* Simplify find_cases
* Improve help text
* Improve YAML-capturing regex
* Use built-in dedenting
* Fix use of built-in dedenting
* Fix use of built-in dedenting for Python 3
This change is in service of forthcoming tests for the "JSON modules"
language proposal [1]. Verifying the semantics of that proposal requires
modules whose source text is not valid ECMAScript; this change updates
the guidelines for contributing and interpreting tests so that such test
material can be handled consistently.
Differentiating JSON files with a distinct file name suffice will assist
consumers which require special handling of such files (e.g. web
browsers).
Change the pattern used to designate "fixture" files so that it may be
applied to files used for JSON modules.
Increment the project version number to alert consumers of this change
in interpreting instructions.
[1] https://github.com/tc39/proposal-json-modules
Prior to this patch, the CircleCI continuous integration environment was
configured to report test failures in a negative light, displaying red
cross-marks and reporting that "some checks were not successful" in
commits and GitHub Pull Requests which included them.
The passing/failing status of tests does not influence their
desirability for Test262. (In practice, engines very commonly fail
newly-contributed tests.)
Although these conflicting interpretations does not technically
interfere with the maintainers' ability to merge new contributions, it
does create confusion for many contributors who interpreted the UI as a
rejection of their work.
In addition, this behavior made it impossible to distinguish between the
benign test failures and disruptive infrastructural problems (e.g. the
crashing of engines).
Reconfigure the continuous integration environment to accept passing and
failing tests equally, and to only report a problem when the Test262
project's testing infrastructure behaves unexpectedly.
The file is derived from the same-named file for SpiderMonkey, therefore I've
kept the MPL license info.
The next commits use this script to generate language tag mappings data.
Verify that every test file which references a harness file using the
"includes" directive also contains at least one reference to a value
defined in the harness file.
To support this check, extend each harness file with a list of values
which it defines.
The command-line interface to Python's "unittest" module allows users to
run tests by name, e.g.
$ test.py TestLinter.test_foo
If the tests include a period, they cannot be referenced in this way.
Rename the tests to omit the filename extension so that they may be
referenced from the command-line in this way.
Prior to this commit, the tests for the linter partially depended on
project files. This coupling risks churn in the tests: if the needs of
the project change (e.g. a harness file is modified), then the linter
tests would need to be updated. It also made the tests more difficult to
understand because the input was both larger and more complicated than
necessary to exercise the relevant functionality.
Execute the tests in the context of the fixture directory and introduce
minimal support files that serve the same purpose as the corresponding
project files.
* Generation: Use Python 3-compatible imports.
* Generation: Use range() instead of xrange().
* Generation: Use list comprehensions instead of map().
* Generation: Explicitly use bytes in the Test class.
* Generation: Run unit tests on Python 3 as well.
the double dot gets only commits not in the left side of the double dot.
The right side assumes HEAD.
This will allow us to fetch the correct list of new or modified files in the current branch.
This makes it possible to run the script locally even if `TRAVIS_PULL_REQUEST` is not set.
Currently, it results in an error:
tools/scripts/ci_build.sh: line 2: [: !=: unary operator expected
Update the lint.py script to work with pip 10+ as pip.req was moved to
pip._internal.req in version 10 onwards and the existing code only works
on versions of pip under or equal to 9.0.3
Richard Gibson
jugglinmike
Rick Waldron
Leo Balter
Adrian Heine
André Bargull
Gus Caplan
Ms2ger
Aleksey Shvayka
Mathias Bynens
Ujjwal Sharma