public DProject()
{
referenceCollection = new DefaultDReferencesCollection (this);
// HACK: gnome-terminal no longer supports --disable-factory
// option which crashes MD. So we unset GNOME_DESKTOP_SESSION_ID
// for current process. That forces MD to use xterm.
Environment.SetEnvironmentVariable ("GNOME_DESKTOP_SESSION_ID", null, EnvironmentVariableTarget.Process);
}
public DProject()
{
referenceCollection = new DefaultDReferencesCollection(this);
// HACK: gnome-terminal no longer supports --disable-factory
// option which crashes MD. So we unset GNOME_DESKTOP_SESSION_ID
// for current process. That forces MD to use xterm.
Environment.SetEnvironmentVariable("GNOME_DESKTOP_SESSION_ID", null, EnvironmentVariableTarget.Process);
}
public DProject(ProjectCreateInformation info, XmlElement projectOptions)
{
referenceCollection = new DefaultDReferencesCollection(this);
if (info != null)
{
Name = info.ProjectName;
BaseDirectory = info.ProjectBasePath;
if (info.BinPath != null)
{
defaultBinPathStub = info.BinPath;
}
}
var compTarget = DCompileTarget.Executable;
var outputPrefix = "";
if (projectOptions != null)
{
// Set project's target type to the one which has been defined in the project template
if (projectOptions.Attributes["Target"] != null)
{
compTarget = (DCompileTarget)Enum.Parse(
typeof(DCompileTarget),
projectOptions.Attributes["Target"].InnerText);
}
// Set project's compiler
if (projectOptions.Attributes["Compiler"] != null)
{
UsedCompilerVendor = projectOptions.Attributes["Compiler"].InnerText;
}
// Non Windows-OS require a 'lib' prefix as library name -- like libphobos2.a
if (compTarget == DCompileTarget.StaticLibrary || compTarget == DCompileTarget.SharedLibrary && !OS.IsWindows)
{
outputPrefix = "lib";
}
}
var libs = new List <string> ();
if (projectOptions != null)
{
foreach (XmlNode lib in projectOptions.GetElementsByTagName("Lib"))
{
if (!string.IsNullOrWhiteSpace(lib.InnerText))
{
libs.Add(lib.InnerText);
}
}
}
// Create a debug configuration
var cfg = CreateConfiguration("Debug") as DProjectConfiguration;
DefaultConfiguration = cfg;
cfg.DebugMode = true;
cfg.ExtraLibraries.AddRange(libs);
cfg.CompileTarget = compTarget;
cfg.ExternalConsole = true;
cfg.Output = outputPrefix + Name;
if (projectOptions != null)
{
// Set extra compiler&linker args
if (projectOptions.Attributes ["CompilerArgs"].InnerText != null)
{
cfg.ExtraCompilerArguments += projectOptions.Attributes ["CompilerArgs"].InnerText;
}
if (projectOptions.Attributes ["LinkerArgs"].InnerText != null)
{
cfg.ExtraLinkerArguments += projectOptions.Attributes ["LinkerArgs"].InnerText;
}
if (projectOptions.GetAttribute("ExternalConsole") == "True")
{
cfg.ExternalConsole = true;
cfg.PauseConsoleOutput = true;
}
if (projectOptions.Attributes ["PauseConsoleOutput"] != null)
{
cfg.PauseConsoleOutput = bool.Parse(
projectOptions.Attributes ["PauseConsoleOutput"].InnerText);
}
}
Configurations.Add(cfg);
// Create a release configuration
cfg = CreateConfiguration("Release") as DProjectConfiguration;
cfg.DebugMode = false;
Configurations.Add(cfg);
// Create unittest configuration
var unittestConfig = CreateConfiguration("Unittest") as DProjectConfiguration;
unittestConfig.DebugMode = true;
unittestConfig.UnittestMode = true;
unittestConfig.CompileTarget = DCompileTarget.Executable;
Configurations.Add(unittestConfig);
}
public DProject()
{
referenceCollection = new DefaultDReferencesCollection(this);
}
public DProject(ProjectCreateInformation info, XmlElement projectOptions)
{
referenceCollection = new DefaultDReferencesCollection (this);
if (info != null) {
Name = info.ProjectName;
BaseDirectory = info.ProjectBasePath;
if (info.BinPath != null)
defaultBinPathStub = info.BinPath;
}
var compTarget = DCompileTarget.Executable;
var outputPrefix = "";
if (projectOptions != null)
{
// Set project's target type to the one which has been defined in the project template
if (projectOptions.Attributes["Target"] != null)
compTarget = (DCompileTarget)Enum.Parse(
typeof(DCompileTarget),
projectOptions.Attributes["Target"].InnerText);
// Set project's compiler
if (projectOptions.Attributes["Compiler"] != null)
UsedCompilerVendor = projectOptions.Attributes["Compiler"].InnerText;
// Non Windows-OS require a 'lib' prefix as library name -- like libphobos2.a
if (compTarget == DCompileTarget.StaticLibrary || compTarget == DCompileTarget.SharedLibrary && !OS.IsWindows)
{
outputPrefix = "lib";
}
}
var libs = new List<string> ();
if (projectOptions != null) {
foreach (XmlNode lib in projectOptions.GetElementsByTagName("Lib"))
if (!string.IsNullOrWhiteSpace (lib.InnerText))
libs.Add (lib.InnerText);
}
// Create a debug configuration
var cfg = CreateConfiguration ("Debug") as DProjectConfiguration;
DefaultConfiguration = cfg;
cfg.DebugMode = true;
cfg.ExtraLibraries.AddRange (libs);
cfg.CompileTarget = compTarget;
cfg.ExternalConsole = true;
cfg.Output = outputPrefix + Name;
if (projectOptions != null) {
// Set extra compiler&linker args
if (projectOptions.Attributes ["CompilerArgs"].InnerText != null) {
cfg.ExtraCompilerArguments += projectOptions.Attributes ["CompilerArgs"].InnerText;
}
if (projectOptions.Attributes ["LinkerArgs"].InnerText != null) {
cfg.ExtraLinkerArguments += projectOptions.Attributes ["LinkerArgs"].InnerText;
}
if (projectOptions.GetAttribute ("ExternalConsole") == "True") {
cfg.ExternalConsole = true;
cfg.PauseConsoleOutput = true;
}
if (projectOptions.Attributes ["PauseConsoleOutput"] != null) {
cfg.PauseConsoleOutput = bool.Parse (
projectOptions.Attributes ["PauseConsoleOutput"].InnerText);
}
}
Configurations.Add (cfg);
// Create a release configuration
cfg = CreateConfiguration ("Release") as DProjectConfiguration;
cfg.DebugMode = false;
Configurations.Add (cfg);
// Create unittest configuration
var unittestConfig = CreateConfiguration ("Unittest") as DProjectConfiguration;
unittestConfig.DebugMode = true;
unittestConfig.UnittestMode = true;
unittestConfig.CompileTarget = DCompileTarget.Executable;
Configurations.Add (unittestConfig);
}
public DProject()
{
referenceCollection = new DefaultDReferencesCollection (this);
}
