ml_string_length(before) | 0) + ?break_new_line(state,breaks,width$1) + :((state[6] - width$1 | 0) + off | 0) < state[10] + ?break_new_line(state,breaks,width$1) + :break_same_line(state,fits); + default:return break_same_line(state,fits)}} + return 0; + case 2: + var + off$0=param[2], + n=param[1], + insertion_point=state[6] - state[9] | 0, + match$10=top_opt(state[3]); + if(match$10) + {var match$11=match$10[1],tabs$0=match$11[1],_mA_=tabs$0[1]; + if(_mA_) + {var first=_mA_[1],param$0=tabs$0[1]; + for(;;) + {if(param$0) + {var tail=param$0[2],head=param$0[1]; + if(! (insertion_point <= head)){var param$0=tail;continue} + var _mB_=head} + else + var _mB_=first; + var tab=_mB_; + break}} + else + var tab=insertion_point; + var offset=tab - insertion_point | 0; + return 0 <= offset + ?break_same_line(state,[0,cst$69,offset + n | 0,cst$68]) + :break_new_line + (state,[0,cst$71,tab + off$0 | 0,cst$70],state[6])} + return 0; + case 3: + var + ty=param[2], + off$1=param[1], + insertion_point$0=state[6] - state[9] | 0; + if(state[8] < insertion_point$0) + {var match=top_opt(state[2]); + if(match) + {var match$0=match[1],width=match$0[2],box_type=match$0[1]; + if(state[9] < width && ! (3 < box_type - 1 >>> 0)) + break_line(state,width)} + else + pp_output_newline(state)} + var + width$2=state[9] - off$1 | 0, + box_type$1=1 === ty?1:state[9] < size$0?ty:5; + return push([0,box_type$1,width$2],state[2]); + case 4:var tbox=param[1];return push(tbox,state[3]); + default: + var tag_name$0=param[1],marker$0=caml_call1(state[24],tag_name$0); + pp_output_string(state,marker$0); + return push(tag_name$0,state[5])}} function advance_left(state) {for(;;) {var match=peek_opt(state[28]); - if(! match)return 0; - var - match$0=match[1], - size=match$0[1], - length=match$0[3], - token=match$0[2], - pending_count=state[13] - state[12] | 0, - _mw_=0 <= size?1:0, - _mx_=_mw_ || (state[9] <= pending_count?1:0); - if(! _mx_)return _mx_; - take$0(state[28]); - var size$0=0 <= size?size:pp_infinity; - format_pp_token(state,size$0,token); - state[12] = length + state[12] | 0}} + if(match) + {var + match$0=match[1], + size=match$0[1], + length=match$0[3], + token=match$0[2], + pending_count=state[13] - state[12] | 0, + _mx_=0 <= size?1:0, + _my_=_mx_ || (state[9] <= pending_count?1:0); + if(_my_) + {take$0(state[28]); + var size$0=0 <= size?size:pp_infinity; + format_pp_token(state,size$0,token); + state[12] = length + state[12] | 0; + continue} + return _my_} + return 0}} function enqueue_advance(state,tok) {pp_enqueue(state,tok);return advance_left(state)} function enqueue_string_as(state,size,s) @@ -24115,31 +24776,32 @@ return push([0,-1,queue_elem],stack)} function set_size(state,ty) {var match=top_opt(state[1]); - if(! match)return 0; - var - match$0=match[1], - queue_elem=match$0[2], - left_total=match$0[1], - _mr_=queue_elem[1]; - if(left_total < state[12])return initialize_scan_stack(state[1]); - var _ms_=queue_elem[2]; - if(typeof _ms_ !== "number") - switch(_ms_[0]) - {case 3: - var - _mu_=1 - ty, - _mv_= - _mu_ - ?(queue_elem[1] = state[13] + _mr_ | 0,pop_opt(state[1]),0) - :_mu_; - return _mv_; - case 1: - case 2: - var - _mt_= - ty?(queue_elem[1] = state[13] + _mr_ | 0,pop_opt(state[1]),0):ty; - return _mt_ - } + if(match) + {var + match$0=match[1], + queue_elem=match$0[2], + left_total=match$0[1], + _ms_=queue_elem[1]; + if(left_total < state[12])return initialize_scan_stack(state[1]); + var _mt_=queue_elem[2]; + if(typeof _mt_ !== "number") + switch(_mt_[0]) + {case 3: + var + _mv_=1 - ty, + _mw_= + _mv_ + ?(queue_elem[1] = state[13] + _ms_ | 0,pop_opt(state[1]),0) + :_mv_; + return _mw_; + case 1: + case 2: + var + _mu_= + ty?(queue_elem[1] = state[13] + _ms_ | 0,pop_opt(state[1]),0):ty; + return _mu_ + } + return 0} return 0} function scan_push(state,b,token) {pp_enqueue(state,token); @@ -24151,36 +24813,37 @@ if(state[14] < state[15]) {var size=- state[13] | 0,elem=[0,size,[3,indent,br_ty],0]; return scan_push(state,0,elem)} - var _mp_=state[14] === state[15]?1:0; - if(! _mp_)return _mp_; - var _mq_=state[16]; - return enqueue_string_as(state,caml_ml_string_length(_mq_),_mq_)} + var _mq_=state[14] === state[15]?1:0; + if(_mq_) + {var _mr_=state[16]; + return enqueue_string_as(state,caml_ml_string_length(_mr_),_mr_)} + return _mq_} function pp_close_box(state,param) - {var _mn_=1 < state[14]?1:0; - if(_mn_) + {var _mo_=1 < state[14]?1:0; + if(_mo_) {if(state[14] < state[15]) {pp_enqueue(state,[0,size,1,0]);set_size(state,1);set_size(state,0)} state[14] = state[14] - 1 | 0; - var _mo_=0} + var _mp_=0} else - var _mo_=_mn_; - return _mo_} + var _mp_=_mo_; + return _mp_} function pp_open_stag(state,tag_name) {if(state[22]){push(tag_name,state[4]);caml_call1(state[26],tag_name)} - var _mm_=state[23]; - if(! _mm_)return _mm_; - var token=[5,tag_name]; - return pp_enqueue(state,[0,size,token,0])} + var _mn_=state[23]; + if(_mn_) + {var token=[5,tag_name];return pp_enqueue(state,[0,size,token,0])} + return _mn_} function pp_close_stag(state,param) {if(state[23])pp_enqueue(state,[0,size,5,0]); - var _mk_=state[22]; - if(_mk_) + var _ml_=state[22]; + if(_ml_) {var match=pop_opt(state[4]); if(match){var tag_name=match[1];return caml_call1(state[27],tag_name)} - var _ml_=0} + var _mm_=0} else - var _ml_=_mk_; - return _ml_} + var _mm_=_ml_; + return _mm_} function pp_open_tag(state,s){return pp_open_stag(state,[0,String_tag,s])} function pp_close_tag(state,param){return pp_close_stag(state,0)} function pp_set_print_tags(state,b){state[22] = b;return 0} @@ -24212,8 +24875,8 @@ state[9] = state[6]; return pp_open_box_gen(state,0,3)} function pp_flush_queue(state,b) - {var _mj_=state[4]; - iter$7(function(param){return pp_close_tag(state,0)},_mj_); + {var _mk_=state[4]; + iter$7(function(param){return pp_close_tag(state,0)},_mk_); for(;;) {if(1 < state[14]){pp_close_box(state,0);continue} state[13] = pp_infinity; @@ -24221,8 +24884,8 @@ if(b)pp_output_newline(state); return pp_rinit(state)}} function pp_print_as_size(state,size,s) - {var _mi_=state[14] < state[15]?1:0; - return _mi_?enqueue_string_as(state,size,s):_mi_} + {var _mj_=state[14] < state[15]?1:0; + return _mj_?enqueue_string_as(state,size,s):_mj_} function pp_print_as(state,isize,s) {return pp_print_as_size(state,isize,s)} function pp_print_string(state,s) @@ -24249,29 +24912,30 @@ function pp_print_flush(state,param) {pp_flush_queue(state,0);return caml_call1(state[18],0)} function pp_force_newline(state,param) - {var _mh_=state[14] < state[15]?1:0; - return _mh_?enqueue_advance(state,[0,size,3,0]):_mh_} + {var _mi_=state[14] < state[15]?1:0; + return _mi_?enqueue_advance(state,[0,size,3,0]):_mi_} function pp_print_if_newline(state,param) - {var _mg_=state[14] < state[15]?1:0; - return _mg_?enqueue_advance(state,[0,size,4,0]):_mg_} + {var _mh_=state[14] < state[15]?1:0; + return _mh_?enqueue_advance(state,[0,size,4,0]):_mh_} function pp_print_custom_break(state,fits,breaks) {var after=fits[3], width=fits[2], before=fits[1], - _mf_=state[14] < state[15]?1:0; - if(! _mf_)return _mf_; - var - size=- state[13] | 0, - token=[1,fits,breaks], - length= - (caml_ml_string_length(before) + width | 0) - + - caml_ml_string_length(after) - | - 0, - elem=[0,size,token,length]; - return scan_push(state,1,elem)} + _mg_=state[14] < state[15]?1:0; + if(_mg_) + {var + size=- state[13] | 0, + token=[1,fits,breaks], + length= + (caml_ml_string_length(before) + width | 0) + + + caml_ml_string_length(after) + | + 0, + elem=[0,size,token,length]; + return scan_push(state,1,elem)} + return _mg_} function pp_print_break(state,width,offset) {return pp_print_custom_break (state,[0,cst$75,width,cst$74],[0,cst$73,offset,cst$72])} @@ -24279,37 +24943,37 @@ function pp_print_cut(state,param){return pp_print_break(state,0,0)} function pp_open_tbox(state,param) {state[14] = state[14] + 1 | 0; - var _me_=state[14] < state[15]?1:0; - if(! _me_)return _me_; - var elem=[0,size,[4,[0,[0,0]]],0]; - return enqueue_advance(state,elem)} + var _mf_=state[14] < state[15]?1:0; + if(_mf_) + {var elem=[0,size,[4,[0,[0,0]]],0];return enqueue_advance(state,elem)} + return _mf_} function pp_close_tbox(state,param) - {var _mb_=1 < state[14]?1:0; - if(_mb_) - {var _mc_=state[14] < state[15]?1:0; - if(_mc_) + {var _mc_=1 < state[14]?1:0; + if(_mc_) + {var _md_=state[14] < state[15]?1:0; + if(_md_) {var elem=[0,size,2,0]; enqueue_advance(state,elem); state[14] = state[14] - 1 | 0; - var _md_=0} + var _me_=0} else - var _md_=_mc_} + var _me_=_md_} else - var _md_=_mb_; - return _md_} + var _me_=_mc_; + return _me_} function pp_print_tbreak(state,width,offset) - {var _ma_=state[14] < state[15]?1:0; - if(! _ma_)return _ma_; - var size=- state[13] | 0,elem=[0,size,[2,width,offset],width]; - return scan_push(state,1,elem)} + {var _mb_=state[14] < state[15]?1:0; + if(_mb_) + {var size=- state[13] | 0,elem=[0,size,[2,width,offset],width]; + return scan_push(state,1,elem)} + return _mb_} function pp_print_tab(state,param){return pp_print_tbreak(state,0,0)} function pp_set_tab(state,param) - {var _l$_=state[14] < state[15]?1:0; - if(! _l$_)return _l$_; - var elem=[0,size,0,0]; - return enqueue_advance(state,elem)} + {var _ma_=state[14] < state[15]?1:0; + if(_ma_){var elem=[0,size,0,0];return enqueue_advance(state,elem)} + return _ma_} function pp_set_max_boxes(state,n) - {var _l9_=1 < n?1:0,_l__=_l9_?(state[15] = n,0):_l9_;return _l__} + {var _l__=1 < n?1:0,_l$_=_l__?(state[15] = n,0):_l__;return _l$_} function pp_get_max_boxes(state,param){return state[15]} function pp_over_max_boxes(state,param) {return state[14] === state[15]?1:0} @@ -24317,26 +24981,29 @@ function pp_get_ellipsis_text(state,param){return state[16]} function pp_limit(n){return n < 1000000010?n:1000000009} function pp_set_max_indent(state,n$0) - {var _l8_=1 < n$0?1:0; - if(! _l8_)return _l8_; - var n$1=state[6] - n$0 | 0,_l7_=1 <= n$1?1:0; - if(! _l7_)return _l7_; - var n=pp_limit(n$1); - state[7] = n; - state[8] = state[6] - state[7] | 0; - return pp_rinit(state)} + {var _l9_=1 < n$0?1:0; + if(_l9_) + {var n$1=state[6] - n$0 | 0,_l8_=1 <= n$1?1:0; + if(_l8_) + {var n=pp_limit(n$1); + state[7] = n; + state[8] = state[6] - state[7] | 0; + return pp_rinit(state)} + return _l8_} + return _l9_} function pp_get_max_indent(state,param){return state[8]} function pp_set_margin(state,n) - {var _l6_=1 <= n?1:0; - if(! _l6_)return _l6_; - var n$0=pp_limit(n); - state[6] = n$0; - var - new_max_indent= - state[8] <= state[6] - ?state[8] - :max$1(max$1(state[6] - state[7] | 0,state[6] / 2 | 0),1); - return pp_set_max_indent(state,new_max_indent)} + {var _l7_=1 <= n?1:0; + if(_l7_) + {var n$0=pp_limit(n); + state[6] = n$0; + var + new_max_indent= + state[8] <= state[6] + ?state[8] + :max$1(max$1(state[6] - state[7] | 0,state[6] / 2 | 0),1); + return pp_set_max_indent(state,new_max_indent)} + return _l7_} function validate_geometry(param) {var margin=param[2],max_indent=param[1]; return 2 <= max_indent?margin <= max_indent?_cl_:_cm_:_cn_} @@ -24380,43 +25047,46 @@ function display_indent(state,n) {var n$0=n; for(;;) - {var _l5_=0 < n$0?1:0; - if(! _l5_)return _l5_; - if(80 >= n$0)return caml_call3(state[17],blank_line,0,n$0); - caml_call3(state[17],blank_line,0,80); - var n$1=n$0 - 80 | 0,n$0=n$1}} + {var _l6_=0 < n$0?1:0; + if(_l6_) + {if(80 < n$0) + {caml_call3(state[17],blank_line,0,80); + var n$1=n$0 - 80 | 0,n$0=n$1; + continue} + return caml_call3(state[17],blank_line,0,n$0)} + return _l6_}} function pp_set_formatter_out_channel(state,oc) {state[17] = - function(_l2_,_l3_,_l4_){return output_substring(oc,_l2_,_l3_,_l4_)}; + function(_l3_,_l4_,_l5_){return output_substring(oc,_l3_,_l4_,_l5_)}; state[18] = function(param){return caml_ml_flush(oc)}; - state[19] = function(_l1_){return display_newline(state,_l1_)}; - state[20] = function(_l0_){return display_indent(state,_l0_)}; - state[21] = function(_lZ_){return display_indent(state,_lZ_)}; + state[19] = function(_l2_){return display_newline(state,_l2_)}; + state[20] = function(_l1_){return display_indent(state,_l1_)}; + state[21] = function(_l0_){return display_indent(state,_l0_)}; return 0} function default_pp_mark_open_tag(param) - {if(param[1] !== String_tag)return cst$79; - var s=param[2]; - return cat(cst$78,cat(s,cst$77))} + {if(param[1] === String_tag) + {var s=param[2];return cat(cst$78,cat(s,cst$77))} + return cst$79} function default_pp_mark_close_tag(param) - {if(param[1] !== String_tag)return cst$82; - var s=param[2]; - return cat(cst$81,cat(s,cst$80))} - function default_pp_print_open_tag(_lY_){return 0} - function default_pp_print_close_tag(_lX_){return 0} + {if(param[1] === String_tag) + {var s=param[2];return cat(cst$81,cat(s,cst$80))} + return cst$82} + function default_pp_print_open_tag(_lZ_){return 0} + function default_pp_print_close_tag(_lY_){return 0} function pp_make_formatter(f,g,h,i,j) {var pp_queue=create$1(0),sys_tok=[0,unknown,_co_,0]; add(sys_tok,pp_queue); var scan_stack=create$0(0); initialize_scan_stack(scan_stack); push([0,1,sys_tok],scan_stack); - var _lU_=create$0(0),_lV_=create$0(0),_lW_=create$0(0); + var _lV_=create$0(0),_lW_=create$0(0),_lX_=create$0(0); return [0, scan_stack, create$0(0), + _lX_, _lW_, _lV_, - _lU_, 78, 10, 68, @@ -24444,27 +25114,27 @@ {return pp_make_formatter (out_funs[1],out_funs[2],out_funs[3],out_funs[4],out_funs[5])} function make_formatter(output,flush) - {function _lM_(_lT_){return 0} - function _lN_(_lS_){return 0} + {function _lN_(_lU_){return 0} + function _lO_(_lT_){return 0} var ppf= - pp_make_formatter(output,flush,function(_lR_){return 0},_lN_,_lM_); - ppf[19] = function(_lQ_){return display_newline(ppf,_lQ_)}; - ppf[20] = function(_lP_){return display_indent(ppf,_lP_)}; - ppf[21] = function(_lO_){return display_indent(ppf,_lO_)}; + pp_make_formatter(output,flush,function(_lS_){return 0},_lO_,_lN_); + ppf[19] = function(_lR_){return display_newline(ppf,_lR_)}; + ppf[20] = function(_lQ_){return display_indent(ppf,_lQ_)}; + ppf[21] = function(_lP_){return display_indent(ppf,_lP_)}; return ppf} function formatter_of_out_channel(oc) - {function _lI_(param){return caml_ml_flush(oc)} + {function _lJ_(param){return caml_ml_flush(oc)} return make_formatter - (function(_lJ_,_lK_,_lL_) - {return output_substring(oc,_lJ_,_lK_,_lL_)}, - _lI_)} + (function(_lK_,_lL_,_lM_) + {return output_substring(oc,_lK_,_lL_,_lM_)}, + _lJ_)} function formatter_of_buffer(b) - {function _lD_(_lH_){return 0} + {function _lE_(_lI_){return 0} return make_formatter - (function(_lE_,_lF_,_lG_) - {return add_substring(b,_lE_,_lF_,_lG_)}, - _lD_)} + (function(_lF_,_lG_,_lH_) + {return add_substring(b,_lF_,_lG_,_lH_)}, + _lE_)} var pp_buffer_size=512; function pp_make_buffer(param){return create$2(pp_buffer_size)} var @@ -24487,108 +25157,114 @@ {sob[1] = [0,item,sob[1]];return 0} function formatter_of_symbolic_output_b(sob) {function f(s,i,n){return add_symbolic_output_item(sob,[0,sub$0(s,i,n)])} - function g(_lC_){return add_symbolic_output_item(sob,0)} - function h(_lB_){return add_symbolic_output_item(sob,1)} + function g(_lD_){return add_symbolic_output_item(sob,0)} + function h(_lC_){return add_symbolic_output_item(sob,1)} function i(n){return add_symbolic_output_item(sob,[1,n])} function j(n){return add_symbolic_output_item(sob,[2,n])} return pp_make_formatter(f,g,h,i,j)} - function open_hbox(_lA_){return pp_open_hbox(std_formatter,_lA_)} - function open_vbox(_lz_){return pp_open_vbox(std_formatter,_lz_)} - function open_hvbox(_ly_){return pp_open_hvbox(std_formatter,_ly_)} - function open_hovbox(_lx_){return pp_open_hovbox(std_formatter,_lx_)} - function open_box(_lw_){return pp_open_box(std_formatter,_lw_)} - function close_box(_lv_){return pp_close_box(std_formatter,_lv_)} - function open_tag(_lu_){return pp_open_tag(std_formatter,_lu_)} - function close_tag(_lt_){return pp_close_tag(std_formatter,_lt_)} - function open_stag(_ls_){return pp_open_stag(std_formatter,_ls_)} - function close_stag(_lr_){return pp_close_stag(std_formatter,_lr_)} - function print_as(_lp_,_lq_){return pp_print_as(std_formatter,_lp_,_lq_)} - function print_string$0(_lo_){return pp_print_string(std_formatter,_lo_)} - function print_bytes$0(_ln_){return pp_print_bytes(std_formatter,_ln_)} - function print_int$0(_lm_){return pp_print_int(std_formatter,_lm_)} - function print_float$0(_ll_){return pp_print_float(std_formatter,_ll_)} - function print_char$0(_lk_){return pp_print_char(std_formatter,_lk_)} - function print_bool(_lj_){return pp_print_bool(std_formatter,_lj_)} - function print_break(_lh_,_li_) - {return pp_print_break(std_formatter,_lh_,_li_)} - function print_cut(_lg_){return pp_print_cut(std_formatter,_lg_)} - function print_space(_lf_){return pp_print_space(std_formatter,_lf_)} - function force_newline(_le_){return pp_force_newline(std_formatter,_le_)} - function print_flush(_ld_){return pp_print_flush(std_formatter,_ld_)} - function print_newline$0(_lc_) - {return pp_print_newline(std_formatter,_lc_)} - function print_if_newline(_lb_) - {return pp_print_if_newline(std_formatter,_lb_)} - function open_tbox(_la_){return pp_open_tbox(std_formatter,_la_)} - function close_tbox(_k$_){return pp_close_tbox(std_formatter,_k$_)} - function print_tbreak(_k9_,_k__) - {return pp_print_tbreak(std_formatter,_k9_,_k__)} - function set_tab(_k8_){return pp_set_tab(std_formatter,_k8_)} - function print_tab(_k7_){return pp_print_tab(std_formatter,_k7_)} - function set_margin(_k6_){return pp_set_margin(std_formatter,_k6_)} - function get_margin(_k5_){return std_formatter[6]} - function set_max_indent(_k4_) - {return pp_set_max_indent(std_formatter,_k4_)} - function get_max_indent(_k3_){return std_formatter[8]} - function set_geometry(_k1_,_k2_) - {return pp_set_geometry(std_formatter,_k1_,_k2_)} - function safe_set_geometry(_kZ_,_k0_) - {return pp_safe_set_geometry(std_formatter,_kZ_,_k0_)} - function get_geometry(_kY_){return pp_get_geometry(std_formatter,_kY_)} - function update_geometry(_kX_) - {return pp_update_geometry(std_formatter,_kX_)} - function set_max_boxes(_kW_){return pp_set_max_boxes(std_formatter,_kW_)} - function get_max_boxes(_kV_){return std_formatter[15]} - function over_max_boxes(_kU_) - {return pp_over_max_boxes(std_formatter,_kU_)} - function set_ellipsis_text(_kT_) - {return pp_set_ellipsis_text(std_formatter,_kT_)} - function get_ellipsis_text(_kS_){return std_formatter[16]} - function set_formatter_out_channel(_kR_) - {return pp_set_formatter_out_channel(std_formatter,_kR_)} - function set_formatter_out_functions(_kQ_) - {return pp_set_formatter_out_functions(std_formatter,_kQ_)} - function get_formatter_out_functions(_kP_) - {return pp_get_formatter_out_functions(std_formatter,_kP_)} - function set_formatter_output_functions(_kN_,_kO_) - {return pp_set_formatter_output_functi(std_formatter,_kN_,_kO_)} - function get_formatter_output_functions(_kM_) - {return pp_get_formatter_output_functi(std_formatter,_kM_)} - function set_formatter_stag_functions(_kL_) - {return pp_set_formatter_stag_function(std_formatter,_kL_)} - function get_formatter_stag_functions(_kK_) - {return pp_get_formatter_stag_function(std_formatter,_kK_)} - function set_print_tags(_kJ_) - {return pp_set_print_tags(std_formatter,_kJ_)} - function get_print_tags(_kI_){return std_formatter[22]} - function set_mark_tags(_kH_){return pp_set_mark_tags(std_formatter,_kH_)} - function get_mark_tags(_kG_){return std_formatter[23]} - function set_tags(_kF_){return pp_set_tags(std_formatter,_kF_)} + function open_hbox(_lB_){return pp_open_hbox(std_formatter,_lB_)} + function open_vbox(_lA_){return pp_open_vbox(std_formatter,_lA_)} + function open_hvbox(_lz_){return pp_open_hvbox(std_formatter,_lz_)} + function open_hovbox(_ly_){return pp_open_hovbox(std_formatter,_ly_)} + function open_box(_lx_){return pp_open_box(std_formatter,_lx_)} + function close_box(_lw_){return pp_close_box(std_formatter,_lw_)} + function open_tag(_lv_){return pp_open_tag(std_formatter,_lv_)} + function close_tag(_lu_){return pp_close_tag(std_formatter,_lu_)} + function open_stag(_lt_){return pp_open_stag(std_formatter,_lt_)} + function close_stag(_ls_){return pp_close_stag(std_formatter,_ls_)} + function print_as(_lq_,_lr_){return pp_print_as(std_formatter,_lq_,_lr_)} + function print_string$0(_lp_){return pp_print_string(std_formatter,_lp_)} + function print_bytes$0(_lo_){return pp_print_bytes(std_formatter,_lo_)} + function print_int$0(_ln_){return pp_print_int(std_formatter,_ln_)} + function print_float$0(_lm_){return pp_print_float(std_formatter,_lm_)} + function print_char$0(_ll_){return pp_print_char(std_formatter,_ll_)} + function print_bool(_lk_){return pp_print_bool(std_formatter,_lk_)} + function print_break(_li_,_lj_) + {return pp_print_break(std_formatter,_li_,_lj_)} + function print_cut(_lh_){return pp_print_cut(std_formatter,_lh_)} + function print_space(_lg_){return pp_print_space(std_formatter,_lg_)} + function force_newline(_lf_){return pp_force_newline(std_formatter,_lf_)} + function print_flush(_le_){return pp_print_flush(std_formatter,_le_)} + function print_newline$0(_ld_) + {return pp_print_newline(std_formatter,_ld_)} + function print_if_newline(_lc_) + {return pp_print_if_newline(std_formatter,_lc_)} + function open_tbox(_lb_){return pp_open_tbox(std_formatter,_lb_)} + function close_tbox(_la_){return pp_close_tbox(std_formatter,_la_)} + function print_tbreak(_k__,_k$_) + {return pp_print_tbreak(std_formatter,_k__,_k$_)} + function set_tab(_k9_){return pp_set_tab(std_formatter,_k9_)} + function print_tab(_k8_){return pp_print_tab(std_formatter,_k8_)} + function set_margin(_k7_){return pp_set_margin(std_formatter,_k7_)} + function get_margin(_k6_){return std_formatter[6]} + function set_max_indent(_k5_) + {return pp_set_max_indent(std_formatter,_k5_)} + function get_max_indent(_k4_){return std_formatter[8]} + function set_geometry(_k2_,_k3_) + {return pp_set_geometry(std_formatter,_k2_,_k3_)} + function safe_set_geometry(_k0_,_k1_) + {return pp_safe_set_geometry(std_formatter,_k0_,_k1_)} + function get_geometry(_kZ_){return pp_get_geometry(std_formatter,_kZ_)} + function update_geometry(_kY_) + {return pp_update_geometry(std_formatter,_kY_)} + function set_max_boxes(_kX_){return pp_set_max_boxes(std_formatter,_kX_)} + function get_max_boxes(_kW_){return std_formatter[15]} + function over_max_boxes(_kV_) + {return pp_over_max_boxes(std_formatter,_kV_)} + function set_ellipsis_text(_kU_) + {return pp_set_ellipsis_text(std_formatter,_kU_)} + function get_ellipsis_text(_kT_){return std_formatter[16]} + function set_formatter_out_channel(_kS_) + {return pp_set_formatter_out_channel(std_formatter,_kS_)} + function set_formatter_out_functions(_kR_) + {return pp_set_formatter_out_functions(std_formatter,_kR_)} + function get_formatter_out_functions(_kQ_) + {return pp_get_formatter_out_functions(std_formatter,_kQ_)} + function set_formatter_output_functions(_kO_,_kP_) + {return pp_set_formatter_output_functi(std_formatter,_kO_,_kP_)} + function get_formatter_output_functions(_kN_) + {return pp_get_formatter_output_functi(std_formatter,_kN_)} + function set_formatter_stag_functions(_kM_) + {return pp_set_formatter_stag_function(std_formatter,_kM_)} + function get_formatter_stag_functions(_kL_) + {return pp_get_formatter_stag_function(std_formatter,_kL_)} + function set_print_tags(_kK_) + {return pp_set_print_tags(std_formatter,_kK_)} + function get_print_tags(_kJ_){return std_formatter[22]} + function set_mark_tags(_kI_){return pp_set_mark_tags(std_formatter,_kI_)} + function get_mark_tags(_kH_){return std_formatter[23]} + function set_tags(_kG_){return pp_set_tags(std_formatter,_kG_)} function pp_print_list(opt,pp_v,ppf,param) {var opt$0=opt,param$0=param; for(;;) {if(opt$0)var sth=opt$0[1],pp_sep=sth;else var pp_sep=pp_print_cut; - if(! param$0)return 0; - var _kE_=param$0[1]; - if(! param$0[2])return caml_call2(pp_v,ppf,_kE_); - var vs=param$0[2]; - caml_call2(pp_v,ppf,_kE_); - caml_call2(pp_sep,ppf,0); - var opt$1=[0,pp_sep],opt$0=opt$1,param$0=vs}} + if(param$0) + {var _kF_=param$0[1]; + if(param$0[2]) + {var vs=param$0[2]; + caml_call2(pp_v,ppf,_kF_); + caml_call2(pp_sep,ppf,0); + var opt$1=[0,pp_sep],opt$0=opt$1,param$0=vs; + continue} + return caml_call2(pp_v,ppf,_kF_)} + return 0}} function pp_print_seq(opt,pp_v,ppf,seq$1) {if(opt)var sth=opt[1],pp_sep=sth;else var pp_sep=pp_print_cut; var match$0=caml_call1(seq$1,0); - if(! match$0)return 0; - var seq$2=match$0[2],v$0=match$0[1]; - caml_call2(pp_v,ppf,v$0); - var seq=seq$2; - for(;;) - {var match=caml_call1(seq,0); - if(! match)return 0; - var seq$0=match[2],v=match[1]; - caml_call2(pp_sep,ppf,0); - caml_call2(pp_v,ppf,v); - var seq=seq$0}} + if(match$0) + {var seq$2=match$0[2],v$0=match$0[1]; + caml_call2(pp_v,ppf,v$0); + var seq=seq$2; + for(;;) + {var match=caml_call1(seq,0); + if(match) + {var seq$0=match[2],v=match[1]; + caml_call2(pp_sep,ppf,0); + caml_call2(pp_v,ppf,v); + var seq=seq$0; + continue} + return 0}} + return 0} function pp_print_text(ppf,s) {var len=caml_ml_string_length(s),left=[0,0],right=[0,0]; function flush(param) @@ -24597,21 +25273,22 @@ left[1] = right[1]; return 0} for(;;) - {if(right[1] === len) - {var _kD_=left[1] !== len?1:0;return _kD_?flush(0):_kD_} - var match=caml_string_get(s,right[1]); - if(10 === match) - {flush(0);pp_force_newline(ppf,0)} - else - if(32 === match){flush(0);pp_print_space(ppf,0)}else right[1]++}} + {if(right[1] !== len) + {var match=caml_string_get(s,right[1]); + if(10 === match) + {flush(0);pp_force_newline(ppf,0)} + else + if(32 === match){flush(0);pp_print_space(ppf,0)}else right[1]++; + continue} + var _kE_=left[1] !== len?1:0; + return _kE_?flush(0):_kE_}} function pp_print_option(opt,pp_v,ppf,param) {if(opt) var sth=opt[1],none=sth; else - var none=function(param,_kC_){return 0}; - if(! param)return caml_call2(none,ppf,0); - var v=param[1]; - return caml_call2(pp_v,ppf,v)} + var none=function(param,_kD_){return 0}; + if(param){var v=param[1];return caml_call2(pp_v,ppf,v)} + return caml_call2(none,ppf,0)} function pp_print_result(ok,error,ppf,param) {if(0 === param[0]){var v=param[1];return caml_call2(ok,ppf,v)} var e=param[1]; @@ -24636,89 +25313,94 @@ case 4:return pp_print_newline(ppf,0); case 5:return pp_print_char(ppf,64); default:return pp_print_char(ppf,37)} - switch(fmting_lit[0]) - {case 0: - var offset=fmting_lit[3],width=fmting_lit[2]; - return pp_print_break(ppf,width,offset); - case 1:return 0; - default: - var c=fmting_lit[1];pp_print_char(ppf,64);return pp_print_char(ppf,c)}} + else + switch(fmting_lit[0]) + {case 0: + var offset=fmting_lit[3],width=fmting_lit[2]; + return pp_print_break(ppf,width,offset); + case 1:return 0; + default: + var c=fmting_lit[1]; + pp_print_char(ppf,64); + return pp_print_char(ppf,c)}} function output_acc$0(ppf,acc) {var switch$0=0; - if(typeof acc === "number")return 0; - switch(acc[0]) - {case 0: - var f=acc[2],p=acc[1]; - output_acc$0(ppf,p); - return output_formatting_lit(ppf,f); - case 1: - var _ks_=acc[2],_kt_=acc[1]; - if(0 === _ks_[0]) - {var acc$0=_ks_[1]; - output_acc$0(ppf,_kt_); - return pp_open_stag - (ppf,[0,String_tag,compute_tag(output_acc$0,acc$0)])} - var acc$1=_ks_[1]; - output_acc$0(ppf,_kt_); - var - match=open_box_of_string(compute_tag(output_acc$0,acc$1)), - bty=match[2], - indent=match[1]; - return pp_open_box_gen(ppf,indent,bty); - case 2: - var _ku_=acc[1],switch$1=0; - if(typeof _ku_ !== "number" && 0 === _ku_[0]) - {var _kv_=_ku_[2],switch$2=0; - if(typeof _kv_ !== "number" && 1 === _kv_[0]) - {var s$0=acc[2],size=_kv_[2],p$1=_ku_[1]; - switch$1 = 1; - switch$2 = 1}} - if(! switch$1){var s=acc[2],p$0=_ku_;switch$0 = 2} - break; - case 3: - var _kw_=acc[1],switch$3=0; - if(typeof _kw_ !== "number" && 0 === _kw_[0]) - {var _kx_=_kw_[2],switch$4=0; - if(typeof _kx_ !== "number" && 1 === _kx_[0]) - {var c$0=acc[2],size$0=_kx_[2],p$3=_kw_[1]; - switch$0 = 1; - switch$3 = 1; - switch$4 = 1}} - if(! switch$3){var c=acc[2],p$2=_kw_;switch$0 = 3} - break; - case 4: - var _ky_=acc[1],switch$5=0; - if(typeof _ky_ !== "number" && 0 === _ky_[0]) - {var _kz_=_ky_[2],switch$6=0; - if(typeof _kz_ !== "number" && 1 === _kz_[0]) - {var s$0=acc[2],size=_kz_[2],p$1=_ky_[1]; - switch$5 = 1; - switch$6 = 1}} - if(! switch$5){var s=acc[2],p$0=_ky_;switch$0 = 2} - break; - case 5: - var _kA_=acc[1],switch$7=0; - if(typeof _kA_ === "number" || ! (0 === _kA_[0])) - switch$7 = 1; - else - {var _kB_=_kA_[2],switch$8=0; - if(typeof _kB_ !== "number" && 1 === _kB_[0]) - {var c$0=acc[2],size$0=_kB_[2],p$3=_kA_[1]; - switch$0 = 1; - switch$8 = 1} - if(! switch$8)switch$7 = 1} - if(switch$7){var c=acc[2],p$2=_kA_;switch$0 = 3} - break; - case 6: - var f$0=acc[2],p$4=acc[1]; - output_acc$0(ppf,p$4); - return caml_call1(f$0,ppf); - case 7: - var p$5=acc[1];output_acc$0(ppf,p$5);return pp_print_flush(ppf,0); - default: - var msg=acc[2],p$6=acc[1]; - output_acc$0(ppf,p$6); - return invalid_arg(msg)} + if(typeof acc === "number") + return 0; + else + switch(acc[0]) + {case 0: + var f=acc[2],p=acc[1]; + output_acc$0(ppf,p); + return output_formatting_lit(ppf,f); + case 1: + var _kt_=acc[2],_ku_=acc[1]; + if(0 === _kt_[0]) + {var acc$0=_kt_[1]; + output_acc$0(ppf,_ku_); + return pp_open_stag + (ppf,[0,String_tag,compute_tag(output_acc$0,acc$0)])} + var acc$1=_kt_[1]; + output_acc$0(ppf,_ku_); + var + match=open_box_of_string(compute_tag(output_acc$0,acc$1)), + bty=match[2], + indent=match[1]; + return pp_open_box_gen(ppf,indent,bty); + case 2: + var _kv_=acc[1],switch$1=0; + if(typeof _kv_ !== "number" && 0 === _kv_[0]) + {var _kw_=_kv_[2],switch$2=0; + if(typeof _kw_ !== "number" && 1 === _kw_[0]) + {var s$0=acc[2],size=_kw_[2],p$1=_kv_[1]; + switch$1 = 1; + switch$2 = 1}} + if(! switch$1){var s=acc[2],p$0=_kv_;switch$0 = 2} + break; + case 3: + var _kx_=acc[1],switch$3=0; + if(typeof _kx_ !== "number" && 0 === _kx_[0]) + {var _ky_=_kx_[2],switch$4=0; + if(typeof _ky_ !== "number" && 1 === _ky_[0]) + {var c$0=acc[2],size$0=_ky_[2],p$3=_kx_[1]; + switch$0 = 1; + switch$3 = 1; + switch$4 = 1}} + if(! switch$3){var c=acc[2],p$2=_kx_;switch$0 = 3} + break; + case 4: + var _kz_=acc[1],switch$5=0; + if(typeof _kz_ !== "number" && 0 === _kz_[0]) + {var _kA_=_kz_[2],switch$6=0; + if(typeof _kA_ !== "number" && 1 === _kA_[0]) + {var s$0=acc[2],size=_kA_[2],p$1=_kz_[1]; + switch$5 = 1; + switch$6 = 1}} + if(! switch$5){var s=acc[2],p$0=_kz_;switch$0 = 2} + break; + case 5: + var _kB_=acc[1],switch$7=0; + if(typeof _kB_ === "number" || ! (0 === _kB_[0])) + switch$7 = 1; + else + {var _kC_=_kB_[2],switch$8=0; + if(typeof _kC_ !== "number" && 1 === _kC_[0]) + {var c$0=acc[2],size$0=_kC_[2],p$3=_kB_[1]; + switch$0 = 1; + switch$8 = 1} + if(! switch$8)switch$7 = 1} + if(switch$7){var c=acc[2],p$2=_kB_;switch$0 = 3} + break; + case 6: + var f$0=acc[2],p$4=acc[1]; + output_acc$0(ppf,p$4); + return caml_call1(f$0,ppf); + case 7: + var p$5=acc[1];output_acc$0(ppf,p$5);return pp_print_flush(ppf,0); + default: + var msg=acc[2],p$6=acc[1]; + output_acc$0(ppf,p$6); + return invalid_arg(msg)} switch(switch$0) {case 0:output_acc$0(ppf,p$1);return pp_print_as_size(ppf,size,s$0); case 1: @@ -24728,87 +25410,89 @@ default:output_acc$0(ppf,p$2);return pp_print_char(ppf,c)}} function strput_acc$0(ppf,acc) {var switch$0=0; - if(typeof acc === "number")return 0; - switch(acc[0]) - {case 0: - var f=acc[2],p=acc[1]; - strput_acc$0(ppf,p); - return output_formatting_lit(ppf,f); - case 1: - var _kg_=acc[2],_kh_=acc[1]; - if(0 === _kg_[0]) - {var acc$0=_kg_[1]; - strput_acc$0(ppf,_kh_); - return pp_open_stag - (ppf,[0,String_tag,compute_tag(strput_acc$0,acc$0)])} - var acc$1=_kg_[1]; - strput_acc$0(ppf,_kh_); - var - match=open_box_of_string(compute_tag(strput_acc$0,acc$1)), - bty=match[2], - indent=match[1]; - return pp_open_box_gen(ppf,indent,bty); - case 2: - var _ki_=acc[1],switch$1=0; - if(typeof _ki_ !== "number" && 0 === _ki_[0]) - {var _kj_=_ki_[2],switch$2=0; - if(typeof _kj_ !== "number" && 1 === _kj_[0]) - {var s$0=acc[2],size=_kj_[2],p$1=_ki_[1]; - switch$1 = 1; - switch$2 = 1}} - if(! switch$1){var s=acc[2],p$0=_ki_;switch$0 = 2} - break; - case 3: - var _kk_=acc[1],switch$3=0; - if(typeof _kk_ !== "number" && 0 === _kk_[0]) - {var _kl_=_kk_[2],switch$4=0; - if(typeof _kl_ !== "number" && 1 === _kl_[0]) - {var c$0=acc[2],size$0=_kl_[2],p$3=_kk_[1]; - switch$0 = 1; - switch$3 = 1; - switch$4 = 1}} - if(! switch$3){var c=acc[2],p$2=_kk_;switch$0 = 3} - break; - case 4: - var _km_=acc[1],switch$5=0; - if(typeof _km_ !== "number" && 0 === _km_[0]) - {var _kn_=_km_[2],switch$6=0; - if(typeof _kn_ !== "number" && 1 === _kn_[0]) - {var s$0=acc[2],size=_kn_[2],p$1=_km_[1]; - switch$5 = 1; - switch$6 = 1}} - if(! switch$5){var s=acc[2],p$0=_km_;switch$0 = 2} - break; - case 5: - var _ko_=acc[1],switch$7=0; - if(typeof _ko_ === "number" || ! (0 === _ko_[0])) - switch$7 = 1; - else - {var _kp_=_ko_[2],switch$8=0; - if(typeof _kp_ !== "number" && 1 === _kp_[0]) - {var c$0=acc[2],size$0=_kp_[2],p$3=_ko_[1]; - switch$0 = 1; - switch$8 = 1} - if(! switch$8)switch$7 = 1} - if(switch$7){var c=acc[2],p$2=_ko_;switch$0 = 3} - break; - case 6: - var _kq_=acc[1]; - if(typeof _kq_ !== "number" && 0 === _kq_[0]) - {var _kr_=_kq_[2]; - if(typeof _kr_ !== "number" && 1 === _kr_[0]) - {var f$1=acc[2],size$1=_kr_[2],p$4=_kq_[1]; - strput_acc$0(ppf,p$4); - return pp_print_as_size(ppf,size$1,caml_call1(f$1,0))}} - var f$0=acc[2]; - strput_acc$0(ppf,_kq_); - return pp_print_string(ppf,caml_call1(f$0,0)); - case 7: - var p$5=acc[1];strput_acc$0(ppf,p$5);return pp_print_flush(ppf,0); - default: - var msg=acc[2],p$6=acc[1]; - strput_acc$0(ppf,p$6); - return invalid_arg(msg)} + if(typeof acc === "number") + return 0; + else + switch(acc[0]) + {case 0: + var f=acc[2],p=acc[1]; + strput_acc$0(ppf,p); + return output_formatting_lit(ppf,f); + case 1: + var _kh_=acc[2],_ki_=acc[1]; + if(0 === _kh_[0]) + {var acc$0=_kh_[1]; + strput_acc$0(ppf,_ki_); + return pp_open_stag + (ppf,[0,String_tag,compute_tag(strput_acc$0,acc$0)])} + var acc$1=_kh_[1]; + strput_acc$0(ppf,_ki_); + var + match=open_box_of_string(compute_tag(strput_acc$0,acc$1)), + bty=match[2], + indent=match[1]; + return pp_open_box_gen(ppf,indent,bty); + case 2: + var _kj_=acc[1],switch$1=0; + if(typeof _kj_ !== "number" && 0 === _kj_[0]) + {var _kk_=_kj_[2],switch$2=0; + if(typeof _kk_ !== "number" && 1 === _kk_[0]) + {var s$0=acc[2],size=_kk_[2],p$1=_kj_[1]; + switch$1 = 1; + switch$2 = 1}} + if(! switch$1){var s=acc[2],p$0=_kj_;switch$0 = 2} + break; + case 3: + var _kl_=acc[1],switch$3=0; + if(typeof _kl_ !== "number" && 0 === _kl_[0]) + {var _km_=_kl_[2],switch$4=0; + if(typeof _km_ !== "number" && 1 === _km_[0]) + {var c$0=acc[2],size$0=_km_[2],p$3=_kl_[1]; + switch$0 = 1; + switch$3 = 1; + switch$4 = 1}} + if(! switch$3){var c=acc[2],p$2=_kl_;switch$0 = 3} + break; + case 4: + var _kn_=acc[1],switch$5=0; + if(typeof _kn_ !== "number" && 0 === _kn_[0]) + {var _ko_=_kn_[2],switch$6=0; + if(typeof _ko_ !== "number" && 1 === _ko_[0]) + {var s$0=acc[2],size=_ko_[2],p$1=_kn_[1]; + switch$5 = 1; + switch$6 = 1}} + if(! switch$5){var s=acc[2],p$0=_kn_;switch$0 = 2} + break; + case 5: + var _kp_=acc[1],switch$7=0; + if(typeof _kp_ === "number" || ! (0 === _kp_[0])) + switch$7 = 1; + else + {var _kq_=_kp_[2],switch$8=0; + if(typeof _kq_ !== "number" && 1 === _kq_[0]) + {var c$0=acc[2],size$0=_kq_[2],p$3=_kp_[1]; + switch$0 = 1; + switch$8 = 1} + if(! switch$8)switch$7 = 1} + if(switch$7){var c=acc[2],p$2=_kp_;switch$0 = 3} + break; + case 6: + var _kr_=acc[1]; + if(typeof _kr_ !== "number" && 0 === _kr_[0]) + {var _ks_=_kr_[2]; + if(typeof _ks_ !== "number" && 1 === _ks_[0]) + {var f$1=acc[2],size$1=_ks_[2],p$4=_kr_[1]; + strput_acc$0(ppf,p$4); + return pp_print_as_size(ppf,size$1,caml_call1(f$1,0))}} + var f$0=acc[2]; + strput_acc$0(ppf,_kr_); + return pp_print_string(ppf,caml_call1(f$0,0)); + case 7: + var p$5=acc[1];strput_acc$0(ppf,p$5);return pp_print_flush(ppf,0); + default: + var msg=acc[2],p$6=acc[1]; + strput_acc$0(ppf,p$6); + return invalid_arg(msg)} switch(switch$0) {case 0:strput_acc$0(ppf,p$1);return pp_print_as_size(ppf,size,s$0); case 1: @@ -24817,28 +25501,28 @@ case 2:strput_acc$0(ppf,p$0);return pp_print_string(ppf,s); default:strput_acc$0(ppf,p$2);return pp_print_char(ppf,c)}} function kfprintf$0(k,ppf,param) - {var fmt=param[1],_kf_=0; + {var fmt=param[1],_kg_=0; return make_printf (function(acc){output_acc$0(ppf,acc);return caml_call1(k,ppf)}, - _kf_, + _kg_, fmt)} function ikfprintf$0(k,ppf,param) {var fmt=param[1];return make_iprintf(k,ppf,fmt)} function ifprintf$0(ppf,param) - {var fmt=param[1],_kd_=0; - return make_iprintf(function(_ke_){return 0},_kd_,fmt)} + {var fmt=param[1],_ke_=0; + return make_iprintf(function(_kf_){return 0},_ke_,fmt)} function fprintf$0(ppf) - {function _ka_(_kc_){return 0} - return function(_kb_){return kfprintf$0(_ka_,ppf,_kb_)}} + {function _kb_(_kd_){return 0} + return function(_kc_){return kfprintf$0(_kb_,ppf,_kc_)}} function printf$0(fmt){return caml_call1(fprintf$0(std_formatter),fmt)} function eprintf$0(fmt){return caml_call1(fprintf$0(err_formatter),fmt)} function kdprintf(k,param) - {var fmt=param[1],_j$_=0; + {var fmt=param[1],_ka_=0; return make_printf (function(acc) {return caml_call1 (k,function(ppf){return output_acc$0(ppf,acc)})}, - _j$_, + _ka_, fmt)} function dprintf(fmt){return kdprintf(function(i){return i},fmt)} function kprintf(k,param) @@ -24865,10 +25549,10 @@ return 0} function pp_get_all_formatter_output_fu(state,param) {return [0,state[17],state[18],state[19],state[20]]} - function set_all_formatter_output_funct(_j7_,_j8_,_j9_,_j__) - {return pp_set_all_formatter_output_fu(std_formatter,_j7_,_j8_,_j9_,_j__)} - function get_all_formatter_output_funct(_j6_) - {return pp_get_all_formatter_output_fu(std_formatter,_j6_)} + function set_all_formatter_output_funct(_j8_,_j9_,_j__,_j$_) + {return pp_set_all_formatter_output_fu(std_formatter,_j8_,_j9_,_j__,_j$_)} + function get_all_formatter_output_funct(_j7_) + {return pp_get_all_formatter_output_fu(std_formatter,_j7_)} function bprintf$0(b,param) {var fmt=param[1],ppf=formatter_of_buffer(b); function k(acc){output_acc$0(ppf,acc);return pp_flush_queue(ppf,0)} @@ -24876,15 +25560,14 @@ function pp_set_formatter_tag_functions(state,param) {var pct=param[4],pot=param[3],mct=param[2],mot=param[1]; function stringify(f,e,param) - {if(param[1] !== String_tag)return e; - var s=param[2]; - return caml_call1(f,s)} - state[24] = function(_j5_){return stringify(mot,cst$84,_j5_)}; - state[25] = function(_j4_){return stringify(mct,cst$85,_j4_)}; - var _j0_=0; - state[26] = function(_j3_){return stringify(pot,_j0_,_j3_)}; + {if(param[1] === String_tag){var s=param[2];return caml_call1(f,s)} + return e} + state[24] = function(_j6_){return stringify(mot,cst$84,_j6_)}; + state[25] = function(_j5_){return stringify(mct,cst$85,_j5_)}; var _j1_=0; - state[27] = function(_j2_){return stringify(pct,_j1_,_j2_)}; + state[26] = function(_j4_){return stringify(pot,_j1_,_j4_)}; + var _j2_=0; + state[27] = function(_j3_){return stringify(pct,_j2_,_j3_)}; return 0} function pp_get_formatter_tag_functions(fmt,param) {var funs=pp_get_formatter_stag_function(fmt,0); @@ -24893,10 +25576,10 @@ function print_open_tag(s){return caml_call1(funs[3],[0,String_tag,s])} function print_close_tag(s){return caml_call1(funs[4],[0,String_tag,s])} return [0,mark_open_tag,mark_close_tag,print_open_tag,print_close_tag]} - function set_formatter_tag_functions(_jZ_) - {return pp_set_formatter_tag_functions(std_formatter,_jZ_)} - function get_formatter_tag_functions(_jY_) - {return pp_get_formatter_tag_functions(std_formatter,_jY_)} + function set_formatter_tag_functions(_j0_) + {return pp_set_formatter_tag_functions(std_formatter,_j0_)} + function get_formatter_tag_functions(_jZ_) + {return pp_get_formatter_tag_functions(std_formatter,_jZ_)} var Stdlib_Format= [0, @@ -25064,25 +25747,24 @@ ib[4] = ib[4] + 1 | 0; if(10 === c)ib[5] = ib[5] + 1 | 0; return c} - catch(_jX_) - {_jX_ = caml_wrap_exception(_jX_); - if(_jX_ !== End_of_file)throw _jX_; - ib[2] = null_char; - ib[3] = 0; - ib[1] = 1; - return null_char}} + catch(_jY_) + {_jY_ = caml_wrap_exception(_jY_); + if(_jY_ === End_of_file) + {ib[2] = null_char;ib[3] = 0;ib[1] = 1;return null_char} + throw _jY_}} function peek_char(ib){return ib[3]?ib[2]:next_char(ib)} function checked_peek_char(ib) {var c=peek_char(ib);if(ib[1])throw End_of_file;return c} function end_of_input(ib){peek_char(ib);return ib[1]} function beginning_of_input(ib){return 0 === ib[4]?1:0} function name_of_input(ib) - {var _jW_=ib[9]; - if(typeof _jW_ === "number") - return 0 === _jW_?cst_unnamed_function:cst_unnamed_character_string; - if(0 === _jW_[0])return cst_unnamed_Stdlib_input_chann; - var fname=_jW_[1]; - return fname} + {var _jX_=ib[9]; + if(typeof _jX_ === "number") + return 0 === _jX_?cst_unnamed_function:cst_unnamed_character_string; + else + {if(0 === _jX_[0])return cst_unnamed_Stdlib_input_chann; + var fname=_jX_[1]; + return fname}} function char_count(ib){return ib[3]?ib[4] - 1 | 0:ib[4]} function reset_token(ib){return reset(ib[8])} function invalidate_current_char(ib){ib[3] = 0;return 0} @@ -25116,7 +25798,7 @@ return c} return create$4(1,next)} var _cp_=0; - function from_function$0(_jV_){return create$4(_cp_,_jV_)} + function from_function$0(_jW_){return create$4(_cp_,_jW_)} var len=1024; function scan_close_at_end(ic) {caml_ml_close_channel(ic);throw End_of_file} @@ -25133,30 +25815,34 @@ return create$4(iname,next)} var stdib=from_ic(scan_raise_at_end,[1,cst$86,stdin],stdin); function open_in_file(open_in,fname) - {if(! caml_string_notequal(fname,cst$87))return stdib; - var ic=caml_call1(open_in,fname); - return from_ic(scan_close_at_end,[1,fname,ic],ic)} - function from_file(_jU_){return open_in_file(open_text$0,_jU_)} - function from_file_bin(_jT_){return open_in_file(open_bin$0,_jT_)} + {if(caml_string_notequal(fname,cst$87)) + {var ic=caml_call1(open_in,fname); + return from_ic(scan_close_at_end,[1,fname,ic],ic)} + return stdib} + function from_file(_jV_){return open_in_file(open_text$0,_jV_)} + function from_file_bin(_jU_){return open_in_file(open_bin$0,_jU_)} function from_channel$0(ic){return from_ic(scan_raise_at_end,[0,ic],ic)} function close_in(ib) - {var _jS_=ib[9]; - if(typeof _jS_ === "number")return 0; - if(0 === _jS_[0]){var ic=_jS_[1];return caml_ml_close_channel(ic)} - var ic$0=_jS_[2]; - return caml_ml_close_channel(ic$0)} + {var _jT_=ib[9]; + if(typeof _jT_ === "number") + return 0; + else + {if(0 === _jT_[0]){var ic=_jT_[1];return caml_ml_close_channel(ic)} + var ic$0=_jT_[2]; + return caml_ml_close_channel(ic$0)}} var memo=[0,0]; function memo_from_ic(scan_close_ic,ic) {try - {var _jQ_=assq(ic,memo[1]);return _jQ_} - catch(_jR_) - {_jR_ = caml_wrap_exception(_jR_); - if(_jR_ !== Not_found)throw _jR_; - var ib=from_ic(scan_close_ic,[0,ic],ic); - memo[1] = [0,[0,ic,ib],memo[1]]; - return ib}} - function memo_from_channel(_jP_) - {return memo_from_ic(scan_raise_at_end,_jP_)} + {var _jR_=assq(ic,memo[1]);return _jR_} + catch(_jS_) + {_jS_ = caml_wrap_exception(_jS_); + if(_jS_ === Not_found) + {var ib=from_ic(scan_close_ic,[0,ic],ic); + memo[1] = [0,[0,ic,ib],memo[1]]; + return ib} + throw _jS_}} + function memo_from_channel(_jQ_) + {return memo_from_ic(scan_raise_at_end,_jQ_)} var Scan_failure=[248,cst_Stdlib_Scanf_Scan_failure,caml_fresh_oo_id(0)]; function bad_input(s){throw [0,Scan_failure,s]} function bad_input_escape(c) @@ -25180,17 +25866,19 @@ :13 === ci ?(invalidate_current_char(ib),check_this_char(ib,10)) :character_mismatch(10,ci)} - if(32 !== c$0)return check_this_char(ib,c$0); - for(;;) - {var c=peek_char(ib),_jN_=1 - ib[1]; - if(! _jN_)return _jN_; - var _jO_=c - 9 | 0,switch$0=0; - if(4 < _jO_ >>> 0) - {if(23 === _jO_)switch$0 = 1} - else - if(1 < _jO_ - 2 >>> 0)switch$0 = 1; - if(! switch$0)return 0; - invalidate_current_char(ib)}} + if(32 === c$0) + for(;;) + {var c=peek_char(ib),_jO_=1 - ib[1]; + if(_jO_) + {var _jP_=c - 9 | 0,switch$0=0; + if(4 < _jP_ >>> 0) + {if(23 === _jP_)switch$0 = 1} + else + if(1 < _jP_ - 2 >>> 0)switch$0 = 1; + if(switch$0){invalidate_current_char(ib);continue} + return 0} + return _jO_} + return check_this_char(ib,c$0)} function token_char(ib){return caml_string_get(token_string(ib),0)} function token_bool(ib) {var s=token_string(ib); @@ -25201,7 +25889,7 @@ :0} function integer_conversion_of_char(param) {var switcher=param - 88 | 0; - if(32 >= switcher >>> 0) + if(! (32 < switcher >>> 0)) switch(switcher) {case 10:return 0; case 12:return 1; @@ -25246,35 +25934,36 @@ function scan_digit_plus(basis,digitp,width$2,ib) {if(0 === width$2)return bad_token_length(cst_digits); var c$0=checked_peek_char(ib); - if(! caml_call1(digitp,c$0)) - return bad_input(caml_call2(sprintf(_cx_),c$0,basis)); - var width$3=store_char(width$2,ib,c$0),width=width$3; - for(;;) - {if(0 === width)return width; - var c=peek_char(ib); - if(ib[1])return width; - if(caml_call1(digitp,c)) - {var width$0=store_char(width,ib,c),width=width$0;continue} - if(95 !== c)return width; - var width$1=ignore_char(width,ib),width=width$1}} + if(caml_call1(digitp,c$0)) + {var width$3=store_char(width$2,ib,c$0),width=width$3; + for(;;) + {if(0 === width)return width; + var c=peek_char(ib); + if(ib[1])return width; + if(caml_call1(digitp,c)) + {var width$0=store_char(width,ib,c),width=width$0;continue} + if(95 === c) + {var width$1=ignore_char(width,ib),width=width$1;continue} + return width}} + return bad_input(caml_call2(sprintf(_cx_),c$0,basis))} function is_binary_digit(param){return 1 < param - 48 >>> 0?0:1} - function scan_binary_int(_jL_,_jM_) - {return scan_digit_plus(cst_binary,is_binary_digit,_jL_,_jM_)} + function scan_binary_int(_jM_,_jN_) + {return scan_digit_plus(cst_binary,is_binary_digit,_jM_,_jN_)} function is_octal_digit(param){return 7 < param - 48 >>> 0?0:1} - function scan_octal_int(_jJ_,_jK_) - {return scan_digit_plus(cst_octal,is_octal_digit,_jJ_,_jK_)} + function scan_octal_int(_jK_,_jL_) + {return scan_digit_plus(cst_octal,is_octal_digit,_jK_,_jL_)} function is_hexa_digit(param) - {var _jI_=param - 48 | 0,switch$0=0; - if(22 < _jI_ >>> 0) - {if(5 >= _jI_ - 49 >>> 0)switch$0 = 1} + {var _jJ_=param - 48 | 0,switch$0=0; + if(22 < _jJ_ >>> 0) + {if(! (5 < _jJ_ - 49 >>> 0))switch$0 = 1} else - if(6 < _jI_ - 10 >>> 0)switch$0 = 1; + if(6 < _jJ_ - 10 >>> 0)switch$0 = 1; return switch$0?1:0} - function scan_hexadecimal_int(_jG_,_jH_) - {return scan_digit_plus(cst_hexadecimal,is_hexa_digit,_jG_,_jH_)} + function scan_hexadecimal_int(_jH_,_jI_) + {return scan_digit_plus(cst_hexadecimal,is_hexa_digit,_jH_,_jI_)} function scan_sign(width,ib) {var c=checked_peek_char(ib),switcher=c - 43 | 0; - if(2 >= switcher >>> 0) + if(! (2 < switcher >>> 0)) switch(switcher) {case 0:return store_char(width,ib,c); case 1:break; @@ -25289,23 +25978,25 @@ case 1:return scan_optionally_signed_decimal(width$1,ib); case 2: var width$0=scan_sign(width$1,ib),c=checked_peek_char(ib); - if(48 !== c)return scan_unsigned_decimal_int(width$0,ib); - var width=store_char(width$0,ib,c); - if(0 === width)return width; - var c$0=peek_char(ib); - if(ib[1])return width; - var switch$0=0; - if(99 <= c$0) - {if(111 === c$0)return scan_octal_int(store_char(width,ib,c$0),ib); - if(120 === c$0)switch$0 = 1} - else - if(88 === c$0) - switch$0 = 1; - else - if(98 <= c$0)return scan_binary_int(store_char(width,ib,c$0),ib); - return switch$0 - ?scan_hexadecimal_int(store_char(width,ib,c$0),ib) - :scan_decimal_digit_star(width,ib); + if(48 === c) + {var width=store_char(width$0,ib,c); + if(0 === width)return width; + var c$0=peek_char(ib); + if(ib[1])return width; + var switch$0=0; + if(99 <= c$0) + {if(111 === c$0) + return scan_octal_int(store_char(width,ib,c$0),ib); + if(120 === c$0)switch$0 = 1} + else + if(88 === c$0) + switch$0 = 1; + else + if(98 <= c$0)return scan_binary_int(store_char(width,ib,c$0),ib); + return switch$0 + ?scan_hexadecimal_int(store_char(width,ib,c$0),ib) + :scan_decimal_digit_star(width,ib)} + return scan_unsigned_decimal_int(width$0,ib); case 3:return scan_octal_int(width$1,ib); case 4:return scan_unsigned_decimal_int(width$1,ib); default:return scan_hexadecimal_int(width$1,ib)}} @@ -25330,54 +26021,55 @@ if(0 === width$0)return [0,width$0,precision]; var c=peek_char(ib); if(ib[1])return [0,width$0,precision]; - if(46 !== c)return [0,scan_exponent_part(width$0,ib),precision]; - var - width$2=store_char(width$0,ib,c), - precision$0=min$1(width$2,precision), - width$3= - width$2 - - - (precision$0 - scan_fractional_part(precision$0,ib) | 0) - | - 0; - return [0,scan_exponent_part(width$3,ib),precision$0]} + if(46 === c) + {var + width$2=store_char(width$0,ib,c), + precision$0=min$1(width$2,precision), + width$3= + width$2 + - + (precision$0 - scan_fractional_part(precision$0,ib) | 0) + | + 0; + return [0,scan_exponent_part(width$3,ib),precision$0]} + return [0,scan_exponent_part(width$0,ib),precision]} function check_case_insensitive_string(width,ib,error,str) {function lowercase(c) {return 25 < c - 65 >>> 0?c:char_of_int((c - 65 | 0) + 97 | 0)} var len=caml_ml_string_length(str), width$0=[0,width], - _jD_=len - 1 | 0, - _jC_=0; - if(_jD_ >= 0) - {var i=_jC_; + _jE_=len - 1 | 0, + _jD_=0; + if(! (_jE_ < 0)) + {var i=_jD_; for(;;) - {var c=peek_char(ib),_jE_=lowercase(caml_string_get(str,i)); - if(lowercase(c) !== _jE_)caml_call1(error,0); + {var c=peek_char(ib),_jF_=lowercase(caml_string_get(str,i)); + if(lowercase(c) !== _jF_)caml_call1(error,0); if(0 === width$0[1])caml_call1(error,0); width$0[1] = store_char(width$0[1],ib,c); - var _jF_=i + 1 | 0; - if(_jD_ !== i){var i=_jF_;continue} + var _jG_=i + 1 | 0; + if(_jE_ !== i){var i=_jG_;continue} break}} return width$0[1]} function scan_hex_float(width,precision,ib) - {var _jp_=0 === width?1:0,_jq_=_jp_ || end_of_input(ib); - if(_jq_)bad_hex_float(0); + {var _jq_=0 === width?1:0,_jr_=_jq_ || end_of_input(ib); + if(_jr_)bad_hex_float(0); var width$0=scan_sign(width,ib), - _jr_=0 === width$0?1:0, - _js_=_jr_ || end_of_input(ib); - if(_js_)bad_hex_float(0); + _js_=0 === width$0?1:0, + _jt_=_js_ || end_of_input(ib); + if(_jt_)bad_hex_float(0); var c=peek_char(ib),switch$0=0; if(78 <= c) {var switcher=c - 79 | 0; if(30 < switcher >>> 0) - {if(32 > switcher) + {if(! (32 <= switcher)) {var width$1=store_char(width$0,ib,c), - _jt_=0 === width$1?1:0, - _ju_=_jt_ || end_of_input(ib); - if(_ju_)bad_hex_float(0); + _ju_=0 === width$1?1:0, + _jv_=_ju_ || end_of_input(ib); + if(_jv_)bad_hex_float(0); return check_case_insensitive_string (width$1,ib,bad_hex_float,cst_an)}} else @@ -25386,18 +26078,18 @@ {if(48 === c) {var width$3=store_char(width$0,ib,c), - _jx_=0 === width$3?1:0, - _jy_=_jx_ || end_of_input(ib); - if(_jy_)bad_hex_float(0); + _jy_=0 === width$3?1:0, + _jz_=_jy_ || end_of_input(ib); + if(_jz_)bad_hex_float(0); var width$4= check_case_insensitive_string(width$3,ib,bad_hex_float,cst_x$2); if(0 !== width$4 && ! end_of_input(ib)) - {var match=peek_char(ib),_jz_=match - 46 | 0,switch$1=0; - if(34 < _jz_ >>> 0) - {if(66 === _jz_)switch$1 = 1} + {var match=peek_char(ib),_jA_=match - 46 | 0,switch$1=0; + if(34 < _jA_ >>> 0) + {if(66 === _jA_)switch$1 = 1} else - if(32 < _jz_ - 1 >>> 0)switch$1 = 1; + if(32 < _jA_ - 1 >>> 0)switch$1 = 1; var width$5=switch$1?width$4:scan_hexadecimal_int(width$4,ib); if(0 !== width$5 && ! end_of_input(ib)) {var c$0=peek_char(ib); @@ -25427,30 +26119,31 @@ if(80 !== c$1 && 112 !== c$1)return width$8; var width$9=store_char(width$8,ib,c$1), - _jA_=0 === width$9?1:0, - _jB_=_jA_ || end_of_input(ib); - if(_jB_)bad_hex_float(0); + _jB_=0 === width$9?1:0, + _jC_=_jB_ || end_of_input(ib); + if(_jC_)bad_hex_float(0); return scan_optionally_signed_decimal(width$9,ib)} return width$8} return width$5} return width$4} if(73 === c)switch$0 = 1} - if(! switch$0)return bad_hex_float(0); - var - width$2=store_char(width$0,ib,c), - _jv_=0 === width$2?1:0, - _jw_=_jv_ || end_of_input(ib); - if(_jw_)bad_hex_float(0); - return check_case_insensitive_string - (width$2,ib,bad_hex_float,cst_nfinity)} + if(switch$0) + {var + width$2=store_char(width$0,ib,c), + _jw_=0 === width$2?1:0, + _jx_=_jw_ || end_of_input(ib); + if(_jx_)bad_hex_float(0); + return check_case_insensitive_string + (width$2,ib,bad_hex_float,cst_nfinity)} + return bad_hex_float(0)} function scan_caml_float_rest(width,precision,ib) - {var _jl_=0 === width?1:0,_jm_=_jl_ || end_of_input(ib); - if(_jm_)bad_float(0); + {var _jm_=0 === width?1:0,_jn_=_jm_ || end_of_input(ib); + if(_jn_)bad_float(0); var width$0=scan_decimal_digit_star(width,ib), - _jn_=0 === width$0?1:0, - _jo_=_jn_ || end_of_input(ib); - if(_jo_)bad_float(0); + _jo_=0 === width$0?1:0, + _jp_=_jo_ || end_of_input(ib); + if(_jp_)bad_float(0); var c=peek_char(ib),switcher=c - 69 | 0; if(32 < switcher >>> 0) {if(-23 === switcher) @@ -25465,42 +26158,42 @@ if(30 < switcher - 1 >>> 0)return scan_exponent_part(width$0,ib); return bad_float(0)} function scan_caml_float(width,precision,ib) - {var _i9_=0 === width?1:0,_i__=_i9_ || end_of_input(ib); - if(_i__)bad_float(0); + {var _i__=0 === width?1:0,_i$_=_i__ || end_of_input(ib); + if(_i$_)bad_float(0); var width$0=scan_sign(width,ib), - _i$_=0 === width$0?1:0, - _ja_=_i$_ || end_of_input(ib); - if(_ja_)bad_float(0); + _ja_=0 === width$0?1:0, + _jb_=_ja_ || end_of_input(ib); + if(_jb_)bad_float(0); var c=peek_char(ib); if(49 <= c) - {if(58 > c) + {if(! (58 <= c)) {var width$1=store_char(width$0,ib,c), - _jb_=0 === width$1?1:0, - _jc_=_jb_ || end_of_input(ib); - if(_jc_)bad_float(0); + _jc_=0 === width$1?1:0, + _jd_=_jc_ || end_of_input(ib); + if(_jd_)bad_float(0); return scan_caml_float_rest(width$1,precision,ib)}} else if(48 <= c) {var width$2=store_char(width$0,ib,c), - _jd_=0 === width$2?1:0, - _je_=_jd_ || end_of_input(ib); - if(_je_)bad_float(0); + _je_=0 === width$2?1:0, + _jf_=_je_ || end_of_input(ib); + if(_jf_)bad_float(0); var c$0=peek_char(ib); if(88 !== c$0 && 120 !== c$0) return scan_caml_float_rest(width$2,precision,ib); var width$3=store_char(width$2,ib,c$0), - _jf_=0 === width$3?1:0, - _jg_=_jf_ || end_of_input(ib); - if(_jg_)bad_float(0); + _jg_=0 === width$3?1:0, + _jh_=_jg_ || end_of_input(ib); + if(_jh_)bad_float(0); var width$4=scan_hexadecimal_int(width$3,ib), - _jh_=0 === width$4?1:0, - _ji_=_jh_ || end_of_input(ib); - if(_ji_)bad_float(0); + _ji_=0 === width$4?1:0, + _jj_=_ji_ || end_of_input(ib); + if(_jj_)bad_float(0); var c$1=peek_char(ib),switcher=c$1 - 80 | 0,switch$0=0; if(32 < switcher >>> 0) if(-34 === switcher) @@ -25532,9 +26225,9 @@ if(80 !== c$2 && 112 !== c$2)return width$8; var width$9=store_char(width$8,ib,c$2), - _jj_=0 === width$9?1:0, - _jk_=_jj_ || end_of_input(ib); - if(_jk_)bad_hex_float(0); + _jk_=0 === width$9?1:0, + _jl_=_jk_ || end_of_input(ib); + if(_jl_)bad_hex_float(0); return scan_optionally_signed_decimal(width$9,ib)} return width$8} return bad_float(0)} @@ -25549,13 +26242,14 @@ if(c === c$0)return skip_char(width$0,ib); var width$1=store_char(width$0,ib,c),width$0=width$1; continue} - var _i8_=c - 9 | 0,switch$0=0; - if(4 < _i8_ >>> 0) - {if(23 === _i8_)switch$0 = 1} + var _i9_=c - 9 | 0,switch$0=0; + if(4 < _i9_ >>> 0) + {if(23 === _i9_)switch$0 = 1} else - if(1 < _i8_ - 2 >>> 0)switch$0 = 1; + if(1 < _i9_ - 2 >>> 0)switch$0 = 1; if(switch$0)return width$0; - var width$2=store_char(width$0,ib,c),width$0=width$2}} + var width$2=store_char(width$0,ib,c),width$0=width$2; + continue}} function scan_char(width,ib) {return store_char(width,ib,checked_peek_char(ib))} function hexadecimal_value_of_char(d) @@ -25564,37 +26258,37 @@ {if(0 === width)return bad_token_length(message); var c=peek_char(ib); return ib[1]?bad_input(caml_call1(sprintf(_cs_),message)):c} - function check_next_char_for_char(_i6_,_i7_) - {return check_next_char(cst_a_Char,_i6_,_i7_)} - function check_next_char_for_string(_i4_,_i5_) - {return check_next_char(cst_a_String,_i4_,_i5_)} + function check_next_char_for_char(_i7_,_i8_) + {return check_next_char(cst_a_Char,_i7_,_i8_)} + function check_next_char_for_string(_i5_,_i6_) + {return check_next_char(cst_a_String,_i5_,_i6_)} function scan_backslash_char(width,ib) {var c0=check_next_char_for_char(width,ib),switch$0=0; if(40 <= c0) {if(58 <= c0) {var switcher=c0 - 92 | 0; - if(28 >= switcher >>> 0) + if(! (28 < switcher >>> 0)) switch(switcher) {case 28: var get_digit= function(param) - {var c=next_char(ib),_i3_=c - 48 | 0,switch$0=0; - if(22 < _i3_ >>> 0) - {if(5 >= _i3_ - 49 >>> 0)switch$0 = 1} + {var c=next_char(ib),_i4_=c - 48 | 0,switch$0=0; + if(22 < _i4_ >>> 0) + {if(! (5 < _i4_ - 49 >>> 0))switch$0 = 1} else - if(6 < _i3_ - 10 >>> 0)switch$0 = 1; + if(6 < _i4_ - 10 >>> 0)switch$0 = 1; return switch$0?c:bad_input_escape(c)}, c1=get_digit(0), c2=get_digit(0), - _iZ_=hexadecimal_value_of_char(c2), - c$0=(16 * hexadecimal_value_of_char(c1) | 0) + _iZ_ | 0, + _i0_=hexadecimal_value_of_char(c2), + c$0=(16 * hexadecimal_value_of_char(c1) | 0) + _i0_ | 0, switch$1=0; - if(0 <= c$0 && 255 >= c$0) - {var _i1_=char_of_int(c$0);switch$1 = 1} + if(0 <= c$0 && ! (255 < c$0)) + {var _i2_=char_of_int(c$0);switch$1 = 1} if(! switch$1) - var _i1_=bad_input(caml_call2(sprintf(_cz_),c1,c2)); - return store_char(width - 2 | 0,ib,_i1_); + var _i2_=bad_input(caml_call2(sprintf(_cz_),c1,c2)); + return store_char(width - 2 | 0,ib,_i2_); case 0: case 6: case 18: @@ -25617,79 +26311,83 @@ | 0, switch$2=0; - if(0 <= c && 255 >= c){var _i2_=char_of_int(c);switch$2 = 1} + if(0 <= c && ! (255 < c)){var _i3_=char_of_int(c);switch$2 = 1} if(! switch$2) - var _i2_=bad_input(caml_call3(sprintf(_cy_),c0,c1$0,c2$0)); - return store_char(width - 2 | 0,ib,_i2_)}} + var _i3_=bad_input(caml_call3(sprintf(_cy_),c0,c1$0,c2$0)); + return store_char(width - 2 | 0,ib,_i3_)}} else if(34 === c0 || 39 <= c0)switch$0 = 1; - if(! switch$0)return bad_input_escape(c0); - var switch$3=0; - if(110 <= c0) - if(117 <= c0) - switch$3 = 1; - else - switch(c0 - 110 | 0) - {case 0:var _i0_=10;break; - case 4:var _i0_=13;break; - case 6:var _i0_=9;break; - default:switch$3 = 1} - else - if(98 === c0)var _i0_=8;else switch$3 = 1; - if(switch$3)var _i0_=c0; - return store_char(width,ib,_i0_)} + if(switch$0) + {var switch$3=0; + if(110 <= c0) + if(117 <= c0) + switch$3 = 1; + else + switch(c0 - 110 | 0) + {case 0:var _i1_=10;break; + case 4:var _i1_=13;break; + case 6:var _i1_=9;break; + default:switch$3 = 1} + else + if(98 === c0)var _i1_=8;else switch$3 = 1; + if(switch$3)var _i1_=c0; + return store_char(width,ib,_i1_)} + return bad_input_escape(c0)} function scan_caml_char(width,ib) {function find_stop(width) {var c=check_next_char_for_char(width,ib); return 39 === c?ignore_char(width,ib):character_mismatch(39,c)} var c=checked_peek_char(ib); - if(39 !== c)return character_mismatch(39,c); - var - width$0=ignore_char(width,ib), - c$0=check_next_char_for_char(width$0,ib); - return 92 === c$0 - ?find_stop(scan_backslash_char(ignore_char(width$0,ib),ib)) - :find_stop(store_char(width$0,ib,c$0))} + if(39 === c) + {var + width$0=ignore_char(width,ib), + c$0=check_next_char_for_char(width$0,ib); + return 92 === c$0 + ?find_stop(scan_backslash_char(ignore_char(width$0,ib),ib)) + :find_stop(store_char(width$0,ib,c$0))} + return character_mismatch(39,c)} function scan_caml_string(width,ib) {function find_stop$0(counter,width) {var width$0=width; for(;;) {var c=check_next_char_for_string(width$0,ib); if(34 === c)return ignore_char(width$0,ib); - if(92 !== c) - {var width$2=store_char(width$0,ib,c),width$0=width$2;continue} - var - width$1=ignore_char(width$0,ib), - match=check_next_char_for_string(width$1,ib); - if(10 === match) - {var _iX_=ignore_char(width$1,ib); - if(counter >= 50) - return caml_trampoline_return(skip_spaces,[0,_iX_]); - var counter$0=counter + 1 | 0; - return skip_spaces(counter$0,_iX_)} - if(13 !== match) - {var width$4=scan_backslash_char(width$1,ib),width$0=width$4; + if(92 === c) + {var + width$1=ignore_char(width$0,ib), + match=check_next_char_for_string(width$1,ib); + if(10 === match) + {var _iY_=ignore_char(width$1,ib); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return skip_spaces(counter$0,_iY_)} + return caml_trampoline_return(skip_spaces,[0,_iY_])} + if(13 === match) + {var + width$3=ignore_char(width$1,ib), + match$0=check_next_char_for_string(width$3,ib); + if(10 === match$0) + {var _iZ_=ignore_char(width$3,ib); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return skip_spaces(counter$1,_iZ_)} + return caml_trampoline_return(skip_spaces,[0,_iZ_])} + var width$5=store_char(width$3,ib,13),width$0=width$5; + continue} + var width$4=scan_backslash_char(width$1,ib),width$0=width$4; continue} - var - width$3=ignore_char(width$1,ib), - match$0=check_next_char_for_string(width$3,ib); - if(10 !== match$0) - {var width$5=store_char(width$3,ib,13),width$0=width$5;continue} - var _iY_=ignore_char(width$3,ib); - if(counter >= 50) - return caml_trampoline_return(skip_spaces,[0,_iY_]); - var counter$1=counter + 1 | 0; - return skip_spaces(counter$1,_iY_)}} + var width$2=store_char(width$0,ib,c),width$0=width$2; + continue}} function skip_spaces(counter,width) {var width$0=width; for(;;) {var match=check_next_char_for_string(width$0,ib); if(32 === match) {var width$1=ignore_char(width$0,ib),width$0=width$1;continue} - if(counter >= 50) - return caml_trampoline_return(find_stop$0,[0,width$0]); - var counter$0=counter + 1 | 0; - return find_stop$0(counter$0,width$0)}} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return find_stop$0(counter$0,width$0)} + return caml_trampoline_return(find_stop$0,[0,width$0])}} function find_stop(width){return caml_trampoline(find_stop$0(0,width))} var c=checked_peek_char(ib); return 34 === c @@ -25699,25 +26397,27 @@ {function scan_chars(i,stp) {var i$0=i; for(;;) - {var c=peek_char(ib),_iT_=0 < i$0?1:0; - if(_iT_) - {var _iU_=1 - ib[1]; - if(_iU_) - var _iV_=is_in_char_set(char_set,c),_iW_=_iV_?c !== stp?1:0:_iV_; + {var c=peek_char(ib),_iU_=0 < i$0?1:0; + if(_iU_) + {var _iV_=1 - ib[1]; + if(_iV_) + var _iW_=is_in_char_set(char_set,c),_iX_=_iW_?c !== stp?1:0:_iW_; else - var _iW_=_iU_} + var _iX_=_iV_} else - var _iW_=_iT_; - if(! _iW_)return _iW_; - store_char(max_int,ib,c); - var i$1=i$0 - 1 | 0,i$0=i$1}} - if(! scan_indic)return scan_chars(width,-1); - var c=scan_indic[1]; - scan_chars(width,c); - var _iS_=1 - ib[1]; - if(! _iS_)return _iS_; - var ci=peek_char(ib); - return c === ci?invalidate_current_char(ib):character_mismatch(c,ci)} + var _iX_=_iU_; + if(_iX_) + {store_char(max_int,ib,c);var i$1=i$0 - 1 | 0,i$0=i$1;continue} + return _iX_}} + if(scan_indic) + {var c=scan_indic[1]; + scan_chars(width,c); + var _iT_=1 - ib[1]; + if(_iT_) + {var ci=peek_char(ib); + return c === ci?invalidate_current_char(ib):character_mismatch(c,ci)} + return _iT_} + return scan_chars(width,-1)} function scanf_bad_input(ib,x) {if(x[1] === Scan_failure) var s=x[2]; @@ -25729,7 +26429,7 @@ {switch(counter) {case 0:return ib[5];case 1:return char_count(ib);default:return ib[6]}} function width_of_pad_opt(pad_opt) - {if(! pad_opt)return max_int;var width=pad_opt[1];return width} + {if(pad_opt){var width=pad_opt[1];return width}return max_int} function stopper_of_formatting_lit(fmting) {if(6 === fmting)return _cC_; var @@ -25740,7 +26440,9 @@ function take_format_readers$0(counter,k,fmt) {var fmt$0=fmt; for(;;) - {if(typeof fmt$0 === "number")return caml_call1(k,0); + if(typeof fmt$0 === "number") + return caml_call1(k,0); + else switch(fmt$0[0]) {case 0:var fmt$1=fmt$0[1],fmt$0=fmt$1;continue; case 1:var fmt$2=fmt$0[1],fmt$0=fmt$2;continue; @@ -25757,28 +26459,28 @@ case 12:var fmt$13=fmt$0[2],fmt$0=fmt$13;continue; case 13:var fmt$14=fmt$0[3],fmt$0=fmt$14;continue; case 14: - var rest=fmt$0[3],fmtty=fmt$0[2],_iQ_=erase_rel(symm(fmtty)); - if(counter >= 50) - return caml_trampoline_return - (take_fmtty_format_readers$0,[0,k,_iQ_,rest]); - var counter$0=counter + 1 | 0; - return take_fmtty_format_readers$0(counter$0,k,_iQ_,rest); + var rest=fmt$0[3],fmtty=fmt$0[2],_iR_=erase_rel(symm(fmtty)); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return take_fmtty_format_readers$0(counter$0,k,_iR_,rest)} + return caml_trampoline_return + (take_fmtty_format_readers$0,[0,k,_iR_,rest]); case 15:var fmt$15=fmt$0[1],fmt$0=fmt$15;continue; case 16:var fmt$16=fmt$0[1],fmt$0=fmt$16;continue; case 17:var fmt$17=fmt$0[2],fmt$0=fmt$17;continue; case 18: - var _iR_=fmt$0[1]; - if(0 === _iR_[0]) + var _iS_=fmt$0[1]; + if(0 === _iS_[0]) {var rest$0=fmt$0[2], - match=_iR_[1], + match=_iS_[1], fmt$18=match[1], fmt$19=concat_fmt(fmt$18,rest$0), fmt$0=fmt$19; continue} var rest$1=fmt$0[2], - match$0=_iR_[1], + match$0=_iS_[1], fmt$20=match$0[1], fmt$21=concat_fmt(fmt$20,rest$1), fmt$0=fmt$21; @@ -25804,99 +26506,107 @@ {return caml_call1(k,[0,reader,readers_rest])} return take_format_readers(new_k,rest$2)}; default:var fmt$0=rest$2;continue} - switch(ign[0]) - {case 0:var fmt$0=rest$2;continue; - case 1:var fmt$0=rest$2;continue; - case 2:var fmt$0=rest$2;continue; - case 3:var fmt$0=rest$2;continue; - case 4:var fmt$0=rest$2;continue; - case 5:var fmt$0=rest$2;continue; - case 6:var fmt$0=rest$2;continue; - case 7:var fmt$0=rest$2;continue; - case 8:var fmt$0=rest$2;continue; - case 9: - var fmtty$0=ign[2]; - if(counter >= 50) + else + switch(ign[0]) + {case 0:var fmt$0=rest$2;continue; + case 1:var fmt$0=rest$2;continue; + case 2:var fmt$0=rest$2;continue; + case 3:var fmt$0=rest$2;continue; + case 4:var fmt$0=rest$2;continue; + case 5:var fmt$0=rest$2;continue; + case 6:var fmt$0=rest$2;continue; + case 7:var fmt$0=rest$2;continue; + case 8:var fmt$0=rest$2;continue; + case 9: + var fmtty$0=ign[2]; + if(counter < 50) + {var counter$1=counter + 1 | 0; + return take_fmtty_format_readers$0 + (counter$1,k,fmtty$0,rest$2)} return caml_trampoline_return (take_fmtty_format_readers$0,[0,k,fmtty$0,rest$2]); - var counter$1=counter + 1 | 0; - return take_fmtty_format_readers$0(counter$1,k,fmtty$0,rest$2); - case 10:var fmt$0=rest$2;continue; - default:var fmt$0=rest$2;continue} - default:var fmt$25=fmt$0[3],fmt$0=fmt$25;continue}}} + case 10:var fmt$0=rest$2;continue; + default:var fmt$0=rest$2;continue} + default:var fmt$25=fmt$0[3],fmt$0=fmt$25;continue}} function take_fmtty_format_readers$0(counter,k,fmtty,fmt) {var fmtty$0=fmtty; for(;;) - {if(typeof fmtty$0 !== "number") - switch(fmtty$0[0]) - {case 0:var fmtty$1=fmtty$0[1],fmtty$0=fmtty$1;continue; - case 1:var fmtty$2=fmtty$0[1],fmtty$0=fmtty$2;continue; - case 2:var fmtty$3=fmtty$0[1],fmtty$0=fmtty$3;continue; - case 3:var fmtty$4=fmtty$0[1],fmtty$0=fmtty$4;continue; - case 4:var fmtty$5=fmtty$0[1],fmtty$0=fmtty$5;continue; - case 5:var fmtty$6=fmtty$0[1],fmtty$0=fmtty$6;continue; - case 6:var fmtty$7=fmtty$0[1],fmtty$0=fmtty$7;continue; - case 7:var fmtty$8=fmtty$0[1],fmtty$0=fmtty$8;continue; - case 8:var fmtty$9=fmtty$0[2],fmtty$0=fmtty$9;continue; - case 9: - var - rest=fmtty$0[3], - ty2=fmtty$0[2], - ty1=fmtty$0[1], - ty=trans(symm(ty1),ty2), - fmtty$10=concat_fmtty(ty,rest), - fmtty$0=fmtty$10; - continue; - case 10:var fmtty$11=fmtty$0[1],fmtty$0=fmtty$11;continue; - case 11:var fmtty$12=fmtty$0[1],fmtty$0=fmtty$12;continue; - case 12:var fmtty$13=fmtty$0[1],fmtty$0=fmtty$13;continue; - case 13: - var fmt_rest=fmtty$0[1]; - return function(reader) - {function new_k(readers_rest) - {return caml_call1(k,[0,reader,readers_rest])} - return take_fmtty_format_readers(new_k,fmt_rest,fmt)}; - default: - var fmt_rest$0=fmtty$0[1]; - return function(reader) - {function new_k(readers_rest) - {return caml_call1(k,[0,reader,readers_rest])} - return take_fmtty_format_readers(new_k,fmt_rest$0,fmt)}} - if(counter >= 50) - return caml_trampoline_return(take_format_readers$0,[0,k,fmt]); - var counter$0=counter + 1 | 0; - return take_format_readers$0(counter$0,k,fmt)}} + if(typeof fmtty$0 === "number") + {if(counter < 50) + {var counter$0=counter + 1 | 0; + return take_format_readers$0(counter$0,k,fmt)} + return caml_trampoline_return(take_format_readers$0,[0,k,fmt])} + else + switch(fmtty$0[0]) + {case 0:var fmtty$1=fmtty$0[1],fmtty$0=fmtty$1;continue; + case 1:var fmtty$2=fmtty$0[1],fmtty$0=fmtty$2;continue; + case 2:var fmtty$3=fmtty$0[1],fmtty$0=fmtty$3;continue; + case 3:var fmtty$4=fmtty$0[1],fmtty$0=fmtty$4;continue; + case 4:var fmtty$5=fmtty$0[1],fmtty$0=fmtty$5;continue; + case 5:var fmtty$6=fmtty$0[1],fmtty$0=fmtty$6;continue; + case 6:var fmtty$7=fmtty$0[1],fmtty$0=fmtty$7;continue; + case 7:var fmtty$8=fmtty$0[1],fmtty$0=fmtty$8;continue; + case 8:var fmtty$9=fmtty$0[2],fmtty$0=fmtty$9;continue; + case 9: + var + rest=fmtty$0[3], + ty2=fmtty$0[2], + ty1=fmtty$0[1], + ty=trans(symm(ty1),ty2), + fmtty$10=concat_fmtty(ty,rest), + fmtty$0=fmtty$10; + continue; + case 10:var fmtty$11=fmtty$0[1],fmtty$0=fmtty$11;continue; + case 11:var fmtty$12=fmtty$0[1],fmtty$0=fmtty$12;continue; + case 12:var fmtty$13=fmtty$0[1],fmtty$0=fmtty$13;continue; + case 13: + var fmt_rest=fmtty$0[1]; + return function(reader) + {function new_k(readers_rest) + {return caml_call1(k,[0,reader,readers_rest])} + return take_fmtty_format_readers(new_k,fmt_rest,fmt)}; + default: + var fmt_rest$0=fmtty$0[1]; + return function(reader) + {function new_k(readers_rest) + {return caml_call1(k,[0,reader,readers_rest])} + return take_fmtty_format_readers(new_k,fmt_rest$0,fmt)}}} function take_format_readers(k,fmt) {return caml_trampoline(take_format_readers$0(0,k,fmt))} function take_fmtty_format_readers(k,fmtty,fmt) {return caml_trampoline(take_fmtty_format_readers$0(0,k,fmtty,fmt))} function pad_prec_scanf(ib,fmt,readers,pad,prec,scan,token) {if(typeof pad === "number") - {if(typeof prec !== "number") - {var p=prec[1]; - caml_call3(scan,max_int,p,ib); - var x$0=caml_call1(token,ib); - return [0,x$0,make_scanf(ib,fmt,readers)]} - if(prec)return invalid_arg(cst_scanf_bad_conversion); - caml_call3(scan,max_int,max_int,ib); - var x=caml_call1(token,ib); - return [0,x,make_scanf(ib,fmt,readers)]} - if(0 !== pad[0])return invalid_arg(cst_scanf_bad_conversion$2); - if(! pad[1])return invalid_arg(cst_scanf_bad_conversion$1); - var _iP_=pad[2]; - if(typeof prec !== "number") - {var p$0=prec[1]; - caml_call3(scan,_iP_,p$0,ib); - var x$2=caml_call1(token,ib); - return [0,x$2,make_scanf(ib,fmt,readers)]} - if(prec)return invalid_arg(cst_scanf_bad_conversion$0); - caml_call3(scan,_iP_,max_int,ib); - var x$1=caml_call1(token,ib); - return [0,x$1,make_scanf(ib,fmt,readers)]} + {if(typeof prec === "number") + {if(prec)return invalid_arg(cst_scanf_bad_conversion); + caml_call3(scan,max_int,max_int,ib); + var x=caml_call1(token,ib); + return [0,x,make_scanf(ib,fmt,readers)]} + var p=prec[1]; + caml_call3(scan,max_int,p,ib); + var x$0=caml_call1(token,ib); + return [0,x$0,make_scanf(ib,fmt,readers)]} + else + {if(0 === pad[0]) + {if(pad[1]) + {var _iQ_=pad[2]; + if(typeof prec === "number") + {if(prec)return invalid_arg(cst_scanf_bad_conversion$0); + caml_call3(scan,_iQ_,max_int,ib); + var x$1=caml_call1(token,ib); + return [0,x$1,make_scanf(ib,fmt,readers)]} + var p$0=prec[1]; + caml_call3(scan,_iQ_,p$0,ib); + var x$2=caml_call1(token,ib); + return [0,x$2,make_scanf(ib,fmt,readers)]} + return invalid_arg(cst_scanf_bad_conversion$1)} + return invalid_arg(cst_scanf_bad_conversion$2)}} function make_scanf(ib,fmt,readers) {var fmt$0=fmt; for(;;) - {if(typeof fmt$0 === "number")return 0; + if(typeof fmt$0 === "number") + return 0; + else switch(fmt$0[0]) {case 0: var rest=fmt$0[1]; @@ -25909,13 +26619,13 @@ var c$0=token_char(ib); return [0,c$0,make_scanf(ib,rest$0,readers)]; case 2: - var _iC_=fmt$0[1],_iD_=fmt$0[2]; - if(typeof _iD_ !== "number") - switch(_iD_[0]) + var _iD_=fmt$0[1],_iE_=fmt$0[2]; + if(typeof _iE_ !== "number") + switch(_iE_[0]) {case 17: var - rest$2=_iD_[2], - fmting_lit=_iD_[1], + rest$2=_iE_[2], + fmting_lit=_iE_[1], match=stopper_of_formatting_lit(fmting_lit), str=match[2], stp=match[1], @@ -25924,13 +26634,13 @@ {return scan_string([0,stp],width,ib)}, str_rest=[11,str,rest$2]; return pad_prec_scanf - (ib,str_rest,readers,_iC_,0,scan$0,token_string); + (ib,str_rest,readers,_iD_,0,scan$0,token_string); case 18: - var _iE_=_iD_[1]; - if(0 === _iE_[0]) + var _iF_=_iE_[1]; + if(0 === _iF_[0]) {var - rest$3=_iD_[2], - match$0=_iE_[1], + rest$3=_iE_[2], + match$0=_iF_[1], fmt$1=match$0[1], scan$1= function(width,param,ib){return scan_string(_cD_,width,ib)}; @@ -25938,13 +26648,13 @@ (ib, concat_fmt(fmt$1,rest$3), readers, - _iC_, + _iD_, 0, scan$1, token_string)} var - rest$4=_iD_[2], - match$1=_iE_[1], + rest$4=_iE_[2], + match$1=_iF_[1], fmt$2=match$1[1], scan$2= function(width,param,ib){return scan_string(_cE_,width,ib)}; @@ -25952,7 +26662,7 @@ (ib, concat_fmt(fmt$2,rest$4), readers, - _iC_, + _iD_, 0, scan$2, token_string) @@ -25960,7 +26670,7 @@ var rest$1=fmt$0[2], scan=function(width,param,ib){return scan_string(0,width,ib)}; - return pad_prec_scanf(ib,rest$1,readers,_iC_,0,scan,token_string); + return pad_prec_scanf(ib,rest$1,readers,_iD_,0,scan,token_string); case 3: var rest$5=fmt$0[2], @@ -26070,7 +26780,7 @@ rest$13=fmt$0[2], pad$7=fmt$0[1], scan$8= - function(param,_iO_,ib) + function(param,_iP_,ib) {var c=checked_peek_char(ib), m= @@ -26081,12 +26791,11 @@ return pad_prec_scanf(ib,rest$13,readers,pad$7,0,scan$8,token_bool); case 10: var rest$14=fmt$0[1]; - if(! end_of_input(ib))return bad_input(cst_end_of_input_not_found); - var fmt$0=rest$14; - continue; + if(end_of_input(ib)){var fmt$0=rest$14;continue} + return bad_input(cst_end_of_input_not_found); case 11: var rest$15=fmt$0[2],str$0=fmt$0[1]; - iter$4(function(_iN_){return check_char(ib,_iN_)},str$0); + iter$4(function(_iO_){return check_char(ib,_iO_)},str$0); var fmt$0=rest$15; continue; case 12: @@ -26099,7 +26808,7 @@ scan_caml_string(width_of_pad_opt(pad_opt),ib); var s=token_string(ib); try - {var _iF_=format_of_string_fmtty(s,fmtty),fmt$3=_iF_} + {var _iG_=format_of_string_fmtty(s,fmtty),fmt$3=_iG_} catch(exn) {exn = caml_wrap_exception(exn); if(exn[1] !== Failure)throw exn; @@ -26116,17 +26825,17 @@ match$3=fmt_ebb_of_string(0,s$0), fmt$7=match$3[1], fmt$8=type_format(fmt$7,erase_rel(symm(fmtty$0))), - _iH_=type_format(fmt$6,erase_rel(fmtty$0)), + _iI_=type_format(fmt$6,erase_rel(fmtty$0)), fmt$5=fmt$8, - fmt$4=_iH_} + fmt$4=_iI_} catch(exn) {exn = caml_wrap_exception(exn); if(exn[1] !== Failure)throw exn; var msg$0=exn[2], - _iG_=bad_input(msg$0), - fmt$5=_iG_[2], - fmt$4=_iG_[1]} + _iH_=bad_input(msg$0), + fmt$5=_iH_[2], + fmt$4=_iH_[1]} return [0, [0,fmt$4,s$0], make_scanf(ib,concat_fmt(fmt$5,rest$18),readers)]; @@ -26136,49 +26845,50 @@ var rest$19=fmt$0[2], formatting_lit=fmt$0[1], - _iI_=string_of_formatting_lit(formatting_lit); - iter$4(function(_iM_){return check_char(ib,_iM_)},_iI_); + _iJ_=string_of_formatting_lit(formatting_lit); + iter$4(function(_iN_){return check_char(ib,_iN_)},_iJ_); var fmt$0=rest$19; continue; case 18: - var _iJ_=fmt$0[1]; - if(0 === _iJ_[0]) - {var rest$20=fmt$0[2],match$4=_iJ_[1],fmt$9=match$4[1]; + var _iK_=fmt$0[1]; + if(0 === _iK_[0]) + {var rest$20=fmt$0[2],match$4=_iK_[1],fmt$9=match$4[1]; check_char(ib,64); check_char(ib,123); var fmt$10=concat_fmt(fmt$9,rest$20),fmt$0=fmt$10; continue} - var rest$21=fmt$0[2],match$5=_iJ_[1],fmt$11=match$5[1]; + var rest$21=fmt$0[2],match$5=_iK_[1],fmt$11=match$5[1]; check_char(ib,64); check_char(ib,91); var fmt$12=concat_fmt(fmt$11,rest$21),fmt$0=fmt$12; continue; case 19: var fmt_rest=fmt$0[1]; - if(! readers)return invalid_arg(cst_scanf_missing_reader); - var - readers_rest=readers[2], - reader=readers[1], - x=caml_call1(reader,ib); - return [0,x,make_scanf(ib,fmt_rest,readers_rest)]; - case 20: - var _iK_=fmt$0[1],_iL_=fmt$0[3]; - if(typeof _iL_ !== "number" && 17 === _iL_[0]) + if(readers) {var - rest$23=_iL_[2], - fmting_lit$0=_iL_[1], + readers_rest=readers[2], + reader=readers[1], + x=caml_call1(reader,ib); + return [0,x,make_scanf(ib,fmt_rest,readers_rest)]} + return invalid_arg(cst_scanf_missing_reader); + case 20: + var _iL_=fmt$0[1],_iM_=fmt$0[3]; + if(typeof _iM_ !== "number" && 17 === _iM_[0]) + {var + rest$23=_iM_[2], + fmting_lit$0=_iM_[1], char_set$0=fmt$0[2], match$6=stopper_of_formatting_lit(fmting_lit$0), str$1=match$6[2], stp$0=match$6[1], - width$0=width_of_pad_opt(_iK_); + width$0=width_of_pad_opt(_iL_); scan_chars_in_char_set(char_set$0,[0,stp$0],width$0,ib); var s$2=token_string(ib),str_rest$0=[11,str$1,rest$23]; return [0,s$2,make_scanf(ib,str_rest$0,readers)]} var rest$22=fmt$0[3], char_set=fmt$0[2], - width=width_of_pad_opt(_iK_); + width=width_of_pad_opt(_iL_); scan_chars_in_char_set(char_set,0,width,ib); var s$1=token_string(ib); return [0,s$1,make_scanf(ib,rest$22,readers)]; @@ -26198,21 +26908,27 @@ match$7=param_format_of_ignored_format(ign,rest$26), fmt$13=match$7[1], match$8=make_scanf(ib,fmt$13,readers); - if(! match$8)throw [0,Assert_failure,_cF_]; - var arg_rest=match$8[2]; - return arg_rest; - default:return invalid_arg(cst_scanf_bad_conversion_custo)}}} + if(match$8){var arg_rest=match$8[2];return arg_rest} + throw [0,Assert_failure,_cF_]; + default:return invalid_arg(cst_scanf_bad_conversion_custo)}} function kscanf(ib,ef,param) {var str=param[2],fmt=param[1]; function apply(f,args) {var f$0=f,args$0=args; for(;;) - {if(! args$0)return f$0; - var r=args$0[2],x=args$0[1],f$1=caml_call1(f$0,x),f$0=f$1,args$0=r}} + {if(args$0) + {var + r=args$0[2], + x=args$0[1], + f$1=caml_call1(f$0,x), + f$0=f$1, + args$0=r; + continue} + return f$0}} function k(readers,f) {reset_token(ib); try - {var _iB_=[0,make_scanf(ib,fmt,readers)],_iA_=_iB_} + {var _iC_=[0,make_scanf(ib,fmt,readers)],_iB_=_iC_} catch(exc) {exc = caml_wrap_exception(exc); var switch$0=0; @@ -26231,14 +26947,14 @@ {if(exc[1] !== Invalid_argument)throw exc; var msg=exc[2], - _iz_= + _iA_= invalid_arg (cat(msg,cat(cst_in_format,cat(escaped$1(str),cst$88)))); switch$0 = 1} - if(! switch$0)var _iz_=[1,exc]; - var _iA_=_iz_} - if(0 === _iA_[0]){var args=_iA_[1];return apply(f,args)} - var exc=_iA_[1]; + if(! switch$0)var _iA_=[1,exc]; + var _iB_=_iA_} + if(0 === _iB_[0]){var args=_iB_[1];return apply(f,args)} + var exc=_iB_[1]; return caml_call2(ef,ib,exc)} return take_format_readers(k,fmt)} function bscanf(ib,fmt){return kscanf(ib,scanf_bad_input,fmt)} @@ -26250,7 +26966,7 @@ {scan_caml_string(max_int,ib); var str=token_string(ib); try - {var _iy_=format_of_string_format(str,format),fmt=_iy_} + {var _iz_=format_of_string_format(str,format),fmt=_iz_} catch(exn) {exn = caml_wrap_exception(exn); if(exn[1] !== Failure)throw exn; @@ -26259,11 +26975,11 @@ function sscanf_format(s,format,f) {return bscanf_format(from_string$1(s),format,f)} function format_from_string(s,fmt) - {function _ix_(x){return x} - return sscanf_format(cat(cst$90,cat(escaped$1(s),cst$89)),fmt,_ix_)} + {function _iy_(x){return x} + return sscanf_format(cat(cst$90,cat(escaped$1(s),cst$89)),fmt,_iy_)} function unescaped(s) - {function _iw_(x){return x} - return caml_call1(sscanf(cat(cst$92,cat(s,cst$91)),_cG_),_iw_)} + {function _ix_(x){return x} + return caml_call1(sscanf(cat(cst$92,cat(s,cst$91)),_cG_),_ix_)} function kfscanf(ic,ef,fmt){return kscanf(memo_from_channel(ic),ef,fmt)} function fscanf(ic,fmt) {return kscanf(memo_from_channel(ic),scanf_bad_input,fmt)} @@ -26306,14 +27022,14 @@ function copy$7(o){var o$0=o.slice();return caml_set_oo_id(o$0)} var params$0=[0,1,1,1,3,16],initial_object_size=2,dummy_item=0; function public_method_label(s) - {var accu=[0,0],_it_=caml_ml_string_length(s) - 1 | 0,_is_=0; - if(_it_ >= 0) - {var i=_is_; + {var accu=[0,0],_iu_=caml_ml_string_length(s) - 1 | 0,_it_=0; + if(! (_iu_ < 0)) + {var i=_it_; for(;;) - {var _iu_=caml_string_get(s,i); - accu[1] = (223 * accu[1] | 0) + _iu_ | 0; - var _iv_=i + 1 | 0; - if(_it_ !== i){var i=_iv_;continue} + {var _iv_=caml_string_get(s,i); + accu[1] = (223 * accu[1] | 0) + _iv_ | 0; + var _iw_=i + 1 | 0; + if(_iu_ !== i){var i=_iw_;continue} break}} accu[1] = accu[1] & 2147483647; var tag=1073741823 < accu[1]?accu[1] + 2147483648 | 0:accu[1]; @@ -26335,30 +27051,30 @@ len=pub_labels.length - 1, methods=caml_make_vect((len * 2 | 0) + 2 | 0,dummy_met); caml_check_bound(methods,0)[1] = len; - var _im_=((fit_size(len) * 32 | 0) / 8 | 0) - 1 | 0; - caml_check_bound(methods,1)[2] = _im_; - var _io_=len - 1 | 0,_in_=0; - if(_io_ >= 0) - {var i=_in_; + var _in_=((fit_size(len) * 32 | 0) / 8 | 0) - 1 | 0; + caml_check_bound(methods,1)[2] = _in_; + var _ip_=len - 1 | 0,_io_=0; + if(! (_ip_ < 0)) + {var i=_io_; for(;;) {var - _iq_=(i * 2 | 0) + 3 | 0, - _ip_=caml_check_bound(pub_labels,i)[1 + i]; - caml_check_bound(methods,_iq_)[1 + _iq_] = _ip_; - var _ir_=i + 1 | 0; - if(_io_ !== i){var i=_ir_;continue} + _ir_=(i * 2 | 0) + 3 | 0, + _iq_=caml_check_bound(pub_labels,i)[1 + i]; + caml_check_bound(methods,_ir_)[1 + _ir_] = _iq_; + var _is_=i + 1 | 0; + if(_ip_ !== i){var i=_is_;continue} break}} return [0,initial_object_size,methods,Meths[1],Labs[1],0,0,Vars[1],0]} function resize$1(array,new_size) - {var old_size=array[2].length - 1,_ik_=old_size < new_size?1:0; - if(_ik_) + {var old_size=array[2].length - 1,_il_=old_size < new_size?1:0; + if(_il_) {var new_buck=caml_make_vect(new_size,dummy_met); blit$1(array[2],0,new_buck,0,old_size); array[2] = new_buck; - var _il_=0} + var _im_=0} else - var _il_=_ik_; - return _il_} + var _im_=_il_; + return _im_} var method_count=[0,0],inst_var_count=[0,0]; function new_method(table) {var index=table[2].length - 1; @@ -26366,16 +27082,17 @@ return index} function get_method_label(table,name) {try - {var _ii_=caml_call2(Meths[28],name,table[3]);return _ii_} - catch(_ij_) - {_ij_ = caml_wrap_exception(_ij_); - if(_ij_ !== Not_found)throw _ij_; - var label=new_method(table); - table[3] = caml_call3(Meths[4],name,label,table[3]); - table[4] = caml_call3(Labs[4],label,1,table[4]); - return label}} + {var _ij_=caml_call2(Meths[28],name,table[3]);return _ij_} + catch(_ik_) + {_ik_ = caml_wrap_exception(_ik_); + if(_ik_ === Not_found) + {var label=new_method(table); + table[3] = caml_call3(Meths[4],name,label,table[3]); + table[4] = caml_call3(Labs[4],label,1,table[4]); + return label} + throw _ik_}} function get_method_labels(table,names) - {return map$7(function(_ih_){return get_method_label(table,_ih_)},names)} + {return map$7(function(_ii_){return get_method_label(table,_ii_)},names)} function set_method(table,label,element) {method_count[1]++; return caml_call2(Labs[28],label,table[4]) @@ -26387,12 +27104,12 @@ :(table[6] = [0,[0,label,element],table[6]],0)} function get_method(table,label) {try - {var _if_=assoc(label,table[6]);return _if_} - catch(_ig_) - {_ig_ = caml_wrap_exception(_ig_); - if(_ig_ === Not_found) + {var _ig_=assoc(label,table[6]);return _ig_} + catch(_ih_) + {_ih_ = caml_wrap_exception(_ih_); + if(_ih_ === Not_found) return caml_check_bound(table[2],label)[1 + label]; - throw _ig_}} + throw _ih_}} function to_list$3(arr){return 0 === arr?0:to_list$1(arr)} function narrow(table,vars,virt_meths,concr_meths) {var @@ -26401,31 +27118,31 @@ concr_meths$0=to_list$3(concr_meths), virt_meth_labs= map$4 - (function(_ie_){return get_method_label(table,_ie_)},virt_meths$0), + (function(_if_){return get_method_label(table,_if_)},virt_meths$0), concr_meth_labs= map$4 - (function(_id_){return get_method_label(table,_id_)},concr_meths$0); + (function(_ie_){return get_method_label(table,_ie_)},concr_meths$0); table[5] = [0, [0,table[3],table[4],table[6],table[7],virt_meth_labs,vars$0], table[5]]; - var _h6_=Vars[1],_h7_=table[7]; - function _h8_(lab,info,tvars) + var _h7_=Vars[1],_h8_=table[7]; + function _h9_(lab,info,tvars) {return mem(lab,vars$0)?caml_call3(Vars[4],lab,info,tvars):tvars} - table[7] = caml_call3(Vars[13],_h8_,_h7_,_h6_); + table[7] = caml_call3(Vars[13],_h9_,_h8_,_h7_); var by_name=[0,Meths[1]],by_label=[0,Labs[1]]; iter2$0 (function(met,label) {by_name[1] = caml_call3(Meths[4],met,label,by_name[1]); - var _h$_=by_label[1]; + var _ia_=by_label[1]; try - {var _ib_=caml_call2(Labs[28],label,table[4]),_ia_=_ib_} - catch(_ic_) - {_ic_ = caml_wrap_exception(_ic_); - if(_ic_ !== Not_found)throw _ic_; - var _ia_=1} - by_label[1] = caml_call3(Labs[4],label,_ia_,_h$_); + {var _ic_=caml_call2(Labs[28],label,table[4]),_ib_=_ic_} + catch(_id_) + {_id_ = caml_wrap_exception(_id_); + if(_id_ !== Not_found)throw _id_; + var _ib_=1} + by_label[1] = caml_call3(Labs[4],label,_ib_,_ia_); return 0}, concr_meths$0, concr_meth_labs); @@ -26438,14 +27155,14 @@ virt_meth_labs); table[3] = by_name[1]; table[4] = by_label[1]; - var _h9_=0,_h__=table[6]; + var _h__=0,_h$_=table[6]; table[6] = fold_right (function(met,hm) {var lab=met[1];return mem(lab,virt_meth_labs)?hm:[0,met,hm]}, - _h__, - _h9_); + _h$_, + _h__); return 0} function widen(table) {var @@ -26461,33 +27178,34 @@ = fold_left$0 (function(s,v) - {var _h5_=caml_call2(Vars[28],v,table[7]); - return caml_call3(Vars[4],v,_h5_,s)}, + {var _h6_=caml_call2(Vars[28],v,table[7]); + return caml_call3(Vars[4],v,_h6_,s)}, saved_vars, vars); table[3] = by_name; table[4] = by_label; - var _h4_=table[6]; + var _h5_=table[6]; table[6] = fold_right (function(met,hm) {var lab=met[1];return mem(lab,virt_meths)?hm:[0,met,hm]}, - _h4_, + _h5_, saved_hidden_meths); return 0} function new_slot(table) {var index=table[1];table[1] = index + 1 | 0;return index} function new_variable(table,name) {try - {var _h2_=caml_call2(Vars[28],name,table[7]);return _h2_} - catch(_h3_) - {_h3_ = caml_wrap_exception(_h3_); - if(_h3_ !== Not_found)throw _h3_; - var index=new_slot(table); - if(caml_string_notequal(name,cst$93)) - table[7] = caml_call3(Vars[4],name,index,table[7]); - return index}} + {var _h3_=caml_call2(Vars[28],name,table[7]);return _h3_} + catch(_h4_) + {_h4_ = caml_wrap_exception(_h4_); + if(_h4_ === Not_found) + {var index=new_slot(table); + if(caml_string_notequal(name,cst$93)) + table[7] = caml_call3(Vars[4],name,index,table[7]); + return index} + throw _h4_}} function to_array(arr){return caml_equal(arr,0)?[0]:arr} function new_methods_variables(table,meths,vals) {var @@ -26495,39 +27213,39 @@ nmeths=meths$0.length - 1, nvals=vals.length - 1, res=caml_make_vect(nmeths + nvals | 0,0), - _hU_=nmeths - 1 | 0, - _hT_=0; - if(_hU_ >= 0) - {var i$0=_hT_; + _hV_=nmeths - 1 | 0, + _hU_=0; + if(! (_hV_ < 0)) + {var i$0=_hU_; for(;;) {var - _h0_= + _h1_= get_method_label(table,caml_check_bound(meths$0,i$0)[1 + i$0]); - caml_check_bound(res,i$0)[1 + i$0] = _h0_; - var _h1_=i$0 + 1 | 0; - if(_hU_ !== i$0){var i$0=_h1_;continue} + caml_check_bound(res,i$0)[1 + i$0] = _h1_; + var _h2_=i$0 + 1 | 0; + if(_hV_ !== i$0){var i$0=_h2_;continue} break}} - var _hW_=nvals - 1 | 0,_hV_=0; - if(_hW_ >= 0) - {var i=_hV_; + var _hX_=nvals - 1 | 0,_hW_=0; + if(! (_hX_ < 0)) + {var i=_hW_; for(;;) {var - _hY_=i + nmeths | 0, - _hX_=new_variable(table,caml_check_bound(vals,i)[1 + i]); - caml_check_bound(res,_hY_)[1 + _hY_] = _hX_; - var _hZ_=i + 1 | 0; - if(_hW_ !== i){var i=_hZ_;continue} + _hZ_=i + nmeths | 0, + _hY_=new_variable(table,caml_check_bound(vals,i)[1 + i]); + caml_check_bound(res,_hZ_)[1 + _hZ_] = _hY_; + var _h0_=i + 1 | 0; + if(_hX_ !== i){var i=_h0_;continue} break}} return res} function get_variable(table,name) {try - {var _hR_=caml_call2(Vars[28],name,table[7]);return _hR_} - catch(_hS_) - {_hS_ = caml_wrap_exception(_hS_); - if(_hS_ === Not_found)throw [0,Assert_failure,_cH_]; - throw _hS_}} + {var _hS_=caml_call2(Vars[28],name,table[7]);return _hS_} + catch(_hT_) + {_hT_ = caml_wrap_exception(_hT_); + if(_hT_ === Not_found)throw [0,Assert_failure,_cH_]; + throw _hT_}} function get_variables(table,names) - {return map$7(function(_hQ_){return get_variable(table,_hQ_)},names)} + {return map$7(function(_hR_){return get_variable(table,_hR_)},names)} function add_initializer(table,f){table[8] = [0,f,table[8]];return 0} function create_table(public_methods) {if(0 === public_methods)return new_table([0]); @@ -26554,20 +27272,20 @@ var init=top?caml_call2(super$0,cla,env):caml_call1(super$0,cla); widen(cla); var - _hL_=0, - _hM_=to_array(concr_meths), - _hN_= + _hM_=0, + _hN_=to_array(concr_meths), + _hO_= [0, map$7 - (function(nm){return get_method(cla,get_method_label(cla,nm))},_hM_), - _hL_], - _hO_=to_array(vals); + (function(nm){return get_method(cla,get_method_label(cla,nm))},_hN_), + _hM_], + _hP_=to_array(vals); return caml_array_concat ([0, [0,init], [0, - map$7(function(_hP_){return get_variable(cla,_hP_)},_hO_), - _hN_]])} + map$7(function(_hQ_){return get_variable(cla,_hQ_)},_hP_), + _hO_]])} function make_class(pub_meths,class_init) {var table=create_table(pub_meths),env_init=caml_call1(class_init,table); init_class(table); @@ -26593,13 +27311,15 @@ function iter_f(obj,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var l=param$0[2],f=param$0[1]; - caml_call1(f,obj); - var param$0=l}} + {if(param$0) + {var l=param$0[2],f=param$0[1]; + caml_call1(f,obj); + var param$0=l; + continue} + return 0}} function run_initializers(obj,table) - {var inits=table[8],_hK_=0 !== inits?1:0; - return _hK_?iter_f(obj,inits):_hK_} + {var inits=table[8],_hL_=0 !== inits?1:0; + return _hL_?iter_f(obj,inits):_hL_} function run_initializers_opt(obj_0,obj,table) {if(obj_0)return obj; var inits=table[8]; @@ -26613,41 +27333,44 @@ function get_data$0(param) {if(param)return param[2];throw [0,Assert_failure,_cL_]} function build_path(n,keys,tables) - {var res=[0,0,0,0],r=[0,res],_hG_=0; - if(n >= 0) - {var i=_hG_; + {var res=[0,0,0,0],r=[0,res],_hH_=0; + if(! (n < 0)) + {var i=_hH_; for(;;) - {var _hI_=r[1]; - r[1] = [0,caml_check_bound(keys,i)[1 + i],_hI_,0]; - var _hJ_=i + 1 | 0; - if(n !== i){var i=_hJ_;continue} + {var _hJ_=r[1]; + r[1] = [0,caml_check_bound(keys,i)[1 + i],_hJ_,0]; + var _hK_=i + 1 | 0; + if(n !== i){var i=_hK_;continue} break}} - var _hH_=r[1]; - if(! tables)throw [0,Assert_failure,_cI_]; - tables[2] = _hH_; - return res} + var _hI_=r[1]; + if(tables){tables[2] = _hI_;return res} + throw [0,Assert_failure,_cI_]} function lookup_tables(root,keys) {var tables$2=get_data$0(root); - if(! tables$2)return build_path(keys.length - 1 - 1 | 0,keys,root); - var i$1=keys.length - 1 - 1 | 0,i=i$1,tables=tables$2; - a: - for(;;) - {if(0 > i)return tables; - var key=caml_check_bound(keys,i)[1 + i],tables$0=tables; + if(tables$2) + {var i$1=keys.length - 1 - 1 | 0,i=i$1,tables=tables$2; + a: for(;;) - {if(! tables$0)throw [0,Assert_failure,_cK_]; - if(tables$0[1] === key) - {var tables$1=get_data$0(tables$0); - if(! tables$1)throw [0,Assert_failure,_cN_]; - var i$0=i - 1 | 0,i=i$0,tables=tables$1; - continue a} - if(! tables$0)throw [0,Assert_failure,_cM_]; - var _hF_=tables$0[3]; - if(_hF_){var tables$0=_hF_;continue} - var v=[0,key,0,0]; - if(! tables$0)throw [0,Assert_failure,_cJ_]; - tables$0[3] = v; - return build_path(i - 1 | 0,keys,v)}}} + {if(0 <= i) + {var key=caml_check_bound(keys,i)[1 + i],tables$0=tables; + for(;;) + {if(tables$0) + {if(tables$0[1] === key) + {var tables$1=get_data$0(tables$0); + if(tables$1) + {var i$0=i - 1 | 0,i=i$0,tables=tables$1;continue a} + throw [0,Assert_failure,_cN_]} + if(tables$0) + {var _hG_=tables$0[3]; + if(_hG_){var tables$0=_hG_;continue} + var v=[0,key,0,0]; + if(tables$0) + {tables$0[3] = v;return build_path(i - 1 | 0,keys,v)} + throw [0,Assert_failure,_cJ_]} + throw [0,Assert_failure,_cM_]} + throw [0,Assert_failure,_cK_]}} + return tables}} + return build_path(keys.length - 1 - 1 | 0,keys,root)} function new_cache(table) {var n=new_method(table),switch$0=0; if @@ -26655,9 +27378,8 @@ !== (n % 2 | 0) && - (2 + ((caml_check_bound(table[2],1)[2] * 16 | 0) / 32 | 0) | 0) - >= - n) + ! + ((2 + ((caml_check_bound(table[2],1)[2] * 16 | 0) / 32 | 0) | 0) < n)) {var n$0=new_method(table);switch$0 = 1} if(! switch$0)var n$0=n; caml_check_bound(table[2],n$0)[1 + n$0] = 0; @@ -26665,250 +27387,255 @@ function set_methods(table,methods) {var len=methods.length - 1,i=[0,0]; for(;;) - {if(i[1] >= len)return 0; - var - _hz_=i[1], - label=caml_check_bound(methods,_hz_)[1 + _hz_], - next= - function(param) - {i[1]++; - var _hE_=i[1]; - return caml_check_bound(methods,_hE_)[1 + _hE_]}, - clo=next(0); - if(typeof clo === "number") - switch(clo) - {case 0: - var - x=next(0), - clo$0=function(x){return function(obj){return x}}(x); - break; - case 1: - var - n=next(0), - clo$0=function(n){return function(obj){return obj[1 + n]}}(n); - break; - case 2: - var - e=next(0), - n$0=next(0), - clo$0= - function(e,n){return function(obj){return obj[1 + e][1 + n]}} - (e,n$0); - break; - case 3: - var - n$1=next(0), - clo$0= - function(n) - {return function(obj){return caml_call1(obj[1][1 + n],obj)}} - (n$1); - break; - case 4: - var - n$2=next(0), - clo$0= - function(n){return function(obj,x){obj[1 + n] = x;return 0}} - (n$2); - break; - case 5: - var - f=next(0), - x$0=next(0), - clo$0= - function(f,x){return function(obj){return caml_call1(f,x)}} - (f,x$0); - break; - case 6: - var - f$0=next(0), - n$3=next(0), - clo$0= - function(f,n) - {return function(obj){return caml_call1(f,obj[1 + n])}} - (f$0,n$3); - break; - case 7: - var - f$1=next(0), - e$0=next(0), - n$4=next(0), - clo$0= - function(f,e,n) - {return function(obj){return caml_call1(f,obj[1 + e][1 + n])}} - (f$1,e$0,n$4); - break; - case 8: - var - f$2=next(0), - n$5=next(0), - clo$0= - function(f,n) - {return function(obj) - {return caml_call1(f,caml_call1(obj[1][1 + n],obj))}} - (f$2,n$5); - break; - case 9: - var - f$3=next(0), - x$1=next(0), - y=next(0), - clo$0= - function(f,x,y){return function(obj){return caml_call2(f,x,y)}} - (f$3,x$1,y); - break; - case 10: - var - f$4=next(0), - x$2=next(0), - n$6=next(0), - clo$0= - function(f,x,n) - {return function(obj){return caml_call2(f,x,obj[1 + n])}} - (f$4,x$2,n$6); - break; - case 11: - var - f$5=next(0), - x$3=next(0), - e$1=next(0), - n$7=next(0), - clo$0= - function(f,x,e,n) - {return function(obj) - {return caml_call2(f,x,obj[1 + e][1 + n])}} - (f$5,x$3,e$1,n$7); - break; - case 12: - var - f$6=next(0), - x$4=next(0), - n$8=next(0), - clo$0= - function(f,x,n) - {return function(obj) - {return caml_call2(f,x,caml_call1(obj[1][1 + n],obj))}} - (f$6,x$4,n$8); - break; - case 13: - var - f$7=next(0), - n$9=next(0), - x$5=next(0), - clo$0= - function(f,n,x) - {return function(obj){return caml_call2(f,obj[1 + n],x)}} - (f$7,n$9,x$5); - break; - case 14: - var - f$8=next(0), - e$2=next(0), - n$10=next(0), - x$6=next(0), - clo$0= - function(f,e,n,x) - {return function(obj) - {return caml_call2(f,obj[1 + e][1 + n],x)}} - (f$8,e$2,n$10,x$6); - break; - case 15: - var - f$9=next(0), - n$11=next(0), - x$7=next(0), - clo$0= - function(f,n,x) - {return function(obj) - {return caml_call2(f,caml_call1(obj[1][1 + n],obj),x)}} - (f$9,n$11,x$7); - break; - case 16: - var - n$12=next(0), - x$8=next(0), - clo$0= - function(n,x) - {return function(obj){return caml_call2(obj[1][1 + n],obj,x)}} - (n$12,x$8); - break; - case 17: - var - n$13=next(0), - m=next(0), - clo$0= - function(n,m) - {return function(obj) - {return caml_call2(obj[1][1 + n],obj,obj[1 + m])}} - (n$13,m); - break; - case 18: - var - n$14=next(0), - e$3=next(0), - m$0=next(0), - clo$0= - function(n,e,m) - {return function(obj) - {return caml_call2(obj[1][1 + n],obj,obj[1 + e][1 + m])}} - (n$14,e$3,m$0); - break; - case 19: - var - n$15=next(0), - m$1=next(0), - clo$0= - function(n,m) - {return function(obj) - {var _hC_=caml_call1(obj[1][1 + m],obj); - return caml_call2(obj[1][1 + n],obj,_hC_)}} - (n$15,m$1); - break; - case 20: - var m$2=next(0),x$9=next(0); - new_cache(table); - var - clo$0= - function(m,x) - {return function(obj) - {return caml_call1(caml_get_public_method(x,m,0),x)}} - (m$2,x$9); - break; - case 21: - var m$3=next(0),n$16=next(0); - new_cache(table); - var - clo$0= - function(m,n) - {return function(obj) - {var _hB_=obj[1 + n]; - return caml_call1(caml_get_public_method(_hB_,m,0),_hB_)}} - (m$3,n$16); - break; - case 22: - var m$4=next(0),e$4=next(0),n$17=next(0); - new_cache(table); - var - clo$0= - function(m,e,n) - {return function(obj) - {var _hA_=obj[1 + e][1 + n]; - return caml_call1(caml_get_public_method(_hA_,m,0),_hA_)}} - (m$4,e$4,n$17); - break; - default: - var m$5=next(0),n$18=next(0); - new_cache(table); - var - clo$0= - function(m,n) - {return function(obj) - {var _hD_=caml_call1(obj[1][1 + n],obj); - return caml_call1(caml_get_public_method(_hD_,m,0),_hD_)}} - (m$5,n$18)} - else - var clo$0=clo; - set_method(table,label,clo$0); - i[1]++}} + {if(i[1] < len) + {var + _hA_=i[1], + label=caml_check_bound(methods,_hA_)[1 + _hA_], + next= + function(param) + {i[1]++; + var _hF_=i[1]; + return caml_check_bound(methods,_hF_)[1 + _hF_]}, + clo=next(0); + if(typeof clo === "number") + switch(clo) + {case 0: + var + x=next(0), + clo$0=function(x){return function(obj){return x}}(x); + break; + case 1: + var + n=next(0), + clo$0=function(n){return function(obj){return obj[1 + n]}}(n); + break; + case 2: + var + e=next(0), + n$0=next(0), + clo$0= + function(e,n){return function(obj){return obj[1 + e][1 + n]}} + (e,n$0); + break; + case 3: + var + n$1=next(0), + clo$0= + function(n) + {return function(obj){return caml_call1(obj[1][1 + n],obj)}} + (n$1); + break; + case 4: + var + n$2=next(0), + clo$0= + function(n){return function(obj,x){obj[1 + n] = x;return 0}} + (n$2); + break; + case 5: + var + f=next(0), + x$0=next(0), + clo$0= + function(f,x){return function(obj){return caml_call1(f,x)}} + (f,x$0); + break; + case 6: + var + f$0=next(0), + n$3=next(0), + clo$0= + function(f,n) + {return function(obj){return caml_call1(f,obj[1 + n])}} + (f$0,n$3); + break; + case 7: + var + f$1=next(0), + e$0=next(0), + n$4=next(0), + clo$0= + function(f,e,n) + {return function(obj) + {return caml_call1(f,obj[1 + e][1 + n])}} + (f$1,e$0,n$4); + break; + case 8: + var + f$2=next(0), + n$5=next(0), + clo$0= + function(f,n) + {return function(obj) + {return caml_call1(f,caml_call1(obj[1][1 + n],obj))}} + (f$2,n$5); + break; + case 9: + var + f$3=next(0), + x$1=next(0), + y=next(0), + clo$0= + function(f,x,y) + {return function(obj){return caml_call2(f,x,y)}} + (f$3,x$1,y); + break; + case 10: + var + f$4=next(0), + x$2=next(0), + n$6=next(0), + clo$0= + function(f,x,n) + {return function(obj){return caml_call2(f,x,obj[1 + n])}} + (f$4,x$2,n$6); + break; + case 11: + var + f$5=next(0), + x$3=next(0), + e$1=next(0), + n$7=next(0), + clo$0= + function(f,x,e,n) + {return function(obj) + {return caml_call2(f,x,obj[1 + e][1 + n])}} + (f$5,x$3,e$1,n$7); + break; + case 12: + var + f$6=next(0), + x$4=next(0), + n$8=next(0), + clo$0= + function(f,x,n) + {return function(obj) + {return caml_call2(f,x,caml_call1(obj[1][1 + n],obj))}} + (f$6,x$4,n$8); + break; + case 13: + var + f$7=next(0), + n$9=next(0), + x$5=next(0), + clo$0= + function(f,n,x) + {return function(obj){return caml_call2(f,obj[1 + n],x)}} + (f$7,n$9,x$5); + break; + case 14: + var + f$8=next(0), + e$2=next(0), + n$10=next(0), + x$6=next(0), + clo$0= + function(f,e,n,x) + {return function(obj) + {return caml_call2(f,obj[1 + e][1 + n],x)}} + (f$8,e$2,n$10,x$6); + break; + case 15: + var + f$9=next(0), + n$11=next(0), + x$7=next(0), + clo$0= + function(f,n,x) + {return function(obj) + {return caml_call2(f,caml_call1(obj[1][1 + n],obj),x)}} + (f$9,n$11,x$7); + break; + case 16: + var + n$12=next(0), + x$8=next(0), + clo$0= + function(n,x) + {return function(obj) + {return caml_call2(obj[1][1 + n],obj,x)}} + (n$12,x$8); + break; + case 17: + var + n$13=next(0), + m=next(0), + clo$0= + function(n,m) + {return function(obj) + {return caml_call2(obj[1][1 + n],obj,obj[1 + m])}} + (n$13,m); + break; + case 18: + var + n$14=next(0), + e$3=next(0), + m$0=next(0), + clo$0= + function(n,e,m) + {return function(obj) + {return caml_call2(obj[1][1 + n],obj,obj[1 + e][1 + m])}} + (n$14,e$3,m$0); + break; + case 19: + var + n$15=next(0), + m$1=next(0), + clo$0= + function(n,m) + {return function(obj) + {var _hD_=caml_call1(obj[1][1 + m],obj); + return caml_call2(obj[1][1 + n],obj,_hD_)}} + (n$15,m$1); + break; + case 20: + var m$2=next(0),x$9=next(0); + new_cache(table); + var + clo$0= + function(m,x) + {return function(obj) + {return caml_call1(caml_get_public_method(x,m,0),x)}} + (m$2,x$9); + break; + case 21: + var m$3=next(0),n$16=next(0); + new_cache(table); + var + clo$0= + function(m,n) + {return function(obj) + {var _hC_=obj[1 + n]; + return caml_call1(caml_get_public_method(_hC_,m,0),_hC_)}} + (m$3,n$16); + break; + case 22: + var m$4=next(0),e$4=next(0),n$17=next(0); + new_cache(table); + var + clo$0= + function(m,e,n) + {return function(obj) + {var _hB_=obj[1 + e][1 + n]; + return caml_call1(caml_get_public_method(_hB_,m,0),_hB_)}} + (m$4,e$4,n$17); + break; + default: + var m$5=next(0),n$18=next(0); + new_cache(table); + var + clo$0= + function(m,n) + {return function(obj) + {var _hE_=caml_call1(obj[1][1 + n],obj); + return caml_call1(caml_get_public_method(_hE_,m,0),_hE_)}} + (m$5,n$18)} + else + var clo$0=clo; + set_method(table,label,clo$0); + i[1]++; + continue} + return 0}} function stats$0(param) {return [0,table_count[1],method_count[1],inst_var_count[1]]} var @@ -26951,10 +27678,10 @@ {var length=comps$0.length - 1, modu=caml_obj_block(0,length), - _hv_=length - 1 | 0, - _hu_=0; - if(_hv_ >= 0) - {var i=_hu_; + _hw_=length - 1 | 0, + _hv_=0; + if(! (_hw_ < 0)) + {var i=_hv_; for(;;) {var shape=caml_check_bound(comps$0,i)[1 + i]; if(typeof shape === "number") @@ -26977,13 +27704,13 @@ (l, [246, function(l,i) - {return function(_hx_) + {return function(_hy_) {var l$0=modu[1 + i]; if(l === l$0)throw [0,Undefined_recursive_module,loc]; - var _hy_=caml_obj_tag(l$0); - return 250 === _hy_ + var _hz_=caml_obj_tag(l$0); + return 250 === _hz_ ?l$0[1] - :246 === _hy_?force_lazy_block(l$0):l$0}} + :246 === _hz_?force_lazy_block(l$0):l$0}} (l,i)]); var init=l; break; @@ -26994,8 +27721,8 @@ else var v=shape[1],init=v; modu[1 + i] = init; - var _hw_=i + 1 | 0; - if(_hv_ !== i){var i=_hw_;continue} + var _hx_=i + 1 | 0; + if(_hw_ !== i){var i=_hx_;continue} break}} return modu} function init_mod(loc,shape) @@ -27004,9 +27731,9 @@ return failwith(cst_CamlinternalMod_init_mod_n)} function update_mod_block(comps$0,o,n) {if(0 === caml_obj_tag(n) && comps$0.length - 1 <= n.length - 1) - {var _hs_=comps$0.length - 1 - 1 | 0,_hr_=0; - if(_hs_ >= 0) - {var i=_hr_; + {var _ht_=comps$0.length - 1 - 1 | 0,_hs_=0; + if(! (_ht_ < 0)) + {var i=_hs_; for(;;) {var n$0=n[1 + i],shape=caml_check_bound(comps$0,i)[1 + i]; if(typeof shape === "number") @@ -27016,8 +27743,8 @@ {var cl=o[1 + i],j=0; for(;;) {cl[1 + j] = n$0[1 + j]; - var _hq_=j + 1 | 0; - if(3 !== j){var j=_hq_;continue} + var _hr_=j + 1 | 0; + if(3 !== j){var j=_hr_;continue} break}} else switch$0 = 1; @@ -27027,8 +27754,8 @@ else if(0 === shape[0]) {var comps=shape[1];update_mod_block(comps,o[1 + i],n$0)} - var _ht_=i + 1 | 0; - if(_hs_ !== i){var i=_ht_;continue} + var _hu_=i + 1 | 0; + if(_ht_ !== i){var i=_hu_;continue} break}} return 0} throw [0,Assert_failure,_cP_]} @@ -27063,76 +27790,76 @@ keywords); function ident_or_keyword(id) {try - {var _ho_=caml_call2(Stdlib_Hashtbl[6],kwd_table,id);return _ho_} - catch(_hp_) - {_hp_ = caml_wrap_exception(_hp_); - if(_hp_ === Not_found)return [1,id]; - throw _hp_}} + {var _hp_=caml_call2(Stdlib_Hashtbl[6],kwd_table,id);return _hp_} + catch(_hq_) + {_hq_ = caml_wrap_exception(_hq_); + if(_hq_ === Not_found)return [1,id]; + throw _hq_}} function keyword_or_error(c) {var s=make$1(1,c); try - {var _hm_=caml_call2(Stdlib_Hashtbl[6],kwd_table,s);return _hm_} - catch(_hn_) - {_hn_ = caml_wrap_exception(_hn_); - if(_hn_ === Not_found)throw [0,Error,cat(cst_Illegal_character,s)]; - throw _hn_}} + {var _hn_=caml_call2(Stdlib_Hashtbl[6],kwd_table,s);return _hn_} + catch(_ho_) + {_ho_ = caml_wrap_exception(_ho_); + if(_ho_ === Not_found)throw [0,Error,cat(cst_Illegal_character,s)]; + throw _ho_}} function end_exponent_part(strm) {for(;;) {var match=peek$0(strm); if(match) - {var _hl_=match[1]; - if(9 >= _hl_ - 48 >>> 0){junk(strm);store(_hl_);continue}} + {var _hm_=match[1]; + if(! (9 < _hm_ - 48 >>> 0)){junk(strm);store(_hm_);continue}} return [0,[3,caml_float_of_string(get_string(0))]]}} function exponent_part(strm) {var match=peek$0(strm); if(match) - {var _hk_=match[1],switch$0=0; - if(43 !== _hk_ && 45 !== _hk_)switch$0 = 1; + {var _hl_=match[1],switch$0=0; + if(43 !== _hl_ && 45 !== _hl_)switch$0 = 1; if(! switch$0) - {junk(strm);store(_hk_);return end_exponent_part(strm)}} + {junk(strm);store(_hl_);return end_exponent_part(strm)}} return end_exponent_part(strm)} function number(s) {for(;;) {var match=peek$0(s); if(match) - {var _hh_=match[1]; - if(58 <= _hh_) + {var _hi_=match[1]; + if(58 <= _hi_) {var switch$0=0; - if(69 === _hh_ || 101 === _hh_)switch$0 = 1; + if(69 === _hi_ || 101 === _hi_)switch$0 = 1; if(switch$0){junk(s);store(69);return exponent_part(s)}} else - {if(46 === _hh_) + {if(46 === _hi_) {junk(s); store(46); for(;;) {var match$0=peek$0(s); if(match$0) - {var _hi_=match$0[1],_hj_=_hi_ - 69 | 0; - if(32 < _hj_ >>> 0) - {if(9 >= _hj_ + 21 >>> 0){junk(s);store(_hi_);continue}} + {var _hj_=match$0[1],_hk_=_hj_ - 69 | 0; + if(32 < _hk_ >>> 0) + {if(! (9 < _hk_ + 21 >>> 0)){junk(s);store(_hj_);continue}} else - if(30 < _hj_ - 1 >>> 0) + if(30 < _hk_ - 1 >>> 0) {junk(s);store(69);return exponent_part(s)}} return [0,[3,caml_float_of_string(get_string(0))]]}} - if(48 <= _hh_){junk(s);store(_hh_);continue}}} + if(48 <= _hi_){junk(s);store(_hi_);continue}}} return [0,[2,caml_int_of_string(get_string(0))]]}} function ident2(strm) {for(;;) {var match=peek$0(strm); if(match) - {var _hf_=match[1],switch$0=0; - if(94 <= _hf_) - {var _hg_=_hf_ - 95 | 0; - if(30 < _hg_ >>> 0) - {if(32 > _hg_)switch$0 = 1} + {var _hg_=match[1],switch$0=0; + if(94 <= _hg_) + {var _hh_=_hg_ - 95 | 0; + if(30 < _hh_ >>> 0) + {if(! (32 <= _hh_))switch$0 = 1} else - if(29 === _hg_)switch$0 = 1} + if(29 === _hh_)switch$0 = 1} else - if(65 <= _hf_) - {if(92 === _hf_)switch$0 = 1} + if(65 <= _hg_) + {if(92 === _hg_)switch$0 = 1} else - if(33 <= _hf_) - switch(_hf_ - 33 | 0) + if(33 <= _hg_) + switch(_hg_ - 33 | 0) {case 0: case 2: case 3: @@ -27149,14 +27876,14 @@ case 30: case 31:switch$0 = 1;break } - if(switch$0){junk(strm);store(_hf_);continue}} + if(switch$0){junk(strm);store(_hg_);continue}} return [0,ident_or_keyword(get_string(0))]}} function neg_number(s) {var match=peek$0(s); if(match) - {var _he_=match[1]; - if(9 >= _he_ - 48 >>> 0) - {junk(s);reset_buffer(0);store(45);store(_he_);return number(s)}} + {var _hf_=match[1]; + if(! (9 < _hf_ - 48 >>> 0)) + {junk(s);reset_buffer(0);store(45);store(_hf_);return number(s)}} reset_buffer(0); store(45); return ident2(s)} @@ -27164,204 +27891,217 @@ {for(;;) {var match=peek$0(strm); if(match) - {var _hc_=match[1],switch$0=0; - if(91 <= _hc_) - {var _hd_=_hc_ - 95 | 0; - if(27 < _hd_ >>> 0) - {if(97 <= _hd_)switch$0 = 1} + {var _hd_=match[1],switch$0=0; + if(91 <= _hd_) + {var _he_=_hd_ - 95 | 0; + if(27 < _he_ >>> 0) + {if(97 <= _he_)switch$0 = 1} else - if(1 !== _hd_)switch$0 = 1} + if(1 !== _he_)switch$0 = 1} else - if(48 <= _hc_) - {if(6 < _hc_ - 58 >>> 0)switch$0 = 1} + if(48 <= _hd_) + {if(6 < _hd_ - 58 >>> 0)switch$0 = 1} else - if(39 === _hc_)switch$0 = 1; - if(switch$0){junk(strm);store(_hc_);continue}} + if(39 === _hd_)switch$0 = 1; + if(switch$0){junk(strm);store(_hd_);continue}} return [0,ident_or_keyword(get_string(0))]}} function next_token$0(counter,strm) {for(;;) {var match=peek$0(strm); - if(! match)return 0; - var _g5_=match[1],switch$0=0; - if(124 <= _g5_) - {if(127 <= _g5_) - {if(192 <= _g5_)switch$0 = 1} + if(match) + {var _g5_=match[1],switch$0=0; + if(124 <= _g5_) + {if(127 <= _g5_) + {if(192 <= _g5_)switch$0 = 1} + else + if(125 !== _g5_)switch$0 = 2} else - if(125 !== _g5_)switch$0 = 2} - else - {var _g6_=_g5_ - 65 | 0; - if(57 < _g6_ >>> 0) - {if(58 > _g6_) - switch(_g6_ + 65 | 0) - {case 34: - junk(strm); - reset_buffer(0); - for(;;) - {var match$1=peek$0(strm); - if(! match$1)throw Failure$0; - var _g8_=match$1[1]; - if(34 === _g8_){junk(strm);return [0,[4,get_string(0)]]} - if(92 !== _g8_){junk(strm);store(_g8_);continue} + {var _g6_=_g5_ - 65 | 0; + if(57 < _g6_ >>> 0) + {if(! (58 <= _g6_)) + switch(_g6_ + 65 | 0) + {case 34: + junk(strm); + reset_buffer(0); + for(;;) + {var match$1=peek$0(strm); + if(match$1) + {var _g8_=match$1[1]; + if(34 === _g8_){junk(strm);return [0,[4,get_string(0)]]} + if(92 === _g8_) + {junk(strm); + try + {var c$0=escape(strm)} + catch(_hc_) + {_hc_ = caml_wrap_exception(_hc_); + if(_hc_ === Failure$0)throw [0,Error,cst$96]; + throw _hc_; + var _g$_=_hc_} + store(c$0); + continue} + junk(strm); + store(_g8_); + continue} + throw Failure$0} + case 39: junk(strm); try - {var c$0=escape(strm)} - catch(_hb_) - {_hb_ = caml_wrap_exception(_hb_); - if(_hb_ === Failure$0)throw [0,Error,cst$96]; - throw _hb_} - store(c$0)} - case 39: - junk(strm); - try - {var match$2=peek$0(strm); - if(! match$2)throw Failure$0; - var _g9_=match$2[1]; - if(92 === _g9_) - {junk(strm); - try - {var _g__=escape(strm)} - catch(_ha_) - {_ha_ = caml_wrap_exception(_ha_); - if(_ha_ === Failure$0)throw [0,Error,cst$97]; - throw _ha_} - var c=_g__} - else - {junk(strm);var c=_g9_}} - catch(_g$_) - {_g$_ = caml_wrap_exception(_g$_); - if(_g$_ === Failure$0)throw [0,Error,cst$94]; - throw _g$_} - var match$0=peek$0(strm); - if(match$0 && 39 === match$0[1]) - {junk(strm);return [0,[5,c]]} - throw [0,Error,cst$95]; - case 40: - junk(strm); - if(counter >= 50) - return caml_trampoline_return(maybe_comment,[0,strm]); - var counter$0=counter + 1 | 0; - return maybe_comment(counter$0,strm); - case 45:junk(strm);return neg_number(strm); - case 9: - case 10: - case 12: - case 13: - case 26: - case 32:junk(strm);continue; - case 48: - case 49: - case 50: - case 51: - case 52: - case 53: - case 54: - case 55: - case 56: - case 57: - junk(strm);reset_buffer(0);store(_g5_);return number(strm); - case 33: - case 35: - case 36: - case 37: - case 38: - case 42: - case 43: - case 47: - case 58: - case 60: - case 61: - case 62: - case 63: - case 64:switch$0 = 2;break - }} - else - {var _g7_=_g6_ - 26 | 0; - if(5 < _g7_ >>> 0) - switch$0 = 1; + {var match$2=peek$0(strm); + if(! match$2)throw Failure$0; + var _g9_=match$2[1]; + if(92 === _g9_) + {junk(strm); + try + {var _g__=escape(strm)} + catch(_hb_) + {_hb_ = caml_wrap_exception(_hb_); + if(_hb_ === Failure$0)throw [0,Error,cst$97]; + throw _hb_} + var c=_g__} + else + {junk(strm);var c=_g9_}} + catch(_ha_) + {_ha_ = caml_wrap_exception(_ha_); + if(_ha_ === Failure$0)throw [0,Error,cst$94]; + throw _ha_} + var match$0=peek$0(strm); + if(match$0 && 39 === match$0[1]) + {junk(strm);return [0,[5,c]]} + throw [0,Error,cst$95]; + case 40: + junk(strm); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return maybe_comment(counter$0,strm)} + return caml_trampoline_return(maybe_comment,[0,strm]); + case 45:junk(strm);return neg_number(strm); + case 9: + case 10: + case 12: + case 13: + case 26: + case 32:junk(strm);continue; + case 48: + case 49: + case 50: + case 51: + case 52: + case 53: + case 54: + case 55: + case 56: + case 57: + junk(strm);reset_buffer(0);store(_g5_);return number(strm); + case 33: + case 35: + case 36: + case 37: + case 38: + case 42: + case 43: + case 47: + case 58: + case 60: + case 61: + case 62: + case 63: + case 64:switch$0 = 2;break + }} else - switch(_g7_) - {case 4:switch$0 = 1;break;case 1:case 3:switch$0 = 2;break}}} - switch(switch$0) - {case 0:junk(strm);return [0,keyword_or_error(_g5_)]; - case 1:junk(strm);reset_buffer(0);store(_g5_);return ident(strm); - default:junk(strm);reset_buffer(0);store(_g5_);return ident2(strm)}}} + {var _g7_=_g6_ - 26 | 0; + if(5 < _g7_ >>> 0) + switch$0 = 1; + else + switch(_g7_) + {case 4:switch$0 = 1;break;case 1:case 3:switch$0 = 2;break}}} + switch(switch$0) + {case 0:junk(strm);return [0,keyword_or_error(_g5_)]; + case 1: + junk(strm);reset_buffer(0);store(_g5_);return ident(strm); + default: + junk(strm);reset_buffer(0);store(_g5_);return ident2(strm)}} + return 0}} function maybe_comment(counter,strm) {var match=peek$0(strm); if(match && 42 === match[1]) {junk(strm); comment(strm); - if(counter >= 50) - return caml_trampoline_return(next_token$0,[0,strm]); - var counter$0=counter + 1 | 0; - return next_token$0(counter$0,strm)} + if(counter < 50) + {var counter$0=counter + 1 | 0;return next_token$0(counter$0,strm)} + return caml_trampoline_return(next_token$0,[0,strm])} return [0,keyword_or_error(40)]} function next_token(strm){return caml_trampoline(next_token$0(0,strm))} function escape(strm) {var match=peek$0(strm); - if(! match)throw Failure$0; - var _g2_=match[1]; - if(58 <= _g2_) - {var switcher=_g2_ - 110 | 0; - if(6 >= switcher >>> 0) - switch(switcher) - {case 0:junk(strm);return 10; - case 4:junk(strm);return 13; - case 6:junk(strm);return 9 - }} - else - if(48 <= _g2_) - {junk(strm); - var match$0=peek$0(strm); - if(match$0) - {var _g3_=match$0[1]; - if(9 >= _g3_ - 48 >>> 0) - {junk(strm); - var match$1=peek$0(strm); - if(match$1) - {var _g4_=match$1[1]; - if(9 >= _g4_ - 48 >>> 0) - {junk(strm); - return chr - ((((_g2_ - 48 | 0) * 100 | 0) - + - ((_g3_ - 48 | 0) * 10 | 0) - | - 0) - + - (_g4_ - 48 | 0) - | - 0)}} - throw [0,Error,cst$99]}} - throw [0,Error,cst$98]} - junk(strm); - return _g2_} + if(match) + {var _g2_=match[1]; + if(58 <= _g2_) + {var switcher=_g2_ - 110 | 0; + if(! (6 < switcher >>> 0)) + switch(switcher) + {case 0:junk(strm);return 10; + case 4:junk(strm);return 13; + case 6:junk(strm);return 9 + }} + else + if(48 <= _g2_) + {junk(strm); + var match$0=peek$0(strm); + if(match$0) + {var _g3_=match$0[1]; + if(! (9 < _g3_ - 48 >>> 0)) + {junk(strm); + var match$1=peek$0(strm); + if(match$1) + {var _g4_=match$1[1]; + if(! (9 < _g4_ - 48 >>> 0)) + {junk(strm); + return chr + ((((_g2_ - 48 | 0) * 100 | 0) + + + ((_g3_ - 48 | 0) * 10 | 0) + | + 0) + + + (_g4_ - 48 | 0) + | + 0)}} + throw [0,Error,cst$99]}} + throw [0,Error,cst$98]} + junk(strm); + return _g2_} + throw Failure$0} function comment(strm) {a: for(;;) {var match=peek$0(strm); - if(! match)throw Failure$0; - var switcher=match[1] - 40 | 0; - if(2 >= switcher >>> 0) - switch(switcher) - {case 0: - junk(strm); - var match$0=peek$0(strm); - if(! match$0)throw Failure$0; - if(42 === match$0[1]){junk(strm);comment(strm);continue} - junk(strm); - continue; - case 1:break; - default: - junk(strm); - for(;;) - {var match$1=peek$0(strm); - if(! match$1)throw Failure$0; - var _g1_=match$1[1]; - if(41 === _g1_){junk(strm);return 0} - if(42 === _g1_){junk(strm);continue} + if(match) + {var switcher=match[1] - 40 | 0; + if(! (2 < switcher >>> 0)) + switch(switcher) + {case 0: junk(strm); - continue a}} - junk(strm)}} + var match$0=peek$0(strm); + if(match$0) + {if(42 === match$0[1]){junk(strm);comment(strm);continue} + junk(strm); + continue} + throw Failure$0; + case 1:break; + default: + junk(strm); + for(;;) + {var match$1=peek$0(strm); + if(match$1) + {var _g1_=match$1[1]; + if(41 === _g1_){junk(strm);return 0} + if(42 === _g1_){junk(strm);continue} + junk(strm); + continue a} + throw Failure$0}} + junk(strm); + continue} + throw Failure$0}} return function(input) {return from(function(count){return next_token(input)})}} var Stdlib_Genlex=[0,make_lexer]; @@ -27375,7 +28115,7 @@ var random=caml_call1(Stdlib_Hashtbl[17],0); var x=16; for(;;) - {if(initial_size > x && max_array_length >= (x * 2 | 0)) + {if(! (initial_size <= x) && ! (max_array_length < (x * 2 | 0))) {var x$0=x * 2 | 0,x=x$0;continue} if(random) var @@ -27388,7 +28128,7 @@ function clear(h) {h[1] = 0; var len=h[2].length - 1,_gW_=len - 1 | 0,_gV_=0; - if(_gW_ >= 0) + if(! (_gW_ < 0)) {var i=_gV_; for(;;) {caml_check_bound(h[2],i)[1 + i] = 0; @@ -27409,15 +28149,17 @@ {function do_bucket(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var hkey=param$0[1],rest=param$0[3],c=param$0[2]; - if(caml_call1(H[7],c)) - {var rest$0=param$0[3],c$0=param$0[2]; - return [0,hkey,c$0,do_bucket(rest$0)]} - h[1] = h[1] - 1 | 0; - var param$0=rest}} + {if(param$0) + {var hkey=param$0[1],rest=param$0[3],c=param$0[2]; + if(caml_call1(H[7],c)) + {var rest$0=param$0[3],c$0=param$0[2]; + return [0,hkey,c$0,do_bucket(rest$0)]} + h[1] = h[1] - 1 | 0; + var param$0=rest; + continue} + return 0}} var d=h[2],_gP_=d.length - 1 - 1 | 0,_gO_=0; - if(_gP_ >= 0) + if(! (_gP_ < 0)) {var i=_gO_; for(;;) {var _gQ_=do_bucket(caml_check_bound(d,i)[1 + i]); @@ -27438,17 +28180,18 @@ var insert_bucket= function(param) - {if(! param)return 0; - var rest=param[3],data=param[2],hkey=param[1]; - insert_bucket(rest); - var - nidx=key_index(h,hkey), - _gN_=[0,hkey,data,caml_check_bound(ndata,nidx)[1 + nidx]]; - caml_check_bound(ndata,nidx)[1 + nidx] = _gN_; + {if(param) + {var rest=param[3],data=param[2],hkey=param[1]; + insert_bucket(rest); + var + nidx=key_index(h,hkey), + _gN_=[0,hkey,data,caml_check_bound(ndata,nidx)[1 + nidx]]; + caml_check_bound(ndata,nidx)[1 + nidx] = _gN_; + return 0} return 0}, _gK_=osize - 1 | 0, _gJ_=0; - if(_gK_ >= 0) + if(! (_gK_ < 0)) {var i=_gJ_; for(;;) {insert_bucket(caml_check_bound(odata,i)[1 + i]); @@ -27474,16 +28217,17 @@ function remove_bucket(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var hk=param$0[1],next=param$0[3],c=param$0[2]; - if(hkey === hk) - {var match=caml_call2(H[3],c,key); - switch(match) - {case 0:h[1] = h[1] - 1 | 0;return next; - case 1:return [0,hk,c,remove_bucket(next)]; - default:h[1] = h[1] - 1 | 0;var param$0=next;continue}} - var next$0=param$0[3],c$0=param$0[2]; - return [0,hk,c$0,remove_bucket(next$0)]}} + {if(param$0) + {var hk=param$0[1],next=param$0[3],c=param$0[2]; + if(hkey === hk) + {var match=caml_call2(H[3],c,key); + switch(match) + {case 0:h[1] = h[1] - 1 | 0;return next; + case 1:return [0,hk,c,remove_bucket(next)]; + default:h[1] = h[1] - 1 | 0;var param$0=next;continue}} + var next$0=param$0[3],c$0=param$0[2]; + return [0,hk,c$0,remove_bucket(next$0)]} + return 0}} var i=key_index(h,hkey), _gF_=remove_bucket(caml_check_bound(h[2],i)[1 + i]); @@ -27496,18 +28240,21 @@ param$1=caml_check_bound(h[2],_gE_)[1 + _gE_], param=param$1; for(;;) - {if(! param)throw Not_found; - var hk=param[1],rest=param[3],c=param[2]; - if(hkey !== hk){var param$0=param[3],param=param$0;continue} - var match=caml_call2(H[3],c,key); - switch(match) - {case 0: - var match$0=caml_call1(H[4],c); - if(match$0){var d=match$0[1];return d} - var param=rest; - continue; - case 1:var param=rest;continue; - default:var param=rest;continue}}} + {if(param) + {var hk=param[1],rest=param[3],c=param[2]; + if(hkey === hk) + {var match=caml_call2(H[3],c,key); + switch(match) + {case 0: + var match$0=caml_call1(H[4],c); + if(match$0){var d=match$0[1];return d} + var param=rest; + continue; + case 1:var param=rest;continue; + default:var param=rest;continue}} + var param$0=param[3],param=param$0; + continue} + throw Not_found}} function find_opt(h,key) {var hkey=caml_call2(H[2],h[3],key), @@ -27515,32 +28262,42 @@ param$1=caml_check_bound(h[2],_gD_)[1 + _gD_], param=param$1; for(;;) - {if(! param)return 0; - var hk=param[1],rest=param[3],c=param[2]; - if(hkey !== hk){var param$0=param[3],param=param$0;continue} - var match=caml_call2(H[3],c,key); - switch(match) - {case 0: - var d=caml_call1(H[4],c);if(d)return d;var param=rest;continue; - case 1:var param=rest;continue; - default:var param=rest;continue}}} + {if(param) + {var hk=param[1],rest=param[3],c=param[2]; + if(hkey === hk) + {var match=caml_call2(H[3],c,key); + switch(match) + {case 0: + var d=caml_call1(H[4],c); + if(d)return d; + var param=rest; + continue; + case 1:var param=rest;continue; + default:var param=rest;continue}} + var param$0=param[3],param=param$0; + continue} + return 0}} function find_all(h,key) {var hkey=caml_call2(H[2],h[3],key); function find_in_bucket(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var hk=param$0[1],rest=param$0[3],c=param$0[2]; - if(hkey !== hk){var param$1=param$0[3],param$0=param$1;continue} - var match=caml_call2(H[3],c,key); - switch(match) - {case 0: - var match$0=caml_call1(H[4],c); - if(match$0){var d=match$0[1];return [0,d,find_in_bucket(rest)]} - var param$0=rest; - continue; - case 1:var param$0=rest;continue; - default:var param$0=rest;continue}}} + {if(param$0) + {var hk=param$0[1],rest=param$0[3],c=param$0[2]; + if(hkey === hk) + {var match=caml_call2(H[3],c,key); + switch(match) + {case 0: + var match$0=caml_call1(H[4],c); + if(match$0) + {var d=match$0[1];return [0,d,find_in_bucket(rest)]} + var param$0=rest; + continue; + case 1:var param$0=rest;continue; + default:var param$0=rest;continue}} + var param$1=param$0[3],param$0=param$1; + continue} + return 0}} var _gC_=key_index(h,hkey); return find_in_bucket(caml_check_bound(h[2],_gC_)[1 + _gC_])} function replace(h,key,info) @@ -27548,23 +28305,27 @@ function replace_bucket(param) {var param$0=param; for(;;) - {if(! param$0)throw Not_found; - var hk=param$0[1],next=param$0[3],c=param$0[2]; - if(hkey !== hk){var param$1=param$0[3],param$0=param$1;continue} - var match=caml_call2(H[3],c,key); - if(! match)return caml_call3(H[6],c,key,info); - var param$0=next}} + {if(param$0) + {var hk=param$0[1],next=param$0[3],c=param$0[2]; + if(hkey === hk) + {var match=caml_call2(H[3],c,key); + if(match){var param$0=next;continue} + return caml_call3(H[6],c,key,info)} + var param$1=param$0[3],param$0=param$1; + continue} + throw Not_found}} var i=key_index(h,hkey),l=caml_check_bound(h[2],i)[1 + i]; try {var _gA_=replace_bucket(l);return _gA_} catch(_gB_) {_gB_ = caml_wrap_exception(_gB_); - if(_gB_ !== Not_found)throw _gB_; - var container=caml_call2(H[1],key,info); - caml_check_bound(h[2],i)[1 + i] = [0,hkey,container,l]; - h[1] = h[1] + 1 | 0; - var _gz_=h[2].length - 1 << 1 < h[1]?1:0; - return _gz_?resize(h):_gz_}} + if(_gB_ === Not_found) + {var container=caml_call2(H[1],key,info); + caml_check_bound(h[2],i)[1 + i] = [0,hkey,container,l]; + h[1] = h[1] + 1 | 0; + var _gz_=h[2].length - 1 << 1 < h[1]?1:0; + return _gz_?resize(h):_gz_} + throw _gB_}} function mem(h,key) {var hkey=caml_call2(H[2],h[3],key), @@ -27572,15 +28333,18 @@ param$1=caml_check_bound(h[2],_gy_)[1 + _gy_], param=param$1; for(;;) - {if(! param)return 0; - var hk=param[1],rest=param[3],c=param[2]; - if(hk !== hkey){var param$0=param[3],param=param$0;continue} - var match=caml_call2(H[3],c,key); - if(! match)return 1; - var param=rest}} + {if(param) + {var hk=param[1],rest=param[3],c=param[2]; + if(hk === hkey) + {var match=caml_call2(H[3],c,key); + if(match){var param=rest;continue} + return 1} + var param$0=param[3],param=param$0; + continue} + return 0}} function iter$0(f,h) {var d$0=h[2],_gw_=d$0.length - 1 - 1 | 0,_gv_=0; - if(_gw_ >= 0) + if(! (_gw_ < 0)) {var i=_gv_; a: for(;;) @@ -27604,7 +28368,7 @@ return 0} function fold(f,h,init) {var d$0=h[2],accu$1=[0,init],_gs_=d$0.length - 1 - 1 | 0,_gr_=0; - if(_gs_ >= 0) + if(! (_gs_ < 0)) {var i=_gr_; a: for(;;) @@ -27637,24 +28401,26 @@ {function do_bucket(param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var - rest=param$0[3], - c=param$0[2], - hk=param$0[1], - match=caml_call1(H[5],c), - match$0=caml_call1(H[4],c); - if(match && match$0) - {var d=match$0[1],k=match[1],match$1=caml_call2(f,k,d); - if(match$1) - {var new_d=match$1[1]; - caml_call3(H[6],c,k,new_d); - return [0,hk,c,do_bucket(rest)]} + {if(param$0) + {var + rest=param$0[3], + c=param$0[2], + hk=param$0[1], + match=caml_call1(H[5],c), + match$0=caml_call1(H[4],c); + if(match && match$0) + {var d=match$0[1],k=match[1],match$1=caml_call2(f,k,d); + if(match$1) + {var new_d=match$1[1]; + caml_call3(H[6],c,k,new_d); + return [0,hk,c,do_bucket(rest)]} + var param$0=rest; + continue} var param$0=rest; continue} - var param$0=rest}} + return 0}} var d=h[2],_go_=d.length - 1 - 1 | 0,_gn_=0; - if(_go_ >= 0) + if(! (_go_ < 0)) {var i=_gn_; for(;;) {var _gp_=do_bucket(caml_check_bound(d,i)[1 + i]); @@ -27667,12 +28433,14 @@ function bucket_length(accu,param) {var accu$0=accu,param$0=param; for(;;) - {if(! param$0)return accu$0; - var - param$1=param$0[3], - accu$1=accu$0 + 1 | 0, - accu$0=accu$1, - param$0=param$1}} + {if(param$0) + {var + param$1=param$0[3], + accu$1=accu$0 + 1 | 0, + accu$0=accu$1, + param$0=param$1; + continue} + return accu$0}} function stats(h) {var _gj_=h[2], @@ -27694,11 +28462,13 @@ function bucket_length_alive(accu,param) {var accu$0=accu,param$0=param; for(;;) - {if(! param$0)return accu$0; - var rest=param$0[3],c=param$0[2]; - if(caml_call1(H[7],c)) - {var accu$1=accu$0 + 1 | 0,accu$0=accu$1,param$0=rest;continue} - var param$1=param$0[3],param$0=param$1}} + {if(param$0) + {var rest=param$0[3],c=param$0[2]; + if(caml_call1(H[7],c)) + {var accu$1=accu$0 + 1 | 0,accu$0=accu$1,param$0=rest;continue} + var param$1=param$0[3],param$0=param$1; + continue} + return accu$0}} function stats_alive(h) {var size=[0,0], @@ -27723,25 +28493,26 @@ function aux(i,buck,param) {var i$0=i,buck$0=buck; for(;;) - {if(! buck$0) - {if(i$0 === tbl_data.length - 1)return 0; - var - buck$1=caml_check_bound(tbl_data,i$0)[1 + i$0], - i$1=i$0 + 1 | 0, - i$0=i$1, - buck$0=buck$1; + {if(buck$0) + {var + next=buck$0[3], + c=buck$0[2], + match=caml_call1(H[5],c), + match$0=caml_call1(H[4],c); + if(match && match$0) + {var data=match$0[1],key=match[1]; + return [0, + [0,key,data], + function(_ge_){return aux(i$0,next,_ge_)}]} + var buck$0=next; continue} + if(i$0 === tbl_data.length - 1)return 0; var - next=buck$0[3], - c=buck$0[2], - match=caml_call1(H[5],c), - match$0=caml_call1(H[4],c); - if(match && match$0) - {var data=match$0[1],key=match[1]; - return [0, - [0,key,data], - function(_ge_){return aux(i$0,next,_ge_)}]} - var buck$0=next}} + buck$1=caml_check_bound(tbl_data,i$0)[1 + i$0], + i$1=i$0 + 1 | 0, + i$0=i$1, + buck$0=buck$1; + continue}} var _gb_=0,_gc_=0; return function(_gd_){return aux(_gc_,_gb_,_gd_)}} function to_seq_keys(m) @@ -27805,18 +28576,16 @@ {var eph=create$5(0);set_data(eph,data);set_key$0(eph,key);return eph} function query(eph,key) {var match=get_key$0(eph); - if(! match)return 0; - var k=match[1]; - return k === key?get_data$1(eph):0} + if(match){var k=match[1];return k === key?get_data$1(eph):0} + return 0} function MakeSeeded$1(H) {function create(k,d) {var c=create$5(0);set_data(c,d);set_key$0(c,k);return c} var hash=H[2]; function equal(c,k) {var match=get_key$0(c); - if(! match)return 2; - var k$0=match[1]; - return caml_call2(H[1],k,k$0)?0:1} + if(match){var k$0=match[1];return caml_call2(H[1],k,k$0)?0:1} + return 2} function set_key_data(c,k,d) {unset_data(c);set_key$0(c,k);return set_data(c,d)} return MakeSeeded$0 @@ -27893,17 +28662,18 @@ function remove$0(b,k) {var l=b[1],acc=0; for(;;) - {if(! l)return 0; - var h=l[1],t=l[2]; - if(test_key(k,h)){b[1] = rev_append(acc,t);return 0} - var l$0=l[2],acc$0=[0,h,acc],l=l$0,acc=acc$0}} + {if(l) + {var h=l[1],t=l[2]; + if(test_key(k,h)){b[1] = rev_append(acc,t);return 0} + var l$0=l[2],acc$0=[0,h,acc],l=l$0,acc=acc$0; + continue} + return 0}} function find$2(b,k) {var _f1_=b[1], match=find_opt(function(_f2_){return test_key(k,_f2_)},_f1_); - if(! match)return 0; - var e=match[1]; - return get_data$1(e)} + if(match){var e=match[1];return get_data$1(e)} + return 0} function length$7(b){return length$1(b[1])} function clear$3(b){b[1] = 0;return 0} function create$6(param){return caml_call1(_o_[1],2)} @@ -27934,13 +28704,15 @@ return eph} function query$0(eph,key1,key2) {var match=get_key1(eph); - if(! match)return 0; - var k=match[1]; - if(k !== key1)return 0; - var match$0=get_key2(eph); - if(! match$0)return 0; - var k$0=match$0[1]; - return k$0 === key2?get_data$2(eph):0} + if(match) + {var k=match[1]; + if(k === key1) + {var match$0=get_key2(eph); + if(match$0) + {var k$0=match$0[1];return k$0 === key2?get_data$2(eph):0} + return 0} + return 0} + return 0} function MakeSeeded$2(H1,H2) {function create(param,d) {var k2=param[2],k1=param[1],c=create$6(0); @@ -28045,17 +28817,18 @@ function remove$1(b,k1,k2) {var l=b[1],acc=0; for(;;) - {if(! l)return 0; - var h=l[1],t=l[2]; - if(test_keys(k1,k2,h)){b[1] = rev_append(acc,t);return 0} - var l$0=l[2],acc$0=[0,h,acc],l=l$0,acc=acc$0}} + {if(l) + {var h=l[1],t=l[2]; + if(test_keys(k1,k2,h)){b[1] = rev_append(acc,t);return 0} + var l$0=l[2],acc$0=[0,h,acc],l=l$0,acc=acc$0; + continue} + return 0}} function find$3(b,k1,k2) {var _fU_=b[1], match=find_opt(function(_fV_){return test_keys(k1,k2,_fV_)},_fU_); - if(! match)return 0; - var e=match[1]; - return get_data$2(e)} + if(match){var e=match[1];return get_data$2(e)} + return 0} function length$8(b){return length$1(b[1])} function clear$4(b){b[1] = 0;return 0} function create$7(n){return caml_call1(_o_[1],n)} @@ -28077,7 +28850,7 @@ {var l=keys.length - 1,eph=create$7(l); set_data$1(eph,data); var _fS_=l - 1 | 0,_fR_=0; - if(_fS_ >= 0) + if(! (_fS_ < 0)) {var i=_fR_; for(;;) {set_key$1(eph,i,caml_check_bound(keys,i)[1 + i]); @@ -28090,7 +28863,7 @@ try {if(l !== keys.length - 1)throw Exit; var _fN_=l - 1 | 0,_fM_=0; - if(_fN_ >= 0) + if(! (_fN_ < 0)) {var i=_fM_; for(;;) {var match=get_key$1(eph,i); @@ -28109,7 +28882,7 @@ {var c=create$7(k.length - 1); set_data$1(c,d); var _fK_=k.length - 1 - 1 | 0,_fJ_=0; - if(_fK_ >= 0) + if(! (_fK_ < 0)) {var i=_fJ_; for(;;) {set_key$1(c,i,caml_check_bound(k,i)[1 + i]); @@ -28119,7 +28892,7 @@ return c} function hash(seed,k) {var h=[0,0],_fF_=k.length - 1 - 1 | 0,_fE_=0; - if(_fF_ >= 0) + if(! (_fF_ < 0)) {var i=_fE_; for(;;) {var _fG_=h[1],_fH_=caml_check_bound(k,i)[1 + i]; @@ -28133,29 +28906,35 @@ if(len !== len$0)return 1; var i$1=len - 1 | 0,i=i$1; for(;;) - {if(0 > i)return 0; - var match=get_key$1(c,i); - if(! match)return 2; - var ki=match[1],_fD_=caml_check_bound(k,i)[1 + i]; - if(! caml_call2(H[1],_fD_,ki))return 1; - var i$0=i - 1 | 0,i=i$0}} + {if(0 <= i) + {var match=get_key$1(c,i); + if(match) + {var ki=match[1],_fD_=caml_check_bound(k,i)[1 + i]; + if(caml_call2(H[1],_fD_,ki)){var i$0=i - 1 | 0,i=i$0;continue} + return 1} + return 2} + return 0}} function get_key(c) {var len=length$9(c); if(0 === len)return [0,[0]]; var match=get_key$1(c,0); - if(! match)return 0; - var k0=match[1],a=caml_make_vect(len,k0),i$1=len - 1 | 0,i=i$1; - for(;;) - {if(1 > i)return [0,a]; - var match$0=get_key$1(c,i); - if(! match$0)return 0; - var ki=match$0[1]; - caml_check_bound(a,i)[1 + i] = ki; - var i$0=i - 1 | 0,i=i$0}} + if(match) + {var k0=match[1],a=caml_make_vect(len,k0),i$1=len - 1 | 0,i=i$1; + for(;;) + {if(1 <= i) + {var match$0=get_key$1(c,i); + if(match$0) + {var ki=match$0[1]; + caml_check_bound(a,i)[1 + i] = ki; + var i$0=i - 1 | 0,i=i$0; + continue} + return 0} + return [0,a]}} + return 0} function set_key_data(c,k,d) {unset_data$1(c); var _fB_=k.length - 1 - 1 | 0,_fA_=0; - if(_fB_ >= 0) + if(! (_fB_ < 0)) {var i=_fA_; for(;;) {set_key$1(c,i,caml_check_bound(k,i)[1 + i]); @@ -28238,7 +29017,7 @@ {try {if(length$9(e) !== k.length - 1)throw Exit; var _fr_=k.length - 1 - 1 | 0,_fq_=0; - if(_fr_ >= 0) + if(! (_fr_ < 0)) {var i=_fq_; for(;;) {var match=get_key$1(e,i),switch$0=0; @@ -28257,17 +29036,18 @@ function remove$2(b,k) {var l=b[1],acc=0; for(;;) - {if(! l)return 0; - var h=l[1],t=l[2]; - if(test_keys$0(k,h)){b[1] = rev_append(acc,t);return 0} - var l$0=l[2],acc$0=[0,h,acc],l=l$0,acc=acc$0}} + {if(l) + {var h=l[1],t=l[2]; + if(test_keys$0(k,h)){b[1] = rev_append(acc,t);return 0} + var l$0=l[2],acc$0=[0,h,acc],l=l$0,acc=acc$0; + continue} + return 0}} function find$4(b,k) {var _fo_=b[1], match=find_opt(function(_fp_){return test_keys$0(k,_fp_)},_fo_); - if(! match)return 0; - var e=match[1]; - return get_data$3(e)} + if(match){var e=match[1];return get_data$3(e)} + return 0} function length$10(b){return length$1(b[1])} function clear$5(b){b[1] = 0;return 0} var @@ -28346,31 +29126,38 @@ {if(caml_string_equal(name,cst$100))return current_dir_name; var n$3=caml_ml_string_length(name) - 1 | 0,n=n$3; for(;;) - {if(0 > n)return sub$0(name,0,1); - if(caml_call2(is_dir_sep,name,n)){var n$0=n - 1 | 0,n=n$0;continue} - var p=n + 1 | 0,n$1=n; - for(;;) - {if(0 > n$1)return sub$0(name,0,p); - if(caml_call2(is_dir_sep,name,n$1)) - return sub$0(name,n$1 + 1 | 0,(p - n$1 | 0) - 1 | 0); - var n$2=n$1 - 1 | 0,n$1=n$2}}} + {if(0 <= n) + {if(caml_call2(is_dir_sep,name,n)){var n$0=n - 1 | 0,n=n$0;continue} + var p=n + 1 | 0,n$1=n; + for(;;) + {if(0 <= n$1) + {if(caml_call2(is_dir_sep,name,n$1)) + return sub$0(name,n$1 + 1 | 0,(p - n$1 | 0) - 1 | 0); + var n$2=n$1 - 1 | 0,n$1=n$2; + continue} + return sub$0(name,0,p)}} + return sub$0(name,0,1)}} function generic_dirname(is_dir_sep,current_dir_name,name) {if(caml_string_equal(name,cst$101))return current_dir_name; var n$5=caml_ml_string_length(name) - 1 | 0,n=n$5; for(;;) - {if(0 > n)return sub$0(name,0,1); - if(caml_call2(is_dir_sep,name,n)){var n$0=n - 1 | 0,n=n$0;continue} - var n$1=n; - for(;;) - {if(0 > n$1)return current_dir_name; - if(! caml_call2(is_dir_sep,name,n$1)) - {var n$2=n$1 - 1 | 0,n$1=n$2;continue} - var n$3=n$1; + {if(0 <= n) + {if(caml_call2(is_dir_sep,name,n)){var n$0=n - 1 | 0,n=n$0;continue} + var n$1=n; for(;;) - {if(0 > n$3)return sub$0(name,0,1); - if(! caml_call2(is_dir_sep,name,n$3)) - return sub$0(name,0,n$3 + 1 | 0); - var n$4=n$3 - 1 | 0,n$3=n$4}}}} + {if(0 <= n$1) + {if(caml_call2(is_dir_sep,name,n$1)) + {var n$3=n$1; + for(;;) + {if(0 <= n$3) + {if(caml_call2(is_dir_sep,name,n$3)) + {var n$4=n$3 - 1 | 0,n$3=n$4;continue} + return sub$0(name,0,n$3 + 1 | 0)} + return sub$0(name,0,1)}} + var n$2=n$1 - 1 | 0,n$1=n$2; + continue} + return current_dir_name}} + return sub$0(name,0,1)}} function is_dir_sep(s,i){return 47 === caml_string_get(s,i)?1:0} function is_relative(n) {var @@ -28397,11 +29184,12 @@ {var len_s=caml_ml_string_length(suffix), len_f=caml_ml_string_length(filename); - if(len_s > len_f)return 0; - var r=sub$0(filename,len_f - len_s | 0,len_s); - return caml_string_equal(r,suffix) - ?[0,sub$0(filename,0,len_f - len_s | 0)] - :0} + if(len_s <= len_f) + {var r=sub$0(filename,len_f - len_s | 0,len_s); + return caml_string_equal(r,suffix) + ?[0,sub$0(filename,0,len_f - len_s | 0)] + :0} + return 0} try {var _c1_=caml_sys_getenv(cst_TMPDIR),_cT_=_c1_} catch(_ff_) @@ -28412,7 +29200,7 @@ {var l=caml_ml_string_length(s),b=create$2(l + 20 | 0); add_char(b,39); var _fd_=l - 1 | 0,_fc_=0; - if(_fd_ >= 0) + if(! (_fd_ < 0)) {var i=_fc_; for(;;) {if(39 === caml_string_get(s,i)) @@ -28533,13 +29321,14 @@ {var len_s=caml_ml_string_length(suffix), len_f=caml_ml_string_length(filename); - if(len_s > len_f)return 0; - var - r=sub$0(filename,len_f - len_s | 0,len_s), - _eK_=lowercase_ascii$1(suffix); - return caml_string_equal(lowercase_ascii$1(r),_eK_) - ?[0,sub$0(filename,0,len_f - len_s | 0)] - :0} + if(len_s <= len_f) + {var + r=sub$0(filename,len_f - len_s | 0,len_s), + _eK_=lowercase_ascii$1(suffix); + return caml_string_equal(lowercase_ascii$1(r),_eK_) + ?[0,sub$0(filename,0,len_f - len_s | 0)] + :0} + return 0} try {var _c0_=caml_sys_getenv(cst_TEMP),temp_dir_name=_c0_} catch(_eJ_) @@ -28551,7 +29340,7 @@ add_char(b,34); function add_bs(n) {var _eH_=1; - if(n >= 1) + if(! (n < 1)) {var j=_eH_; for(;;) {add_char(b,92); @@ -28566,16 +29355,19 @@ var c=caml_string_get(s,i$0); if(34 === c) {var _eF_=0; - if(counter >= 50) - return caml_trampoline_return(loop_bs,[0,_eF_,i$0]); - var counter$1=counter + 1 | 0; - return loop_bs(counter$1,_eF_,i$0)} - if(92 !== c){add_char(b,c);var i$1=i$0 + 1 | 0,i$0=i$1;continue} - var _eG_=0; - if(counter >= 50) - return caml_trampoline_return(loop_bs,[0,_eG_,i$0]); - var counter$0=counter + 1 | 0; - return loop_bs(counter$0,_eG_,i$0)}} + if(counter < 50) + {var counter$1=counter + 1 | 0; + return loop_bs(counter$1,_eF_,i$0)} + return caml_trampoline_return(loop_bs,[0,_eF_,i$0])} + if(92 === c) + {var _eG_=0; + if(counter < 50) + {var counter$0=counter + 1 | 0; + return loop_bs(counter$0,_eG_,i$0)} + return caml_trampoline_return(loop_bs,[0,_eG_,i$0])} + add_char(b,c); + var i$1=i$0 + 1 | 0,i$0=i$1; + continue}} function loop_bs(counter,n,i) {var n$0=n,i$0=i; for(;;) @@ -28585,15 +29377,15 @@ {add_bs((2 * n$0 | 0) + 1 | 0); add_char(b,34); var _eE_=i$0 + 1 | 0; - if(counter >= 50)return caml_trampoline_return(loop$0,[0,_eE_]); - var counter$1=counter + 1 | 0; - return loop$0(counter$1,_eE_)} + if(counter < 50) + {var counter$1=counter + 1 | 0;return loop$0(counter$1,_eE_)} + return caml_trampoline_return(loop$0,[0,_eE_])} if(92 === match) {var i$1=i$0 + 1 | 0,n$1=n$0 + 1 | 0,n$0=n$1,i$0=i$1;continue} add_bs(n$0); - if(counter >= 50)return caml_trampoline_return(loop$0,[0,i$0]); - var counter$0=counter + 1 | 0; - return loop$0(counter$0,i$0)}} + if(counter < 50) + {var counter$0=counter + 1 | 0;return loop$0(counter$0,i$0)} + return caml_trampoline_return(loop$0,[0,i$0])}} function loop(i){return caml_trampoline(loop$0(0,i))} loop(0); return contents(b)} @@ -28632,7 +29424,7 @@ if(62 <= c) {var _eD_=c - 63 | 0; if(60 < _eD_ >>> 0) - {if(62 > _eD_)switch$0 = 1} + {if(! (62 <= _eD_))switch$0 = 1} else if(31 === _eD_)switch$0 = 1} else @@ -28651,15 +29443,16 @@ if(_er_) {var param=caml_string_get(s,0),switch$0=0; if(91 <= param) - {if(25 >= param - 97 >>> 0)switch$0 = 1} + {if(! (25 < param - 97 >>> 0))switch$0 = 1} else if(65 <= param)switch$0 = 1; var _es_=switch$0?1:0,_et_=_es_?58 === caml_string_get(s,1)?1:0:_es_} else var _et_=_er_; - if(! _et_)return [0,cst$126,s]; - var _eu_=sub$0(s,2,caml_ml_string_length(s) - 2 | 0); - return [0,sub$0(s,0,2),_eu_]} + if(_et_) + {var _eu_=sub$0(s,2,caml_ml_string_length(s) - 2 | 0); + return [0,sub$0(s,0,2),_eu_]} + return [0,cst$126,s]} function dirname$0(s) {var match=drive_and_path(s), @@ -28742,16 +29535,16 @@ {var i$4=caml_ml_string_length(name) - 1 | 0,i$1=i$4; for(;;) {if(0 <= i$1 && ! is_dir_sep$1(name,i$1)) - {if(46 !== caml_string_get(name,i$1)) - {var i$3=i$1 - 1 | 0,i$1=i$3;continue} - var i$2=i$1 - 1 | 0,i=i$2; - for(;;) - {if(0 <= i && ! is_dir_sep$1(name,i)) - {if(46 !== caml_string_get(name,i)) - return caml_ml_string_length(name) - i$1 | 0; - var i$0=i - 1 | 0,i=i$0; - continue} - return 0}} + {if(46 === caml_string_get(name,i$1)) + {var i$2=i$1 - 1 | 0,i=i$2; + for(;;) + {if(0 <= i && ! is_dir_sep$1(name,i)) + {if(46 === caml_string_get(name,i)) + {var i$0=i - 1 | 0,i=i$0;continue} + return caml_ml_string_length(name) - i$1 | 0} + return 0}} + var i$3=i$1 - 1 | 0,i$1=i$3; + continue} return 0}} function extension(name) {var l=extension_len(name); @@ -28788,10 +29581,11 @@ {runtime.caml_sys_close(caml_sys_open(name,_cW_,384));return name} catch(e) {e = caml_wrap_exception(e); - if(e[1] !== Sys_error)throw e; - if(1000 <= counter$0)throw e; - var counter$1=counter$0 + 1 | 0,counter$0=counter$1; - continue}}} + if(e[1] === Sys_error) + {if(1000 <= counter$0)throw e; + var counter$1=counter$0 + 1 | 0,counter$0=counter$1; + continue} + throw e}}} return try_name(0)} function open_temp_file(opt,_ek_,_ej_,prefix,suffix) {if(opt)var sth=opt[1],mode=sth;else var mode=_cX_; @@ -28809,10 +29603,11 @@ return _el_} catch(e) {e = caml_wrap_exception(e); - if(e[1] !== Sys_error)throw e; - if(1000 <= counter$0)throw e; - var counter$1=counter$0 + 1 | 0,counter$0=counter$1; - continue}}} + if(e[1] === Sys_error) + {if(1000 <= counter$0)throw e; + var counter$1=counter$0 + 1 | 0,counter$0=counter$1; + continue} + throw e}}} return try_name(0)} var Stdlib_Filename= @@ -29216,7 +30011,7 @@ {if(col === idx.length - 1) return caml_ba_set_generic(arr,idx,caml_call1(f,idx)); var _eg_=caml_check_bound(max,col)[1 + col] - 1 | 0,_ef_=0; - if(_eg_ >= 0) + if(! (_eg_ < 0)) {var j=_ef_; for(;;) {caml_check_bound(idx,col)[1 + col] = j; @@ -29226,17 +30021,18 @@ break}} return 0} function floop(arr,idx,f,col,max) - {if(0 > col)return caml_ba_set_generic(arr,idx,caml_call1(f,idx)); - var _ed_=caml_check_bound(max,col)[1 + col],_ec_=1; - if(_ed_ >= 1) - {var j=_ec_; - for(;;) - {caml_check_bound(idx,col)[1 + col] = j; - floop(arr,idx,f,col - 1 | 0,max); - var _ee_=j + 1 | 0; - if(_ed_ !== j){var j=_ee_;continue} - break}} - return 0} + {if(0 <= col) + {var _ed_=caml_check_bound(max,col)[1 + col],_ec_=1; + if(! (_ed_ < 1)) + {var j=_ec_; + for(;;) + {caml_check_bound(idx,col)[1 + col] = j; + floop(arr,idx,f,col - 1 | 0,max); + var _ee_=j + 1 | 0; + if(_ed_ !== j){var j=_ee_;continue} + break}} + return 0} + return caml_ba_set_generic(arr,idx,caml_call1(f,idx))} function init$6(kind,layout,dims,f) {var arr=caml_ba_create(kind,layout,dims),dlen=dims.length - 1; return 0 === dlen @@ -29246,7 +30042,7 @@ :(cloop(arr,caml_make_vect(dlen,0),f,0,dims),arr)} function dims(a) {var n=caml_ba_num_dims(a),d=caml_make_vect(n,0),_d$_=n - 1 | 0,_d__=0; - if(_d$_ >= 0) + if(! (_d$_ < 0)) {var i=_d__; for(;;) {var _ea_=runtime.caml_ba_dim(a,i); @@ -29279,7 +30075,7 @@ {var arr=create$9(kind,layout,dim); if(layout) {var _d4_=1; - if(dim >= 1) + if(! (dim < 1)) {var i$0=_d4_; for(;;) {caml_ba_set_1(arr,i$0,caml_call1(f,i$0)); @@ -29288,7 +30084,7 @@ break}} return arr} var _d2_=dim - 1 | 0,_d1_=0; - if(_d2_ >= 0) + if(! (_d2_ < 0)) {var i=_d1_; for(;;) {caml_ba_set_1(arr,i,caml_call1(f,i)); @@ -29302,7 +30098,7 @@ ofs=layout?1:0, _dZ_=data.length - 1 - 1 | 0, _dY_=0; - if(_dZ_ >= 0) + if(! (_dZ_ < 0)) {var i=_dY_; for(;;) {caml_ba_set_1(ba,i + ofs | 0,caml_check_bound(data,i)[1 + i]); @@ -29322,11 +30118,11 @@ {var arr=create$10(kind,layout,dim1,dim2); if(layout) {var _dS_=1; - if(dim2 >= 1) + if(! (dim2 < 1)) {var j$0=_dS_; for(;;) {var _dT_=1; - if(dim1 >= 1) + if(! (dim1 < 1)) {var i$0=_dT_; for(;;) {caml_ba_set_2(arr,i$0,j$0,caml_call2(f,i$0,j$0)); @@ -29338,11 +30134,11 @@ break}} return arr} var _dN_=dim1 - 1 | 0,_dM_=0; - if(_dN_ >= 0) + if(! (_dN_ < 0)) {var i=_dM_; for(;;) {var _dP_=dim2 - 1 | 0,_dO_=0; - if(_dP_ >= 0) + if(! (_dP_ < 0)) {var j=_dO_; for(;;) {caml_ba_set_2(arr,i,j,caml_call2(f,i,j)); @@ -29361,14 +30157,14 @@ ofs=layout?1:0, _dH_=dim1 - 1 | 0, _dG_=0; - if(_dH_ >= 0) + if(! (_dH_ < 0)) {var i=_dG_; for(;;) {var row=caml_check_bound(data,i)[1 + i]; if(row.length - 1 !== dim2) invalid_arg(cst_Bigarray_Array2_of_array_n); var _dJ_=dim2 - 1 | 0,_dI_=0; - if(_dJ_ >= 0) + if(! (_dJ_ < 0)) {var j=_dI_; for(;;) {caml_ba_set_2 @@ -29399,15 +30195,15 @@ {var arr=create$11(kind,layout,dim1,dim2,dim3); if(layout) {var _dx_=1; - if(dim3 >= 1) + if(! (dim3 < 1)) {var k$0=_dx_; for(;;) {var _dy_=1; - if(dim2 >= 1) + if(! (dim2 < 1)) {var j$0=_dy_; for(;;) {var _dA_=1; - if(dim1 >= 1) + if(! (dim1 < 1)) {var i$0=_dA_; for(;;) {caml_ba_set_3(arr,i$0,j$0,k$0,caml_call3(f,i$0,j$0,k$0)); @@ -29422,15 +30218,15 @@ break}} return arr} var _dp_=dim1 - 1 | 0,_do_=0; - if(_dp_ >= 0) + if(! (_dp_ < 0)) {var i=_do_; for(;;) {var _dr_=dim2 - 1 | 0,_dq_=0; - if(_dr_ >= 0) + if(! (_dr_ < 0)) {var j=_dq_; for(;;) {var _du_=dim3 - 1 | 0,_dt_=0; - if(_du_ >= 0) + if(! (_du_ < 0)) {var k=_dt_; for(;;) {caml_ba_set_3(arr,i,j,k,caml_call3(f,i,j,k)); @@ -29456,21 +30252,21 @@ ofs=layout?1:0, _dg_=dim1 - 1 | 0, _df_=0; - if(_dg_ >= 0) + if(! (_dg_ < 0)) {var i=_df_; for(;;) {var row=caml_check_bound(data,i)[1 + i]; if(row.length - 1 !== dim2) invalid_arg(cst_Bigarray_Array3_of_array_n); var _di_=dim2 - 1 | 0,_dh_=0; - if(_di_ >= 0) + if(! (_di_ < 0)) {var j=_dh_; for(;;) {var col=caml_check_bound(row,j)[1 + j]; if(col.length - 1 !== dim3) invalid_arg(cst_Bigarray_Array3_of_array_n$0); var _dl_=dim3 - 1 | 0,_dk_=0; - if(_dl_ >= 0) + if(! (_dl_ < 0)) {var k=_dk_; for(;;) {caml_ba_set_3 @@ -29684,7 +30480,8 @@ rem=caml_ml_bytes_length(buf$1) - ofs$0 | 0, r=read_upto(ic,buf$1,ofs$0,rem); if(r < rem)return sub_string(buf$1,0,ofs$0 + r | 0); - var ofs$1=ofs$0 + rem | 0,buf$0=buf$1,ofs$0=ofs$1}} + var ofs$1=ofs$0 + rem | 0,buf$0=buf$1,ofs$0=ofs$1; + continue}} var buf$0=ensure(buf,nread,65537); caml_bytes_set(buf$0,nread,c); return loop(buf$0,nread + 1 | 0)} @@ -29755,10 +30552,8 @@ (globalThis)); -//# 1 "../../.js/dates_calc/dates_calc.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/dates_calc/dates_calc.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -29867,7 +30662,7 @@ {var year$0=year,months$0=months; for(;;) {var new_month=month + months$0 | 0; - if(1 <= new_month && 12 >= new_month)return [0,year$0,new_month]; + if(1 <= new_month && ! (12 < new_month))return [0,year$0,new_month]; if(12 < new_month) {var months$1=months$0 - 12 | 0, @@ -29879,7 +30674,8 @@ months$2=months$0 + 12 | 0, year$2=year$0 - 1 | 0, year$0=year$2, - months$0=months$2}} + months$0=months$2; + continue}} function add_dates(opt,d) {if(opt)var sth=opt[1],round=sth;else var round=2; return function(p) @@ -29897,7 +30693,7 @@ var switch$0=0; if(1 <= new_date[2] && ! (12 < new_date[2])) {var switch$1=0; - if(1 <= new_date[3] && 31 >= new_date[3]) + if(1 <= new_date[3] && ! (31 < new_date[3])) if(is_valid_date(new_date)) {var _p_=new_date;switch$1 = 1} else @@ -29917,7 +30713,7 @@ var switch$2=0; if(1 <= new_date[2] && ! (12 < new_date[2])) {var switch$3=0; - if(1 <= new_date[3] && 31 >= new_date[3]) + if(1 <= new_date[3] && ! (31 < new_date[3])) if(is_valid_date(new_date)) {var _p_=new_date;switch$3 = 1} else @@ -29961,7 +30757,8 @@ new_month$2, days_in_month(new_month$2,is_leap_year(new_year$2))], d$0=d$2, - days=days$1}}} + days=days$1; + continue}}} function compare_dates(d1,d2) {return 0 === caml_call2(Stdlib_Int[9],d1[1],d2[1]) ?0 === caml_call2(Stdlib_Int[9],d1[2],d2[2]) @@ -29974,24 +30771,26 @@ {if(is_valid_date(d))return make_date(d[1],d[2],1); throw [0,Assert_failure,_g_]} function last_day_of_month(d) - {if(! is_valid_date(d))throw [0,Assert_failure,_h_]; - var _l_=is_leap_year(d[1]),days_month=days_in_month(d[2],_l_); - return make_date(d[1],d[2],days_month)} + {if(is_valid_date(d)) + {var _l_=is_leap_year(d[1]),days_month=days_in_month(d[2],_l_); + return make_date(d[1],d[2],days_month)} + throw [0,Assert_failure,_h_]} function neg_period(p){return [0,- p[1] | 0,- p[2] | 0,- p[3] | 0]} function sub_dates(d1,d2) {if(d1[1] === d2[1] && d1[2] === d2[2])return [0,0,0,d1[3] - d2[3] | 0]; var cmp=compare_dates(d1,d2); - if(0 > cmp)return neg_period(sub_dates(d2,d1)); - var - match=add_months_to_first_of_month_d(d2[1],d2[2],1), - new_d2_month=match[2], - new_d2_year=match[1], - new_d2=[0,new_d2_year,new_d2_month,1], - _i_=sub_dates(d1,new_d2), - _j_=d2[3], - _k_=is_leap_year(d2[1]); - return add_periods - ([0,0,0,(days_in_month(d2[2],_k_) - _j_ | 0) + 1 | 0],_i_)} + if(0 <= cmp) + {var + match=add_months_to_first_of_month_d(d2[1],d2[2],1), + new_d2_month=match[2], + new_d2_year=match[1], + new_d2=[0,new_d2_year,new_d2_month,1], + _i_=sub_dates(d1,new_d2), + _j_=d2[3], + _k_=is_leap_year(d2[1]); + return add_periods + ([0,0,0,(days_in_month(d2[2],_k_) - _j_ | 0) + 1 | 0],_i_)} + return neg_period(sub_dates(d2,d1))} function date_to_ymd(d){return [0,d[1],d[2],d[3]]} function period_to_ymds(p){return [0,p[1],p[2],p[3]]} var @@ -30021,10 +30820,8 @@ (globalThis)); -//# 1 "../../.js/zarith/zarith.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/zarith/zarith.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -30235,12 +31032,12 @@ _fS_=runtime.ml_z_sign(_fR_), _fT_=runtime.ml_z_sign(_fQ_), _fU_=_fS_ + 1 | 0; - if(2 >= _fU_ >>> 0) + if(! (2 < _fU_ >>> 0)) switch(_fU_) {case 0:if(0 === _fT_)return [0,_b_(_fR_),_v_,_t_];break; case 1: var _fY_=_fT_ + 1 | 0; - if(2 >= _fY_ >>> 0) + if(! (2 < _fY_ >>> 0)) switch(_fY_) {case 0:return [0,_b_(_fQ_),_t_,_v_]; case 1:return [0,_t_,_t_,_t_]; @@ -30286,10 +31083,11 @@ function _T_(_fx_) {if(typeof _fx_ === "number")return _fx_; var _fy_=runtime.ml_z_numbits(_fx_); - if(63 >= _fy_)return caml_int64_to_float(runtime.ml_z_to_int64(_fx_)); - var _fz_=_fy_ - 55 | 0,_fA_=_q_(_fx_,_fz_); - return caml_ldexp_float - (_R_(_fA_,runtime.ml_z_equal(_fx_,_p_(_fA_,_fz_))),_fz_)} + if(63 < _fy_) + {var _fz_=_fy_ - 55 | 0,_fA_=_q_(_fx_,_fz_); + return caml_ldexp_float + (_R_(_fA_,runtime.ml_z_equal(_fx_,_p_(_fA_,_fz_))),_fz_)} + return caml_int64_to_float(runtime.ml_z_to_int64(_fx_))} function _U_(_fv_){var _fw_=_C_(_fv_);return caml_call1(Stdlib[42],_fw_)} function _V_(_ft_,_fs_) {var _fu_=_C_(_fs_);return caml_call2(Stdlib[66],_ft_,_fu_)} @@ -30412,11 +31210,12 @@ _e1_=runtime.ml_z_of_float(caml_ldexp_float(_eZ_[1],53)); return 0 <= _e0_?_ab_(_p_(_e1_,_e0_)):_$_(_e1_,_p_(_u_,- _e0_ | 0))} function _ao_(_eW_) - {if(_eW_[2] !== 0)return _eW_[1] === 0?0:4; - var _eX_=runtime.ml_z_sign(_eW_[1]) + 1 | 0; - if(2 >= _eX_ >>> 0) - switch(_eX_){case 0:return 2;case 1:break;default:return 1} - return 3} + {if(_eW_[2] === 0) + {var _eX_=runtime.ml_z_sign(_eW_[1]) + 1 | 0; + if(! (2 < _eX_ >>> 0)) + switch(_eX_){case 0:return 2;case 1:break;default:return 1} + return 3} + return _eW_[1] === 0?0:4} function _ap_(_eV_){return _eV_[2] !== 0?1:0} function _aq_(_eU_){return _eU_[1]} function _ar_(_eT_){return _eT_[2]} @@ -30435,7 +31234,7 @@ switch(_eI_) {case 1: var _eM_=_eJ_ - 1 | 0; - if(2 >= _eM_ >>> 0) + if(! (2 < _eM_ >>> 0)) switch(_eM_) {case 0:switch$0 = 2;break;case 1:break;default:switch$0 = 1} break; @@ -30453,7 +31252,7 @@ switch(switch$0) {case 1: var _eK_=_eJ_ - 1 | 0; - if(2 >= _eK_ >>> 0) + if(! (2 < _eK_ >>> 0)) switch(_eK_) {case 0:switch$1 = 1;break;case 1:break;default:return 1} break; @@ -30461,7 +31260,7 @@ default:return 0} if(! switch$1) {var switch$2=0; - if(4 > _eI_) + if(! (4 <= _eI_)) switch(_eI_) {case 0:break;case 2:switch$2 = 1;break;default:switch$2 = 2} var switch$3=0; @@ -30484,14 +31283,14 @@ {var _ey_=_ao_(_ex_),_ez_=_ao_(_ew_); if(3 !== _ey_) {var _eA_=_ez_ - 1 | 0,switch$0=0; - if(2 >= _eA_ >>> 0) + if(! (2 < _eA_ >>> 0)) switch(_eA_) {case 0:switch$0 = 2;break;case 1:break;default:switch$0 = 1} var switch$1=0; switch(switch$0) {case 0: var switch$2=0; - if(4 > _ey_) + if(! (4 <= _ey_)) switch(_ey_) {case 0:break; case 2:switch$1 = 1;switch$2 = 2;break; @@ -30523,7 +31322,7 @@ switch(switch$0) {case 0: var switch$2=0; - if(4 > _et_) + if(! (4 <= _et_)) switch(_et_) {case 0:break; case 1:switch$1 = 1;switch$2 = 2;break; @@ -30576,7 +31375,7 @@ _d1_=_dZ_[2], _d2_=runtime.ml_z_numbits(_d0_), _d3_=runtime.ml_z_numbits(_d1_); - if(53 >= _d2_ && 53 >= _d3_) + if(! (53 < _d2_) && ! (53 < _d3_)) {var _ed_=caml_int64_to_float(runtime.ml_z_to_int64(_d1_)); return caml_int64_to_float(runtime.ml_z_to_int64(_d0_)) / _ed_} var _d4_=0 <= runtime.ml_z_sign(_d0_)?1:-1,_d5_=_d2_ - _d3_ | 0; @@ -30589,13 +31388,14 @@ else var _d9_=_d5_ - 1 | 0,_d8_=_p_(_d6_,1); var _d__=_G_(_p_(_d8_,54),_d7_); - if(-1080 >= _d9_)return caml_ldexp_float(_d4_,-1080); - var - _d$_=-1023 < _d9_?_t_:_p_(_d4_,55 + (-1023 - _d9_ | 0) | 0), - _ea_=_c_(_d$_,_d__[1]), - _eb_=0 === runtime.ml_z_sign(_d__[2])?_ea_:_m_(_u_,_ea_), - _ec_=_T_(_eb_); - return caml_ldexp_float(_ec_ - _T_(_d$_),_d9_ - 54 | 0)}} + if(-1080 < _d9_) + {var + _d$_=-1023 < _d9_?_t_:_p_(_d4_,55 + (-1023 - _d9_ | 0) | 0), + _ea_=_c_(_d$_,_d__[1]), + _eb_=0 === runtime.ml_z_sign(_d__[2])?_ea_:_m_(_u_,_ea_), + _ec_=_T_(_eb_); + return caml_ldexp_float(_ec_ - _T_(_d$_),_d9_ - 54 | 0)} + return caml_ldexp_float(_d4_,-1080)}} function _aI_(_dX_){var _dY_=_dX_[2];return [0,_b_(_dX_[1]),_dY_]} function _aJ_(_dV_){var _dW_=_dV_[2];return [0,_k_(_dV_[1]),_dW_]} function _aK_(_dR_,_dQ_,_dP_) @@ -30636,7 +31436,7 @@ default:switch$1 = 3} var switch$2=0; switch(switch$1) - {case 0:if(3 > _dN_)switch$2 = 1;break; + {case 0:if(! (3 <= _dN_))switch$2 = 1;break; case 1:break; case 2:switch$2 = 1;break; default:return _al_} @@ -30674,7 +31474,7 @@ default:switch$1 = 3} var switch$2=0; switch(switch$1) - {case 0:if(3 > _dJ_)switch$2 = 1;break; + {case 0:if(! (3 <= _dJ_))switch$2 = 1;break; case 1:break; case 2:switch$2 = 1;break; default:return _al_} @@ -30686,7 +31486,7 @@ return [0,caml_mul(runtime.ml_z_sign(_dE_[1]),_dF_),_t_]} function _aO_(_dA_) {var _dB_=runtime.ml_z_sign(_dA_[1]) + 1 | 0; - if(2 >= _dB_ >>> 0) + if(! (2 < _dB_ >>> 0)) switch(_dB_) {case 0:var _dC_=_b_(_dA_[1]);return [0,_b_(_dA_[2]),_dC_]; case 1:break; @@ -30713,170 +31513,175 @@ for(;;) {if(_dm_ <= _dp_)return 0; if(caml_call1(_dl_,caml_string_get(_do_,_dp_)))return [0,_dp_]; - var _dp_=_dp_ + 1 | 0}} + var _dp_=_dp_ + 1 | 0; + continue}} function _aU_(_cy_) - {if(! caml_string_notequal(_cy_,cst$0))return _ah_; - if(caml_string_notequal(_cy_,cst_inf$1)) - {if(! caml_string_notequal(_cy_,cst_inf$2))return _al_; - if(caml_string_notequal(_cy_,cst_inf$3)) - {if(! caml_string_notequal(_cy_,cst_undef$0))return _am_; - try - {var - _dc_=caml_call2(Stdlib_String[35],_cy_,47), - _dd_= - runtime.ml_z_of_substring_base - (0, - _cy_, - _dc_ + 1 | 0, - (caml_ml_string_length(_cy_) - _dc_ | 0) - 1 | 0), - _de_=_aa_(runtime.ml_z_of_substring_base(0,_cy_,0,_dc_),_dd_); - return _de_} - catch(_df_) - {_df_ = caml_wrap_exception(_df_); - if(_df_ !== Stdlib[8])throw _df_; - var _cA_=caml_ml_string_length(_cy_),_cz_=0; - if(_cA_ < 1) - var _cB_=[0,0,_cz_]; - else - {var _c$_=caml_string_get(_cy_,0) - 43 | 0,switch$0=0; - if(2 >= _c$_ >>> 0) - {var switch$1=0; - switch(_c$_) - {case 0:var _db_=[0,0,1];break; - case 1:switch$1 = 1;break; - default:var _db_=[0,1,1]} - if(! switch$1){var _da_=_db_;switch$0 = 1}} - if(! switch$0)var _da_=[0,0,_cz_]; - var _cB_=_da_} - var _cC_=_cB_[2]; - if(_cA_ < (_cC_ + 2 | 0)) - var _cD_=[0,2,_cC_]; - else - {var - _c8_=caml_string_get(_cy_,_cC_), - _c9_=caml_string_get(_cy_,_cC_ + 1 | 0), - switch$2=0; - if(48 === _c8_) - {var switch$3=0; - if(89 <= _c9_) - {if(98 === _c9_) - switch$3 = 2; - else - if(111 === _c9_) - switch$3 = 1; - else - if(120 !== _c9_){switch$2 = 1;switch$3 = 3}} - else - if(66 === _c9_) - switch$3 = 2; - else - if(79 === _c9_) - switch$3 = 1; - else - if(88 > _c9_){switch$2 = 1;switch$3 = 3} - switch(switch$3) - {case 3:break; - case 0:var _c__=[0,3,_cC_ + 2 | 0];break; - case 1:var _c__=[0,1,_cC_ + 2 | 0];break; - default:var _c__=[0,0,_cC_ + 2 | 0]}} - else - switch$2 = 1; - if(switch$2)var _c__=[0,2,_cC_]; - var _cD_=_c__} - var - _cE_=_cD_[2], - _cF_=_cD_[1], - _cG_= - 2 === _cF_ - ?function(_di_) - {if(69 !== _di_ && 101 !== _di_)return 0;return 1} - :3 <= _cF_ - ?function(_dj_) - {if(80 !== _dj_ && 112 !== _dj_)return 0;return 1} - :function(_dk_){return 0}, - _cH_=_aT_(_cy_,_cE_,_cA_,_cG_); - if(_cH_) - var - _cI_=_cH_[1], - _cJ_=_cI_ + 1 | 0, - _cL_=_cI_, - _cK_= - _s_ - (runtime.ml_z_of_substring_base(10,_cy_,_cJ_,_cA_ - _cJ_ | 0)); - else - var _cL_=_cA_,_cK_=0; - if(2 <= _cF_) - {var - _cM_= - _aT_(_cy_,_cE_,_cL_,function(_dh_){return 46 === _dh_?1:0}); - if(_cM_) - {var _cN_=_cM_[1]; - if(2 === _cF_) - var _cO_=1; - else - {if(3 > _cF_)throw [0,Assert_failure,_aV_];var _cO_=4} - var _cQ_=_cN_ + 1 | 0,_cR_=_cL_ - 1 | 0,_cP_=0; - if(_cR_ < _cQ_) - var _cS_=_cP_; - else - {var _c4_=_cQ_,_c3_=_cP_; - for(;;) - {var _c5_=caml_string_get(_cy_,_c4_),switch$4=0; - if(71 <= _c5_) - {if(97 <= _c5_) - {if(103 > _c5_)switch$4 = 1} - else - if(95 === _c5_){var _c6_=_c3_;switch$4 = 2}} - else - if(58 <= _c5_) - {if(65 <= _c5_)switch$4 = 1} - else - if(48 <= _c5_)switch$4 = 1; - switch(switch$4) - {case 0: - caml_call1(Stdlib[1],cst_Q_of_string_invalid_digit); - var _c6_=_c3_; - break; - case 1:var _c6_=_c3_ + 1 | 0;break - } - var _c7_=_c4_ + 1 | 0; - if(_cR_ !== _c4_){var _c4_=_c7_,_c3_=_c6_;continue} - var _cS_=_c6_; - break}} - var - _cT_= - _aT_ - (_cy_, - _cN_ + 1 | 0, - _cL_, - function(_dg_){return 95 !== _dg_?1:0}), - _cU_=_cT_?_cT_[1]:_cL_, - _cV_=caml_call3(Stdlib_String[15],_cy_,_cU_,_cL_ - _cU_ | 0), - _cW_=caml_call3(Stdlib_String[15],_cy_,_cE_,_cN_ - _cE_ | 0), - _cX_=caml_call2(Stdlib[28],_cW_,_cV_), - _cZ_=caml_mul(_cS_,_cO_), - _cY_=_F_(_aS_(_cF_),_cX_)} - else - var - _cZ_=0, - _cY_= + {if(caml_string_notequal(_cy_,cst$0)) + {if(caml_string_notequal(_cy_,cst_inf$1)) + {if(! caml_string_notequal(_cy_,cst_inf$2))return _al_; + if(caml_string_notequal(_cy_,cst_inf$3)) + {if(caml_string_notequal(_cy_,cst_undef$0)) + try + {var + _dc_=caml_call2(Stdlib_String[35],_cy_,47), + _dd_= runtime.ml_z_of_substring_base - (_aS_(_cF_),_cy_,_cE_,_cL_ - _cE_ | 0)} - else - var - _cZ_=0, - _cY_= - runtime.ml_z_of_substring_base - (_aS_(_cF_),_cy_,_cE_,_cL_ - _cE_ | 0); - var - _c0_=_cK_ - _cZ_ | 0, - _c1_=2 === _cF_?10:3 <= _cF_?2:1, - _c2_= - 0 <= _c0_ - ?_ab_(_e_(_cY_,runtime.ml_z_pow(_c1_,_c0_))) - :_aa_(_cY_,runtime.ml_z_pow(_c1_,- _c0_ | 0)); - return _cB_[1]?_aI_(_c2_):_c2_}}} - return _ak_} + (0, + _cy_, + _dc_ + 1 | 0, + (caml_ml_string_length(_cy_) - _dc_ | 0) - 1 | 0), + _de_=_aa_(runtime.ml_z_of_substring_base(0,_cy_,0,_dc_),_dd_); + return _de_} + catch(_df_) + {_df_ = caml_wrap_exception(_df_); + if(_df_ === Stdlib[8]) + {var _cA_=caml_ml_string_length(_cy_),_cz_=0; + if(_cA_ < 1) + var _cB_=[0,0,_cz_]; + else + {var _c$_=caml_string_get(_cy_,0) - 43 | 0,switch$0=0; + if(! (2 < _c$_ >>> 0)) + {var switch$1=0; + switch(_c$_) + {case 0:var _db_=[0,0,1];break; + case 1:switch$1 = 1;break; + default:var _db_=[0,1,1]} + if(! switch$1){var _da_=_db_;switch$0 = 1}} + if(! switch$0)var _da_=[0,0,_cz_]; + var _cB_=_da_} + var _cC_=_cB_[2]; + if(_cA_ < (_cC_ + 2 | 0)) + var _cD_=[0,2,_cC_]; + else + {var + _c8_=caml_string_get(_cy_,_cC_), + _c9_=caml_string_get(_cy_,_cC_ + 1 | 0), + switch$2=0; + if(48 === _c8_) + {var switch$3=0; + if(89 <= _c9_) + {if(98 === _c9_) + switch$3 = 2; + else + if(111 === _c9_) + switch$3 = 1; + else + if(120 !== _c9_){switch$2 = 1;switch$3 = 3}} + else + if(66 === _c9_) + switch$3 = 2; + else + if(79 === _c9_) + switch$3 = 1; + else + if(! (88 <= _c9_)){switch$2 = 1;switch$3 = 3} + switch(switch$3) + {case 3:break; + case 0:var _c__=[0,3,_cC_ + 2 | 0];break; + case 1:var _c__=[0,1,_cC_ + 2 | 0];break; + default:var _c__=[0,0,_cC_ + 2 | 0]}} + else + switch$2 = 1; + if(switch$2)var _c__=[0,2,_cC_]; + var _cD_=_c__} + var + _cE_=_cD_[2], + _cF_=_cD_[1], + _cG_= + 2 === _cF_ + ?function(_di_) + {if(69 !== _di_ && 101 !== _di_)return 0;return 1} + :3 <= _cF_ + ?function(_dj_) + {if(80 !== _dj_ && 112 !== _dj_)return 0;return 1} + :function(_dk_){return 0}, + _cH_=_aT_(_cy_,_cE_,_cA_,_cG_); + if(_cH_) + var + _cI_=_cH_[1], + _cJ_=_cI_ + 1 | 0, + _cL_=_cI_, + _cK_= + _s_ + (runtime.ml_z_of_substring_base + (10,_cy_,_cJ_,_cA_ - _cJ_ | 0)); + else + var _cL_=_cA_,_cK_=0; + if(2 <= _cF_) + {var + _cM_= + _aT_(_cy_,_cE_,_cL_,function(_dh_){return 46 === _dh_?1:0}); + if(_cM_) + {var _cN_=_cM_[1]; + if(2 === _cF_) + var _cO_=1; + else + {if(! (3 <= _cF_))throw [0,Assert_failure,_aV_];var _cO_=4} + var _cQ_=_cN_ + 1 | 0,_cR_=_cL_ - 1 | 0,_cP_=0; + if(_cR_ < _cQ_) + var _cS_=_cP_; + else + {var _c4_=_cQ_,_c3_=_cP_; + for(;;) + {var _c5_=caml_string_get(_cy_,_c4_),switch$4=0; + if(71 <= _c5_) + {if(97 <= _c5_) + {if(! (103 <= _c5_))switch$4 = 1} + else + if(95 === _c5_){var _c6_=_c3_;switch$4 = 2}} + else + if(58 <= _c5_) + {if(65 <= _c5_)switch$4 = 1} + else + if(48 <= _c5_)switch$4 = 1; + switch(switch$4) + {case 0: + caml_call1(Stdlib[1],cst_Q_of_string_invalid_digit); + var _c6_=_c3_; + break; + case 1:var _c6_=_c3_ + 1 | 0;break + } + var _c7_=_c4_ + 1 | 0; + if(_cR_ !== _c4_){var _c4_=_c7_,_c3_=_c6_;continue} + var _cS_=_c6_; + break}} + var + _cT_= + _aT_ + (_cy_, + _cN_ + 1 | 0, + _cL_, + function(_dg_){return 95 !== _dg_?1:0}), + _cU_=_cT_?_cT_[1]:_cL_, + _cV_=caml_call3(Stdlib_String[15],_cy_,_cU_,_cL_ - _cU_ | 0), + _cW_=caml_call3(Stdlib_String[15],_cy_,_cE_,_cN_ - _cE_ | 0), + _cX_=caml_call2(Stdlib[28],_cW_,_cV_), + _cZ_=caml_mul(_cS_,_cO_), + _cY_=_F_(_aS_(_cF_),_cX_)} + else + var + _cZ_=0, + _cY_= + runtime.ml_z_of_substring_base + (_aS_(_cF_),_cy_,_cE_,_cL_ - _cE_ | 0)} + else + var + _cZ_=0, + _cY_= + runtime.ml_z_of_substring_base + (_aS_(_cF_),_cy_,_cE_,_cL_ - _cE_ | 0); + var + _c0_=_cK_ - _cZ_ | 0, + _c1_=2 === _cF_?10:3 <= _cF_?2:1, + _c2_= + 0 <= _c0_ + ?_ab_(_e_(_cY_,runtime.ml_z_pow(_c1_,_c0_))) + :_aa_(_cY_,runtime.ml_z_pow(_c1_,- _c0_ | 0)); + return _cB_[1]?_aI_(_c2_):_c2_} + throw _df_} + return _am_}} + return _ak_} + return _ah_} function _aW_(_cw_) {var _cx_=_aB_(_cw_);return caml_call1(Stdlib[42],_cx_)} function _aX_(_cu_,_ct_) @@ -31080,10 +31885,8 @@ (globalThis)); -//# 1 "../../.js/zarith_stubs_js/zarith_stubs_js.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/zarith_stubs_js/zarith_stubs_js.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime,Zarith_stubs_js=[0]; runtime.caml_register_global(0,Zarith_stubs_js,"Zarith_stubs_js"); @@ -31091,10 +31894,8 @@ (globalThis)); -//# 1 "../../.js/yojson/yojson.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/yojson/yojson.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -33539,13 +34340,19 @@ caml_call2 (add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 6 | 0) & 63)); return caml_call2(add,buf,caml_call1(Stdlib_Char[1],128 | x & 63))} - if(! maxbits(31,x))throw [0,Assert_failure,_a_]; - caml_call2(add,buf,caml_call1(Stdlib_Char[1],252 | (x >>> 30 | 0) & 1)); - caml_call2(add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 24 | 0) & 63)); - caml_call2(add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 18 | 0) & 63)); - caml_call2(add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 12 | 0) & 63)); - caml_call2(add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 6 | 0) & 63)); - return caml_call2(add,buf,caml_call1(Stdlib_Char[1],128 | x & 63))} + if(maxbits(31,x)) + {caml_call2 + (add,buf,caml_call1(Stdlib_Char[1],252 | (x >>> 30 | 0) & 1)); + caml_call2 + (add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 24 | 0) & 63)); + caml_call2 + (add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 18 | 0) & 63)); + caml_call2 + (add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 12 | 0) & 63)); + caml_call2 + (add,buf,caml_call1(Stdlib_Char[1],128 | (x >>> 6 | 0) & 63)); + return caml_call2(add,buf,caml_call1(Stdlib_Char[1],128 | x & 63))} + throw [0,Assert_failure,_a_]} function utf8_of_surrogate_pair(buf,i,j) {var high10=i - 55296 | 0,low10=j - 56320 | 0; return utf8_of_code(buf,65536 + (high10 << 10 | low10) | 0)} @@ -33588,7 +34395,7 @@ function write_string(ob,s) {caml_call2(Stdlib_Buffer[12],ob,34); var start=[0,0],_pi_=caml_ml_string_length(s) - 1 | 0,_ph_=0; - if(_pi_ >= 0) + if(! (_pi_ < 0)) {var i=_ph_; for(;;) {var c=caml_string_get(s,i); @@ -33660,12 +34467,12 @@ function float_needs_period(s) {try {var _o$_=caml_ml_string_length(s) - 1 | 0,_o__=0; - if(_o$_ >= 0) + if(! (_o$_ < 0)) {var i=_o__; for(;;) {var match=caml_string_get(s,i),switch$0=0; if(48 <= match) - {if(58 > match)switch$0 = 1} + {if(! (58 <= match))switch$0 = 1} else if(45 === match)switch$0 = 1; if(! switch$0)throw Stdlib[3]; @@ -33717,12 +34524,12 @@ return _o7_?caml_call2(Stdlib_Buffer[16],ob,cst_0$0):_o7_} function write_float_prec(significant_figures,ob,x) {var match=caml_classify_float(x); - if(3 !== match) - return 4 <= match - ?caml_call2(Stdlib_Buffer[16],ob,cst_NaN$0) - :write_normal_float_prec(significant_figures,ob,x); - var _o6_=0. < x?cst_Infinity$1:cst_Infinity$2; - return caml_call2(Stdlib_Buffer[16],ob,_o6_)} + if(3 === match) + {var _o6_=0. < x?cst_Infinity$1:cst_Infinity$2; + return caml_call2(Stdlib_Buffer[16],ob,_o6_)} + return 4 <= match + ?caml_call2(Stdlib_Buffer[16],ob,cst_NaN$0) + :write_normal_float_prec(significant_figures,ob,x)} function write_std_float(ob,x) {var match=caml_classify_float(x); if(3 === match) @@ -33741,31 +34548,34 @@ return _o5_?caml_call2(Stdlib_Buffer[16],ob,cst_0$1):_o5_} function write_std_float_prec(significant_figures,ob,x) {var match=caml_classify_float(x); - if(3 !== match) - return 4 <= match - ?json_error(cst_NaN_value_not_allowed_in_s$0) - :write_normal_float_prec(significant_figures,ob,x); - var - _o3_= - 0. < x - ?cst_Infinity_value_not_allowed$1 - :cst_Infinity_value_not_allowed$2; - return json_error(_o3_)} + if(3 === match) + {var + _o3_= + 0. < x + ?cst_Infinity_value_not_allowed$1 + :cst_Infinity_value_not_allowed$2; + return json_error(_o3_)} + return 4 <= match + ?json_error(cst_NaN_value_not_allowed_in_s$0) + :write_normal_float_prec(significant_figures,ob,x)} var write_intlit=Stdlib_Buffer[16], write_floatlit=Stdlib_Buffer[16], write_stringlit=Stdlib_Buffer[16]; function iter2(f_elt,f_sep,x,param$0) - {if(! param$0)return 0; - var l$0=param$0[2],y$0=param$0[1]; - caml_call2(f_elt,x,y$0); - var param=l$0; - for(;;) - {if(! param)return 0; - var l=param[2],y=param[1]; - caml_call1(f_sep,x); - caml_call2(f_elt,x,y); - var param=l}} + {if(param$0) + {var l$0=param$0[2],y$0=param$0[1]; + caml_call2(f_elt,x,y$0); + var param=l$0; + for(;;) + {if(param) + {var l=param[2],y=param[1]; + caml_call1(f_sep,x); + caml_call2(f_elt,x,y); + var param=l; + continue} + return 0}} + return 0} function f_sep(ob){return caml_call2(Stdlib_Buffer[12],ob,44)} function write_variant(ob,s,o) {caml_call2(Stdlib_Buffer[12],ob,60); @@ -33793,17 +34603,17 @@ {if(typeof x === "number")return write_null(ob,0); var _o2_=x[1]; if(708012133 <= _o2_) - {if(737456202 > _o2_) - {if(726928360 <= _o2_){var l$1=x[2];return write_tuple(ob,l$1)} - var match=x[2],o=match[2],s$0=match[1]; - return write_variant(ob,s$0,o)} - if(928231259 <= _o2_) - {if(963043957 <= _o2_){var l=x[2];return write_assoc(ob,l)} - var s=x[2]; - return caml_call2(Stdlib_Buffer[16],ob,s)} - if(848054398 <= _o2_){var l$0=x[2];return write_list(ob,l$0)} - var b=x[2]; - return write_bool(ob,b)} + {if(737456202 <= _o2_) + {if(928231259 <= _o2_) + {if(963043957 <= _o2_){var l=x[2];return write_assoc(ob,l)} + var s=x[2]; + return caml_call2(Stdlib_Buffer[16],ob,s)} + if(848054398 <= _o2_){var l$0=x[2];return write_list(ob,l$0)} + var b=x[2]; + return write_bool(ob,b)} + if(726928360 <= _o2_){var l$1=x[2];return write_tuple(ob,l$1)} + var match=x[2],o=match[2],s$0=match[1]; + return write_variant(ob,s$0,o)} if(-752863768 === _o2_) {var s$1=x[2];return caml_call2(Stdlib_Buffer[16],ob,s$1)} if(3654863 <= _o2_) @@ -33815,13 +34625,14 @@ var s$3=x[2]; return write_string(ob,s$3)} function write_std_variant(ob,s,o) - {if(! o)return write_string(ob,s); - var x=o[1]; - caml_call2(Stdlib_Buffer[12],ob,91); - write_string(ob,s); - caml_call2(Stdlib_Buffer[12],ob,44); - write_std_json(ob,x); - return caml_call2(Stdlib_Buffer[12],ob,93)} + {if(o) + {var x=o[1]; + caml_call2(Stdlib_Buffer[12],ob,91); + write_string(ob,s); + caml_call2(Stdlib_Buffer[12],ob,44); + write_std_json(ob,x); + return caml_call2(Stdlib_Buffer[12],ob,93)} + return write_string(ob,s)} function write_std_tuple(ob,l) {caml_call2(Stdlib_Buffer[12],ob,91); iter2(write_std_json,f_sep,ob,l); @@ -33830,32 +34641,32 @@ {if(typeof x === "number")return write_null(ob,0); var _o1_=x[1]; if(708012133 <= _o1_) - {if(737456202 > _o1_) - {if(726928360 <= _o1_){var l$1=x[2];return write_std_tuple(ob,l$1)} - var match=x[2],o=match[2],s$0=match[1]; - return write_std_variant(ob,s$0,o)} - if(928231259 <= _o1_) - {if(963043957 <= _o1_) - {var - l=x[2], - f_elt= - function(ob,param) - {var x=param[2],s=param[1]; - write_string(ob,s); - caml_call2(Stdlib_Buffer[12],ob,58); - return write_std_json(ob,x)}; - caml_call2(Stdlib_Buffer[12],ob,123); - iter2(f_elt,f_sep,ob,l); - return caml_call2(Stdlib_Buffer[12],ob,125)} - var s=x[2]; - return caml_call2(Stdlib_Buffer[16],ob,s)} - if(848054398 <= _o1_) - {var l$0=x[2]; - caml_call2(Stdlib_Buffer[12],ob,91); - iter2(write_std_json,f_sep,ob,l$0); - return caml_call2(Stdlib_Buffer[12],ob,93)} - var b=x[2]; - return write_bool(ob,b)} + {if(737456202 <= _o1_) + {if(928231259 <= _o1_) + {if(963043957 <= _o1_) + {var + l=x[2], + f_elt= + function(ob,param) + {var x=param[2],s=param[1]; + write_string(ob,s); + caml_call2(Stdlib_Buffer[12],ob,58); + return write_std_json(ob,x)}; + caml_call2(Stdlib_Buffer[12],ob,123); + iter2(f_elt,f_sep,ob,l); + return caml_call2(Stdlib_Buffer[12],ob,125)} + var s=x[2]; + return caml_call2(Stdlib_Buffer[16],ob,s)} + if(848054398 <= _o1_) + {var l$0=x[2]; + caml_call2(Stdlib_Buffer[12],ob,91); + iter2(write_std_json,f_sep,ob,l$0); + return caml_call2(Stdlib_Buffer[12],ob,93)} + var b=x[2]; + return write_bool(ob,b)} + if(726928360 <= _o1_){var l$1=x[2];return write_std_tuple(ob,l$1)} + var match=x[2],o=match[2],s$0=match[1]; + return write_std_variant(ob,s$0,o)} if(-752863768 === _o1_) {var s$1=x[2];return caml_call2(Stdlib_Buffer[16],ob,s$1)} if(3654863 <= _o1_) @@ -33987,77 +34798,77 @@ return caml_call2(Stdlib_Format[13],fmt,cst_Null); var _oy_=param[1]; if(708012133 <= _oy_) - {if(737456202 > _oy_) - {if(726928360 <= _oy_) - {var tup=param[2]; - caml_call2(Stdlib_Format[129],fmt,_T_); - caml_call2(Stdlib_Format[129],fmt,_U_); + {if(737456202 <= _oy_) + {if(928231259 <= _oy_) + {if(963043957 <= _oy_) + {var xs=param[2]; + caml_call2(Stdlib_Format[129],fmt,_z_); + caml_call2(Stdlib_Format[129],fmt,_A_); + var + _oz_=0, + _oA_= + function(sep,param) + {var value=param[2],key=param[1]; + if(sep)caml_call2(Stdlib_Format[129],fmt,_B_); + caml_call2(Stdlib_Format[129],fmt,_C_); + caml_call3(Stdlib_Format[129],fmt,_D_,key); + caml_call2(Stdlib_Format[129],fmt,_E_); + pp(fmt,value); + caml_call2(Stdlib_Format[129],fmt,_F_); + return 1}; + caml_call3(Stdlib_List[25],_oA_,_oz_,xs); + caml_call2(Stdlib_Format[129],fmt,_G_); + return caml_call2(Stdlib_Format[129],fmt,_H_)} + var x=param[2]; + caml_call2(Stdlib_Format[129],fmt,_I_); + caml_call3(Stdlib_Format[129],fmt,_J_,x); + return caml_call2(Stdlib_Format[129],fmt,_K_)} + if(848054398 <= _oy_) + {var xs$0=param[2]; + caml_call2(Stdlib_Format[129],fmt,_L_); + caml_call2(Stdlib_Format[129],fmt,_M_); var - _oD_=0, - _oE_= - function(sep,e) - {if(sep)caml_call2(Stdlib_Format[129],fmt,_V_); - pp(fmt,e); + _oB_=0, + _oC_= + function(sep,x) + {if(sep)caml_call2(Stdlib_Format[129],fmt,_N_); + pp(fmt,x); return 1}; - caml_call3(Stdlib_List[25],_oE_,_oD_,tup); - caml_call2(Stdlib_Format[129],fmt,_W_); - return caml_call2(Stdlib_Format[129],fmt,_X_)} - var match=param[2],value=match[2],name=match[1]; - caml_call2(Stdlib_Format[129],fmt,_Y_); - caml_call2(Stdlib_Format[129],fmt,_Z_); - caml_call3(Stdlib_Format[129],fmt,___,name); - caml_call2(Stdlib_Format[129],fmt,_$_); - if(value) - {var x$1=value[1]; - caml_call2(Stdlib_Format[13],fmt,cst_Some); - pp(fmt,x$1); - caml_call2(Stdlib_Format[13],fmt,cst$10)} - else - caml_call2(Stdlib_Format[13],fmt,cst_None); - caml_call2(Stdlib_Format[129],fmt,_aa_); - return caml_call2(Stdlib_Format[129],fmt,_ab_)} - if(928231259 <= _oy_) - {if(963043957 <= _oy_) - {var xs=param[2]; - caml_call2(Stdlib_Format[129],fmt,_z_); - caml_call2(Stdlib_Format[129],fmt,_A_); - var - _oz_=0, - _oA_= - function(sep,param) - {var value=param[2],key=param[1]; - if(sep)caml_call2(Stdlib_Format[129],fmt,_B_); - caml_call2(Stdlib_Format[129],fmt,_C_); - caml_call3(Stdlib_Format[129],fmt,_D_,key); - caml_call2(Stdlib_Format[129],fmt,_E_); - pp(fmt,value); - caml_call2(Stdlib_Format[129],fmt,_F_); - return 1}; - caml_call3(Stdlib_List[25],_oA_,_oz_,xs); - caml_call2(Stdlib_Format[129],fmt,_G_); - return caml_call2(Stdlib_Format[129],fmt,_H_)} - var x=param[2]; - caml_call2(Stdlib_Format[129],fmt,_I_); - caml_call3(Stdlib_Format[129],fmt,_J_,x); - return caml_call2(Stdlib_Format[129],fmt,_K_)} - if(848054398 <= _oy_) - {var xs$0=param[2]; - caml_call2(Stdlib_Format[129],fmt,_L_); - caml_call2(Stdlib_Format[129],fmt,_M_); + caml_call3(Stdlib_List[25],_oC_,_oB_,xs$0); + caml_call2(Stdlib_Format[129],fmt,_O_); + return caml_call2(Stdlib_Format[129],fmt,_P_)} + var x$0=param[2]; + caml_call2(Stdlib_Format[129],fmt,_Q_); + caml_call3(Stdlib_Format[129],fmt,_R_,x$0); + return caml_call2(Stdlib_Format[129],fmt,_S_)} + if(726928360 <= _oy_) + {var tup=param[2]; + caml_call2(Stdlib_Format[129],fmt,_T_); + caml_call2(Stdlib_Format[129],fmt,_U_); var - _oB_=0, - _oC_= - function(sep,x) - {if(sep)caml_call2(Stdlib_Format[129],fmt,_N_); - pp(fmt,x); + _oD_=0, + _oE_= + function(sep,e) + {if(sep)caml_call2(Stdlib_Format[129],fmt,_V_); + pp(fmt,e); return 1}; - caml_call3(Stdlib_List[25],_oC_,_oB_,xs$0); - caml_call2(Stdlib_Format[129],fmt,_O_); - return caml_call2(Stdlib_Format[129],fmt,_P_)} - var x$0=param[2]; - caml_call2(Stdlib_Format[129],fmt,_Q_); - caml_call3(Stdlib_Format[129],fmt,_R_,x$0); - return caml_call2(Stdlib_Format[129],fmt,_S_)} + caml_call3(Stdlib_List[25],_oE_,_oD_,tup); + caml_call2(Stdlib_Format[129],fmt,_W_); + return caml_call2(Stdlib_Format[129],fmt,_X_)} + var match=param[2],value=match[2],name=match[1]; + caml_call2(Stdlib_Format[129],fmt,_Y_); + caml_call2(Stdlib_Format[129],fmt,_Z_); + caml_call3(Stdlib_Format[129],fmt,___,name); + caml_call2(Stdlib_Format[129],fmt,_$_); + if(value) + {var x$1=value[1]; + caml_call2(Stdlib_Format[13],fmt,cst_Some); + pp(fmt,x$1); + caml_call2(Stdlib_Format[13],fmt,cst$10)} + else + caml_call2(Stdlib_Format[13],fmt,cst_None); + caml_call2(Stdlib_Format[129],fmt,_aa_); + return caml_call2(Stdlib_Format[129],fmt,_ab_)} if(-752863768 === _oy_) {var x$2=param[2]; caml_call2(Stdlib_Format[129],fmt,_ac_); @@ -34127,9 +34938,8 @@ throw _ov_}}} else if - (848054399 - > - _or_ + (! + (848054399 <= _or_) && typeof b$0 !== @@ -34149,9 +34959,8 @@ {var b$2=b$0[2],a$2=a$0[2];return caml_equal(a$2,b$2)}} else if - (708012134 - > - _or_ + (! + (708012134 <= _or_) && typeof b$0 !== @@ -34168,12 +34977,13 @@ value$0=match[2], name$0=match[1], match$0=caml_equal(name$0,name); - if(! match$0)return 0; - if(value$0) - {if(value) - {var b$3=value[1],a$3=value$0[1],a$0=a$3,b$0=b$3;continue}} - else - if(! value)return 1; + if(match$0) + {if(value$0) + {if(value) + {var b$3=value[1],a$3=value$0[1],a$0=a$3,b$0=b$3;continue}} + else + if(! value)return 1; + return 0} return 0} if(switch$0) try @@ -34194,9 +35004,8 @@ {var b$5=b$0[2],a$5=a$0[2];return caml_equal(a$5,b$5)}} else if - (-375152889 - > - _or_ + (! + (-375152889 <= _or_) && typeof b$0 !== @@ -34250,14 +35059,85 @@ {if(typeof x$0 === "number") return caml_call2(Stdlib_Format[13],out,cst_null$0); var _nJ_=x$0[1]; - if(708012133 > _nJ_) - {if(-752863768 === _nJ_) - {var s$0=x$0[2];return caml_call2(Stdlib_Format[13],out,s$0)} - if(3654863 <= _nJ_) - {if(365180284 > _nJ_) - {var x$7=x$0[2],_nI_=caml_call1(Stdlib[33],x$7); - return caml_call2(Stdlib_Format[13],out,_nI_)} - var x$6=x$0[2]; + if(708012133 <= _nJ_) + {if(737456202 <= _nJ_) + {if(928231259 <= _nJ_) + {if(963043957 <= _nJ_) + {var _nK_=x$0[2]; + if(_nK_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_at_); + var + _nL_= + function(out,param) + {var x=param[2],name=param[1],_ol_=1; + function _om_(_oo_,_op_){return format(_ol_,std,_oo_,_op_)} + var _on_=json_string_of_string(name); + return caml_call5(Stdlib_Format[129],out,_aF_,_on_,_om_,x)}, + _nM_= + function(_oj_,_ok_){return pp_list(cst$11,_nL_,_oj_,_ok_)}; + caml_call4(Stdlib_Format[129],out,_au_,_nM_,_nK_); + var _nN_=1 - inside_box; + return _nN_?caml_call2(Stdlib_Format[129],out,_av_):_nN_} + return caml_call2(Stdlib_Format[13],out,cst$12)} + var s=x$0[2]; + return caml_call2(Stdlib_Format[13],out,s)} + if(848054398 <= _nJ_) + {var _nO_=x$0[2]; + if(_nO_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_aw_); + if(caml_call2(Stdlib_List[32],is_atom,_nO_)) + {var + _nP_=0, + _nQ_=function(_od_,_oe_){return format(_nP_,std,_od_,_oe_)}, + _nR_= + function(_ob_,_oc_){return pp_list(cst$13,_nQ_,_ob_,_oc_)}; + caml_call4(Stdlib_Format[129],out,_ax_,_nR_,_nO_)} + else + {var + _nT_=0, + _nU_=function(_oh_,_oi_){return format(_nT_,std,_oh_,_oi_)}, + _nV_= + function(_of_,_og_){return pp_list(cst$14,_nU_,_of_,_og_)}; + caml_call4(Stdlib_Format[129],out,_az_,_nV_,_nO_)} + var _nS_=1 - inside_box; + return _nS_?caml_call2(Stdlib_Format[129],out,_ay_):_nS_} + return caml_call2(Stdlib_Format[13],out,cst$15)} + var x$1=x$0[2]; + return caml_call2(Stdlib_Format[25],out,x$1)} + if(726928360 <= _nJ_) + {var l=x$0[2]; + if(std){var x$2=[0,848054398,l],x$0=x$2;continue} + if(0 === l)return caml_call2(Stdlib_Format[13],out,cst$16); + if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_aA_); + var + _nW_=0, + _nX_=function(_n$_,_oa_){return format(_nW_,std,_n$_,_oa_)}, + _nY_=function(_n9_,_n__){return pp_list(cst$17,_nX_,_n9_,_n__)}; + caml_call4(Stdlib_Format[129],out,_aB_,_nY_,l); + var _nZ_=1 - inside_box; + return _nZ_?caml_call2(Stdlib_Format[129],out,_aC_):_nZ_} + var _n0_=x$0[2],_n1_=_n0_[2],_n2_=_n0_[1]; + if(_n1_) + {var x$3=_n1_[1]; + if(std) + {var + representation=[0,-976970511,_n2_], + x$4=[0,848054398,[0,representation,[0,x$3,0]]], + x$0=x$4; + continue} + var + op=json_string_of_string(_n2_), + _n3_=1, + _n4_=function(_n7_,_n8_){return format(_n3_,std,_n7_,_n8_)}; + return caml_call5(Stdlib_Format[129],out,_aD_,op,_n4_,x$3)} + if(std){var x$5=[0,-976970511,_n2_],x$0=x$5;continue} + var _n5_=json_string_of_string(_n2_); + return caml_call3(Stdlib_Format[129],out,_aE_,_n5_)} + if(-752863768 === _nJ_) + {var s$0=x$0[2];return caml_call2(Stdlib_Format[13],out,s$0)} + if(3654863 <= _nJ_) + {if(365180284 <= _nJ_) + {var x$6=x$0[2]; if(std) {var ob$0=caml_call1(Stdlib_Buffer[1],20); write_std_float(ob$0,x$6); @@ -34267,76 +35147,12 @@ write_float(ob,x$6); var s$1=caml_call1(Stdlib_Buffer[2],ob)} return caml_call2(Stdlib_Format[13],out,s$1)} - if(-375152890 <= _nJ_) - {var s$2=x$0[2];return caml_call2(Stdlib_Format[13],out,s$2)} - var s$3=x$0[2],_n6_=json_string_of_string(s$3); - return caml_call2(Stdlib_Format[13],out,_n6_)} - if(737456202 <= _nJ_) - {if(928231259 <= _nJ_) - {if(963043957 > _nJ_) - {var s=x$0[2];return caml_call2(Stdlib_Format[13],out,s)} - var _nK_=x$0[2]; - if(! _nK_)return caml_call2(Stdlib_Format[13],out,cst$12); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_at_); - var - _nL_= - function(out,param) - {var x=param[2],name=param[1],_ol_=1; - function _om_(_oo_,_op_){return format(_ol_,std,_oo_,_op_)} - var _on_=json_string_of_string(name); - return caml_call5(Stdlib_Format[129],out,_aF_,_on_,_om_,x)}, - _nM_=function(_oj_,_ok_){return pp_list(cst$11,_nL_,_oj_,_ok_)}; - caml_call4(Stdlib_Format[129],out,_au_,_nM_,_nK_); - var _nN_=1 - inside_box; - return _nN_?caml_call2(Stdlib_Format[129],out,_av_):_nN_} - if(848054398 > _nJ_) - {var x$1=x$0[2];return caml_call2(Stdlib_Format[25],out,x$1)} - var _nO_=x$0[2]; - if(! _nO_)return caml_call2(Stdlib_Format[13],out,cst$15); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_aw_); - if(caml_call2(Stdlib_List[32],is_atom,_nO_)) - {var - _nP_=0, - _nQ_=function(_od_,_oe_){return format(_nP_,std,_od_,_oe_)}, - _nR_=function(_ob_,_oc_){return pp_list(cst$13,_nQ_,_ob_,_oc_)}; - caml_call4(Stdlib_Format[129],out,_ax_,_nR_,_nO_)} - else - {var - _nT_=0, - _nU_=function(_oh_,_oi_){return format(_nT_,std,_oh_,_oi_)}, - _nV_=function(_of_,_og_){return pp_list(cst$14,_nU_,_of_,_og_)}; - caml_call4(Stdlib_Format[129],out,_az_,_nV_,_nO_)} - var _nS_=1 - inside_box; - return _nS_?caml_call2(Stdlib_Format[129],out,_ay_):_nS_} - if(726928360 <= _nJ_) - {var l=x$0[2]; - if(std){var x$2=[0,848054398,l],x$0=x$2;continue} - if(0 === l)return caml_call2(Stdlib_Format[13],out,cst$16); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_aA_); - var - _nW_=0, - _nX_=function(_n$_,_oa_){return format(_nW_,std,_n$_,_oa_)}, - _nY_=function(_n9_,_n__){return pp_list(cst$17,_nX_,_n9_,_n__)}; - caml_call4(Stdlib_Format[129],out,_aB_,_nY_,l); - var _nZ_=1 - inside_box; - return _nZ_?caml_call2(Stdlib_Format[129],out,_aC_):_nZ_} - var _n0_=x$0[2],_n1_=_n0_[2],_n2_=_n0_[1]; - if(_n1_) - {var x$3=_n1_[1]; - if(std) - {var - representation=[0,-976970511,_n2_], - x$4=[0,848054398,[0,representation,[0,x$3,0]]], - x$0=x$4; - continue} - var - op=json_string_of_string(_n2_), - _n3_=1, - _n4_=function(_n7_,_n8_){return format(_n3_,std,_n7_,_n8_)}; - return caml_call5(Stdlib_Format[129],out,_aD_,op,_n4_,x$3)} - if(std){var x$5=[0,-976970511,_n2_],x$0=x$5;continue} - var _n5_=json_string_of_string(_n2_); - return caml_call3(Stdlib_Format[129],out,_aE_,_n5_)}} + var x$7=x$0[2],_nI_=caml_call1(Stdlib[33],x$7); + return caml_call2(Stdlib_Format[13],out,_nI_)} + if(-375152890 <= _nJ_) + {var s$2=x$0[2];return caml_call2(Stdlib_Format[13],out,s$2)} + var s$3=x$0[2],_n6_=json_string_of_string(s$3); + return caml_call2(Stdlib_Format[13],out,_n6_)}} function pp$0(opt,out,x) {if(opt)var sth=opt[1],std=sth;else var std=0; var _nE_=1; @@ -34381,7 +35197,7 @@ function write_string$0(ob,s) {caml_call2(Stdlib_Buffer[12],ob,34); var start=[0,0],_nu_=caml_ml_string_length(s) - 1 | 0,_nt_=0; - if(_nu_ >= 0) + if(! (_nu_ < 0)) {var i=_nt_; for(;;) {var c=caml_string_get(s,i); @@ -34453,12 +35269,12 @@ function float_needs_period$0(s) {try {var _nl_=caml_ml_string_length(s) - 1 | 0,_nk_=0; - if(_nl_ >= 0) + if(! (_nl_ < 0)) {var i=_nk_; for(;;) {var match=caml_string_get(s,i),switch$0=0; if(48 <= match) - {if(58 > match)switch$0 = 1} + {if(! (58 <= match))switch$0 = 1} else if(45 === match)switch$0 = 1; if(! switch$0)throw Stdlib[3]; @@ -34510,12 +35326,12 @@ return _nh_?caml_call2(Stdlib_Buffer[16],ob,cst_0$3):_nh_} function write_float_prec$0(significant_figures,ob,x) {var match=caml_classify_float(x); - if(3 !== match) - return 4 <= match - ?caml_call2(Stdlib_Buffer[16],ob,cst_NaN$2) - :write_normal_float_prec$0(significant_figures,ob,x); - var _ng_=0. < x?cst_Infinity$5:cst_Infinity$6; - return caml_call2(Stdlib_Buffer[16],ob,_ng_)} + if(3 === match) + {var _ng_=0. < x?cst_Infinity$5:cst_Infinity$6; + return caml_call2(Stdlib_Buffer[16],ob,_ng_)} + return 4 <= match + ?caml_call2(Stdlib_Buffer[16],ob,cst_NaN$2) + :write_normal_float_prec$0(significant_figures,ob,x)} function write_std_float$0(ob,x) {var match=caml_classify_float(x); if(3 === match) @@ -34534,27 +35350,30 @@ return _nf_?caml_call2(Stdlib_Buffer[16],ob,cst_0$4):_nf_} function write_std_float_prec$0(significant_figures,ob,x) {var match=caml_classify_float(x); - if(3 !== match) - return 4 <= match - ?json_error(cst_NaN_value_not_allowed_in_s$2) - :write_normal_float_prec$0(significant_figures,ob,x); - var - _nd_= - 0. < x - ?cst_Infinity_value_not_allowed$5 - :cst_Infinity_value_not_allowed$6; - return json_error(_nd_)} + if(3 === match) + {var + _nd_= + 0. < x + ?cst_Infinity_value_not_allowed$5 + :cst_Infinity_value_not_allowed$6; + return json_error(_nd_)} + return 4 <= match + ?json_error(cst_NaN_value_not_allowed_in_s$2) + :write_normal_float_prec$0(significant_figures,ob,x)} function iter2$0(f_elt,f_sep,x,param$0) - {if(! param$0)return 0; - var l$0=param$0[2],y$0=param$0[1]; - caml_call2(f_elt,x,y$0); - var param=l$0; - for(;;) - {if(! param)return 0; - var l=param[2],y=param[1]; - caml_call1(f_sep,x); - caml_call2(f_elt,x,y); - var param=l}} + {if(param$0) + {var l$0=param$0[2],y$0=param$0[1]; + caml_call2(f_elt,x,y$0); + var param=l$0; + for(;;) + {if(param) + {var l=param[2],y=param[1]; + caml_call1(f_sep,x); + caml_call2(f_elt,x,y); + var param=l; + continue} + return 0}} + return 0} function f_sep$0(ob){return caml_call2(Stdlib_Buffer[12],ob,44)} function write_list$0(ob,l) {caml_call2(Stdlib_Buffer[12],ob,91); @@ -34572,44 +35391,44 @@ function write_t$0(ob,x) {if(typeof x === "number")return write_null$0(ob,0); var _nc_=x[1]; - if(365180284 > _nc_) - {if(3654863 <= _nc_){var i=x[2];return write_int$0(ob,i)} - var s=x[2]; - return write_string$0(ob,s)} - if(848054398 <= _nc_) - {if(963043957 <= _nc_){var l=x[2];return write_assoc$0(ob,l)} - var l$0=x[2]; - return write_list$0(ob,l$0)} - if(737456202 <= _nc_){var b=x[2];return write_bool$0(ob,b)} - var f=x[2]; - return write_float$0(ob,f)} + if(365180284 <= _nc_) + {if(848054398 <= _nc_) + {if(963043957 <= _nc_){var l=x[2];return write_assoc$0(ob,l)} + var l$0=x[2]; + return write_list$0(ob,l$0)} + if(737456202 <= _nc_){var b=x[2];return write_bool$0(ob,b)} + var f=x[2]; + return write_float$0(ob,f)} + if(3654863 <= _nc_){var i=x[2];return write_int$0(ob,i)} + var s=x[2]; + return write_string$0(ob,s)} function write_std_json$0(ob,x) {if(typeof x === "number")return write_null$0(ob,0); var _nb_=x[1]; - if(365180284 > _nb_) - {if(3654863 <= _nb_){var i=x[2];return write_int$0(ob,i)} - var s=x[2]; - return write_string$0(ob,s)} - if(848054398 <= _nb_) - {if(963043957 <= _nb_) - {var - l=x[2], - f_elt= - function(ob,param) - {var x=param[2],s=param[1]; - write_string$0(ob,s); - caml_call2(Stdlib_Buffer[12],ob,58); - return write_std_json$0(ob,x)}; - caml_call2(Stdlib_Buffer[12],ob,123); - iter2$0(f_elt,f_sep$0,ob,l); - return caml_call2(Stdlib_Buffer[12],ob,125)} - var l$0=x[2]; - caml_call2(Stdlib_Buffer[12],ob,91); - iter2$0(write_std_json$0,f_sep$0,ob,l$0); - return caml_call2(Stdlib_Buffer[12],ob,93)} - if(737456202 <= _nb_){var b=x[2];return write_bool$0(ob,b)} - var f=x[2]; - return write_std_float$0(ob,f)} + if(365180284 <= _nb_) + {if(848054398 <= _nb_) + {if(963043957 <= _nb_) + {var + l=x[2], + f_elt= + function(ob,param) + {var x=param[2],s=param[1]; + write_string$0(ob,s); + caml_call2(Stdlib_Buffer[12],ob,58); + return write_std_json$0(ob,x)}; + caml_call2(Stdlib_Buffer[12],ob,123); + iter2$0(f_elt,f_sep$0,ob,l); + return caml_call2(Stdlib_Buffer[12],ob,125)} + var l$0=x[2]; + caml_call2(Stdlib_Buffer[12],ob,91); + iter2$0(write_std_json$0,f_sep$0,ob,l$0); + return caml_call2(Stdlib_Buffer[12],ob,93)} + if(737456202 <= _nb_){var b=x[2];return write_bool$0(ob,b)} + var f=x[2]; + return write_std_float$0(ob,f)} + if(3654863 <= _nb_){var i=x[2];return write_int$0(ob,i)} + var s=x[2]; + return write_string$0(ob,s)} function to_buffer$0(opt,_na_,ob,x) {if(opt)var sth=opt[1],suf=sth;else var suf=cst$20; if(_na_)var sth$0=_na_[1],std=sth$0;else var std=0; @@ -34738,14 +35557,47 @@ {if(typeof x === "number") return caml_call2(Stdlib_Format[13],out,cst_null$2); var _mq_=x[1]; - if(365180284 > _mq_) - {if(3654863 <= _mq_) - {var x$2=x[2],_mp_=caml_call1(Stdlib[33],x$2); - return caml_call2(Stdlib_Format[13],out,_mp_)} - var s$0=x[2],_mD_=json_string_of_string$0(s$0); - return caml_call2(Stdlib_Format[13],out,_mD_)} - if(848054398 > _mq_) - {if(737456202 <= _mq_) + if(365180284 <= _mq_) + {if(848054398 <= _mq_) + {if(963043957 <= _mq_) + {var _mr_=x[2]; + if(_mr_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_a8_); + var + _ms_= + function(out,param) + {var x=param[2],name=param[1],_mO_=1; + function _mP_(_mR_,_mS_) + {return format$0(_mO_,std,_mR_,_mS_)} + var _mQ_=json_string_of_string$0(name); + return caml_call5(Stdlib_Format[129],out,_bd_,_mQ_,_mP_,x)}, + _mt_= + function(_mM_,_mN_){return pp_list$0(cst$29,_ms_,_mM_,_mN_)}; + caml_call4(Stdlib_Format[129],out,_a9_,_mt_,_mr_); + var _mu_=1 - inside_box; + return _mu_?caml_call2(Stdlib_Format[129],out,_a__):_mu_} + return caml_call2(Stdlib_Format[13],out,cst$30)} + var _mv_=x[2]; + if(_mv_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_a$_); + if(caml_call2(Stdlib_List[32],is_atom$0,_mv_)) + {var + _mw_=0, + _mx_=function(_mG_,_mH_){return format$0(_mw_,std,_mG_,_mH_)}, + _my_= + function(_mE_,_mF_){return pp_list$0(cst$31,_mx_,_mE_,_mF_)}; + caml_call4(Stdlib_Format[129],out,_ba_,_my_,_mv_)} + else + {var + _mA_=0, + _mB_=function(_mK_,_mL_){return format$0(_mA_,std,_mK_,_mL_)}, + _mC_= + function(_mI_,_mJ_){return pp_list$0(cst$32,_mB_,_mI_,_mJ_)}; + caml_call4(Stdlib_Format[129],out,_bc_,_mC_,_mv_)} + var _mz_=1 - inside_box; + return _mz_?caml_call2(Stdlib_Format[129],out,_bb_):_mz_} + return caml_call2(Stdlib_Format[13],out,cst$33)} + if(737456202 <= _mq_) {var x$0=x[2];return caml_call2(Stdlib_Format[25],out,x$0)} var x$1=x[2]; if(std) @@ -34757,38 +35609,11 @@ write_float$0(ob,x$1); var s=caml_call1(Stdlib_Buffer[2],ob)} return caml_call2(Stdlib_Format[13],out,s)} - if(963043957 <= _mq_) - {var _mr_=x[2]; - if(! _mr_)return caml_call2(Stdlib_Format[13],out,cst$30); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_a8_); - var - _ms_= - function(out,param) - {var x=param[2],name=param[1],_mO_=1; - function _mP_(_mR_,_mS_){return format$0(_mO_,std,_mR_,_mS_)} - var _mQ_=json_string_of_string$0(name); - return caml_call5(Stdlib_Format[129],out,_bd_,_mQ_,_mP_,x)}, - _mt_=function(_mM_,_mN_){return pp_list$0(cst$29,_ms_,_mM_,_mN_)}; - caml_call4(Stdlib_Format[129],out,_a9_,_mt_,_mr_); - var _mu_=1 - inside_box; - return _mu_?caml_call2(Stdlib_Format[129],out,_a__):_mu_} - var _mv_=x[2]; - if(! _mv_)return caml_call2(Stdlib_Format[13],out,cst$33); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_a$_); - if(caml_call2(Stdlib_List[32],is_atom$0,_mv_)) - {var - _mw_=0, - _mx_=function(_mG_,_mH_){return format$0(_mw_,std,_mG_,_mH_)}, - _my_=function(_mE_,_mF_){return pp_list$0(cst$31,_mx_,_mE_,_mF_)}; - caml_call4(Stdlib_Format[129],out,_ba_,_my_,_mv_)} - else - {var - _mA_=0, - _mB_=function(_mK_,_mL_){return format$0(_mA_,std,_mK_,_mL_)}, - _mC_=function(_mI_,_mJ_){return pp_list$0(cst$32,_mB_,_mI_,_mJ_)}; - caml_call4(Stdlib_Format[129],out,_bc_,_mC_,_mv_)} - var _mz_=1 - inside_box; - return _mz_?caml_call2(Stdlib_Format[129],out,_bb_):_mz_} + if(3654863 <= _mq_) + {var x$2=x[2],_mp_=caml_call1(Stdlib[33],x$2); + return caml_call2(Stdlib_Format[13],out,_mp_)} + var s$0=x[2],_mD_=json_string_of_string$0(s$0); + return caml_call2(Stdlib_Format[13],out,_mD_)} function pp$1(opt,out,x) {if(opt)var sth=opt[1],std=sth;else var std=0; var _ml_=1; @@ -34798,58 +35623,58 @@ {if(typeof param === "number") return caml_call2(Stdlib_Format[13],fmt,cst_Null$0); var _mg_=param[1]; - if(365180284 > _mg_) - {if(3654863 <= _mg_) - {var x$1=param[2]; - caml_call2(Stdlib_Format[129],fmt,_bB_); - caml_call3(Stdlib_Format[129],fmt,_bC_,x$1); - return caml_call2(Stdlib_Format[129],fmt,_bD_)} - var x$2=param[2]; - caml_call2(Stdlib_Format[129],fmt,_bE_); - caml_call3(Stdlib_Format[129],fmt,_bF_,x$2); - return caml_call2(Stdlib_Format[129],fmt,_bG_)} - if(848054398 <= _mg_) - {if(963043957 <= _mg_) - {var xs=param[2]; - caml_call2(Stdlib_Format[129],fmt,_bh_); - caml_call2(Stdlib_Format[129],fmt,_bi_); + if(365180284 <= _mg_) + {if(848054398 <= _mg_) + {if(963043957 <= _mg_) + {var xs=param[2]; + caml_call2(Stdlib_Format[129],fmt,_bh_); + caml_call2(Stdlib_Format[129],fmt,_bi_); + var + _mh_=0, + _mi_= + function(sep,param) + {var value=param[2],key=param[1]; + if(sep)caml_call2(Stdlib_Format[129],fmt,_bj_); + caml_call2(Stdlib_Format[129],fmt,_bk_); + caml_call3(Stdlib_Format[129],fmt,_bl_,key); + caml_call2(Stdlib_Format[129],fmt,_bm_); + pp$2(fmt,value); + caml_call2(Stdlib_Format[129],fmt,_bn_); + return 1}; + caml_call3(Stdlib_List[25],_mi_,_mh_,xs); + caml_call2(Stdlib_Format[129],fmt,_bo_); + return caml_call2(Stdlib_Format[129],fmt,_bp_)} + var xs$0=param[2]; + caml_call2(Stdlib_Format[129],fmt,_bq_); + caml_call2(Stdlib_Format[129],fmt,_br_); var - _mh_=0, - _mi_= - function(sep,param) - {var value=param[2],key=param[1]; - if(sep)caml_call2(Stdlib_Format[129],fmt,_bj_); - caml_call2(Stdlib_Format[129],fmt,_bk_); - caml_call3(Stdlib_Format[129],fmt,_bl_,key); - caml_call2(Stdlib_Format[129],fmt,_bm_); - pp$2(fmt,value); - caml_call2(Stdlib_Format[129],fmt,_bn_); + _mj_=0, + _mk_= + function(sep,x) + {if(sep)caml_call2(Stdlib_Format[129],fmt,_bs_); + pp$2(fmt,x); return 1}; - caml_call3(Stdlib_List[25],_mi_,_mh_,xs); - caml_call2(Stdlib_Format[129],fmt,_bo_); - return caml_call2(Stdlib_Format[129],fmt,_bp_)} - var xs$0=param[2]; - caml_call2(Stdlib_Format[129],fmt,_bq_); - caml_call2(Stdlib_Format[129],fmt,_br_); - var - _mj_=0, - _mk_= - function(sep,x) - {if(sep)caml_call2(Stdlib_Format[129],fmt,_bs_); - pp$2(fmt,x); - return 1}; - caml_call3(Stdlib_List[25],_mk_,_mj_,xs$0); - caml_call2(Stdlib_Format[129],fmt,_bt_); - return caml_call2(Stdlib_Format[129],fmt,_bu_)} - if(737456202 <= _mg_) - {var x=param[2]; - caml_call2(Stdlib_Format[129],fmt,_bv_); - caml_call3(Stdlib_Format[129],fmt,_bw_,x); - return caml_call2(Stdlib_Format[129],fmt,_bx_)} - var x$0=param[2]; - caml_call2(Stdlib_Format[129],fmt,_by_); - caml_call3(Stdlib_Format[129],fmt,_bz_,x$0); - return caml_call2(Stdlib_Format[129],fmt,_bA_)} + caml_call3(Stdlib_List[25],_mk_,_mj_,xs$0); + caml_call2(Stdlib_Format[129],fmt,_bt_); + return caml_call2(Stdlib_Format[129],fmt,_bu_)} + if(737456202 <= _mg_) + {var x=param[2]; + caml_call2(Stdlib_Format[129],fmt,_bv_); + caml_call3(Stdlib_Format[129],fmt,_bw_,x); + return caml_call2(Stdlib_Format[129],fmt,_bx_)} + var x$0=param[2]; + caml_call2(Stdlib_Format[129],fmt,_by_); + caml_call3(Stdlib_Format[129],fmt,_bz_,x$0); + return caml_call2(Stdlib_Format[129],fmt,_bA_)} + if(3654863 <= _mg_) + {var x$1=param[2]; + caml_call2(Stdlib_Format[129],fmt,_bB_); + caml_call3(Stdlib_Format[129],fmt,_bC_,x$1); + return caml_call2(Stdlib_Format[129],fmt,_bD_)} + var x$2=param[2]; + caml_call2(Stdlib_Format[129],fmt,_bE_); + caml_call3(Stdlib_Format[129],fmt,_bF_,x$2); + return caml_call2(Stdlib_Format[129],fmt,_bG_)} function show$0(x){return caml_call3(Stdlib_Format[133],_bH_,pp$2,x)} function equal$0(a,b) {if(typeof a === "number") @@ -34940,11 +35765,11 @@ function hex$1(c) {if(65 <= c) {if(97 <= c) - {if(103 > c)return (c - 97 | 0) + 10 | 0} + {if(! (103 <= c))return (c - 97 | 0) + 10 | 0} else - if(71 > c)return (c - 65 | 0) + 10 | 0} + if(! (71 <= c))return (c - 65 | 0) + 10 | 0} else - if(9 >= c - 48 >>> 0)return c - 48 | 0; + if(! (9 < c - 48 >>> 0))return c - 48 | 0; throw [0,Assert_failure,_bI_]} function custom_error(descr,v,lexbuf) {var @@ -34990,7 +35815,7 @@ s=lexbuf[2], n=[0,0], _l1_=stop - 1 | 0; - if(_l1_ >= start) + if(! (_l1_ < start)) {var i=start; for(;;) {if(max10 <= n[1])throw Int_overflow; @@ -35008,7 +35833,7 @@ s=lexbuf[2], n=[0,0], _lY_=stop - 1 | 0; - if(_lY_ >= start) + if(! (_lY_ < start)) {var i=start; for(;;) {if(n[1] <= min10)throw Int_overflow; @@ -35026,11 +35851,10 @@ return caml_call4(Stdlib_Buffer[19],buf,lexbuf[2],lexbuf[5],len)} function read_json$2(counter,v,lexbuf) {var _lX_=0; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_read_json_rec,[0,v,lexbuf,_lX_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_read_json_rec(counter$0,v,lexbuf,_lX_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_read_json_rec(counter$0,v,lexbuf,_lX_)} + return caml_trampoline_return(ocaml_lex_read_json_rec,[0,v,lexbuf,_lX_])} function ocaml_lex_read_json_rec(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -35091,7 +35915,8 @@ read_colon(v,lexbuf); read_space(v,lexbuf); var _lQ_=acc[1]; - acc[1] = [0,[0,field_name$0,read_json(v,lexbuf)],_lQ_]}} + acc[1] = [0,[0,field_name$0,read_json(v,lexbuf)],_lQ_]; + continue}} catch(_lU_) {_lU_ = caml_wrap_exception(_lU_); if(_lU_ === End_of_object) @@ -35109,7 +35934,8 @@ read_array_sep(v,lexbuf); read_space(v,lexbuf); var _lS_=acc$0[1]; - acc$0[1] = [0,read_json(v,lexbuf),_lS_]}} + acc$0[1] = [0,read_json(v,lexbuf),_lS_]; + continue}} catch(_lT_) {_lT_ = caml_wrap_exception(_lT_); if(_lT_ === End_of_array) @@ -35118,27 +35944,27 @@ case 12:return long_error(cst_Invalid_token,v,lexbuf); case 13:return long_error(cst_Invalid_token$0,v,lexbuf); case 14: - if(counter >= 50) - return caml_trampoline_return(read_json$2,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return read_json$2(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return read_json$2(counter$0,v,lexbuf)} + return caml_trampoline_return(read_json$2,[0,v,lexbuf]); case 15: finish_comment(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(read_json$2,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return read_json$2(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return read_json$2(counter$1,v,lexbuf)} + return caml_trampoline_return(read_json$2,[0,v,lexbuf]); case 16: newline(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(read_json$2,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return read_json$2(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return read_json$2(counter$2,v,lexbuf)} + return caml_trampoline_return(read_json$2,[0,v,lexbuf]); case 17: - if(counter >= 50) - return caml_trampoline_return(read_json$2,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return read_json$2(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return read_json$2(counter$3,v,lexbuf)} + return caml_trampoline_return(read_json$2,[0,v,lexbuf]); case 18:return custom_error(cst_Unexpected_end_of_input,v,lexbuf); default:return long_error(cst_Invalid_token$1,v,lexbuf)}}} function read_json(v,lexbuf) @@ -35151,15 +35977,16 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call1(Stdlib_Buffer[2],v[1]); - case 1:finish_escaped_char(v,lexbuf);continue a; - case 2:add_lexeme(v[1],lexbuf);continue a; - default: - return custom_error(cst_Unexpected_end_of_input$0,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call1(Stdlib_Buffer[2],v[1]); + case 1:finish_escaped_char(v,lexbuf);continue a; + case 2:add_lexeme(v[1],lexbuf);continue a; + default: + return custom_error(cst_Unexpected_end_of_input$0,v,lexbuf)}}}} function map_string(v,f,lexbuf) {a: for(;;) @@ -35168,17 +35995,18 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var b=v[1],_lM_=caml_call1(Stdlib_Buffer[7],b); - return caml_call3(f,caml_call1(Stdlib_Buffer[2],b),0,_lM_); - case 1:finish_escaped_char(v,lexbuf);continue a; - case 2:add_lexeme(v[1],lexbuf);continue a; - default: - return custom_error(cst_Unexpected_end_of_input$1,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var b=v[1],_lM_=caml_call1(Stdlib_Buffer[7],b); + return caml_call3(f,caml_call1(Stdlib_Buffer[2],b),0,_lM_); + case 1:finish_escaped_char(v,lexbuf);continue a; + case 2:add_lexeme(v[1],lexbuf);continue a; + default: + return custom_error(cst_Unexpected_end_of_input$1,v,lexbuf)}}}} function finish_escaped_char(v,lexbuf) {var ocaml_lex_state=68; for(;;) @@ -35208,7 +36036,7 @@ _lH_=hex$1(c$0) << 4, _lI_=hex$1(b) << 8, x=hex$1(a) << 12 | _lI_ | _lH_ | _lG_; - if(55296 <= x && 56319 >= x) + if(55296 <= x && ! (56319 < x)) {var ocaml_lex_state$1=82; for(;;) {var @@ -35229,7 +36057,7 @@ _lK_=hex$1(c$1) << 4, _lL_=hex$1(b$0) << 8, y=hex$1(a$0) << 12 | _lL_ | _lK_ | _lJ_; - if(56320 <= y && 57343 >= y) + if(56320 <= y && ! (57343 < y)) return utf8_of_surrogate_pair(v[1],x,y); return long_error(cst_Invalid_low_surrogate_for_,v,lexbuf); case 1: @@ -35245,91 +36073,95 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var - len=lexbuf[6] - lexbuf[5] | 0, - s=caml_create_bytes(len + 1 | 0); - caml_bytes_set(s,0,34); - caml_call5(Stdlib_Bytes[11],lexbuf[2],lexbuf[5],s,1,len); - return caml_call1(Stdlib_Bytes[6],s); - case 1:return long_error(cst_Invalid_string_literal,v,lexbuf); - default:return custom_error(cst_Unexpected_end_of_input$4,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var len=lexbuf[6] - lexbuf[5] | 0,s=caml_create_bytes(len + 1 | 0); + caml_bytes_set(s,0,34); + caml_call5(Stdlib_Bytes[11],lexbuf[2],lexbuf[5],s,1,len); + return caml_call1(Stdlib_Bytes[6],s); + case 1:return long_error(cst_Invalid_string_literal,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$4,v,lexbuf)}}} function finish_variant(v,lexbuf) {var ocaml_lex_state=102; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var x=read_json(v,lexbuf); - read_space(v,lexbuf); - read_gt(v,lexbuf); - return [0,x]; - case 1:return 0; - case 2:return long_error(cst_Expected_or_but_found,v,lexbuf); - default:return custom_error(cst_Unexpected_end_of_input$5,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var x=read_json(v,lexbuf); + read_space(v,lexbuf); + read_gt(v,lexbuf); + return [0,x]; + case 1:return 0; + case 2:return long_error(cst_Expected_or_but_found,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$5,v,lexbuf)}}} function read_lt(v,lexbuf) {var ocaml_lex_state=107; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found,v,lexbuf); - default:return custom_error(cst_Unexpected_end_of_input$6,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$6,v,lexbuf)}}} function read_gt(v,lexbuf) {var ocaml_lex_state=111; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$0,v,lexbuf); - default:return custom_error(cst_Unexpected_end_of_input$7,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$0,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$7,v,lexbuf)}}} function read_comma(v,lexbuf) {var ocaml_lex_state=115; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$1,v,lexbuf); - default:return custom_error(cst_Unexpected_end_of_input$8,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$1,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$8,v,lexbuf)}}} function start_any_variant(v,lexbuf) {var ocaml_lex_state=119; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return -154522342; - case 1:caml_call1(Stdlib_Buffer[8],v[1]);return -589953938; - case 2:return -124528282; - case 3:return long_error(cst_Expected_or_but_found$0,v,lexbuf); - default:return custom_error(cst_Unexpected_end_of_input$9,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return -154522342; + case 1:caml_call1(Stdlib_Buffer[8],v[1]);return -589953938; + case 2:return -124528282; + case 3:return long_error(cst_Expected_or_but_found$0,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$9,v,lexbuf)}}} function finish_comment(v,lexbuf) {a: for(;;) @@ -35338,14 +36170,15 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Unterminated_comment,v,lexbuf); - case 2:newline(v,lexbuf);continue a; - default:continue a} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Unterminated_comment,v,lexbuf); + case 2:newline(v,lexbuf);continue a; + default:continue a}}}} function read_eof(lexbuf) {var ocaml_lex_state=131; for(;;) @@ -35355,7 +36188,8 @@ if(0 === ocaml_lex_state$0)return 1; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_space(v,lexbuf) {a: for(;;) @@ -35364,29 +36198,30 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:newline(v,lexbuf);continue a; - case 1:finish_comment(v,lexbuf);continue a; - case 2:newline(v,lexbuf);continue a; - case 3:continue a; - default:return 0} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:newline(v,lexbuf);continue a; + case 1:finish_comment(v,lexbuf);continue a; + case 2:newline(v,lexbuf);continue a; + case 3:continue a; + default:return 0}}}} function read_null(v,lexbuf) {var ocaml_lex_state=140; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_null_but_found,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$10,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_null_but_found,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$10,v,lexbuf)}}} function read_null_if_possible(v,lexbuf) {var ocaml_lex_state=147; for(;;) @@ -35396,24 +36231,25 @@ if(0 === ocaml_lex_state$0)return 1; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_bool(v,lexbuf) {var ocaml_lex_state=152; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(5 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 1; - case 1:return 0; - case 2:return 1; - case 3:return 0; - case 4:return long_error(cst_Expected_true_or_false_but,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$11,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(5 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 1; + case 1:return 0; + case 2:return 1; + case 3:return 0; + case 4:return long_error(cst_Expected_true_or_false_but,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$11,v,lexbuf)}}} function ocaml_lex_read_int_rec(v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -35543,57 +36379,54 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]); - return finish_string$1(v,lexbuf); - case 1:return long_error(cst_Expected_but_found$2,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$16,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return finish_string$1(v,lexbuf); + case 1:return long_error(cst_Expected_but_found$2,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$16,v,lexbuf)}}} function read_ident(v,lexbuf) {var ocaml_lex_state=237; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]); - return finish_string$1(v,lexbuf); - case 1: - var s=caml_call3(sub_lexeme,lexbuf,lexbuf[5],lexbuf[6]);return s; - case 2:return long_error(cst_Expected_string_or_identif,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$17,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return finish_string$1(v,lexbuf); + case 1: + var s=caml_call3(sub_lexeme,lexbuf,lexbuf[5],lexbuf[6]);return s; + case 2:return long_error(cst_Expected_string_or_identif,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$17,v,lexbuf)}}} function map_ident(v,f,lexbuf) {var ocaml_lex_state=242; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]);return map_string(v,f,lexbuf); - case 1: - var len=lexbuf[6] - lexbuf[5] | 0; - return caml_call3 - (f, - caml_call3(Stdlib_Bytes[8],lexbuf[2],lexbuf[5],len), - 0, - len); - case 2: - return long_error(cst_Expected_string_or_identif$0,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$18,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return map_string(v,f,lexbuf); + case 1: + var len=lexbuf[6] - lexbuf[5] | 0; + return caml_call3 + (f, + caml_call3(Stdlib_Bytes[8],lexbuf[2],lexbuf[5],len), + 0, + len); + case 2:return long_error(cst_Expected_string_or_identif$0,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$18,v,lexbuf)}}} function ocaml_lex_read_sequence_rec (read_cell,init_acc,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; @@ -35616,7 +36449,8 @@ {read_space(v,lexbuf); read_array_sep(v,lexbuf); read_space(v,lexbuf); - acc[1] = caml_call3(read_cell,acc[1],v,lexbuf)}} + acc[1] = caml_call3(read_cell,acc[1],v,lexbuf); + continue}} catch(_lp_) {_lp_ = caml_wrap_exception(_lp_); if(_lp_ === End_of_array)return acc[1]; @@ -35648,7 +36482,8 @@ read_array_sep(v,lexbuf); read_space(v,lexbuf); var _ln_=acc[1]; - acc[1] = [0,caml_call2(read_cell,v,lexbuf),_ln_]}} + acc[1] = [0,caml_call2(read_cell,v,lexbuf),_ln_]; + continue}} catch(_lo_) {_lo_ = caml_wrap_exception(_lo_); if(_lo_ === End_of_array)return acc[1]; @@ -35666,36 +36501,37 @@ if(0 === ocaml_lex_state$0)throw End_of_array; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_array_sep(v,lexbuf) {var ocaml_lex_state=257; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_array; - case 2:return long_error(cst_Expected_or_but_found$1,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$21,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_array; + case 2:return long_error(cst_Expected_or_but_found$1,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$21,v,lexbuf)}}} function read_tuple(read_cell,init_acc,v,lexbuf) {var ocaml_lex_state=262; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return long_error(cst_Invalid_token$2,v,lexbuf); - case 1:return long_error(cst_Expected_but_found$5,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$22,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return long_error(cst_Invalid_token$2,v,lexbuf); + case 1:return long_error(cst_Expected_but_found$5,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$22,v,lexbuf)}}} function read_tuple_end(lexbuf) {var ocaml_lex_state=266; for(;;) @@ -35705,7 +36541,8 @@ if(0 === ocaml_lex_state$0)throw End_of_tuple; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_tuple_end2(v,std,lexbuf) {var ocaml_lex_state=268; for(;;) @@ -35730,15 +36567,15 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_tuple; - case 2:return long_error(cst_Expected_or_but_found$4,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$23,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_tuple; + case 2:return long_error(cst_Expected_or_but_found$4,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$23,v,lexbuf)}}} function read_tuple_sep2(v,std,lexbuf) {var ocaml_lex_state=276; for(;;) @@ -35789,7 +36626,8 @@ read_space(v,lexbuf); read_colon(v,lexbuf); read_space(v,lexbuf); - acc[1] = caml_call4(read_field,acc[1],field_name$0,v,lexbuf)}} + acc[1] = caml_call4(read_field,acc[1],field_name$0,v,lexbuf); + continue}} catch(_ll_) {_ll_ = caml_wrap_exception(_ll_); if(_ll_ === End_of_object)return acc[1]; @@ -35805,14 +36643,14 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$7,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$26,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$7,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$26,v,lexbuf)}}} function read_object_end(lexbuf) {var ocaml_lex_state=290; for(;;) @@ -35822,128 +36660,128 @@ if(0 === ocaml_lex_state$0)throw End_of_object; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_object_sep(v,lexbuf) {var ocaml_lex_state=292; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_object; - case 2:return long_error(cst_Expected_or_but_found$8,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$27,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_object; + case 2:return long_error(cst_Expected_or_but_found$8,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$27,v,lexbuf)}}} function read_colon(v,lexbuf) {var ocaml_lex_state=297; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$8,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$28,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$8,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$28,v,lexbuf)}}} function start_any_tuple(v,lexbuf) {var ocaml_lex_state=301; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return 1; - case 2:return long_error(cst_Expected_or_but_found$9,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$29,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return 1; + case 2:return long_error(cst_Expected_or_but_found$9,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$29,v,lexbuf)}}} function read_lpar(v,lexbuf) {var ocaml_lex_state=306; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$9,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$30,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$9,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$30,v,lexbuf)}}} function read_rpar(v,lexbuf) {var ocaml_lex_state=310; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$10,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$31,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$10,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$31,v,lexbuf)}}} function read_lbr(v,lexbuf) {var ocaml_lex_state=314; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$11,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$32,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$11,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$32,v,lexbuf)}}} function read_rbr(v,lexbuf) {var ocaml_lex_state=318; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Expected_but_found$12,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$33,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Expected_but_found$12,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$33,v,lexbuf)}}} function finish_skip_stringlit(v,lexbuf) {var ocaml_lex_state=378; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error(cst_Invalid_string_literal$0,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$35,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error(cst_Invalid_string_literal$0,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$35,v,lexbuf)}}} function skip_json$2(counter,v,lexbuf) {var _lk_=322; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_skip_json_rec,[0,v,lexbuf,_lk_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_skip_json_rec(counter$0,v,lexbuf,_lk_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_skip_json_rec(counter$0,v,lexbuf,_lk_)} + return caml_trampoline_return(ocaml_lex_skip_json_rec,[0,v,lexbuf,_lk_])} function ocaml_lex_skip_json_rec(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -35981,7 +36819,8 @@ read_space(v,lexbuf); read_colon(v,lexbuf); read_space(v,lexbuf); - skip_json(v,lexbuf)}} + skip_json(v,lexbuf); + continue}} catch(_lj_) {_lj_ = caml_wrap_exception(_lj_); if(_lj_ === End_of_object)return 0; @@ -35995,7 +36834,8 @@ {read_space(v,lexbuf); read_array_sep(v,lexbuf); read_space(v,lexbuf); - skip_json(v,lexbuf)}} + skip_json(v,lexbuf); + continue}} catch(_li_) {_li_ = caml_wrap_exception(_li_); if(_li_ === End_of_array)return 0; @@ -36003,27 +36843,27 @@ case 11:return long_error(cst_Invalid_token$3,v,lexbuf); case 12:return long_error(cst_Invalid_token$4,v,lexbuf); case 13: - if(counter >= 50) - return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return skip_json$2(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return skip_json$2(counter$0,v,lexbuf)} + return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); case 14: finish_comment(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return skip_json$2(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return skip_json$2(counter$1,v,lexbuf)} + return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); case 15: newline(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return skip_json$2(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return skip_json$2(counter$2,v,lexbuf)} + return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); case 16: - if(counter >= 50) - return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return skip_json$2(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return skip_json$2(counter$3,v,lexbuf)} + return caml_trampoline_return(skip_json$2,[0,v,lexbuf]); case 17: return custom_error(cst_Unexpected_end_of_input$34,v,lexbuf); default:return long_error(cst_Invalid_token$5,v,lexbuf)}}} @@ -36035,55 +36875,54 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - skip_json(v,lexbuf);read_space(v,lexbuf);return read_gt(v,lexbuf); - case 1:return 0; - case 2:return long_error(cst_Expected_or_but_found$10,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$36,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + skip_json(v,lexbuf);read_space(v,lexbuf);return read_gt(v,lexbuf); + case 1:return 0; + case 2:return long_error(cst_Expected_or_but_found$10,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$36,v,lexbuf)}}} function skip_ident(v,lexbuf) {var ocaml_lex_state=394; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return finish_skip_stringlit(v,lexbuf); - case 1:return 0; - case 2: - return long_error(cst_Expected_string_or_identif$1,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$37,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return finish_skip_stringlit(v,lexbuf); + case 1:return 0; + case 2:return long_error(cst_Expected_string_or_identif$1,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$37,v,lexbuf)}}} function finish_buffer_stringlit(v,lexbuf) {var ocaml_lex_state=450; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call2(Stdlib_Buffer[12],v[1],34); - return add_lexeme(v[1],lexbuf); - case 1:return long_error(cst_Invalid_string_literal$1,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$39,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call2(Stdlib_Buffer[12],v[1],34); + return add_lexeme(v[1],lexbuf); + case 1:return long_error(cst_Invalid_string_literal$1,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$39,v,lexbuf)}}} function buffer_json$2(counter,v,lexbuf) {var _lh_=399; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_buffer_json_rec,[0,v,lexbuf,_lh_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_buffer_json_rec(counter$0,v,lexbuf,_lh_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_buffer_json_rec(counter$0,v,lexbuf,_lh_)} + return caml_trampoline_return + (ocaml_lex_buffer_json_rec,[0,v,lexbuf,_lh_])} function ocaml_lex_buffer_json_rec(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -36115,7 +36954,8 @@ buffer_space(v,lexbuf); buffer_colon(v,lexbuf); buffer_space(v,lexbuf); - buffer_json(v,lexbuf)}} + buffer_json(v,lexbuf); + continue}} catch(_lg_) {_lg_ = caml_wrap_exception(_lg_); if(_lg_ === End_of_object)return 0; @@ -36130,7 +36970,8 @@ {buffer_space(v,lexbuf); buffer_array_sep(v,lexbuf); buffer_space(v,lexbuf); - buffer_json(v,lexbuf)}} + buffer_json(v,lexbuf); + continue}} catch(_lf_) {_lf_ = caml_wrap_exception(_lf_); if(_lf_ === End_of_array)return 0; @@ -36139,30 +36980,30 @@ case 5:return long_error(cst_Invalid_token$7,v,lexbuf); case 6: add_lexeme(v[1],lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return buffer_json$2(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return buffer_json$2(counter$0,v,lexbuf)} + return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); case 7: caml_call2(Stdlib_Buffer[16],v[1],cst$34); finish_buffer_comment(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return buffer_json$2(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return buffer_json$2(counter$1,v,lexbuf)} + return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); case 8: caml_call2(Stdlib_Buffer[12],v[1],10); newline(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return buffer_json$2(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return buffer_json$2(counter$2,v,lexbuf)} + return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); case 9: add_lexeme(v[1],lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return buffer_json$2(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return buffer_json$2(counter$3,v,lexbuf)} + return caml_trampoline_return(buffer_json$2,[0,v,lexbuf]); case 10: return custom_error(cst_Unexpected_end_of_input$38,v,lexbuf); default:return long_error(cst_Invalid_token$8,v,lexbuf)}}} @@ -36174,16 +37015,15 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return finish_buffer_stringlit(v,lexbuf); - case 1:return add_lexeme(v[1],lexbuf); - case 2: - return long_error(cst_Expected_string_or_identif$2,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$40,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return finish_buffer_stringlit(v,lexbuf); + case 1:return add_lexeme(v[1],lexbuf); + case 2:return long_error(cst_Expected_string_or_identif$2,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$40,v,lexbuf)}}} function buffer_space(v,lexbuf) {a: for(;;) @@ -36192,21 +37032,22 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:add_lexeme(v[1],lexbuf);newline(v,lexbuf);continue a; - case 1: - caml_call2(Stdlib_Buffer[16],v[1],cst$35); - finish_buffer_comment(v,lexbuf); - continue a; - case 2: - caml_call2(Stdlib_Buffer[12],v[1],10); - newline(v,lexbuf); - continue a; - case 3:add_lexeme(v[1],lexbuf);continue a; - default:return 0} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:add_lexeme(v[1],lexbuf);newline(v,lexbuf);continue a; + case 1: + caml_call2(Stdlib_Buffer[16],v[1],cst$35); + finish_buffer_comment(v,lexbuf); + continue a; + case 2: + caml_call2(Stdlib_Buffer[12],v[1],10); + newline(v,lexbuf); + continue a; + case 3:add_lexeme(v[1],lexbuf);continue a; + default:return 0}}}} function buffer_object_end(v,lexbuf) {var ocaml_lex_state=478; for(;;) @@ -36217,22 +37058,23 @@ {caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_object_sep(v,lexbuf) {var ocaml_lex_state=480; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object; - case 2:return long_error(cst_Expected_or_but_found$11,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$41,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object; + case 2:return long_error(cst_Expected_or_but_found$11,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$41,v,lexbuf)}}} function buffer_array_end(v,lexbuf) {var ocaml_lex_state=485; for(;;) @@ -36243,36 +37085,37 @@ {caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_array_sep(v,lexbuf) {var ocaml_lex_state=487; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array; - case 2:return long_error(cst_Expected_or_but_found$12,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$42,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array; + case 2:return long_error(cst_Expected_or_but_found$12,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$42,v,lexbuf)}}} function buffer_colon(v,lexbuf) {var ocaml_lex_state=499; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],58); - case 1:return long_error(cst_Expected_but_found$13,v,lexbuf); - default: - return custom_error(cst_Unexpected_end_of_input$43,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],58); + case 1:return long_error(cst_Expected_but_found$13,v,lexbuf); + default:return custom_error(cst_Unexpected_end_of_input$43,v,lexbuf)}}} function finish_buffer_comment(v,lexbuf) {a: for(;;) @@ -36281,17 +37124,18 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[16],v[1],cst$36); - case 1:return long_error(cst_Unterminated_comment$0,v,lexbuf); - case 2: - caml_call2(Stdlib_Buffer[12],v[1],10); - newline(v,lexbuf); - continue a; - default:add_lexeme(v[1],lexbuf);continue a} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[16],v[1],cst$36); + case 1:return long_error(cst_Unterminated_comment$0,v,lexbuf); + case 2: + caml_call2(Stdlib_Buffer[12],v[1],10); + newline(v,lexbuf); + continue a; + default:add_lexeme(v[1],lexbuf);continue a}}}} function junk(lexbuf) {var ocaml_lex_state=513; for(;;) @@ -36300,35 +37144,37 @@ caml_lex_engine(ocaml_lex_tables,ocaml_lex_state,lexbuf); if(0 === ocaml_lex_state$0)return caml_call1(lexeme,lexbuf); caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} read_junk[1] = junk; function read_int8(v,lexbuf) {var n=read_int(v,lexbuf); - if(0 <= n && 255 >= n)return caml_call1(Stdlib[29],n); + if(0 <= n && ! (255 < n))return caml_call1(Stdlib[29],n); return lexer_error(cst_Int8_overflow,v,lexbuf)} function read_list(read_cell,v,lexbuf) {var _le_=read_list_rev(read_cell,v,lexbuf); return caml_call1(Stdlib_List[9],_le_)} function read_array(read_cell,v,lexbuf) {var l=read_list_rev(read_cell,v,lexbuf); - if(! l)return [0]; - var - tl=l[2], - x=l[1], - len=caml_call1(Stdlib_List[1],l), - a=caml_make_vect(len,x), - r=[0,tl], - _lb_=len - 2 | 0; - if(_lb_ >= 0) - {var i=_lb_; - for(;;) - {var _lc_=caml_call1(Stdlib_List[5],r[1]); - caml_check_bound(a,i)[1 + i] = _lc_; - r[1] = caml_call1(Stdlib_List[6],r[1]); - var _ld_=i - 1 | 0; - if(0 !== i){var i=_ld_;continue} - break}} - return a} + if(l) + {var + tl=l[2], + x=l[1], + len=caml_call1(Stdlib_List[1],l), + a=caml_make_vect(len,x), + r=[0,tl], + _lb_=len - 2 | 0; + if(! (_lb_ < 0)) + {var i=_lb_; + for(;;) + {var _lc_=caml_call1(Stdlib_List[5],r[1]); + caml_check_bound(a,i)[1 + i] = _lc_; + r[1] = caml_call1(Stdlib_List[6],r[1]); + var _ld_=i - 1 | 0; + if(0 !== i){var i=_ld_;continue} + break}} + return a} + return [0]} function read_fields(read_field,init_acc,v) {return function(_la_) {return read_abstract_fields(read_ident,read_field,init_acc,v,_la_)}} @@ -36465,7 +37311,7 @@ l=js[2], len=caml_call1(Stdlib_List[1],l), wrapped_index=0 <= i?i:len + i | 0; - if(0 <= wrapped_index && len > wrapped_index) + if(0 <= wrapped_index && ! (len <= wrapped_index)) return caml_call2(Stdlib_List[7],l,wrapped_index); var _kS_=caml_call1(Stdlib[33],i), @@ -36544,19 +37390,27 @@ function filter_map(f,l$0) {var acc=0,l=l$0; for(;;) - {if(! l)return caml_call1(Stdlib_List[9],acc); - var tl=l[2],x=l[1],match=caml_call1(f,x); - if(match){var y=match[1],acc$0=[0,y,acc],acc=acc$0,l=tl;continue} - var l=tl}} + {if(l) + {var tl=l[2],x=l[1],match=caml_call1(f,x); + if(match){var y=match[1],acc$0=[0,y,acc],acc=acc$0,l=tl;continue} + var l=tl; + continue} + return caml_call1(Stdlib_List[9],acc)}} function flatten(l$0) {var acc=0,l=l$0; for(;;) - {if(! l)return caml_call1(Stdlib_List[9],acc); - var tl=l[2],x=l[1]; - if(typeof x !== "number" && 848054398 === x[1]) - {var l2=x[2],acc$0=caml_call2(Stdlib_List[12],l2,acc),acc=acc$0,l=tl; + {if(l) + {var tl=l[2],x=l[1]; + if(typeof x !== "number" && 848054398 === x[1]) + {var + l2=x[2], + acc$0=caml_call2(Stdlib_List[12],l2,acc), + acc=acc$0, + l=tl; + continue} + var l=tl; continue} - var l=tl}} + return caml_call1(Stdlib_List[9],acc)}} function filter_index(i,l) {return filter_map (function(param) @@ -36675,9 +37529,10 @@ {if(-752863768 === _ky_){var s=x[2];return [0,-976970511,s]} if(708012133 <= _ky_) {var _kC_=x[2],_kD_=_kC_[2],_kE_=_kC_[1]; - if(! _kD_)return [0,-976970511,_kE_]; - var v=_kD_[1]; - return [0,848054398,[0,[0,-976970511,_kE_],[0,to_basic(v),0]]]}}} + if(_kD_) + {var v=_kD_[1]; + return [0,848054398,[0,[0,-976970511,_kE_],[0,to_basic(v),0]]]} + return [0,-976970511,_kE_]}}} return x} function hex$2(n) {var _kx_=10 <= n?n + 87 | 0:n + 48 | 0; @@ -36710,7 +37565,7 @@ function write_string$1(ob,s) {caml_call2(Stdlib_Buffer[12],ob,34); var start=[0,0],_ku_=caml_ml_string_length(s) - 1 | 0,_kt_=0; - if(_ku_ >= 0) + if(! (_ku_ < 0)) {var i=_kt_; for(;;) {var c=caml_string_get(s,i); @@ -36782,12 +37637,12 @@ function float_needs_period$1(s) {try {var _kl_=caml_ml_string_length(s) - 1 | 0,_kk_=0; - if(_kl_ >= 0) + if(! (_kl_ < 0)) {var i=_kk_; for(;;) {var match=caml_string_get(s,i),switch$0=0; if(48 <= match) - {if(58 > match)switch$0 = 1} + {if(! (58 <= match))switch$0 = 1} else if(45 === match)switch$0 = 1; if(! switch$0)throw Stdlib[3]; @@ -36839,12 +37694,12 @@ return _kh_?caml_call2(Stdlib_Buffer[16],ob,cst_0$6):_kh_} function write_float_prec$1(significant_figures,ob,x) {var match=caml_classify_float(x); - if(3 !== match) - return 4 <= match - ?caml_call2(Stdlib_Buffer[16],ob,cst_NaN$5) - :write_normal_float_prec$1(significant_figures,ob,x); - var _kg_=0. < x?cst_Infinity$11:cst_Infinity$12; - return caml_call2(Stdlib_Buffer[16],ob,_kg_)} + if(3 === match) + {var _kg_=0. < x?cst_Infinity$11:cst_Infinity$12; + return caml_call2(Stdlib_Buffer[16],ob,_kg_)} + return 4 <= match + ?caml_call2(Stdlib_Buffer[16],ob,cst_NaN$5) + :write_normal_float_prec$1(significant_figures,ob,x)} function write_std_float$1(ob,x) {var match=caml_classify_float(x); if(3 === match) @@ -36863,28 +37718,31 @@ return _kf_?caml_call2(Stdlib_Buffer[16],ob,cst_0$7):_kf_} function write_std_float_prec$1(significant_figures,ob,x) {var match=caml_classify_float(x); - if(3 !== match) - return 4 <= match - ?json_error(cst_NaN_value_not_allowed_in_s$4) - :write_normal_float_prec$1(significant_figures,ob,x); - var - _kd_= - 0. < x - ?cst_Infinity_value_not_allowed$9 - :cst_Infinity_value_not_allowed$10; - return json_error(_kd_)} + if(3 === match) + {var + _kd_= + 0. < x + ?cst_Infinity_value_not_allowed$9 + :cst_Infinity_value_not_allowed$10; + return json_error(_kd_)} + return 4 <= match + ?json_error(cst_NaN_value_not_allowed_in_s$4) + :write_normal_float_prec$1(significant_figures,ob,x)} var write_intlit$0=Stdlib_Buffer[16]; function iter2$1(f_elt,f_sep,x,param$0) - {if(! param$0)return 0; - var l$0=param$0[2],y$0=param$0[1]; - caml_call2(f_elt,x,y$0); - var param=l$0; - for(;;) - {if(! param)return 0; - var l=param[2],y=param[1]; - caml_call1(f_sep,x); - caml_call2(f_elt,x,y); - var param=l}} + {if(param$0) + {var l$0=param$0[2],y$0=param$0[1]; + caml_call2(f_elt,x,y$0); + var param=l$0; + for(;;) + {if(param) + {var l=param[2],y=param[1]; + caml_call1(f_sep,x); + caml_call2(f_elt,x,y); + var param=l; + continue} + return 0}} + return 0} function f_sep$1(ob){return caml_call2(Stdlib_Buffer[12],ob,44)} function write_variant$0(ob,s,o) {caml_call2(Stdlib_Buffer[12],ob,60); @@ -36929,13 +37787,14 @@ var s$1=x[2]; return write_string$1(ob,s$1)} function write_std_variant$0(ob,s,o) - {if(! o)return write_string$1(ob,s); - var x=o[1]; - caml_call2(Stdlib_Buffer[12],ob,91); - write_string$1(ob,s); - caml_call2(Stdlib_Buffer[12],ob,44); - write_std_json$1(ob,x); - return caml_call2(Stdlib_Buffer[12],ob,93)} + {if(o) + {var x=o[1]; + caml_call2(Stdlib_Buffer[12],ob,91); + write_string$1(ob,s); + caml_call2(Stdlib_Buffer[12],ob,44); + write_std_json$1(ob,x); + return caml_call2(Stdlib_Buffer[12],ob,93)} + return write_string$1(ob,s)} function write_std_tuple$0(ob,l) {caml_call2(Stdlib_Buffer[12],ob,91); iter2$1(write_std_json$1,f_sep$1,ob,l); @@ -37115,12 +37974,80 @@ {if(typeof x$0 === "number") return caml_call2(Stdlib_Format[13],out,cst_null$5); var _i9_=x$0[1]; - if(708012133 > _i9_) - {if(3654863 <= _i9_) - {if(365180284 > _i9_) - {var x$7=x$0[2],_i8_=caml_call1(Stdlib[33],x$7); - return caml_call2(Stdlib_Format[13],out,_i8_)} - var x$6=x$0[2]; + if(708012133 <= _i9_) + {if(726928360 === _i9_) + {var l=x$0[2]; + if(std){var x$1=[0,848054398,l],x$0=x$1;continue} + if(0 === l)return caml_call2(Stdlib_Format[13],out,cst$48); + if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_ch_); + var + _i__=0, + _i$_=function(_jO_,_jP_){return format$1(_i__,std,_jO_,_jP_)}, + _ja_=function(_jM_,_jN_){return pp_list$1(cst$49,_i$_,_jM_,_jN_)}; + caml_call4(Stdlib_Format[129],out,_ci_,_ja_,l); + var _jb_=1 - inside_box; + return _jb_?caml_call2(Stdlib_Format[129],out,_cj_):_jb_} + if(848054398 <= _i9_) + {if(963043957 <= _i9_) + {var _jc_=x$0[2]; + if(_jc_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_ck_); + var + _jd_= + function(out,param) + {var x=param[2],name=param[1],_jH_=1; + function _jI_(_jK_,_jL_) + {return format$1(_jH_,std,_jK_,_jL_)} + var _jJ_=json_string_of_string$1(name); + return caml_call5(Stdlib_Format[129],out,_ct_,_jJ_,_jI_,x)}, + _je_= + function(_jF_,_jG_){return pp_list$1(cst$50,_jd_,_jF_,_jG_)}; + caml_call4(Stdlib_Format[129],out,_cl_,_je_,_jc_); + var _jf_=1 - inside_box; + return _jf_?caml_call2(Stdlib_Format[129],out,_cm_):_jf_} + return caml_call2(Stdlib_Format[13],out,cst$51)} + var _jg_=x$0[2]; + if(_jg_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_cn_); + if(caml_call2(Stdlib_List[32],is_atom$1,_jg_)) + {var + _jh_=0, + _ji_=function(_jz_,_jA_){return format$1(_jh_,std,_jz_,_jA_)}, + _jj_= + function(_jx_,_jy_){return pp_list$1(cst$52,_ji_,_jx_,_jy_)}; + caml_call4(Stdlib_Format[129],out,_co_,_jj_,_jg_)} + else + {var + _jl_=0, + _jm_=function(_jD_,_jE_){return format$1(_jl_,std,_jD_,_jE_)}, + _jn_= + function(_jB_,_jC_){return pp_list$1(cst$53,_jm_,_jB_,_jC_)}; + caml_call4(Stdlib_Format[129],out,_cq_,_jn_,_jg_)} + var _jk_=1 - inside_box; + return _jk_?caml_call2(Stdlib_Format[129],out,_cp_):_jk_} + return caml_call2(Stdlib_Format[13],out,cst$54)} + if(737456202 <= _i9_) + {var x$2=x$0[2];return caml_call2(Stdlib_Format[25],out,x$2)} + var _jo_=x$0[2],_jp_=_jo_[2],_jq_=_jo_[1]; + if(_jp_) + {var x$3=_jp_[1]; + if(std) + {var + representation=[0,-976970511,_jq_], + x$4=[0,848054398,[0,representation,[0,x$3,0]]], + x$0=x$4; + continue} + var + op=json_string_of_string$1(_jq_), + _jr_=1, + _js_=function(_jv_,_jw_){return format$1(_jr_,std,_jv_,_jw_)}; + return caml_call5(Stdlib_Format[129],out,_cr_,op,_js_,x$3)} + if(std){var x$5=[0,-976970511,_jq_],x$0=x$5;continue} + var _jt_=json_string_of_string$1(_jq_); + return caml_call3(Stdlib_Format[129],out,_cs_,_jt_)} + if(3654863 <= _i9_) + {if(365180284 <= _i9_) + {var x$6=x$0[2]; if(std) {var ob$0=caml_call1(Stdlib_Buffer[1],20); write_std_float$1(ob$0,x$6); @@ -37130,74 +38057,12 @@ write_float$1(ob,x$6); var s=caml_call1(Stdlib_Buffer[2],ob)} return caml_call2(Stdlib_Format[13],out,s)} - if(-752863768 <= _i9_) - {var s$0=x$0[2];return caml_call2(Stdlib_Format[13],out,s$0)} - var s$1=x$0[2],_ju_=json_string_of_string$1(s$1); - return caml_call2(Stdlib_Format[13],out,_ju_)} - if(726928360 === _i9_) - {var l=x$0[2]; - if(std){var x$1=[0,848054398,l],x$0=x$1;continue} - if(0 === l)return caml_call2(Stdlib_Format[13],out,cst$48); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_ch_); - var - _i__=0, - _i$_=function(_jO_,_jP_){return format$1(_i__,std,_jO_,_jP_)}, - _ja_=function(_jM_,_jN_){return pp_list$1(cst$49,_i$_,_jM_,_jN_)}; - caml_call4(Stdlib_Format[129],out,_ci_,_ja_,l); - var _jb_=1 - inside_box; - return _jb_?caml_call2(Stdlib_Format[129],out,_cj_):_jb_} - if(848054398 <= _i9_) - {if(963043957 <= _i9_) - {var _jc_=x$0[2]; - if(! _jc_)return caml_call2(Stdlib_Format[13],out,cst$51); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_ck_); - var - _jd_= - function(out,param) - {var x=param[2],name=param[1],_jH_=1; - function _jI_(_jK_,_jL_){return format$1(_jH_,std,_jK_,_jL_)} - var _jJ_=json_string_of_string$1(name); - return caml_call5(Stdlib_Format[129],out,_ct_,_jJ_,_jI_,x)}, - _je_=function(_jF_,_jG_){return pp_list$1(cst$50,_jd_,_jF_,_jG_)}; - caml_call4(Stdlib_Format[129],out,_cl_,_je_,_jc_); - var _jf_=1 - inside_box; - return _jf_?caml_call2(Stdlib_Format[129],out,_cm_):_jf_} - var _jg_=x$0[2]; - if(! _jg_)return caml_call2(Stdlib_Format[13],out,cst$54); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_cn_); - if(caml_call2(Stdlib_List[32],is_atom$1,_jg_)) - {var - _jh_=0, - _ji_=function(_jz_,_jA_){return format$1(_jh_,std,_jz_,_jA_)}, - _jj_=function(_jx_,_jy_){return pp_list$1(cst$52,_ji_,_jx_,_jy_)}; - caml_call4(Stdlib_Format[129],out,_co_,_jj_,_jg_)} - else - {var - _jl_=0, - _jm_=function(_jD_,_jE_){return format$1(_jl_,std,_jD_,_jE_)}, - _jn_=function(_jB_,_jC_){return pp_list$1(cst$53,_jm_,_jB_,_jC_)}; - caml_call4(Stdlib_Format[129],out,_cq_,_jn_,_jg_)} - var _jk_=1 - inside_box; - return _jk_?caml_call2(Stdlib_Format[129],out,_cp_):_jk_} - if(737456202 <= _i9_) - {var x$2=x$0[2];return caml_call2(Stdlib_Format[25],out,x$2)} - var _jo_=x$0[2],_jp_=_jo_[2],_jq_=_jo_[1]; - if(_jp_) - {var x$3=_jp_[1]; - if(std) - {var - representation=[0,-976970511,_jq_], - x$4=[0,848054398,[0,representation,[0,x$3,0]]], - x$0=x$4; - continue} - var - op=json_string_of_string$1(_jq_), - _jr_=1, - _js_=function(_jv_,_jw_){return format$1(_jr_,std,_jv_,_jw_)}; - return caml_call5(Stdlib_Format[129],out,_cr_,op,_js_,x$3)} - if(std){var x$5=[0,-976970511,_jq_],x$0=x$5;continue} - var _jt_=json_string_of_string$1(_jq_); - return caml_call3(Stdlib_Format[129],out,_cs_,_jt_)}} + var x$7=x$0[2],_i8_=caml_call1(Stdlib[33],x$7); + return caml_call2(Stdlib_Format[13],out,_i8_)} + if(-752863768 <= _i9_) + {var s$0=x$0[2];return caml_call2(Stdlib_Format[13],out,s$0)} + var s$1=x$0[2],_ju_=json_string_of_string$1(s$1); + return caml_call2(Stdlib_Format[13],out,_ju_)}} function pp$3(opt,out,x) {if(opt)var sth=opt[1],std=sth;else var std=0; var _i4_=1; @@ -37375,12 +38240,13 @@ value$0=match[2], name$0=match[1], match$0=caml_equal(name$0,name); - if(! match$0)return 0; - if(value$0) - {if(value) - {var b$2=value[1],a$2=value$0[1],a$0=a$2,b$0=b$2;continue}} - else - if(! value)return 1; + if(match$0) + {if(value$0) + {if(value) + {var b$2=value[1],a$2=value$0[1],a$0=a$2,b$0=b$2;continue}} + else + if(! value)return 1; + return 0} return 0} if(switch$0) try @@ -37445,11 +38311,11 @@ function hex$3(c) {if(65 <= c) {if(97 <= c) - {if(103 > c)return (c - 97 | 0) + 10 | 0} + {if(! (103 <= c))return (c - 97 | 0) + 10 | 0} else - if(71 > c)return (c - 65 | 0) + 10 | 0} + if(! (71 <= c))return (c - 65 | 0) + 10 | 0} else - if(9 >= c - 48 >>> 0)return c - 48 | 0; + if(! (9 < c - 48 >>> 0))return c - 48 | 0; throw [0,Assert_failure,_da_]} function custom_error$0(descr,v,lexbuf) {var @@ -37495,7 +38361,7 @@ s=lexbuf[2], n=[0,0], _iF_=stop - 1 | 0; - if(_iF_ >= start) + if(! (_iF_ < start)) {var i=start; for(;;) {if(max10$0 <= n[1])throw Int_overflow$0; @@ -37513,7 +38379,7 @@ s=lexbuf[2], n=[0,0], _iC_=stop - 1 | 0; - if(_iC_ >= start) + if(! (_iC_ < start)) {var i=start; for(;;) {if(n[1] <= min10$0)throw Int_overflow$0; @@ -37531,11 +38397,11 @@ return caml_call4(Stdlib_Buffer[19],buf,lexbuf[2],lexbuf[5],len)} function read_json$3(counter,v,lexbuf) {var _iB_=0; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_read_json_rec$0,[0,v,lexbuf,_iB_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_read_json_rec$0(counter$0,v,lexbuf,_iB_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_read_json_rec$0(counter$0,v,lexbuf,_iB_)} + return caml_trampoline_return + (ocaml_lex_read_json_rec$0,[0,v,lexbuf,_iB_])} function ocaml_lex_read_json_rec$0(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -37596,7 +38462,8 @@ read_colon$0(v,lexbuf); read_space$0(v,lexbuf); var _ir_=acc[1]; - acc[1] = [0,[0,field_name$0,read_json$0(v,lexbuf)],_ir_]}} + acc[1] = [0,[0,field_name$0,read_json$0(v,lexbuf)],_ir_]; + continue}} catch(_iy_) {_iy_ = caml_wrap_exception(_iy_); if(_iy_ === End_of_object) @@ -37614,7 +38481,8 @@ read_array_sep$0(v,lexbuf); read_space$0(v,lexbuf); var _it_=acc$0[1]; - acc$0[1] = [0,read_json$0(v,lexbuf),_it_]}} + acc$0[1] = [0,read_json$0(v,lexbuf),_it_]; + continue}} catch(_ix_) {_ix_ = caml_wrap_exception(_ix_); if(_ix_ === End_of_array) @@ -37632,7 +38500,8 @@ read_tuple_sep$0(v,lexbuf); read_space$0(v,lexbuf); var _iv_=acc$1[1]; - acc$1[1] = [0,read_json$0(v,lexbuf),_iv_]}} + acc$1[1] = [0,read_json$0(v,lexbuf),_iv_]; + continue}} catch(_iw_) {_iw_ = caml_wrap_exception(_iw_); if(_iw_ === End_of_tuple) @@ -37644,27 +38513,27 @@ read_space$0(v,lexbuf); return [0,708012133,[0,cons,finish_variant$0(v,lexbuf)]]; case 14: - if(counter >= 50) - return caml_trampoline_return(read_json$3,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return read_json$3(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return read_json$3(counter$0,v,lexbuf)} + return caml_trampoline_return(read_json$3,[0,v,lexbuf]); case 15: finish_comment$0(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(read_json$3,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return read_json$3(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return read_json$3(counter$1,v,lexbuf)} + return caml_trampoline_return(read_json$3,[0,v,lexbuf]); case 16: newline$0(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(read_json$3,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return read_json$3(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return read_json$3(counter$2,v,lexbuf)} + return caml_trampoline_return(read_json$3,[0,v,lexbuf]); case 17: - if(counter >= 50) - return caml_trampoline_return(read_json$3,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return read_json$3(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return read_json$3(counter$3,v,lexbuf)} + return caml_trampoline_return(read_json$3,[0,v,lexbuf]); case 18: return custom_error$0(cst_Unexpected_end_of_input$44,v,lexbuf); default:return long_error$0(cst_Invalid_token$9,v,lexbuf)}}} @@ -37678,15 +38547,16 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call1(Stdlib_Buffer[2],v[1]); - case 1:finish_escaped_char$0(v,lexbuf);continue a; - case 2:add_lexeme$0(v[1],lexbuf);continue a; - default: - return custom_error$0(cst_Unexpected_end_of_input$45,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call1(Stdlib_Buffer[2],v[1]); + case 1:finish_escaped_char$0(v,lexbuf);continue a; + case 2:add_lexeme$0(v[1],lexbuf);continue a; + default: + return custom_error$0(cst_Unexpected_end_of_input$45,v,lexbuf)}}}} function map_string$0(v,f,lexbuf) {a: for(;;) @@ -37695,17 +38565,18 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var b=v[1],_in_=caml_call1(Stdlib_Buffer[7],b); - return caml_call3(f,caml_call1(Stdlib_Buffer[2],b),0,_in_); - case 1:finish_escaped_char$0(v,lexbuf);continue a; - case 2:add_lexeme$0(v[1],lexbuf);continue a; - default: - return custom_error$0(cst_Unexpected_end_of_input$46,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var b=v[1],_in_=caml_call1(Stdlib_Buffer[7],b); + return caml_call3(f,caml_call1(Stdlib_Buffer[2],b),0,_in_); + case 1:finish_escaped_char$0(v,lexbuf);continue a; + case 2:add_lexeme$0(v[1],lexbuf);continue a; + default: + return custom_error$0(cst_Unexpected_end_of_input$46,v,lexbuf)}}}} function finish_escaped_char$0(v,lexbuf) {var ocaml_lex_state=68; for(;;) @@ -37735,7 +38606,7 @@ _ii_=hex$3(c$0) << 4, _ij_=hex$3(b) << 8, x=hex$3(a) << 12 | _ij_ | _ii_ | _ih_; - if(55296 <= x && 56319 >= x) + if(55296 <= x && ! (56319 < x)) {var ocaml_lex_state$1=82; for(;;) {var @@ -37756,7 +38627,7 @@ _il_=hex$3(c$1) << 4, _im_=hex$3(b$0) << 8, y=hex$3(a$0) << 12 | _im_ | _il_ | _ik_; - if(56320 <= y && 57343 >= y) + if(56320 <= y && ! (57343 < y)) return utf8_of_surrogate_pair(v[1],x,y); return long_error$0 (cst_Invalid_low_surrogate_for_$0,v,lexbuf); @@ -37776,97 +38647,101 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var - len=lexbuf[6] - lexbuf[5] | 0, - s=caml_create_bytes(len + 1 | 0); - caml_bytes_set(s,0,34); - caml_call5(Stdlib_Bytes[11],lexbuf[2],lexbuf[5],s,1,len); - return caml_call1(Stdlib_Bytes[6],s); - case 1:return long_error$0(cst_Invalid_string_literal$2,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$49,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var len=lexbuf[6] - lexbuf[5] | 0,s=caml_create_bytes(len + 1 | 0); + caml_bytes_set(s,0,34); + caml_call5(Stdlib_Bytes[11],lexbuf[2],lexbuf[5],s,1,len); + return caml_call1(Stdlib_Bytes[6],s); + case 1:return long_error$0(cst_Invalid_string_literal$2,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$49,v,lexbuf)}}} function finish_variant$0(v,lexbuf) {var ocaml_lex_state=102; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var x=read_json$0(v,lexbuf); - read_space$0(v,lexbuf); - read_gt$0(v,lexbuf); - return [0,x]; - case 1:return 0; - case 2:return long_error$0(cst_Expected_or_but_found$13,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$50,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var x=read_json$0(v,lexbuf); + read_space$0(v,lexbuf); + read_gt$0(v,lexbuf); + return [0,x]; + case 1:return 0; + case 2:return long_error$0(cst_Expected_or_but_found$13,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$50,v,lexbuf)}}} function read_lt$0(v,lexbuf) {var ocaml_lex_state=107; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$14,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$51,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$14,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$51,v,lexbuf)}}} function read_gt$0(v,lexbuf) {var ocaml_lex_state=111; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$15,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$52,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$15,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$52,v,lexbuf)}}} function read_comma$0(v,lexbuf) {var ocaml_lex_state=115; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$16,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$53,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$16,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$53,v,lexbuf)}}} function start_any_variant$0(v,lexbuf) {var ocaml_lex_state=119; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return -154522342; - case 1:caml_call1(Stdlib_Buffer[8],v[1]);return -589953938; - case 2:return -124528282; - case 3:return long_error$0(cst_Expected_or_but_found$14,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$54,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return -154522342; + case 1:caml_call1(Stdlib_Buffer[8],v[1]);return -589953938; + case 2:return -124528282; + case 3:return long_error$0(cst_Expected_or_but_found$14,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$54,v,lexbuf)}}} function finish_comment$0(v,lexbuf) {a: for(;;) @@ -37875,14 +38750,15 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Unterminated_comment$1,v,lexbuf); - case 2:newline$0(v,lexbuf);continue a; - default:continue a} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Unterminated_comment$1,v,lexbuf); + case 2:newline$0(v,lexbuf);continue a; + default:continue a}}}} function read_eof$0(lexbuf) {var ocaml_lex_state=131; for(;;) @@ -37892,7 +38768,8 @@ if(0 === ocaml_lex_state$0)return 1; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_space$0(v,lexbuf) {a: for(;;) @@ -37901,29 +38778,31 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:newline$0(v,lexbuf);continue a; - case 1:finish_comment$0(v,lexbuf);continue a; - case 2:newline$0(v,lexbuf);continue a; - case 3:continue a; - default:return 0} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:newline$0(v,lexbuf);continue a; + case 1:finish_comment$0(v,lexbuf);continue a; + case 2:newline$0(v,lexbuf);continue a; + case 3:continue a; + default:return 0}}}} function read_null$0(v,lexbuf) {var ocaml_lex_state=140; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_null_but_found$0,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$55,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_null_but_found$0,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$55,v,lexbuf)}}} function read_null_if_possible$0(v,lexbuf) {var ocaml_lex_state=147; for(;;) @@ -37933,25 +38812,27 @@ if(0 === ocaml_lex_state$0)return 1; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_bool$0(v,lexbuf) {var ocaml_lex_state=152; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(5 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 1; - case 1:return 0; - case 2:return 1; - case 3:return 0; - case 4: - return long_error$0(cst_Expected_true_or_false_but$0,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$56,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(5 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 1; + case 1:return 0; + case 2:return 1; + case 3:return 0; + case 4: + return long_error$0(cst_Expected_true_or_false_but$0,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$56,v,lexbuf)}}} function ocaml_lex_read_int_rec$0(v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -38088,59 +38969,59 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]); - return finish_string$3(v,lexbuf); - case 1:return long_error$0(cst_Expected_but_found$17,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$61,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return finish_string$3(v,lexbuf); + case 1:return long_error$0(cst_Expected_but_found$17,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$61,v,lexbuf)}}} function read_ident$0(v,lexbuf) {var ocaml_lex_state=237; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]); - return finish_string$3(v,lexbuf); - case 1: - var s=caml_call3(sub_lexeme$0,lexbuf,lexbuf[5],lexbuf[6]); - return s; - case 2: - return long_error$0(cst_Expected_string_or_identif$3,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$62,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return finish_string$3(v,lexbuf); + case 1: + var s=caml_call3(sub_lexeme$0,lexbuf,lexbuf[5],lexbuf[6]);return s; + case 2: + return long_error$0(cst_Expected_string_or_identif$3,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$62,v,lexbuf)}}} function map_ident$0(v,f,lexbuf) {var ocaml_lex_state=242; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]);return map_string$0(v,f,lexbuf); - case 1: - var len=lexbuf[6] - lexbuf[5] | 0; - return caml_call3 - (f, - caml_call3(Stdlib_Bytes[8],lexbuf[2],lexbuf[5],len), - 0, - len); - case 2: - return long_error$0(cst_Expected_string_or_identif$4,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$63,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return map_string$0(v,f,lexbuf); + case 1: + var len=lexbuf[6] - lexbuf[5] | 0; + return caml_call3 + (f, + caml_call3(Stdlib_Bytes[8],lexbuf[2],lexbuf[5],len), + 0, + len); + case 2: + return long_error$0(cst_Expected_string_or_identif$4,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$63,v,lexbuf)}}} function ocaml_lex_read_sequence_rec$0 (read_cell,init_acc,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; @@ -38163,7 +39044,8 @@ {read_space$0(v,lexbuf); read_array_sep$0(v,lexbuf); read_space$0(v,lexbuf); - acc[1] = caml_call3(read_cell,acc[1],v,lexbuf)}} + acc[1] = caml_call3(read_cell,acc[1],v,lexbuf); + continue}} catch(_h2_) {_h2_ = caml_wrap_exception(_h2_); if(_h2_ === End_of_array)return acc[1]; @@ -38196,7 +39078,8 @@ read_array_sep$0(v,lexbuf); read_space$0(v,lexbuf); var _h0_=acc[1]; - acc[1] = [0,caml_call2(read_cell,v,lexbuf),_h0_]}} + acc[1] = [0,caml_call2(read_cell,v,lexbuf),_h0_]; + continue}} catch(_h1_) {_h1_ = caml_wrap_exception(_h1_); if(_h1_ === End_of_array)return acc[1]; @@ -38215,22 +39098,24 @@ if(0 === ocaml_lex_state$0)throw End_of_array; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_array_sep$0(v,lexbuf) {var ocaml_lex_state=257; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_array; - case 2:return long_error$0(cst_Expected_or_but_found$15,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$66,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_array; + case 2:return long_error$0(cst_Expected_or_but_found$15,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$66,v,lexbuf)}}} function ocaml_lex_read_tuple_rec (read_cell,init_acc,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; @@ -38255,7 +39140,8 @@ read_tuple_sep$0(v,lexbuf); read_space$0(v,lexbuf); acc[1] = caml_call4(read_cell,pos[1],acc[1],v,lexbuf); - pos[1]++}} + pos[1]++; + continue}} catch(_hY_) {_hY_ = caml_wrap_exception(_hY_); if(_hY_ === End_of_tuple)return acc[1]; @@ -38274,7 +39160,8 @@ if(0 === ocaml_lex_state$0)throw End_of_tuple; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_tuple_end2$0(v,std,lexbuf) {var ocaml_lex_state=268; for(;;) @@ -38299,15 +39186,16 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_tuple; - case 2:return long_error$0(cst_Expected_or_but_found$18,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$68,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_tuple; + case 2:return long_error$0(cst_Expected_or_but_found$18,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$68,v,lexbuf)}}} function read_tuple_sep2$0(v,std,lexbuf) {var ocaml_lex_state=276; for(;;) @@ -38359,7 +39247,8 @@ read_space$0(v,lexbuf); read_colon$0(v,lexbuf); read_space$0(v,lexbuf); - acc[1] = caml_call4(read_field,acc[1],field_name$0,v,lexbuf)}} + acc[1] = caml_call4(read_field,acc[1],field_name$0,v,lexbuf); + continue}} catch(_hX_) {_hX_ = caml_wrap_exception(_hX_); if(_hX_ === End_of_object)return acc[1]; @@ -38376,14 +39265,15 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$22,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$71,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$22,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$71,v,lexbuf)}}} function read_object_end$0(lexbuf) {var ocaml_lex_state=290; for(;;) @@ -38393,146 +39283,156 @@ if(0 === ocaml_lex_state$0)throw End_of_object; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_object_sep$0(v,lexbuf) {var ocaml_lex_state=292; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_object; - case 2:return long_error$0(cst_Expected_or_but_found$22,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$72,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_object; + case 2:return long_error$0(cst_Expected_or_but_found$22,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$72,v,lexbuf)}}} function read_colon$0(v,lexbuf) {var ocaml_lex_state=297; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$23,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$73,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$23,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$73,v,lexbuf)}}} function start_any_tuple$0(v,lexbuf) {var ocaml_lex_state=301; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return 1; - case 2:return long_error$0(cst_Expected_or_but_found$23,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$74,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return 1; + case 2:return long_error$0(cst_Expected_or_but_found$23,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$74,v,lexbuf)}}} function read_lpar$0(v,lexbuf) {var ocaml_lex_state=306; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$24,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$75,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$24,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$75,v,lexbuf)}}} function read_rpar$0(v,lexbuf) {var ocaml_lex_state=310; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$25,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$76,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$25,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$76,v,lexbuf)}}} function read_lbr$0(v,lexbuf) {var ocaml_lex_state=314; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$26,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$77,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$26,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$77,v,lexbuf)}}} function read_rbr$0(v,lexbuf) {var ocaml_lex_state=318; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Expected_but_found$27,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$78,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Expected_but_found$27,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$78,v,lexbuf)}}} function finish_skip_variant$0(v,lexbuf) {var ocaml_lex_state=389; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - skip_json$0(v,lexbuf); - read_space$0(v,lexbuf); - return read_gt$0(v,lexbuf); - case 1:return 0; - case 2:return long_error$0(cst_Expected_or_but_found$24,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$81,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + skip_json$0(v,lexbuf); + read_space$0(v,lexbuf); + return read_gt$0(v,lexbuf); + case 1:return 0; + case 2:return long_error$0(cst_Expected_or_but_found$24,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$81,v,lexbuf)}}} function finish_skip_stringlit$0(v,lexbuf) {var ocaml_lex_state=378; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$0(cst_Invalid_string_literal$3,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$80,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$0(cst_Invalid_string_literal$3,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$80,v,lexbuf)}}} function skip_json$3(counter,v,lexbuf) {var _hW_=322; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_skip_json_rec$0,[0,v,lexbuf,_hW_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_skip_json_rec$0(counter$0,v,lexbuf,_hW_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_skip_json_rec$0(counter$0,v,lexbuf,_hW_)} + return caml_trampoline_return + (ocaml_lex_skip_json_rec$0,[0,v,lexbuf,_hW_])} function ocaml_lex_skip_json_rec$0(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -38570,7 +39470,8 @@ read_space$0(v,lexbuf); read_colon$0(v,lexbuf); read_space$0(v,lexbuf); - skip_json$0(v,lexbuf)}} + skip_json$0(v,lexbuf); + continue}} catch(_hV_) {_hV_ = caml_wrap_exception(_hV_); if(_hV_ === End_of_object)return 0; @@ -38584,7 +39485,8 @@ {read_space$0(v,lexbuf); read_array_sep$0(v,lexbuf); read_space$0(v,lexbuf); - skip_json$0(v,lexbuf)}} + skip_json$0(v,lexbuf); + continue}} catch(_hU_) {_hU_ = caml_wrap_exception(_hU_); if(_hU_ === End_of_array)return 0; @@ -38598,7 +39500,8 @@ {read_space$0(v,lexbuf); read_tuple_sep$0(v,lexbuf); read_space$0(v,lexbuf); - skip_json$0(v,lexbuf)}} + skip_json$0(v,lexbuf); + continue}} catch(_hT_) {_hT_ = caml_wrap_exception(_hT_); if(_hT_ === End_of_tuple)return 0; @@ -38609,27 +39512,27 @@ read_space$0(v,lexbuf); return finish_skip_variant$0(v,lexbuf); case 13: - if(counter >= 50) - return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return skip_json$3(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return skip_json$3(counter$0,v,lexbuf)} + return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); case 14: finish_comment$0(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return skip_json$3(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return skip_json$3(counter$1,v,lexbuf)} + return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); case 15: newline$0(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return skip_json$3(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return skip_json$3(counter$2,v,lexbuf)} + return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); case 16: - if(counter >= 50) - return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return skip_json$3(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return skip_json$3(counter$3,v,lexbuf)} + return caml_trampoline_return(skip_json$3,[0,v,lexbuf]); case 17: return custom_error$0(cst_Unexpected_end_of_input$79,v,lexbuf); default:return long_error$0(cst_Invalid_token$10,v,lexbuf)}}} @@ -38641,16 +39544,17 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return finish_skip_stringlit$0(v,lexbuf); - case 1:return 0; - case 2: - return long_error$0(cst_Expected_string_or_identif$5,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$82,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return finish_skip_stringlit$0(v,lexbuf); + case 1:return 0; + case 2: + return long_error$0(cst_Expected_string_or_identif$5,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$82,v,lexbuf)}}} function finish_buffer_variant(v,lexbuf) {var ocaml_lex_state=461; for(;;) @@ -38671,16 +39575,15 @@ {var ocaml_lex_state$2= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state$1,lexbuf); - if(2 >= ocaml_lex_state$2 >>> 0) - switch(ocaml_lex_state$2) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],62); - case 1: - return long_error$0(cst_Expected_but_found$29,v,lexbuf); - default: - return custom_error$0 - (cst_Unexpected_end_of_input$91,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state$1=ocaml_lex_state$2} + if(2 < ocaml_lex_state$2 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state$1=ocaml_lex_state$2; + continue} + switch(ocaml_lex_state$2) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],62); + case 1:return long_error$0(cst_Expected_but_found$29,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$91,v,lexbuf)}} case 1:return caml_call2(Stdlib_Buffer[12],v[1],62); case 2:return long_error$0(cst_Expected_or_but_found$25,v,lexbuf); default: @@ -38691,23 +39594,24 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call2(Stdlib_Buffer[12],v[1],34); - return add_lexeme$0(v[1],lexbuf); - case 1:return long_error$0(cst_Invalid_string_literal$4,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$84,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call2(Stdlib_Buffer[12],v[1],34); + return add_lexeme$0(v[1],lexbuf); + case 1:return long_error$0(cst_Invalid_string_literal$4,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$84,v,lexbuf)}}} function buffer_json$3(counter,v,lexbuf) {var _hS_=399; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_buffer_json_rec$0,[0,v,lexbuf,_hS_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_buffer_json_rec$0(counter$0,v,lexbuf,_hS_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_buffer_json_rec$0(counter$0,v,lexbuf,_hS_)} + return caml_trampoline_return + (ocaml_lex_buffer_json_rec$0,[0,v,lexbuf,_hS_])} function ocaml_lex_buffer_json_rec$0(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -38739,7 +39643,8 @@ buffer_space$0(v,lexbuf); buffer_colon$0(v,lexbuf); buffer_space$0(v,lexbuf); - buffer_json$0(v,lexbuf)}} + buffer_json$0(v,lexbuf); + continue}} catch(_hR_) {_hR_ = caml_wrap_exception(_hR_); if(_hR_ === End_of_object)return 0; @@ -38754,7 +39659,8 @@ {buffer_space$0(v,lexbuf); buffer_array_sep$0(v,lexbuf); buffer_space$0(v,lexbuf); - buffer_json$0(v,lexbuf)}} + buffer_json$0(v,lexbuf); + continue}} catch(_hQ_) {_hQ_ = caml_wrap_exception(_hQ_); if(_hQ_ === End_of_array)return 0; @@ -38769,7 +39675,8 @@ {buffer_space$0(v,lexbuf); buffer_tuple_sep(v,lexbuf); buffer_space$0(v,lexbuf); - buffer_json$0(v,lexbuf)}} + buffer_json$0(v,lexbuf); + continue}} catch(_hP_) {_hP_ = caml_wrap_exception(_hP_); if(_hP_ === End_of_tuple)return 0; @@ -38782,30 +39689,30 @@ return finish_buffer_variant(v,lexbuf); case 6: add_lexeme$0(v[1],lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return buffer_json$3(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return buffer_json$3(counter$0,v,lexbuf)} + return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); case 7: caml_call2(Stdlib_Buffer[16],v[1],cst$56); finish_buffer_comment$0(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return buffer_json$3(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return buffer_json$3(counter$1,v,lexbuf)} + return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); case 8: caml_call2(Stdlib_Buffer[12],v[1],10); newline$0(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return buffer_json$3(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return buffer_json$3(counter$2,v,lexbuf)} + return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); case 9: add_lexeme$0(v[1],lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return buffer_json$3(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return buffer_json$3(counter$3,v,lexbuf)} + return caml_trampoline_return(buffer_json$3,[0,v,lexbuf]); case 10: return custom_error$0(cst_Unexpected_end_of_input$83,v,lexbuf); default:return long_error$0(cst_Invalid_token$11,v,lexbuf)}}} @@ -38817,16 +39724,17 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return finish_buffer_stringlit$0(v,lexbuf); - case 1:return add_lexeme$0(v[1],lexbuf); - case 2: - return long_error$0(cst_Expected_string_or_identif$6,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$86,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return finish_buffer_stringlit$0(v,lexbuf); + case 1:return add_lexeme$0(v[1],lexbuf); + case 2: + return long_error$0(cst_Expected_string_or_identif$6,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$86,v,lexbuf)}}} function buffer_space$0(v,lexbuf) {a: for(;;) @@ -38835,21 +39743,22 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:add_lexeme$0(v[1],lexbuf);newline$0(v,lexbuf);continue a; - case 1: - caml_call2(Stdlib_Buffer[16],v[1],cst$57); - finish_buffer_comment$0(v,lexbuf); - continue a; - case 2: - caml_call2(Stdlib_Buffer[12],v[1],10); - newline$0(v,lexbuf); - continue a; - case 3:add_lexeme$0(v[1],lexbuf);continue a; - default:return 0} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:add_lexeme$0(v[1],lexbuf);newline$0(v,lexbuf);continue a; + case 1: + caml_call2(Stdlib_Buffer[16],v[1],cst$57); + finish_buffer_comment$0(v,lexbuf); + continue a; + case 2: + caml_call2(Stdlib_Buffer[12],v[1],10); + newline$0(v,lexbuf); + continue a; + case 3:add_lexeme$0(v[1],lexbuf);continue a; + default:return 0}}}} function buffer_object_end$0(v,lexbuf) {var ocaml_lex_state=478; for(;;) @@ -38860,22 +39769,24 @@ {caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_object_sep$0(v,lexbuf) {var ocaml_lex_state=480; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object; - case 2:return long_error$0(cst_Expected_or_but_found$26,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$87,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object; + case 2:return long_error$0(cst_Expected_or_but_found$26,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$87,v,lexbuf)}}} function buffer_array_end$0(v,lexbuf) {var ocaml_lex_state=485; for(;;) @@ -38886,22 +39797,24 @@ {caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_array_sep$0(v,lexbuf) {var ocaml_lex_state=487; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array; - case 2:return long_error$0(cst_Expected_or_but_found$27,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$88,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array; + case 2:return long_error$0(cst_Expected_or_but_found$27,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$88,v,lexbuf)}}} function buffer_tuple_end(v,lexbuf) {var ocaml_lex_state=492; for(;;) @@ -38912,36 +39825,39 @@ {caml_call2(Stdlib_Buffer[12],v[1],41);throw End_of_tuple} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_tuple_sep(v,lexbuf) {var ocaml_lex_state=494; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],41);throw End_of_tuple; - case 2:return long_error$0(cst_Expected_or_but_found$28,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$89,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],41);throw End_of_tuple; + case 2:return long_error$0(cst_Expected_or_but_found$28,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$89,v,lexbuf)}}} function buffer_colon$0(v,lexbuf) {var ocaml_lex_state=499; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],58); - case 1:return long_error$0(cst_Expected_but_found$28,v,lexbuf); - default: - return custom_error$0(cst_Unexpected_end_of_input$90,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],58); + case 1:return long_error$0(cst_Expected_but_found$28,v,lexbuf); + default: + return custom_error$0(cst_Unexpected_end_of_input$90,v,lexbuf)}}} function finish_buffer_comment$0(v,lexbuf) {a: for(;;) @@ -38950,17 +39866,18 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[16],v[1],cst$58); - case 1:return long_error$0(cst_Unterminated_comment$2,v,lexbuf); - case 2: - caml_call2(Stdlib_Buffer[12],v[1],10); - newline$0(v,lexbuf); - continue a; - default:add_lexeme$0(v[1],lexbuf);continue a} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[16],v[1],cst$58); + case 1:return long_error$0(cst_Unterminated_comment$2,v,lexbuf); + case 2: + caml_call2(Stdlib_Buffer[12],v[1],10); + newline$0(v,lexbuf); + continue a; + default:add_lexeme$0(v[1],lexbuf);continue a}}}} function junk$0(lexbuf) {var ocaml_lex_state=513; for(;;) @@ -38969,35 +39886,37 @@ caml_lex_engine(ocaml_lex_tables$0,ocaml_lex_state,lexbuf); if(0 === ocaml_lex_state$0)return caml_call1(lexeme$0,lexbuf); caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} read_junk$0[1] = junk$0; function read_int8$0(v,lexbuf) {var n=read_int$0(v,lexbuf); - if(0 <= n && 255 >= n)return caml_call1(Stdlib[29],n); + if(0 <= n && ! (255 < n))return caml_call1(Stdlib[29],n); return lexer_error$0(cst_Int8_overflow$0,v,lexbuf)} function read_list$0(read_cell,v,lexbuf) {var _hO_=read_list_rev$0(read_cell,v,lexbuf); return caml_call1(Stdlib_List[9],_hO_)} function read_array$0(read_cell,v,lexbuf) {var l=read_list_rev$0(read_cell,v,lexbuf); - if(! l)return [0]; - var - tl=l[2], - x=l[1], - len=caml_call1(Stdlib_List[1],l), - a=caml_make_vect(len,x), - r=[0,tl], - _hL_=len - 2 | 0; - if(_hL_ >= 0) - {var i=_hL_; - for(;;) - {var _hM_=caml_call1(Stdlib_List[5],r[1]); - caml_check_bound(a,i)[1 + i] = _hM_; - r[1] = caml_call1(Stdlib_List[6],r[1]); - var _hN_=i - 1 | 0; - if(0 !== i){var i=_hN_;continue} - break}} - return a} + if(l) + {var + tl=l[2], + x=l[1], + len=caml_call1(Stdlib_List[1],l), + a=caml_make_vect(len,x), + r=[0,tl], + _hL_=len - 2 | 0; + if(! (_hL_ < 0)) + {var i=_hL_; + for(;;) + {var _hM_=caml_call1(Stdlib_List[5],r[1]); + caml_check_bound(a,i)[1 + i] = _hM_; + r[1] = caml_call1(Stdlib_List[6],r[1]); + var _hN_=i - 1 | 0; + if(0 !== i){var i=_hN_;continue} + break}} + return a} + return [0]} function read_fields$0(read_field,init_acc,v) {return function(_hK_) {return read_abstract_fields$0(read_ident$0,read_field,init_acc,v,_hK_)}} @@ -39136,7 +40055,7 @@ l=js[2], len=caml_call1(Stdlib_List[1],l), wrapped_index=0 <= i?i:len + i | 0; - if(0 <= wrapped_index && len > wrapped_index) + if(0 <= wrapped_index && ! (len <= wrapped_index)) return caml_call2(Stdlib_List[7],l,wrapped_index); var _hq_=caml_call1(Stdlib[33],i), @@ -39215,19 +40134,27 @@ function filter_map$0(f,l$0) {var acc=0,l=l$0; for(;;) - {if(! l)return caml_call1(Stdlib_List[9],acc); - var tl=l[2],x=l[1],match=caml_call1(f,x); - if(match){var y=match[1],acc$0=[0,y,acc],acc=acc$0,l=tl;continue} - var l=tl}} + {if(l) + {var tl=l[2],x=l[1],match=caml_call1(f,x); + if(match){var y=match[1],acc$0=[0,y,acc],acc=acc$0,l=tl;continue} + var l=tl; + continue} + return caml_call1(Stdlib_List[9],acc)}} function flatten$0(l$0) {var acc=0,l=l$0; for(;;) - {if(! l)return caml_call1(Stdlib_List[9],acc); - var tl=l[2],x=l[1]; - if(typeof x !== "number" && 848054398 === x[1]) - {var l2=x[2],acc$0=caml_call2(Stdlib_List[12],l2,acc),acc=acc$0,l=tl; + {if(l) + {var tl=l[2],x=l[1]; + if(typeof x !== "number" && 848054398 === x[1]) + {var + l2=x[2], + acc$0=caml_call2(Stdlib_List[12],l2,acc), + acc=acc$0, + l=tl; + continue} + var l=tl; continue} - var l=tl}} + return caml_call1(Stdlib_List[9],acc)}} function filter_index$0(i,l) {return filter_map$0 (function(param) @@ -39358,7 +40285,7 @@ function write_string$2(ob,s) {caml_call2(Stdlib_Buffer[12],ob,34); var start=[0,0],_g$_=caml_ml_string_length(s) - 1 | 0,_g__=0; - if(_g$_ >= 0) + if(! (_g$_ < 0)) {var i=_g__; for(;;) {var c=caml_string_get(s,i); @@ -39418,16 +40345,19 @@ write_floatlit$0=Stdlib_Buffer[16], write_stringlit$0=Stdlib_Buffer[16]; function iter2$2(f_elt,f_sep,x,param$0) - {if(! param$0)return 0; - var l$0=param$0[2],y$0=param$0[1]; - caml_call2(f_elt,x,y$0); - var param=l$0; - for(;;) - {if(! param)return 0; - var l=param[2],y=param[1]; - caml_call1(f_sep,x); - caml_call2(f_elt,x,y); - var param=l}} + {if(param$0) + {var l$0=param$0[2],y$0=param$0[1]; + caml_call2(f_elt,x,y$0); + var param=l$0; + for(;;) + {if(param) + {var l=param[2],y=param[1]; + caml_call1(f_sep,x); + caml_call2(f_elt,x,y); + var param=l; + continue} + return 0}} + return 0} function f_sep$2(ob){return caml_call2(Stdlib_Buffer[12],ob,44)} function write_variant$1(ob,s,o) {caml_call2(Stdlib_Buffer[12],ob,60); @@ -39471,13 +40401,14 @@ var s$2=x[2]; return caml_call2(Stdlib_Buffer[16],ob,s$2)} function write_std_variant$1(ob,s,o) - {if(! o)return write_string$2(ob,s); - var x=o[1]; - caml_call2(Stdlib_Buffer[12],ob,91); - write_string$2(ob,s); - caml_call2(Stdlib_Buffer[12],ob,44); - write_std_json$2(ob,x); - return caml_call2(Stdlib_Buffer[12],ob,93)} + {if(o) + {var x=o[1]; + caml_call2(Stdlib_Buffer[12],ob,91); + write_string$2(ob,s); + caml_call2(Stdlib_Buffer[12],ob,44); + write_std_json$2(ob,x); + return caml_call2(Stdlib_Buffer[12],ob,93)} + return write_string$2(ob,s)} function write_std_tuple$1(ob,l) {caml_call2(Stdlib_Buffer[12],ob,91); iter2$2(write_std_json$2,f_sep$2,ob,l); @@ -39660,75 +40591,83 @@ var _f2_=x$0[1]; if(737456202 <= _f2_) {if(928231259 <= _f2_) - {if(963043957 > _f2_) - {var s=x$0[2];return caml_call2(Stdlib_Format[13],out,s)} - var _f3_=x$0[2]; - if(! _f3_)return caml_call2(Stdlib_Format[13],out,cst$71); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_dq_); + {if(963043957 <= _f2_) + {var _f3_=x$0[2]; + if(_f3_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_dq_); + var + _f4_= + function(out,param) + {var x=param[2],name=param[1],_gD_=1; + function _gE_(_gG_,_gH_) + {return format$2(_gD_,std,_gG_,_gH_)} + var _gF_=json_string_of_string$2(name); + return caml_call5(Stdlib_Format[129],out,_dC_,_gF_,_gE_,x)}, + _f5_= + function(_gB_,_gC_){return pp_list$2(cst$70,_f4_,_gB_,_gC_)}; + caml_call4(Stdlib_Format[129],out,_dr_,_f5_,_f3_); + var _f6_=1 - inside_box; + return _f6_?caml_call2(Stdlib_Format[129],out,_ds_):_f6_} + return caml_call2(Stdlib_Format[13],out,cst$71)} + var s=x$0[2]; + return caml_call2(Stdlib_Format[13],out,s)} + if(848054398 <= _f2_) + {var _f7_=x$0[2]; + if(_f7_) + {if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_dt_); + if(caml_call2(Stdlib_List[32],is_atom$2,_f7_)) + {var + _f8_=0, + _f9_=function(_gv_,_gw_){return format$2(_f8_,std,_gv_,_gw_)}, + _f__= + function(_gt_,_gu_){return pp_list$2(cst$72,_f9_,_gt_,_gu_)}; + caml_call4(Stdlib_Format[129],out,_du_,_f__,_f7_)} + else + {var + _ga_=0, + _gb_=function(_gz_,_gA_){return format$2(_ga_,std,_gz_,_gA_)}, + _gc_= + function(_gx_,_gy_){return pp_list$2(cst$73,_gb_,_gx_,_gy_)}; + caml_call4(Stdlib_Format[129],out,_dw_,_gc_,_f7_)} + var _f$_=1 - inside_box; + return _f$_?caml_call2(Stdlib_Format[129],out,_dv_):_f$_} + return caml_call2(Stdlib_Format[13],out,cst$74)} + var x$1=x$0[2]; + return caml_call2(Stdlib_Format[25],out,x$1)} + if(708012133 <= _f2_) + {if(726928360 <= _f2_) + {var l=x$0[2]; + if(std){var x$2=[0,848054398,l],x$0=x$2;continue} + if(0 === l)return caml_call2(Stdlib_Format[13],out,cst$75); + if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_dx_); var - _f4_= - function(out,param) - {var x=param[2],name=param[1],_gD_=1; - function _gE_(_gG_,_gH_){return format$2(_gD_,std,_gG_,_gH_)} - var _gF_=json_string_of_string$2(name); - return caml_call5(Stdlib_Format[129],out,_dC_,_gF_,_gE_,x)}, - _f5_=function(_gB_,_gC_){return pp_list$2(cst$70,_f4_,_gB_,_gC_)}; - caml_call4(Stdlib_Format[129],out,_dr_,_f5_,_f3_); - var _f6_=1 - inside_box; - return _f6_?caml_call2(Stdlib_Format[129],out,_ds_):_f6_} - if(848054398 > _f2_) - {var x$1=x$0[2];return caml_call2(Stdlib_Format[25],out,x$1)} - var _f7_=x$0[2]; - if(! _f7_)return caml_call2(Stdlib_Format[13],out,cst$74); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_dt_); - if(caml_call2(Stdlib_List[32],is_atom$2,_f7_)) - {var - _f8_=0, - _f9_=function(_gv_,_gw_){return format$2(_f8_,std,_gv_,_gw_)}, - _f__=function(_gt_,_gu_){return pp_list$2(cst$72,_f9_,_gt_,_gu_)}; - caml_call4(Stdlib_Format[129],out,_du_,_f__,_f7_)} - else - {var - _ga_=0, - _gb_=function(_gz_,_gA_){return format$2(_ga_,std,_gz_,_gA_)}, - _gc_=function(_gx_,_gy_){return pp_list$2(cst$73,_gb_,_gx_,_gy_)}; - caml_call4(Stdlib_Format[129],out,_dw_,_gc_,_f7_)} - var _f$_=1 - inside_box; - return _f$_?caml_call2(Stdlib_Format[129],out,_dv_):_f$_} - if(708012133 > _f2_) - {if(-375152890 <= _f2_) - {var s$0=x$0[2];return caml_call2(Stdlib_Format[13],out,s$0)} - var s$1=x$0[2]; - return caml_call2(Stdlib_Format[13],out,s$1)} - if(726928360 <= _f2_) - {var l=x$0[2]; - if(std){var x$2=[0,848054398,l],x$0=x$2;continue} - if(0 === l)return caml_call2(Stdlib_Format[13],out,cst$75); - if(1 - inside_box)caml_call2(Stdlib_Format[129],out,_dx_); - var - _gd_=0, - _ge_=function(_gr_,_gs_){return format$2(_gd_,std,_gr_,_gs_)}, - _gf_=function(_gp_,_gq_){return pp_list$2(cst$76,_ge_,_gp_,_gq_)}; - caml_call4(Stdlib_Format[129],out,_dy_,_gf_,l); - var _gg_=1 - inside_box; - return _gg_?caml_call2(Stdlib_Format[129],out,_dz_):_gg_} - var _gh_=x$0[2],_gi_=_gh_[2],_gj_=_gh_[1]; - if(_gi_) - {var x$3=_gi_[1]; - if(std) - {var - representation=[0,-375152890,_gj_], - x$4=[0,848054398,[0,representation,[0,x$3,0]]], - x$0=x$4; - continue} - var - op=json_string_of_string$2(_gj_), - _gk_=1, - _gl_=function(_gn_,_go_){return format$2(_gk_,std,_gn_,_go_)}; - return caml_call5(Stdlib_Format[129],out,_dA_,op,_gl_,x$3)} - if(std){var x$5=[0,-375152890,_gj_],x$0=x$5;continue} - var _gm_=json_string_of_string$2(_gj_); - return caml_call3(Stdlib_Format[129],out,_dB_,_gm_)}} + _gd_=0, + _ge_=function(_gr_,_gs_){return format$2(_gd_,std,_gr_,_gs_)}, + _gf_=function(_gp_,_gq_){return pp_list$2(cst$76,_ge_,_gp_,_gq_)}; + caml_call4(Stdlib_Format[129],out,_dy_,_gf_,l); + var _gg_=1 - inside_box; + return _gg_?caml_call2(Stdlib_Format[129],out,_dz_):_gg_} + var _gh_=x$0[2],_gi_=_gh_[2],_gj_=_gh_[1]; + if(_gi_) + {var x$3=_gi_[1]; + if(std) + {var + representation=[0,-375152890,_gj_], + x$4=[0,848054398,[0,representation,[0,x$3,0]]], + x$0=x$4; + continue} + var + op=json_string_of_string$2(_gj_), + _gk_=1, + _gl_=function(_gn_,_go_){return format$2(_gk_,std,_gn_,_go_)}; + return caml_call5(Stdlib_Format[129],out,_dA_,op,_gl_,x$3)} + if(std){var x$5=[0,-375152890,_gj_],x$0=x$5;continue} + var _gm_=json_string_of_string$2(_gj_); + return caml_call3(Stdlib_Format[129],out,_dB_,_gm_)} + if(-375152890 <= _f2_) + {var s$0=x$0[2];return caml_call2(Stdlib_Format[13],out,s$0)} + var s$1=x$0[2]; + return caml_call2(Stdlib_Format[13],out,s$1)}} function pp$5(opt,out,x) {if(opt)var sth=opt[1],std=sth;else var std=0; var _fY_=1; @@ -39901,12 +40840,13 @@ value$0=match[2], name$0=match[1], match$0=caml_equal(name$0,name); - if(! match$0)return 0; - if(value$0) - {if(value) - {var b$3=value[1],a$3=value$0[1],a$0=a$3,b$0=b$3;continue}} - else - if(! value)return 1; + if(match$0) + {if(value$0) + {if(value) + {var b$3=value[1],a$3=value$0[1],a$0=a$3,b$0=b$3;continue}} + else + if(! value)return 1; + return 0} return 0}} else if @@ -39966,11 +40906,11 @@ function hex$5(c) {if(65 <= c) {if(97 <= c) - {if(103 > c)return (c - 97 | 0) + 10 | 0} + {if(! (103 <= c))return (c - 97 | 0) + 10 | 0} else - if(71 > c)return (c - 65 | 0) + 10 | 0} + if(! (71 <= c))return (c - 65 | 0) + 10 | 0} else - if(9 >= c - 48 >>> 0)return c - 48 | 0; + if(! (9 < c - 48 >>> 0))return c - 48 | 0; throw [0,Assert_failure,_eg_]} function custom_error$1(descr,v,lexbuf) {var @@ -40016,7 +40956,7 @@ s=lexbuf[2], n=[0,0], _fz_=stop - 1 | 0; - if(_fz_ >= start) + if(! (_fz_ < start)) {var i=start; for(;;) {if(max10$1 <= n[1])throw Int_overflow$1; @@ -40036,7 +40976,7 @@ s=lexbuf[2], n=[0,0], _fw_=stop - 1 | 0; - if(_fw_ >= start) + if(! (_fw_ < start)) {var i=start; for(;;) {if(n[1] <= min10$1)throw Int_overflow$1; @@ -40056,11 +40996,11 @@ return caml_call4(Stdlib_Buffer[19],buf,lexbuf[2],lexbuf[5],len)} function read_json$4(counter,v,lexbuf) {var _fv_=0; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_read_json_rec$1,[0,v,lexbuf,_fv_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_read_json_rec$1(counter$0,v,lexbuf,_fv_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_read_json_rec$1(counter$0,v,lexbuf,_fv_)} + return caml_trampoline_return + (ocaml_lex_read_json_rec$1,[0,v,lexbuf,_fv_])} function ocaml_lex_read_json_rec$1(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -40102,7 +41042,8 @@ read_colon$1(v,lexbuf); read_space$1(v,lexbuf); var _fn_=acc[1]; - acc[1] = [0,[0,field_name$0,read_json$1(v,lexbuf)],_fn_]}} + acc[1] = [0,[0,field_name$0,read_json$1(v,lexbuf)],_fn_]; + continue}} catch(_fu_) {_fu_ = caml_wrap_exception(_fu_); if(_fu_ === End_of_object) @@ -40120,7 +41061,8 @@ read_array_sep$1(v,lexbuf); read_space$1(v,lexbuf); var _fp_=acc$0[1]; - acc$0[1] = [0,read_json$1(v,lexbuf),_fp_]}} + acc$0[1] = [0,read_json$1(v,lexbuf),_fp_]; + continue}} catch(_ft_) {_ft_ = caml_wrap_exception(_ft_); if(_ft_ === End_of_array) @@ -40138,7 +41080,8 @@ read_tuple_sep$1(v,lexbuf); read_space$1(v,lexbuf); var _fr_=acc$1[1]; - acc$1[1] = [0,read_json$1(v,lexbuf),_fr_]}} + acc$1[1] = [0,read_json$1(v,lexbuf),_fr_]; + continue}} catch(_fs_) {_fs_ = caml_wrap_exception(_fs_); if(_fs_ === End_of_tuple) @@ -40150,27 +41093,27 @@ read_space$1(v,lexbuf); return [0,708012133,[0,cons,finish_variant$1(v,lexbuf)]]; case 14: - if(counter >= 50) - return caml_trampoline_return(read_json$4,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return read_json$4(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return read_json$4(counter$0,v,lexbuf)} + return caml_trampoline_return(read_json$4,[0,v,lexbuf]); case 15: finish_comment$1(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(read_json$4,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return read_json$4(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return read_json$4(counter$1,v,lexbuf)} + return caml_trampoline_return(read_json$4,[0,v,lexbuf]); case 16: newline$1(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(read_json$4,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return read_json$4(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return read_json$4(counter$2,v,lexbuf)} + return caml_trampoline_return(read_json$4,[0,v,lexbuf]); case 17: - if(counter >= 50) - return caml_trampoline_return(read_json$4,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return read_json$4(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return read_json$4(counter$3,v,lexbuf)} + return caml_trampoline_return(read_json$4,[0,v,lexbuf]); case 18: return custom_error$1(cst_Unexpected_end_of_input$92,v,lexbuf); default:return long_error$1(cst_Invalid_token$12,v,lexbuf)}}} @@ -40184,15 +41127,16 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call1(Stdlib_Buffer[2],v[1]); - case 1:finish_escaped_char$1(v,lexbuf);continue a; - case 2:add_lexeme$1(v[1],lexbuf);continue a; - default: - return custom_error$1(cst_Unexpected_end_of_input$93,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call1(Stdlib_Buffer[2],v[1]); + case 1:finish_escaped_char$1(v,lexbuf);continue a; + case 2:add_lexeme$1(v[1],lexbuf);continue a; + default: + return custom_error$1(cst_Unexpected_end_of_input$93,v,lexbuf)}}}} function map_string$1(v,f,lexbuf) {a: for(;;) @@ -40201,17 +41145,18 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var b=v[1],_fl_=caml_call1(Stdlib_Buffer[7],b); - return caml_call3(f,caml_call1(Stdlib_Buffer[2],b),0,_fl_); - case 1:finish_escaped_char$1(v,lexbuf);continue a; - case 2:add_lexeme$1(v[1],lexbuf);continue a; - default: - return custom_error$1(cst_Unexpected_end_of_input$94,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var b=v[1],_fl_=caml_call1(Stdlib_Buffer[7],b); + return caml_call3(f,caml_call1(Stdlib_Buffer[2],b),0,_fl_); + case 1:finish_escaped_char$1(v,lexbuf);continue a; + case 2:add_lexeme$1(v[1],lexbuf);continue a; + default: + return custom_error$1(cst_Unexpected_end_of_input$94,v,lexbuf)}}}} function finish_escaped_char$1(v,lexbuf) {var ocaml_lex_state=68; for(;;) @@ -40241,7 +41186,7 @@ _fg_=hex$5(c$0) << 4, _fh_=hex$5(b) << 8, x=hex$5(a) << 12 | _fh_ | _fg_ | _ff_; - if(55296 <= x && 56319 >= x) + if(55296 <= x && ! (56319 < x)) {var ocaml_lex_state$1=82; for(;;) {var @@ -40262,7 +41207,7 @@ _fj_=hex$5(c$1) << 4, _fk_=hex$5(b$0) << 8, y=hex$5(a$0) << 12 | _fk_ | _fj_ | _fi_; - if(56320 <= y && 57343 >= y) + if(56320 <= y && ! (57343 < y)) return utf8_of_surrogate_pair(v[1],x,y); return long_error$1 (cst_Invalid_low_surrogate_for_$1,v,lexbuf); @@ -40282,97 +41227,101 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var - len=lexbuf[6] - lexbuf[5] | 0, - s=caml_create_bytes(len + 1 | 0); - caml_bytes_set(s,0,34); - caml_call5(Stdlib_Bytes[11],lexbuf[2],lexbuf[5],s,1,len); - return caml_call1(Stdlib_Bytes[6],s); - case 1:return long_error$1(cst_Invalid_string_literal$5,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$97,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var len=lexbuf[6] - lexbuf[5] | 0,s=caml_create_bytes(len + 1 | 0); + caml_bytes_set(s,0,34); + caml_call5(Stdlib_Bytes[11],lexbuf[2],lexbuf[5],s,1,len); + return caml_call1(Stdlib_Bytes[6],s); + case 1:return long_error$1(cst_Invalid_string_literal$5,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$97,v,lexbuf)}}} function finish_variant$1(v,lexbuf) {var ocaml_lex_state=102; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - var x=read_json$1(v,lexbuf); - read_space$1(v,lexbuf); - read_gt$1(v,lexbuf); - return [0,x]; - case 1:return 0; - case 2:return long_error$1(cst_Expected_or_but_found$29,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$98,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + var x=read_json$1(v,lexbuf); + read_space$1(v,lexbuf); + read_gt$1(v,lexbuf); + return [0,x]; + case 1:return 0; + case 2:return long_error$1(cst_Expected_or_but_found$29,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$98,v,lexbuf)}}} function read_lt$1(v,lexbuf) {var ocaml_lex_state=107; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$30,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$99,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$30,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$99,v,lexbuf)}}} function read_gt$1(v,lexbuf) {var ocaml_lex_state=111; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$31,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$100,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$31,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$100,v,lexbuf)}}} function read_comma$1(v,lexbuf) {var ocaml_lex_state=115; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$32,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$101,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$32,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$101,v,lexbuf)}}} function start_any_variant$1(v,lexbuf) {var ocaml_lex_state=119; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return -154522342; - case 1:caml_call1(Stdlib_Buffer[8],v[1]);return -589953938; - case 2:return -124528282; - case 3:return long_error$1(cst_Expected_or_but_found$30,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$102,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return -154522342; + case 1:caml_call1(Stdlib_Buffer[8],v[1]);return -589953938; + case 2:return -124528282; + case 3:return long_error$1(cst_Expected_or_but_found$30,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$102,v,lexbuf)}}} function finish_comment$1(v,lexbuf) {a: for(;;) @@ -40381,14 +41330,15 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Unterminated_comment$3,v,lexbuf); - case 2:newline$1(v,lexbuf);continue a; - default:continue a} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Unterminated_comment$3,v,lexbuf); + case 2:newline$1(v,lexbuf);continue a; + default:continue a}}}} function read_eof$1(lexbuf) {var ocaml_lex_state=131; for(;;) @@ -40398,7 +41348,8 @@ if(0 === ocaml_lex_state$0)return 1; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_space$1(v,lexbuf) {a: for(;;) @@ -40407,29 +41358,31 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:newline$1(v,lexbuf);continue a; - case 1:finish_comment$1(v,lexbuf);continue a; - case 2:newline$1(v,lexbuf);continue a; - case 3:continue a; - default:return 0} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:newline$1(v,lexbuf);continue a; + case 1:finish_comment$1(v,lexbuf);continue a; + case 2:newline$1(v,lexbuf);continue a; + case 3:continue a; + default:return 0}}}} function read_null$1(v,lexbuf) {var ocaml_lex_state=140; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_null_but_found$1,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$103,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_null_but_found$1,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$103,v,lexbuf)}}} function read_null_if_possible$1(v,lexbuf) {var ocaml_lex_state=147; for(;;) @@ -40439,25 +41392,27 @@ if(0 === ocaml_lex_state$0)return 1; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_bool$1(v,lexbuf) {var ocaml_lex_state=152; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(5 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 1; - case 1:return 0; - case 2:return 1; - case 3:return 0; - case 4: - return long_error$1(cst_Expected_true_or_false_but$1,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$104,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(5 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 1; + case 1:return 0; + case 2:return 1; + case 3:return 0; + case 4: + return long_error$1(cst_Expected_true_or_false_but$1,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$104,v,lexbuf)}}} function ocaml_lex_read_int_rec$1(v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -40594,59 +41549,59 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]); - return finish_string$5(v,lexbuf); - case 1:return long_error$1(cst_Expected_but_found$33,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$109,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return finish_string$5(v,lexbuf); + case 1:return long_error$1(cst_Expected_but_found$33,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$109,v,lexbuf)}}} function read_ident$1(v,lexbuf) {var ocaml_lex_state=237; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]); - return finish_string$5(v,lexbuf); - case 1: - var s=caml_call3(sub_lexeme$1,lexbuf,lexbuf[5],lexbuf[6]); - return s; - case 2: - return long_error$1(cst_Expected_string_or_identif$7,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$110,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return finish_string$5(v,lexbuf); + case 1: + var s=caml_call3(sub_lexeme$1,lexbuf,lexbuf[5],lexbuf[6]);return s; + case 2: + return long_error$1(cst_Expected_string_or_identif$7,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$110,v,lexbuf)}}} function map_ident$1(v,f,lexbuf) {var ocaml_lex_state=242; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call1(Stdlib_Buffer[8],v[1]);return map_string$1(v,f,lexbuf); - case 1: - var len=lexbuf[6] - lexbuf[5] | 0; - return caml_call3 - (f, - caml_call3(Stdlib_Bytes[8],lexbuf[2],lexbuf[5],len), - 0, - len); - case 2: - return long_error$1(cst_Expected_string_or_identif$8,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$111,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call1(Stdlib_Buffer[8],v[1]);return map_string$1(v,f,lexbuf); + case 1: + var len=lexbuf[6] - lexbuf[5] | 0; + return caml_call3 + (f, + caml_call3(Stdlib_Bytes[8],lexbuf[2],lexbuf[5],len), + 0, + len); + case 2: + return long_error$1(cst_Expected_string_or_identif$8,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$111,v,lexbuf)}}} function ocaml_lex_read_sequence_rec$1 (read_cell,init_acc,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; @@ -40669,7 +41624,8 @@ {read_space$1(v,lexbuf); read_array_sep$1(v,lexbuf); read_space$1(v,lexbuf); - acc[1] = caml_call3(read_cell,acc[1],v,lexbuf)}} + acc[1] = caml_call3(read_cell,acc[1],v,lexbuf); + continue}} catch(_e0_) {_e0_ = caml_wrap_exception(_e0_); if(_e0_ === End_of_array)return acc[1]; @@ -40702,7 +41658,8 @@ read_array_sep$1(v,lexbuf); read_space$1(v,lexbuf); var _eY_=acc[1]; - acc[1] = [0,caml_call2(read_cell,v,lexbuf),_eY_]}} + acc[1] = [0,caml_call2(read_cell,v,lexbuf),_eY_]; + continue}} catch(_eZ_) {_eZ_ = caml_wrap_exception(_eZ_); if(_eZ_ === End_of_array)return acc[1]; @@ -40721,22 +41678,24 @@ if(0 === ocaml_lex_state$0)throw End_of_array; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_array_sep$1(v,lexbuf) {var ocaml_lex_state=257; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_array; - case 2:return long_error$1(cst_Expected_or_but_found$31,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$114,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_array; + case 2:return long_error$1(cst_Expected_or_but_found$31,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$114,v,lexbuf)}}} function ocaml_lex_read_tuple_rec$0 (read_cell,init_acc,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; @@ -40761,7 +41720,8 @@ read_tuple_sep$1(v,lexbuf); read_space$1(v,lexbuf); acc[1] = caml_call4(read_cell,pos[1],acc[1],v,lexbuf); - pos[1]++}} + pos[1]++; + continue}} catch(_eW_) {_eW_ = caml_wrap_exception(_eW_); if(_eW_ === End_of_tuple)return acc[1]; @@ -40780,7 +41740,8 @@ if(0 === ocaml_lex_state$0)throw End_of_tuple; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_tuple_end2$1(v,std,lexbuf) {var ocaml_lex_state=268; for(;;) @@ -40805,15 +41766,16 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_tuple; - case 2:return long_error$1(cst_Expected_or_but_found$34,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$116,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_tuple; + case 2:return long_error$1(cst_Expected_or_but_found$34,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$116,v,lexbuf)}}} function read_tuple_sep2$1(v,std,lexbuf) {var ocaml_lex_state=276; for(;;) @@ -40865,7 +41827,8 @@ read_space$1(v,lexbuf); read_colon$1(v,lexbuf); read_space$1(v,lexbuf); - acc[1] = caml_call4(read_field,acc[1],field_name$0,v,lexbuf)}} + acc[1] = caml_call4(read_field,acc[1],field_name$0,v,lexbuf); + continue}} catch(_eV_) {_eV_ = caml_wrap_exception(_eV_); if(_eV_ === End_of_object)return acc[1]; @@ -40882,14 +41845,15 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$38,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$119,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$38,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$119,v,lexbuf)}}} function read_object_end$1(lexbuf) {var ocaml_lex_state=290; for(;;) @@ -40899,146 +41863,156 @@ if(0 === ocaml_lex_state$0)throw End_of_object; if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function read_object_sep$1(v,lexbuf) {var ocaml_lex_state=292; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:throw End_of_object; - case 2:return long_error$1(cst_Expected_or_but_found$38,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$120,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:throw End_of_object; + case 2:return long_error$1(cst_Expected_or_but_found$38,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$120,v,lexbuf)}}} function read_colon$1(v,lexbuf) {var ocaml_lex_state=297; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$39,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$121,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$39,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$121,v,lexbuf)}}} function start_any_tuple$1(v,lexbuf) {var ocaml_lex_state=301; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return 1; - case 2:return long_error$1(cst_Expected_or_but_found$39,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$122,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return 1; + case 2:return long_error$1(cst_Expected_or_but_found$39,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$122,v,lexbuf)}}} function read_lpar$1(v,lexbuf) {var ocaml_lex_state=306; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$40,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$123,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$40,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$123,v,lexbuf)}}} function read_rpar$1(v,lexbuf) {var ocaml_lex_state=310; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$41,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$124,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$41,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$124,v,lexbuf)}}} function read_lbr$1(v,lexbuf) {var ocaml_lex_state=314; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$42,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$125,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$42,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$125,v,lexbuf)}}} function read_rbr$1(v,lexbuf) {var ocaml_lex_state=318; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Expected_but_found$43,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$126,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Expected_but_found$43,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$126,v,lexbuf)}}} function finish_skip_variant$1(v,lexbuf) {var ocaml_lex_state=389; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - skip_json$1(v,lexbuf); - read_space$1(v,lexbuf); - return read_gt$1(v,lexbuf); - case 1:return 0; - case 2:return long_error$1(cst_Expected_or_but_found$40,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$129,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + skip_json$1(v,lexbuf); + read_space$1(v,lexbuf); + return read_gt$1(v,lexbuf); + case 1:return 0; + case 2:return long_error$1(cst_Expected_or_but_found$40,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$129,v,lexbuf)}}} function finish_skip_stringlit$1(v,lexbuf) {var ocaml_lex_state=378; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return 0; - case 1:return long_error$1(cst_Invalid_string_literal$6,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$128,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return 0; + case 1:return long_error$1(cst_Invalid_string_literal$6,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$128,v,lexbuf)}}} function skip_json$4(counter,v,lexbuf) {var _eU_=322; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_skip_json_rec$1,[0,v,lexbuf,_eU_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_skip_json_rec$1(counter$0,v,lexbuf,_eU_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_skip_json_rec$1(counter$0,v,lexbuf,_eU_)} + return caml_trampoline_return + (ocaml_lex_skip_json_rec$1,[0,v,lexbuf,_eU_])} function ocaml_lex_skip_json_rec$1(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -41076,7 +42050,8 @@ read_space$1(v,lexbuf); read_colon$1(v,lexbuf); read_space$1(v,lexbuf); - skip_json$1(v,lexbuf)}} + skip_json$1(v,lexbuf); + continue}} catch(_eT_) {_eT_ = caml_wrap_exception(_eT_); if(_eT_ === End_of_object)return 0; @@ -41090,7 +42065,8 @@ {read_space$1(v,lexbuf); read_array_sep$1(v,lexbuf); read_space$1(v,lexbuf); - skip_json$1(v,lexbuf)}} + skip_json$1(v,lexbuf); + continue}} catch(_eS_) {_eS_ = caml_wrap_exception(_eS_); if(_eS_ === End_of_array)return 0; @@ -41104,7 +42080,8 @@ {read_space$1(v,lexbuf); read_tuple_sep$1(v,lexbuf); read_space$1(v,lexbuf); - skip_json$1(v,lexbuf)}} + skip_json$1(v,lexbuf); + continue}} catch(_eR_) {_eR_ = caml_wrap_exception(_eR_); if(_eR_ === End_of_tuple)return 0; @@ -41115,27 +42092,27 @@ read_space$1(v,lexbuf); return finish_skip_variant$1(v,lexbuf); case 13: - if(counter >= 50) - return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return skip_json$4(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return skip_json$4(counter$0,v,lexbuf)} + return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); case 14: finish_comment$1(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return skip_json$4(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return skip_json$4(counter$1,v,lexbuf)} + return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); case 15: newline$1(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return skip_json$4(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return skip_json$4(counter$2,v,lexbuf)} + return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); case 16: - if(counter >= 50) - return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return skip_json$4(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return skip_json$4(counter$3,v,lexbuf)} + return caml_trampoline_return(skip_json$4,[0,v,lexbuf]); case 17: return custom_error$1(cst_Unexpected_end_of_input$127,v,lexbuf); default:return long_error$1(cst_Invalid_token$13,v,lexbuf)}}} @@ -41147,16 +42124,17 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return finish_skip_stringlit$1(v,lexbuf); - case 1:return 0; - case 2: - return long_error$1(cst_Expected_string_or_identif$9,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$130,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return finish_skip_stringlit$1(v,lexbuf); + case 1:return 0; + case 2: + return long_error$1(cst_Expected_string_or_identif$9,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$130,v,lexbuf)}}} function finish_buffer_variant$0(v,lexbuf) {var ocaml_lex_state=461; for(;;) @@ -41177,16 +42155,16 @@ {var ocaml_lex_state$2= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state$1,lexbuf); - if(2 >= ocaml_lex_state$2 >>> 0) - switch(ocaml_lex_state$2) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],62); - case 1: - return long_error$1(cst_Expected_but_found$45,v,lexbuf); - default: - return custom_error$1 - (cst_Unexpected_end_of_input$139,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state$1=ocaml_lex_state$2} + if(2 < ocaml_lex_state$2 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state$1=ocaml_lex_state$2; + continue} + switch(ocaml_lex_state$2) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],62); + case 1:return long_error$1(cst_Expected_but_found$45,v,lexbuf); + default: + return custom_error$1 + (cst_Unexpected_end_of_input$139,v,lexbuf)}} case 1:return caml_call2(Stdlib_Buffer[12],v[1],62); case 2:return long_error$1(cst_Expected_or_but_found$41,v,lexbuf); default: @@ -41197,23 +42175,24 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0: - caml_call2(Stdlib_Buffer[12],v[1],34); - return add_lexeme$1(v[1],lexbuf); - case 1:return long_error$1(cst_Invalid_string_literal$7,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$132,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0: + caml_call2(Stdlib_Buffer[12],v[1],34); + return add_lexeme$1(v[1],lexbuf); + case 1:return long_error$1(cst_Invalid_string_literal$7,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$132,v,lexbuf)}}} function buffer_json$4(counter,v,lexbuf) {var _eQ_=399; - if(counter >= 50) - return caml_trampoline_return - (ocaml_lex_buffer_json_rec$1,[0,v,lexbuf,_eQ_]); - var counter$0=counter + 1 | 0; - return ocaml_lex_buffer_json_rec$1(counter$0,v,lexbuf,_eQ_)} + if(counter < 50) + {var counter$0=counter + 1 | 0; + return ocaml_lex_buffer_json_rec$1(counter$0,v,lexbuf,_eQ_)} + return caml_trampoline_return + (ocaml_lex_buffer_json_rec$1,[0,v,lexbuf,_eQ_])} function ocaml_lex_buffer_json_rec$1(counter,v,lexbuf,ocaml_lex_state) {var ocaml_lex_state$0=ocaml_lex_state; for(;;) @@ -41245,7 +42224,8 @@ buffer_space$1(v,lexbuf); buffer_colon$1(v,lexbuf); buffer_space$1(v,lexbuf); - buffer_json$1(v,lexbuf)}} + buffer_json$1(v,lexbuf); + continue}} catch(_eP_) {_eP_ = caml_wrap_exception(_eP_); if(_eP_ === End_of_object)return 0; @@ -41260,7 +42240,8 @@ {buffer_space$1(v,lexbuf); buffer_array_sep$1(v,lexbuf); buffer_space$1(v,lexbuf); - buffer_json$1(v,lexbuf)}} + buffer_json$1(v,lexbuf); + continue}} catch(_eO_) {_eO_ = caml_wrap_exception(_eO_); if(_eO_ === End_of_array)return 0; @@ -41275,7 +42256,8 @@ {buffer_space$1(v,lexbuf); buffer_tuple_sep$0(v,lexbuf); buffer_space$1(v,lexbuf); - buffer_json$1(v,lexbuf)}} + buffer_json$1(v,lexbuf); + continue}} catch(_eN_) {_eN_ = caml_wrap_exception(_eN_); if(_eN_ === End_of_tuple)return 0; @@ -41288,30 +42270,30 @@ return finish_buffer_variant$0(v,lexbuf); case 6: add_lexeme$1(v[1],lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); - var counter$0=counter + 1 | 0; - return buffer_json$4(counter$0,v,lexbuf); + if(counter < 50) + {var counter$0=counter + 1 | 0; + return buffer_json$4(counter$0,v,lexbuf)} + return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); case 7: caml_call2(Stdlib_Buffer[16],v[1],cst$78); finish_buffer_comment$1(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); - var counter$1=counter + 1 | 0; - return buffer_json$4(counter$1,v,lexbuf); + if(counter < 50) + {var counter$1=counter + 1 | 0; + return buffer_json$4(counter$1,v,lexbuf)} + return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); case 8: caml_call2(Stdlib_Buffer[12],v[1],10); newline$1(v,lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); - var counter$2=counter + 1 | 0; - return buffer_json$4(counter$2,v,lexbuf); + if(counter < 50) + {var counter$2=counter + 1 | 0; + return buffer_json$4(counter$2,v,lexbuf)} + return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); case 9: add_lexeme$1(v[1],lexbuf); - if(counter >= 50) - return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); - var counter$3=counter + 1 | 0; - return buffer_json$4(counter$3,v,lexbuf); + if(counter < 50) + {var counter$3=counter + 1 | 0; + return buffer_json$4(counter$3,v,lexbuf)} + return caml_trampoline_return(buffer_json$4,[0,v,lexbuf]); case 10: return custom_error$1(cst_Unexpected_end_of_input$131,v,lexbuf); default:return long_error$1(cst_Invalid_token$14,v,lexbuf)}}} @@ -41323,16 +42305,17 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return finish_buffer_stringlit$1(v,lexbuf); - case 1:return add_lexeme$1(v[1],lexbuf); - case 2: - return long_error$1(cst_Expected_string_or_identif$10,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$134,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return finish_buffer_stringlit$1(v,lexbuf); + case 1:return add_lexeme$1(v[1],lexbuf); + case 2: + return long_error$1(cst_Expected_string_or_identif$10,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$134,v,lexbuf)}}} function buffer_space$1(v,lexbuf) {a: for(;;) @@ -41341,21 +42324,22 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(4 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:add_lexeme$1(v[1],lexbuf);newline$1(v,lexbuf);continue a; - case 1: - caml_call2(Stdlib_Buffer[16],v[1],cst$79); - finish_buffer_comment$1(v,lexbuf); - continue a; - case 2: - caml_call2(Stdlib_Buffer[12],v[1],10); - newline$1(v,lexbuf); - continue a; - case 3:add_lexeme$1(v[1],lexbuf);continue a; - default:return 0} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(4 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:add_lexeme$1(v[1],lexbuf);newline$1(v,lexbuf);continue a; + case 1: + caml_call2(Stdlib_Buffer[16],v[1],cst$79); + finish_buffer_comment$1(v,lexbuf); + continue a; + case 2: + caml_call2(Stdlib_Buffer[12],v[1],10); + newline$1(v,lexbuf); + continue a; + case 3:add_lexeme$1(v[1],lexbuf);continue a; + default:return 0}}}} function buffer_object_end$1(v,lexbuf) {var ocaml_lex_state=478; for(;;) @@ -41366,22 +42350,24 @@ {caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_object_sep$1(v,lexbuf) {var ocaml_lex_state=480; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object; - case 2:return long_error$1(cst_Expected_or_but_found$42,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$135,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],125);throw End_of_object; + case 2:return long_error$1(cst_Expected_or_but_found$42,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$135,v,lexbuf)}}} function buffer_array_end$1(v,lexbuf) {var ocaml_lex_state=485; for(;;) @@ -41392,22 +42378,24 @@ {caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_array_sep$1(v,lexbuf) {var ocaml_lex_state=487; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array; - case 2:return long_error$1(cst_Expected_or_but_found$43,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$136,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],93);throw End_of_array; + case 2:return long_error$1(cst_Expected_or_but_found$43,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$136,v,lexbuf)}}} function buffer_tuple_end$0(v,lexbuf) {var ocaml_lex_state=492; for(;;) @@ -41418,36 +42406,39 @@ {caml_call2(Stdlib_Buffer[12],v[1],41);throw End_of_tuple} if(1 === ocaml_lex_state$0)return 0; caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} function buffer_tuple_sep$0(v,lexbuf) {var ocaml_lex_state=494; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); - case 1:caml_call2(Stdlib_Buffer[12],v[1],41);throw End_of_tuple; - case 2:return long_error$1(cst_Expected_or_but_found$44,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$137,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],44); + case 1:caml_call2(Stdlib_Buffer[12],v[1],41);throw End_of_tuple; + case 2:return long_error$1(cst_Expected_or_but_found$44,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$137,v,lexbuf)}}} function buffer_colon$1(v,lexbuf) {var ocaml_lex_state=499; for(;;) {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(2 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[12],v[1],58); - case 1:return long_error$1(cst_Expected_but_found$44,v,lexbuf); - default: - return custom_error$1(cst_Unexpected_end_of_input$138,v,lexbuf)} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + if(2 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[12],v[1],58); + case 1:return long_error$1(cst_Expected_but_found$44,v,lexbuf); + default: + return custom_error$1(cst_Unexpected_end_of_input$138,v,lexbuf)}}} function finish_buffer_comment$1(v,lexbuf) {a: for(;;) @@ -41456,17 +42447,18 @@ {var ocaml_lex_state$0= caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); - if(3 >= ocaml_lex_state$0 >>> 0) - switch(ocaml_lex_state$0) - {case 0:return caml_call2(Stdlib_Buffer[16],v[1],cst$80); - case 1:return long_error$1(cst_Unterminated_comment$4,v,lexbuf); - case 2: - caml_call2(Stdlib_Buffer[12],v[1],10); - newline$1(v,lexbuf); - continue a; - default:add_lexeme$1(v[1],lexbuf);continue a} - caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}}} + if(3 < ocaml_lex_state$0 >>> 0) + {caml_call1(lexbuf[1],lexbuf); + var ocaml_lex_state=ocaml_lex_state$0; + continue} + switch(ocaml_lex_state$0) + {case 0:return caml_call2(Stdlib_Buffer[16],v[1],cst$80); + case 1:return long_error$1(cst_Unterminated_comment$4,v,lexbuf); + case 2: + caml_call2(Stdlib_Buffer[12],v[1],10); + newline$1(v,lexbuf); + continue a; + default:add_lexeme$1(v[1],lexbuf);continue a}}}} function junk$1(lexbuf) {var ocaml_lex_state=513; for(;;) @@ -41475,35 +42467,37 @@ caml_lex_engine(ocaml_lex_tables$1,ocaml_lex_state,lexbuf); if(0 === ocaml_lex_state$0)return caml_call1(lexeme$1,lexbuf); caml_call1(lexbuf[1],lexbuf); - var ocaml_lex_state=ocaml_lex_state$0}} + var ocaml_lex_state=ocaml_lex_state$0; + continue}} read_junk$1[1] = junk$1; function read_int8$1(v,lexbuf) {var n=read_int$1(v,lexbuf); - if(0 <= n && 255 >= n)return caml_call1(Stdlib[29],n); + if(0 <= n && ! (255 < n))return caml_call1(Stdlib[29],n); return lexer_error$1(cst_Int8_overflow$1,v,lexbuf)} function read_list$1(read_cell,v,lexbuf) {var _eM_=read_list_rev$1(read_cell,v,lexbuf); return caml_call1(Stdlib_List[9],_eM_)} function read_array$1(read_cell,v,lexbuf) {var l=read_list_rev$1(read_cell,v,lexbuf); - if(! l)return [0]; - var - tl=l[2], - x=l[1], - len=caml_call1(Stdlib_List[1],l), - a=caml_make_vect(len,x), - r=[0,tl], - _eJ_=len - 2 | 0; - if(_eJ_ >= 0) - {var i=_eJ_; - for(;;) - {var _eK_=caml_call1(Stdlib_List[5],r[1]); - caml_check_bound(a,i)[1 + i] = _eK_; - r[1] = caml_call1(Stdlib_List[6],r[1]); - var _eL_=i - 1 | 0; - if(0 !== i){var i=_eL_;continue} - break}} - return a} + if(l) + {var + tl=l[2], + x=l[1], + len=caml_call1(Stdlib_List[1],l), + a=caml_make_vect(len,x), + r=[0,tl], + _eJ_=len - 2 | 0; + if(! (_eJ_ < 0)) + {var i=_eJ_; + for(;;) + {var _eK_=caml_call1(Stdlib_List[5],r[1]); + caml_check_bound(a,i)[1 + i] = _eK_; + r[1] = caml_call1(Stdlib_List[6],r[1]); + var _eL_=i - 1 | 0; + if(0 !== i){var i=_eL_;continue} + break}} + return a} + return [0]} function read_fields$1(read_field,init_acc,v) {return function(_eI_) {return read_abstract_fields$1(read_ident$1,read_field,init_acc,v,_eI_)}} @@ -42021,10 +43015,8 @@ (globalThis)); -//# 1 "../../.js/ppx_yojson_conv_lib/ppx_yojson_conv_lib.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/ppx_yojson_conv_lib/ppx_yojson_conv_lib.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -42222,9 +43214,8 @@ _J_=250 === _I_?lv[1]:246 === _I_?caml_call1(CamlinternalLazy[2],lv):lv; return caml_call1(yojson_of_a,_J_)} function yojson_of_option(yojson_of_a,param) - {if(! param)return 870828711; - var x=param[1]; - return caml_call1(yojson_of_a,x)} + {if(param){var x=param[1];return caml_call1(yojson_of_a,x)} + return 870828711} function yojson_of_pair(yojson_of_a,yojson_of_b,param) {var b=param[2],a=param[1],_H_=[0,caml_call1(yojson_of_b,b),0]; return [0,848054398,[0,caml_call1(yojson_of_a,a),_H_]]} @@ -42241,7 +43232,7 @@ return [0,848054398,caml_call1(Stdlib_ListLabels[9],_E_)]} function yojson_of_array(yojson_of_a,ar) {var lst_ref=[0,0],_B_=ar.length - 1 - 1 | 0; - if(_B_ >= 0) + if(! (_B_ < 0)) {var i=_B_; for(;;) {var _C_=lst_ref[1]; @@ -42370,19 +43361,22 @@ function array_of_yojson(a_of_yojson,yojson) {if(typeof yojson !== "number" && 848054398 === yojson[1]) {var _o_=yojson[2]; - if(! _o_)return [0]; - var - t=_o_[2], - h=_o_[1], - len=caml_call1(Stdlib_ListLabels[1],t) + 1 | 0, - res=runtime.caml_make_vect(len,caml_call1(a_of_yojson,h)), - i=1, - param=t; - for(;;) - {if(! param)return res; - var t$0=param[2],h$0=param[1],_p_=caml_call1(a_of_yojson,h$0); - caml_check_bound(res,i)[1 + i] = _p_; - var i$0=i + 1 | 0,i=i$0,param=t$0}} + if(_o_) + {var + t=_o_[2], + h=_o_[1], + len=caml_call1(Stdlib_ListLabels[1],t) + 1 | 0, + res=runtime.caml_make_vect(len,caml_call1(a_of_yojson,h)), + i=1, + param=t; + for(;;) + {if(param) + {var t$0=param[2],h$0=param[1],_p_=caml_call1(a_of_yojson,h$0); + caml_check_bound(res,i)[1 + i] = _p_; + var i$0=i + 1 | 0,i=i$0,param=t$0; + continue} + return res}} + return [0]} return of_yojson_error(cst_array_of_yojson_list_neede,yojson)} function hashtbl_of_yojson(key_of_yojson,val_of_yojson,yojson) {if(typeof yojson !== "number" && 848054398 === yojson[1]) @@ -42533,19 +43527,20 @@ function record_get_undefined_loop(fields,param) {var fields$0=fields,param$0=param; for(;;) - {if(! param$0) - {var _i_=caml_call1(Stdlib_ListLabels[9],fields$0); - return caml_call2(Stdlib_StringLabels[6],cst$0,_i_)} - var _h_=param$0[1]; - if(_h_[1]) - {var - param$1=param$0[2], - field=_h_[2], - fields$1=[0,field,fields$0], - fields$0=fields$1, - param$0=param$1; + {if(param$0) + {var _h_=param$0[1]; + if(_h_[1]) + {var + param$1=param$0[2], + field=_h_[2], + fields$1=[0,field,fields$0], + fields$0=fields$1, + param$0=param$1; + continue} + var param$2=param$0[2],param$0=param$2; continue} - var param$2=param$0[2],param$0=param$2}} + var _i_=caml_call1(Stdlib_ListLabels[9],fields$0); + return caml_call2(Stdlib_StringLabels[6],cst$0,_i_)}} function record_undefined_elements(loc,yojson,lst) {var undefined$0=record_get_undefined_loop(0,lst), @@ -42627,10 +43622,8 @@ (globalThis)); -//# 1 "../../runtimes/ocaml/.runtime_ocaml.objs/runtime_ocaml.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../runtimes/ocaml/.runtime_ocaml.objs/jsoo/default/runtime_ocaml.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -43255,71 +44248,73 @@ function duration_to_years_months_days(d) {return caml_call1(Dates_calc_Dates[19],d)} function yojson_of_runtime_value(param) - {if(typeof param === "number")return 0 === param?_g_:_h_; - switch(param[0]) - {case 0: - var - v0$4=param[1], - v0$5=caml_call1(Ppx_yojson_conv_lib_Yojson_con[45][2],v0$4); - return [0,848054398,[0,_i_,[0,v0$5,0]]]; - case 1: - var v0$6=param[1],v0=[0,365180284,money_to_float(v0$6)]; - return [0,848054398,[0,_j_,[0,v0,0]]]; - case 2: - var v0$7=param[1],v0$0=[0,3654863,integer_to_int(v0$7)]; - return [0,848054398,[0,_k_,[0,v0$0,0]]]; - case 3: - var v0$8=param[1],v0$1=[0,365180284,decimal_to_float(v0$8)]; - return [0,848054398,[0,_l_,[0,v0$1,0]]]; - case 4: - var v0$9=param[1],v0$2=[0,-976970511,date_to_string(v0$9)]; - return [0,848054398,[0,_m_,[0,v0$2,0]]]; - case 5: - var v0$10=param[1],v0$3=[0,-976970511,duration_to_string(v0$10)]; - return [0,848054398,[0,_n_,[0,v0$3,0]]]; - case 6: - var - v1=param[2], - v0$11=param[1], - v0$12= - caml_call2 - (Ppx_yojson_conv_lib_Yojson_con[45][14], - Ppx_yojson_conv_lib_Yojson_con[45][3], - v0$11), - v1$0=v1[2], - v0$13=v1[1], - v0$14=caml_call1(Ppx_yojson_conv_lib_Yojson_con[45][3],v0$13), - v1$1=yojson_of_runtime_value(v1$0), - v1$2=[0,848054398,[0,v0$14,[0,v1$1,0]]]; - return [0,848054398,[0,_o_,[0,v0$12,[0,v1$2,0]]]]; - case 7: - var - v1$3=param[2], - v0$15=param[1], - v0$16= - caml_call2 - (Ppx_yojson_conv_lib_Yojson_con[45][14], - Ppx_yojson_conv_lib_Yojson_con[45][3], - v0$15), - _cl_= - function(param) - {var - v1=param[2], - v0=param[1], - v0$0=caml_call1(Ppx_yojson_conv_lib_Yojson_con[45][3],v0), - v1$0=yojson_of_runtime_value(v1); - return [0,848054398,[0,v0$0,[0,v1$0,0]]]}, - v1$4=caml_call2(Ppx_yojson_conv_lib_Yojson_con[45][14],_cl_,v1$3); - return [0,848054398,[0,_p_,[0,v0$16,[0,v1$4,0]]]]; - default: - var - v0$17=param[1], - v0$18= - caml_call2 - (Ppx_yojson_conv_lib_Yojson_con[45][15], - yojson_of_runtime_value, - v0$17); - return [0,848054398,[0,_q_,[0,v0$18,0]]]}} + {if(typeof param === "number") + return 0 === param?_g_:_h_; + else + switch(param[0]) + {case 0: + var + v0$4=param[1], + v0$5=caml_call1(Ppx_yojson_conv_lib_Yojson_con[45][2],v0$4); + return [0,848054398,[0,_i_,[0,v0$5,0]]]; + case 1: + var v0$6=param[1],v0=[0,365180284,money_to_float(v0$6)]; + return [0,848054398,[0,_j_,[0,v0,0]]]; + case 2: + var v0$7=param[1],v0$0=[0,3654863,integer_to_int(v0$7)]; + return [0,848054398,[0,_k_,[0,v0$0,0]]]; + case 3: + var v0$8=param[1],v0$1=[0,365180284,decimal_to_float(v0$8)]; + return [0,848054398,[0,_l_,[0,v0$1,0]]]; + case 4: + var v0$9=param[1],v0$2=[0,-976970511,date_to_string(v0$9)]; + return [0,848054398,[0,_m_,[0,v0$2,0]]]; + case 5: + var v0$10=param[1],v0$3=[0,-976970511,duration_to_string(v0$10)]; + return [0,848054398,[0,_n_,[0,v0$3,0]]]; + case 6: + var + v1=param[2], + v0$11=param[1], + v0$12= + caml_call2 + (Ppx_yojson_conv_lib_Yojson_con[45][14], + Ppx_yojson_conv_lib_Yojson_con[45][3], + v0$11), + v1$0=v1[2], + v0$13=v1[1], + v0$14=caml_call1(Ppx_yojson_conv_lib_Yojson_con[45][3],v0$13), + v1$1=yojson_of_runtime_value(v1$0), + v1$2=[0,848054398,[0,v0$14,[0,v1$1,0]]]; + return [0,848054398,[0,_o_,[0,v0$12,[0,v1$2,0]]]]; + case 7: + var + v1$3=param[2], + v0$15=param[1], + v0$16= + caml_call2 + (Ppx_yojson_conv_lib_Yojson_con[45][14], + Ppx_yojson_conv_lib_Yojson_con[45][3], + v0$15), + _cl_= + function(param) + {var + v1=param[2], + v0=param[1], + v0$0=caml_call1(Ppx_yojson_conv_lib_Yojson_con[45][3],v0), + v1$0=yojson_of_runtime_value(v1); + return [0,848054398,[0,v0$0,[0,v1$0,0]]]}, + v1$4=caml_call2(Ppx_yojson_conv_lib_Yojson_con[45][14],_cl_,v1$3); + return [0,848054398,[0,_p_,[0,v0$16,[0,v1$4,0]]]]; + default: + var + v0$17=param[1], + v0$18= + caml_call2 + (Ppx_yojson_conv_lib_Yojson_con[45][15], + yojson_of_runtime_value, + v0$17); + return [0,848054398,[0,_q_,[0,v0$18,0]]]}} function unembeddable(param){return 1} function embed_unit(param){return 0} function embed_bool(x){return [0,x]} @@ -43429,9 +44424,10 @@ format_value, _ch_)} function format_pos_opt(ppf,param) - {if(! param)return caml_call2(Stdlib_Format[129],ppf,_w_); - var pos=param[1]; - return caml_call5(Stdlib_Format[129],ppf,_v_,pos[1],pos[2],pos[4])} + {if(param) + {var pos=param[1]; + return caml_call5(Stdlib_Format[129],ppf,_v_,pos[1],pos[2],pos[4])} + return caml_call2(Stdlib_Format[129],ppf,_w_)} function format_var_defs(ppf) {var _cg_= @@ -43468,53 +44464,54 @@ return 0 === param ?caml_call2(Stdlib_Format[129],ppf,_A_) :caml_call2(Stdlib_Format[129],ppf,_B_); - switch(param[0]) - {case 0: - var x=param[1];return caml_call3(Stdlib_Format[129],ppf,_C_,x); - case 1: - var x$0=param[1],_bZ_=money_to_string(x$0); - return caml_call3(Stdlib_Format[129],ppf,_D_,_bZ_); - case 2: - var x$1=param[1],_b0_=integer_to_int(x$1); - return caml_call3(Stdlib_Format[129],ppf,_E_,_b0_); - case 3: - var x$2=param[1],_b1_=decimal_to_string(10,x$2); - return caml_call3(Stdlib_Format[129],ppf,_F_,_b1_); - case 4: - var x$3=param[1],_b2_=date_to_string(x$3); - return caml_call3(Stdlib_Format[129],ppf,_G_,_b2_); - case 5: - var x$4=param[1],_b3_=duration_to_string(x$4); - return caml_call3(Stdlib_Format[129],ppf,_H_,_b3_); - case 6: - var match=param[2],name=match[1]; - return caml_call3(Stdlib_Format[129],ppf,_I_,name); - case 7: - var - attrs=param[2], - name$0=param[1], - _b4_= - function(fmt,param) - {var value=param[2],name=param[1]; - return caml_call5 - (Stdlib_Format[129],fmt,_J_,name,format_value,value)}, - _b5_= - [0, - function(ppf,param) - {return caml_call2(Stdlib_Format[129],ppf,_K_)}], - _b6_=caml_call2(Stdlib_Format[123],_b5_,_b4_), - _b7_=caml_call2(Stdlib_String[6],cst$5,name$0); - return caml_call5(Stdlib_Format[129],ppf,_L_,_b7_,_b6_,attrs); - default: - var - elts=param[1], - _b8_=caml_call1(Stdlib_Array[11],elts), - _b9_= - [0, - function(ppf,param) - {return caml_call2(Stdlib_Format[129],ppf,_M_)}], - _b__=caml_call2(Stdlib_Format[123],_b9_,format_value); - return caml_call4(Stdlib_Format[129],ppf,_N_,_b__,_b8_)}} + else + switch(param[0]) + {case 0: + var x=param[1];return caml_call3(Stdlib_Format[129],ppf,_C_,x); + case 1: + var x$0=param[1],_bZ_=money_to_string(x$0); + return caml_call3(Stdlib_Format[129],ppf,_D_,_bZ_); + case 2: + var x$1=param[1],_b0_=integer_to_int(x$1); + return caml_call3(Stdlib_Format[129],ppf,_E_,_b0_); + case 3: + var x$2=param[1],_b1_=decimal_to_string(10,x$2); + return caml_call3(Stdlib_Format[129],ppf,_F_,_b1_); + case 4: + var x$3=param[1],_b2_=date_to_string(x$3); + return caml_call3(Stdlib_Format[129],ppf,_G_,_b2_); + case 5: + var x$4=param[1],_b3_=duration_to_string(x$4); + return caml_call3(Stdlib_Format[129],ppf,_H_,_b3_); + case 6: + var match=param[2],name=match[1]; + return caml_call3(Stdlib_Format[129],ppf,_I_,name); + case 7: + var + attrs=param[2], + name$0=param[1], + _b4_= + function(fmt,param) + {var value=param[2],name=param[1]; + return caml_call5 + (Stdlib_Format[129],fmt,_J_,name,format_value,value)}, + _b5_= + [0, + function(ppf,param) + {return caml_call2(Stdlib_Format[129],ppf,_K_)}], + _b6_=caml_call2(Stdlib_Format[123],_b5_,_b4_), + _b7_=caml_call2(Stdlib_String[6],cst$5,name$0); + return caml_call5(Stdlib_Format[129],ppf,_L_,_b7_,_b6_,attrs); + default: + var + elts=param[1], + _b8_=caml_call1(Stdlib_Array[11],elts), + _b9_= + [0, + function(ppf,param) + {return caml_call2(Stdlib_Format[129],ppf,_M_)}], + _b__=caml_call2(Stdlib_Format[123],_b9_,format_value); + return caml_call4(Stdlib_Format[129],ppf,_N_,_b__,_b8_)}} function format_event(ppf,param) {switch(param[0]) {case 0: @@ -43610,11 +44607,13 @@ return caml_call6 (Stdlib_Printf[4],_aa_,pos[1],pos[2],pos[3],pos[4],pos[5])}} function take_while(p,l) - {if(! l)return _ab_; - var t=l[2],h=l[1]; - if(! caml_call1(p,h))return [0,0,l]; - var match=take_while(p,t),rest=match[2],t$0=match[1]; - return [0,[0,h,t$0],rest]} + {if(l) + {var t=l[2],h=l[1]; + if(caml_call1(p,h)) + {var match=take_while(p,t),rest=match[2],t$0=match[1]; + return [0,[0,h,t$0],rest]} + return [0,0,l]} + return _ab_} function parse_raw_events(raw_events) {var nb_raw_events=caml_call1(Stdlib_List[1],raw_events); function is_function_call(infos) @@ -43626,210 +44625,210 @@ a: for(;;) {var _a3_=ctx$0[3]; - if(! _a3_) - {var _bz_=ctx$0[3],_bA_=caml_call1(Stdlib_List[9],ctx$0[2]); - return [0,ctx$0[1],_bA_,_bz_]} - var _a4_=_a3_[1]; - switch(_a4_[0]) - {case 0: - var rest=_a3_[2],infos=_a4_[1]; - if(3 === caml_call1(Stdlib_List[1],infos)) - {if(infos) - {var _a5_=infos[2]; - if(_a5_) - {var _a6_=_a5_[2]; - if(_a6_ && ! _a6_[2]) - {var - var_name=_a5_[1], - body_ctx=parse_events([0,empty,_Y_,rest]), - match$0=caml_call2(StringMap[29],var_name,ctx$0[1]); - if(match$0) - var ls$0=match$0[1],inputs=ls$0; - else - var inputs=0; - var - ctx$1= - [0, - ctx$0[1], - [0,[2,infos,inputs,body_ctx[2]],ctx$0[2]], - body_ctx[3]], - ctx$0=ctx$1; - continue}}} - return caml_call1(Stdlib[2],cst_unreachable_due_to_the_is_)} - break; - case 1: - var rest$0=_a3_[2],_a9_=caml_call1(Stdlib_List[9],ctx$0[2]); - return [0,ctx$0[1],_a9_,rest$0]; - case 2: - var rest$1=_a3_[2],name=_a4_[1]; - if(is_var_def(name)) - {var ctx$2=[0,ctx$0[1],ctx$0[2],rest$1],ctx$0=ctx$2;continue} - if(rest$1) - {var _a__=rest$1[1]; - if(0 === _a__[0]) - {var infos$0=_a__[1]; - if(is_function_call(infos$0)) - {var - match$1=parse_fun_call(ctx$0[3]), - fun_call=match$1[2], - rest$2=match$1[1], - ctx$3=[0,ctx$0[1],[0,[1,fun_call],ctx$0[2]],rest$2], - ctx$0=ctx$3; - continue}}} - break; - default: - var _a$_=_a3_[2]; - if(_a$_) - {var _ba_=_a$_[1]; - if(2 === _ba_[0]) - {var - rest$3=_a$_[2], - value=_ba_[2], - name$0=_ba_[1], - pos=_a4_[1], - _a1_=2 === caml_call1(Stdlib_List[1],name$0)?1:0; - if(_a1_) - var - _a2_=caml_call2(Stdlib_List[7],name$0,1), - _bb_=caml_call2(Stdlib_String[14],_a2_,46); - else - var _bb_=_a1_; - if(_bb_) - {if(name$0) - {var _bc_=name$0[2]; - if(_bc_ && ! _bc_[2]) + if(_a3_) + {var _a4_=_a3_[1]; + switch(_a4_[0]) + {case 0: + var rest=_a3_[2],infos=_a4_[1]; + if(3 === caml_call1(Stdlib_List[1],infos)) + {if(infos) + {var _a5_=infos[2]; + if(_a5_) + {var _a6_=_a5_[2]; + if(_a6_ && ! _a6_[2]) {var - var_dot_subscope_var_name=_bc_[1], - _bd_= - caml_call2(Stdlib_String[16],46,var_dot_subscope_var_name), - name$1=caml_call2(Stdlib_List[7],_bd_,0), - _bf_=ctx$0[1], - v=[0,[0,pos],name$0,value,0], - _be_=ctx$0[2], - match=caml_call2(StringMap[29],name$1,_bf_); - if(match) - var - ls=match[1], - _bB_=caml_call3(StringMap[4],name$1,[0,v,ls],_bf_); + var_name=_a5_[1], + body_ctx=parse_events([0,empty,_Y_,rest]), + match$0=caml_call2(StringMap[29],var_name,ctx$0[1]); + if(match$0) + var ls$0=match$0[1],inputs=ls$0; else - var _bB_=caml_call3(StringMap[4],name$1,[0,v,0],_bf_); - var ctx$4=[0,_bB_,_be_,rest$3],ctx$0=ctx$4; - continue}} - return caml_call1 - (Stdlib[2],cst_unreachable_due_to_the_is_$0)} - var switch$0=0; - if(is_var_def(name$0)) - switch$0 = 1; - else + var inputs=0; + var + ctx$1= + [0, + ctx$0[1], + [0,[2,infos,inputs,body_ctx[2]],ctx$0[2]], + body_ctx[3]], + ctx$0=ctx$1; + continue}}} + return caml_call1(Stdlib[2],cst_unreachable_due_to_the_is_)} + break; + case 1: + var rest$0=_a3_[2],_a9_=caml_call1(Stdlib_List[9],ctx$0[2]); + return [0,ctx$0[1],_a9_,rest$0]; + case 2: + var rest$1=_a3_[2],name=_a4_[1]; + if(is_var_def(name)) + {var ctx$2=[0,ctx$0[1],ctx$0[2],rest$1],ctx$0=ctx$2;continue} + if(rest$1) + {var _a__=rest$1[1]; + if(0 === _a__[0]) + {var infos$0=_a__[1]; + if(is_function_call(infos$0)) + {var + match$1=parse_fun_call(ctx$0[3]), + fun_call=match$1[2], + rest$2=match$1[1], + ctx$3=[0,ctx$0[1],[0,[1,fun_call],ctx$0[2]],rest$2], + ctx$0=ctx$3; + continue}}} + break; + default: + var _a$_=_a3_[2]; + if(_a$_) + {var _ba_=_a$_[1]; + if(2 === _ba_[0]) {var - _aZ_=3 === caml_call1(Stdlib_List[1],name$0)?1:0, - _a0_= - _aZ_ - ?runtime.caml_string_equal - (cst_output$0,caml_call2(Stdlib_List[7],name$0,2)) - :_aZ_; - if(_a0_) + rest$3=_a$_[2], + value=_ba_[2], + name$0=_ba_[1], + pos=_a4_[1], + _a1_=2 === caml_call1(Stdlib_List[1],name$0)?1:0; + if(_a1_) + var + _a2_=caml_call2(Stdlib_List[7],name$0,1), + _bb_=caml_call2(Stdlib_String[14],_a2_,46); + else + var _bb_=_a1_; + if(_bb_) + {if(name$0) + {var _bc_=name$0[2]; + if(_bc_ && ! _bc_[2]) + {var + var_dot_subscope_var_name=_bc_[1], + _bd_= + caml_call2(Stdlib_String[16],46,var_dot_subscope_var_name), + name$1=caml_call2(Stdlib_List[7],_bd_,0), + _bf_=ctx$0[1], + v=[0,[0,pos],name$0,value,0], + _be_=ctx$0[2], + match=caml_call2(StringMap[29],name$1,_bf_); + if(match) + var + ls=match[1], + _bB_=caml_call3(StringMap[4],name$1,[0,v,ls],_bf_); + else + var _bB_=caml_call3(StringMap[4],name$1,[0,v,0],_bf_); + var ctx$4=[0,_bB_,_be_,rest$3],ctx$0=ctx$4; + continue}} + return caml_call1 + (Stdlib[2],cst_unreachable_due_to_the_is_$0)} + var switch$0=0; + if(is_var_def(name$0)) switch$0 = 1; else - if(rest$3) - {var _bg_=rest$3[1]; - if(0 === _bg_[0]) - {var infos$1=_bg_[1]; - if(is_function_call(infos$1)) - {var - raw_events$0=caml_call1(Stdlib_List[6],ctx$0[3]), - fun_calls=0, - rest$4=raw_events$0; - for(;;) + {var + _aZ_=3 === caml_call1(Stdlib_List[1],name$0)?1:0, + _a0_= + _aZ_ + ?runtime.caml_string_equal + (cst_output$0,caml_call2(Stdlib_List[7],name$0,2)) + :_aZ_; + if(_a0_) + switch$0 = 1; + else + if(rest$3) + {var _bg_=rest$3[1]; + if(0 === _bg_[0]) + {var infos$1=_bg_[1]; + if(is_function_call(infos$1)) {var - match$2= - take_while - (function(param){return 2 === param[0]?1:0},rest$4), - _bh_=match$2[2]; - if(_bh_) - {var _bi_=_bh_[1]; - if(0 === _bi_[0]) - {var infos$2=_bi_[1]; - if(is_function_call(infos$2)) - {var - match$3=parse_fun_call(rest$4), - fun_call$0=match$3[2], - raw_events=match$3[1], - fun_calls$0=[0,fun_call$0,fun_calls], - fun_calls=fun_calls$0, - rest$4=raw_events; - continue}}} - var fun_calls$1=caml_call1(Stdlib_List[9],fun_calls); - if(rest$4) - {var _bj_=rest$4[1]; - if(2 === _bj_[0]) - var - rest$6=rest$4[2], - value$0=_bj_[2], - name$2=_bj_[1], - var_comp=[0,[0,[0,pos],name$2,value$0,[0,fun_calls$1]]], - rest$5=rest$6; + raw_events$0=caml_call1(Stdlib_List[6],ctx$0[3]), + fun_calls=0, + rest$4=raw_events$0; + for(;;) + {var + match$2= + take_while + (function(param){return 2 === param[0]?1:0},rest$4), + _bh_=match$2[2]; + if(_bh_) + {var _bi_=_bh_[1]; + if(0 === _bi_[0]) + {var infos$2=_bi_[1]; + if(is_function_call(infos$2)) + {var + match$3=parse_fun_call(rest$4), + fun_call$0=match$3[2], + raw_events=match$3[1], + fun_calls$0=[0,fun_call$0,fun_calls], + fun_calls=fun_calls$0, + rest$4=raw_events; + continue}}} + var fun_calls$1=caml_call1(Stdlib_List[9],fun_calls); + if(rest$4) + {var _bj_=rest$4[1]; + if(2 === _bj_[0]) + var + rest$6=rest$4[2], + value$0=_bj_[2], + name$2=_bj_[1], + var_comp=[0,[0,[0,pos],name$2,value$0,[0,fun_calls$1]]], + rest$5=rest$6; + else + var + _bk_= + (nb_raw_events - caml_call1(Stdlib_List[1],rest$4) | 0) + + + 1 + | + 0, + _bl_=caml_call1(Stdlib[33],_bk_), + _bm_=caml_call2(Stdlib[28],_bl_,cst$14), + _bn_=caml_call2(Stdlib[28],cst$15,_bm_), + _bo_=raw_event_to_string(_bj_), + _bp_=caml_call2(Stdlib[28],_bo_,_bn_), + _bq_= + caml_call2(Stdlib[28],cst_expected_variable_definiti,_bp_), + _br_=caml_call2(Stdlib_String[6],cst$16,infos$1), + _bs_=caml_call2(Stdlib[28],_br_,_bq_), + _bt_=caml_call2(Stdlib[28],cst_Invalid_function_call,_bs_), + _bu_=caml_call1(Stdlib[2],_bt_), + var_comp=_bu_[2], + rest$5=_bu_[1]} else var - _bk_= - (nb_raw_events - caml_call1(Stdlib_List[1],rest$4) | 0) - + - 1 - | - 0, - _bl_=caml_call1(Stdlib[33],_bk_), - _bm_=caml_call2(Stdlib[28],_bl_,cst$14), - _bn_=caml_call2(Stdlib[28],cst$15,_bm_), - _bo_=raw_event_to_string(_bj_), - _bp_=caml_call2(Stdlib[28],_bo_,_bn_), - _bq_= - caml_call2(Stdlib[28],cst_expected_variable_definiti,_bp_), - _br_=caml_call2(Stdlib_String[6],cst$16,infos$1), - _bs_=caml_call2(Stdlib[28],_br_,_bq_), - _bt_=caml_call2(Stdlib[28],cst_Invalid_function_call,_bs_), - _bu_=caml_call1(Stdlib[2],_bt_), - var_comp=_bu_[2], - rest$5=_bu_[1]} - else - var - _bv_=caml_call2(Stdlib_String[6],cst$17,infos$1), - _bw_= - caml_call2(Stdlib[28],_bv_,cst_expected_variable_definiti$0), - _bx_=caml_call2(Stdlib[28],cst_Invalid_function_call$0,_bw_), - _by_=caml_call1(Stdlib[2],_bx_), - var_comp$0=_by_[2], - rest$7=_by_[1], - var_comp=var_comp$0, - rest$5=rest$7; - var - ctx$6=[0,ctx$0[1],[0,var_comp,ctx$0[2]],rest$5], - ctx$0=ctx$6; - continue a}}}}} - if(switch$0) - {var - ctx$5= - [0, - ctx$0[1], - [0,[0,[0,[0,pos],name$0,value,0]],ctx$0[2]], - rest$3], - ctx$0=ctx$5; - continue}}}} - var - _a7_=raw_event_to_string(_a4_), - _a8_=caml_call2(Stdlib[28],cst_Unexpected_event,_a7_); - return caml_call1(Stdlib[2],_a8_)}} + _bv_=caml_call2(Stdlib_String[6],cst$17,infos$1), + _bw_= + caml_call2(Stdlib[28],_bv_,cst_expected_variable_definiti$0), + _bx_=caml_call2(Stdlib[28],cst_Invalid_function_call$0,_bw_), + _by_=caml_call1(Stdlib[2],_bx_), + var_comp=_by_[2], + rest$5=_by_[1]; + var + ctx$6=[0,ctx$0[1],[0,var_comp,ctx$0[2]],rest$5], + ctx$0=ctx$6; + continue a}}}}} + if(switch$0) + {var + ctx$5= + [0, + ctx$0[1], + [0,[0,[0,[0,pos],name$0,value,0]],ctx$0[2]], + rest$3], + ctx$0=ctx$5; + continue}}}} + var + _a7_=raw_event_to_string(_a4_), + _a8_=caml_call2(Stdlib[28],cst_Unexpected_event,_a7_); + return caml_call1(Stdlib[2],_a8_)} + var _bz_=ctx$0[3],_bA_=caml_call1(Stdlib_List[9],ctx$0[2]); + return [0,ctx$0[1],_bA_,_bz_]}} function parse_fun_call(events) {var match= take_while (function(param) - {if(2 !== param[0])return 0; - var - name=param[1], - _aX_=3 === caml_call1(Stdlib_List[1],name)?1:0; - if(! _aX_)return _aX_; - var _aY_=caml_call2(Stdlib_List[7],name,2); - return caml_call2(Stdlib_String[10],cst_input,_aY_)}, + {if(2 === param[0]) + {var + name=param[1], + _aX_=3 === caml_call1(Stdlib_List[1],name)?1:0; + if(_aX_) + {var _aY_=caml_call2(Stdlib_List[7],name,2); + return caml_call2(Stdlib_String[10],cst_input,_aY_)} + return _aX_} + return 0}, events), _aT_=match[2]; if(_aT_) @@ -43840,9 +44839,9 @@ {var _aV_= function(param) - {if(2 !== param[0])throw [0,Assert_failure,_ac_]; - var value=param[2],name=param[1]; - return [0,0,name,value,0]}, + {if(2 === param[0]) + {var value=param[2],name=param[1];return [0,0,name,value,0]} + throw [0,Assert_failure,_ac_]}, fun_inputs=caml_call2(Stdlib_ListLabels[19],_aV_,inputs), body_ctx=parse_events([0,empty,0,rest]), body_rev=caml_call1(Stdlib_List[9],body_ctx[2]), @@ -43876,9 +44875,8 @@ {_aR_ = caml_wrap_exception(_aR_); if(_aR_ !== EmptyError)throw _aR_; var new_val=0} - if(! acc)return new_val; - if(new_val)throw [0,ConflictError,pos]; - return acc} + if(acc){if(new_val)throw [0,ConflictError,pos];return acc} + return new_val} var except=caml_call3(Stdlib_Array[17],_aP_,_aO_,exceptions); if(except){var x=except[1];return x} if(caml_call1(just,0))return caml_call1(cons,0); @@ -43889,10 +44887,9 @@ if(0 === except[0])return acc; throw [0,ConflictError,pos]} var except=caml_call3(Stdlib_Array[17],_aN_,_ae_,exceptions); - if(0 !== except[0])return except; - if(0 === just[0])return _af_; - var b=just[1]; - return b?cons:_ag_} + if(0 === except[0]) + {if(0 === just[0])return _af_;var b=just[1];return b?cons:_ag_} + return except} function no_input(param){throw EmptyError} function compare_periods(p1,p2) {try @@ -43929,7 +44926,7 @@ {var len=a.length - 1; if(0 === len)return dft; var r=[0,caml_check_bound(a,0)[1]],_aw_=len - 1 | 0,_av_=1; - if(_aw_ >= 1) + if(! (_aw_ < 1)) {var i=_av_; for(;;) {var _ax_=caml_check_bound(a,i)[1 + i]; @@ -43973,10 +44970,10 @@ remainder=match[2], res=match[1], _aq_=caml_call1(Q[17],rat_result); - if(! runtime.caml_greaterequal(caml_call2(Z[54],2,remainder),_aq_)) - return caml_call2(Z[54],res,sign_int); - var _ar_=caml_call2(Z[12],res,1); - return caml_call2(Z[54],_ar_,sign_int)} + if(runtime.caml_greaterequal(caml_call2(Z[54],2,remainder),_aq_)) + {var _ar_=caml_call2(Z[12],res,1); + return caml_call2(Z[54],_ar_,sign_int)} + return caml_call2(Z[54],res,sign_int)} function o_mult_dur_int(d,m) {var _am_=caml_call1(Z[29],m); return caml_call2(Dates_calc_Dates[16],d,_am_)} @@ -44320,10 +45317,8 @@ (globalThis)); -//# 1 "../../.js/js_of_ocaml-compiler.runtime/jsoo_runtime.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/js_of_ocaml-compiler.runtime/jsoo_runtime.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -44334,7 +45329,7 @@ {return f.length == 2?f(a0,a1):runtime.caml_call_gen(f,[a0,a1])} var global_data=runtime.caml_get_global_data(), - version=caml_string_of_jsbytes("5.0.1"), + version=caml_string_of_jsbytes("4.1.0"), git_version=caml_string_of_jsbytes(""), cst_Jsoo_runtime_Error_Exn= caml_string_of_jsbytes("Jsoo_runtime.Error.Exn"), @@ -44347,8 +45342,7 @@ (6,Jsoo_runtime_Runtime_version,"Jsoo_runtime__Runtime_version"); var Js=[0], - Config=[0], - Sys=[0,Config,version,git_version], + Sys=[0,version,git_version], Exn=[248,cst_Jsoo_runtime_Error_Exn,runtime.caml_fresh_oo_id(0)]; caml_call2(Stdlib_Callback[2],cst_jsError,[0,Exn,[0]]); function raise(exn){throw exn} @@ -44369,10 +45363,8 @@ (globalThis)); -//# 1 "../../.js/js_of_ocaml/js_of_ocaml.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/js_of_ocaml/js_of_ocaml.cma.js" +(function(globalThis) {"use strict"; var jsoo_exports=typeof module === "object" && module.exports || globalThis, @@ -44932,7 +45924,7 @@ cst_Ff_Ii_Ll_Ee= caml_string_of_jsbytes ("^([Ff][Ii][Ll][Ee])://([^\\?#]*)(\\?([^#]*))?(#(.*))?$"), - s=caml_string_of_jsbytes("5.0.1"), + s=caml_string_of_jsbytes("4.1.0"), git_version=caml_string_of_jsbytes(""), cst$38=caml_string_of_jsbytes(""), cst$41=caml_string_of_jsbytes("+"), @@ -46069,7 +47061,7 @@ function case$0(x,f,g) {return x == no_handler?caml_call1(f,0):caml_call1(g,x)} function get(x,f){return x == no_handler?caml_call1(f,0):x} - function option(x){if(! x)return no_handler;var x$0=x[1];return x$0} + function option(x){if(x){var x$0=x[1];return x$0}return no_handler} function to_option(x) {function _g0_(x){return [0,x]} return case$0(x,function(param){return 0},_g0_)} @@ -46094,7 +47086,7 @@ {var _gY_=x !== t39?1:0;return _gY_?caml_call1(f,x):_gY_} function case$1(x,f,g){return x === t39?caml_call1(f,0):caml_call1(g,x)} function get$0(x,f){return x === t39?caml_call1(f,0):x} - function option$0(x){if(! x)return t39;var x$0=x[1];return x$0} + function option$0(x){if(x){var x$0=x[1];return x$0}return t39} function to_option$0(x) {function _gX_(x){return [0,x]} return case$1(x,function(param){return 0},_gX_)} @@ -46176,7 +47168,7 @@ {var s$0=Unsafe[1].parseFloat(s); return isNaN(s$0)?caml_call1(Stdlib[2],cst_parseFloat):s$0} function _a_(param) - {if(param[1] !== Error)return 0;var e=param[2];return [0,to_string(e)]} + {if(param[1] === Error){var e=param[2];return [0,to_string(e)]}return 0} caml_call1(Stdlib_Printexc[9],_a_); function _b_(e) {return e instanceof array_length @@ -46273,13 +47265,14 @@ function list_of_nodeList(nodeList) {var length=nodeList.length,acc=0,i=0; for(;;) - {if(! caml_call2(symbol$5,i,length)) - return caml_call1(Stdlib_List[9],acc); - var _gK_=nodeList.item(i),match=caml_call1(Opt[10],_gK_); - if(match) - {var e=match[1],i$0=i + 1 | 0,acc$0=[0,e,acc],acc=acc$0,i=i$0; + {if(caml_call2(symbol$5,i,length)) + {var _gK_=nodeList.item(i),match=caml_call1(Opt[10],_gK_); + if(match) + {var e=match[1],i$0=i + 1 | 0,acc$0=[0,e,acc],acc=acc$0,i=i$0; + continue} + var i$1=i + 1 | 0,i=i$1; continue} - var i$1=i + 1 | 0,i=i$1}} + return caml_call1(Stdlib_List[9],acc)}} var disconnected=1, preceding=2, @@ -46317,15 +47310,14 @@ {if(3 !== e.nodeType && 4 !== e.nodeType)return no_handler;return e} function attr(e){return cast(e,2)} function handler(f) - {return runtime.caml_js_wrap_callback_unsafe - (function(e) - {if(caml_call1(Opt[5],e)) - {var res=caml_call1(f,e); - if(1 - (res | 0))e.preventDefault(); - return res} - var t18=event,t17=caml_call1(f,t18); - if(1 - (t17 | 0))t18.returnValue = t17; - return t17})} + {return function(e) + {if(caml_call1(Opt[5],e)) + {var res=caml_call1(f,e); + if(1 - (res | 0))e.preventDefault(); + return res} + var t18=event,t17=caml_call1(f,t18); + if(1 - (t17 | 0))t18.returnValue = t17; + return t17}} function full_handler(f) {return runtime.caml_js_wrap_meth_callback_unsafe (function(this$0,e) @@ -46342,10 +47334,12 @@ {function _gJ_(param){throw Stdlib[8]} return caml_call2(Opt[8],e.srcElement,_gJ_)} var t27=caml_call2(Opt[8],e.target,_gH_); - if(! (t27 instanceof Unsafe[1].Node))return t27; - if(3 !== t27.nodeType)return t27; - function _gI_(param){throw [0,Assert_failure,_g_]} - return caml_call2(Opt[8],t27.parentNode,_gI_)} + if(t27 instanceof Unsafe[1].Node) + {if(3 === t27.nodeType) + {var _gI_=function(param){throw [0,Assert_failure,_g_]}; + return caml_call2(Opt[8],t27.parentNode,_gI_)} + return t27} + return t27} function make$0(s){return caml_jsstring_of_string(s)} var Event=[0,make$0]; function addEventListenerWithOptions(t50,t47,capture,once,passive,t48) @@ -46360,7 +47354,7 @@ t50.attachEvent(t34,t35); return function(param){return t50.detachEvent(t34,t35)}} var t49={}; - function iter(t,f){if(! t)return 0;var b=t[1];return caml_call1(f,b)} + function iter(t,f){if(t){var b=t[1];return caml_call1(f,b)}return 0} iter(capture,function(t37){return t49.capture = t37}); iter(once,function(t39){return t49.once = t39}); iter(passive,function(t41){return t49.passive = t41}); @@ -46375,7 +47369,7 @@ return t54.returnValue = t53} function createCustomEvent(bubbles,cancelable,detail,t62) {function opt_iter(f,param) - {if(! param)return 0;var x=param[1];return caml_call1(f,x)} + {if(param){var x=param[1];return caml_call1(f,x)}return 0} var t63={}; opt_iter(function(x){var t55=! ! x;return t63.bubbles = t55},bubbles); opt_iter @@ -46486,10 +47480,12 @@ function filter_map(f,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var q=param$0[2],v=param$0[1],match=caml_call1(f,v); - if(match){var v$0=match[1];return [0,v$0,filter_map(f,q)]} - var param$0=q}} + {if(param$0) + {var q=param$0[2],v=param$0[1],match=caml_call1(f,v); + if(match){var v$0=match[1];return [0,v$0,filter_map(f,q)]} + var param$0=q; + continue} + return 0}} function blob_raw(contentType,endings,a) {var _gA_=0; if(endings) @@ -46502,9 +47498,9 @@ filter_map (function(param) {var v=param[2],name=param[1]; - if(! v)return 0; - var v$0=v[1]; - return [0,[0,name,caml_jsstring_of_string(v$0)]]}, + if(v) + {var v$0=v[1];return [0,[0,name,caml_jsstring_of_string(v$0)]]} + return 0}, _gD_), options$0= options @@ -46532,10 +47528,8 @@ {var match=caml_call1(Optdef[10],file.name); if(match){var name=match[1];return name} var match$0=caml_call1(Optdef[10],file.fileName); - if(! match$0) - return caml_call1(Stdlib[2],cst_can_t_retrieve_file_name_n); - var name$0=match$0[1]; - return name$0} + if(match$0){var name$0=match$0[1];return name$0} + return caml_call1(Stdlib[2],cst_can_t_retrieve_file_name_n)} var doc_constr=Unsafe[1].Document; function document(e){return e instanceof doc_constr?e:no_handler} function blob(e){return e instanceof t3?e:no_handler} @@ -46665,9 +47659,9 @@ caml_call2(symbol$8,t7.length,0)) return ""; var t13=t8.concat("//",t7); - if(! caml_call2(symbol$9,t9.length,0))return t13; - var t12=loc.port; - return t13.concat(":",t12)} + if(caml_call2(symbol$9,t9.length,0)) + {var t12=loc.port;return t13.concat(":",t12)} + return t13} return caml_call3(Optdef[7],loc.origin,_gw_,_gv_)} var _j_=Unsafe[1],t87=_j_.document; function getElementById(id) @@ -46691,7 +47685,7 @@ function _gk_(param){return 0} var t21=caml_jsstring_of_string(id),_gl_=t87.getElementById(t21); return caml_call3(Opt[7],_gl_,_gk_,_gj_)} - function opt_iter(x,f){if(! x)return 0;var v=x[1];return caml_call1(f,v)} + function opt_iter(x,f){if(x){var v=x[1];return caml_call1(f,v)}return 0} function createElement(t24,name) {var t23=caml_jsstring_of_string(name);return t24.createElement(t23)} function unsafeCreateElement(doc,name){return createElement(doc,name)} @@ -46910,12 +47904,12 @@ function eventRelatedTarget(e) {function _f$_(param) {var match=caml_string_of_jsstring(e.type); - if(! caml_string_notequal(match,cst_mouseout$0)) - {var _gb_=function(param){throw [0,Assert_failure,_m_]}; - return caml_call2(Optdef[8],e.toElement,_gb_)} - if(caml_string_notequal(match,cst_mouseover$0))return no_handler; - function _ga_(param){throw [0,Assert_failure,_l_]} - return caml_call2(Optdef[8],e.fromElement,_ga_)} + if(caml_string_notequal(match,cst_mouseout$0)) + {if(caml_string_notequal(match,cst_mouseover$0))return no_handler; + var _ga_=function(param){throw [0,Assert_failure,_l_]}; + return caml_call2(Optdef[8],e.fromElement,_ga_)} + function _gb_(param){throw [0,Assert_failure,_m_]} + return caml_call2(Optdef[8],e.toElement,_gb_)} return caml_call2(Optdef[8],e.relatedTarget,_f$_)} function eventAbsolutePosition(e) {var t70=t87.body,t71=t87.documentElement; @@ -46943,7 +47937,7 @@ {function _f5_(x){return x} function _f6_(param) {var match=ev.button,switcher=match - 1 | 0; - if(3 >= switcher >>> 0) + if(! (3 < switcher >>> 0)) switch(switcher) {case 0:return 1;case 1:return 3;case 2:break;default:return 2} return 0} @@ -46973,16 +47967,16 @@ match=caml_string_of_jsstring(v), switch$0=caml_string_compare(match,cst_KeyH); if(0 <= switch$0) - {if(0 >= switch$0)return 8; + {if(! (0 < switch$0))return 8; var switch$1=caml_string_compare(match,cst_Numpad4); if(0 <= switch$1) - {if(0 >= switch$1)return 72; + {if(! (0 < switch$1))return 72; var switch$2=caml_string_compare(match,cst_PageUp); if(0 <= switch$2) - {if(0 >= switch$2)return 98; + {if(! (0 < switch$2))return 98; var switch$3=caml_string_compare(match,cst_ShiftRight); if(0 <= switch$3) - {if(0 >= switch$3)return 91; + {if(! (0 < switch$3))return 91; if(! caml_string_notequal(match,cst_Slash))return 55; if(! caml_string_notequal(match,cst_Space))return 41; if(! caml_string_notequal(match,cst_Tab))return 39; @@ -47000,7 +47994,7 @@ else {var switch$4=caml_string_compare(match,cst_NumpadDivide); if(0 <= switch$4) - {if(0 >= switch$4)return 84; + {if(! (0 < switch$4))return 84; if(! caml_string_notequal(match,cst_NumpadEnter))return 83; if(! caml_string_notequal(match,cst_NumpadEqual))return 82; if(! caml_string_notequal(match,cst_NumpadMultiply))return 78; @@ -47019,10 +48013,10 @@ else {var switch$5=caml_string_compare(match,cst_KeyX); if(0 <= switch$5) - {if(0 >= switch$5)return 24; + {if(! (0 < switch$5))return 24; var switch$6=caml_string_compare(match,cst_MetaRight); if(0 <= switch$6) - {if(0 >= switch$6)return 89; + {if(! (0 < switch$6))return 89; if(! caml_string_notequal(match,cst_Minus))return 37; if(! caml_string_notequal(match,cst_NumLock))return 85; if(! caml_string_notequal(match,cst_Numpad0))return 68; @@ -47041,7 +48035,7 @@ else {var switch$7=caml_string_compare(match,cst_KeyP); if(0 <= switch$7) - {if(0 >= switch$7)return 16; + {if(! (0 < switch$7))return 16; if(! caml_string_notequal(match,cst_KeyQ))return 17; if(! caml_string_notequal(match,cst_KeyR))return 18; if(! caml_string_notequal(match,cst_KeyS))return 19; @@ -47060,13 +48054,13 @@ else {var switch$8=caml_string_compare(match,cst_Digit6); if(0 <= switch$8) - {if(0 >= switch$8)return 33; + {if(! (0 < switch$8))return 33; var switch$9=caml_string_compare(match,cst_F6); if(0 <= switch$9) - {if(0 >= switch$9)return 61; + {if(! (0 < switch$9))return 61; var switch$10=caml_string_compare(match,cst_KeyA); if(0 <= switch$10) - {if(0 >= switch$10)return 1; + {if(! (0 < switch$10))return 1; if(! caml_string_notequal(match,cst_KeyB))return 2; if(! caml_string_notequal(match,cst_KeyC))return 3; if(! caml_string_notequal(match,cst_KeyD))return 4; @@ -47084,7 +48078,7 @@ else {var switch$11=caml_string_compare(match,cst_F1); if(0 <= switch$11) - {if(0 >= switch$11)return 56; + {if(! (0 < switch$11))return 56; if(! caml_string_notequal(match,cst_F10))return 65; if(! caml_string_notequal(match,cst_F11))return 66; if(! caml_string_notequal(match,cst_F12))return 67; @@ -47103,10 +48097,10 @@ else {var switch$12=caml_string_compare(match,cst_BrowserRefresh); if(0 <= switch$12) - {if(0 >= switch$12)return 113; + {if(! (0 < switch$12))return 113; var switch$13=caml_string_compare(match,cst_Delete); if(0 <= switch$13) - {if(0 >= switch$13)return 45; + {if(! (0 < switch$13))return 45; if(! caml_string_notequal(match,cst_Digit0))return 27; if(! caml_string_notequal(match,cst_Digit1))return 28; if(! caml_string_notequal(match,cst_Digit2))return 29; @@ -47124,7 +48118,7 @@ else {var switch$14=caml_string_compare(match,cst_Backslash); if(0 <= switch$14) - {if(0 >= switch$14)return 52; + {if(! (0 < switch$14))return 52; if(! caml_string_notequal(match,cst_Backspace))return 43; if(! caml_string_notequal(match,cst_BracketLeft))return 47; if(! caml_string_notequal(match,cst_BracketRight))return 48; @@ -47161,7 +48155,7 @@ function try_key_code_numpad(param) {if(47 <= param) {var switcher=param - 96 | 0; - if(15 >= switcher >>> 0) + if(! (15 < switcher >>> 0)) switch(switcher) {case 0:return 68; case 1:return 69; @@ -47198,7 +48192,7 @@ return 0} function try_key_code_normal(param) {var switcher=param - 8 | 0; - if(214 >= switcher >>> 0) + if(! (214 < switcher >>> 0)) {var _f2_=switcher; if(67 <= _f2_) switch(_f2_) @@ -47321,10 +48315,11 @@ _fX_), _fW_)} function char_of_int(value) - {if(! caml_call2(symbol$5,0,value))return 0; - try - {var _fQ_=[0,caml_call1(Stdlib_Uchar[8],value)];return _fQ_} - catch(_fR_){return 0}} + {if(caml_call2(symbol$5,0,value)) + try + {var _fQ_=[0,caml_call1(Stdlib_Uchar[8],value)];return _fQ_} + catch(_fR_){return 0} + return 0} function empty_string(param){return ""} function none(param){return 0} function of_event$0(evt) @@ -47337,7 +48332,7 @@ {var t106=e.tagName,tag=caml_string_of_jsbytes(t106.toLowerCase()); if(caml_call2(symbol$8,caml_ml_string_length(tag),0))return [61,e]; var match=runtime.caml_string_unsafe_get(tag,0),switcher=match - 97 | 0; - if(21 >= switcher >>> 0) + if(! (21 < switcher >>> 0)) switch(switcher) {case 0: return caml_string_notequal(tag,cst_a$1) @@ -47519,18 +48514,19 @@ return _fp_} catch(_fq_) {_fq_ = caml_wrap_exception(_fq_); - if(_fq_ !== Stdlib[8])throw _fq_; - var - now=function(param){var t117=new t116();return t117.getTime()}, - last=[0,now(0)]; - return function(callback) + if(_fq_ === Stdlib[8]) {var - t=now(0), - dt=last[1] + 16.6666666666666679 - t, - dt$0=dt < 0.?0.:dt; - last[1] = t; - _j_.setTimeout(callback,dt$0); - return 0}}}); + now=function(param){var t117=new t116();return t117.getTime()}, + last=[0,now(0)]; + return function(callback) + {var + t=now(0), + dt=last[1] + 16.6666666666666679 - t, + dt$0=dt < 0.?0.:dt; + last[1] = t; + _j_.setTimeout(callback,dt$0); + return 0}} + throw _fq_}}); function hasPushState(param) {var t122=_j_.history;return caml_call1(Optdef[5],t122.pushState)} function hasPlaceholder(param) @@ -47542,24 +48538,22 @@ var overflow_limit=2147483000.; function setTimeout(callback,d) {var id=[0,0]; - function loop(d,param) - {if(2147483000. < d) - var remain=d - 2147483000.,step=overflow_limit; + function loop(step,param) + {if(2147483000. < step) + var remain=step - 2147483000.,step$0=overflow_limit; else - var remain=0.,step=d; + var remain=0.,step$0=step; var cb=remain == 0.?callback:function(_fn_){return loop(remain,_fn_)}, t125=caml_js_wrap_callback(cb); - id[1] = [0,_j_.setTimeout(t125,step)]; + id[1] = [0,_j_.setTimeout(t125,step$0)]; return 0} loop(d,0); return id} function clearTimeout(id) {var _fm_=id[1]; - if(! _fm_)return 0; - var x=_fm_[1]; - id[1] = 0; - return _j_.clearTimeout(x)} + if(_fm_){var x=_fm_[1];id[1] = 0;return _j_.clearTimeout(x)} + return 0} function js_array_of_collection(c){return [].slice.call(c)} var _n_= @@ -47857,10 +48851,12 @@ function filter_map$0(f,param) {var param$0=param; for(;;) - {if(! param$0)return 0; - var q=param$0[2],v=param$0[1],match=caml_call1(f,v); - if(match){var v$0=match[1];return [0,v$0,filter_map$0(f,q)]} - var param$0=q}} + {if(param$0) + {var q=param$0[2],v=param$0[1],match=caml_call1(f,v); + if(match){var v$0=match[1];return [0,v$0,filter_map$0(f,q)]} + var param$0=q; + continue} + return 0}} function have_content(elt) {var t3=elt.name, @@ -47879,81 +48875,87 @@ {case 31: var v=match$3[1]; if(get)var sth=get[1],get$0=sth;else var get$0=0; - if(! have_content(v))return 0; - var - name$1=caml_string_of_jsstring(v.name), - value=v.value, - t20=v.type, - match=caml_string_of_jsbytes(t20.toLowerCase()); - if(caml_string_notequal(match,cst_checkbox)) - {if(! caml_string_notequal(match,cst_file)) - {if(get$0)return [0,[0,name$1,[0,-976970511,value]],0]; - var match$0=caml_call1(Optdef[10],v.files); - if(! match$0)return 0; - var list=match$0[1]; - if(caml_call2(symbol$8,list.length,0)) - return [0,[0,name$1,[0,-976970511,""]],0]; - var match$1=caml_call1(Optdef[10],v.multiple); - if(match$1 && match$1[1]) - {var - _ff_=function(t28){return list.item(t28)}, - _fg_=caml_call2(Stdlib_Array[2],list.length,_ff_), - _fh_=caml_call1(Stdlib_Array[11],_fg_); - return filter_map$0 - (function(f) - {var match=caml_call1(Opt[10],f); - if(! match)return 0; - var file=match[1]; - return [0,[0,name$1,[0,781515420,file]]]}, - _fh_)} - var _fi_=list.item(0),match$2=caml_call1(Opt[10],_fi_); - if(! match$2)return 0; - var file=match$2[1]; - return [0,[0,name$1,[0,781515420,file]],0]} - var switch$0=0; - if(caml_string_notequal(match,cst_password)) - {if(caml_string_notequal(match,cst_radio)) - {var switch$1=0; - if - (caml_string_notequal(match,cst_reset) - && - caml_string_notequal(match,cst_submit$0)) - {if(caml_string_notequal(match,cst_text)) - return [0,[0,name$1,[0,-976970511,value]],0]; - switch$0 = 1; - switch$1 = 1} - if(! switch$1)return 0}} - else - switch$0 = 1; - if(switch$0)return [0,[0,name$1,[0,-976970511,value]],0]} - return v.checked | 0?[0,[0,name$1,[0,-976970511,value]],0]:0; + if(have_content(v)) + {var + name$1=caml_string_of_jsstring(v.name), + value=v.value, + t20=v.type, + match=caml_string_of_jsbytes(t20.toLowerCase()); + if(caml_string_notequal(match,cst_checkbox)) + {if(! caml_string_notequal(match,cst_file)) + {if(get$0)return [0,[0,name$1,[0,-976970511,value]],0]; + var match$0=caml_call1(Optdef[10],v.files); + if(match$0) + {var list=match$0[1]; + if(caml_call2(symbol$8,list.length,0)) + return [0,[0,name$1,[0,-976970511,""]],0]; + var match$1=caml_call1(Optdef[10],v.multiple); + if(match$1 && match$1[1]) + {var + _ff_=function(t28){return list.item(t28)}, + _fg_=caml_call2(Stdlib_Array[2],list.length,_ff_), + _fh_=caml_call1(Stdlib_Array[11],_fg_); + return filter_map$0 + (function(f) + {var match=caml_call1(Opt[10],f); + if(match) + {var file=match[1];return [0,[0,name$1,[0,781515420,file]]]} + return 0}, + _fh_)} + var _fi_=list.item(0),match$2=caml_call1(Opt[10],_fi_); + if(match$2) + {var file=match$2[1]; + return [0,[0,name$1,[0,781515420,file]],0]} + return 0} + return 0} + var switch$0=0; + if(caml_string_notequal(match,cst_password)) + {if(caml_string_notequal(match,cst_radio)) + {var switch$1=0; + if + (caml_string_notequal(match,cst_reset) + && + caml_string_notequal(match,cst_submit$0)) + {if(caml_string_notequal(match,cst_text)) + return [0,[0,name$1,[0,-976970511,value]],0]; + switch$0 = 1; + switch$1 = 1} + if(! switch$1)return 0}} + else + switch$0 = 1; + if(switch$0)return [0,[0,name$1,[0,-976970511,value]],0]} + return v.checked | 0?[0,[0,name$1,[0,-976970511,value]],0]:0} + return 0; case 48: var v$0=match$3[1]; - if(! have_content(v$0))return 0; - var name$0=caml_string_of_jsstring(v$0.name); - if(! (v$0.multiple | 0)) - return [0,[0,name$0,[0,-976970511,v$0.value]],0]; - var - _fd_= - function(i) - {var t13=v$0.options,_fj_=t13.item(i); - return caml_call1(Opt[10],_fj_)}, - t10=v$0.options, - options=caml_call2(Stdlib_Array[2],t10.length,_fd_), - _fe_=caml_call1(Stdlib_Array[11],options); - return filter_map$0 - (function(param) - {if(! param)return 0; - var e=param[1]; - return e.selected | 0 - ?[0,[0,name$0,[0,-976970511,e.value]]] - :0}, - _fe_); + if(have_content(v$0)) + {var name$0=caml_string_of_jsstring(v$0.name); + if(v$0.multiple | 0) + {var + _fd_= + function(i) + {var t13=v$0.options,_fj_=t13.item(i); + return caml_call1(Opt[10],_fj_)}, + t10=v$0.options, + options=caml_call2(Stdlib_Array[2],t10.length,_fd_), + _fe_=caml_call1(Stdlib_Array[11],options); + return filter_map$0 + (function(param) + {if(param) + {var e=param[1]; + return e.selected | 0 + ?[0,[0,name$0,[0,-976970511,e.value]]] + :0} + return 0}, + _fe_)} + return [0,[0,name$0,[0,-976970511,v$0.value]],0]} + return 0; case 53: var v$1=match$3[1]; - if(! have_content(v$1))return 0; - var name=caml_string_of_jsstring(v$1.name); - return [0,[0,name,[0,-976970511,v$1.value]],0]; + if(have_content(v$1)) + {var name=caml_string_of_jsstring(v$1.name); + return [0,[0,name,[0,-976970511,v$1.value]],0]} + return 0; default:return 0}}, _fc_=caml_call2(Stdlib_List[19],_fb_,acc); return caml_call1(Stdlib_List[14],_fc_)} @@ -47961,7 +48963,8 @@ if(match) {var x=match[1],i$0=i - 1 | 0,acc$0=[0,x,acc],acc=acc$0,i=i$0; continue} - var i$1=i - i | 0,i=i$1}} + var i$1=i - i | 0,i=i$1; + continue}} function append(form_contents,form_elt) {if(891486873 <= form_contents[1]) {var list=form_contents[2];list[1] = [0,form_elt,list[1]];return 0} @@ -47973,9 +48976,8 @@ return f.append(t35,s)} function empty_form_contents(param) {var match=caml_call1(Optdef[10],formData); - if(! match)return [0,891486873,[0,0]]; - var constr=match[1]; - return [0,808620462,new constr()]} + if(match){var constr=match[1];return [0,808620462,new constr()]} + return [0,891486873,[0,0]]} function post_form_contents(form) {var contents=empty_form_contents(0),_e7_=form_elements(0,form); function _e8_(_e9_){return append(contents,_e9_)} @@ -48133,7 +49135,8 @@ idx$0=idx - 1 | 0, accu$0=[0,blunt_str_array_get(a,idx),accu], accu=accu$0, - idx=idx$0}} + idx=idx$0; + continue}} function split(r,s) {r.lastIndex = 0; var t42=caml_jsbytes_of_string(s); @@ -48179,10 +49182,10 @@ (caml_jsbytes_of_string(global_replace(plus_re,s,cst$1))))} function urlencode(opt,s) {if(opt)var sth=opt[1],with_plus=sth;else var with_plus=1; - if(! with_plus) - return caml_string_of_jsbytes(escape(caml_jsbytes_of_string(s))); - var s$0=caml_string_of_jsbytes(escape(caml_jsbytes_of_string(s))); - return global_replace(plus_re,s$0,cst_2B)} + if(with_plus) + {var s$0=caml_string_of_jsbytes(escape(caml_jsbytes_of_string(s))); + return global_replace(plus_re,s$0,cst_2B)} + return caml_string_of_jsbytes(escape(caml_jsbytes_of_string(s)))} var Not_an_http_protocol= [248,cst_Js_of_ocaml_Url_Not_an_htt,caml_fresh_oo_id(0)], @@ -48252,9 +49255,9 @@ return _eE_} catch(_eF_) {_eF_ = caml_wrap_exception(_eF_); - if(_eF_ !== Local_exn)throw _eF_; - var idx$1=idx$0 - 1 | 0,idx$0=idx$1; - continue}}} + if(_eF_ === Local_exn) + {var idx$1=idx$0 - 1 | 0,idx$0=idx$1;continue} + throw _eF_}}} return aux(0,len - 1 | 0)} function decode_arguments(s) {return decode_arguments_js_string(caml_jsbytes_of_string(s))} @@ -48614,7 +49617,7 @@ attribute_filter, param) {function opt_iter(x,f) - {if(! x)return 0;var x$0=x[1];return caml_call1(f,x$0)} + {if(x){var x$0=x[1];return caml_call1(f,x$0)}return 0} var t1=caml_js_wrap_callback(f),t19=new t2$1(t1),t18={}; opt_iter(child_list,function(t3){return t18.childList = t3}); opt_iter(attributes,function(t5){return t18.attributes = t5}); @@ -48649,7 +49652,7 @@ res=[0,0], _dk_=t11.length - 1 | 0, _dj_=0; - if(_dk_ >= 0) + if(! (_dk_ < 0)) {var i=_dj_; for(;;) {var @@ -48684,16 +49687,14 @@ var t3$0=caml_js_wrap_meth_callback(reviver); function unsafe_input(t2){return t11$1.parse(t2,t3$0)} var mlInt64_constr=t5.constructor; - function output_reviver(key,value) + function t10(key,value) {var _dg_=Stdlib_Obj[13]; return caml_call2(symbol$8,runtime.caml_obj_tag(value),_dg_) ?caml_jsbytes_of_string(value) :value instanceof mlInt64_constr ?caml_js_from_array([0,255,value.lo,value.mi,value.hi]) :value} - function output(t9) - {var t10=caml_js_wrap_callback(output_reviver); - return t11$1.stringify(t9,t10)} + function output(t9){return t11$1.stringify(t9,t10)} var Js_of_ocaml_Json=[0,output,unsafe_input]; caml_register_global(1685,Js_of_ocaml_Json,"Js_of_ocaml__Json"); function string_of_name(param) @@ -48855,16 +49856,16 @@ function name_of_string(s) {var switch$0=caml_string_compare(s,cst_lightgrey$0); if(0 <= switch$0) - {if(0 >= switch$0)return 73; + {if(! (0 < switch$0))return 73; var switch$1=caml_string_compare(s,cst_paleturquoise$0); if(0 <= switch$1) - {if(0 >= switch$1)return 110; + {if(! (0 < switch$1))return 110; var switch$2=caml_string_compare(s,cst_skyblue$0); if(0 <= switch$2) - {if(0 >= switch$2)return 129; + {if(! (0 < switch$2))return 129; var switch$3=caml_string_compare(s,cst_thistle$0); if(0 <= switch$3) - {if(0 >= switch$3)return 138; + {if(! (0 < switch$3))return 138; if(! caml_string_notequal(s,cst_tomato$0))return 139; if(! caml_string_notequal(s,cst_turquoise$0))return 140; if(! caml_string_notequal(s,cst_violet$0))return 141; @@ -48885,7 +49886,7 @@ else {var switch$4=caml_string_compare(s,cst_rosybrown$0); if(0 <= switch$4) - {if(0 >= switch$4)return 120; + {if(! (0 < switch$4))return 120; if(! caml_string_notequal(s,cst_royalblue$0))return 121; if(! caml_string_notequal(s,cst_saddlebrown$0))return 122; if(! caml_string_notequal(s,cst_salmon$0))return 123; @@ -48907,10 +49908,10 @@ else {var switch$5=caml_string_compare(s,cst_mediumslateblue$0); if(0 <= switch$5) - {if(0 >= switch$5)return 92; + {if(! (0 < switch$5))return 92; var switch$6=caml_string_compare(s,cst_navy$0); if(0 <= switch$6) - {if(0 >= switch$6)return 101; + {if(! (0 < switch$6))return 101; if(! caml_string_notequal(s,cst_oldlace$0))return 102; if(! caml_string_notequal(s,cst_olive$0))return 103; if(! caml_string_notequal(s,cst_olivedrab$0))return 104; @@ -48931,7 +49932,7 @@ else {var switch$7=caml_string_compare(s,cst_limegreen$0); if(0 <= switch$7) - {if(0 >= switch$7)return 83; + {if(! (0 < switch$7))return 83; if(! caml_string_notequal(s,cst_linen$0))return 84; if(! caml_string_notequal(s,cst_magenta$0))return 85; if(! caml_string_notequal(s,cst_maroon$0))return 86; @@ -48953,13 +49954,13 @@ else {var switch$8=caml_string_compare(s,cst_darkslategray$0); if(0 <= switch$8) - {if(0 >= switch$8)return 36; + {if(! (0 < switch$8))return 36; var switch$9=caml_string_compare(s,cst_greenyellow$0); if(0 <= switch$9) - {if(0 >= switch$9)return 56; + {if(! (0 < switch$9))return 56; var switch$10=caml_string_compare(s,cst_lavenderblush$0); if(0 <= switch$10) - {if(0 >= switch$10)return 64; + {if(! (0 < switch$10))return 64; if(! caml_string_notequal(s,cst_lawngreen$0))return 65; if(! caml_string_notequal(s,cst_lemonchiffon$0))return 66; if(! caml_string_notequal(s,cst_lightblue$0))return 67; @@ -48981,7 +49982,7 @@ else {var switch$11=caml_string_compare(s,cst_floralwhite$0); if(0 <= switch$11) - {if(0 >= switch$11)return 46; + {if(! (0 < switch$11))return 46; if(! caml_string_notequal(s,cst_forestgreen$0))return 47; if(! caml_string_notequal(s,cst_fuchsia$0))return 48; if(! caml_string_notequal(s,cst_gainsboro$0))return 49; @@ -49003,10 +50004,10 @@ else {var switch$12=caml_string_compare(s,cst_cornsilk$0); if(0 <= switch$12) - {if(0 >= switch$12)return 18; + {if(! (0 < switch$12))return 18; var switch$13=caml_string_compare(s,cst_darkkhaki$0); if(0 <= switch$13) - {if(0 >= switch$13)return 27; + {if(! (0 < switch$13))return 27; if(! caml_string_notequal(s,cst_darkmagenta$0))return 28; if(! caml_string_notequal(s,cst_darkolivegreen$0))return 29; if(! caml_string_notequal(s,cst_darkorange$0))return 30; @@ -49027,7 +50028,7 @@ else {var switch$14=caml_string_compare(s,cst_blue$0); if(0 <= switch$14) - {if(0 >= switch$14)return 9; + {if(! (0 < switch$14))return 9; if(! caml_string_notequal(s,cst_blueviolet$0))return 10; if(! caml_string_notequal(s,cst_brown$0))return 11; if(! caml_string_notequal(s,cst_burlywood$0))return 12; @@ -49205,9 +50206,9 @@ case 35:return _af_; default:return _ag_}} function rgb(a,r,g,b) - {if(! a)return [1,[0,r,g,b]];var a$0=a[1];return [3,[0,r,g,b,a$0]]} + {if(a){var a$0=a[1];return [3,[0,r,g,b,a$0]]}return [1,[0,r,g,b]]} function hsl(a,h,s,l) - {if(! a)return [5,[0,h,s,l]];var a$0=a[1];return [6,[0,h,s,l,a$0]]} + {if(a){var a$0=a[1];return [6,[0,h,s,l,a$0]]}return [5,[0,h,s,l]]} function string_of_t(param) {switch(param[0]) {case 0:var n=param[1];return string_of_name(n); @@ -49250,11 +50251,12 @@ {var _c$_=caml_call2(symbol$5,i,0), _da_=_c$_ || caml_call2(symbol$9,i,255); - if(! _da_)return _da_; - var - _db_=caml_call1(Stdlib[33],i), - _dc_=caml_call2(Stdlib[28],_db_,cst_is_out_of_valid_range); - throw [0,Stdlib[6],_dc_]} + if(_da_) + {var + _db_=caml_call1(Stdlib[33],i), + _dc_=caml_call2(Stdlib[28],_db_,cst_is_out_of_valid_range); + throw [0,Stdlib[6],_dc_]} + return _da_} in_range(red); in_range(green); in_range(blue); @@ -49299,163 +50301,180 @@ throw [0,Stdlib[6],_c__]} return s} function js(c) - {if(0 !== c[0])return caml_jsstring_of_string(string_of_t(c)); - var n=c[1]; - return caml_jsstring_of_string(string_of_name(n))} + {if(0 === c[0]) + {var n=c[1];return caml_jsstring_of_string(string_of_name(n))} + return caml_jsstring_of_string(string_of_t(c))} function ml(c) {var s=caml_string_of_jsstring(c); try {var _cV_=[0,name_of_string(s)];return _cV_} catch(_cW_) {_cW_ = caml_wrap_exception(_cW_); - if(_cW_[1] !== Stdlib[6])throw _cW_; - var - fail= - function(param) - {var _c7_=caml_call2(Stdlib[28],s,cst_is_not_a_valid_color$0); - throw [0,Stdlib[6],_c7_]}, - re_rgb=regexp(cst_rgba_d_d_d_d_d), - re_rgb_pct=regexp(cst_rgba_d_d_d_d_d$0), - re_hsl=regexp(cst_hsla_d_d_d_d_d), - i_of_s_o= - function(param) - {if(! param)return fail(0); - var i=param[1]; - try - {var _c5_=caml_int_of_string(i);return _c5_} - catch(_c6_) - {_c6_ = caml_wrap_exception(_c6_); - if(_c6_[1] === Stdlib[6]) - var s=_c6_[2]; - else - {if(_c6_[1] !== Stdlib[7])throw _c6_;var s=_c6_[2]} - var - _c2_=caml_call2(Stdlib[28],cst$39,s), - _c3_=caml_call2(Stdlib[28],i,_c2_), - _c4_=caml_call2(Stdlib[28],cst_color_conversion_error,_c3_); - throw [0,Stdlib[6],_c4_]}}, - f_of_s= - function(f) - {try - {var _c0_=caml_float_of_string(f);return _c0_} - catch(_c1_) - {_c1_ = caml_wrap_exception(_c1_); - if(_c1_[1] === Stdlib[6]) - var s=_c1_[2]; - else - {if(_c1_[1] !== Stdlib[7])throw _c1_;var s=_c1_[2]} - var - _cX_=caml_call2(Stdlib[28],cst$40,s), - _cY_=caml_call2(Stdlib[28],f,_cX_), - _cZ_=caml_call2(Stdlib[28],cst_color_conversion_error$0,_cY_); - throw [0,Stdlib[6],_cZ_]}}, - match=string_match(re_rgb,s,0); - if(match) + if(_cW_[1] === Stdlib[6]) {var - r=match[1], - red=matched_group(r,2), - green=matched_group(r,3), - blue=matched_group(r,4), - alpha=matched_group(r,5), - match$0=matched_group(r,1); - if(match$0) - {var _cD_=match$0[1]; - if(! caml_string_notequal(_cD_,cst_rgb)) - {if(alpha)return fail(0); - var _cH_=i_of_s_o(blue),_cI_=i_of_s_o(green); - return [1,[0,i_of_s_o(red),_cI_,_cH_]]} - if(! caml_string_notequal(_cD_,cst_rgba)) - {if(! alpha)return fail(0); - var - a=alpha[1], - _cE_=f_of_s(a), - _cF_=i_of_s_o(blue), - _cG_=i_of_s_o(green); - return [3,[0,i_of_s_o(red),_cG_,_cF_,_cE_]]}} + fail= + function(param) + {var _c7_=caml_call2(Stdlib[28],s,cst_is_not_a_valid_color$0); + throw [0,Stdlib[6],_c7_]}, + re_rgb=regexp(cst_rgba_d_d_d_d_d), + re_rgb_pct=regexp(cst_rgba_d_d_d_d_d$0), + re_hsl=regexp(cst_hsla_d_d_d_d_d), + i_of_s_o= + function(param) + {if(param) + {var i=param[1]; + try + {var _c5_=caml_int_of_string(i);return _c5_} + catch(_c6_) + {_c6_ = caml_wrap_exception(_c6_); + if(_c6_[1] === Stdlib[6]) + var s=_c6_[2]; + else + {if(_c6_[1] !== Stdlib[7])throw _c6_;var s=_c6_[2]} + var + _c2_=caml_call2(Stdlib[28],cst$39,s), + _c3_=caml_call2(Stdlib[28],i,_c2_), + _c4_=caml_call2(Stdlib[28],cst_color_conversion_error,_c3_); + throw [0,Stdlib[6],_c4_]}} + return fail(0)}, + f_of_s= + function(f) + {try + {var _c0_=caml_float_of_string(f);return _c0_} + catch(_c1_) + {_c1_ = caml_wrap_exception(_c1_); + if(_c1_[1] === Stdlib[6]) + var s=_c1_[2]; + else + {if(_c1_[1] !== Stdlib[7])throw _c1_;var s=_c1_[2]} + var + _cX_=caml_call2(Stdlib[28],cst$40,s), + _cY_=caml_call2(Stdlib[28],f,_cX_), + _cZ_=caml_call2(Stdlib[28],cst_color_conversion_error$0,_cY_); + throw [0,Stdlib[6],_cZ_]}}, + match=string_match(re_rgb,s,0); + if(match) + {var + r=match[1], + red=matched_group(r,2), + green=matched_group(r,3), + blue=matched_group(r,4), + alpha=matched_group(r,5), + match$0=matched_group(r,1); + if(match$0) + {var _cD_=match$0[1]; + if(! caml_string_notequal(_cD_,cst_rgb)) + {if(alpha)return fail(0); + var _cH_=i_of_s_o(blue),_cI_=i_of_s_o(green); + return [1,[0,i_of_s_o(red),_cI_,_cH_]]} + if(! caml_string_notequal(_cD_,cst_rgba)) + {if(alpha) + {var + a=alpha[1], + _cE_=f_of_s(a), + _cF_=i_of_s_o(blue), + _cG_=i_of_s_o(green); + return [3,[0,i_of_s_o(red),_cG_,_cF_,_cE_]]} + return fail(0)}} + return fail(0)} + var match$1=string_match(re_rgb_pct,s,0); + if(match$1) + {var + r$0=match$1[1], + red$0=matched_group(r$0,2), + green$0=matched_group(r$0,3), + blue$0=matched_group(r$0,4), + alpha$0=matched_group(r$0,5), + match$2=matched_group(r$0,1); + if(match$2) + {var _cJ_=match$2[1]; + if(! caml_string_notequal(_cJ_,cst_rgb$0)) + {if(alpha$0)return fail(0); + var _cN_=i_of_s_o(blue$0),_cO_=i_of_s_o(green$0); + return [2,[0,i_of_s_o(red$0),_cO_,_cN_]]} + if(! caml_string_notequal(_cJ_,cst_rgba$0)) + {if(alpha$0) + {var + a$0=alpha$0[1], + _cK_=f_of_s(a$0), + _cL_=i_of_s_o(blue$0), + _cM_=i_of_s_o(green$0); + return [4,[0,i_of_s_o(red$0),_cM_,_cL_,_cK_]]} + return fail(0)}} + return fail(0)} + var match$3=string_match(re_hsl,s,0); + if(match$3) + {var + r$1=match$3[1], + red$1=matched_group(r$1,2), + green$1=matched_group(r$1,3), + blue$1=matched_group(r$1,4), + alpha$1=matched_group(r$1,5), + match$4=matched_group(r$1,1); + if(match$4) + {var _cP_=match$4[1]; + if(! caml_string_notequal(_cP_,cst_hsl)) + {if(alpha$1)return fail(0); + var _cT_=i_of_s_o(blue$1),_cU_=i_of_s_o(green$1); + return [5,[0,i_of_s_o(red$1),_cU_,_cT_]]} + if(! caml_string_notequal(_cP_,cst_hsla)) + {if(alpha$1) + {var + a$1=alpha$1[1], + _cQ_=f_of_s(a$1), + _cR_=i_of_s_o(blue$1), + _cS_=i_of_s_o(green$1); + return [6,[0,i_of_s_o(red$1),_cS_,_cR_,_cQ_]]} + return fail(0)}} + return fail(0)} return fail(0)} - var match$1=string_match(re_rgb_pct,s,0); - if(match$1) - {var - r$0=match$1[1], - red$0=matched_group(r$0,2), - green$0=matched_group(r$0,3), - blue$0=matched_group(r$0,4), - alpha$0=matched_group(r$0,5), - match$2=matched_group(r$0,1); - if(match$2) - {var _cJ_=match$2[1]; - if(! caml_string_notequal(_cJ_,cst_rgb$0)) - {if(alpha$0)return fail(0); - var _cN_=i_of_s_o(blue$0),_cO_=i_of_s_o(green$0); - return [2,[0,i_of_s_o(red$0),_cO_,_cN_]]} - if(! caml_string_notequal(_cJ_,cst_rgba$0)) - {if(! alpha$0)return fail(0); - var - a$0=alpha$0[1], - _cK_=f_of_s(a$0), - _cL_=i_of_s_o(blue$0), - _cM_=i_of_s_o(green$0); - return [4,[0,i_of_s_o(red$0),_cM_,_cL_,_cK_]]}} - return fail(0)} - var match$3=string_match(re_hsl,s,0); - if(! match$3)return fail(0); - var - r$1=match$3[1], - red$1=matched_group(r$1,2), - green$1=matched_group(r$1,3), - blue$1=matched_group(r$1,4), - alpha$1=matched_group(r$1,5), - match$4=matched_group(r$1,1); - if(match$4) - {var _cP_=match$4[1]; - if(! caml_string_notequal(_cP_,cst_hsl)) - {if(alpha$1)return fail(0); - var _cT_=i_of_s_o(blue$1),_cU_=i_of_s_o(green$1); - return [5,[0,i_of_s_o(red$1),_cU_,_cT_]]} - if(! caml_string_notequal(_cP_,cst_hsla)) - {if(! alpha$1)return fail(0); - var - a$1=alpha$1[1], - _cQ_=f_of_s(a$1), - _cR_=i_of_s_o(blue$1), - _cS_=i_of_s_o(green$1); - return [6,[0,i_of_s_o(red$1),_cS_,_cR_,_cQ_]]}} - return fail(0)}} + throw _cW_}} function string_of_t$0(param) - {if(typeof param === "number")return cst_0; - switch(param[0]) - {case 0: - var f=param[1];return caml_call3(Stdlib_Printf[4],_b9_,f,cst_em$0); - case 1: - var f$0=param[1];return caml_call3(Stdlib_Printf[4],_b__,f$0,cst_ex); - case 2: - var f$1=param[1];return caml_call3(Stdlib_Printf[4],_b$_,f$1,cst_px); - case 3: - var f$2=param[1];return caml_call3(Stdlib_Printf[4],_ca_,f$2,cst_gd); - case 4: - var f$3=param[1]; - return caml_call3(Stdlib_Printf[4],_cb_,f$3,cst_rem); - case 5: - var f$4=param[1];return caml_call3(Stdlib_Printf[4],_cc_,f$4,cst_vw); - case 6: - var f$5=param[1];return caml_call3(Stdlib_Printf[4],_cd_,f$5,cst_vh); - case 7: - var f$6=param[1];return caml_call3(Stdlib_Printf[4],_ce_,f$6,cst_vm); - case 8: - var f$7=param[1];return caml_call3(Stdlib_Printf[4],_cf_,f$7,cst_ch); - case 9: - var f$8=param[1];return caml_call3(Stdlib_Printf[4],_cg_,f$8,cst_mm); - case 10: - var f$9=param[1];return caml_call3(Stdlib_Printf[4],_ch_,f$9,cst_cm); - case 11: - var f$10=param[1]; - return caml_call3(Stdlib_Printf[4],_ci_,f$10,cst_in); - case 12: - var f$11=param[1]; - return caml_call3(Stdlib_Printf[4],_cj_,f$11,cst_pt); - default: - var f$12=param[1]; - return caml_call3(Stdlib_Printf[4],_ck_,f$12,cst_pc)}} + {if(typeof param === "number") + return cst_0; + else + switch(param[0]) + {case 0: + var f=param[1];return caml_call3(Stdlib_Printf[4],_b9_,f,cst_em$0); + case 1: + var f$0=param[1]; + return caml_call3(Stdlib_Printf[4],_b__,f$0,cst_ex); + case 2: + var f$1=param[1]; + return caml_call3(Stdlib_Printf[4],_b$_,f$1,cst_px); + case 3: + var f$2=param[1]; + return caml_call3(Stdlib_Printf[4],_ca_,f$2,cst_gd); + case 4: + var f$3=param[1]; + return caml_call3(Stdlib_Printf[4],_cb_,f$3,cst_rem); + case 5: + var f$4=param[1]; + return caml_call3(Stdlib_Printf[4],_cc_,f$4,cst_vw); + case 6: + var f$5=param[1]; + return caml_call3(Stdlib_Printf[4],_cd_,f$5,cst_vh); + case 7: + var f$6=param[1]; + return caml_call3(Stdlib_Printf[4],_ce_,f$6,cst_vm); + case 8: + var f$7=param[1]; + return caml_call3(Stdlib_Printf[4],_cf_,f$7,cst_ch); + case 9: + var f$8=param[1]; + return caml_call3(Stdlib_Printf[4],_cg_,f$8,cst_mm); + case 10: + var f$9=param[1]; + return caml_call3(Stdlib_Printf[4],_ch_,f$9,cst_cm); + case 11: + var f$10=param[1]; + return caml_call3(Stdlib_Printf[4],_ci_,f$10,cst_in); + case 12: + var f$11=param[1]; + return caml_call3(Stdlib_Printf[4],_cj_,f$11,cst_pt); + default: + var f$12=param[1]; + return caml_call3(Stdlib_Printf[4],_ck_,f$12,cst_pc)}} function js$0(t){return caml_jsstring_of_string(string_of_t$0(t))} function ml$0(t) {var s=caml_string_of_jsstring(t); @@ -49464,41 +50483,44 @@ {var _cC_=caml_call2(Stdlib[28],s,cst_is_not_a_valid_length); throw [0,Stdlib[6],_cC_]} var re=regexp(cst_d_d_s_S),match=string_match(re,s,0); - if(! match)return fail(0); - var r=match[1],match$0=matched_group(r,1); - if(match$0) - {var f=match$0[1]; - try - {var _cA_=caml_float_of_string(f)} - catch(exn) - {exn = caml_wrap_exception(exn); - if(exn[1] !== Stdlib[6])throw exn; - var - s$0=exn[2], - _cz_=caml_call2(Stdlib[28],cst_length_conversion_error,s$0); - throw [0,Stdlib[6],_cz_]} - var f$0=_cA_} - else - var f$0=fail(0); - var match$1=matched_group(r,2); - if(! match$1)return fail(0); - var _cB_=match$1[1],switch$0=caml_string_compare(_cB_,cst_pc$0); - if(0 <= switch$0) - {if(0 >= switch$0)return [13,f$0]; - if(! caml_string_notequal(_cB_,cst_pt$0))return [12,f$0]; - if(! caml_string_notequal(_cB_,cst_px$0))return [2,f$0]; - if(! caml_string_notequal(_cB_,cst_rem$0))return [4,f$0]; - if(! caml_string_notequal(_cB_,cst_vh$0))return [6,f$0]; - if(! caml_string_notequal(_cB_,cst_vm$0))return [7,f$0]; - if(! caml_string_notequal(_cB_,cst_vw$0))return [5,f$0]} - else - {if(! caml_string_notequal(_cB_,cst_ch$0))return [8,f$0]; - if(! caml_string_notequal(_cB_,cst_cm$0))return [10,f$0]; - if(! caml_string_notequal(_cB_,cst_em$1))return [0,f$0]; - if(! caml_string_notequal(_cB_,cst_ex$0))return [1,f$0]; - if(! caml_string_notequal(_cB_,cst_gd$0))return [3,f$0]; - if(! caml_string_notequal(_cB_,cst_in$0))return [11,f$0]; - if(! caml_string_notequal(_cB_,cst_mm$0))return [9,f$0]} + if(match) + {var r=match[1],match$0=matched_group(r,1); + if(match$0) + {var f=match$0[1]; + try + {var _cA_=caml_float_of_string(f)} + catch(exn) + {exn = caml_wrap_exception(exn); + if(exn[1] === Stdlib[6]) + {var + s$0=exn[2], + _cz_=caml_call2(Stdlib[28],cst_length_conversion_error,s$0); + throw [0,Stdlib[6],_cz_]} + throw exn} + var f$0=_cA_} + else + var f$0=fail(0); + var match$1=matched_group(r,2); + if(match$1) + {var _cB_=match$1[1],switch$0=caml_string_compare(_cB_,cst_pc$0); + if(0 <= switch$0) + {if(! (0 < switch$0))return [13,f$0]; + if(! caml_string_notequal(_cB_,cst_pt$0))return [12,f$0]; + if(! caml_string_notequal(_cB_,cst_px$0))return [2,f$0]; + if(! caml_string_notequal(_cB_,cst_rem$0))return [4,f$0]; + if(! caml_string_notequal(_cB_,cst_vh$0))return [6,f$0]; + if(! caml_string_notequal(_cB_,cst_vm$0))return [7,f$0]; + if(! caml_string_notequal(_cB_,cst_vw$0))return [5,f$0]} + else + {if(! caml_string_notequal(_cB_,cst_ch$0))return [8,f$0]; + if(! caml_string_notequal(_cB_,cst_cm$0))return [10,f$0]; + if(! caml_string_notequal(_cB_,cst_em$1))return [0,f$0]; + if(! caml_string_notequal(_cB_,cst_ex$0))return [1,f$0]; + if(! caml_string_notequal(_cB_,cst_gd$0))return [3,f$0]; + if(! caml_string_notequal(_cB_,cst_in$0))return [11,f$0]; + if(! caml_string_notequal(_cB_,cst_mm$0))return [9,f$0]} + return fail(0)} + return fail(0)} return fail(0)} var Length=[0,string_of_t$0,js$0,ml$0]; function string_of_t$1(param) @@ -49521,29 +50543,31 @@ {var _cy_=caml_call2(Stdlib[28],s,cst_is_not_a_valid_length$0); throw [0,Stdlib[6],_cy_]} var match=string_match(re,s,0); - if(! match)return fail(0); - var r=match[1],match$0=matched_group(r,1); - if(match$0) - {var f=match$0[1]; - try - {var _cw_=caml_float_of_string(f)} - catch(exn) - {exn = caml_wrap_exception(exn); - if(exn[1] !== Stdlib[6])throw exn; - var - s$0=exn[2], - _cv_=caml_call2(Stdlib[28],cst_length_conversion_error$0,s$0); - throw [0,Stdlib[6],_cv_]} - var f$0=_cw_} - else - var f$0=fail(0); - var match$1=matched_group(r,2); - if(match$1) - {var _cx_=match$1[1]; - if(! caml_string_notequal(_cx_,cst_deg$0))return [0,f$0]; - if(! caml_string_notequal(_cx_,cst_grad$0))return [1,f$0]; - if(! caml_string_notequal(_cx_,cst_rad$0))return [2,f$0]; - if(! caml_string_notequal(_cx_,cst_turns$0))return [3,f$0]} + if(match) + {var r=match[1],match$0=matched_group(r,1); + if(match$0) + {var f=match$0[1]; + try + {var _cw_=caml_float_of_string(f)} + catch(exn) + {exn = caml_wrap_exception(exn); + if(exn[1] === Stdlib[6]) + {var + s$0=exn[2], + _cv_=caml_call2(Stdlib[28],cst_length_conversion_error$0,s$0); + throw [0,Stdlib[6],_cv_]} + throw exn} + var f$0=_cw_} + else + var f$0=fail(0); + var match$1=matched_group(r,2); + if(match$1) + {var _cx_=match$1[1]; + if(! caml_string_notequal(_cx_,cst_deg$0))return [0,f$0]; + if(! caml_string_notequal(_cx_,cst_grad$0))return [1,f$0]; + if(! caml_string_notequal(_cx_,cst_rad$0))return [2,f$0]; + if(! caml_string_notequal(_cx_,cst_turns$0))return [3,f$0]} + return fail(0)} return fail(0)} var Angle=[0,string_of_t$1,js$1,ml$1], @@ -49969,10 +50993,8 @@ (globalThis)); -//# 1 "../../runtimes/jsoo/.runtime_jsoo.objs/runtime_jsoo.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../runtimes/jsoo/.runtime_jsoo.objs/jsoo/default/runtime_jsoo.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -50185,9 +51207,10 @@ if(exn[1] === Runtime_ocaml_Runtime[4]) {var pos$0=exn[2]; return throw_error(cst_A_conflict_happened_betwee,pos$0)} - if(exn[1] !== Runtime_ocaml_Runtime[3])throw exn; - var pos$1=exn[2]; - return throw_error(cst_A_failure_happened_in_the_,pos$1)}} + if(exn[1] === Runtime_ocaml_Runtime[3]) + {var pos$1=exn[2]; + return throw_error(cst_A_failure_happened_in_the_,pos$1)} + throw exn}} var Runtime_jsoo_Runtime= [0, @@ -50202,10 +51225,8 @@ (globalThis)); -//# 1 "law_source/.law_source.objs/law_source.cma.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "law_source/.law_source.objs/jsoo/default/law_source.cma.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -94006,19 +95027,19 @@ _b$I_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b$I_,_b$H_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$0); - var - _b$J_=caml_call1(Runtime_ocaml_Runtime[46],cst_3$2), - _b$K_= - caml_call1 - (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), - _b$L_=caml_call2(Runtime_ocaml_Runtime[96],_b$K_,_b$J_), - _b$M_=caml_call1(Runtime_ocaml_Runtime[69],_b$L_), - _b$N_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0463), - _b$O_= - caml_call2(Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$N_); - return caml_call2(Runtime_ocaml_Runtime[104],_b$O_,_b$M_)}, + if(caml_call2(Runtime_ocaml_Runtime[121],_b$I_,_b$H_)) + {var + _b$J_=caml_call1(Runtime_ocaml_Runtime[46],cst_3$2), + _b$K_= + caml_call1 + (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), + _b$L_=caml_call2(Runtime_ocaml_Runtime[96],_b$K_,_b$J_), + _b$M_=caml_call1(Runtime_ocaml_Runtime[69],_b$L_), + _b$N_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0463), + _b$O_= + caml_call2(Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$N_); + return caml_call2(Runtime_ocaml_Runtime[104],_b$O_,_b$M_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$0)}, _bXK_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_eA_,1)}, _bXL_=caml_call4(Runtime_ocaml_Runtime[63],_eB_,[0],_bXK_,_bXJ_)} @@ -94040,11 +95061,11 @@ _b$E_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b$E_,_b$D_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$1); - var _b$F_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_16); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$F_)}, + if(caml_call2(Runtime_ocaml_Runtime[121],_b$E_,_b$D_)) + {var _b$F_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_16); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$F_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$1)}, _bXN_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_eE_,1)}, _bXO_= @@ -94059,11 +95080,11 @@ _b$B_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b$B_,_b$A_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$2); - var _b$C_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_143); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$C_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b$B_,_b$A_)) + {var _b$C_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_143); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$C_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$2)} function _b$s_(param) {var _b$t_=caml_call3(Runtime_ocaml_Runtime[57],2020,12,31), @@ -94085,11 +95106,11 @@ _b$p_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b$p_,_b$o_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$3); - var _b$q_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1259); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$q_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b$p_,_b$o_)) + {var _b$q_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1259); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$q_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$3)} function _b$g_(param) {var _b$h_=caml_call3(Runtime_ocaml_Runtime[57],2019,12,31), @@ -94111,11 +95132,11 @@ _b$d_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b$d_,_b$c_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$4); - var _b$e_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1089); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$e_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b$d_,_b$c_)) + {var _b$e_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1089); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b$e_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$4)} function _b_6_(param) {var _b_7_=caml_call3(Runtime_ocaml_Runtime[57],2018,12,31), @@ -94137,11 +95158,11 @@ _b_3_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b_3_,_b_2_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$5); - var _b_4_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0918); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_4_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b_3_,_b_2_)) + {var _b_4_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0918); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_4_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$5)} function _b_U_(param) {var _b_V_=caml_call3(Runtime_ocaml_Runtime[57],2017,12,31), @@ -94163,11 +95184,11 @@ _b_R_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b_R_,_b_Q_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$6); - var _b_S_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0842); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_S_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b_R_,_b_Q_)) + {var _b_S_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0842); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_S_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$6)} function _b_I_(param) {var _b_J_=caml_call3(Runtime_ocaml_Runtime[57],2016,12,31), @@ -94189,11 +95210,11 @@ _b_F_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b_F_,_b_E_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$7); - var _b_G_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0766); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_G_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b_F_,_b_E_)) + {var _b_G_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0766); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_G_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$7)} function _b_w_(param) {var _b_x_=caml_call3(Runtime_ocaml_Runtime[57],2015,12,31), @@ -94215,11 +95236,11 @@ _b_t_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b_t_,_b_s_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$8); - var _b_u_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_069); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_u_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b_t_,_b_s_)) + {var _b_u_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_069); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_u_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$8)} function _b_k_(param) {var _b_l_=caml_call3(Runtime_ocaml_Runtime[57],2014,12,31), @@ -94241,11 +95262,11 @@ _b_h_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b_h_,_b_g_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$9); - var _b_i_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0615); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_i_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b_h_,_b_g_)) + {var _b_i_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0615); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b_i_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$9)} function _b9__(param) {var _b9$_=caml_call3(Runtime_ocaml_Runtime[57],2013,12,31), @@ -94267,11 +95288,11 @@ _b97_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b97_,_b96_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$10); - var _b98_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0539); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b98_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b97_,_b96_)) + {var _b98_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0539); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b98_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$10)} function _b9Y_(param) {var _b9Z_=caml_call3(Runtime_ocaml_Runtime[57],2012,12,31), @@ -94296,13 +95317,13 @@ _b9V_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b9V_,_b9U_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$11); - var - _b9W_= - caml_call1(Runtime_ocaml_Runtime[39],cst_0_0463$0); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b9W_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b9V_,_b9U_)) + {var + _b9W_= + caml_call1(Runtime_ocaml_Runtime[39],cst_0_0463$0); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b9W_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$11)} function _b9M_(param) {var _b9N_=caml_call3(Runtime_ocaml_Runtime[57],2011,12,31), @@ -94437,11 +95458,11 @@ _b9f_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b9f_,_b9e_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$16); - var _b9g_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0588$0); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b9g_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b9f_,_b9e_)) + {var _b9g_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0588$0); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b9g_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$16)} function _b6I_(param) {var _b9d_=caml_call2(Runtime_ocaml_Runtime[86],residence,_fq_); return caml_call2(Runtime_ocaml_Runtime[29],_fr_,_b9d_)} @@ -94479,11 +95500,11 @@ _b87_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b87_,_b86_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$20); - var _b88_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0717); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b88_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b87_,_b86_)) + {var _b88_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0717); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b88_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$20)} function _b8W_(param) {var _b8X_= @@ -94509,11 +95530,11 @@ _b8T_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b8T_,_b8S_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$22); - var _b8U_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0847); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8U_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b8T_,_b8S_)) + {var _b8U_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0847); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8U_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$22)} function _b8I_(param) {var _b8J_= @@ -94539,11 +95560,11 @@ _b8F_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b8F_,_b8E_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$24); - var _b8G_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0976); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8G_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b8F_,_b8E_)) + {var _b8G_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0976); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8G_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$24)} function _b8u_(param) {var _b8v_= @@ -94569,11 +95590,11 @@ _b8r_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b8r_,_b8q_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$26); - var _b8s_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1105); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8s_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b8r_,_b8q_)) + {var _b8s_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1105); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8s_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$26)} function _b8g_(param) {var _b8h_= @@ -94599,11 +95620,11 @@ _b8d_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b8d_,_b8c_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$28); - var _b8e_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1163); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8e_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b8d_,_b8c_)) + {var _b8e_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1163); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b8e_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$28)} function _b74_(param) {var _b75_= @@ -94629,11 +95650,11 @@ _b71_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b71_,_b70_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$30); - var _b72_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_122); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b72_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b71_,_b70_)) + {var _b72_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_122); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b72_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$30)} function _b7Q_(param) {var _b7R_= @@ -94659,11 +95680,11 @@ _b7N_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b7N_,_b7M_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$32); - var _b7O_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1278); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b7O_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b7N_,_b7M_)) + {var _b7O_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1278); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b7O_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$32)} function _b7C_(param) {var _b7D_= @@ -94689,11 +95710,11 @@ _b7z_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b7z_,_b7y_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$34); - var _b7A_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1335); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b7A_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b7z_,_b7y_)) + {var _b7A_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1335); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b7A_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$34)} function _b7o_(param) {var _b7p_= @@ -94719,11 +95740,11 @@ _b7l_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b7l_,_b7k_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$36); - var _b7m_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1393); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b7m_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b7l_,_b7k_)) + {var _b7m_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1393); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b7m_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$36)} function _b7a_(param) {var _b7b_= @@ -94752,11 +95773,11 @@ _b69_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b69_,_b68_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$38); - var _b6__=caml_call1(Runtime_ocaml_Runtime[39],cst_0_145); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b6__)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b69_,_b68_)) + {var _b6__=caml_call1(Runtime_ocaml_Runtime[39],cst_0_145); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b6__)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$38)} function _b6Y_(param) {var _b6Z_= @@ -95156,19 +96177,20 @@ _b4S_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b4S_,_b4R_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$40); - var - _b4T_=caml_call1(Runtime_ocaml_Runtime[46],cst_2$12), - _b4U_= - caml_call1 - (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), - _b4V_=caml_call2(Runtime_ocaml_Runtime[96],_b4U_,_b4T_), - _b4W_=caml_call1(Runtime_ocaml_Runtime[69],_b4V_), - _b4X_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1025), - _b4Y_= - caml_call2(Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4X_); - return caml_call2(Runtime_ocaml_Runtime[104],_b4Y_,_b4W_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b4S_,_b4R_)) + {var + _b4T_=caml_call1(Runtime_ocaml_Runtime[46],cst_2$12), + _b4U_= + caml_call1 + (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), + _b4V_=caml_call2(Runtime_ocaml_Runtime[96],_b4U_,_b4T_), + _b4W_=caml_call1(Runtime_ocaml_Runtime[69],_b4V_), + _b4X_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_1025), + _b4Y_= + caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4X_); + return caml_call2(Runtime_ocaml_Runtime[104],_b4Y_,_b4W_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$40)} function _b4P_(param) {var _b4Q_= @@ -95186,19 +96208,20 @@ _b4H_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b4H_,_b4G_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$41); - var - _b4I_=caml_call1(Runtime_ocaml_Runtime[46],cst_2$14), - _b4J_= - caml_call1 - (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), - _b4K_=caml_call2(Runtime_ocaml_Runtime[96],_b4J_,_b4I_), - _b4L_=caml_call1(Runtime_ocaml_Runtime[69],_b4K_), - _b4M_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_205), - _b4N_= - caml_call2(Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4M_); - return caml_call2(Runtime_ocaml_Runtime[104],_b4N_,_b4L_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b4H_,_b4G_)) + {var + _b4I_=caml_call1(Runtime_ocaml_Runtime[46],cst_2$14), + _b4J_= + caml_call1 + (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), + _b4K_=caml_call2(Runtime_ocaml_Runtime[96],_b4J_,_b4I_), + _b4L_=caml_call1(Runtime_ocaml_Runtime[69],_b4K_), + _b4M_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_205), + _b4N_= + caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4M_); + return caml_call2(Runtime_ocaml_Runtime[104],_b4N_,_b4L_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$41)} function _b4C_(param) {var _b4D_= @@ -95223,19 +96246,20 @@ _b4u_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b4u_,_b4t_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$42); - var - _b4v_=caml_call1(Runtime_ocaml_Runtime[46],cst_2$16), - _b4w_= - caml_call1 - (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), - _b4x_=caml_call2(Runtime_ocaml_Runtime[96],_b4w_,_b4v_), - _b4y_=caml_call1(Runtime_ocaml_Runtime[69],_b4x_), - _b4z_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_41), - _b4A_= - caml_call2(Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4z_); - return caml_call2(Runtime_ocaml_Runtime[104],_b4A_,_b4y_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b4u_,_b4t_)) + {var + _b4v_=caml_call1(Runtime_ocaml_Runtime[46],cst_2$16), + _b4w_= + caml_call1 + (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_), + _b4x_=caml_call2(Runtime_ocaml_Runtime[96],_b4w_,_b4v_), + _b4y_=caml_call1(Runtime_ocaml_Runtime[69],_b4x_), + _b4z_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_41), + _b4A_= + caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4z_); + return caml_call2(Runtime_ocaml_Runtime[104],_b4A_,_b4y_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$42)} function _b4r_(param) {var _b4s_= @@ -95270,11 +96294,11 @@ _b4n_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b4n_,_b4m_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$43); - var _b4o_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_08); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4o_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b4n_,_b4m_)) + {var _b4o_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_08); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4o_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$43)} function _b4k_(param) {var _b4l_= @@ -95292,11 +96316,11 @@ _b4h_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b4h_,_b4g_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$44); - var _b4i_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_16$0); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4i_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b4h_,_b4g_)) + {var _b4i_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_16$0); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4i_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$44)} function _b4c_(param) {var _b4d_= @@ -95323,11 +96347,11 @@ _b3$_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b3$_,_b3__)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$45); - var _b4a_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_32); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4a_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b3$_,_b3__)) + {var _b4a_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_32); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b4a_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$45)} function _b38_(param) {var _b39_= @@ -95352,11 +96376,11 @@ _b30_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b30_,_b3Z_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$46); - var _b31_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_32$0); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b31_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b30_,_b3Z_)) + {var _b31_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_32$0); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b31_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$46)} function _b1S_(param) {var _b3Y_=caml_call2(Runtime_ocaml_Runtime[86],residence,_g6_); return caml_call2(Runtime_ocaml_Runtime[29],_g7_,_b3Y_)} @@ -95373,11 +96397,11 @@ _b3W_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b3W_,_b3V_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$47); - var _b3X_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3068); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3X_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b3W_,_b3V_)) + {var _b3X_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3068); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3X_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$47)} function _b3N_(param) {var _b3O_=caml_call3(Runtime_ocaml_Runtime[57],2020,12,31), @@ -95399,11 +96423,11 @@ _b3K_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b3K_,_b3J_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$48); - var _b3L_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2936); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3L_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b3K_,_b3J_)) + {var _b3L_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2936); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3L_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$48)} function _b3B_(param) {var _b3C_=caml_call3(Runtime_ocaml_Runtime[57],2019,12,31), @@ -95425,11 +96449,11 @@ _b3y_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b3y_,_b3x_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$49); - var _b3z_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2804); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3z_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b3y_,_b3x_)) + {var _b3z_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2804); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3z_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$49)} function _b3p_(param) {var _b3q_=caml_call3(Runtime_ocaml_Runtime[57],2018,12,31), @@ -95451,11 +96475,11 @@ _b3m_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b3m_,_b3l_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$50); - var _b3n_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2672); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3n_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b3m_,_b3l_)) + {var _b3n_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2672); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3n_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$50)} function _b3d_(param) {var _b3e_=caml_call3(Runtime_ocaml_Runtime[57],2017,12,31), @@ -95477,11 +96501,11 @@ _b3a_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b3a_,_b2$_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$51); - var _b3b_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2613); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3b_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b3a_,_b2$_)) + {var _b3b_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2613); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b3b_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$51)} function _b23_(param) {var _b24_=caml_call3(Runtime_ocaml_Runtime[57],2016,12,31), @@ -95503,11 +96527,11 @@ _b20_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b20_,_b2Z_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$52); - var _b21_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2555); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b21_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b20_,_b2Z_)) + {var _b21_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2555); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b21_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$52)} function _b2R_(param) {var _b2S_=caml_call3(Runtime_ocaml_Runtime[57],2015,12,31), @@ -95529,11 +96553,11 @@ _b2O_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b2O_,_b2N_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$53); - var _b2P_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2496); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2P_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b2O_,_b2N_)) + {var _b2P_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2496); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2P_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$53)} function _b2F_(param) {var _b2G_=caml_call3(Runtime_ocaml_Runtime[57],2014,12,31), @@ -95555,11 +96579,11 @@ _b2C_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b2C_,_b2B_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$54); - var _b2D_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2437); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2D_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b2C_,_b2B_)) + {var _b2D_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2437); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2D_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$54)} function _b2t_(param) {var _b2u_=caml_call3(Runtime_ocaml_Runtime[57],2013,12,31), @@ -95581,11 +96605,11 @@ _b2q_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b2q_,_b2p_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$55); - var _b2r_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2379); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2r_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b2q_,_b2p_)) + {var _b2r_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2379); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2r_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$55)} function _b2h_(param) {var _b2i_=caml_call3(Runtime_ocaml_Runtime[57],2012,12,31), @@ -95610,11 +96634,11 @@ _b2e_= caml_call1 (Runtime_ocaml_Runtime[68],enfants_a_charge_droit_ouvert_); - if(! caml_call2(Runtime_ocaml_Runtime[121],_b2e_,_b2d_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$56); - var _b2f_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_232); - return caml_call2 - (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2f_)} + if(caml_call2(Runtime_ocaml_Runtime[121],_b2e_,_b2d_)) + {var _b2f_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_232); + return caml_call2 + (Runtime_ocaml_Runtime[104],bmaf_dot_montant,_b2f_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$56)} function _b17_(param) {var _b18_=caml_call3(Runtime_ocaml_Runtime[57],2011,12,31), @@ -96273,33 +97297,36 @@ {var _bYI_= function(param) - {if(! droit_ouvert_base) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$64); - function _bY8_(enfant) + {if(droit_ouvert_base) {var - _bZa_= - caml_call3(Runtime_ocaml_Runtime[28],_jc_,embed_enfant,enfant), - _bZb_= - caml_call1 - (caml_call2 - (Runtime_ocaml_Runtime[26], - _jd_, - montant_avec_garde_alternee_ma), - _bZa_), - _bZc_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _je_, - Runtime_ocaml_Runtime[13], - _bZb_); - return caml_call2(Runtime_ocaml_Runtime[27],_jf_,_bZc_)} - var - _bY9_= - caml_call2(Runtime_ocaml_Runtime[87],_bY8_,enfants_a_charge), - _bY__=caml_call1(Runtime_ocaml_Runtime[31],cst_0$63); - function _bY$_(sum1,sum2) - {return caml_call2(Runtime_ocaml_Runtime[93],sum1,sum2)} - return caml_call3(Runtime_ocaml_Runtime[88],_bY$_,_bY__,_bY9_)}, + _bY8_= + function(enfant) + {var + _bZa_= + caml_call3 + (Runtime_ocaml_Runtime[28],_jc_,embed_enfant,enfant), + _bZb_= + caml_call1 + (caml_call2 + (Runtime_ocaml_Runtime[26], + _jd_, + montant_avec_garde_alternee_ma), + _bZa_), + _bZc_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _je_, + Runtime_ocaml_Runtime[13], + _bZb_); + return caml_call2(Runtime_ocaml_Runtime[27],_jf_,_bZc_)}, + _bY9_= + caml_call2(Runtime_ocaml_Runtime[87],_bY8_,enfants_a_charge), + _bY__=caml_call1(Runtime_ocaml_Runtime[31],cst_0$63), + _bY$_= + function(sum1,sum2) + {return caml_call2(Runtime_ocaml_Runtime[93],sum1,sum2)}; + return caml_call3(Runtime_ocaml_Runtime[88],_bY$_,_bY__,_bY9_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$64)}, _bYJ_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_jg_,1)}, _bYK_=caml_call4(Runtime_ocaml_Runtime[63],_jh_,[0],_bYJ_,_bYI_)} @@ -96336,27 +97363,27 @@ {var _bYO_= function(param) - {if(! droit_ouvert_complement) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$65); - var - _bY3_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _jo_, - Runtime_ocaml_Runtime[13], - montant_base_complement_pour_b), - _bY4_= - caml_call1 - (caml_call2 - (Runtime_ocaml_Runtime[26],_jp_,complement_degressif), - _bY3_), - _bY5_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _jq_, - Runtime_ocaml_Runtime[13], - _bY4_); - return caml_call2(Runtime_ocaml_Runtime[27],_jr_,_bY5_)}, + {if(droit_ouvert_complement) + {var + _bY3_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _jo_, + Runtime_ocaml_Runtime[13], + montant_base_complement_pour_b), + _bY4_= + caml_call1 + (caml_call2 + (Runtime_ocaml_Runtime[26],_jp_,complement_degressif), + _bY3_), + _bY5_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _jq_, + Runtime_ocaml_Runtime[13], + _bY4_); + return caml_call2(Runtime_ocaml_Runtime[27],_jr_,_bY5_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$65)}, _bYP_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_js_,1)}, _bYQ_=caml_call4(Runtime_ocaml_Runtime[63],_jt_,[0],_bYP_,_bYO_)} @@ -96373,26 +97400,26 @@ {var _bYR_= function(param) - {if(! droit_ouvert_base) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$66); - var - _bYZ_= - caml_call2 - (Runtime_ocaml_Runtime[93], - montant_verse_base, - montant_verse_majoration), - _bY0_= - caml_call2 - (Runtime_ocaml_Runtime[93],_bYZ_,montant_verse_forfaitaire), - _bY1_= - caml_call2 - (Runtime_ocaml_Runtime[93], - _bY0_, - montant_verse_complement_pour_$0); - return caml_call2 - (Runtime_ocaml_Runtime[93], - _bY1_, - montant_verse_complement_pour_)}, + {if(droit_ouvert_base) + {var + _bYZ_= + caml_call2 + (Runtime_ocaml_Runtime[93], + montant_verse_base, + montant_verse_majoration), + _bY0_= + caml_call2 + (Runtime_ocaml_Runtime[93],_bYZ_,montant_verse_forfaitaire), + _bY1_= + caml_call2 + (Runtime_ocaml_Runtime[93], + _bY0_, + montant_verse_complement_pour_$0); + return caml_call2 + (Runtime_ocaml_Runtime[93], + _bY1_, + montant_verse_complement_pour_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$66)}, _bYS_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_jw_,1)}, _bYT_=caml_call4(Runtime_ocaml_Runtime[63],_jx_,[0],_bYS_,_bYR_)} @@ -96713,17 +97740,18 @@ "payload":arg$3}}} function prise_en_charge_of_jsoo(prise_en_charge) {var cons=caml_string_of_jsstring(prise_en_charge.kind); - if(! caml_string_notequal(cons,cst_EffectiveEtPermanente$0))return _kp_; - if(! caml_string_notequal(cons,cst_GardeAlterneeAllocataireUn)) - return _ko_; - if(! caml_string_notequal(cons,cst_GardeAlterneePartageAlloca)) - return _kn_; - if(! caml_string_notequal(cons,cst_ServicesSociauxAllocationV$1)) - return _km_; - if(! caml_string_notequal(cons,cst_ServicesSociauxAllocationV$2)) - return _kl_; - var _bV4_=caml_call2(Stdlib_Printf[4],_kk_,cons); - return caml_call1(Stdlib[2],_bV4_)} + if(caml_string_notequal(cons,cst_EffectiveEtPermanente$0)) + {if(caml_string_notequal(cons,cst_GardeAlterneeAllocataireUn)) + {if(caml_string_notequal(cons,cst_GardeAlterneePartageAlloca)) + {if(caml_string_notequal(cons,cst_ServicesSociauxAllocationV$1)) + {if(caml_string_notequal(cons,cst_ServicesSociauxAllocationV$2)) + {var _bV4_=caml_call2(Stdlib_Printf[4],_kk_,cons); + return caml_call1(Stdlib[2],_bV4_)} + return _kl_} + return _km_} + return _kn_} + return _ko_} + return _kp_} function situation_obligation_scolaire_(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Avant","payload":arg}; @@ -96731,11 +97759,14 @@ default:var arg$1=param[1];return {"kind":"Apres","payload":arg$1}}} function situation_obligation_scolaire_$0(situation_obligation_scolaire) {var cons=caml_string_of_jsstring(situation_obligation_scolaire.kind); - if(! caml_string_notequal(cons,cst_Apres))return _kt_; - if(! caml_string_notequal(cons,cst_Avant$0))return _ks_; - if(! caml_string_notequal(cons,cst_Pendant$0))return _kr_; - var _bV3_=caml_call2(Stdlib_Printf[4],_kq_,cons); - return caml_call1(Stdlib[2],_bV3_)} + if(caml_string_notequal(cons,cst_Apres)) + {if(caml_string_notequal(cons,cst_Avant$0)) + {if(caml_string_notequal(cons,cst_Pendant$0)) + {var _bV3_=caml_call2(Stdlib_Printf[4],_kq_,cons); + return caml_call1(Stdlib[2],_bV3_)} + return _kr_} + return _ks_} + return _kt_} function prise_en_compte_to_jsoo(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Complete","payload":arg}; @@ -96743,11 +97774,14 @@ default:var arg$1=param[1];return {"kind":"Zero","payload":arg$1}}} function prise_en_compte_of_jsoo(prise_en_compte) {var cons=caml_string_of_jsstring(prise_en_compte.kind); - if(! caml_string_notequal(cons,cst_Complete))return _kx_; - if(! caml_string_notequal(cons,cst_Partagee))return _kw_; - if(! caml_string_notequal(cons,cst_Zero))return _kv_; - var _bV2_=caml_call2(Stdlib_Printf[4],_ku_,cons); - return caml_call1(Stdlib[2],_bV2_)} + if(caml_string_notequal(cons,cst_Complete)) + {if(caml_string_notequal(cons,cst_Partagee)) + {if(caml_string_notequal(cons,cst_Zero)) + {var _bV2_=caml_call2(Stdlib_Printf[4],_ku_,cons); + return caml_call1(Stdlib[2],_bV2_)} + return _kv_} + return _kw_} + return _kx_} function versement_allocations_to_jsoo(param) {if(0 === param[0]) {var arg=param[1];return {"kind":"Normal","payload":arg}} @@ -96755,11 +97789,12 @@ return {"kind":"AllocationVerseeAuxServicesSociaux","payload":arg$0}} function versement_allocations_of_jsoo(versement_allocations) {var cons=caml_string_of_jsstring(versement_allocations.kind); - if(! caml_string_notequal(cons,cst_AllocationVerseeAuxService)) - return _kA_; - if(! caml_string_notequal(cons,cst_Normal$0))return _kz_; - var _bV1_=caml_call2(Stdlib_Printf[4],_ky_,cons); - return caml_call1(Stdlib[2],_bV1_)} + if(caml_string_notequal(cons,cst_AllocationVerseeAuxService)) + {if(caml_string_notequal(cons,cst_Normal$0)) + {var _bV1_=caml_call2(Stdlib_Printf[4],_ky_,cons); + return caml_call1(Stdlib[2],_bV1_)} + return _kz_} + return _kA_} function element_prestations_familiales(param) {switch(param[0]) {case 0: @@ -96789,21 +97824,25 @@ "payload":arg$6}}} function element_prestations_familiales$0(element_prestations_familiales) {var cons=caml_string_of_jsstring(element_prestations_familiales.kind); - if(! caml_string_notequal(cons,cst_AllocationEducationEnfantH)) - return _kJ_; - if(! caml_string_notequal(cons,cst_AllocationJournalierePrese)) - return _kI_; - if(! caml_string_notequal(cons,cst_AllocationLogement$0))return _kH_; - if(! caml_string_notequal(cons,cst_AllocationRentreeScolaire)) - return _kG_; - if(! caml_string_notequal(cons,cst_AllocationSoutienFamilial$0)) - return _kF_; - if(! caml_string_notequal(cons,cst_AllocationsFamiliales$0))return _kE_; - if(! caml_string_notequal(cons,cst_ComplementFamilial))return _kD_; - if(! caml_string_notequal(cons,cst_PrestationAccueilJeuneEnfa$0)) - return _kC_; - var _bV0_=caml_call2(Stdlib_Printf[4],_kB_,cons); - return caml_call1(Stdlib[2],_bV0_)} + if(caml_string_notequal(cons,cst_AllocationEducationEnfantH)) + {if(caml_string_notequal(cons,cst_AllocationJournalierePrese)) + {if(caml_string_notequal(cons,cst_AllocationLogement$0)) + {if(caml_string_notequal(cons,cst_AllocationRentreeScolaire)) + {if(caml_string_notequal(cons,cst_AllocationSoutienFamilial$0)) + {if(caml_string_notequal(cons,cst_AllocationsFamiliales$0)) + {if(caml_string_notequal(cons,cst_ComplementFamilial)) + {if + (caml_string_notequal(cons,cst_PrestationAccueilJeuneEnfa$0)) + {var _bV0_=caml_call2(Stdlib_Printf[4],_kB_,cons); + return caml_call1(Stdlib[2],_bV0_)} + return _kC_} + return _kD_} + return _kE_} + return _kF_} + return _kG_} + return _kH_} + return _kI_} + return _kJ_} function collectivite_to_jsoo(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Guadeloupe","payload":arg}; @@ -96822,17 +97861,26 @@ default:var arg$7=param[1];return {"kind":"Mayotte","payload":arg$7}}} function collectivite_of_jsoo(collectivite) {var cons=caml_string_of_jsstring(collectivite.kind); - if(! caml_string_notequal(cons,cst_Guadeloupe$0))return _kT_; - if(! caml_string_notequal(cons,cst_Guyane$0))return _kS_; - if(! caml_string_notequal(cons,cst_LaReunion))return _kR_; - if(! caml_string_notequal(cons,cst_Martinique$0))return _kQ_; - if(! caml_string_notequal(cons,cst_Mayotte$0))return _kP_; - if(! caml_string_notequal(cons,cst_Metropole))return _kO_; - if(! caml_string_notequal(cons,cst_SaintBarthelemy))return _kN_; - if(! caml_string_notequal(cons,cst_SaintMartin$0))return _kM_; - if(! caml_string_notequal(cons,cst_SaintPierreEtMiquelon$0))return _kL_; - var _bVZ_=caml_call2(Stdlib_Printf[4],_kK_,cons); - return caml_call1(Stdlib[2],_bVZ_)} + if(caml_string_notequal(cons,cst_Guadeloupe$0)) + {if(caml_string_notequal(cons,cst_Guyane$0)) + {if(caml_string_notequal(cons,cst_LaReunion)) + {if(caml_string_notequal(cons,cst_Martinique$0)) + {if(caml_string_notequal(cons,cst_Mayotte$0)) + {if(caml_string_notequal(cons,cst_Metropole)) + {if(caml_string_notequal(cons,cst_SaintBarthelemy)) + {if(caml_string_notequal(cons,cst_SaintMartin$0)) + {if(caml_string_notequal(cons,cst_SaintPierreEtMiquelon$0)) + {var _bVZ_=caml_call2(Stdlib_Printf[4],_kK_,cons); + return caml_call1(Stdlib[2],_bVZ_)} + return _kL_} + return _kM_} + return _kN_} + return _kO_} + return _kP_} + return _kQ_} + return _kR_} + return _kS_} + return _kT_} function allocation_familiales_avril200$0(allocation_familiales_avril200) {var t66= @@ -100205,35 +101253,35 @@ tranche[2])) return caml_call1(Runtime_ocaml_Runtime[39],cst_0$70); var _bPI_=tranche[1]; - if(0 !== _bPI_[0]) - {var - _bPN_=tranche[3], - _bPO_= + if(0 === _bPI_[0]) + {var tranche_haut=_bPI_[1]; + if + (caml_call2 + (Runtime_ocaml_Runtime[127], + ressources_menage_arrondies$0, + tranche_haut)) + {var + _bPJ_=tranche[3], + _bPK_= + caml_call2 + (Runtime_ocaml_Runtime[97],tranche_haut,tranche[2]); + return caml_call2(Runtime_ocaml_Runtime[103],_bPK_,_bPJ_)} + var + _bPL_=tranche[3], + _bPM_= caml_call2 (Runtime_ocaml_Runtime[97], ressources_menage_arrondies$0, tranche[2]); - return caml_call2(Runtime_ocaml_Runtime[103],_bPO_,_bPN_)} - var tranche_haut=_bPI_[1]; - if - (caml_call2 - (Runtime_ocaml_Runtime[127], - ressources_menage_arrondies$0, - tranche_haut)) - {var - _bPJ_=tranche[3], - _bPK_= - caml_call2 - (Runtime_ocaml_Runtime[97],tranche_haut,tranche[2]); - return caml_call2(Runtime_ocaml_Runtime[103],_bPK_,_bPJ_)} + return caml_call2(Runtime_ocaml_Runtime[103],_bPM_,_bPL_)} var - _bPL_=tranche[3], - _bPM_= + _bPN_=tranche[3], + _bPO_= caml_call2 (Runtime_ocaml_Runtime[97], ressources_menage_arrondies$0, tranche[2]); - return caml_call2(Runtime_ocaml_Runtime[103],_bPM_,_bPL_)} + return caml_call2(Runtime_ocaml_Runtime[103],_bPO_,_bPN_)} var _bPC_= caml_call2 @@ -100270,35 +101318,35 @@ tranche[2])) return caml_call1(Runtime_ocaml_Runtime[39],cst_0$72); var _bPr_=tranche[1]; - if(0 !== _bPr_[0]) - {var - _bPw_=tranche[3], - _bPx_= + if(0 === _bPr_[0]) + {var tranche_haut=_bPr_[1]; + if + (caml_call2 + (Runtime_ocaml_Runtime[127], + ressources_menage_arrondies$0, + tranche_haut)) + {var + _bPs_=tranche[3], + _bPt_= + caml_call2 + (Runtime_ocaml_Runtime[97],tranche_haut,tranche[2]); + return caml_call2(Runtime_ocaml_Runtime[103],_bPt_,_bPs_)} + var + _bPu_=tranche[3], + _bPv_= caml_call2 (Runtime_ocaml_Runtime[97], ressources_menage_arrondies$0, tranche[2]); - return caml_call2(Runtime_ocaml_Runtime[103],_bPx_,_bPw_)} - var tranche_haut=_bPr_[1]; - if - (caml_call2 - (Runtime_ocaml_Runtime[127], - ressources_menage_arrondies$0, - tranche_haut)) - {var - _bPs_=tranche[3], - _bPt_= - caml_call2 - (Runtime_ocaml_Runtime[97],tranche_haut,tranche[2]); - return caml_call2(Runtime_ocaml_Runtime[103],_bPt_,_bPs_)} + return caml_call2(Runtime_ocaml_Runtime[103],_bPv_,_bPu_)} var - _bPu_=tranche[3], - _bPv_= + _bPw_=tranche[3], + _bPx_= caml_call2 (Runtime_ocaml_Runtime[97], ressources_menage_arrondies$0, tranche[2]); - return caml_call2(Runtime_ocaml_Runtime[103],_bPv_,_bPu_)} + return caml_call2(Runtime_ocaml_Runtime[103],_bPx_,_bPw_)} var _bPl_= caml_call2 @@ -103091,13 +104139,14 @@ {var _bs4_= function(param) - {if(! logement_meuble_d842_2)return loyer_principal_base; - var - _bxJ_=caml_call1(Runtime_ocaml_Runtime[39],cst_3$16), - _bxK_=caml_call1(Runtime_ocaml_Runtime[39],cst_2$31), - _bxL_=caml_call2(Runtime_ocaml_Runtime[107],_bxK_,_bxJ_); - return caml_call2 - (Runtime_ocaml_Runtime[104],loyer_principal_base,_bxL_)}, + {if(logement_meuble_d842_2) + {var + _bxJ_=caml_call1(Runtime_ocaml_Runtime[39],cst_3$16), + _bxK_=caml_call1(Runtime_ocaml_Runtime[39],cst_2$31), + _bxL_=caml_call2(Runtime_ocaml_Runtime[107],_bxK_,_bxJ_); + return caml_call2 + (Runtime_ocaml_Runtime[104],loyer_principal_base,_bxL_)} + return loyer_principal_base}, _bs5_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_rU_,1)}, _bs6_=caml_call4(Runtime_ocaml_Runtime[63],_rV_,[0],_bs5_,_bs4_)} @@ -103202,26 +104251,26 @@ plafond_suppression_d823_16)) return caml_call1(Runtime_ocaml_Runtime[31],cst_0$108); if - (! - caml_call2 + (caml_call2 (Runtime_ocaml_Runtime[123], loyer_principal_avec_reduction, plafond_degressivite_d823_16)) - return aide_finale; - var - _bxv_= - caml_call2 - (Runtime_ocaml_Runtime[98], - plafond_suppression_d823_16, - plafond_degressivite_d823_16), - _bxw_= - caml_call2 - (Runtime_ocaml_Runtime[98], - loyer_principal_avec_reduction, - plafond_degressivite_d823_16), - _bxx_=caml_call2(Runtime_ocaml_Runtime[108],_bxw_,_bxv_), - _bxy_=caml_call2(Runtime_ocaml_Runtime[104],aide_finale,_bxx_); - return caml_call2(Runtime_ocaml_Runtime[98],aide_finale,_bxy_)}, + {var + _bxv_= + caml_call2 + (Runtime_ocaml_Runtime[98], + plafond_suppression_d823_16, + plafond_degressivite_d823_16), + _bxw_= + caml_call2 + (Runtime_ocaml_Runtime[98], + loyer_principal_avec_reduction, + plafond_degressivite_d823_16), + _bxx_=caml_call2(Runtime_ocaml_Runtime[108],_bxw_,_bxv_), + _bxy_= + caml_call2(Runtime_ocaml_Runtime[104],aide_finale,_bxx_); + return caml_call2(Runtime_ocaml_Runtime[98],aide_finale,_bxy_)} + return aide_finale}, _bxp_= function(param) {return caml_call2(Runtime_ocaml_Runtime[29],_r__,1)}, @@ -103263,16 +104312,16 @@ loyer_eligible, montant_forfaitaire_charges_d8), _bxl_=caml_call2(Runtime_ocaml_Runtime[104],_bxk_,_bxj_); - if(! caml_call2(Runtime_ocaml_Runtime[128],_bxl_,_bxi_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_3524$0); - var - _bxm_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_085$0), - _bxn_= - caml_call2 - (Runtime_ocaml_Runtime[93], - loyer_eligible, - montant_forfaitaire_charges_d8); - return caml_call2(Runtime_ocaml_Runtime[104],_bxn_,_bxm_)} + if(caml_call2(Runtime_ocaml_Runtime[128],_bxl_,_bxi_)) + {var + _bxm_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_085$0), + _bxn_= + caml_call2 + (Runtime_ocaml_Runtime[93], + loyer_eligible, + montant_forfaitaire_charges_d8); + return caml_call2(Runtime_ocaml_Runtime[104],_bxn_,_bxm_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_3524$0)} function _bxc_(param) {var _bxd_=caml_call3(Runtime_ocaml_Runtime[57],2020,10,1), @@ -103296,16 +104345,16 @@ loyer_eligible, montant_forfaitaire_charges_d8), _bw__=caml_call2(Runtime_ocaml_Runtime[104],_bw9_,_bw8_); - if(! caml_call2(Runtime_ocaml_Runtime[128],_bw__,_bw7_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_3539$0); - var - _bw$_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_085$2), - _bxa_= - caml_call2 - (Runtime_ocaml_Runtime[93], - loyer_eligible, - montant_forfaitaire_charges_d8); - return caml_call2(Runtime_ocaml_Runtime[104],_bxa_,_bw$_)} + if(caml_call2(Runtime_ocaml_Runtime[128],_bw__,_bw7_)) + {var + _bw$_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_085$2), + _bxa_= + caml_call2 + (Runtime_ocaml_Runtime[93], + loyer_eligible, + montant_forfaitaire_charges_d8); + return caml_call2(Runtime_ocaml_Runtime[104],_bxa_,_bw$_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_3539$0)} function _bw1_(param) {var _bw2_=caml_call3(Runtime_ocaml_Runtime[57],2022,7,1), @@ -103330,16 +104379,16 @@ loyer_eligible, montant_forfaitaire_charges_d8), _bwX_=caml_call2(Runtime_ocaml_Runtime[104],_bwW_,_bwV_); - if(! caml_call2(Runtime_ocaml_Runtime[128],_bwX_,_bwU_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_3663$0); - var - _bwY_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_085$4), - _bwZ_= - caml_call2 - (Runtime_ocaml_Runtime[93], - loyer_eligible, - montant_forfaitaire_charges_d8); - return caml_call2(Runtime_ocaml_Runtime[104],_bwZ_,_bwY_)} + if(caml_call2(Runtime_ocaml_Runtime[128],_bwX_,_bwU_)) + {var + _bwY_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_085$4), + _bwZ_= + caml_call2 + (Runtime_ocaml_Runtime[93], + loyer_eligible, + montant_forfaitaire_charges_d8); + return caml_call2(Runtime_ocaml_Runtime[104],_bwZ_,_bwY_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_3663$0)} function _bwR_(param) {var _bwS_=caml_call3(Runtime_ocaml_Runtime[57],2022,7,1), @@ -103524,20 +104573,18 @@ _bvZ_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0045$0); return caml_call2(Runtime_ocaml_Runtime[103],_bvZ_,_bvY_)} var _bv0_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$0); - if - (! - caml_call2(Runtime_ocaml_Runtime[127],rapport_loyers,_bv0_)) - return caml_call1(Runtime_ocaml_Runtime[39],cst_0$112); - var - _bv1_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$1), - _bv2_= - caml_call2(Runtime_ocaml_Runtime[97],rapport_loyers,_bv1_), - _bv3_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0068), - _bv4_=caml_call2(Runtime_ocaml_Runtime[103],_bv3_,_bv2_), - _bv5_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3), - _bv6_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0045$1), - _bv7_=caml_call2(Runtime_ocaml_Runtime[103],_bv6_,_bv5_); - return caml_call2(Runtime_ocaml_Runtime[92],_bv7_,_bv4_)} + if(caml_call2(Runtime_ocaml_Runtime[127],rapport_loyers,_bv0_)) + {var + _bv1_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$1), + _bv2_= + caml_call2(Runtime_ocaml_Runtime[97],rapport_loyers,_bv1_), + _bv3_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0068), + _bv4_=caml_call2(Runtime_ocaml_Runtime[103],_bv3_,_bv2_), + _bv5_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3), + _bv6_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0045$1), + _bv7_=caml_call2(Runtime_ocaml_Runtime[103],_bv6_,_bv5_); + return caml_call2(Runtime_ocaml_Runtime[92],_bv7_,_bv4_)} + return caml_call1(Runtime_ocaml_Runtime[39],cst_0$112)} function _bu5_(param) {var _bvQ_=caml_call3(Runtime_ocaml_Runtime[57],2022,7,1), @@ -103569,19 +104616,18 @@ return caml_call2(Runtime_ocaml_Runtime[103],_bvH_,_bvG_)} var _bvI_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$3); if - (! - caml_call2(Runtime_ocaml_Runtime[127],rapport_loyers,_bvI_)) - return caml_call1(Runtime_ocaml_Runtime[39],cst_0$114); - var - _bvJ_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$4), - _bvK_= - caml_call2(Runtime_ocaml_Runtime[97],rapport_loyers,_bvJ_), - _bvL_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0068$0), - _bvM_=caml_call2(Runtime_ocaml_Runtime[103],_bvL_,_bvK_), - _bvN_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3$0), - _bvO_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0045$4), - _bvP_=caml_call2(Runtime_ocaml_Runtime[103],_bvO_,_bvN_); - return caml_call2(Runtime_ocaml_Runtime[92],_bvP_,_bvM_)} + (caml_call2(Runtime_ocaml_Runtime[127],rapport_loyers,_bvI_)) + {var + _bvJ_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$4), + _bvK_= + caml_call2(Runtime_ocaml_Runtime[97],rapport_loyers,_bvJ_), + _bvL_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0068$0), + _bvM_=caml_call2(Runtime_ocaml_Runtime[103],_bvL_,_bvK_), + _bvN_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3$0), + _bvO_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0045$4), + _bvP_=caml_call2(Runtime_ocaml_Runtime[103],_bvO_,_bvN_); + return caml_call2(Runtime_ocaml_Runtime[92],_bvP_,_bvM_)} + return caml_call1(Runtime_ocaml_Runtime[39],cst_0$114)} function _bu8_(param) {var _bvv_=caml_call3(Runtime_ocaml_Runtime[57],2022,7,1), @@ -103617,19 +104663,18 @@ return caml_call2(Runtime_ocaml_Runtime[103],_bvm_,_bvl_)} var _bvn_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$6); if - (! - caml_call2(Runtime_ocaml_Runtime[127],rapport_loyers,_bvn_)) - return caml_call1(Runtime_ocaml_Runtime[39],cst_0$116); - var - _bvo_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$7), - _bvp_= - caml_call2(Runtime_ocaml_Runtime[97],rapport_loyers,_bvo_), - _bvq_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0068$1), - _bvr_=caml_call2(Runtime_ocaml_Runtime[103],_bvq_,_bvp_), - _bvs_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3$1), - _bvt_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0045$7), - _bvu_=caml_call2(Runtime_ocaml_Runtime[103],_bvt_,_bvs_); - return caml_call2(Runtime_ocaml_Runtime[92],_bvu_,_bvr_)} + (caml_call2(Runtime_ocaml_Runtime[127],rapport_loyers,_bvn_)) + {var + _bvo_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$7), + _bvp_= + caml_call2(Runtime_ocaml_Runtime[97],rapport_loyers,_bvo_), + _bvq_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0068$1), + _bvr_=caml_call2(Runtime_ocaml_Runtime[103],_bvq_,_bvp_), + _bvs_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_3$1), + _bvt_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_0045$7), + _bvu_=caml_call2(Runtime_ocaml_Runtime[103],_bvt_,_bvs_); + return caml_call2(Runtime_ocaml_Runtime[92],_bvu_,_bvr_)} + return caml_call1(Runtime_ocaml_Runtime[39],cst_0$116)} function _bu$_(param) {var _bva_=caml_call3(Runtime_ocaml_Runtime[57],2021,10,1), @@ -103856,15 +104901,16 @@ reduction_loyer_solidarite, fraction_l832_3), _buf_=caml_call2(Runtime_ocaml_Runtime[98],aide_finale$0,_bue_); - if(! caml_call2(Runtime_ocaml_Runtime[128],_buf_,_bud_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$120); - var - _bug_= - caml_call2 - (Runtime_ocaml_Runtime[104], - reduction_loyer_solidarite, - fraction_l832_3); - return caml_call2(Runtime_ocaml_Runtime[98],aide_finale$0,_bug_)}, + if(caml_call2(Runtime_ocaml_Runtime[128],_buf_,_bud_)) + {var + _bug_= + caml_call2 + (Runtime_ocaml_Runtime[104], + reduction_loyer_solidarite, + fraction_l832_3); + return caml_call2 + (Runtime_ocaml_Runtime[98],aide_finale$0,_bug_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$120)}, _bt9_= function(param) {return caml_call2(Runtime_ocaml_Runtime[29],_ta_,1)}, @@ -104022,29 +105068,30 @@ if(_btT_ === Runtime_ocaml_Runtime[2]) throw [0,Runtime_ocaml_Runtime[8],_tx_]; throw _btT_} - if(! _btM_)throw [0,Runtime_ocaml_Runtime[3],_tA_]; - try - {var - _btN_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_98$0), - _btO_=caml_call2(Runtime_ocaml_Runtime[117],fraction_l832_3,_btN_), - _btP_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_9), - _btQ_=caml_call2(Runtime_ocaml_Runtime[127],fraction_l832_3,_btP_), - _btR_=caml_call2(Runtime_ocaml_Runtime[83],_btQ_,_btO_)} - catch(_btS_) - {_btS_ = caml_wrap_exception(_btS_); - if(_btS_ === Runtime_ocaml_Runtime[2]) - throw [0,Runtime_ocaml_Runtime[8],_ty_]; - throw _btS_} - if(_btR_) - return [0, - montant_forfaitaire_charges_d8, - plafond_loyer_d823_16_2, - participation_minimale, - taux_composition_familiale, - participation_personnelle, - aide_finale_formule, - traitement_aide_finale_montant]; - throw [0,Runtime_ocaml_Runtime[3],_tz_]} + if(_btM_) + {try + {var + _btN_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_98$0), + _btO_=caml_call2(Runtime_ocaml_Runtime[117],fraction_l832_3,_btN_), + _btP_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_9), + _btQ_=caml_call2(Runtime_ocaml_Runtime[127],fraction_l832_3,_btP_), + _btR_=caml_call2(Runtime_ocaml_Runtime[83],_btQ_,_btO_)} + catch(_btS_) + {_btS_ = caml_wrap_exception(_btS_); + if(_btS_ === Runtime_ocaml_Runtime[2]) + throw [0,Runtime_ocaml_Runtime[8],_ty_]; + throw _btS_} + if(_btR_) + return [0, + montant_forfaitaire_charges_d8, + plafond_loyer_d823_16_2, + participation_minimale, + taux_composition_familiale, + participation_personnelle, + aide_finale_formule, + traitement_aide_finale_montant]; + throw [0,Runtime_ocaml_Runtime[3],_tz_]} + throw [0,Runtime_ocaml_Runtime[3],_tA_]} function calcul_aide_personnalisee_loge$0(calcul_aide_personnalisee_loge) {var type_logement_foyer=calcul_aide_personnalisee_loge[1], @@ -109752,18 +110799,17 @@ ressources_menage_avec_d832_18, coefficient_multiplicateur_d83$1); if - (! - caml_call2 + (caml_call2 (Runtime_ocaml_Runtime[118],depense_nette_minimale,_aZM_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$276); - var - _aZN_= - caml_call2 - (Runtime_ocaml_Runtime[104], - ressources_menage_avec_d832_18, - coefficient_multiplicateur_d83$1); - return caml_call2 - (Runtime_ocaml_Runtime[98],_aZN_,depense_nette_minimale)}, + {var + _aZN_= + caml_call2 + (Runtime_ocaml_Runtime[104], + ressources_menage_avec_d832_18, + coefficient_multiplicateur_d83$1); + return caml_call2 + (Runtime_ocaml_Runtime[98],_aZN_,depense_nette_minimale)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$276)}, _aZG_= function(param) {return caml_call2(Runtime_ocaml_Runtime[29],_zr_,1)}, @@ -109786,12 +110832,13 @@ [0, function(param) {function _aZi_(param) - {if(! copropriete)return plafond_mensualite_d832_10_3_b; - var _aZE_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$8); - return caml_call2 - (Runtime_ocaml_Runtime[104], - plafond_mensualite_d832_10_3_b, - _aZE_)} + {if(copropriete) + {var _aZE_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$8); + return caml_call2 + (Runtime_ocaml_Runtime[104], + plafond_mensualite_d832_10_3_b, + _aZE_)} + return plafond_mensualite_d832_10_3_b} function _aZj_(param) {var _aZC_=caml_call3(Runtime_ocaml_Runtime[57],2022,7,1), @@ -109803,12 +110850,13 @@ [0, function(param) {function _aZl_(param) - {if(! copropriete)return plafond_mensualite_d832_10_3_b; - var _aZB_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$9); - return caml_call2 - (Runtime_ocaml_Runtime[104], - plafond_mensualite_d832_10_3_b, - _aZB_)} + {if(copropriete) + {var _aZB_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$9); + return caml_call2 + (Runtime_ocaml_Runtime[104], + plafond_mensualite_d832_10_3_b, + _aZB_)} + return plafond_mensualite_d832_10_3_b} function _aZm_(param) {var _aZw_=caml_call3(Runtime_ocaml_Runtime[57],2022,7,1), @@ -109824,12 +110872,15 @@ [0, function(param) {function _aZo_(param) - {if(! copropriete)return plafond_mensualite_d832_10_3_b; - var _aZv_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$10); - return caml_call2 - (Runtime_ocaml_Runtime[104], - plafond_mensualite_d832_10_3_b, - _aZv_)} + {if(copropriete) + {var + _aZv_= + caml_call1(Runtime_ocaml_Runtime[39],cst_0_75$10); + return caml_call2 + (Runtime_ocaml_Runtime[104], + plafond_mensualite_d832_10_3_b, + _aZv_)} + return plafond_mensualite_d832_10_3_b} function _aZp_(param) {var _aZq_=caml_call3(Runtime_ocaml_Runtime[57],2020,10,1), @@ -111632,9 +112683,9 @@ _aRX_= function(param) {function _aSa_(personne_a_charge) - {if(0 !== personne_a_charge[0])return 0; - var enfant=personne_a_charge[1]; - return 0 === enfant[7][0]?0:1} + {if(0 === personne_a_charge[0]) + {var enfant=personne_a_charge[1];return 0 === enfant[7][0]?0:1} + return 0} var _aSb_= caml_call2 @@ -111642,13 +112693,13 @@ _aSa_, personnes_a_charge_prises_en_c); function _aSc_(personne_a_charge) - {if(0 !== personne_a_charge[0]) - return caml_call1(Runtime_ocaml_Runtime[39],cst_0$300); - var enfant=personne_a_charge[1],_aSd_=enfant[7]; - if(0 === _aSd_[0]) - return caml_call1(Runtime_ocaml_Runtime[39],cst_0$299); - var coeff=_aSd_[1]; - return coeff} + {if(0 === personne_a_charge[0]) + {var enfant=personne_a_charge[1],_aSd_=enfant[7]; + if(0 === _aSd_[0]) + return caml_call1(Runtime_ocaml_Runtime[39],cst_0$299); + var coeff=_aSd_[1]; + return coeff} + return caml_call1(Runtime_ocaml_Runtime[39],cst_0$300)} return caml_call2(Runtime_ocaml_Runtime[87],_aSc_,_aSb_)}, _aRY_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_D9_,1)}, @@ -111691,26 +112742,27 @@ if(_aR9_ === Runtime_ocaml_Runtime[2]) throw [0,Runtime_ocaml_Runtime[8],_Ee_]; throw _aR9_} - if(! _aR5_)throw [0,Runtime_ocaml_Runtime[3],_Eh_]; - try - {var - _aR6_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2$0), - _aR7_= - caml_call2 - (Runtime_ocaml_Runtime[112],seuil_l822_3_parts_propriete,_aR6_)} - catch(_aR8_) - {_aR8_ = caml_wrap_exception(_aR8_); - if(_aR8_ === Runtime_ocaml_Runtime[2]) - throw [0,Runtime_ocaml_Runtime[8],_Ef_]; - throw _aR8_} - if(_aR7_) - return [0, - date_courante, - eligibilite, - nombre_personnes_a_charge_pris, - coefficents_enfants_garde_alte, - condition_2_r823_4]; - throw [0,Runtime_ocaml_Runtime[3],_Eg_]} + if(_aR5_) + {try + {var + _aR6_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_2$0), + _aR7_= + caml_call2 + (Runtime_ocaml_Runtime[112],seuil_l822_3_parts_propriete,_aR6_)} + catch(_aR8_) + {_aR8_ = caml_wrap_exception(_aR8_); + if(_aR8_ === Runtime_ocaml_Runtime[2]) + throw [0,Runtime_ocaml_Runtime[8],_Ef_]; + throw _aR8_} + if(_aR7_) + return [0, + date_courante, + eligibilite, + nombre_personnes_a_charge_pris, + coefficents_enfants_garde_alte, + condition_2_r823_4]; + throw [0,Runtime_ocaml_Runtime[3],_Eg_]} + throw [0,Runtime_ocaml_Runtime[3],_Eh_]} function eligibilite_prestations_famili(eligibilite_prestations_famili) {var date_courante=eligibilite_prestations_famili[1], @@ -112247,13 +113299,14 @@ [0, function(param) {function _aOR_(param) - {if(0 !== changement_logement_d842_4[0]) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$301); - var - infos=changement_logement_d842_4[1], - _aOU_=caml_call2(Runtime_ocaml_Runtime[98],infos[1],infos[2]); - return caml_call2 - (Runtime_ocaml_Runtime[98],loyer_principal,_aOU_)} + {if(0 === changement_logement_d842_4[0]) + {var + infos=changement_logement_d842_4[1], + _aOU_= + caml_call2(Runtime_ocaml_Runtime[98],infos[1],infos[2]); + return caml_call2 + (Runtime_ocaml_Runtime[98],loyer_principal,_aOU_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$301)} function _aOS_(param) {if(0 === changement_logement_d842_4[0]) var @@ -112990,35 +114043,34 @@ _aL$_), _aMb_=caml_call2(Runtime_ocaml_Runtime[27],_H__,_aMa_); if - (! - caml_call2 + (caml_call2 (Runtime_ocaml_Runtime[113], _aMb_, montant_minimal_depense_nette_)) - return caml_call1(Runtime_ocaml_Runtime[31],cst_0$306); - var - _aMc_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _H$_, - Runtime_ocaml_Runtime[13], - allocation_mensuelle), - _aMd_= - caml_call1 - (caml_call2 - (Runtime_ocaml_Runtime[26],_Ia_,depense_nette_minimale), - _aMc_), - _aMe_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Ib_, - Runtime_ocaml_Runtime[13], - _aMd_), - _aMf_=caml_call2(Runtime_ocaml_Runtime[27],_Ic_,_aMe_); - return caml_call2 - (Runtime_ocaml_Runtime[98], - montant_minimal_depense_nette_, - _aMf_)}, + {var + _aMc_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _H$_, + Runtime_ocaml_Runtime[13], + allocation_mensuelle), + _aMd_= + caml_call1 + (caml_call2 + (Runtime_ocaml_Runtime[26],_Ia_,depense_nette_minimale), + _aMc_), + _aMe_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Ib_, + Runtime_ocaml_Runtime[13], + _aMd_), + _aMf_=caml_call2(Runtime_ocaml_Runtime[27],_Ic_,_aMe_); + return caml_call2 + (Runtime_ocaml_Runtime[98], + montant_minimal_depense_nette_, + _aMf_)} + return caml_call1(Runtime_ocaml_Runtime[31],cst_0$306)}, _aL7_= function(param) {return caml_call2(Runtime_ocaml_Runtime[29],_Id_,1)}, @@ -117471,24 +118523,23 @@ _apd_= function(param) {if - (! - caml_call2 + (caml_call2 (Runtime_ocaml_Runtime[118], ressources_menage_arrondies_ba, seuil_minimal_ressources_menag)) - return ressources_menage_arrondies_ba; - var - _arA_=caml_call1(Runtime_ocaml_Runtime[39],cst_100$11), - _arB_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_01), - _arC_=caml_call1(Runtime_ocaml_Runtime[31],cst_4999), - _arD_= - caml_call2 - (Runtime_ocaml_Runtime[93], - seuil_minimal_ressources_menag, - _arC_), - _arE_=caml_call2(Runtime_ocaml_Runtime[104],_arD_,_arB_), - _arF_=caml_call1(Runtime_ocaml_Runtime[77],_arE_); - return caml_call2(Runtime_ocaml_Runtime[104],_arF_,_arA_)}, + {var + _arA_=caml_call1(Runtime_ocaml_Runtime[39],cst_100$11), + _arB_=caml_call1(Runtime_ocaml_Runtime[39],cst_0_01), + _arC_=caml_call1(Runtime_ocaml_Runtime[31],cst_4999), + _arD_= + caml_call2 + (Runtime_ocaml_Runtime[93], + seuil_minimal_ressources_menag, + _arC_), + _arE_=caml_call2(Runtime_ocaml_Runtime[104],_arD_,_arB_), + _arF_=caml_call1(Runtime_ocaml_Runtime[77],_arE_); + return caml_call2(Runtime_ocaml_Runtime[104],_arF_,_arA_)} + return ressources_menage_arrondies_ba}, _ape_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_Lg_,1)}, _apf_= @@ -118344,18 +119395,18 @@ result[5], result[6], _an4_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_NS_,1)) - throw Runtime_ocaml_Runtime[2]; - var - _an5_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _NT_, - embed_calcul_aide_personnalise, - result$0), - traitement_formule= - caml_call2(Runtime_ocaml_Runtime[27],_NU_,_an5_); - return [0,traitement_formule[6],traitement_formule[7]]; + if(caml_call2(Runtime_ocaml_Runtime[29],_NS_,1)) + {var + _an5_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _NT_, + embed_calcul_aide_personnalise, + result$0), + traitement_formule= + caml_call2(Runtime_ocaml_Runtime[27],_NU_,_an5_); + return [0,traitement_formule[6],traitement_formule[7]]} + throw Runtime_ocaml_Runtime[2]; case 1: var proprietaire=categorie_calcul_apl[1], @@ -118408,18 +119459,18 @@ return caml_call2(Runtime_ocaml_Runtime[27],_N0_,_aoe_)}, result$2= [0,result$1[1],result$1[2],result$1[3],result$1[4],_an7_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_N1_,1)) - throw Runtime_ocaml_Runtime[2]; - var - _an8_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _N2_, - embed_calcul_aide_personnalise$1, - result$2), - traitement_formule$0= - caml_call2(Runtime_ocaml_Runtime[27],_N3_,_an8_); - return [0,traitement_formule$0[4],traitement_formule$0[5]]; + if(caml_call2(Runtime_ocaml_Runtime[29],_N1_,1)) + {var + _an8_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _N2_, + embed_calcul_aide_personnalise$1, + result$2), + traitement_formule$0= + caml_call2(Runtime_ocaml_Runtime[27],_N3_,_an8_); + return [0,traitement_formule$0[4],traitement_formule$0[5]]} + throw Runtime_ocaml_Runtime[2]; default: var logement_foyer=categorie_calcul_apl[1], @@ -118479,18 +119530,18 @@ result$3[7], result$3[8], _aoa_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_N__,1)) - throw Runtime_ocaml_Runtime[2]; - var - _aob_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _N$_, - embed_calcul_aide_personnalise$0, - result$4), - traitement_formule$1= - caml_call2(Runtime_ocaml_Runtime[27],_Oa_,_aob_); - return [0,traitement_formule$1[8],traitement_formule$1[9]]}}, + if(caml_call2(Runtime_ocaml_Runtime[29],_N__,1)) + {var + _aob_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _N$_, + embed_calcul_aide_personnalise$0, + result$4), + traitement_formule$1= + caml_call2(Runtime_ocaml_Runtime[27],_Oa_,_aob_); + return [0,traitement_formule$1[8],traitement_formule$1[9]]} + throw Runtime_ocaml_Runtime[2]}}, _anO_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_Ob_,1)}, _anP_=caml_call4(Runtime_ocaml_Runtime[63],_Oc_,[0],_anO_,_anN_)} @@ -119689,39 +120740,40 @@ _aiZ_=caml_call1(Runtime_ocaml_Runtime[46],cst_1$273), _ai0_=menage[3]; function _ai1_(personne_a_charge) - {if(0 !== personne_a_charge[0])return 0; - var - enfant=personne_a_charge[1], - _ai5_=enfant[2], - _ai6_=enfant[3], - _ai7_=0 === enfant[7][0]?_Rs_:_Rx_, - _ai8_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Rt_, - embed_enfant_prestations_famil, - [0, - enfant[1], - enfant[6], - enfant[5], - enfant[4], - _ai7_, - _ai6_, - _ai5_]), - _ai9_= - caml_call1 - (caml_call2 - (Runtime_ocaml_Runtime[26], - _Ru_, - prestations_familiales_dot_dro), - _ai8_), - _ai__= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Rv_, - Runtime_ocaml_Runtime[12], - _ai9_); - return caml_call2(Runtime_ocaml_Runtime[27],_Rw_,_ai__)} + {if(0 === personne_a_charge[0]) + {var + enfant=personne_a_charge[1], + _ai5_=enfant[2], + _ai6_=enfant[3], + _ai7_=0 === enfant[7][0]?_Rs_:_Rx_, + _ai8_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Rt_, + embed_enfant_prestations_famil, + [0, + enfant[1], + enfant[6], + enfant[5], + enfant[4], + _ai7_, + _ai6_, + _ai5_]), + _ai9_= + caml_call1 + (caml_call2 + (Runtime_ocaml_Runtime[26], + _Ru_, + prestations_familiales_dot_dro), + _ai8_), + _ai__= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Rv_, + Runtime_ocaml_Runtime[12], + _ai9_); + return caml_call2(Runtime_ocaml_Runtime[27],_Rw_,_ai__)} + return 0} var _ai2_=caml_call2(Runtime_ocaml_Runtime[90],_ai1_,_ai0_), _ai3_=caml_call1(Runtime_ocaml_Runtime[68],_ai2_), @@ -119753,40 +120805,41 @@ _aiK_=caml_call1(Runtime_ocaml_Runtime[46],cst_0$391), _aiL_=menage[3]; function _aiM_(personne_a_charge) - {if(0 !== personne_a_charge[0])return 0; - var - enfant=personne_a_charge[1], - _aiS_=enfant[2], - _aiT_=enfant[3], - _aiU_=0 === enfant[7][0]?_Rz_:_RE_, - _aiV_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _RA_, - embed_enfant_prestations_famil, - [0, - enfant[1], - enfant[6], - enfant[5], - enfant[4], - _aiU_, - _aiT_, - _aiS_]), - _aiW_= - caml_call1 - (caml_call2 - (Runtime_ocaml_Runtime[26], - _RB_, - prestations_familiales_dot_dro), - _aiV_), - _aiX_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _RC_, - Runtime_ocaml_Runtime[12], - _aiW_), - _aiY_=caml_call2(Runtime_ocaml_Runtime[27],_RD_,_aiX_); - return caml_call1(Runtime_ocaml_Runtime[67],_aiY_)} + {if(0 === personne_a_charge[0]) + {var + enfant=personne_a_charge[1], + _aiS_=enfant[2], + _aiT_=enfant[3], + _aiU_=0 === enfant[7][0]?_Rz_:_RE_, + _aiV_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _RA_, + embed_enfant_prestations_famil, + [0, + enfant[1], + enfant[6], + enfant[5], + enfant[4], + _aiU_, + _aiT_, + _aiS_]), + _aiW_= + caml_call1 + (caml_call2 + (Runtime_ocaml_Runtime[26], + _RB_, + prestations_familiales_dot_dro), + _aiV_), + _aiX_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _RC_, + Runtime_ocaml_Runtime[12], + _aiW_), + _aiY_=caml_call2(Runtime_ocaml_Runtime[27],_RD_,_aiX_); + return caml_call1(Runtime_ocaml_Runtime[67],_aiY_)} + return 0} var _aiN_=caml_call2(Runtime_ocaml_Runtime[90],_aiM_,_aiL_), _aiO_=caml_call1(Runtime_ocaml_Runtime[68],_aiN_), @@ -120126,18 +121179,18 @@ _agU_); return caml_call2(Runtime_ocaml_Runtime[27],_Sz_,_agV_)}, result$0=[0,result[1],_agr_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_SA_,1)) - throw Runtime_ocaml_Runtime[2]; - var - _ags_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _SB_, - embed_calcul_allocation_logeme, - result$0), - traitement_formule= - caml_call2(Runtime_ocaml_Runtime[27],_SC_,_ags_); - return [0,traitement_formule[1],traitement_formule[2]]; + if(caml_call2(Runtime_ocaml_Runtime[29],_SA_,1)) + {var + _ags_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _SB_, + embed_calcul_allocation_logeme, + result$0), + traitement_formule= + caml_call2(Runtime_ocaml_Runtime[27],_SC_,_ags_); + return [0,traitement_formule[1],traitement_formule[2]]} + throw Runtime_ocaml_Runtime[2]; case 1: var logement_foyer=mode_occupation[1], @@ -120191,18 +121244,18 @@ result$1[4], result$1[5], _agu_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_SJ_,1)) - throw Runtime_ocaml_Runtime[2]; - var - _agv_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _SK_, - embed_calcul_allocation_logeme$1, - result$2), - traitement_formule$0= - caml_call2(Runtime_ocaml_Runtime[27],_SL_,_agv_); - return [0,traitement_formule$0[5],traitement_formule$0[6]]; + if(caml_call2(Runtime_ocaml_Runtime[29],_SJ_,1)) + {var + _agv_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _SK_, + embed_calcul_allocation_logeme$1, + result$2), + traitement_formule$0= + caml_call2(Runtime_ocaml_Runtime[27],_SL_,_agv_); + return [0,traitement_formule$0[5],traitement_formule$0[6]]} + throw Runtime_ocaml_Runtime[2]; case 2: var proprietaire=mode_occupation[1], @@ -120253,18 +121306,18 @@ _agO_); return caml_call2(Runtime_ocaml_Runtime[27],_SR_,_agP_)}, result$4=[0,result$3[1],_agx_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_SS_,1)) - throw Runtime_ocaml_Runtime[2]; - var - _agy_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _ST_, - embed_calcul_allocation_logeme$0, - result$4), - traitement_formule$1= - caml_call2(Runtime_ocaml_Runtime[27],_SU_,_agy_); - return [0,traitement_formule$1[1],traitement_formule$1[2]]; + if(caml_call2(Runtime_ocaml_Runtime[29],_SS_,1)) + {var + _agy_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _ST_, + embed_calcul_allocation_logeme$0, + result$4), + traitement_formule$1= + caml_call2(Runtime_ocaml_Runtime[27],_SU_,_agy_); + return [0,traitement_formule$1[1],traitement_formule$1[2]]} + throw Runtime_ocaml_Runtime[2]; case 3: var location$0=mode_occupation[1], @@ -120333,18 +121386,18 @@ _agK_); return caml_call2(Runtime_ocaml_Runtime[27],_S1_,_agL_)}, result$6=[0,result$5[1],_agE_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_S2_,1)) - throw Runtime_ocaml_Runtime[2]; - var - _agF_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _S3_, - embed_calcul_allocation_logeme, - result$6), - traitement_formule$2= - caml_call2(Runtime_ocaml_Runtime[27],_S4_,_agF_); - return [0,traitement_formule$2[1],traitement_formule$2[2]]; + if(caml_call2(Runtime_ocaml_Runtime[29],_S2_,1)) + {var + _agF_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _S3_, + embed_calcul_allocation_logeme, + result$6), + traitement_formule$2= + caml_call2(Runtime_ocaml_Runtime[27],_S4_,_agF_); + return [0,traitement_formule$2[1],traitement_formule$2[2]]} + throw Runtime_ocaml_Runtime[2]; default: var proprietaire$0=mode_occupation[1], @@ -120395,18 +121448,18 @@ _agY_); return caml_call2(Runtime_ocaml_Runtime[27],_S__,_agZ_)}, result$8=[0,result$7[1],_agH_]; - if(! caml_call2(Runtime_ocaml_Runtime[29],_S$_,1)) - throw Runtime_ocaml_Runtime[2]; - var - _agI_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Ta_, - embed_calcul_allocation_logeme$0, - result$8), - traitement_formule$3= - caml_call2(Runtime_ocaml_Runtime[27],_Tb_,_agI_); - return [0,traitement_formule$3[1],traitement_formule$3[2]]}}, + if(caml_call2(Runtime_ocaml_Runtime[29],_S$_,1)) + {var + _agI_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Ta_, + embed_calcul_allocation_logeme$0, + result$8), + traitement_formule$3= + caml_call2(Runtime_ocaml_Runtime[27],_Tb_,_agI_); + return [0,traitement_formule$3[1],traitement_formule$3[2]]} + throw Runtime_ocaml_Runtime[2]}}, _aga_= function(param){return caml_call2(Runtime_ocaml_Runtime[29],_Tc_,1)}, _agb_=caml_call4(Runtime_ocaml_Runtime[63],_Td_,[0],_aga_,_af$_)} @@ -120947,56 +122000,55 @@ default:var _afi_=0} var _afj_=caml_call1(Runtime_ocaml_Runtime[67],_afi_); if - (! - caml_call2 + (caml_call2 (Runtime_ocaml_Runtime[83], eligibilite_aide_personnalisee$3, _afj_)) - return eligibilite_aide_personnalisee$3 - ?calcul_aide_personnalisee_loge$7 - :calcul_allocation_logement_dot$6; - var - _afk_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Vc_, - Runtime_ocaml_Runtime[13], - calcul_allocation_logement_dot$6), - _afl_= - caml_call1 - (caml_call2 - (Runtime_ocaml_Runtime[26], - _Vd_, - calcul_allocation_logement_dot$7), - _afk_), - _afm_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Ve_, - Runtime_ocaml_Runtime[13], - _afl_), - _afn_=caml_call2(Runtime_ocaml_Runtime[27],_Vf_,_afm_), - _afo_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Vg_, - Runtime_ocaml_Runtime[13], - calcul_aide_personnalisee_loge$7), - _afp_= - caml_call1 - (caml_call2 - (Runtime_ocaml_Runtime[26], - _Vh_, - calcul_aide_personnalisee_loge$8), - _afo_), - _afq_= - caml_call3 - (Runtime_ocaml_Runtime[28], - _Vi_, - Runtime_ocaml_Runtime[13], - _afp_), - _afr_=caml_call2(Runtime_ocaml_Runtime[27],_Vj_,_afq_); - return caml_call2(Runtime_ocaml_Runtime[123],_afr_,_afn_) + {var + _afk_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Vc_, + Runtime_ocaml_Runtime[13], + calcul_allocation_logement_dot$6), + _afl_= + caml_call1 + (caml_call2 + (Runtime_ocaml_Runtime[26], + _Vd_, + calcul_allocation_logement_dot$7), + _afk_), + _afm_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Ve_, + Runtime_ocaml_Runtime[13], + _afl_), + _afn_=caml_call2(Runtime_ocaml_Runtime[27],_Vf_,_afm_), + _afo_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Vg_, + Runtime_ocaml_Runtime[13], + calcul_aide_personnalisee_loge$7), + _afp_= + caml_call1 + (caml_call2 + (Runtime_ocaml_Runtime[26], + _Vh_, + calcul_aide_personnalisee_loge$8), + _afo_), + _afq_= + caml_call3 + (Runtime_ocaml_Runtime[28], + _Vi_, + Runtime_ocaml_Runtime[13], + _afp_), + _afr_=caml_call2(Runtime_ocaml_Runtime[27],_Vj_,_afq_); + return caml_call2(Runtime_ocaml_Runtime[123],_afr_,_afn_) + ?calcul_aide_personnalisee_loge$7 + :calcul_allocation_logement_dot$6} + return eligibilite_aide_personnalisee$3 ?calcul_aide_personnalisee_loge$7 :calcul_allocation_logement_dot$6}, _aff_= @@ -121033,9 +122085,9 @@ _ad1_=menage[4], _ad2_=menage[3]; function _ad3_(personne_a_charge) - {if(0 !== personne_a_charge[0])return 1; - var enfant=personne_a_charge[1]; - return 0 === enfant[7][0]?1:0} + {if(0 === personne_a_charge[0]) + {var enfant=personne_a_charge[1];return 0 === enfant[7][0]?1:0} + return 1} var _ad4_=caml_call2(Runtime_ocaml_Runtime[90],_ad3_,_ad2_); return [0,menage[1],menage[2],_ad4_,_ad1_,_ad0_,_adZ_,_adY_]}, _acY_= @@ -121548,13 +122600,18 @@ default:var arg$3=param[1];return {"kind":"Autre","payload":arg$3}}} function type_pret_of_jsoo(type_pret) {var cons=caml_string_of_jsstring(type_pret.kind); - if(! caml_string_notequal(cons,cst_Autre$2))return _Wk_; - if(! caml_string_notequal(cons,cst_D331_32$0))return _Wj_; - if(! caml_string_notequal(cons,cst_D331_59_8$0))return _Wi_; - if(! caml_string_notequal(cons,cst_D331_63_64$0))return _Wh_; - if(! caml_string_notequal(cons,cst_D331_76_1$0))return _Wg_; - var _acW_=caml_call2(Stdlib_Printf[4],_Wf_,cons); - return caml_call1(Stdlib[2],_acW_)} + if(caml_string_notequal(cons,cst_Autre$2)) + {if(caml_string_notequal(cons,cst_D331_32$0)) + {if(caml_string_notequal(cons,cst_D331_59_8$0)) + {if(caml_string_notequal(cons,cst_D331_63_64$0)) + {if(caml_string_notequal(cons,cst_D331_76_1$0)) + {var _acW_=caml_call2(Stdlib_Printf[4],_Wf_,cons); + return caml_call1(Stdlib[2],_acW_)} + return _Wg_} + return _Wh_} + return _Wi_} + return _Wj_} + return _Wk_} function titulaire_pret_to_jsoo(param) {if(0 === param[0]) {var arg=param[1];return {"kind":"Demandeur","payload":arg}} @@ -121563,11 +122620,12 @@ "payload":arg$0}} function titulaire_pret_of_jsoo(titulaire_pret) {var cons=caml_string_of_jsstring(titulaire_pret.kind); - if(! caml_string_notequal(cons,cst_Demandeur$0))return _Wn_; - if(! caml_string_notequal(cons,cst_VendeurQuandDemandeurACont$0)) - return _Wm_; - var _acV_=caml_call2(Stdlib_Printf[4],_Wl_,cons); - return caml_call1(Stdlib[2],_acV_)} + if(caml_string_notequal(cons,cst_Demandeur$0)) + {if(caml_string_notequal(cons,cst_VendeurQuandDemandeurACont$0)) + {var _acV_=caml_call2(Stdlib_Printf[4],_Wl_,cons); + return caml_call1(Stdlib[2],_acV_)} + return _Wm_} + return _Wn_} function type_travaux_logement_d832_15_(param) {switch(param[0]) {case 0: @@ -121581,13 +122639,14 @@ var arg$1=param[1];return {"kind":"PasDeTravaux","payload":arg$1}}} function type_travaux_logement_d832_15_$0(type_travaux_logement_d832_15) {var cons=caml_string_of_jsstring(type_travaux_logement_d832_15.kind); - if(! caml_string_notequal(cons,cst_PasDeTravaux$1))return _Wr_; - if(! caml_string_notequal(cons,cst_TravauxPourAcquisitionD832$0)) - return _Wq_; - if(! caml_string_notequal(cons,cst_TravauxSurLogementDejaAcqu)) - return _Wp_; - var _acU_=caml_call2(Stdlib_Printf[4],_Wo_,cons); - return caml_call1(Stdlib[2],_acU_)} + if(caml_string_notequal(cons,cst_PasDeTravaux$1)) + {if(caml_string_notequal(cons,cst_TravauxPourAcquisitionD832$0)) + {if(caml_string_notequal(cons,cst_TravauxSurLogementDejaAcqu)) + {var _acU_=caml_call2(Stdlib_Printf[4],_Wo_,cons); + return caml_call1(Stdlib[2],_acU_)} + return _Wp_} + return _Wq_} + return _Wr_} function type_travaux_logement_r842_5_t(param) {switch(param[0]) {case 0: @@ -121603,23 +122662,28 @@ var arg$2=param[1];return {"kind":"PasDeTravaux","payload":arg$2}}} function type_travaux_logement_r842_5_o(type_travaux_logement_r842_5) {var cons=caml_string_of_jsstring(type_travaux_logement_r842_5.kind); - if(! caml_string_notequal(cons,cst_AgrandirOuRendreHabitableD$0)) - return _Ww_; - if(! caml_string_notequal(cons,cst_ObjectifDecenceLogement))return _Wv_; - if(! caml_string_notequal(cons,cst_PasDeTravaux$2))return _Wu_; - if(! caml_string_notequal(cons,cst_PrevuDansListeR321_15))return _Wt_; - var _acT_=caml_call2(Stdlib_Printf[4],_Ws_,cons); - return caml_call1(Stdlib[2],_acT_)} + if(caml_string_notequal(cons,cst_AgrandirOuRendreHabitableD$0)) + {if(caml_string_notequal(cons,cst_ObjectifDecenceLogement)) + {if(caml_string_notequal(cons,cst_PasDeTravaux$2)) + {if(caml_string_notequal(cons,cst_PrevuDansListeR321_15)) + {var _acT_=caml_call2(Stdlib_Printf[4],_Ws_,cons); + return caml_call1(Stdlib[2],_acT_)} + return _Wt_} + return _Wu_} + return _Wv_} + return _Ww_} function ameliore_par_occupant_to_jsoo(param) {if(0 === param[0]){var arg=param[1];return {"kind":"Oui","payload":arg}} var arg$0=param[1]; return {"kind":"Non","payload":arg$0}} function ameliore_par_occupant_of_jsoo(ameliore_par_occupant) {var cons=caml_string_of_jsstring(ameliore_par_occupant.kind); - if(! caml_string_notequal(cons,cst_Non$2))return _Wz_; - if(! caml_string_notequal(cons,cst_Oui$1))return _Wy_; - var _acS_=caml_call2(Stdlib_Printf[4],_Wx_,cons); - return caml_call1(Stdlib[2],_acS_)} + if(caml_string_notequal(cons,cst_Non$2)) + {if(caml_string_notequal(cons,cst_Oui$1)) + {var _acS_=caml_call2(Stdlib_Printf[4],_Wx_,cons); + return caml_call1(Stdlib[2],_acS_)} + return _Wy_} + return _Wz_} function limite_tranche_to_jsoo(param) {if(0 === param[0]) {var arg=param[1],t38=caml_call1(Runtime_ocaml_Runtime[35],arg); @@ -121628,12 +122692,15 @@ return {"kind":"Infini","payload":arg$0}} function limite_tranche_of_jsoo(limite_tranche) {var cons=caml_string_of_jsstring(limite_tranche.kind); - if(! caml_string_notequal(cons,cst_Infini$1))return _WB_; - if(caml_string_notequal(cons,cst_Revenu$1)) - {var _acQ_=caml_call2(Stdlib_Printf[4],_WA_,cons); - return caml_call1(Stdlib[2],_acQ_)} - var _acR_=caml_call1(Runtime_ocaml_Runtime[42],limite_tranche.payload); - return [0,caml_call1(Runtime_ocaml_Runtime[33],_acR_)]} + if(caml_string_notequal(cons,cst_Infini$1)) + {if(caml_string_notequal(cons,cst_Revenu$1)) + {var _acQ_=caml_call2(Stdlib_Printf[4],_WA_,cons); + return caml_call1(Stdlib[2],_acQ_)} + var + _acR_= + caml_call1(Runtime_ocaml_Runtime[42],limite_tranche.payload); + return [0,caml_call1(Runtime_ocaml_Runtime[33],_acR_)]} + return _WB_} function limite_tranche_decimal_to_jsoo(param) {if(0 === param[0]) {var arg=param[1],t44=caml_call1(Runtime_ocaml_Runtime[43],arg); @@ -121642,13 +122709,14 @@ return {"kind":"Infini","payload":arg$0}} function limite_tranche_decimal_of_jsoo(limite_tranche_decimal) {var cons=caml_string_of_jsstring(limite_tranche_decimal.kind); - if(! caml_string_notequal(cons,cst_Infini$2))return _WD_; - if(! caml_string_notequal(cons,cst_Revenu$2)) - return [0, - caml_call1 - (Runtime_ocaml_Runtime[42],limite_tranche_decimal.payload)]; - var _acP_=caml_call2(Stdlib_Printf[4],_WC_,cons); - return caml_call1(Stdlib[2],_acP_)} + if(caml_string_notequal(cons,cst_Infini$2)) + {if(caml_string_notequal(cons,cst_Revenu$2)) + {var _acP_=caml_call2(Stdlib_Printf[4],_WC_,cons); + return caml_call1(Stdlib[2],_acP_)} + return [0, + caml_call1 + (Runtime_ocaml_Runtime[42],limite_tranche_decimal.payload)]} + return _WD_} function prestation_recue_to_jsoo(param) {switch(param[0]) {case 0: @@ -121671,17 +122739,20 @@ return {"kind":"AllocationAdulteHandicape","payload":arg$4}}} function prestation_recue_of_jsoo(prestation_recue) {var cons=caml_string_of_jsstring(prestation_recue.kind); - if(! caml_string_notequal(cons,cst_AllocationAdulteHandicape)) - return _WK_; - if(! caml_string_notequal(cons,cst_AllocationJeuneEnfant$0))return _WJ_; - if(! caml_string_notequal(cons,cst_AllocationSoutienEnfantHan$0)) - return _WI_; - if(! caml_string_notequal(cons,cst_AllocationSoutienFamilial$3)) - return _WH_; - if(! caml_string_notequal(cons,cst_AllocationsFamiliales$3))return _WG_; - if(! caml_string_notequal(cons,cst_ComplementFamilial$0))return _WF_; - var _acO_=caml_call2(Stdlib_Printf[4],_WE_,cons); - return caml_call1(Stdlib[2],_acO_)} + if(caml_string_notequal(cons,cst_AllocationAdulteHandicape)) + {if(caml_string_notequal(cons,cst_AllocationJeuneEnfant$0)) + {if(caml_string_notequal(cons,cst_AllocationSoutienEnfantHan$0)) + {if(caml_string_notequal(cons,cst_AllocationSoutienFamilial$3)) + {if(caml_string_notequal(cons,cst_AllocationsFamiliales$3)) + {if(caml_string_notequal(cons,cst_ComplementFamilial$0)) + {var _acO_=caml_call2(Stdlib_Printf[4],_WE_,cons); + return caml_call1(Stdlib[2],_acO_)} + return _WF_} + return _WG_} + return _WH_} + return _WI_} + return _WJ_} + return _WK_} function parent_ou_autre_to_jsoo(param) {if(0 === param[0]) {var arg=param[1],t63=caml_call1(Runtime_ocaml_Runtime[43],arg); @@ -121691,12 +122762,13 @@ return {"kind":"Autre","payload":arg$0}} function parent_ou_autre_of_jsoo(parent_ou_autre) {var cons=caml_string_of_jsstring(parent_ou_autre.kind); - if(! caml_string_notequal(cons,cst_Autre$3))return _WM_; - if(! caml_string_notequal(cons,cst_DemandeurOuConjointOuParen$0)) - return [0, - caml_call1(Runtime_ocaml_Runtime[42],parent_ou_autre.payload)]; - var _acN_=caml_call2(Stdlib_Printf[4],_WL_,cons); - return caml_call1(Stdlib[2],_acN_)} + if(caml_string_notequal(cons,cst_Autre$3)) + {if(caml_string_notequal(cons,cst_DemandeurOuConjointOuParen$0)) + {var _acN_=caml_call2(Stdlib_Printf[4],_WL_,cons); + return caml_call1(Stdlib[2],_acN_)} + return [0, + caml_call1(Runtime_ocaml_Runtime[42],parent_ou_autre.payload)]} + return _WM_} function situation_garde_alternee_to_js(param) {if(0 === param[0]) {var arg=param[1];return {"kind":"PasDeGardeAlternee","payload":arg}} @@ -121704,13 +122776,14 @@ return {"kind":"GardeAlterneeCoefficientPriseEnCharge","payload":t71}} function situation_garde_alternee_of_js(situation_garde_alternee) {var cons=caml_string_of_jsstring(situation_garde_alternee.kind); - if(! caml_string_notequal(cons,cst_GardeAlterneeCoefficientPr)) - return [1, - caml_call1 - (Runtime_ocaml_Runtime[42],situation_garde_alternee.payload)]; - if(! caml_string_notequal(cons,cst_PasDeGardeAlternee))return _WO_; - var _acM_=caml_call2(Stdlib_Printf[4],_WN_,cons); - return caml_call1(Stdlib[2],_acM_)} + if(caml_string_notequal(cons,cst_GardeAlterneeCoefficientPr)) + {if(caml_string_notequal(cons,cst_PasDeGardeAlternee)) + {var _acM_=caml_call2(Stdlib_Printf[4],_WN_,cons); + return caml_call1(Stdlib[2],_acM_)} + return _WO_} + return [1, + caml_call1 + (Runtime_ocaml_Runtime[42],situation_garde_alternee.payload)]} function parente_to_jsoo(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Ascendant","payload":arg}; @@ -121721,12 +122794,14 @@ return {"kind":"CollateralDeuxiemeTroisiemeDegre","payload":arg$1}}} function parente_of_jsoo(parente) {var cons=caml_string_of_jsstring(parente.kind); - if(! caml_string_notequal(cons,cst_Ascendant$0))return _WS_; - if(! caml_string_notequal(cons,cst_CollateralDeuxiemeTroisiem)) - return _WR_; - if(! caml_string_notequal(cons,cst_Descendant$0))return _WQ_; - var _acL_=caml_call2(Stdlib_Printf[4],_WP_,cons); - return caml_call1(Stdlib[2],_acL_)} + if(caml_string_notequal(cons,cst_Ascendant$0)) + {if(caml_string_notequal(cons,cst_CollateralDeuxiemeTroisiem)) + {if(caml_string_notequal(cons,cst_Descendant$0)) + {var _acL_=caml_call2(Stdlib_Printf[4],_WP_,cons); + return caml_call1(Stdlib[2],_acL_)} + return _WQ_} + return _WR_} + return _WS_} function date_de_naissance_ou_mois_de_g(param) {switch(param[0]) {case 0: @@ -121742,17 +122817,17 @@ "payload":arg$1}}} function date_de_naissance_ou_mois_de_g$0(date_de_naissance_ou_mois_de_g) {var cons=caml_string_of_jsstring(date_de_naissance_ou_mois_de_g.kind); - if(! caml_string_notequal(cons,cst_ApresPremierJourMoisCivilT)) - return _WV_; - if(! caml_string_notequal(cons,cst_AvantPremierJourMoisCivilT$0)) - return _WU_; - if(! caml_string_notequal(cons,cst_DateDeNaissance$0)) - return [0, - caml_call1 - (Runtime_jsoo_Runtime[4], - date_de_naissance_ou_mois_de_g.payload)]; - var _acK_=caml_call2(Stdlib_Printf[4],_WT_,cons); - return caml_call1(Stdlib[2],_acK_)} + if(caml_string_notequal(cons,cst_ApresPremierJourMoisCivilT)) + {if(caml_string_notequal(cons,cst_AvantPremierJourMoisCivilT$0)) + {if(caml_string_notequal(cons,cst_DateDeNaissance$0)) + {var _acK_=caml_call2(Stdlib_Printf[4],_WT_,cons); + return caml_call1(Stdlib[2],_acK_)} + return [0, + caml_call1 + (Runtime_jsoo_Runtime[4], + date_de_naissance_ou_mois_de_g.payload)]} + return _WU_} + return _WV_} function zone_d_habitation_to_jsoo(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Zone1","payload":arg}; @@ -121760,11 +122835,14 @@ default:var arg$1=param[1];return {"kind":"Zone3","payload":arg$1}}} function zone_d_habitation_of_jsoo(zone_d_habitation) {var cons=caml_string_of_jsstring(zone_d_habitation.kind); - if(! caml_string_notequal(cons,cst_Zone1$0))return _WZ_; - if(! caml_string_notequal(cons,cst_Zone2$0))return _WY_; - if(! caml_string_notequal(cons,cst_Zone3$0))return _WX_; - var _acJ_=caml_call2(Stdlib_Printf[4],_WW_,cons); - return caml_call1(Stdlib[2],_acJ_)} + if(caml_string_notequal(cons,cst_Zone1$0)) + {if(caml_string_notequal(cons,cst_Zone2$0)) + {if(caml_string_notequal(cons,cst_Zone3$0)) + {var _acJ_=caml_call2(Stdlib_Printf[4],_WW_,cons); + return caml_call1(Stdlib[2],_acJ_)} + return _WX_} + return _WY_} + return _WZ_} function paiement_logement_distinct_pro(param) {if(0 === param[0]) {var arg=param[1],t97=caml_call1(Runtime_ocaml_Runtime[35],arg); @@ -121773,15 +122851,16 @@ return {"kind":"Non","payload":arg$0}} function paiement_logement_distinct_pro$0(paiement_logement_distinct_pro) {var cons=caml_string_of_jsstring(paiement_logement_distinct_pro.kind); - if(! caml_string_notequal(cons,cst_Non$3))return _W1_; - if(caml_string_notequal(cons,cst_OuiAvecLoyerOuCharges$0)) - {var _acH_=caml_call2(Stdlib_Printf[4],_W0_,cons); - return caml_call1(Stdlib[2],_acH_)} - var - _acI_= - caml_call1 - (Runtime_ocaml_Runtime[42],paiement_logement_distinct_pro.payload); - return [0,caml_call1(Runtime_ocaml_Runtime[33],_acI_)]} + if(caml_string_notequal(cons,cst_Non$3)) + {if(caml_string_notequal(cons,cst_OuiAvecLoyerOuCharges$0)) + {var _acH_=caml_call2(Stdlib_Printf[4],_W0_,cons); + return caml_call1(Stdlib[2],_acH_)} + var + _acI_= + caml_call1 + (Runtime_ocaml_Runtime[42],paiement_logement_distinct_pro.payload); + return [0,caml_call1(Runtime_ocaml_Runtime[33],_acI_)]} + return _W1_} function versement_a_to_jsoo(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Bailleur","payload":arg}; @@ -121792,11 +122871,14 @@ return {"kind":"EtablissementHabilite","payload":arg$1}}} function versement_a_of_jsoo(versement_a) {var cons=caml_string_of_jsstring(versement_a.kind); - if(! caml_string_notequal(cons,cst_Bailleur$0))return _W5_; - if(! caml_string_notequal(cons,cst_Beneficiaire))return _W4_; - if(! caml_string_notequal(cons,cst_EtablissementHabilite))return _W3_; - var _acG_=caml_call2(Stdlib_Printf[4],_W2_,cons); - return caml_call1(Stdlib[2],_acG_)} + if(caml_string_notequal(cons,cst_Bailleur$0)) + {if(caml_string_notequal(cons,cst_Beneficiaire)) + {if(caml_string_notequal(cons,cst_EtablissementHabilite)) + {var _acG_=caml_call2(Stdlib_Printf[4],_W2_,cons); + return caml_call1(Stdlib[2],_acG_)} + return _W3_} + return _W4_} + return _W5_} function depense_logement_to_jsoo(param) {switch(param[0]) {case 0: @@ -121810,23 +122892,23 @@ return {"kind":"Loyer","payload":t114}}} function depense_logement_of_jsoo(depense_logement) {var cons=caml_string_of_jsstring(depense_logement.kind); - if(! caml_string_notequal(cons,cst_Loyer$0)) - {var - _acF_= - caml_call1(Runtime_ocaml_Runtime[42],depense_logement.payload); - return [2,caml_call1(Runtime_ocaml_Runtime[33],_acF_)]} - if(! caml_string_notequal(cons,cst_Mensualite)) - {var + if(caml_string_notequal(cons,cst_Loyer$0)) + {if(caml_string_notequal(cons,cst_Mensualite)) + {if(caml_string_notequal(cons,cst_TotalAnnuelEcheances)) + {var _acC_=caml_call2(Stdlib_Printf[4],_W6_,cons); + return caml_call1(Stdlib[2],_acC_)} + var + _acD_= + caml_call1(Runtime_ocaml_Runtime[42],depense_logement.payload); + return [0,caml_call1(Runtime_ocaml_Runtime[33],_acD_)]} + var _acE_= caml_call1(Runtime_ocaml_Runtime[42],depense_logement.payload); return [1,caml_call1(Runtime_ocaml_Runtime[33],_acE_)]} - if(caml_string_notequal(cons,cst_TotalAnnuelEcheances)) - {var _acC_=caml_call2(Stdlib_Printf[4],_W6_,cons); - return caml_call1(Stdlib[2],_acC_)} var - _acD_= + _acF_= caml_call1(Runtime_ocaml_Runtime[42],depense_logement.payload); - return [0,caml_call1(Runtime_ocaml_Runtime[33],_acD_)]} + return [2,caml_call1(Runtime_ocaml_Runtime[33],_acF_)]} function mode_occupation_impaye_to_jsoo(param) {if(0 === param[0]) {var arg=param[1];return {"kind":"ImpayeLoyer","payload":arg}} @@ -121834,10 +122916,12 @@ return {"kind":"ImpayePret","payload":arg$0}} function mode_occupation_impaye_of_jsoo(mode_occupation_impaye) {var cons=caml_string_of_jsstring(mode_occupation_impaye.kind); - if(! caml_string_notequal(cons,cst_ImpayeLoyer))return _W9_; - if(! caml_string_notequal(cons,cst_ImpayePret))return _W8_; - var _acB_=caml_call2(Stdlib_Printf[4],_W7_,cons); - return caml_call1(Stdlib[2],_acB_)} + if(caml_string_notequal(cons,cst_ImpayeLoyer)) + {if(caml_string_notequal(cons,cst_ImpayePret)) + {var _acB_=caml_call2(Stdlib_Printf[4],_W7_,cons); + return caml_call1(Stdlib[2],_acB_)} + return _W8_} + return _W9_} function type_eligibilite_allocation_lo(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"PasEligible","payload":arg}; @@ -121849,13 +122933,14 @@ return {"kind":"AllocationLogementSociale","payload":arg$1}}} function type_eligibilite_allocation_lo$0(type_eligibilite_allocation_lo) {var cons=caml_string_of_jsstring(type_eligibilite_allocation_lo.kind); - if(! caml_string_notequal(cons,cst_AllocationLogementFamilial$1)) - return _Xb_; - if(! caml_string_notequal(cons,cst_AllocationLogementSociale$1)) - return _Xa_; - if(! caml_string_notequal(cons,cst_PasEligible))return _W$_; - var _acA_=caml_call2(Stdlib_Printf[4],_W__,cons); - return caml_call1(Stdlib[2],_acA_)} + if(caml_string_notequal(cons,cst_AllocationLogementFamilial$1)) + {if(caml_string_notequal(cons,cst_AllocationLogementSociale$1)) + {if(caml_string_notequal(cons,cst_PasEligible)) + {var _acA_=caml_call2(Stdlib_Printf[4],_W__,cons); + return caml_call1(Stdlib[2],_acA_)} + return _W$_} + return _Xa_} + return _Xb_} function type_aides_personnelle_logemen(param) {switch(param[0]) {case 0: @@ -121869,14 +122954,14 @@ return {"kind":"AllocationLogementSociale","payload":arg$1}}} function type_aides_personnelle_logemen$0(type_aides_personnelle_logemen) {var cons=caml_string_of_jsstring(type_aides_personnelle_logemen.kind); - if(! caml_string_notequal(cons,cst_AidePersonnaliseeLogement)) - return _Xf_; - if(! caml_string_notequal(cons,cst_AllocationLogementFamilial$2)) - return _Xe_; - if(! caml_string_notequal(cons,cst_AllocationLogementSociale$2)) - return _Xd_; - var _acz_=caml_call2(Stdlib_Printf[4],_Xc_,cons); - return caml_call1(Stdlib[2],_acz_)} + if(caml_string_notequal(cons,cst_AidePersonnaliseeLogement)) + {if(caml_string_notequal(cons,cst_AllocationLogementFamilial$2)) + {if(caml_string_notequal(cons,cst_AllocationLogementSociale$2)) + {var _acz_=caml_call2(Stdlib_Printf[4],_Xc_,cons); + return caml_call1(Stdlib[2],_acz_)} + return _Xd_} + return _Xe_} + return _Xf_} function situation_familiale_to_jsoo(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Celibataire","payload":arg}; @@ -121893,17 +122978,22 @@ return {"kind":"ConcubinageDontSepareDeFait","payload":arg$4}}} function situation_familiale_of_jsoo(situation_familiale) {var cons=caml_string_of_jsstring(situation_familiale.kind); - if(! caml_string_notequal(cons,cst_Celibataire))return _Xl_; - if(! caml_string_notequal(cons,cst_CelibataireSepareDeFait))return _Xk_; - if(! caml_string_notequal(cons,cst_ConcubinageDontSepareDeFai)) - return _Xj_; - if(! caml_string_notequal(cons,cst_Concubins$0))return _Xi_; - if(! caml_string_notequal(cons,cst_Maries)) - return [1, - caml_call1(Runtime_jsoo_Runtime[4],situation_familiale.payload)]; - if(! caml_string_notequal(cons,cst_Pacses))return _Xh_; - var _acy_=caml_call2(Stdlib_Printf[4],_Xg_,cons); - return caml_call1(Stdlib[2],_acy_)} + if(caml_string_notequal(cons,cst_Celibataire)) + {if(caml_string_notequal(cons,cst_CelibataireSepareDeFait)) + {if(caml_string_notequal(cons,cst_ConcubinageDontSepareDeFai)) + {if(caml_string_notequal(cons,cst_Concubins$0)) + {if(caml_string_notequal(cons,cst_Maries)) + {if(caml_string_notequal(cons,cst_Pacses)) + {var _acy_=caml_call2(Stdlib_Printf[4],_Xg_,cons); + return caml_call1(Stdlib[2],_acy_)} + return _Xh_} + return [1, + caml_call1 + (Runtime_jsoo_Runtime[4],situation_familiale.payload)]} + return _Xi_} + return _Xj_} + return _Xk_} + return _Xl_} function prise_en_charge_to_jsoo$0(param) {switch(param[0]) {case 0: @@ -121918,13 +123008,14 @@ "payload":arg$1}}} function prise_en_charge_of_jsoo$0(prise_en_charge) {var cons=caml_string_of_jsstring(prise_en_charge.kind); - if(! caml_string_notequal(cons,cst_EffectiveEtPermanente$3))return _Xp_; - if(! caml_string_notequal(cons,cst_ResidenceAlterneeAllocatai)) - return _Xo_; - if(! caml_string_notequal(cons,cst_ResidenceAlterneeAllocatio)) - return _Xn_; - var _acx_=caml_call2(Stdlib_Printf[4],_Xm_,cons); - return caml_call1(Stdlib[2],_acx_)} + if(caml_string_notequal(cons,cst_EffectiveEtPermanente$3)) + {if(caml_string_notequal(cons,cst_ResidenceAlterneeAllocatai)) + {if(caml_string_notequal(cons,cst_ResidenceAlterneeAllocatio)) + {var _acx_=caml_call2(Stdlib_Printf[4],_Xm_,cons); + return caml_call1(Stdlib[2],_acx_)} + return _Xn_} + return _Xo_} + return _Xp_} function type_logement_foyer_to_jsoo(param) {switch(param[0]) {case 0: @@ -121941,14 +123032,16 @@ default:var arg$2=param[1];return {"kind":"Autre","payload":arg$2}}} function type_logement_foyer_of_jsoo(type_logement_foyer) {var cons=caml_string_of_jsstring(type_logement_foyer.kind); - if(! caml_string_notequal(cons,cst_Autre$4))return _Xu_; - if(! caml_string_notequal(cons,cst_FoyerJeunesTrvailleursOuMi$0)) - return _Xt_; - if(! caml_string_notequal(cons,cst_LogementPersonnesAgeesOuHa)) - return _Xs_; - if(! caml_string_notequal(cons,cst_ResidenceSociale))return _Xr_; - var _acw_=caml_call2(Stdlib_Printf[4],_Xq_,cons); - return caml_call1(Stdlib[2],_acw_)} + if(caml_string_notequal(cons,cst_Autre$4)) + {if(caml_string_notequal(cons,cst_FoyerJeunesTrvailleursOuMi$0)) + {if(caml_string_notequal(cons,cst_LogementPersonnesAgeesOuHa)) + {if(caml_string_notequal(cons,cst_ResidenceSociale)) + {var _acw_=caml_call2(Stdlib_Printf[4],_Xq_,cons); + return caml_call1(Stdlib[2],_acw_)} + return _Xr_} + return _Xs_} + return _Xt_} + return _Xu_} function categorie_equivalence_loyer_al(param) {switch(param[0]) {case 0: @@ -121965,15 +123058,16 @@ var arg$2=param[1];return {"kind":"AutresPersonnes","payload":arg$2}}} function categorie_equivalence_loyer_al$0(categorie_equivalence_loyer_al) {var cons=caml_string_of_jsstring(categorie_equivalence_loyer_al.kind); - if(! caml_string_notequal(cons,cst_AutresPersonnes$0))return _Xz_; - if(! caml_string_notequal(cons,cst_EtudiantLogeEnChambreCROUS)) - return _Xy_; - if(! caml_string_notequal(cons,cst_EtudiantLogeEnChambreCROUS$0)) - return _Xx_; - if(! caml_string_notequal(cons,cst_PersonnesAgeesSelon3DeD842)) - return _Xw_; - var _acv_=caml_call2(Stdlib_Printf[4],_Xv_,cons); - return caml_call1(Stdlib[2],_acv_)} + if(caml_string_notequal(cons,cst_AutresPersonnes$0)) + {if(caml_string_notequal(cons,cst_EtudiantLogeEnChambreCROUS)) + {if(caml_string_notequal(cons,cst_EtudiantLogeEnChambreCROUS$0)) + {if(caml_string_notequal(cons,cst_PersonnesAgeesSelon3DeD842)) + {var _acv_=caml_call2(Stdlib_Printf[4],_Xv_,cons); + return caml_call1(Stdlib[2],_acv_)} + return _Xw_} + return _Xx_} + return _Xy_} + return _Xz_} function situation_familiale_calcul_a_p(param) {if(0 === param[0]) {var arg=param[1];return {"kind":"PersonneSeule","payload":arg}} @@ -121981,10 +123075,12 @@ return {"kind":"Couple","payload":arg$0}} function situation_familiale_calcul_a_p$0(situation_familiale_calcul_a_p) {var cons=caml_string_of_jsstring(situation_familiale_calcul_a_p.kind); - if(! caml_string_notequal(cons,cst_Couple$0))return _XC_; - if(! caml_string_notequal(cons,cst_PersonneSeule$0))return _XB_; - var _acu_=caml_call2(Stdlib_Printf[4],_XA_,cons); - return caml_call1(Stdlib[2],_acu_)} + if(caml_string_notequal(cons,cst_Couple$0)) + {if(caml_string_notequal(cons,cst_PersonneSeule$0)) + {var _acu_=caml_call2(Stdlib_Printf[4],_XA_,cons); + return caml_call1(Stdlib[2],_acu_)} + return _XB_} + return _XC_} function collectivite_to_jsoo$0(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Guadeloupe","payload":arg}; @@ -122003,17 +123099,26 @@ default:var arg$7=param[1];return {"kind":"Mayotte","payload":arg$7}}} function collectivite_of_jsoo$0(collectivite) {var cons=caml_string_of_jsstring(collectivite.kind); - if(! caml_string_notequal(cons,cst_Guadeloupe$2))return _XM_; - if(! caml_string_notequal(cons,cst_Guyane$2))return _XL_; - if(! caml_string_notequal(cons,cst_LaReunion$0))return _XK_; - if(! caml_string_notequal(cons,cst_Martinique$2))return _XJ_; - if(! caml_string_notequal(cons,cst_Mayotte$2))return _XI_; - if(! caml_string_notequal(cons,cst_Metropole$0))return _XH_; - if(! caml_string_notequal(cons,cst_SaintBarthelemy$0))return _XG_; - if(! caml_string_notequal(cons,cst_SaintMartin$2))return _XF_; - if(! caml_string_notequal(cons,cst_SaintPierreEtMiquelon$2))return _XE_; - var _act_=caml_call2(Stdlib_Printf[4],_XD_,cons); - return caml_call1(Stdlib[2],_act_)} + if(caml_string_notequal(cons,cst_Guadeloupe$2)) + {if(caml_string_notequal(cons,cst_Guyane$2)) + {if(caml_string_notequal(cons,cst_LaReunion$0)) + {if(caml_string_notequal(cons,cst_Martinique$2)) + {if(caml_string_notequal(cons,cst_Mayotte$2)) + {if(caml_string_notequal(cons,cst_Metropole$0)) + {if(caml_string_notequal(cons,cst_SaintBarthelemy$0)) + {if(caml_string_notequal(cons,cst_SaintMartin$2)) + {if(caml_string_notequal(cons,cst_SaintPierreEtMiquelon$2)) + {var _act_=caml_call2(Stdlib_Printf[4],_XD_,cons); + return caml_call1(Stdlib[2],_act_)} + return _XE_} + return _XF_} + return _XG_} + return _XH_} + return _XI_} + return _XJ_} + return _XK_} + return _XL_} + return _XM_} function prise_en_charge_enfant_to_jsoo(param) {switch(param[0]) {case 0: @@ -122035,17 +123140,18 @@ "payload":arg$3}}} function prise_en_charge_enfant_of_jsoo(prise_en_charge_enfant) {var cons=caml_string_of_jsstring(prise_en_charge_enfant.kind); - if(! caml_string_notequal(cons,cst_EffectiveEtPermanente$4))return _XS_; - if(! caml_string_notequal(cons,cst_GardeAlterneeAllocataireUn$0)) - return _XR_; - if(! caml_string_notequal(cons,cst_GardeAlterneePartageAlloca$0)) - return _XQ_; - if(! caml_string_notequal(cons,cst_ServicesSociauxAllocationV$5)) - return _XP_; - if(! caml_string_notequal(cons,cst_ServicesSociauxAllocationV$6)) - return _XO_; - var _acs_=caml_call2(Stdlib_Printf[4],_XN_,cons); - return caml_call1(Stdlib[2],_acs_)} + if(caml_string_notequal(cons,cst_EffectiveEtPermanente$4)) + {if(caml_string_notequal(cons,cst_GardeAlterneeAllocataireUn$0)) + {if(caml_string_notequal(cons,cst_GardeAlterneePartageAlloca$0)) + {if(caml_string_notequal(cons,cst_ServicesSociauxAllocationV$5)) + {if(caml_string_notequal(cons,cst_ServicesSociauxAllocationV$6)) + {var _acs_=caml_call2(Stdlib_Printf[4],_XN_,cons); + return caml_call1(Stdlib[2],_acs_)} + return _XO_} + return _XP_} + return _XQ_} + return _XR_} + return _XS_} function situation_obligation_scolaire_$1(param) {switch(param[0]) {case 0:var arg=param[1];return {"kind":"Avant","payload":arg}; @@ -122053,11 +123159,14 @@ default:var arg$1=param[1];return {"kind":"Apres","payload":arg$1}}} function situation_obligation_scolaire_$2(situation_obligation_scolaire) {var cons=caml_string_of_jsstring(situation_obligation_scolaire.kind); - if(! caml_string_notequal(cons,cst_Apres$0))return _XW_; - if(! caml_string_notequal(cons,cst_Avant$2))return _XV_; - if(! caml_string_notequal(cons,cst_Pendant$2))return _XU_; - var _acr_=caml_call2(Stdlib_Printf[4],_XT_,cons); - return caml_call1(Stdlib[2],_acr_)} + if(caml_string_notequal(cons,cst_Apres$0)) + {if(caml_string_notequal(cons,cst_Avant$2)) + {if(caml_string_notequal(cons,cst_Pendant$2)) + {var _acr_=caml_call2(Stdlib_Printf[4],_XT_,cons); + return caml_call1(Stdlib[2],_acr_)} + return _XU_} + return _XV_} + return _XW_} function element_prestations_familiales$1(param) {switch(param[0]) {case 0: @@ -122087,21 +123196,25 @@ "payload":arg$6}}} function element_prestations_familiales$2(element_prestations_familiales) {var cons=caml_string_of_jsstring(element_prestations_familiales.kind); - if(! caml_string_notequal(cons,cst_AllocationEducationEnfantH$0)) - return _X5_; - if(! caml_string_notequal(cons,cst_AllocationJournalierePrese$0)) - return _X4_; - if(! caml_string_notequal(cons,cst_AllocationLogement$2))return _X3_; - if(! caml_string_notequal(cons,cst_AllocationRentreeScolaire$0)) - return _X2_; - if(! caml_string_notequal(cons,cst_AllocationSoutienFamilial$4)) - return _X1_; - if(! caml_string_notequal(cons,cst_AllocationsFamiliales$4))return _X0_; - if(! caml_string_notequal(cons,cst_ComplementFamilial$1))return _XZ_; - if(! caml_string_notequal(cons,cst_PrestationAccueilJeuneEnfa$2)) - return _XY_; - var _acq_=caml_call2(Stdlib_Printf[4],_XX_,cons); - return caml_call1(Stdlib[2],_acq_)} + if(caml_string_notequal(cons,cst_AllocationEducationEnfantH$0)) + {if(caml_string_notequal(cons,cst_AllocationJournalierePrese$0)) + {if(caml_string_notequal(cons,cst_AllocationLogement$2)) + {if(caml_string_notequal(cons,cst_AllocationRentreeScolaire$0)) + {if(caml_string_notequal(cons,cst_AllocationSoutienFamilial$4)) + {if(caml_string_notequal(cons,cst_AllocationsFamiliales$4)) + {if(caml_string_notequal(cons,cst_ComplementFamilial$1)) + {if + (caml_string_notequal(cons,cst_PrestationAccueilJeuneEnfa$2)) + {var _acq_=caml_call2(Stdlib_Printf[4],_XX_,cons); + return caml_call1(Stdlib[2],_acq_)} + return _XY_} + return _XZ_} + return _X0_} + return _X1_} + return _X2_} + return _X3_} + return _X4_} + return _X5_} function convention_bailleur_social_to_(convention_bailleur_social) {var t237= @@ -122826,11 +123939,12 @@ return {"kind":"Ancien","payload":t376}} function neuf_ou_ancien_of_jsoo(neuf_ou_ancien) {var cons=caml_string_of_jsstring(neuf_ou_ancien.kind); - if(! caml_string_notequal(cons,cst_Ancien$0)) - return [1,ameliore_par_occupant_of_jsoo(neuf_ou_ancien.payload)]; - if(! caml_string_notequal(cons,cst_Neuf$0))return _X7_; - var _aax_=caml_call2(Stdlib_Printf[4],_X6_,cons); - return caml_call1(Stdlib[2],_aax_)} + if(caml_string_notequal(cons,cst_Ancien$0)) + {if(caml_string_notequal(cons,cst_Neuf$0)) + {var _aax_=caml_call2(Stdlib_Printf[4],_X6_,cons); + return caml_call1(Stdlib[2],_aax_)} + return _X7_} + return [1,ameliore_par_occupant_of_jsoo(neuf_ou_ancien.payload)]} function tranche_revenu_to_jsoo(tranche_revenu) {var t381=caml_call1(Runtime_ocaml_Runtime[43],tranche_revenu[3]), @@ -122906,13 +124020,14 @@ return {"kind":"PlusDeTroisEnfants","payload":t408}} function date_naissance_troisieme_ou_de$0(date_naissance_troisieme_ou_de) {var cons=caml_string_of_jsstring(date_naissance_troisieme_ou_de.kind); - if(! caml_string_notequal(cons,cst_MoinsDeTroisEnfants$0))return _X9_; - if(! caml_string_notequal(cons,cst_PlusDeTroisEnfants$0)) - return [1, - date_de_naissance_ou_mois_de_g$0 - (date_naissance_troisieme_ou_de.payload)]; - var _aak_=caml_call2(Stdlib_Printf[4],_X8_,cons); - return caml_call1(Stdlib[2],_aak_)} + if(caml_string_notequal(cons,cst_MoinsDeTroisEnfants$0)) + {if(caml_string_notequal(cons,cst_PlusDeTroisEnfants$0)) + {var _aak_=caml_call2(Stdlib_Printf[4],_X8_,cons); + return caml_call1(Stdlib[2],_aak_)} + return [1, + date_de_naissance_ou_mois_de_g$0 + (date_naissance_troisieme_ou_de.payload)]} + return _X9_} function eligibilite_allocation_logemen$0(eligibilite_allocation_logemen) {var _aai_=eligibilite_allocation_logemen[3]; function _aaj_(x){return caml_call1(Runtime_ocaml_Runtime[43],x)} @@ -123085,26 +124200,28 @@ var arg$1=param[1];return {"kind":"BailleurPrive","payload":arg$1}}} function type_bailleur_of_jsoo(type_bailleur) {var cons=caml_string_of_jsstring(type_bailleur.kind); - if(! caml_string_notequal(cons,cst_BailleurPrive))return _X$_; - if(! caml_string_notequal(cons,cst_BailleurPriveAvecConventio)) - return [1,convention_a_n_h_a_of_jsoo(type_bailleur.payload)]; - if(! caml_string_notequal(cons,cst_BailleurSocial$0)) - return [0,convention_bailleur_social_of_(type_bailleur.payload)]; - var _$U_=caml_call2(Stdlib_Printf[4],_X__,cons); - return caml_call1(Stdlib[2],_$U_)} + if(caml_string_notequal(cons,cst_BailleurPrive)) + {if(caml_string_notequal(cons,cst_BailleurPriveAvecConventio)) + {if(caml_string_notequal(cons,cst_BailleurSocial$0)) + {var _$U_=caml_call2(Stdlib_Printf[4],_X__,cons); + return caml_call1(Stdlib[2],_$U_)} + return [0,convention_bailleur_social_of_(type_bailleur.payload)]} + return [1,convention_a_n_h_a_of_jsoo(type_bailleur.payload)]} + return _X$_} function loue_ou_sous_loue_a_des_tiers_(param) {if(0 === param[0]){var arg=param[1];return {"kind":"Non","payload":arg}} var arg$0=param[1],t471=personne_sous_location_to_jsoo(arg$0); return {"kind":"Oui","payload":t471}} function loue_ou_sous_loue_a_des_tiers_$0(loue_ou_sous_loue_a_des_tiers) {var cons=caml_string_of_jsstring(loue_ou_sous_loue_a_des_tiers.kind); - if(! caml_string_notequal(cons,cst_Non$4))return _Yb_; - if(! caml_string_notequal(cons,cst_Oui$2)) - return [1, - personne_sous_location_of_jsoo - (loue_ou_sous_loue_a_des_tiers.payload)]; - var _$T_=caml_call2(Stdlib_Printf[4],_Ya_,cons); - return caml_call1(Stdlib[2],_$T_)} + if(caml_string_notequal(cons,cst_Non$4)) + {if(caml_string_notequal(cons,cst_Oui$2)) + {var _$T_=caml_call2(Stdlib_Printf[4],_Ya_,cons); + return caml_call1(Stdlib[2],_$T_)} + return [1, + personne_sous_location_of_jsoo + (loue_ou_sous_loue_a_des_tiers.payload)]} + return _Yb_} function nationalite_to_jsoo(param) {if(0 === param[0]) {var arg=param[1];return {"kind":"Francaise","payload":arg}} @@ -123112,11 +124229,12 @@ return {"kind":"Etrangere","payload":t477}} function nationalite_of_jsoo(nationalite) {var cons=caml_string_of_jsstring(nationalite.kind); - if(! caml_string_notequal(cons,cst_Etrangere)) - return [1,conditions_etrangers_of_jsoo(nationalite.payload)]; - if(! caml_string_notequal(cons,cst_Francaise))return _Yd_; - var _$S_=caml_call2(Stdlib_Printf[4],_Yc_,cons); - return caml_call1(Stdlib[2],_$S_)} + if(caml_string_notequal(cons,cst_Etrangere)) + {if(caml_string_notequal(cons,cst_Francaise)) + {var _$S_=caml_call2(Stdlib_Printf[4],_Yc_,cons); + return caml_call1(Stdlib[2],_$S_)} + return _Yd_} + return [1,conditions_etrangers_of_jsoo(nationalite.payload)]} function changement_logement_d842_4_to_(param) {if(0 === param[0]) {var arg=param[1],t481=infos_changement_logement_d842(arg); @@ -123125,13 +124243,14 @@ return {"kind":"PasDeChangement","payload":arg$0}} function changement_logement_d842_4_of_(changement_logement_d842_4) {var cons=caml_string_of_jsstring(changement_logement_d842_4.kind); - if(! caml_string_notequal(cons,cst_Changement$0)) - return [0, - infos_changement_logement_d842$0 - (changement_logement_d842_4.payload)]; - if(! caml_string_notequal(cons,cst_PasDeChangement$0))return _Yf_; - var _$R_=caml_call2(Stdlib_Printf[4],_Ye_,cons); - return caml_call1(Stdlib[2],_$R_)} + if(caml_string_notequal(cons,cst_Changement$0)) + {if(caml_string_notequal(cons,cst_PasDeChangement$0)) + {var _$R_=caml_call2(Stdlib_Printf[4],_Ye_,cons); + return caml_call1(Stdlib[2],_$R_)} + return _Yf_} + return [0, + infos_changement_logement_d842$0 + (changement_logement_d842_4.payload)]} function proprietaire_to_jsoo(proprietaire) {var t496=pret_to_jsoo(proprietaire[11]), @@ -123251,12 +124370,12 @@ return {"kind":"AutrePersonneACharge","payload":t521}} function personne_a_charge_of_jsoo(personne_a_charge) {var cons=caml_string_of_jsstring(personne_a_charge.kind); - if(! caml_string_notequal(cons,cst_AutrePersonneACharge)) - return [1,autre_personne_a_charge_of_jso(personne_a_charge.payload)]; - if(! caml_string_notequal(cons,cst_EnfantACharge)) - return [0,enfant_a_charge_of_jsoo(personne_a_charge.payload)]; - var _$y_=caml_call2(Stdlib_Printf[4],_Yg_,cons); - return caml_call1(Stdlib[2],_$y_)} + if(caml_string_notequal(cons,cst_AutrePersonneACharge)) + {if(caml_string_notequal(cons,cst_EnfantACharge)) + {var _$y_=caml_call2(Stdlib_Printf[4],_Yg_,cons); + return caml_call1(Stdlib[2],_$y_)} + return [0,enfant_a_charge_of_jsoo(personne_a_charge.payload)]} + return [1,autre_personne_a_charge_of_jso(personne_a_charge.payload)]} function demandeur_to_jsoo(demandeur) {var t528=! ! demandeur[4], @@ -123372,14 +124491,14 @@ return {"kind":"LogementFoyer","payload":t563}}} function categorie_calcul_a_p_l_of_jsoo(categorie_calcul_a_p_l) {var cons=caml_string_of_jsstring(categorie_calcul_a_p_l.kind); - if(! caml_string_notequal(cons,cst_AccessionPropriete)) - return [1,proprietaire_of_jsoo(categorie_calcul_a_p_l.payload)]; - if(! caml_string_notequal(cons,cst_Location$0)) - return [0,location_of_jsoo(categorie_calcul_a_p_l.payload)]; - if(! caml_string_notequal(cons,cst_LogementFoyer$0)) - return [2,logement_foyer_of_jsoo(categorie_calcul_a_p_l.payload)]; - var _$d_=caml_call2(Stdlib_Printf[4],_Yh_,cons); - return caml_call1(Stdlib[2],_$d_)} + if(caml_string_notequal(cons,cst_AccessionPropriete)) + {if(caml_string_notequal(cons,cst_Location$0)) + {if(caml_string_notequal(cons,cst_LogementFoyer$0)) + {var _$d_=caml_call2(Stdlib_Printf[4],_Yh_,cons); + return caml_call1(Stdlib[2],_$d_)} + return [2,logement_foyer_of_jsoo(categorie_calcul_a_p_l.payload)]} + return [0,location_of_jsoo(categorie_calcul_a_p_l.payload)]} + return [1,proprietaire_of_jsoo(categorie_calcul_a_p_l.payload)]} function mode_occupation_to_jsoo(param) {switch(param[0]) {case 0: @@ -123400,18 +124519,18 @@ return {"kind":"LocationAccession","payload":t577}}} function mode_occupation_of_jsoo(mode_occupation) {var cons=caml_string_of_jsstring(mode_occupation.kind); - if(! caml_string_notequal(cons,cst_AccessionProprieteLocalUsa)) - return [2,proprietaire_of_jsoo(mode_occupation.payload)]; - if(! caml_string_notequal(cons,cst_Locataire$0)) - return [0,location_of_jsoo(mode_occupation.payload)]; - if(! caml_string_notequal(cons,cst_LocationAccession$0)) - return [4,proprietaire_of_jsoo(mode_occupation.payload)]; - if(! caml_string_notequal(cons,cst_ResidentLogementFoyer)) - return [1,logement_foyer_of_jsoo(mode_occupation.payload)]; - if(! caml_string_notequal(cons,cst_SousLocataire$0)) - return [3,location_of_jsoo(mode_occupation.payload)]; - var _$c_=caml_call2(Stdlib_Printf[4],_Yi_,cons); - return caml_call1(Stdlib[2],_$c_)} + if(caml_string_notequal(cons,cst_AccessionProprieteLocalUsa)) + {if(caml_string_notequal(cons,cst_Locataire$0)) + {if(caml_string_notequal(cons,cst_LocationAccession$0)) + {if(caml_string_notequal(cons,cst_ResidentLogementFoyer)) + {if(caml_string_notequal(cons,cst_SousLocataire$0)) + {var _$c_=caml_call2(Stdlib_Printf[4],_Yi_,cons); + return caml_call1(Stdlib[2],_$c_)} + return [3,location_of_jsoo(mode_occupation.payload)]} + return [1,logement_foyer_of_jsoo(mode_occupation.payload)]} + return [4,proprietaire_of_jsoo(mode_occupation.payload)]} + return [0,location_of_jsoo(mode_occupation.payload)]} + return [2,proprietaire_of_jsoo(mode_occupation.payload)]} function logement_to_jsoo(logement) {var t592=zone_d_habitation_to_jsoo(logement[9]), @@ -125136,10 +126255,8 @@ (globalThis)); -//# 1 ".api_web.eobjs/byte/dune__exe__Api_web.cmo.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 ".api_web.eobjs/jsoo/dune__exe__Api_web.cmo.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime, @@ -125189,10 +126306,8 @@ (globalThis)); -//# 1 "../../.js/stdlib/std_exit.cmo.js" -// Generated by js_of_ocaml -(function - (globalThis) +//# 1 "../../.js/default/stdlib/std_exit.cmo.js" +(function(globalThis) {"use strict"; var runtime=globalThis.jsoo_runtime; function caml_call1(f,a0) @@ -125205,4 +126320,4 @@ (globalThis)); -//# 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