protected override void OnSynthesis(ISynthesisContext ctx)
{
var xproj = ctx.Project as XilinxProject;
if (xproj == null)
{
return;
}
string name = ctx.CodeGen.GetComponentID(Descriptor);
ComponentName = name;
CoreGenDescription cgproj, xco;
xproj.AddNewCoreGenDescription(name, out cgproj, out xco);
xco.FromComponent(this);
xco.Store();
Descriptor.AddAttribute(xco);
xproj.ExecuteCoreGen(xco.Path, cgproj.Path);
}
/// <summary>
/// This method is called upon synthesis. Overwrite it to perform custom synthesis tasks, such as generating
/// a core generator script.
/// </summary>
/// <param name="ctx">The synthesis context</param>
virtual protected void OnSynthesis(ISynthesisContext ctx)
{
ctx.DoBehavioralAnalysisAndGenerate(this);
}
/// <summary>
/// Internal method which is called upon synthesis.
/// </summary>
/// <param name="ctx">The synthesis context</param>
internal void OnSynthesisInternal(ISynthesisContext ctx)
{
OnSynthesis(ctx);
}
protected override void OnSynthesis(ISynthesisContext ctx)
{
var xproj = ctx.Project as XilinxProject;
if (xproj != null)
{
DeviceFamily = xproj.DeviceFamily.ToString();
string path = ctx.Project.AddFile(ImpFileName);
ctx.Project.SetFileLibrary(ImpFileName, LibraryName);
var impTT = new AXIMasterImp()
{
Master = this
};
string content = impTT.TransformText();
File.WriteAllText(path, content);
path = ctx.Project.AddFile(TopFileName);
ctx.Project.SetFileLibrary(TopFileName, LibraryName);
var topTT = new AXIMasterTop()
{
Master = this
};
content = topTT.TransformText();
File.WriteAllText(path, content);
string ipPath = Path.Combine(xproj.ISEBinPath, "..", "..", "..", "EDK", "hw", "XilinxProcessorIPLib", "pcores");
CopyEDKFiles(ipPath, "proc_common_v3_00_a", xproj);
CopyEDKFiles(ipPath, "axi_lite_ipif_v1_01_a", xproj);
CopyEDKFiles(ipPath, "axi_master_burst_v1_00_a", xproj);
}
base.OnSynthesis(ctx);
}
protected override void OnSynthesis(ISynthesisContext ctx)
{
var xproj = ctx.Project as XilinxProject;
if (xproj == null)
return;
string name = ctx.CodeGen.GetComponentID(Descriptor);
ComponentName = name;
CoreGenDescription cgproj, xco;
xproj.AddNewCoreGenDescription(name, out cgproj, out xco);
xco.FromComponent(this);
xco.Store();
xproj.ExecuteCoreGen(xco.Path, cgproj.Path);
}
protected override void OnSynthesis(ISynthesisContext ctx)
{
if (!(ctx.Project is XilinxProject))
{
throw new InvalidOperationException("This floating point block can only be synthesized within the context of a Xilinx ISE project.");
}
XilinxProject xproj = (XilinxProject)ctx.Project;
string name = ctx.CodeGen.GetComponentID(Descriptor);
ComponentName = name;
CoreGenDescription cgproj, xco;
xproj.AddNewCoreGenDescription(name, out cgproj, out xco);
xco.FromComponent(this);
xco.Store();
xproj.ExecuteCoreGen(xco.Path, cgproj.Path);
}
protected override void OnSynthesis(ISynthesisContext ctx)
{
var xproj = ctx.Project as XilinxProject;
if (xproj == null)
return;
switch (xproj.ISEVersion)
{
case EISEVersion._11_1: // ?
case EISEVersion._11_2: // !
case EISEVersion._11_3: // ?
case EISEVersion._11_4: // ?
case EISEVersion._11_5: // ?
Generator = EGenerator.Block_Memory_Generator_3_2;
break;
case EISEVersion._13_2: // !
default: // ?
Generator = EGenerator.Block_Memory_Generator_4_3;
break;
}
string name = ctx.CodeGen.GetComponentID(Descriptor);
ComponentName = name;
CoreGenDescription cgproj, xco;
xproj.AddNewCoreGenDescription(name, out cgproj, out xco);
if (InitialImage != null)
{
string coefile = name + ".coe";
string coedir = Path.GetDirectoryName(cgproj.Path);
if (!Directory.Exists(coedir))
Directory.CreateDirectory(coedir);
string coepath = Path.Combine(coedir, coefile);
//string coepath = xproj.AddFile(coefile);
COEDescription coe = new COEDescription(COEDescription.ETarget.BlockMem);
coe.Data = InitialImage;
coe.Radix = 2;
coe.Store(coepath);
COEFile = coefile;
LoadInitFile = true;
}
xco.FromComponent(this);
xco.Store();
xproj.ExecuteCoreGen(xco.Path, cgproj.Path);
}
