# to jq-flavoured json def _to_jq($opts): def _is_ident: test("^[a-zA-Z_][a-zA-Z_0-9]*$"); def _key: if _is_ident | not then tojson end; def _f($opts; $indent): def _r($prefix): ( type as $t | if $t == "null" then tojson elif $t == "string" then tojson elif $t == "number" then tojson elif $t == "boolean" then tojson elif $t == "array" then if length == 0 then "[]" else [ "[", $opts.compound_newline , ( [ .[] | $prefix, $indent , _r($prefix+$indent), $opts.array_sep ] | .[0:-1] ) , $opts.compound_newline , $prefix, "]" ] end elif $t == "object" then if length == 0 then "{}" else [ "{", $opts.compound_newline , ( [ to_entries[] | $prefix, $indent , (.key | _key), $opts.key_sep , (.value | _r($prefix+$indent)), $opts.object_sep ] | .[0:-1] ) , $opts.compound_newline , $prefix, "}" ] end else error("unknown type \($t)") end ); _r(""); ( _f($opts; $opts.indent * " ") | if _is_array then flatten | join("") end ); def to_jq($opts): _to_jq( ( { indent: 0, key_sep: ":", object_sep: ",", array_sep: ",", compound_newline: "", } + $opts | if .indent > 0 then ( .key_sep = ": " | .object_sep = ",\n" | .array_sep = ",\n" | .compound_newline = "\n" ) end ) ); def to_jq: to_jq(null); # from jq-flavoured json def from_jq: def _f: ( . as $v | .term.type | if . == "TermTypeNull" then null elif . == "TermTypeTrue" then true elif . == "TermTypeFalse" then false elif . == "TermTypeString" then $v.term.str.str elif . == "TermTypeNumber" then $v.term.number | tonumber elif . == "TermTypeObject" then ( $v.term.object.key_vals // [] | map( { key: (.key // .key_string.str), value: (.val.queries[0] | _f) } ) | from_entries ) elif . == "TermTypeArray" then ( def _a: if .op then .left, .right | _a end; [$v.term.array.query // empty | _a | _f] ) else error("unknown term") end ); try (_query_fromstring | _f) catch error("from_jq only supports constant literals");