public void GIVEN_on_happy_path_WHEN_check_transmission_THEN_get_diagnostic_response()
        {
            // Given
            TelemetryDiagnosticControls telemetryDiagnosticControls = 
                new TelemetryDiagnosticControls(new TestingTelemetryClient(2, 51, 41));

            // When
            telemetryDiagnosticControls.CheckTransmission();

            // Then
            string message = "LAST TX rate................ 100 MBPS\r\n"
                + "HIGHEST TX rate............. 100 MBPS\r\n"
                + "LAST RX rate................ 100 MBPS\r\n"
                + "HIGHEST RX rate............. 100 MBPS\r\n"
                + "BIT RATE.................... 100000000\r\n"
                + "WORD LEN.................... 16\r\n"
                + "WORD/FRAME.................. 511\r\n"
                + "BITS/FRAME.................. 8192\r\n"
                + "MODULATION TYPE............. PCM/FM\r\n"
                + "TX Digital Los.............. 0.75\r\n"
                + "RX Digital Los.............. 0.10\r\n"
                + "BEP Test.................... -5\r\n"
                + "Local Rtrn Count............ 00\r\n"
                + "Remote Rtrn Count........... 00";
            Assert.AreEqual(message, telemetryDiagnosticControls.DiagnosticInfo);
        }
        public void GIVEN_on_happy_path_WHEN_check_transmission_THEN_get_diagnostic_response()
        {
            // Given
            TelemetryDiagnosticControls telemetryDiagnosticControls =
                new TelemetryDiagnosticControls(new TestingTelemetryClient(2, 51, 41));

            // When
            telemetryDiagnosticControls.CheckTransmission();

            // Then
            string message = "LAST TX rate................ 100 MBPS\r\n"
                             + "HIGHEST TX rate............. 100 MBPS\r\n"
                             + "LAST RX rate................ 100 MBPS\r\n"
                             + "HIGHEST RX rate............. 100 MBPS\r\n"
                             + "BIT RATE.................... 100000000\r\n"
                             + "WORD LEN.................... 16\r\n"
                             + "WORD/FRAME.................. 511\r\n"
                             + "BITS/FRAME.................. 8192\r\n"
                             + "MODULATION TYPE............. PCM/FM\r\n"
                             + "TX Digital Los.............. 0.75\r\n"
                             + "RX Digital Los.............. 0.10\r\n"
                             + "BEP Test.................... -5\r\n"
                             + "Local Rtrn Count............ 00\r\n"
                             + "Remote Rtrn Count........... 00";

            Assert.AreEqual(message, telemetryDiagnosticControls.DiagnosticInfo);
        }
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        public void WhenCheckTransmissionAndCannotConnectAfterThreeTries_ThenThrowException()
        {
            int trialCountToConnect         = 4;
            TelemetryDiagnosticControls tdc = new TelemetryDiagnosticControls(new FakeTelemetryClient(trialCountToConnect));

            Assert.Throws <Exception>(() => tdc.CheckTransmission());
        }
        // A class with the only goal of simulating a dependency on TelemetryDiagnosticControls
        // that has impact on the refactoring.

        public TelemetryDiagnosticControlsClient1()
        {
            var teleDiagnostic = new TelemetryDiagnosticControls();

            teleDiagnostic.CheckTransmission();

            var result = teleDiagnostic.DiagnosticInfo;
        }
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        public void WhenCheckTransmissionAndSuccessfulConnect_ThenSendRequestAndReceiveDiagnosticInfo()
        {
            int trialCountToConnect         = 2;
            TelemetryDiagnosticControls tdc = new TelemetryDiagnosticControls(new FakeTelemetryClient(trialCountToConnect));

            tdc.CheckTransmission();

            Assert.AreEqual("Fake Diagnostic Info", tdc.DiagnosticInfo);
        }
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        public void Receive_diagnostics_info_When_CheckTransmission()
        {
            var nextReturnThisMakesSuccessfulConnection = 1;
            var client = TelemetryClientForTest.SetUp(nextReturnThisMakesSuccessfulConnection);
            var telemetryDiagnosticControls = new TelemetryDiagnosticControls(client);

            var diagnosticsResult = telemetryDiagnosticControls.CheckTransmission();

            Check.That(diagnosticsResult).IsEqualTo(Channel.SimulatedDiagnosticMessageResult);
        }
        public void GIVEN_not_online_to_server_WHEN_check_transmission_THEN_get_exception()
        {
            // Given
            TelemetryDiagnosticControls telemetryDiagnosticControls =
                new TelemetryDiagnosticControls(new TestingTelemetryClient(3, 51, 41));

            // When
            var exception = Assert.Throws <Exception>(() => telemetryDiagnosticControls.CheckTransmission());

            // Then
            Assert.That(exception.Message, Is.EqualTo("Unable to connect."));
        }
        public void GIVEN_not_online_to_server_WHEN_check_transmission_THEN_get_exception()
        {
            // Given
            TelemetryDiagnosticControls telemetryDiagnosticControls =
                new TelemetryDiagnosticControls(new TestingTelemetryClient(3, 51, 41));

            // When
            var exception = Assert.Throws<Exception>(() => telemetryDiagnosticControls.CheckTransmission());

            // Then
            Assert.That(exception.Message, Is.EqualTo("Unable to connect."));
        }
Esempio n. 9
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        public void Receive_diagnostics_info_When_client_try_connect_twice_and_finished_by_connected_then_CheckTransmission()
        {
            var connectionSimulator = Simulate_client_try_connect_twice_and_finished_by_connected();

            var telemetryClient = new TelemetryClient(new Connector(connectionSimulator), new Channel(connectionSimulator));

            var telemetryDiagnosticControls = new TelemetryDiagnosticControls(telemetryClient);

            var diagnosticsResult = telemetryDiagnosticControls.CheckTransmission();

            Check.That(diagnosticsResult).IsEqualTo(Channel.SimulatedDiagnosticMessageResult);
        }
Esempio n. 10
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        public void CheckTransmission_fails_When_client_connection_fail()
        {
            var nextReturnThisMakesSuccessfulConnection = 100;
            var client = TelemetryClientForTest.SetUp(nextReturnThisMakesSuccessfulConnection);
            var telemetryDiagnosticControls = new TelemetryDiagnosticControls(client);

            Check.ThatCode(
                () =>
            {
                telemetryDiagnosticControls.CheckTransmission();
            })
            .Throws <Exception>()
            .WithMessage("Unable to connect.");
        }
Esempio n. 11
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        public void CheckTransmission_fails_When_client_connection_retry_times_are_all_used()
        {
            var connectionSimulator = SimulateClientRetryConnect_three_times_fail();

            var telemetryClient             = new TelemetryClient(new Connector(connectionSimulator), new Channel(connectionSimulator));
            var telemetryDiagnosticControls = new TelemetryDiagnosticControls(telemetryClient);

            Check.ThatCode(
                () =>
            {
                telemetryDiagnosticControls.CheckTransmission();
            })
            .Throws <Exception>()
            .WithMessage("Unable to connect.");
        }
        public void CheckTransmission_should_send_a_diagnostic_message_and_receive_a_status_message_response()
        {
            var stubTelemetryConnection = new StubTelemetryConnection();
            stubTelemetryConnection.StubGetOnlineStatus(true);

            var mockTelemetryDataChannel = new MockTelemetryDataChannel();
            mockTelemetryDataChannel.SetExpectedCallToSend(TelemetryDataChannel.DiagnosticMessage);
            mockTelemetryDataChannel.SetExpectedCallToReceive("status report");

            var target = new TelemetryDiagnosticControls(stubTelemetryConnection, mockTelemetryDataChannel);


            target.CheckTransmission();


            mockTelemetryDataChannel.Verify();
            Assert.AreEqual(target.DiagnosticInfo, "status report", "diagnostic info");
        }
        public void GIVEN_online_status_of_TelemetryClient_is_tue_WHEN_check_Transmision_THEN_method_Disconnect_Send_and_Receive_should_be_invoked()
        {
            // Given
            var telemetryClient = new Mock<TelemetryClient>();
            TelemetryDiagnosticControls telementryDiagnosticControls = 
                new TelemetryDiagnosticControls(telemetryClient.Object);
            telemetryClient
                .Setup(t => t.OnlineStatus)
                .Returns(true);

            // When
            telementryDiagnosticControls.CheckTransmission();

            // Then
            telemetryClient.Verify(t => t.Disconnect());
            // telemetryClient.Verify(t => t.Connect("*111#")); // Why this line never performed?
            telemetryClient.Verify(t => t.Send("AT#UD"));
            telemetryClient.Verify(t => t.Receive());
        }
        public void CheckTransmission_should_send_a_diagnostic_message_and_receive_a_status_message_response()
        {
            StubTelemetryConnection stubTelemetryConnection = new StubTelemetryConnection();

            stubTelemetryConnection.StubGetOnlineStatus(true);

            MockTelemetryDataChannel mockTelemetryDataChannel = new MockTelemetryDataChannel();

            mockTelemetryDataChannel.SetExpectedCallToSend(TelemetryDataChannel.DiagnosticMessage);
            mockTelemetryDataChannel.SetExpectedCallToReceive("status report");

            TelemetryDiagnosticControls target = new TelemetryDiagnosticControls(stubTelemetryConnection, mockTelemetryDataChannel);


            target.CheckTransmission();


            mockTelemetryDataChannel.Verify();
            Assert.AreEqual(target.DiagnosticInfo, "status report", "diagnostic info");
        }
        public void GIVEN_online_status_of_TelemetryClient_is_tue_WHEN_check_Transmision_THEN_method_Disconnect_Send_and_Receive_should_be_invoked()
        {
            // Given
            var telemetryClient = new Mock <TelemetryClient>();
            TelemetryDiagnosticControls telementryDiagnosticControls =
                new TelemetryDiagnosticControls(telemetryClient.Object);

            telemetryClient
            .Setup(t => t.OnlineStatus)
            .Returns(true);

            // When
            telementryDiagnosticControls.CheckTransmission();

            // Then
            telemetryClient.Verify(t => t.Disconnect());
            // telemetryClient.Verify(t => t.Connect("*111#")); // Why this line never performed?
            telemetryClient.Verify(t => t.Send("AT#UD"));
            telemetryClient.Verify(t => t.Receive());
        }
        public void CheckTransmission_should_send_a_diagnostic_message_and_receive_a_status_message_response()
        {
            var channel = MockRepository.GenerateMock<ITelemetryChannel>();
            var connetion = MockRepository.GenerateMock<IConnection>();
            var telemetryConnection = new TelemetryConnector(connetion);

            using (channel.GetMockRepository().Ordered())
            {
                connetion
                    .Stub(client => client.OnlineStatus)
                    .Return(false).Repeat.Once();

                connetion
                   .Stub(client => client.OnlineStatus)
                   .Return(true);
            }

            channel
                .Stub(client => client.Receive())
                .Return(ExpectedTelemetryClientResponse);

            var telemetryDiagnosticControls = new TelemetryDiagnosticControls(channel, telemetryConnection);

            telemetryDiagnosticControls.CheckTransmission();

            connetion.AssertWasCalled(conn => conn.Connect(Arg<string>.Is.Anything));
            channel.AssertWasCalled(client => client.Send(TelemetryClient.DiagnosticMessage));

            Assert.That(telemetryDiagnosticControls.DiagnosticInfo, Is.EqualTo(ExpectedTelemetryClientResponse));
        }