public static string GetResourceFileMetadataName(Project project, string resourceFileSource, string resourceFileTarget)
{
string resourceName = null;
string rootNamespace = null;
string root = PathUtility.EnsureTrailingSlash(project.ProjectDirectory);
string resourcePath = resourceFileSource;
if (string.IsNullOrEmpty(resourceFileTarget))
{
resourceName = ResourceUtility.GetResourceName(root, resourcePath);
rootNamespace = project.Name;
}
else
{
resourceName = ResourceManifestName.EnsureResourceExtension(resourceFileTarget, resourcePath);
rootNamespace = null;
}
return(ResourceManifestName.CreateManifestName(resourceName, rootNamespace));
}
internal bool CompileInternal(ProjectContext context, string config, string probingFolderPath)
{
// Check if ambient library
if (AmbientLibraries.Contains(context.ProjectName()))
{
return(true);
}
bool compilationResult;
// Check if already compiled
if (_compiledLibraries.TryGetValue(context.ProjectName(), out compilationResult))
{
return(compilationResult);
}
// Get compilation options and source files
var compilationOptions = context.ResolveCompilationOptions(config);
var projectSourceFiles = CompilerUtility.GetCompilationSources(context, compilationOptions);
// Check if precompiled
if (!projectSourceFiles.Any())
{
return(_compiledLibraries[context.ProjectName()] = true);
}
// Set up Output Paths
var outputPaths = context.GetOutputPaths(config);
var outputPath = outputPaths.CompilationOutputPath;
var intermediateOutputPath = outputPaths.IntermediateOutputDirectoryPath;
Directory.CreateDirectory(outputPath);
Directory.CreateDirectory(intermediateOutputPath);
// Create the library exporter
var exporter = context.CreateExporter(config);
// Gather exports for the project
var dependencies = exporter.GetDependencies().ToList();
// Get compilation options
var outputName = outputPaths.CompilationFiles.Assembly;
// Set default platform if it isn't already set and we're on desktop
if (compilationOptions.EmitEntryPoint == true && String.IsNullOrEmpty(compilationOptions.Platform) && context.TargetFramework.IsDesktop())
{
// See https://github.com/dotnet/cli/issues/2428 for more details.
compilationOptions.Platform = RuntimeInformation.ProcessArchitecture == Architecture.X64 ?
"x64" : "anycpu32bitpreferred";
}
var references = new List <string>();
var sourceFiles = new List <string>();
var resources = new List <string>();
// Get the runtime directory
var runtimeDirectory = Paths.GetParentFolderPath(EntryAssembly.Location);
foreach (var dependency in dependencies)
{
sourceFiles.AddRange(dependency.SourceReferences.Select(s => s.GetTransformedFile(intermediateOutputPath)));
foreach (var resourceFile in dependency.EmbeddedResources)
{
var transformedResource = resourceFile.GetTransformedFile(intermediateOutputPath);
var resourceName = ResourceManifestName.CreateManifestName(
Path.GetFileName(resourceFile.ResolvedPath), compilationOptions.OutputName);
resources.Add($"\"{transformedResource}\",{resourceName}");
}
var library = dependency.Library as ProjectDescription;
var package = dependency.Library as PackageDescription;
// Compile other referenced libraries
if (library != null && !AmbientLibraries.Contains(library.Identity.Name) && dependency.CompilationAssemblies.Any())
{
if (!_compiledLibraries.ContainsKey(library.Identity.Name))
{
var projectContext = GetProjectContextFromPath(library.Project.ProjectDirectory);
if (projectContext != null)
{
// Right now, if !success we try to use the last build
var success = Compile(projectContext, config, probingFolderPath);
}
}
}
// Check for an unresolved library
if (library != null && !library.Resolved)
{
var assetFileName = CompilerUtility.GetAssemblyFileName(library.Identity.Name);
// Search in the runtime directory
var assetResolvedPath = Path.Combine(runtimeDirectory, assetFileName);
if (!File.Exists(assetResolvedPath))
{
// Fallback to the project output path or probing folder
assetResolvedPath = ResolveAssetPath(outputPath, probingFolderPath, assetFileName);
if (String.IsNullOrEmpty(assetResolvedPath))
{
// Fallback to this (possible) precompiled module bin folder
var path = Path.Combine(Paths.GetParentFolderPath(library.Path), Constants.BinDirectoryName, assetFileName);
assetResolvedPath = File.Exists(path) ? path : null;
}
}
if (!String.IsNullOrEmpty(assetResolvedPath))
{
references.Add(assetResolvedPath);
}
}
// Check for an unresolved package
else if (package != null && !package.Resolved)
{
var runtimeAssets = new HashSet <string>(package.RuntimeAssemblies.Select(x => x.Path), StringComparer.OrdinalIgnoreCase);
string fallbackBinPath = null;
foreach (var asset in package.CompileTimeAssemblies)
{
var assetFileName = Path.GetFileName(asset.Path);
var isRuntimeAsset = runtimeAssets.Contains(asset.Path);
// Search in the runtime directory
var relativeFolderPath = isRuntimeAsset ? String.Empty : CompilerUtility.RefsDirectoryName;
var assetResolvedPath = Path.Combine(runtimeDirectory, relativeFolderPath, assetFileName);
if (!File.Exists(assetResolvedPath))
{
// Fallback to the project output path or probing folder
assetResolvedPath = ResolveAssetPath(outputPath, probingFolderPath, assetFileName, relativeFolderPath);
}
if (String.IsNullOrEmpty(assetResolvedPath))
{
if (fallbackBinPath == null)
{
fallbackBinPath = String.Empty;
// Fallback to a (possible) parent precompiled module bin folder
var parentBinPaths = CompilerUtility.GetOtherParentProjectsLocations(context, package)
.Select(x => Path.Combine(x, Constants.BinDirectoryName));
foreach (var binaryPath in parentBinPaths)
{
var path = Path.Combine(binaryPath, relativeFolderPath, assetFileName);
if (File.Exists(path))
{
assetResolvedPath = path;
fallbackBinPath = binaryPath;
break;
}
}
}
else if (!String.IsNullOrEmpty(fallbackBinPath))
{
var path = Path.Combine(fallbackBinPath, relativeFolderPath, assetFileName);
assetResolvedPath = File.Exists(path) ? path : null;
}
}
if (!String.IsNullOrEmpty(assetResolvedPath))
{
references.Add(assetResolvedPath);
}
}
}
// Check for a precompiled library
else if (library != null && !dependency.CompilationAssemblies.Any())
{
// Search in the project output path or probing folder
var assetFileName = CompilerUtility.GetAssemblyFileName(library.Identity.Name);
var assetResolvedPath = ResolveAssetPath(outputPath, probingFolderPath, assetFileName);
if (String.IsNullOrEmpty(assetResolvedPath))
{
// Fallback to this precompiled project output path
var path = Path.Combine(CompilerUtility.GetAssemblyFolderPath(library.Project.ProjectDirectory,
config, context.TargetFramework.DotNetFrameworkName), assetFileName);
assetResolvedPath = File.Exists(path) ? path : null;
}
if (!String.IsNullOrEmpty(assetResolvedPath))
{
references.Add(assetResolvedPath);
}
}
// Check for a resolved but ambient library (compiled e.g by VS)
else if (library != null && AmbientLibraries.Contains(library.Identity.Name))
{
// Search in the regular project output path, fallback to the runtime directory
references.AddRange(dependency.CompilationAssemblies.Select(r => File.Exists(r.ResolvedPath)
? r.ResolvedPath : Path.Combine(runtimeDirectory, r.FileName)));
}
else
{
references.AddRange(dependency.CompilationAssemblies.Select(r => r.ResolvedPath));
}
}
// Check again if already compiled, here through the dependency graph
if (_compiledLibraries.TryGetValue(context.ProjectName(), out compilationResult))
{
return(compilationResult);
}
var sw = Stopwatch.StartNew();
string depsJsonFile = null;
DependencyContext dependencyContext = null;
// Add dependency context as a resource
if (compilationOptions.PreserveCompilationContext == true)
{
var allExports = exporter.GetAllExports().ToList();
var exportsLookup = allExports.ToDictionary(e => e.Library.Identity.Name);
var buildExclusionList = context.GetTypeBuildExclusionList(exportsLookup);
var filteredExports = allExports
.Where(e => e.Library.Identity.Type.Equals(LibraryType.ReferenceAssembly) ||
!buildExclusionList.Contains(e.Library.Identity.Name));
dependencyContext = new DependencyContextBuilder().Build(compilationOptions,
filteredExports,
filteredExports,
false, // For now, just assume non-portable mode in the legacy deps file (this is going away soon anyway)
context.TargetFramework,
context.RuntimeIdentifier ?? string.Empty);
depsJsonFile = Path.Combine(intermediateOutputPath, compilationOptions.OutputName + "dotnet-compile.deps.json");
resources.Add($"\"{depsJsonFile}\",{compilationOptions.OutputName}.deps.json");
}
// Add project source files
sourceFiles.AddRange(projectSourceFiles);
// Add non culture resources
var resgenFiles = CompilerUtility.GetNonCultureResources(context.ProjectFile, intermediateOutputPath, compilationOptions);
AddNonCultureResources(resources, resgenFiles);
var translated = TranslateCommonOptions(compilationOptions, outputName);
var allArgs = new List <string>(translated);
allArgs.AddRange(GetDefaultOptions());
// Add assembly info
var assemblyInfo = Path.Combine(intermediateOutputPath, $"dotnet-compile.assemblyinfo.cs");
allArgs.Add($"\"{assemblyInfo}\"");
if (!String.IsNullOrEmpty(outputName))
{
allArgs.Add($"-out:\"{outputName}\"");
}
allArgs.AddRange(references.Select(r => $"-r:\"{r}\""));
allArgs.AddRange(resources.Select(resource => $"-resource:{resource}"));
allArgs.AddRange(sourceFiles.Select(s => $"\"{s}\""));
// Gather all compile IO
var inputs = new List <string>();
var outputs = new List <string>();
inputs.Add(context.ProjectFile.ProjectFilePath);
if (context.LockFile != null)
{
inputs.Add(context.LockFile.LockFilePath);
}
if (context.LockFile.ExportFile != null)
{
inputs.Add(context.LockFile.ExportFile.ExportFilePath);
}
inputs.AddRange(sourceFiles);
inputs.AddRange(references);
inputs.AddRange(resgenFiles.Select(x => x.InputFile));
var cultureResgenFiles = CompilerUtility.GetCultureResources(context.ProjectFile, outputPath, compilationOptions);
inputs.AddRange(cultureResgenFiles.SelectMany(x => x.InputFileToMetadata.Keys));
outputs.AddRange(outputPaths.CompilationFiles.All());
outputs.AddRange(resgenFiles.Where(x => x.OutputFile != null).Select(x => x.OutputFile));
//outputs.AddRange(cultureResgenFiles.Where(x => x.OutputFile != null).Select(x => x.OutputFile));
// Locate RSP file
var rsp = Path.Combine(intermediateOutputPath, $"dotnet-compile-csc.rsp");
// Check if there is no need to compile
if (!CheckMissingIO(inputs, outputs) && !TimestampsChanged(inputs, outputs))
{
if (File.Exists(rsp))
{
// Check if the compilation context has been changed
var prevInputs = new HashSet <string>(File.ReadAllLines(rsp));
var newInputs = new HashSet <string>(allArgs);
if (!prevInputs.Except(newInputs).Any() && !newInputs.Except(prevInputs).Any())
{
PrintMessage($"{context.ProjectName()}: Previously compiled, skipping dynamic compilation.");
return(_compiledLibraries[context.ProjectName()] = true);
}
}
else
{
// Write RSP file for the next time
File.WriteAllLines(rsp, allArgs);
PrintMessage($"{context.ProjectName()}: Previously compiled, skipping dynamic compilation.");
return(_compiledLibraries[context.ProjectName()] = true);
}
}
if (!CompilerUtility.GenerateNonCultureResources(context.ProjectFile, resgenFiles, Diagnostics))
{
return(_compiledLibraries[context.ProjectName()] = false);
}
PrintMessage(String.Format($"{context.ProjectName()}: Dynamic compiling for {context.TargetFramework.DotNetFrameworkName}"));
// Write the dependencies file
if (dependencyContext != null)
{
var writer = new DependencyContextWriter();
using (var fileStream = File.Create(depsJsonFile))
{
writer.Write(dependencyContext, fileStream);
}
}
// Write assembly info and RSP files
var assemblyInfoOptions = AssemblyInfoOptions.CreateForProject(context);
File.WriteAllText(assemblyInfo, AssemblyInfoFileGenerator.GenerateCSharp(assemblyInfoOptions, sourceFiles));
File.WriteAllLines(rsp, allArgs);
// Locate runtime config files
var runtimeConfigPath = Path.Combine(runtimeDirectory, EntryAssembly.GetName().Name + FileNameSuffixes.RuntimeConfigJson);
var cscRuntimeConfigPath = Path.Combine(runtimeDirectory, "csc" + FileNameSuffixes.RuntimeConfigJson);
// Automatically create the csc runtime config file
if (Files.IsNewer(runtimeConfigPath, cscRuntimeConfigPath))
{
lock (_syncLock)
{
if (Files.IsNewer(runtimeConfigPath, cscRuntimeConfigPath))
{
File.Copy(runtimeConfigPath, cscRuntimeConfigPath, true);
}
}
}
// Locate csc.dll and the csc.exe asset
var cscDllPath = Path.Combine(runtimeDirectory, CompilerUtility.GetAssemblyFileName("csc"));
// Search in the runtime directory
var cscRelativePath = Path.Combine("runtimes", "any", "native", "csc.exe");
var cscExePath = Path.Combine(runtimeDirectory, cscRelativePath);
// Fallback to the packages storage
if (!File.Exists(cscExePath) && !String.IsNullOrEmpty(context.PackagesDirectory))
{
cscExePath = Path.Combine(context.PackagesDirectory, CscLibrary?.Name ?? String.Empty,
CscLibrary?.Version ?? String.Empty, cscRelativePath);
}
// Automatically create csc.dll
if (Files.IsNewer(cscExePath, cscDllPath))
{
lock (_syncLock)
{
if (Files.IsNewer(cscExePath, cscDllPath))
{
File.Copy(cscExePath, cscDllPath, true);
}
}
}
// Locate the csc dependencies file
var cscDepsPath = Path.Combine(runtimeDirectory, "csc.deps.json");
// Automatically create csc.deps.json
if (NativePDBWriter != null && Files.IsNewer(cscDllPath, cscDepsPath))
{
lock (_syncLock)
{
if (Files.IsNewer(cscDllPath, cscDepsPath))
{
// Only reference windows native pdb writers
var runtimeLibraries = new List <RuntimeLibrary>();
runtimeLibraries.Add(NativePDBWriter);
DependencyContext cscDependencyContext = new DependencyContext(
DependencyContext.Default.Target, CompilationOptions.Default,
new List <CompilationLibrary>(), runtimeLibraries,
new List <RuntimeFallbacks>());
// Write the csc.deps.json file
if (cscDependencyContext != null)
{
var writer = new DependencyContextWriter();
using (var fileStream = File.Create(cscDepsPath))
{
writer.Write(cscDependencyContext, fileStream);
}
}
// Windows native pdb writers are outputed on dotnet publish.
// But not on dotnet build during development, we do it here.
// Check if there is a packages storage
if (!String.IsNullOrEmpty(context.PackagesDirectory))
{
var assetPaths = NativePDBWriter.NativeLibraryGroups.SelectMany(l => l.AssetPaths);
foreach (var assetPath in assetPaths)
{
// Resolve the pdb writer from the packages storage
var pdbResolvedPath = Path.Combine(context.PackagesDirectory,
NativePDBWriter.Name, NativePDBWriter.Version, assetPath);
var pdbOutputPath = Path.Combine(runtimeDirectory, assetPath);
// Store the pdb writer in the runtime directory
if (Files.IsNewer(pdbResolvedPath, pdbOutputPath))
{
Directory.CreateDirectory(Paths.GetParentFolderPath(pdbOutputPath));
File.Copy(pdbResolvedPath, pdbOutputPath, true);
}
}
}
}
}
}
// Execute CSC!
var result = Command.Create("csc.dll", new string[] { $"-noconfig", "@" + $"{rsp}" })
.WorkingDirectory(runtimeDirectory)
.OnErrorLine(line => Diagnostics.Add(line))
.OnOutputLine(line => Diagnostics.Add(line))
.Execute();
compilationResult = result.ExitCode == 0;
if (compilationResult)
{
compilationResult &= CompilerUtility.GenerateCultureResourceAssemblies(context.ProjectFile, cultureResgenFiles, references, Diagnostics);
}
PrintMessage(String.Empty);
if (compilationResult && Diagnostics.Count == 0)
{
PrintMessage($"{context.ProjectName()}: Dynamic compilation succeeded.");
PrintMessage($"0 Warning(s)");
PrintMessage($"0 Error(s)");
}
else if (compilationResult && Diagnostics.Count > 0)
{
PrintMessage($"{context.ProjectName()}: Dynamic compilation succeeded but has warnings.");
PrintMessage($"0 Error(s)");
}
else
{
PrintMessage($"{context.ProjectName()}: Dynamic compilation failed.");
}
foreach (var diagnostic in Diagnostics)
{
PrintMessage(diagnostic);
}
PrintMessage($"Time elapsed {sw.Elapsed}");
PrintMessage(String.Empty);
return(_compiledLibraries[context.ProjectName()] = compilationResult);
}