def test_populateTable(self, inputSource, testFileGDB):
obj = DataFrameToTable(inputSource, 'test', testFileGDB)
conversionDict = obj.createTableAndAddFields()
try:
obj.populateTable(conversionDict)
except Exception as e:
logging.exception(e)
assert False
else:
assert True
def test_createTableAndAddFields(self, inputSource, testFileGDB):
obj = DataFrameToTable(inputSource, 'test', testFileGDB)
try:
obj.createTableAndAddFields()
except Exception as e:
logging.exception(e)
assert False
else:
assert True
def test_getArcpyTypesAndConversionFromDf(self, paramsAndOutcome):
"""
Verifies the efficacy of this conversion function
:param tuple paramsAndOutcome: ({inputColName: inputColType}, {expectedOutColName: expectedOutColType}, {expectedOutColName: inputColName})
"""
colAndType = paramsAndOutcome[0]
expectedArcpySafe = paramsAndOutcome[1]
expectedConversionDict = {
list(expectedArcpySafe.keys())[0]: list(colAndType.keys())[0]
}
outArcpySafe, outConversion = DataFrameToTable._getArcpyTypesAndConversionFromDf(
colAndType)
assert expectedArcpySafe == outArcpySafe
assert expectedConversionDict == outConversion
def test_incorrectInputDataType(self, inputSource):
with pytest.raises(TypeError):
DataFrameToTable(inputSource, 'test', '')
def test_noOutputTableName(self, basicDataFrame):
with pytest.raises(ValueError):
DataFrameToTable(basicDataFrame, '', '')
def test_recognizeTextFileReader(self, basicTextFileReader):
obj = DataFrameToTable(basicTextFileReader, 'test', '')
assert obj._isIterable == True
def test_recognizedDataFrame(self, basicDataFrame):
obj = DataFrameToTable(basicDataFrame, 'test', '')
assert obj._isIterable == False
def test_emptyDataFrame(self, emptyDataFrame):
with pytest.raises(pd.errors.EmptyDataError):
DataFrameToTable(emptyDataFrame, 'test', '')