public static string Generate(string moduleName, string taskName, int registerCount, int latency)
{
string waitCases = "";
if (latency != 0)
{
//Console.WriteLine();
waitCases = Enumerable
.Range(1, latency - 1)
.Select(x => string.Format(_waitTemplate, moduleName, x, x + 1))
.Join("\r\n");
waitCases += "\r\n" + string.Format(_waitLastTemplate, moduleName, latency, latency + 1);
}
var finalStage = latency + 1;
var tasks = Enumerable
.Range(0, registerCount)
.Select(x => new StringTemplate(registerConstantTemplate).PopulateObj(new
{
TaskName = taskName,
Module = moduleName,
Register = x,
FinalStage = finalStage,
WaitCases = waitCases,
ReadEnable = latency == 0 ? "readInstructionEnable <= 1;" : "",
}))
.Join("\r\n");
var doc = new VerilogDocument();
var cases = Enumerable
.Range(0, registerCount)
.Select(x => string.Format(
_opcodeCaseTemplate,
taskName.Length > 3 && !taskName.Contains("Shift") ? taskName.Remove(3) : taskName,
x,
taskName))
.Join("\r\n");
VerilogGlobals.Globals.AddDefineString(taskName + "Cases", cases);
//doc.AddDefineString(taskName + "Cases", cases);
//return tasks + "\r\n" + doc.ToString();
return tasks;
}
public void AssembleToVerilog(string asm, string verilogFile)
{
var bytes = Assemble(asm).SelectMany(x => x).ToArray();
var padding = 5 - (bytes.Length % 5);
if (padding == 5)
{
padding = 0;
}
Array.Resize(ref bytes, bytes.Length + padding);
if (bytes.Length > 0xffff)
{
throw new InvalidOperationException();
}
var asmStr = bytes
.GroupEvery(5)
.Select((x, i) => string.Format(
"{0}: writeInstructionBuffer <= 40'h{1};",
i * 5,
ByteHelper.ToHex(x.ToArray())))
.Join("\r\n");
var doc3 = new VerilogDocument();
doc3.AddDefineString("Program", asmStr);
doc3.AddDefine16("ProgramSize", (ushort)bytes.Length);
File.WriteAllText(verilogFile, doc3.ToString());
//return null;
//return
// .Select((x, i) => string.Format(
// "{0}: writeInstructionBuffer <= 40'h{1};",
// i * 5,
// ByteHelper.ToHex(x)))
// .Join("\r\n");
}