/// <summary>
/// Input connections to device
/// </summary>
/// <param name="bankID">BankID of the device</param>
/// <param name="cycle">Zero-based program cycle number</param>
/// <returns></returns>
private static List <Connection> Connections(Bank bankID, int cycle)
{
var conns = new List <Connection>();
DevicePort mux0PortOut = DevicePort.Mux_0;
DevicePort shifterPortOut = DevicePort.Shifter;
DevicePort mux1Mux0PortIn = DevicePort.Default;
DevicePort mux1ShifterPortIn = DevicePort.Default;
PortStatus mux0PortOut_Stat;
PortStatus shifterPortOut_Stat;
PortStatus mux1Mux0PortIn_Stat;
PortStatus mux1ShifterPortIn_Stat;
InputsUsed(bankID, cycle,
out mux0PortOut_Stat,
out shifterPortOut_Stat,
out mux1Mux0PortIn_Stat,
out mux1ShifterPortIn_Stat);
var mux0_label = Mux0Model.OutputCalc(cycle).FormattedValue;
var shifter_label = ShifterModel.OutputCalc(cycle).FormattedValue;
switch (bankID)
{
case Bank.Bank_A:
mux1Mux0PortIn = DevicePort.Mux_1A;
mux1ShifterPortIn = DevicePort.Mux_1A;
break;
case Bank.Bank_B:
mux1Mux0PortIn = DevicePort.Mux_1B;
mux1ShifterPortIn = DevicePort.Mux_1B;
break;
}
conns.Add(new Connection(
BusType.Data,
mux0PortOut,
mux0PortOut_Stat,
mux0_label,
null,
mux1Mux0PortIn,
mux1Mux0PortIn_Stat));
conns.Add(new Connection(
BusType.Data,
shifterPortOut,
shifterPortOut_Stat,
shifter_label,
null,
mux1ShifterPortIn,
mux1ShifterPortIn_Stat));
return(conns);
}
/// <summary>
/// Input connections to device
/// </summary>
/// <param name="cycle">Zero-based program cycle number</param>
/// <returns></returns>
private static List <Connection> Connections(int cycle)
{
var conns = new List <Connection>();
var instr = ActiveInstr(cycle - PIPELINE_DELAY);
PortStatus mux2APortOut_Stat;
PortStatus mux2BPortOut_Stat;
PortStatus shifterPortOut_Stat;
PortStatus macMux2APortIn_Stat;
PortStatus macMux2BPortIn_Stat;
PortStatus macShifterPortIn_Stat;
InputsUsed(cycle,
out mux2APortOut_Stat,
out mux2BPortOut_Stat,
out shifterPortOut_Stat,
out macMux2APortIn_Stat,
out macMux2BPortIn_Stat,
out macShifterPortIn_Stat);
var activeLabel_Mux_2A = Mux2Model.OutputCalc(Bank.Bank_A, cycle).FormattedValue;
var activeLabel_Mux_2B = Mux2Model.OutputCalc(Bank.Bank_B, cycle).FormattedValue;
var activeLabel_Shifter = ShifterModel.OutputCalc(cycle).FormattedValue;
// Show inputs based on connection:
conns.Add(new Connection(
BusType.Data,
DevicePort.Mux_2A,
mux2APortOut_Stat,
activeLabel_Mux_2A,
null,
DevicePort.MAC,
macMux2APortIn_Stat));
conns.Add(new Connection(
BusType.Data,
DevicePort.Mux_2B,
mux2BPortOut_Stat,
activeLabel_Mux_2B,
null,
DevicePort.MAC,
macMux2BPortIn_Stat));
conns.Add(new Connection(
BusType.Data,
DevicePort.Shifter,
shifterPortOut_Stat,
activeLabel_Shifter,
null,
DevicePort.MAC,
macShifterPortIn_Stat));
return(conns);
}
/// <summary>
/// Input connections to device
/// </summary>
/// <param name="bankID">BankID of the device</param>
/// <param name="cycle">Zero-based program cycle number</param>
/// <returns></returns>
private static List <Connection> Connections(Bank bankID, int cycle)
{
var conns = new List <Connection>();
var lbl_Shifter_Out = ShifterModel.OutputCalc(cycle).FormattedValue;
PortStatus statHold_A;
PortStatus statHold_B;
InputsUsed(cycle, out statHold_A, out statHold_B);
switch (bankID)
{
case Bank.Bank_A:
conns.Add(new Connection(
BusType.Data,
DevicePort.Shifter,
statHold_A,
lbl_Shifter_Out,
null,
DevicePort.Hold_A,
statHold_A));
break;
case Bank.Bank_B:
conns.Add(new Connection(
BusType.Data,
DevicePort.Shifter,
statHold_B,
lbl_Shifter_Out,
null,
DevicePort.Hold_B,
statHold_B));
break;
}
return(conns);
}
