def test_obj_dict_mudLog():
with open(os.path.join(sample_path, 'mudLog.xml'), 'r') as test_file:
obj = witsml.CreateFromDocument(test_file.read())
print(type(obj))
flatt_witsml = ku.obj_dict(obj.mudLog[0], True)
assert flatt_witsml['commonData.comments'] == 'MudLog Object'
assert len(flatt_witsml) == 1244
def test_plural_dict_geoIntervall():
with open(os.path.join(sample_path, 'mudLog.xml'), 'r') as test_file:
obj = witsml.CreateFromDocument(test_file.read())
geo_frame = ku.plural_dict(obj.mudLog[0].geologyInterval, True)
assert geo_frame['mdTop'][0:6] == [
1860.0, 1870.0, 1880.0, 1890.0, 1890.0, 1900.0
]
assert len(geo_frame) == 28
def test_obj_dict_risk():
with open(os.path.join(sample_path, 'risk.xml'), 'r') as test_file:
obj = witsml.CreateFromDocument(test_file.read())
flatt_witsml = ku.obj_dict(obj.risk[0], True)
assert flatt_witsml['mitigation[0]'] == 'Call the boss'
assert flatt_witsml['mitigation[1]'] == 'Run for cover'
assert flatt_witsml['uidWellbore'] == 'OC-bf-wb1'
assert flatt_witsml['nameWellbore'] == 'Wellbore Test Bruce'
assert len(flatt_witsml) == 45
def test_log_to_dict(test_filename):
with open(os.path.join(sample_path, test_filename), 'r') as test_file:
logs = witsml.CreateFromDocument(test_file.read())
logdata_frame = ku.logdata_dict(logs.log[0])
for mnem in logs.log[0].logData[0].mnemonicList.split(','):
assert mnem in logdata_frame
assert len(list(logdata_frame.values())[0]) == len(
logs.log[0].logData[0].data)
if logs.log[0].indexType == 'measured depth':
assert isinstance(logdata_frame[logs.log[0].indexCurve][0], float)
else:
assert isinstance(logdata_frame[logs.log[0].indexCurve][0], datetime)
def test_plural_dict_lithology():
with open(os.path.join(sample_path, 'mudLog.xml'), 'r') as test_file:
obj = witsml.CreateFromDocument(test_file.read())
lit_frame = ku.plural_dict(obj.mudLog[0].geologyInterval[1].lithology,
True)
lit_frame_no_attr = ku.plural_dict(
obj.mudLog[0].geologyInterval[1].lithology, False)
for lit in [lit_frame, lit_frame_no_attr]:
assert lit['lithPc'] == [70.0, 30.0]
assert lit['codeLith'] == ['300', '405']
assert lit['description'] == [
'Clay Clay-shale [Symbol not found, used by default]',
'Sand Fine sandstone'
]
assert lit_frame['uid'] == [
"6e106c6c-07f1-4288-b1d3-f3238606c1a8-Lith0",
"6e106c6c-07f1-4288-b1d3-f3238606c1a8-Lith1"
]
assert len(lit_frame) == 6
assert len(lit_frame_no_attr) == 4
#%%
import os
from komle.bindings.v1411.read import witsml
from komle.soap_client import StoreClient
from komle.uom_converter import conversion_factor, get_unit
from komle import utils as ku
import pandas as pd # Not included in komle setup.py
sample_path = os.path.join(os.path.dirname(os.path.realpath(__file__)), '..',
'tests', 'samples')
#%% Open a mud log and unmarshall it
with open(os.path.join(sample_path, 'mudLog.xml'), 'r') as mud_file:
mud_logs = witsml.CreateFromDocument(mud_file.read())
# %%
print(mud_logs.mudLog[0].name)
# it is convenient with a pretty xml
ku.pretty_save(mud_logs, 'mudlog.xml')
# %% Take the mudLog, mud_logs is a container for several mudLog
mud_log = mud_logs.mudLog[0]
print(f'nameWellbore = {mud_log.nameWellbore}')
print(f'Start {mud_log.startMd.value()} {mud_log.startMd.uom}')
for geo_int in mud_log.geologyInterval:
# need to call value on leaf nodes with attributes
print(
import pyxb
from komle.bindings.v1411.read import witsml
from komle.soap_client import StoreClient
from komle.uom_converter import conversion_factor, get_unit
from komle import utils as ku
import pandas as pd # Not included in komle setup.py
from lxml import etree
sample_path = os.path.join(os.path.dirname(os.path.realpath(__file__)), '..',
'tests', 'samples')
#%% Open a mud log and unmarshall it
with open(os.path.join(sample_path, 'mudLog.xml'), 'r') as mud_file:
mud_logs = witsml.CreateFromDocument(mud_file.read())
# %%
print(mud_logs.mudLog[0].name)
# it is convenient with a pretty xml
ku.pretty_save(mud_logs, 'mudlog.xml')
# %% Take the mudLog, mud_logs is a container for several mudLog
mud_log = mud_logs.mudLog[0]
print(f'nameWellbore = {mud_log.nameWellbore}')
print(f'Start {mud_log.startMd.value()} {mud_log.startMd.uom}')
for geo_int in mud_log.geologyInterval:
# need to call value on leaf nodes with attributes
print(
def test_unmarshalling(test_filename):
'''Test unmarshalling energistics well A test files'''
with open(os.path.join(sample_path, test_filename), 'r') as test_file:
obj = witsml.CreateFromDocument(test_file.read())