protected override void DoCommandAction()
{
if (PartialAreas.Count != ConnectionPrimitives.Count)
{
throw new ArgumentException("Number of partial areas must match number of macro names");
}
string staticUCFFile = ProjectDirectory + Path.DirectorySeparatorChar + "static.ucf";
string staticScript = ProjectDirectory + Path.DirectorySeparatorChar + "static.goa";
string verificationScript = ProjectDirectory + Path.DirectorySeparatorChar + "check.goa";
string staticBlocker = ProjectDirectory + Path.DirectorySeparatorChar + "static_blocker.xdl";
string globalBlockerFE = Regex.Replace(staticBlocker, @"\.xdl", "_FE.xdl");
TextWriter goaScript = new StreamWriter(staticScript, false);
goaScript.WriteLine("# " + staticScript + " for building a static system. Generated by GoAhead");
goaScript.WriteLine("# open the device description");
goaScript.WriteLine(Blackboard.Instance.LastLoadCommandForFPGA);
goaScript.WriteLine("# open the interface description(s) for the partial area(s)");
foreach (string loadCommand in Objects.InterfaceManager.Instance.LoadCommands)
{
goaScript.WriteLine(loadCommand);
}
// there might be several forms using the same connection primitives, however the connection primitive may only be added once per script -> collect unique names
goaScript.WriteLine("# load one or more connection primitives");
List <string> connectionPrimitveLoadCommand = new List <string>();
foreach (string macroName in ConnectionPrimitives)
{
if (!connectionPrimitveLoadCommand.Contains(macroName))
{
LibraryElement libElement = Objects.Library.Instance.GetElement(macroName);
goaScript.WriteLine(libElement.LoadCommand);
connectionPrimitveLoadCommand.Add(macroName);
}
}
// the first PrintLocationConstraintsForPlacedMacros must run with Append=false to overwrite
bool printLocCmdFound = false;
List <string> blockerMacroNames = new List <string>();
for (int i = 0; i < PartialAreas.Count; i++)
{
IslandCommandBuilder builder = new IslandCommandBuilder();
builder.IslandName = PartialAreas[i];
builder.VHDLWrapper = PartialAreaPlaceholderVHDLFiles[i];
builder.UCFFile = staticUCFFile;
builder.ConnectionPrimitiveName = ConnectionPrimitives[i];
builder.BuildTarget = IslandCommandBuilder.Target.Static;
goaScript.WriteLine("##############################################################################");
goaScript.WriteLine("# GOA Commands for the partial area " + builder.IslandName);
goaScript.WriteLine("##############################################################################");
foreach (Command cmd in builder.GetCommands())
{
// collect blocker macros for global blocker
if (cmd is AddNetlistContainer)
{
AddNetlistContainer addMacroCmd = (AddNetlistContainer)cmd;
blockerMacroNames.Add(addMacroCmd.NetlistContainerName);
}
if (!printLocCmdFound && cmd is PrintProhibitStatementsForSelection)
{
((PrintProhibitStatementsForSelection)cmd).Append = false;
((PrintProhibitStatementsForSelection)cmd).Comment += ". this command will truncate the UCF file";
// following PrintLocationConstraintsForPlacedMacros will append to printCMD.FileName
printLocCmdFound = true;
}
// dump command to file
goaScript.WriteLine(cmd.ToString());
}
goaScript.WriteLine("# " + builder.IslandName + " done");
}
goaScript.WriteLine("##############################################################################");
goaScript.WriteLine("# write the blocker XDL ");
goaScript.WriteLine("##############################################################################");
// generate a global blocker
GenerateXDL genBlocker = new GenerateXDL();
genBlocker.FileName = staticBlocker;
genBlocker.NetlistContainerNames = blockerMacroNames;
genBlocker.IncludePorts = false;
genBlocker.IncludeDummyNets = true;
genBlocker.IncludeModuleHeader = false;
genBlocker.IncludeModuleFooter = false;
genBlocker.Comment = "save the blocker for routing to an XDL file";
goaScript.WriteLine(genBlocker.ToString());
genBlocker.FileName = globalBlockerFE;
genBlocker.IncludeModuleHeader = true;
genBlocker.IncludeModuleFooter = true;
genBlocker.IncludeDesignStatement = true;
genBlocker.Comment = "save the blocker for conversions wiht xdl -xdl2ncd " + genBlocker.FileName + " -nodrc";
goaScript.WriteLine(genBlocker.ToString());
string expectedPortFileName = Path.GetDirectoryName(staticScript) + Path.DirectorySeparatorChar + "expected_ports.txt";
PrintExpectedPorts printExpectedPorts = new PrintExpectedPorts();
printExpectedPorts.Comment = "print the expected ports to a file that will be used to verify the interface implementation after route";
printExpectedPorts.InstantiationFilter = ".*";
printExpectedPorts.Append = false;
printExpectedPorts.FileName = expectedPortFileName;
goaScript.WriteLine(printExpectedPorts.ToString());
goaScript.WriteLine("# close GoAhead");
goaScript.WriteLine("Exit;");
goaScript.Close();
TextWriter checkScript = new StreamWriter(verificationScript, false);
checkScript.WriteLine("# for verifying the static system. Generated by GoAhead");
checkScript.WriteLine(Blackboard.Instance.LastLoadCommandForFPGA);
OpenDesign openCmd = new OpenDesign();
openCmd.Comment = "open the routed netlist of the static system ...";
openCmd.FileName = "top_routed.xdl";
checkScript.WriteLine(openCmd.ToString());
CheckExpectedPorts checkCmd = new CheckExpectedPorts();
checkCmd.Comment = "and check the interface: if no print outs are generated, everything is OK!";
checkCmd.ExpectFile = expectedPortFileName;
checkScript.WriteLine(checkCmd.ToString());
CheckDesignAgainstBlocker checkAgainsBlocker = new CheckDesignAgainstBlocker();
checkAgainsBlocker.Comment = "check that the blocker and static system are disjoint. Once again: if no print outs are generated, everything is OK!;";
checkAgainsBlocker.Blocker = staticBlocker;
checkScript.WriteLine(checkAgainsBlocker);
checkScript.Close();
}
protected override void DoCommandAction()
{
string partialScript = ProjectDirectory + Path.DirectorySeparatorChar + "partial.goa";
string extractScript = ProjectDirectory + Path.DirectorySeparatorChar + "extract_modules.goa";
string loadModules = ProjectDirectory + Path.DirectorySeparatorChar + "load_modules.goa";
TextWriter goaScript = new StreamWriter(partialScript, false);
goaScript.WriteLine("# " + goaScript + " for building a partial module. Generated by GoAhead");
goaScript.WriteLine("##############################################################################");
goaScript.WriteLine("# load device and build module library ");
goaScript.WriteLine("##############################################################################");
goaScript.WriteLine("# open the device description");
goaScript.WriteLine(Blackboard.Instance.LastLoadCommandForFPGA);
goaScript.WriteLine("");
MuteOutput muteCmd = new MuteOutput();
muteCmd.Comment = "for readability we will mute the VHDL and UCF outputs to the console";
goaScript.WriteLine(muteCmd.ToString());
goaScript.WriteLine("##############################################################################");
goaScript.WriteLine("# print instantiations of static placeholders and modules");
goaScript.WriteLine("##############################################################################");
goaScript.WriteLine("# therefore open the interface description for the partial areas ");
foreach (string loadCommand in Objects.InterfaceManager.Instance.LoadCommands)
{
goaScript.WriteLine(loadCommand);
}
PrintArchitectureWithStaticPlaceholderInstantiation printArchCmd = new PrintArchitectureWithStaticPlaceholderInstantiation();
printArchCmd.Append = false;
printArchCmd.FileName = TopVHDLFile;
printArchCmd.PartialAreaNames = PartialAreas;
printArchCmd.Comment = "create or overwrite a VHDL with an architecture for each partial area connected with each module";
goaScript.WriteLine(printArchCmd.ToString());
bool firstComplDecl = true;
List <string> vhdlModules = new List <string>();
foreach (string partialArea in PartialAreas)
{
foreach (string vhdlModule in GetVHDLFilePaths(partialArea))
{
if (!vhdlModules.Contains(vhdlModule))
{
vhdlModules.Add(vhdlModule);
}
}
}
foreach (string vhdlModule in vhdlModules)
{
PrintComponentDeclarationForVHDLModule printCompDecl = new PrintComponentDeclarationForVHDLModule();
printCompDecl.Append = true;
printCompDecl.FileName = TopVHDLFile;
printCompDecl.VHDLModule = vhdlModule;
printCompDecl.Comment = firstComplDecl ? "print the component declaration of for all partial modules" : "";
goaScript.WriteLine(printCompDecl.ToString());
firstComplDecl = false;
}
bool firstSignallDecl = true;
foreach (string partialArea in PartialAreas)
{
foreach (string vhdlModule in GetVHDLFilePaths(partialArea))
{
PrintWireDeclarationForSignalMapping printSignalDecl = new PrintWireDeclarationForSignalMapping();
printSignalDecl.Append = true;
printSignalDecl.FileName = TopVHDLFile;
printSignalDecl.PartialAreaName = partialArea;
printSignalDecl.VHDLModule = vhdlModule;
printSignalDecl.PrintAttributeDeclaration = firstSignallDecl;
printSignalDecl.Comment = firstSignallDecl ? "declare signals to connect module " : "";
goaScript.WriteLine(printSignalDecl.ToString());
firstSignallDecl = false;
}
}
bool firstConditionalInstantiation = true;
List <PrintConditionalModuleInstantiation> printCondInstCmds = new List <PrintConditionalModuleInstantiation>();
foreach (string partialArea in PartialAreas)
{
foreach (string vhdlModule in GetVHDLFilePaths(partialArea))
{
PrintConditionalModuleInstantiation printCondInst = new PrintConditionalModuleInstantiation();
printCondInst.Append = true;
printCondInst.PrintBegin = firstConditionalInstantiation;
printCondInst.CloseArchitecture = false;
printCondInst.FileName = TopVHDLFile;
printCondInst.PartialAreaName = partialArea;
printCondInst.VHDLModule = vhdlModule;
printCondInst.Comment = firstConditionalInstantiation ? "conditionally instantiate modules and placeholder and connect them" : "";
printCondInstCmds.Add(printCondInst);
firstConditionalInstantiation = false;
}
}
if (printCondInstCmds.Count > 0)
{
printCondInstCmds[printCondInstCmds.Count - 1].CloseArchitecture = true;
}
foreach (Command cmd in printCondInstCmds)
{
goaScript.WriteLine(cmd.ToString());
}
PrintModuleSelectionPackage printConfigPackage = new PrintModuleSelectionPackage();
printConfigPackage.Append = false;
printConfigPackage.FileName = ProjectDirectory + Path.DirectorySeparatorChar + "config.vhd";
printConfigPackage.PartialAreaNames = PartialAreas;
printConfigPackage.ModulesPerArea = ModulesPerArea;
printConfigPackage.Comment = "create or overwrite a VHDL package with a single constant that will selected which module will be instantiated";
goaScript.WriteLine(printConfigPackage.ToString());
// trunc in first run
bool appendToBatchFile = false;
for (int i = 0; i < PartialAreas.Count; i++)
{
string partialAreaName = PartialAreas[i];
// only consider those partial areas in which we build modules in
if (!ModulesPerArea.Any(s => s.StartsWith(partialAreaName)))
{
continue;
}
string moduleBlocker = ProjectDirectory + Path.DirectorySeparatorChar + partialAreaName + "_blocker.xdl";
IslandCommandBuilder builder = new IslandCommandBuilder();
builder.IslandName = PartialAreas[i];
builder.VHDLWrapper = VHDLWrapper[i];
builder.UCFFile = ProjectDirectory + Path.DirectorySeparatorChar + partialAreaName + ".ucf";
builder.ConnectionPrimitiveName = ConnectionPrimitives[i];
builder.BuildTarget = IslandCommandBuilder.Target.Module;
goaScript.WriteLine("##############################################################################");
goaScript.WriteLine("# GOA Commands for the partial area " + builder.IslandName);
goaScript.WriteLine("##############################################################################");
Reset resetCmd = new Reset();
resetCmd.Comment = "run a reset to release previous blocked routing resources and slices";
goaScript.WriteLine(resetCmd.ToString());
goaScript.WriteLine("# open the interface description for the partial areas (restore after reset)");
foreach (string loadCommand in Objects.InterfaceManager.Instance.LoadCommands.Where(s => s.Contains("PartialArea=" + partialAreaName)))
{
goaScript.WriteLine(loadCommand);
}
// there might be several forms using the same macro, however the macro may only be read in once per script
// therefore we pull the macro from the ctrl
goaScript.WriteLine("# load one or more connection primitives (the reset cleared the macro library)");
List <string> macros = new List <string>();
foreach (string connectionPrimitives in ConnectionPrimitives)
{
if (!macros.Contains(connectionPrimitives))
{
LibraryElement libElement = Objects.Library.Instance.GetElement(connectionPrimitives);
goaScript.WriteLine(libElement.LoadCommand);
macros.Add(connectionPrimitives);
}
}
List <string> blocker = new List <string>();
// the first PrintLocationConstraintsForPlacedMacros must run with Append=false to overwrite
bool printLocCmdFound = false;
foreach (Command cmd in builder.GetCommands())
{
// make sure the first UCF command overwrites or creates a file
if (!printLocCmdFound && cmd is UCFCommand)
{
((UCFCommand)cmd).Append = false;
((UCFCommand)cmd).Comment += ". this command will truncate the UCF file";
printLocCmdFound = true;
}
// capture the maco name
if (cmd is AddNetlistContainer)
{
blocker.Add(((AddNetlistContainer)cmd).NetlistContainerName);
}
// dump command to file
goaScript.WriteLine(cmd.ToString());
}
// generate a global blocker for each partial region
GenerateXDL genBlocker = new GenerateXDL();
genBlocker.FileName = moduleBlocker;
genBlocker.NetlistContainerNames = blocker;
genBlocker.IncludePorts = false;
genBlocker.IncludeDummyNets = true;
genBlocker.IncludeModuleHeader = false;
genBlocker.IncludeModuleFooter = false;
genBlocker.Comment = "save the blocker for routing to an XDL file";
goaScript.WriteLine(genBlocker.ToString());
genBlocker.FileName = Regex.Replace(moduleBlocker, @"\.xdl", "_FE.xdl");;
genBlocker.IncludeModuleHeader = true;
genBlocker.IncludeModuleFooter = true;
genBlocker.IncludeDesignStatement = true;
genBlocker.Comment = "save the blocker for conversion with xdl -xdl2ncd " + genBlocker.FileName + " -nodrc";
goaScript.WriteLine(genBlocker.ToString());
if (ModulesPerArea.Any(s => s.StartsWith(partialAreaName)))
{
BuildIslandStyleModuleRunBatch genBatchCmd = new BuildIslandStyleModuleRunBatch();
genBatchCmd.FileName = ProjectDirectory + Path.DirectorySeparatorChar + "create_bitstreams.bat";
genBatchCmd.Append = appendToBatchFile;
genBatchCmd.VHDLModules = ModulesPerArea.Where(s => s.StartsWith(partialAreaName)).ToList();
genBatchCmd.Comment = "create a batch file that generates all module bitstreams";
goaScript.WriteLine(genBatchCmd.ToString());
appendToBatchFile = true;
}
}
goaScript.Close();
////////////
// extract
TextWriter extractScriptFile = new StreamWriter(extractScript, false);
extractScriptFile.WriteLine("# " + extractScript + " for extracting the partial modules. Generated by GoAhead");
extractScriptFile.WriteLine(Blackboard.Instance.LastLoadCommandForFPGA);
for (int i = 0; i < PartialAreas.Count; i++)
{
foreach (string entityName in GetEntities(PartialAreas[i]))
{
string moduleXDL = PartialAreas[i] + entityName + ".xdl";
string moduleBin = PartialAreas[i] + entityName + ".bin";
ClearSelection clearSel = new ClearSelection();
clearSel.Comment = "clear the current selection and select the module shape for module " + entityName + " in area " + PartialAreas[i];
extractScriptFile.WriteLine(clearSel.ToString());
foreach (Command sel in FPGA.TileSelectionManager.Instance.GetListOfAddToSelectionXYCommandsForUserSelection(PartialAreas[i]))
{
extractScriptFile.WriteLine(sel.ToString());
}
ExtractModule extractCmd = new ExtractModule();
extractCmd.Comment = "cut out the current selection and store the module " + entityName + " in area " + PartialAreas[i];
extractCmd.BinaryNetlist = moduleBin;
// overwrite
extractCmd.XDLInFile = moduleXDL;
extractCmd.XDLOutFile = moduleXDL;
extractScriptFile.WriteLine(extractCmd.ToString());
}
}
extractScriptFile.Close();
//////////
// load
TextWriter loadScriptFile = new StreamWriter(loadModules, false);
loadScriptFile.WriteLine("# " + extractScript + " for instantiating the partial modules. Generated by GoAhead");
loadScriptFile.WriteLine(Blackboard.Instance.LastLoadCommandForFPGA);
OpenDesign openStaticDesign = new OpenDesign();
openStaticDesign.Comment = "read in the static design";
openStaticDesign.FileName = "static.xdl";
loadScriptFile.WriteLine(openStaticDesign);
for (int i = 0; i < PartialAreas.Count; i++)
{
ClearSelection clearSel = new ClearSelection();
loadScriptFile.WriteLine(clearSel.ToString());
foreach (Command sel in FPGA.TileSelectionManager.Instance.GetListOfAddToSelectionXYCommandsForUserSelection(PartialAreas[i]))
{
loadScriptFile.WriteLine(sel.ToString());
}
CutOff cutOffCmd = new CutOff();
loadScriptFile.WriteLine(cutOffCmd);
StoreCurrentSelectionAs storeCmd = new StoreCurrentSelectionAs();
storeCmd.UserSelectionType = PartialAreas[i];
loadScriptFile.WriteLine(storeCmd.ToString());
}
for (int i = 0; i < PartialAreas.Count; i++)
{
foreach (string entityName in GetEntities(PartialAreas[i]))
{
AddBinaryLibraryElement addCmd = new AddBinaryLibraryElement();
addCmd.Comment = "load the module";
addCmd.FileName = PartialAreas[i] + entityName + ".bin";
loadScriptFile.WriteLine(addCmd.ToString());
}
}
loadScriptFile.WriteLine("ShowGUI;");
loadScriptFile.Close();
}