def test09_delete_resources(self):
""" should allow deleting resources """
uploader.upload("tests/logo.png", public_id="api_test3")
resource = api.resource("api_test3")
self.assertNotEqual(resource, None)
api.delete_resources(["apit_test", "api_test2", "api_test3"])
self.assertRaises(api.NotFound, api.resource, ("api_test3"))
def setUp(self):
self.timestamp_tag = "api_test_tag_{0}".format(utils.now())
if ApiTest.initialized: return
ApiTest.initialized = True
cloudinary.reset_config()
if not cloudinary.config().api_secret: return
try:
api.delete_resources(["api_test", "api_test2", "api_test3"])
except Exception:
pass
for transformation in ["api_test_transformation", "api_test_transformation2", "api_test_transformation3"]:
try:
api.delete_transformation(transformation)
except Exception:
pass
for transformation in ["api_test_upload_preset", "api_test_upload_preset2", "api_test_upload_preset3",
"api_test_upload_preset4"]:
try:
api.delete_upload_preset(transformation)
except Exception:
pass
for id in ["api_test", "api_test2"]:
uploader.upload("tests/logo.png",
public_id=id, tags=["api_test_tag", self.timestamp_tag],
context="key=value", eager=[{"width": 100, "crop": "scale"}])
def setUp(self):
self.timestamp_tag = "api_test_tag_{0}".format(utils.now())
if ApiTest.initialized: return
ApiTest.initialized = True
cloudinary.reset_config()
if not cloudinary.config().api_secret: return
try:
api.delete_resources(["api_test", "api_test2", "api_test3"])
except Exception:
pass
for transformation in ["api_test_transformation", "api_test_transformation2", "api_test_transformation3"]:
try:
api.delete_transformation(transformation)
except Exception:
pass
for transformation in ["api_test_upload_preset", "api_test_upload_preset2", "api_test_upload_preset3",
"api_test_upload_preset4"]:
try:
api.delete_upload_preset(transformation)
except Exception:
pass
for id in ["api_test", "api_test2"]:
uploader.upload("tests/logo.png",
public_id=id, tags=["api_test_tag", self.timestamp_tag],
context="key=value", eager=[{"width": 100, "crop": "scale"}])
def test09_delete_resources(self):
""" should allow deleting resources """
uploader.upload("tests/logo.png", public_id="api_test3")
resource = api.resource("api_test3")
self.assertNotEqual(resource, None)
api.delete_resources(["apit_test", "api_test2", "api_test3"])
self.assertRaises(api.NotFound, api.resource, ("api_test3"))
def tearDownClass(cls):
try:
api.delete_resources([API_TEST_ID, API_TEST_ID2, API_TEST_ID3, API_TEST_ID4, API_TEST_ID5])
except Exception:
pass
for transformation in [API_TEST_TRANS, API_TEST_TRANS2, API_TEST_TRANS3, API_TEST_TRANS_SCALE100_STR]:
try:
api.delete_transformation(transformation)
except Exception:
pass
presets_response = api.upload_presets(max_results=200)
preset_names = [
preset["name"] for preset in presets_response.get('presets', [])
if UNIQUE_API_TAG in preset.get('settings', {}).get('tags', '')]
for name in preset_names:
try:
api.delete_upload_preset(name)
except Exception:
pass
cloudinary.api.delete_resources_by_tag(UNIQUE_API_TAG)
cloudinary.api.delete_resources_by_tag(UNIQUE_API_TAG, resource_type='raw')
try:
api.delete_upload_mapping(MAPPING_TEST_ID)
except Exception:
pass
def test09c_delete_resources_by_transformations(self, mocker):
""" should allow deleting resources by transformations """
mocker.return_value = MOCK_RESPONSE
api.delete_resources(['api_test', 'api_test2'],
transformations=['c_crop,w_100'])
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'), 'c_crop,w_100')
api.delete_all_resources(
transformations=['c_crop,w_100', {
"crop": "scale",
"width": 107
}])
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'),
'c_crop,w_100|c_scale,w_107')
api.delete_resources_by_prefix("api_test_by",
transformations='c_crop,w_100')
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'), 'c_crop,w_100')
api.delete_resources_by_tag("api_test_tag",
transformations=['c_crop,w_100'])
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'), 'c_crop,w_100')
def setUp(self):
if TestApi.initialized: return
TestApi.initialized = True
cloudinary.reset_config()
if not cloudinary.config().api_secret: return
try:
api.delete_resources(["api_test", "api_test2", "api_test3"])
except:
pass
try:
api.delete_transformation("api_test_transformation")
except:
pass
uploader.upload("tests/logo.png",
public_id="api_test",
tags="api_test_tag",
eager=[{
"width": 100,
"crop": "scale"
}])
uploader.upload("tests/logo.png",
public_id="api_test2",
tags="api_test_tag",
eager=[{
"width": 100,
"crop": "scale"
}])
def tearDownClass(cls):
try:
api.delete_resources([
API_TEST_ID, API_TEST_ID2, API_TEST_ID3, API_TEST_ID4,
API_TEST_ID5
])
except Exception:
pass
for transformation in [
API_TEST_TRANS, API_TEST_TRANS2, API_TEST_TRANS3
]:
try:
api.delete_transformation(transformation)
except Exception:
pass
for preset in [
API_TEST_PRESET, API_TEST_PRESET2, API_TEST_PRESET3,
API_TEST_PRESET4
]:
try:
api.delete_upload_preset(preset)
except Exception:
pass
cloudinary.api.delete_resources_by_tag(UNIQUE_TAG)
cloudinary.api.delete_resources_by_tag(UNIQUE_TAG, resource_type='raw')
def upload_files():
print("--- Upload a local file")
isDifferent = False
## foto que se tomo recientemente
response = upload("img/escala.jpg", tags="")
dump_response(response)
## se obtiene la imagen
url, options = cloudinary_url(
response['public_id'],
format=response['format'],
)
public_id = response['public_id']
## abrir la imagen
url_response = urllib.urlopen(url)
img_array = np.array(bytearray(url_response.read()), dtype=np.uint8)
duplicate = cv2.imdecode(img_array, -1)
## url de la imagen original
originalUrl = "https://res.cloudinary.com/choskas/image/upload/v1607385168/cg9lnefzs5wbdslubtzz.jpg"
url_response2 = urllib.urlopen(originalUrl)
img_array2 = np.array(bytearray(url_response2.read()), dtype=np.uint8)
original = cv2.imdecode(img_array2, -1)
print(duplicate, original)
# duplicate = cv2.imread(img)
image1 = original.shape
image2 = duplicate.shape
print(image1, image2)
if original.shape == duplicate.shape:
difference = cv2.subtract(original, duplicate)
b, g, r = cv2.split(difference)
print(b, g, r)
if cv2.countNonZero(b) == 0 and cv2.countNonZero(g) == 0 and cv2.countNonZero(r) == 0:
print("Las imagenes son iguales")
delete_resources(public_id)
url = ""
else:
## correo en html
html = f"""\
<html>
<head></head>
<body>
<p>Hola!<br>
Se ha detectado movimiento inusual<br>
<img width=300 height=200 src={url}> </img>
</p>
</body>
</html>
"""
## funciones para mandar emails
part2 = MIMEText(html, 'html')
msg.attach(part2)
s = smtplib.SMTP('smtp.gmail.com', 587)
s.starttls()
s.login('*****@*****.**', EMAIL_PASSWORD)
s.sendmail(me, you, msg.as_string())
s.quit()
print("las imagenes son diferentes")
print("mostando la imagen diferente ->")
isDifferent = True
return jsonify({"isComplete": True, "url": url, "isDifferent" : isDifferent})
def test09_delete_resources(self, mocker):
""" should allow deleting resources """
mocker.return_value = MOCK_RESPONSE
api.delete_resources([API_TEST_ID, API_TEST_ID2])
args, kargs = mocker.call_args
self.assertEqual(args[0], 'DELETE')
self.assertTrue(get_uri(args).endswith('/resources/image/upload'))
self.assertIn(('public_ids[]', API_TEST_ID), get_params(args))
self.assertIn(('public_ids[]', API_TEST_ID2), get_params(args))
def test09_delete_resources_tuple(self, mocker):
""" should allow deleting resources """
mocker.return_value = MOCK_RESPONSE
api.delete_resources((API_TEST_ID, API_TEST_ID2,))
args, kargs = mocker.call_args
self.assertEqual(args[0], 'DELETE')
self.assertTrue(get_uri(args).endswith('/resources/image/upload'))
param = get_list_param(mocker, 'public_ids')
self.assertIn(API_TEST_ID, param)
self.assertIn(API_TEST_ID2, param)
def process(self, image, results):
result = upload(image)
if result.get('url'):
search = Client()
search.add_image_urls([result.get('url')])
search.make_request_data()
search.make_request()
search_results = search.get_results()
results[result.get('url')] = search_results
delete_resources(public_ids=[result.get('public_id')])
def setUp(self):
if TestApi.initialized: return
TestApi.initialized = True
cloudinary.reset_config()
if not cloudinary.config().api_secret: return
try:
api.delete_resources(["api_test", "api_test2", "api_test3"])
except:
pass
try:
api.delete_transformation("api_test_transformation")
except:
pass
uploader.upload("tests/logo.png", public_id="api_test", tags="api_test_tag", eager=[{"width": 100,"crop": "scale"}])
uploader.upload("tests/logo.png", public_id="api_test2", tags="api_test_tag", eager=[{"width": 100,"crop": "scale"}])
def test_restore(self):
""" should support restoring resources """
uploader.upload("tests/logo.png", public_id="api_test_restore", backup=True)
resource = api.resource("api_test_restore")
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
api.delete_resources(["api_test_restore"])
resource = api.resource("api_test_restore")
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 0)
self.assertIs(resource["placeholder"], True)
response = api.restore(["api_test_restore"])
info = response["api_test_restore"]
self.assertNotEqual(info, None)
self.assertEqual(info["bytes"], 3381)
resource = api.resource("api_test_restore")
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
def test_restore(self):
""" should support restoring resources """
uploader.upload("tests/logo.png", public_id="api_test_restore", backup=True)
resource = api.resource("api_test_restore")
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
api.delete_resources(["api_test_restore"])
resource = api.resource("api_test_restore")
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 0)
self.assertIs(resource["placeholder"], True)
response = api.restore(["api_test_restore"])
info = response["api_test_restore"]
self.assertNotEqual(info, None)
self.assertEqual(info["bytes"], 3381)
resource = api.resource("api_test_restore")
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
def test_restore(self):
""" should support restoring resources """
uploader.upload(TEST_IMAGE, public_id=RESTORE_TEST_ID, backup=True, tags=[UNIQUE_API_TAG])
resource = api.resource(RESTORE_TEST_ID)
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
api.delete_resources([RESTORE_TEST_ID])
resource = api.resource(RESTORE_TEST_ID)
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 0)
self.assertIs(resource["placeholder"], True)
response = api.restore([RESTORE_TEST_ID])
info = response[RESTORE_TEST_ID]
self.assertNotEqual(info, None)
self.assertEqual(info["bytes"], 3381)
resource = api.resource(RESTORE_TEST_ID)
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
def setUp(self):
if ApiTest.initialized: return
ApiTest.initialized = True
cloudinary.reset_config()
if not cloudinary.config().api_secret: return
try:
api.delete_resources(["api_test", "api_test2", "api_test3"])
except:
pass
for transformation in ["api_test_transformation", "api_test_transformation2", "api_test_transformation3",
"api_test_upload_preset", "api_test_upload_preset2", "api_test_upload_preset3",
"api_test_upload_preset4"]:
try:
api.delete_transformation(transformation)
except:
pass
uploader.upload("tests/logo.png", public_id="api_test", tags="api_test_tag", context="key=value", eager=[{"width": 100,"crop": "scale"}])
uploader.upload("tests/logo.png", public_id="api_test2", tags="api_test_tag", context="key=value", eager=[{"width": 100,"crop": "scale"}])
def test09c_delete_resources_by_transformations(self, mocker):
""" should allow deleting resources by transformations """
mocker.return_value = MOCK_RESPONSE
api.delete_resources(['api_test', 'api_test2'], transformations=['c_crop,w_100'])
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'), 'c_crop,w_100')
api.delete_all_resources(transformations=['c_crop,w_100', {"crop": "scale", "width": 107}])
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'), 'c_crop,w_100|c_scale,w_107')
api.delete_resources_by_prefix("api_test_by", transformations='c_crop,w_100')
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'), 'c_crop,w_100')
api.delete_resources_by_tag("api_test_tag", transformations=['c_crop,w_100'])
self.assertEqual(get_method(mocker), 'DELETE')
self.assertEqual(get_param(mocker, 'transformations'), 'c_crop,w_100')
def _delete_unique_remote_files(self):
if not len(self.unique_remote_file_names):
return True
if not (self.force or confirm_action(
f"Running this command will delete {len(self.unique_remote_file_names)} remote files. "
f"Continue? (y/N)")):
return False
logger.info(f"Deleting {len(self.unique_remote_file_names)} resources "
f"from Cloudinary folder '{self.remote_dir}'")
files_to_delete_from_cloudinary = list(
map(lambda x: self.remote_files[x], self.unique_remote_file_names))
for i in product({"upload", "private", "authenticated"},
{"image", "video", "raw"}):
batch = list(
map(
lambda x: x['public_id'],
filter(
lambda x: x["type"] == i[0] and x["resource_type"] ==
i[1], files_to_delete_from_cloudinary)))
if not len(batch):
continue
logger.info(
"Deleting {} resources with type '{}' and resource_type '{}'".
format(len(batch), *i))
counter = 0
while counter * DELETE_ASSETS_BATCH_SIZE < len(batch) and len(
batch) > 0:
counter += 1
res = api.delete_resources(
batch[(counter - 1) * DELETE_ASSETS_BATCH_SIZE:counter *
DELETE_ASSETS_BATCH_SIZE],
invalidate=True,
resource_type=i[1],
type=i[0])
num_deleted = reduce(
lambda x, y: x + 1
if y == "deleted" else x, res['deleted'].values(), 0)
if self.verbose:
print_json(res)
if num_deleted != len(batch):
logger.error("Failed deletes:\n{}".format("\n".join(
list(
map(
lambda x: x[0],
filter(lambda x: x[1] != 'deleted',
res['deleted'].items()))))))
else:
logger.info(
style(f"Deleted {num_deleted} resources", fg="green"))
return True
def test_restore(self):
""" should support restoring resources """
TEST_ID = "api_test_restore_{}".format(SUFFIX)
uploader.upload("tests/logo.png",
public_id=TEST_ID,
backup=True,
tags=[UNIQUE_TAG])
resource = api.resource(TEST_ID)
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
api.delete_resources([TEST_ID])
resource = api.resource(TEST_ID)
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 0)
self.assertIs(resource["placeholder"], True)
response = api.restore([TEST_ID])
info = response[TEST_ID]
self.assertNotEqual(info, None)
self.assertEqual(info["bytes"], 3381)
resource = api.resource(TEST_ID)
self.assertNotEqual(resource, None)
self.assertEqual(resource["bytes"], 3381)
def tearDownClass(cls):
try:
api.delete_resources([
API_TEST_ID, API_TEST_ID2, API_TEST_ID3, API_TEST_ID4,
API_TEST_ID5
])
except Exception:
pass
for transformation in [
API_TEST_TRANS, API_TEST_TRANS2, API_TEST_TRANS3,
API_TEST_TRANS_SCALE100_STR
]:
try:
api.delete_transformation(transformation)
except Exception:
pass
cloudinary.api.delete_resources_by_tag(UNIQUE_API_TAG)
cloudinary.api.delete_resources_by_tag(UNIQUE_API_TAG,
resource_type='raw')
try:
api.delete_upload_mapping(MAPPING_TEST_ID)
except Exception:
pass
def tearDownClass(cls):
try:
api.delete_resources([API_TEST_ID, API_TEST_ID2, API_TEST_ID3, API_TEST_ID4, API_TEST_ID5])
except Exception:
pass
for transformation in [API_TEST_TRANS, API_TEST_TRANS2, API_TEST_TRANS3]:
try:
api.delete_transformation(transformation)
except Exception:
pass
presets_response = api.upload_presets(max_results=200)
preset_names = [ preset["name"] for preset in presets_response.get('presets',[]) if UNIQUE_TAG in preset.get('settings',{}).get('tags','')]
for name in preset_names:
try:
api.delete_upload_preset(name)
except Exception:
pass
cloudinary.api.delete_resources_by_tag(UNIQUE_TAG)
cloudinary.api.delete_resources_by_tag(UNIQUE_TAG, resource_type='raw')
try:
api.delete_upload_mapping(MAPPING_TEST_ID)
except Exception:
pass
def delete(self, public_ids):
# TODO: error handling
api.delete_resources(public_ids)
def tearDown(self) -> None:
api.delete_resources([f'event_pics/{self.e1.title}'])
def photo_pre_delete(sender, instance, using, **kwargs):
api.delete_resources([instance.image.public_id])
key = "photo:%s" % instance.artwork.slug
cache.delete(key)
def tearDown(self):
api.delete_resources([API_TEST_ID])
def cleanup_test_resources(params):
for public_ids_with_options in params:
options = public_ids_with_options[1] if len(public_ids_with_options) > 1 else {}
with ignore_exception():
api.delete_resources(public_ids_with_options[0], **options)
def photo_pre_delete(sender, instance, using, **kwargs):
api.delete_resources([instance.image.public_id])
key = "photo:%s" % instance.artwork.slug
cache.delete(key)
def read_delete(public_id: str = Form(...)):
res = delete_resources(public_ids=[public_id])
return res
def sync(local_folder, cloudinary_folder, push, pull, verbose, expression):
if push == pull:
print("Please use either the '--push' OR '--pull' options")
exit(1)
etag = lambda f: md5(open(f, 'rb').read()).hexdigest()
def walk_dir(folder):
all_files = {}
for root, _, files in walk(folder):
for _file in files:
all_files[splitext(path_join(root, _file)[len(folder) + 1:])[0]] = {
"etag": etag(path_join(root, _file)), "path": path_join(root, _file)}
return all_files
def query_cld_folder(folder):
next_cursor = None
items = {}
while True:
search_expr = "{}/*".format(folder)
if expression:
search_expr = "{0} AND {1}".format(search_expr, expression)
res = Search().expression(search_expr).next_cursor(next_cursor).with_field(
"image_analysis").max_results(500).execute()
for item in res['resources']:
items[item['public_id'][len(folder) + 1:]] = {"etag": item['image_analysis']['etag'],
"resource_type": item['resource_type'],
"public_id": item['public_id'], "type": item['type'],
"format": item['format']}
if 'next_cursor' not in res.keys():
break
else:
next_cursor = res['next_cursor']
return items
files = walk_dir(abspath(local_folder))
print("Found {} items in local folder '{}'".format(len(files.keys()), local_folder))
cld_files = query_cld_folder(cloudinary_folder)
print("Found {} items in Cloudinary folder '{}'".format(len(cld_files.keys()), cloudinary_folder))
files_ = set(files.keys())
cld_files_ = set(cld_files.keys())
files_in_cloudinary_nin_local = cld_files_ - files_
files_in_local_nin_cloudinary = files_ - cld_files_
skipping = 0
if push:
files_to_delete_from_cloudinary = list(cld_files_ - files_)
files_to_push = files_ - cld_files_
files_to_check = files_ - files_to_push
print("\nCalculating differences...\n")
for f in files_to_check:
if files[f]['etag'] == cld_files[f]['etag']:
if verbose:
print(F_WARN("{} already exists in Cloudinary".format(f)))
skipping += 1
else:
files_to_push.add(f)
print("Skipping upload for {} items".format(skipping))
if len(files_to_delete_from_cloudinary) > 0:
print("Deleting {} resources from Cloudinary folder '{}'".format(len(files_to_delete_from_cloudinary),
cloudinary_folder))
files_to_delete_from_cloudinary = list(map(lambda x: cld_files[x], files_to_delete_from_cloudinary))
for i in product({"upload", "private", "authenticated"}, {"image", "video", "raw"}):
batch = list(map(lambda x: x['public_id'],
filter(lambda x: x["type"] == i[0] and x["resource_type"] == i[1],
files_to_delete_from_cloudinary)))
if len(batch) > 0:
print("Deleting {} resources with type '{}' and resource_type '{}'".format(len(batch), *i))
counter = 0
while counter * 100 < len(batch) and len(batch) > 0:
counter += 1
res = api.delete_resources(batch[(counter - 1) * 100:counter * 100], invalidate=True,
resource_type=i[1], type=i[0])
num_deleted = reduce(lambda x, y: x + 1 if y == "deleted" else x, res['deleted'].values(), 0)
if verbose:
log(res)
if num_deleted != len(batch):
print(F_FAIL("Failed deletes:\n{}".format("\n".join(list(
map(lambda x: x[0], filter(lambda x: x[1] != 'deleted', res['deleted'].items())))))))
else:
print(F_OK("Deleted {} resources".format(num_deleted)))
to_upload = list(filter(lambda x: split(x)[1][0] != ".", files_to_push))
print("Uploading {} items to Cloudinary folder '{}'".format(len(to_upload), cloudinary_folder))
threads = []
def threaded_upload(options, path, verbose):
res = _uploader.upload(path, **options)
if verbose:
print(F_OK("Uploaded '{}'".format(res['public_id'])))
for i in to_upload:
modif_folder = path_join(cloudinary_folder, sep.join(i.split(sep)[:-1]))
options = {'use_filename': True, 'unique_filename': False, 'folder': modif_folder, 'invalidate': True,
'resource_type': 'auto'}
threads.append(Thread(target=threaded_upload, args=(options, files[i]['path'], verbose)))
for t in threads:
while active_count() >= 30:
# prevent concurrency overload
sleep(1)
t.start()
sleep(1 / 10)
[t.join() for t in threads]
print("Done!")
else:
files_to_delete_local = list(files_in_local_nin_cloudinary)
files_to_pull = files_in_cloudinary_nin_local
files_to_check = cld_files_ - files_to_pull
print("\nCalculating differences...\n")
for f in files_to_check:
if files[f]['etag'] == cld_files[f]['etag']:
if verbose:
print(F_WARN("{} already exists locally".format(f)))
skipping += 1
else:
files_to_pull.add(f)
print("Skipping download for {} items".format(skipping))
def delete_empty_folders(root, verbose, remove_root=False):
if not isdir(root):
return
files = listdir(root)
if len(files):
for f in files:
fullpath = path_join(root, f)
if isdir(fullpath):
delete_empty_folders(fullpath, verbose, True)
files = listdir(root)
if len(files) == 0 and remove_root:
if verbose:
print("Removing empty folder '{}'".format(root))
rmdir(root)
def create_required_directories(root, verbose):
if isdir(root):
return
else:
create_required_directories(sep.join(root.split(sep)[:-1]), verbose)
if verbose:
print("Creating directory '{}'".format(root))
mkdir(root)
print("Deleting {} local files...".format(len(files_to_delete_local)))
for i in files_to_delete_local:
remove(abspath(files[i]['path']))
if verbose:
print("Deleted '{}'".format(abspath(files[i]['path'])))
print("Deleting empty folders...")
delete_empty_folders(local_folder, verbose)
print("Downloading {} files from Cloudinary".format(len(files_to_pull)))
threads = []
def threaded_pull(local_path, verbose, cld_files):
with open(local_path, "wb") as f:
to_download = cld_files[i]
r = get(cld_url(to_download['public_id'], resource_type=to_download['resource_type'],
type=to_download['type'])[0])
f.write(r.content)
f.close()
if verbose:
print(F_OK("Downloaded '{}' to '{}'".format(i, local_path)))
for i in files_to_pull:
local_path = abspath(path_join(local_folder,
i + "." + cld_files[i]['format']
if cld_files[i]['resource_type'] != 'raw' else i))
create_required_directories(split(local_path)[0], verbose)
threads.append(Thread(target=threaded_pull, args=(local_path, verbose, cld_files)))
for t in threads:
while active_count() >= 30:
# prevent concurrency overload
sleep(1)
t.start()
sleep(1 / 10)
[t.join() for t in threads]
print("Done!")
def cleanup_test_resources(params):
for public_ids_with_options in params:
options = public_ids_with_options[1] if len(public_ids_with_options) > 1 else {}
with ignore_exception():
api.delete_resources(public_ids_with_options[0], **options)
