public void DomainNameWithUpperCasePrefix() { var sut = new DomainPath("LDAP://dc"); Assert.AreEqual("LDAP://dc", sut.GetPathWithProtocol()); Assert.AreEqual("dc", sut.GetPathWithoutProtocol()); }
public void VerifyDomainPath() { try { if (!DomainPath.EndsWith("\\")) { DomainPath += "\\"; } Path.GetFullPath(DomainPath); } catch (Exception ex) { var newLine = Environment.NewLine; throw new ArgumentException(string.Concat("Domain Path invalid.", newLine, newLine, ex.Message)); } }
private void EnsureLoaded() { if (Loaded) { return; } lock (loadlock) { if (!Loaded) { loadedAssemblies.Clear(); if (!String.IsNullOrEmpty(DomainPath)) { var paths = DomainPath.Split(';'); var filters = FileFilter.Split('|'); foreach (var path in paths) { try { loadedAssemblies.AddRange( filters.SelectMany(s => Directory.GetFiles(path, s)).Select(Assembly.LoadFrom)); Loaded = true; } // Files should always exists but don't blow up here if they don't catch (FileNotFoundException) { } // File was found but could not be loaded catch (FileLoadException) { } // Dlls that contain native code are not loaded, but do not invalidate the Directory catch (BadImageFormatException) { } // Dlls that have missing Managed dependencies are not loaded, but do not invalidate the Directory catch (ReflectionTypeLoadException) { } } } } } }
public void DomainNameIsInitialized() { var sut = new DomainPath("dc"); Assert.AreEqual("dc", sut.Value); }