def test_roundtrip_with_missing_fields():
json_compiler = JSONCompiler()
json_parser = JSONParser_1_4()
with open("tests/data/metadata_v14.json", "r") as _input_file:
input_string = _input_file.read()
for expected_json in __mask(json.loads(input_string), keep=["id", "metaMetadata"]):
assert_equal(json_compiler.visit(json_parser.parse(expected_json)), expected_json)
def omi_validateMd(data):
OmiParser = JSONParser_1_4()
logging.info("VALIDATE")
try:
OmiParser.parse(data)
logging.info("The metadatafile is valid for OEM version 1.4.0")
except TypeError as e:
logging.error("Something went wrong, please make sure that the input OEM is provided in string format")
logging.error(e)
def assert_roundtrip(expected_json, input_string):
json_compiler = JSONCompiler()
json_parser = JSONParser_1_4()
rdf_compiler = RDFCompiler()
rdf_p = RDFParser()
# Step 1: Parse JSON to internal structure
internal_metadata = json_parser.parse_from_string(input_string)
# Step 2: Translate to rdf
_ = rdf_compiler.visit(internal_metadata)
# Step 3: Parse rdf string
internal_metadata2 = rdf_p.parse(rdf_compiler.graph)
# Step 4: Translate to JSON
result_json = json_compiler.visit(internal_metadata2)
# Final step: Compare
assert_equal(expected_json, result_json, disregard_ordering=True)
def test_roundtrip():
json_compiler = JSONCompiler()
json_parser = JSONParser_1_4()
rdf_compiler = RDFCompiler()
rdf_p = RDFParser()
with open("tests/data/metadata_v14.json", "r") as _input_file:
input_string = _input_file.read()
expected_json = json.loads(input_string)
# Step 1: Parse JSON to internal structure
internal_metadata = json_parser.parse_from_string(input_string)
# Step 2: Translate to rdf
_ = rdf_compiler.visit(internal_metadata)
# Step 3: Parse rdf string
internal_metadata2 = rdf_p.parse(rdf_compiler.graph)
# Step 4: Translate to JSON
result_json = json_compiler.visit(internal_metadata2)
# Final step: Compare
assert_equal(expected_json, result_json, disregard_ordering=True)
def test_roundtrip():
json_compiler = JSONCompiler()
json_parser = JSONParser_1_4()
json_renderer = JSONRenderer()
rdf_compiler = RDFCompiler()
rdf_p = RDFParser()
with open("tests/data/metadata_v14.ttl", "r") as _input_file:
input_string = _input_file.read()
expected_graph = Graph()
expected_graph.parse(data=input_string, format="ttl")
# Step 1: Parse Turtle to internal structure
internal_metadata = rdf_p.parse_from_string(input_string)
# Step 2: Translate to json string
json_metadata = json_renderer.render(json_compiler.visit(internal_metadata))
# Step 3: Parse json string
internal_metadata2 = json_parser.parse_from_string(json_metadata)
# Step 4: Translate to Turtle
_ = rdf_compiler.visit(internal_metadata2)
# Final step: Compare
for (t1, t2) in _squashed_graphs_triples(expected_graph, rdf_compiler.graph):
assert t1 == t2
assert isomorphic(expected_graph, rdf_compiler.graph)
def test_parser_v1_4():
parser = JSONParser_1_4()
_input_file = "tests/data/metadata_v14.json"
expected_result = metadata_v_1_4
_test_generic_parsing(parser, _input_file, expected_result)