public void UpdateTestDurations_SimpleTests_DurationsAreWrittenAndReadCorrectly()
{
string tempFile = Path.GetTempFileName();
List <Model.TestResult> testResults = new List <Model.TestResult>
{
TestDataCreator.ToTestResult("TestSuite1.Test1", Model.TestOutcome.Passed, 3, tempFile),
TestDataCreator.ToTestResult("TestSuite1.SkippedTest", Model.TestOutcome.Skipped, 1, tempFile)
};
var serializer = new TestDurationSerializer();
serializer.UpdateTestDurations(testResults);
string durationsFile = GetDurationsFile(serializer, tempFile);
durationsFile.AsFileInfo().Should().Exist();
IDictionary <Model.TestCase, int> durations = serializer.ReadTestDurations(testResults.Select(tr => tr.TestCase));
durations.Count.Should().Be(1);
durations.Should().ContainKey(testResults[0].TestCase);
durations[testResults[0].TestCase].Should().Be(3);
durations.Should().NotContainKey(testResults[1].TestCase);
File.Delete(durationsFile);
}
public void GetCommandLines_AllTests_ProducesCorrectArguments()
{
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCases("Suite1.Test1 param", "Suite2.Test2");
string commandLine = new CommandLineGenerator(testCases, TestDataCreator.DummyExecutable.Length, "", "", TestEnvironment.Options).GetCommandLines().First().CommandLine;
commandLine.Should().Be($"--gtest_output=\"xml:\"{DefaultArgs}");
}
public void PeekTwiceOutgoingMessageTest()
{
var messagingOperations = Substitute.For <IMessagingOperations>();
var pltDeviceOperations = Substitute.For <IDeviceOperations>();
pltDeviceOperations.Get("1234").Returns(TestDataCreator.Device("1234", "1234", "12345", "123456", "1234567", 1));
messagingOperations.Peek(1)
.Returns(new OutgoingMessageToStoreWithState(new OutgoingMessageToStore(1, new byte[] { 48, 49, 50 }, 1, DateTime.UtcNow, "sender"), OutgoingState.Ok));
var messagingService = new MessagingService(messagingOperations, pltDeviceOperations);
var msg = messagingService.Peek("1234");
Assert.IsNotNull(msg);
Assert.AreEqual(OutgoingState.Ok, msg.State);
Assert.AreEqual("1234", msg.Message.DeviceId);
Assert.AreEqual("012", msg.Message.Payload);
Assert.AreEqual("sender", msg.Message.SenderDeviceId);
msg = messagingService.Peek("1234");
Assert.IsNotNull(msg);
Assert.AreEqual(OutgoingState.Ok, msg.State);
Assert.AreEqual("1234", msg.Message.DeviceId);
Assert.AreEqual("012", msg.Message.Payload);
Assert.AreEqual("sender", msg.Message.SenderDeviceId);
}
public void ResolveIncomingNullAllTest()
{
var deviceOperations = Substitute.For <IDeviceOperations>();
var networkeOperations = Substitute.For <INetworkOperations>();
var serviceOperations = Substitute.For <IServiceOperations>();
var companyOperations = Substitute.For <ICompanyOperations>();
var telemetryDataSinkMetadataRegistry = Substitute.For <ITelemetryDataSinkMetadataRegistry>();
var deviceId = Identity.Next();
var serviceId = Identity.Next();
var networkId = Identity.Next();
var companyId = Identity.Next();
deviceOperations.Get(deviceId).Returns(TestDataCreator.Device(deviceId, null, networkId, serviceId, companyId, 0));
serviceOperations.Get(serviceId)
.Returns(TestDataCreator.Service(serviceId, null,
companyId, new TelemetryDataSinkSettings {
Incoming = null
}));
companyOperations.Get(companyId)
.Returns(TestDataCreator.Company(companyId, new TelemetryDataSinkSettings {
Incoming = null
}));
networkeOperations.Get(networkId)
.Returns(TestDataCreator.Network(networkId, "key", null, serviceId, companyId, new TelemetryDataSinkSettings {
Incoming = new List <TelemetryDataSinkParameters>()
}));
var telemetryDataSinkResolver = new TelemetryDataSinkResolver(deviceOperations, networkeOperations, serviceOperations, companyOperations,
telemetryDataSinkMetadataRegistry, new DynamicConnectionStringResolver(null));
Assert.AreEqual(0, telemetryDataSinkResolver.ResolveIncoming(deviceId).Count());
}
public void GetTestResults_OutputWithSkippedTestAsLastTest_AllResultsAreFound()
{
var cases = new List <TestCase>
{
TestDataCreator.ToTestCase("Test.Succeed", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
TestDataCreator.ToTestCase("Test.Skip", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
TestDataCreator.ToTestCase("Test.Fail", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
};
var parser = new StreamingStandardOutputTestResultParser(cases, TestEnvironment.Logger, MockFrameworkReporter.Object);
ConsoleOutputWithSkippedTestAsLastTest.ToList().ForEach(parser.ReportLine);
parser.Flush();
var results = parser.TestResults;
results.Should().HaveCount(3);
var result = results[0];
result.TestCase.FullyQualifiedName.Should().Be("Test.Succeed");
XmlTestResultParserTests.AssertTestResultIsPassed(result);
result = results[1];
result.TestCase.FullyQualifiedName.Should().Be("Test.Fail");
XmlTestResultParserTests.AssertTestResultIsFailure(result);
result = results[2];
result.TestCase.FullyQualifiedName.Should().Be("Test.Skip");
XmlTestResultParserTests.AssertTestResultIsSkipped(result);
}
private void DoRunCancelingTests(bool killProcesses, int lower)
{
MockOptions.Setup(o => o.KillProcessesOnCancel).Returns(killProcesses);
List <Model.TestCase> testCasesToRun = TestDataCreator.GetTestCases("Crashing.LongRunning", "LongRunningTests.Test2");
testCasesToRun.Should().HaveCount(2);
var stopwatch = new Stopwatch();
var executor = new TestExecutor(TestEnvironment.Logger, TestEnvironment.Options, MockDebuggerAttacher.Object);
var canceller = new Thread(() =>
{
Thread.Sleep(WaitBeforeCancelInMs);
executor.Cancel();
});
canceller.Start();
stopwatch.Start();
executor.RunTests(testCasesToRun.Select(tc => tc.ToVsTestCase()), MockRunContext.Object, MockFrameworkHandle.Object);
stopwatch.Stop();
canceller.Join();
stopwatch.ElapsedMilliseconds.Should().BeInRange(lower, lower + OverheadInMs);
}
public void TryLoginSameDeviceTwiceTest()
{
var connection = Substitute.For <IPersistentConnection>();
var connection2 = Substitute.For <IPersistentConnection>();
var deviceAuthenticator = Substitute.For <IDeviceAuthenticator>();
var deviceOperations = Substitute.For <IDeviceOperations>();
var connectionRegistry = new ConnectionRegistry(new PusherRegistry(new DateTimeProvider()), null);
connection.ConnectionId.Returns(Guid.NewGuid());
connection2.ConnectionId.Returns(Guid.NewGuid());
deviceAuthenticator.Authenticate(null).ReturnsForAnyArgs(true);
var deviceId = Identity.Next();
deviceOperations.Get(null).ReturnsForAnyArgs(TestDataCreator.Device(deviceId, "1234", "2345", "3456", "4567", 1));
connectionRegistry.RegisterInitiatedConnection(connection);
connectionRegistry.RegisterInitiatedConnection(connection2);
var commandExecutor = new CommandExecutor(null, connectionRegistry, null, deviceAuthenticator, deviceOperations, null, null);
commandExecutor.Execute(connection, new LoginCommand(deviceId + " " + Identity.Next()));
commandExecutor.Execute(connection2, new LoginCommand(deviceId + " " + Identity.Next()));
connection.Received().Reply("login ack");
connection2.Received().Reply("login badcommand");
Assert.AreEqual(ConnectionState.LoggedIn, connection.ConnectionState);
Assert.AreEqual(1, connection.NumericDeviceId);
}
public void GetCommandLines_HugeNumberOfSuitesToBeExecutedFully_WontBreakCommandLineCreation()
{
// we create 400 testsuites, with 380 of them holding 2 test-cases, 20 of them ("MyTestSuite..."[0-19]) holding three test-cases (named Test,Test2,Test3)
var range = Enumerable.Range(0, 400);
const string baseSuiteName = "MyTestSuiteWithSomeWhatLongNameIsStillHandledCorrectly";
var allTests = range.Select(idx => baseSuiteName + idx + ".Test")
.Concat(range.Select(idx => baseSuiteName + idx + ".Test2"))
.Concat(range.Take(20).Select(idx => baseSuiteName + idx + ".Test3"))
.ToList();
// 305 of the 380 2-test-suites will be executed fully (i.e. all test-cases are executed), only one 3-test-suite is executed fully (which holds also the only Test3-case to be execute)
var testsToExecute = allTests.Where((testcase, idx) => idx < 700 || (idx + 5) % 20 == 0).ToList();
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCasesFull(testsToExecute.ToArray(), allTests.ToArray());
List <CommandLineGenerator.Args> commands =
new CommandLineGenerator(testCases, TestDataCreator.DummyExecutable.Length, "", "", TestEnvironment.Options).GetCommandLines().ToList();
int longestSuiteName = baseSuiteName.Length + 6; // 6 = 3 for suiteIndex + 3 for suite-filter-delimiter
int minimumLineLength = CommandLineGenerator.MaxCommandLength - longestSuiteName;
CommandLineGenerator.MaxCommandLength.Should().Be(8191, "if the maximum command line length changes, we may need to adapt the following expectations");
commands.Should().HaveCount(4, "based on given test-cases and maximum command line length we expect 4 command-lines to be created");
commands.First().CommandLine.Should().NotMatchRegex(baseSuiteName + @"(\d|1[^5])\.", "none fo the 3-test-suites (0-19) expect suite 15 must be part of a command line");
commands.First().TestCases.Count(testCase => testCase.DisplayName.EndsWith("Test3")).Should().Be(1, "the single fully executed 3-test-suite has to be part of the first command line");
commands.Skip(1).Select(cmd => cmd.TestCases.Count(testCase => testCase.DisplayName.EndsWith("Test3"))).Sum().Should().Be(0, "only a single Test3 must be executed on the first command line");
commands.Take(3).Select(cmd => cmd.CommandLine.Length).Should().OnlyContain(length => length >= minimumLineLength, "all command lines expect the last need to have a minimum length, so no superfluous command-lines are executed");
commands.Select(cmd => cmd.TestCases.Count).Sum().Should().Be(testsToExecute.Count(), "the number of test to be executed must be identical to those on the command lines");
}
public void HeartbeatTest()
{
var connection = Substitute.For <IPersistentConnection>();
var deviceAuthenticator = Substitute.For <IDeviceAuthenticator>();
var deviceOperations = Substitute.For <IDeviceOperations>();
var connectionRegistry = new ConnectionRegistry(new PusherRegistry(new DateTimeProvider()), null);
connection.ConnectionId.Returns(Guid.NewGuid());
deviceAuthenticator.Authenticate(null).ReturnsForAnyArgs(true);
deviceOperations.Get(null).ReturnsForAnyArgs(TestDataCreator.Device("1234", "1234", "2345", "3456", "4567", 1));
connectionRegistry.RegisterInitiatedConnection(connection);
var commandExecutor = new CommandExecutor(null, connectionRegistry, null, deviceAuthenticator, deviceOperations, null, null);
commandExecutor.Execute(connection, new LoginCommand(Identity.Next() + " " + Identity.Next()));
commandExecutor.Execute(connection, new SubscribeCommand("receiveandforget"));
commandExecutor.Execute(connection, new HeartbeatCommand());
Assert.AreEqual(ConnectionState.LoggedIn | ConnectionState.Subscribed, connection.ConnectionState);
connection.Received().Heartbeat();
}
public void CommitNotLoggedInTest()
{
var connection = Substitute.For <IPersistentConnection>();
var deviceAuthenticator = Substitute.For <IDeviceAuthenticator>();
var deviceOperations = Substitute.For <IDeviceOperations>();
var dateTimeProvider = Substitute.For <IDateTimeProvider>();
var outgoingMessageReader = Substitute.For <IMessagingOperations>();
dateTimeProvider.UtcNow.Returns(DateTime.UtcNow);
var pusherRegistry = new PusherRegistry(dateTimeProvider);
var connectionRegistry = new ConnectionRegistry(pusherRegistry, null);
var deviceId = Identity.Next();
connection.ConnectionId.Returns(Guid.NewGuid());
deviceAuthenticator.Authenticate(null).ReturnsForAnyArgs(true);
deviceOperations.Get(null).ReturnsForAnyArgs(TestDataCreator.Device(deviceId, "1234", "2345", "3456", "4567", 1));
connectionRegistry.RegisterInitiatedConnection(connection);
var commandExecutor = new CommandExecutor(pusherRegistry, connectionRegistry, outgoingMessageReader, deviceAuthenticator, deviceOperations, null, null);
dateTimeProvider.UtcNow.Returns(DateTime.UtcNow);
pusherRegistry.SetAsCommitNeededConnections(new[] { connection });
outgoingMessageReader.Commit((long)0).ReturnsForAnyArgs(OutgoingState.Ok);
connection.ClearReceivedCalls();
commandExecutor.Execute(connection, new CommitCommand());
connection.DidNotReceive().Heartbeat();
}
public void SettingOperationsTest()
{
var settingOperations = Substitute.For <IPersistedSettingOperations>();
var cachingSettingOperations = new SettingOperations(settingOperations);
cachingSettingOperations.Remove("cat.conf");
var id = new SettingId("cat", "conf");
settingOperations.Get(id).Returns(TestDataCreator.Setting(id, "2"));
var setting = cachingSettingOperations.Get(id);
Assert.AreEqual("2", setting.Value);
settingOperations.Received().Get(id);
settingOperations.ClearReceivedCalls();
var setting2 = cachingSettingOperations.Get(id);
Assert.AreEqual("2", setting2.Value);
settingOperations.DidNotReceive().Get(id);
}
public void UpdateTestDurations_SameTestsInDifferentExecutables_DurationsAreWrittenAndReadCorrectly()
{
string tempFile = Path.GetTempFileName();
string tempFile2 = Path.GetTempFileName();
List <Model.TestResult> testResults = new List <Model.TestResult>
{
TestDataCreator.ToTestResult("TestSuite1.Test1", Model.TestOutcome.Passed, 3, tempFile),
TestDataCreator.ToTestResult("TestSuite1.Test1", Model.TestOutcome.Failed, 4, tempFile2)
};
var serializer = new TestDurationSerializer();
serializer.UpdateTestDurations(testResults);
string durationsFile1 = GetDurationsFile(serializer, tempFile);
durationsFile1.AsFileInfo().Should().Exist();
string durationsFile2 = GetDurationsFile(serializer, tempFile2);
durationsFile2.AsFileInfo().Should().Exist();
IDictionary <Model.TestCase, int> durations = serializer.ReadTestDurations(testResults.Select(tr => tr.TestCase));
durations.Should().HaveCount(2);
durations.Should().ContainKey(testResults[0].TestCase);
durations[testResults[0].TestCase].Should().Be(3);
durations.Should().ContainKey(testResults[1].TestCase);
durations[testResults[1].TestCase].Should().Be(4);
File.Delete(durationsFile1);
File.Delete(durationsFile2);
}
public void TelemetryDataLoginRequiredTest()
{
var connection = Substitute.For <IPersistentConnection>();
var deviceAuthenticator = Substitute.For <IDeviceAuthenticator>();
var deviceOperations = Substitute.For <IDeviceOperations>();
var dateTimeProvider = Substitute.For <IDateTimeProvider>();
var telemetryDataSinkResolver = Substitute.For <ITelemetryDataSinkResolver>();
dateTimeProvider.UtcNow.Returns(DateTime.UtcNow);
var pusherRegistry = new PusherRegistry(dateTimeProvider);
var connectionRegistry = new ConnectionRegistry(pusherRegistry, null);
var deviceId = Identity.Next();
connection.ConnectionId.Returns(Guid.NewGuid());
deviceAuthenticator.Authenticate(null).ReturnsForAnyArgs(true);
deviceOperations.Get(null).ReturnsForAnyArgs(TestDataCreator.Device(deviceId, "1234", "2345", "3456", "4567", 1));
connectionRegistry.RegisterInitiatedConnection(connection);
telemetryDataSinkResolver.ResolveIncoming(null).ReturnsForAnyArgs(new List <ITelemetryDataSink>());
var telemetryDataService = new DirectTelemetryDataService(telemetryDataSinkResolver);
var commandExecutor = new CommandExecutor(pusherRegistry, connectionRegistry, null, deviceAuthenticator, deviceOperations, null, telemetryDataService);
dateTimeProvider.UtcNow.Returns(DateTime.UtcNow);
commandExecutor.Execute(connection, new TelemetryDataCommand("{\"Temperature\": 24, \"Time\":" + DateTime.UtcNow.Ticks + "}"));
connection.Received(1).Reply("telemetrydata unauthorized");
}
public void SendToErrorTest()
{
var connection = Substitute.For <IPersistentConnection>();
var deviceAuthenticator = Substitute.For <IDeviceAuthenticator>();
var deviceOperations = Substitute.For <IDeviceOperations>();
var dateTimeProvider = Substitute.For <IDateTimeProvider>();
dateTimeProvider.UtcNow.Returns(DateTime.UtcNow);
var pusherRegistry = new PusherRegistry(dateTimeProvider);
var connectionRegistry = new ConnectionRegistry(pusherRegistry, null);
var deviceId = Identity.Next();
connection.ConnectionId.Returns(Guid.NewGuid());
deviceAuthenticator.Authenticate(null).ReturnsForAnyArgs(true);
deviceOperations.Get(null).ReturnsForAnyArgs(TestDataCreator.Device(deviceId, "1234", "2345", "3456", "4567", 1));
connectionRegistry.RegisterInitiatedConnection(connection);
var commandExecutor = new CommandExecutor(pusherRegistry, connectionRegistry, null, deviceAuthenticator, deviceOperations, null, null);
commandExecutor.Execute(connection, new LoginCommand(deviceId + " " + Identity.Next()));
dateTimeProvider.UtcNow.Returns(DateTime.UtcNow);
commandExecutor.Execute(connection, new SendToCommand("{\"Temperature\": 24, \"Time\":" + DateTime.UtcNow.Ticks + "}"));
connection.Received(1).Reply("sendto error");
}
public void ParentNetworkAuthOkTest()
{
var deviceOperations = Substitute.For <IDeviceOperations>();
var networkOperations = Substitute.For <INetworkOperations>();
var serviceOperations = Substitute.For <IServiceOperations>();
var deviceId = Identity.Next();
var deviceKey = Crypto.GenerateSafeRandomToken();
var networkId = Identity.Next();
var networkKey = Crypto.GenerateSafeRandomToken();
var parentNetworkId = Identity.Next();
var parentNetworkKey = Crypto.GenerateSafeRandomToken();
var serviceId = Identity.Next();
var apiKey = Crypto.GenerateSafeRandomToken();
deviceOperations.Get(deviceId).Returns(TestDataCreator.Device(deviceId, deviceKey, networkId, serviceId, null, 0));
networkOperations.Get(networkId).Returns(TestDataCreator.Network(networkId, networkKey, parentNetworkId, serviceId, null, null));
networkOperations.Get(parentNetworkId).Returns(TestDataCreator.Network(parentNetworkId, parentNetworkKey, null, serviceId, null, null));
serviceOperations.Get(serviceId).Returns(TestDataCreator.Service(serviceId, apiKey, null, null));
var deviceAuthenticator = new DeviceAuthenticator(deviceOperations, networkOperations, serviceOperations);
Assert.IsTrue(deviceAuthenticator.Authenticate(new AuthenticationParameters(deviceId, parentNetworkKey)));
}
public void GetTestResults_OutputWithSkippedTestAsLastTest_AllResultsAreFound()
{
var cases = new List <TestCase>
{
TestDataCreator.ToTestCase("Test.Succeed", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
TestDataCreator.ToTestCase("Test.Skip", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
TestDataCreator.ToTestCase("Test.Fail", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
};
var results = new StandardOutputTestResultParser(cases, ConsoleOutputWithSkippedTestAsLastTest, TestEnvironment.Logger).GetTestResults();
results.Should().HaveCount(3);
var result = results[0];
result.TestCase.FullyQualifiedName.Should().Be("Test.Succeed");
XmlTestResultParserTests.AssertTestResultIsPassed(result);
result = results[1];
result.TestCase.FullyQualifiedName.Should().Be("Test.Fail");
XmlTestResultParserTests.AssertTestResultIsFailure(result);
result = results[2];
result.TestCase.FullyQualifiedName.Should().Be("Test.Skip");
XmlTestResultParserTests.AssertTestResultIsSkipped(result);
}
public ActionResult <IEnumerable <string> > Get()
{
var testData = new TestDataCreator();
testData.Fill();
return(new string[] { "Great" });
}
public void GetCommandLines_ShuffleTestsWithDefaultSeed_IsAppendedCorrectly()
{
MockOptions.Setup(o => o.ShuffleTests).Returns(true);
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCases("Suite1.Test1", "Suite2.Test2");
string commandLine = new CommandLineGenerator(testCases, TestDataCreator.DummyExecutable.Length, "", "", TestEnvironment.Options).GetCommandLines().First().CommandLine;
commandLine.Should().Be($"--gtest_output=\"xml:\"{DefaultArgs}{GoogleTestConstants.ShuffleTestsOption}");
}
public void GetTestResults_Sample1_UnexpectedTestOutcome_LogsErrorAndThrows()
{
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCases("GoogleTestSuiteName1.TestMethod_007");
var parser = new XmlTestResultParser(testCases, "someexecutable", TestResources.XmlFile1, TestEnvironment.Logger);
parser.Invoking(p => p.GetTestResults()).Should().NotThrow <Exception>();
MockLogger.Verify(l => l.LogError(It.Is <string>(s => s.Contains("Foo"))), Times.Exactly(1));
}
public void GetTestResults_OutputWithSkippedTestAsLastTest_AllResultsAreFound()
{
string[] consoleOutput = @"[==========] Running 3 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 3 tests from Test
[ RUN ] Test.Succeed
[ OK ] Test.Succeed (0 ms)
[ RUN ] Test.Fail
C:\...\test.cpp(14): error: Value of: false
Actual: false
Expected: true
[ FAILED ] Test.Fail (0 ms)
[ RUN ] Test.Skip
[ SKIPPED ] Test.Skip (1 ms)
[----------] 3 tests from Test (3 ms total)
[----------] Global test environment tear-down
[==========] 3 tests from 1 test suite ran. (6 ms total)
[ PASSED ] 1 test.
[ SKIPPED ] 1 test, listed below:
[ SKIPPED ] Test.Skip
[ FAILED ] 1 test, listed below:
[ FAILED ] Test.Fail
1 FAILED TEST
".Split('\n');
var cases = new List <TestCase>
{
TestDataCreator.ToTestCase("Test.Succeed", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
TestDataCreator.ToTestCase("Test.Skip", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
TestDataCreator.ToTestCase("Test.Fail", TestDataCreator.DummyExecutable, @"c:\somepath\source.cpp"),
};
var parser = new StreamingStandardOutputTestResultParser(cases, TestEnvironment.Logger, MockFrameworkReporter.Object);
consoleOutput.ToList().ForEach(parser.ReportLine);
parser.Flush();
var results = parser.TestResults;
results.Should().HaveCount(3);
var result = results[0];
result.TestCase.FullyQualifiedName.Should().Be("Test.Succeed");
XmlTestResultParserTests.AssertTestResultIsPassed(result);
result = results[1];
result.TestCase.FullyQualifiedName.Should().Be("Test.Fail");
XmlTestResultParserTests.AssertTestResultIsFailure(result);
result = results[2];
result.TestCase.FullyQualifiedName.Should().Be("Test.Skip");
XmlTestResultParserTests.AssertTestResultIsSkipped(result);
CheckStandardOutputResultParser(cases, consoleOutput, results, parser.CrashedTestCase);
}
public void ResolveIncomingCompanyTest()
{
var deviceOperations = Substitute.For <IDeviceOperations>();
var networkeOperations = Substitute.For <INetworkOperations>();
var serviceOperations = Substitute.For <IServiceOperations>();
var companyOperations = Substitute.For <ICompanyOperations>();
var telemetryDataSinkMetadataRegistry = Substitute.For <ITelemetryDataSinkMetadataRegistry>();
var deviceId = Identity.Next();
var serviceId = Identity.Next();
var networkId = Identity.Next();
var companyId = Identity.Next();
telemetryDataSinkMetadataRegistry.Incoming.Returns(new List <TelemetryDataSinkMetadata>
{
new TelemetryDataSinkMetadata("azureData", "data", typeof(IncomingStubs.CurrentDataStub),
new[] { "ConnectionString", "Table" }, new Dictionary <string, string>())
});
deviceOperations.Get(deviceId).Returns(TestDataCreator.Device(deviceId, null, networkId, serviceId, companyId, 0));
serviceOperations.Get(serviceId)
.Returns(TestDataCreator.Service(serviceId, null,
companyId, new TelemetryDataSinkSettings {
Incoming = new List <TelemetryDataSinkParameters>()
}));
companyOperations.Get(companyId)
.Returns(TestDataCreator.Company(companyId, new TelemetryDataSinkSettings
{
Incoming =
new List <TelemetryDataSinkParameters>
{
new TelemetryDataSinkParameters()
{
SinkName = "azureData",
Parameters =
new Dictionary <string, string>()
{
{ "ConnectionString", "that" },
{ "Table", "t" }
}
}
}
}));
networkeOperations.Get(networkId)
.Returns(TestDataCreator.Network(networkId, "key", null, serviceId, companyId, new TelemetryDataSinkSettings {
Incoming = new List <TelemetryDataSinkParameters>()
}));
var telemetryDataSinkResolver = new TelemetryDataSinkResolver(deviceOperations, networkeOperations, serviceOperations, companyOperations,
telemetryDataSinkMetadataRegistry, new DynamicConnectionStringResolver(null));
Assert.AreEqual(1, telemetryDataSinkResolver.ResolveIncoming(deviceId).Count());
Assert.IsInstanceOfType(telemetryDataSinkResolver.ResolveIncoming(deviceId).First(), typeof(IncomingStubs.CurrentDataStub));
}
public void OneTimeSetUp()
{
_logger = new Logger();
_dataCreator = new TestDataCreator();
var lockDb = new DistributedLockDb(_logger);
var docDb = new DocumentDb(_logger);
lockDb.InitializeDatabase();
docDb.InitializeDatabase();
}
public void GetCommandLines_TestsWithCommonSuite_AreCombinedViaSuite()
{
IEnumerable <Model.TestCase> testCasesWithCommonSuite = TestDataCreator.CreateDummyTestCases("FooSuite.BarTest", "FooSuite.BazTest");
IEnumerable <Model.TestCase> allTestCases = testCasesWithCommonSuite.Union(TestDataCreator.CreateDummyTestCases("BarSuite.FooTest"));
string commandLine = new CommandLineGenerator(allTestCases, testCasesWithCommonSuite, TestDataCreator.DummyExecutable.Length, "", "", TestEnvironment)
.GetCommandLines().First().CommandLine;
commandLine.Should().Be($"--gtest_output=\"xml:\"{DefaultArgs} --gtest_filter=FooSuite.*:");
}
public void Filter_ExpressionAcceptsAnything_NoFiltering()
{
_mockFilterExpression.Setup(e => e.MatchTestCase(It.IsAny <TestCase>(), It.IsAny <Func <string, object> >())).Returns(true);
IEnumerable <TestCase> testCases = TestDataCreator.CreateDummyTestCases("Foo.Bar", "Foo.Baz").Select(DataConversionExtensions.ToVsTestCase);
TestCaseFilter filter = new TestCaseFilter(MockRunContext.Object, _traitNames, TestEnvironment.Logger);
IEnumerable <TestCase> filteredTestCases = filter.Filter(testCases).ToList();
AssertAreEqual(testCases, filteredTestCases);
}
public void Filter_ExpressionMatchesNothing_EmptyResult()
{
_mockFilterExpression.Setup(e => e.MatchTestCase(It.IsAny <TestCase>(), It.IsAny <Func <string, object> >())).Returns(false);
IEnumerable <TestCase> testCases = TestDataCreator.CreateDummyTestCases("Foo.Bar", "Foo.Baz").Select(tc => tc.ToVsTestCase());
TestCaseFilter filter = new TestCaseFilter(MockRunContext.Object, _traitNames, TestEnvironment.Logger);
IEnumerable <TestCase> filteredTestCases = filter.Filter(testCases).ToList();
AssertAreEqual(new List <TestCase>(), filteredTestCases);
}
public void GetTestResults_Sample1_FindsPassedParameterizedResult()
{
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCases("ParameterizedTestsTest1/AllEnabledTest.TestInstance/7");
var parser = new XmlTestResultParser(testCases, "someexecutable", TestResources.XmlFile1, TestEnvironment.Logger);
List <Model.TestResult> results = parser.GetTestResults();
results.Should().ContainSingle();
AssertTestResultIsPassed(results[0]);
}
public void GetTestResults_Sample2_FindsPassedResult()
{
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCases("FooTest.DoesXyz");
var parser = new XmlTestResultParser(testCases, "someexecutable", TestResources.XmlFile2, TestEnvironment.Logger);
List <Model.TestResult> results = parser.GetTestResults();
results.Should().ContainSingle();
AssertTestResultIsPassed(results[0]);
}
public void GetTestResults_Sample1_FindsPassedParameterizedResult()
{
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCases("ParameterizedTestsTest1/AllEnabledTest.TestInstance/7 # GetParam() = (false, 200, 0)");
var parser = new XmlTestResultParser(testCases, TestResources.XmlFile1, TestEnvironment, "");
List <Model.TestResult> results = parser.GetTestResults();
results.Count.Should().Be(1);
AssertTestResultIsPassed(results[0]);
}
public void GetCommandLines_RepetitionsOption_IsAppendedCorrectly()
{
MockOptions.Setup(o => o.NrOfTestRepetitions).Returns(4711);
IEnumerable <Model.TestCase> testCases = TestDataCreator.CreateDummyTestCases("Suite1.Test1", "Suite2.Test2");
string commandLine = new CommandLineGenerator(testCases, TestDataCreator.DummyExecutable.Length, "", "", TestEnvironment.Options).GetCommandLines().First().CommandLine;
string repetitionsOption = GoogleTestConstants.NrOfRepetitionsOption + "=4711";
commandLine.Should().Be($"--gtest_output=\"xml:\"{DefaultArgs}{repetitionsOption}");
}
public void GetCommandLines_TestsWithCommonSuite_AreCombinedViaSuite()
{
string[] testCaseNamesWithCommonSuite = { "FooSuite.BarTest", "FooSuite.BazTest" };
string[] allTestCaseNames = testCaseNamesWithCommonSuite.Union("BarSuite.FooTest".Yield()).ToArray();
IEnumerable <Model.TestCase> testCasesWithCommonSuite = TestDataCreator.CreateDummyTestCasesFull(testCaseNamesWithCommonSuite, allTestCaseNames);
string commandLine = new CommandLineGenerator(testCasesWithCommonSuite, TestDataCreator.DummyExecutable.Length, "", "", TestEnvironment.Options)
.GetCommandLines().First().CommandLine;
commandLine.Should().Be($"--gtest_output=\"xml:\"{DefaultArgs} --gtest_filter=FooSuite.*:");
}
