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.
Since the iter count increases by 1 each time through the "loop", when
we hit more than 10 seconds elapsed time we can just return the
previous iter count rather than doing a percentage calculation. This
fixes results for basic modes which couldn't do the percent
calculation because itermediate values were greater than 32,768 which
is the limit for basic MODES.
Also, the mal implementation now runs and returns legit results so
re-enable perf^impl.
This rewrites the rust implementation to use many new features of the
current version of rust.
The refactor is much more concise (only 2/3rds the size) and switches
to using a lot of the more functional features (iterators, closures,
etc) that have been added or improved in rust.
Unfortunately, the implementation is a fair bit slower (about 30% on
perf3). It's not clear why this is the case but concision and being
more idiomatic wins over performance.
Enable QBasic console mode usage and fix bugs in newline handling
differences with C64 basic (cbm). To enable console mode for QBasic
programs, have basicpp.py prefix the output with the QB64 specific
console activation variables/functions.
One change to basicpp.py to make this change more straightfowards is
recursive includes so that includes can appear in more than just the
top level step files. This allows us to conditionally include the
right readline implementation. For QBasic in the special console mode
(instead of the default full-screen UI mode) we need to use the LINE
INPUT command in order to read input.
For implementations that support different compile/run modes, the
convention is not <impl_name>_MODE=<mode>. This is passed through to
make/docker commands. Fix Makefiles and run scripts to listen to the
respective *_MODE variables.
Enable travis builds/tests for 4 Haxe modes and 2 python modes.
- Pass down the CLJ_MODE value for DOCKERIZED builds in addition to
run/tests.
- Correct deps so that node_modules is installed for CLJ_MODE=cljs for
all steps.
- Lumo 1.6.0 is currently not able to install globally as root
(https://github.com/anmonteiro/lumo/issues/206) so add the local
node_modules/.bin to the PATH in the run script.
- Reader conditionals needed for clojure.reader/cljs.reader until this
is fixed: https://github.com/anmonteiro/lumo/issues/209
- Fix rust Dockerfile working dir.
- Make top-level Makefile more generic. This makes it easier to use
the Makefile with fewer changes in miniMAL.
- Simplify vhdl build when case is fixed in stepA_mal
- Remove BUILD_IMPL=js from miniMAL travis test. Just use a docker
image specifically made for miniMAL.
- Update TODO
