public async Task TestCreateReportAsyncWithEmptyResults()
{
string expectedSource = "expectedSource";
string actualSource = "actualSource";
int batchSize = 10;
var mockExpectedStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> expectedResults = new StoreTestResultCollection <TestOperationResult>(mockExpectedStore.Object, batchSize);
var mockActualStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> actualResults = new StoreTestResultCollection <TestOperationResult>(mockActualStore.Object, batchSize);
var reportGenerator = new CountingReportGenerator(
TestDescription,
Guid.NewGuid().ToString(),
expectedSource,
expectedResults.GetAsyncEnumerator(),
actualSource,
actualResults.GetAsyncEnumerator(),
"resultType1",
new SimpleTestOperationResultComparer(),
UnmatchedResultsMaxSize,
false);
var report = (CountingReport)await reportGenerator.CreateReportAsync();
Assert.Equal(0UL, report.TotalExpectCount);
Assert.Equal(0UL, report.TotalMatchCount);
Assert.Equal(0UL, report.TotalDuplicateActualResultCount);
Assert.Equal(0, report.UnmatchedResults.Count);
}
public void TestConstructorSuccess()
{
string expectedSource = "expectedSource";
string actualSource = "actualSource";
int batchSize = 10;
string resultType = "resultType1";
var mockExpectedStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> expectedResults = new StoreTestResultCollection <TestOperationResult>(mockExpectedStore.Object, batchSize);
var mockActualStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> actualResults = new StoreTestResultCollection <TestOperationResult>(mockActualStore.Object, batchSize);
var reportGenerator = new CountingReportGenerator(
TestDescription,
Guid.NewGuid().ToString(),
expectedSource,
expectedResults.GetAsyncEnumerator(),
actualSource,
actualResults.GetAsyncEnumerator(),
resultType,
new SimpleTestOperationResultComparer(),
UnmatchedResultsMaxSize);
Assert.Equal(TestDescription, reportGenerator.TestDescription);
Assert.Equal(actualSource, reportGenerator.ActualSource);
Assert.Equal(actualResults.GetAsyncEnumerator(), reportGenerator.ActualTestResults);
Assert.Equal(expectedSource, reportGenerator.ExpectedSource);
Assert.Equal(expectedResults.GetAsyncEnumerator(), reportGenerator.ExpectedTestResults);
Assert.Equal(resultType, reportGenerator.ResultType);
Assert.Equal(typeof(SimpleTestOperationResultComparer), reportGenerator.TestResultComparer.GetType());
}
public async Task TestCreateReportAsync(
IEnumerable <string> expectedStoreValues,
IEnumerable <string> actualStoreValues,
int batchSize,
ulong expectedTotalExpectedCount,
ulong expectedTotalMatchCount,
ulong expectedTotalDuplicateExpectedResultCount,
ulong expectedTotalDuplicateActualResultCount,
int expectedMissingResultsCount)
{
string expectedSource = "expectedSource";
string actualSource = "actualSource";
string resultType = TestOperationResultType.Messages.ToString();
var mockExpectedStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> expectedResults = new StoreTestResultCollection <TestOperationResult>(mockExpectedStore.Object, batchSize);
var mockActualStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> actualResults = new StoreTestResultCollection <TestOperationResult>(mockActualStore.Object, batchSize);
var reportGenerator = new CountingReportGenerator(
TestDescription,
Guid.NewGuid().ToString(),
expectedSource,
expectedResults.GetAsyncEnumerator(),
actualSource,
actualResults.GetAsyncEnumerator(),
resultType,
new SimpleTestOperationResultComparer(),
UnmatchedResultsMaxSize,
false);
var expectedStoreData = GetStoreData(expectedSource, resultType, expectedStoreValues);
for (int i = 0; i < expectedStoreData.Count; i += batchSize)
{
int startingOffset = i;
mockExpectedStore.Setup(s => s.GetBatch(startingOffset, batchSize)).ReturnsAsync(expectedStoreData.Skip(startingOffset).Take(batchSize));
}
var actualStoreData = GetStoreData(actualSource, resultType, actualStoreValues);
for (int j = 0; j < expectedStoreData.Count; j += batchSize)
{
int startingOffset = j;
mockActualStore.Setup(s => s.GetBatch(startingOffset, batchSize)).ReturnsAsync(actualStoreData.Skip(startingOffset).Take(batchSize));
}
var report = (CountingReport)await reportGenerator.CreateReportAsync();
Assert.Equal(expectedTotalExpectedCount, report.TotalExpectCount);
Assert.Equal(expectedTotalMatchCount, report.TotalMatchCount);
Assert.Equal(expectedTotalDuplicateExpectedResultCount, report.TotalDuplicateExpectedResultCount);
Assert.Equal(expectedTotalDuplicateActualResultCount, report.TotalDuplicateActualResultCount);
Assert.Equal(expectedMissingResultsCount, report.UnmatchedResults.Count);
}
public async Task TestCreateReportAsync(
IEnumerable <string> expectedStoreValues,
IEnumerable <string> actualStoreValues,
int batchSize,
ulong expectedTotalExpectedCount,
ulong expectedTotalMatchCount,
ulong expectedTotalDuplicateExpectedResultCount,
ulong expectedTotalDuplicateActualResultCount,
ulong expectedTotalMisorderedActualResultCount,
ulong expectedMissingResultsCount)
{
bool brokerEnabled = false;
// give fake tracking id and batch id to mimic real scenario
expectedStoreValues = expectedStoreValues.Select(v => "xx;yy;" + v);
actualStoreValues = actualStoreValues.Select(v => "xx;yy;" + v);
string expectedSource = "expectedSource";
string actualSource = "actualSource";
string resultType = TestOperationResultType.Messages.ToString();
var mockExpectedStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> expectedResults = new StoreTestResultCollection <TestOperationResult>(mockExpectedStore.Object, batchSize);
var mockActualStore = new Mock <ISequentialStore <TestOperationResult> >();
IAsyncEnumerable <TestOperationResult> actualResults = new StoreTestResultCollection <TestOperationResult>(mockActualStore.Object, batchSize);
var reportGenerator = new CountingReportGenerator(
TestDescription,
TestMode.Connectivity,
Topology.SingleNode,
brokerEnabled,
Guid.NewGuid().ToString(),
expectedSource,
expectedResults.GetAsyncEnumerator(),
actualSource,
actualResults.GetAsyncEnumerator(),
resultType,
new SimpleTestOperationResultComparer(),
UnmatchedResultsMaxSize,
false);
var expectedStoreData = GetStoreData(expectedSource, resultType, expectedStoreValues);
for (int i = 0; i < expectedStoreData.Count; i += batchSize)
{
int startingOffset = i;
mockExpectedStore.Setup(s => s.GetBatch(startingOffset, batchSize)).ReturnsAsync(expectedStoreData.Skip(startingOffset).Take(batchSize));
}
var actualStoreData = GetStoreData(actualSource, resultType, actualStoreValues);
for (int j = 0; j < expectedStoreData.Count; j += batchSize)
{
int startingOffset = j;
mockActualStore.Setup(s => s.GetBatch(startingOffset, batchSize)).ReturnsAsync(actualStoreData.Skip(startingOffset).Take(batchSize));
}
var report = (CountingReport)await reportGenerator.CreateReportAsync();
Assert.Equal(expectedTotalExpectedCount, report.TotalExpectCount);
Assert.Equal(expectedTotalMatchCount, report.TotalMatchCount);
Assert.Equal(expectedMissingResultsCount, report.TotalUnmatchedCount);
Assert.Equal(expectedTotalDuplicateExpectedResultCount, report.TotalDuplicateExpectedResultCount);
Assert.Equal(expectedTotalDuplicateActualResultCount, report.TotalDuplicateActualResultCount);
Assert.Equal(expectedTotalMisorderedActualResultCount, report.TotalMisorderedActualResultCount);
Assert.Equal((int)expectedMissingResultsCount, report.UnmatchedResults.Count);
Assert.Equal((int)expectedTotalDuplicateExpectedResultCount, report.DuplicateExpectedResults.Count);
Assert.Equal((int)expectedTotalDuplicateActualResultCount, report.DuplicateActualResults.Count);
Assert.Equal((int)expectedTotalMisorderedActualResultCount, report.MisorderedActualResults.Count);
}
