private ArrayList<String> GetXilinxUCFStrings(String direction, int StartId) {
ArrayList<String> Contents = new ArrayList<String>();
StringBuffer Temp = new StringBuffer();
Integer start = 0;
Integer end = NrOfPins;
ArrayList<String> labels = null;
if (MyType.equals(IOComponentTypes.PortIO)) {
labels = PortIO.GetLabels(IOComponentTypes.GetNrOfFPGAPins(MyType));
} else if (MyType.equals(IOComponentTypes.LocalBus)) {
labels = ReptarLocalBus.GetLabels();
if (direction.equals("in")) {
end = IOComponentTypes.GetFPGAInputRequirement(MyType);
} else if (direction.equals("out")) {
// TODO: YSY
Contents.add(
"NET \"FPGA_LB_OUT_0\" LOC = \"R24\" | IOSTANDARD = LVCMOS18 ; # SP6_LB_WAIT3_o");
Contents.add("NET \"FPGA_LB_OUT_1\" LOC = \"AB30\" | IOSTANDARD = LVCMOS18 ; # IRQ_o");
return Contents;
// start = IOComponentTypes.GetFPGAInputRequirement(MyType);
// end = start +
// IOComponentTypes.GetFPGAOutputRequirement(MyType);
} else if (direction.equals("inout")) {
start =
IOComponentTypes.GetFPGAInputRequirement(MyType)
+ IOComponentTypes.GetFPGAOutputRequirement(MyType);
end = start + IOComponentTypes.GetFPGAInOutRequirement(MyType);
}
} else if (MyType.equals(IOComponentTypes.DIPSwitch)) {
labels = DipSwitch.GetLabels(IOComponentTypes.GetNrOfFPGAPins(MyType));
} else if (MyType.equals(IOComponentTypes.SevenSegment)) {
labels = SevenSegment.GetLabels();
} else if (MyType.equals(IOComponentTypes.RGBLED)) {
labels = RGBLed.GetLabels();
}
for (int i = start; i < end; i++) {
Temp.setLength(0);
Temp.append("LOC = \"" + MyPinLocations.get(i) + "\" ");
if (MyPullBehavior != PullBehaviors.Unknown && MyPullBehavior != PullBehaviors.Float) {
Temp.append("| " + PullBehaviors.getContraintedPullString(MyPullBehavior) + " ");
}
if (MyDriveStrength != DriveStrength.Unknown
&& MyDriveStrength != DriveStrength.DefaulStength) {
Temp.append(
"| DRIVE = " + DriveStrength.GetContraintedDriveStrength(MyDriveStrength) + " ");
}
if (MyIOStandard != IoStandards.Unknown && MyIOStandard != IoStandards.DefaulStandard) {
Temp.append("| IOSTANDARD = " + IoStandards.GetConstraintedIoStandard(MyIOStandard) + " ");
}
Temp.append(";");
if (labels != null) {
Temp.append(" # " + labels.get(i));
}
String NetName = "";
if (direction == "in") {
NetName =
HDLGeneratorFactory.FPGAInputPinName + "_" + Integer.toString(StartId + i - start);
} else if (direction == "inout") {
NetName =
HDLGeneratorFactory.FPGAInOutPinName + "_" + Integer.toString(StartId + i - start);
} else {
NetName =
HDLGeneratorFactory.FPGAOutputPinName + "_" + Integer.toString(StartId + i - start);
}
// String NetName = (InputPins) ?
// HDLGeneratorFactory.FPGAInputPinName + "_" +
// Integer.toString(StartId + i)
// : HDLGeneratorFactory.FPGAOutputPinName + "_" +
// Integer.toString(StartId + i);
Contents.add("NET \"" + NetName + "\" " + Temp.toString());
}
return Contents;
}
