def test_round_trip():
for msg_fname in (MSG1, MSG2, MSG2H, MSG8):
with open(msg_fname, 'rt') as fobj:
message = fobj.read()
info = read_info(msg_fname)
info_plus = msg2info(message)
info_plus.update(dict(message=message, path=msg_fname))
assert_equal(info, info_plus)
assert_equal(info2str(info), message)
def read_expand_info(message_fname):
info = read_info(message_fname)
info['old_hash'] = sha1(info['message']).hexdigest()
dir_list_path = pjoin(dirname(message_fname), DIR_LIST_FNAME)
info['directory hash'] = hash_for(dir_list_path)
if 'parents' in info:
info['fixed_parents'] = [False] * len(info['parents'])
else:
info['fixed_parents'] = []
return info
def read_expand_info(message_fname):
info = read_info(message_fname)
info['old_hash'] = sha1(info['message']).hexdigest()
dir_list_path = pjoin(dirname(message_fname), DIR_LIST_FNAME)
info['directory hash'] = hash_for(dir_list_path)
if 'parents' in info:
info['fixed_parents'] = [False] * len(info['parents'])
else:
info['fixed_parents'] = []
return info
def main():
""" Show graph for snapshots """
args = get_parser().parse_args()
root_dir = args.root_dir
globber = pjoin(root_dir, '*', COMMIT_MSG_FNAME)
nodes = []
for message_fname in glob(globber):
info = read_info(message_fname)
sha = sha1(info['message'].encode('latin1')).hexdigest()
node_class = AUTHOR2NODE_CLASS[info['author']]
node = node_class(name=sha,
label='\n'.join((sha, info['notes'])),
link_to=info['parents'])
nodes.append(node)
print(Graph('nobel_prize', nodes))
def main():
""" Show graph for snapshots """
args = get_parser().parse_args()
root_dir = args.root_dir
globber = pjoin(root_dir, '*', COMMIT_MSG_FNAME)
nodes = []
for message_fname in glob(globber):
info = read_info(message_fname)
sha = sha1(info['message']).hexdigest()
node_class = AUTHOR2NODE_CLASS[info['author']]
node = node_class(name=sha,
label='\n'.join((sha, info['notes'])),
link_to=info['parents'])
nodes.append(node)
print(Graph('nobel_prize', nodes))