def test_dirs__multiple(self):
data = tmp_path("d1a", "d1b")
expected = tmp_path(*{
relpath(path)
for path in {"d1a/f4.mp4", "d1a/f5.mkv", "d1b/f6.tiff"}
})
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def test_dirs__multiple(self):
data = tmp_path("d1a", "d1b")
expected = tmp_path(
*{
relpath(path)
for path in {"d1a/f4.mp4", "d1a/f5.mkv", "d1b/f6.tiff"}
}
)
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def test_dirs_extmask(self):
data = TEMP_DIR
expected = tmp_path("f1.mkv", "f2.mkv")
actual = dir_crawl(data, ext_mask="mkv")
self.assertSetEqual(expected, actual)
def test_dirs__recurse(self):
data = TEMP_DIR
expected = tmp_path(*TEST_FILES)
actual = dir_crawl(data, recurse=True)
self.assertSetEqual(expected, actual)
def test_dirs__single(self):
data = TEMP_DIR
expected = tmp_path("f1.mkv", "f2.mkv", "f3.tiff")
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def test_files__extmask(self):
data = tmp_path("f1.mkv", "f2.mkv", "f3.tiff")
expected = tmp_path("f1.mkv", "f2.mkv")
actual = dir_crawl(data, ext_mask={"mkv"})
self.assertSetEqual(expected, actual)
def test_files__flat(self):
data = tmp_path("f1.mkv", "f2.mkv", "f3.tiff")
expected = data
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def test_files__none(self):
data = join(TEMP_DIR, DUMMY_DIR)
expected = set()
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def test_dirs_extmask(self):
data = TEMP_DIR
expected = tmp_path("f1.mkv", "f2.mkv")
actual = dir_crawl(data, ext_mask="mkv")
self.assertSetEqual(expected, actual)
def test_dirs__recurse(self):
data = TEMP_DIR
expected = tmp_path(*TEST_FILES)
actual = dir_crawl(data, recurse=True)
self.assertSetEqual(expected, actual)
def test_dirs__single(self):
data = TEMP_DIR
expected = tmp_path("f1.mkv", "f2.mkv", "f3.tiff")
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def test_files__extmask(self):
data = tmp_path("f1.mkv", "f2.mkv", "f3.tiff")
expected = tmp_path("f1.mkv", "f2.mkv")
actual = dir_crawl(data, ext_mask={"mkv"})
self.assertSetEqual(expected, actual)
def test_files__flat(self):
data = tmp_path("f1.mkv", "f2.mkv", "f3.tiff")
expected = data
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def test_files__none(self):
data = join(TEMP_DIR, DUMMY_DIR)
expected = set()
actual = dir_crawl(data)
self.assertSetEqual(expected, actual)
def process_files(
targets, user_media=None, test_run=False, id_key=None, **config
):
""" Processes targets, relocating them as needed
"""
notify = Notify()
# Begin processing files
detection_count = 0
success_count = 0
for file_path in dir_crawl(
targets, config.get("recurse", False), config.get("extension_mask")
):
notify.heading("Detected File")
blacklist = config.get("blacklist", ())
if any(match(b, file_stem(file_path)) for b in blacklist):
notify.info("%s (blacklisted)" % file_path)
continue
else:
print(file_stem(file_path))
# Print metadata fields
meta = meta_parse(file_path, user_media)
if config["verbose"] is True:
for field, value in meta.items():
notify.verbose("%s: %s" % (field, value), True)
# Print search results
detection_count += 1
notify.heading("Query Results")
results = provider_search(meta, id_key, **config)
i = 1
hits = []
while i < int(config.get("max_hits", 15)):
try:
hit = next(results)
print(" [%s] %s" % (i, hit))
hits.append(hit)
i += 1
except (StopIteration, MapiNotFoundException):
break
# Skip hit if no hits
if not hits:
notify.info("None found! Skipping.", True)
continue
# Select first if batch
if config.get("batch") is True:
meta.update(hits[0])
# Prompt user for input
else:
print(" [RETURN] for default, [s]kip, [q]uit")
abort = skip = None
while True:
selection = notify.prompt("Your Choice")
# Catch default selection
if not selection:
meta.update(hits[0])
break
# Catch skip hit (just break w/o changes)
elif selection in ["s", "S", "skip", "SKIP"]:
skip = True
break
# Quit (abort and exit)
elif selection in ["q", "Q", "quit", "QUIT"]:
abort = True
break
# Catch result choice within presented range
elif selection.isdigit() and 0 < int(selection) < len(hits) + 1:
meta.update(hits[int(selection) - 1])
break
# Re-prompt if user input is invalid wrt to presented options
else:
print("\nInvalid selection, please try again.")
# User requested to skip file...
if skip is True:
notify.info("Skipping rename, as per user request.", True)
continue
# User requested to exit...
elif abort is True:
notify.info("\nAborting, as per user request.")
return
# Create file path
notify.heading("Processing File")
media = meta["media"]
template = config.get("%s_template" % media)
dest_path = meta.format(template)
if config.get("%s_destination" % media):
dest_dir = meta.format(config.get("%s_destination" % media, ""))
dest_path = "%s/%s" % (dest_dir, dest_path)
dest_path = filename_sanitize(dest_path)
dest_path = filename_replace(dest_path, config.get("replacements"))
if config.get("scene") is True:
dest_path = filename_scenify(dest_path)
dest_path = realpath(dest_path)
# Attempt to process file
try:
if not test_run:
# TODO: create parent paths
shutil_move(str(file_path), str(dest_path))
notify.info("Relocating file to '%s'" % dest_path, True)
except IOError as e:
notify.error(" Failed!", True)
if config.get("verbose") is True:
notify.verbose(e)
else:
notify.success("Success!", True)
success_count += 1
# Summarize session outcome
if not detection_count:
print("")
notify.alert('No media files found. "mnamer --help" for usage.')
return
if success_count == 0:
outcome_colour = "red"
elif success_count < detection_count:
outcome_colour = "yellow"
else:
outcome_colour = "green"
cprint(
"\nSuccessfully processed %s out of %s files"
% (success_count, detection_count),
outcome_colour,
)
