def test_is_open_sourced_false(self):
for p in [
'no', 'no/file.c', 'selective/xfoobar.c',
'selective/subdir2/file.c'
]:
self.assertFalse(
open_source.is_open_sourced(os.path.join(_PATH_PREFIX, p)))
def test_is_open_sourced_true(self):
for p in [
'yes', 'yes/anything.c', 'selective/foobar.c',
'selective/foobar.cpp', 'selective/subdir/file.c'
]:
self.assertTrue(
open_source.is_open_sourced(os.path.join(_PATH_PREFIX, p)))
def should_run(self, path):
# TODO(crbug.com/411195): Clean up all copyrights so we can turn this on
# everywhere. Currently our priority is to have the open sourced
# copyrights all be consistent.
return path.startswith('src/') or open_source.is_open_sourced(path)
def should_run(self, path):
# TODO(crbug.com/411195): Clean up all copyrights so we can turn this on
# everywhere. Currently our priority is to have the open sourced
# copyrights all be consistent.
return path.startswith("src/") or open_source.is_open_sourced(path)
def test_is_third_party_open_sourced_true(self):
for p in ['third_party/android']:
self.assertTrue(open_source.is_open_sourced(p))
def test_is_open_sourced_false(self):
for p in ['no', 'no/file.c', 'selective/xfoobar.c',
'selective/subdir2/file.c']:
self.assertFalse(open_source.is_open_sourced(
os.path.join(_PATH_PREFIX, p)))
def test_is_open_sourced_true(self):
for p in ['yes', 'yes/anything.c', 'selective/foobar.c',
'selective/foobar.cpp', 'selective/subdir/file.c']:
self.assertTrue(open_source.is_open_sourced(
os.path.join(_PATH_PREFIX, p)))
def test_is_third_party_open_sourced_true(self):
for p in ['third_party/android']:
self.assertTrue(open_source.is_open_sourced(p))
