private void testReceiveX10Command(string houseCode, X10Command command, byte x10Code) { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x52, x10Code, 0x80); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network.X10; int eventCount = 0; object sender = null; string eventHouseCode = null; X10Command eventCommand = 0; test.CommandReceived += new X10CommandReceivedHandler((s, e) => { sender = s; eventHouseCode = e.HouseCode; eventCommand = e.Command; eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); Assert.AreEqual(test, sender); Assert.AreEqual(houseCode, eventHouseCode); Assert.AreEqual(command, eventCommand); } }
private void testGettingDevice(Func <PlmNetwork, DeviceBase> testFunc) { using (var scenario = new SerialPortScenario()) { const byte RECV_MESSAGE_FLAGS_SB = Constants.MSG_FLAGS_BROADCAST; scenario.SetupSendStandardCommandReceiveAck(0x10, 0x00); scenario .WaitsForMessageOfType(0x50) .AndReceives(0x02, 0x50, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, PEER_DEVCAT, PEER_DEVSUB, PEER_FIRMWARE, RECV_MESSAGE_FLAGS_SB, 0x01, 0xFF); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; var device = testFunc(test); Assert.IsNotNull(device); Assert.AreEqual(TestDeviceHelper.PEER_ID_STRING, device.DeviceId.ToString()); string devCat = Constants.DeviceCategoryLookup[PEER_DEVCAT]; string devSubcat = Constants.DeviceSubcategoryLookup[PEER_DEVCAT][PEER_DEVSUB]; Assert.AreEqual(devCat, device.DeviceCategory); Assert.AreEqual(devSubcat, device.DeviceSubcategory); Assert.IsInstanceOf <LightingControl>(device); Assert.IsInstanceOf <DimmableLightingControl>(device); } }
public void Can_get_a_database_with_one_record() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x69) .AndReceive(0x02, 0x69, 0x06); // has at least one record scenario .WaitsForMessageOfType(0x57) .AndReceives(0x02, 0x57, FLAGS_NOT_MASTER, ALL_LINK_GROUP, ID1_HI, ID1_MIDDLE, ID1_LO, 0xAA, 0xBB, 0xCC); scenario .ShouldSend(0x02, 0x6A) .AndReceive(0x02, 0x6A, 0x15); // no more var test = buildObjectForTest(scenario.Playback()); Assert.AreEqual(1, test.Records.Count); var record = test.Records[0]; Assert.IsFalse(record.PlmIsMaster); Assert.AreEqual(0xAA, record.LinkSpecificData(0)); Assert.AreEqual(0xBB, record.LinkSpecificData(1)); Assert.AreEqual(0xCC, record.LinkSpecificData(2)); } }
public void Can_get_a_database_with_one_record() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x69) .AndReceive(0x02, 0x69, 0x06); // has at least one record scenario .WaitsForMessageOfType(0x57) .AndReceives(0x02, 0x57, FLAGS_NOT_MASTER, ALL_LINK_GROUP, ID1_HI, ID1_MIDDLE, ID1_LO, 0xAA, 0xBB, 0xCC); scenario .ShouldSend(0x02, 0x6A) .AndReceive(0x02, 0x6A, 0x15); // no more var test = buildObjectForTest(scenario.Playback()); Assert.AreEqual(1, test.Records.Count); var record = test.Records[0]; Assert.IsFalse(record.PlmIsMaster); Assert.AreEqual(0xAA, record.LinkSpecificData(0)); Assert.AreEqual(0xBB, record.LinkSpecificData(1)); Assert.AreEqual(0xCC, record.LinkSpecificData(2)); } }
public void Can_get_X10_context() { using (var scenario = new SerialPortScenario()) { var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; PlmNetworkX10 x10 = test.X10; } }
public void Can_turn_off_LED() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x6E) .AndReceive(0x02, 0x6E, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); Assert.AreSame(test, test.TurnOff()); } }
public void Can_turn_on_LED() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x6D) .AndReceive(0x02, 0x6D, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); Assert.AreSame(test, test.TurnOn()); } }
public void Can_get_empty_database() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x69) .AndReceive(0x02, 0x69, 0x15); // db empty var test = buildObjectForTest(scenario.Playback()); Assert.AreEqual(0, test.Records.Count); } }
public void testAllLinkingCompletedEvent(byte linkCode, byte group) { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x53, linkCode, group, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, PEER_DEVCAT, PEER_DEVSUB, 0xFF); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; int eventCount = 0; test.AllLinkingCompleted += new AllLinkingCompletedHandler((s, e) => { Assert.AreSame(test, s); Assert.AreEqual(group, e.AllLinkGroup); switch (linkCode) { case 0x00: Assert.AreEqual(AllLinkingAction.LinkedWithPlmAsSlave, e.AllLinkingAction); break; case 0x01: Assert.AreEqual(AllLinkingAction.LinkedWithPlmAsMaster, e.AllLinkingAction); break; case 0xFF: Assert.AreEqual(AllLinkingAction.LinkDeleted, e.AllLinkingAction); break; default: throw new InvalidOperationException(); } Assert.AreEqual(TestDeviceHelper.PEER_ID_STRING, e.PeerId.ToString()); Assert.AreEqual(PEER_DEVCAT, e.DeviceCategoryCode); Assert.AreEqual(PEER_DEVSUB, e.DeviceSubcategoryCode); string devCat = Constants.DeviceCategoryLookup[PEER_DEVCAT]; string devSubcat = Constants.DeviceSubcategoryLookup[PEER_DEVCAT][PEER_DEVSUB]; Assert.AreEqual(devCat, e.DeviceCategory); Assert.AreEqual(devSubcat, e.DeviceSubcategory); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }
private void testConfigurationChange(byte initialConfiguration, byte newConfiguration, Func <PlmLed, PlmLed> testAction) { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x73) .AndReceive(0x02, 0x73, initialConfiguration, 0x00, 0x00, Constants.ACK); scenario .ShouldSend(0x02, 0x6B, newConfiguration) .AndReceive(0x02, 0x6B, newConfiguration, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); Assert.AreSame(test, testAction(test)); } }
private void testHouseCodeAndUnit(string houseCode, byte unitCode, byte x10Code) { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x63, x10Code, 0x00) .AndReceive(0x02, 0x63, x10Code, 0x00, Constants.ACK); var plm = buildPlmForTest(scenario.Playback()); plm.Network.X10 .House(houseCode) .Unit(unitCode); } }
private void testX10Command(string houseCode, X10Command command, byte x10Code) { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x63, x10Code, 0x80) .AndReceive(0x02, 0x63, x10Code, 0x80, Constants.ACK); var plm = buildPlmForTest(scenario.Playback()); plm.Network.X10 .House(houseCode) .Command(command); } }
public void Can_get_configuration() { const byte CONFIGURATION = Constants.CONFIG_MANUAL_LED_CONTROL | Constants.CONFIG_DISABLE_AUTO_LINKING; using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x73) .AndReceive(0x02, 0x73, CONFIGURATION, 0x00, 0x00, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); var configuration = test.GetConfiguration(); Assert.IsTrue(configuration.AutoLinkingDisabled); Assert.IsFalse(configuration.MonitorMode); Assert.IsTrue(configuration.ManualLedControl); Assert.IsFalse(configuration.Rs232Deadman); } }
public void Can_get_configuration() { const byte CONFIGURATION = Constants.CONFIG_MANUAL_LED_CONTROL | Constants.CONFIG_DISABLE_AUTO_LINKING; using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x73) .AndReceive(0x02, 0x73, CONFIGURATION, 0x00, 0x00, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); var configuration = test.GetConfiguration(); Assert.IsTrue(configuration.AutoLinkingDisabled); Assert.IsFalse(configuration.MonitorMode); Assert.IsTrue(configuration.ManualLedControl); Assert.IsFalse(configuration.Rs232Deadman); } }
public void Can_get_a_database_with_two_records() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x69) .AndReceive(0x02, 0x69, 0x06); // has at least one record scenario .WaitsForMessageOfType(0x57) .AndReceives(0x02, 0x57, FLAGS, ALL_LINK_GROUP, ID1_HI, ID1_MIDDLE, ID1_LO, 0, 0, 0); scenario .ShouldSend(0x02, 0x6A) .AndReceive(0x02, 0x6A, 0x06); // more scenario .WaitsForMessageOfType(0x57) .AndReceives(0x02, 0x57, FLAGS_NOT_IN_USE, ALL_LINK_GROUP, ID2_HI, ID2_MIDDLE, ID2_LO, 0, 0, 0); scenario .ShouldSend(0x02, 0x6A) .AndReceive(0x02, 0x6A, 0x15); // no more var test = buildObjectForTest(scenario.Playback()); Assert.AreEqual(2, test.Records.Count); var record1 = test.Records[0]; Assert.AreEqual(ID1, record1.DeviceId.ToString()); Assert.AreEqual(ALL_LINK_GROUP, record1.AllLinkGroup); Assert.IsTrue(record1.InUse); Assert.IsTrue(record1.PlmIsMaster); var record2 = test.Records[1]; Assert.AreEqual(ID2, record2.DeviceId.ToString()); Assert.AreEqual(ALL_LINK_GROUP, record2.AllLinkGroup); Assert.IsFalse(record2.InUse); Assert.IsTrue(record2.PlmIsMaster); } }
public void Fires_event_when_set_button_released_after_being_held() { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x54, 0x04); var plm = buildPlmForTest(scenario.Playback()); var test = plm.SetButton; int eventCount = 0; test.ReleasedAfterHolding += new EventHandler((s, e) => { Assert.AreSame(test, s); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }
public void Fires_event_when_set_button_released_after_being_held() { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x54, 0x04); var plm = buildPlmForTest(scenario.Playback()); var test = plm.SetButton; int eventCount = 0; test.ReleasedAfterHolding += new EventHandler((s, e) => { Assert.AreSame(test, s); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }
public void Fires_event_when_set_button_held_during_power_up() { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x55); var plm = buildPlmForTest(scenario.Playback()); var test = plm.SetButton; int eventCount = 0; test.UserReset += new EventHandler((s, e) => { Assert.AreSame(test, s); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }
public void Fires_event_when_set_button_held_during_power_up() { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x55); var plm = buildPlmForTest(scenario.Playback()); var test = plm.SetButton; int eventCount = 0; test.UserReset += new EventHandler((s, e) => { Assert.AreSame(test, s); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }
public void Can_get_a_database_with_two_records() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x69) .AndReceive(0x02, 0x69, 0x06); // has at least one record scenario .WaitsForMessageOfType(0x57) .AndReceives(0x02, 0x57, FLAGS, ALL_LINK_GROUP, ID1_HI, ID1_MIDDLE, ID1_LO, 0, 0, 0); scenario .ShouldSend(0x02, 0x6A) .AndReceive(0x02, 0x6A, 0x06); // more scenario .WaitsForMessageOfType(0x57) .AndReceives(0x02, 0x57, FLAGS_NOT_IN_USE, ALL_LINK_GROUP, ID2_HI, ID2_MIDDLE, ID2_LO, 0, 0, 0); scenario .ShouldSend(0x02, 0x6A) .AndReceive(0x02, 0x6A, 0x15); // no more var test = buildObjectForTest(scenario.Playback()); Assert.AreEqual(2, test.Records.Count); var record1 = test.Records[0]; Assert.AreEqual(ID1, record1.DeviceId.ToString()); Assert.AreEqual(ALL_LINK_GROUP, record1.AllLinkGroup); Assert.IsTrue(record1.InUse); Assert.IsTrue(record1.PlmIsMaster); var record2 = test.Records[1]; Assert.AreEqual(ID2, record2.DeviceId.ToString()); Assert.AreEqual(ALL_LINK_GROUP, record2.AllLinkGroup); Assert.IsFalse(record2.InUse); Assert.IsTrue(record2.PlmIsMaster); } }
private void testStandardMessageReceivedEvent(byte command1, byte command2) { const byte FLAGS = Constants.MSG_FLAGS_GROUP_BROADCAST | Constants.MSG_FLAGS_MAX_HOPS; using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x50, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, 0x00, // ignored 0x00, // ignored 0x04, // ignored FLAGS, command1, command2); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; int eventCount = 0; test.StandardMessageReceived += new StandardMessageReceivedHandler((s, e) => { Assert.AreSame(test, s); Assert.AreEqual(FLAGS, e.RawFlags); Assert.AreEqual(command1, e.Command1); Assert.AreEqual(command2, e.Command2); Assert.AreEqual(TestDeviceHelper.PEER_ID_STRING, e.PeerId.ToString()); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }
public void Caches_devices_and_returns_same_object_if_called_twice() { using (var scenario = new SerialPortScenario()) { const byte RECV_MESSAGE_FLAGS_SB = Constants.MSG_FLAGS_BROADCAST; scenario.SetupSendStandardCommandReceiveAck(0x10, 0x00); scenario .WaitsForMessageOfType(0x50) .AndReceives(0x02, 0x50, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, PEER_DEVCAT, PEER_DEVSUB, PEER_FIRMWARE, RECV_MESSAGE_FLAGS_SB, 0x01, 0xFF); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; DeviceBase firstDevice; DeviceBase secondDevice; Assert.IsTrue(test.TryConnectToDevice(TestDeviceHelper.PEER_ID_STRING, out firstDevice)); Assert.IsTrue(test.TryConnectToDevice(TestDeviceHelper.PEER_ID_STRING, out secondDevice)); Assert.AreSame(firstDevice, secondDevice); } }
public void Can_get_info() { const byte ID_HI = 0x08; const byte ID_MIDDLE = 0x09; const byte ID_LO = 0x0A; const byte DEVICE_CATEGORY = 0x0B; const byte DEVICE_SUBCATEGORY = 0x0C; const byte FIRMWARE_VERSION = 0x0D; using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x60) .AndReceive(0x02, 0x60, ID_HI, ID_MIDDLE, ID_LO, DEVICE_CATEGORY, DEVICE_SUBCATEGORY, FIRMWARE_VERSION, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); var info = test.GetInfo(); Assert.AreEqual("08.09.0A", info.DeviceId.ToString()); Assert.AreEqual(DEVICE_CATEGORY, info.DeviceCategoryCode); Assert.AreEqual(DEVICE_SUBCATEGORY, info.DeviceSubcategoryCode); Assert.AreEqual(FIRMWARE_VERSION, info.FirmwareVersion); } }
public void Caches_devices_and_returns_same_object_if_called_twice() { using (var scenario = new SerialPortScenario()) { const byte RECV_MESSAGE_FLAGS_SB = Constants.MSG_FLAGS_BROADCAST; scenario.SetupSendStandardCommandReceiveAck(0x10, 0x00); scenario .WaitsForMessageOfType(0x50) .AndReceives(0x02, 0x50, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, PEER_DEVCAT, PEER_DEVSUB, PEER_FIRMWARE, RECV_MESSAGE_FLAGS_SB, 0x01, 0xFF); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; DeviceBase firstDevice; DeviceBase secondDevice; Assert.IsTrue(test.TryConnectToDevice(TestDeviceHelper.PEER_ID_STRING, out firstDevice)); Assert.IsTrue(test.TryConnectToDevice(TestDeviceHelper.PEER_ID_STRING, out secondDevice)); Assert.AreSame(firstDevice, secondDevice); } }
public void Can_get_info() { const byte ID_HI = 0x08; const byte ID_MIDDLE = 0x09; const byte ID_LO = 0x0A; const byte DEVICE_CATEGORY = 0x0B; const byte DEVICE_SUBCATEGORY = 0x0C; const byte FIRMWARE_VERSION = 0x0D; using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x60) .AndReceive(0x02, 0x60, ID_HI, ID_MIDDLE, ID_LO, DEVICE_CATEGORY, DEVICE_SUBCATEGORY, FIRMWARE_VERSION, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); var info = test.GetInfo(); Assert.AreEqual("08.09.0A", info.DeviceId.ToString()); Assert.AreEqual(DEVICE_CATEGORY, info.DeviceCategoryCode); Assert.AreEqual(DEVICE_SUBCATEGORY, info.DeviceSubcategoryCode); Assert.AreEqual(FIRMWARE_VERSION, info.FirmwareVersion); } }
public SendContext(SerialPortScenario scenario, byte[] send) { this.scenario = scenario; this.send = send; }
public WaitContext(SerialPortScenario scenario, byte[] messageTypes) { this.scenario = scenario; this.messageTypes = messageTypes; }
private void testX10Command(string houseCode, X10Command command, byte x10Code) { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x63, x10Code, 0x80) .AndReceive(0x02, 0x63, x10Code, 0x80, Constants.ACK); var plm = buildPlmForTest(scenario.Playback()); plm.Network.X10 .House(houseCode) .Command(command); } }
private void testReceiveX10HouseAndUnit(string houseCode, byte unitCode, byte x10Code) { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x52, x10Code, 0x00); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network.X10; int eventCount = 0; object sender = null; string eventHouseCode = null; byte eventUnitCode = 0; test.UnitAddressed += new X10UnitAddressedHandler((s, e) => { sender = s; eventHouseCode = e.HouseCode; eventUnitCode = e.UnitCode; eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); Assert.AreEqual(test, sender); Assert.AreEqual(houseCode, eventHouseCode); Assert.AreEqual(unitCode, eventUnitCode); } }
private void testHouseCodeAndUnit(string houseCode, byte unitCode, byte x10Code) { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x63, x10Code, 0x00) .AndReceive(0x02, 0x63, x10Code, 0x00, Constants.ACK); var plm = buildPlmForTest(scenario.Playback()); plm.Network.X10 .House(houseCode) .Unit(unitCode); } }
private void testConfigurationChange(byte initialConfiguration, byte newConfiguration, Func<PlmLed,PlmLed> testAction) { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x73) .AndReceive(0x02, 0x73, initialConfiguration, 0x00, 0x00, Constants.ACK); scenario .ShouldSend(0x02, 0x6B, newConfiguration) .AndReceive(0x02, 0x6B, newConfiguration, Constants.ACK); var test = buildObjectForTest(scenario.Playback()); Assert.AreSame(test, testAction(test)); } }
public void Can_get_empty_database() { using (var scenario = new SerialPortScenario()) { scenario .ShouldSend(0x02, 0x69) .AndReceive(0x02, 0x69, 0x15); // db empty var test = buildObjectForTest(scenario.Playback()); Assert.AreEqual(0, test.Records.Count); } }
private void testGettingDevice(Func<PlmNetwork, DeviceBase> testFunc) { using (var scenario = new SerialPortScenario()) { const byte RECV_MESSAGE_FLAGS_SB = Constants.MSG_FLAGS_BROADCAST; scenario.SetupSendStandardCommandReceiveAck(0x10, 0x00); scenario .WaitsForMessageOfType(0x50) .AndReceives(0x02, 0x50, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, PEER_DEVCAT, PEER_DEVSUB, PEER_FIRMWARE, RECV_MESSAGE_FLAGS_SB, 0x01, 0xFF); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; var device = testFunc(test); Assert.IsNotNull(device); Assert.AreEqual(TestDeviceHelper.PEER_ID_STRING, device.DeviceId.ToString()); string devCat = Constants.DeviceCategoryLookup[PEER_DEVCAT]; string devSubcat = Constants.DeviceSubcategoryLookup[PEER_DEVCAT][PEER_DEVSUB]; Assert.AreEqual(devCat, device.DeviceCategory); Assert.AreEqual(devSubcat, device.DeviceSubcategory); Assert.IsInstanceOf<LightingControl>(device); Assert.IsInstanceOf<DimmableLightingControl>(device); } }
public void Can_get_X10_context() { using (var scenario = new SerialPortScenario()) { var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; PlmNetworkX10 x10 = test.X10; } }
public void testAllLinkingCompletedEvent(byte linkCode, byte group) { using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x53, linkCode, group, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, PEER_DEVCAT, PEER_DEVSUB, 0xFF); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; int eventCount = 0; test.AllLinkingCompleted += new AllLinkingCompletedHandler((s, e) => { Assert.AreSame(test, s); Assert.AreEqual(group, e.AllLinkGroup); switch (linkCode) { case 0x00: Assert.AreEqual(AllLinkingAction.LinkedWithPlmAsSlave, e.AllLinkingAction); break; case 0x01: Assert.AreEqual(AllLinkingAction.LinkedWithPlmAsMaster, e.AllLinkingAction); break; case 0xFF: Assert.AreEqual(AllLinkingAction.LinkDeleted, e.AllLinkingAction); break; default: throw new InvalidOperationException(); } Assert.AreEqual(TestDeviceHelper.PEER_ID_STRING, e.PeerId.ToString()); Assert.AreEqual(PEER_DEVCAT, e.DeviceCategoryCode); Assert.AreEqual(PEER_DEVSUB, e.DeviceSubcategoryCode); string devCat = Constants.DeviceCategoryLookup[PEER_DEVCAT]; string devSubcat = Constants.DeviceSubcategoryLookup[PEER_DEVCAT][PEER_DEVSUB]; Assert.AreEqual(devCat, e.DeviceCategory); Assert.AreEqual(devSubcat, e.DeviceSubcategory); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }
public WaitContext(SerialPortScenario scenario, byte[] messageTypes) { this.scenario = scenario; this.messageTypes = messageTypes; }
public SendContext(SerialPortScenario scenario, byte[] send) { this.scenario = scenario; this.send = send; }
private void testStandardMessageReceivedEvent(byte command1, byte command2) { const byte FLAGS = Constants.MSG_FLAGS_GROUP_BROADCAST | Constants.MSG_FLAGS_MAX_HOPS; using (var scenario = new SerialPortScenario()) { scenario .IncomingMessage(0x02, 0x50, TestDeviceHelper.PEER_ID_HI, TestDeviceHelper.PEER_ID_MI, TestDeviceHelper.PEER_ID_LO, 0x00, // ignored 0x00, // ignored 0x04, // ignored FLAGS, command1, command2); var plm = buildPlmForTest(scenario.Playback()); var test = plm.Network; int eventCount = 0; test.StandardMessageReceived += new StandardMessageReceivedHandler((s, e) => { Assert.AreSame(test, s); Assert.AreEqual(FLAGS, e.RawFlags); Assert.AreEqual(command1, e.Command1); Assert.AreEqual(command2, e.Command2); Assert.AreEqual(TestDeviceHelper.PEER_ID_STRING, e.PeerId.ToString()); eventCount++; }); plm.Receive(); Assert.AreEqual(1, eventCount); } }