public void TestMasterExtraRows()
{
//prepare
List <string> masterInit = new List <string>();
masterInit.Add("SecurityId;Portfolio;Bal");
masterInit.Add("S1;P1;1");
masterInit.Add("S1;P1;2");
masterInit.Add("S1;P1;3");
masterInit.Add("S1;P1;3");
List <string> testInit = new List <string>();
testInit.Add("SecurityId;Portfolio;Bal");
testInit.Add("S1;P1;2");
testInit.Add("S1;P1;3");
testInit.Add("S1;P1;4");
LoadTestData(masterInit, testInit);
ComparisonProcessor compProc = new ComparisonProcessor(pc);
var stat = compProc.GatherStatistics(Master.Rows, Test.Rows);
var vm = new VerticalMatch(stat);
//expect
List <string> expectedCompared = new List <string>();
expectedCompared.Add("2;1");
expectedCompared.Add("3;2");
expectedCompared.Add("1;3");
//actual
var actualResult = vm.ProcessGroup(Master.Rows, Test.Rows);
var actualCompared = actualResult.Select(r => r.MasterRowID + ";" + r.TestRowID).ToList();
//compared
Assert.AreEqual(expectedCompared.Count, actualCompared.Count);
CollectionAssert.AreEqual(expectedCompared, actualCompared);
}
public void should_return_can_process_false_for_non_comparison_types(string comparisonType)
{
var sut = new ComparisonProcessor();
var result = sut.CanProcess(comparisonType);
result.Should().BeFalse();
}
public void should_return_can_process_true_for_mixed_case_compairson_types(string comparisonType)
{
var sut = new ComparisonProcessor();
var result = sut.CanProcess(comparisonType);
result.Should().BeTrue();
}
public void should_create_expression_that_uses_provided_comparison_operator(int val1, int val2, string comparisonType, bool expectedResult)
{
var exp1 = Expression.Constant(val1);
var exp2 = Expression.Constant(val2);
var sut = new ComparisonProcessor();
var expression = sut.Process(comparisonType, exp1, exp2);
var lambda = Expression.Lambda <Func <bool> >(expression).Compile();
var result = lambda();
result.Should().Be(expectedResult);
}
