private static void AddDependency(CPPProject.Profile Profile, string Dependency)
{
SourceBuilder builder = BuildSystem.GetSourceBuilder(Dependency);
if (builder == null)
{
return;
}
Profile.AddIncludeDirectories(FileSystemUtilites.GetParentDirectory(builder.sourcePathRoot));
Profile.AddIncludeDirectories(FileSystemUtilites.PathSeperatorCorrection(builder.sourcePathRoot));
if (builder.SelectedRule.GenerateReflection)
{
Profile.AddIncludeDirectories(builder.generatedFilesPath);
AddDependency(Profile, BuildSystemHelper.ReflectionModuleName);
}
if (builder.SelectedRule.IncludesPath != null)
{
foreach (string includePath in builder.SelectedRule.IncludesPath)
{
Profile.AddIncludeDirectories(FileSystemUtilites.PathSeperatorCorrection(builder.sourcePathRoot + includePath));
}
}
if (builder.SelectedRule.LibraryUseType == BuildRules.LibraryUseTypes.UseOnly)
{
string[] temp = builder.SelectedRule.LibrariesPath;
if (temp != null)
{
foreach (string file in temp)
{
Profile.AddIncludeLibraries(builder.sourcePathRoot + FileSystemUtilites.PathSeperatorCorrection(file));
}
}
}
//else
//{
// profile.AddPreprocessorDefinition(BuildSystemHelper.GetAPIPreprocessor(builder.SelectedRule.TargetName, BuildSystemHelper.APIPreprocessorValues.Import));
// string[] libFiles = FileSystemUtilites.GetAllFiles(builder.BinariesPath, "*" + EnvironmentHelper.StaticLibraryExtentions);
// if (libFiles != null)
// foreach (string libFile in libFiles)
// profile.AddIncludeLibraries(libFile);
//}
AddAllInclusionsFromDependencies(Profile, builder);
}
private static string GetExtension(SourceBuilder Builder)
{
switch (Builder.SelectedRule.LibraryUseType)
{
case BuildRules.LibraryUseTypes.Executable:
return(EnvironmentHelper.ExecutableExtentions);
case BuildRules.LibraryUseTypes.DynamicLibrary:
return(EnvironmentHelper.DynamicLibraryExtentions);
case BuildRules.LibraryUseTypes.StaticLibrary:
return(EnvironmentHelper.StaticLibraryExtentions);
}
return("");
}
private static void AddAllInclusionsFromDependencies(CPPProject.Profile Profile, SourceBuilder Builder)
{
if (Builder == null)
{
return;
}
if (Builder.SelectedRule.LibraryUseType != BuildRules.LibraryUseTypes.UseOnly)
{
Profile.AddPreprocessorDefinition(BuildSystemHelper.GetAPIPreprocessor(Builder.BuildRule.ModuleName, (Builder.SelectedRule.LibraryUseType == BuildRules.LibraryUseTypes.DynamicLibrary ? BuildSystemHelper.APIPreprocessorTypes.Import : BuildSystemHelper.APIPreprocessorTypes.Empty)));
Profile.AddPreprocessorDefinition(BuildSystemHelper.GetExternPreprocessor(Builder.BuildRule.ModuleName, BuildSystemHelper.ExternPreprocessorTypes.Empty));
string[] libFiles = FileSystemUtilites.GetAllFiles(Builder.BinariesPath, "*" + EnvironmentHelper.StaticLibraryExtentions);
if (libFiles != null)
{
foreach (string libFile in libFiles)
{
Profile.AddIncludeLibraries(libFile);
}
}
}
if (Builder.SelectedRule.DependencyModulesName == null)
{
return;
}
foreach (string dep in Builder.SelectedRule.DependencyModulesName)
{
SourceBuilder builder = BuildSystem.GetSourceBuilder(dep);
AddAllInclusionsFromDependencies(Profile, builder);
}
}
private void GenerateAndBuildProjectFile(bool ForceToRebuild)
{
LogCurrentInfo();
if (!ForceToRebuild && !MustCompile())
{
state = States.AlreadyUpdated;
return;
}
CPPProject cppProj = new CPPProject();
CPPProject.Profile profile = (CPPProject.Profile)cppProj.CreateProfile();
profile.AssemblyName = SelectedRule.TargetName;
profile.OutputType = BuildSystemHelper.LibraryUseTypesToOutputType(SelectedRule.LibraryUseType);
profile.OutputPath = BinariesPath;
profile.Optimization = CPPProject.Profile.Optimizations.Disabled;
profile.MinimalRebuild = true;
profile.PlatformType = BuildSystem.PlatformType;
profile.BuildConfiguration = BuildSystem.BuildConfiguration;
if (profile.BuildConfiguration == ProjectBase.ProfileBase.BuildConfigurations.Debug)
{
profile.GenerateDebugInformation = true;
//if (SelectedRule.LibraryUseType == BuildRules.LibraryUseTypes.Executable)
// profile.RuntimeLibrary = CPPProject.Profile.RuntimeLibraries.MultiThreadedDebug;
//else
profile.RuntimeLibrary = CPPProject.Profile.RuntimeLibraries.MultiThreadedDebugDLL;
}
else if (profile.BuildConfiguration == ProjectBase.ProfileBase.BuildConfigurations.Release)
{
profile.GenerateDebugInformation = false;
//if (SelectedRule.LibraryUseType == BuildRules.LibraryUseTypes.Executable)
// profile.RuntimeLibrary = CPPProject.Profile.RuntimeLibraries.MultiThreaded;
//else
profile.RuntimeLibrary = CPPProject.Profile.RuntimeLibraries.MultiThreadedDLL;
}
profile.AddIncludeDirectories(EnvironmentHelper.ProcessDirectory);
profile.AddIncludeDirectories(sourcePathRoot);
profile.AddIncludeDirectories(generatedFilesPath);
if (SelectedRule.DependencyModulesName != null)
{
foreach (string dep in SelectedRule.DependencyModulesName)
{
AddDependency(profile, dep);
}
}
if (SelectedRule.GenerateReflection)
{
AddDependency(profile, BuildSystemHelper.ReflectionModuleName);
}
profile.AddPreprocessorDefinition(BuildSystemHelper.GetModuleNamePreprocessor(BuildRule.ModuleName));
profile.AddPreprocessorDefinition(BuildSystemHelper.GetAPIPreprocessor(BuildRule.ModuleName, BuildSystemHelper.APIPreprocessorTypes.Export));
profile.AddPreprocessorDefinition(BuildSystemHelper.GetExternPreprocessor(BuildRule.ModuleName, BuildSystemHelper.ExternPreprocessorTypes.Fill));
if (SelectedRule.PreprocessorDefinitions != null)
{
foreach (string def in SelectedRule.PreprocessorDefinitions)
{
profile.AddPreprocessorDefinition(def);
}
}
profile.AddPreprocessorDefinition(BuildSystemHelper.GetConfigurationModePreprocessor(BuildSystem.BuildConfiguration));
profile.AddPreprocessorDefinition(BuildSystemHelper.GetPlatformPreprocessor(EnvironmentHelper.Platform));
profile.AddPreprocessorDefinition(BuildSystemHelper.GetPlatformTypesPreprocessor(BuildSystem.PlatformType));
if (SelectedRule.DependencyStaticLibraries != null)
{
foreach (string lib in SelectedRule.DependencyStaticLibraries)
{
profile.AddIncludeLibraries(lib);
}
}
string[] files = FileSystemUtilites.GetAllFiles(sourcePathRoot, EnvironmentHelper.HeaderFileExtensions);
foreach (string file in files)
{
cppProj.AddIncludeFile(file);
string outputBasePath = generatedFilesPath + Path.GetFileNameWithoutExtension(file);
if (SelectedRule.GenerateReflection)
{
string outputBaseFileName = outputBasePath + ".Reflection";
if (ParseForReflection(file, outputBaseFileName))
{
cppProj.AddIncludeFile(outputBaseFileName + ".h");
cppProj.AddCompileFile(outputBaseFileName + ".cpp");
}
}
if (SelectedRule.GenerateWrapper)
{
string outputBaseFileName = outputBasePath + ".Wrapper";
if (ParseForWrapper(file, outputBaseFileName))
{
cppProj.AddIncludeFile(outputBaseFileName + ".h");
cppProj.AddCompileFile(outputBaseFileName + ".cpp");
wrapperCSFiles.Add(outputBaseFileName + ".cs");
}
}
}
if (SelectedRule.IncludeModulesName != null)
{
foreach (string moduleName in SelectedRule.IncludeModulesName)
{
SourceBuilder builder = BuildSystem.GetSourceBuilder(moduleName);
if (builder == null)
{
continue;
}
profile.AddIncludeDirectories(builder.sourcePathRoot);
profile.AddPreprocessorDefinition(BuildSystemHelper.GetAPIPreprocessor(builder.BuildRule.ModuleName, BuildSystemHelper.APIPreprocessorTypes.Empty));
profile.AddPreprocessorDefinition(BuildSystemHelper.GetExternPreprocessor(builder.BuildRule.ModuleName, BuildSystemHelper.ExternPreprocessorTypes.Empty));
}
}
if (SelectedRule.AdditionalIncludeDirectory != null)
{
foreach (string dir in SelectedRule.AdditionalIncludeDirectory)
{
string dirInfo = FileSystemUtilites.PathSeperatorCorrection(dir);
if (dirInfo.StartsWith("" + EnvironmentHelper.PathSeparator))
{
dirInfo = dirInfo.Substring(1);
}
profile.AddIncludeLibraryDirectories(sourcePathRoot + dirInfo);
}
}
files = FileSystemUtilites.GetAllFiles(sourcePathRoot, EnvironmentHelper.CompileFileExtensions);
foreach (string file in files)
{
cppProj.AddCompileFile(file);
}
if (SelectedRule.AdditionalCompileFile != null)
{
foreach (string file in SelectedRule.AdditionalCompileFile)
{
cppProj.AddCompileFile(EnvironmentHelper.ProcessDirectory + file);
}
}
profile.IntermediatePath = intermediateModulePath;
BuildProjectFile(profile);
}