public void ShouldBindToNullWhenNoTargetIsResolved()
{
var target = new ResolvedTarget(typeof(string));
var context = GetCompileContext(target);
Assert.Null(target.Bind(context));
}
/// <summary>
/// Registers an alias for one type to another type.
///
/// The created entry will effectively represent a second Resolve call into the container for the aliased type.
/// </summary>
/// <param name="targetContainer">The builder in which the alias is to be registered</param>
/// <param name="aliasType">The type to be registered as an alias</param>
/// <param name="originalType">The type being aliased.</param>
/// <remarks>Use this when it's important that a given target type is always served through the same compiled target, even when the consumer
/// expects it to be of a different type. A very common scenario is when you have a singleton instance of the <paramref name="originalType" />,
/// and need to serve that same instance for <paramref name="aliasType"/>. If you register the same singleton for both types, you get two
/// separate singletons for each type, whereas if you create an alias, both will be served by the same alias.
/// </remarks>
public static void RegisterAlias(this ITargetContainer targetContainer, Type aliasType, Type originalType)
{
if (targetContainer == null)
{
throw new ArgumentNullException(nameof(targetContainer));
}
if (aliasType == originalType)
{
throw new ArgumentException("The aliased type and its alias must be different", nameof(aliasType));
}
ITarget target = new ResolvedTarget(originalType);
// if there's no implicit conversion to our alias type from the aliased type, but there is
// the other way around, then we need to stick in an explicit change of type, otherwise the registration will
// fail. This does, unfortunately, give rise to the situation where we could be performing an invalid cast - but that
// will come out in the wash at runtime.
if (!aliasType.IsAssignableFrom(originalType) &&
originalType.IsAssignableFrom(aliasType))
{
target = new ChangeTypeTarget(target, aliasType);
}
targetContainer.Register(target, aliasType);
}
public static void EmitExecutable(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
// Executable( alias ) ; (optional) Alias
// {
// .Linker ; Linker executable to use
// .LinkerOutput ; Output from linker
// .LinkerOptions ; Options to pass to linker
// .Libraries ; Libraries to link into executable
// .LinkerLinkObjects ; (optional) Link objects used to make libs instead of libs (default false)
// .LinkerAssemblyResources ; (optional) List of assembly resources to use with %3
//
// .LinkerStampExe ; (optional) Executable to run post-link to "stamp" executable in-place
// .LinkerStampExeArgs ; (optional) Arguments to pass to LinkerStampExe
// .LinkerType ; (optional) Specify the linker type. Valid options include:
// ; auto, msvc, gcc, snc-ps3, clang-orbis, greenhills-exlr, codewarrior-ld
// ; Default is 'auto' (use the linker executable name to detect)
// .LinkerAllowResponseFile ; (optional) Allow response files to be used if not auto-detected (default: false)
// .LinkerForceResponseFile ; (optional) Force use of response files (default: false)
//
// ; Additional options
// .PreBuildDependencies ; (optional) Force targets to be built before this Executable (Rarely needed,
// ; but useful when Executable relies on externally generated files).
//
// .Environment ; (optional) Environment variables to use for local build
// ; If set, linker uses this environment
// ; If not set, linker uses .Environment from your Settings node
// }
}
public static void EmitTest(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
// Test( alias ) // (optional) Alias
// {
// // Options
// .TestExecutable // The executable file to run that will execute the tests
// .TestOutput // Output file for captured test output
//
// // Additional inputs
// .TestInput // (optional) Input file(s) to pass to executable
// .TestInputPath // (optional) Path to find files in
// .TestInputPattern // (optional) Pattern(s) to use when finding files (default *.*)
// .TestInputPathRecurse // (optional) Recurse into dirs when finding files (default true)
// .TestInputExcludePath // (optional) Path(s) to exclude
// .TestInputExcludedFiles // (optional) File(s) to exclude from compilation (partial, root-relative of full path)
// .TestInputExcludePattern // (optional) Pattern(s) to exclude
//
// // Other
// .TestArguments // (optional) Arguments to pass to test executable
// .TestWorkingDir // (optional) Working dir for test execution
// .TestTimeOut // (optional) TimeOut (in seconds) for test (default: 0, no timeout)
// .TestAlwaysShowOutput // (optional) Show output of tests even when they don't fail (default: false)
//
// // Additional options
// .PreBuildDependencies // (optional) Force targets to be built before this Test (Rarely needed,
// // but useful when Test relies on externally generated files).
//
// .Environment // (optional) Environment variables to use for local build
// // If set, linker uses this environment
// // If not set, linker uses .Environment from your Settings node
// }
}
public void ShouldSetAllPropertiesIfProvided()
{
var fallback = new TestTarget(supportsType: true);
var target = new ResolvedTarget(typeof(string), fallback);
Assert.Equal(typeof(string), target.DeclaredType);
Assert.Same(fallback, target.FallbackTarget);
}
private static void EmitSources(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
var platform = solution.Platform;
var toolchain = solution.Toolchain;
var variablePrefix = $@"{toolchain.ToolchainType}_{toolchain.ArchitectureType}_{platform.PlatformType}";
var configurationPart = (target.SourceTarget.ConfigurationFlavour == ConfigurationFlavour.None)
? target.SourceTarget.ConfigurationType.ToString()
: $@"{target.SourceTarget.ConfigurationType}{target.SourceTarget.ConfigurationFlavour}";
var sourcePath = target.SourceTarget.Project.ProjectRootPath;
output.WriteLine($@"Unity('Unity-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}') {{");
output.WriteLine($@" .UnityInputPath = '{sourcePath}'");
output.WriteLine($@" .UnityInputPattern = {{ '*.cxx' }}");
output.WriteLine($@" .UnityOutputPath = 'unity/{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}'");
output.WriteLine($@" .UnityOutputPattern = '{target.Name}-unity-*.cxx'");
output.WriteLine($@" .UnityNumFiles = 1");
output.WriteLine($@" .UnityInputExcludePattern = {{");
output.WriteLine($@" '*Linux.*.cxx'");
output.WriteLine($@" '*Android.*.cxx'");
output.WriteLine($@" '*Posix.*.cxx'");
output.WriteLine($@" '*UWP.*.cxx'");
output.WriteLine($@" }}");
output.WriteLine($@"}}");
output.WriteLine($@"ObjectList('Obj-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}') {{");
output.WriteLine($@" Using(.{variablePrefix}_CommonPlatformToolchain)");
output.WriteLine($@" .CompilerOutputPath = 'obj/{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}'");
output.WriteLine($@" .CompilerOptions = ''");
output.WriteLine($@" + ' {toolchain.FormatCompilerInputFile("%1")}'");
output.WriteLine($@" + ' {toolchain.FormatCompilerOutputFile("%2")}'");
output.WriteLine($@" + .{variablePrefix}_PlatformIncludePaths");
output.WriteLine($@" + .{variablePrefix}_ToolchainIncludePaths");
foreach (var item in toolchain.GetCompilerCommandLine(target.SourceTarget))
{
output.WriteLine($@" + ' {item}'");
}
foreach (var path in target.PrivateIncludePaths)
{
output.WriteLine($@" + ' {toolchain.FormatIncludePath(path)}'");
}
foreach (var path in target.PrivateDefines)
{
output.WriteLine($@" + ' {toolchain.FormatDefine(path)}'");
}
output.WriteLine($@" .CompilerInputUnity = 'Unity-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}'");
output.WriteLine($@"}}");
}
public void ShouldUseFallbackWhenContextContainerFails()
{
var container = new Container();
var fallback = new TestTarget(typeof(string), useFallBack: false, supportsType: true);
var target = new ResolvedTarget(typeof(string), fallback);
var context = GetCompileContext(target, container);
var result = target.Bind(context);
Assert.NotNull(result);
Assert.Same(fallback, result);
}
public void ShouldBindToTargetFromContextContainer()
{
var container = new Container();
container.Register(new TestTarget(typeof(string), useFallBack: false, supportsType: true));
var target = new ResolvedTarget(typeof(string));
var context = GetCompileContext(target, container);
var result = target.Bind(context);
Assert.NotNull(result);
Assert.IsType <TestTarget>(result);
}
public static void EmitObjectList(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
// ObjectList( alias ) ; Alias
// {
// ; options for compilation
// .Compiler ; Compiler to use
// .CompilerOptions ; Options for compiler
// .CompilerOutputPath ; Path to store intermediate objects
// .CompilerOutputExtension ; (optional) Specify the file extension for generated objects (default .obj or .o)
// .CompilerOutputKeepBaseExtension ; (optional) Append extension instead of replacing it (default: false)
// .CompilerOutputPrefix ; (optional) Specify a prefix for generated objects (default none)
//
// ; Specify inputs for compilation
// .CompilerInputPath ; (optional) Path to find files in
// .CompilerInputPattern ; (optional) Pattern(s) to use when finding files (default *.cpp)
// .CompilerInputPathRecurse ; (optional) Recurse into dirs when finding files (default true)
// .CompilerInputExcludePath ; (optional) Path(s) to exclude from compilation
// .CompilerInputExcludedFiles ; (optional) File(s) to exclude from compilation (partial, root-relative of full path)
// .CompilerInputExcludePattern ; (optional) Pattern(s) to exclude from compilation
// .CompilerInputFiles ; (optional) Explicit array of files to build
// .CompilerInputFilesRoot ; (optional) Root path to use for .obj path generation for explicitly listed files
// .CompilerInputUnity ; (optional) Unity to build (or Unities)
// .CompilerInputAllowNoFiles ; (optional) Don't fail if no inputs are found
// .CompilerInputObjectLists ; (optional) ObjectList(s) whos output should be used as an input
//
// ; Cache & Distributed compilation control
// .AllowCaching ; (optional) Allow caching of compiled objects if available (default true)
// .AllowDistribution ; (optional) Allow distributed compilation if available (default true)
//
// ; Custom preprocessor support
// .Preprocessor ; (optional) Compiler to use for preprocessing
// .PreprocessorOptions ; (optional) Args to pass to compiler if using custom preprocessor
//
// ; Additional compiler options
// .CompilerForceUsing ; (optional) List of objects to be used with /FU
//
// ; (optional) Properties to control precompiled header use
// .PCHInputFile ; (optional) Precompiled header (.cpp) file to compile
// .PCHOutputFile ; (optional) Precompiled header compilation output
// .PCHOptions ; (optional) Options for compiler for precompiled header
//
// ; Additional options
// .PreBuildDependencies ; (optional) Force targets to be built before this ObjectList (Rarely needed,
// ; but useful when a ObjectList relies on generated code).
// .Hidden ; (optional) Hide a target from -showtargets (default false)
// }
}
public static void EmitUnity(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
var platform = solution.Platform;
var toolchain = solution.Toolchain;
var variablePrefix = $@"{toolchain.ToolchainType}_{toolchain.ArchitectureType}_{platform.PlatformType}";
var configurationPart = (target.SourceTarget.ConfigurationFlavour == ConfigurationFlavour.None)
? target.SourceTarget.ConfigurationType.ToString()
: $@"{target.SourceTarget.ConfigurationType}{target.SourceTarget.ConfigurationFlavour}";
var targetName = $@"{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}";
output.WriteLine($@"Unity('Unity-{targetName}') {{");
// {
// .UnityInputPath ; (optional) Path (or paths) to find files
// .UnityInputExcludePath ; (optional) Path (or paths) in which to ignore files
// .UnityInputExcludePattern; (optional) Wildcard pattern(s) of files/folders to exclude
// .UnityInputPattern ; (optional) Pattern(s) of files to find (default *.cpp)
// .UnityInputPathRecurse ; (optional) Recurse when searching for files (default true)
// .UnityInputFiles ; (optional) Explicit list of files to include
// .UnityInputExcludedFiles ; (optional) Explicit list of excluded files (partial, root-relative or full path)
// .UnityInputIsolatedFiles ; (optional) List of files to exclude from unity, but still compile (partial end or root-relative)
// .UnityInputObjectLists ; (optional) ObjectList(s) to use as input
// .UnityInputIsolateWritableFiles ; (optional) Build writable files individually (default false)
// .UnityInputIsolateWritableFilesLimit ; (optional) Disable isolation when many files are writable (default 0)
// .UnityInputIsolateListFile ; (optional) Text file containing list of files to isolate
// .UnityOutputPath ; Path to output generated Unity files
// .UnityOutputPattern ; (optional) Pattern of output Unity file names (default Unity*.cpp)
// .UnityNumFiles ; (optional) Number of Unity files to generate (default 1)
// .UnityPCH ; (optional) Precompiled Header file to add to generated Unity files
// .PreBuildDependencies ; (optional) Force targets to be built before this Unity (Rarely needed,
// ; but useful when a Unity should contain generated code)
// .Hidden ; (optional) Hide a target from -showtargets (default false)
// .UseRelativePaths_Experimental ; (optional) Use relative paths for generated Unity files
// }
output.WriteLine($@"}}");
}
public static void EmitTarget(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
var targetType = target.SourceTarget.TargetType;
if (targetType == TargetType.SharedLibrary)
{
EmitSharedLibrary(output, solution, target);
}
else if (targetType == TargetType.StaticLibrary)
{
EmitStaticLibrary(output, solution, target);
}
else if (targetType == TargetType.HeaderLibrary)
{
;
}
else if (targetType == TargetType.Application)
{
EmitExecutable(output, solution, target);
}
}
private static void EmitProjectDefinition(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
FastbuildTemplate.EmitTarget(output, solution, target);
#if false
var platform = solution.Platform;
var toolchain = solution.Toolchain;
var targetCompileCommands = toolchain.GetCompilerCommandLine(target.SourceTarget);
var variablePrefix = $@"{toolchain.ToolchainType}_{toolchain.ArchitectureType}_{platform.PlatformType}";
var configurationPart = (target.SourceTarget.ConfigurationFlavour == ConfigurationFlavour.None)
? target.SourceTarget.ConfigurationType.ToString()
: $@"{target.SourceTarget.ConfigurationType}{target.SourceTarget.ConfigurationFlavour}";
var targetFileName = platform.AdjustTargetName(target.Name, target.SourceTarget.TargetType);
EmitSources(output, solution, target);
var functionType = MapToFunctionType(target.SourceTarget.TargetType);
output.WriteLine($@"; Location: {target.SourceTarget.Project.ProjectRootPath}");
output.WriteLine($@"{functionType}('Target-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}') {{");
output.WriteLine($@" Using(.{variablePrefix}_CommonPlatformToolchain)");
output.WriteLine($@" .CompilerOutputPath = 'obj-1/{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}'");
output.WriteLine($@" .CompilerOptions = ''");
output.WriteLine($@" + ' {toolchain.FormatCompilerInputFile("%1")}'");
output.WriteLine($@" + ' {toolchain.FormatCompilerOutputFile("%2")}'");
output.WriteLine($@" + .{variablePrefix}_PlatformIncludePaths");
output.WriteLine($@" + .{variablePrefix}_ToolchainIncludePaths");
foreach (var item in targetCompileCommands)
{
output.WriteLine($@" + ' {item}'");
}
foreach (var path in target.PrivateIncludePaths)
{
output.WriteLine($@" + ' {toolchain.FormatIncludePath(path)}'");
}
foreach (var path in target.PrivateDefines)
{
output.WriteLine($@" + ' {toolchain.FormatDefine(path)}'");
}
if (target.SourceTarget.TargetType == TargetType.StaticLibrary)
{
output.WriteLine($@" .CompilerInputObjectLists = {{");
output.WriteLine($@" 'Obj-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}'");
output.WriteLine($@" }}");
}
var linker = (target.SourceTarget.TargetType == TargetType.SharedLibrary) ? "Linker" : "Librarian";
output.WriteLine($@" .{linker}Output = '.generated/bin/{variablePrefix}{configurationPart}/{targetFileName}'");
output.WriteLine($@" .{linker}Options = ''");
output.WriteLine($@" + ' /NOLOGO'");
output.WriteLine($@" + ' /MACHINE:X64'");
output.WriteLine($@" + .{variablePrefix}_ToolchainLibraryPaths");
output.WriteLine($@" + .{variablePrefix}_PlatformLibraryPaths");
output.WriteLine($@" + ' {toolchain.FormatLinkerGroupStart}{toolchain.FormatLinkerInputFile("%1")}{toolchain.FormatLinkerGroupEnd}'");
output.WriteLine($@" + ' {toolchain.FormatLinkerOutputFile("%2")}'");
if (target.SourceTarget.TargetType == TargetType.SharedLibrary)
{
output.WriteLine($@" + ' /DLL'");
}
foreach (var path in target.PrivateLibraryPaths)
{
output.WriteLine($@" + ' {toolchain.FormatLibraryPath(path)}'");
}
foreach (var lib in target.PrivateLibraries)
{
output.WriteLine($@" + ' {toolchain.FormatLink(lib)}'");
}
output.WriteLine($@" .Libraries = {{");
foreach (var dep in target.PrivateDependencies)
{
output.WriteLine($@" 'Target-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{dep.Name}-{configurationPart}'");
}
output.WriteLine($@" 'Obj-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}'");
output.WriteLine($@" }}");
output.WriteLine($@"}}");
#endif
}
public static void EmitStaticLibrary(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target)
{
var platform = solution.Platform;
var toolchain = solution.Toolchain;
var variablePrefix = $@"{toolchain.ToolchainType}_{toolchain.ArchitectureType}_{platform.PlatformType}";
var configurationPart = (target.SourceTarget.ConfigurationFlavour == ConfigurationFlavour.None)
? target.SourceTarget.ConfigurationType.ToString()
: $@"{target.SourceTarget.ConfigurationType}{target.SourceTarget.ConfigurationFlavour}";
var sourcePath = target.SourceTarget.Project.ProjectRootPath;
for (var i = 0; i < target.SourceTarget.Sources.Count; ++i)
{
var source = target.SourceTarget.Sources[i];
EmitSourceList(output, solution, target, source, $@"Source-{i}");
}
if (target.SourceTarget.Sources.Count == 0)
{
// Otherwise, add default source list
EmitSourceList(output, solution, target, new SourceList()
{
MergeFiles = 1,
InputPaths = new[]
{
sourcePath,
},
InputPattern = "*.cxx",
}, $@"Source");
}
// Library( alias ) ; (optional) Alias
// {
// ; options for compilation
// .Compiler ; Compiler to use
// .CompilerOptions ; Options for compiler
// .CompilerOutputPath ; Path to store intermediate objects
// .CompilerOutputExtension ; (optional) Specify the file extension for generated objects (default .obj or .o)
// .CompilerOutputPrefix ; (optional) Specify a prefix for generated objects (default none)
//
// ; Options for librarian
// .Librarian ; Librarian to collect intermediate objects
// .LibrarianOptions ; Options for librarian
// .LibrarianType ; (optional) Specify the librarian type. Valid options include:
// ; auto, msvc, ar, ar-orbis, greenhills-ax
// ; Default is 'auto' (use the librarian executable name to detect)
// .LibrarianOutput ; Output path for lib file
// .LibrarianAdditionalInputs; (optional) Additional inputs to merge into library
// .LibrarianAllowResponseFile ; (optional) Allow response files to be used if not auto-detected (default: false)
// .LibrarianForceResponseFile ; (optional) Force use of response files (default: false)
//
// ; Specify inputs for compilation
// .CompilerInputPath ; (optional) Path to find files in
// .CompilerInputPattern ; (optional) Pattern(s) to use when finding files (default *.cpp)
// .CompilerInputPathRecurse ; (optional) Recurse into dirs when finding files (default true)
// .CompilerInputExcludePath ; (optional) Path(s) to exclude from compilation
// .CompilerInputExcludedFiles ; (optional) File(s) to exclude from compilation (partial, root-relative of full path)
// .CompilerInputExcludePattern ; (optional) Pattern(s) to exclude from compilation
// .CompilerInputFiles ; (optional) Explicit array of files to build
// .CompilerInputFilesRoot ; (optional) Root path to use for .obj path generation for explicitly listed files
// .CompilerInputUnity ; (optional) Unity to build (or Unities)
// .CompilerInputObjectLists ; (optional) ObjectList(s) whos output should be used as an input
//
// ; Cache & Distributed compilation control
// .AllowCaching ; (optional) Allow caching of compiled objects if available (default true)
// .AllowDistribution ; (optional) Allow distributed compilation if available (default true)
//
// ; Custom preprocessor support
// .Preprocessor ; (optional) Compiler to use for preprocessing
// .PreprocessorOptions ; (optional) Args to pass to compiler if using custom preprocessor
//
// ; Additional compiler options
// .CompilerForceUsing ; (optional) List of objects to be used with /FU
//
// ; (optional) Properties to control precompiled header use
// .PCHInputFile ; (optional) Precompiled header (.cpp) file to compile
// .PCHOutputFile ; (optional) Precompiled header compilation output
// .PCHOptions ; (optional) Options for compiler for precompiled header
//
// ; Additional options
// .PreBuildDependencies ; (optional) Force targets to be built before this library (Rarely needed,
// ; but useful when a library relies on generated code).
//
// .Environment ; (optional) Environment variables to use for local build
// ; If set, librarian uses this environment
// ; If not set, librarian uses .Environment from your Settings node
// .Hidden ; (optional) Hide a target from -showtargets (default false)
// }
}
public static void EmitSourceList(
StreamWriter output,
EvaluatedSolution solution,
ResolvedTarget target,
SourceList source,
string name)
{
var platform = solution.Platform;
var toolchain = solution.Toolchain;
var variablePrefix = $@"{toolchain.ToolchainType}_{toolchain.ArchitectureType}_{platform.PlatformType}";
var configurationPart = (target.SourceTarget.ConfigurationFlavour == ConfigurationFlavour.None)
? target.SourceTarget.ConfigurationType.ToString()
: $@"{target.SourceTarget.ConfigurationType}{target.SourceTarget.ConfigurationFlavour}";
var targetName = $@"{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}-{target.Name}-{configurationPart}";
if (source.MergeFiles == 0)
{
output.WriteLine($@"; Emit-explicit-sources: {targetName}-{name}");
// Emit ObjectList
output.WriteLine($@"ObjectList('Objects-{targetName}-{name}') {{");
output.WriteLine($@" .Compiler = 'Compiler-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}'");
output.WriteLine($@" .CompilerOptions = '{toolchain.FormatCompilerInputFile("%1")} {toolchain.FormatCompilerOutputFile("%2")}'");
output.WriteLine($@" .CompilerOutputPath = 'build/obj/{targetName}'");
output.WriteLine($@" .CompilerInputFiles = {{");
foreach (var file in source.Files)
{
output.WriteLine($@" '{target.SourceTarget.Project.ProjectRootPath}/{file}'");
}
output.WriteLine($@" }}");
output.WriteLine($@" .CompilerInputFilesRoot = '{target.SourceTarget.Project.ProjectRootPath}'");
output.WriteLine($@"}}");
}
else
{
output.WriteLine($@"Unity('Unity-{targetName}-{name}') {{");
output.WriteLine($@" .UnityNumFiles = {source.MergeFiles}");
if (source.InputPaths != null)
{
output.WriteLine($@" .UnityInputPath = {{");
foreach (var path in source.InputPaths)
{
output.WriteLine($@" '{path}'");
}
output.WriteLine($@" }}");
}
if (source.InputPattern != null)
{
output.WriteLine($@" .UnityInputPattern = {{ '{source.InputPattern}' }}");
}
if (source.ExcludePaths != null)
{
output.WriteLine($@" .UnityInputExcludePath = {{");
foreach (var path in source.ExcludePaths)
{
output.WriteLine($@" '{path}'");
}
output.WriteLine($@"}}");
}
if (source.ExcludePattern != null)
{
output.WriteLine($@" .UnityInputExcludePattern = '{source.ExcludePattern}'");
}
output.WriteLine($@" .UnityOutputPath = 'build/unity/{targetName}'");
output.WriteLine($@" .UnityOutputPattern = '{target.Name}-unity-*.cxx'");
// .UnityInputPath ; (optional) Path (or paths) to find files
// .UnityInputExcludePath ; (optional) Path (or paths) in which to ignore files
// .UnityInputExcludePattern; (optional) Wildcard pattern(s) of files/folders to exclude
// .UnityInputPattern ; (optional) Pattern(s) of files to find (default *.cpp)
// .UnityInputPathRecurse ; (optional) Recurse when searching for files (default true)
// .UnityInputFiles ; (optional) Explicit list of files to include
// .UnityInputExcludedFiles ; (optional) Explicit list of excluded files (partial, root-relative or full path)
// .UnityInputIsolatedFiles ; (optional) List of files to exclude from unity, but still compile (partial end or root-relative)
// .UnityInputObjectLists ; (optional) ObjectList(s) to use as input
// .UnityOutputPath ; Path to output generated Unity files
// .UnityOutputPattern ; (optional) Pattern of output Unity file names (default Unity*.cpp)
// .UnityPCH ; (optional) Precompiled Header file to add to generated Unity files
// }
output.WriteLine($@"}}");
output.WriteLine($@"ObjectList('Objects-{targetName}-{name}') {{");
output.WriteLine($@" .Compiler = 'Compiler-{toolchain.ToolchainType}-{toolchain.ArchitectureType}-{platform.PlatformType}'");
output.WriteLine($@" .CompilerOptions = '{toolchain.FormatCompilerInputFile("%1")} {toolchain.FormatCompilerOutputFile("%2")}'");
output.WriteLine($@" .CompilerOutputPath = 'build/obj/{targetName}'");
output.WriteLine($@" .CompilerInputUnity = 'Unity-{targetName}-{name}'");
output.WriteLine($@"}}");
}
}