Specifically the problem is that parsing sequence literals breaks if
there are only empty spaces between the opening and closing character.
This is to address issues found in: https://github.com/kanaka/mal/pull/372
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
The interop tests weren't updated when regex support was added to
runtest for matching output data. This was causing a bunch of
implementations to silently fail while testing interop. Fix runtest.py
to fail on bad test data and fix 21 implementations with the old style
output matches.
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.
- Add */run script for every implementation.
- Refactor Clojure build to allow individual jar files for each step.
- Update FFI version for es6 and miniMAL to work with newer node
versions.
The run scripts for the following could use some additional
refactoring:
- java: build individual step jar, use java -jar instead of mvn to run
- plpgsql: maybe combine plpgsql/run and plpgsql/wrap.sh
- vhdl: combine vhdl/run and vhdl/run_vhdl.sh
- vimscript: combine vimscript/run and vimscript/run_vimscript.sh
Also in this commit:
- fix *ARGV* setup in erlang and racket.
- print startup message in fsharp
Dist/packaging support for most implementations and also generate
a */mal standalone app for most languages. The following
implementations still have ability to generate a single */mal
standalone application:
- guile
- julia
- matlab (mkoctfile doesn't actually package up source files)
- swift
- vb (mkbundle error)
Also, the following are mostly packaged into a single file but need
some module dependencies
- coffee: requires node_modules/ffi
- es6: requires node_modules/ffi
- js: requires node_modules/ffi
- lua: module 'readline' not found
- miniMAL: cannot find module '/mal/node_readline.js'
- r: needs lib directory
- hash-map equality support for bash, c, coffee, cs, es6, java, js,
julia, make, php.
- also, add another test to catch another hash-map in-equality: same
keys, different values
sapply has a strip in the wrong position and was allowing a space at
the beginning of the arugment to sneak in. This was breaking most
sequence functions like (empty? (list 7 8)), (count [7 8]), (first [7
8]), etc.
- Move some of the more optional things (conj, readline) to stepA. All
implementations pass step9 tests now.
- Move metadata and atoms to stepA.
- Update step9 and stepA diagrams.
- tests/docker/Dockerfile: specifies full docker image containing all
tools/languages (except matlab).
- tests/docker-build.sh: build above image.
- tests/docker-run.sh: launch above image.
Example: ./tests/docker-run.sh make test^js^step2
- Various fixes across multiple languages:
- Unicode fixes for bash and R on Ubuntu Utopic
- readline history fixes for when ~/.mal-history is not available
or readable/writable. No fatal errors.
- fixes to work with perl 5.20 (and still perl 5.18)
- Can support numbers up to 100 decimal digits in length.
- Still no support for negative numbers or floating point.
- Change time-secs to time-ms and remove conditional in perf.mal
step9_interop -> stepA_interop
stepA_more -> step9_try
C: fix glib headers
bash: behavior change of declare -A and pattern replacement.
perl: squelch new 5.18 warnings related to switch/given statement.
Also, include some in-progress interop related files.
Other:
- bash,make,postscript: quasiquote of vectors
- Fix Java slurp
- add time function to core.mal
- switches on *host-language* for make time-secs vs time-ms
- Ignore */experiments directories
- types: low-level mapping to the implementation language.
- core: functions on types that are exposed directly to mal.
- printer: implementation called by pr-str, str, prn, println.
- env: the environment implementation
- Also, unindent all TCO while loops so that the diff of step4 and
step5 are minimized.
