/// <summary>
/// Initializes all commands and arguments (also debug&release args!) with default values depending on given target compiler type
/// </summary>
public static DCompilerConfiguration CreateWithDefaults(DCompilerVendor Compiler)
{
var cfg = new DCompilerConfiguration {
Vendor = Compiler
};
ResetToDefaults(cfg, Compiler);
return(cfg);
}
public DCompilerConfiguration GetCompiler(DCompilerVendor type)
{
switch (type)
{
case DCompilerVendor.GDC:
return(Gdc);
case DCompilerVendor.LDC:
return(Ldc);
}
return(Dmd);
}
public ICustomXmlSerializer ReadFrom(XmlReader x)
{
if (!x.Read())
{
return(this);
}
while (x.Read())
{
switch (x.LocalName)
{
case "DefaultCompiler":
if (x.MoveToAttribute("Name"))
{
DefaultCompiler = (DCompilerVendor)Enum.Parse(typeof(DCompilerVendor), x.ReadContentAsString());
}
break;
case "Compiler":
var vendor = DCompilerVendor.DMD;
if (x.MoveToAttribute("Name"))
{
vendor = (DCompilerVendor)Enum.Parse(typeof(DCompilerVendor), x.ReadContentAsString());
x.MoveToElement();
}
var cmp = GetCompiler(vendor);
cmp.Vendor = vendor;
cmp.ReadFrom(x.ReadSubtree());
break;
case "ResCmp":
Win32ResourceCompiler.Instance.Load(x.ReadSubtree());
break;
}
}
return(this);
}
public static void ResetToDefaults(DCompilerConfiguration cfg, DCompilerVendor Compiler)
{
CompilerDefaultArgumentProvider cmp = null;
switch (Compiler)
{
case DCompilerVendor.DMD:
cmp = new Dmd(cfg);
break;
case DCompilerVendor.GDC:
cmp = new Gdc(cfg);
break;
case DCompilerVendor.LDC:
cmp = new Ldc(cfg);
break;
}
// Reset arguments BEFORE reset compiler commands - only then, the 4 link target config objects will be created.
cmp.ResetBuildArguments();
cmp.ResetCompilerConfiguration();
}
public static void ResetToDefaults(DCompilerConfiguration cfg, DCompilerVendor Compiler)
{
CompilerDefaultArgumentProvider cmp = null;
switch (Compiler)
{
case DCompilerVendor.DMD:
cmp = new Dmd(cfg);
break;
case DCompilerVendor.GDC:
cmp = new Gdc(cfg);
break;
case DCompilerVendor.LDC:
cmp = new Ldc(cfg);
break;
}
// Reset arguments BEFORE reset compiler commands - only then, the 4 link target config objects will be created.
cmp.ResetBuildArguments();
cmp.ResetCompilerConfiguration();
}
/// <summary>
/// Initializes all commands and arguments (also debug&release args!) with default values depending on given target compiler type
/// </summary>
public static DCompilerConfiguration CreateWithDefaults(DCompilerVendor Compiler)
{
var cfg = new DCompilerConfiguration { Vendor=Compiler };
ResetToDefaults(cfg, Compiler);
return cfg;
}
public ICustomXmlSerializer ReadFrom(XmlReader x)
{
if (!x.Read())
return this;
while (x.Read())
{
switch (x.LocalName)
{
case "DefaultCompiler":
if (x.MoveToAttribute("Name"))
DefaultCompiler = (DCompilerVendor)Enum.Parse(typeof(DCompilerVendor), x.ReadContentAsString());
break;
case "Compiler":
var vendor = DCompilerVendor.DMD;
if (x.MoveToAttribute("Name"))
{
vendor = (DCompilerVendor)Enum.Parse(typeof(DCompilerVendor), x.ReadContentAsString());
x.MoveToElement();
}
var cmp=GetCompiler(vendor);
cmp.Vendor = vendor;
cmp.ReadFrom(x.ReadSubtree());
break;
case "ResCmp":
Win32ResourceCompiler.Instance.Load( x.ReadSubtree());
break;
}
}
return this;
}
public DCompilerConfiguration GetCompiler(DCompilerVendor type)
{
switch (type)
{
case DCompilerVendor.GDC:
return Gdc;
case DCompilerVendor.LDC:
return Ldc;
}
return Dmd;
}
public DProject(ProjectCreateInformation info, XmlElement projectOptions)
{
Init();
string binPath = ".";
if (info != null)
{
Name = info.ProjectName;
binPath = info.BinPath;
}
var libs = projectOptions.GetElementsByTagName("Lib");
foreach (XmlNode lib in libs)
if (!string.IsNullOrWhiteSpace(lib.InnerText))
ExtraLibraries.Add(lib.InnerText);
// Create a debug configuration
var cfg = CreateConfiguration("Debug") as DProjectConfiguration;
cfg.DebugMode = true;
Configurations.Add(cfg);
// Create a release configuration
cfg = CreateConfiguration("Release") as DProjectConfiguration;
cfg.DebugMode = false;
cfg.ExtraCompilerArguments = "-o";
Configurations.Add(cfg);
// Prepare all configurations
foreach (DProjectConfiguration c in Configurations)
{
c.OutputDirectory = Path.Combine(binPath, c.Id);
c.Output = Name;
if (projectOptions != null)
{
// Set project's target type to the one which has been defined in the project template
if (projectOptions.Attributes["Target"] != null)
{
CompileTarget = (DCompileTarget)Enum.Parse(
typeof(DCompileTarget),
projectOptions.Attributes["Target"].InnerText);
}
// Set project's compiler
if (projectOptions.Attributes["Compiler"] != null)
{
UsedCompilerVendor = (DCompilerVendor)Enum.Parse(
typeof(DCompilerVendor),
projectOptions.Attributes["Compiler"].InnerText);
}
// Set extra compiler&linker args
if (projectOptions.Attributes["CompilerArgs"].InnerText != null)
{
c.ExtraCompilerArguments = projectOptions.Attributes["CompilerArgs"].InnerText;
}
if (projectOptions.Attributes["LinkerArgs"].InnerText != null)
{
c.ExtraLinkerArguments = projectOptions.Attributes["LinkerArgs"].InnerText;
}
if (projectOptions.GetAttribute("ExternalConsole") == "True")
{
c.ExternalConsole = true;
c.PauseConsoleOutput = true;
}
if (projectOptions.Attributes["PauseConsoleOutput"] != null)
{
c.PauseConsoleOutput = bool.Parse(
projectOptions.Attributes["PauseConsoleOutput"].InnerText);
}
}
}
}
public DProject(ProjectCreateInformation info, XmlElement projectOptions)
{
Init();
string binPath = ".";
if (info != null)
{
Name = info.ProjectName;
binPath = info.BinPath;
}
var libs = projectOptions.GetElementsByTagName("Lib");
foreach (XmlNode lib in libs)
{
if (!string.IsNullOrWhiteSpace(lib.InnerText))
{
ExtraLibraries.Add(lib.InnerText);
}
}
// Create a debug configuration
var cfg = CreateConfiguration("Debug") as DProjectConfiguration;
cfg.DebugMode = true;
Configurations.Add(cfg);
// Create a release configuration
cfg = CreateConfiguration("Release") as DProjectConfiguration;
cfg.DebugMode = false;
cfg.ExtraCompilerArguments = "-o";
Configurations.Add(cfg);
// Prepare all configurations
foreach (DProjectConfiguration c in Configurations)
{
c.OutputDirectory = Path.Combine(binPath, c.Id);
c.Output = Name;
if (projectOptions != null)
{
// Set project's target type to the one which has been defined in the project template
if (projectOptions.Attributes["Target"] != null)
{
CompileTarget = (DCompileTarget)Enum.Parse(
typeof(DCompileTarget),
projectOptions.Attributes["Target"].InnerText);
}
// Set project's compiler
if (projectOptions.Attributes["Compiler"] != null)
{
UsedCompilerVendor = (DCompilerVendor)Enum.Parse(
typeof(DCompilerVendor),
projectOptions.Attributes["Compiler"].InnerText);
}
// Set extra compiler&linker args
if (projectOptions.Attributes["CompilerArgs"].InnerText != null)
{
c.ExtraCompilerArguments = projectOptions.Attributes["CompilerArgs"].InnerText;
}
if (projectOptions.Attributes["LinkerArgs"].InnerText != null)
{
c.ExtraLinkerArguments = projectOptions.Attributes["LinkerArgs"].InnerText;
}
if (projectOptions.GetAttribute("ExternalConsole") == "True")
{
c.ExternalConsole = true;
c.PauseConsoleOutput = true;
}
if (projectOptions.Attributes["PauseConsoleOutput"] != null)
{
c.PauseConsoleOutput = bool.Parse(
projectOptions.Attributes["PauseConsoleOutput"].InnerText);
}
}
}
}
