def main(argv):
if len(argv) < 2:
if str(argv[0]).endswith(".manifest"):
path = argv[0]
else:
path = os.path.abspath('../../../') + "/resources/V010.manifest"
data_set = manifest.parse_manifest(path)
chinese = False
for sample in data_set.get_sample_list():
for annotation in sample.get_annotations():
print(annotation.get_name())
if ("向日葵" == annotation.get_name()):
chinese = True
assert chinese
elif len(argv) < 3:
data_set = manifest.parse_manifest(argv[1])
validate(data_set)
else:
path = argv[1]
ak = argv[2]
sk = argv[3]
endpoint = argv[4]
data_set = manifest.parse_manifest(manifest_path=path,
access_key=ak,
secret_key=sk,
end_point=endpoint)
chinese = False
for sample in data_set.get_sample_list():
for annotation in sample.get_annotations():
print(annotation.get_name())
if ("向日葵" == annotation.get_name()):
chinese = True
assert chinese
def main(argv):
path = os.path.abspath('../../../') + "/resources/classification-xy-V201902220937263726_4.manifest"
dataset = create_manifest()
if len(argv) < 2:
dataset.save(path)
para = []
para.append(path)
data_set = parse_manifest(path)
validate(data_set)
else:
path2 = argv[1]
ak = argv[2]
sk = argv[3]
endpoint = argv[4]
dataset.save(path2, ak, sk, endpoint)
data_set = parse_manifest(path2, ak, sk, endpoint)
validate(data_set)
def main(argv):
if len(argv) < 2:
if str(argv[0]).endswith(".manifest"):
path = argv[0]
else:
path = os.path.abspath('../../../') + "/resources/V002.manifest"
data_set = manifest.parse_manifest(path)
validate(data_set)
elif len(argv) < 3:
data_set = manifest.parse_manifest(argv[1])
validate(data_set)
else:
path = "s3://carbonsouth/manifest/V002.manifest"
ak = argv[1]
sk = argv[2]
endpoint = argv[3]
data_set = manifest.parse_manifest(path, ak, sk, endpoint)
validate(data_set)
def main(argv):
if len(argv) < 2:
if str(argv[0]).endswith(".manifest"):
path = argv[0]
else:
path = os.path.abspath('../../../') + "/resources/classification-xy-V201902220937263726.manifest"
data_set = manifest.parse_manifest(path)
validate(data_set)
elif len(argv) < 3:
data_set = manifest.parse_manifest(argv[1])
validate(data_set)
else:
path = argv[1]
ak = argv[2]
sk = argv[3]
endpoint = argv[4]
data_set = manifest.parse_manifest(manifest_path=path, access_key=ak, secret_key=sk, end_point=endpoint)
validate(data_set)
def main(argv):
if len(argv) < 2:
if str(argv[0]).endswith(".manifest"):
path = argv[0]
else:
path = os.path.abspath(
'../../../'
) + "/resources/detect-test-xy-V201902220951335133.manifest"
data_set = manifest.parse_manifest(path)
validate(data_set)
elif len(argv) < 3:
data_set = manifest.parse_manifest(argv[1])
validate(data_set)
else:
path = argv[1]
ak = argv[2]
sk = argv[3]
endpoint = argv[4]
data_set = manifest.parse_manifest(path, ak, sk, endpoint)
validate(data_set)
def main(argv):
if len(argv) < 2:
path_base = os.path.abspath('../../../resources')
path1 = path_base + "/detect-multi-local-voc.manifest"
test_multi_default(path1)
test_multi_exactly_match_type(path1)
dataset = manifest.parse_manifest(path1)
sample_num = dataset.get_size()
for i in range(sample_num):
sample = dataset.get_sample_list()[i]
print("sample ", i)
if len(sample.get_annotations()) == 1:
validate_single_annotation_sample(sample)
annotation = sample.get_annotations()[0]
if "2007_000027" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate_uk(pascal_voc)
print("test read VOC xml from UK: Success")
if "000000089955_1556180702627" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate(pascal_voc)
print("test read VOC xml: Success")
else:
annotations = sample.get_annotations()
for annotation in annotations:
assert annotation.get_annotation_format() == "PASCAL VOC"
assert annotation.get_annotated_by() == "human"
assert annotation.get_type(
) == "modelarts/object_detection"
if "2007_000027" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate_uk(pascal_voc)
print("test read VOC xml from UK: Success")
if "000000089955_1556180702627" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate(pascal_voc)
print("test read VOC xml: Success")
print("test local Success")
elif len(argv) < 3:
path1 = argv[1]
path_base = path1[:path1.rfind('/')]
test_multi_default(path1)
test_multi_exactly_match_type(path1)
dataset = manifest.parse_manifest(path1)
sample_num = dataset.get_size()
for i in range(sample_num):
sample = dataset.get_sample_list()[i]
print("sample ", i)
if len(sample.get_annotations()) == 1:
validate_single_annotation_sample(sample)
annotation = sample.get_annotations()[0]
if "2007_000027" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate_uk(pascal_voc)
print("test read VOC xml from UK: Success")
if "000000089955_1556180702627" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate(pascal_voc)
print("test read VOC xml: Success")
else:
annotations = sample.get_annotations()
for annotation in annotations:
assert annotation.get_annotation_format() == "PASCAL VOC"
assert annotation.get_annotated_by() == "human"
assert annotation.get_type(
) == "modelarts/object_detection"
if "2007_000027" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate_uk(pascal_voc)
print("test read VOC xml from UK: Success")
if "000000089955_1556180702627" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2)
test_read_voc_xml_local.validate(pascal_voc)
print("test read VOC xml: Success")
else:
path_base = "s3://obs-dataset-sjy"
path1 = path_base + "/detect-multi-local-voc.manifest"
ak = argv[1]
sk = argv[2]
endpoint = argv[3]
test_multi_default(path1, ak, sk, endpoint)
test_multi_exactly_match_type(path1, ak, sk, endpoint)
dataset = manifest.parse_manifest(path1, ak, sk, endpoint)
sample_num = dataset.get_size()
for i in range(sample_num):
sample = dataset.get_sample_list()[i]
print("sample ", i)
if len(sample.get_annotations()) == 1:
validate_single_annotation_sample(sample)
annotation = sample.get_annotations()[0]
if "2007_000027" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2, ak, sk, endpoint)
test_read_voc_xml_local.validate_uk(pascal_voc)
print("test read VOC xml from UK: Success")
if "000000089955_1556180702627" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(path2, ak, sk, endpoint)
test_read_voc_xml_local.validate(pascal_voc)
print("test read VOC xml: Success")
else:
annotations = sample.get_annotations()
for annotation in annotations:
assert annotation.get_annotation_format() == "PASCAL VOC"
assert annotation.get_annotated_by() == "human"
assert annotation.get_type(
) == "modelarts/object_detection"
if "2007_000027" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(
path2, ak, sk, endpoint)
test_read_voc_xml_local.validate_uk(pascal_voc)
print("test read VOC xml from UK: Success")
if "000000089955_1556180702627" in annotation.get_loc():
path2 = path_base + annotation.get_loc()[1:]
pascal_voc = PascalVocIO.parse_xml(
path2, ak, sk, endpoint)
test_read_voc_xml_local.validate(pascal_voc)
print("test read VOC xml: Success")
print("test OBS Success")
