def test_json_dumps_after_used_by_dts(self, ts_data_spec_dtos, files_data_spec_dto):
data_spec = DataSpec(time_series_data_specs=ts_data_spec_dtos, files_data_spec=files_data_spec_dto)
json_repr = data_spec.to_JSON()
dts = DataTransferService(data_spec)
dts.get_dataframes()
json_repr_after_dts = data_spec.to_JSON()
assert json_repr == json_repr_after_dts
def main():
configure_session(api_key=os.getenv("COGNITE_API_KEY"),
project="akerbp",
debug=True)
tags_d03 = []
tags_d02 = []
for root, subdirs, files in os.walk("../tags"):
for file in files:
if file in ("well_tags.csv", "routing.csv", "output.csv",
"riser_tags.csv", "template_tags.csv"):
with open(os.path.join(root, file)) as f:
df = pd.read_csv(f)
placements = ["T3 WGM", "Template", "Riser"]
placements_d03 = ["WellD03"] + placements
placements_d02 = ["WellD02"] + placements
df = df[~df["tag"].isin(EXCLUDE_TAGS)]
tags_d03.append(df[df["placement"].isin(placements_d03)])
tags_d02.append(df[df["placement"].isin(placements_d02)])
tags_d02_concat = pd.concat(tags_d02, ignore_index=True)
tags_d03_concat = pd.concat(tags_d03, ignore_index=True)
tags_d02_concat = tags_d02_concat.drop_duplicates(subset="tag")
tags_d03_concat = tags_d03_concat.drop_duplicates(subset="tag")
d02_input_time_series = []
d03_input_time_series = []
for tag in tags_d02_concat["tag"]:
aggregate = "step" if ("ESV" in tag or "18HV" in tag) else "avg"
missing_data_strategy = "ffill" if (
"ESV" in tag or "18HV" in tag) else "linearInterpolation"
ts = TimeSeries(name=tag,
missing_data_strategy=missing_data_strategy,
aggregates=[aggregate])
d02_input_time_series.append(ts)
for tag in tags_d03_concat["tag"]:
aggregate = "step" if ("ESV" in tag or "18HV" in tag) else "avg"
missing_data_strategy = "ffill" if (
"ESV" in tag or "18HV" in tag) else "linearInterpolation"
ts = TimeSeries(name=tag,
missing_data_strategy=missing_data_strategy,
aggregates=[aggregate])
d03_input_time_series.append(ts)
d02_tsds = TimeSeriesDataSpec(
time_series=d02_input_time_series,
aggregates=["avg"],
granularity="10s",
start=int(datetime(2017, 3, 1).timestamp() * 1e3),
label="d2",
)
d03_tsds = TimeSeriesDataSpec(
time_series=d03_input_time_series,
aggregates=["avg"],
granularity="10s",
start=int(datetime(2017, 3, 1).timestamp() * 1e3),
label="d3",
)
data_spec = DataSpec(time_series_data_specs=[d02_tsds, d03_tsds])
dts = DataTransferService(data_spec, num_of_processes=10)
print(data_spec.to_JSON())
df_dict = dts.get_dataframes()
for label, df in df_dict.items():
df.to_csv(f"../data/{label}.csv")
print(df.shape)
def test_json_dumps_loads(self, ts_data_spec_dtos, files_data_spec_dto):
data_spec = DataSpec(time_series_data_specs=ts_data_spec_dtos, files_data_spec=files_data_spec_dto)
json_repr = data_spec.to_JSON()
ds = DataSpec.from_JSON(json_repr)
assert ds.__eq__(data_spec)
