test
The idea is to run those tests before each commit.
All tests are done via file:src/Makefile; it runs the lus2lic compiler with various options on every files contained in
- file:tests/should_work/ that contains correct Lustre V6 programs
- file:tests/should_fail/ that contains incorrect ones (e.g., that contains a type error).
Testing Correct Lustre V6 programs
The output of all lus2lic invocation are redirected to test.res.
This file is then compared to test.res.exp (exp stands for
expected). When the results (.res) and the expected results
(.res.exp) differs, the test fails. Note that tests do not only
fail during a regression, but also during a progression!
In order to update the expected result, just issue a ‘make utest’.
Actually, 3 kinds of lus2lic invocation are performed:
- lic: just use lus2lic on all lustre files
- ec: ditto using the -ec option, plus calling ec2c on the generated files
- lv4: ditto using the -lv4 option, plus calling lus2ec on the generated files
Testing Incorrect Lustre V6 programs
We check that all progs in file:tests/should_fail/ returns with an exit code > 0.
src
file:///home/jahier/lus2lic/ocamldoc/index.html
Here follows a description of the different modules used by this lus2lic compiler (in src)
First of all, the Lustre files are parsed,
lexer.mll parser.mly parserUtils.ml lxm.mli/ml
which results into a parse tree containing raw source expressions.
syntaxTreeCore.ml, syntaxTree.ml -> should rather be called rawSyntaxTab.ml ? or just Src ?
Then, we perform reference checking at module level + model expansion.
syntaxTab.mli/ml syntaxTabUtil.ml/mli instanciateModel.mli/ml symbolTab.mli/ml (type/const/node)
syntaxTab is a kind of layer above syntaxTree to make things easier afterwards.
Finally, the compilation (type checking+const/type evaluation) is performed.
compile.ml lazyCompiler.mli/ml evalConst.mli/ml evalType.mli/ml compiledData.ml
Some misc (eponymous) modules are used along the way.
errors.ml verbose.mli/ml version.ml ident.ml
todo
cf file:todo.org