Code:
/ 4.0 / 4.0 / DEVDIV_TFS / Dev10 / Releases / RTMRel / wpf / src / Framework / MS / Internal / IO / Packaging / indexingfiltermarshaler.cs / 1305600 / indexingfiltermarshaler.cs
//------------------------------------------------------------------------------ // //// Copyright (C) Microsoft Corporation. All rights reserved. // // // Description: // Class which acts as adaptor between IManagedFilter and IFilter. // Used by PackageFilter for XamlFilter and CorePropertiesFilter. // Used by EncryptedPackageFilter for CorePropertiesFilter. // // History: // 02/25/2004: JohnLarc: Creation, using BruceMac's code from XamlFilter, ContainerFilter, and ManagedFilterMarshalingHelper. // 08/26/2004: JohnLarc: Removed access to indexing filters from managed code. // 07/18/2005: ArindamB: Removed IPersistStream and IPersistFile interfaces. // //----------------------------------------------------------------------------- using System.Diagnostics; using System; using System.Runtime.InteropServices; using System.Collections; using System.Windows; // for ExceptionStringTable using System.Security; // for SecurityCritical using MS.Internal.Interop; // for STAT_CHUNK, etc. using MS.Internal; // for Invariant using MS.Win32; namespace MS.Internal.IO.Packaging { #region IndexingFilterMarshaler ////// Adapter for IManagedFilter. Used to obtain an IFilter interface from an IManagedFilter. /// ////// IManagedFilter is supported by filters which have purely managed implementation and don't work /// with interop entities. Callers like PackageFilter and EncryptedPackageFilter which support /// IFilter interfaces interact with IManagedFilters like XamlFilter, PackageCorePropertiesFilter /// and EncryptedPackageCorePropertiesFilter through IndexingFilterMarshaler. /// internal class IndexingFilterMarshaler : IFilter { #region Static members. ////// pre-defined GUID for storage properties on file system files (as per MSDN) /// internal static Guid PSGUID_STORAGE = new Guid(0xb725f130, 0x47ef, 0x101a, 0xa5, 0xf1, 0x02, 0x60, 0x8c, 0x9e, 0xeb, 0xac); /// Cache frequently used size values to incur reflection cost just once. internal const Int32 _int16Size = 2; ////// Constructor. /// /// IManagedFilter implementation internal IndexingFilterMarshaler(IManagedFilter managedFilter) { if (managedFilter == null) { throw new ArgumentNullException("managedFilter"); } _implementation = managedFilter; } ////// Init /// /// length of aAttributes /// array of FULLPROPSPEC structs ///managed array internal static ManagedFullPropSpec[] MarshalFullPropSpecArray( uint cAttributes, // length of aAttributes FULLPROPSPEC[] aAttributes) { // If there are attributes, these override the flags if (cAttributes > 0) { // Attributes count and array should match. // This has already been checked for by XpsFilter. Invariant.Assert(aAttributes != null); ManagedFullPropSpec[] initAttributes = new ManagedFullPropSpec[checked((int)cAttributes)]; // convert to managed equivalents to isolate the marshaling effort for (int i = 0; i < cAttributes; i++) { // convert and add to local list initAttributes[i] = new ManagedFullPropSpec(aAttributes[i]); } return initAttributes; } else return null; } ////// StringToPtr /// ///Converts a managed string into the format useful for IFilter.GetText /// string to convert /// maximum number of characters to convert /// pointer to write to ////// This method, if exposed to partially trusted callers, can lead to arbitrary memory writing. /// Critical - This code could be used to attempt to build a string from arbitrary data. /// This code is not intended to be used from PT code. /// Not designed to be accessible from public surface at all. Invoked (indirectly) by unmanaged client code. /// [SecurityCritical] internal static void MarshalStringToPtr(string s, ref uint bufCharacterCount, IntPtr p) { // bufCharacterCount is never supposed to be zero at this level. Invariant.Assert(bufCharacterCount != 0); // ensure the interface rules are followed // string must also be null terminated so we restrict the length to buf size - 1 if ((uint)(s.Length) > bufCharacterCount - 1) throw new InvalidOperationException(SR.Get(SRID.FilterGetTextBufferOverflow)); // Return the number of characters written, including the terminating null. bufCharacterCount = (UInt32)s.Length + 1; // convert string to unmanaged string and write into provided buffer Marshal.Copy(s.ToCharArray(), 0, p, s.Length); // null terminate (16bit's of zero to replace one Unicode character) Marshal.WriteInt16(p, s.Length * _int16Size, 0); } ////// Marshal Managed to Native PROPSPEC /// /// /// ////// Critical: calls Marshal.StringToCoTaskMemUni which LinkDemands, and writes string into unmanaged memory. /// [SecurityCritical] internal static void MarshalPropSpec(ManagedPropSpec propSpec, ref PROPSPEC native) { native.propType = (uint)propSpec.PropType; switch (propSpec.PropType) { case PropSpecType.Id: native.union.propId = (uint)propSpec.PropId; break; case PropSpecType.Name: native.union.name = Marshal.StringToCoTaskMemUni(propSpec.PropName); break; default: Invariant.Assert(false); // propSpec.PropType is set by internal code in the filter logic. break; } } ////// Marshal Managed to Native FULLPROPSPEC /// /// /// ////// Critical: calls MarshalPropSpec which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] internal static void MarshalFullPropSpec(ManagedFullPropSpec fullPropSpec, ref FULLPROPSPEC native) { native.guid = fullPropSpec.Guid; MarshalPropSpec(fullPropSpec.Property, ref native.property); } ////// GetChunk /// ///An interop STAT_CHUNK from a ManagedChunk ////// Critical: calls MarshalFullPropSpec which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] internal static STAT_CHUNK MarshalChunk(ManagedChunk chunk) { STAT_CHUNK native = new STAT_CHUNK(); native.idChunk = chunk.ID; Invariant.Assert(chunk.BreakType >= CHUNK_BREAKTYPE.CHUNK_NO_BREAK && chunk.BreakType <= CHUNK_BREAKTYPE.CHUNK_EOC); native.breakType = chunk.BreakType; Invariant.Assert( chunk.Flags >= 0 && chunk.Flags <= (CHUNKSTATE.CHUNK_TEXT | CHUNKSTATE.CHUNK_VALUE | CHUNKSTATE.CHUNK_FILTER_OWNED_VALUE)); native.flags = chunk.Flags; native.locale = chunk.Locale; native.idChunkSource = chunk.ChunkSource; native.cwcStartSource = chunk.StartSource; native.cwcLenSource = chunk.LenSource; MarshalFullPropSpec(chunk.Attribute, ref native.attribute); return native; } ////// MarshalPropVariant /// /// Object to marshal, should be DateTime or String ///newly allocated PROPVARIANT structure ////// Critical: calls Marshal.StringToCoTaskMemAnsi which LinkDemands, and writes string into unmanaged memory. /// [SecurityCritical] internal static IntPtr MarshalPropVariant(Object obj) { IntPtr pszVal = IntPtr.Zero; IntPtr pNative = IntPtr.Zero; try { PROPVARIANT v; if (obj is string) { pszVal = Marshal.StringToCoTaskMemAnsi((string)obj); v = new PROPVARIANT(); v.vt = VARTYPE.VT_LPSTR; v.union.pszVal = pszVal; } else if (obj is DateTime) { v = new PROPVARIANT(); v.vt = VARTYPE.VT_FILETIME; long longFileTime = ((DateTime)obj).ToFileTime(); v.union.filetime.dwLowDateTime = (Int32)longFileTime; v.union.filetime.dwHighDateTime = (Int32)((longFileTime >> 32) & 0xFFFFFFFF); } else { throw new InvalidOperationException( SR.Get(SRID.FilterGetValueMustBeStringOrDateTime)); } // allocate an unmanaged PROPVARIANT to return pNative = Marshal.AllocCoTaskMem(Marshal.SizeOf(typeof(PROPVARIANT))); // Per MSDN, AllocCoTaskMem never returns null. One can't be too careful, though. Invariant.Assert(pNative != null); // marshal the managed PROPVARIANT into the unmanaged block and return it Marshal.StructureToPtr(v, pNative, false); } catch { if (pszVal != IntPtr.Zero) { Marshal.FreeCoTaskMem(pszVal); } if (pNative != IntPtr.Zero) { Marshal.FreeCoTaskMem(pNative); } throw; } return pNative; } #endregion Static members. #region IFilter implementation ////// Init /// /// usage flags /// length of aAttributes /// array of FULLPROPSPEC structs ///flags public IFILTER_FLAGS Init(IFILTER_INIT grfFlags, // IFILTER_INIT value uint cAttributes, // length of aAttributes FULLPROPSPEC[] aAttributes) // restrict responses to the specified attributes { ManagedFullPropSpec[] managedArray = MarshalFullPropSpecArray( cAttributes, aAttributes); return _implementation.Init(grfFlags, managedArray); } ////// GetChunk /// ///the next chunk ////// Critical: calls MarshalChunk which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] public STAT_CHUNK GetChunk() { // Get the managed chunk ManagedChunk managedChunk = _implementation.GetChunk(); if (managedChunk == null) { // End of chunks. if (ThrowOnEndOfChunks) { // Throw exception. throw new COMException(SR.Get(SRID.FilterEndOfChunks), (int)FilterErrorCode.FILTER_E_END_OF_CHUNKS); } // Return STAT_CHUNK with idChunk as 0. STAT_CHUNK chunk = new STAT_CHUNK(); chunk.idChunk = 0; return chunk; } // Valid chunk. Return corresponding STAT_CHUNK. return MarshalChunk(managedChunk); } ////// GetText /// /// Buffer size in Unicode characters (not bytes) /// Pre-allocated buffer for us to write into. String must be null-terminated. ////// Critical - Invokes the critical method MarshalStringToPtr, which could be used to attempt to build a string from arbitrary data. /// This code is not intended to be called from PT code. /// Not designed to be accessible from public surface at all. Invoked (indirectly) by unmanaged client code. /// [SecurityCritical] public void GetText(ref uint bufCharacterCount, IntPtr pBuffer) { // NOTE: bufCharacterCount and pBuffer are already validated by XpsFilter. // In future, if this class is exposed publicly or used in a way other than // through XpsFilter, proper checks needs to be present either here or in the caller. // get the managed string and marshal MarshalStringToPtr(_implementation.GetText((int)bufCharacterCount - 1), ref bufCharacterCount, pBuffer); } ////// GetValue /// ///newly allocated PROPVARIANT structure ////// Critical: calls MarshalPropVariant which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] public IntPtr GetValue() { return MarshalPropVariant(_implementation.GetValue()); } ////// BindRegion /// /// /// ////// The MSDN specification requires this function to return E_NOTIMPL for the time being. /// public IntPtr BindRegion(FILTERREGION origPos, ref Guid riid) { // The following exception maps to E_NOTIMPL. throw new NotImplementedException(SR.Get(SRID.FilterBindRegionNotImplemented)); } #endregion IFilter implementation #region Properties ////// If set to true, FILTER_E_END_OF_CHUNKS exception is thrown /// by IFilter.GetChunk() on end of chunks. /// If false, a STAT_CHUNK with idChunk as 0 is returned instead. /// internal bool ThrowOnEndOfChunks { get { return _throwOnEndOfChunks; } set { _throwOnEndOfChunks = value; } } #endregion Properties #region Fields private IManagedFilter _implementation; private bool _throwOnEndOfChunks = true; #endregion Fields } #endregion IndexingFilterMarshaler } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. All rights reserved. //------------------------------------------------------------------------------ // //// Copyright (C) Microsoft Corporation. All rights reserved. // // // Description: // Class which acts as adaptor between IManagedFilter and IFilter. // Used by PackageFilter for XamlFilter and CorePropertiesFilter. // Used by EncryptedPackageFilter for CorePropertiesFilter. // // History: // 02/25/2004: JohnLarc: Creation, using BruceMac's code from XamlFilter, ContainerFilter, and ManagedFilterMarshalingHelper. // 08/26/2004: JohnLarc: Removed access to indexing filters from managed code. // 07/18/2005: ArindamB: Removed IPersistStream and IPersistFile interfaces. // //----------------------------------------------------------------------------- using System.Diagnostics; using System; using System.Runtime.InteropServices; using System.Collections; using System.Windows; // for ExceptionStringTable using System.Security; // for SecurityCritical using MS.Internal.Interop; // for STAT_CHUNK, etc. using MS.Internal; // for Invariant using MS.Win32; namespace MS.Internal.IO.Packaging { #region IndexingFilterMarshaler ////// Adapter for IManagedFilter. Used to obtain an IFilter interface from an IManagedFilter. /// ////// IManagedFilter is supported by filters which have purely managed implementation and don't work /// with interop entities. Callers like PackageFilter and EncryptedPackageFilter which support /// IFilter interfaces interact with IManagedFilters like XamlFilter, PackageCorePropertiesFilter /// and EncryptedPackageCorePropertiesFilter through IndexingFilterMarshaler. /// internal class IndexingFilterMarshaler : IFilter { #region Static members. ////// pre-defined GUID for storage properties on file system files (as per MSDN) /// internal static Guid PSGUID_STORAGE = new Guid(0xb725f130, 0x47ef, 0x101a, 0xa5, 0xf1, 0x02, 0x60, 0x8c, 0x9e, 0xeb, 0xac); /// Cache frequently used size values to incur reflection cost just once. internal const Int32 _int16Size = 2; ////// Constructor. /// /// IManagedFilter implementation internal IndexingFilterMarshaler(IManagedFilter managedFilter) { if (managedFilter == null) { throw new ArgumentNullException("managedFilter"); } _implementation = managedFilter; } ////// Init /// /// length of aAttributes /// array of FULLPROPSPEC structs ///managed array internal static ManagedFullPropSpec[] MarshalFullPropSpecArray( uint cAttributes, // length of aAttributes FULLPROPSPEC[] aAttributes) { // If there are attributes, these override the flags if (cAttributes > 0) { // Attributes count and array should match. // This has already been checked for by XpsFilter. Invariant.Assert(aAttributes != null); ManagedFullPropSpec[] initAttributes = new ManagedFullPropSpec[checked((int)cAttributes)]; // convert to managed equivalents to isolate the marshaling effort for (int i = 0; i < cAttributes; i++) { // convert and add to local list initAttributes[i] = new ManagedFullPropSpec(aAttributes[i]); } return initAttributes; } else return null; } ////// StringToPtr /// ///Converts a managed string into the format useful for IFilter.GetText /// string to convert /// maximum number of characters to convert /// pointer to write to ////// This method, if exposed to partially trusted callers, can lead to arbitrary memory writing. /// Critical - This code could be used to attempt to build a string from arbitrary data. /// This code is not intended to be used from PT code. /// Not designed to be accessible from public surface at all. Invoked (indirectly) by unmanaged client code. /// [SecurityCritical] internal static void MarshalStringToPtr(string s, ref uint bufCharacterCount, IntPtr p) { // bufCharacterCount is never supposed to be zero at this level. Invariant.Assert(bufCharacterCount != 0); // ensure the interface rules are followed // string must also be null terminated so we restrict the length to buf size - 1 if ((uint)(s.Length) > bufCharacterCount - 1) throw new InvalidOperationException(SR.Get(SRID.FilterGetTextBufferOverflow)); // Return the number of characters written, including the terminating null. bufCharacterCount = (UInt32)s.Length + 1; // convert string to unmanaged string and write into provided buffer Marshal.Copy(s.ToCharArray(), 0, p, s.Length); // null terminate (16bit's of zero to replace one Unicode character) Marshal.WriteInt16(p, s.Length * _int16Size, 0); } ////// Marshal Managed to Native PROPSPEC /// /// /// ////// Critical: calls Marshal.StringToCoTaskMemUni which LinkDemands, and writes string into unmanaged memory. /// [SecurityCritical] internal static void MarshalPropSpec(ManagedPropSpec propSpec, ref PROPSPEC native) { native.propType = (uint)propSpec.PropType; switch (propSpec.PropType) { case PropSpecType.Id: native.union.propId = (uint)propSpec.PropId; break; case PropSpecType.Name: native.union.name = Marshal.StringToCoTaskMemUni(propSpec.PropName); break; default: Invariant.Assert(false); // propSpec.PropType is set by internal code in the filter logic. break; } } ////// Marshal Managed to Native FULLPROPSPEC /// /// /// ////// Critical: calls MarshalPropSpec which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] internal static void MarshalFullPropSpec(ManagedFullPropSpec fullPropSpec, ref FULLPROPSPEC native) { native.guid = fullPropSpec.Guid; MarshalPropSpec(fullPropSpec.Property, ref native.property); } ////// GetChunk /// ///An interop STAT_CHUNK from a ManagedChunk ////// Critical: calls MarshalFullPropSpec which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] internal static STAT_CHUNK MarshalChunk(ManagedChunk chunk) { STAT_CHUNK native = new STAT_CHUNK(); native.idChunk = chunk.ID; Invariant.Assert(chunk.BreakType >= CHUNK_BREAKTYPE.CHUNK_NO_BREAK && chunk.BreakType <= CHUNK_BREAKTYPE.CHUNK_EOC); native.breakType = chunk.BreakType; Invariant.Assert( chunk.Flags >= 0 && chunk.Flags <= (CHUNKSTATE.CHUNK_TEXT | CHUNKSTATE.CHUNK_VALUE | CHUNKSTATE.CHUNK_FILTER_OWNED_VALUE)); native.flags = chunk.Flags; native.locale = chunk.Locale; native.idChunkSource = chunk.ChunkSource; native.cwcStartSource = chunk.StartSource; native.cwcLenSource = chunk.LenSource; MarshalFullPropSpec(chunk.Attribute, ref native.attribute); return native; } ////// MarshalPropVariant /// /// Object to marshal, should be DateTime or String ///newly allocated PROPVARIANT structure ////// Critical: calls Marshal.StringToCoTaskMemAnsi which LinkDemands, and writes string into unmanaged memory. /// [SecurityCritical] internal static IntPtr MarshalPropVariant(Object obj) { IntPtr pszVal = IntPtr.Zero; IntPtr pNative = IntPtr.Zero; try { PROPVARIANT v; if (obj is string) { pszVal = Marshal.StringToCoTaskMemAnsi((string)obj); v = new PROPVARIANT(); v.vt = VARTYPE.VT_LPSTR; v.union.pszVal = pszVal; } else if (obj is DateTime) { v = new PROPVARIANT(); v.vt = VARTYPE.VT_FILETIME; long longFileTime = ((DateTime)obj).ToFileTime(); v.union.filetime.dwLowDateTime = (Int32)longFileTime; v.union.filetime.dwHighDateTime = (Int32)((longFileTime >> 32) & 0xFFFFFFFF); } else { throw new InvalidOperationException( SR.Get(SRID.FilterGetValueMustBeStringOrDateTime)); } // allocate an unmanaged PROPVARIANT to return pNative = Marshal.AllocCoTaskMem(Marshal.SizeOf(typeof(PROPVARIANT))); // Per MSDN, AllocCoTaskMem never returns null. One can't be too careful, though. Invariant.Assert(pNative != null); // marshal the managed PROPVARIANT into the unmanaged block and return it Marshal.StructureToPtr(v, pNative, false); } catch { if (pszVal != IntPtr.Zero) { Marshal.FreeCoTaskMem(pszVal); } if (pNative != IntPtr.Zero) { Marshal.FreeCoTaskMem(pNative); } throw; } return pNative; } #endregion Static members. #region IFilter implementation ////// Init /// /// usage flags /// length of aAttributes /// array of FULLPROPSPEC structs ///flags public IFILTER_FLAGS Init(IFILTER_INIT grfFlags, // IFILTER_INIT value uint cAttributes, // length of aAttributes FULLPROPSPEC[] aAttributes) // restrict responses to the specified attributes { ManagedFullPropSpec[] managedArray = MarshalFullPropSpecArray( cAttributes, aAttributes); return _implementation.Init(grfFlags, managedArray); } ////// GetChunk /// ///the next chunk ////// Critical: calls MarshalChunk which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] public STAT_CHUNK GetChunk() { // Get the managed chunk ManagedChunk managedChunk = _implementation.GetChunk(); if (managedChunk == null) { // End of chunks. if (ThrowOnEndOfChunks) { // Throw exception. throw new COMException(SR.Get(SRID.FilterEndOfChunks), (int)FilterErrorCode.FILTER_E_END_OF_CHUNKS); } // Return STAT_CHUNK with idChunk as 0. STAT_CHUNK chunk = new STAT_CHUNK(); chunk.idChunk = 0; return chunk; } // Valid chunk. Return corresponding STAT_CHUNK. return MarshalChunk(managedChunk); } ////// GetText /// /// Buffer size in Unicode characters (not bytes) /// Pre-allocated buffer for us to write into. String must be null-terminated. ////// Critical - Invokes the critical method MarshalStringToPtr, which could be used to attempt to build a string from arbitrary data. /// This code is not intended to be called from PT code. /// Not designed to be accessible from public surface at all. Invoked (indirectly) by unmanaged client code. /// [SecurityCritical] public void GetText(ref uint bufCharacterCount, IntPtr pBuffer) { // NOTE: bufCharacterCount and pBuffer are already validated by XpsFilter. // In future, if this class is exposed publicly or used in a way other than // through XpsFilter, proper checks needs to be present either here or in the caller. // get the managed string and marshal MarshalStringToPtr(_implementation.GetText((int)bufCharacterCount - 1), ref bufCharacterCount, pBuffer); } ////// GetValue /// ///newly allocated PROPVARIANT structure ////// Critical: calls MarshalPropVariant which is Critical. Returns a pointer to unmanaged memory. /// [SecurityCritical] public IntPtr GetValue() { return MarshalPropVariant(_implementation.GetValue()); } ////// BindRegion /// /// /// ////// The MSDN specification requires this function to return E_NOTIMPL for the time being. /// public IntPtr BindRegion(FILTERREGION origPos, ref Guid riid) { // The following exception maps to E_NOTIMPL. throw new NotImplementedException(SR.Get(SRID.FilterBindRegionNotImplemented)); } #endregion IFilter implementation #region Properties ////// If set to true, FILTER_E_END_OF_CHUNKS exception is thrown /// by IFilter.GetChunk() on end of chunks. /// If false, a STAT_CHUNK with idChunk as 0 is returned instead. /// internal bool ThrowOnEndOfChunks { get { return _throwOnEndOfChunks; } set { _throwOnEndOfChunks = value; } } #endregion Properties #region Fields private IManagedFilter _implementation; private bool _throwOnEndOfChunks = true; #endregion Fields } #endregion IndexingFilterMarshaler } // File provided for Reference Use Only by Microsoft Corporation (c) 2007. // Copyright (c) Microsoft Corporation. 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