private void CreateTestInstruction(InstructionType argCmd, int argTimeDelayMS)
{
TestInstruction instruction = new TestInstruction();
instruction.Command = argCmd;
instruction.TimeDelayMs = argTimeDelayMS;
_InstructionList.Add(instruction);
}
private void CreateTestInstruction(InstructionType argCmd, byte argIndex, bool argValue)
{
TestInstruction instruction = new TestInstruction();
instruction.Command = argCmd;
instruction.Index = argIndex;
instruction.Value = argValue;
_InstructionList.Add(instruction);
}
private void ExecuteSetRelais(TestInstruction argInstruction)
{
// set output
Log($"Set output {argInstruction.Index} to {argInstruction.Value}.");
var result = SendRelais(ref _OuputMask, argInstruction.Index, argInstruction.Value);
if (result != ProtocolResult.Ack && result != ProtocolResult.AckAck)
{
LogError($"Result: {result}");
}
else
{
Log($"Result: {result}");
}
}
private void ExecuteReadInput(TestInstruction argInstruction)
{
// read input
Log($"Read input {argInstruction.Index}. Expected value {argInstruction.Value}.");
switch (argInstruction.Index)
{
case 1:
if (_ViewModel.InputState1 != argInstruction.Value)
{
LogError($"Error - Input value {_ViewModel.InputState1}. Expected {argInstruction.Value}.");
}
break;
case 2:
if (_ViewModel.InputState2 != argInstruction.Value)
{
LogError($"Error - Input value {_ViewModel.InputState2}. Expected {argInstruction.Value}.");
}
break;
case 3:
if (_ViewModel.InputState3 != argInstruction.Value)
{
LogError($"Error - Input value {_ViewModel.InputState3}. Expected {argInstruction.Value}.");
}
break;
case 4:
if (_ViewModel.InputState4 != argInstruction.Value)
{
LogError($"Error - Input value {_ViewModel.InputState4}. Expected {argInstruction.Value}.");
}
break;
default:
LogError($"Error - ExecuteReadInput for index {argInstruction.Index} not supported.");
break;
}
}
private void ExecuteTimeDelay(TestInstruction argInstruction)
{
Thread.Sleep(argInstruction.TimeDelayMs);
ExecuteNextStep();
}