def main():
# FIXME: this is a hack, see find_duplicates_fd() above
sys.setrecursionlimit(10000)
args = parse_args()
fileinfos = []
for path in args.FILES:
for fileinfo in generate_fileinfos(path, relative=False, prefix=None, checksums=False):
if fileinfo.kind == "file":
fileinfos.append(fileinfo)
else:
pass # ignore non-files
fileinfos_by_size = {}
for fileinfo in fileinfos:
if fileinfo.size not in fileinfos_by_size:
fileinfos_by_size[fileinfo.size] = []
fileinfos_by_size[fileinfo.size].append(fileinfo)
for size, fileinfos in fileinfos_by_size.items():
if len(fileinfos) > 1 and size >= args.limit:
if args.verbose:
print("potential duplicates: {} bytes".format(size))
for fileinfo in fileinfos:
print(" {}".format(fileinfo.path))
print()
groups = find_duplicates([p.path for p in fileinfos])
for g in groups:
if len(g) > 1:
print("duplicates:")
for f in g:
print(" {}".format(f))
print()
def fileinfos_from_path(path):
"""Read FileInfo objects from path, which can be a .sbtr, .sbtr.gz or directory"""
if os.path.isdir(path):
return {fileinfo.path: fileinfo for
fileinfo in generate_fileinfos(path, checksums=True)}
else:
return fileinfos_from_sbtr(path)
def process_directory(directory, checksums, relative, prefix,
on_report_cb):
if prefix is not None:
relative = True
for fileinfo in generate_fileinfos(directory,
relative=relative,
prefix=prefix,
checksums=checksums,
onerror=on_error):
on_report_cb(fileinfo)
def test_generator(self):
output = ""
for fileinfo in generate_fileinfos("tests/"):
output += fileinfo.json()
# FIXME: insert some proper check for validity
self.assertTrue(True)
