public void ShouldBeAbleToLoadSeveralAssembliesIntoSameDomain() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); Assert.IsTrue(tested.LoadAssembly(GetType().Assembly.Location)); Assert.IsTrue(tested.LoadAssembly(tested.GetType().Assembly.Location)); }
public void ShouldNotBeAbleToLoadSameAssemblyTwiceIntoSameDomain() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); Assert.IsTrue(tested.LoadAssembly(GetType().Assembly.Location)); Assert.IsFalse(tested.LoadAssembly(GetType().Assembly.Location)); }
private void btnAssemblyReflection_Click(object sender, RoutedEventArgs e) { var assemblyPath = txtAssemblyPath.Text; var manager = new AssemblyReflectionManager(); var success = manager.LoadAssembly(assemblyPath, "VNCReflectionDomain"); var results = manager.Reflect(assemblyPath, (a) => { var names = new List <String>(); var types = a.GetTypes(); foreach (var t in types) { names.Add(t.Name); } return(names); }); txtOutput.Clear(); foreach (var name in results) { txtOutput.Text += (System.Environment.NewLine + name.ToString()); } manager.UnloadAssembly(assemblyPath); }
public void ShouldLogToInfoNumberOfAddedPluginsForAssembly() { var path = GetType().Assembly.Location; var pattern = new Regex(@"^Found \d+ plugins in .+$"); var mockAssemblySource = new Mock <IAssemblySource>(); PluginExtractor tested = new PluginExtractor(mockAssemblySource.Object); MockLog log = new MockLog(tested); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { manager.LoadAssembly(path); mockAssemblySource.Raise(x => x.AssemblyAdded += null, new AssemblyAddedEventArgs(path, manager)); } Assert.IsTrue(log.Any(x => x.Level == MockLog.Level.Info && pattern.IsMatch(x.Message) && x.Message.Contains(path))); }
public void ShouldThrowBadImageFormatOnLoadOfInvalidAssembly() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); string fileName = Guid.NewGuid().ToString() + ".dll"; try { using (var file = System.IO.File.CreateText(fileName)) file.WriteLine("not assembly data"); DoAssert.Throws<BadImageFormatException>(() => tested.LoadAssembly(fileName)); } finally { System.IO.File.Delete(fileName); } }
public void ShouldThrowBadImageFormatOnLoadOfInvalidAssembly() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); string fileName = Guid.NewGuid().ToString() + ".dll"; try { using (var file = System.IO.File.CreateText(fileName)) file.WriteLine("not assembly data"); DoAssert.Throws <BadImageFormatException>(() => tested.LoadAssembly(fileName)); } finally { System.IO.File.Delete(fileName); } }
private void btnDomainReflection_Click(object sender, RoutedEventArgs e) { var assemblyPath = txtAssemblyPath.Text; var manager = new AssemblyReflectionManager(); var success = manager.LoadAssembly(assemblyPath, "VNCReflectionDomain"); var results = manager.GetTypeInformation(assemblyPath); txtOutput.Clear(); foreach (TypeInformation info in results) { txtOutput.Text += (System.Environment.NewLine + info.FullName); } manager.UnloadAssembly(assemblyPath); }
public void OnAssemblyRemovedShouldRaisePluginLostForEachPluginInAssembly() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List<PluginDescriptor> plugins = new List<PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); AssemblyRemovedEventArgs args = new AssemblyRemovedEventArgs(assemblyPath); mockSource.RaiseAssemblyRemoved(args); } Assert.AreEqual(0, plugins.Count); }
public void PluginDescriptorShouldContainSpecifiedName() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List <PluginDescriptor> plugins = new List <PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); } PluginDescriptor plugin = plugins.First(x => x.QualifiedName == typeof(MockPlugin2)); Assert.AreEqual("MockPlugin2", plugin.Name); }
public void OnAssemblyRemovedShouldRaisePluginLostForEachPluginInAssembly() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List <PluginDescriptor> plugins = new List <PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); AssemblyRemovedEventArgs args = new AssemblyRemovedEventArgs(assemblyPath); mockSource.RaiseAssemblyRemoved(args); } Assert.AreEqual(0, plugins.Count); }
public void PluginDescriptorShouldContainPluginSettings() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List <PluginDescriptor> plugins = new List <PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); } PluginDescriptor plugin = plugins.First(x => x.QualifiedName == typeof(MockPlugin1)); Assert.AreEqual(2, plugin.Settings.Count); Assert.IsTrue(plugin.Settings.Any(x => x.Name == "Setting" && x.SettingType == typeof(int))); Assert.IsTrue(plugin.Settings.Any(x => x.Name == "AnotherSetting" && x.SettingType == typeof(string))); }
public void PluginDescriptorShouldContainDerivedClasses() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List <PluginDescriptor> plugins = new List <PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); } PluginDescriptor plugin = plugins.First(x => x.QualifiedName == typeof(MockPlugin1)); Assert.AreEqual(3, plugin.Derives.Count); Assert.IsTrue(plugin.Derives.Any(x => x == typeof(MockPluginBase))); Assert.IsTrue(plugin.Derives.Any(x => x == typeof(MarshalByRefObject))); Assert.IsTrue(plugin.Derives.Any(x => x == typeof(object))); }
public void ShouldThrowFileNotFoundOnLoadOfNonExistingAssembly() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); DoAssert.Throws <FileNotFoundException>(() => tested.LoadAssembly("ShouldThrowFileNotFoundOnLoadOfNonExistingAssembly.dll")); }
public void ShouldBeAbleToLoadExistingAssembly() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); Assert.IsTrue(tested.LoadAssembly(GetType().Assembly.Location)); }
public void PluginDescriptorShouldContainDefaultName() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List<PluginDescriptor> plugins = new List<PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); } var expected = typeof(MockPlugin1).FullName; PluginDescriptor plugin = plugins.First(x => x.QualifiedName == typeof(MockPlugin1)); Assert.AreEqual(expected, plugin.Name); }
public void ShouldBeAbleToLoadSeveralAssembliesIntoSameDomain() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); Assert.IsTrue(tested.LoadAssembly(GetType().Assembly.Location)); Assert.IsTrue(tested.LoadAssembly(tested.GetType().Assembly.Location)); }
public void ShouldLogToInfoNumberOfLostPluginsForAssembly() { var path = GetType().Assembly.Location; var pattern = new Regex(@"^Lost \d+ plugins when .+ was removed$"); var mockAssemblySource = new Mock<IAssemblySource>(); PluginExtractor tested = new PluginExtractor(mockAssemblySource.Object); MockLog log = new MockLog(tested); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { manager.LoadAssembly(path); mockAssemblySource.Raise(x => x.AssemblyAdded += null, new AssemblyAddedEventArgs(path, manager)); mockAssemblySource.Raise(x => x.AssemblyRemoved += null, new AssemblyRemovedEventArgs(path)); } Assert.IsTrue(log.Any(x => x.Level == MockLog.Level.Info && pattern.IsMatch(x.Message) && x.Message.Contains(path))); }
public void ShouldNotBeAbleToLoadSameAssemblyTwiceIntoSameDomain() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); Assert.IsTrue(tested.LoadAssembly(GetType().Assembly.Location)); Assert.IsFalse(tested.LoadAssembly(GetType().Assembly.Location)); }
public void PluginDescriptorShouldContainPluginSettings() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List<PluginDescriptor> plugins = new List<PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); } PluginDescriptor plugin = plugins.First(x => x.QualifiedName == typeof(MockPlugin1)); Assert.AreEqual(2, plugin.Settings.Count); Assert.IsTrue(plugin.Settings.Any(x => x.Name == "Setting" && x.SettingType == typeof(int))); Assert.IsTrue(plugin.Settings.Any(x => x.Name == "AnotherSetting" && x.SettingType == typeof(string))); }
public void PluginDescriptorShouldContainDerivedClasses() { MockAssemblySource mockSource = new MockAssemblySource(); PluginExtractor tested = new PluginExtractor(mockSource); List<PluginDescriptor> plugins = new List<PluginDescriptor>(); tested.PluginAdded += (s, e) => plugins.Add(e.Plugin); tested.PluginRemoved += (s, e) => plugins.Remove(e.Plugin); using (AssemblyReflectionManager manager = new AssemblyReflectionManager()) { string assemblyPath = GetType().Assembly.Location; manager.LoadAssembly(assemblyPath); mockSource.RaiseAssemblyAdded(new AssemblyAddedEventArgs(assemblyPath, manager)); } PluginDescriptor plugin = plugins.First(x => x.QualifiedName == typeof(MockPlugin1)); Assert.AreEqual(3, plugin.Derives.Count); Assert.IsTrue(plugin.Derives.Any(x => x == typeof(MockPluginBase))); Assert.IsTrue(plugin.Derives.Any(x => x == typeof(MarshalByRefObject))); Assert.IsTrue(plugin.Derives.Any(x => x == typeof(object))); }
public void ShouldThrowFileNotFoundOnLoadOfNonExistingAssembly() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); DoAssert.Throws<FileNotFoundException>(() => tested.LoadAssembly("ShouldThrowFileNotFoundOnLoadOfNonExistingAssembly.dll")); }
public bool Add(string assemblyPath) { if (assemblyPath == null) throw new ArgumentNullException("assemblyPath"); FileInfo assemblyFile = new FileInfo(assemblyPath); if (!assemblyFile.Exists) throw new FileNotFoundException(); try { using (AssemblyReflectionManager reflectionManager = new AssemblyReflectionManager()) { lock (this.assemblyPaths) { if (this.pathAssembly.ContainsKey(assemblyPath)) throw new ArgumentException(Resources.AssemblyAlreadyAdded); if (reflectionManager.LoadAssembly(assemblyFile.FullName)) { var assemblyName = reflectionManager.Reflect(assemblyFile.FullName, assembly => assembly.FullName); AddPathToName(assemblyName, assemblyFile.FullName); this.log.Info(Resources.AssemblyAdded, assemblyFile.FullName); if (this.AssemblyAdded != null) this.AssemblyAdded(this, new AssemblyAddedEventArgs(assemblyFile.FullName, reflectionManager)); return true; } } } } catch (BadImageFormatException) { } catch (FileLoadException) { } return false; }
public void ShouldBeAbleToLoadExistingAssembly() { AssemblyReflectionManager tested = new AssemblyReflectionManager(); Assert.IsTrue(tested.LoadAssembly(GetType().Assembly.Location)); }