private void SetJoinList(eSignalType SelectedSignalType)
{
smartObjectJoin_ListBox.Items.Clear();
switch (SelectedSignalType)
{
case eSignalType.AnalogInput:
foreach (var join in selectedSmartGraphic.analogInputSignalNames)
{
smartObjectJoin_ListBox.Items.Add(join.currentJoin);
}
break;
case eSignalType.AnalogOutput:
foreach (var join in selectedSmartGraphic.analogOutputSignalNames)
{
smartObjectJoin_ListBox.Items.Add(join.currentJoin);
}
break;
case eSignalType.DigitalInput:
foreach (var join in selectedSmartGraphic.digitalInputSignalNames)
{
smartObjectJoin_ListBox.Items.Add(join.currentJoin);
}
break;
case eSignalType.DigitalOutput:
foreach (var join in selectedSmartGraphic.digitalOutputSignalNames)
{
smartObjectJoin_ListBox.Items.Add(join.currentJoin);
}
break;
case eSignalType.SerialInput:
foreach (var join in selectedSmartGraphic.serialInputSignalNames)
{
smartObjectJoin_ListBox.Items.Add(join.currentJoin);
}
break;
case eSignalType.SerialOutput:
foreach (var join in selectedSmartGraphic.serialOutputSignalNames)
{
smartObjectJoin_ListBox.Items.Add(join.currentJoin);
}
break;
default:
break;
}
}
private void AddSignal(string Name, eSignalType SignalType)
{
switch (SignalType)
{
case eSignalType.AnalogInput:
analogInputSignalNames.Add(new JoinInfo()
{
currentJoin = Name, oldJoin = "~"
});
break;
case eSignalType.AnalogOutput:
analogOutputSignalNames.Add(new JoinInfo()
{
currentJoin = Name, oldJoin = "~"
});
break;
case eSignalType.DigitalInput:
digitalInputSignalNames.Add(new JoinInfo()
{
currentJoin = Name, oldJoin = "~"
});
break;
case eSignalType.DigitalOutput:
digitalOutputSignalNames.Add(new JoinInfo()
{
currentJoin = Name, oldJoin = "~"
});
break;
case eSignalType.SerialInput:
serialInputSignalNames.Add(new JoinInfo()
{
currentJoin = Name, oldJoin = "~"
});
break;
case eSignalType.SerialOutput:
serialOutputSignalNames.Add(new JoinInfo()
{
currentJoin = Name, oldJoin = "~"
});
break;
default:
break;
}
}
private void inputJoin_Btn_Click(object sender, EventArgs e)
{
outputJoin_Btn.BackColor = Color.White;
inputJoin_Btn.BackColor = Color.Black;
if (Analog_Btn.BackColor == Color.White)
{
selectedSignalType = eSignalType.AnalogInput;
}
else if (Digital_btn.BackColor == Color.White)
{
selectedSignalType = eSignalType.DigitalInput;
}
else if (Serial_Btn.BackColor == Color.White)
{
selectedSignalType = eSignalType.SerialInput;
}
SetJoinList(selectedSignalType);
}
private void ParseSmartObjectJoins(string SmartGraphicJoinInfo)
{
char delimitter = (char)13;
string data = SmartGraphicJoinInfo;
int start, end;
bool parseJoins = true; //Flag to control when joins should be parsed or not. Once the ParamCue1 string is found, this flag gets set high
//Console.WriteLine("Data is: " + data);
try
{
smartGraphicsSignalInfo = SmartGraphicJoinInfo.Split(delimitter);
//Console.WriteLine("Length = " + smartGraphicsSignalInfo.Length);
for (int i = 0; i < smartGraphicsSignalInfo.Length; i++)
{
if (smartGraphicsSignalInfo[i].IndexOf((char)10) > 0)
{
smartGraphicsSignalInfo[i] = smartGraphicsSignalInfo[i].Remove(smartGraphicsSignalInfo[i].IndexOf((char)10), 1);
}
if (smartGraphicsSignalInfo[i].Contains("ParamCue"))
{
Console.WriteLine("ParamCue found at index " + i);
parseJoins = false;
}
else if (smartGraphicsSignalInfo[i].Contains("Cue") && !smartGraphicsSignalInfo[i].Contains("UNUSED") && !smartGraphicsSignalInfo[i].Contains("ParamCue"))
{
Console.WriteLine("Parse Joins is " + parseJoins);
if (parseJoins)
{
string signalName = "";
string signalInfo = "";
eSignalType signalType = eSignalType.Unassigned;
Console.WriteLine("Text to parse = {0}", smartGraphicsSignalInfo[i]);
start = smartGraphicsSignalInfo[i].IndexOf('=') + 1;
end = smartGraphicsSignalInfo[i].Length;
//Console.WriteLine("Start Is: " + start + "& Finish Is " + end);
//Grab the Signal Name
//Console.WriteLine("trimmed = " + smartGraphicsSignalInfo[i].Trim());
signalName = smartGraphicsSignalInfo[i].Substring(start, end - start);
//Check the next signal for its type
signalInfo = smartGraphicsSignalInfo[i + 1];
if (signalInfo.Contains("Analog"))
{
if (analogStartIndex == 0)
{
analogStartIndex = i;
}
if (signalInfo.Contains("Input"))
{
signalType = eSignalType.AnalogInput;
}
else
{
signalType = eSignalType.AnalogOutput;
}
}
else if (signalInfo.Contains("Digital"))
{
if (analogStartIndex == 0)
{
digitalStartIndex = i;
}
if (signalInfo.Contains("Input"))
{
signalType = eSignalType.DigitalInput;
}
else
{
signalType = eSignalType.DigitalOutput;
}
}
else if (signalInfo.Contains("Serial"))
{
if (analogStartIndex == 0)
{
serialStartIndex = i;
}
if (signalInfo.Contains("Input"))
{
signalType = eSignalType.SerialInput;
}
else
{
signalType = eSignalType.SerialOutput;
}
}
//Console.WriteLine(string.Format("{0} - {1}", signalName, signalType.ToString()));
AddSignal(signalName, signalType);
}
}
else if (smartGraphicsSignalInfo[i].Contains("SmartObjId"))
{
string smartObjectIDString;
start = smartGraphicsSignalInfo[i].IndexOf('=') + 1;
end = smartGraphicsSignalInfo[i].Length - 1;
smartObjectIDString = smartGraphicsSignalInfo[i].Substring(start, end - start);
iD = Convert.ToUInt32(smartObjectIDString);
//Console.WriteLine(iD);
}
}
//CompleteBuild();
}
catch (Exception e)
{
throw;
}
}
