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windows-xp/Source/XPSP1/NT/ds/security/services/scerpc/client/precedence.cpp

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/*++
Copyright (c) 2000 Microsoft Corporation
Module Name:
precedence.cpp
Abstract:
This file contains the main routine to calculate precedences.
This is called during planning/diagnosis.
Author:
Vishnu Patankar (VishnuP) 7-April-2000
Environment:
User Mode - Win32
Revision History:
--*/
///////////////////////////////////////////////////////////////////////////////
// //
// Includes //
// //
///////////////////////////////////////////////////////////////////////////////
#include "precedence.h"
#include "logger.h"
#include "infp.h"
#include "headers.h"
#include "align.h"
#include "..\sceutil.h"
#include <io.h>
#include "scerpc.h"
extern BOOL gbAsyncWinlogonThread;
extern HRESULT gHrSynchRsopStatus;
extern HRESULT gHrAsynchRsopStatus;
extern BOOL gbThisIsDC;
extern BOOL gbDCQueried;
extern PWSTR gpwszDCDomainName;
extern HINSTANCE MyModuleHandle;
WCHAR gpwszPlanOrDiagLogFile[MAX_PATH];
///////////////////////////////////////////////////////////////////////////////
// //
// Private defines //
// //
///////////////////////////////////////////////////////////////////////////////
#define SCEP_VALID_NAME(pName) (pName[0] == L'\0' ? NULL : pName)
//
// prime nos are good for hashing
//
#define PRIVILEGE_TABLE_SIZE 7
#define GROUP_TABLE_SIZE 7
#define REGISTRY_SECURITY_TABLE_SIZE 43
#define FILE_SECURITY_TABLE_SIZE 43
#define REGISTRY_VALUE_TABLE_SIZE 43
#define SERVICES_TABLE_SIZE 5
//
// macro to gracefully handle errors
//
#define SCEP_RSOP_CONTINUE_OR_BREAK if (rc != NO_ERROR ) {\
rcSave = rc;\
if (rc == ERROR_NOT_ENOUGH_MEMORY)\
break;\
}
//
// macro to gracefully handle errors
//
#define SCEP_RSOP_CONTINUE_OR_GOTO if (rc != NO_ERROR ) {\
rcSave = rc;\
if (rc == ERROR_NOT_ENOUGH_MEMORY)\
goto Done;\
}
const UINT NumSchemaClasses = sizeof ScepRsopSchemaClassNames/ sizeof(PWSTR);
const UINT NumSettings = sizeof PrecedenceLookup/ sizeof(SCE_KEY_LOOKUP_PRECEDENCE);
DWORD SceLogSettingsPrecedenceGPOs(
IN IWbemServices *pWbemServices,
IN BOOL bPlanningMode,
IN PWSTR *ppwszLogFile
)
///////////////////////////////////////////////////////////////////////////////
// precedence algorithm ///
// foreach GPO (parse all gpt*.* into SceProfileInfoBuffer) ///
// foreach setting in a GPO (log the values and precedences if present)///
///////////////////////////////////////////////////////////////////////////////
{
PSCE_PROFILE_INFO pSceProfileInfoBuffer = NULL;
PWSTR pwszGPOName = NULL;
PWSTR pwszSOMID = NULL;
DWORD rc = ERROR_SUCCESS;
DWORD rcSave = ERROR_SUCCESS;
BOOL bKerberosBlob = FALSE;
TCHAR Windir[MAX_PATH], TemplatePath[MAX_PATH+50];
SCEP_HASH_TABLE PrivilegeHashTable(PRIVILEGE_TABLE_SIZE);
SCEP_HASH_TABLE GroupHashTable(GROUP_TABLE_SIZE);
SCEP_HASH_TABLE RegistrySecurityHashTable(REGISTRY_SECURITY_TABLE_SIZE);
SCEP_HASH_TABLE FileSecurityHashTable(FILE_SECURITY_TABLE_SIZE);
SCEP_HASH_TABLE RegistryValueHashTable(REGISTRY_VALUE_TABLE_SIZE);
SCEP_HASH_TABLE ServicesHashTable(SERVICES_TABLE_SIZE);
//
// get the path to the templates
//
GetSystemWindowsDirectory(Windir, MAX_PATH);
Windir[MAX_PATH-1] = L'\0';
if (bPlanningMode) {
swprintf(TemplatePath,
L"%s"PLANNING_GPT_DIR L"gpt*.*",
Windir);
} else {
swprintf(TemplatePath,
L"%s"DIAGNOSIS_GPT_DIR L"gpt*.*",
Windir);
}
gpwszPlanOrDiagLogFile[MAX_PATH-1] = L'\0';
//
// old planning.log/diagnosis.log removed (*ppwszLogFile != NULL if verbose)
//
if (*ppwszLogFile) {
if (bPlanningMode) {
wcscpy(gpwszPlanOrDiagLogFile, *ppwszLogFile);
} else {
wcscpy(gpwszPlanOrDiagLogFile, Windir);
wcscat(gpwszPlanOrDiagLogFile, DIAGNOSIS_LOG_FILE);
}
WCHAR szTmpName[MAX_PATH];
wcscpy(szTmpName, gpwszPlanOrDiagLogFile);
UINT Len = wcslen(szTmpName);
szTmpName[Len-3] = L'o';
szTmpName[Len-2] = L'l';
szTmpName[Len-1] = L'd';
CopyFile( gpwszPlanOrDiagLogFile, szTmpName, FALSE );
DeleteFile(gpwszPlanOrDiagLogFile);
} else {
gpwszPlanOrDiagLogFile[0] = L'\0';
}
//
// clear the database log - if something fails continue
//
for (UINT schemaClassNum = 0; schemaClassNum < NumSchemaClasses ; schemaClassNum++ ) {
rc = ScepWbemErrorToDosError(DeleteInstances(
ScepRsopSchemaClassNames[schemaClassNum],
pWbemServices
));
if (rc != NO_ERROR)
rcSave = rc;
}
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_CLEAR_RSOP_DB,
rcSave,
NULL
);
//
// need to process the files from gpt9999* -> gpt0000* (opposite of jetdb merge)
// use LIFO linked stack of gpt* filenames
//
intptr_t hFile;
struct _wfinddata_t FileInfo;
HINF hInf;
hFile = _wfindfirst(TemplatePath, &FileInfo);
PSCE_NAME_STATUS_LIST pGptNameList = NULL;
if ( hFile != -1 ) {
do {
if (ERROR_NOT_ENOUGH_MEMORY == (rc = ScepAddToNameStatusList(
&pGptNameList,
FileInfo.name,
wcslen(FileInfo.name),
0))) {
_findclose(hFile);
if (pGptNameList)
ScepFreeNameStatusList(pGptNameList);
return ERROR_NOT_ENOUGH_MEMORY;
}
} while ( _wfindnext(hFile, &FileInfo) == 0 );
_findclose(hFile);
}
//
// first get all the GPOs, and some other info needed for logging
// this is the outermost loop (per gpt*.* template)
//
PSCE_NAME_STATUS_LIST pCurrFileName = pGptNameList;
while (pCurrFileName) {
DWORD dwAuditLogRetentionPeriod[] = {SCE_NO_VALUE, SCE_NO_VALUE, SCE_NO_VALUE};
DWORD dwLockoutBadCount = SCE_NO_VALUE;
if (bPlanningMode) {
swprintf(TemplatePath,
L"%s"PLANNING_GPT_DIR L"%s",
Windir, pCurrFileName->Name);
} else {
swprintf(TemplatePath,
L"%s"DIAGNOSIS_GPT_DIR L"%s",
Windir, pCurrFileName->Name);
}
//
// open template file
//
rc = SceInfpOpenProfile(
TemplatePath,
&hInf
);
DWORD dSize = 0;
INFCONTEXT InfLine;
//
// get GPO name - default to "NoName" if unable to get it
//
if (rc == ERROR_SUCCESS) {
if ( SetupFindFirstLine(hInf,L"Version",L"DSPath",&InfLine) ) {
if (SetupGetStringField(&InfLine,1,NULL,0,&dSize) && dSize > 0) {
pwszGPOName = (PWSTR)ScepAlloc( 0, (dSize+1)*sizeof(WCHAR));
if (!pwszGPOName) {
rc = SCESTATUS_NOT_ENOUGH_RESOURCE;
SceInfpCloseProfile(hInf);
goto NextGPO;
}
pwszGPOName[dSize] = L'\0';
SetupGetStringField(&InfLine,1,pwszGPOName,dSize, NULL);
}
else
rc = GetLastError();
}
else
rc = GetLastError();
if (rc != ERROR_SUCCESS) {
//
// log this error and continue this GPO by initializing pwszGPOName to "NoGPOName"
//
if (pwszGPOName)
ScepFree(pwszGPOName);
rcSave = rc;
pwszGPOName = (PWSTR)ScepAlloc( 0, (9+1)*sizeof(WCHAR));
if (!pwszGPOName) {
rc = SCESTATUS_NOT_ENOUGH_RESOURCE;
rcSave = rc;
SceInfpCloseProfile(hInf);
goto NextGPO;
}
wcscpy(pwszGPOName, L"NoGPOName");
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_OPEN_CACHED_GPO,
rc,
TemplatePath
);
}
} else {
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_OPEN_CACHED_GPO,
rc,
TemplatePath
);
//
// will continue with next GPO
//
goto NextGPO;
}
//
// get SOMID - default to "NoSOMID" if unable to get it
//
if ( SetupFindFirstLine(hInf,L"Version",L"SOMID",&InfLine) ) {
if (SetupGetStringField(&InfLine,1,NULL,0,&dSize) && dSize > 0) {
pwszSOMID = (PWSTR)ScepAlloc( 0, (dSize+1)*sizeof(WCHAR));
pwszSOMID[dSize] = L'\0';
SetupGetStringField(&InfLine,1,pwszSOMID,dSize, NULL);
} else
rc = GetLastError();
} else
rc = GetLastError();
if (rc != ERROR_SUCCESS) {
//
// log this error and continue this GPO by initializing pwszGPOName to "NoGPOName"
//
if (pwszSOMID)
ScepFree(pwszSOMID);
rcSave = rc;
pwszSOMID = (PWSTR)ScepAlloc( 0, (7 + 1)*sizeof(WCHAR));
if (!pwszSOMID) {
rc = SCESTATUS_NOT_ENOUGH_RESOURCE;
rcSave = rc;
SceInfpCloseProfile(hInf);
goto NextGPO;
}
wcscpy(pwszSOMID, L"NoSOMID");
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_OPEN_CACHED_GPO,
rc,
TemplatePath
);
}
rc = SceInfpGetSecurityProfileInfo(
hInf,
AREA_ALL,
&pSceProfileInfoBuffer,
NULL
);
if (rc != ERROR_SUCCESS) {
rcSave = rc;
SceInfpCloseProfile(hInf);
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_OPEN_CACHED_GPO,
rc,
TemplatePath
);
//
// will continue with next GPO
//
goto NextGPO;
}
SceInfpCloseProfile(hInf);
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pwszGPOName
);
//
// now the info buffer is successfully populated - need to
// iterate over all settings for this GPO
//
//
// to efficiently access fields(settings) in the info buffer, we use a lookup table of
// precomputed offsets
//
//
// a matrix holds precedence info for fields whose locations are well known in memory
// and hash-tables hold precedence info for fields whose locations are dynamic
//
//
// try except around each log attempt - intention is to continue with next setting if
// logging for current setting fails
// guarded code does not explicitly throw any exceptions - error codes are set instead
// so, if we get an exception it is thrown by the system in which case we ignore and continue
//
//
// this is the second loop (setting per gpt*.* template)
//
bKerberosBlob = FALSE;
for (UINT settingNo = 0; settingNo < NumSettings; settingNo++) {
CHAR settingType = PrecedenceLookup[settingNo].KeyLookup.BufferType;
PWSTR pSettingName = PrecedenceLookup[settingNo].KeyLookup.KeyString;
UINT settingOffset = PrecedenceLookup[settingNo].KeyLookup.Offset;
DWORD *pSettingPrecedence = &PrecedenceLookup[settingNo].Precedence;
BOOL bLogErrorOutsideSwitch = TRUE;
//
// depending on the schema class being processed, we instantiate logger objects
//
switch (settingType) {
case RSOP_SecuritySettingNumeric:
try {
{
RSOP_SecuritySettingNumericLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
//
// special case kerberos since it is dynamically allocated
//
if (_wcsicmp(pSettingName, L"pKerberosInfo") == 0)
bKerberosBlob = TRUE;
if (bKerberosBlob == FALSE &&
(bPlanningMode ||
!(gbDCQueried == TRUE && gbThisIsDC == TRUE) ||
((gbDCQueried == TRUE && gbThisIsDC == TRUE) && wcsstr(pCurrFileName->Name, L".dom")))) {
DWORD dwValue = SCEP_TYPECAST(DWORD, pSceProfileInfoBuffer, settingOffset);
if (dwValue != SCE_NO_VALUE) {
//
// LockoutBadCount controls two other lockout settings - so remember
//
if (_wcsicmp(pSettingName, L"LockoutBadCount") == 0)
dwLockoutBadCount = dwValue;
//
// skip if dwLockoutBadCount == 0
//
if (_wcsicmp(pSettingName, L"ResetLockoutCount") == 0 &&
(dwLockoutBadCount == 0 || dwLockoutBadCount == SCE_NO_VALUE))
continue;
if (_wcsicmp(pSettingName, L"LockoutDuration") == 0 &&
(dwLockoutBadCount == 0 || dwLockoutBadCount == SCE_NO_VALUE))
continue;
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
dwValue,
++(*pSettingPrecedence)
));
if (rc == NO_ERROR)
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pSettingName
);
if (rc != NO_ERROR)
break;
}
} else if (bKerberosBlob == TRUE &&
(bPlanningMode ||
((gbDCQueried == TRUE && gbThisIsDC == TRUE) && wcsstr(pCurrFileName->Name, L".dom")))) {
//
// kerberos only if DC from *.dom. If planning mode don't care type of m/c
//
PSCE_KERBEROS_TICKET_INFO pKerberosInfo =
SCEP_TYPECAST(PSCE_KERBEROS_TICKET_INFO, pSceProfileInfoBuffer, settingOffset);
bLogErrorOutsideSwitch = FALSE;
if (pKerberosInfo) {
//
// kerberos numeric
//
for (UINT NumericSubSetting = 1; NumericSubSetting < NUM_KERBEROS_SUB_SETTINGS; NumericSubSetting++ ) {
pSettingName = PrecedenceLookup[settingNo + NumericSubSetting].KeyLookup.KeyString;
settingOffset = PrecedenceLookup[settingNo + NumericSubSetting].KeyLookup.Offset;
pSettingPrecedence = &PrecedenceLookup[settingNo + NumericSubSetting].Precedence;
DWORD dwValue = SCEP_TYPECAST(DWORD, pKerberosInfo, settingOffset);
if (dwValue != SCE_NO_VALUE) {
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
dwValue,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pSettingName
);
SCEP_RSOP_CONTINUE_OR_BREAK
}
}
//
//kerberos boolean (moved here to incompatible case: statement - to avoid a goto)
//
pSettingName = PrecedenceLookup[settingNo + NUM_KERBEROS_SUB_SETTINGS].KeyLookup.KeyString;
settingOffset = PrecedenceLookup[settingNo + NUM_KERBEROS_SUB_SETTINGS].KeyLookup.Offset;
pSettingPrecedence = &PrecedenceLookup[settingNo + NUM_KERBEROS_SUB_SETTINGS].Precedence;
DWORD dwValue = SCEP_TYPECAST(DWORD, pKerberosInfo, settingOffset);
RSOP_SecuritySettingBooleanLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
if (rc != ERROR_NOT_ENOUGH_MEMORY &&
dwValue != SCE_NO_VALUE) {
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
dwValue,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pSettingName
);
if (rc != NO_ERROR ) {
rcSave = rc;
}
}
}
}
//
// just processed NUM_KERBEROS_SUB_SETTINGS
//
if (bKerberosBlob)
settingNo += NUM_KERBEROS_SUB_SETTINGS;
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_SecuritySettingBoolean:
try {
{
RSOP_SecuritySettingBooleanLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
DWORD dwValue = SCEP_TYPECAST(DWORD, pSceProfileInfoBuffer, settingOffset);
if (dwValue != SCE_NO_VALUE) {
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
dwValue,
++(*pSettingPrecedence)
));
if (rc == NO_ERROR)
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pSettingName
);
if (rc != NO_ERROR)
break;
}
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
}
break;
case RSOP_SecuritySettingString:
try {
{
RSOP_SecuritySettingStringLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
PWSTR pszValue = SCEP_TYPECAST(PWSTR, pSceProfileInfoBuffer, settingOffset);
if (pszValue != NULL) {
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
pszValue,
++(*pSettingPrecedence)
));
if (rc == NO_ERROR)
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pSettingName
);
if (rc != NO_ERROR)
break;
}
}
} catch (...) {
// system error continue with next setting
rc = EVENT_E_INTERNALEXCEPTION;
}
break;
case RSOP_AuditPolicy:
{
RSOP_AuditPolicyLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
DWORD dwValue = SCEP_TYPECAST(DWORD, pSceProfileInfoBuffer, settingOffset);
if (dwValue != SCE_NO_VALUE) {
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
dwValue,
++(*pSettingPrecedence)
));
if (rc == NO_ERROR)
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pSettingName
);
if (rc != NO_ERROR)
break;
}
}
break;
case RSOP_SecurityEventLogSettingNumeric:
try {
{
RSOP_SecurityEventLogSettingNumericLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
bLogErrorOutsideSwitch = FALSE;
for (UINT LogType = 0; LogType < NUM_EVENTLOG_TYPES ; LogType ++) {
settingOffset = PrecedenceLookup[settingNo + LogType].KeyLookup.Offset;
pSettingPrecedence = &PrecedenceLookup[settingNo + LogType].Precedence;
DWORD dwValue = SCEP_TYPECAST(DWORD, pSceProfileInfoBuffer, settingOffset);
//
// calculate dwValue depdending on dwAuditLogRetentionPeriod[]
//
if (_wcsicmp(pSettingName, L"RetentionDays") == 0) {
switch (dwAuditLogRetentionPeriod[LogType]) {
case 2: // manually
dwValue = MAXULONG;
break;
case 1: // number of days * seconds/day
//if (dwValue != SCE_NO_VALUE)
//dwValue = dwValue * 24 * 3600;
//leave it in days
break;
case 0: // as needed
dwValue = 0;
break;
// default should not happen
default:
dwValue = SCE_NO_VALUE;
}
}
if (dwValue != SCE_NO_VALUE) {
WCHAR pwszLogType[10];
_itow((int)LogType, pwszLogType, 10);
//
// AuditLogRetentionPeriod controls RetentionDays - so remember
// also it is never logged since it is an artifact of the template spec
//
if (_wcsicmp(pSettingName, L"AuditLogRetentionPeriod") == 0) {
dwAuditLogRetentionPeriod[LogType] = dwValue;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
LogType,
pSettingName
);
continue;
}
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
pwszLogType,
dwValue,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
LogType,
pSettingName
);
SCEP_RSOP_CONTINUE_OR_BREAK
}
}
//
// just processed NUM_EVENTLOG_TYPES - system, application, security, for this setting
//
settingNo += NUM_EVENTLOG_TYPES - 1;
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_SecurityEventLogSettingBoolean:
try {
{
RSOP_SecurityEventLogSettingBooleanLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
bLogErrorOutsideSwitch = FALSE;
for (UINT LogType = 0; LogType < NUM_EVENTLOG_TYPES ; LogType ++) {
settingOffset = PrecedenceLookup[settingNo + LogType].KeyLookup.Offset;
pSettingPrecedence = &PrecedenceLookup[settingNo + LogType].Precedence;
DWORD dwValue = SCEP_TYPECAST(DWORD, pSceProfileInfoBuffer, settingOffset);
if (dwValue != SCE_NO_VALUE) {
WCHAR pwszLogType[10];
_itow((int)LogType, pwszLogType, 10);
rc = ScepWbemErrorToDosError(Log.Log(
pSettingName,
pwszLogType,
dwValue,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pSettingName
);
SCEP_RSOP_CONTINUE_OR_BREAK
}
}
//
// processed NUM_EVENTLOG_TYPES - system, application, security, for this setting
//
settingNo += NUM_EVENTLOG_TYPES - 1;
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_RegistryValue:
try {
{
RSOP_RegistryValueLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
DWORD dwRegCount = SCEP_TYPECAST(DWORD, pSceProfileInfoBuffer, settingOffset);
PSCE_REGISTRY_VALUE_INFO aRegValues = NULL;
//
// 64-bit alignment fix (alternatively, have an entry for aRegValues in the offset table)
//
#ifdef _WIN64
// CHAR *pAlign;
aRegValues = pSceProfileInfoBuffer->aRegValues;
// pAlign = (CHAR *)pSceProfileInfoBuffer + settingOffset + sizeof(DWORD);
// aRegValues = (PSCE_REGISTRY_VALUE_INFO)ROUND_UP_POINTER(pAlign,ALIGN_LPVOID);
#else
aRegValues =
SCEP_TYPECAST(PSCE_REGISTRY_VALUE_INFO, pSceProfileInfoBuffer, settingOffset + sizeof(DWORD));
#endif
bLogErrorOutsideSwitch = FALSE;
if ( aRegValues == NULL )
continue;
for (UINT regNo = 0; regNo < dwRegCount; regNo++ ) {
if ((aRegValues)[regNo].FullValueName) {
pSettingPrecedence = NULL;
if (NO_ERROR != (rc = RegistryValueHashTable.LookupAdd(
(aRegValues)[regNo].FullValueName,
&pSettingPrecedence))) {
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rc,
(aRegValues)[regNo].FullValueName
);
//
// if hash table fails for any reason, cannot
// trust it for processing of other elements
//
break;
}
rc = ScepWbemErrorToDosError(Log.Log(
(aRegValues)[regNo].FullValueName,
(aRegValues)[regNo].ValueType,
(aRegValues)[regNo].Value,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
(aRegValues)[regNo].FullValueName
);
SCEP_RSOP_CONTINUE_OR_BREAK
}
}
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_UserPrivilegeRight:
try {
{
RSOP_UserPrivilegeRightLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
PSCE_PRIVILEGE_ASSIGNMENT pInfPrivilegeAssignedTo =
SCEP_TYPECAST(PSCE_PRIVILEGE_ASSIGNMENT, pSceProfileInfoBuffer, settingOffset);
bLogErrorOutsideSwitch = FALSE;
while (pInfPrivilegeAssignedTo) {
if (pInfPrivilegeAssignedTo->Name) {
pSettingPrecedence = NULL;
if (NO_ERROR != (rc = PrivilegeHashTable.LookupAdd(
pInfPrivilegeAssignedTo->Name,
&pSettingPrecedence))) {
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rc,
pInfPrivilegeAssignedTo->Name
);
//
// if hash table fails for any reason, cannot
// trust it for processing of other elements
//
break;
}
rc = ScepWbemErrorToDosError(Log.Log(
pInfPrivilegeAssignedTo->Name,
pInfPrivilegeAssignedTo->AssignedTo,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pInfPrivilegeAssignedTo->Name
);
SCEP_RSOP_CONTINUE_OR_BREAK
}
pInfPrivilegeAssignedTo = pInfPrivilegeAssignedTo->Next;
}
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_RestrictedGroup:
try {
{
RSOP_RestrictedGroupLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
PSCE_GROUP_MEMBERSHIP pGroupMembership =
SCEP_TYPECAST(PSCE_GROUP_MEMBERSHIP, pSceProfileInfoBuffer, settingOffset);
bLogErrorOutsideSwitch = FALSE;
PWSTR pCanonicalGroupName = NULL;
while (pGroupMembership) {
if (pGroupMembership->GroupName) {
rc = ScepCanonicalizeGroupName(pGroupMembership->GroupName,
&pCanonicalGroupName
);
SCEP_RSOP_CONTINUE_OR_BREAK
pSettingPrecedence = NULL;
if (NO_ERROR != (rc = GroupHashTable.LookupAdd(
pCanonicalGroupName,
&pSettingPrecedence))) {
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rc,
pCanonicalGroupName
);
//
// if hash table fails for any reason, cannot
// trust it for processing of other elements
//
if (pCanonicalGroupName)
ScepFree(pCanonicalGroupName);
pCanonicalGroupName = NULL;
break;
}
rc = ScepWbemErrorToDosError(Log.Log(
pCanonicalGroupName,
pGroupMembership->pMembers,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pCanonicalGroupName
);
if (pCanonicalGroupName)
ScepFree(pCanonicalGroupName);
pCanonicalGroupName = NULL;
SCEP_RSOP_CONTINUE_OR_BREAK
}
pGroupMembership = pGroupMembership->Next;
}
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_SystemService:
try {
{
RSOP_SystemServiceLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
PSCE_SERVICES pServices =
SCEP_TYPECAST(PSCE_SERVICES, pSceProfileInfoBuffer, settingOffset);
bLogErrorOutsideSwitch = FALSE;
while (pServices) {
if (pServices->ServiceName) {
pSettingPrecedence = NULL;
if (NO_ERROR != (rc = ServicesHashTable.LookupAdd(
pServices->ServiceName,
&pSettingPrecedence))) {
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rc,
pServices->ServiceName
);
//
// if hash table fails for any reason, cannot
// trust it for processing of other elements
//
break;
}
rc = ScepWbemErrorToDosError(Log.Log(
pServices->ServiceName,
pServices->Startup,
pServices->General.pSecurityDescriptor,
pServices->SeInfo,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pServices->ServiceName
);
SCEP_RSOP_CONTINUE_OR_BREAK
}
pServices = pServices->Next;
}
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_File:
try {
{
RSOP_FileLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
SCE_OBJECTS pObjects =
SCEP_TYPECAST(SCE_OBJECTS, pSceProfileInfoBuffer, settingOffset);
BOOL bPathIsTranslated = FALSE;
bLogErrorOutsideSwitch = FALSE;
if (pObjects.pAllNodes) {
PSCE_OBJECT_SECURITY *pObjectArray = pObjects.pAllNodes->pObjectArray;
for (DWORD rCount = 0; rCount < pObjects.pAllNodes->Count; rCount++) {
if (pObjectArray[rCount] && pObjectArray[rCount]->Name) {
pSettingPrecedence = NULL;
//
// if diagnosis mode, translate env-vars and store
//
bPathIsTranslated = FALSE;
PWSTR pwszTranslatedPath = NULL;
if (!bPlanningMode && (wcschr(pObjectArray[rCount]->Name, L'%') != NULL )) {
bPathIsTranslated = TRUE;
rc = ScepClientTranslateFileDirName( pObjectArray[rCount]->Name, &pwszTranslatedPath);
if ( rc == ERROR_PATH_NOT_FOUND )
rc = SCESTATUS_INVALID_DATA;
else if ( rc != NO_ERROR )
rc = ScepDosErrorToSceStatus(rc);
SCEP_RSOP_CONTINUE_OR_BREAK
} else {
pwszTranslatedPath = pObjectArray[rCount]->Name;
}
if (NO_ERROR != (rc = FileSecurityHashTable.LookupAdd(
pwszTranslatedPath,
&pSettingPrecedence))) {
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rc,
pwszTranslatedPath
);
//
// if hash table fails for any reason, cannot
// trust it for processing of other elements
//
if (bPathIsTranslated && pwszTranslatedPath)
LocalFree(pwszTranslatedPath);
break;
}
rc = ScepWbemErrorToDosError(Log.Log(
pwszTranslatedPath,
(bPathIsTranslated ? pObjectArray[rCount]->Name : NULL),
pObjectArray[rCount]->Status,
pObjectArray[rCount]->pSecurityDescriptor,
pObjectArray[rCount]->SeInfo,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pwszTranslatedPath
);
if (bPathIsTranslated && pwszTranslatedPath)
LocalFree(pwszTranslatedPath);
SCEP_RSOP_CONTINUE_OR_BREAK
}
}
}
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
case RSOP_RegistryKey:
try {
{
RSOP_RegistryKeyLogger Log(pWbemServices, pwszGPOName, pwszSOMID);
SCE_OBJECTS pObjects =
SCEP_TYPECAST(SCE_OBJECTS, pSceProfileInfoBuffer, settingOffset);
bLogErrorOutsideSwitch = FALSE;
if (pObjects.pAllNodes) {
PSCE_OBJECT_SECURITY *pObjectArray = pObjects.pAllNodes->pObjectArray;
for (DWORD rCount = 0; rCount < pObjects.pAllNodes->Count; rCount++) {
if (pObjectArray[rCount] && pObjectArray[rCount]->Name) {
pSettingPrecedence = NULL;
if (NO_ERROR != (rc = RegistrySecurityHashTable.LookupAdd(
pObjectArray[rCount]->Name,
&pSettingPrecedence))) {
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rc,
pObjectArray[rCount]->Name
);
//
// if hash table fails for any reason, cannot
// trust it for processing of other elements
//
break;
}
rc = ScepWbemErrorToDosError(Log.Log(
pObjectArray[rCount]->Name,
pObjectArray[rCount]->Status,
pObjectArray[rCount]->pSecurityDescriptor,
pObjectArray[rCount]->SeInfo,
++(*pSettingPrecedence)
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_INFO_RSOP_LOG,
rc,
pObjectArray[rCount]->Name
);
SCEP_RSOP_CONTINUE_OR_BREAK
}
}
}
}
} catch (...) {
//
// system error continue with next setting
//
rc = EVENT_E_INTERNALEXCEPTION;
bLogErrorOutsideSwitch = TRUE;
}
break;
default:
//
// should not happen
//
rc = ERROR_INVALID_PARAMETER;
}
if (bLogErrorOutsideSwitch && rc != NO_ERROR ) {
//
// log error and continue
//
rcSave = rc;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rc,
pSettingName
);
}
bLogErrorOutsideSwitch = TRUE;
//
// this is the only case in which we quit logging completely
//
if (rc == ERROR_NOT_ENOUGH_MEMORY)
break;
}
NextGPO:
if (pSceProfileInfoBuffer)
SceFreeProfileMemory(pSceProfileInfoBuffer);
pSceProfileInfoBuffer = NULL;
if (pwszGPOName)
ScepFree(pwszGPOName);
pwszGPOName = NULL;
if (pwszSOMID)
ScepFree(pwszSOMID);
pwszSOMID = NULL;
if (rc == ERROR_NOT_ENOUGH_MEMORY)
break;
// this is the only case in which we quit logging completely
pCurrFileName = pCurrFileName->Next;
}
if (pGptNameList)
ScepFreeNameStatusList(pGptNameList);
//
// only log the final status to both event log and logfile
// (all other statuses are logged to logfile only)
//
if (rcSave == ERROR_SUCCESS)
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_SUCCESS_RSOP_LOG,
rcSave,
L""
);
else
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_LOG,
rcSave,
L""
);
return rcSave;
}
SCEPR_STATUS
SceClientCallbackRsopLog(
IN AREAPR cbArea,
IN DWORD ncbErrorStatus,
IN wchar_t *pSettingInfo OPTIONAL,
IN DWORD dwPrivLow OPTIONAL,
IN DWORD dwPrivHigh OPTIONAL
)
/////////////////////////////////////////////////////////////////////////////////////////////////////
// This function is called by the server via RPC when settings defined in the jet //
// db are applied (along with a status of application, and optional detailed information) //
// //
// The areas were decided based on the granularity of configuration in scesrv. cbArea can have //
// more than one area encoded in it, again due to the resolution granularity of error in scesrv. //
// Hence this is a massive "if" routine //
// //
// configuration from jet db corresponds to precedence = "1" simulated configuration in the //
// rsop database which was logged by the client. For each area, we try to log the status of //
// configuration by querying the database for these precedence = "1" settings and updating the //
// status fields per such instance found. We should find all called back settings in WMI db except //
// for local-policy //
// //
// if any error, update golbal Synch/Asynch statuses with the accumulated status //
/////////////////////////////////////////////////////////////////////////////////////////////////////
{
DWORD rc = ERROR_SUCCESS;
DWORD rcSave = ERROR_SUCCESS;
//
// instantiate a logger that logs status from callback (has overloaded log methods)
//
try {
SCEP_DIAGNOSIS_LOGGER Log(tg_pWbemServices, NULL, NULL);
//
// password policy
//
if (cbArea & SCE_RSOP_PASSWORD_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"MinimumPasswordAge",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MinimumPasswordAge"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"MaximumPasswordAge",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MaximumPasswordAge"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"MinimumPasswordLength",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MinimumPasswordLength"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"PasswordHistorySize",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"PasswordHistorySize"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"ClearTextPassword",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"ClearTextPassword"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"PasswordComplexity",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"PasswordComplexity"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"RequireLogonToChangePassword",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"RequireLogonToChangePassword"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// account lockout policy
//
if (cbArea & SCE_RSOP_LOCKOUT_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"LockoutBadCount",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"LockoutBadCount"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"ResetLockoutCount",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"ResetLockoutCount"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"LockoutDuration",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"LockoutDuration"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// forcelogoff setting
//
if (cbArea & SCE_RSOP_LOGOFF_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"ForceLogoffWhenHourExpire",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"ForceLogoffWhenHourExpire"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// LSA policy setting
//
if (cbArea & SCE_RSOP_LSA_POLICY_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"LSAAnonymousNameLookup",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"LSAAnonymousNameLookup"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// disable admin account
//
if (cbArea & SCE_RSOP_DISABLE_ADMIN_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"EnableAdminAccount",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"EnableAdminAccount"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// disable guest account
//
if (cbArea & SCE_RSOP_DISABLE_GUEST_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"EnableGuestAccount",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"EnableGuestAccount"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// administratorname setting
//
if (cbArea & SCE_RSOP_ADMIN_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingString",
L"KeyName",
L"NewAdministratorName",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"NewAdministratorName"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// guestname setting
//
if (cbArea & SCE_RSOP_GUEST_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingString",
L"KeyName",
L"NewGuestName",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"NewGuestName"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// user groups settings
//
if (cbArea & SCE_RSOP_GROUP_INFO) {
try {
PWSTR pCanonicalGroupName = NULL;
PWSTR pwszCanonicalDoubleSlashName = NULL;
rc = ScepCanonicalizeGroupName(pSettingInfo,
&pCanonicalGroupName
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepConvertSingleSlashToDoubleSlashPath(
pCanonicalGroupName,
&pwszCanonicalDoubleSlashName
);
if (rc == ERROR_NOT_ENOUGH_MEMORY && pCanonicalGroupName) {
ScepFree(pCanonicalGroupName);
pCanonicalGroupName = NULL;
}
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_RestrictedGroup",
L"GroupName",
pwszCanonicalDoubleSlashName,
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
pCanonicalGroupName
);
if (pCanonicalGroupName)
ScepFree(pCanonicalGroupName);
if (pwszCanonicalDoubleSlashName)
LocalFree(pwszCanonicalDoubleSlashName);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// user privileges settings
//
if (cbArea & SCE_RSOP_PRIVILEGE_INFO) {
try {
//
// loop through all privileges to see which are set for this account and log status
// only if existing status is already != some error
//
for ( UINT i=0; i<cPrivCnt; i++) {
if ( i < 32 ) {
if (dwPrivLow & (1 << i )) {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_UserPrivilegeRight",
L"UserRight",
SCE_Privileges[i].Name,
ncbErrorStatus,
TRUE));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
SCE_Privileges[i].Name
);
SCEP_RSOP_CONTINUE_OR_GOTO
}
} else {
if (dwPrivHigh & (1 << (i-32 ))) {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_UserPrivilegeRight",
L"UserRight",
SCE_Privileges[i].Name,
ncbErrorStatus,
TRUE));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
SCE_Privileges[i].Name
);
SCEP_RSOP_CONTINUE_OR_GOTO
}
}
}
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// file security settings
//
if (cbArea & SCE_RSOP_FILE_SECURITY_INFO) {
PWSTR pwszDoubleSlashPath = NULL;
try {
rc = ScepConvertSingleSlashToDoubleSlashPath(
pSettingInfo,
&pwszDoubleSlashPath
);
SCEP_RSOP_CONTINUE_OR_GOTO
//
// the file itself
//
if (!(cbArea & SCE_RSOP_FILE_SECURITY_INFO_CHILD)) {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_File",
L"Path",
pwszDoubleSlashPath,
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
pSettingInfo
);
} else {
//
// the file was error free, but some child failed
//
rc = ScepWbemErrorToDosError(Log.LogChild(L"RSOP_File",
L"Path",
pwszDoubleSlashPath,
ncbErrorStatus,
4
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
pSettingInfo
);
}
if (pwszDoubleSlashPath)
LocalFree(pwszDoubleSlashPath);
pwszDoubleSlashPath = NULL;
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
if (pwszDoubleSlashPath)
LocalFree(pwszDoubleSlashPath);
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// registry security settings
//
if (cbArea & SCE_RSOP_REGISTRY_SECURITY_INFO) {
PWSTR pwszDoubleSlashPath = NULL;
try {
rc = ScepConvertSingleSlashToDoubleSlashPath(
pSettingInfo,
&pwszDoubleSlashPath
);
SCEP_RSOP_CONTINUE_OR_GOTO
//
// the registry key itself
//
if (!(cbArea & SCE_RSOP_REGISTRY_SECURITY_INFO_CHILD)) {
#ifdef _WIN64
rc = ScepWbemErrorToDosError(Log.LogRegistryKey(L"RSOP_RegistryKey",
L"Path",
pwszDoubleSlashPath,
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG64_32KEY,
rc,
pSettingInfo
);
#else
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_RegistryKey",
L"Path",
pwszDoubleSlashPath,
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
pSettingInfo
);
#endif
} else {
//
// the registry-key was error free, but some child failed
//
#ifdef _WIN64
rc = ScepWbemErrorToDosError(Log.LogRegistryKey(L"RSOP_RegistryKey",
L"Path",
pwszDoubleSlashPath,
ncbErrorStatus,
TRUE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG64_32KEY,
rc,
pSettingInfo
);
#else
rc = ScepWbemErrorToDosError(Log.LogChild(L"RSOP_RegistryKey",
L"Path",
pwszDoubleSlashPath,
ncbErrorStatus,
4
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
pSettingInfo
);
#endif
}
if (pwszDoubleSlashPath)
LocalFree(pwszDoubleSlashPath);
pwszDoubleSlashPath = NULL;
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
if (pwszDoubleSlashPath)
LocalFree(pwszDoubleSlashPath);
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// auditlogmaxsize settings
//
if (cbArea & SCE_RSOP_AUDIT_LOG_MAXSIZE_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecurityEventLogSettingNumeric",
L"KeyName",
L"MaximumLogSize",
L"Type",
pSettingInfo,
ncbErrorStatus
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MaximumLogSize"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// auditlogretention settings
//
if (cbArea & SCE_RSOP_AUDIT_LOG_RETENTION_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecurityEventLogSettingNumeric",
L"KeyName",
L"RetentionDays",
L"Type",
pSettingInfo,
ncbErrorStatus
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"RetentionDays"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// auditlogguest settings
//
if (cbArea & SCE_RSOP_AUDIT_LOG_GUEST_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecurityEventLogSettingBolean",
L"KeyName",
L"RestrictGuestAccess",
L"Type",
pSettingInfo,
ncbErrorStatus
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"RestrictGuestAccess"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// auditevent settings
//
if (cbArea & SCE_RSOP_AUDIT_EVENT_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditSystemEvents",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditSystemEvents"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditLogonEvents",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditLogonEvents"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditObjectAccess",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditObjectAccess"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditPrivilegeUse",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditPrivilegeUse"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditPolicyChange",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditPolicyChange"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditAccountManage",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditAccountManage"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditProcessTracking",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditProcessTracking"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditDSAccess",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditDSAccess"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_AuditPolicy",
L"Category",
L"AuditAccountLogon",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"AuditAccountLogon"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// kerberos settings
//
if (cbArea & SCE_RSOP_KERBEROS_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"MaxTicketAge",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MaxTicketAge"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"MaxRenewAge",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MaxRenewAge"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"MaxServiceAge",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MaxServiceAge"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingNumeric",
L"KeyName",
L"MaxClockSkew",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"MaxClockSkew"
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SecuritySettingBoolean",
L"KeyName",
L"TicketValidateClient",
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
L"TicketValidateClient"
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// registryvalue settings
//
if (cbArea & SCE_RSOP_REGISTRY_VALUE_INFO) {
PWSTR pwszDoubleSlashPath = NULL;
try {
//
// replace single slash with double slash for building valid WMI query
//
rc = ScepConvertSingleSlashToDoubleSlashPath(
pSettingInfo,
&pwszDoubleSlashPath
);
SCEP_RSOP_CONTINUE_OR_GOTO
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_RegistryValue",
L"Path",
pwszDoubleSlashPath,
ncbErrorStatus,
FALSE
));
if (pwszDoubleSlashPath)
LocalFree(pwszDoubleSlashPath);
pwszDoubleSlashPath = NULL;
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
pSettingInfo
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
if (pwszDoubleSlashPath)
LocalFree(pwszDoubleSlashPath);
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
//
// services settings
//
if (cbArea & SCE_RSOP_SERVICES_INFO) {
try {
rc = ScepWbemErrorToDosError(Log.Log(L"RSOP_SystemService",
L"Service",
pSettingInfo,
ncbErrorStatus,
FALSE
));
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rc,
pSettingInfo
);
SCEP_RSOP_CONTINUE_OR_GOTO
} catch (...) {
//
// system error continue with next setting
//
rcSave = EVENT_E_INTERNALEXCEPTION;
}
}
Done:
//
// if exception, haven't logged yet so log it
//
if (rcSave == EVENT_E_INTERNALEXCEPTION) {
ScepLogEventAndReport(MyModuleHandle,
gpwszPlanOrDiagLogFile,
0,
0,
IDS_ERROR_RSOP_DIAG_LOG,
rcSave,
L""
);
}
//
// merge-update the synch/asynch global status, ignore not found instances
//
//
// WBEM_E_NOT_FOUND maps to ERROR_NONE_MAPPED
// have to mask this due to an artifact of callback granularity
// however, diagnosis.log will have the errors for debugging
//
if (rcSave != ERROR_SUCCESS && rcSave != ERROR_NOT_FOUND ) {
if (!gbAsyncWinlogonThread && gHrSynchRsopStatus == S_OK)
gHrSynchRsopStatus = ScepDosErrorToWbemError(rcSave);
if (gbAsyncWinlogonThread && gHrAsynchRsopStatus == S_OK)
gHrAsynchRsopStatus = ScepDosErrorToWbemError(rcSave);
}
} catch (...) {
rcSave = EVENT_E_INTERNALEXCEPTION;
}
return rcSave;
}
DWORD
ScepConvertSingleSlashToDoubleSlashPath(
IN wchar_t *pSettingInfo,
OUT PWSTR *ppwszDoubleSlashPath
)
/////////////////////////////////////////////////////////////////////////////////////////////////////
// This function converts single slashes to double slashes to suit WMI queries //
// If success is returned, caller should free the OUT parameter //
/////////////////////////////////////////////////////////////////////////////////////////////////////
{
if (ppwszDoubleSlashPath == NULL)
return ERROR_NOT_ENOUGH_MEMORY;
UINT Len = wcslen(pSettingInfo) + 1;
PWSTR pwszSingleSlashPath=(PWSTR)LocalAlloc(LPTR, (Len)*sizeof(WCHAR));
if (pwszSingleSlashPath == NULL)
return ERROR_NOT_ENOUGH_MEMORY;
//
// max of 25 slashes per file/registry object
//
PWSTR pwszDoubleSlashPath=(PWSTR)LocalAlloc(LPTR, (Len + 50)*sizeof(WCHAR));
if (pwszDoubleSlashPath == NULL) {
LocalFree(pwszSingleSlashPath);
return ERROR_NOT_ENOUGH_MEMORY;
}
wcscpy(pwszSingleSlashPath, pSettingInfo);
UINT charNumDouble = 0;
UINT charNumSingle = 0;
while (pwszSingleSlashPath[charNumSingle] != L'\0') {
if (pwszSingleSlashPath[charNumSingle] == L'\\') {
pwszDoubleSlashPath[charNumDouble] = L'\\';
charNumDouble++;
pwszDoubleSlashPath[charNumDouble] = L'\\';
} else {
pwszDoubleSlashPath[charNumDouble] = pwszSingleSlashPath[charNumSingle];
}
charNumDouble++;
charNumSingle++;
}
if (pwszSingleSlashPath)
LocalFree(pwszSingleSlashPath);
*ppwszDoubleSlashPath = pwszDoubleSlashPath;
return ERROR_SUCCESS;
}
DWORD
ScepClientTranslateFileDirName(
IN PWSTR oldFileName,
OUT PWSTR *newFileName
)
/* ++
Routine Description:
This routine converts a generic file/directory name to a real used name
for the current system. The following generic file/directory names are handled:
%systemroot% - Windows NT root directory (e.g., c:\winnt)
%systemDirectory% - Windows NT system32 directory (e.g., c:\winnt\system32)
Arguments:
oldFileName - the file name to convert, which includes "%" to represent
some directory names
newFileName - the real file name, in which the "%" name is replaced with
the real directory name
Return values:
Win32 error code
-- */
{
//
// match for %systemroot%
//
PWSTR pTemp=NULL, pStart, TmpBuf, szVar;
DWORD rc=NO_ERROR;
DWORD newFileSize, cSize;
BOOL bContinue;
rc = ScepExpandEnvironmentVariable(oldFileName,
L"%SYSTEMROOT%",
SCE_FLAG_WINDOWS_DIR,
newFileName);
if ( rc != ERROR_FILE_NOT_FOUND ) {
return rc;
}
//
// match for %systemdirectory%
//
rc = ScepExpandEnvironmentVariable(oldFileName,
L"%SYSTEMDIRECTORY%",
SCE_FLAG_SYSTEM_DIR,
newFileName);
if ( rc != ERROR_FILE_NOT_FOUND ) {
return rc;
}
//
// match for systemdrive
//
rc = ScepExpandEnvironmentVariable(oldFileName,
L"%SYSTEMDRIVE%",
SCE_FLAG_WINDOWS_DIR,
newFileName);
if ( rc != ERROR_FILE_NOT_FOUND ) {
return rc;
}
//
// match for boot drive
//
rc = ScepExpandEnvironmentVariable(oldFileName,
L"%BOOTDRIVE%",
SCE_FLAG_BOOT_DRIVE,
newFileName);
if ( rc != ERROR_FILE_NOT_FOUND ) {
return rc;
}
rc = ERROR_SUCCESS;
//
// search for environment variable in the current process
//
pStart = wcschr(oldFileName, L'%');
if ( pStart ) {
pTemp = wcschr(pStart+1, L'%');
if ( pTemp ) {
bContinue = TRUE;
//
// find a environment variable to translate
//
TmpBuf = (PWSTR)ScepAlloc(0, ((UINT)(pTemp-pStart))*sizeof(WCHAR));
if ( TmpBuf ) {
wcsncpy(TmpBuf, pStart+1, (size_t)(pTemp-pStart-1));
TmpBuf[pTemp-pStart-1] = L'\0';
//
// try search in the client environment block
//
cSize = GetEnvironmentVariable( TmpBuf,
NULL,
0 );
if ( cSize > 0 ) {
szVar = (PWSTR)ScepAlloc(0, (cSize+1)*sizeof(WCHAR));
if ( szVar ) {
cSize = GetEnvironmentVariable(TmpBuf,
szVar,
cSize);
if ( cSize > 0 ) {
//
// get info in szVar
//
bContinue = FALSE;
newFileSize = ((DWORD)(pStart-oldFileName))+cSize+wcslen(pTemp+1)+1;
*newFileName = (PWSTR)ScepAlloc(0, newFileSize*sizeof(TCHAR));
if (*newFileName ) {
if ( pStart != oldFileName )
wcsncpy(*newFileName, oldFileName, (size_t)(pStart-oldFileName));
swprintf((PWSTR)(*newFileName+(pStart-oldFileName)), L"%s%s", szVar, pTemp+1);
} else
rc = ERROR_NOT_ENOUGH_MEMORY;
}
ScepFree(szVar);
} else
rc = ERROR_NOT_ENOUGH_MEMORY;
}
ScepFree(TmpBuf);
} else
rc = ERROR_NOT_ENOUGH_MEMORY;
if ( NO_ERROR != rc || !bContinue ) {
//
// if errored, or do not continue
//
return(rc);
}
//
// not found in process environment,
// continue to search for DSDIT/DSLOG/SYSVOL in registry
//
if ( (gbDCQueried == TRUE && gbThisIsDC == TRUE) ) {
//
// search for DSDIT
//
rc = ScepExpandEnvironmentVariable(oldFileName,
L"%DSDIT%",
SCE_FLAG_DSDIT_DIR,
newFileName);
if ( rc != ERROR_FILE_NOT_FOUND ) {
return rc;
}
//
// search for DSLOG
//
rc = ScepExpandEnvironmentVariable(oldFileName,
L"%DSLOG%",
SCE_FLAG_DSLOG_DIR,
newFileName);
if ( rc != ERROR_FILE_NOT_FOUND ) {
return rc;
}
//
// search for SYSVOL
//
rc = ScepExpandEnvironmentVariable(oldFileName,
L"%SYSVOL%",
SCE_FLAG_SYSVOL_DIR,
newFileName);
if ( rc != ERROR_FILE_NOT_FOUND ) {
return rc;
}
}
}
}
//
// Otherwise, just copy the old name to a new buffer and return ERROR_PATH_NOT_FOUND
//
*newFileName = (PWSTR)ScepAlloc(0, (wcslen(oldFileName)+1)*sizeof(TCHAR));
if (*newFileName != NULL) {
wcscpy(*newFileName, _wcsupr(oldFileName) );
rc = ERROR_PATH_NOT_FOUND;
} else
rc = ERROR_NOT_ENOUGH_MEMORY;
return(rc);
}
VOID
ScepLogEventAndReport(
IN HINSTANCE hInstance,
IN LPTSTR LogFileName,
IN DWORD LogLevel,
IN DWORD dwEventID,
IN UINT idMsg,
IN DWORD rc,
IN PWSTR pwszMsg
)
/////////////////////////////////////////////////////////////////////////////////////////////////////
// Wrapper to log efficiently //
/////////////////////////////////////////////////////////////////////////////////////////////////////
{
if (SCEP_VALID_NAME(LogFileName)) {
LogEventAndReport(hInstance,
LogFileName,
LogLevel,
dwEventID,
idMsg,
rc,
pwszMsg
);
}
}
DWORD
ScepCanonicalizeGroupName(
IN PWSTR pwszGroupName,
OUT PWSTR *ppwszCanonicalGroupName
)
//////////////////////////////////////////////////////////////////////////////////
// memory allocated here should be freed outside //
// if SID format, returns SID itself //
// else if "BuiltinDomain\Administrator" convert to "Administrator" //
// else if (it is DC) and "g" convert to "DomainName\g" //
//////////////////////////////////////////////////////////////////////////////////
{
DWORD rc = NO_ERROR;
if (pwszGroupName == NULL || ppwszCanonicalGroupName == NULL)
return ERROR_INVALID_PARAMETER;
PWSTR pwszAfterSlash = NULL;
if (pwszAfterSlash = wcsstr(pwszGroupName, L"\\"))
++ pwszAfterSlash;
else
pwszAfterSlash = pwszGroupName;
if ( pwszGroupName[0] == L'*' ) {
//
// if sid, just copy as is
//
*ppwszCanonicalGroupName = (PWSTR)ScepAlloc(LMEM_ZEROINIT,
(wcslen(pwszGroupName) + 1) * sizeof (WCHAR)
);
if (*ppwszCanonicalGroupName == NULL)
rc = ERROR_NOT_ENOUGH_MEMORY;
else
wcscpy(*ppwszCanonicalGroupName, pwszGroupName);
}
else if (ScepRsopLookupBuiltinNameTable(pwszAfterSlash)) {
//
// example - if "BuiltinDomainName\Administrator", we need "Administrator"
//
*ppwszCanonicalGroupName = (PWSTR)ScepAlloc(LMEM_ZEROINIT,
(wcslen(pwszAfterSlash) + 1) * sizeof (WCHAR)
);
if (*ppwszCanonicalGroupName == NULL)
rc = ERROR_NOT_ENOUGH_MEMORY;
else
wcscpy(*ppwszCanonicalGroupName, pwszAfterSlash);
}
else if (gbDCQueried == TRUE && gbThisIsDC == TRUE) {
//
// example - if "g", we need "DomainName\g"
//
if (NULL == wcsstr(pwszGroupName, L"\\")){
//
// if domain name is not available, we continue since callback will have the same problem, so OK
//
if (gpwszDCDomainName){
*ppwszCanonicalGroupName = (PWSTR)ScepAlloc(LMEM_ZEROINIT,
(wcslen(gpwszDCDomainName) + wcslen(pwszGroupName) + 2) * sizeof (WCHAR)
);
if (*ppwszCanonicalGroupName == NULL)
rc = ERROR_NOT_ENOUGH_MEMORY;
else {
wcscpy(*ppwszCanonicalGroupName, gpwszDCDomainName);
wcscat(*ppwszCanonicalGroupName, L"\\");
wcscat(*ppwszCanonicalGroupName, pwszGroupName);
}
}
}
else {
//
// already in "DomainName\g" format - simply copy
//
*ppwszCanonicalGroupName = (PWSTR)ScepAlloc(LMEM_ZEROINIT,
(wcslen(pwszGroupName) + 1) * sizeof (WCHAR)
);
if (*ppwszCanonicalGroupName == NULL)
rc = ERROR_NOT_ENOUGH_MEMORY;
else
wcscpy(*ppwszCanonicalGroupName, pwszGroupName);
}
}
else {
//
// simply copy - workstation or none of the above matched
//
*ppwszCanonicalGroupName = (PWSTR)ScepAlloc(LMEM_ZEROINIT,
(wcslen(pwszGroupName) + 1) * sizeof (WCHAR)
);
if (*ppwszCanonicalGroupName == NULL)
rc = ERROR_NOT_ENOUGH_MEMORY;
else
wcscpy(*ppwszCanonicalGroupName, pwszGroupName);
}
return rc;
}
BOOL
ScepRsopLookupBuiltinNameTable(
IN PWSTR pwszGroupName
)
//////////////////////////////////////////////////////////////////////////////////
// returns TRUE if group is found in builtin groups, else returns FALSE //
//////////////////////////////////////////////////////////////////////////////////
{
for (int i = 0; i < TABLE_SIZE; i++) {
if ( _wcsicmp(NameTable[i].Name, pwszGroupName) == 0 )
return TRUE;
}
return FALSE;
}