async Task RunWithData(
List <SOCRecord> externalData,
string mainCode)
{
var textReplacer = new TextReplacer();
var templateRoot = TemplatesPath(Path.GetDirectoryName(Directory.GetCurrentDirectory()));
var sourceRoot = @"C:\code\Quokka.RISCV.Docker.Server\Quokka.RISCV.Integration.Tests\Client\Blinker\Source";
var context = new RISCVIntegrationContext()
.WithExtensionClasses(
new ExtensionClasses()
.Text("")
.Text("lds")
.Text("s")
.Text("c")
.Text("cpp")
.Text("h")
.Binary("bin")
.Binary("elf")
.Text("map")
)
.WithRootFolder(sourceRoot)
.WithAllRegisteredFiles()
.WithOperations(
new BashInvocation("make firmware.bin")
)
.TakeModifiedFiles()
;
var firmwareTemplatePath = File.ReadAllText(Path.Combine(templateRoot, "firmware.template.cpp"));
var firmwareMap = new Dictionary <string, string>()
{
{ "MAIN_CODE", mainCode }
};
firmwareTemplatePath = textReplacer.ReplaceToken(firmwareTemplatePath, firmwareMap);
var dmaGenerator = new SOCGenerator();
context.SourceSnapshot.Files.Add(dmaGenerator.SOCImport(externalData));
var generator = new IntegrationGenerator();
context.SourceSnapshot.Files.Add(generator.Firmware(firmwareTemplatePath));
new FSManager(sourceRoot).SaveSnapshot(context.SourceSnapshot);
var result = await RISCVIntegrationClient.Run(context);
Assert.IsNotNull(result);
var hardwareTemplatePath = Path.Combine(templateRoot, "hardware.template.v");
var hardwareTemplate = File.ReadAllText(hardwareTemplatePath);
// memory init file
var binFile = (FSBinaryFile)result.ResultSnapshot.Files.Find(f => f.Name == "firmware.bin");
Assert.IsNotNull(binFile);
var replacers = new Dictionary <string, string>();
var words = TestTools.ReadWords(binFile.Content).ToList();
var memInit = generator.MemInit(words, "l_mem", 512, 4);
replacers["MEM_INIT"] = memInit;
// data declarations
replacers["DATA_DECL"] = generator.DataDeclaration(externalData);
// data control signals
var templates = new IntegrationTemplates();
foreach (var templatePath in Directory.EnumerateFiles(templateRoot, "*.*", SearchOption.AllDirectories))
{
var name = Path.GetFileName(templatePath).Split('.')[0];
templates.Templates[name] = File.ReadAllText(templatePath);
}
replacers["DATA_CTRL"] = generator.DataControl(externalData, templates);
replacers["MEM_READY"] = generator.MemReady(externalData);
replacers["MEM_RDATA"] = generator.MemRData(externalData);
hardwareTemplate = textReplacer.ReplaceToken(hardwareTemplate, replacers);
File.WriteAllText(@"C:\code\picorv32\quartus\RVTest.v", hardwareTemplate);
}
async Task TranslateSourceFiles(
IEnumerable <FSTextFile> files,
Action entryPoint
)
{
var textReplacer = new TextReplacer();
var generator = new IntegrationGenerator();
var firmwareTemplates = IntegrationTemplatesLoader.FirmwareTemplates;
var hardwareTemplates = IntegrationTemplatesLoader.HardwareTemplates;
var tx = new CSharp2CPPTranslator();
var source = new FSSnapshot();
source.Files.AddRange(files);
tx.Run(source);
var firmwareSource = tx.Result;
var socGenerator = new SOCGenerator();
var socRecords = new List <SOCRecord>();
var socRecordsBuilder = new SOCRecordsBuilder();
// default code block
socRecords.Add(new SOCRecord()
{
DataType = typeof(uint),
SegmentBits = 12,
HardwareName = "firmware",
SoftwareName = "firmware",
Segment = 0,
Depth = 512,
Template = "memory32"
});
socRecords.AddRange(socRecordsBuilder.ToSOCRecords(0x800, tx.SOCResources));
firmwareSource.Add(socGenerator.SOCImport(socRecords));
var generatedSourceFiles = firmwareSource.Files.Where(f => Path.GetExtension(f.Name).ToLower() == ".cpp").ToList();
var generatedHeaderFiles = firmwareSource.Files.Where(f => Path.GetExtension(f.Name).ToLower() == ".h").ToList();
firmwareSource.Merge(firmwareTemplates, f => !f.Name.Contains("template"));
var firmwareTemplate = firmwareTemplates.Get <FSTextFile>("firmware.template.cpp");
var firmwareMap = new Dictionary <string, string>()
{
{ "FIRMWARE_INCLUDES", string.Join(Environment.NewLine, generatedHeaderFiles.Select(f => $"#include \"{f.Name}\"")) },
{ "FIRMWARE_CODE", $"{entryPoint.Method.DeclaringType.Namespace}::{entryPoint.Method.DeclaringType.Name}::{entryPoint.Method.Name}();" },
};
firmwareSource.Add("firmware.cpp", textReplacer.ReplaceToken(firmwareTemplate.Content, firmwareMap));
var makefileTemplate = firmwareTemplates.Get <FSTextFile>("Makefile.template");
var makefileMap = new Dictionary <string, string>()
{
{ "SOURCES_LIST", string.Join(" ", generatedSourceFiles.Select(f => f.Name)) }
};
firmwareSource.Add("Makefile", textReplacer.ReplaceToken(makefileTemplate.Content, makefileMap));
IntermediateData.SaveFirmwareSource(firmwareSource);
var firmwareOutput = await CompileFromIntermediate();
IntermediateData.SaveFirmwareOutput(firmwareOutput);
// generat verilog
var hardwareTemplate = hardwareTemplates.Get <FSTextFile>("hardware.template.v").Content;
var replacers = new Dictionary <string, string>();
// memory init file
replacers["MEM_INIT"] = "";
foreach (var dma in socRecords)
{
var binFile = firmwareOutput.Get <FSBinaryFile>($"{dma.HardwareName}.bin");
if (binFile != null)
{
var words = TestTools.ReadWords(binFile.Content).ToList();
var memInit = generator.MemInit(words, dma.HardwareName, (int)dma.Depth, SizeOfType(dma.DataType));
replacers["MEM_INIT"] += memInit;
}
else
{
var memInit = generator.MemInit(Enumerable.Range(0, (int)dma.Depth).Select(idx => 0UL).ToList(), dma.HardwareName, (int)dma.Depth, SizeOfType(dma.DataType));
replacers["MEM_INIT"] += memInit;
}
}
// data declarations
replacers["DATA_DECL"] = generator.DataDeclaration(socRecords);
// data control signals
var templates = new IntegrationTemplates();
foreach (var t in hardwareTemplates.Files.OfType <FSTextFile>())
{
templates.Templates[t.Name] = t.Content;
}
replacers["DATA_CTRL"] = generator.DataControl(socRecords, templates);
replacers["MEM_READY"] = generator.MemReady(socRecords);
replacers["MEM_RDATA"] = generator.MemRData(socRecords);
hardwareTemplate = textReplacer.ReplaceToken(hardwareTemplate, replacers);
var hardwareSource = new FSSnapshot();
hardwareSource.Add("hardware.v", hardwareTemplate);
IntermediateData.SaveHardwareSource(hardwareSource);
}