/// <summary>
/// Inputs used by the device in the active instruction
/// </summary>
/// <param name="cycle">Zero-based program cycle number</param>
/// <param name="stagePortAOut_Stat"></param>
/// <param name="stagePortBOut_Stat"></param>
/// <param name="muxStagePortAIn_Stat"></param>
/// <param name="muxStagePortBIn_Stat"></param>
private static void InputsUsed(
int cycle,
out PortStatus stagePortAOut_Stat,
out PortStatus stagePortBOut_Stat,
out PortStatus muxStagePortAIn_Stat,
out PortStatus muxStagePortBIn_Stat)
{
stagePortAOut_Stat = PortStatus.Inactive;
stagePortBOut_Stat = PortStatus.Inactive;
muxStagePortAIn_Stat = PortStatus.Inactive;
muxStagePortBIn_Stat = PortStatus.Inactive;
bool busRead_A;
bool busRead_B;
BusInModel.BusRead(cycle,
out busRead_A,
out busRead_B);
if (busRead_A)
{
stagePortAOut_Stat = PortStatus.Active;
muxStagePortAIn_Stat = PortStatus.Active;
}
if (busRead_B)
{
stagePortBOut_Stat = PortStatus.Active;
muxStagePortBIn_Stat = PortStatus.Active;
}
}
/// <summary>
/// Active deviceport for cycle
/// </summary>
/// <param name="cycle">Zero-based program cycle number</param>
/// <returns></returns>
private static DevicePort ActiveInputPort(int cycle)
{
var muxInstrWord = ActiveInstrWord(cycle - PIPELINE_DELAY);
if (muxInstrWord == null)
{
return(DevicePort.Default);
}
bool busRead_A;
bool busRead_B;
BusInModel.BusRead(cycle,
out busRead_A,
out busRead_B);
if (busRead_A)
{
return(DevicePort.Stage_A);
}
else if (busRead_B)
{
return(DevicePort.Stage_B);
}
else
{
return(DevicePort.Default);
}
}
/// <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>();
DevicePort stagePortAOut = DevicePort.Stage_A;
DevicePort stagePortBOut = DevicePort.Stage_B;
DevicePort muxStagePortAIn = DevicePort.Mux_0;
DevicePort muxStagePortBIn = DevicePort.Mux_0;
PortStatus stagePortAOut_Stat;
PortStatus stagePortBOut_Stat;
PortStatus muxStagePortAIn_Stat;
PortStatus muxStagePortBIn_Stat;
InputsUsed(cycle,
out stagePortAOut_Stat,
out stagePortBOut_Stat,
out muxStagePortAIn_Stat,
out muxStagePortBIn_Stat);
bool busRead_A;
bool busRead_B;
BusInModel.BusRead(cycle,
out busRead_A,
out busRead_B);
var bankID = busRead_A
? Bank.Bank_A
: Bank.Bank_B;
var outputCalc = BusInModel.OutputCalc(bankID, cycle);
var activeLabel = outputCalc.FormattedValue;
conns.Add(new Connection(
BusType.Data,
stagePortAOut,
stagePortAOut_Stat,
activeLabel,
null,
muxStagePortAIn,
muxStagePortAIn_Stat));
conns.Add(new Connection(
BusType.Data,
stagePortBOut,
stagePortBOut_Stat,
activeLabel,
null,
muxStagePortBIn,
muxStagePortBIn_Stat));
return(conns);
}
/// <summary>
/// Output value of the device for the given cycle
/// </summary>
/// <param name="cycle">Zero-based program cycle number</param>
/// <returns></returns>
public static LabeledValue <long?> OutputCalc(int cycle)
{
var label = "Out:";
var muxInstrWord = ActiveInstrWord(cycle - PIPELINE_DELAY);
if (muxInstrWord == null)
{
return(NullLabeledValue <long?>(label));
}
var busChannel = muxInstrWord.AddrOp.Equals(1) ? "A" : "B";
if (busChannel.Equals("A"))
{
return(BusInModel.OutputCalc(Bank.Bank_A, cycle));
}
else
{
return(BusInModel.OutputCalc(Bank.Bank_B, cycle));
}
}
/// <summary>
/// Build a list of jump conditions
/// </summary>
/// <param name="cycle">Zero-based program cycle number</param>
/// <param name="instructions"></param>
/// <returns></returns>
private List <JumpConditionItem> BuildJumpConditionItems(int cycle, List <string> instructions)
{
var jumpConditionItems = new List <JumpConditionItem>();
var item = new JumpConditionItem();
item.Name = "eob";
item.PipelineDelay = 0;
item.T_2Value = true;
item.T_1Value = true;
item.T_0Value = true;
jumpConditionItems.Add(item);
Eob = true;
item = new JumpConditionItem();
item.Name = "dpsign";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 2, "dpsign"));
item.T_1Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 1, "dpsign"));
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "dpsign"));
jumpConditionItems.Add(item);
DpSign = item.T_0Value;
item = new JumpConditionItem();
item.Name = "dpthresh";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 2, "tflag"));
item.T_1Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 1, "tflag"));
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "tflag"));
jumpConditionItems.Add(item);
DpThresh = item.T_0Value;
item = new JumpConditionItem();
item.Name = "dpeq";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 2, "eqflag"));
item.T_1Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 1, "eqflag"));
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "eqflag"));
jumpConditionItems.Add(item);
DpEQ = item.T_0Value;
item = new JumpConditionItem();
item.Name = "acuaeq";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 1, "aacueq"));
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "aacueq"));
jumpConditionItems.Add(item);
AcuAEQ = item.T_0Value;
item = new JumpConditionItem();
item.Name = "acubeq";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 1, "bacueq"));
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "bacueq"));
jumpConditionItems.Add(item);
AcuBEQ = item.T_0Value;
bool busRead_A_1;
bool busRead_B_1;
bool busRead_A_0;
bool busRead_B_0;
BusInModel.BusRead(cycle, out busRead_A_1, out busRead_B_1);
BusInModel.BusRead(cycle - 1, out busRead_A_0, out busRead_B_0);
item = new JumpConditionItem();
item.Name = "in1";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = busRead_A_1;
item.T_0Value = busRead_A_0;
jumpConditionItems.Add(item);
In1 = item.T_0Value;
item = new JumpConditionItem();
item.Name = "in2";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = busRead_B_1;
item.T_0Value = busRead_B_0;
jumpConditionItems.Add(item);
In2 = item.T_0Value;
var semT_0 = DFBState.GetCySimulatorPrivateField <int[]>(cycle, "sem");
var sem_enT_2 = DFBState.GetCySimulatorPrivateField <int[]>(cycle + 2, "sem_en");
var sem_enT_1 = DFBState.GetCySimulatorPrivateField <int[]>(cycle + 1, "sem_en");
var sem_enT_0 = DFBState.GetCySimulatorPrivateField <int[]>(cycle + 0, "sem_en");
item = new JumpConditionItem();
item.Name = "sem_0";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = null;
item.T_0Value = Convert.ToBoolean(semT_0 == null ? 0 : semT_0[0]);
jumpConditionItems.Add(item);
Sem0 = item.T_0Value;
item = new JumpConditionItem();
item.Name = "sem_en0";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(sem_enT_2 == null ? 0 : sem_enT_2[0]);
item.T_1Value = Convert.ToBoolean(sem_enT_1 == null ? 0 : sem_enT_1[0]);
item.T_0Value = Convert.ToBoolean(sem_enT_0 == null ? 0 : sem_enT_0[0]);
jumpConditionItems.Add(item);
item = new JumpConditionItem();
item.Name = "sem_1";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = null;
item.T_0Value = Convert.ToBoolean(semT_0 == null ? 0 : semT_0[1]);
jumpConditionItems.Add(item);
Sem1 = item.T_0Value;
item = new JumpConditionItem();
item.Name = "sem_en1";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(sem_enT_2 == null ? 0 : sem_enT_2[1]);
item.T_1Value = Convert.ToBoolean(sem_enT_1 == null ? 0 : sem_enT_1[1]);
item.T_0Value = Convert.ToBoolean(sem_enT_0 == null ? 0 : sem_enT_0[1]);
jumpConditionItems.Add(item);
item = new JumpConditionItem();
item.Name = "sem_2";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = null;
item.T_0Value = Convert.ToBoolean(semT_0 == null ? 0 : semT_0[2]);
jumpConditionItems.Add(item);
Sem2 = item.T_0Value;
item = new JumpConditionItem();
item.Name = "sem_en2";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(sem_enT_2 == null ? 0 : sem_enT_2[2]);
item.T_1Value = Convert.ToBoolean(sem_enT_1 == null ? 0 : sem_enT_1[2]);
item.T_0Value = Convert.ToBoolean(sem_enT_0 == null ? 0 : sem_enT_0[2]);
jumpConditionItems.Add(item);
var global_enT_2 = DFBState.GetCySimulatorPrivateField <int[]>(cycle + 2, "global_en");
var global_enT_1 = DFBState.GetCySimulatorPrivateField <int[]>(cycle + 1, "global_en");
var global_enT_0 = DFBState.GetCySimulatorPrivateField <int[]>(cycle, "global_en");
item = new JumpConditionItem();
item.Name = "glob_in1";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = null;
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "g1"));
jumpConditionItems.Add(item);
Glob_Int1 = item.T_0Value;
item = new JumpConditionItem();
item.Name = "glob_en1";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(global_enT_2 == null ? 0 : global_enT_2[0]);
item.T_1Value = Convert.ToBoolean(global_enT_1 == null ? 0 : global_enT_1[0]);
item.T_0Value = Convert.ToBoolean(global_enT_0 == null ? 0 : global_enT_0[0]);
jumpConditionItems.Add(item);
item = new JumpConditionItem();
item.Name = "glob_in2";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = null;
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "g2"));
jumpConditionItems.Add(item);
Glob_Int2 = item.T_0Value;
item = new JumpConditionItem();
item.Name = "glob_en2";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(global_enT_2 == null ? 0 : global_enT_2[1]);
item.T_1Value = Convert.ToBoolean(global_enT_1 == null ? 0 : global_enT_1[1]);
item.T_0Value = Convert.ToBoolean(global_enT_0 == null ? 0 : global_enT_0[1]);
jumpConditionItems.Add(item);
item = new JumpConditionItem();
item.Name = "sat";
item.PipelineDelay = 1;
item.T_2Value = null;
item.T_1Value = null;
item.T_0Value = Convert.ToBoolean(DFBState.GetCySimulatorPrivateField <int?>(cycle + 0, "satflag"));
jumpConditionItems.Add(item);
Sat = item.T_0Value;
item = new JumpConditionItem();
item.Name = "sat_en";
item.PipelineDelay = 2;
item.T_2Value = Convert.ToBoolean(global_enT_2 == null ? 0 : global_enT_2[2]);
item.T_1Value = Convert.ToBoolean(global_enT_1 == null ? 0 : global_enT_1[2]);
item.T_0Value = Convert.ToBoolean(global_enT_0 == null ? 0 : global_enT_0[2]);
jumpConditionItems.Add(item);
return(jumpConditionItems);
}
