def test_upload_large(self):
""" should support uploading large files """
with tempfile.NamedTemporaryFile() as temp_file:
populate_large_file(temp_file, LARGE_FILE_SIZE)
temp_file_name = temp_file.name
self.assertEqual(LARGE_FILE_SIZE, os.path.getsize(temp_file_name))
resource = uploader.upload_large(temp_file_name, chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["resource_type"], "raw")
resource2 = uploader.upload_large(temp_file_name, chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG], resource_type="image")
self.assertEqual(resource2["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource2["resource_type"], "image")
self.assertEqual(resource2["width"], LARGE_FILE_WIDTH)
self.assertEqual(resource2["height"], LARGE_FILE_HEIGHT)
resource3 = uploader.upload_large(temp_file_name, chunk_size=LARGE_FILE_SIZE,
tags=["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource3["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource3["resource_type"], "raw")
def test_upload_large(self):
""" should support uploading large files """
filename = UNIQUE_ID + "_cld_upload_large"
with tempfile.NamedTemporaryFile(prefix=filename, suffix='.bmp') as temp_file:
populate_large_file(temp_file, LARGE_FILE_SIZE)
temp_file_name = temp_file.name
temp_file_filename = os.path.splitext(os.path.basename(temp_file_name))[0]
self.assertEqual(LARGE_FILE_SIZE, os.path.getsize(temp_file_name))
resource = uploader.upload_large(temp_file_name, chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["resource_type"], "raw")
self.assertEqual(resource["original_filename"], temp_file_filename)
resource2 = uploader.upload_large(temp_file_name, chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG], resource_type="image",
use_filename=True, unique_filename=False, filename=filename)
self.assertEqual(resource2["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource2["resource_type"], "image")
self.assertEqual(resource2["original_filename"], filename)
self.assertEqual(resource2["original_filename"], resource2["public_id"])
self.assertEqual(resource2["width"], LARGE_FILE_WIDTH)
self.assertEqual(resource2["height"], LARGE_FILE_HEIGHT)
resource3 = uploader.upload_large(temp_file_name, chunk_size=LARGE_FILE_SIZE,
tags=["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource3["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource3["resource_type"], "raw")
def test_upload_large_file_io(self):
"""Should support uploading large streams"""
with io.BytesIO() as temp_file:
populate_large_file(temp_file, LARGE_FILE_SIZE)
resource = uploader.upload_large(temp_file, chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG], resource_type="image")
self.assertEqual(resource["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["resource_type"], "image")
self.assertEqual(resource["width"], LARGE_FILE_WIDTH)
self.assertEqual(resource["height"], LARGE_FILE_HEIGHT)
def test_upload_large_file_io(self):
"""Should support uploading large streams"""
with io.BytesIO() as temp_file:
populate_large_file(temp_file, LARGE_FILE_SIZE)
resource = uploader.upload_large(temp_file, chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG], resource_type="image")
self.assertEqual(resource["tags"], ["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["resource_type"], "image")
self.assertEqual(resource["width"], LARGE_FILE_WIDTH)
self.assertEqual(resource["height"], LARGE_FILE_HEIGHT)
def test_upload_large(self):
""" should support uploading large files """
filename = UNIQUE_ID + "_cld_upload_large"
with tempfile.NamedTemporaryFile(prefix=filename,
suffix='.bmp') as temp_file:
populate_large_file(temp_file, LARGE_FILE_SIZE)
temp_file_name = temp_file.name
temp_file_filename = os.path.splitext(
os.path.basename(temp_file_name))[0]
self.assertEqual(LARGE_FILE_SIZE, os.path.getsize(temp_file_name))
resource = uploader.upload_large(
temp_file_name,
chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["tags"],
["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource["resource_type"], "raw")
self.assertEqual(resource["original_filename"], temp_file_filename)
resource2 = uploader.upload_large(
temp_file_name,
chunk_size=LARGE_CHUNK_SIZE,
tags=["upload_large_tag", UNIQUE_TAG],
resource_type="image",
use_filename=True,
unique_filename=False,
filename=filename)
self.assertEqual(resource2["tags"],
["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource2["resource_type"], "image")
self.assertEqual(resource2["original_filename"], filename)
self.assertEqual(resource2["original_filename"],
resource2["public_id"])
self.assertEqual(resource2["width"], LARGE_FILE_WIDTH)
self.assertEqual(resource2["height"], LARGE_FILE_HEIGHT)
resource3 = uploader.upload_large(
temp_file_name,
chunk_size=LARGE_FILE_SIZE,
tags=["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource3["tags"],
["upload_large_tag", UNIQUE_TAG])
self.assertEqual(resource3["resource_type"], "raw")