public BuildArgumentForm(DMDConfig.DBuildArguments Arguments)
{
InitializeComponent();
buildArgs = Arguments;
LoadCurrent();
}
public DMDSettingsPage(DMDConfig Configuration)
{
InitializeComponent();
this.Config = Configuration;
List_DefaultLibs.ItemsSource = Libs;
LoadCurrent();
}
public DMDSettingsPage(DMDConfig Configuration)
{
InitializeComponent();
this.Config = Configuration;
List_DefaultLibs.ItemsSource = Libs;
LoadCurrent();
}
public GlobalParseCachePage(DMDSettingsPage DMDPage,DMDConfig Config)
{
InitializeComponent();
this.ParentPage = DMDPage;
this.cfg = Config;
LoadCurrent();
}
public GlobalParseCachePage(DMDSettingsPage DMDPage, DMDConfig Config)
{
InitializeComponent();
this.ParentPage = DMDPage;
this.cfg = Config;
LoadCurrent();
}
public BuildResult CompileSource(SourceModule Module, DMDConfig dmd, bool DebugCompile, string objFile, string execDirectory)
{
var obj = Path.ChangeExtension(objFile, ".obj");
var br = new BuildResult()
{
SourceFile = Module.AbsoluteFileName, TargetFile = obj, Successful = true
};
ErrorLogger.Log("Compile " + (Module.Project != null?Module.Project.ToRelativeFileName(Module.FileName):Module.FileName), ErrorType.Information, ErrorOrigin.Build);
var dmd_exe = dmd.SoureCompiler;
// Always enable it to use environment paths to find dmd.exe
if (!Path.IsPathRooted(dmd_exe) && Directory.Exists(dmd.BaseDirectory))
{
dmd_exe = Path.Combine(dmd.BaseDirectory, dmd.SoureCompiler);
}
TempPrc = FileExecution.ExecuteSilentlyAsync(dmd_exe,
BuildDSourceCompileArgumentString(dmd.BuildArguments(DebugCompile).SoureCompiler, Module.AbsoluteFileName, obj, dmd.ImportDirectories), // Compile our program always in debug mode
execDirectory,
OnOutput, delegate(string s) {
var err = ParseErrorMessage(s);
if (Module.Project != null && Module.Project.ContainsFile(err.FileName))
{
err.Project = Module.Project;
}
if (err.Type == GenericError.ErrorType.Error)
{
br.Successful = false;
}
br.BuildErrors.Add(err);
}, OnExit);
if (TempPrc != null && !TempPrc.HasExited)
{
TempPrc.WaitForExit(MaxCompilationTime);
}
br.Successful = br.Successful && TempPrc != null && TempPrc.ExitCode == 0 && File.Exists(obj);
return(br);
}
public void Load(XmlReader x)
{
while (x.Read())
{
switch (x.LocalName)
{
case "BracketHightlighting":
if (x.MoveToAttribute("value"))
EnableMatchingBracketHighlighting = x.ReadContentAsBoolean();
break;
case "UseMethodInsight":
if (x.MoveToAttribute("value"))
UseMethodInsight = x.ReadContentAsBoolean();
break;
case "UseCodeCompletion":
if (x.MoveToAttribute("value"))
UseCodeCompletion = x.ReadContentAsBoolean();
break;
case "ForceCodeCompetionPopupCommit":
if (x.MoveToAttribute("value"))
ForceCodeCompetionPopupCommit = x.ReadContentAsBoolean();
break;
case "UseSemanticErrorHighlighting":
if (x.MoveToAttribute("value"))
UseSemanticErrorHighlighting = x.ReadContentAsBoolean();
break;
case "UseSemanticHighlighting":
if (x.MoveToAttribute("value"))
UseSemanticHighlighting = x.ReadContentAsBoolean();
break;
case "SmartIndentation":
if (x.MoveToAttribute("value"))
EnableSmartIndentation = x.ReadContentAsBoolean();
break;
case "CompletionOptions":
CompletionOptions.Instance.Load(x.ReadSubtree());
break;
case "cv2pdb":
cv2pdb_exe = x.ReadString();
break;
case "dmd":
var config = new DMDConfig();
config.Load(x);
if (config.Version == DVersion.D1)
dmd1 = config;
else
dmd2 = config;
break;
}
}
}
public void Load(XmlReader x)
{
while (x.Read())
{
switch (x.LocalName)
{
case "BracketHightlighting":
if (x.MoveToAttribute("value"))
{
EnableMatchingBracketHighlighting = x.ReadContentAsBoolean();
}
break;
case "UseMethodInsight":
if (x.MoveToAttribute("value"))
{
UseMethodInsight = x.ReadContentAsBoolean();
}
break;
case "UseCodeCompletion":
if (x.MoveToAttribute("value"))
{
UseCodeCompletion = x.ReadContentAsBoolean();
}
break;
case "ForceCodeCompetionPopupCommit":
if (x.MoveToAttribute("value"))
{
ForceCodeCompetionPopupCommit = x.ReadContentAsBoolean();
}
break;
case "UseSemanticErrorHighlighting":
if (x.MoveToAttribute("value"))
{
UseSemanticErrorHighlighting = x.ReadContentAsBoolean();
}
break;
case "UseSemanticHighlighting":
if (x.MoveToAttribute("value"))
{
UseSemanticHighlighting = x.ReadContentAsBoolean();
}
break;
case "SmartIndentation":
if (x.MoveToAttribute("value"))
{
EnableSmartIndentation = x.ReadContentAsBoolean();
}
break;
case "CompletionOptions":
this.CompletionOptions.Load(x.ReadSubtree());
break;
case "cv2pdb":
cv2pdb_exe = x.ReadString();
break;
case "dmd":
var config = new DMDConfig();
config.Load(x);
if (config.Version == DVersion.D1)
{
dmd1 = config;
}
else
{
dmd2 = config;
}
break;
}
}
}
/// <summary>
/// Links several object files to an executable, dynamic or static library
/// </summary>
public BuildResult LinkFiles(DMDConfig dmd, string linkerExe, string linkerArgs, string startDirectory, string targetFile, bool CreatePDB, params string[] files)
{
var errList = new List <GenericError>();
var br = new BuildResult()
{
TargetFile = targetFile, Successful = true
};
ErrorLogger.Log("Link files to " + Path.GetFileName(targetFile), ErrorType.Information, ErrorOrigin.Build);
if (File.Exists(targetFile))
{
try
{
File.Delete(targetFile);
}
catch (Exception ex) // Perhaps our targetFile is still in use
{
br.BuildErrors.Add(new GenericError()
{
Message = ex.Message
});
return(br);
}
}
// Ensure that target directory exists
var tarDir = Path.GetDirectoryName(targetFile);
try
{
Util.CreateDirectoryRecursively(tarDir);
}
catch (Exception ex)
{
ErrorLogger.Log(ex, ErrorType.Error, ErrorOrigin.Build);
br.Successful = false;
return(br);
}
// Always enable it to use environment paths to find dmd.exe
if (!Path.IsPathRooted(linkerExe) && Directory.Exists(dmd.BaseDirectory))
{
linkerExe = Path.Combine(dmd.BaseDirectory, linkerExe);
}
//CRITICAL: Execute linker exe
TempPrc = FileExecution.ExecuteSilentlyAsync(
linkerExe, BuildDLinkerArgumentString(linkerArgs, startDirectory, targetFile, dmd.ImportDirectories, files), startDirectory,
OnOutput, delegate(string s)
{
var err = ParseErrorMessage(s);
if (err.Type == GenericError.ErrorType.Error)
{
br.Successful = false;
}
br.BuildErrors.Add(err);
}, OnExit);
if (TempPrc != null && !TempPrc.HasExited)
{
TempPrc.WaitForExit(MaxCompilationTime);
}
br.Successful = br.Successful && TempPrc.ExitCode == 0 && File.Exists(targetFile);
// If targetFile is executable or dynamic linked library, create PDB
if (br.Successful && CreatePDB && (targetFile.EndsWith(".exe") || targetFile.EndsWith(".dll")))
{
var br_ = CreatePDBFromExe(targetFile);
br.BuildErrors.AddRange(br_.BuildErrors);
br.AdditionalFiles = new[] { br_.TargetFile };
}
return(br);
}
/// <summary>
/// Links several object files to an executable, dynamic or static library
/// </summary>
public BuildResult LinkFiles(DMDConfig dmd,string linkerExe, string linkerArgs, string startDirectory, string targetFile, bool CreatePDB, params string[] files)
{
var errList = new List<GenericError>();
var br = new BuildResult() { TargetFile=targetFile, Successful=true};
ErrorLogger.Log("Link files to "+Path.GetFileName( targetFile),ErrorType.Information,ErrorOrigin.Build);
if (File.Exists(targetFile))
{
try
{
File.Delete(targetFile);
}
catch (Exception ex) // Perhaps our targetFile is still in use
{
br.BuildErrors.Add(new GenericError() { Message=ex.Message});
return br;
}
}
// Ensure that target directory exists
var tarDir = Path.GetDirectoryName(targetFile);
try
{
Util.CreateDirectoryRecursively(tarDir);
}
catch (Exception ex)
{
ErrorLogger.Log(ex, ErrorType.Error, ErrorOrigin.Build);
br.Successful = false;
return br;
}
// Always enable it to use environment paths to find dmd.exe
if (!Path.IsPathRooted(linkerExe) && Directory.Exists(dmd.BaseDirectory))
linkerExe = Path.Combine(dmd.BaseDirectory, linkerExe);
//CRITICAL: Execute linker exe
TempPrc = FileExecution.ExecuteSilentlyAsync(
linkerExe, BuildDLinkerArgumentString(linkerArgs, startDirectory,targetFile,dmd.ImportDirectories,files), startDirectory,
OnOutput, delegate(string s)
{
var err = ParseErrorMessage(s);
if (err.Type == GenericError.ErrorType.Error)
br.Successful = false;
br.BuildErrors.Add(err);
}, OnExit);
if (TempPrc != null && !TempPrc.HasExited)
TempPrc.WaitForExit(MaxCompilationTime);
br.Successful = br.Successful && TempPrc.ExitCode==0 && File.Exists(targetFile);
// If targetFile is executable or dynamic linked library, create PDB
if (br.Successful && CreatePDB && (targetFile.EndsWith(".exe") || targetFile.EndsWith(".dll")))
{
var br_=CreatePDBFromExe(targetFile);
br.BuildErrors.AddRange(br_.BuildErrors);
br.AdditionalFiles=new[]{br_.TargetFile};
}
return br;
}
public BuildResult CompileSource(SourceModule Module,DMDConfig dmd,bool DebugCompile, string objFile, string execDirectory)
{
var obj = Path.ChangeExtension(objFile, ".obj");
var br = new BuildResult() { SourceFile = Module.AbsoluteFileName,TargetFile=obj,Successful=true };
ErrorLogger.Log("Compile " + (Module.Project!=null?Module.Project.ToRelativeFileName( Module.FileName):Module.FileName),ErrorType.Information,ErrorOrigin.Build);
var dmd_exe = dmd.SoureCompiler;
// Always enable it to use environment paths to find dmd.exe
if (!Path.IsPathRooted(dmd_exe) && Directory.Exists(dmd.BaseDirectory))
dmd_exe = Path.Combine(dmd.BaseDirectory, dmd.SoureCompiler);
TempPrc = FileExecution.ExecuteSilentlyAsync(dmd_exe,
BuildDSourceCompileArgumentString(dmd.BuildArguments(DebugCompile).SoureCompiler, Module.AbsoluteFileName, obj,dmd.ImportDirectories), // Compile our program always in debug mode
execDirectory,
OnOutput, delegate(string s) {
var err = ParseErrorMessage(s);
if (Module.Project != null && Module.Project.ContainsFile(err.FileName))
err.Project = Module.Project;
if (err.Type == GenericError.ErrorType.Error)
br.Successful = false;
br.BuildErrors.Add(err);
}, OnExit);
if (TempPrc != null && !TempPrc.HasExited)
TempPrc.WaitForExit(MaxCompilationTime);
br.Successful = br.Successful && TempPrc!=null && TempPrc.ExitCode==0 && File.Exists(obj);
return br;
}