public ClassFormatterBenchmark()
{
AssemblyDef _assemblyDef = AssemblyDef.Create(TestFile);
TypeDef typeDef = _assemblyDef.FindType(TypeNamespace, TypeName);
_cSharpFormatter = SyntaxFactory.Create(typeDef, Languages.CSharp);
_vbFormatter = SyntaxFactory.Create(typeDef, Languages.VisualBasic);
}
/// <summary>
/// Returns a reference to the assembly to test with.
/// </summary>
/// <returns></returns>
private AssemblyDef LoadAssembly()
{
if (this.assemblyDef == null)
{
this.assemblyDef = AssemblyDef.Create(System.Configuration.ConfigurationSettings.AppSettings["assembly"]);
}
return(this.assemblyDef);
}
private TypeDef GetDelegateFromTestAssembly()
{
// having to load a entire library each time for a test is not great, need
// to try and refactor the code to enabled this to become less painful
string dir = System.AppDomain.CurrentDomain.BaseDirectory;
AssemblyDef assemblyDef = AssemblyDef.Create(System.IO.Path.Combine(dir, TestFile));
return(assemblyDef.FindType("DocumentationTest.AllOutputTypesClass", "D"));
}
public DisplayNameSignatureBenchmark()
{
_assembly = AssemblyDef.Create(TestFile);
CRefPath path = CRefPath.Parse(TestMethod1);
_method1 = _assembly.FindType(path.Namespace, path.TypeName).Methods.Find(m => m.Name == path.ElementName);
path = CRefPath.Parse(TestMethod2);
_method2 = _assembly.FindType(path.Namespace, path.TypeName).Methods.Find(m => m.Name == path.ElementName);
}
private AssemblyDef GetAssemblyDef(DocumentedAssembly current)
{
AssemblyDef assembly;
if (current.LoadedAssembly == null)
{
assembly = AssemblyDef.Create(current.FileName);
current.LoadedAssembly = assembly;
}
else
{
assembly = current.LoadedAssembly;
}
return(assembly);
}
public void InitialiseAssemblyDefFileUsedForTests()
{
string dir = System.AppDomain.CurrentDomain.BaseDirectory;
_assemblyDef = AssemblyDef.Create(System.IO.Path.Combine(dir, TestFile));
}
protected override Entry GenerateDocumentForAssembly(DocumentMap map, DocumentedAssembly current, ref int fileCounter)
{
AssemblyDef assembly = AssemblyDef.Create(current.FileName);
current.LoadedAssembly = assembly;
XmlCommentFile commentFile = new XmlCommentFile(current.XmlFileName, new FileSystem());
commentFile.Load();
ICommentSource xmlComments = commentFile; // TODO: calling load then casting is not nice
Entry assemblyEntry = this.EntryCreator.Create(assembly, System.IO.Path.GetFileName(current.FileName), xmlComments);
current.UniqueId = assembly.UniqueId = fileCounter++;
assemblyEntry.Key = assembly.GetGloballyUniqueId();
assemblyEntry.IsSearchable = false;
Entry namespaceEntry = null;
// Add the namespaces to the document map
Dictionary <string, List <TypeDef> > typesInNamespaces = assembly.GetTypesInNamespaces();
foreach (KeyValuePair <string, List <TypeDef> > currentNamespace in typesInNamespaces)
{
if (string.IsNullOrEmpty(currentNamespace.Key) || currentNamespace.Value.Count == 0)
{
continue;
}
string namespaceSubKey = this.BuildSubkey(currentNamespace);
namespaceEntry = Find(map, namespaceSubKey);
if (namespaceEntry == null)
{
namespaceEntry = this.EntryCreator.Create(currentNamespace, currentNamespace.Key, xmlComments);
namespaceEntry.Key = assemblyEntry.Key;
namespaceEntry.SubKey = namespaceSubKey;
namespaceEntry.IsSearchable = false;
}
// Add the types from that namespace to its map
foreach (TypeDef currentType in currentNamespace.Value)
{
if (currentType.Name.StartsWith("<"))
{
continue;
}
PreEntryAddedEventArgs e = new PreEntryAddedEventArgs(currentType);
this.OnPreEntryAdded(e);
if (!e.Filter)
{
Entry typeEntry = this.EntryCreator.Create(currentType, currentType.GetDisplayName(false), xmlComments, namespaceEntry);
typeEntry.Key = currentType.GetGloballyUniqueId();
typeEntry.IsSearchable = true;
// For some elements we will not want to load the child objects
// this is currently for System.Enum derived values.
if (
currentType.InheritsFrom != null && currentType.InheritsFrom.GetFullyQualifiedName() == "System.Enum" ||
currentType.IsDelegate)
{
// Ignore children
}
else
{
this.GenerateTypeMap(currentType, typeEntry, xmlComments);
typeEntry.Children.Sort();
}
namespaceEntry.Children.Add(typeEntry);
}
}
if (namespaceEntry.Children.Count > 0)
{
namespaceEntry.Children.Sort();
// we still need to add here otherwise we get duplicate namespaces.
assemblyEntry.Children.Add(namespaceEntry);
if (!map.Contains(namespaceEntry))
{
map.Add(namespaceEntry);
}
else
{
// update the type list is the contianing namespace
KeyValuePair <string, List <TypeDef> > original = (KeyValuePair <string, List <TypeDef> >)namespaceEntry.Item;
original.Value.AddRange(currentNamespace.Value);
}
}
}
map.Sort();
// we are not interested in assemblies being used here so make them childless
return(this.EntryCreator.Create(null, string.Empty, null));
}
protected override Entry GenerateDocumentForAssembly(DocumentMap map, DocumentedAssembly current, ref int fileCounter)
{
AssemblyDef assembly = AssemblyDef.Create(current.FileName);
current.LoadedAssembly = assembly;
XmlCommentFile commentFile = new XmlCommentFile(current.XmlFileName, new FileSystem());
commentFile.Load();
ICommentSource xmlComments = commentFile; // not nice having to call load then cast we wil have to fix this
Entry assemblyEntry = this.EntryCreator.Create(assembly, System.IO.Path.GetFileName(current.FileName), xmlComments);
current.UniqueId = assembly.UniqueId = fileCounter++;
assemblyEntry.Key = assembly.GetGloballyUniqueId();
assemblyEntry.IsSearchable = false;
// Add the namespaces to the document map
Dictionary <string, List <TypeDef> > typesInNamespaces = assembly.GetTypesInNamespaces();
foreach (KeyValuePair <string, List <TypeDef> > currentNamespace in typesInNamespaces)
{
if (string.IsNullOrEmpty(currentNamespace.Key) || currentNamespace.Value.Count == 0)
{
continue;
}
string namespaceSubKey = this.BuildSubkey(currentNamespace);
Entry namespaceEntry = this.FindByKey(map, assemblyEntry.Key, namespaceSubKey, false);
if (namespaceEntry == null)
{
namespaceEntry = this.EntryCreator.Create(currentNamespace, currentNamespace.Key, xmlComments, assemblyEntry);
namespaceEntry.Key = assemblyEntry.Key;
namespaceEntry.SubKey = namespaceSubKey;
namespaceEntry.IsSearchable = false;
}
// Add the types from that namespace to its map
foreach (TypeDef currentType in currentNamespace.Value)
{
if (currentType.Name.StartsWith("<"))
{
continue;
}
PreEntryAddedEventArgs e = new PreEntryAddedEventArgs(currentType);
this.OnPreEntryAdded(e);
if (!e.Filter)
{
Entry typeEntry = this.EntryCreator.Create(currentType, currentType.GetDisplayName(false), xmlComments, namespaceEntry);
typeEntry.Key = currentType.GetGloballyUniqueId();
typeEntry.IsSearchable = true;
// For some elements we will not want to load the child objects
// this is currently for System.Enum derived values.
if (
currentType.InheritsFrom != null && currentType.InheritsFrom.GetFullyQualifiedName() == "System.Enum" ||
currentType.IsDelegate)
{
// Ignore children
}
else
{
this.GenerateTypeMap(currentType, typeEntry, xmlComments);
typeEntry.Children.Sort();
}
namespaceEntry.Children.Add(typeEntry);
}
}
if (namespaceEntry.Children.Count > 0)
{
assemblyEntry.Children.Add(namespaceEntry);
namespaceEntry.Children.Sort();
}
}
assemblyEntry.Children.Sort();
return(assemblyEntry);
}
public void LoadTest()
{
AssemblyDef def = AssemblyDef.Create(TestFile);
}
private void LoadAssemblyDefOnly()
{
AssemblyDef assembly = AssemblyDef.Create(TestFile);
}
