public void ScanFiltersFalseCorrectly() { // Arrange List<FilterBase> filters = new List<FilterBase>() { new MockFilter( false ) }; string filename = "harry.jpg"; FileSet fs = new FileSet(); fs.BaseDirectory = new DirectoryInfo( Path.GetDirectoryName( Assembly.GetExecutingAssembly().GetName().CodeBase.Substring( 8 ) ) ); // Get past file:// fs.FileNames.Add( filename ); Restrict restrict = new Restrict( filters, fs ); // Irrelevant but not unhelpful Assert.AreEqual( 1, restrict.NestedFilterCount ); // Act restrict.Scan(); // Assert Assert.IsNotNull( restrict.FileNames ); if ( restrict.FileNames.Count != 0 ) { string[] files = new string[restrict.FileNames.Count]; restrict.FileNames.CopyTo( files, 0 ); Assert.Fail( "It should've failed, but we have " + string.Join( ", ", files ) + " selected" ); } Assert.IsTrue( restrict.hasScanned ); }
protected override void SetUp() { base.SetUp(); // create the file set _fileSet = new FileSet(); _fileSet.BaseDirectory = TempDirectory; // create some test files to match against TempFile.CreateWithContents( @"world.peace world.war reefer.maddness", Path.Combine(TempDirName, "include.list") ); TempFile.Create(Path.Combine(TempDirName, "world.peace")); TempFile.Create(Path.Combine(TempDirName, "world.war")); TempFile.Create(Path.Combine(TempDirName, "reefer.maddness")); TempFile.Create(Path.Combine(TempDirName, "reefer.saddness")); string sub1Path = Path.Combine(TempDirName, "sub1"); Directory.CreateDirectory(sub1Path); TempFile.Create(Path.Combine(sub1Path, "sub.one")); string sub2Path = Path.Combine(TempDirName, "sub2"); Directory.CreateDirectory(sub2Path); }
/// <summary> /// Executes the task. /// </summary> protected override void ExecuteTask() { String baseFolder = this.CreateBaseDir (); DocSet docSet = this.CreateDocSet (); IEnumerable<Framework> frameworks = this.CreateFrameworks (docSet); foreach (var f in frameworks) { if (f.source != DocumentOrigin.Doxygen) { continue; } this.Log(Level.Info, "Copying header files for '{0}'...", f.name); FileSet fileSet = new FileSet(); fileSet.BaseDirectory = new DirectoryInfo(f.path); fileSet.Includes.Add("**/*.h"); CopyTask copyTask = new CopyTask(); copyTask.Project = this.Project; copyTask.FailOnError = true; if (docSet != null) { copyTask.ToDirectory = new DirectoryInfo(Path.Combine(baseFolder, docSet.Name, f.name, DocumentType.Source.ToString())); } else { copyTask.ToDirectory = new DirectoryInfo(Path.Combine(baseFolder, f.name, DocumentType.Source.ToString())); } copyTask.CopyFileSet = fileSet; copyTask.Filters = this.Filters; copyTask.Execute(); } }
// Parameter is used for testing public Restrict( List<FilterBase> Filters, FileSet Files ) : this() { if ( Filters != null ) { this.filters.AddRange( Filters ); } this.Files = Files; }
public void CaseSensitive () { FileSet fileSet = new FileSet (); Assert.AreEqual (PlatformHelper.IsUnix, fileSet.CaseSensitive, "#1"); fileSet.CaseSensitive = true; Assert.IsTrue (fileSet.CaseSensitive, "#2"); fileSet.CaseSensitive = false; Assert.IsFalse (fileSet.CaseSensitive, "#3"); }
public void InitFindsProperties() { FileSet fs = new FileSet(); Restrict restrict = new Restrict( fs ); // Init didn't throw, ASSUME we win // Irrelevant but not unhelpful Assert.AreEqual( 0, restrict.NestedFilterCount ); }
public static int Count(FileSet[] fileSets) { Ensure.ArgumentIsNotNull(fileSets, "fileSets"); int count = 0; foreach (FileSet assemblies in fileSets) { count += assemblies.FileNames.Count; } return count; }
public static IEnumerable<string> Flatten(FileSet[] fileSets) { Ensure.ArgumentIsNotNull(fileSets, "fileSets"); foreach (FileSet assemblySet in fileSets) { foreach (string fileName in assemblySet.FileNames) { yield return fileName; } } }
public void NestedFilitersInited() { // Arrange MockNestedFilter mock = new MockNestedFilter( true ); List<FilterBase> filters = new List<FilterBase>() { mock }; FileSet fs = new FileSet(); Restrict restrict = new Restrict( filters, fs ); // Irrelevant but not unhelpful Assert.AreEqual( 1, restrict.NestedFilterCount ); // Act restrict.Scan(); // Assert Assert.AreEqual( true, mock.NestedInitializeCalled ); }
public void BaseDirIsFilesBaseDir() { // Arrange List<FilterBase> filters = new List<FilterBase>() { new MockFilter( false ) }; string filename = "somefile"; FileSet fs = new FileSet(); fs.BaseDirectory = new DirectoryInfo( Path.GetDirectoryName( Assembly.GetExecutingAssembly().GetName().CodeBase.Substring( 8 ) ) ); // Get past file:// fs.FileNames.Add( filename ); Restrict restrict = new Restrict( filters, fs ); // Act // Nothing to do, it should be set already // Assert Assert.AreEqual( restrict.BaseDirectory, fs.BaseDirectory ); }
/// <summary> /// copy constructor /// </summary> /// <param name="fs"></param> public FileSet(FileSet fs) { fs.CopyTo((FileSet)this); }
/// <summary> /// Copy constructor for <see cref="FileSet" />. Required in order to /// assign references of <see cref="FileSet" /> type where /// <see cref="DirSet" /> is used. /// </summary> /// <param name="fs">A <see cref="FileSet" /> instance to create a <see cref="DirSet" /> from.</param> public DirSet(FileSet fs) : base(fs) { }
void RunSpecifications(FileSet[] assemblies, ISpecificationRunner runner) { Ensure.ArgumentIsNotNull(assemblies, "assemblies"); Ensure.ArgumentIsNotNull(runner, "runner"); foreach (string fileName in FileSetHelper.Flatten(assemblies)) { RunSpecificationAssembly(fileName, runner); } }
/// <summary> /// Determines if a VB project needs to be recompiled by comparing the timestamp of /// the project's files and references to the timestamp of the last built version. /// </summary> /// <param name="projectFile">The file name of the project file.</param> /// <returns> /// <see langword="true" /> if the project should be compiled; otherwise, /// <see langword="false" />. /// </returns> protected bool ProjectNeedsCompiling(string projectFile) { // return true as soon as we know we need to compile FileSet sources = new FileSet(); FileSet references = new FileSet(); string basedir = Path.GetDirectoryName(projectFile); if (basedir != "" ) { sources.BaseDirectory = new DirectoryInfo(Path.GetDirectoryName( projectFile ) ); references.BaseDirectory = sources.BaseDirectory; } string outputFile = ParseProjectFile(projectFile, sources, references); FileInfo outputFileInfo = new FileInfo(OutDir != null ? Path.Combine(OutDir.FullName, outputFile) : outputFile); if (!outputFileInfo.Exists) { Log(Level.Info, "Output file '{0}' does not exist, recompiling.", outputFileInfo.FullName); return true; } // look for a changed project file. string fileName = FileSet.FindMoreRecentLastWriteTime( projectFile, outputFileInfo.LastWriteTime); if (fileName != null) { Log(Level.Info, "{0} is out of date, recompiling.", fileName); return true; } // check for a changed source file fileName = FileSet.FindMoreRecentLastWriteTime(sources.FileNames, outputFileInfo.LastWriteTime); if (fileName != null) { Log(Level.Info, "{0} is out of date, recompiling.", fileName); return true; } // check for a changed reference if (CheckReferences) { fileName = FileSet.FindMoreRecentLastWriteTime(references.FileNames, outputFileInfo.LastWriteTime); if (fileName != null) { Log(Level.Info, "{0} is out of date, recompiling.", fileName); return true; } } return false; }
protected virtual void SetBuildParameters() { this.TaskEngine.CompressionType = this.CompressionType; this.TaskEngine.DeleteSourceFiles = this.DeleteSourceFiles; this.TaskEngine.EncodingType = this.EncodingType; this.TaskEngine.LineBreakPosition = this.LineBreakPosition; this.TaskEngine.LoggingType = this.LoggingType; this.TaskEngine.OutputFile = this.OutputFile; var fileSpecs = new List<FileSpec>(); if (this.SourceFiles == null) { return; } foreach (var sourceFile in this.SourceFiles.Includes) { fileSpecs.Add(new FileSpec(sourceFile, string.Empty)); } this.TaskEngine.SourceFiles = fileSpecs.ToArray(); }
/// <summary> /// Initializes a new instance of the <see cref="NDoc2Task"/> class. /// </summary> public NDoc2Task() { _assemblies = new FileSet(); _summaries = new FileSet(); _referencePaths = new DirSet(); _programArguments = new StringBuilder(); _configName = DefaultConfigName; ExeName = DefaultApplicationName; }
/// <summary> /// Initializes a new instance of the <see cref="NCoverExplorerTask"/> class. /// </summary> public NCoverExplorerTask() { _coverageFiles = new FileSet(); _configName = string.Empty; _satisfactoryCoverage = 100; _minimumCoverage = 100; _reportType = CoverageReportType.ModuleSummary; _treeSortStyle = TreeSortStyle.Name; _treeFilterStyle = TreeFilterStyle.None; _programArguments = new StringBuilder(); _coverageExclusions = new CoverageExclusionCollection(); _moduleThresholds = new ModuleThresholdCollection(); ExeName = DefaultApplicationName; }
public void Test_NewestFile() { string file1 = this.CreateTempFile("testfile1.txt", "hellow"); string file2 = this.CreateTempFile("testfile2.txt", "hellow"); string file3 = this.CreateTempFile("testfile3.txt", "hellow"); string file4 = this.CreateTempFile("testfile4.txt", "hellow"); //file1 was created first, but we will set the time in the future. FileInfo f1 = new FileInfo(file1); f1.LastWriteTime = DateTime.Now.AddDays(2); FileSet fs = new FileSet(); fs.Includes.Add(file1); fs.Includes.Add(file2); fs.Includes.Add(file3); fs.Includes.Add(file4); FileInfo newestfile = fs.MostRecentLastWriteTimeFile; Assert.IsTrue(f1.FullName == newestfile.FullName, "Most Recent File should be '{0}', but was '{1}'", f1.Name, newestfile.Name); }
private void ProcessPlatform(XmlNode platformNode) { // process platform task assemblies if (!ScannedTasks) { FileSet platformTaskAssemblies = new FileSet(); platformTaskAssemblies.BaseDirectory = new DirectoryInfo(AppDomain.CurrentDomain.BaseDirectory); platformTaskAssemblies.Project = Project; platformTaskAssemblies.NamespaceManager = NamespaceManager; platformTaskAssemblies.Parent = Project; // avoid warnings by setting the parent of the fileset platformTaskAssemblies.ID = "platform-task-assemblies"; // avoid warnings by assigning an id XmlNode taskAssembliesNode = platformNode.SelectSingleNode( "nant:task-assemblies", NamespaceManager); if (taskAssembliesNode != null) { platformTaskAssemblies.Initialize(taskAssembliesNode, Project.Properties, null); } // scan platform extensions assemblies LoadTasksTask loadTasks = new LoadTasksTask(); loadTasks.Project = Project; loadTasks.NamespaceManager = NamespaceManager; loadTasks.Parent = Project; loadTasks.TaskFileSet = platformTaskAssemblies; loadTasks.FailOnError = false; loadTasks.Threshold = (Project.Threshold == Level.Debug) ? Level.Debug : Level.Warning; loadTasks.Execute(); // scan NAnt.Core TypeFactory.ScanAssembly(Assembly.GetExecutingAssembly(), loadTasks); } // process the framework nodes of the current platform ProcessFrameworks(platformNode); // process runtime framework task assemblies if (!ScannedTasks) { LoadTasksTask loadTasks = new LoadTasksTask(); loadTasks.Project = Project; loadTasks.NamespaceManager = NamespaceManager; loadTasks.Parent = Project; loadTasks.TaskFileSet = Project.RuntimeFramework.TaskAssemblies; loadTasks.FailOnError = false; loadTasks.Threshold = (Project.Threshold == Level.Debug) ? Level.Debug : Level.Warning; loadTasks.Execute(); // ensure we don't scan task assemblies for the current // runtime framework and platform again ScannedTasks = true; } }
protected FrameworkInfo(SerializationInfo info, StreamingContext context) { _name = info.GetString("Name"); _family = info.GetString("Family"); _description = info.GetString("Description"); _status = (InitStatus) info.GetValue("Status", typeof(InitStatus)); _clrType = (ClrType) info.GetValue("ClrType", typeof(ClrType)); _version = (Version) info.GetValue("Version", typeof(Version)); _clrVersion = (Version) info.GetValue("ClrVersion", typeof(Version)); _vendor = (VendorType) info.GetValue("Vendor", typeof(VendorType)); if (_status != InitStatus.Valid) { return; } _frameworkDirectory = (DirectoryInfo) info.GetValue("FrameworkDirectory", typeof(DirectoryInfo)); _sdkDirectory = (DirectoryInfo) info.GetValue("SdkDirectory", typeof(DirectoryInfo)); _frameworkAssemblyDirectory = (DirectoryInfo) info.GetValue("FrameworkAssemblyDirectory", typeof(DirectoryInfo)); _runtime = (Runtime) info.GetValue("Runtime", typeof(Runtime)); _project = (Project) info.GetValue("Project", typeof(Project)); _taskAssemblies = (FileSet) info.GetValue("TaskAssemblies", typeof(FileSet)); _referenceAssemblies = (FileSet[]) info.GetValue("ReferenceAssemblies", typeof(FileSet[])); _toolPaths = (string[]) info.GetValue("ToolPaths", typeof(string[])); }
private void CountLines(FileSet TargetFileSet, string label) { _lineCount = 0; _commentLineCount = 0; _emptyLinesCount = 0; _fileNames = new ArrayList(); _fileNames.Capacity = TargetFileSet.FileNames.Count; FileCodeCountInfo fileInfo; foreach(string file in TargetFileSet.FileNames) { fileInfo = CountFile(file); _lineCount += fileInfo.LineCount; _emptyLinesCount += fileInfo.EmptyLineCount; _commentLineCount += fileInfo.CommentLineCount; _fileNames.Add(fileInfo); } _fileNames.TrimToSize(); Log(Level.Info, "Totals:\t[{0}] \t[T] {1}\t[C] {2}\t[E] {3}", label, _lineCount, _commentLineCount, _emptyLinesCount); }
/// <summary> /// Creates a shallow copy of the <see cref="FileSet" />. /// </summary> /// <returns> /// A shallow copy of the <see cref="FileSet" />. /// </returns> public virtual object Clone() { FileSet clone = new FileSet(); CopyTo(clone); return clone; }
private static FileSet CreateFileSet(string fileName) { var fileSet = new FileSet(); fileSet.FileNames.Add(fileName); return fileSet; }
/// <summary> /// Copies all instance data of the <see cref="FileSet" /> to a given /// <see cref="FileSet" />. /// </summary> protected void CopyTo(FileSet clone) { base.CopyTo(clone); clone._asis = StringUtils.Clone(_asis); if (_baseDirectory != null) { clone._baseDirectory = new DirectoryInfo(_baseDirectory.FullName); } clone._defaultExcludes = _defaultExcludes; clone._failOnEmpty = _failOnEmpty; clone._hasScanned = _hasScanned; clone._pathFiles = _pathFiles.Clone(); clone._scanner = (DirectoryScanner) _scanner.Clone(); }
/// <summary> /// Parses a VB project file and extracts the source files, reference files, and /// the name of the compiled file for the project. /// </summary> /// <param name="projectFile">The filename of the project file.</param> /// <param name="sources"> /// A fileset representing the source files of the project, which will /// populated by the method. /// </param> /// <param name="references"> /// A fileset representing the references of the project, which will /// populated by the method. /// </param> /// <returns>A string containing the output file name for the project.</returns> private string ParseProjectFile(string projectFile, FileSet sources, FileSet references) { if (!File.Exists(Project.GetFullPath(projectFile))) { throw new BuildException(string.Format(CultureInfo.InvariantCulture, "Visual Basic project file '{0}' does not exist.", projectFile), Location); } string outputFile = null; string fileLine = null; string projectName = null; string projectType = null; //# Modified each regular expressioni to properly parse the project references in the vbp file # // Regexp that extracts INI-style "key=value" entries used in the VBP Regex keyValueRegEx = new Regex(@"(?<key>\w+)\s*=\s*(?<value>.*($^\.)*)\s*$"); // Regexp that extracts source file entries from the VBP (Class=,Module=,Form=,UserControl=) Regex codeRegEx = new Regex(@"(Class|Module)\s*=\s*\w*;\s*(?<filename>.*($^\.)*)\s*$"); // Regexp that extracts reference entries from the VBP (Reference=) Regex referenceRegEx = new Regex(@"(Object|Reference)\s*=\s*({|\*\\G{)(?<tlbguid>[0-9\-A-Fa-f]*($^\.)*)}\#(?<majorver>[0-9a-fA-F($^\.)]*)\.(?<minorver>[0-9a-fA-F($^\.)]*)\#(?<lcid>[0-9]($^\.)*)(;|\#)(?<tlbname>[^\#\n\r]*)"); string key = String.Empty; string keyValue = String.Empty; Match match = null; using (StreamReader reader = new StreamReader(Project.GetFullPath(projectFile), Encoding.ASCII)) { while ((fileLine = reader.ReadLine()) != null) { match = keyValueRegEx.Match(fileLine); if (!match.Success) { continue; } key = match.Groups["key"].Value; keyValue = match.Groups["value"].Value; switch (key) { case "Class": case "Module": // This is a class or module source file - extract the file name and add it to the sources fileset // The entry is of the form "Class=ClassName;ClassFile.cls" match = codeRegEx.Match(fileLine); if (match.Success) { sources.Includes.Add(match.Groups["filename"].Value); } break; case "Designer": case "Form": case "UserControl": case "PropertyPage": case "ResFile32": // This is a form, control, or property page source file - add the file name to the sources fileset // The entry is of the form "Form=Form1.frm" sources.Includes.Add(keyValue.Trim('"')); break; case "Object": case "Reference": // This is a source file - extract the reference name and add it to the references fileset match = referenceRegEx.Match(fileLine); if (!match.Success) { break; } string tlbName = match.Groups["tlbname"].Value; if (File.Exists(tlbName)) { references.Includes.Add(tlbName); } else { // the tlb filename embedded in the VBP file is just // a hint about where to look for it. If the file isn't // at that location, the typelib ID is used to lookup // the file name string temp = match.Groups["majorver"].Value; ushort majorVer = 0; if (key == "Object") { // for OCX's major is a decimal value majorVer = ushort.Parse(temp, CultureInfo.InvariantCulture); } else { // for dll's major is a hex value majorVer = (ushort) Convert.ToUInt16(temp, 16); } // minor is considered a hex value temp = match.Groups["minorver"].Value; ushort minorVer16 = Convert.ToUInt16(temp, 16); temp = match.Groups["lcid"].Value; uint lcid = 0; if (temp.Length != 0) { lcid = (uint) double.Parse(temp, CultureInfo.InvariantCulture); } string tlbGuid = match.Groups["tlbguid"].Value; Guid guid = new Guid(tlbGuid); // find the type library file tlbName = VB6GetTypeLibFile(guid, majorVer, minorVer16, lcid); if (tlbName == null) { Log(Level.Warning, "Type library '{0}' version {1}.{2:x} could not be found.", guid, match.Groups["majorver"].Value, match.Groups["minorver"].Value); } else { if (File.Exists(tlbName)) { references.Includes.Add(tlbName); } else { Log(Level.Warning, "Type library file '{0}' does not exist.", tlbName); } } } break; case "ExeName32": // Store away the built file name so that we can check against it later // If the project was never built in the IDE, or the project file wasn't saved // after the build occurred, this setting won't exist. In that case, VB uses the // ProjectName as the DLL/EXE name outputFile = keyValue.Trim('"'); break; case "Type": // Store away the project type - we may need it to construct the built // file name if ExeName32 doesn't exist projectType = keyValue; break; case "Name": // Store away the project name - we may need it to construct the built // file name if ExeName32 doesn't exist projectName = keyValue.Trim('"'); break; } } reader.Close(); } if (outputFile == null) { // The output file name wasn't specified in the project file, so // We need to figure out the output file name from the project name and type if (projectType == "Exe" || projectType == "OleExe") { outputFile = Path.ChangeExtension(projectName, ".exe"); } else if (projectType == "OleDll") { outputFile = Path.ChangeExtension(projectName, ".dll"); } else if (projectType == "Control") { outputFile = Path.ChangeExtension(projectName, ".ocx"); } } return outputFile; }
private void CountLines(FileSet TargetFileSet, string label) { this._lineCount = 0; this._commentLineCount = 0; this._emptyLinesCount = 0; this._fileNames = new ArrayList(); this._fileNames.Capacity = TargetFileSet.FileNames.Count; StringEnumerator enumerator1 = TargetFileSet.FileNames.GetEnumerator(); while (enumerator1.MoveNext()) { string text1 = enumerator1.Current; IsmCodeStatsTask.FileCodeCountInfo info1 = this.CountFile(text1); this._lineCount += info1.LineCount; this._emptyLinesCount += info1.EmptyLineCount; this._commentLineCount += info1.CommentLineCount; this._fileNames.Add(info1); } this._fileNames.TrimToSize(); this.Log(Level.Info, "Totals:\t[{0}] \t[T] {1}\t[C] {2}\t[E] {3}", new object[] { label, this._lineCount, this._commentLineCount, this._emptyLinesCount }); }
/// <summary> /// Create a .nunit project file listing the test assemblies. /// </summary> /// <param name="nunitProjectFileName">Full filename of the .nunit file.</param> /// <param name="testFileSet">Fileset containing the test assemblies.</param> /// <param name="appConfig">Optional path to App.Config file to include in project.</param> /// <param name="appBase">Optional path to the nunit app base, when included full paths to each assembly (relative to the appbase) are included</param> private void _CreateNUnitProjectFile(string nunitProjectFileName, FileSet testFileSet, string appConfig, string appBase) { XmlTextWriter writer = null; try { // Delete any existing .nunit project file if (File.Exists(nunitProjectFileName)) { File.Delete(nunitProjectFileName); } // Determine if we're going to use appbase bool useAppBase = (appBase != null && appBase.Length > 0); // Get the directory info for the app base DirectoryInfo appBaseDirectory = null; if (useAppBase) { appBaseDirectory = new DirectoryInfo(appBase); } // Create a new .nunit project file (which has xml format). writer = new XmlTextWriter(nunitProjectFileName, Encoding.Default); writer.Formatting = Formatting.Indented; //<NUnitProject> writer.WriteStartElement("NUnitProject"); // <Settings activeconfig="Debug" appbase="C:\Projects\TestProject" /> writer.WriteStartElement("Settings"); writer.WriteAttributeString("activeConfig", "Debug"); if (useAppBase) { writer.WriteAttributeString("appbase", appBase); } writer.WriteEndElement(); // <Config name="Debug" configfile="App.config" binpathtype="Auto"> writer.WriteStartElement("Config"); writer.WriteAttributeString("name", "Debug"); if (appConfig != null && appConfig.Length > 0) { writer.WriteAttributeString("configfile", appConfig); } writer.WriteAttributeString("binpathtype","Auto"); // Now iterate through each of the test assemblies. foreach (string pathName in testFileSet.FileNames) { FileInfo testAssemblyInfo = new FileInfo(pathName); if (testAssemblyInfo.Exists) { // <assembly path="Bin\MyApplication.Testing.Business.dll" /> writer.WriteStartElement("assembly"); if (useAppBase) { writer.WriteAttributeString("path", testAssemblyInfo.FullName.Substring(appBaseDirectory.FullName.Length + 1)); } else { writer.WriteAttributeString("path", testAssemblyInfo.Name); } writer.WriteEndElement(); } } // </Config> writer.WriteEndElement(); // <Config name="Release" binpathtype="Auto" /> writer.WriteStartElement("Config"); writer.WriteAttributeString("name", "Release"); writer.WriteAttributeString("binpathtype","Auto"); writer.WriteEndElement(); //</NUnitProject> writer.WriteEndElement(); } catch (Exception ex) { Log(Level.Error, ex.Message); string errorMessage = string.Format(CultureInfo.InvariantCulture, "An error occurred while creating file: {0}", nunitProjectFileName); throw new BuildException(errorMessage, Location, ex); } finally { if (writer != null) { writer.Flush(); writer.Close(); } } }
public void EmailMessageFromFileTest() { string methodName = "EmailMessageFromFileTest()"; FileSet fileSet = new FileSet(); fileSet.FileNames.AddRange(_files.ToArray()); MailTask mailTask = new MailTask(); mailTask.Project = CreateEmptyProject(); mailTask.Mailhost = _mailHost; mailTask.Port = _port; mailTask.From = _fromEmail; mailTask.ToList = CreateEmailListString(_twoEmails); mailTask.Subject = String.Format(_subjectText, methodName); mailTask.Files = fileSet; mailTask.Execute(); Assert.AreEqual(1, _smtpServer.ReceivedEmailCount); }
/// <summary> /// Initializes a new instance of the <see cref="SolutionTask" /> class. /// </summary> public SolutionTask() { _customproperties = new ArrayList(); _projects = new FileSet(); _referenceProjects = new FileSet(); _excludeProjects = new FileSet(); _assemblyFolders = new FileSet(); _webMaps = new WebMapCollection(); _projectFactory = ProjectFactory.Create(this); _solutionFactory = SolutionFactory.Create(); _configuration = new Configuration (); }
public PeVerifyTask() { Assemblies= new FileSet(); }