def __init__(self, data):
""" Initialize and store data to be validated.
:param data: JSON-formatted object or string
"""
# Ensure that input is JSON
self.data = jsontools.to_json(data)
def __init__(self, data):
""" Initialize and store data to be validated.
Args:
data : JSON-formatted object or JSON-formatted string
"""
self.data = jsontools.to_json(data)
async def refresh_fixtures(hole_dir: HoleDirection, n: int = 10):
fixture_path = Path("tests/fixtures")
hd = hole_dir.value.lower()
if hole_dir == HoleDirection.H:
wellpath = IHSPath.well_h_sample
prodpath = IHSPath.prod_h
prodheaderpath = IHSPath.prod_h_headers
geompath = IHSPath.well_h_geoms
elif HoleDirection.V:
wellpath = IHSPath.well_v_sample
prodpath = IHSPath.prod_v
prodheaderpath = IHSPath.prod_v_headers
geompath = IHSPath.well_v_geoms
else:
raise ValueError("invalid hole direction")
wells = await IHSClient.get_sample(wellpath, n=n, area="tx-midland")
api14s = [x["api14"] for x in wells]
to_json(wells, fixture_path / f"wells_{hd}.json")
prod = await IHSClient.get_production(prodpath, api14s=api14s)
to_json(
prod, fixture_path / f"prod_{hd}.json",
)
prod_headers = await IHSClient.get_production(prodheaderpath, api14s=api14s)
to_json(
prod_headers, fixture_path / f"prod_headers_{hd}.json",
)
geoms = await IHSClient.get_wells(geompath, api14s=api14s)
to_json(
geoms, fixture_path / f"geoms_{hd}.json",
)
fracs = await FracFocusClient.get_jobs(api14s=api14s)
to_json(
fracs, fixture_path / f"fracs_{hd}.json",
)
def test_json_file(self, tmpdir):
path = tmpdir.mkdir("test").join("test.json")
data = {"key": "value"}
to_json(data, path)
loaded = load_json(path)
assert data == loaded
def __init__(self, data):
""" Initialize and store data. """
self.source = jsontools.to_json(data)
