def test_apply_cached():
with open(clone_path + '/README.mdown', 'w') as f:
f.write('New readme')
# Get the initial diff.
diff = git.diff(clone_path)
git.apply_cached(clone_path, diff)
# Changes have been staged, diff result should be empty.
diff = git.diff(clone_path)
eq_(diff, '')
def test_apply_cached(self):
with open(clone_path + '/README.mdown', 'w') as f:
f.write('New readme')
# Get the initial diff.
diff = git.diff(clone_path)
git.apply_cached(clone_path, diff)
# Changes have been staged, diff result should be empty.
diff = git.diff(clone_path)
self.assertEqual(diff, '')
def test_diff():
with open(clone_path + '/README.mdown', 'w') as f:
f.write('New readme')
result = git.diff(clone_path)
assert_in('a/README.mdown', result)
assert_in('b/README.mdown', result)
assert_in('+New readme', result)
assert_in('-# Lint Review', result)
def test_diff(self):
with open(clone_path + '/README.mdown', 'w') as f:
f.write('New readme')
result = git.diff(clone_path)
self.assertIn('a/README.mdown', result)
self.assertIn('b/README.mdown', result)
self.assertIn('+New readme', result)
self.assertIn('-# Lint Review', result)
def test_commit_and_status():
with open(clone_path + '/README.mdown', 'w') as f:
f.write('New readme')
diff = git.diff(clone_path)
status = git.status(clone_path)
assert 'README.mdown' in status
git.apply_cached(clone_path, diff)
git.commit(clone_path, 'robot <*****@*****.**>', 'Fixed readme')
status = git.status(clone_path)
eq_('', status, 'No changes unstaged, or uncommitted')
def test_commit_and_status(self):
with open(clone_path + '/README.mdown', 'w') as f:
f.write('New readme')
diff = git.diff(clone_path)
status = git.status(clone_path)
assert 'README.mdown' in status
git.apply_cached(clone_path, diff)
git.commit(clone_path, 'robot <*****@*****.**>', 'Fixed readme')
status = git.status(clone_path)
self.assertEqual('', status, 'No changes unstaged, or uncommitted')
def run_fixers(tools, base_path, files):
"""Run fixer mode of each tool on each file
Return a DiffCollection based on the parsed diff
from the fixer changes.
If no diff is generated an empty list will be returned"""
log.info('Running fixers on %d files', len(files))
for tool in tools:
if tool.has_fixer():
tool.execute_fixer(files)
diff = git.diff(base_path, files)
if diff:
return parse_diff(diff)
return []
def run_fixers(tools, base_path, files):
"""Run fixer mode of each tool on each file
Return a DiffCollection based on the parsed diff
from the fixer changes.
If no diff is generated an empty list will be returned"""
log.info('Running fixers on %d files', len(files))
docker_files = [docker.apply_base(f) for f in files]
for tool in tools:
if tool.has_fixer():
tool.execute_fixer(docker_files)
diff = git.diff(base_path, files)
if diff:
return parse_diff(diff)
return []
def test_apply_cached__empty():
git.apply_cached(clone_path, '')
# No changes, no diff.
diff = git.diff(clone_path)
eq_(diff, '')
def test_diff__non_git_path():
git.diff(settings['WORKSPACE'] + '/../../')
def test_apply_cached__empty(self):
git.apply_cached(clone_path, '')
# No changes, no diff.
diff = git.diff(clone_path)
self.assertEqual(diff, '')
def test_diff__files_list(self):
with open(clone_path + '/README.mdown', 'w') as f:
f.write('New readme')
result = git.diff(clone_path, ['LICENSE'])
self.assertEqual('', result)
def test_diff__non_git_path():
path = os.path.abspath(clone_path + '/../../../')
git.diff(path)
