private static void testPing(bool pingResponse)
{
using (var scenario = new SerialPortScenario())
{
const byte SEND_MESSAGE_FLAGS = Constants.MSG_FLAGS_DIRECT | Constants.MSG_FLAGS_MAX_HOPS;
const byte RECV_MESSAGE_FLAGS_ACK = Constants.MSG_FLAGS_DIRECT_ACK;
byte[] peerResponse = new byte[] { 0x02, 0x50,
PEER_ID_HI, PEER_ID_MI, PEER_ID_LO,
PLM_ID_HI, PLM_ID_MI, PLM_ID_LO, RECV_MESSAGE_FLAGS_ACK, 0x0F, 0x00 };
scenario
.ShouldSend(0x02, 0x62, PEER_ID_HI, PEER_ID_MI, PEER_ID_LO, SEND_MESSAGE_FLAGS, 0x0F, 0x00)
.AndReceive(0x02, 0x62, PEER_ID_HI, PEER_ID_MI, PEER_ID_LO, SEND_MESSAGE_FLAGS, 0x0F, 0x00, 0x06);
if (pingResponse)
{
scenario
.WaitsForMessageOfType(0x50)
.AndReceives(peerResponse);
}
else
{
scenario
.WaitsForMessageOfType(0x50)
.AndReceives();
}
var test = buildObjectForTest(scenario.Playback());
Assert.AreEqual(pingResponse, test.Ping());
}
}
private static void testPing(bool pingResponse)
{
using (var scenario = new SerialPortScenario())
{
const byte SEND_MESSAGE_FLAGS = Constants.MSG_FLAGS_DIRECT | Constants.MSG_FLAGS_MAX_HOPS;
const byte RECV_MESSAGE_FLAGS_ACK = Constants.MSG_FLAGS_DIRECT_ACK;
byte[] peerResponse = new byte[] { 0x02, 0x50,
PEER_ID_HI, PEER_ID_MI, PEER_ID_LO,
PLM_ID_HI, PLM_ID_MI, PLM_ID_LO, RECV_MESSAGE_FLAGS_ACK, 0x0F, 0x00 };
scenario
.ShouldSend(0x02, 0x62, PEER_ID_HI, PEER_ID_MI, PEER_ID_LO, SEND_MESSAGE_FLAGS, 0x0F, 0x00)
.AndReceive(0x02, 0x62, PEER_ID_HI, PEER_ID_MI, PEER_ID_LO, SEND_MESSAGE_FLAGS, 0x0F, 0x00, 0x06);
if (pingResponse)
{
scenario
.WaitsForMessageOfType(0x50)
.AndReceives(peerResponse);
}
else
{
scenario
.WaitsForMessageOfType(0x50)
.AndReceives();
}
var test = buildObjectForTest(scenario.Playback());
Assert.AreEqual(pingResponse, test.Ping());
}
}
public void Can_turn_off_sprinkler_program()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x43, 0x09); // program 9 off
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOffSprinklerProgram(9));
}
}
public void Can_turn_off_sprinkler_valve()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x41, 0x05); // valve 5 off
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOffSprinklerValve(5));
}
}
public void Can_take_device_out_of_self_diagnostics_mode()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x0F);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DiagnosticsOff());
}
}
public void Can_disable_sensor_reading()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x0D);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DisableSensorReading());
}
}
public void Can_disable_device_status_changed_broadcast()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x0A);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DisableDeviceStatusChangedBroadcast());
}
}
public void Can_disable_pump_on_V8()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x08);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DisablePumpOnV8());
}
}
public void Can_skip_back()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x06);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.SkipBack());
}
}
public void Can_resume_command_acceptance()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x04);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.ResumeCommandAcceptance());
}
}
public void Can_move_to_position()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x61, 0x80); // half-way-open
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.MoveToPosition(0x80));
}
}
public void Can_manually_dim_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x17, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.BeginDimming());
}
}
public void Can_write_output_port()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x48, 0xAF);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.WriteByteToOutputPort(0xAF));
}
}
public void Can_brighten_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x15, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.BrightenOneStep());
}
}
public void Can_turn_off_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x14, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOff());
}
}
private static void testTurnOffPoolAndSpaDevice(byte deviceCode, PoolAndSpaDevice device)
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x51, deviceCode);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOffDevice(device));
}
}
public void Can_program()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x60, 0x03);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.Program());
}
}
public void Can_disable_pump_on_V8()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x08);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DisablePumpOnV8());
}
}
public void Can_load_eeprom_from_ram()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x01);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.LoadEepromFromRam());
}
}
public void Can_dim_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x16, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DimOneStep());
}
}
public void Can_ramp_on_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x11, 0x70);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.RampOn(0x70));
}
}
public void Can_turn_on_to_level()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x12, 0x80);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOn(0x80));
}
}
public void Can_stop_manually_brightening_or_dimming_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x18, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.StopBrighteningOrDimming());
}
}
public void Can_manually_brighten_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x17, 0x01);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.BeginBrightening());
}
}
public void Can_enable_device_status_changed_broadcast()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x09);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.EnableDeviceStatusChangedBroadcast());
}
}
public void Can_turn_off_io_output()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x46, 0x00); // output 0 off
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOffOutput(0));
}
}
public void Can_load_initialization_values()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.LoadInitializationValues());
}
}
public void Can_turn_on_io_output()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x45, 0x02); // output 2 on
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOnOutput(2));
}
}
public void Can_lower_temperature_setting()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x53, 0x04);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.LowerTemperatureSettingBy(0x04));
}
}
public void Can_disable_sensor_reading()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x0D);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DisableSensorReading());
}
}
public void Can_program()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x60, 0x03);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.Program());
}
}
public void Can_turn_on_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x12, 0xFF);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOn());
}
}
public void Can_move_to_position()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x61, 0x80); // half-way-open
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.MoveToPosition(0x80));
}
}
public void Can_get_on_level()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x19, 0x00, 0x11, 0x55);
var test = buildObjectForTest(scenario.Playback());
byte onLevel;
Assert.IsTrue(test.TryGetOnLevel(out onLevel));
Assert.AreEqual(0x55, onLevel);
}
}
public void Can_get_pH()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x05, 0x54, 0x55);
var test = buildObjectForTest(scenario.Playback());
byte pH;
Assert.IsTrue(test.TryGetPH(out pH));
Assert.AreEqual(0x55, pH);
}
}
public void Can_get_ambient_temperature()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x03, 0x54, 0x05);
var test = buildObjectForTest(scenario.Playback());
byte ambientTemperature;
Assert.IsTrue(test.TryGetAmbientTemperature(out ambientTemperature));
Assert.AreEqual(0x05, ambientTemperature);
}
}
public void Can_get_valve_status()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x02, 0x44, 0xAB); // response with valve status in command 2
var test = buildObjectForTest(scenario.Playback());
byte valveStatus;
Assert.IsTrue(test.TryGetValveStatus(out valveStatus));
Assert.AreEqual(0xAB, valveStatus);
}
}
public void Can_get_ambient_temperature()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x03, 0x54, 0x05);
var test = buildObjectForTest(scenario.Playback());
byte ambientTemperature;
Assert.IsTrue(test.TryGetAmbientTemperature(out ambientTemperature));
Assert.AreEqual(0x05, ambientTemperature);
}
}
public void Can_get_pH()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x05, 0x54, 0x55);
var test = buildObjectForTest(scenario.Playback());
byte pH;
Assert.IsTrue(test.TryGetPH(out pH));
Assert.AreEqual(0x55, pH);
}
}
public void Can_get_water_temperature()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x04, 0x54, 0x18);
var test = buildObjectForTest(scenario.Playback());
byte waterTemperature;
Assert.IsTrue(test.TryGetWaterTemperature(out waterTemperature));
Assert.AreEqual(0x18, waterTemperature);
}
}
public void Can_get_input_port_values()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x49, 0x00, 0x49, 0xAB); // response with input status in command 2
var test = buildObjectForTest(scenario.Playback());
byte inputPortValue;
Assert.IsTrue(test.TryGetInputPort(out inputPortValue));
Assert.AreEqual(0xAB, inputPortValue);
}
}
public void Can_get_on_level()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x19, 0x00, 0x11, 0x55);
var test = buildObjectForTest(scenario.Playback());
byte onLevel;
Assert.IsTrue(test.TryGetOnLevel(out onLevel));
Assert.AreEqual(0x55, onLevel);
}
}
public void Can_get_sensor_value()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x4A, 0x03, 0x4A, 0xAB); // get sensor value 3
var test = buildObjectForTest(scenario.Playback());
byte sensorValue;
Assert.IsTrue(test.TryGetSensorValue(3, out sensorValue));
Assert.AreEqual(0xAB, sensorValue);
}
}
public void Can_get_sensor_value()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x4A, 0x03, 0x4A, 0xAB); // get sensor value 3
var test = buildObjectForTest(scenario.Playback());
byte sensorValue;
Assert.IsTrue(test.TryGetSensorValue(3, out sensorValue));
Assert.AreEqual(0xAB, sensorValue);
}
}
public void Can_get_input_port_values()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x49, 0x00, 0x49, 0xAB); // response with input status in command 2
var test = buildObjectForTest(scenario.Playback());
byte inputPortValue;
Assert.IsTrue(test.TryGetInputPort(out inputPortValue));
Assert.AreEqual(0xAB, inputPortValue);
}
}
public void Can_get_thermostat_mode()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x02, 0x54, 0x01); // response with thermostat in spa mode
var test = buildObjectForTest(scenario.Playback());
PoolAndSpaThermostatMode thermostatMode;
Assert.IsTrue(test.TryGetThermostatMode(out thermostatMode));
Assert.AreEqual(PoolAndSpaThermostatMode.Spa, thermostatMode);
}
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x02, 0x54, 0x00); // response with thermostat in pool mode
var test = buildObjectForTest(scenario.Playback());
PoolAndSpaThermostatMode thermostatMode;
Assert.IsTrue(test.TryGetThermostatMode(out thermostatMode));
Assert.AreEqual(PoolAndSpaThermostatMode.Pool, thermostatMode);
}
}
public void Can_ramp_off_light()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x13, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.RampOff());
}
}
public void Can_turn_on_device()
{
testTurnOnPoolAndSpaDevice(0x01, PoolAndSpaDevice.Pool);
testTurnOnPoolAndSpaDevice(0x02, PoolAndSpaDevice.Spa);
testTurnOnPoolAndSpaDevice(0x03, PoolAndSpaDevice.Heat);
testTurnOnPoolAndSpaDevice(0x04, PoolAndSpaDevice.Pump);
// test invalid input
using (var scenario = new SerialPortScenario())
{
var test = buildObjectForTest(scenario.Playback());
Assert.Throws<ArgumentOutOfRangeException>(() => test.TurnOnDevice(PoolAndSpaDevice.All));
}
}
public void Can_raise_temperature_setting()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x52, 0x03);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.RaiseTemperatureSettingBy(0x03));
}
}
public void Can_get_valve_status()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x02, 0x44, 0xAB); // response with valve status in command 2
var test = buildObjectForTest(scenario.Playback());
byte valveStatus;
Assert.IsTrue(test.TryGetValveStatus(out valveStatus));
Assert.AreEqual(0xAB, valveStatus);
}
}
private static void testTurnOnPoolAndSpaDevice(byte deviceCode)
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x50, deviceCode);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOnDevice(deviceCode));
}
}
public void Can_turn_on_sprinkler_program()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x42, 0x07); // program 7 on
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOnSprinklerProgram(7));
}
}
public void Can_turn_on_sprinkler_valve()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x40, 0x03); // valve 3 on
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.TurnOnSprinklerValve(3));
}
}
public void Can_take_device_out_of_self_diagnostics_mode()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x0F);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.DiagnosticsOff());
}
}
public void Can_skip_forward()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x05);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.SkipForward());
}
}
public void Can_resume_command_acceptance()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x04);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.ResumeCommandAcceptance());
}
}
public void Can_load_ram_from_eeprom()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x0B);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.LoadRamFromEeprom());
}
}
public void Can_load_initialization_values()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x44, 0x00);
var test = buildObjectForTest(scenario.Playback());
Assert.IsTrue(test.LoadInitializationValues());
}
}
public void Can_turn_on_device_by_number()
{
for (int i = 1; i <= 255; i++)
{
testTurnOnPoolAndSpaDevice((byte)i);
}
// test invalid input
using (var scenario = new SerialPortScenario())
{
var test = buildObjectForTest(scenario.Playback());
Assert.Throws<ArgumentOutOfRangeException>(() => test.TurnOnDevice((byte)0));
}
}
public void Can_get_water_temperature()
{
using (var scenario = new SerialPortScenario())
{
scenario.SetupSendStandardCommandReceiveAck(0x54, 0x04, 0x54, 0x18);
var test = buildObjectForTest(scenario.Playback());
byte waterTemperature;
Assert.IsTrue(test.TryGetWaterTemperature(out waterTemperature));
Assert.AreEqual(0x18, waterTemperature);
}
}
