BOOL SERVER::SetMonitor (BOOL fShouldMonitor, ULONG *pStatus)
{
BOOL rc = TRUE;
ULONG status = 0;
if (m_fMonitor != fShouldMonitor)
{
LPCELL lpCell;
if ((lpCell = m_lpiCell->OpenCell (&status)) == NULL)
rc = FALSE;
else
{
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusBegin, GetIdentifier());
if ((m_fMonitor = fShouldMonitor) == FALSE)
{
FreeAll();
(lpCell->m_nServersUnmonitored)++;
}
else // (fMonitor == TRUE)
{
(lpCell->m_nServersUnmonitored)--;
Invalidate();
rc = RefreshAll (&status);
}
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusEnd, GetIdentifier(), m_lastStatus);
lpCell->Close();
}
}
if (!rc && pStatus)
*pStatus = status;
return rc;
}
PVOID SERVER::OpenVosObject (PVOID *phCell, ULONG *pStatus)
{
if (!m_hCellVOS)
{
LPCELL lpCell;
if ((lpCell = m_lpiCell->OpenCell (pStatus)) != NULL)
{
m_hCellVOS = lpCell->GetCellObject (pStatus);
lpCell->Close();
}
}
if (m_hCellVOS && !m_hVOS)
{
TCHAR szCell[ cchNAME ];
m_lpiCell->GetCellName (szCell);
WORKERPACKET wp;
wp.wpVosServerOpen.hCell = m_hCellVOS;
wp.wpVosServerOpen.pszServer = m_szName;
if (Worker_DoTask (wtaskVosServerOpen, &wp, pStatus))
m_hVOS = wp.wpVosServerOpen.hServer;
}
if (m_hVOS)
{
if (phCell)
*phCell = m_hCellVOS;
++m_cReqVOS;
}
return m_hVOS;
}
DWORD WINAPI AfsAdmSvr_AutoOpen_ThreadProc (PVOID lp)
{
DWORD dwScope = PtrToUlong(lp);
ULONG status;
if (!l.fOperational)
return 0;
// First we'll have to find out which cell to open
//
TCHAR szCell[ cchNAME ];
if (!CELL::GetDefaultCell (szCell, &status))
{
Print (dlERROR, TEXT("CELL::GetDefaultCell failed; error 0x%08lX"), status);
}
else
{
// Then try to actually open the cell
//
Print (dlSTANDARD, TEXT("Auto-opening cell %s; scope=%s"), szCell, (dwScope == (AFSADMSVR_SCOPE_VOLUMES | AFSADMSVR_SCOPE_USERS)) ? TEXT("full") : (dwScope == AFSADMSVR_SCOPE_VOLUMES) ? TEXT("volumes") : TEXT("users"));
LPIDENT lpiCell;
if ((lpiCell = CELL::OpenCell ((LPTSTR)szCell, &status)) == NULL)
{
Print (dlERROR, TEXT("Auto-open of cell %s failed; error 0x%08lX"), szCell, status);
}
else
{
LPCELL lpCell;
if ((lpCell = lpiCell->OpenCell (&status)) == NULL)
{
Print (dlERROR, TEXT("Auto-open: OpenCell failed; error 0x%08lX"), status);
}
else
{
AfsAdmSvr_AddToMinScope (dwScope);
if (!lpCell->RefreshAll (&status))
Print (dlERROR, TEXT("Auto-open: RefreshCell failed; error 0x%08lX"), status);
else
Print (dlSTANDARD, TEXT("Auto-open of cell %s successful"), szCell);
lpCell->Close();
// We intentionally do not call CELL::CloseCell() here--as would
// ordinarily be necessary to balance our CELL::OpenCell() call
// above--because we never want to close our cache for this cell.
// The point of calling AutoOpen() up front is to keep an admin
// server alive and ready for use on a particular cell--calling
// CELL::CloseCell() here negates that purpose.
}
}
}
return 0;
}
BOOL SERVER::RefreshStatus (BOOL fNotify, ULONG *pStatus)
{
BOOL rc = TRUE;
DWORD status = 0;
if (m_fStatusOutOfDate)
{
m_fStatusOutOfDate = FALSE;
if (fNotify)
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusBegin, GetIdentifier());
LPCELL lpCell;
if ((lpCell = OpenCell (&status)) == NULL)
rc = FALSE;
else
{
PVOID hCell;
if ((hCell = lpCell->GetCellObject (&status)) == NULL)
rc = FALSE;
else
{
WORKERPACKET wp;
wp.wpClientAFSServerGet.hCell = hCell;
wp.wpClientAFSServerGet.pszServer = m_szName;
if (!Worker_DoTask (wtaskClientAFSServerGet, &wp, &status))
rc = FALSE;
else
{
m_ss.nAddresses = 0;
for (size_t iAddr = 0; iAddr < AFS_MAX_SERVER_ADDRESS; ++iAddr)
{
if (wp.wpClientAFSServerGet.Entry.serverAddress[ iAddr ] == 0)
continue;
AfsClass_IntToAddress (&m_ss.aAddresses[ m_ss.nAddresses++ ], wp.wpClientAFSServerGet.Entry.serverAddress[ iAddr ]);
}
lpCell->m_lServers->Update (this); // That update affected a hashlistkey
}
}
lpCell->Close();
}
if (fNotify)
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusEnd, GetIdentifier(), ((rc) ? 0 : status));
}
if (pStatus && !rc)
*pStatus = status;
return TRUE;
}
SERVER::~SERVER (void)
{
if (!m_fMonitor)
{
LPCELL lpCell;
if ((lpCell = m_lpiCell->OpenCell()) != NULL)
{
(lpCell->m_nServersUnmonitored)--;
lpCell->Close();
}
}
if (m_lpiThis)
m_lpiThis->m_cRef --;
FreeAll();
Delete (m_lAggregates);
Delete (m_lServices);
}
USER::USER (LPCELL lpCellParent, LPTSTR pszPrincipal, LPTSTR pszInstance)
{
m_lpiCell = lpCellParent->GetIdentifier();
lstrcpy (m_szPrincipal, pszPrincipal);
lstrcpy (m_szInstance, (pszInstance) ? pszInstance : TEXT(""));
m_lpiThis = NULL;
m_fStatusOutOfDate = TRUE;
m_mszOwnerOf = NULL;
m_mszMemberOf = NULL;
memset(&m_us, 0, sizeof(m_us));
}
// AfsAdmSvr_PushCredentials
// ...requests that the specified AFS credentials be used hereafter
// when manipulating the specified cell. You should follow this
// call with a Refresh request if necessary.
//
extern "C" int AfsAdmSvr_PushCredentials (UINT_PTR idClient, UINT_PTR hCreds, ASID idCell, ULONG *pStatus)
{
ULONG status;
size_t iOp = AfsAdmSvr_BeginOperation (idClient);
Print (dlDETAIL, TEXT("Client 0x%08lX: PushCredentials (hCreds=0x%08lX, idCell=0x%08lX)"), idClient, hCreds, idCell);
if (!AfsAdmSvr_fIsValidClient (idClient))
return FALSE_(ERROR_INVALID_PARAMETER,pStatus,iOp);
if (GetAsidType (idCell) != itCELL)
return FALSE_(ERROR_INVALID_PARAMETER,pStatus,iOp);
LPCELL lpCell;
if ((lpCell = ((LPIDENT)idCell)->OpenCell (&status)) == NULL)
return FALSE_(ERROR_INVALID_PARAMETER,pStatus,iOp);
lpCell->SetCurrentCredentials ((PVOID)hCreds);
lpCell->Close();
AfsAdmSvr_EndOperation (iOp);
return TRUE;
}
SERVER::SERVER (LPCELL lpCellParent, LPTSTR pszName)
{
m_lpiCell = lpCellParent->GetIdentifier();
lstrcpy (m_szName, pszName);
m_lpCellBOS = NULL;
m_hCellBOS = NULL;
m_hBOS = NULL;
m_cReqBOS = 0;
m_hCellVOS = NULL;
m_hVOS = NULL;
m_cReqVOS = 0;
m_fCanGetAggregates = TRUE;
m_fAggregatesOutOfDate = TRUE;
m_lAggregates = New (HASHLIST);
m_lAggregates->SetCriticalSection (AfsClass_GetCriticalSection());
m_lkAggregateName = m_lAggregates->CreateKey ("Aggregate Name", SERVER::KeyAggregateName_Compare, SERVER::KeyAggregateName_HashObject, SERVER::KeyAggregateName_HashData, cKEYAGGREGATENAME_TABLESIZE);
m_lkAggregateID = m_lAggregates->CreateKey ("Aggregate ID", SERVER::KeyAggregateID_Compare, SERVER::KeyAggregateID_HashObject, SERVER::KeyAggregateID_HashData, cKEYAGGREGATEID_TABLESIZE);
m_fCanGetServices = TRUE;
m_fServicesOutOfDate = TRUE;
m_lServices = New (HASHLIST);
m_lServices->SetCriticalSection (AfsClass_GetCriticalSection());
m_lkServiceName = m_lServices->CreateKey ("Service Name", SERVER::KeyServiceName_Compare, SERVER::KeyServiceName_HashObject, SERVER::KeyServiceName_HashData, cKEYSERVICENAME_TABLESIZE);
m_wGhost = 0;
m_lpiThis = NULL;
m_fMonitor = TRUE;
m_fDelete = FALSE;
m_lastStatus = 0;
m_fVLDBOutOfDate = FALSE; /* FIXME: added because it was missing */
m_fStatusOutOfDate = TRUE;
memset (&m_ss, 0x00, sizeof(SERVERSTATUS));
}
DWORD WINAPI Alert_ScoutProc (LPVOID lp)
{
// We'll keep working forever...
//
for (;;)
{
AfsClass_Enter();
LPCELL lpCell = (g.lpiCell == NULL) ? NULL : g.lpiCell->OpenCell();
if (lpCell != NULL)
{
// See if our credentials have expired
//
CheckForExpiredCredentials();
// See if any new servers have arrived, or old servers disappeared.
//
lpCell->RefreshServerList();
// Check all the out-of-date servers we can find.
//
HENUM hEnum;
for (LPSERVER lpServer = lpCell->ServerFindFirst (&hEnum); lpServer; lpServer = lpCell->ServerFindNext (&hEnum))
{
LPIDENT lpiServer = lpServer->GetIdentifier();
LPOBJECTALERTS lpoa;
if ( ((lpoa = Alert_GetObjectAlerts (lpiServer)) != NULL) &&
(lpoa->dwTickNextTest <= GetTickCount()) )
{
// Okay! We've found a server that needs to be tested for
// alert conditions. Do that now, and when we're done, set
// its next query-time to some distance in the future.
//
if (lpoa->dwTickNextRefresh == 0)
{
if (lpoa->cTickRefresh != 0)
lpoa->dwTickNextRefresh = lpoa->cTickRefresh + GetTickCount();
}
else if (lpoa->dwTickNextRefresh <= GetTickCount())
{
(void)lpServer->Invalidate();
(void)lpServer->RefreshAll();
lpoa->dwTickNextRefresh = lpoa->cTickRefresh + GetTickCount();
}
(void)Alert_Scout_CheckServer (lpServer);
}
lpServer->Close();
}
lpCell->Close();
}
AfsClass_Leave();
// Now that we have completed a pass over the servers in this cell,
// and now that we're not holding any critical sections on which
// other threads would otherwise block, go to sleep for a while.
//
WaitForSingleObjectEx (heScoutWakeup, 45L * cmsec1SECOND, FALSE);
}
return 0;
}
BOOL SERVER::CanTalkToServer (ULONG *pStatus)
{
// Ensure the server exists in the cell at all--
// this call just updates the server's IP addresses
// etc (information it gets from the database servers)
// and doesn't require talking to the server itself.
//
if (!RefreshStatus (FALSE, pStatus))
return FALSE;
// Find a new refsec array element to use...
//
AfsClass_InitRefreshSections();
EnterCriticalSection (pcsRefSec);
int idSection;
for (idSection = 0; idSection < (int)cRefSec; ++idSection)
{
if (!aRefSec[ idSection ].fInUse)
break;
}
if (idSection == (int)cRefSec)
{
if (!REALLOC (aRefSec, cRefSec, 1+idSection, 4))
{
if (pStatus)
*pStatus = GetLastError();
LeaveCriticalSection (pcsRefSec);
return FALSE;
}
}
aRefSec[ idSection ].fInUse = TRUE;
aRefSec[ idSection ].fCanceled = FALSE;
aRefSec[ idSection ].lpServer = this;
aRefSec[ idSection ].hCell = NULL;
LPCELL lpCell;
if ((lpCell = OpenCell()) != NULL)
{
aRefSec[ idSection ].hCell = lpCell->GetCellObject();
lpCell->Close();
}
LeaveCriticalSection (pcsRefSec);
// Until we find out differently, assume that we won't be
// able to query VOS or BOS on this server.
//
m_fCanGetAggregates = FALSE;
m_fCanGetServices = FALSE;
m_lastStatus = 0;
// Fork a separate thread, on which to quickly try to talk
// to the server.
//
DWORD dwThreadID;
HANDLE hThread;
if ((hThread = CreateThread (NULL, 0, (LPTHREAD_START_ROUTINE)CanTalkToServer_ThreadProc, IntToPtr(idSection), 0, &dwThreadID)) == NULL)
{
EnterCriticalSection (pcsRefSec);
aRefSec[ idSection ].fInUse = FALSE;
LeaveCriticalSection (pcsRefSec);
if (pStatus)
*pStatus = GetLastError();
return FALSE;
}
SetThreadPriority (hThread, THREAD_PRIORITY_BELOW_NORMAL);
// Wait for that thread to terminate, or for our
// newly-allocated RefSec entry to be marked Canceled.
//
DWORD dw;
for (dw = STILL_ACTIVE; dw == STILL_ACTIVE; )
{
EnterCriticalSection (pcsRefSec);
GetExitCodeThread (hThread, &dw);
if (dw == STILL_ACTIVE)
{
if ( (aRefSec[ idSection ].fInUse) &&
(aRefSec[ idSection ].lpServer == this) &&
(aRefSec[ idSection ].fCanceled) )
{
if (m_lastStatus == 0)
m_lastStatus = ERROR_CANCELLED;
dw = 0;
}
}
LeaveCriticalSection (pcsRefSec);
if (dw == STILL_ACTIVE)
Sleep(100); // wait another brief instant
}
// dw == 0 : user canceled operation (thread is still running!)
// dw == 1 : thread completed successfully, and set fCanTalkTo* flags.
//
// Note that the thread will clear aRefSec[idSection].fInUse when it
// terminates (so, if dw!=-1, it has already done so).
//
if (pStatus)
*pStatus = m_lastStatus;
return (dw == 0) ? FALSE : TRUE;
}
BOOL SERVER::RefreshAll (ULONG *pStatus, double dInit, double dFactor)
{
BOOL rc = TRUE;
ULONG status = 0;
if (m_fAggregatesOutOfDate || m_fServicesOutOfDate)
{
if ((++cRefreshAllReq) == 1)
{
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshAllBegin, GetIdentifier(), 0);
}
double perAGGREGATES = 65.0; // % of time spent finding aggs & sets
double perSERVICES = 25.0; // % of time spent finding services
double perVLDB = 10.0; // % of time spent finding VLDB info
if (cRefreshAllReq >= 2) // being called as part of a cell-wide op?
{
perAGGREGATES = 80.0; // % of time spent finding aggs & sets
perSERVICES = 20.0; // % of time spent finding services
perVLDB = 0.0; // we won't query VLDB stuff ourself.
}
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusBegin, GetIdentifier());
if (!CanTalkToServer (&status)) // Determines fCanGetAggregates, fCanGetServices
{
if (m_fMonitor)
SetMonitor (FALSE);
rc = FALSE;
}
else
{
if (!m_fCanGetAggregates)
{
FreeAggregates();
m_fAggregatesOutOfDate = FALSE;
}
else
{
size_t nAggregates = 0;
size_t iAggregate = 0;
HENUM hEnum;
LPAGGREGATE lpAggregate;
for (lpAggregate = AggregateFindFirst (&hEnum); lpAggregate; lpAggregate = AggregateFindNext (&hEnum))
{
++nAggregates;
lpAggregate->Close();
}
if (nAggregates)
{
for (lpAggregate = AggregateFindFirst (&hEnum); lpAggregate; lpAggregate = AggregateFindNext (&hEnum))
{
ULONG perComplete = (ULONG)( ((double)perAGGREGATES / 100.0) * ((double)iAggregate * 100.0 / nAggregates) );
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshAllUpdate, lpAggregate->GetIdentifier(), NULL, NULL, NULL, (ULONG)( 100.0 * dInit + dFactor * (double)perComplete ), 0);
lpAggregate->RefreshFilesets (TRUE);
lpAggregate->Close();
++iAggregate;
}
}
}
if (!m_fCanGetServices)
{
FreeServices();
m_fServicesOutOfDate = FALSE;
}
else
{
size_t nServices = 0;
size_t iService = 0;
HENUM hEnum;
LPSERVICE lpService;
for (lpService = ServiceFindFirst (&hEnum); lpService; lpService = ServiceFindNext (&hEnum))
{
++nServices;
lpService->Close();
}
if (nServices)
{
for (lpService = ServiceFindFirst (&hEnum); lpService; lpService = ServiceFindNext (&hEnum))
{
ULONG perComplete = (ULONG)( (double)perAGGREGATES + ((double)perSERVICES / 100.0) * ((double)iService * 100.0 / nServices) );
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshAllUpdate, lpService->GetIdentifier(), NULL, NULL, NULL, (ULONG)( 100.0 * dInit + dFactor * (double)perComplete ), 0);
lpService->RefreshStatus (TRUE);
lpService->Close();
++iService;
}
}
}
if (cRefreshAllReq == 1) // not being called as part of a cell-wide op?
{
LPCELL lpCell;
if ((lpCell = OpenCell()) != NULL)
{
lpCell->RefreshVLDB (GetIdentifier(), TRUE, NULL);
lpCell->Close();
}
}
}
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusEnd, GetIdentifier(), m_lastStatus);
if ((--cRefreshAllReq) == 0)
{
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshAllEnd, GetIdentifier(), NULL, NULL, NULL, 100, m_lastStatus);
}
}
if (rc && m_lastStatus)
rc = FALSE;
if (!rc && pStatus)
*pStatus = status;
return rc;
}
BOOL USER::RefreshStatus (BOOL fNotify, ULONG *pStatus)
{
BOOL rc = TRUE;
DWORD status = 0;
DWORD kasStatus = 0;
DWORD ptsStatus = 0;
if (m_fStatusOutOfDate)
{
m_fStatusOutOfDate = FALSE;
if (fNotify)
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusBegin, GetIdentifier());
memset (&m_us, 0x00, sizeof(m_us));
FreeString (m_mszOwnerOf);
m_mszOwnerOf = NULL;
FreeString (m_mszMemberOf);
m_mszMemberOf = NULL;
TCHAR szFullName[ cchNAME ];
AfsClass_GenFullUserName (szFullName, m_szPrincipal, m_szInstance);
LPCELL lpCell;
if ((lpCell = OpenCell (&status)) == NULL)
rc = FALSE;
else
{
PVOID hCell;
if ((hCell = lpCell->GetCellObject (&status)) == NULL)
rc = FALSE;
else
{
// Try to get KAS information.
//
WORKERPACKET wpGetKas;
wpGetKas.wpKasPrincipalGet.hCell = hCell;
wpGetKas.wpKasPrincipalGet.hServer = lpCell->GetKasObject (&kasStatus);
wpGetKas.wpKasPrincipalGet.pszPrincipal = m_szPrincipal;
wpGetKas.wpKasPrincipalGet.pszInstance = m_szInstance;
if (Worker_DoTask (wtaskKasPrincipalGet, &wpGetKas, &kasStatus))
{
m_us.fHaveKasInfo = TRUE;
TCHAR szLastModPrincipal[ cchNAME ];
TCHAR szLastModInstance[ cchNAME ];
CopyAnsiToString (szLastModPrincipal, wpGetKas.wpKasPrincipalGet.Data.lastModPrincipal.principal);
CopyAnsiToString (szLastModInstance, wpGetKas.wpKasPrincipalGet.Data.lastModPrincipal.instance);
m_us.KASINFO.fIsAdmin = (wpGetKas.wpKasPrincipalGet.Data.adminSetting == KAS_ADMIN) ? TRUE : FALSE;
m_us.KASINFO.fCanGetTickets = (wpGetKas.wpKasPrincipalGet.Data.tgsSetting == TGS) ? TRUE : FALSE;
m_us.KASINFO.fEncrypt = (wpGetKas.wpKasPrincipalGet.Data.encSetting == ENCRYPT) ? TRUE : FALSE;
m_us.KASINFO.fCanChangePassword = (wpGetKas.wpKasPrincipalGet.Data.cpwSetting == CHANGE_PASSWORD) ? TRUE : FALSE;
m_us.KASINFO.fCanReusePasswords = (wpGetKas.wpKasPrincipalGet.Data.rpwSetting == REUSE_PASSWORD) ? TRUE : FALSE;
AfsClass_UnixTimeToSystemTime (&m_us.KASINFO.timeExpires, wpGetKas.wpKasPrincipalGet.Data.userExpiration);
AfsClass_UnixTimeToSystemTime (&m_us.KASINFO.timeLastPwChange, wpGetKas.wpKasPrincipalGet.Data.lastChangePasswordTime);
AfsClass_UnixTimeToSystemTime (&m_us.KASINFO.timeLastMod, wpGetKas.wpKasPrincipalGet.Data.lastModTime);
m_us.KASINFO.lpiLastMod = IDENT::FindUser (m_lpiCell, szLastModPrincipal, szLastModInstance);
m_us.KASINFO.csecTicketLifetime = wpGetKas.wpKasPrincipalGet.Data.maxTicketLifetime;
m_us.KASINFO.keyVersion = wpGetKas.wpKasPrincipalGet.Data.keyVersion;
memcpy (&m_us.KASINFO.key.key, &wpGetKas.wpKasPrincipalGet.Data.key.key, ENCRYPTIONKEY_LEN);
m_us.KASINFO.dwKeyChecksum = wpGetKas.wpKasPrincipalGet.Data.keyCheckSum;
m_us.KASINFO.cdayPwExpire = wpGetKas.wpKasPrincipalGet.Data.daysToPasswordExpire;
m_us.KASINFO.cFailLogin = wpGetKas.wpKasPrincipalGet.Data.failLoginCount;
m_us.KASINFO.csecFailLoginLock = wpGetKas.wpKasPrincipalGet.Data.lockTime;
}
// Try to get PTS information.
//
WORKERPACKET wpGetPts;
wpGetPts.wpPtsUserGet.hCell = hCell;
wpGetPts.wpPtsUserGet.pszUser = szFullName;
if (Worker_DoTask (wtaskPtsUserGet, &wpGetPts, &ptsStatus))
{
m_us.fHavePtsInfo = TRUE;
m_us.PTSINFO.cgroupCreationQuota = wpGetPts.wpPtsUserGet.Entry.groupCreationQuota;
m_us.PTSINFO.cgroupMember = wpGetPts.wpPtsUserGet.Entry.groupMembershipCount;
m_us.PTSINFO.uidName = wpGetPts.wpPtsUserGet.Entry.nameUid;
m_us.PTSINFO.uidOwner = wpGetPts.wpPtsUserGet.Entry.ownerUid;
m_us.PTSINFO.uidCreator = wpGetPts.wpPtsUserGet.Entry.creatorUid;
CopyAnsiToString (m_us.PTSINFO.szOwner, wpGetPts.wpPtsUserGet.Entry.owner);
CopyAnsiToString (m_us.PTSINFO.szCreator, wpGetPts.wpPtsUserGet.Entry.creator);
m_us.PTSINFO.aaListStatus = USERACCESS_TO_ACCOUNTACCESS (wpGetPts.wpPtsUserGet.Entry.listStatus);
m_us.PTSINFO.aaGroupsOwned = USERACCESS_TO_ACCOUNTACCESS (wpGetPts.wpPtsUserGet.Entry.listGroupsOwned);
m_us.PTSINFO.aaMembership = USERACCESS_TO_ACCOUNTACCESS (wpGetPts.wpPtsUserGet.Entry.listMembership);
}
// Grab the list of groups to which this user belongs
//
WORKERPACKET wpBegin;
wpBegin.wpPtsUserMemberListBegin.hCell = hCell;
wpBegin.wpPtsUserMemberListBegin.pszUser = szFullName;
if (Worker_DoTask (wtaskPtsUserMemberListBegin, &wpBegin, &status))
{
for (;;)
{
TCHAR szGroup[ cchNAME ];
WORKERPACKET wpNext;
wpNext.wpPtsUserMemberListNext.hEnum = wpBegin.wpPtsUserMemberListBegin.hEnum;
wpNext.wpPtsUserMemberListNext.pszGroup = szGroup;
if (!Worker_DoTask (wtaskPtsUserMemberListNext, &wpNext))
break;
FormatMultiString (&m_mszMemberOf, FALSE, TEXT("%1"), TEXT("%s"), szGroup);
}
WORKERPACKET wpDone;
wpDone.wpPtsUserMemberListDone.hEnum = wpBegin.wpPtsUserMemberListBegin.hEnum;
Worker_DoTask (wtaskPtsUserMemberListDone, &wpDone);
}
// Grab the list of groups which this user owns
//
wpBegin.wpPtsOwnedGroupListBegin.hCell = hCell;
wpBegin.wpPtsOwnedGroupListBegin.pszOwner = szFullName;
if (Worker_DoTask (wtaskPtsOwnedGroupListBegin, &wpBegin, &status))
{
for (;;)
{
TCHAR szGroup[ cchNAME ];
WORKERPACKET wpNext;
wpNext.wpPtsOwnedGroupListNext.hEnum = wpBegin.wpPtsOwnedGroupListBegin.hEnum;
wpNext.wpPtsOwnedGroupListNext.pszGroup = szGroup;
if (!Worker_DoTask (wtaskPtsOwnedGroupListNext, &wpNext))
break;
FormatMultiString (&m_mszOwnerOf, FALSE, TEXT("%1"), TEXT("%s"), szGroup);
}
WORKERPACKET wpDone;
wpDone.wpPtsOwnedGroupListDone.hEnum = wpBegin.wpPtsOwnedGroupListBegin.hEnum;
Worker_DoTask (wtaskPtsOwnedGroupListDone, &wpDone);
}
}
lpCell->Close();
}
if (fNotify)
NOTIFYCALLBACK::SendNotificationToAll (evtRefreshStatusEnd, GetIdentifier(), ((rc) ? 0 : status));
}
if (rc && (!m_us.fHaveKasInfo) && (!status) && kasStatus)
{
status = kasStatus;
rc = FALSE;
}
if (rc && (!m_us.fHavePtsInfo) && (!status) && ptsStatus)
{
status = ptsStatus;
// not fatal; rc remains TRUE
}
if (pStatus && !rc)
*pStatus = status;
return TRUE;
}