private void Helper_Test_dataCon_Method_Three_Constituency2(string reportType, List <DataMeasureCandidateExt> expectedDataMeasuresList)
{
// Arrange
// Instantiate a ConstituencyList object
var testedClass = new TestedClass();
// Add the three constituencies to the list
testedClass.constituency.Add(Helper_KnownConstituencyDataRepository.GetKnownMiddlesbrough());
testedClass.constituency.Add(Helper_KnownConstituencyDataRepository.GetKnownNewcastleN());
testedClass.constituency.Add(Helper_KnownConstituencyDataRepository.GetKnownSunderlandN());
// Act
// Has constituencies in the list so expected to return an populated data measures list
var actualDataMeasuresList = testedClass.dataCon(reportType);
// Assert
// Expected data measures list should contain the same number of items as the actual data measures list
Assert.AreEqual(expectedDataMeasuresList.Count, actualDataMeasuresList.Count);
// Each expected data measure should be equal to the actual data measure, note that the values are given
// an accuracy of 4 decimal places to ensure they can be deemed equal (due to rounding)
for (int i = 0; i < expectedDataMeasuresList.Count; i++)
{
Assert.AreEqual(expectedDataMeasuresList[i].ConstituencyName, actualDataMeasuresList[i].ConstituencyName);
Assert.AreEqual(expectedDataMeasuresList[i].PartyName, actualDataMeasuresList[i].PartyName);
Assert.AreEqual(expectedDataMeasuresList[i].Firstname, actualDataMeasuresList[i].Firstname);
Assert.AreEqual(expectedDataMeasuresList[i].Lastname, actualDataMeasuresList[i].Lastname);
Assert.AreEqual(expectedDataMeasuresList[i].Votes, actualDataMeasuresList[i].Votes, 0.0001);
}
}
public void Test_ReadConstituencyDataFromFile_Method_File_Middlesbrough_Exists_Is_Valid()
{
Helper_Test_ReadConstituencyDataFromFile_Method_File_Exists_Is_Valid("Middlesbrough.xml", Helper_KnownConstituencyDataRepository.GetKnownMiddlesbrough());
}