def patch_analysis(self, patch):
info = {'size': 0, 'test_size': 0, 'addlines': 0, 'rmlines': 0}
for diff in whatthepatch.parse_patch(patch):
if diff.header and diff.changes:
h = diff.header
new_path = h.new_path[2:] if h.new_path.startswith(
'b/') else h.new_path
# Calc changes additions & deletions
counts = [(old is None and new is not None, new is None
and old is not None)
for old, new, _ in diff.changes]
counts = list(zip(*counts)) # inverse zip
info['addlines'] += sum(counts[0])
info['rmlines'] += sum(counts[1])
if utils.is_test_file(new_path):
info['test_size'] += len(diff.changes)
else:
info['size'] += len(diff.changes)
return info
def patch_analysis(self, patch):
info = {'size': 0, 'test_size': 0, 'addlines': 0, 'rmlines': 0}
for diff in whatthepatch.parse_patch(patch):
if diff.header and diff.changes:
h = diff.header
new_path = h.new_path[2:] if h.new_path.startswith('b/') else h.new_path
# Calc changes additions & deletions
counts = [
(old is None and new is not None, new is None and old is not None)
for old, new, _ in diff.changes
]
counts = list(zip(*counts)) # inverse zip
info['addlines'] += sum(counts[0])
info['rmlines'] += sum(counts[1])
if utils.is_test_file(new_path):
info['test_size'] += len(diff.changes)
else:
info['size'] += len(diff.changes)
return info