windows-nt/Source/XPSP1/NT/base/ntsetup/win95upg/w95upg/migapp/filescan.c

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2020-09-26 03:20:57 -05:00
/*++
Copyright (c) 1996 Microsoft Corporation
Module Name:
filescan.c
Abstract:
This source file deals with file scanning phase.
Author:
Calin Negreanu (calinn) 09-Feb-1998
Revision History:
ovidiut 22-May-1999 Made AddMigrationPath globally accessible through w95upg.h
jimschm 23-Sep-1998 mapif.h removal,
calinn 31-Mar-1998 Dir recursion limited to ENUM_MAX_LEVELS (1024)
--*/
#include "pch.h"
#include "migappp.h"
#include "migdbp.h"
#define PROGBAR_DIR_LEVEL 2
#define MAX_BACKUPDIRS_IN_REPORT 5
GROWBUFFER g_OtherOsPaths = GROWBUF_INIT;
DWORD g_ProgressBarTicks;
BOOL g_OtherOsExists = FALSE;
BOOL g_IsFusionDir = FALSE;
HASHTABLE g_UseNtFileHashTable;
#define WINNT_FLAT TEXT("WINNT.EXE")
#define WIN9X_FLAT TEXT("WINSETUP.BIN")
#define WIN98_FLAT TEXT("W98SETUP.BIN")
#define WIN3X_FLAT_1 TEXT("KRNL386.EX_")
#define WIN3X_FLAT_2 TEXT("KERNEL.EXE")
#define WINNT_INSTALLATION TEXT("SYSTEM32\\NTOSKRNL.EXE")
#define WIN9X_INSTALLATION TEXT("SYSTEM\\KERNEL32.DLL")
#define WIN3X_INSTALLATION_1 TEXT("SYSTEM\\KRNL386.EXE")
#define WIN3X_INSTALLATION_2 TEXT("SYSTEM\\KRNL386.EXE")
#define WIN3X_INSTALLATION_3 TEXT("SYSTEM\\KERNEL.EXE")
#define WINNT_SETUP_1 TEXT(":\\$WIN_NT$.~BT")
#define WINNT_SETUP_2 TEXT(":\\$WIN_NT$.~LS")
#define RECYCLE_1 TEXT(":\\RECYCLED")
#define RECYCLE_2 TEXT(":\\RECYCLER")
BOOL
pSpecialExcludedDir (
IN PCTSTR FullFileSpec
)
{
PCTSTR testPath = NULL;
BOOL Result = TRUE;
__try {
if (StringIMatch (g_WinDir, FullFileSpec)) {
Result = FALSE;
__leave;
}
//
// let's see if it's one of our dirs.
//
if (((*SOURCEDIRECTORY(0))&&(StringIMatch (FullFileSpec, SOURCEDIRECTORY(0)) )) ||
((*g_TempDirWack )&&(StringIMatchCharCount (FullFileSpec, g_TempDirWack, g_TempDirWackChars-1) )) ||
((*g_PlugInDirWack )&&(StringIMatchCharCount (FullFileSpec, g_PlugInDirWack, g_PlugInDirWackChars-1) )) ||
((*g_RecycledDirWack )&&(StringIMatchCharCount (FullFileSpec, g_RecycledDirWack, g_RecycledDirWackChars-1) ))) {
__leave;
}
//
//we are trying to see if we are entering a winnt, win95 or win3.x
//flat directory
//
testPath = JoinPaths (FullFileSpec, WINNT_FLAT);
if (DoesFileExist (testPath)) {
__leave;
}
FreePathString (testPath);
testPath = JoinPaths (FullFileSpec, WIN9X_FLAT);
if (DoesFileExist (testPath)) {
__leave;
}
FreePathString (testPath);
testPath = JoinPaths (FullFileSpec, WIN98_FLAT);
if (DoesFileExist (testPath)) {
__leave;
}
FreePathString (testPath);
testPath = JoinPaths (FullFileSpec, WIN3X_FLAT_1);
if (DoesFileExist (testPath)) {
__leave;
}
FreePathString (testPath);
testPath = JoinPaths (FullFileSpec, WIN3X_FLAT_2);
if (DoesFileExist (testPath)) {
__leave;
}
FreePathString (testPath);
//
//we are trying to see if we are entering a winnt installation,
//win95 installation or win3.x installation
//
testPath = JoinPaths (FullFileSpec, WINNT_INSTALLATION);
if (DoesFileExist (testPath)) {
MultiSzAppend (&g_OtherOsPaths, FullFileSpec);
__leave;
}
FreePathString (testPath);
if (FullFileSpec [0]) {
testPath = _tcsinc (FullFileSpec);
if ((StringIMatch (testPath, WINNT_SETUP_1)) ||
(StringIMatch (testPath, WINNT_SETUP_2)) ||
(StringIMatch (testPath, RECYCLE_1 )) ||
(StringIMatch (testPath, RECYCLE_2 ))) {
testPath = NULL;
__leave;
}
}
testPath = NULL;
Result = FALSE;
}
__finally {
if (testPath) {
FreePathString (testPath);
testPath = NULL;
}
}
return Result;
}
INT
pCountDirectories (
IN PCTSTR FullPath,
IN PCTSTR DontCare,
IN WIN32_FIND_DATA *FindData,
IN DWORD EnumHandle,
IN PVOID Params,
PDWORD CurrentDirData
)
{
if (pSpecialExcludedDir (FullPath)) {
ExcludePath (g_ExclusionValue, FullPath);
return CALLBACK_DO_NOT_RECURSE_THIS_DIRECTORY;
}
if (!(FindData->dwFileAttributes & FILE_ATTRIBUTE_HIDDEN)) {
g_ProgressBarTicks += TICKS_FILESCAN_DIR_INCREMENT;
}
return CALLBACK_CONTINUE;
}
DWORD
FileScan_GetProgressMax (
VOID
)
{
ACCESSIBLE_DRIVE_ENUM e;
DWORD Count = 0;
g_ProgressBarTicks = 0;
//
// Enumerate of the accessible drives. The callback routine will keep track of all
// of the directories on that drive to a depth of two.
//
if (GetFirstAccessibleDriveEx (&e, TRUE)) {
do {
//
// restrict file system analyze to the windows drive
//
if (!EnumerateTree (
e->Drive,
pCountDirectories,
NULL, // failure-logging callback
g_ExclusionValue ,
NULL, // unused
PROGBAR_DIR_LEVEL,
NULL, // Unused exclusion structure.
FILTER_DIRECTORIES
)) {
LOG((LOG_ERROR,"Error counting directories on drive %s.",e->Drive));
}
} while (GetNextAccessibleDrive(&e));
}
DEBUGLOGTIME (("FileScan_GetProgressMax estimation: %lu", g_ProgressBarTicks));
return g_ProgressBarTicks;
}
INT
pGetDirLevel (
IN PCTSTR DirName
)
{
INT result = 0;
PCTSTR dirPtr = DirName;
do {
dirPtr = _tcschr (dirPtr, TEXT('\\'));
if (dirPtr != NULL) {
result++;
dirPtr = _tcsinc (dirPtr);
if (dirPtr[0] == 0) {
result--;
dirPtr = NULL;
}
}
}
while (dirPtr);
return result;
}
INT
pProcessFileOrDir (
IN PCTSTR FullFileSpec,
IN PCTSTR DontCare,
IN WIN32_FIND_DATA *FindData,
IN DWORD EnumHandle,
IN LPVOID Params,
IN OUT PDWORD CurrentDirData
)
{
FILE_HELPER_PARAMS HelperParams;
INT result = CALLBACK_CONTINUE;
if (CANCELLED()) {
SetLastError (ERROR_CANCELLED);
return CALLBACK_FAILED;
}
#ifdef DEBUG
{
TCHAR DbgBuf[256];
if (GetPrivateProfileString ("FileScan", FullFileSpec, "", DbgBuf, 256, g_DebugInfPath)) {
DEBUGMSG ((DBG_NAUSEA, "%s found", FullFileSpec));
}
if (GetPrivateProfileString ("FileScan", "All", "", DbgBuf, 256, g_DebugInfPath)) {
DEBUGMSG ((DBG_NAUSEA, "%s", FullFileSpec));
}
}
#endif
if (!SafeModeActionCrashed (SAFEMODEID_FILES, FullFileSpec)) {
SafeModeRegisterAction(SAFEMODEID_FILES, FullFileSpec);
__try {
//
//prepare structure for calling helper functions
//
HelperParams.FullFileSpec = FullFileSpec;
HelperParams.Handled = 0;
HelperParams.FindData = FindData;
HelperParams.Extension = GetDotExtensionFromPath (HelperParams.FullFileSpec);
HelperParams.VirtualFile = (FindData == NULL);
HelperParams.CurrentDirData = CurrentDirData;
if (FindData) {
if ((FindData->dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY) != 0) {
if (pGetDirLevel (FullFileSpec) <= PROGBAR_DIR_LEVEL) {
// This is an increment point
if (!TickProgressBarDelta (TICKS_FILESCAN_DIR_INCREMENT)) {
SetLastError (ERROR_CANCELLED);
result = CALLBACK_FAILED;
__leave;
}
ProgressBar_SetSubComponent (FullFileSpec);
}
//
// If we know that this dir has something special and we must exclude it
// if you need to add code to exclude some dir plug it in pSpecialExcludedDir
//
if (pSpecialExcludedDir (FullFileSpec)) {
result = CALLBACK_DO_NOT_RECURSE_THIS_DIRECTORY;
__leave;
}
_tcssafecpy (HelperParams.DirSpec, FullFileSpec, MAX_TCHAR_PATH);
HelperParams.IsDirectory = TRUE;
}
else {
_tcssafecpyab (HelperParams.DirSpec, FullFileSpec, GetFileNameFromPath (FullFileSpec), MAX_TCHAR_PATH);
HelperParams.IsDirectory = FALSE;
}
} else {
HelperParams.IsDirectory = FALSE;
}
// calling the process helper functions
if (!ProcessFileHelpers (&HelperParams)) {
result = CALLBACK_FAILED;
__leave;
}
}
__finally {
}
SafeModeUnregisterAction();
}
return result;
}
static
BOOL
pExamineAccessibleDrive (
IN ACCESSIBLE_DRIVE_ENUM Enum
)
{
BOOL fRet = TRUE;
//
// Enumerate volume. FALSE retval ends enumeration; callback sets last error.
//
SetLastError (ERROR_SUCCESS);
if (!(fRet = EnumerateTree (
Enum -> Drive,
pProcessFileOrDir,
NULL, // No failure callback
g_ExclusionValue,
NULL, // Params - Unused.
ENUM_MAX_LEVELS,
NULL,
FILTER_ALL
))
) {
DEBUGMSG_IF ((
GetLastError() != ERROR_SUCCESS &&
GetLastError() != ERROR_PATH_NOT_FOUND &&
GetLastError() != ERROR_CANCELLED,
DBG_ERROR,
"pAccessibleDrivesEnum_Callback: EnumerateTree failed."
));
if (GetLastError() != ERROR_SUCCESS &&
GetLastError() != ERROR_PATH_NOT_FOUND &&
GetLastError() != ERROR_CANCELLED) {
LOG ((
LOG_ERROR,
"Failure while enumerating tree. rc: %u",
GetLastError()
));
}
}
return fRet;
}
VOID
pReportOtherOs (
VOID
)
/*
This function will report if other OS was found in the system. It will also report (with a strong message) if PATH variable points to
some directories that belong to some other OSes.
*/
{
MULTISZ_ENUM enumOsPaths;
PCTSTR Group;
PCTSTR Message;
if (g_ConfigOptions.IgnoreOtherOS) {
return;
}
if (g_OtherOsExists) {
//
// Already done.
//
return;
}
if (EnumFirstMultiSz (&enumOsPaths, g_OtherOsPaths.Buf)) {
g_OtherOsExists = TRUE;
Group = BuildMessageGroup (MSG_BLOCKING_ITEMS_ROOT, MSG_OTHER_OS_WARNING_SUBGROUP, NULL);
Message = GetStringResource (MSG_OTHER_OS_WARNING);
if (Message && Group) {
MsgMgr_ObjectMsg_Add (TEXT("*OtherOsFound"), Group, Message);
}
FreeText (Group);
FreeStringResource (Message);
}
}
VOID
AddMigrationPathEx (
IN PCTSTR PathLong,
IN DWORD Levels,
IN BOOL Win9xOsPath
)
/*++
Routine Description:
AddMigrationPath adds the specified path to MEMDB_CATEGORY_MIGRATION_PATHS,
ensuring that PathLong is not a drive root; in this case Levels is set to 0
Arguments:
PathLong - Specifies the path to be added (long file name format)
Levels - Specifies how many levels (subdirs) are valid
Win9xOsPath - Specifies TRUE if the path supplied should be treated as an OS path
Return Value:
none
--*/
{
TCHAR key[MEMDB_MAX];
//
// a drive spec is supposed to be one driveletter followed by a column (eg. l:)
//
if (_istalpha (PathLong[0]) && PathLong[1] == TEXT(':') &&
(PathLong[2] == 0 || PathLong[2] == TEXT('\\') && PathLong[3] == 0)) {
//
// this is the root of a drive, so override Levels
//
Levels = 0;
}
if (StringIMatch (PathLong, g_ProgramFilesDir)) {
Levels = 0;
}
MemDbBuildKey (key, MEMDB_CATEGORY_MIGRATION_PATHS, PathLong, NULL, NULL);
MemDbSetValueAndFlags (key, Levels, Win9xOsPath ? TRUE : FALSE, 0);
}
VOID
pAddValueEnumDirsAsMigDirs (
IN PCTSTR Key,
IN DWORD Levels
)
{
HKEY key;
REGVALUE_ENUM e;
TCHAR pathLong[MAX_TCHAR_PATH];
PTSTR Data;
PCTSTR pathExp;
PTSTR filePtr;
key = OpenRegKeyStr (Key);
if (key != NULL) {
if (EnumFirstRegValue (&e, key)) {
do {
Data = GetRegValueString (e.KeyHandle, e.ValueName);
if (Data) {
ExtractArgZeroEx (Data, pathLong, NULL, FALSE);
if (*pathLong) {
pathExp = ExpandEnvironmentTextA(pathLong);
if (pathExp) {
// eliminate the file name
filePtr = (PTSTR)GetFileNameFromPath (pathExp);
if (filePtr) {
filePtr = _tcsdec (pathExp, filePtr);
if (filePtr) {
*filePtr = 0;
}
}
if (filePtr && OurGetLongPathName (pathExp, pathLong, MAX_TCHAR_PATH)) {
AddMigrationPath (pathLong, Levels);
}
FreeText (pathExp);
}
}
MemFree (g_hHeap, 0, Data);
}
}
while (EnumNextRegValue (&e));
}
CloseRegKey (key);
}
}
VOID
pBuildMigrationPaths (
VOID
)
/*
This function will create a list with all the paths that are considered "ours". Any other path that has OS files in it is considered
a backup path. If an OS file is found in a "backup" path a warning is presented to the user.
*/
{
PCTSTR pathExp = NULL;
TCHAR pathLong [MAX_TCHAR_PATH];
CHAR pathExpAnsi [MAX_TCHAR_PATH];
PATH_ENUM pathEnum;
TCHAR dirName [MAX_TCHAR_PATH];
INFCONTEXT context;
PCTSTR argList[]={"ProgramFiles", g_ProgramFilesDir, "SystemDrive", g_WinDrive, NULL};
HKEY appPathsKey, currentAppKey;
REGKEY_ENUM appPathsEnum;
PCTSTR appPaths = NULL;
MEMDB_ENUM eFolder;
TREE_ENUM eFile;
PCTSTR extPtr;
TCHAR shortcutTarget [MAX_TCHAR_PATH];
TCHAR shortcutArgs [MAX_TCHAR_PATH];
TCHAR shortcutWorkDir [MAX_TCHAR_PATH];
TCHAR shortcutIconPath [MAX_TCHAR_PATH];
INT shortcutIcon;
WORD shortcutHotKey;
BOOL msDosMode;
IShellLink *shellLink;
IPersistFile *persistFile;
PTSTR filePtr;
HKEY sharedDllsKey;
REGVALUE_ENUM sharedDllsEnum;
DWORD Levels;
//
// First thing. Include PATH variable and root of the boot drive in our migration paths.
//
AddMigrationPath (g_BootDrive, 0);
if (EnumFirstPath (&pathEnum, NULL, g_WinDir, g_SystemDir)) {
do {
pathExp = ExpandEnvironmentTextA(pathEnum.PtrCurrPath);
filePtr = (PTSTR)GetFileNameFromPath (pathExp);
if (*filePtr == 0) {
filePtr = _tcsdec (pathExp, filePtr);
if (filePtr) {
*filePtr = 0;
}
}
if (OurGetLongPathName (pathExp, pathLong, MAX_TCHAR_PATH)) {
AddMigrationPathEx (pathLong, 2, TRUE);
}
FreeText (pathExp);
}
while (EnumNextPath (&pathEnum));
EnumPathAbort (&pathEnum);
}
//
// Then include temporary directory as a tree
//
if (GetTempPath (MAX_TCHAR_PATH, pathLong)) {
// eliminate \ from the end of a path
filePtr = GetEndOfString (pathLong);
filePtr = _tcsdec (pathLong, filePtr);
if ((filePtr) &&
(*filePtr == TEXT('\\'))
) {
*filePtr = 0;
}
AddMigrationPath (pathLong, MAX_DEEP_LEVELS);
}
//
// Then include known directories from win95upg.inf section "MigrationDirs".
//
MYASSERT (g_Win95UpgInf != INVALID_HANDLE_VALUE);
if (SetupFindFirstLine (g_Win95UpgInf, S_MIGRATION_DIRS, NULL, &context)) {
do {
if (SetupGetStringField (&context, 1, dirName, MAX_TCHAR_PATH, NULL)) {
pathExp = ExpandEnvironmentTextExA(dirName, argList);
if (pathExp) {
filePtr = (PTSTR)GetFileNameFromPath (pathExp);
if (*filePtr == 0) {
filePtr = _tcsdec (pathExp, filePtr);
if (filePtr) {
*filePtr = 0;
}
}
if (OurGetLongPathName (pathExp, pathLong, MAX_TCHAR_PATH)) {
AddMigrationPathEx (pathLong, MAX_DEEP_LEVELS, TRUE);
}
//
// also add the path translated to ANSI (if different)
//
OemToCharA (pathExp, pathExpAnsi);
if (OurGetLongPathName (pathExpAnsi, pathLong, MAX_TCHAR_PATH)) {
AddMigrationPathEx (pathLong, MAX_DEEP_LEVELS, TRUE);
}
FreeText (pathExp);
}
}
}
while (SetupFindNextLine (&context, &context));
}
//
// Then include known OEM directories from win95upg.inf section "OemMigrationDirs".
//
if (SetupFindFirstLine (g_Win95UpgInf, S_OEM_MIGRATION_DIRS, NULL, &context)) {
do {
if (SetupGetStringField (&context, 1, dirName, MAX_TCHAR_PATH, NULL)) {
pathExp = ExpandEnvironmentTextExA(dirName, argList);
if (pathExp) {
filePtr = (PTSTR)GetFileNameFromPath (pathExp);
if (*filePtr == 0) {
filePtr = _tcsdec (pathExp, filePtr);
if (filePtr) {
*filePtr = 0;
}
}
if (OurGetLongPathName (pathExp, pathLong, MAX_TCHAR_PATH)) {
Levels = 0;
if (SetupGetStringField (&context, 2, dirName, MAX_TCHAR_PATH, NULL)) {
if (_ttoi (dirName) != 0) {
Levels = MAX_DEEP_LEVELS;
}
}
AddMigrationPathEx (pathLong, Levels, TRUE);
}
FreeText (pathExp);
}
}
}
while (SetupFindNextLine (&context, &context));
}
//
// Then include paths listed in SharedDlls key.
//
sharedDllsKey = OpenRegKeyStr (S_REG_SHARED_DLLS);
if (sharedDllsKey != NULL) {
if (EnumFirstRegValue (&sharedDllsEnum, sharedDllsKey)) {
do {
pathExp = ExpandEnvironmentTextA(sharedDllsEnum.ValueName);
if (pathExp) {
// eliminate the file name
filePtr = (PTSTR)GetFileNameFromPath (pathExp);
if (filePtr) {
filePtr = _tcsdec (pathExp, filePtr);
if (filePtr) {
*filePtr = 0;
}
}
if (OurGetLongPathName (pathExp, pathLong, MAX_TCHAR_PATH)) {
AddMigrationPath (pathLong, 0);
}
FreeText (pathExp);
}
}
while (EnumNextRegValue (&sharedDllsEnum));
}
CloseRegKey (sharedDllsKey);
}
//
// Then include paths listed in AppPaths key.
//
appPathsKey = OpenRegKeyStr (S_SKEY_APP_PATHS);
if (appPathsKey != NULL) {
if (EnumFirstRegKey (&appPathsEnum, appPathsKey)) {
do {
currentAppKey = OpenRegKey (appPathsKey, appPathsEnum.SubKeyName);
if (currentAppKey != NULL) {
appPaths = GetRegValueString (currentAppKey, TEXT("Path"));
if (appPaths != NULL) {
if (EnumFirstPath (&pathEnum, appPaths, NULL, NULL)) {
do {
pathExp = ExpandEnvironmentTextA(pathEnum.PtrCurrPath);
if (pathExp) {
// eliminate \ from the end of a path
filePtr = GetEndOfString (pathExp);
filePtr = _tcsdec (pathExp, filePtr);
if ((filePtr) &&
(*filePtr == TEXT('\\'))
) {
*filePtr = 0;
}
if (OurGetLongPathName (pathExp, pathLong, MAX_TCHAR_PATH)) {
AddMigrationPath (pathLong, 2);
}
FreeText (pathExp);
}
}
while (EnumNextPath (&pathEnum));
EnumPathAbort (&pathEnum);
}
MemFree (g_hHeap, 0, appPaths);
}
CloseRegKey (currentAppKey);
}
}
while (EnumNextRegKey (&appPathsEnum));
}
CloseRegKey (appPathsKey);
}
//
// Then include paths listed in Run* keys.
//
pAddValueEnumDirsAsMigDirs (S_RUNKEY, 2);
pAddValueEnumDirsAsMigDirs (S_RUNONCEKEY, 2);
pAddValueEnumDirsAsMigDirs (S_RUNONCEEXKEY, 2);
pAddValueEnumDirsAsMigDirs (S_RUNSERVICESKEY, 2);
pAddValueEnumDirsAsMigDirs (S_RUNSERVICESONCEKEY, 2);
pAddValueEnumDirsAsMigDirs (S_RUNKEY_USER, 2);
pAddValueEnumDirsAsMigDirs (S_RUNONCEKEY_USER, 2);
pAddValueEnumDirsAsMigDirs (S_RUNONCEEXKEY_USER, 2);
pAddValueEnumDirsAsMigDirs (S_RUNONCEKEY_DEFAULTUSER, 2);
pAddValueEnumDirsAsMigDirs (S_RUNONCEEXKEY_DEFAULTUSER, 2);
pAddValueEnumDirsAsMigDirs (S_RUNKEY_DEFAULTUSER, 2);
//
// Finally include paths listed in all links from all user profiles.
//
if (InitCOMLink (&shellLink, &persistFile)) {
if (MemDbEnumFirstValue (&eFolder, MEMDB_CATEGORY_NICE_PATHS"\\*", MEMDB_ALL_SUBLEVELS, MEMDB_ENDPOINTS_ONLY)) {
do {
if (*eFolder.szName == 0) {
continue;
}
// first: this directory is a migration directory
AddMigrationPath (eFolder.szName, MAX_DEEP_LEVELS);
//
// For each shell folder we enumerate all links trying to get the path where the links are running
//
if (EnumFirstFileInTreeEx (&eFile, eFolder.szName, TEXT("*.*"), FALSE, FALSE, 0)) {
do {
if (!eFile.Directory) {
extPtr = GetFileExtensionFromPath (eFile.Name);
if (extPtr) {
if (StringIMatch (extPtr, TEXT("LNK"))) {
if (ExtractShellLinkInfo (
shortcutTarget,
shortcutArgs,
shortcutWorkDir,
shortcutIconPath,
&shortcutIcon,
&shortcutHotKey,
NULL,
eFile.FullPath,
shellLink,
persistFile
)) {
if (shortcutWorkDir [0] != 0) {
AddMigrationPath (shortcutWorkDir, 2);
}
if (shortcutTarget [0] != 0) {
filePtr = (PTSTR)GetFileNameFromPath (shortcutTarget);
if (filePtr) {
filePtr = _tcsdec (shortcutTarget, filePtr);
if (filePtr) {
*filePtr = 0;
AddMigrationPath (shortcutTarget, 2);
}
}
}
}
}
if (StringIMatch (extPtr, TEXT("PIF"))) {
if (ExtractPifInfo (
shortcutTarget,
shortcutArgs,
shortcutWorkDir,
shortcutIconPath,
&shortcutIcon,
&msDosMode,
NULL,
eFile.FullPath
) == ERROR_SUCCESS) {
if (shortcutWorkDir [0] != 0) {
AddMigrationPath (shortcutWorkDir, 2);
}
if (shortcutTarget [0] != 0) {
filePtr = (PTSTR)GetFileNameFromPath (shortcutTarget);
if (filePtr) {
filePtr = _tcsdec (shortcutTarget, filePtr);
if (filePtr) {
*filePtr = 0;
AddMigrationPath (shortcutTarget, 2);
}
}
}
}
}
}
}
}
while (EnumNextFileInTree (&eFile));
}
}
while (MemDbEnumNextValue (&eFolder));
}
FreeCOMLink (&shellLink, &persistFile);
}
#ifdef DEBUG
if (GetPrivateProfileIntA ("Debug", "MigPaths", 0, g_DebugInfPathBufA) == 1) {
if (MemDbGetValueEx (&eFolder, MEMDB_CATEGORY_MIGRATION_PATHS, NULL, NULL)) {
DEBUGMSG(("Migration Paths:",""));
do {
DEBUGMSG(("","%s - %ld", eFolder.szName, eFolder.dwValue));
}
while (MemDbEnumNextValue (&eFolder));
}
}
#endif
}
VOID
pReportBackupDirs (
)
{
MEMDB_ENUM e;
PCTSTR BackupDirsGroup;
PCTSTR Message;
PCTSTR ArgArray[2];
TCHAR Buffer[12];
if (g_BackupDirCount <= MAX_BACKUPDIRS_IN_REPORT) {
if (MemDbGetValueEx (&e, MEMDB_CATEGORY_BACKUPDIRS, NULL, NULL)) {
do {
BackupDirsGroup = BuildMessageGroup (
MSG_INSTALL_NOTES_ROOT,
MSG_BACKUP_DETECTED_LIST_SUBGROUP,
e.szName
);
if (BackupDirsGroup) {
MsgMgr_ObjectMsg_Add(
e.szName,
BackupDirsGroup,
S_EMPTY
);
FreeText (BackupDirsGroup);
}
} while (MemDbEnumNextValue (&e));
} else {
MYASSERT (!g_BackupDirCount);
}
} else {
//
// just put a generic message
//
BackupDirsGroup = BuildMessageGroup (
MSG_INSTALL_NOTES_ROOT,
MSG_BACKUP_DETECTED_SUBGROUP,
NULL
);
if (BackupDirsGroup) {
ArgArray[0] = g_Win95Name;
wsprintf (Buffer, TEXT("%lu"), g_BackupDirCount);
ArgArray[1] = Buffer;
Message = ParseMessageID (MSG_BACKUP_DETECTED, ArgArray);
if (Message) {
MsgMgr_ObjectMsg_Add (
TEXT("*BackupDetected"),
BackupDirsGroup,
Message
);
FreeStringResource (Message);
//
// write all backup dirs to the log file
//
if (MemDbGetValueEx (&e, MEMDB_CATEGORY_BACKUPDIRS, NULL, NULL)) {
do {
//
// write it in the log
//
LOG ((LOG_WARNING, (PCSTR)MSG_BACKUP_DETECTED_LOG, e.szName, g_Win95Name));
} while (MemDbEnumNextValue (&e));
} else {
MYASSERT (FALSE);
}
}
FreeText (BackupDirsGroup);
} else {
MYASSERT (FALSE);
}
}
}
BOOL
pScanFileSystem (
VOID
)
{
BOOL fStatus = TRUE;
BOOL fRet = TRUE;
ACCESSIBLE_DRIVE_ENUM e;
LONG ReturnCode = ERROR_SUCCESS;
INFSTRUCT context = INITINFSTRUCT_GROWBUFFER;
PCTSTR virtualFile;
PCTSTR pathExp;
PCTSTR argList[3]={"ProgramFiles", g_ProgramFilesDir, NULL};
pReportOtherOs ();
pBuildMigrationPaths ();
if (!InitLinkAnnounce ()) {
return FALSE;
}
TickProgressBar ();
if (GetFirstAccessibleDriveEx (&e, TRUE)) {
do {
fStatus = pExamineAccessibleDrive(e);
} while (fStatus && GetNextAccessibleDrive(&e));
}
else {
fRet = FALSE;
}
//
// Act on status
//
if (!fRet || !fStatus) {
ReturnCode = GetLastError ();
if (ReturnCode != ERROR_CANCELLED && !CANCELLED()) {
ERROR_CRITICAL
LOG ((LOG_ERROR, (PCSTR)MSG_ENUMDRIVES_FAILED_LOG));
DEBUGMSG((DBG_ERROR,"FileScan: Error enumerating drives"));
}
return FALSE;
}
//
// OK, we are now at the end of filescan. Let's enumerate virtual files
//
MYASSERT (g_Win95UpgInf != INVALID_HANDLE_VALUE);
if (InfFindFirstLine (g_Win95UpgInf, S_VIRTUAL_FILES, NULL, &context)) {
do {
virtualFile = InfGetStringField (&context, 1);
if (virtualFile) {
pathExp = ExpandEnvironmentTextExA(virtualFile, argList);
if (pathExp) {
if (!DoesFileExist (pathExp)) {
pProcessFileOrDir (pathExp, NULL, NULL, 0, NULL, NULL);
}
FreeText (pathExp);
}
}
}
while (InfFindNextLine (&context));
InfCleanUpInfStruct (&context);
}
CleanupUseNtFilesMap ();
return TRUE;
}
DWORD
ScanFileSystem (
IN DWORD Request
)
{
DWORD Ticks;
switch (Request) {
case REQUEST_QUERYTICKS:
return FileScan_GetProgressMax ();
case REQUEST_RUN:
Ticks = GetTickCount();
if (!pScanFileSystem ()) {
return GetLastError ();
}
pReportBackupDirs ();
Ticks = GetTickCount() - Ticks;
g_ProgressBarTime += Ticks;
return ERROR_SUCCESS;
default:
DEBUGMSG ((DBG_ERROR, "Bad parameter in ScanFileSystem"));
}
return 0;
}
VOID
InitUseNtFilesMap (
VOID
)
{
INFSTRUCT context = INITINFSTRUCT_POOLHANDLE;
PTSTR name;
DWORD zero = 0;
g_UseNtFileHashTable = HtAllocWithData (sizeof (DWORD));
if (!g_UseNtFileHashTable) {
return;
}
if (InfFindFirstLine (g_MigDbInf, S_USENTFILES, NULL, &context)) {
do {
name = InfGetStringField (&context, 4);
if (name) {
HtAddStringAndData (g_UseNtFileHashTable, name, &zero);
}
} while (InfFindNextLine (&context));
InfCleanUpInfStruct (&context);
}
}
VOID
CleanupUseNtFilesMap (
VOID
)
{
if (g_UseNtFileHashTable) {
HtFree (g_UseNtFileHashTable);
g_UseNtFileHashTable = NULL;
}
}