private static void switchMatrixSource(SwitcherOutput p_objOutput, SwitcherAction p_objSource)
{
StringBuilder l_objProgress = new StringBuilder();
Console.WriteLine("Attempting to Switch Source");
if (hallAutomations.NumberOfSwitchers > 0)
{
var l_objStatus = hallAutomations.changeMatrixSource(1, p_objOutput, p_objSource, l_objProgress);
Console.Write(l_objProgress.ToString());
switch (l_objStatus)
{
case actionStatus.Success:
Console.WriteLine("The Source has been successfully Been Switched.");
break;
default:
Console.WriteLine("Something went wrong. Please check the logs for more details.\nIf this issue persists, please contact the system administrator");
break;
}
}
else
{
Console.WriteLine("Action Cannot be Performed: There are No Matrix Switchers Configured!");
}
}
public actionStatus doSwitcherAction(SwitcherOutput p_objSwitcherOutput, SwitcherAction p_objSwitcherAction)
{
var l_objStatus = actionStatus.None;
var l_strFunctionName = "doSwitcherAction()";
try
{
m_objLogger.logToMemory("Called do Switcher Action with Output set to: " + p_objSwitcherOutput + " and Switcher Action Set to: " + p_objSwitcherAction);
byte[] l_bteCurrentAction = null;
switch (p_objSwitcherAction)
{
case SwitcherAction.Source1:
switch (p_objSwitcherOutput)
{
case SwitcherOutput.Output1: l_bteCurrentAction = Output1Source1; break;
case SwitcherOutput.Output2: l_bteCurrentAction = Output2Source1; break;
case SwitcherOutput.Output3: l_bteCurrentAction = Output3Source1; break;
case SwitcherOutput.Output4: l_bteCurrentAction = Output4Source1; break;
}
break;
case SwitcherAction.Source2:
switch (p_objSwitcherOutput)
{
case SwitcherOutput.Output1: l_bteCurrentAction = Output1Source2; break;
case SwitcherOutput.Output2: l_bteCurrentAction = Output2Source2; break;
case SwitcherOutput.Output3: l_bteCurrentAction = Output3Source2; break;
case SwitcherOutput.Output4: l_bteCurrentAction = Output4Source2; break;
}
break;
case SwitcherAction.Source3:
switch (p_objSwitcherOutput)
{
case SwitcherOutput.Output1: l_bteCurrentAction = Output1Source3; break;
case SwitcherOutput.Output2: l_bteCurrentAction = Output2Source3; break;
case SwitcherOutput.Output3: l_bteCurrentAction = Output3Source3; break;
case SwitcherOutput.Output4: l_bteCurrentAction = Output4Source3; break;
}
break;
case SwitcherAction.Source4:
switch (p_objSwitcherOutput)
{
case SwitcherOutput.Output1: l_bteCurrentAction = Output1Source4; break;
case SwitcherOutput.Output2: l_bteCurrentAction = Output2Source4; break;
case SwitcherOutput.Output3: l_bteCurrentAction = Output3Source4; break;
case SwitcherOutput.Output4: l_bteCurrentAction = Output4Source4; break;
}
break;
case SwitcherAction.Left:
switch (p_objSwitcherOutput)
{
case SwitcherOutput.Output1: l_bteCurrentAction = Output1Left; break;
case SwitcherOutput.Output2: l_bteCurrentAction = Output2Left; break;
case SwitcherOutput.Output3: l_bteCurrentAction = Output3Left; break;
case SwitcherOutput.Output4: l_bteCurrentAction = Output4Left; break;
}
break;
case SwitcherAction.Right:
switch (p_objSwitcherOutput)
{
case SwitcherOutput.Output1: l_bteCurrentAction = Output1Right; break;
case SwitcherOutput.Output2: l_bteCurrentAction = Output2Right; break;
case SwitcherOutput.Output3: l_bteCurrentAction = Output3Right; break;
case SwitcherOutput.Output4: l_bteCurrentAction = Output4Right; break;
}
break;
default:
throw new Exception("Switcher Action: " + p_objSwitcherAction + "Not Found!");
}
if (l_bteCurrentAction != null)
{
m_objLogger.logToMemory("Switcher Action and Output Found: Attempting to Send Message through Serial Port " + SwitcherCOMPort);
sendSerialData(SwitcherCOMPort, 9600, System.IO.Ports.Parity.None, 8, System.IO.Ports.StopBits.One, l_bteCurrentAction);
m_objLogger.logToMemory("Switcher Action Message Sent: " + l_bteCurrentAction.ToString());
l_objStatus = actionStatus.Success;
}
else
{
throw new Exception("Switcher Output: " + p_objSwitcherOutput + "Not Found!");
}
}
catch (Exception e)
{
l_objStatus = actionStatus.Error;
m_objLogger.logToDB("Error Performing Switcher Action: " + e.ToString(), l_objStatus, true, p_strFunctionName: l_strFunctionName);
throw e;
}
finally { m_objLogger.writePendingToDB(l_objStatus, p_strFunctionName: l_strFunctionName); }
return(l_objStatus);
}
