/// <summary>
/// Scans errorString line-wise for filename-line-message patterns (e.g. "myModule(1): Something's wrong here") and add these error locations to the CompilerResults cr.
/// </summary>
public static void HandleCompilerOutput(AbstractDProject Project, BuildResult br, string errorString)
{
var reader = new StringReader(errorString);
string next;
while ((next = reader.ReadLine()) != null)
{
var error = ErrorExtracting.FindError(next, reader);
if (error != null)
{
if (error.ErrorText != null && error.ErrorText.Length > MaxErrorMsgLength)
{
error.ErrorText = error.ErrorText.Substring(0, MaxErrorMsgLength) + "...";
}
// dmd's error filenames may contain mixin location info
var m = mixinInlineRegex.Match(error.FileName);
if (m.Success)
{
error.FileName = error.FileName.Substring(0, m.Index);
int line;
int.TryParse(m.Groups ["line"].Value, out line);
error.Line = line;
}
if (!Path.IsPathRooted(error.FileName))
{
error.FileName = Project.GetAbsoluteChildPath(error.FileName);
}
br.Append(error);
}
}
reader.Close();
}
void LinkToTarget(BuildResult br, bool modificationsDone)
{
// The target file to which all objects will be linked to
var LinkTargetFile = Project.GetOutputFileName(BuildConfig.Selector);
if (!modificationsDone &&
File.Exists(LinkTargetFile))
{
monitor.ReportSuccess("Build successful! - No new linkage needed");
monitor.Step(1);
return;
}
// b.Build linker argument string
// Build argument preparation
var linkArgs = FillInMacros(BuildArguments(BuildConfig).LinkerArguments.Trim() +
(string.IsNullOrEmpty(BuildConfig.ExtraLinkerArguments) ? string.Empty : (" " + BuildConfig.ExtraLinkerArguments.Trim())),
new DLinkerMacroProvider
{
ObjectsStringPattern = Compiler.ArgumentPatterns.ObjectFileLinkPattern,
Objects = BuiltObjects.ToArray(),
TargetFile = LinkTargetFile,
RelativeTargetDirectory = BuildConfig.OutputDirectory.ToRelative(Project.BaseDirectory),
Libraries = GetLibraries(BuildConfig, Compiler)
}, commonMacros);
var linkerOutput = "";
var linkerErrorOutput = "";
var linkCfg = LinkTargetCfg(BuildConfig);
var linkerExecutable = linkCfg.Linker;
if (!Path.IsPathRooted(linkerExecutable) && !string.IsNullOrEmpty(Compiler.BinPath))
{
linkerExecutable = Path.Combine(Compiler.BinPath, linkCfg.Linker);
if (!File.Exists(linkerExecutable))
{
linkerExecutable = linkCfg.Linker;
}
}
string cmdLineFile;
HandleOverLongArgumentStrings(monitor, Compiler, true, ref linkArgs, out cmdLineFile);
int exitCode = ExecuteCommand(linkerExecutable, linkArgs, Project.BaseDirectory, monitor,
out linkerErrorOutput,
out linkerOutput);
ErrorExtracting.HandleOptLinkOutput(Project, br, linkerOutput);
ErrorExtracting.HandleLdOutput(Project, br, linkerOutput);
ErrorExtracting.HandleReturnCode(monitor, br, exitCode);
if (cmdLineFile != null && !br.Failed)
{
File.Delete(cmdLineFile);
}
}
bool CompileResourceScript(BuildResult targetBuildResult, ProjectFile f)
{
var res = GetRelativeObjectFileName(ObjectDirectory, f, ".res");
// Build argument string
var resCmpArgs = FillInMacros(Win32ResourceCompiler.Instance.Arguments,
new Win32ResourceCompiler.ArgProvider
{
RcFile = f.FilePath,
ResFile = res
}, commonMacros);
// Execute compiler
string output;
string stdOutput;
int _exitCode = ExecuteCommand(Win32ResourceCompiler.Instance.Executable,
resCmpArgs,
Project.BaseDirectory,
monitor,
out output,
out stdOutput);
// Error analysis
if (!string.IsNullOrEmpty(output))
{
targetBuildResult.AddError(f.FilePath, 0, 0, "", output);
}
if (!string.IsNullOrEmpty(stdOutput))
{
targetBuildResult.AddError(f.FilePath, 0, 0, "", stdOutput);
}
ErrorExtracting.HandleReturnCode(monitor, targetBuildResult, _exitCode);
if (_exitCode != 0)
{
targetBuildResult.FailedBuildCount++;
return(false);
}
else
{
f.LastGenOutput = res;
targetBuildResult.BuildCount++;
Project.LastModificationTimes [f] = File.GetLastWriteTime(f.FilePath);
BuiltObjects.Add(MakeRelativeToPrjBase(res));
return(true);
}
}
/// <summary>
/// Scans errorString line-wise for filename-line-message patterns (e.g. "myModule(1): Something's wrong here") and add these error locations to the CompilerResults cr.
/// </summary>
public static void HandleCompilerOutput(AbstractDProject Project, BuildResult br, string errorString)
{
var reader = new StringReader(errorString);
string next;
while ((next = reader.ReadLine()) != null)
{
var error = ErrorExtracting.FindError(next, reader);
if (error != null)
{
if (!Path.IsPathRooted(error.FileName))
{
error.FileName = Project.GetAbsoluteChildPath(error.FileName);
}
br.Append(error);
}
}
reader.Close();
}
bool CompileSource(BuildResult targetBuildResult, ProjectFile f)
{
if (File.Exists(f.LastGenOutput))
{
File.Delete(f.LastGenOutput);
}
var obj = GetRelativeObjectFileName(ObjectDirectory, f, DCompilerService.ObjectExtension);
// Create argument string for source file compilation.
var dmdArgs = FillInMacros((string.IsNullOrEmpty(AdditionalCompilerAttributes) ? string.Empty : (AdditionalCompilerAttributes.Trim() + " ")) +
BuildArguments.CompilerArguments.Trim() +
(string.IsNullOrEmpty(BuildConfig.ExtraCompilerArguments) ? string.Empty : (" " + BuildConfig.ExtraCompilerArguments.Trim())),
new DCompilerMacroProvider
{
IncludePathConcatPattern = Compiler.ArgumentPatterns.IncludePathPattern,
SourceFile = f.FilePath.ToRelative(Project.BaseDirectory),
ObjectFile = obj,
Includes = FillCommonMacros(Project.IncludePaths).Union(FileLinkDirectories),
}, commonMacros);
// b.Execute compiler
string stdError;
string stdOutput;
var compilerExecutable = Compiler.SourceCompilerCommand;
if (!Path.IsPathRooted(compilerExecutable) && !string.IsNullOrEmpty(Compiler.BinPath))
{
compilerExecutable = Path.Combine(Compiler.BinPath, Compiler.SourceCompilerCommand);
if (!File.Exists(compilerExecutable))
{
compilerExecutable = Compiler.SourceCompilerCommand;
}
}
string cmdArgFile;
HandleOverLongArgumentStrings(Compiler, false, ref dmdArgs, out cmdArgFile);
int exitCode = ExecuteCommand(compilerExecutable, dmdArgs, Project.BaseDirectory, monitor, out stdError, out stdOutput);
ErrorExtracting.HandleCompilerOutput(Project, targetBuildResult, stdError);
ErrorExtracting.HandleCompilerOutput(Project, targetBuildResult, stdOutput);
ErrorExtracting.HandleReturnCode(monitor, targetBuildResult, exitCode);
if (exitCode != 0)
{
targetBuildResult.FailedBuildCount++;
return(false);
}
else
{
if (cmdArgFile != null)
{
File.Delete(cmdArgFile);
}
f.LastGenOutput = obj;
targetBuildResult.BuildCount++;
Project.LastModificationTimes [f] = File.GetLastWriteTime(f.FilePath);
BuiltObjects.Add(obj);
return(true);
}
}
BuildResult DoOneStepBuild()
{
var br = new BuildResult();
bool filesModified = false;
// Enum files & build resource files
foreach (var pf in Project.Files)
{
if (pf.BuildAction != BuildAction.Compile || pf.Subtype == Subtype.Directory)
{
continue;
}
DateTime dt;
if (Project.LastModificationTimes.TryGetValue(pf, out dt))
{
filesModified |= File.GetLastWriteTime(pf.FilePath) != dt;
}
else
{
filesModified = true;
}
Project.LastModificationTimes[pf] = File.GetLastWriteTime(pf.FilePath);
if (pf.FilePath.Extension.EndsWith(".rc", StringComparison.OrdinalIgnoreCase))
{
if (!CompileResourceScript(br, pf))
{
return(br);
}
}
else
{
BuiltObjects.Add(MakeRelativeToPrjBase(pf.FilePath));
}
}
// Build argument string
var target = Project.GetOutputFileName(BuildConfig.Selector);
if (!filesModified && Project.EnableIncrementalLinking &&
File.Exists(target))
{
monitor.ReportSuccess("Build successful! - No new linkage needed");
monitor.Step(1);
return(br);
}
var rawArgumentString = new StringBuilder();
if (!string.IsNullOrEmpty(AdditionalCompilerAttributes))
{
rawArgumentString.Append(AdditionalCompilerAttributes.Trim()).Append(' ');
}
rawArgumentString.Append(BuildArguments.OneStepBuildArguments.Trim());
if (!string.IsNullOrEmpty(BuildConfig.ExtraCompilerArguments))
{
rawArgumentString.Append(' ').Append(BuildConfig.ExtraCompilerArguments.Trim());
}
if (!string.IsNullOrEmpty(BuildConfig.ExtraLinkerArguments))
{
rawArgumentString.Append(' ').Append(PrefixedExtraLinkerFlags);
}
var argumentString = FillInMacros(rawArgumentString.ToString(),
new OneStepBuildArgumentMacroProvider
{
ObjectsStringPattern = Compiler.ArgumentPatterns.ObjectFileLinkPattern,
IncludesStringPattern = Compiler.ArgumentPatterns.IncludePathPattern,
SourceFiles = BuiltObjects,
Includes = FillCommonMacros(Project.IncludePaths),
Libraries = GetLibraries(BuildConfig, Compiler),
RelativeTargetDirectory = BuildConfig.OutputDirectory,
ObjectsDirectory = ObjectDirectory,
TargetFile = target,
}, commonMacros);
// Execute the compiler
var stdOut = "";
var stdError = "";
var linkerExecutable = Compiler.SourceCompilerCommand;
if (!Path.IsPathRooted(linkerExecutable) && !string.IsNullOrEmpty(Compiler.BinPath))
{
linkerExecutable = Path.Combine(Compiler.BinPath, LinkTargetCfg.Linker);
if (!File.Exists(linkerExecutable))
{
linkerExecutable = LinkTargetCfg.Linker;
}
}
monitor.Log.WriteLine("Current dictionary: " + Project.BaseDirectory);
string cmdLineFile;
HandleOverLongArgumentStrings(Compiler, true, ref argumentString, out cmdLineFile);
int exitCode = ExecuteCommand(linkerExecutable, argumentString, Project.BaseDirectory, monitor,
out stdError,
out stdOut);
ErrorExtracting.HandleCompilerOutput(Project, br, stdError);
ErrorExtracting.HandleCompilerOutput(Project, br, stdOut);
ErrorExtracting.HandleOptLinkOutput(Project, br, stdOut);
ErrorExtracting.HandleReturnCode(monitor, br, exitCode);
if (cmdLineFile != null)
{
File.Delete(cmdLineFile);
}
return(br);
}
BuildResult DoOneStepBuild()
{
var br = new BuildResult();
bool filesModified = false;
// Enum files & build resource files
foreach (var pf in Project.Files)
{
if (pf.BuildAction != BuildAction.Compile || pf.Subtype == Subtype.Directory)
{
continue;
}
DateTime dt;
if (Project.LastModificationTimes.TryGetValue(pf, out dt))
{
filesModified |= File.GetLastWriteTime(pf.FilePath) != dt;
}
else
{
filesModified = true;
}
Project.LastModificationTimes[pf] = File.GetLastWriteTime(pf.FilePath);
if (pf.FilePath.Extension.EndsWith(".rc", StringComparison.OrdinalIgnoreCase))
{
if (!CompileResourceScript(br, pf))
{
return(br);
}
}
else
{
BuiltObjects.Add(MakeRelativeToPrjBase(Project, pf.FilePath));
}
}
// Build argument string
var target = Project.GetOutputFileName(BuildConfig.Selector);
if (!Project.NeedsFullRebuild && !filesModified && Project.EnableIncrementalLinking &&
File.Exists(target))
{
monitor.ReportSuccess("Build successful! - No new linkage needed");
monitor.Step(1);
return(br);
}
var argumentString = BuildOneStepBuildString(Project, BuiltObjects, BuildConfig.Selector);
// Execute the compiler
var stdOut = "";
var stdError = "";
var linkCfg = LinkTargetCfg(BuildConfig);
var linkerExecutable = Compiler.SourceCompilerCommand;
if (!Path.IsPathRooted(linkerExecutable) && !string.IsNullOrEmpty(Compiler.BinPath))
{
linkerExecutable = Path.Combine(Compiler.BinPath, linkCfg.Linker);
if (!File.Exists(linkerExecutable))
{
linkerExecutable = linkCfg.Linker;
}
}
monitor.Log.WriteLine("Current dictionary: " + Project.BaseDirectory);
string cmdLineFile;
HandleOverLongArgumentStrings(monitor, Compiler, true, ref argumentString, out cmdLineFile);
int exitCode = ExecuteCommand(linkerExecutable, argumentString, Project.BaseDirectory, monitor,
out stdError,
out stdOut);
ErrorExtracting.HandleCompilerOutput(Project, br, stdError);
ErrorExtracting.HandleCompilerOutput(Project, br, stdOut);
ErrorExtracting.HandleOptLinkOutput(Project, br, stdOut);
ErrorExtracting.HandleLdOutput(Project, br, stdOut);
ErrorExtracting.HandleReturnCode(monitor, br, exitCode);
if (cmdLineFile != null)
{
File.Delete(cmdLineFile);
}
if (!br.Failed)
{
Project.CopySupportFiles(monitor, this.BuildConfig.Selector);
Project.NeedsFullRebuild = false;
}
return(br);
}