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windows-server-2003/base/ntsetup/cobra/modules/script/regconv.c

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/*++
Copyright (c) 1999 Microsoft Corporation
Module Name:
regconv.c
Abstract:
Implements registry special conversion.
Author:
Calin Negreanu (calinn) 5-May-2000
Revision History:
<alias> <date> <comments>
--*/
//
// Includes
//
#include "pch.h"
#include "v1p.h"
#include <wingdip.h>
#include <shlobjp.h>
#include <shlwapi.h>
//
// Strings
//
#define DBG_CONVERSION "SpecialConversion"
//
// Constants
//
#define COLOR_MENU 4
#define COLOR_HIGHLIGHT 13
#define COLOR_BTNFACE 15
#define COLOR_BUTTONALTFACE 25
#define COLOR_HOTLIGHT 26
#define COLOR_GRADIENTACTIVECAPTION 27
#define COLOR_GRADIENTINACTIVECAPTION 28
#define COLOR_MENUHILIGHT 29
#define COLOR_MENUBAR 30
#define DISPLAY_BITMASK 0x00161E2F
#define MOUSE_BITMASK 0x0001E000
//
// Macros
//
#define pGetDestDwordValue(Key,Value) pGetDwordValue(Key, Value, PLATFORM_DESTINATION)
#define pGetSrcDwordValue(Key,Value) pGetDwordValue(Key, Value, PLATFORM_SOURCE)
//
// Types
//
typedef struct {
SHORT lfHeight;
SHORT lfWidth;
SHORT lfEscapement;
SHORT lfOrientation;
SHORT lfWeight;
BYTE lfItalic;
BYTE lfUnderline;
BYTE lfStrikeOut;
BYTE lfCharSet;
BYTE lfOutPrecision;
BYTE lfClipPrecision;
BYTE lfQuality;
BYTE lfPitchAndFamily;
char lfFaceName[LF_FACESIZE];
} SHORT_LOGFONT, *PSHORT_LOGFONT;
//
// NT uses only UNICODE structures, and pads the members
// to 32-bit boundaries.
//
#define COLOR_MAX_V1 25
#define COLOR_MAX_V2 25
#define COLOR_MAX_V3 25
#define COLOR_MAX_V4 29
#define COLOR_MAX_NT 29 // this is a modified version 2 format, similar to 4
typedef struct {
SHORT version; // 2 for NT UNICODE
WORD wDummy; // for alignment
NONCLIENTMETRICSW ncm;
LOGFONTW lfIconTitle;
COLORREF rgb[COLOR_MAX_NT];
} SCHEMEDATA_NT, *PSCHEMEDATA_NT;
//
// Win95 uses NONCLIENTMETRICSA which has LOGFONTA members,
// but it uses a 16-bit LOGFONT as well.
//
#pragma pack(push)
#pragma pack(1)
typedef struct {
SHORT version; // 1 for Win95 ANSI
NONCLIENTMETRICSA ncm;
SHORT_LOGFONT lfIconTitle;
COLORREF rgb[COLOR_MAX_V1];
} SCHEMEDATA_V1, *PSCHEMEDATA_V1;
typedef struct {
SHORT version; // 1 for Win95 ANSI
NONCLIENTMETRICSA ncm;
SHORT_LOGFONT lfIconTitle;
COLORREF rgb[COLOR_MAX_V4];
} SCHEMEDATA_V1A, *PSCHEMEDATA_V1A;
typedef struct {
SHORT version; // 2 for WinNT UNICODE with reduced color table
WORD Dummy;
NONCLIENTMETRICSW ncm;
LOGFONTW lfIconTitle;
COLORREF rgb[COLOR_MAX_V2];
} SCHEMEDATA_V2, *PSCHEMEDATA_V2;
typedef struct {
SHORT version; // 3 for Win98 ANSI, 4 for portable format
WORD Dummy;
NONCLIENTMETRICSA ncm;
LOGFONTA lfIconTitle;
COLORREF rgb[COLOR_MAX_V3];
} SCHEMEDATA_V3, *PSCHEMEDATA_V3;
typedef struct {
SHORT version; // 4 for Win32 format (whatever that means)
WORD Dummy;
NONCLIENTMETRICSA ncm;
LOGFONTA lfIconTitle;
COLORREF rgb[COLOR_MAX_V4];
} SCHEMEDATA_V4, *PSCHEMEDATA_V4;
#pragma pack(pop)
typedef struct
{
UINT cbSize;
SHELLSTATE ss;
} REGSHELLSTATE, *PREGSHELLSTATE;
//
// Globals
//
MIG_OPERATIONID g_ConvertToDwordOp;
MIG_OPERATIONID g_ConvertToStringOp;
DWORD g_IdentityCount = 0;
HASHTABLE g_IdentityDestTable;
//
// Macro expansion list
//
#define CONVERSION_FUNCTIONS \
DEFMAC(CONVERTTODWORD, NULL, EDIT.ConvertToDword, pConvertToDwordCallback ) \
DEFMAC(CONVERTTOSTRING, NULL, EDIT.ConvertToString, pConvertToStringCallback ) \
DEFMAC(CONVERTLOGFONT, NULL, EDIT.ConvertLogFont, pConvertLogFontCallback ) \
DEFMAC(FONTDPICHANGE, NULL, EDIT.FontDPIChange, pFontDPIChange ) \
DEFMAC(FRAMEDPICHANGE, NULL, EDIT.FrameDPIChange, pFrameDPIChange ) \
DEFMAC(ANTIALIAS, NULL, EDIT.AntiAlias, pAntiAliasCallback ) \
DEFMAC(FIXACTIVEDESKTOP, NULL, EDIT.FixActiveDesktop, pFixActiveDesktopCallback ) \
DEFMAC(CONVERTRECENTDOCSMRU, NULL, EDIT.ConvertRecentDocsMRU, pConvertRecentDocsMRUCallback ) \
DEFMAC(CONVERTAPPEARANCESCHEME, NULL, EDIT.ConvertAppearanceScheme, pConvertAppearanceSchemeCallback) \
DEFMAC(CONVERTSCNSAVER, NULL, EDIT.ConvertScnSaver, pConvertScnSaver ) \
DEFMAC(CONVERTOE4IAMACCTNAME, NULL, EDIT.ConvertOE4IAMAcctName, pConvertOE4IAMAcctName ) \
DEFMAC(CONVERTOE5IAMACCTNAME, NULL, EDIT.ConvertOE5IAMAcctName, pConvertOE5IAMAcctName ) \
DEFMAC(CONVERTIAMACCTNAME, NULL, EDIT.ConvertIAMAcctName, pConvertIAMAcctName ) \
DEFMAC(CONVERTOMIACCOUNTNAME, NULL, EDIT.ConvertOMIAccountName, pConvertOMIAccountName ) \
DEFMAC(CONVERTIDENTITYCOUNT, NULL, EDIT.ConvertIdentityCount, pConvertIdentityCount ) \
DEFMAC(CONVERTIDENTITYINDEX, NULL, EDIT.ConvertIdentityIndex, pConvertIdentityIndex ) \
DEFMAC(CONVERTIDENTITYUSERNAME, NULL, EDIT.ConvertIdentityUsername, pConvertIdentityUsername ) \
DEFMAC(CONVERTIDENTITYGUID, NULL, EDIT.ConvertIdentityGuid, pConvertIdentityGuid ) \
DEFMAC(CONVERTOE5STATIONERY, NULL, Edit.ConvertOE5Stationery, pConvertOE5Stationery ) \
DEFMAC(CONVERTSETDWORDTRUE, NULL, EDIT.ConvertSetDwordTrue, pConvertSetDwordTrue ) \
DEFMAC(CONVERTSETDWORDFALSE, NULL, EDIT.ConvertSetDwordFalse, pConvertSetDwordFalse ) \
DEFMAC(CONVERTPSTBLOB, NULL, EDIT.ConvertPSTBlob, pConvertPSTBlob ) \
DEFMAC(CONVERTOFFICELANGID, NULL, EDIT.ConvertOfficeLangId, pConvertOfficeLangId ) \
DEFMAC(CONVERTOUTLOOKLANGID, NULL, EDIT.ConvertOutlookLangId, pConvertOutlookLangId ) \
DEFMAC(CONVERTACCESSLANGID, NULL, EDIT.ConvertAccessLangId, pConvertAccessLangId ) \
DEFMAC(CONVERTEXCELLANGID, NULL, EDIT.ConvertExcelLangId, pConvertExcelLangId ) \
DEFMAC(CONVERTFRONTPAGELANGID, NULL, EDIT.ConvertFrontPageLangId, pConvertFrontPageLangId ) \
DEFMAC(CONVERTPOWERPOINTLANGID, NULL, EDIT.ConvertPowerPointLangId, pConvertPowerPointLangId ) \
DEFMAC(CONVERTPUBLISHERLANGID, NULL, EDIT.ConvertPublisherLangId, pConvertPublisherLangId ) \
DEFMAC(CONVERTWORDLANGID, NULL, EDIT.ConvertWordLangId, pConvertWordLangId ) \
DEFMAC(CONVERTOFFICE2000LANGID, NULL, EDIT.ConvertOffice2000LangId, pConvertOffice2000LangId ) \
DEFMAC(MIGRATESOUNDSYSTRAY, NULL, EDIT.MigrateSoundSysTray, pMigrateSoundSysTray ) \
DEFMAC(MIGRATEAPPEARANCEUPM, NULL, EDIT.MigrateAppearanceUPM, pMigrateAppearanceUPM ) \
DEFMAC(MIGRATEMOUSEUPM, NULL, EDIT.MigrateMouseUPM, pMigrateMouseUPM ) \
DEFMAC(MIGRATEOFFLINESYSTRAY, NULL, EDIT.MigrateOfflineSysTray, pMigrateOfflineSysTray ) \
DEFMAC(MIGRATEDISPLAYSS, NULL, EDIT.MigrateDisplaySS, pMigrateDisplaySS ) \
DEFMAC(MIGRATEDISPLAYCS, NULL, EDIT.MigrateDisplayCS, pMigrateDisplayCS ) \
DEFMAC(MIGRATETASKBARSSPRESERVE,NULL, EDIT.MigrateTaskBarSSPreserve, pMigrateTaskBarSSPreserve ) \
DEFMAC(MIGRATETASKBARSSFORCE, NULL, EDIT.MigrateTaskBarSSForce, pMigrateTaskBarSSForce ) \
DEFMAC(CONVERTSHOWIEONDESKTOP, NULL, EDIT.ConvertShowIEOnDesktop, pConvertShowIEOnDesktop ) \
DEFMAC(MIGRATEACTIVEDESKTOP, NULL, EDIT.MigrateActiveDesktop, pMigrateActiveDesktop ) \
//
// Private function prototypes
//
// None
//
// Macro expansion definition
//
//
// Declare special conversion operation apply callback functions
//
#define DEFMAC(ifn,ec,opn,opc) OPMAPPLYCALLBACK opc;
CONVERSION_FUNCTIONS
#undef DEFMAC
//
// This is the structure used for handling action functions
//
typedef struct {
PCTSTR InfFunctionName;
PSGMENUMERATIONCALLBACK EnumerationCallback;
PCTSTR OperationName;
MIG_OPERATIONID OperationId;
POPMAPPLYCALLBACK OperationCallback;
} CONVERSION_STRUCT, *PCONVERSION_STRUCT;
//
// Declare a global array of conversion functions
//
#define DEFMAC(ifn,ec,opn,opc) {TEXT("\\")TEXT(#ifn),ec,TEXT(#opn),0,opc},
static CONVERSION_STRUCT g_ConversionFunctions[] = {
CONVERSION_FUNCTIONS
{NULL, NULL, NULL, 0, NULL}
};
#undef DEFMAC
//
// Code
//
BOOL
IsValidRegSz(
IN PCMIG_CONTENT ObjectContent
)
{
return ((!ObjectContent->ContentInFile) &&
(ObjectContent->MemoryContent.ContentSize) &&
(ObjectContent->MemoryContent.ContentBytes) &&
(ObjectContent->Details.DetailsSize == sizeof (DWORD)) &&
(ObjectContent->Details.DetailsData) &&
((*((PDWORD)ObjectContent->Details.DetailsData) == REG_SZ) ||
(*((PDWORD)ObjectContent->Details.DetailsData) == REG_EXPAND_SZ)));
}
BOOL
IsValidRegType (
IN PCMIG_CONTENT CurrentContent,
IN DWORD RegType
)
{
return ((!CurrentContent->ContentInFile) &&
(CurrentContent->Details.DetailsSize == sizeof (DWORD)) &&
(CurrentContent->Details.DetailsData) &&
(*((PDWORD)CurrentContent->Details.DetailsData) == RegType) &&
(CurrentContent->MemoryContent.ContentSize) &&
(CurrentContent->MemoryContent.ContentBytes));
}
DWORD
pGetDwordValue (
IN PTSTR Key,
IN PTSTR Value,
IN MIG_PLATFORMTYPEID Platform
)
{
DWORD value = 0;
MIG_OBJECTSTRINGHANDLE objectName;
MIG_CONTENT objectContent;
objectName = IsmCreateObjectHandle (Key, Value);
if (IsmAcquireObject (g_RegType | Platform, objectName, &objectContent)) {
if (IsValidRegType(&objectContent, REG_DWORD)) {
value = *(DWORD *)objectContent.MemoryContent.ContentBytes;
}
IsmReleaseObject (&objectContent);
}
IsmDestroyObjectHandle (objectName);
return value;
}
VOID
pSetDwordValue (
OUT PMIG_CONTENT NewContent,
IN DWORD Value
)
{
NewContent->Details.DetailsSize = sizeof(DWORD);
NewContent->Details.DetailsData = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->Details.DetailsData) = REG_DWORD;
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof(DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = Value;
}
UINT
pDefaultEnumerationCallback (
IN PCMIG_OBJECTENUMDATA Data,
IN ULONG_PTR CallerArg
)
{
PCONVERSION_STRUCT p = (PCONVERSION_STRUCT)CallerArg;
if (Data->IsLeaf) {
IsmSetOperationOnObject (Data->ObjectTypeId, Data->ObjectName, p->OperationId, NULL, NULL);
}
return CALLBACK_ENUM_CONTINUE;
}
PCONVERSION_STRUCT
pGetConversionStruct (
IN PCTSTR FunctionName
)
{
PCONVERSION_STRUCT p = g_ConversionFunctions;
INT i = 0;
while (p->InfFunctionName != NULL) {
if (StringIMatch (p->InfFunctionName, FunctionName)) {
return p;
}
p++;
i++;
}
return NULL;
}
VOID
InitSpecialConversion (
IN MIG_PLATFORMTYPEID Platform
)
{
PCONVERSION_STRUCT p = g_ConversionFunctions;
while (p->InfFunctionName) {
p->OperationId = IsmRegisterOperation (p->OperationName, FALSE);
if (Platform == PLATFORM_DESTINATION) {
IsmRegisterOperationApplyCallback (p->OperationId, p->OperationCallback, TRUE);
}
p++;
}
g_IdentityDestTable = HtAllocWithData (sizeof (PTSTR));
if (Platform == PLATFORM_DESTINATION) {
// Read the starting Identity count
g_IdentityCount = pGetDestDwordValue (TEXT("HKCU\\Identities"), TEXT("Identity Ordinal"));
}
}
VOID
TerminateSpecialConversion (
VOID
)
{
HtFree (g_IdentityDestTable);
g_IdentityDestTable = NULL;
OETerminate();
}
BOOL
pProcessDataConversionSection (
IN PINFSTRUCT InfStruct,
IN HINF InfHandle,
IN PCTSTR Section
)
{
PCTSTR pattern;
ENCODEDSTRHANDLE encodedPattern = NULL;
PCTSTR functionName;
PCONVERSION_STRUCT functionStruct = NULL;
BOOL result = FALSE;
__try {
if (InfFindFirstLine (InfHandle, Section, NULL, InfStruct)) {
do {
if (IsmCheckCancel()) {
__leave;
}
pattern = InfGetStringField (InfStruct, 0);
if (!pattern) {
continue;
}
encodedPattern = TurnRegStringIntoHandle (pattern, TRUE, NULL);
functionName = InfGetStringField (InfStruct, 1);
if (functionName) {
functionStruct = pGetConversionStruct (functionName);
if (functionStruct) {
IsmHookEnumeration (
MIG_REGISTRY_TYPE,
encodedPattern,
functionStruct->EnumerationCallback?
functionStruct->EnumerationCallback:
pDefaultEnumerationCallback,
(ULONG_PTR)functionStruct,
functionStruct->InfFunctionName
);
} else {
LOG ((
LOG_ERROR,
(PCSTR) MSG_DATA_CONVERSION_BAD_FN,
functionName,
pattern
));
}
} else {
LOG ((LOG_ERROR, (PCSTR) MSG_DATA_CONVERSION_NO_FN, pattern));
}
IsmDestroyObjectHandle (encodedPattern);
encodedPattern = NULL;
} while (InfFindNextLine (InfStruct));
}
result = TRUE;
}
__finally {
InfCleanUpInfStruct (InfStruct);
}
return result;
}
BOOL
DoRegistrySpecialConversion (
IN HINF InfHandle,
IN PCTSTR Section
)
{
PCTSTR osSpecificSection;
BOOL b;
INFSTRUCT is = INITINFSTRUCT_PMHANDLE;
b = pProcessDataConversionSection (&is, InfHandle, Section);
if (b) {
osSpecificSection = GetMostSpecificSection (PLATFORM_SOURCE, &is, InfHandle, Section);
if (osSpecificSection) {
b = pProcessDataConversionSection (&is, InfHandle, osSpecificSection);
FreeText (osSpecificSection);
}
}
InfCleanUpInfStruct (&is);
return b;
}
BOOL
DoesDestRegExist (
IN MIG_OBJECTSTRINGHANDLE DestName,
IN DWORD RegType
)
{
BOOL result = FALSE;
MIG_CONTENT content;
if (IsmAcquireObject (g_RegType | PLATFORM_DESTINATION, DestName, &content)) {
if (IsValidRegType(&content, RegType)) {
result = TRUE;
}
IsmReleaseObject (&content);
}
return result;
}
BOOL
WINAPI
pConvertToDwordCallback (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
DWORD value = 0;
BOOL converted = FALSE;
PDWORD valueType;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_SZ) {
converted = TRUE;
if (CurrentContent->MemoryContent.ContentSize > 0) {
value = _tcstoul ((PCTSTR)CurrentContent->MemoryContent.ContentBytes, NULL, 10);
}
} else if (*valueType == REG_BINARY ||
*valueType == REG_NONE ||
*valueType == REG_DWORD
) {
if (CurrentContent->MemoryContent.ContentSize == sizeof (DWORD)) {
converted = TRUE;
value = *((PDWORD)CurrentContent->MemoryContent.ContentBytes);
}
}
if (converted) {
pSetDwordValue (NewContent, value);
}
}
return TRUE;
}
BOOL
WINAPI
pConvertToStringCallback (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
PTSTR result = NULL;
PTSTR resultPtr;
UINT i;
BOOL converted = FALSE;
UINT convertedSize = 0;
PDWORD valueType;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_DWORD) {
MYASSERT (CurrentContent->MemoryContent.ContentSize == sizeof (DWORD));
if (CurrentContent->MemoryContent.ContentSize == sizeof (DWORD)) {
converted = TRUE;
convertedSize = 11 * sizeof (TCHAR); // DWORD takes no more than 11 characters
result = IsmGetMemory (convertedSize);
if (result) {
wsprintf (result, TEXT("%lu"), *((PDWORD)CurrentContent->MemoryContent.ContentBytes));
convertedSize = SizeOfString (result);
}
}
} else if (*valueType == REG_BINARY) {
converted = TRUE;
convertedSize = (CurrentContent->MemoryContent.ContentSize?(CurrentContent->MemoryContent.ContentSize * 3):1) * sizeof (TCHAR);
result = IsmGetMemory (convertedSize);
if (result) {
resultPtr = result;
*resultPtr = 0;
for (i = 0; i < CurrentContent->MemoryContent.ContentSize; i++) {
wsprintf (resultPtr, TEXT("%02X"), CurrentContent->MemoryContent.ContentBytes[i]);
resultPtr = GetEndOfString (resultPtr);
if (i < CurrentContent->MemoryContent.ContentSize - 1) {
_tcscat (resultPtr, TEXT(" "));
resultPtr = GetEndOfString (resultPtr);
}
}
convertedSize = SizeOfString (result);
}
}
if (converted && convertedSize && result) {
NewContent->Details.DetailsSize = sizeof (DWORD);
NewContent->Details.DetailsData = IsmGetMemory (NewContent->Details.DetailsSize);
*((PDWORD)NewContent->Details.DetailsData) = REG_SZ;
NewContent->MemoryContent.ContentSize = convertedSize;
NewContent->MemoryContent.ContentBytes = (PCBYTE) result;
}
}
return TRUE;
}
VOID
pConvertShortLogFontWorker (
PLOGFONTW plfDest,
PSHORT_LOGFONT plfSrc
)
{
PCWSTR faceName;
plfDest->lfHeight = plfSrc->lfHeight;
plfDest->lfWidth = plfSrc->lfWidth;
plfDest->lfEscapement = plfSrc->lfEscapement;
plfDest->lfOrientation = plfSrc->lfOrientation;
plfDest->lfWeight = plfSrc->lfWeight;
plfDest->lfItalic = plfSrc->lfItalic;
plfDest->lfUnderline = plfSrc->lfUnderline;
plfDest->lfStrikeOut = plfSrc->lfStrikeOut;
plfDest->lfCharSet = plfSrc->lfCharSet;
plfDest->lfOutPrecision = plfSrc->lfOutPrecision;
plfDest->lfClipPrecision = plfSrc->lfClipPrecision;
plfDest->lfQuality = plfSrc->lfQuality;
plfDest->lfPitchAndFamily = plfSrc->lfPitchAndFamily;\
faceName = ConvertAtoW (plfSrc->lfFaceName);
StringCopyByteCountW (plfDest->lfFaceName, faceName, sizeof (plfDest->lfFaceName));
FreeConvertedStr (faceName);
}
VOID
pConvertLogFontWorker (
PLOGFONTW plfDest,
PLOGFONTA plfSrc
)
{
PCWSTR faceName;
plfDest->lfHeight = plfSrc->lfHeight;
plfDest->lfWidth = plfSrc->lfWidth;
plfDest->lfEscapement = plfSrc->lfEscapement;
plfDest->lfOrientation = plfSrc->lfOrientation;
plfDest->lfWeight = plfSrc->lfWeight;
plfDest->lfItalic = plfSrc->lfItalic;
plfDest->lfUnderline = plfSrc->lfUnderline;
plfDest->lfStrikeOut = plfSrc->lfStrikeOut;
plfDest->lfCharSet = plfSrc->lfCharSet;
plfDest->lfOutPrecision = plfSrc->lfOutPrecision;
plfDest->lfClipPrecision = plfSrc->lfClipPrecision;
plfDest->lfQuality = plfSrc->lfQuality;
plfDest->lfPitchAndFamily = plfSrc->lfPitchAndFamily;\
faceName = ConvertAtoW (plfSrc->lfFaceName);
StringCopyByteCountW (plfDest->lfFaceName, faceName, sizeof (plfDest->lfFaceName));
FreeConvertedStr (faceName);
}
VOID
pCopyLogFontWorker (
PLOGFONTW plfDest,
PLOGFONTW plfSrc
)
{
PCWSTR faceName;
plfDest->lfHeight = plfSrc->lfHeight;
plfDest->lfWidth = plfSrc->lfWidth;
plfDest->lfEscapement = plfSrc->lfEscapement;
plfDest->lfOrientation = plfSrc->lfOrientation;
plfDest->lfWeight = plfSrc->lfWeight;
plfDest->lfItalic = plfSrc->lfItalic;
plfDest->lfUnderline = plfSrc->lfUnderline;
plfDest->lfStrikeOut = plfSrc->lfStrikeOut;
plfDest->lfCharSet = plfSrc->lfCharSet;
plfDest->lfOutPrecision = plfSrc->lfOutPrecision;
plfDest->lfClipPrecision = plfSrc->lfClipPrecision;
plfDest->lfQuality = plfSrc->lfQuality;
plfDest->lfPitchAndFamily = plfSrc->lfPitchAndFamily;\
StringCopyByteCountW (plfDest->lfFaceName, plfSrc->lfFaceName, sizeof (plfDest->lfFaceName));
}
BOOL
WINAPI
pConvertLogFontCallback (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
BOOL converted = FALSE;
UINT convertedSize = 0;
PLOGFONTW logFont = NULL;
PDWORD valueType;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_BINARY) {
if (CurrentContent->MemoryContent.ContentSize == sizeof (SHORT_LOGFONT)) {
converted = TRUE;
convertedSize = sizeof (LOGFONTW);
logFont = (PLOGFONTW) IsmGetMemory (convertedSize);
ZeroMemory (logFont, sizeof (LOGFONTW));
pConvertShortLogFontWorker (logFont, (PSHORT_LOGFONT)CurrentContent->MemoryContent.ContentBytes);
}
if (CurrentContent->MemoryContent.ContentSize == sizeof (LOGFONTA)) {
converted = TRUE;
convertedSize = sizeof (LOGFONTW);
logFont = (PLOGFONTW) IsmGetMemory (convertedSize);
ZeroMemory (logFont, sizeof (LOGFONTW));
pConvertLogFontWorker (logFont, (PLOGFONTA)CurrentContent->MemoryContent.ContentBytes);
}
}
if (converted && convertedSize && logFont) {
NewContent->MemoryContent.ContentSize = convertedSize;
NewContent->MemoryContent.ContentBytes = (PBYTE)logFont;
}
}
return TRUE;
}
BOOL
pGetDPISettings (
OUT PDWORD SrcDPI,
OUT PDWORD DestDPI
)
{
PTSTR dpiStr = NULL;
DWORD srcDPI = 96;
DWORD destDPI = 96;
DWORD sizeNeeded;
if (IsmGetEnvironmentString (
PLATFORM_SOURCE,
S_SYSENVVAR_GROUP,
S_ENV_APPLIED_DPI,
NULL,
0,
&sizeNeeded
)) {
dpiStr = AllocPathString (sizeNeeded);
if (dpiStr) {
if (IsmGetEnvironmentString (
PLATFORM_SOURCE,
S_SYSENVVAR_GROUP,
S_ENV_APPLIED_DPI,
dpiStr,
sizeNeeded,
NULL
)) {
_stscanf (dpiStr, TEXT("%lx"), &(srcDPI));
}
FreePathString (dpiStr);
dpiStr = NULL;
}
}
if (IsmGetEnvironmentString (
PLATFORM_DESTINATION,
S_SYSENVVAR_GROUP,
S_ENV_APPLIED_DPI,
NULL,
0,
&sizeNeeded
)) {
dpiStr = AllocPathString (sizeNeeded);
if (dpiStr) {
if (IsmGetEnvironmentString (
PLATFORM_DESTINATION,
S_SYSENVVAR_GROUP,
S_ENV_APPLIED_DPI,
dpiStr,
sizeNeeded,
NULL
)) {
_stscanf (dpiStr, TEXT("%lx"), &(destDPI));
}
FreePathString (dpiStr);
dpiStr = NULL;
}
}
if (SrcDPI) {
*SrcDPI = srcDPI;
}
if (DestDPI) {
*DestDPI = destDPI;
}
return TRUE;
}
BOOL
WINAPI
pFontDPIChange (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
BOOL converted = FALSE;
UINT convertedSize = 0;
PDWORD valueType;
DWORD srcDPI = 0;
DWORD destDPI = 0;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_BINARY) {
pGetDPISettings (&srcDPI, &destDPI);
if (srcDPI && destDPI && (srcDPI != destDPI)) {
if (CurrentContent->MemoryContent.ContentSize == sizeof (SHORT_LOGFONT)) {
PSHORT_LOGFONT result = IsmGetMemory (sizeof (SHORT_LOGFONT));
if (result) {
CopyMemory (result, (PSHORT_LOGFONT)CurrentContent->MemoryContent.ContentBytes, sizeof (SHORT_LOGFONT));
// now modify the size of the font if negative (device units)
if (result->lfHeight < 0) {
result->lfHeight = (SHORT)MulDiv (result->lfHeight, srcDPI, destDPI);
NewContent->MemoryContent.ContentSize = sizeof (SHORT_LOGFONT);
NewContent->MemoryContent.ContentBytes = (PBYTE)result;
} else {
IsmReleaseMemory (result);
result = NULL;
}
}
}
if (CurrentContent->MemoryContent.ContentSize == sizeof (LOGFONTA)) {
PLOGFONTA result = IsmGetMemory (sizeof (LOGFONTA));
if (result) {
CopyMemory (result, (PLOGFONTA)CurrentContent->MemoryContent.ContentBytes, sizeof (LOGFONTA));
// now modify the size of the font if negative (device units)
if (result->lfHeight < 0) {
result->lfHeight = MulDiv (result->lfHeight, srcDPI, destDPI);
NewContent->MemoryContent.ContentSize = sizeof (LOGFONTA);
NewContent->MemoryContent.ContentBytes = (PBYTE)result;
} else {
IsmReleaseMemory (result);
result = NULL;
}
}
}
if (CurrentContent->MemoryContent.ContentSize == sizeof (LOGFONTW)) {
PLOGFONTW result = IsmGetMemory (sizeof (LOGFONTW));
if (result) {
CopyMemory (result, (PLOGFONTW)CurrentContent->MemoryContent.ContentBytes, sizeof (LOGFONTW));
// now modify the size of the font if negative (device units)
if (result->lfHeight < 0) {
result->lfHeight = MulDiv (result->lfHeight, srcDPI, destDPI);
NewContent->MemoryContent.ContentSize = sizeof (LOGFONTW);
NewContent->MemoryContent.ContentBytes = (PBYTE)result;
} else {
IsmReleaseMemory (result);
result = NULL;
}
}
}
}
}
}
return TRUE;
}
BOOL
WINAPI
pFrameDPIChange (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
BOOL converted = FALSE;
UINT convertedSize = 0;
PDWORD valueType;
DWORD srcDPI = 0;
DWORD destDPI = 0;
LONG value;
PTSTR result = NULL;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_SZ) {
pGetDPISettings (&srcDPI, &destDPI);
if (srcDPI && destDPI && (srcDPI != destDPI)) {
// let's get the actual number store here (positive or negative)
_stscanf ((PCTSTR)(CurrentContent->MemoryContent.ContentBytes), TEXT("%ld"), &(value));
if (value < 0) {
// only adjust if negative (device units)
value = MulDiv (value, srcDPI, destDPI);
result = IsmGetMemory (sizeof (value) * 2 + 2);
wsprintf (result, TEXT("%ld"), value);
NewContent->MemoryContent.ContentSize = SizeOfString (result);
NewContent->MemoryContent.ContentBytes = (PBYTE)result;
}
}
}
}
return TRUE;
}
VOID
pConvertNonClientMetrics (
OUT NONCLIENTMETRICSW *Dest,
IN NONCLIENTMETRICSA *Src
)
{
Dest->cbSize = sizeof (NONCLIENTMETRICSW);
Dest->iBorderWidth = Src->iBorderWidth;
Dest->iScrollWidth = Src->iScrollWidth;
Dest->iScrollHeight = Src->iScrollHeight;
Dest->iCaptionWidth = Src->iCaptionWidth;
Dest->iCaptionHeight = Src->iCaptionHeight;
Dest->iSmCaptionWidth = Src->iSmCaptionWidth;
Dest->iSmCaptionHeight = Src->iSmCaptionHeight;
Dest->iMenuWidth = Src->iMenuWidth;
Dest->iMenuHeight = Src->iMenuHeight;
pConvertLogFontWorker (&Dest->lfCaptionFont, &Src->lfCaptionFont);
pConvertLogFontWorker (&Dest->lfSmCaptionFont, &Src->lfSmCaptionFont);
pConvertLogFontWorker (&Dest->lfMenuFont, &Src->lfMenuFont);
pConvertLogFontWorker (&Dest->lfStatusFont, &Src->lfStatusFont);
pConvertLogFontWorker (&Dest->lfMessageFont, &Src->lfMessageFont);
}
VOID
pCopyNonClientMetrics (
OUT NONCLIENTMETRICSW *Dest,
IN NONCLIENTMETRICSW *Src
)
{
Dest->cbSize = sizeof (NONCLIENTMETRICSW);
Dest->iBorderWidth = Src->iBorderWidth;
Dest->iScrollWidth = Src->iScrollWidth;
Dest->iScrollHeight = Src->iScrollHeight;
Dest->iCaptionWidth = Src->iCaptionWidth;
Dest->iCaptionHeight = Src->iCaptionHeight;
Dest->iSmCaptionWidth = Src->iSmCaptionWidth;
Dest->iSmCaptionHeight = Src->iSmCaptionHeight;
Dest->iMenuWidth = Src->iMenuWidth;
Dest->iMenuHeight = Src->iMenuHeight;
pCopyLogFontWorker (&Dest->lfCaptionFont, &Src->lfCaptionFont);
pCopyLogFontWorker (&Dest->lfSmCaptionFont, &Src->lfSmCaptionFont);
pCopyLogFontWorker (&Dest->lfMenuFont, &Src->lfMenuFont);
pCopyLogFontWorker (&Dest->lfStatusFont, &Src->lfStatusFont);
pCopyLogFontWorker (&Dest->lfMessageFont, &Src->lfMessageFont);
}
#define S_SCHEMELOCATION TEXT("HKCU\\Control Panel\\Appearance\\New Schemes")
#define S_SCHEMECURRENT TEXT("HKCU\\Control Panel\\Appearance")
#define S_SCHEMELOCATIONT1 TEXT("HKCU\\Control Panel\\Appearance\\New Schemes\\Current Settings SaveAll\\Sizes\\0")
#define S_SCHEMELOCATIONT2 TEXT("HKCU\\Control Panel\\Appearance\\New Schemes\\Current Settings SaveNoVisualStyle\\Sizes\\0")
#define S_SCHEMECOLORS TEXT("HKCU\\Control Panel\\Colors")
#define S_SCHEMEMETRICS TEXT("HKCU\\Control Panel\\Desktop\\WindowMetrics")
BOOL
pFindWhistlerScheme (
IN PCTSTR SchemeName,
OUT PUINT SchemeNr,
OUT PUINT SchemeSize
)
{
BOOL result = FALSE;
HKEY rootKey = NULL;
HKEY schemeKey = NULL;
HKEY sizeKey = NULL;
HKEY currSizeKey = NULL;
TCHAR schemeNrStr [MAX_PATH + 1];
TCHAR schemeSizeStr [MAX_PATH + 1];
PCTSTR subKeyStr = NULL;
DWORD index = 0, index1 = 0;
INT maxScheme = -1;
INT currScheme = 0;
LONG err, err1, err2;
DWORD valueType = 0;
DWORD valueDataSize = 0;
PTSTR valueData = NULL;
*SchemeNr = 0;
*SchemeSize = 0;
rootKey = OpenRegKeyStr (S_SCHEMELOCATION);
if (rootKey) {
index = 0;
err = ERROR_SUCCESS;
while (err == ERROR_SUCCESS) {
err = RegEnumKey (rootKey, index, schemeNrStr, MAX_PATH + 1);
if (err == ERROR_SUCCESS) {
currScheme = _ttoi (schemeNrStr);
if (currScheme > maxScheme) {
maxScheme = currScheme;
}
subKeyStr = JoinPaths (schemeNrStr, TEXT("Sizes"));
if (subKeyStr) {
sizeKey = OpenRegKey (rootKey, subKeyStr);
if (sizeKey) {
index1 = 0;
err1 = ERROR_SUCCESS;
while (err1 == ERROR_SUCCESS) {
err1 = RegEnumKey (sizeKey, index1, schemeSizeStr, MAX_PATH + 1);
if (err1 == ERROR_SUCCESS) {
currSizeKey = OpenRegKey (sizeKey, schemeSizeStr);
if (currSizeKey) {
err2 = RegQueryValueEx (
currSizeKey,
TEXT("LegacyName"),
NULL,
&valueType,
NULL,
&valueDataSize
);
if (((err2 == ERROR_SUCCESS) || (err2 == ERROR_MORE_DATA)) &&
((valueType == REG_SZ) || (valueType == REG_EXPAND_SZ)) &&
valueDataSize
) {
valueData = (PTSTR) IsmGetMemory (valueDataSize);
err2 = RegQueryValueEx (
currSizeKey,
TEXT("LegacyName"),
NULL,
&valueType,
(PBYTE) valueData,
&valueDataSize
);
if ((err2 == ERROR_SUCCESS) &&
(StringIMatch (valueData, SchemeName))
) {
*SchemeNr = _ttoi (schemeNrStr);
*SchemeSize = _ttoi (schemeSizeStr);
IsmReleaseMemory (valueData);
valueData = NULL;
CloseRegKey (currSizeKey);
currSizeKey = NULL;
CloseRegKey (sizeKey);
sizeKey = NULL;
FreePathString (subKeyStr);
subKeyStr = NULL;
result = TRUE;
break;
}
IsmReleaseMemory (valueData);
valueData = NULL;
}
CloseRegKey (currSizeKey);
currSizeKey = NULL;
}
}
index1 ++;
}
if (result) {
break;
}
CloseRegKey (sizeKey);
sizeKey = NULL;
}
FreePathString (subKeyStr);
subKeyStr = NULL;
}
index ++;
}
}
CloseRegKey (rootKey);
rootKey = NULL;
}
if (!result) {
*SchemeNr = maxScheme + 1;
}
return result;
}
DWORD
pConvertColor (
IN PCTSTR ColorStr
)
{
DWORD color = 0;
PBYTE colorPtr;
UINT index = 0;
colorPtr = (PBYTE)&color;
while (ColorStr && *ColorStr) {
if (index >= 3) {
return FALSE;
}
*colorPtr = (BYTE) _tcstoul ((PTSTR)ColorStr, &((PTSTR)ColorStr), 10);
if (*ColorStr) {
if (_tcsnextc (ColorStr) != ' ') {
return FALSE;
}
ColorStr = _tcsinc (ColorStr);
}
colorPtr++;
index++;
}
return color;
}
BOOL
pBuildSchemeColor (
IN PCTSTR SchemeDest,
IN PCTSTR SrcColorName,
IN PCTSTR AltSrcColorName,
IN PCTSTR AltSrcColorStr,
IN PCTSTR DestColorName
)
{
MIG_OBJECTTYPEID srcTypeId;
MIG_OBJECTSTRINGHANDLE srcName;
MIG_CONTENT srcContent;
MIG_OBJECTTYPEID destTypeId;
MIG_OBJECTSTRINGHANDLE destName;
MIG_CONTENT destContent;
DWORD color;
DWORD valueType;
BOOL needExtraColor = FALSE;
PCTSTR extraColorStr = NULL;
srcTypeId = MIG_REGISTRY_TYPE | PLATFORM_SOURCE;
destTypeId = MIG_REGISTRY_TYPE | PLATFORM_DESTINATION;
ZeroMemory (&destContent, sizeof (MIG_CONTENT));
destContent.ObjectTypeId = destTypeId;
destContent.ContentInFile = FALSE;
destContent.Details.DetailsSize = sizeof (DWORD);
destContent.Details.DetailsData = &valueType;
valueType = REG_DWORD;
destContent.MemoryContent.ContentSize = sizeof (DWORD);
destContent.MemoryContent.ContentBytes = (PBYTE) (&color);
srcName = IsmCreateObjectHandle (S_SCHEMECOLORS, SrcColorName);
if (IsmAcquireObject (srcTypeId, srcName, &srcContent)) {
if (IsValidRegSz(&srcContent)) {
color = pConvertColor ((PCTSTR) srcContent.MemoryContent.ContentBytes);
destName = IsmCreateObjectHandle (SchemeDest, DestColorName);
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
}
IsmReleaseObject (&srcContent);
} else if (AltSrcColorName) {
IsmDestroyObjectHandle (srcName);
srcName = NULL;
srcName = IsmCreateObjectHandle (S_SCHEMECOLORS, AltSrcColorName);
if (IsmAcquireObject (srcTypeId, srcName, &srcContent)) {
if (IsValidRegSz(&srcContent)) {
color = pConvertColor ((PCTSTR) srcContent.MemoryContent.ContentBytes);
destName = IsmCreateObjectHandle (SchemeDest, DestColorName);
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
needExtraColor = TRUE;
extraColorStr = DuplicatePathString ((PCTSTR) srcContent.MemoryContent.ContentBytes, 0);
}
IsmReleaseObject (&srcContent);
}
} else if (AltSrcColorStr) {
color = pConvertColor (AltSrcColorStr);
destName = IsmCreateObjectHandle (SchemeDest, DestColorName);
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
needExtraColor = TRUE;
extraColorStr = DuplicatePathString (AltSrcColorStr, 0);
}
IsmDestroyObjectHandle (srcName);
srcName = NULL;
if (needExtraColor) {
if (extraColorStr) {
valueType = REG_SZ;
destContent.MemoryContent.ContentSize = SizeOfString (extraColorStr);
destContent.MemoryContent.ContentBytes = (PBYTE) extraColorStr;
destName = IsmCreateObjectHandle (S_SCHEMECOLORS, SrcColorName);
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
FreePathString (extraColorStr);
extraColorStr = NULL;
}
}
return TRUE;
}
LONGLONG
pConvertSize (
IN PCTSTR SizeStr
)
{
INT size = 0;
size = _tcstoul ((PTSTR)SizeStr, &((PTSTR)SizeStr), 10);
size = -(size);
size /= 15;
return size;
}
BOOL
pBuildSchemeSize (
IN PCTSTR SchemeDest,
IN PCTSTR SrcSizeName,
IN PCTSTR DestSizeName
)
{
MIG_OBJECTTYPEID srcTypeId;
MIG_OBJECTSTRINGHANDLE srcName;
MIG_CONTENT srcContent;
MIG_OBJECTTYPEID destTypeId;
MIG_OBJECTSTRINGHANDLE destName;
MIG_CONTENT destContent;
LONGLONG size;
DWORD valueType;
srcTypeId = MIG_REGISTRY_TYPE | PLATFORM_SOURCE;
destTypeId = MIG_REGISTRY_TYPE | PLATFORM_DESTINATION;
ZeroMemory (&destContent, sizeof (MIG_CONTENT));
destContent.ObjectTypeId = destTypeId;
destContent.ContentInFile = FALSE;
destContent.Details.DetailsSize = sizeof (DWORD);
destContent.Details.DetailsData = &valueType;
valueType = REG_QWORD;
destContent.MemoryContent.ContentSize = sizeof (LONGLONG);
destContent.MemoryContent.ContentBytes = (PBYTE) (&size);
srcName = IsmCreateObjectHandle (S_SCHEMEMETRICS, SrcSizeName);
if (IsmAcquireObject (srcTypeId, srcName, &srcContent)) {
if (IsValidRegSz(&srcContent)) {
size = pConvertSize ((PCTSTR) srcContent.MemoryContent.ContentBytes);
destName = IsmCreateObjectHandle (SchemeDest, DestSizeName);
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
}
IsmReleaseObject (&srcContent);
}
IsmDestroyObjectHandle (srcName);
srcName = NULL;
return TRUE;
}
BOOL
pBuildSchemeFont (
IN PCTSTR SchemeDest,
IN PCTSTR SrcSizeName,
IN PCTSTR DestSizeName
)
{
MIG_OBJECTTYPEID srcTypeId;
MIG_OBJECTSTRINGHANDLE srcName;
MIG_CONTENT srcContent;
MIG_OBJECTTYPEID destTypeId;
MIG_OBJECTSTRINGHANDLE destName;
MIG_CONTENT destContent;
LOGFONTW destFont;
DWORD valueType;
srcTypeId = MIG_REGISTRY_TYPE | PLATFORM_SOURCE;
destTypeId = MIG_REGISTRY_TYPE | PLATFORM_DESTINATION;
ZeroMemory (&destContent, sizeof (MIG_CONTENT));
destContent.ObjectTypeId = destTypeId;
destContent.ContentInFile = FALSE;
destContent.Details.DetailsSize = sizeof (DWORD);
destContent.Details.DetailsData = &valueType;
ZeroMemory (&destFont, sizeof (LOGFONTW));
valueType = REG_BINARY;
destContent.MemoryContent.ContentSize = sizeof (LOGFONTW);
destContent.MemoryContent.ContentBytes = (PBYTE) (&destFont);
srcName = IsmCreateObjectHandle (S_SCHEMEMETRICS, SrcSizeName);
if (IsmAcquireObject (srcTypeId, srcName, &srcContent)) {
if (IsValidRegType (&srcContent, REG_BINARY)) {
if (srcContent.MemoryContent.ContentSize == sizeof (SHORT_LOGFONT)) {
pConvertShortLogFontWorker (&destFont, (PSHORT_LOGFONT) srcContent.MemoryContent.ContentBytes);
} else if (srcContent.MemoryContent.ContentSize == sizeof (LOGFONTA)) {
pConvertLogFontWorker (&destFont, (PLOGFONTA) srcContent.MemoryContent.ContentBytes);
} else {
CopyMemory (&destFont, srcContent.MemoryContent.ContentBytes, sizeof (LOGFONTW));
}
destName = IsmCreateObjectHandle (SchemeDest, DestSizeName);
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
}
IsmReleaseObject (&srcContent);
}
IsmDestroyObjectHandle (srcName);
srcName = NULL;
return TRUE;
}
BOOL
pBuildTempScheme (
IN PCTSTR SchemeDest
)
{
MIG_OBJECTTYPEID srcTypeId;
MIG_OBJECTSTRINGHANDLE srcName;
MIG_CONTENT srcContent;
MIG_OBJECTTYPEID destTypeId;
MIG_OBJECTSTRINGHANDLE destName;
MIG_CONTENT destContent;
DWORD value;
DWORD valueType;
srcTypeId = MIG_REGISTRY_TYPE | PLATFORM_SOURCE;
destTypeId = MIG_REGISTRY_TYPE | PLATFORM_DESTINATION;
ZeroMemory (&destContent, sizeof (MIG_CONTENT));
destContent.ObjectTypeId = destTypeId;
destContent.ContentInFile = FALSE;
destContent.Details.DetailsSize = sizeof (DWORD);
destContent.Details.DetailsData = &valueType;
// first we build the Color #<nr> values
pBuildSchemeColor (SchemeDest, TEXT("Scrollbar"), NULL, NULL, TEXT("Color #0"));
pBuildSchemeColor (SchemeDest, TEXT("Background"), NULL, NULL, TEXT("Color #1"));
pBuildSchemeColor (SchemeDest, TEXT("ActiveTitle"), NULL, NULL, TEXT("Color #2"));
pBuildSchemeColor (SchemeDest, TEXT("InactiveTitle"), NULL, NULL, TEXT("Color #3"));
pBuildSchemeColor (SchemeDest, TEXT("Menu"), NULL, NULL, TEXT("Color #4"));
pBuildSchemeColor (SchemeDest, TEXT("Window"), NULL, NULL, TEXT("Color #5"));
pBuildSchemeColor (SchemeDest, TEXT("WindowFrame"), NULL, NULL, TEXT("Color #6"));
pBuildSchemeColor (SchemeDest, TEXT("MenuText"), NULL, NULL, TEXT("Color #7"));
pBuildSchemeColor (SchemeDest, TEXT("WindowText"), NULL, NULL, TEXT("Color #8"));
pBuildSchemeColor (SchemeDest, TEXT("TitleText"), NULL, NULL, TEXT("Color #9"));
pBuildSchemeColor (SchemeDest, TEXT("ActiveBorder"), NULL, NULL, TEXT("Color #10"));
pBuildSchemeColor (SchemeDest, TEXT("InactiveBorder"), NULL, NULL, TEXT("Color #11"));
pBuildSchemeColor (SchemeDest, TEXT("AppWorkSpace"), NULL, NULL, TEXT("Color #12"));
pBuildSchemeColor (SchemeDest, TEXT("Hilight"), NULL, NULL, TEXT("Color #13"));
pBuildSchemeColor (SchemeDest, TEXT("HilightText"), NULL, NULL, TEXT("Color #14"));
pBuildSchemeColor (SchemeDest, TEXT("ButtonFace"), NULL, NULL, TEXT("Color #15"));
pBuildSchemeColor (SchemeDest, TEXT("ButtonShadow"), NULL, NULL, TEXT("Color #16"));
pBuildSchemeColor (SchemeDest, TEXT("GrayText"), NULL, NULL, TEXT("Color #17"));
pBuildSchemeColor (SchemeDest, TEXT("ButtonText"), NULL, NULL, TEXT("Color #18"));
pBuildSchemeColor (SchemeDest, TEXT("InactiveTitleText"), NULL, NULL, TEXT("Color #19"));
pBuildSchemeColor (SchemeDest, TEXT("ButtonHilight"), NULL, NULL, TEXT("Color #20"));
pBuildSchemeColor (SchemeDest, TEXT("ButtonDkShadow"), NULL, NULL, TEXT("Color #21"));
pBuildSchemeColor (SchemeDest, TEXT("ButtonLight"), NULL, NULL, TEXT("Color #22"));
pBuildSchemeColor (SchemeDest, TEXT("InfoText"), NULL, NULL, TEXT("Color #23"));
pBuildSchemeColor (SchemeDest, TEXT("InfoWindow"), NULL, NULL, TEXT("Color #24"));
pBuildSchemeColor (SchemeDest, TEXT("ButtonAlternateFace"), NULL, TEXT("180 180 180"), TEXT("Color #25"));
pBuildSchemeColor (SchemeDest, TEXT("HotTrackingColor"), NULL, TEXT("0 0 255"), TEXT("Color #26"));
pBuildSchemeColor (SchemeDest, TEXT("GradientActiveTitle"), NULL, TEXT("16 132 208"), TEXT("Color #27"));
pBuildSchemeColor (SchemeDest, TEXT("GradientInactiveTitle"), NULL, TEXT("181 181 181"), TEXT("Color #28"));
pBuildSchemeColor (SchemeDest, TEXT("MenuHilight"), TEXT("Hilight"), NULL, TEXT("Color #29"));
pBuildSchemeColor (SchemeDest, TEXT("MenuBar"), TEXT("Menu"), NULL, TEXT("Color #30"));
// now we build the Size #<nr> values
pBuildSchemeSize (SchemeDest, TEXT("BorderWidth"), TEXT("Size #0"));
pBuildSchemeSize (SchemeDest, TEXT("ScrollWidth"), TEXT("Size #1"));
pBuildSchemeSize (SchemeDest, TEXT("ScrollHeight"), TEXT("Size #2"));
pBuildSchemeSize (SchemeDest, TEXT("CaptionWidth"), TEXT("Size #3"));
pBuildSchemeSize (SchemeDest, TEXT("CaptionHeight"), TEXT("Size #4"));
pBuildSchemeSize (SchemeDest, TEXT("SmCaptionWidth"), TEXT("Size #5"));
pBuildSchemeSize (SchemeDest, TEXT("SmCaptionHeight"), TEXT("Size #6"));
pBuildSchemeSize (SchemeDest, TEXT("MenuWidth"), TEXT("Size #7"));
pBuildSchemeSize (SchemeDest, TEXT("MenuHeight"), TEXT("Size #8"));
// finally build the Font #<nr> values
pBuildSchemeFont (SchemeDest, TEXT("CaptionFont"), TEXT("Font #0"));
pBuildSchemeFont (SchemeDest, TEXT("SmCaptionFont"), TEXT("Font #1"));
pBuildSchemeFont (SchemeDest, TEXT("MenuFont"), TEXT("Font #2"));
pBuildSchemeFont (SchemeDest, TEXT("IconFont"), TEXT("Font #3"));
pBuildSchemeFont (SchemeDest, TEXT("StatusFont"), TEXT("Font #4"));
pBuildSchemeFont (SchemeDest, TEXT("MessageFont"), TEXT("Font #5"));
value = 0;
valueType = REG_DWORD;
destContent.MemoryContent.ContentSize = sizeof (DWORD);
destContent.MemoryContent.ContentBytes = (PBYTE) (&value);
destName = IsmCreateObjectHandle (SchemeDest, TEXT("Contrast"));
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
destName = IsmCreateObjectHandle (SchemeDest, TEXT("Flat Menus"));
IsmReplacePhysicalObject (destTypeId, destName, &destContent);
IsmDestroyObjectHandle (destName);
destName = NULL;
return TRUE;
}
BOOL
pUpdateSchemeData (
IN PCTSTR SchemeName,
IN UINT SchemeNr,
IN UINT SchemeSize
)
{
static BOOL firstTime = TRUE;
BOOL current = FALSE;
MIG_OBJECTTYPEID objectTypeId;
MIG_OBJECTSTRINGHANDLE objectName;
MIG_CONTENT objectContent;
TCHAR schemeNrStr [20];
TCHAR schemeSizeStr [20];
PCTSTR keyStr = NULL;
DWORD valueType = REG_SZ;
BOOL noCurrent = FALSE;
// first let's see if this is the current scheme
objectTypeId = MIG_REGISTRY_TYPE | PLATFORM_SOURCE;
objectName = IsmCreateObjectHandle (S_SCHEMECURRENT, TEXT("Current"));
if (IsmAcquireObject (objectTypeId, objectName, &objectContent)) {
current = ((IsValidRegSz(&objectContent)) &&
(StringIMatch (SchemeName, (PCTSTR) objectContent.MemoryContent.ContentBytes))
);
noCurrent = ((IsValidRegSz(&objectContent)) &&
(StringIMatch (TEXT(""), (PCTSTR) objectContent.MemoryContent.ContentBytes))
);
IsmReleaseObject (&objectContent);
} else {
noCurrent = TRUE;
}
IsmDestroyObjectHandle (objectName);
objectName = NULL;
if (noCurrent) {
// we did not have a current scheme, so we had only a temporary scheme
// First time when we encounter this we will attempt to fix it.
if (firstTime) {
// we will build HKR\Control Panel\Appearance\New Schemes\Current Settings SaveAll and
// HKR\Control Panel\Appearance\New Schemes\Current Settings SaveNoVisualStyle from
// HKR\Control Panel\Colors and HKR\Control Panel\Desktop\WindowMetrics
// We need to be carefull since we are reading source machine information and we need to
// convert it (especially font blobs).
pBuildTempScheme (S_SCHEMELOCATIONT1);
pBuildTempScheme (S_SCHEMELOCATIONT2);
firstTime = FALSE;
}
}
if (!current) {
return TRUE;
}
objectTypeId = MIG_REGISTRY_TYPE | PLATFORM_DESTINATION;
ZeroMemory (&objectContent, sizeof (MIG_CONTENT));
objectContent.ObjectTypeId = objectTypeId;
objectContent.ContentInFile = FALSE;
objectContent.MemoryContent.ContentSize = SizeOfString (SchemeName);
objectContent.MemoryContent.ContentBytes = (PBYTE) SchemeName;
objectContent.Details.DetailsSize = sizeof (DWORD);
objectContent.Details.DetailsData = &valueType;
objectName = IsmCreateObjectHandle (S_SCHEMECURRENT, TEXT("Current"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectName = IsmCreateObjectHandle (S_SCHEMECURRENT, TEXT("NewCurrent"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
_ultot (SchemeNr, schemeNrStr, 10);
objectContent.MemoryContent.ContentSize = SizeOfString (schemeNrStr);
objectContent.MemoryContent.ContentBytes = (PBYTE) schemeNrStr;
objectName = IsmCreateObjectHandle (S_SCHEMELOCATION, TEXT("SelectedStyle"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
keyStr = JoinPaths (S_SCHEMELOCATION, schemeNrStr);
_ultot (SchemeSize, schemeSizeStr, 10);
objectContent.MemoryContent.ContentSize = SizeOfString (schemeSizeStr);
objectContent.MemoryContent.ContentBytes = (PBYTE) schemeSizeStr;
objectName = IsmCreateObjectHandle (keyStr, TEXT("SelectedSize"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
FreePathString (keyStr);
keyStr = NULL;
// finally we need to copy the current scheme into
// HKR\Control Panel\Appearance\New Schemes\Current Settings SaveAll and
// HKR\Control Panel\Appearance\New Schemes\Current Settings SaveNoVisualStyle
pBuildTempScheme (S_SCHEMELOCATIONT1);
pBuildTempScheme (S_SCHEMELOCATIONT2);
return TRUE;
}
BOOL
pCreateWhistlerScheme (
IN PCTSTR SchemeName,
IN PSCHEMEDATA_NT SchemeData,
IN UINT SchemeNr
)
{
MIG_OBJECTTYPEID objectTypeId;
MIG_OBJECTSTRINGHANDLE objectName;
MIG_CONTENT objectContent;
DWORD valueType = 0;
TCHAR schemeNrStr [20];
TCHAR valueName [20];
TCHAR normalStr [] = TEXT("Normal");
PCTSTR keyStr = NULL;
DWORD value = 0;
DWORD index = 0;
ULONGLONG qvalue = 0;
objectTypeId = MIG_REGISTRY_TYPE | PLATFORM_DESTINATION;
ZeroMemory (&objectContent, sizeof (MIG_CONTENT));
objectContent.ObjectTypeId = objectTypeId;
objectContent.ContentInFile = FALSE;
objectContent.Details.DetailsSize = sizeof (DWORD);
objectContent.Details.DetailsData = &valueType;
_ultot (SchemeNr, schemeNrStr, 10);
keyStr = JoinPathsInPoolEx ((NULL, S_SCHEMELOCATION, schemeNrStr, NULL));
valueType = REG_SZ;
objectContent.MemoryContent.ContentSize = SizeOfString (SchemeName);
objectContent.MemoryContent.ContentBytes = (PBYTE) SchemeName;
objectName = IsmCreateObjectHandle (keyStr, TEXT("DisplayName"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
FreePathString (keyStr);
keyStr = NULL;
keyStr = JoinPathsInPoolEx ((NULL, S_SCHEMELOCATION, schemeNrStr, TEXT("Sizes\\0"), NULL));
valueType = REG_SZ;
objectContent.MemoryContent.ContentSize = SizeOfString (normalStr);
objectContent.MemoryContent.ContentBytes = (PBYTE) normalStr;
objectName = IsmCreateObjectHandle (keyStr, TEXT("DisplayName"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectContent.MemoryContent.ContentSize = SizeOfString (SchemeName);
objectContent.MemoryContent.ContentBytes = (PBYTE) SchemeName;
objectName = IsmCreateObjectHandle (keyStr, TEXT("LegacyName"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
value = 0;
valueType = REG_DWORD;
objectContent.MemoryContent.ContentSize = sizeof (DWORD);
objectContent.MemoryContent.ContentBytes = (PBYTE) (&value);
objectName = IsmCreateObjectHandle (keyStr, TEXT("Contrast"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Flat Menus"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
// write Color #<nr> values
objectContent.MemoryContent.ContentSize = sizeof (DWORD);
objectContent.MemoryContent.ContentBytes = (PBYTE) (&value);
for (index = 0; index < COLOR_MAX_NT; index ++) {
value = SchemeData->rgb [index];
wsprintf (valueName, TEXT("Color #%u"), index);
objectName = IsmCreateObjectHandle (keyStr, valueName);
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
}
value = SchemeData->rgb [COLOR_HIGHLIGHT];
wsprintf (valueName, TEXT("Color #%u"), COLOR_MENUHILIGHT);
objectName = IsmCreateObjectHandle (keyStr, valueName);
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
value = SchemeData->rgb [COLOR_MENU];
wsprintf (valueName, TEXT("Color #%u"), COLOR_MAX_NT + 1);
objectName = IsmCreateObjectHandle (keyStr, valueName);
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
// now, let's write the sizes
valueType = REG_QWORD;
objectContent.MemoryContent.ContentSize = sizeof (ULONGLONG);
objectContent.MemoryContent.ContentBytes = (PBYTE) (&qvalue);
qvalue = SchemeData->ncm.iBorderWidth;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #0"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iScrollWidth;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #1"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iScrollHeight;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #2"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iCaptionWidth;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #3"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iCaptionHeight;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #4"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iSmCaptionWidth;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #5"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iSmCaptionHeight;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #6"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iMenuWidth;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #7"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
qvalue = SchemeData->ncm.iMenuHeight;
objectName = IsmCreateObjectHandle (keyStr, TEXT("Size #8"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
// finally, let's write the fonts
valueType = REG_BINARY;
objectContent.MemoryContent.ContentSize = sizeof (LOGFONTW);
objectContent.MemoryContent.ContentBytes = (PBYTE) (&SchemeData->ncm.lfCaptionFont);
objectName = IsmCreateObjectHandle (keyStr, TEXT("Font #0"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectContent.MemoryContent.ContentBytes = (PBYTE) (&SchemeData->ncm.lfSmCaptionFont);
objectName = IsmCreateObjectHandle (keyStr, TEXT("Font #1"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectContent.MemoryContent.ContentBytes = (PBYTE) (&SchemeData->ncm.lfMenuFont);
objectName = IsmCreateObjectHandle (keyStr, TEXT("Font #2"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectContent.MemoryContent.ContentBytes = (PBYTE) (&SchemeData->lfIconTitle);
objectName = IsmCreateObjectHandle (keyStr, TEXT("Font #3"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectContent.MemoryContent.ContentBytes = (PBYTE) (&SchemeData->ncm.lfStatusFont);
objectName = IsmCreateObjectHandle (keyStr, TEXT("Font #4"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
objectContent.MemoryContent.ContentBytes = (PBYTE) (&SchemeData->ncm.lfMessageFont);
objectName = IsmCreateObjectHandle (keyStr, TEXT("Font #5"));
IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
objectName = NULL;
FreePathString (keyStr);
keyStr = NULL;
return TRUE;
}
BOOL
pDoesNewSchemeKeyExist (
VOID
)
{
BOOL result = FALSE;
HKEY rootKey = NULL;
rootKey = OpenRegKeyStr (S_SCHEMELOCATION);
result = rootKey != NULL;
if (rootKey) {
CloseRegKey (rootKey);
}
return result;
}
BOOL
WINAPI
pConvertAppearanceSchemeCallback (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
BOOL converted = FALSE;
UINT convertedSize = 0;
PBYTE result = NULL;
PDWORD valueType;
SCHEMEDATA_NT sd_nt;
PSCHEMEDATA_V1 psd_v1;
PSCHEMEDATA_V2 psd_v2;
PSCHEMEDATA_V3 psd_v3;
PSCHEMEDATA_V4 psd_v4;
PSCHEMEDATA_V1A psd_v1a;
BOOL Copy3dValues = FALSE;
PCTSTR node = NULL, leaf = NULL;
UINT schemeNr = 0;
UINT schemeSize = 0;
//
// Filter the data for any references to %windir%
//
ZeroMemory (&sd_nt, sizeof (SCHEMEDATA_NT));
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_BINARY) {
if (CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V1) ||
CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V2) ||
CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V3) ||
CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V4) ||
CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V1A)
) {
psd_v1 = (PSCHEMEDATA_V1)CurrentContent->MemoryContent.ContentBytes;
if (psd_v1->version == 1 ||
psd_v1->version == 2 ||
psd_v1->version == 3 ||
psd_v1->version == 4
) {
//
// this is a valid scheme and it has a supported version
//
//
// Convert the structure
//
if (psd_v1->version == 1) {
sd_nt.version = 2;
pConvertNonClientMetrics (&sd_nt.ncm, &psd_v1->ncm);
pConvertShortLogFontWorker (&sd_nt.lfIconTitle, &psd_v1->lfIconTitle);
ZeroMemory (sd_nt.rgb, sizeof (sd_nt.rgb));
CopyMemory (
&sd_nt.rgb,
&psd_v1->rgb,
min (sizeof (psd_v1->rgb), sizeof (sd_nt.rgb))
);
Copy3dValues = TRUE;
} else if (psd_v1->version == 3 && CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V1A)) {
psd_v1a = (PSCHEMEDATA_V1A) psd_v1;
sd_nt.version = 2;
pConvertNonClientMetrics (&sd_nt.ncm, &psd_v1a->ncm);
pConvertShortLogFontWorker (&sd_nt.lfIconTitle, &psd_v1a->lfIconTitle);
ZeroMemory (sd_nt.rgb, sizeof (sd_nt.rgb));
CopyMemory (
&sd_nt.rgb,
&psd_v1a->rgb,
min (sizeof (psd_v1a->rgb), sizeof (sd_nt.rgb))
);
Copy3dValues = TRUE;
} else if (psd_v1->version == 2 && CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V2)) {
psd_v2 = (PSCHEMEDATA_V2) psd_v1;
sd_nt.version = 2;
pCopyNonClientMetrics (&sd_nt.ncm, &psd_v2->ncm);
pCopyLogFontWorker (&sd_nt.lfIconTitle, &psd_v2->lfIconTitle);
ZeroMemory (sd_nt.rgb, sizeof (sd_nt.rgb));
CopyMemory (
&sd_nt.rgb,
&psd_v2->rgb,
min (sizeof (psd_v2->rgb), sizeof (sd_nt.rgb))
);
Copy3dValues = TRUE;
} else if (psd_v1->version == 3 && CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_V3)) {
psd_v3 = (PSCHEMEDATA_V3) psd_v1;
sd_nt.version = 2;
pConvertNonClientMetrics (&sd_nt.ncm, &psd_v3->ncm);
pConvertLogFontWorker (&sd_nt.lfIconTitle, &psd_v3->lfIconTitle);
ZeroMemory (sd_nt.rgb, sizeof (sd_nt.rgb));
CopyMemory (
&sd_nt.rgb,
&psd_v3->rgb,
min (sizeof (psd_v3->rgb), sizeof (sd_nt.rgb))
);
Copy3dValues = TRUE;
} else if (psd_v1->version == 4) {
psd_v4 = (PSCHEMEDATA_V4) psd_v1;
sd_nt.version = 2;
pConvertNonClientMetrics (&sd_nt.ncm, &psd_v4->ncm);
pConvertLogFontWorker (&sd_nt.lfIconTitle, &psd_v4->lfIconTitle);
ZeroMemory (sd_nt.rgb, sizeof (sd_nt.rgb));
CopyMemory (
&sd_nt.rgb,
&psd_v4->rgb,
min (sizeof (psd_v4->rgb), sizeof (sd_nt.rgb))
);
}
if (Copy3dValues) {
//
// Make sure the NT structure has values for 3D colors
//
sd_nt.rgb[COLOR_BUTTONALTFACE] = sd_nt.rgb[COLOR_BTNFACE];
sd_nt.rgb[COLOR_HOTLIGHT] = sd_nt.rgb[COLOR_ACTIVECAPTION];
sd_nt.rgb[COLOR_GRADIENTACTIVECAPTION] = sd_nt.rgb[COLOR_ACTIVECAPTION];
sd_nt.rgb[COLOR_GRADIENTINACTIVECAPTION] = sd_nt.rgb[COLOR_INACTIVECAPTION];
}
converted = TRUE;
convertedSize = sizeof (sd_nt);
result = IsmGetMemory (convertedSize);
CopyMemory (result, &sd_nt, convertedSize);
}
}
}
if (converted && convertedSize && result) {
NewContent->MemoryContent.ContentSize = convertedSize;
NewContent->MemoryContent.ContentBytes = result;
}
if ((*valueType == REG_BINARY) &&
(converted || (CurrentContent->MemoryContent.ContentSize == sizeof (SCHEMEDATA_NT))) &&
(pDoesNewSchemeKeyExist ())
) {
// now we need to do some extra work
// Each scheme must be converted to the new Whistler format
// First we look to see if the scheme that we just processed exists in new Whistler format
// For this we enumerate the HKR\Control Panel\Appearance\New Schemes
// and try to find the valuename "Legacy Name" that matches the value name of this scheme
// If we find it, we only update HKR\Control Panel\Appearance [Current],
// HKR\Control Panel\Appearance [NewCurrent], HKR\Control Panel\Appearance\New Schemes [SelectedStyle]
// and HKR\Control Panel\Appearance\New Schemes\<Scheme Number> [SelectedSize].
// If not, we create a new Whistler scheme and update the above 4 value names.
if (IsmCreateObjectStringsFromHandle (SrcObjectName, &node, &leaf)) {
if (leaf) {
if (pFindWhistlerScheme (leaf, &schemeNr, &schemeSize)) {
pUpdateSchemeData (leaf, schemeNr, schemeSize);
} else {
if (pCreateWhistlerScheme (
leaf,
converted?
(PSCHEMEDATA_NT)NewContent->MemoryContent.ContentBytes:
(PSCHEMEDATA_NT)CurrentContent->MemoryContent.ContentBytes,
schemeNr
)) {
pUpdateSchemeData (leaf, schemeNr, 0);
}
}
}
IsmDestroyObjectString (node);
IsmDestroyObjectString (leaf);
}
}
}
return TRUE;
}
BOOL
WINAPI
pAntiAliasCallback (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
DWORD value = 0;
BOOL converted = FALSE;
PTSTR result = NULL;
UINT convertedSize = 0;
PDWORD valueType;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_SZ) {
if (CurrentContent->MemoryContent.ContentSize > 0) {
value = _tcstoul ((PCTSTR)CurrentContent->MemoryContent.ContentBytes, NULL, 10);
}
if (value > 0) {
converted = TRUE;
convertedSize = 11 * sizeof (TCHAR); // DWORD takes no more than 11 characters
result = IsmGetMemory (convertedSize);
wsprintf (result, TEXT("%d"), FE_AA_ON);
}
}
if (converted && convertedSize && result) {
NewContent->MemoryContent.ContentSize = convertedSize;
NewContent->MemoryContent.ContentBytes = (PCBYTE) result;
}
}
return TRUE;
}
BOOL
WINAPI
pFixActiveDesktopCallback (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
#define badBufferSize 16
#define goodBufferSize 28
const BYTE badBuffer[badBufferSize] =
{0x10, 0x00, 0x00, 0x00,
0x01, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00};
const BYTE goodBuffer[goodBufferSize] =
{0x1C, 0x00, 0x00, 0x00,
0x20, 0x08, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x0A, 0x00, 0x00, 0x00};
BOOL converted = FALSE;
PBYTE result = NULL;
UINT convertedSize = 0;
PDWORD valueType;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_BINARY) {
if (CurrentContent->MemoryContent.ContentSize == badBufferSize) {
if (TestBuffer (CurrentContent->MemoryContent.ContentBytes, badBuffer, badBufferSize)) {
converted = TRUE;
convertedSize = goodBufferSize;
result = IsmGetMemory (convertedSize);
CopyMemory (result, goodBuffer, convertedSize);
}
}
}
if (converted && convertedSize && result) {
NewContent->MemoryContent.ContentSize = convertedSize;
NewContent->MemoryContent.ContentBytes = result;
}
}
return TRUE;
}
BOOL
WINAPI
pConvertRecentDocsMRUCallback (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
BOOL converted = FALSE;
PBYTE result = NULL;
UINT convertedSize = 0;
PDWORD valueType;
PCSTR str, structPtr;
PCWSTR strW;
UINT size, sizeW;
//
// Filter the data for any references to %windir%
//
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if ((*valueType == REG_BINARY) && (CurrentContent->MemoryContent.ContentSize)) {
// The content of this is a NULL terminated string followed by some binary data.
// We need to convert the string to unicode and add the existent
// binary data
str = (PCSTR)CurrentContent->MemoryContent.ContentBytes;
__try {
structPtr = GetEndOfStringA (str);
structPtr = _mbsinc (structPtr);
if (structPtr && (structPtr > str)) {
size = CurrentContent->MemoryContent.ContentSize - (UINT)(structPtr - str);
if (size == sizeof (WORD) + *((PWORD)structPtr)) {
converted = TRUE;
strW = ConvertAtoW (str);
sizeW = SizeOfStringW (strW);
convertedSize = sizeW + size;
result = IsmGetMemory (convertedSize);
CopyMemory (result, strW, sizeW);
CopyMemory (result + sizeW, structPtr, size);
FreeConvertedStr (strW);
}
}
}
__except (EXCEPTION_EXECUTE_HANDLER) {
// the structure was not well formed
converted = FALSE;
if (result) {
IsmReleaseMemory (result);
}
}
}
if (converted && convertedSize && result) {
NewContent->MemoryContent.ContentSize = convertedSize;
NewContent->MemoryContent.ContentBytes = result;
}
}
return TRUE;
}
PCTSTR
pFindNewScreenSaver (
IN PCTSTR OldScreenSaver
)
{
PTSTR multiSz = NULL;
MULTISZ_ENUM e;
UINT sizeNeeded;
HINF infHandle = INVALID_HANDLE_VALUE;
ENVENTRY_TYPE dataType;
INFSTRUCT is = INITINFSTRUCT_PMHANDLE;
PCTSTR newScrName;
PCTSTR result = NULL;
if (IsmGetEnvironmentValue (
IsmGetRealPlatform (),
NULL,
S_GLOBAL_INF_HANDLE,
(PBYTE)(&infHandle),
sizeof (HINF),
&sizeNeeded,
&dataType
) &&
(sizeNeeded == sizeof (HINF)) &&
(dataType == ENVENTRY_BINARY)
) {
if (InfFindFirstLine (infHandle, TEXT("SCR Rename"), OldScreenSaver, &is)) {
newScrName = InfGetStringField (&is, 1);
if (newScrName) {
result = DuplicatePathString (newScrName, 0);
}
}
InfNameHandle (infHandle, NULL, FALSE);
} else {
if (!IsmGetEnvironmentValue (IsmGetRealPlatform (), NULL, S_INF_FILE_MULTISZ, NULL, 0, &sizeNeeded, NULL)) {
result = DuplicatePathString (OldScreenSaver, 0);
return result;
}
__try {
multiSz = AllocText (sizeNeeded);
if (!IsmGetEnvironmentValue (IsmGetRealPlatform (), NULL, S_INF_FILE_MULTISZ, (PBYTE) multiSz, sizeNeeded, NULL, NULL)) {
__leave;
}
if (EnumFirstMultiSz (&e, multiSz)) {
do {
infHandle = InfOpenInfFile (e.CurrentString);
if (infHandle != INVALID_HANDLE_VALUE) {
if (InfFindFirstLine (infHandle, TEXT("SCR Rename"), OldScreenSaver, &is)) {
newScrName = InfGetStringField (&is, 1);
if (newScrName) {
result = DuplicatePathString (newScrName, 0);
InfCloseInfFile (infHandle);
infHandle = INVALID_HANDLE_VALUE;
__leave;
}
}
} else {
LOG ((LOG_ERROR, (PCSTR) MSG_CANT_OPEN_INF, e.CurrentString));
}
InfCloseInfFile (infHandle);
infHandle = INVALID_HANDLE_VALUE;
} while (EnumNextMultiSz (&e));
}
}
__finally {
FreeText (multiSz);
}
}
InfResetInfStruct (&is);
if (!result) {
result = DuplicatePathString (OldScreenSaver, 0);
}
return result;
}
BOOL
WINAPI
pConvertScnSaver (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
PDWORD valueType;
PCTSTR exePath = NULL;
PTSTR exeName = NULL;
PCTSTR exeNativeName = NULL;
PCTSTR newExeName = NULL;
PCTSTR expExePath = NULL;
MIG_OBJECTSTRINGHANDLE sourceObjectName = NULL;
MIG_OBJECTSTRINGHANDLE destObjectName = NULL;
MIG_CONTENT destContent;
MIG_OBJECTTYPEID destObjectTypeId;
BOOL deleted;
BOOL replaced;
BOOL migrateSrcReg = FALSE;
if (!CurrentContent->ContentInFile) {
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType = (PDWORD)(CurrentContent->Details.DetailsData);
if (*valueType == REG_SZ) {
//
// Extract the source screen saver path from the reg value data
//
if (IsEmptyStr ((PCTSTR) CurrentContent->MemoryContent.ContentBytes)) {
migrateSrcReg = TRUE;
} else {
// first we try to see if the source SCR exists on the destination
// we have two steps :
// 1. Filter the source and see if the destination exists
// 2. Filter the source path, append the source file and see if the destination exists
exePath = (PCTSTR) (CurrentContent->MemoryContent.ContentBytes);
if (exePath) {
expExePath = IsmExpandEnvironmentString (PLATFORM_SOURCE, S_SYSENVVAR_GROUP, exePath, NULL);
exeName = (PTSTR) FindLastWack (expExePath?expExePath:exePath);
}
if (exeName) {
*exeName++ = 0;
sourceObjectName = IsmCreateObjectHandle (expExePath?expExePath:exePath, exeName);
destObjectName = IsmFilterObject(
MIG_FILE_TYPE | PLATFORM_SOURCE,
sourceObjectName,
&destObjectTypeId,
&deleted,
&replaced
);
migrateSrcReg = !deleted || replaced;
if (migrateSrcReg) {
migrateSrcReg = FALSE;
exeNativeName = IsmGetNativeObjectName (MIG_FILE_TYPE, destObjectName?destObjectName:sourceObjectName);
if (exeNativeName) {
NewContent->MemoryContent.ContentSize = SizeOfString (exeNativeName);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
StringCopy ((PTSTR)NewContent->MemoryContent.ContentBytes, exeNativeName);
migrateSrcReg = TRUE;
IsmReleaseMemory (exeNativeName);
}
if (sourceObjectName) {
IsmDestroyObjectHandle (sourceObjectName);
sourceObjectName = NULL;
}
if (destObjectName) {
IsmDestroyObjectHandle (destObjectName);
destObjectName = NULL;
}
} else {
if (sourceObjectName) {
IsmDestroyObjectHandle (sourceObjectName);
sourceObjectName = NULL;
}
if (destObjectName) {
IsmDestroyObjectHandle (destObjectName);
destObjectName = NULL;
}
sourceObjectName = IsmCreateObjectHandle (expExePath?expExePath:exePath, NULL);
destObjectName = IsmFilterObject(
MIG_FILE_TYPE | PLATFORM_SOURCE,
sourceObjectName,
&destObjectTypeId,
&deleted,
&replaced
);
migrateSrcReg = !deleted || replaced;
if (migrateSrcReg) {
migrateSrcReg = FALSE;
//
// get the equivalent SCR file from the INF
//
newExeName = pFindNewScreenSaver (exeName);
if (newExeName) {
exeNativeName = IsmGetNativeObjectName (MIG_FILE_TYPE, destObjectName?destObjectName:sourceObjectName);
if (destObjectName) {
IsmDestroyObjectHandle (destObjectName);
destObjectName = NULL;
}
if (exeNativeName) {
destObjectName = IsmCreateObjectHandle (exeNativeName, newExeName);
IsmReleaseMemory (exeNativeName);
if (IsmAcquireObject (MIG_FILE_TYPE | PLATFORM_DESTINATION, destObjectName, &destContent)) {
IsmReleaseObject (&destContent);
exeNativeName = IsmGetNativeObjectName (MIG_FILE_TYPE, destObjectName);
if (exeNativeName) {
NewContent->MemoryContent.ContentSize = SizeOfString (exeNativeName);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
StringCopy ((PTSTR)NewContent->MemoryContent.ContentBytes, exeNativeName);
migrateSrcReg = TRUE;
IsmReleaseMemory (exeNativeName);
}
}
}
FreePathString (newExeName);
}
}
if (sourceObjectName) {
IsmDestroyObjectHandle (sourceObjectName);
sourceObjectName = NULL;
}
if (destObjectName) {
IsmDestroyObjectHandle (destObjectName);
destObjectName = NULL;
}
}
}
if (expExePath) {
IsmReleaseMemory (expExePath);
expExePath = NULL;
}
}
//
// If we should migrate the entry, then just leave everything
// alone. If not, then we need to put the destination value in the
// outbound content.
//
if (!migrateSrcReg) {
MYASSERT (!(SrcObjectTypeId & PLATFORM_DESTINATION));
destObjectName = IsmFilterObject(
SrcObjectTypeId | PLATFORM_SOURCE,
SrcObjectName,
&destObjectTypeId,
&deleted,
NULL
);
if (!deleted) {
destObjectTypeId = SrcObjectTypeId & ~(PLATFORM_MASK);
destObjectTypeId |= PLATFORM_DESTINATION;
if (IsmAcquireObject (destObjectTypeId, destObjectName?destObjectName:SrcObjectName, &destContent)) {
NewContent->MemoryContent.ContentSize = destContent.MemoryContent.ContentSize;
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory ((PBYTE)NewContent->MemoryContent.ContentBytes, destContent.MemoryContent.ContentBytes, NewContent->MemoryContent.ContentSize);
IsmReleaseObject (&destContent);
}
}
IsmDestroyObjectHandle (destObjectName);
INVALID_POINTER (destObjectName);
}
}
}
return TRUE;
}
BOOL
WINAPI
pConvertIdentityCount(
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_CONTENT objectContent;
MIG_OBJECT_ENUM objectEnum;
MIG_OBJECTSTRINGHANDLE enumPattern;
MIG_OBJECTSTRINGHANDLE filteredName;
DWORD value = 0;
PTSTR node;
PTSTR leaf;
MIG_OBJECTTYPEID destObjectTypeId;
BOOL deleted;
BOOL replaced;
if (IsValidRegType (CurrentContent, REG_DWORD)) {
// Read the current Identity count
value = pGetDestDwordValue (TEXT("HKCU\\Identities"), TEXT("Identity Ordinal"));
// Add the number of new source identities
enumPattern = IsmCreateSimpleObjectPattern (
TEXT("HKCU\\Identities"),
TRUE,
TEXT("Username"),
FALSE);
if (IsmEnumFirstSourceObject (&objectEnum, g_RegType, enumPattern)) {
do {
if (IsmIsApplyObjectId (objectEnum.ObjectId)) {
IsmCreateObjectStringsFromHandle (objectEnum.ObjectName, &node, &leaf);
if (leaf && *leaf) {
// Check if we created this identity on the dest
filteredName = IsmFilterObject (g_RegType | PLATFORM_SOURCE,
objectEnum.ObjectName,
&destObjectTypeId,
&deleted,
&replaced);
if (filteredName) {
if (DoesDestRegExist(filteredName, REG_SZ) == FALSE) {
value++;
}
IsmDestroyObjectHandle(filteredName);
} else if (DoesDestRegExist(objectEnum.ObjectName, REG_SZ) == FALSE) {
value++;
}
}
IsmDestroyObjectString (node);
IsmDestroyObjectString (leaf);
}
} while (IsmEnumNextObject (&objectEnum));
}
IsmDestroyObjectHandle (enumPattern);
// Update the value with the new Identity count
pSetDwordValue (NewContent, value);
}
return TRUE;
}
BOOL
WINAPI
pConvertIdentityIndex(
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
PTSTR node = NULL;
PTSTR leaf = NULL;
if (IsValidRegType (CurrentContent, REG_DWORD)) {
IsmCreateObjectStringsFromHandle (SrcObjectName, &node, &leaf);
if (node && !StringMatch(node, TEXT("HKCU\\Identities"))) {
// Only set this identity's index if this is new on the dest
if (DoesDestRegExist(SrcObjectName, REG_DWORD)) {
IsmClearApplyOnObject((g_RegType & (~PLATFORM_MASK)) | PLATFORM_SOURCE, SrcObjectName);
} else {
pSetDwordValue (NewContent, g_IdentityCount);
g_IdentityCount++;
}
}
IsmDestroyObjectString(node);
IsmDestroyObjectString(leaf);
}
return TRUE;
}
BOOL
pIsIdentityCollision (
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCTSTR OriginalUsername
)
{
MIG_CONTENT objectContent;
MIG_OBJECT_ENUM objectEnum;
MIG_OBJECTSTRINGHANDLE enumPattern;
BOOL retval = FALSE;
// This function detects identity name collisions (i.e. 2 different "Main Identity"s)
// Check if this already exists
if (HtFindString (g_IdentityDestTable, OriginalUsername)) {
return TRUE;
}
// Check for collisions on Destination
enumPattern = IsmCreateSimpleObjectPattern (TEXT("HKCU\\Identities"),
TRUE,
TEXT("Username"),
FALSE);
if (IsmEnumFirstDestinationObject (&objectEnum, g_RegType, enumPattern)) {
do {
// don't collide with same identity on destination
if (!StringIMatch (SrcObjectName, objectEnum.ObjectName)) {
if (IsmAcquireObject (g_RegType | PLATFORM_DESTINATION, objectEnum.ObjectName, &objectContent)) {
if (IsValidRegSz(&objectContent)) {
if (StringIMatch (OriginalUsername, (PCTSTR) objectContent.MemoryContent.ContentBytes)) {
retval = TRUE;
IsmReleaseObject (&objectContent);
IsmAbortObjectEnum (&objectEnum);
break;
}
}
IsmReleaseObject (&objectContent);
}
}
} while (IsmEnumNextObject (&objectEnum));
}
IsmDestroyObjectHandle (enumPattern);
return retval;
}
PTSTR
pCollideIdentityUsername (
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCTSTR OriginalUsername
)
{
PTSTR username = NULL;
PTSTR tmpName;
PTSTR testName = NULL;
PTSTR openParen = NULL;
PTSTR closeParen = NULL;
PTSTR chr;
TCHAR buff[20];
UINT index = 1;
BOOL replaceOk = TRUE;
// This function handles identity name collisions.
// For example, "Main Identity" becomes "Main Identity(2)"
if (pIsIdentityCollision (SrcObjectName, OriginalUsername)) {
tmpName = DuplicateText (OriginalUsername);
// Check if name already has a (number) tacked on
openParen = _tcsrchr (tmpName, TEXT('('));
closeParen = _tcsrchr (tmpName, TEXT(')'));
if (closeParen && openParen &&
closeParen > openParen &&
closeParen - openParen > 1) {
// Make sure it's purely numerical
for (chr = openParen+1; chr < closeParen; chr++) {
if (!_istdigit (*chr)) {
replaceOk = FALSE;
break;
}
}
if (replaceOk == TRUE) {
if (_stscanf (openParen, TEXT("(%d)"), &index)) {
*openParen = 0;
}
}
}
// Loop until we find a non-colliding name
do {
IsmReleaseMemory (username);
index++;
wsprintf (buff, TEXT("(%d)"), index);
username = IsmGetMemory (ByteCount (OriginalUsername) + ByteCount (buff) + 1);
StringCopy (username, tmpName);
StringCat (username, buff);
} while (pIsIdentityCollision (SrcObjectName, username));
FreeText (tmpName);
// Put the new name in the hash tables
HtAddStringEx (g_IdentityDestTable, username, &username, FALSE);
} else {
username = IsmGetMemory (ByteCount (OriginalUsername) + 1);
StringCopy (username, OriginalUsername);
}
return username;
}
BOOL
WINAPI
pConvertIdentityGuid (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
PTSTR newId;
if (IsValidRegSz (CurrentContent)) {
newId = OEGetRemappedId ((PCTSTR)CurrentContent->MemoryContent.ContentBytes);
if (newId) {
NewContent->Details.DetailsSize = sizeof(DWORD);
NewContent->Details.DetailsData = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->Details.DetailsData) = REG_SZ;
NewContent->MemoryContent.ContentSize = ByteCount (newId) + 1;
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
StringCopy ((PTSTR)NewContent->MemoryContent.ContentBytes, newId);
FreeText(newId);
}
}
return TRUE;
}
BOOL
pConvertOE5Stationery (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
// Delete the destination's [Wide Stationery Name] value.
PTSTR node = NULL;
PTSTR leaf = NULL;
MIG_OBJECTSTRINGHANDLE filteredName;
MIG_OBJECTSTRINGHANDLE destName;
MIG_OBJECTTYPEID destObjectTypeId;
BOOL deleted;
BOOL replaced;
filteredName = IsmFilterObject (g_RegType | PLATFORM_SOURCE,
SrcObjectName,
&destObjectTypeId,
&deleted,
&replaced);
if (filteredName) {
IsmCreateObjectStringsFromHandle (filteredName, &node, &leaf);
if (node) {
destName = IsmCreateObjectHandle (node, TEXT("Wide Stationery Name"));
IsmRemovePhysicalObject (g_RegType, destName);
IsmDestroyObjectHandle(destName);
destName = IsmCreateObjectHandle (node, TEXT("Stationery Name Converted"));
IsmRemovePhysicalObject (g_RegType, destName);
IsmDestroyObjectHandle(destName);
IsmDestroyObjectString(node);
}
IsmDestroyObjectString(leaf);
IsmDestroyObjectHandle(filteredName);
}
return TRUE;
}
BOOL
WINAPI
pConvertIdentityUsername (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
if (IsValidRegSz (OriginalContent)) {
// Update the value with a potentially new username
NewContent->Details.DetailsSize = sizeof(DWORD);
NewContent->Details.DetailsData = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->Details.DetailsData) = REG_SZ;
NewContent->MemoryContent.ContentBytes = (PBYTE) pCollideIdentityUsername (SrcObjectName, (PCTSTR) OriginalContent->MemoryContent.ContentBytes);
NewContent->MemoryContent.ContentSize = ByteCount ((PCTSTR) NewContent->MemoryContent.ContentBytes) + 1;
}
return TRUE;
}
BOOL
WINAPI
pConvertSetDwordTrue (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
if (IsValidRegType (OriginalContent, REG_DWORD)) {
pSetDwordValue (NewContent, 1);
}
return TRUE;
}
BOOL
WINAPI
pConvertSetDwordFalse (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
if (IsValidRegType (OriginalContent, REG_DWORD)) {
pSetDwordValue (NewContent, 0);
}
return TRUE;
}
BOOL
WINAPI
pConvertPSTBlob (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
PCTSTR originalStr = NULL;
PCSTR finalStr = NULL;
PTSTR joinedStr = NULL;
PTSTR node = NULL;
PTSTR leaf = NULL;
MIG_OBJECTSTRINGHANDLE filteredName = NULL;
MIG_OBJECTSTRINGHANDLE srcName = NULL;
MIG_OBJECTTYPEID destObjectTypeId;
BOOL deleted;
BOOL replaced;
TCHAR *p = NULL;
char *ptr;
HALF_PTR oldSize;
PCBYTE blob;
if (IsValidRegType(OriginalContent, REG_BINARY)) {
// Find the NULL before the PST filename
blob = OriginalContent->MemoryContent.ContentBytes;
ptr = (char *)(ULONG_PTR)((PBYTE)blob + OriginalContent->MemoryContent.ContentSize - 2);
while ((ptr > blob) && (*ptr != 0)) {
ptr--;
}
if (ptr <= blob) {
// couldn't find it.. this isn't a PSTBlob
return TRUE;
}
ptr++;
oldSize = (HALF_PTR)(ptr - blob);
#ifdef UNICODE
originalStr = ConvertAtoW(ptr);
#else
originalStr = DuplicateText(ptr);
#endif
if (originalStr) {
p = (PTSTR)FindLastWack(originalStr);
if (p) {
*p = 0;
srcName = IsmCreateObjectHandle (originalStr, p+1);
if (srcName) {
filteredName = IsmFilterObject(MIG_FILE_TYPE | PLATFORM_SOURCE,
srcName,
&destObjectTypeId,
&deleted,
&replaced);
if (filteredName) {
IsmCreateObjectStringsFromHandle (filteredName, &node, &leaf);
IsmDestroyObjectHandle (filteredName);
joinedStr = JoinPaths (node, leaf);
if (joinedStr) {
#ifdef UNICODE
finalStr = ConvertWtoA(joinedStr);
#else
finalStr = DuplicateText(joinedStr);
#endif
FreePathString (joinedStr);
}
IsmDestroyObjectString (node);
IsmDestroyObjectString (leaf);
}
IsmDestroyObjectHandle (srcName);
}
}
#ifdef UNICODE
FreeConvertedStr (originalStr);
#else
FreeText(originalStr);
#endif
}
if (finalStr) {
NewContent->Details.DetailsSize = sizeof(DWORD);
NewContent->Details.DetailsData = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->Details.DetailsData) = REG_BINARY;
NewContent->MemoryContent.ContentSize = oldSize + ByteCountA(finalStr) + 1;
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory ((PVOID)NewContent->MemoryContent.ContentBytes,
OriginalContent->MemoryContent.ContentBytes,
oldSize);
CopyMemory ((PVOID)(NewContent->MemoryContent.ContentBytes + oldSize),
finalStr,
NewContent->MemoryContent.ContentSize);
#ifdef UNICODE
FreeConvertedStr (finalStr);
#else
FreeText(finalStr);
#endif
}
}
return TRUE;
}
DWORD
pCountSourceSubKeys (
IN PTSTR RootKey
)
{
MIG_OBJECT_ENUM objectEnum;
MIG_OBJECTSTRINGHANDLE enumPattern;
DWORD value = 0;
enumPattern = IsmCreateSimpleObjectPattern (RootKey, TRUE, NULL, FALSE);
if (IsmEnumFirstSourceObject (&objectEnum, g_RegType, enumPattern)) {
do {
if (IsmIsApplyObjectId (objectEnum.ObjectId)) {
value++;
}
} while (IsmEnumNextObject (&objectEnum));
}
IsmDestroyObjectHandle (enumPattern);
// We enumerated the root key too, which we don't want to count
value--;
return value;
}
BOOL
WINAPI
pConvertIAMAcctName (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTSTRINGHANDLE filteredName = NULL;
MIG_CONTENT objectContent;
PTSTR subKey;
DWORD value = 1;
PTSTR node;
PTSTR leaf;
MIG_OBJECTTYPEID destObjectTypeId;
BOOL deleted;
BOOL replaced;
// Only increment the base account count
if (StrStrI(SrcObjectName, TEXT("\\Accounts\\"))) {
return TRUE;
}
// Get the destination value where we are writing to
filteredName = IsmFilterObject(g_RegType | PLATFORM_SOURCE,
SrcObjectName,
&destObjectTypeId,
&deleted,
&replaced);
if (IsmAcquireObject (g_RegType | PLATFORM_DESTINATION,
filteredName ? filteredName : SrcObjectName,
&objectContent)) {
if (IsValidRegType(&objectContent, REG_DWORD)) {
value = *objectContent.MemoryContent.ContentBytes;
if (value == 0) {
value = 1;
}
}
IsmReleaseObject (&objectContent);
}
if (filteredName) {
IsmDestroyObjectHandle (filteredName);
}
// Now increment the value by the number of accounts we are writing from the source
IsmCreateObjectStringsFromHandle (SrcObjectName, &node, &leaf);
if (node) {
subKey = JoinText(node, TEXT("\\Accounts"));
if (subKey) {
value += pCountSourceSubKeys (subKey);
pSetDwordValue (NewContent, value);
FreeText(subKey);
}
IsmDestroyObjectString(node);
}
if (leaf) {
IsmDestroyObjectString(leaf);
}
return TRUE;
}
BOOL
WINAPI
pConvertOE5IAMAcctName (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
DWORD value = 1;
PTSTR srcIdentity;
PTSTR tmpText;
PTSTR tmpNode;
PTSTR newIdentity = NULL;
if (IsValidRegType (CurrentContent, REG_DWORD)) {
// Starting value is always in this location
// Extract the source's associated ID.
srcIdentity = OEGetAssociatedId (PLATFORM_SOURCE);
if (srcIdentity) {
newIdentity = OEGetRemappedId(srcIdentity);
if (newIdentity) {
if (OEIsIdentityAssociated(newIdentity)) {
// Migrating IAM to IAM
value = pGetDestDwordValue (TEXT("HKCU\\Software\\Microsoft\\Internet Account Manager"),
TEXT("Account Name"));
if (value == 0) {
value = 1;
}
} else {
// Migrating IAM to ID
tmpText = JoinText(TEXT("HKCU\\Identities\\"),
newIdentity);
if (tmpText) {
tmpNode = JoinText(tmpText,
TEXT("\\Software\\Microsoft\\Internet Account Manager"));
if (tmpNode) {
value = pGetDestDwordValue (tmpNode, TEXT("Account Name"));
if (value == 0) {
value = 1;
}
FreeText(tmpNode);
}
FreeText(tmpText);
}
}
FreeText(newIdentity);
}
FreeText(srcIdentity);
}
value += pCountSourceSubKeys (TEXT("HKCU\\Software\\Microsoft\\Internet Account Manager\\Accounts"));
pSetDwordValue (NewContent, value);
}
return TRUE;
}
BOOL
WINAPI
pConvertOE4IAMAcctName (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
PTSTR tmpName = NULL;
PTSTR defaultId = NULL;
DWORD value = 0;
if (IsValidRegType (CurrentContent, REG_DWORD)) {
// Check if destination has Default ID. If so, we're going to merge into that Identity.
defaultId = OEGetDefaultId(PLATFORM_DESTINATION);
if (defaultId) {
tmpName = JoinPathsInPoolEx ((
NULL,
TEXT("HKCU\\Identities"),
defaultId,
TEXT("Software\\Microsoft\\Internet Account Manager"),
NULL
));
FreeText(defaultId);
}
// First try to get the AccountName from the identity key
if (tmpName != NULL) {
value = pGetDestDwordValue (tmpName, TEXT("Account Name"));
}
// If not there, look in the common key
// NOTE: This might be a bad assumption. Shouldn't we check if the dest id is associated?
// It doesn't matter too much.. the worst case is the value is supposed to be 0, but
// we set this number higher, which doesn't really affect anything.
if (tmpName == NULL || value == 0) {
value = pGetDestDwordValue (TEXT("HKCU\\Software\\Microsoft\\Internet Account Manager"),
TEXT("Account Name"));
}
if (value == 0) {
value = 1;
}
value += pCountSourceSubKeys (TEXT("HKCU\\Software\\Microsoft\\Internet Account Manager\\Accounts"));
pSetDwordValue (NewContent, value);
}
if (tmpName != NULL) {
FreePathString (tmpName);
}
return TRUE;
}
BOOL
WINAPI
pConvertOMIAccountName (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_CONTENT objectContent;
DWORD value;
if (IsValidRegType (CurrentContent, REG_DWORD)) {
value = pGetDestDwordValue (TEXT("HKCU\\Software\\Microsoft\\Office\\Outlook\\OMI Account Manager"),
TEXT("Account Name"));
value += pCountSourceSubKeys (TEXT("HKCU\\Software\\Microsoft\\Office\\Outlook\\OMI Account Manager\\Accounts"));
pSetDwordValue (NewContent, value);
}
return TRUE;
}
BOOL
pConvertLangId (
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCTSTR OfficeApp
)
{
MIG_CONTENT objectContent;
MIG_OBJECT_ENUM objectEnum;
MIG_OBJECTSTRINGHANDLE enumPattern;
PTSTR node;
PTSTR leaf;
DWORD value;
DWORD result = 0;
if (IsValidRegType (CurrentContent, REG_DWORD)) {
enumPattern = IsmCreateSimpleObjectPattern (
TEXT("HKLM\\Software\\Microsoft\\MS Setup (ACME)\\Table Files"),
TRUE,
NULL,
TRUE);
if (IsmEnumFirstSourceObject (&objectEnum, g_RegType, enumPattern)) {
do {
IsmCreateObjectStringsFromHandle (objectEnum.ObjectName, &node, &leaf);
if (leaf && *leaf) {
if (StringIPrefix (leaf, TEXT("MS Office")) ||
StringIPrefix (leaf, OfficeApp)
) {
result = _stscanf(leaf, TEXT("%*[^\\(](%d)"), &value);
// In Office installs, the Outlook entry may not have the (1033) piece,
// so we MUST check the result
}
}
IsmDestroyObjectString (node);
IsmDestroyObjectString (leaf);
if (result) {
IsmAbortObjectEnum (&objectEnum);
break;
}
} while (IsmEnumNextObject (&objectEnum));
}
IsmDestroyObjectHandle (enumPattern);
if (result) {
pSetDwordValue (NewContent, value);
}
}
return TRUE;
}
BOOL
WINAPI
pConvertOfficeLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("MS Office"));
return TRUE;
}
BOOL
WINAPI
pConvertOutlookLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("Microsoft Outlook"));
return TRUE;
}
BOOL
WINAPI
pConvertAccessLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("Microsoft Access"));
return TRUE;
}
BOOL
WINAPI
pConvertExcelLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("Microsoft Excel"));
return TRUE;
}
BOOL
WINAPI
pConvertFrontPageLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("Microsoft FrontPage"));
return TRUE;
}
BOOL
WINAPI
pConvertPowerPointLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("Microsoft PowerPoint"));
return TRUE;
}
BOOL
WINAPI
pConvertPublisherLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("Microsoft Publisher"));
return TRUE;
}
BOOL
WINAPI
pConvertWordLangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
pConvertLangId(CurrentContent, NewContent, TEXT("Microsoft Word"));
return TRUE;
}
BOOL
WINAPI
pConvertOffice2000LangId (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
DWORD value;
if (IsValidRegType (CurrentContent, REG_DWORD)) {
value = pGetSrcDwordValue (TEXT("HKCU\\Software\\Microsoft\\Office\\9.0\\Common\\LanguageResources"),
TEXT("EXEMode"));
pSetDwordValue (NewContent, value);
}
return TRUE;
}
BOOL
WINAPI
pMigrateSoundSysTray (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
PDWORD valueType1, valueType2, valueType;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
DWORD tempValue;
if (!CurrentContent->ContentInFile) {
MYASSERT (OriginalContent->Details.DetailsSize == sizeof (DWORD));
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType1 = (PDWORD)(OriginalContent->Details.DetailsData);
valueType2 = (PDWORD)(CurrentContent->Details.DetailsData);
if ((*valueType1 == REG_DWORD) &&
(*valueType2 == REG_DWORD)
) {
// if the object was not changed yet we need to read the destination object and then
// just move the "Show volume control" bit.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if (IsValidRegType(&destContent, REG_DWORD)) {
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = (*((PDWORD)destContent.MemoryContent.ContentBytes)) &~ 0x00000004;
tempValue = ((*((PDWORD)OriginalContent->MemoryContent.ContentBytes)) & 0x00000004);
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= tempValue;
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = *((PDWORD)CurrentContent->MemoryContent.ContentBytes) &~ 0x00000004;
tempValue = ((*((PDWORD)OriginalContent->MemoryContent.ContentBytes)) & 0x00000004);
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= tempValue;
}
}
}
return TRUE;
}
BOOL
WINAPI
pMigrateAppearanceUPM (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
DWORD tempValue;
if (IsValidRegType (OriginalContent, REG_BINARY) &&
IsValidRegType (CurrentContent, REG_BINARY)) {
// if the object was not changed yet we need to read the destination object and then
// just move the appropriate bits.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if (IsValidRegType(&destContent, REG_BINARY)) {
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = (*((PDWORD)destContent.MemoryContent.ContentBytes)) &~ DISPLAY_BITMASK;
tempValue = ((*((PDWORD)OriginalContent->MemoryContent.ContentBytes)) & DISPLAY_BITMASK);
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= tempValue;
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
// just transfer the appropriate bits.
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = *((PDWORD)CurrentContent->MemoryContent.ContentBytes) &~ DISPLAY_BITMASK;
tempValue = ((*((PDWORD)OriginalContent->MemoryContent.ContentBytes)) & DISPLAY_BITMASK);
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= tempValue;
}
}
return TRUE;
}
BOOL
WINAPI
pMigrateMouseUPM (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
DWORD tempValue;
if (IsValidRegType (OriginalContent, REG_BINARY) &&
IsValidRegType (CurrentContent, REG_BINARY)) {
// if the object was not changed yet we need to read the destination object and then
// just move the appropriate bits.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if (IsValidRegType (&destContent, REG_BINARY)) {
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = (*((PDWORD)destContent.MemoryContent.ContentBytes)) &~ MOUSE_BITMASK;
tempValue = ((*((PDWORD)OriginalContent->MemoryContent.ContentBytes)) & MOUSE_BITMASK);
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= tempValue;
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
// just transfer the appropriate bits.
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = *((PDWORD)CurrentContent->MemoryContent.ContentBytes) &~ MOUSE_BITMASK;
tempValue = ((*((PDWORD)OriginalContent->MemoryContent.ContentBytes)) & MOUSE_BITMASK);
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= tempValue;
}
}
return TRUE;
}
BOOL
WINAPI
pMigrateOfflineSysTray (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
PDWORD valueType1, valueType2, valueType;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
if (!CurrentContent->ContentInFile) {
MYASSERT (OriginalContent->Details.DetailsSize == sizeof (DWORD));
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType1 = (PDWORD)(OriginalContent->Details.DetailsData);
valueType2 = (PDWORD)(CurrentContent->Details.DetailsData);
if ((*valueType1 == REG_DWORD) &&
(*valueType2 == REG_DWORD)
) {
// if the object was not changed yet we need to read the destination object and then
// just move the "Enable offline folders" bit.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if (IsValidRegType (&destContent, REG_DWORD)) {
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
*((PDWORD)NewContent->MemoryContent.ContentBytes) = *((PDWORD)destContent.MemoryContent.ContentBytes);
if (*((PDWORD)OriginalContent->MemoryContent.ContentBytes) & 0x00000008) {
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= 0x00000008;
} else {
*((PDWORD)NewContent->MemoryContent.ContentBytes) &= (~0x00000008);
}
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
// just transfer the "Enable offline folders" bit.
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (sizeof (DWORD));
if (*((PDWORD)OriginalContent->MemoryContent.ContentBytes) & 0x00000008) {
*((PDWORD)NewContent->MemoryContent.ContentBytes) = *((PDWORD)CurrentContent->MemoryContent.ContentBytes) | 0x00000008;
} else {
*((PDWORD)NewContent->MemoryContent.ContentBytes) = *((PDWORD)CurrentContent->MemoryContent.ContentBytes) & (~0x00000008);
}
}
}
}
return TRUE;
}
BOOL
WINAPI
pMigrateTaskBarSS (
IN BOOL Force,
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
PDWORD valueType1, valueType2, valueType;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
BYTE defShellState [sizeof (REGSHELLSTATE)] =
{0x24, 0x00, 0x00, 0x00,
0x20, 0x28, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x01, 0x00, 0x00, 0x00,
0x0D, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00,
0x02, 0x00, 0x00, 0x00};
PREGSHELLSTATE shellState1 = NULL, shellState2 = NULL;
if (!CurrentContent->ContentInFile) {
MYASSERT (OriginalContent->Details.DetailsSize == sizeof (DWORD));
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType1 = (PDWORD)(OriginalContent->Details.DetailsData);
valueType2 = (PDWORD)(CurrentContent->Details.DetailsData);
if ((*valueType1 == REG_BINARY) &&
(*valueType2 == REG_BINARY)
) {
// if the object was not changed yet we need to read the destination object and then
// just transfer the "fStartPanelOn" setting if present.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if ((IsValidRegType (&destContent, REG_BINARY)) &&
(destContent.MemoryContent.ContentSize == sizeof (REGSHELLSTATE))
) {
NewContent->MemoryContent.ContentSize = sizeof (REGSHELLSTATE);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
destContent.MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
if (Force) {
shellState2 = (REGSHELLSTATE *)NewContent->MemoryContent.ContentBytes;
shellState2->ss.fStartPanelOn = FALSE;
} else {
if (OriginalContent->MemoryContent.ContentSize == sizeof (REGSHELLSTATE)) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
if (shellState1->ss.version == SHELLSTATEVERSION) {
shellState2 = (PREGSHELLSTATE)NewContent->MemoryContent.ContentBytes;
shellState2->ss.fStartPanelOn = shellState1->ss.fStartPanelOn;
}
}
}
}
IsmReleaseObject (&destContent);
} else {
if (Force) {
NewContent->MemoryContent.ContentSize = sizeof (REGSHELLSTATE);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
defShellState,
NewContent->MemoryContent.ContentSize
);
shellState2 = (REGSHELLSTATE *)NewContent->MemoryContent.ContentBytes;
shellState2->ss.fStartPanelOn = FALSE;
}
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
if (Force) {
NewContent->MemoryContent.ContentSize = sizeof (REGSHELLSTATE);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
CurrentContent->MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
shellState2 = (REGSHELLSTATE *)NewContent->MemoryContent.ContentBytes;
shellState2->ss.fStartPanelOn = FALSE;
} else {
// just transfer the "fStartPanelOn" setting if present.
if ((OriginalContent->MemoryContent.ContentSize == sizeof (REGSHELLSTATE)) &&
(CurrentContent->MemoryContent.ContentSize == sizeof (REGSHELLSTATE))
) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
if (shellState1->ss.version == SHELLSTATEVERSION) {
NewContent->MemoryContent.ContentSize = sizeof (REGSHELLSTATE);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
CurrentContent->MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
shellState2 = (PREGSHELLSTATE)NewContent->MemoryContent.ContentBytes;
shellState2->ss.fStartPanelOn = shellState1->ss.fStartPanelOn;
}
}
}
}
}
}
return TRUE;
}
BOOL
WINAPI
pMigrateTaskBarSSPreserve (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
return pMigrateTaskBarSS (
FALSE,
SrcObjectTypeId,
SrcObjectName,
OriginalContent,
CurrentContent,
NewContent,
SourceOperationData,
DestinationOperationData
);
}
BOOL
WINAPI
pMigrateTaskBarSSForce (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
return pMigrateTaskBarSS (
TRUE,
SrcObjectTypeId,
SrcObjectName,
OriginalContent,
CurrentContent,
NewContent,
SourceOperationData,
DestinationOperationData
);
}
BOOL
WINAPI
pConvertShowIEOnDesktop (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
BOOL dontShowIE = FALSE;
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
MIG_CONTENT destContent;
BOOL deleted = TRUE, replaced = FALSE;
if (IsValidRegType(CurrentContent, REG_DWORD)) {
dontShowIE = *((PDWORD)CurrentContent->MemoryContent.ContentBytes) & 0x00100000;
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if (IsValidRegType(&destContent, REG_DWORD)) {
NewContent->MemoryContent.ContentSize = sizeof (DWORD);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
destContent.MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
if (dontShowIE) {
*((PDWORD)NewContent->MemoryContent.ContentBytes) |= 0x00100000;
} else {
*((PDWORD)NewContent->MemoryContent.ContentBytes) &= 0xFFEFFFFF;
}
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
}
return TRUE;
}
BOOL
WINAPI
pMigrateActiveDesktop (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
PDWORD valueType1, valueType2, valueType;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
PREGSHELLSTATE shellState1 = NULL, shellState2 = NULL;
if (!CurrentContent->ContentInFile) {
MYASSERT (OriginalContent->Details.DetailsSize == sizeof (DWORD));
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType1 = (PDWORD)(OriginalContent->Details.DetailsData);
valueType2 = (PDWORD)(CurrentContent->Details.DetailsData);
if ((*valueType1 == REG_BINARY) &&
(*valueType2 == REG_BINARY)
) {
// if the object was not changed yet we need to read the destination object and then
// just transfer the meaningfull settings.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if ((IsValidRegType(&destContent, REG_BINARY)) &&
(destContent.MemoryContent.ContentSize == sizeof (REGSHELLSTATE))
) {
NewContent->MemoryContent.ContentSize = sizeof (REGSHELLSTATE);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
destContent.MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
if (OriginalContent->MemoryContent.ContentSize >= sizeof(UINT)+sizeof(SHELLSTATE_SIZE_WIN95)) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
shellState2 = (PREGSHELLSTATE)NewContent->MemoryContent.ContentBytes;
shellState2->ss.fDesktopHTML= shellState1->ss.fDesktopHTML;
}
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
// just transfer the meaningfull settings.
if (OriginalContent->MemoryContent.ContentSize >= sizeof(UINT)+sizeof(SHELLSTATE_SIZE_WIN95)) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
shellState2 = (PREGSHELLSTATE)NewContent->MemoryContent.ContentBytes;
shellState2->ss.fDesktopHTML = shellState1->ss.fDesktopHTML;
}
}
}
}
return TRUE;
}
BOOL
CreateDwordRegObject (
IN PCTSTR KeyStr,
IN PCTSTR ValueName,
IN DWORD Value
)
{
MIG_OBJECTTYPEID objectTypeId;
MIG_OBJECTSTRINGHANDLE objectName;
MIG_CONTENT objectContent;
DWORD regType = REG_DWORD;
BOOL result = FALSE;
objectTypeId = MIG_REGISTRY_TYPE | PLATFORM_DESTINATION;
objectName = IsmCreateObjectHandle (KeyStr, ValueName);
ZeroMemory (&objectContent, sizeof (MIG_CONTENT));
objectContent.ContentInFile = FALSE;
objectContent.MemoryContent.ContentSize = sizeof (DWORD);
objectContent.MemoryContent.ContentBytes = (PBYTE)&Value;
objectContent.Details.DetailsSize = sizeof (DWORD);
objectContent.Details.DetailsData = &regType;
result = IsmReplacePhysicalObject (objectTypeId, objectName, &objectContent);
IsmDestroyObjectHandle (objectName);
return result;
}
BOOL
WINAPI
pMigrateDisplaySS (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
PDWORD valueType1, valueType2, valueType;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
PREGSHELLSTATE shellState1 = NULL, shellState2 = NULL;
if (!CurrentContent->ContentInFile) {
MYASSERT (OriginalContent->Details.DetailsSize == sizeof (DWORD));
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType1 = (PDWORD)(OriginalContent->Details.DetailsData);
valueType2 = (PDWORD)(CurrentContent->Details.DetailsData);
if ((*valueType1 == REG_BINARY) &&
(*valueType2 == REG_BINARY)
) {
// if the object was not changed yet we need to read the destination object and then
// just transfer the meaningfull settings.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if ((IsValidRegType(&destContent, REG_BINARY)) &&
(destContent.MemoryContent.ContentSize == sizeof (REGSHELLSTATE))
) {
NewContent->MemoryContent.ContentSize = sizeof (REGSHELLSTATE);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
destContent.MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
if (OriginalContent->MemoryContent.ContentSize == sizeof(UINT)+SHELLSTATE_SIZE_WIN95) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\Advanced"),
TEXT("Hidden"),
shellState1->ss.fShowAllObjects?0x00000001:0x00000002
);
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\Advanced"),
TEXT("HideFileExt"),
shellState1->ss.fShowExtensions?0x00000000:0x00000001
);
// on really old SHELLSTATE the "Show compressed folders" flag is in the place of fShowSysFiles
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\Advanced"),
TEXT("ShowCompColor"),
shellState1->ss.fShowSysFiles?0x00000001:0x00000000
);
}
if (OriginalContent->MemoryContent.ContentSize >= sizeof(UINT)+sizeof(SHELLSTATE_SIZE_WIN95)) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
shellState2 = (PREGSHELLSTATE)NewContent->MemoryContent.ContentBytes;
// If fWebView is not ON on the source system, fDoubleClickInWebView can have random
// values.
if (shellState1->ss.fWebView) {
shellState2->ss.fDoubleClickInWebView = shellState1->ss.fDoubleClickInWebView;
} else {
shellState2->ss.fDoubleClickInWebView = TRUE;
}
}
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
// just transfer the meaningfull settings.
if (OriginalContent->MemoryContent.ContentSize == sizeof(UINT)+SHELLSTATE_SIZE_WIN95) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\Advanced"),
TEXT("Hidden"),
shellState1->ss.fShowAllObjects?0x00000001:0x00000002
);
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\Advanced"),
TEXT("HideFileExt"),
shellState1->ss.fShowExtensions?0x00000000:0x00000001
);
// on really old SHELLSTATE the "Show compressed folders" flag is in the place of fShowSysFiles
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\Advanced"),
TEXT("ShowCompColor"),
shellState1->ss.fShowSysFiles?0x00000001:0x00000000
);
}
if (OriginalContent->MemoryContent.ContentSize == sizeof(UINT)+sizeof(SHELLSTATE)) {
shellState1 = (PREGSHELLSTATE)OriginalContent->MemoryContent.ContentBytes;
shellState2 = (PREGSHELLSTATE)NewContent->MemoryContent.ContentBytes;
// If fWebView is not ON on the source system, fDoubleClickInWebView can have random
// values.
if (shellState1->ss.fWebView) {
shellState2->ss.fDoubleClickInWebView = shellState1->ss.fDoubleClickInWebView;
} else {
shellState2->ss.fDoubleClickInWebView = TRUE;
}
}
}
}
}
return TRUE;
}
BOOL
WINAPI
pMigrateDisplayCS (
IN MIG_OBJECTTYPEID SrcObjectTypeId,
IN MIG_OBJECTSTRINGHANDLE SrcObjectName,
IN PCMIG_CONTENT OriginalContent,
IN PCMIG_CONTENT CurrentContent,
OUT PMIG_CONTENT NewContent,
IN PCMIG_BLOB SourceOperationData, OPTIONAL
IN PCMIG_BLOB DestinationOperationData OPTIONAL
)
{
MIG_OBJECTTYPEID newObjectTypeId;
MIG_OBJECTSTRINGHANDLE newObjectName;
PDWORD valueType1, valueType2, valueType;
BOOL deleted = TRUE, replaced = FALSE;
MIG_CONTENT destContent;
LPCABINETSTATE cabState1 = NULL, cabState2 = NULL;
if (!CurrentContent->ContentInFile) {
MYASSERT (OriginalContent->Details.DetailsSize == sizeof (DWORD));
MYASSERT (CurrentContent->Details.DetailsSize == sizeof (DWORD));
valueType1 = (PDWORD)(OriginalContent->Details.DetailsData);
valueType2 = (PDWORD)(CurrentContent->Details.DetailsData);
if ((*valueType1 == REG_BINARY) &&
(*valueType2 == REG_BINARY)
) {
// if the object was not changed yet we need to read the destination object and then
// just transfer the meaningfull settings.
if ((!CurrentContent->MemoryContent.ContentBytes) ||
(CurrentContent->MemoryContent.ContentBytes == OriginalContent->MemoryContent.ContentBytes)
) {
// find out the destination object and read it
newObjectName = IsmFilterObject (
SrcObjectTypeId,
SrcObjectName,
&newObjectTypeId,
&deleted,
&replaced
);
if ((!deleted || replaced) &&
((newObjectTypeId & ~PLATFORM_MASK) == MIG_REGISTRY_TYPE)
) {
if (IsmAcquireObject (
(newObjectTypeId & ~PLATFORM_MASK) | PLATFORM_DESTINATION,
newObjectName?newObjectName:SrcObjectName,
&destContent
)) {
if ((IsValidRegType (&destContent, REG_BINARY)) &&
(destContent.MemoryContent.ContentSize == sizeof (CABINETSTATE))
) {
NewContent->MemoryContent.ContentSize = sizeof (CABINETSTATE);
NewContent->MemoryContent.ContentBytes = IsmGetMemory (NewContent->MemoryContent.ContentSize);
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
destContent.MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
if (OriginalContent->MemoryContent.ContentSize == sizeof(CABINETSTATE)) {
cabState1 = (LPCABINETSTATE)OriginalContent->MemoryContent.ContentBytes;
cabState2 = (LPCABINETSTATE)NewContent->MemoryContent.ContentBytes;
if (cabState1->nVersion >= 2) {
CopyMemory (
(PBYTE)NewContent->MemoryContent.ContentBytes,
OriginalContent->MemoryContent.ContentBytes,
NewContent->MemoryContent.ContentSize
);
} else {
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\CabinetState"),
TEXT("FullPath"),
cabState1->fFullPathTitle?0x00000001:0x00000000
);
cabState2->fNewWindowMode = cabState1->fNewWindowMode;
}
}
}
IsmReleaseObject (&destContent);
}
if (newObjectName) {
IsmDestroyObjectHandle (newObjectName);
newObjectName = NULL;
}
}
} else {
// just transfer the meaningfull settings.
if (OriginalContent->MemoryContent.ContentSize == sizeof(CABINETSTATE)) {
cabState1 = (LPCABINETSTATE)OriginalContent->MemoryContent.ContentBytes;
cabState2 = (LPCABINETSTATE)NewContent->MemoryContent.ContentBytes;
if (cabState1->nVersion < 2) {
CreateDwordRegObject (
TEXT("HKCU\\Software\\Microsoft\\Windows\\CurrentVersion\\Explorer\\CabinetState"),
TEXT("FullPath"),
cabState1->fFullPathTitle?0x00000001:0x00000000
);
cabState2->fNewWindowMode = cabState1->fNewWindowMode;
}
}
}
}
}
return TRUE;
}