public void CompileFiles(string[] FileNames)
{
var CCodeWriter = new StringWriter();
if (FileNames.Length > 0)
{
this.OutputName = Path.GetFileNameWithoutExtension(FileNames[0]) + ".exe";
this.Target.SetOutputName(this.OutputName);
//Console.WriteLine(this.OutputName);
//Console.ReadKey();
}
foreach (var FileName in FileNames)
{
var Text = File.ReadAllText(FileName);
var CPreprocessor = new CPreprocessor(IncludeReader, CCodeWriter);
CPreprocessor.PreprocessString(Text, FileName);
if (JustShowMacros)
{
CPreprocessor.Context.DumpMacros();
}
}
if (!JustShowMacros)
{
if (JustPreprocess)
{
Console.WriteLine(CCodeWriter.ToString());
}
else
{
CompileString(CCodeWriter.ToString());
}
}
}
public static Type CompileProgram(string CProgram, bool SaveTemp = false)
{
var CILConverter = new CILConverter(SaveAssembly: SaveTemp);
CILConverter.Initialize("Program" + UniqueCounter++ + ".exe");
var CPreprocessor = new CPreprocessor();
CPreprocessor.PreprocessString(CProgram);
var PreprocessedCProgram = CPreprocessor.TextWriter.ToString();
var CCompiler = new CCompiler();
var TranslationUnit = CParser.StaticParseTranslationUnit(PreprocessedCProgram);
(CILConverter as ICConverter).ConvertTranslationUnit(CCompiler, TranslationUnit);
return(CILConverter.RootTypeBuilder);
}
static void SandboxTest(string[] args)
{
#if false
var CPreprocessor = new CPreprocessor();
CPreprocessor.PreprocessString(@"
//#define OF() ()
//typedef voidpf (*alloc_func) OF((voidpf opaque, uInt items, uInt size));
" );
var Text = (CPreprocessor.TextWriter.ToString());
Console.WriteLine(Text);
#elif true
//CLibTest.TestCall();
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"c:\temp\zlib-1.2.7\adler32.c" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"c:\temp\zlib-1.2.7\trees.c" });
new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"c:\temp\ll.c", "-run" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"c:\temp\stemmer.c", "-run", @"c:\temp\voc.txt", });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"C:\projects\@_opensource\libwebp-0.1.3\src\dec\alpha.c" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"C:\temp\m.c" });
//Console.WriteLine(CLibTest.TestStackAlloc());
//new CCompilerProgram().ProcessArgs(new string[] { "--target=pinvoke", @"C:\temp\comp\complib.c", @"C:\temp\comp\comptoe.c" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"C:\temp\comp\complib.c", @"C:\temp\comp\comptoe.c" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"C:\temp\z5.c" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"C:\temp\z.c" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=pinvoke", @"C:\temp\z.c" });
//new CCompilerProgram().ProcessArgs(new string[] { "--target=cil", @"c:\temp\zlib-1.2.7\adler32.c" });
#else
var Node = CParser.StaticParseProgram(@"
void test() {
call();
}
" );
Console.WriteLine(Node.ToYaml());
#endif
}
static void Main(string[] args)
{
#if debugenabled
try
{
#endif
string Code = File.ReadAllText("Tests\\Ackermann.cs");
CodeLexer lexer = new CodeLexer(Code);
LexTokenList lexTokens = lexer.Analyze();
CPreprocessor preProcessor = new CPreprocessor(lexTokens);
lexTokens = preProcessor.Process();
Console.WriteLine("LexTokens (post-processed):");
foreach (LexToken lexToken in lexTokens)
{
Console.WriteLine(lexToken.Kind.ToString() + " " + (lexToken.Value == null ? "" : lexToken.Value.ToString()));
}
Console.WriteLine("------\nGenerating AST..");
AstGenerator astGenerator = new AstGenerator(lexTokens);
StatementList statements = astGenerator.Generate();
Console.WriteLine("Generated AST!");
Console.WriteLine(View.ASTView.GenerateStatements(statements));
#if debugenabled
}
catch (Exception ex)
{
Console.WriteLine(ex.Message + "\n" + ex.StackTrace);
}
#endif
Console.ReadLine();
}
public void Initialize()
{
CIncludeReader = new TestIncludeReader();
CPreprocessor = new CPreprocessor(CIncludeReader);
}
