def test_new_file_exists(self, storage):
file = storage.resource.get_file()
uploader.explicit(
file.name,
type=file.resource.type,
resource_type=file.resource.resource_type
)
def test_file_not_exists(self, storage):
file_field = storage.resource.get_file_field()
with pytest.raises(cloudinary.exceptions.Error):
uploader.explicit(
storage.old_source_name,
type=file_field.type,
resource_type=file_field.resource_type
)
def test_face_coordinates(self):
"""should allow sending face coordinates"""
coordinates = [[120, 30, 109, 150], [121, 31, 110, 151]]
result = uploader.upload("tests/logo.png", face_coordinates = coordinates, faces = True)
self.assertEquals(coordinates, result["faces"])
different_coordinates = [[122, 32, 111, 152]]
uploader.explicit(result["public_id"], face_coordinates = different_coordinates, faces = True, type = "upload")
info = api.resource(result["public_id"], faces = True)
self.assertEquals(different_coordinates, info["faces"])
def test_quality_override(self, mocker):
"""should pass quality_override """
mocker.return_value = MOCK_RESPONSE
test_values = ['auto:advanced', 'auto:best', '80:420', 'none']
for quality in test_values:
uploader.upload(TEST_IMAGE, tags=TEST_TAG, quality_override=quality)
params = mocker.call_args[0][2]
self.assertEqual(params['quality_override'], quality)
# verify explicit works too
uploader.explicit(TEST_IMAGE, quality_override='auto:best')
params = mocker.call_args[0][2]
self.assertEqual(params['quality_override'], 'auto:best')
def test_quality_override(self, mocker):
"""should pass quality_override """
mocker.return_value = MOCK_RESPONSE
test_values = ['auto:advanced', 'auto:best', '80:420', 'none']
for quality in test_values:
uploader.upload(TEST_IMAGE, tags=TEST_TAG, quality_override=quality)
params = mocker.call_args[0][2]
self.assertEqual(params['quality_override'], quality)
# verify explicit works too
uploader.explicit(TEST_IMAGE, quality_override='auto:best')
params = mocker.call_args[0][2]
self.assertEqual(params['quality_override'], 'auto:best')
def test_face_coordinates(self):
"""should allow sending face coordinates"""
coordinates = [[120, 30, 109, 150], [121, 31, 110, 151]]
result = uploader.upload(TEST_IMAGE, face_coordinates = coordinates, faces = True, tags=TEST_TAG)
self.assertEqual(coordinates, result["faces"])
different_coordinates = [[122, 32, 111, 152]]
custom_coordinates = [1,2,3,4]
uploader.explicit(result["public_id"], face_coordinates = different_coordinates, custom_coordinates = custom_coordinates, faces = True, type = "upload")
info = api.resource(result["public_id"], faces = True, coordinates = True)
self.assertEqual(different_coordinates, info["faces"])
self.assertEqual({"faces": different_coordinates, "custom": [custom_coordinates]}, info["coordinates"])
def test_accessibility_analysis(self, request_mock):
"""Should support accessibility analysis in upload and explicit"""
request_mock.return_value = MOCK_RESPONSE
uploader.upload(TEST_IMAGE, accessibility_analysis=True)
params = get_params(request_mock.call_args[0])
self.assertIn("accessibility_analysis", params)
uploader.explicit(TEST_IMAGE, accessibility_analysis=True)
params = get_params(request_mock.call_args[0])
self.assertIn("accessibility_analysis", params)
def test_cinemagraph_analysis(self, request_mock):
"""Should support cinemagraph analysis in upload and explicit"""
request_mock.return_value = MOCK_RESPONSE
uploader.upload(TEST_IMAGE, cinemagraph_analysis=True)
params = request_mock.call_args[0][2]
self.assertIn("cinemagraph_analysis", params)
uploader.explicit(TEST_IMAGE, cinemagraph_analysis=True)
params = request_mock.call_args[0][2]
self.assertIn("cinemagraph_analysis", params)
def test_face_coordinates(self):
"""should allow sending face coordinates"""
coordinates = [[120, 30, 109, 150], [121, 31, 110, 151]]
result_coordinates = [[120, 30, 109, 51], [121, 31, 110, 51]]
result = uploader.upload(TEST_IMAGE, face_coordinates=coordinates, faces=True, tags=[UNIQUE_TAG])
self.assertEqual(result_coordinates, result["faces"])
different_coordinates = [[122, 32, 111, 152]]
custom_coordinates = [1, 2, 3, 4]
uploader.explicit(result["public_id"], face_coordinates=different_coordinates,
custom_coordinates=custom_coordinates, type="upload")
info = api.resource(result["public_id"], faces=True, coordinates=True)
self.assertEqual(different_coordinates, info["faces"])
self.assertEqual({"faces": different_coordinates, "custom": [custom_coordinates]}, info["coordinates"])
def test_eval_upload_parameter(self, request_mock):
"""Should support eval in upload and explicit"""
request_mock.return_value = MOCK_RESPONSE
uploader.upload(TEST_IMAGE, eval=EVAL_STR)
params = get_params(request_mock.call_args[0])
self.assertIn("eval", params)
self.assertEqual(EVAL_STR, params["eval"])
uploader.explicit(TEST_IMAGE, eval=EVAL_STR)
params = get_params(request_mock.call_args[0])
self.assertIn("eval", params)
self.assertEqual(EVAL_STR, params["eval"])
def test_face_coordinates(self):
"""should allow sending face coordinates"""
coordinates = [[120, 30, 109, 150], [121, 31, 110, 151]]
result = uploader.upload("tests/logo.png",
face_coordinates=coordinates,
faces=True)
self.assertEquals(coordinates, result["faces"])
different_coordinates = [[122, 32, 111, 152]]
uploader.explicit(result["public_id"],
face_coordinates=different_coordinates,
faces=True,
type="upload")
info = api.resource(result["public_id"], faces=True)
self.assertEquals(different_coordinates, info["faces"])
def test_responsive_breakpoints(self):
result = uploader.upload(
TEST_IMAGE,
tags=[UNIQUE_TAG],
responsive_breakpoints=dict(create_derived=False,
transformation=dict(angle=90)))
self.assertIsNotNone(result["responsive_breakpoints"])
self.assertEqual(result["responsive_breakpoints"][0]["transformation"],
"a_90")
result = uploader.explicit(
result["public_id"],
type="upload",
tags=[UNIQUE_TAG],
responsive_breakpoints=[dict(create_derived=False,
transformation=dict(angle=90)),
dict(create_derived=False,
transformation=dict(angle=45))])
self.assertIsNotNone(result["responsive_breakpoints"])
self.assertEqual(result["responsive_breakpoints"][0]["transformation"],
"a_90")
self.assertEqual(result["responsive_breakpoints"][1]["transformation"],
"a_45")
def metadata(self):
if self.resource.metadata is not None:
return self.resource.metadata
return uploader.explicit(self.public_id,
type=self.resource.type,
resource_type=self.resource.resource_type)
def test_responsive_breakpoints(self):
result = uploader.upload(
TEST_IMAGE,
tags=[UNIQUE_TAG],
responsive_breakpoints=dict(create_derived=False,
transformation=dict(angle=90)))
self.assertIsNotNone(result["responsive_breakpoints"])
self.assertEqual(result["responsive_breakpoints"][0]["transformation"],
"a_90")
result = uploader.explicit(
result["public_id"],
type="upload",
tags=[UNIQUE_TAG],
responsive_breakpoints=[dict(create_derived=False,
transformation=dict(angle=90)),
dict(create_derived=False,
transformation=dict(angle=45))])
self.assertIsNotNone(result["responsive_breakpoints"])
self.assertEqual(result["responsive_breakpoints"][0]["transformation"],
"a_90")
self.assertEqual(result["responsive_breakpoints"][1]["transformation"],
"a_45")
def test_explicit(self):
"""should support explicit """
result = uploader.explicit("cloudinary", type="twitter_name", eager=[TEST_TRANS_SCALE2_PNG], tags=[UNIQUE_TAG])
params = dict(TEST_TRANS_SCALE2_PNG, type="twitter_name", version=result["version"])
url = utils.cloudinary_url("cloudinary", **params)[0]
actual = result["eager"][0]["url"]
self.assertEqual(parse_url(actual).path, parse_url(url).path)
def file_exists(self) -> bool:
file = self.get_file()
if not file:
return False
file_field = self.get_file_field()
try:
uploader.explicit(
self.name,
type=file_field.type,
resource_type=file_field.resource_type,
)
except cloudinary.exceptions.Error:
return False
return True
def test_explicit(self):
"""should support explicit """
result = uploader.explicit("cloudinary", type="twitter_name", eager=[dict(crop="scale", width="2.0")])
url = utils.cloudinary_url(
"cloudinary", type="twitter_name", crop="scale", width="2.0", format="png", version=result["version"]
)[0]
self.assertEqual(result["eager"][0]["url"], url)
def test_explicit(self):
"""should support explicit """
result = uploader.explicit("cloudinary", type="twitter_name", eager=[TEST_TRANS_SCALE2_PNG], tags=[UNIQUE_TAG])
params = dict(TEST_TRANS_SCALE2_PNG, type="twitter_name", version=result["version"])
url = utils.cloudinary_url("cloudinary", **params)[0]
actual = result["eager"][0]["url"]
self.assertEqual(parse_url(actual).path, parse_url(url).path)
def test_explicit(self):
"""should support explicit """
result = uploader.explicit("cloudinary", type="twitter_name",
eager=[dict(crop="scale", width="2.0")], tags=[UNIQUE_TAG])
url = utils.cloudinary_url("cloudinary", type="twitter_name", crop="scale", width="2.0", format="png",
version=result["version"])[0]
actual = result["eager"][0]["url"]
self.assertEqual(parse_url(actual).path, parse_url(url).path)
def test_explicit_with_metadata(self):
"""Explicit should support `metadata` parameter"""
resource = uploader.upload(TEST_IMAGE, tags=[UNIQUE_TAG])
result = uploader.explicit(resource['public_id'],
type="upload",
metadata=METADATA_FIELDS)
self.assertEqual(METADATA_FIELD_VALUE,
result['metadata'][METADATA_FIELD_UNIQUE_EXTERNAL_ID])
def test_explicit(self):
"""should support explicit """
result = uploader.explicit("cloudinary", type="twitter_name",
eager=[dict(crop="scale", width="2.0")], tags=[UNIQUE_TAG])
url = utils.cloudinary_url("cloudinary", type="twitter_name", crop="scale", width="2.0", format="png",
version=result["version"])[0]
actual = result["eager"][0]["url"]
self.assertEqual(parse_url(actual).path, parse_url(url).path)
def test_explicit(self):
"""should support explicit """
result = uploader.explicit("cloudinary", type="twitter_name", eager=[dict(crop="scale", width="2.0")])
url = utils.cloudinary_url("cloudinary", type="twitter_name", crop="scale", width="2.0", format="png",
version=result["version"])[0]
if result["eager"][0]["url"].startswith("/res/"):
actual = result["eager"][0]["url"][4:]
else:
actual = result["eager"][0]["url"]
self.assertEqual(actual, parse_url(url).path)
def test_explicit_responsive_breakpoints_cache(self):
"""Should save responsive breakpoints to cache after explicit"""
cache = responsive_breakpoints_cache.instance
cache.set_cache_adapter(KeyValueCacheAdapter(DummyCacheStorage()))
upload_result = uploader.upload(TEST_IMAGE)
explicit_result = uploader.explicit(upload_result["public_id"], **self.rbp_params)
cache_value = cache.get(explicit_result["public_id"], transformation=self.rbp_trans, format=self.rbp_format)
self.assertEqual(self.rbp_values, cache_value)
def test_explicit_responsive_breakpoints_cache(self):
"""Should save responsive breakpoints to cache after explicit"""
cache = responsive_breakpoints_cache.instance
cache.set_cache_adapter(KeyValueCacheAdapter(DummyCacheStorage()))
upload_result = uploader.upload(TEST_IMAGE)
explicit_result = uploader.explicit(upload_result["public_id"], **self.rbp_params)
cache_value = cache.get(explicit_result["public_id"], transformation=self.rbp_trans, format=self.rbp_format)
self.assertEqual(self.rbp_values, cache_value)
def test_explicit(self):
"""should support explicit """
result = uploader.explicit("cloudinary",
type="twitter_name",
eager=[dict(crop="scale", width="2.0")])
url = utils.cloudinary_url("cloudinary",
type="twitter_name",
crop="scale",
width="2.0",
format="png",
version=result["version"])[0]
self.assertEqual(result["eager"][0]["url"], url)
def pre_validate(self, form):
if self._is_uploaded_file(
self.data) and not self.is_file_allowed(self.data.filename):
raise ValidationError(gettext('Invalid file extension'))
# Handle overwriting existing content
if not self._is_uploaded_file(self.data):
return
if not self._allow_overwrite and 'public_id' in uploader.explicit(
f'reports/{self.data.filename}', type='upload'):
raise ValidationError(
gettext('File "%s" already exists.' % self.data.filename))
def test_explicit(self):
"""Should support explicit """
result = uploader.explicit("cloudinary",
type="twitter_name",
eager=[TEST_TRANS_SCALE2_PNG],
tags=[UNIQUE_TAG])
params = dict(TEST_TRANS_SCALE2_PNG,
type="twitter_name",
version=result["version"])
url = utils.cloudinary_url("cloudinary", **params)[0]
actual = result["eager"][0]["url"]
self.assertEqual(parse_url(actual).path, parse_url(url).path)
# Test explicit with metadata
resource = uploader.upload(TEST_IMAGE, tags=[UNIQUE_TAG])
result_metadata = uploader.explicit(resource['public_id'],
type="upload",
metadata=METADATA_FIELDS,
tags=[UNIQUE_TAG])
self.assertIn(METADATA_FIELD_UNIQUE_EXTERNAL_ID,
result_metadata['metadata'])
self.assertEqual(
result_metadata['metadata'].get(METADATA_FIELD_UNIQUE_EXTERNAL_ID),
METADATA_FIELD_VALUE)
def test_quality_analysis(self):
""" should return quality analysis information """
result = uploader.upload(TEST_IMAGE,
tags=[UNIQUE_TAG],
quality_analysis=True)
self.assertIn("quality_analysis", result)
self.assertIn("focus", result["quality_analysis"])
self.assertIsInstance(result["quality_analysis"]["focus"], float)
result = uploader.explicit(result["public_id"],
type="upload",
tags=[UNIQUE_TAG],
quality_analysis=True)
self.assertIn("quality_analysis", result)
self.assertIn("focus", result["quality_analysis"])
self.assertIsInstance(result["quality_analysis"]["focus"], float)
def test_quality_analysis(self):
""" should return quality analysis information """
result = uploader.upload(
TEST_IMAGE,
tags=[UNIQUE_TAG],
quality_analysis=True)
self.assertIn("quality_analysis", result)
self.assertIn("focus", result["quality_analysis"])
self.assertIsInstance(result["quality_analysis"]["focus"], float)
result = uploader.explicit(
result["public_id"],
type="upload",
tags=[UNIQUE_TAG],
quality_analysis=True)
self.assertIn("quality_analysis", result)
self.assertIn("focus", result["quality_analysis"])
self.assertIsInstance(result["quality_analysis"]["focus"], float)
