internal ComTypeDefInfo(TypeLibrary typeLib,
TYPEKIND typeKind,
int index) :
base(typeLib, typeKind, index)
{
TYPEATTR typeAttr;
IntPtr typeAttrPtr;
_typeInfo.GetTypeAttr(out typeAttrPtr);
typeAttr =
(TYPEATTR)Marshal.PtrToStructure(typeAttrPtr,
typeof(TYPEATTR));
_infoType = "TypeDef";
if (TraceUtil.If(this, TraceLevel.Verbose))
Trace.WriteLine("TypeDefInfo: " + _name);
_varComType =
TypeLibUtil.TYPEDESCToString(typeLib,
_typeInfo,
typeAttr.tdescAlias,
TypeLibUtil.COMTYPE);
_varClrType =
TypeLibUtil.TYPEDESCToString(typeLib,
_typeInfo,
typeAttr.tdescAlias,
!TypeLibUtil.COMTYPE);
_typeInfo.ReleaseTypeAttr(typeAttrPtr);
// Add to the typelibrary for resolution
typeLib.TypeDefHash.Add(_name, this);
}
internal ComTypeLibTreeNode(TypeLibrary typeLib)
{
_typeLib = typeLib;
_typeLib.TreeNode = this;
SetPresInfo(_typeLib.PresInfo);
PostConstructor();
}
// The TypeLibrary is used to resolve any typedefs
public static String TYPEDESCToString(TypeLibrary typeLib,
UCOMITypeInfo typeInfo,
TYPEDESC typeDesc,
bool comType)
{
String ret =
TYPEDESCToStringInt(typeLib, typeInfo,
typeDesc, comType, 0);
return ret;
}
internal ComStructInfo(TypeLibrary typeLib,
TYPEKIND typeKind,
int index) :
base(typeLib, typeKind, index)
{
switch (typeKind)
{
case TYPEKIND.TKIND_ENUM:
_infoType = "Enum";
break;
case TYPEKIND.TKIND_MODULE:
_infoType = "Module";
break;
case TYPEKIND.TKIND_RECORD:
_infoType = "Struct";
break;
case TYPEKIND.TKIND_UNION:
_infoType = "Union";
break;
}
TYPEATTR typeAttr;
IntPtr typeAttrPtr;
_typeInfo.GetTypeAttr(out typeAttrPtr);
typeAttr =
(TYPEATTR)Marshal.PtrToStructure(typeAttrPtr,
typeof(TYPEATTR));
for (int i = 0; i < typeAttr.cVars; i++)
{
ComVariableInfo mi = new ComVariableInfo(this,
_typeKind,
_typeInfo,
i);
_members.Add(mi);
}
_typeInfo.ReleaseTypeAttr(typeAttrPtr);
if (TraceUtil.If(this, TraceLevel.Verbose))
Trace.WriteLine("Struct: " + _name);
}
internal AssemblyTreeNode(Assembly assembly,
TypeLibrary typeLib) : base()
{
_assembly = assembly;
_typeLib = typeLib;
MethodInfo entryPoint = null;
try
{
entryPoint = _assembly.EntryPoint;
}
catch
{
// Sadly, this can throw for some reason
}
if (entryPoint != null)
_isDragSource = true;
PostConstructor();
}
// Used for subclassses that are classes, objects and interfaces
// Where the type library information is known
internal BasicInfo(TypeLibrary typeLib,
TYPEKIND typeKind,
int index,
UCOMITypeInfo typeInfo,
Guid guid) : this()
{
Setup(typeLib, typeKind, index, typeInfo, guid);
}
// Used for subclassses that are classes, objects and interfaces
// Where the type library information is known
internal BasicInfo(TypeLibrary typeLib,
TYPEKIND typeKind,
int index) : this()
{
Setup(typeLib, typeKind, index, null, Guid.Empty);
}
public static String TYPEDESCToStringInt(TypeLibrary typeLib,
UCOMITypeInfo typeInfo,
TYPEDESC typeDesc,
bool comType,
int level)
{
String ret;
try
{
if ((VarEnum)typeDesc.vt == VarEnum.VT_PTR ||
(VarEnum)(typeDesc.vt & ActiveX.VT_TYPEMASK) ==
VarEnum.VT_SAFEARRAY)
{
TYPEDESC pTypeDesc =
(TYPEDESC)Marshal.PtrToStructure(typeDesc.lpValue,
typeof(TYPEDESC));
ret = TYPEDESCToStringInt(typeLib,
typeInfo, pTypeDesc,
comType, level + 1);
if ((VarEnum)(typeDesc.vt & ActiveX.VT_TYPEMASK) ==
VarEnum.VT_SAFEARRAY)
{
// FIXME - what about the non-comType
return "SAFEARRAY(" + ret + ")";
}
if (comType)
{
ret += "*";
}
else
{
// void* become IntPtr
if (ret.Equals("void"))
ret = "System.IntPtr";
else
{
// The first pointer is not a ref, its only
// a ref if there are two
// FIXME - what if there are more?
if (level == 1)
ret = "ref " + ret;
}
}
return ret;
}
if ((VarEnum)(typeDesc.vt & ActiveX.VT_TYPEMASK) ==
VarEnum.VT_CARRAY)
{
// typeDesc.lpValue in this case is really the laValue
// (since TYPEDESC is a contains a union of pointers)
ARRAYDESC pArrayDesc =
(ARRAYDESC)Marshal.PtrToStructure(typeDesc.lpValue,
typeof(ARRAYDESC));
ret = TYPEDESCToStringInt(typeLib, typeInfo,
pArrayDesc.tdescElem,
comType,
level + 1);
// Just show the number of diminsions, don't worry about
// showing the size of each since we don't want to
// get into marshalling the variable length ARRAYDESC
// structure
for (int i = 0; i < pArrayDesc.cDims; i++)
ret += "[]";
return ret;
}
if ((VarEnum)typeDesc.vt == VarEnum.VT_USERDEFINED)
{
UCOMITypeInfo uTypeInfo = null;
// FIXME - sometimes this chokes and hangs due to a bad
// handle value here, need to do something to prevent this
int href = typeDesc.lpValue.ToInt32();
typeInfo.GetRefTypeInfo(href, out uTypeInfo);
if (uTypeInfo != null)
{
String docName;
String docString;
int helpContext;
String helpFile;
uTypeInfo.GetDocumentation(-1, out docName,
out docString,
out helpContext,
out helpFile);
// Fix up misc references
if (docName.Equals("GUID"))
docName = "System.Guid";
// Present the user names for the types in COM
// mode, but for the CLR types, get the real
// underlying names
if (!comType)
return typeLib.ResolveTypeDef(docName, comType);
return docName;
}
else
{
TraceUtil.WriteLineWarning(null, "USER: "******" 0x" + href.ToString("X")
+ " ***UNKNOWN***");
return "(userDef unknown)";
}
}
return GetTypeStr(typeDesc.vt, comType);
}
catch (Exception ex)
{
TraceUtil.WriteLineWarning
(null, "ActiveX type conversion error: " + ex);
return "(error)";
}
}
// Returns a ComClassInfo for the requested class
// Used for creating from within a typelib
internal static ComClassInfo GetClassInfo(TypeLibrary typeLib,
TYPEKIND typeKind,
int index)
{
UCOMITypeInfo typeInfo;
typeLib.ITypeLib.GetTypeInfo(index, out typeInfo);
Guid guid = GuidFromTypeInfo(typeInfo);
ComClassInfo clsInfo = (ComClassInfo)_classesByCLSID[guid];
if (clsInfo != null)
{
// Add the type lib information if we have seen this
// class before
clsInfo.SetupTypeLibInfo(typeLib, typeKind, index,
null, Guid.Empty);
return clsInfo;
}
return new ComClassInfo(typeLib, typeKind, index,
typeInfo, guid);
}
internal static void RememberTypeLib(TypeLibrary typeLib)
{
TraceUtil.WriteLineInfo(null, "typelib add to properties: " + typeLib.FileName);
string guid = Utils.MakeGuidStr(typeLib.Key._guid);
_typelibs.Remove(typeLib.FileName);
_typelibs.Add(new PreviouslyOpenedTypeLibrary(typeLib.FileName, guid, typeLib.Key._version));
}
internal static void SelectTypeLib(TypeLibrary lib)
{
// Find and select the registered node
BrowserTreeNode typeLibNode = FindTypeLib(lib.Key);
if (typeLibNode != null)
typeLibNode.PointToNode();
else
{
throw new Exception("Bug, expected to be in type lib tree: "
+ lib);
}
}
// Gets a type library given a file name, this returns
// an existing type library if it is already known
internal static TypeLibrary GetTypeLib(String fileName)
{
TraceUtil.WriteLineInfo(null, "TypeLib - GetTypeLib (file): " + fileName);
// Key is assigned in ReadTypeLibFile
TypeLibrary lib = new TypeLibrary();
lib._fileName = fileName;
lib.ReadTypeLibFile();
if (lib._iTypeLib == null)
return null;
// Find the type library by guid just in case it was
// already opened. This will also translate it.
return GetTypeLib(lib._iTypeLib);
}
// If the UCOMITypeLib pointer is good, then remember
// that, because the type library may not be in the registry
// or a file we can open. But we can still convert it and
// read its information
internal static TypeLibrary GetTypeLib(TypeLibKey key, UCOMITypeLib iTypeLib)
{
TraceUtil.WriteLineInfo(null, "TypeLib - GetTypeLib: " + key);
lock (typeof(TypeLibrary)) {
TypeLibrary lib = (TypeLibrary)_openedTypeLibs[key];
if (lib != null && lib._converted)
return lib;
try {
if (lib == null) {
// Have to create one
lib = new TypeLibrary(key);
lib._iTypeLib = iTypeLib;
try {
lib.PopulateFromRegistry(key);
} catch (Exception ex) {
// This could be ok, sometimes a typelib is not
// in the registry
TraceUtil.WriteLineWarning
(typeof(TypeLibrary),
"GetTypeLib exception (not in registry) "
+ ex);
if (lib._iTypeLib == null) {
throw new Exception("Failed to find type library information in registry", ex);
}
}
}
lib.TranslateTypeLib();
// Generate the C# source after the translation for
// now because the source generation requires the
// definitions to be read which can cause a call
// to GetTypeLib(), don't want to be re-entered
// FIXME
//lib.GenerateSource();
return lib;
} catch (Exception ex) {
TraceUtil.WriteLineWarning(typeof(TypeLibrary), "GetTypeLib exception " + ex);
throw new Exception("Error getting type library: ", ex);
}
}
}
// Called when a type library is loaded from the remembered
// type libraries upon start up
internal static void RestoreTypeLib(String fileName,
Guid guid,
string version)
{
TypeLibrary lib = null;
try {
lock (typeof(TypeLibrary)) {
TraceUtil.WriteLineInfo(null,
"RestoreTypeLib - guid/version: "
+ guid + " " + version);
TypeLibKey typeLibKey = new TypeLibKey(guid, version);
// We should not have already seen this one, but
// if we have, we will be decent about it
lib = (TypeLibrary)_openedTypeLibs[typeLibKey];
if (lib == null) {
lib = new TypeLibrary(typeLibKey);
try {
lib.PopulateFromRegistry(typeLibKey);
}
catch (Exception ex) {
// Get the file name we recorded since its not
// registered
lib._fileName = fileName;
// Might not be registered, ignore error
TraceUtil.WriteLineInfo
(typeof(TypeLibrary),
"Unregistered typelib restore: "
+ fileName
+ " exception: " + ex);
}
}
lib.ReadTypeLibFile();
if (lib._openedFile) {
if (!_searchMode) {
ComSupport.AddTypeLib(lib);
}
TraceUtil.WriteLineInfo(null,
"TypeLib - loaded/restored: "
+ lib);
} else {
// Something's wrong, don't try and open again
lib.ForgetMe();
TraceUtil.WriteLineInfo(null,
"TypeLib - failed to open "
+ "- forgotten: "
+ lib);
}
}
} catch (Exception ex) {
TraceUtil.WriteLineWarning
(null, "TypeLib - deleting bad typelib entry: "
+ lib + " " + ex);
// Something's wrong, don't try and open again
lib.ForgetMe();
}
}
protected static void GetTypeLibsFromRegistry(String guidStr)
{
TypeLibrary lib = null;
RegistryKey regKey = Windows.KeyTypeLib.OpenSubKey(guidStr);
String[] subKeyNames = regKey.GetSubKeyNames();
foreach (String versionStr in subKeyNames) {
RegistryKey versionKey = regKey.OpenSubKey(versionStr);
try {
if (versionKey == null) {
throw new Exception("Version entry not "
+ "found for typelib: "
+ guidStr);
}
TypeLibKey key = new TypeLibKey(new Guid(guidStr), versionStr);
// See if we already know about it
TypeLibrary convLib = (TypeLibrary)_openedTypeLibs[key];
if (convLib == null) {
lib = new TypeLibrary();
lib.Key = key;
lib.PopulateFromRegistry(versionKey);
// We don't read the type lib info until the user
// wants the detail text or something else
// that requires it
} else {
lib = convLib;
}
_registeredTypeLibs.Add(lib, lib);
} catch (Exception ex) {
TraceUtil.WriteLineInfo(null,
"TypeLib - failure to read: "
+ versionKey + " " + ex);
}
}
}
protected Type GetTypeFromTypeLib(TypeLibrary typeLib)
{
if (typeLib == null)
{
_typeFailedException =
new Exception("Unable to determine TypeLib "
+ "from CLSID: " + _guidStr);
throw _typeFailedException;
}
// Set this information because we might have read the
// class from a source other than the type library
_container = typeLib;
_typeLib = typeLib;
// Get the type associated with the CLSId from the typelib
if (Name == null)
{
ComClassInfo clsInfo = typeLib.GetClassInfoFromCLSID(_guid);
Name = clsInfo.Name;
}
Type type = typeLib.FindTypeByName(Name,
TypeLibrary.FIND_CLASS);
if (type == null)
{
_typeFailedException =
new Exception("CLR type not found in "
+ _container
+ " for ActiveX type "
+ this
+ ".\n\nThis is likely caused by "
+ "the assembly corresponding to "
+ "this type library not being "
+ "available.");
throw _typeFailedException;
}
if (TraceUtil.If(this, TraceLevel.Info))
Trace.WriteLine("ComClassInfo - type: " + type);
return type;
}
internal virtual void Setup(TypeLibrary typeLib,
TYPEKIND typeKind,
int index)
{
Setup(typeLib, typeKind, index, null, Guid.Empty);
}
// Returns the index of this object's type in the typelib
protected int GetTypeLib(IntPtr dispPtr)
{
if (TraceUtil.If(this, TraceLevel.Info))
{
Trace.WriteLine("ComObjInfo::GetTypeLib: "
+ _obj + " type: " + _obj.GetType());
}
if (_typeLib != null)
return -1;
UCOMITypeLib iTypeLib;
int index = -1;
try
{
IDispatch idisp = (IDispatch)
Marshal.GetObjectForIUnknown(dispPtr);
int count;
int result = idisp.GetTypeInfoCount(out count);
if (result != 0)
{
TraceUtil.WriteLineWarning
(typeof(ComObjectInfo),
"ComObjInfo - "
+ "GetTypeInfoCount failed: 0x"
+ result.ToString("x") + " obj: " + _obj);
throw new COMException("(probably a bug, please report) "
+ "Failed on GetTypeInfoCount",
result);
}
if (count == 0)
{
TraceUtil.WriteLineWarning
(typeof(ComObjectInfo),
"ComObjInfo - "
+ " typeinfo count = 0: " + _obj);
throw new Exception("This object has no type information "
+ "(GetTypeInfoCount returned 0). ");
}
result = idisp.GetTypeInfo(0, 0, out _typeInfo);
if (result != 0)
{
TraceUtil.WriteLineWarning(typeof(ComObjectInfo),
"ComObjInfo - "
+ "typeInfo not found:" + _obj);
throw new COMException("(probably a bug, please report) "
+ "Failed to get ITypeInfo",
result);
}
if (_typeInfo == null)
{
TraceUtil.WriteLineWarning(typeof(ComObjectInfo),
"ComObjInfo - "
+ "typeInfo not found:" + _obj);
throw new Exception("(probably a bug, please report) "
+ "Null TypeInfo pointer returned");
}
// Now we can get the type library information using these
// nice interfaces provided as part of the interop services
_typeInfo.GetContainingTypeLib(out iTypeLib, out index);
_typeLib = TypeLibrary.GetTypeLib(iTypeLib);
}
catch (Exception ex)
{
if (_typeInfo != null)
{
Guid guid = BasicInfo.GuidFromTypeInfo(_typeInfo);
TraceUtil.WriteLineWarning(typeof(ComObjectInfo),
"ComObjInfo (type "
+ guid + ")");
}
TraceUtil.WriteLineWarning(typeof(ComObjectInfo),
"Containing typelib not found:"
+ ex);
throw new Exception("Cannot get TypeLib for object. "
+ "Getting the TypeLib information for "
+ "an object is required as this contains "
+ "the type information used to display "
+ "the object. ", ex);
}
if (TraceUtil.If(this, TraceLevel.Info))
{
Trace.WriteLine("ComObjInfo - containing typelib index: "
+ index);
}
return index;
}
internal virtual void Setup(TypeLibrary typeLib,
TYPEKIND typeKind,
int index,
UCOMITypeInfo typeInfo,
Guid guid)
{
_typeLib = typeLib;
_iTypeLib = typeLib.ITypeLib;
if (typeInfo != null)
_typeInfo = typeInfo;
else
_iTypeLib.GetTypeInfo(index, out _typeInfo);
if (!guid.Equals(Guid.Empty))
InitGuid(guid);
else
InitGuid(GuidFromTypeInfo(_typeInfo));
_typeKind = typeKind;
_presInfo = PresentationMap.GetInfo(_typeKind);
GetDocumentation(index);
if (TraceUtil.If(this, TraceLevel.Info))
Trace.WriteLine(this, "Basic: " + typeKind + " " + this);
}
// Constructor from creating withing a typelib
internal override void Setup(TypeLibrary typeLib,
TYPEKIND typeKind,
int index)
{
base.Setup(typeLib, typeKind, index);
Init();
_container = typeLib;
TYPEATTR typeAttr;
IntPtr typeAttrPtr;
_typeInfo.GetTypeAttr(out typeAttrPtr);
typeAttr =
(TYPEATTR)Marshal.PtrToStructure(typeAttrPtr,
typeof(TYPEATTR));
if (typeKind == TYPEKIND.TKIND_DISPATCH)
{
_infoType = "Dispatch Interface";
_dispatch = true;
}
else
{
_infoType = "Interface";
}
if ((typeAttr.wTypeFlags & TYPEFLAGS.TYPEFLAG_FDUAL) != 0)
{
_infoType = "Dual Interface";
_dispatch = true;
_dual = true;
}
// Members
for (int i = 0; i < typeAttr.cFuncs; i++)
{
// Some members for a dispatch interface are not added
// because they are the inherited members from the
// IDispatch interface
ComMemberInfo mi = ComMemberInfo.
MakeComMemberInfo(this,
typeKind,
_typeInfo,
i,
_dispatch,
_dual);
if (mi != null)
{
_members.Add(mi);
_memberNames.Add(mi.NameKey, mi);
}
}
// Inherited interfaces
for (int i = 0; i < typeAttr.cImplTypes; i++)
{
int href;
int refTypeIndex;
UCOMITypeInfo refTypeInfo;
UCOMITypeLib refITypeLib;
TypeLibrary refTypeLib;
try
{
_typeInfo.GetRefTypeOfImplType(i, out href);
_typeInfo.GetRefTypeInfo(href, out refTypeInfo);
refTypeInfo.GetContainingTypeLib(out refITypeLib,
out refTypeIndex);
refTypeLib = TypeLibrary.GetTypeLib(refITypeLib);
ComInterfaceInfo mi =
ComInterfaceInfo.GetInterfaceInfo(refTypeLib,
typeAttr.typekind,
refTypeIndex);
if (TraceUtil.If(this, TraceLevel.Verbose))
Trace.WriteLine(" inherit: " + mi);
_members.Add(mi);
_parentCount += 1 + mi.ParentCount;
// Don't set the typelib on the member as multiple
// typelibs may refer to the same interface
mi._container = this;
}
catch (Exception ex)
{
ErrorDialog.Show
(ex,
"Warning - this error was detected when attempting "
+ "to find an ancestor of the interface "
+ _name
+ ". This is normal in the case where the type "
+ "library containing that interface "
+ "is not available. "
+ "In other situations this might be a bug and "
+ "should be reported.",
"Warning - Cannot Access Inherited Interface",
MessageBoxIcon.Warning);
}
}
if (_dual)
{
_printName = (String)_name.Clone();
_printName += " (Dual)";
}
else
{
_printName = _name;
}
_typeInfo.ReleaseTypeAttr(typeAttrPtr);
}
// Adds the remembered type lib to the favorites part
// of the type library tree
internal static BrowserTreeNode AddTypeLib(TypeLibrary lib)
{
BrowserTreeNode findRoot;
findRoot = _favTypeLibNode;
if (findRoot == null)
return null;
BrowserTreeNode typeLibNode = FindTypeLib(lib.Key, findRoot);
if (typeLibNode == null) {
typeLibNode = new ComTypeLibTreeNode(lib);
// This might be called on the thread to restore open typelibs
_comTree.Invoke(new BrowserTreeNode.AddLogicalInvoker(findRoot.AddLogicalNode),
new Object[] { typeLibNode });
}
return typeLibNode;
}
// Constuctor when creating from withing a typelib
protected ComClassInfo(TypeLibrary typeLib,
TYPEKIND typeKind,
int index,
UCOMITypeInfo typeInfo,
Guid guid)
{
Init();
SetupTypeLibInfo(typeLib, typeKind, index, typeInfo, guid);
_classesByCLSID.Add(_guid, this);
}
internal static void ForgetTypeLib(TypeLibrary typelib)
{
TraceUtil.WriteLineInfo(null, "ForgetTypeLib " + typelib);
_typelibs.Remove(typelib.FileName);
}
protected void SetupTypeLibInfo(TypeLibrary typeLib,
TYPEKIND typeKind,
int index,
UCOMITypeInfo typeInfo,
Guid guid)
{
if (_hasTypeLibInfo)
return;
base.Setup(typeLib, typeKind, index, typeInfo, guid);
TYPEATTR typeAttr;
IntPtr typeAttrPtr;
_typeInfo.GetTypeAttr(out typeAttrPtr);
typeAttr =
(TYPEATTR)Marshal.PtrToStructure(typeAttrPtr,
typeof(TYPEATTR));
_cImplTypes = typeAttr.cImplTypes;
_typeFlags = typeAttr.wTypeFlags;
_typeInfo.ReleaseTypeAttr(typeAttrPtr);
_hasTypeLibInfo = true;
}
// Get or create a interface info for the specified interface
internal static ComInterfaceInfo GetInterfaceInfo
(TypeLibrary typeLib,
TYPEKIND typeKind,
int index)
{
UCOMITypeInfo typeInfo;
Guid guid;
typeLib.ITypeLib.GetTypeInfo(index, out typeInfo);
guid = GuidFromTypeInfo(typeInfo);
// Use the TypeLibrary lock to prevent deadlocks
lock (typeof(TypeLibrary))
{
// Never heard of it, get the defining type library
ComInterfaceInfo intInfo =
(ComInterfaceInfo)_interfacesByGuid[guid];
if (intInfo == null)
{
// Add the interface to the table before we call
// setup because setup will try to create the
// inherited interfaces, and it should find
// this one (otherwise it will stack overflow)
intInfo = new ComInterfaceInfo();
_interfacesByGuid.Add(guid, intInfo);
intInfo.Setup(typeLib, typeKind, index);
}
return intInfo;
}
}
internal static AssemblyTreeNode AddAssy(Assembly assy, TypeLibrary typeLib)
{
// The assembly might have already been added (this can
// happen when a previously converted [from com] assembly
// is opened), if so,
// find it and make sure the typeLib information is provided
AssemblyTreeNode atNode = FindAssemblyNode(assy);
if (atNode != null) {
if (typeLib != null)
atNode.TypeLib = typeLib;
return atNode;
}
ICollection types = null;
// Only get the types if the control tree is showing because
// it can take a long time
if (ComponentInspectorProperties.ShowControlPanel)
types = GetAssyTypes(assy);
AssemblyTreeNode node = new AssemblyTreeNode(assy, typeLib);
if (_assyTree.InvokeRequired) {
_assyTree.Invoke(new BrowserTreeNode.AddLogicalInvoker(_assyRootNode.AddLogicalNode),
new Object[] { node });
_controlTree.Invoke(new ControlTree.AddAssyInvoker(ControlTree.AddAssy),
new Object[] { assy, types });
} else {
_assyRootNode.AddLogicalNode(node);
ControlTree.AddAssy(assy, types);
}
return node;
}
