public void SharedSourceFiles_Methods() { string projectPath = null; string outputPath = null; TestHelper.GetProjectPaths("SFT", out projectPath, out outputPath); string clientProjectPath = CodeGenHelper.ClientClassLibProjectPath(projectPath); List<string> sourceFiles = CodeGenHelper.ClientClassLibSourceFiles(clientProjectPath); ConsoleLogger logger = new ConsoleLogger(); FilenameMap filenameMap = new FilenameMap(); using (SourceFileLocationService locationService = new SourceFileLocationService(new[] { new PdbSourceFileProviderFactory(/*symbolSearchPath*/ null, logger) }, filenameMap)) { SharedSourceFiles ssf = new SharedSourceFiles(locationService, filenameMap, sourceFiles); int[] fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateMethodKey(typeof(TestValidator).GetMethod("IsValid"))); Assert.IsNotNull(fileIds, "Expected TestValidator.IsValid to have non-null file ID's because it is shared"); Assert.AreEqual(1, fileIds.Length, "Expected TestValidator.IsValid to be found in exactly one file"); Assert.IsTrue(filenameMap[fileIds[0]].Contains("TestValidator.linked.cs"), "Expected TestValidator.IsValid to be in TestValidator.linked.cs"); fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateMethodKey(typeof(TestEntity).GetMethod("ServerAndClientMethod"))); Assert.IsNotNull(fileIds, "Expected TestEntity.ServerAndClientMethod to have non-null file ID's because it is shared"); Assert.AreEqual(1, fileIds.Length, "Expected TestEntity.ServerAndClientMethod to be found in exactly one file"); Assert.IsTrue(filenameMap[fileIds[0]].Contains("TestEntity.linked.cs"), "Expected TestEntity.ServerAndClientMethod to be in TestEntity.linked.cs"); fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateMethodKey(typeof(TestEntity).GetMethod("ServerMethod"))); Assert.IsNull(fileIds, "Expected TestEntity.ServerMethod to have null file ids"); fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateMethodKey(typeof(TestValidatorServer).GetMethod("IsValid"))); Assert.IsNull(fileIds, "Expected TestValidatorServer.IsValid to have null file ids"); } }
public void Multiple_Providers_Preserve_Order() { long createCountBefore = Interlocked.Read(ref MockSourceFileProviderFactory.createCount); // This func returns a file name only for the StringValue property Func<MemberInfo, string> func1 = m => { return m.Name == "StringValue" ? m.Name : null; }; // The second func returns "IntValue" but also a contradictory name XXX for StringValue. // We are testing the preservation of order here in that only one service is allowed to // declare a file for a single MemberInfo, and the first one wins Func<MemberInfo, string> func2 = m => { return m.Name == "IntValue" ? m.Name : m.Name == "StringValue" ? "XXX" : null; }; MockSourceFileProviderFactory factory1 = new MockSourceFileProviderFactory(func1); MockSourceFileProviderFactory factory2 = new MockSourceFileProviderFactory(func2); FilenameMap filenameMap = new FilenameMap(); using (SourceFileLocationService locationService = new SourceFileLocationService(new[] { factory1, factory2 }, filenameMap)) { IEnumerable<string> files = locationService.GetFilesForType(typeof(SourceFileLocationServiceTest)); Assert.AreEqual(2, files.Count(), "Expected both service to contribute to files"); Assert.IsTrue(files.Contains("StringValue"), "The first service should have gotten called"); Assert.IsTrue(files.Contains("IntValue"), "The second service should have gotten called"); Assert.IsFalse(files.Contains("XXX"), "The 2nd response to StringValue should be discarded"); } long createCountAfter = Interlocked.Read(ref MockSourceFileProviderFactory.createCount); Assert.AreEqual(createCountBefore, createCountAfter, "Imbalanced create/dispose count of ISourceFileProviders"); }
public void SharedSourceFiles_Types() { string projectPath = null; string outputPath = null; TestHelper.GetProjectPaths("SFT", out projectPath, out outputPath); string clientProjectPath = CodeGenHelper.ClientClassLibProjectPath(projectPath); List<string> sourceFiles = CodeGenHelper.ClientClassLibSourceFiles(clientProjectPath); ConsoleLogger logger = new ConsoleLogger(); FilenameMap filenameMap = new FilenameMap(); using (SourceFileLocationService locationService = new SourceFileLocationService(new[] { new PdbSourceFileProviderFactory(/*symbolSearchPath*/ null, logger) }, filenameMap)) { SharedSourceFiles ssf = new SharedSourceFiles(locationService, filenameMap, sourceFiles); int[] fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateTypeKey(typeof(TestEntity))); Assert.IsNotNull(fileIds, "Expected TestEntity to have non-null file ID's because it is shared"); Assert.AreEqual(2, fileIds.Length, "Expected TestEntity to be found in exactly 2 files"); foreach (int i in fileIds) { string file = filenameMap[i]; Assert.IsTrue(file.Contains("TestEntity.linked.cs") || file.Contains("TestEntity.reverse.linked.cs"), "Expected exactly these 2 files to be shared"); } fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateTypeKey(typeof(TestValidator))); Assert.IsNotNull(fileIds, "Expected TestValidator to have non-null file ID's because it is shared"); Assert.AreEqual(1, fileIds.Length, "Expected TestValidator to be found in exactly one file"); Assert.IsTrue(filenameMap[fileIds[0]].Contains("TestValidator.linked.cs"), "expected this to be the sole shared file for TestValidator"); fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateTypeKey(typeof(DomainService))); Assert.IsNull(fileIds, "Expected DomainService to have no shared file ids"); fileIds = ssf.GetSharedFileIds(CodeMemberKey.CreateTypeKey(typeof(TestValidatorServer))); Assert.IsNull(fileIds, "Expected DomainService to have no shared file ids"); } }
public void Dispose() { if (this._locationService != null) { this._locationService.Dispose(); this._locationService = null; } this._filenameMap = null; }
/// <summary> /// Initializes a new <see cref="SourceFileLocationService"/> instance. /// </summary> /// <param name="providerFactories">Ordered set of factories that can supply <see cref="ISourceFileProvider"/> /// instances to perform implementation-specific file location. /// </param> /// <param name="filenameMap">A file name to ID mapping cache to use to keep file names as integer ID's. /// </param> internal SourceFileLocationService(IEnumerable <ISourceFileProviderFactory> providerFactories, FilenameMap filenameMap) { Debug.Assert(providerFactories != null && providerFactories.Any(), "providerFactories are required"); Debug.Assert(filenameMap != null, "filenameMap is required"); this._filenameMap = filenameMap; // Get the provider from each factory, and store our ordered list of providers this._providers = providerFactories.Select(f => f.CreateProvider()).ToArray(); }
/// <summary> /// Initializes a new <see cref="SourceFileLocationService"/> instance. /// </summary> /// <param name="providerFactories">Ordered set of factories that can supply <see cref="ISourceFileProvider"/> /// instances to perform implementation-specific file location. /// </param> /// <param name="filenameMap">A file name to ID mapping cache to use to keep file names as integer ID's. /// </param> internal SourceFileLocationService(IEnumerable<ISourceFileProviderFactory> providerFactories, FilenameMap filenameMap) { Debug.Assert(providerFactories != null && providerFactories.Count() > 0, "providerFactories are required"); Debug.Assert(filenameMap != null, "filenameMap is required"); this._filenameMap = filenameMap; // Get the provider from each factory, and store our ordered list of providers this._providers = providerFactories.Select(f => f.CreateProvider()).ToArray(); }
public void FilenameMap_Ctor() { FilenameMap cache = new FilenameMap(); int id = cache[string.Empty]; Assert.AreEqual(FilenameMap.NotAFile, id, "expected empty string to be cached as NotAFile"); string file = cache[id]; Assert.AreEqual(string.Empty, file, "Expected cache[0] to be empty string"); id = cache.AddOrGet(string.Empty); Assert.AreEqual(FilenameMap.NotAFile, id, "adding back string.Empty should be same ID"); }
public void FilenameMap_Case_Insensitive() { FilenameMap cache = new FilenameMap(); int id1 = cache.AddOrGet("test"); Assert.AreNotEqual(FilenameMap.NotAFile, id1, "actual ID cannot be NotAFile"); int id2 = cache.AddOrGet("TeSt"); Assert.AreEqual(id1, id2, "add should return same ID for files differing only in case"); Assert.AreEqual(id1, cache["test"], "indexer should return same ID as add"); Assert.AreEqual(id1, cache["tESt"], "indexer should return same ID as add differing in case"); Assert.AreEqual("test", cache[id1], "cache should not have overwritten original"); }
public void Mock_SourceFileLocationService_Works() { MethodBase methodBase = MethodBase.GetCurrentMethod(); // We will generate a fake file name for the request of the currently executing method // This tests whether MemberInfo equality is a good mechanism and shows the basic // plumbing of the abstract base class works Func<MemberInfo, string> func = m => { return m.Equals(methodBase) ? m.Name : null; }; FilenameMap filenameMap = new FilenameMap(); using (SourceFileLocationService service = new SourceFileLocationService(new[] { new MockSourceFileProviderFactory(func) }, filenameMap)) { IEnumerable<string> files = service.GetFilesForType(this.GetType()); Assert.AreEqual(1, files.Count(), "Expected only one file name"); Assert.IsTrue(files.Contains(methodBase.Name), "Expected the name of the current method to be returned for the declaring type"); } }
public void PdbReader_Finds_Types_Files() { string projectPath = null; string outputPath = null; TestHelper.GetProjectPaths("PDB", out projectPath, out outputPath); string serverProjectPath = CodeGenHelper.ServerClassLibProjectPath(projectPath); string clientProjectPath = CodeGenHelper.ClientClassLibProjectPath(projectPath); ConsoleLogger logger = new ConsoleLogger(); FilenameMap filenameMap = new FilenameMap(); using (SourceFileLocationService locationService = new SourceFileLocationService(new[] { new PdbSourceFileProviderFactory(/*symbolSearchPath*/ null,logger) }, filenameMap)) { List<string> files = new List<string>(locationService.GetFilesForType(typeof(TestEntity))); Assert.AreEqual(4, files.Count); CodeGenHelper.AssertContainsFiles(files, serverProjectPath, new string[] { "TestEntity.cs", "TestEntity.shared.cs", "TestEntity.linked.cs" }); CodeGenHelper.AssertContainsFiles(files, clientProjectPath, new string[] { "TestEntity.reverse.linked.cs" }); } }
/// <summary> /// Initializes a new instance of the <see cref="SharedSourceFiles"/> class. /// </summary> /// <param name="sourceFileLocationService">Service to use to locate source files for types or methods. /// It cannot be null.</param> /// <param name="filenameMap">Cache to map file names to an internal ID and back.</param> /// <param name="sharedFiles">The set of files to consider "shared" in answering requests about types or methods. /// It may be empty but it cannot be null.</param> internal SharedSourceFiles(ISourceFileLocationService sourceFileLocationService, FilenameMap filenameMap, IEnumerable <string> sharedFiles) { System.Diagnostics.Debug.Assert(sourceFileLocationService != null, "sourceFileLocationService cannot be null"); System.Diagnostics.Debug.Assert(filenameMap != null, "filenameMap cannot be null"); System.Diagnostics.Debug.Assert(sharedFiles != null, "sharedFiles cannot be null"); this._sourceFileLocationService = sourceFileLocationService; this._filenameMap = filenameMap; this._anySharedFiles = sharedFiles.Any(); // Don't allocate anything if the list of files is empty if (this._anySharedFiles) { // Get a unique ID for every file declared as shared, and // keep this in a hashset for fast lookup foreach (string sharedFile in sharedFiles) { this._sharedFileIds.Add(this._filenameMap.AddOrGet(sharedFile)); } } }
/// <summary> /// Initializes a new instance of the <see cref="SharedSourceFiles"/> class. /// </summary> /// <param name="sourceFileLocationService">Service to use to locate source files for types or methods. /// It cannot be null.</param> /// <param name="filenameMap">Cache to map file names to an internal ID and back.</param> /// <param name="sharedFiles">The set of files to consider "shared" in answering requests about types or methods. /// It may be empty but it cannot be null.</param> internal SharedSourceFiles(ISourceFileLocationService sourceFileLocationService, FilenameMap filenameMap, IEnumerable<string> sharedFiles) { System.Diagnostics.Debug.Assert(sourceFileLocationService != null, "sourceFileLocationService cannot be null"); System.Diagnostics.Debug.Assert(filenameMap != null, "filenameMap cannot be null"); System.Diagnostics.Debug.Assert(sharedFiles != null, "sharedFiles cannot be null"); this._sourceFileLocationService = sourceFileLocationService; this._filenameMap = filenameMap; this._anySharedFiles = sharedFiles.Any(); // Don't allocate anything if the list of files is empty if (this._anySharedFiles) { // Get a unique ID for every file declared as shared, and // keep this in a hashset for fast lookup foreach (string sharedFile in sharedFiles) { this._sharedFileIds.Add(this._filenameMap.AddOrGet(sharedFile)); } } }
public void SourceInfoAttribute_LocationService() { FilenameMap filenameMap = new FilenameMap(); using (SourceFileLocationService locationService = new SourceFileLocationService(new[] { new SourceInfoSourceFileProviderFactory() }, filenameMap)) { IEnumerable<string> files = locationService.GetFilesForType(typeof(SourceInfoDerivedTestClass)); Assert.IsNotNull(files, "SourceInfoSourceFileLocator returned null"); string[] expectedFiles = new string[] { // "ctorLevel", The base class ctor will not be exposed in the GetConstructors call "ctorLevelFileDerived", // only the derived ctor will be found for this type "propertyLevelFile", // demonstrates we find properties in the base class "propertyLevelFileDerived", // and in the derived class "methodLevelFile", // demonstrates same for methods "methodLevelFileDerived" }; foreach (string file in expectedFiles) { Assert.IsTrue(files.Contains(file), "Did not find expected file '" + file + "' using SourceInfoSourceFileLocator"); } } }