- clojure (cljs): self-host arity fix. Apparently ClojureScript
functions that have metadata attached only support arity of 20. This
is problem during self-host because the main EVAL cond macro is 22
items so it blows up when applied in macroexpand. So we preserve the
origin unadorned function through to macroexpand and use it there
instead of the adorned function/macro.
- basic: fix build when in self-host qbasic mode.
- coffee, cs, dart, elisp, hy, rexx, vb: fix self-host reader errs. Preserve
or extract the correct error message in try*/catch* loops so that it
works for self-host error message printing as well.
- mal: pathing issue in ./run script that affected the wasm
implementation path permissions
- miniMAL: remove extraneous command line printing of "nil".
- ps: inc function was not actually defined.
- rust: write warning about missing .mal-history to stderr to fix
self-host failure in step6.
- wasm: the map function was stopping on nil values; fix the list end
check. Double the macroexpand stack so that sumdown test in stepA
tests passes without mac stack overflow.
- yorick: read from /dev/stdin in readline builtin function.
tests: check that `inc` is present in stepA.
nasm: split lines in mal_startup_string for readability.
objpascal: remove obsolete .orig file
swift: remove an unneeded line in template
swift4: remove duplicate definition of `or` macro
- Rename platform_os.wam to platform_direct.wam and update the direct
interface to use printline instead of fputs/stdout.
- Update to wamp 1.0.7 and new memory/memoryBase semantics: in
platform_direct and platform_libc, import memory and memoryBase
rather than relying on wamp to add it because wamp add direct memory
and memoryBase defintions (not imports) if the program doesn't
already define or import memory/memoryBase.
- Simplify entry point logic by moving it into the platform files.
Add a step1 test to make sure that implementations are properly
throwing an error on unclosed strings.
Fix 47 implementations and update the guide to note the correct
behavior.
- Update Dockerfile to install rpython and then use that build and
install warpy (nojit).
- Support 'warpy' in wasm_MODE. Update wasm/Makefile and wasm/run to
support the new mode.
wasm: update to wat syntax as of Jan 2019.
Examples:
- get_local -> local.get
- i32.wrap/i64 -> i32.warp_i64
- etc
The distinction between wat and wast has been clarified:
- wat: textual format for web assembly modules
- wast: superset of wat used in the specification to define tests.
Drop platform_js and use refactor platform_os to support JS mode. Add
get_time_ms import to platform_os so this depends on run.js and
fooboot providing that.
Fixes made to: ada, c, chuck, clojure, coffee, common-lisp, cpp,
crystal, d, dart, elm, erlang, es6, factor, fsharp, gnu-smalltalk,
groovy, guile, haxe, hy, js, livescript, matlab, miniMAL, nasm, nim,
objc, objpascal, ocaml, perl, perl6, php, plsql, ps, python, r,
rpython, ruby, scheme, swift3, tcl, ts, vb, vimscript, wasm, yorick.
Catchless try* test is an optional test. Not all implementations
support catchless try* but a number were fixed so they at least don't
crash on catchless try*.
- Use more concise param and local syntax.
- Separate out string.wam.
- Add pr_str_seq functionality and add in print_readably
functionality.
- Add REPLACE3 function.
- Remove use of putchar and simplify util.wam
- Move string functions from util.wam to string.wam including some
renames to be more consistent with C library names.
- Add temporary content to 256 character buffers so that they are
de-duplicated/combined.
- Use AND/OR macros.
- Improve Makefile deps and use more general wasm target.
- Properly cleanup memory in try* and use TCO as part of try*.
- Convert sources to much more concise wam syntax supported by wamp.
- Rename sources from *.wast to *.wam and generate *.wast files by
translating via wamp.
Needs wace from https://github.com/kanaka/wac to run.
wastpp.py processes the listed modules and outputs a single combined
module. It finds inline strings and hoists them to the top into a data
section and creates pointer variables into that memory and replaces
the inline strings with pointer lookups.
