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windows-nt/Source/XPSP1/NT/net/wins/server/msc/winsintf.c

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/*++
Copyright (c) 1990 Microsoft Corporation
Module Name:
winsintf.c
Abstract:
This module contains the RPC interface to the WINS server
Functions:
R_WinsRecordAction
R_WinsStatus
R_WinsTrigger
R_WinsDoStaticInit
R_WinsGetDbRecs
R_WinsDelDbRecs
R_WinsSetProcPriority
WinsRecordAction
GetWinsStatus
WinsTrigger
WinsDoStaticInit
WinsDoScavenging
WinsGetDbRecs
WinsDelDbRecs
WinsSetProcPriority
sGetVersNo
GetConfig
GetStatistics
Portability:
This module is portable
Author:
Pradeep Bahl (PradeepB) Mar-1993
Revision History:
Modification date Person Description of modification
----------------- ------- ----------------------------
--*/
/*
* Includes
*/
#include <time.h>
#include "wins.h"
#include <lmerr.h>
#include <lmcons.h> //defines NET_API_STATUS
#include <secobj.h>
#include <rpcutil.h> //for NetpRevertToSelf
#include <rpcndr.h>
#include "winsif.h"
#include "winsi2.h"
#include "winsintf.h"
#include "comm.h"
#include "winsque.h"
#include "nms.h"
#include "nmsnmh.h"
#include "nmsmsgf.h"
#include "nmsdb.h"
#include "nmsscv.h"
#include "rpl.h"
#include "rplpull.h"
#include "winscnf.h"
#include "winsevt.h"
#include "winsmsc.h"
#include "winsprs.h"
#include "winstmm.h"
#ifdef WINSDBG
#include "winbasep.h"
#endif
/*
* Local Macro Declarations
*/
#if SECURITY > 0
#define CHK_ACCESS_LEVEL_M(_access) { \
if (!sfBS) \
{ \
NET_API_STATUS NetStatus; \
NetStatus = NetpAccessCheckAndAudit( \
WINS_SERVER, \
WINS_SERVER, \
pNmsSecurityDescriptor, \
_access, \
&NmsInfoMapping \
); \
if (NetStatus != NERR_Success) \
{ \
DBGPRINT1(ERR, "The Caller of the rpc function does not have the required permissions. NetSTatus is (%d)\n", NetStatus); \
WINSEVT_LOG_M(NetStatus, WINS_EVT_NO_PERM);\
return(NetStatus); \
} \
} \
}
#else
#define CHK_ACCESS_LEVEL_M()
#endif
#define INC_RPC_DB_COUNT_NCHK_M { \
EnterCriticalSection(&NmsTermCrtSec); \
NmsTotalTrmThdCnt++; \
LeaveCriticalSection(&NmsTermCrtSec); \
}
#define INC_RPC_DB_COUNT_M { \
if (WinsCnf.State_e != WINSCNF_E_TERMINATING) \
{ \
INC_RPC_DB_COUNT_NCHK_M; \
} \
else \
{ \
return(WINSINTF_FAILURE); \
} \
}
#define DEC_RPC_DB_COUNT_M { \
EnterCriticalSection(&NmsTermCrtSec); \
if (--NmsTotalTrmThdCnt == 1) \
{ \
DBGPRINT0(FLOW, "RPC thread: Signaling the main thread\n");\
SetEvent(NmsMainTermEvt); \
} \
LeaveCriticalSection(&NmsTermCrtSec); \
}
/*
* Local Typedef Declarations
*/
/*
* Global Variable Definitions
*/
WINSINTF_STAT_T WinsIntfStat = {0};
DWORD WinsIntfNoOfNbtThds;
DWORD WinsIntfNoCncrntStaticInits = 0;
//DWORD WinsIntfNoOfRpcThds = 0;
CRITICAL_SECTION WinsIntfCrtSec;
CRITICAL_SECTION WinsIntfPotentiallyLongCrtSec;
CRITICAL_SECTION WinsIntfNoOfUsersCrtSec; //extern in nms.h
/*
* Local Variable Definitions
*/
STATIC BOOL sfBS = FALSE;
//
// Time interval between reflushing of the 1B cache
//
#define THREE_MTS 180
//
// Used by WinsGetBrowserNames
//
DOM_CACHE_T sDomCache = { 0, NULL, 0, 0, NULL, FALSE};
/*
* Local Function Prototype Declarations
*/
DWORD
GetWinsStatus(
IN WINSINTF_CMD_E Cmd_e,
OUT LPVOID pResults,
BOOL fNew
);
STATIC
DWORD
sGetVersNo(
LPVOID pResults
);
STATIC
DWORD
GetStatistics(
LPVOID pResults,
BOOL fNew
);
STATIC
DWORD
GetConfig(
LPVOID pResults,
BOOL fNew,
BOOL fAllMaps
);
VOID
LogClientInfo(
RPC_BINDING_HANDLE ClientHdl,
BOOL fAbruptTerm
);
STATIC
STATUS
PackageRecs(
PRPL_REC_ENTRY2_T pBuff,
DWORD BuffLen,
DWORD NoOfRecs,
PWINSINTF_RECS_T pRecs
);
//
// Function definitions start here
//
DWORD
R_WinsCheckAccess(
WINSIF2_HANDLE ServerHdl,
DWORD *Access
)
{
NET_API_STATUS NetStatus;
*Access = WINS_NO_ACCESS;
NetStatus = NetpAccessCheckAndAudit(
WINS_SERVER,
WINS_SERVER,
pNmsSecurityDescriptor,
WINS_CONTROL_ACCESS,
&NmsInfoMapping
);
if (NERR_Success == NetStatus) {
*Access = WINS_CONTROL_ACCESS;
return WINSINTF_SUCCESS;
}
NetStatus = NetpAccessCheckAndAudit(
WINS_SERVER,
WINS_SERVER,
pNmsSecurityDescriptor,
WINS_QUERY_ACCESS,
&NmsInfoMapping
);
if (NERR_Success == NetStatus) {
*Access = WINS_QUERY_ACCESS;
return WINSINTF_SUCCESS;
}
return WINSINTF_SUCCESS;
}
DWORD
R_WinsRecordAction(
PWINSINTF_RECORD_ACTION_T *ppRecAction
)
/*++
Routine Description:
This function is called to insert/update/delete a record
Arguments:
pRecAction - Record Information
Externals Used:
None
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
DWORD Status = WINSINTF_FAILURE;
PERF("Use & and || logic")
if (*ppRecAction == NULL)
{
return(Status);
}
if ((WinsCnf.State_e == WINSCNF_E_RUNNING) || (WinsCnf.State_e == WINSCNF_E_PAUSED))
{
if (WINSINTF_E_QUERY == (*ppRecAction)->Cmd_e) {
CHK_ACCESS_LEVEL_M(WINS_QUERY_ACCESS);
} else {
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
}
INC_RPC_DB_COUNT_NCHK_M;
try {
Status = WinsRecordAction(ppRecAction);
}
finally {
DEC_RPC_DB_COUNT_M;
}
}
return(Status);
}
DWORD
R_WinsStatusWHdl (
WINSIF_HANDLE pWinsHdl,
WINSINTF_CMD_E Cmd_e,
PWINSINTF_RESULTS_NEW_T pResults
)
{
return(R_WinsStatusNew(Cmd_e, pResults));
}
DWORD
R_WinsStatus (
// LPTSTR pWinsAddStr,
WINSINTF_CMD_E Cmd_e,
PWINSINTF_RESULTS_T pResults
)
{
DWORD Status = WINSINTF_FAILURE;
//
// Make sure that the WINS is in steady state
//
PERF("Use & and || logic")
if ((WinsCnf.State_e == WINSCNF_E_RUNNING) || (WinsCnf.State_e == WINSCNF_E_PAUSED))
{
CHK_ACCESS_LEVEL_M(WINS_QUERY_ACCESS);
Status = GetWinsStatus(/*pWinsAddStr,*/Cmd_e, pResults, FALSE);
}
return(Status);
}
DWORD
R_WinsStatusNew (
WINSINTF_CMD_E Cmd_e,
PWINSINTF_RESULTS_NEW_T pResults
)
{
DWORD Status = WINSINTF_FAILURE;
//
// Make sure that the WINS is in steady state
//
PERF("Use & and || logic")
if ((WinsCnf.State_e == WINSCNF_E_RUNNING) || (WinsCnf.State_e == WINSCNF_E_PAUSED))
{
CHK_ACCESS_LEVEL_M(WINS_QUERY_ACCESS);
Status = GetWinsStatus(Cmd_e, pResults, TRUE);
}
return(Status);
}
DWORD
R_WinsTrigger (
PWINSINTF_ADD_T pWinsAdd,
WINSINTF_TRIG_TYPE_E TrigType_e
)
{
DWORD Status = WINSINTF_FAILURE;
PERF("Use & and || logic")
if ((WinsCnf.State_e == WINSCNF_E_RUNNING) || (WinsCnf.State_e == WINSCNF_E_PAUSED))
{
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
Status = WinsTrigger(pWinsAdd, TrigType_e);
}
return(Status);
}
DWORD
R_WinsDoStaticInit (
LPWSTR pDataFilePath,
DWORD fDel
)
{
DWORD Status;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
EnterCriticalSection(&WinsIntfCrtSec);
//
// The admin tool can go haywire and create a lot of threads. Limit it
// to a certain max value. The value will be incremented and decremented
// by the thread doing the STATIC initialization.
//
if (WinsIntfNoCncrntStaticInits > WINSCNF_MAX_CNCRNT_STATIC_INITS)
{
LeaveCriticalSection(&WinsIntfCrtSec);
DBGPRINT1(ERR, "R_WinsDoStaticInit: Too many concurrent STATIC inits. No is (%d)\n", WinsIntfNoCncrntStaticInits);
WINSEVT_LOG_D_M(WinsIntfNoCncrntStaticInits, WINS_EVT_TOO_MANY_STATIC_INITS);
return(WINSINTF_TOO_MANY_STATIC_INITS);
}
LeaveCriticalSection(&WinsIntfCrtSec);
Status = WinsDoStaticInit(pDataFilePath, fDel);
return(Status);
}
DWORD
R_WinsDoScavenging (
VOID
)
{
DWORD Status;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
INC_RPC_DB_COUNT_M;
try {
Status = WinsDoScavenging();
}
finally {
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsDoScavengingNew (
PWINSINTF_SCV_REQ_T pScvReq
)
{
DWORD Status;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
INC_RPC_DB_COUNT_M;
try {
Status = WinsDoScavengingNew(pScvReq);
}
finally {
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsGetDbRecs (
PWINSINTF_ADD_T pWinsAdd,
WINSINTF_VERS_NO_T MinVersNo,
WINSINTF_VERS_NO_T MaxVersNo,
PWINSINTF_RECS_T pRecs
)
{
DWORD Status;
CHK_ACCESS_LEVEL_M(WINS_QUERY_ACCESS);
INC_RPC_DB_COUNT_M;
try {
#if 0
#ifdef WINSDBG
PVOID pCallersAdd, pCallersCaller;
RtlGetCallersAddress(&pCallersAdd, &pCallersCaller);
DbgPrint("Callers Address = (%x)\nCallersCaller = (%x)\n", pCallersAdd, pCallersCaller);
#endif
#endif
Status = WinsGetDbRecs(pWinsAdd, MinVersNo, MaxVersNo, pRecs);
}
finally {
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsGetDbRecsByName (
PWINSINTF_ADD_T pWinsAdd,
DWORD Location,
LPBYTE pName,
DWORD NameLen,
DWORD NoOfRecsDesired,
DWORD fStaticOnly,
PWINSINTF_RECS_T pRecs
)
{
DWORD Status;
CHK_ACCESS_LEVEL_M(WINS_QUERY_ACCESS);
INC_RPC_DB_COUNT_M;
try {
#if 0
#ifdef WINSDBG
PVOID pCallersAdd, pCallersCaller;
RtlGetCallersAddress(&pCallersAdd, &pCallersCaller);
#endif
#endif
Status = WinsGetDbRecsByName(pWinsAdd, Location, pName, NameLen, NoOfRecsDesired,
fStaticOnly, pRecs);
}
finally {
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsDeleteWins(
PWINSINTF_ADD_T pWinsAdd
)
{
DWORD Status;
//LogClientInfo();
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
INC_RPC_DB_COUNT_M;
try {
Status = WinsDeleteWins(pWinsAdd);
}
finally {
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsTerm (
handle_t ClientHdl,
short fAbruptTerm
)
{
DWORD Status;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
Status = WinsTerm(ClientHdl, fAbruptTerm);
LogClientInfo(ClientHdl, fAbruptTerm);
return(Status);
}
DWORD
R_WinsBackup (
LPBYTE pBackupPath,
short fIncremental
)
{
DWORD Status = WINSINTF_FAILURE;
BYTE BackupPath[WINS_MAX_FILENAME_SZ + sizeof(WINS_BACKUP_DIR_ASCII)];
#if 0
(VOID)WinsMscConvertUnicodeStringToAscii(pBackupPath, BackupPath, WINS_MAX_FILENAME_SZ);
#endif
FUTURES("expensive. Change idl prototype to pass length")
if (strlen(pBackupPath) > WINS_MAX_FILENAME_SZ)
{
return(Status);
}
//
// Make sure that the WINS is in steady state
//
PERF("Use & and || logic")
if ((WinsCnf.State_e == WINSCNF_E_RUNNING) || (WinsCnf.State_e == WINSCNF_E_PAUSED))
{
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
INC_RPC_DB_COUNT_NCHK_M;
WinsLogAdminEvent( WINS_EVT_ADMIN_BACKUP_INITIATED, 0 );
try {
strcpy(BackupPath, pBackupPath);
strcat(BackupPath, WINS_BACKUP_DIR_ASCII);
if (CreateDirectoryA(BackupPath, NULL) || ((Status = GetLastError()) ==
ERROR_ALREADY_EXISTS))
{
Status = WinsBackup(BackupPath, fIncremental);
}
}
finally {
DEC_RPC_DB_COUNT_M;
}
}
return(Status);
}
DWORD
R_WinsDelDbRecs(
IN PWINSINTF_ADD_T pAdd,
IN WINSINTF_VERS_NO_T MinVersNo,
IN WINSINTF_VERS_NO_T MaxVersNo
)
{
DWORD Status = WINSINTF_FAILURE;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
INC_RPC_DB_COUNT_M;
try {
Status = WinsDelDbRecs(pAdd, MinVersNo, MaxVersNo);
}
finally {
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsTombstoneDbRecs(
IN WINSIF2_HANDLE ServerHdl,
IN PWINSINTF_ADD_T pWinsAdd,
IN WINSINTF_VERS_NO_T MinVersNo,
IN WINSINTF_VERS_NO_T MaxVersNo
)
{
DWORD Status = WINSINTF_FAILURE;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
INC_RPC_DB_COUNT_M;
try {
Status = WinsTombstoneDbRecs(pWinsAdd, MinVersNo, MaxVersNo);
}
finally {
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsPullRange(
IN PWINSINTF_ADD_T pAdd,
IN PWINSINTF_ADD_T pOwnerAdd,
IN WINSINTF_VERS_NO_T MinVersNo,
IN WINSINTF_VERS_NO_T MaxVersNo
)
{
DWORD Status = WINSINTF_FAILURE;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
Status = WinsPullRange(pAdd, pOwnerAdd, MinVersNo, MaxVersNo);
return(Status);
}
DWORD
R_WinsSetPriorityClass(
IN WINSINTF_PRIORITY_CLASS_E PriorityClass
)
{
DWORD Status = WINSINTF_FAILURE;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
Status = WinsSetPriorityClass(PriorityClass);
return(Status);
}
DWORD
R_WinsResetCounters(
VOID
)
{
DWORD Status = WINSINTF_FAILURE;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
Status = WinsResetCounters();
return(Status);
}
DWORD
R_WinsWorkerThdUpd(
DWORD NewNoOfNbtThds
)
{
DWORD Status = WINSINTF_FAILURE;
CHK_ACCESS_LEVEL_M(WINS_CONTROL_ACCESS);
Status = WinsWorkerThdUpd(NewNoOfNbtThds);
return(Status);
}
DWORD
R_WinsGetNameAndAdd(
PWINSINTF_ADD_T pWinsAdd,
LPBYTE pUncName
)
{
DWORD Status = WINSINTF_FAILURE;
//CHK_ACCESS_LEVEL_M();
Status = WinsGetNameAndAdd(pWinsAdd, pUncName);
return(Status);
}
DWORD
R_WinsGetBrowserNames_Old(
PWINSINTF_BROWSER_NAMES_T pNames
)
{
return(WINSINTF_FAILURE);
}
DWORD
R_WinsGetBrowserNames(
WINSIF_HANDLE pWinsHdl,
PWINSINTF_BROWSER_NAMES_T pNames
)
{
DWORD Status = WINSINTF_FAILURE;
static DWORD sNoOfReq = 0;
//
// Allow access to anybody. We don't check access here since
// browser running as a service has zero access when it goes
// on the network (It goes under the null account -- CliffVDyke 4/15/94)
//
INC_RPC_DB_COUNT_M;
EnterCriticalSection(&WinsIntfPotentiallyLongCrtSec);
try {
if (sNoOfReq++ < NMS_MAX_BROWSER_RPC_CALLS)
{
Status = WinsGetBrowserNames((PWINSINTF_BIND_DATA_T)pWinsHdl,pNames);
}
else
{
pNames->EntriesRead = 0;
pNames->pInfo = NULL;
Status = WINSINTF_FAILURE;
}
} // end of try
finally {
sNoOfReq--;
//
// increment the user count.
//
EnterCriticalSection(&WinsIntfNoOfUsersCrtSec);
sDomCache.NoOfUsers++;
LeaveCriticalSection(&WinsIntfNoOfUsersCrtSec);
LeaveCriticalSection(&WinsIntfPotentiallyLongCrtSec);
DEC_RPC_DB_COUNT_M;
}
return(Status);
}
DWORD
R_WinsSetFlags (
DWORD fFlags
)
{
DWORD Status = WINSINTF_SUCCESS;
Status = WinsSetFlags(fFlags);
return(Status);
}
DWORD
WinsSetFlags (
DWORD fFlags
)
{
DWORD Status = WINSINTF_SUCCESS;
#ifdef WINSDBG
DWORD DbgFlagsStore = WinsDbg;
SYSTEMTIME SystemTime;
BOOL sHaveProcessHeapHdl = FALSE;
HANDLE PrHeapHdl;
typedef struct _HEAP_INFO_T {
HANDLE HeapHdl;
LPBYTE cstrHeapType;
} HEAP_INFO_T, *PHEAP_INFO_T;
#define PRINT_TIME_OF_DUMP_M(SystemTime, Str) {DBGPRINT5(SPEC, "Activity: %s done on %d/%d at %d.%d \n", Str, SystemTime.wMonth, SystemTime.wDay, SystemTime.wHour, SystemTime.wMinute); }
#endif
//sfBS = fFlags & WINSINTF_BS;
DBGPRINT2(ERR, "WinsSetFlags: NmsDbDelDelDataRecs = (%d)\nNmsDbDelQueryNUpdRecs = (%d)\n", NmsDbDelDelDataRecs, NmsDbDelQueryNUpdRecs);
#ifdef WINSDBG
if (!sHaveProcessHeapHdl)
{
PrHeapHdl = GetProcessHeap();
}
GetSystemTime(&SystemTime);
WinsDbg |= DBG_SPEC;
if (fFlags & WINSINTF_MEMORY_INFO_DUMP)
{
MEMORYSTATUS Mem;
static SIZE_T sLTVmUsed = 0;
SIZE_T VmUsed;
DBGPRINT0(SPEC, "\n\n------------------MEMORY USAGE INFO-----------------\n\n");
GlobalMemoryStatus(&Mem);
VmUsed = Mem.dwTotalVirtual - Mem.dwAvailVirtual;
DBGPRINT2(SPEC, "VM used = (%d)\nDiff. from last time = (%d)\n", VmUsed,
VmUsed - sLTVmUsed);
sLTVmUsed = VmUsed;
}
EnterCriticalSection(&WinsCnfCnfCrtSec);
try {
if (fFlags & WINSINTF_HEAP_INFO_DUMP)
{
HEAP_INFO_T HeapHdls[] = {
CommUdpBuffHeapHdl, "Udp Buff Heap",
CommUdpDlgHeapHdl, "Udp Dlg Heap",
CommAssocDlgHeapHdl, "Tcp Dlg Heap",
CommAssocTcpMsgHeapHdl, "Tcp Msg Heap",
GenBuffHeapHdl, "General Heap",
QueBuffHeapHdl, "Que Wrk. Item Heap",
NmsChlHeapHdl, "Chl Req/Resp Heap",
CommAssocAssocHeapHdl, "Assoc. Msg Heap",
RplWrkItmHeapHdl, "Rpl Wrk Itm Heap",
NmsRpcHeapHdl, "Rpc Buff Heap",
WinsTmmHeapHdl, "Tmm Buff Heap",
(LPHANDLE)NULL, NULL
};
static SIZE_T sDiffLTHeapTotalANF[sizeof(HeapHdls)/sizeof(HEAP_INFO_T)] = {0};
static SIZE_T sHeapTotalANF[sizeof(HeapHdls)/sizeof(HEAP_INFO_T)] = {0};
SIZE_T Size2;
static SIZE_T sTotalAllocNFree = 0;
static SIZE_T LastTimeTotalAllocNFree = 0;
// NTSTATUS Status;
HANDLE HeapHdl;
DWORD i, n;
DWORD dwNumberOfHeaps;
PHANDLE pPrHeaps;
HEAP_SUMMARY heapSummary;
PRINT_TIME_OF_DUMP_M(SystemTime, "HEAP DUMP");
dwNumberOfHeaps = GetProcessHeaps(0, NULL);
Size2 = sizeof(*pPrHeaps) * dwNumberOfHeaps;
pPrHeaps = WinsMscHeapAlloc( NmsRpcHeapHdl, (ULONG)Size2);
dwNumberOfHeaps = GetProcessHeaps(dwNumberOfHeaps, pPrHeaps);
DBGPRINT1(SPEC, "No Of Heaps is (%d)\n", dwNumberOfHeaps);
DBGPRINT1(SPEC, "Process default heap handle is (%p)\n", PrHeapHdl);
LastTimeTotalAllocNFree = sTotalAllocNFree;
sTotalAllocNFree = 0;
heapSummary.cb = sizeof(HEAP_SUMMARY);
for (i=0; i< dwNumberOfHeaps; i++)
{
DBGPRINT0(SPEC, "----------Heap Info--------------------------\n");
DBGPRINT0(SPEC, "Heap -- ");
HeapHdl = pPrHeaps[i];
for (n = 0; HeapHdls[n].HeapHdl != NULL; n++)
{
if (HeapHdl == HeapHdls[n].HeapHdl)
{
DBGPRINT1(SPEC, "%s\n", HeapHdls[n].cstrHeapType);
break;
}
}
if (HeapHdls[n].HeapHdl == NULL)
{
DBGPRINT0(SPEC, "Catch all Heap\n");
}
DBGPRINT1(SPEC, "Heap Hdl = (%p)\n", HeapHdl);
if (HeapSummary(HeapHdl, 0, &heapSummary))
{
DBGPRINT2(SPEC,"Total Allocated = (%d)\nTotalFree = (%d)\n",
heapSummary.cbAllocated, heapSummary.cbCommitted - heapSummary.cbAllocated);
}
else
{
DBGPRINT0(SPEC,"COULD NOT GET HEAP INFO\n");
continue;
}
sDiffLTHeapTotalANF[n] = heapSummary.cbCommitted - sHeapTotalANF[n];
sHeapTotalANF[n] = heapSummary.cbCommitted;
sTotalAllocNFree += sHeapTotalANF[n];
DBGPRINT1(SPEC, "Size allocated from RpcHeap is (%d)\n", Size2);
} // end of for looping over process heaps
DBGPRINT0(SPEC, "\n----------Heap Info End --------------------------\n");
WinsMscHeapFree(NmsRpcHeapHdl, pPrHeaps);
for (n = 0; HeapHdls[n].HeapHdl != NULL; n++)
{
DBGPRINT3(SPEC, "%s -- Total AllocNFree = (%d); Diff from Last time = (%d)\n",
HeapHdls[n].cstrHeapType, sHeapTotalANF[n],
sDiffLTHeapTotalANF[n]
);
}
DBGPRINT2(SPEC, "\nTotal Process AllocNFree = (%d)\nDiff from last time = (%d)\n\n", sTotalAllocNFree, sTotalAllocNFree - LastTimeTotalAllocNFree);
if (WinsDbg & (DBG_HEAP_CNTRS | DBG_UPD_CNTRS))
{
NmsPrintCtrs();
}
}
if (fFlags & WINSINTF_QUE_ITEMS_DUMP)
{
typedef struct _QUE_INFO_T {
PQUE_HD_T pQueHd;
LPBYTE cstrQueType;
} QUE_INFO_T, *PQUE_INFO_T;
QUE_INFO_T Queues[] = {
&QueNbtWrkQueHd, "Nbt Query Que",
&QueOtherNbtWrkQueHd, "Nbt Reg. Que",
&QueRplPullQueHd, "Pull Thd Que", //Pull requests
&QueRplPushQueHd, "Push Thd Que", //Push requests
&QueNmsNrcqQueHd, "Chl Nbt Req. Msg Que", //Chl req fr nbt thds
&QueNmsRrcqQueHd, "Chl req. from Pull thd Que",
&QueNmsCrqQueHd, "Chl rsp from UDP thd Que",
&QueWinsTmmQueHd, "Timer Queue",
&QueInvalidQueHd, "Invalid Que"
};
PQUE_INFO_T pQueInfo = Queues;
PRINT_TIME_OF_DUMP_M(SystemTime, "WORK ITEM DUMP");
DBGPRINT0(SPEC, "----------Count of Wrk items-----------\n");
for (; pQueInfo->pQueHd != &QueInvalidQueHd; pQueInfo++)
{
PLIST_ENTRY pTmp;
DWORD NoOfWrkItms = 0;
pTmp = &pQueInfo->pQueHd->Head;
EnterCriticalSection(&pQueInfo->pQueHd->CrtSec);
// NoOfWrkItms = pQueInfo->pQueHd->NoOfEntries;
//#if 0
while (pTmp->Flink != &pQueInfo->pQueHd->Head)
{
NoOfWrkItms++;
pTmp = pTmp->Flink;
}
//#endif
LeaveCriticalSection(&pQueInfo->pQueHd->CrtSec);
DBGPRINT2(SPEC, "Que = (%s) has (%d) wrk items\n",
pQueInfo->cstrQueType,
NoOfWrkItms
);
}
DBGPRINT0(SPEC, "----------Count of Wrk items End-----------\n");
}
} // end of try
finally {
if (AbnormalTermination())
{
DBGPRINT0(SPEC, "WinsSetFlags terminated abnormally\n");
}
WinsDbg = DbgFlagsStore;
LeaveCriticalSection(&WinsCnfCnfCrtSec);
} //end of finally { }
#endif
return(Status);
}
DWORD
WinsBackup (
LPBYTE pBackupPath,
short fIncremental
)
{
DWORD RetVal = WINS_FAILURE;
try {
#if 0
RetVal = NmsDbBackup(pBackupPath, fIncremental ? NMSDB_INCREMENTAL_BACKUP :
NMSDB_FULL_BACKUP);
#endif
//
// Always do full backup until Jet is solid enough in doing incremental
// backups. Ian does not seem very sure about how robust it is currently.
// (7/6/94)
//
RetVal = NmsDbBackup(pBackupPath, NMSDB_FULL_BACKUP);
}
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsBackup");
#if 0
DBGPRINT2(ERR, "WinsBackup: Could not do %s backup to dir (%s)\n", fIncremental ? "INCREMENTAL" : "FULL", pBackupPath);
DBGPRINT1(ERR, "WinsBackup: Could not do full backup to dir (%s)\n", pBackupPath);
#endif
WinsEvtLogDetEvt(FALSE, WINS_EVT_BACKUP_ERR, NULL, __LINE__, "s", pBackupPath);
}
if (RetVal != WINS_SUCCESS)
{
#if 0
RetVal = fIncremental ? WINSINTF_INC_BACKUP_FAILED : WINSINTF_FULL_BACKUP_FAILED;
#endif
RetVal = WINSINTF_FULL_BACKUP_FAILED;
}
else
{
RetVal = WINSINTF_SUCCESS;
}
return(RetVal);
}
DWORD
WinsTerm (
handle_t ClientHdl,
short fAbruptTerm
)
{
DBGPRINT1(FLOW, "WINS TERMINATED %s BY ADMINISTRATOR\n", fAbruptTerm ? "ABRUPTLY" : "GRACEFULLY");
UNREFERENCED_PARAMETER(ClientHdl);
if (fAbruptTerm)
{
fNmsAbruptTerm = TRUE;
WinsMscSignalHdl(NmsMainTermEvt);
ExitProcess(WINS_SUCCESS);
// EnterCriticalSection(&NmsTermCrtSec);
// NmsTotalTrmThdCnt = 0; //force the count to less than 0
// LeaveCriticalSection(&NmsTermCrtSec);
}
WinsMscSignalHdl(NmsMainTermEvt);
return(WINSINTF_SUCCESS);
}
DWORD
WinsRecordAction(
PWINSINTF_RECORD_ACTION_T *ppRecAction
)
/*++
Routine Description:
This function is called to register, query, release a name
Arguments:
pRecAction - Info about the operation to do and the name to insert,
query or release
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
R_WinsRecordAction()
Side Effects:
Comments:
None
--*/
{
STATUS RetStat;
RPL_REC_ENTRY_T Rec;
NMSDB_STAT_INFO_T StatInfo;
NMSMSGF_CNT_ADD_T CntAdd;
DWORD i, n;
BOOL fSwapped = FALSE;
PWINSINTF_RECORD_ACTION_T pRecAction = *ppRecAction;
NmsDbThdInit(WINS_E_WINSRPC);
NmsDbOpenTables(WINS_E_WINSRPC);
DBGMYNAME("RPC-WinsRecordAction");
try {
CntAdd.NoOfAdds = 1;
CntAdd.Add[0].AddTyp_e = pRecAction->Add.Type;
CntAdd.Add[0].AddLen = pRecAction->Add.Len;
CntAdd.Add[0].Add.IPAdd = pRecAction->Add.IPAdd;
//
// Check to see if it is a PDC name (0x1B in the 16th byte). Do this only
// if the name is atleast 16 bytes long. Winscl or some other tool may
// send a shorter name. Netbt will never send a shorter name.
//
if ((pRecAction->NameLen >= (WINS_MAX_NS_NETBIOS_NAME_LEN - 1)) && (*(pRecAction->pName + 15) == 0x1B))
{
WINS_SWAP_BYTES_M(pRecAction->pName, pRecAction->pName + 15);
fSwapped = TRUE;
}
//
// just in case the admin. tool is screwing up and passing us an invalid
// name length, adjust the length.
//
if (pRecAction->NameLen > WINS_MAX_NAME_SZ)
{
pRecAction->NameLen = WINS_MAX_NAME_SZ - 1;
}
//
// Terminate name with NULL, just in case user didn't do it.
//
*(pRecAction->pName + pRecAction->NameLen) = (TCHAR)NULL;
switch(pRecAction->Cmd_e)
{
case(WINSINTF_E_INSERT):
if (pRecAction->TypOfRec_e == WINSINTF_E_UNIQUE)
{
RetStat = NmsNmhNamRegInd(
NULL, //no dialogue handle
(LPBYTE)pRecAction->pName,
pRecAction->NameLen + 1, //to include the ending //0 byte. See GetName()
//in nmsmsgf.c
CntAdd.Add,
pRecAction->NodeTyp,
NULL,
0,
0,
FALSE, //it is a name reg (nor a ref)
pRecAction->fStatic,
TRUE // administrative action
);
}
else // the record is a group or multihomed
{
if (
(pRecAction->TypOfRec_e == WINSINTF_E_MULTIHOMED )
||
(pRecAction->TypOfRec_e == WINSINTF_E_SPEC_GROUP )
)
{
for (i = 0; i < pRecAction->NoOfAdds; i++)
{
//
// pAdd is a unique pointer and so can be
// NULL. We however do not protect oureelves
// here for the following reasons
//
// - the call can only be executed by Admins
// on this machine and through tools
// that MS provides that do not pass pAdd as
// NULL. The rpc call is not published
//
// - AV will be caught and a failure returned.
// No harm done.
//
CntAdd.Add[i].AddTyp_e =
(pRecAction->pAdd + i)->Type;
CntAdd.Add[i].AddLen =
(pRecAction->pAdd + i)->Len;
CntAdd.Add[i].Add.IPAdd =
(pRecAction->pAdd + i)->IPAdd;
}
CntAdd.NoOfAdds = pRecAction->NoOfAdds;
}
RetStat= NmsNmhNamRegGrp(
NULL, //no dialogue handle
(LPBYTE)pRecAction->pName,
pRecAction->NameLen + 1,
&CntAdd,
0, //node type (not used)
NULL,
0,
0,
pRecAction->TypOfRec_e == WINSINTF_E_MULTIHOMED ? NMSDB_MULTIHOMED_ENTRY : (NMSDB_IS_IT_SPEC_GRP_NM_M(pRecAction->pName) || (pRecAction->TypOfRec_e == WINSINTF_E_NORM_GROUP) ? NMSDB_NORM_GRP_ENTRY : NMSDB_SPEC_GRP_ENTRY),
FALSE, //it is a name reg (nor a ref)
pRecAction->fStatic,
TRUE // administrative action
);
}
break;
case(WINSINTF_E_RELEASE):
if (
(pRecAction->TypOfRec_e == WINSINTF_E_MULTIHOMED)
||
(pRecAction->TypOfRec_e == WINSINTF_E_SPEC_GROUP)
)
{
if (pRecAction->pAdd != NULL)
{
CntAdd.Add[0].AddTyp_e = pRecAction->pAdd->Type;
CntAdd.Add[0].AddLen = pRecAction->pAdd->Len;
CntAdd.Add[0].Add.IPAdd = pRecAction->pAdd->IPAdd;
}
}
RetStat = NmsNmhNamRel(
NULL, //no dialogue handle
(LPBYTE)pRecAction->pName,
pRecAction->NameLen + 1,
CntAdd.Add,
pRecAction->TypOfRec_e ==
WINSINTF_E_UNIQUE ? FALSE : TRUE,
NULL,
0,
0,
TRUE // administrative action
);
break;
case(WINSINTF_E_QUERY):
//
// Anybody can query a record. We don't have any security
// for plain queries. Therefore somebody can cause a leak
// by making calls with pAdd pointing to allocated memory.
// Let us free that memory and proceed. We can return
// failure also but let us cover for our legit caller's
// mistakes. Currently, the only known callers of this
// function are winsmon, winscl, winsadmn (NT 4 and before)
// and wins snapin.
//
if (pRecAction->pAdd != NULL)
{
midl_user_free(pRecAction->pAdd);
}
RetStat = NmsNmhNamQuery(
NULL, //no dialogue handle
(LPBYTE)pRecAction->pName,
pRecAction->NameLen + 1,
NULL,
0,
0,
TRUE, // administrative action
&StatInfo
);
if (RetStat == WINS_SUCCESS)
{
pRecAction->TypOfRec_e = StatInfo.EntTyp;
pRecAction->OwnerId = StatInfo.OwnerId;
pRecAction->State_e =
(WINSINTF_STATE_E)StatInfo.EntryState_e;
pRecAction->TimeStamp = StatInfo.TimeStamp;
if (
NMSDB_ENTRY_UNIQUE_M(StatInfo.EntTyp)
||
NMSDB_ENTRY_NORM_GRP_M(StatInfo.EntTyp)
)
{
pRecAction->NoOfAdds = 0;
pRecAction->pAdd = NULL;
pRecAction->Add.IPAdd =
StatInfo.NodeAdds.Mem[0].Add.Add.IPAdd;
pRecAction->Add.Type =
(UCHAR) StatInfo.NodeAdds.Mem[0].Add.AddTyp_e;
pRecAction->Add.Len =
StatInfo.NodeAdds.Mem[0].Add.AddLen;
}
else
{
PNMSDB_WINS_STATE_E pWinsState_e;
PCOMM_ADD_T pAdd;
PVERS_NO_T pStartVersNo;
EnterCriticalSection(&NmsDbOwnAddTblCrtSec);
try {
if (StatInfo.NodeAdds.NoOfMems > 0)
{
pRecAction->NoOfAdds = StatInfo.NodeAdds.NoOfMems * 2;
pRecAction->pAdd = midl_user_allocate(pRecAction->NoOfAdds * sizeof(WINSINTF_ADD_T));
}
else
{
pRecAction->NoOfAdds = 0;
pRecAction->pAdd = NULL;
}
for (
n = 0, i = 0;
n < (StatInfo.NodeAdds.NoOfMems) && n < WINSINTF_MAX_MEM; n++
)
{
RPL_FIND_ADD_BY_OWNER_ID_M(
StatInfo.NodeAdds.Mem[n].OwnerId,
pAdd,
pWinsState_e,
pStartVersNo
);
(pRecAction->pAdd + i++)->IPAdd = pAdd->Add.IPAdd;
(pRecAction->pAdd + i++)->IPAdd =
StatInfo.NodeAdds.Mem[n].Add.Add.IPAdd;
}
}
except(EXCEPTION_EXECUTE_HANDLER) {
DWORD ExcCode = GetExceptionCode();
WINSEVT_LOG_M(ExcCode, WINS_EVT_RPC_EXC);
DBGPRINT1(EXC, "WinsRecordAction: Got Exception (%x)\n", ExcCode);
}
LeaveCriticalSection(&NmsDbOwnAddTblCrtSec);
}
pRecAction->NodeTyp = StatInfo.NodeTyp;
pRecAction->VersNo = StatInfo.VersNo;
pRecAction->fStatic = StatInfo.fStatic;
}
else
{
pRecAction->NoOfAdds = 0;
pRecAction->pAdd = NULL;
}
break;
case(WINSINTF_E_MODIFY):
//
// Note: Currently, the administrator can not change the
// address in the record
//
time((time_t *)&Rec.NewTimeStamp);
//
// If the record type is wrong, return a failure
//
if (pRecAction->TypOfRec_e > WINSINTF_E_MULTIHOMED)
{
RetStat = WINS_FAILURE;
break;
}
//
// If the state specified is wrong, return a failure
//
if (pRecAction->State_e > WINSINTF_E_DELETED)
{
RetStat = WINS_FAILURE;
break;
}
NMSDB_SET_ENTRY_TYPE_M(Rec.Flag, pRecAction->TypOfRec_e);
NMSDB_SET_NODE_TYPE_M(Rec.Flag, pRecAction->NodeTyp);
NMSDB_SET_STDYN_M(Rec.Flag, pRecAction->fStatic);
//
// Fall through
//
case(WINSINTF_E_DELETE):
NMSDB_SET_STATE_M(Rec.Flag, pRecAction->State_e)
Rec.pName = pRecAction->pName;
Rec.NameLen = pRecAction->NameLen + 1;
//
// NOTE:
// The index on the name address table was set to
// the clustered index column (as required by this function)
// in NmsDbThdInit()
//
RetStat = NmsDbQueryNUpdIfMatch(
&Rec,
THREAD_PRIORITY_NORMAL,
FALSE, //don't change priority to
//normal
WINS_E_WINSRPC //ensures no matching
//of timestamps
);
if (RetStat == WINS_SUCCESS)
{
DBGPRINT1(DET, "WinsRecordAction: Record (%s) deleted\n",
Rec.pName);
FUTURES("use macros defined in winsevt.h. Change to warning")
if (WinsCnf.LogDetailedEvts > 0)
{
WinsEvtLogDetEvt(TRUE, WINS_EVT_REC_DELETED, NULL, __LINE__, "s", Rec.pName);
}
}
break;
default:
RetStat = WINS_FAILURE;
break;
}
} // end of try
except(EXCEPTION_EXECUTE_HANDLER) {
DWORD ExcCode = GetExceptionCode();
WINSEVT_LOG_M(ExcCode, WINS_EVT_RPC_EXC);
DBGPRINT1(EXC, "WinsRecordAction: Got Exception (%x)\n", ExcCode);
}
if (fSwapped)
{
WINS_SWAP_BYTES_M(pRecAction->pName, pRecAction->pName + 15);
}
//
// Let us end the session
//
NmsDbCloseTables();
NmsDbEndSession();
if (RetStat == WINS_SUCCESS)
{
RetStat = WINSINTF_SUCCESS;
}
else
{
if (pRecAction->Cmd_e == WINSINTF_E_QUERY)
{
RetStat = WINSINTF_REC_NOT_FOUND;
}
else
{
RetStat = WINSINTF_FAILURE;
}
}
return(RetStat);
}
DWORD
GetWinsStatus(
IN WINSINTF_CMD_E Cmd_e,
OUT LPVOID pResults,
BOOL fNew
)
/*++
Routine Description:
This function is called to get the information pertaining to WINS
Refer WINSINTF_RESULTS_T data structure to see what information
is retrieved
Arguments:
Cmd_e - Command to execute
pResults - Info. retrieved
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
R_WinsStatus()
Side Effects:
Comments:
None
--*/
{
DWORD RetVal = WINSINTF_FAILURE;
switch(Cmd_e)
{
case(WINSINTF_E_ADDVERSMAP):
if (fNew)
{
break;
}
RetVal = sGetVersNo(pResults);
break;
case(WINSINTF_E_CONFIG):
RetVal = GetConfig(pResults, fNew, FALSE);
break;
case(WINSINTF_E_CONFIG_ALL_MAPS):
RetVal = GetConfig(pResults, fNew, TRUE);
break;
case(WINSINTF_E_STAT):
RetVal = GetStatistics(pResults, fNew);
break;
default:
DBGPRINT1(ERR, "WinsStatus: Weird: Bad RPC Status command = (%D) \n", Cmd_e);
WINSEVT_LOG_D_M(WINS_FAILURE, WINS_EVT_BAD_RPC_STATUS_CMD);
break;
}
return(RetVal);
}
DWORD
WinsTrigger(
PWINSINTF_ADD_T pWinsAdd,
WINSINTF_TRIG_TYPE_E TrigType_e
)
/*++
Routine Description:
This function is called to send a trigger to a remote WINS so that
it may pull the latest information from it
Arguments:
pWinsAdd - Address of WINS to send a Push update notification to
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
R_WinsTrigger
Side Effects:
Comments:
A Trigger is sent to a remote WINS only if it is specified
under the PULL/PUSH subkey of the PARTNERS key in the registry
--*/
{
PRPL_CONFIG_REC_T pPnr;
DWORD RetCode = WINSINTF_SUCCESS;
BOOL fRplPnr = FALSE;
QUE_CMD_TYP_E CmdType_e;
DBGENTER("WinsTrigger\n");
//
// Enter the critical sections guarded by WinsCnfCnfCrtSec and
// NmsNmhNamRegCrtSec. There is no danger of deadlock because we
// always enter the two critical sections in the following sequence
//
EnterCriticalSection(&WinsCnfCnfCrtSec);
PERF("Do we need to enter the following critical section")
// EnterCriticalSection(&NmsNmhNamRegCrtSec);
try {
if (
(TrigType_e == WINSINTF_E_PUSH)
||
(TrigType_e == WINSINTF_E_PUSH_PROP)
)
{
DBGPRINT1(DET, "WinsTrigger. Send Push trigger to (%x)\n",
pWinsAdd->IPAdd);
CmdType_e = (TrigType_e == WINSINTF_E_PUSH ?
QUE_E_CMD_SND_PUSH_NTF :
QUE_E_CMD_SND_PUSH_NTF_PROP);
pPnr = WinsCnf.PushInfo.pPushCnfRecs;
}
else // it is a pull trigger
{
DBGPRINT1(DET, "WinsTrigger. Send Pull trigger to (%x)\n",
pWinsAdd->IPAdd);
CmdType_e = QUE_E_CMD_REPLICATE;
pPnr = WinsCnf.PullInfo.pPullCnfRecs;
}
if (WinsCnf.fRplOnlyWCnfPnrs)
{
if (pPnr != NULL)
{
//
// Search for the Cnf record for the WINS we want to
// send the PUSH notification to/Replicate with.
//
for (
;
(pPnr->WinsAdd.Add.IPAdd != INADDR_NONE)
&&
!fRplPnr;
// no third expression
)
{
DBGPRINT1(DET, "WinsTrigger. Comparing with (%x)\n",
pPnr->WinsAdd.Add.IPAdd);
//
// Check if this is the one we want
//
if (pPnr->WinsAdd.Add.IPAdd == pWinsAdd->IPAdd)
{
//
// We are done. Set the fRplPnr flag to TRUE so that
// we break out of the loop.
//
// Note: Don't use break since that would cause
// a search for a 'finally' block
//
fRplPnr = TRUE;
//
// Make it 0, so that we always try to establish
// a connection. Otherwise, pull thread may not
// try if it has already exhausted the number of
// retries
//
pPnr->RetryCount = 0;
continue; //so that we can break out
}
//
// Get the next record that follows this one sequentially
//
pPnr = WinsCnfGetNextRplCnfRec(
pPnr,
RPL_E_IN_SEQ //seq. traversal
);
} // end of for
} // end of if (pPnr != 0)
} // end of if (fRplOnlyWCnfPnrs)
else
{
//
// Allocate from the general heap because that is what
// is used by the replicator.
//
WinsMscAlloc(RPL_CONFIG_REC_SIZE, &pPnr);
COMM_INIT_ADD_M(&pPnr->WinsAdd, pWinsAdd->IPAdd);
pPnr->MagicNo = 0;
pPnr->RetryCount = 0;
pPnr->LastCommFailTime = 0;
pPnr->PushNtfTries = 0;
fRplPnr = TRUE;
//
// We want the buffer to be deallocated by the PULL thread
//
pPnr->fTemp = TRUE;
}
//
// If replication needs to be done
//
if (fRplPnr)
{
//
// Call RplInsertQue to insert the push request to
// the Pull Thread
//
ERplInsertQue(
WINS_E_WINSRPC,
CmdType_e,
NULL, //no Dlg Hdl
NULL, //no msg is there
0, //msg length
pPnr, //client context
pPnr->MagicNo
);
}
} // end of try block
except (EXCEPTION_EXECUTE_HANDLER) {
DWORD ExcCode = GetExceptionCode();
DBGPRINT1(EXC, "WinsTrigger: Got Exception (%x)\n", ExcCode);
WINSEVT_LOG_D_M(ExcCode, WINS_EVT_PUSH_TRIGGER_EXC);
RetCode = WINSINTF_FAILURE;
}
//
// Leave the critical section guarded by NmsNmhNamRegCrtSec.
//
// LeaveCriticalSection(&NmsNmhNamRegCrtSec);
LeaveCriticalSection(&WinsCnfCnfCrtSec);
//
// if replication was allowed only with configured partners and
// there was no WINS with the address specified by the client,
// return failure
//
if (!fRplPnr)
{
RetCode = WINSINTF_RPL_NOT_ALLOWED;
}
DBGLEAVE("WinsTrigger\n");
return(RetCode);
}
DWORD
sGetVersNo(
LPVOID pResultsA
)
/*++
Routine Description:
This function returns with the highest version number of records
owned by a particular WINS
Arguments:
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
COMM_ADD_T WinsAdd;
DWORD OwnerId;
STATUS RetStat;
VERS_NO_T VersNo;
BOOL fAllocNew = FALSE;
PWINSINTF_RESULTS_T pResults = pResultsA;
WinsAdd.AddLen = sizeof(COMM_IP_ADD_T);
WinsAdd.AddTyp_e = COMM_ADD_E_TCPUDPIP;
WinsAdd.Add.IPAdd = pResults->AddVersMaps[0].Add.IPAdd;
RetStat = RplFindOwnerId(
&WinsAdd,
&fAllocNew, //don't assign if not there
&OwnerId,
WINSCNF_E_IGNORE_PREC,
WINSCNF_LOW_PREC
);
if(RetStat != WINS_SUCCESS)
{
return(WINSINTF_FAILURE);
}
if (OwnerId == 0)
{
EnterCriticalSection(&NmsNmhNamRegCrtSec);
NMSNMH_DEC_VERS_NO_M(NmsNmhMyMaxVersNo, VersNo);
LeaveCriticalSection(&NmsNmhNamRegCrtSec);
pResults->AddVersMaps[0].VersNo = VersNo;
}
else
{
EnterCriticalSection(&RplVersNoStoreCrtSec);
try {
pResults->AddVersMaps[0].VersNo =
(pRplPullOwnerVersNo+OwnerId)->VersNo;
}
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("sGetVersNo");
}
LeaveCriticalSection(&RplVersNoStoreCrtSec);
}
return(WINSINTF_SUCCESS);
}
DWORD
GetConfig(
OUT LPVOID pResultsA,
IN BOOL fNew,
IN BOOL fAllMaps
)
/*++
Routine Description:
This function returns with configuration information
and counter info related to replication
Arguments:
pResults - has the information retrieved
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
GetWinsStatus()
Side Effects:
Comments:
None
--*/
{
PNMSDB_WINS_STATE_E pWinsState_e;
PCOMM_ADD_T pWinsAdd;
PVERS_NO_T pStartVersNo;
DWORD i, n;
VERS_NO_T MyMaxVersNo;
PWINSINTF_ADD_VERS_MAP_T pAddVersMaps, pAddVersMapsStore;
PWINSINTF_RESULTS_T pResults = pResultsA;
PWINSINTF_RESULTS_NEW_T pResultsN = pResultsA;
BOOL fDel;
VERS_NO_T VersNoForDelRec;
if (fAllMaps)
{
fDel = FALSE;
VersNoForDelRec.HighPart = MAXLONG;
VersNoForDelRec.LowPart = MAXULONG;
}
EnterCriticalSection(&NmsNmhNamRegCrtSec);
MyMaxVersNo = NmsNmhMyMaxVersNo;
LeaveCriticalSection(&NmsNmhNamRegCrtSec);
if (fNew)
{
pResultsN->pAddVersMaps =
midl_user_allocate(NmsDbNoOfOwners * sizeof(WINSINTF_ADD_VERS_MAP_T));
pAddVersMaps = pResultsN->pAddVersMaps;
}
else
{
pAddVersMaps = pResults->AddVersMaps;
}
pAddVersMapsStore = pAddVersMaps;
//
// First extract the timeouts and Non-remote WINS information
// from the WinsCnf global var. We enter the WinsCnfCnfCrtSec
// since we need to synchronize with the thread doing the
// reinitialization (Main thread)
//
EnterCriticalSection(&WinsCnfCnfCrtSec);
if (!fNew)
{
pResults->RefreshInterval = WinsCnf.RefreshInterval;
pResults->TombstoneInterval = WinsCnf.TombstoneInterval;
pResults->TombstoneTimeout = WinsCnf.TombstoneTimeout;
pResults->VerifyInterval = WinsCnf.VerifyInterval;
pResults->WinsPriorityClass = WinsCnf.WinsPriorityClass == (DWORD)WINSINTF_E_NORMAL ? NORMAL_PRIORITY_CLASS : HIGH_PRIORITY_CLASS;
pResults->NoOfWorkerThds = NmsNoOfNbtThds;
}
else
{
pResultsN->RefreshInterval = WinsCnf.RefreshInterval;
pResultsN->TombstoneInterval = WinsCnf.TombstoneInterval;
pResultsN->TombstoneTimeout = WinsCnf.TombstoneTimeout;
pResultsN->VerifyInterval = WinsCnf.VerifyInterval;
pResultsN->WinsPriorityClass = WinsCnf.WinsPriorityClass == (DWORD)WINSINTF_E_NORMAL ? NORMAL_PRIORITY_CLASS : HIGH_PRIORITY_CLASS;
pResultsN->NoOfWorkerThds = NmsNoOfNbtThds;
}
LeaveCriticalSection(&WinsCnfCnfCrtSec);
//
// Enter two critical sections in sequence. No danger of deadlock
// here. The only other thread that takes both these critical section
// is the RplPush thread. It takes these in the same order (See
// HandleVersMapReq())
//
EnterCriticalSection(&NmsDbOwnAddTblCrtSec);
EnterCriticalSection(&RplVersNoStoreCrtSec);
try {
NONPORT("Change when using different address family")
for (
i=0, n = 0;
i < NmsDbNoOfOwners;
i++
)
{
if (!fNew && (i == WINSINTF_MAX_NO_RPL_PNRS))
{
break;
}
//
// if the record is deleted in the in-memory table, it
// means that there are no records for it in the
// database
//
if ((pNmsDbOwnAddTbl+i)->WinsState_e == NMSDB_E_WINS_DELETED)
{
//
// if only active mappings are sought, skip this
// entry
//
if (!fAllMaps)
{
continue;
}
else
{
fDel = TRUE;
}
}
//
// Find address corresponding to the owner id.
//
RPL_FIND_ADD_BY_OWNER_ID_M(i, pWinsAdd, pWinsState_e,
pStartVersNo);
//
// It is possible for NmsDbNoOfOwners to be more than the
// number of initialized RplPullVersNoTbl entries. When
// we reach a NULL entry, we break out of the loop.
//
if (pWinsAdd != NULL)
{
pAddVersMaps->Add.Type = WINSINTF_TCP_IP;
pAddVersMaps->Add.Len = pWinsAdd->AddLen;
pAddVersMaps->Add.IPAdd = pWinsAdd->Add.IPAdd;
pAddVersMaps++->VersNo = (fDel == FALSE) ? (pRplPullOwnerVersNo+i)->VersNo : VersNoForDelRec;
}
else
{
break;
}
if (fDel)
{
fDel = FALSE;
}
n++;
} // end of for ..
//
// Since RplPullOwnerVersNo[0] may be out of date, let us get
// get the uptodate value
//
NMSNMH_DEC_VERS_NO_M(MyMaxVersNo,
pAddVersMapsStore->VersNo
);
if (fNew)
{
pResultsN->NoOfOwners = n;
}
else
{
pResults->NoOfOwners = n;
}
NOTE("Wins Mib agent relies on the first entry being that of the local WINS")
NOTE("See WinsMib.c -- EnumAddKeys")
#if 0
//
// Since RplPullOwnerVersNo[0] may be out of date, let us get
// get the uptodate value
//
NMSNMH_DEC_VERS_NO_M(MyMaxVersNo,
pResults->AddVersMaps[0].VersNo
);
#endif
}
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("GetConfig");
//
// log a message
//
}
LeaveCriticalSection(&RplVersNoStoreCrtSec);
LeaveCriticalSection(&NmsDbOwnAddTblCrtSec);
return(WINSINTF_SUCCESS);
}
DWORD
GetStatistics(
LPVOID pResultsA,
BOOL fNew
)
/*++
Routine Description:
This function returns with the highest version number of records
owned by a particular WINS
Arguments:
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
PRPL_CONFIG_REC_T pPnr;
PWINSINTF_RPL_COUNTERS_T pPnrData;
DWORD i;
PWINSINTF_RESULTS_T pResults = pResultsA;
PWINSINTF_RESULTS_NEW_T pResultsN = pResultsA;
ASSERT(pResults != NULL);
//
// If client passed us a non-null pRplPnr, then we return failure
// so as to avoid a memory leak.
//
if (!fNew)
{
if (pResults->WinsStat.pRplPnrs != NULL)
{
return(WINSINTF_FAILURE);
}
}
else
{
if (pResultsN->WinsStat.pRplPnrs != NULL)
{
return(WINSINTF_FAILURE);
}
}
//
// Copy the counters
//
EnterCriticalSection(&NmsNmhNamRegCrtSec);
if (!fNew)
{
pResults->WinsStat.Counters = WinsIntfStat.Counters;
FUTURES("Get rid of of the following two fields")
pResults->WinsStat.Counters.NoOfQueries =
WinsIntfStat.Counters.NoOfSuccQueries +
WinsIntfStat.Counters.NoOfFailQueries;
pResults->WinsStat.Counters.NoOfRel = WinsIntfStat.Counters.NoOfSuccRel
+ WinsIntfStat.Counters.NoOfFailRel;
}
else
{
pResultsN->WinsStat.Counters = WinsIntfStat.Counters;
FUTURES("Get rid of of the following two fields")
pResultsN->WinsStat.Counters.NoOfQueries =
WinsIntfStat.Counters.NoOfSuccQueries +
WinsIntfStat.Counters.NoOfFailQueries;
pResultsN->WinsStat.Counters.NoOfRel = WinsIntfStat.Counters.NoOfSuccRel
+ WinsIntfStat.Counters.NoOfFailRel;
}
LeaveCriticalSection(&NmsNmhNamRegCrtSec);
//
// Copy the TimeStamps and replication specific counters
//
EnterCriticalSection(&WinsIntfCrtSec);
{
PWINSINTF_STAT_T pWinsStat = (fNew) ? &(pResultsN->WinsStat) : &(pResults->WinsStat);
TIME_ZONE_INFORMATION tzInfo;
GetTimeZoneInformation(&tzInfo);
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.WinsStartTime), &(pWinsStat->TimeStamps.WinsStartTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastPScvTime), &(pWinsStat->TimeStamps.LastPScvTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastATScvTime), &(pWinsStat->TimeStamps.LastATScvTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastTombScvTime), &(pWinsStat->TimeStamps.LastTombScvTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastVerifyScvTime), &(pWinsStat->TimeStamps.LastVerifyScvTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastInitDbTime), &(pWinsStat->TimeStamps.LastInitDbTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastPRplTime), &(pWinsStat->TimeStamps.LastPRplTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastATRplTime), &(pWinsStat->TimeStamps.LastATRplTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastNTRplTime), &(pWinsStat->TimeStamps.LastNTRplTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.LastACTRplTime), &(pWinsStat->TimeStamps.LastACTRplTime));
SystemTimeToTzSpecificLocalTime(&tzInfo, &(WinsIntfStat.TimeStamps.CounterResetTime), &(pWinsStat->TimeStamps.CounterResetTime));
}
LeaveCriticalSection(&WinsIntfCrtSec);
EnterCriticalSection(&WinsCnfCnfCrtSec);
try {
DWORD NoOfPnrs;
pPnr = WinsCnf.PullInfo.pPullCnfRecs;
if (!fNew)
{
NoOfPnrs = pResults->WinsStat.NoOfPnrs = WinsCnf.PullInfo.NoOfPushPnrs;
}
else
{
NoOfPnrs = pResultsN->WinsStat.NoOfPnrs = WinsCnf.PullInfo.NoOfPushPnrs;
}
//
// If no. of push pnrs (pnrs under the pull key) is > 0
//
if (NoOfPnrs > 0)
{
if (!fNew)
{
pPnrData = pResults->WinsStat.pRplPnrs =
midl_user_allocate(pResults->WinsStat.NoOfPnrs *
sizeof(WINSINTF_RPL_COUNTERS_T));
}
else
{
pPnrData = pResultsN->WinsStat.pRplPnrs =
midl_user_allocate(pResultsN->WinsStat.NoOfPnrs *
sizeof(WINSINTF_RPL_COUNTERS_T));
}
PERF("remove one of the expressions in the test condition of the if statement")
for (
i = 0;
(pPnr->WinsAdd.Add.IPAdd != INADDR_NONE)
&&
i < NoOfPnrs;
pPnrData++, i++
)
{
pPnrData->Add.IPAdd = pPnr->WinsAdd.Add.IPAdd;
(VOID)InterlockedExchange(
&pPnrData->NoOfRpls, pPnr->NoOfRpls);
(VOID)InterlockedExchange(
&pPnrData->NoOfCommFails,
pPnr->NoOfCommFails
);
//
// Get the next record that follows this one sequentially
//
pPnr = WinsCnfGetNextRplCnfRec(
pPnr,
RPL_E_IN_SEQ //seq. traversal
);
}
}
else
{
if (!fNew)
{
pResults->WinsStat.pRplPnrs = NULL;
}
else
{
pResultsN->WinsStat.pRplPnrs = NULL;
}
}
}
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("GetStatistics");
//
// log a message
//
}
LeaveCriticalSection(&WinsCnfCnfCrtSec);
GetConfig(pResultsA, fNew, FALSE);
return(WINSINTF_SUCCESS);
} // GetStatistics
DWORD
WinsDoStaticInit(
LPWSTR pDataFilePath,
DWORD fDel
)
/*++
Routine Description:
This function does the STATIC initialization of WINS
Arguments:
pDataFilePath - Path to the data file or NULL
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
R_WinsDoStaticInit
Side Effects:
Comments:
None
--*/
{
WINSCNF_CNF_T WinsCnf;
STATUS RetStat = WINS_SUCCESS;
//
// If no path has been specified, take the values from the registry
//
if (pDataFilePath == NULL)
{
//
// Read the DataFiles info information
//
// This function will return with either the name of the default
// file to read or one or more files specified under the
// Parameters\Datafiles key of WINS
//
(VOID)WinsCnfGetNamesOfDataFiles(&WinsCnf);
}
else
{
FUTURES("expensive. Change idl prototype to pass length")
if (lstrlen(pDataFilePath) >= WINS_MAX_FILENAME_SZ)
{
return(WINSINTF_STATIC_INIT_FAILED);
}
//
// Set time of data initialization
//
WinsIntfSetTime(NULL, WINSINTF_E_INIT_DB);
WinsMscAlloc(WINSCNF_FILE_INFO_SZ, &WinsCnf.pStaticDataFile);
lstrcpy(WinsCnf.pStaticDataFile->FileNm, pDataFilePath);
WinsCnf.pStaticDataFile->StrType = REG_EXPAND_SZ;
WinsCnf.NoOfDataFiles = 1;
}
//
// If Static initialization fails, it will be logged.
// This function does not return an error code
//
if ((RetStat = WinsPrsDoStaticInit(
WinsCnf.pStaticDataFile,
WinsCnf.NoOfDataFiles,
FALSE //do it synchronously
)) == WINS_SUCCESS)
{
if ((pDataFilePath != NULL) && fDel)
{
if (!DeleteFile(pDataFilePath))
{
DWORD Error;
Error = GetLastError();
if (Error != ERROR_FILE_NOT_FOUND)
{
DBGPRINT1(ERR, "DbgOpenFile: Could not delete the data file. Error = (%d). Dbg file will not be truncated\n", Error);
WinsEvtLogDetEvt(FALSE, WINS_EVT_COULD_NOT_DELETE_FILE,
TEXT("winsintf.c"), __LINE__, "ud", pDataFilePath, Error);
RetStat = Error;
}
}
}
}
return (RetStat == WINS_SUCCESS ? WINSINTF_SUCCESS : WINSINTF_STATIC_INIT_FAILED);
}
DWORD
WinsDoScavenging(
VOID
)
/*++
Routine Description:
This function starts the scavenging cycle
Arguments:
None
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- exception from WinsMscSignalHdl
Error Handling:
Called by:
R_WinsDoScavenging
Side Effects:
Comments:
None
--*/
{
PQUE_SCV_REQ_WRK_ITM_T pWrkItm;
pWrkItm = WinsMscHeapAlloc( NmsRpcHeapHdl, sizeof(QUE_SCV_REQ_WRK_ITM_T));
pWrkItm->Opcode_e = WINSINTF_E_SCV_GENERAL;
pWrkItm->CmdTyp_e = QUE_E_CMD_SCV_ADMIN;
pWrkItm->fForce = 0;
pWrkItm->Age = 1; //should not be zero since zero implies
//consistency check on all replicas.
WinsLogAdminEvent( WINS_EVT_ADMIN_SCVENGING_INITIATED, 0 );
QueInsertScvWrkItm((PLIST_ENTRY)pWrkItm);
return (WINSINTF_SUCCESS);
}
DWORD
WinsDoScavengingNew(
PWINSINTF_SCV_REQ_T pScvReq
)
/*++
Routine Description:
This function starts the scavenging cycle
Arguments:
None
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- exception from WinsMscSignalHdl
Error Handling:
Called by:
R_WinsDoScavenging
Side Effects:
Comments:
None
--*/
{
PQUE_SCV_REQ_WRK_ITM_T pWrkItm;
pWrkItm = WinsMscHeapAlloc( NmsRpcHeapHdl, sizeof(QUE_SCV_REQ_WRK_ITM_T));
pWrkItm->Opcode_e = pScvReq->Opcode_e;
pWrkItm->Age = pScvReq->Age;
pWrkItm->fForce = pScvReq->fForce;
if (WINSINTF_E_SCV_GENERAL == pWrkItm->Opcode_e ) {
WinsLogAdminEvent( WINS_EVT_ADMIN_SCVENGING_INITIATED, 0 );
} else {
WinsLogAdminEvent( WINS_EVT_ADMIN_CCCHECK_INITIATED, 0);
}
QueInsertScvWrkItm((PLIST_ENTRY)pWrkItm);
return (WINSINTF_SUCCESS);
}
DWORD
WinsGetDbRecs (
PWINSINTF_ADD_T pWinsAdd,
WINSINTF_VERS_NO_T MinVersNo,
WINSINTF_VERS_NO_T MaxVersNo,
PWINSINTF_RECS_T pRecs
)
/*++
Routine Description:
This function returns with all the records (that can fit into the
buffer passed) owned by a WINS in the local db of this WINS.
Arguments:
Externals Used:
None
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
COMM_ADD_T Address;
PRPL_REC_ENTRY_T pBuff = NULL;
LPVOID pStartBuff;
DWORD BuffLen;
DWORD NoOfRecs;
PWINSINTF_RECORD_ACTION_T pRow;
DWORD i;
DWORD ind;
//VERS_NO_T MinVersNo = {0,0};
DWORD EntType;
PWINSTHD_TLS_T pTls;
//ULONG Status;
BOOL fExcRaised = FALSE;
// PVOID pCallersAdd, pCallersCaller;
// RtlGetCallersAddress(&pCallersAdd, &pCallersCaller);
DBGENTER("WinsGetDbRecs\n");
if (LiLtr(MaxVersNo, MinVersNo))
{
return(WINSINTF_FAILURE);
}
Address.AddTyp_e = pWinsAdd->Type;
Address.AddLen = pWinsAdd->Len;
//
// snmp agent can pass a 0 for the address to ask for all records
// owned by the local wins.
//
if (pWinsAdd->IPAdd == 0)
{
Address.AddTyp_e = NmsLocalAdd.AddTyp_e;
Address.AddLen = NmsLocalAdd.AddLen;
Address.Add.IPAdd = NmsLocalAdd.Add.IPAdd;
}
else
{
Address.AddTyp_e = pWinsAdd->Type;
Address.AddLen = pWinsAdd->Len;
Address.Add.IPAdd = pWinsAdd->IPAdd;
}
//
// initialize this thread with the db engine
//
NmsDbThdInit(WINS_E_WINSRPC);
NmsDbOpenTables(WINS_E_WINSRPC);
DBGMYNAME("RPC-WinsGetDbRecs");
PERF("The caller can pass the number of records for which space has been")
PERF("allocated in buffer pointed to by pRec in the NoOfRecs field. We should")
PERF("We should pass this argument to NmsDbGetDataRecs so that it does not get")
PERF("more records than are necessary")
GET_TLS_M(pTls);
try {
NmsDbGetDataRecs(
WINS_E_WINSRPC,
0, //not used
MinVersNo,
MaxVersNo,
0, //not used
LiEqlZero(MinVersNo) && LiEqlZero(MaxVersNo) ? TRUE : FALSE,
FALSE, //not used
NULL, //must be NULL since we are not doing
//scavenging of clutter
&Address,
FALSE, //dynamic + static records are wanted
//#if RPL_TYPE
WINSCNF_RPL_DEFAULT_TYPE,
//#endif
&pBuff,
&BuffLen,
&NoOfRecs
);
i = 0;
pStartBuff = pBuff;
//
// If there are records to send back and the client has specified
// a buffer for them, insert the records
//
if (NoOfRecs > 0)
{
//
// Allocate memory for the no of records
//
pRecs->BuffSize = sizeof(WINSINTF_RECORD_ACTION_T) * NoOfRecs;
//
// If memory can not be allocate, an exception will be returned
// by midl_user_alloc
//
pRecs->pRow = midl_user_allocate(pRecs->BuffSize);
// DBGPRINT1(DET, "WinsGetDbRecs: Address of memory for records is (%d)\n", pRecs->pRow);
#if 0
pRecs->pRow = RpcSmAllocate(pRecs->BuffSize, &Status);
if (Status != RPC_S_OK)
{
DBGPRINT1(ERR, "WinsGetDbRecs: RpcSmAllocate returned error = (%x)\n", Status);
}
#endif
pRow = pRecs->pRow;
for (; i<NoOfRecs; i++)
{
//
// Initialize so that we don't get "enum wrong" error.
//
pRow->Cmd_e = WINSINTF_E_QUERY;
//
// the name retrieved has NULL as the last character. This
// We need to pass a name without this NULL.
//
pRow->NameLen = pBuff->NameLen;
if (*pBuff->pName == 0x1B)
{
WINS_SWAP_BYTES_M(pBuff->pName, pBuff->pName + 15);
}
pRow->pName = midl_user_allocate(pRow->NameLen + 1);
//DBGPRINT2(DET, "WinsGetDbRecs: Address of name = (%s) is (%d) \n", pBuff->pName, pRow->pName);
#if 0
pRow->pName = RpcSmAllocate(pRow->NameLen, &Status);
if (Status != RPC_S_OK)
{
DBGPRINT1(ERR, "WinsGetDbRecs: RpcSmAllocate returned error = (%x)\n", Status);
}
#endif
WINSMSC_COPY_MEMORY_M(pRow->pName, pBuff->pName,
pRow->NameLen);
WinsMscHeapFree(pTls->HeapHdl, pBuff->pName);
EntType = NMSDB_ENTRY_TYPE_M(pBuff->Flag);
pRow->TypOfRec_e = NMSDB_ENTRY_UNIQUE_M(EntType)
? WINSINTF_E_UNIQUE :
(NMSDB_ENTRY_NORM_GRP_M(EntType) ?
WINSINTF_E_NORM_GROUP :
(NMSDB_ENTRY_SPEC_GRP_M(EntType) ?
WINSINTF_E_SPEC_GROUP :
WINSINTF_E_MULTIHOMED));
if (
(pRow->TypOfRec_e == WINSINTF_E_SPEC_GROUP) ||
(pRow->TypOfRec_e == WINSINTF_E_MULTIHOMED)
)
{
PWINSINTF_ADD_T pAdd;
DWORD No;
if (pBuff->NoOfAdds > 0)
{
pRow->NoOfAdds = pBuff->NoOfAdds * 2;
//
// Each member is comprised of two addresses,
// first address is that of the owner WINS, second
// address is that of the node registered
//
pRow->pAdd =
// RpcSmAllocate(
midl_user_allocate(
(unsigned int)(pRow->NoOfAdds)
*
sizeof(WINSINTF_ADD_T)//,
// &Status
);
//DBGPRINT2(DET, "WinsGetDbRecs: Address of ip address for name = (%s) is (%d) \n", pRow->pName, pRow->pAdd);
#if 0
if (Status != RPC_S_OK)
{
DBGPRINT1(ERR, "WinsGetDbRecs: RpcSmAllocate returned error = (%x)\n", Status);
}
#endif
for (
No= 0, ind= 0, pAdd = pRow->pAdd;
No < (pRow->NoOfAdds/2);
No++
)
{
pAdd->Type = (UCHAR)(pBuff->pNodeAdd + ind)->AddTyp_e;
pAdd->Len = (pBuff->pNodeAdd + ind)->AddLen;
pAdd++->IPAdd = (pBuff->pNodeAdd + ind)->Add.IPAdd;
pAdd->Type = (UCHAR)(pBuff->pNodeAdd + ++ind)->AddTyp_e;
pAdd->Len = (pBuff->pNodeAdd + ind)->AddLen;
pAdd++->IPAdd = (pBuff->pNodeAdd + ind++)->Add.IPAdd;
}
WinsMscHeapFree(pTls->HeapHdl, pBuff->pNodeAdd);
}
}
else
{
pRow->NoOfAdds = 0;
pRow->pAdd = NULL;
pRow->Add.Type = (UCHAR)pBuff->NodeAdd[0].AddTyp_e;
pRow->Add.Len = pBuff->NodeAdd[0].AddLen;
pRow->Add.IPAdd = pBuff->NodeAdd[0].Add.IPAdd;
}
pRow->NodeTyp = (BYTE)NMSDB_NODE_TYPE_M(pBuff->Flag);
pRow->fStatic = NMSDB_IS_ENTRY_STATIC_M(pBuff->Flag);
pRow->State_e = NMSDB_ENTRY_STATE_M(pBuff->Flag);
pRow->VersNo = pBuff->VersNo;
pRow->TimeStamp = pBuff->TimeStamp;
pRow++;
pBuff = (PRPL_REC_ENTRY_T)((LPBYTE)pBuff + RPL_REC_ENTRY_SIZE);
PERF("Do the addition above the for loop and store in a var. Use var. here")
} // end of for loop
} //end of if block
else
{
pRecs->pRow = NULL;
}
} // end of try
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsGetDbRecs");
WINSEVT_LOG_M(GetExceptionCode(), WINS_EVT_RPC_EXC);
fExcRaised = TRUE;
}
pRecs->TotalNoOfRecs = NoOfRecs;
//
// Deallocate the buffer allocated by NmsDbGetDataRecs
//
WinsMscHeapFree(pTls->HeapHdl, pStartBuff);
WinsMscHeapDestroy(pTls->HeapHdl);
if (!fExcRaised)
{
pRecs->NoOfRecs = i;
}
else
{
// RpcSmFree(pRecs->pRow);
midl_user_free(pRecs->pRow);
pRecs->NoOfRecs = 0;
}
//
// Let us end the session
//
NmsDbCloseTables();
NmsDbEndSession();
DBGLEAVE("WinsGetDbRecs\n");
return (WINSINTF_SUCCESS);
}
VOID
WinsIntfSetTime(
OUT PSYSTEMTIME pTime,
IN WINSINTF_TIME_TYPE_E TimeType_e
)
/*++
Routine Description:
This function is called to set the the time in the WINSINTF_STAT_T
structure
Arguments:
pTime - Local Time (returned)
TimeType_e - The activity for which the time has to be stored
Externals Used:
None
Return Value:
NONE
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
SYSTEMTIME SysTime;
PSYSTEMTIME pSysTime = &SysTime;
GetSystemTime(pSysTime);
EnterCriticalSection(&WinsIntfCrtSec);
switch(TimeType_e)
{
case(WINSINTF_E_WINS_START):
WinsIntfStat.TimeStamps.WinsStartTime = *pSysTime;
break;
case(WINSINTF_E_PLANNED_SCV):
WinsIntfStat.TimeStamps.LastPScvTime = *pSysTime;
break;
case(WINSINTF_E_ADMIN_TRIG_SCV):
WinsIntfStat.TimeStamps.LastATScvTime = *pSysTime;
break;
case(WINSINTF_E_TOMBSTONES_SCV):
WinsIntfStat.TimeStamps.LastTombScvTime = *pSysTime;
break;
case(WINSINTF_E_VERIFY_SCV):
WinsIntfStat.TimeStamps.LastVerifyScvTime = *pSysTime;
break;
case(WINSINTF_E_INIT_DB):
WinsIntfStat.TimeStamps.LastInitDbTime = *pSysTime;
break;
case(WINSINTF_E_PLANNED_PULL):
WinsIntfStat.TimeStamps.LastPRplTime = *pSysTime;
break;
case(WINSINTF_E_ADMIN_TRIG_PULL):
WinsIntfStat.TimeStamps.LastATRplTime = *pSysTime;
break;
case(WINSINTF_E_NTWRK_TRIG_PULL):
WinsIntfStat.TimeStamps.LastNTRplTime = *pSysTime;
break;
case(WINSINTF_E_UPDCNT_TRIG_PULL):
WinsIntfStat.TimeStamps.LastNTRplTime = *pSysTime;
break;
case(WINSINTF_E_ADDCHG_TRIG_PULL):
WinsIntfStat.TimeStamps.LastACTRplTime = *pSysTime;
break;
case(WINSINTF_E_COUNTER_RESET):
WinsIntfStat.TimeStamps.CounterResetTime = *pSysTime;
break;
default:
DBGPRINT1(EXC, "WinsIntfSetTime: Weird Timestamp type = (%d)\n", TimeType_e);
WINSEVT_LOG_M(WINS_FAILURE, WINS_EVT_SFT_ERR);
break;
}
LeaveCriticalSection(&WinsIntfCrtSec);
if (pTime)
{
TIME_ZONE_INFORMATION tzInfo;
GetTimeZoneInformation(&tzInfo);
SystemTimeToTzSpecificLocalTime(&tzInfo, pSysTime, pTime);
}
return;
}
DWORD
WinsDelDbRecs(
IN PWINSINTF_ADD_T pAdd,
IN WINSINTF_VERS_NO_T MinVersNo,
IN WINSINTF_VERS_NO_T MaxVersNo
)
/*++
Routine Description:
This func. deletes a specified range of records belonging to a
particular owner
Arguments:
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
R_WinsDelDbRecs
Side Effects:
Comments:
None
--*/
{
COMM_ADD_T Address;
DWORD RetVal = WINSINTF_SUCCESS;
DWORD dwOwnerId;
BOOL fAllocNew = FALSE;
Address.AddTyp_e = pAdd->Type;
Address.AddLen = pAdd->Len;
Address.Add.IPAdd = pAdd->IPAdd;
//
// initialize this thread with the db engine
//
NmsDbThdInit(WINS_E_WINSRPC);
NmsDbOpenTables(WINS_E_WINSRPC);
DBGMYNAME("RPC-WinsDelDbRecs");
if (RplFindOwnerId(
&Address,
&fAllocNew, //do not allocate an entry if not
//present
&dwOwnerId,
WINSCNF_E_IGNORE_PREC,
WINSCNF_LOW_PREC
) != WINS_SUCCESS)
{
DBGPRINT0(DET, "WinsDelDataRecs: WINS is not in the owner-add mapping table\n");
RetVal = WINSINTF_FAILURE;
}
else
{
if (NmsDbDelDataRecs(
dwOwnerId,
MinVersNo,
MaxVersNo,
TRUE, //enter critical section
FALSE //no fragmented deletion
) != WINS_SUCCESS)
{
RetVal = WINSINTF_FAILURE;
}
}
//
// Let us end the session
//
NmsDbCloseTables();
NmsDbEndSession();
return(RetVal);
}
DWORD
WinsTombstoneDbRecs(
IN PWINSINTF_ADD_T pAdd,
IN WINSINTF_VERS_NO_T MinVersNo,
IN WINSINTF_VERS_NO_T MaxVersNo
)
/*++
Routine Description:
This func. tombstones a specified range of records belonging to a
particular owner
Arguments:
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
R_WinsTombstoneDbRecs
Side Effects:
Comments:
None
--*/
{
DWORD RetVal = WINSINTF_SUCCESS;
COMM_ADD_T Address;
DWORD dwOwnerId;
BOOL fAllocNew = FALSE;
Address.AddTyp_e = pAdd->Type;
Address.AddLen = pAdd->Len;
Address.Add.IPAdd = pAdd->IPAdd;
//
// initialize this thread with the db engine
//
NmsDbThdInit(WINS_E_WINSRPC);
NmsDbOpenTables(WINS_E_WINSRPC);
DBGMYNAME("RPC-WinsTombstoneDbRecs");
if (RplFindOwnerId(
&Address,
&fAllocNew, //do not allocate an entry if not
//present
&dwOwnerId,
WINSCNF_E_IGNORE_PREC,
WINSCNF_LOW_PREC
) != WINS_SUCCESS)
{
DBGPRINT0(DET, "WinsTombstoneDataRecs: WINS is not in the owner-add mapping table\n");
RetVal = WINSINTF_FAILURE;
}else if(NmsDbTombstoneDataRecs(
dwOwnerId,
MinVersNo,
MaxVersNo
) != WINS_SUCCESS)
{
RetVal = WINSINTF_FAILURE;
}
// Let us end the session
NmsDbCloseTables();
NmsDbEndSession();
return(RetVal);
}
DWORD
WinsPullRange(
IN PWINSINTF_ADD_T pWinsAdd,
IN PWINSINTF_ADD_T pOwnerAdd,
IN WINSINTF_VERS_NO_T MinVersNo,
IN WINSINTF_VERS_NO_T MaxVersNo
)
/*++
Routine Description:
This function is called to pull a range of records owned by a particular
WINS server from another WINS server.
Arguments:
Externals Used:
None
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
PWINSINTF_PULL_RANGE_INFO_T pPullRangeInfo;
PRPL_CONFIG_REC_T pPnr;
BOOL fRplPnr = FALSE;
DWORD RetCode = WINSINTF_SUCCESS;
//
// if the minimum version number is > than the max version number
// return a failure code
//
if (LiGtr(MinVersNo, MaxVersNo))
{
return(WINSINTF_FAILURE);
}
//
// Enter the critical sections guarded by WinsCnfCnfCrtSec and
// NmsNmhNamRegCrtSec. There is no danger of deadlock because we
// always enter the two critical sections in the following sequence
//
EnterCriticalSection(&WinsCnfCnfCrtSec);
PERF("Do we need to enter the following critical section")
EnterCriticalSection(&NmsNmhNamRegCrtSec);
try {
pPnr = WinsCnf.PullInfo.pPullCnfRecs;
//
// If we are allowed to pull only from configured partners,
// let us try to find the config record of the partner
//
if (WinsCnf.fRplOnlyWCnfPnrs)
{
if (pPnr != NULL)
{
//
// Search for the Cnf record for the WINS we want to
// send the PULL RANGE request to.
//
for (
;
(pPnr->WinsAdd.Add.IPAdd != INADDR_NONE)
&&
!fRplPnr;
// no third expression
)
{
//
// Check if this is the one we want
//
if (pPnr->WinsAdd.Add.IPAdd == pWinsAdd->IPAdd)
{
//
// We are done. Set the fRplPnr flag to TRUE so that
// we break out of the loop.
//
fRplPnr = TRUE;
//
// Make it 0, so that we always try to establish
// a connection. Otherwise, pull thread may not
// try if it has already exhausted the number of
// retries
//
pPnr->RetryCount = 0;
continue; //so that we can break out
}
//
// Get the next record that follows this one sequentially
//
pPnr = WinsCnfGetNextRplCnfRec(
pPnr,
RPL_E_IN_SEQ //seq. traversal
);
} // end of for
} // end of if (pPnr != 0)
} // end of if (fRplOnlyWCnfPnrs)
else
{
pPnr = WinsMscHeapAlloc( NmsRpcHeapHdl, RPL_CONFIG_REC_SIZE);
COMM_INIT_ADD_M(&pPnr->WinsAdd, pWinsAdd->IPAdd);
pPnr->MagicNo = 0;
pPnr->RetryCount = 0;
pPnr->LastCommFailTime = 0;
pPnr->PushNtfTries = 0;
fRplPnr = TRUE;
//
// We want the buffer to be deallocated by the PULL thread
//
pPnr->fTemp = TRUE;
//#if RPL_TYPE
//
// We need to pull according to the RplType for the pull pnrs
//
pPnr->RplType = WinsCnf.PullInfo.RplType;
//#endif
}
if (fRplPnr)
{
pPullRangeInfo = WinsMscHeapAlloc(
NmsRpcHeapHdl,
sizeof(WINSINTF_PULL_RANGE_INFO_T)
);
#if 0
WinsMscAlloc(sizeof(WINSINTF_PULL_RANGE_INFO_T),
&pPullRangeInfo);
#endif
pPullRangeInfo->pPnr = pPnr;
pPullRangeInfo->OwnAdd = *pOwnerAdd;
pPullRangeInfo->MinVersNo = MinVersNo;
pPullRangeInfo->MaxVersNo = MaxVersNo;
//
// Call RplInsertQue to insert the push request to
// the Pull Thread
//
ERplInsertQue(
WINS_E_WINSRPC,
QUE_E_CMD_PULL_RANGE,
NULL, //no Dlg Hdl
NULL, //no msg is there
0, //msg length
pPullRangeInfo, //client context
pPnr->MagicNo
);
}
}
except (EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsPullRange");
WINSEVT_LOG_D_M(WINS_FAILURE, WINS_EVT_PUSH_TRIGGER_EXC);
RetCode = WINSINTF_FAILURE;
}
//
// Leave the critical section guarded by NmsNmhNamRegCrtSec.
//
LeaveCriticalSection(&NmsNmhNamRegCrtSec);
LeaveCriticalSection(&WinsCnfCnfCrtSec);
//
// if replication was allowed only with configured partners and
// there was no WINS with the address specified by the client,
// return failure
//
if (!fRplPnr)
{
RetCode = WINSINTF_FAILURE;
}
return(RetCode);
}
DWORD
WinsSetPriorityClass(
IN WINSINTF_PRIORITY_CLASS_E PriorityClass_e
)
/*++
Routine Description:
This function sets the priority class of the Wins process.
Arguments:
PriorityClass -- Priority Class of the WINS process
Externals Used:
WinsCnf
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
//DWORD OldPrCls;
DWORD NewPrCls;
HANDLE ProcHdl;
DWORD RetVal = WINSINTF_SUCCESS;
switch(PriorityClass_e)
{
case(WINSINTF_E_NORMAL):
NewPrCls = NORMAL_PRIORITY_CLASS;
break;
case(WINSINTF_E_HIGH):
NewPrCls = HIGH_PRIORITY_CLASS;
break;
default:
DBGPRINT0(DET, "WinsSetPriorityClass: Invalid Priority Class\n");
return(WINSINTF_FAILURE);
break;
}
ProcHdl = GetCurrentProcess();
EnterCriticalSection(&WinsCnfCnfCrtSec);
#if 0
try {
FUTURES("Use a WinsMsc functions here for consistency")
if ((OldPrCls = GetPriorityClass(ProcHdl)) == 0)
{
DBGPRINT1(ERR, "WinsSetPriorityClass: Can not Proc Priority. Error = (%d)\n", GetLastError());
RetVal = WINSINTF_FAILURE;
}
else
{
if (OldPrCls == NewPrCls)
{
DBGPRINT1(ERR, "WinsSetPriorityClass: Process already has this Priority Class = (%d)\n", NewPrCls);
}
else
{
#endif
if (SetPriorityClass(ProcHdl, NewPrCls) == FALSE)
{
DBGPRINT1(ERR, "WinsSetPriorityClass: SetPriorityClass() Failed. Error = (%d)\n", GetLastError());
}
else
{
WinsCnf.WinsPriorityClass = (DWORD)PriorityClass_e;
}
#if 0
}
}
}
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsSetPriorityCls");
}
#endif
//
// ProcHdl is a pseudo-handle and does not need to be closed
//
LeaveCriticalSection(&WinsCnfCnfCrtSec);
return(WINSINTF_SUCCESS);
}
DWORD
WinsResetCounters(
VOID
)
/*++
Routine Description:
This function resets/clears the counters
Arguments:
None
Externals Used:
NmsNmhNamRegCrtSec
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
R_WinsResetCounters
Side Effects:
Comments:
None
--*/
{
DWORD i;
PRPL_CONFIG_REC_T pPnr;
//
// Copy the counters
//
EnterCriticalSection(&NmsNmhNamRegCrtSec);
(VOID)RtlFillMemory(&WinsIntfStat.Counters, sizeof(WinsIntfStat.Counters), 0);
LeaveCriticalSection(&NmsNmhNamRegCrtSec);
// now clear the per partner info.
EnterCriticalSection(&WinsCnfCnfCrtSec);
pPnr = WinsCnf.PullInfo.pPullCnfRecs;
for (i = 0; (i<WinsCnf.PullInfo.NoOfPushPnrs) && (pPnr->WinsAdd.Add.IPAdd != INADDR_NONE) ; i++) {
pPnr->NoOfRpls = 0;
pPnr->NoOfCommFails = 0;
pPnr = WinsCnfGetNextRplCnfRec(pPnr,RPL_E_IN_SEQ);
}
LeaveCriticalSection(&WinsCnfCnfCrtSec);
//
// Even if we have multiple threads doing resets (unlikely occurence),
// the window between the above critical section and the one entered
// by the following function does not cause any problem.
//
WinsIntfSetTime(NULL, WINSINTF_E_COUNTER_RESET);
return(WINSINTF_SUCCESS);
}
DWORD
WinsWorkerThdUpd(
DWORD NewNoOfNbtThds
)
/*++
Routine Description:
This function is called to change the count of the NBT threads in
the WINS process.
Arguments:
NewNoOfNbtThds - The new count of the Nbt threads
Externals Used:
None
Return Value:
Success status codes -- WINSINTF_SUCCESS
Error status codes -- WINSINTF_FAILURE
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
//
// If the WINS server is not in steady state or if the new count
// of Nbt threads requested is outside the allowed range, return
// failure
//
CHECK("Somehow, if the number of threads is equal to the max. number allowed")
CHECK("pTls comes out as NULL for all NBT threads (seen at termination)")
if (
((WinsCnf.State_e != WINSCNF_E_RUNNING)
&&
(WinsCnf.State_e != WINSCNF_E_PAUSED))
||
(NewNoOfNbtThds >= WINSTHD_MAX_NO_NBT_THDS)
||
(NewNoOfNbtThds < WINSTHD_MIN_NO_NBT_THDS)
)
{
return(WINSINTF_FAILURE);
}
EnterCriticalSection(&WinsCnfCnfCrtSec);
WinsIntfNoOfNbtThds = NewNoOfNbtThds;
try {
//
// If the new count is more than the existing count, store the new
// count in a global and signal an Nbt thread. The signaled
// Nbt thread will create all the extra threads needed
//
if (NewNoOfNbtThds > NmsNoOfNbtThds)
{
WinsMscSignalHdl(NmsCrDelNbtThdEvt);
}
else
{
//
// if the new count is same as the existing count, return
// success
//
if (NewNoOfNbtThds == NmsNoOfNbtThds)
{
DBGPRINT1(FLOW, "WinsWorkerThdUpd: Wins server already has %d threads\n", NewNoOfNbtThds);
}
else // NewNoOfNbtThds < NmsNoOfNbtThds
{
//
// Signal a thread to delete self. The signaled thread will
// signal the event again if more than one thread has to be
// deleted
//
WinsMscSignalHdl(NmsCrDelNbtThdEvt);
}
}
}
except (EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsWorkerThdUpd");
}
LeaveCriticalSection(&WinsCnfCnfCrtSec);
return(WINSINTF_SUCCESS);
}
DWORD
WinsGetNameAndAdd(
PWINSINTF_ADD_T pWinsAdd,
LPBYTE pUncName
)
{
DWORD RetStat = WINSINTF_SUCCESS;
// TCHAR UncName[MAX_COMPUTERNAME_LENGTH + 1];
// DWORD LenOfBuff = WINSINTF_MAX_COMPUTERNAME_LENGTH;
DWORD LenOfBuff = MAX_COMPUTERNAME_LENGTH + 1;
pWinsAdd->IPAdd = NmsLocalAdd.Add.IPAdd;
FUTURES("Change this to GetComputerName when winsadmn is made unicode compliant")
if (GetComputerNameA(pUncName, &LenOfBuff) == FALSE)
{
DBGPRINT1(ERR, "WinsGetNameAndAdd: Name error. Error=(%x)\n", GetLastError());
RetStat = GetLastError();
}
return(RetStat);
}
#define INITIAL_RAMPUP_NO 3
DWORD
WinsGetBrowserNames(
PWINSINTF_BIND_DATA_T pWinsHdl,
PWINSINTF_BROWSER_NAMES_T pNames
)
{
DWORD RetVal = WINSINTF_SUCCESS;
time_t CurrentTime;
static DWORD sNoOfTimes = 0;
static time_t sLastTime = 0;
BOOL fPopCache = FALSE;
UNREFERENCED_PARAMETER(pWinsHdl);
//
// If this the initial ramp up period, populate the cache
//
if (sNoOfTimes++ < INITIAL_RAMPUP_NO)
{
//
// if this is the first call, create the dom. cache event.
//
if (sNoOfTimes == 1)
{
WinsMscCreateEvt(L"WinsDomCachEvt", FALSE, &sDomCache.EvtHdl);
}
DBGPRINT1(SPEC, "WinsGetBrowserNames: sNoOfTimes = (%d)\n", sNoOfTimes);
fPopCache = TRUE;
}
else
{
//
// Initial ramp up period is past. Populate the cache if 3 mts
// have expired since it was last populated
//
if ((time(&CurrentTime) - sLastTime) > THREE_MTS || sDomCache.bRefresh)
{
DBGPRINT0(SPEC, "WinsGetBrowserNames: Pop Cache due to timeout\n");
sDomCache.bRefresh = FALSE;
sLastTime = CurrentTime;
fPopCache = TRUE;
}
}
try {
//
// Populate the cache if fPopCache is set or if the number of entries
// in the current cache are 0
//
if (fPopCache || (sDomCache.SzOfBlock == 0))
{
//
// if our cache has some data, deallocate it first.
//
// Note: There could be an rpc thread in the rpc code accessing
// this buffer. I can't free this buffer until it is done.
//
if (sDomCache.SzOfBlock > 0)
{
DWORD i;
PWINSINTF_BROWSER_INFO_T pBrInfo = sDomCache.pInfo;
DWORD NoOfUsers;
//
// Wait until all users are done. We won't iterate more than
//
// We can iterate a max. of INITIAL_RAMPUP_NO of times and
// that too only at initial ramp up time. If a thread is
// waiting on the event, another thread will also wait
// on it (except during initial rampup time)
//
do {
EnterCriticalSection(&WinsIntfNoOfUsersCrtSec);
NoOfUsers = sDomCache.NoOfUsers;
LeaveCriticalSection(&WinsIntfNoOfUsersCrtSec);
if (NoOfUsers > 0)
{
WinsMscWaitInfinite(sDomCache.EvtHdl);
}
} while (NoOfUsers > 0);
//
// Free all memory allocated for names
//
for (i=0; i< sDomCache.EntriesRead; i++, pBrInfo++)
{
midl_user_free(pBrInfo->pName);
}
//
// Free the main block
//
midl_user_free(sDomCache.pInfo);
sDomCache.SzOfBlock = 0;
pNames->EntriesRead = 0;
pNames->pInfo = NULL;
}
NmsDbThdInit(WINS_E_WINSRPC);
NmsDbOpenTables(WINS_E_WINSRPC);
DBGMYNAME("RPC-WinsGetBrowserNames");
//
// Get all records starting with 1B Names
//
RetVal = NmsDbGetNamesWPrefixChar(
0x1B,
&pNames->pInfo,
&pNames->EntriesRead
);
NmsDbCloseTables();
NmsDbEndSession();
//
// Store the info. only if there is something to be stored.
//
if (
(RetVal == WINS_SUCCESS)
&&
(pNames->EntriesRead > 0)
)
{
sDomCache.SzOfBlock =
pNames->EntriesRead * sizeof(WINSINTF_BROWSER_INFO_T);
// sDomCache.pInfo = midl_user_allocate(sDomCache.SzOfBlock);
// WINSMSC_COPY_MEMORY_M(sDomCache.pInfo, pNames->pInfo,
// sDomCache.SzOfBlock);
sDomCache.pInfo = pNames->pInfo;
sDomCache.EntriesRead = pNames->EntriesRead;
}
else
{
//
// We did not get anything from the db
//
sDomCache.SzOfBlock = 0;
pNames->EntriesRead = 0;
pNames->pInfo = NULL;
}
}
else
{
//
// Use the cached info.
//
//pNames->pInfo = midl_user_allocate(sDomCache.SzOfBlock);
//WINSMSC_COPY_MEMORY_M(pNames->pInfo, sDomCache.pInfo,
// sDomCache.SzOfBlock);
pNames->pInfo = sDomCache.pInfo;
pNames->EntriesRead = sDomCache.EntriesRead;
}
}
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsGetBrowserNames");
WINSEVT_LOG_M(GetExceptionCode(), WINS_EVT_BROWSER_NAME_EXC);
pNames->EntriesRead = 0;
pNames->pInfo = NULL;
RetVal = WINSINTF_FAILURE;
}
return(RetVal);
}
VOID
R_WinsGetBrowserNames_notify_flag(boolean __MIDL_NotifyFlag
)
/*++
Routine Description:
Called by rpc to indicate that it is done with the buffer returned by
WinsGetBrowserNames
Arguments:
Externals Used:
None
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
//
// Decrement the user count. If equal to 0, signal the event to let
// another thread go on.
//
EnterCriticalSection(&WinsIntfNoOfUsersCrtSec);
//
// workaround an rpc bug (18627) where it may call notify without calling
// R_WinsGetBrowserNames (checkout winsif_s.c)
//
if (
(sDomCache.NoOfUsers > 0) &&
(--sDomCache.NoOfUsers == 0) &&
sDomCache.EvtHdl != NULL
)
{
WinsMscSignalHdl(sDomCache.EvtHdl);
}
LeaveCriticalSection(&WinsIntfNoOfUsersCrtSec);
return;
}
DWORD
WinsDeleteWins(
PWINSINTF_ADD_T pWinsAdd
)
{
PCOMM_ADD_T pAdd;
DWORD RetVal = WINSINTF_FAILURE;
if (pWinsAdd->IPAdd == NmsLocalAdd.Add.IPAdd)
{
WINSINTF_VERS_NO_T MinVersNo = {0};
WINSINTF_VERS_NO_T MaxVersNo = {0};
RetVal = WinsDelDbRecs(pWinsAdd, MinVersNo, MaxVersNo);
#if 0
//
// We always keep the entry for the local WINS. For any
//
DBGPRINT0(ERR, "WinsDeleteWins: Sorry, you can not delete the entry for the local WINS\n");
WINSEVT_LOG_M(WINS_FAILURE, WINS_EVT_DELETE_LOCAL_WINS_DISALLOWED);
RetVal = WINSINTF_CAN_NOT_DEL_LOCAL_WINS;
#endif
}
else
{
WCHAR String[WINS_MAX_NAME_SZ];
struct in_addr InAddr;
InAddr.s_addr = htonl(pWinsAdd->IPAdd);
(VOID)WinsMscConvertAsciiStringToUnicode(
inet_ntoa( InAddr),
(LPBYTE)String,
WINS_MAX_NAME_SZ);
WinsLogAdminEvent(WINS_EVT_ADMIN_DEL_OWNER_INITIATED,1,String);
//
// Allocate from the general heap (not from the rpc heap)
// since this memory will be deallocated by DeleteWins in
// rplpull.c which I don't want to tie to just rpc work.
//
WinsMscAlloc(sizeof(COMM_ADD_T), &pAdd);
pAdd->AddTyp_e = pWinsAdd->Type;
pAdd->AddLen = pWinsAdd->Len;
pAdd->Add.IPAdd = pWinsAdd->IPAdd;
//
// Call RplInsertQue to insert the push request to
// the Pull Thread
//
ERplInsertQue(
WINS_E_WINSRPC,
QUE_E_CMD_DELETE_WINS,
NULL, //no Dlg Hdl
NULL, //no msg is there
0, //msg length
pAdd, //client context,
0 //no magic no
);
RetVal = WINSINTF_SUCCESS;
}
return(RetVal);
}
#define MAX_RECS_TO_RETURN 5000
DWORD
WinsGetDbRecsByName (
PWINSINTF_ADD_T pWinsAdd,
DWORD Location,
LPBYTE pName,
DWORD NameLen,
DWORD NoOfRecsDesired,
DWORD TypeOfRecs,
PWINSINTF_RECS_T pRecs
)
/*++
Routine Description:
This function returns with all the records (that can fit into the
buffer passed) owned by a WINS in the local db of this WINS.
Arguments:
Externals Used:
None
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
COMM_ADD_T Address;
LPVOID pBuff = NULL;
DWORD BuffLen;
DWORD NoOfRecs = 0;
DWORD Status;
PWINSTHD_TLS_T pTls;
DBGENTER("WinsGetDbRecsByName\n");
if ((NoOfRecsDesired == 0) || (NoOfRecsDesired > MAX_RECS_TO_RETURN))
{
NoOfRecsDesired = MAX_RECS_TO_RETURN;
}
if ((pWinsAdd != NULL) && (pWinsAdd->IPAdd != 0))
{
Address.AddTyp_e = pWinsAdd->Type;
Address.AddLen = pWinsAdd->Len;
Address.Add.IPAdd = pWinsAdd->IPAdd;
}
//
// initialize this thread with the db engine
//
NmsDbThdInit(WINS_E_WINSRPC);
NmsDbOpenTables(WINS_E_WINSRPC);
DBGMYNAME("RPC-WinsGetDbRecsByName");
try {
if ((pName != NULL) && (NameLen != 0))
{
//
// Terminate name with NULL, just in case user didn't do it.
//
*(pName + NameLen) = (BYTE)NULL;
}
if ((pName == NULL) && (NameLen > 0))
{
NameLen = 0;
}
PERF("The caller can pass the number of records for which space has been")
PERF("allocated in buffer pointed to by pRec in the NoOfRecs field. We should")
PERF("We should pass this argument to NmsDbGetDataRecs so that it does not get")
PERF("more records than are necessary")
Status = NmsDbGetDataRecsByName(
pName,
NameLen != 0 ? NameLen + 1 : 0,
Location,
NoOfRecsDesired,
pWinsAdd != NULL ? &Address : NULL,
TypeOfRecs,
&pBuff,
&BuffLen,
&NoOfRecs
);
if (Status == WINS_SUCCESS)
{
Status = PackageRecs( pBuff, BuffLen, NoOfRecs, pRecs);
}
}
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsGetDbRecsByName");
WINSEVT_LOG_M(GetExceptionCode(), WINS_EVT_RPC_EXC);
Status = WINS_FAILURE;
}
//
// Free the buffer and destroy the heap.
//
GET_TLS_M(pTls);
if (pTls->HeapHdl != NULL)
{
if (pBuff != NULL)
{
WinsMscHeapFree(pTls->HeapHdl, pBuff);
}
WinsMscHeapDestroy(pTls->HeapHdl);
// pTls->HeapHdl = NULL;
}
//
// Let us end the session
//
NmsDbCloseTables();
NmsDbEndSession();
if (Status != WINS_SUCCESS)
{
pRecs->pRow = NULL;
pRecs->NoOfRecs = 0;
Status = WINSINTF_FAILURE;
}
else
{
if (pRecs->NoOfRecs == 0)
{
pRecs->pRow = NULL;
pRecs->NoOfRecs = 0;
Status = WINSINTF_REC_NOT_FOUND;
}
}
DBGLEAVE("WinsGetDbRecsByName\n");
return (Status);
}
STATUS
PackageRecs(
PRPL_REC_ENTRY2_T pBuff,
DWORD BuffLen,
DWORD NoOfRecs,
PWINSINTF_RECS_T pRecs
)
/*++
Routine Description:
Arguments:
Externals Used:
None
Return Value:
Success status codes --
Error status codes --
Error Handling:
Called by:
Side Effects:
Comments:
None
--*/
{
// ULONG Status;
BOOL fExcRaised = FALSE;
PWINSINTF_RECORD_ACTION_T pRow;
DWORD i;
DWORD ind;
DWORD EntType;
// DWORD MaxAdds;
PWINSTHD_TLS_T pTls;
DBGENTER("PackageRecs\n");
i = 0;
GET_TLS_M(pTls);
try {
//
// If there are records to send back and the client has specified
// a buffer for them, insert the records
//
if (NoOfRecs > 0)
{
//
// Allocate memory for the no of records
//
pRecs->BuffSize = sizeof(WINSINTF_RECORD_ACTION_T) * NoOfRecs;
//
// If memory can not be allocate, an exception will be returned
// by midl_user_alloc
//
pRecs->pRow = midl_user_allocate(pRecs->BuffSize);
#if 0
pRecs->pRow = RpcSmAllocate(pRecs->BuffSize, &Status);
if (Status != RPC_S_OK)
{
DBGPRINT1(ERR, "PackageRecs: RpcSmAllocate returned error = (%x)\n", Status);
}
#endif
pRow = pRecs->pRow;
for (; i<NoOfRecs; i++)
{
//
// Initialize so that we don't get "enum wrong" error.
//
pRow->Cmd_e = WINSINTF_E_QUERY;
//
// the name retrieved has NULL as the last character. This
// We need to pass a name without this NULL.
//
pRow->NameLen = pBuff->NameLen;
if (*pBuff->pName == 0x1B)
{
WINS_SWAP_BYTES_M(pBuff->pName, pBuff->pName + 15);
}
// +1 added to fix #390830
pRow->pName = midl_user_allocate(pRow->NameLen + 1);
#if 0
pRow->pName = RpcSmAllocate(pRow->NameLen, &Status);
if (Status != RPC_S_OK)
{
DBGPRINT1(ERR, "PackageRecs: RpcSmAllocate returned error = (%x)\n", Status);
}
#endif
WINSMSC_COPY_MEMORY_M(pRow->pName, pBuff->pName,pRow->NameLen);
WinsMscHeapFree(pTls->HeapHdl, pBuff->pName);
EntType = NMSDB_ENTRY_TYPE_M(pBuff->Flag);
pRow->TypOfRec_e = NMSDB_ENTRY_UNIQUE_M(EntType)
? WINSINTF_E_UNIQUE :
(NMSDB_ENTRY_NORM_GRP_M(EntType) ?
WINSINTF_E_NORM_GROUP :
(NMSDB_ENTRY_SPEC_GRP_M(EntType) ?
WINSINTF_E_SPEC_GROUP :
WINSINTF_E_MULTIHOMED));
if (
(pRow->TypOfRec_e == WINSINTF_E_SPEC_GROUP) ||
(pRow->TypOfRec_e == WINSINTF_E_MULTIHOMED)
)
{
PWINSINTF_ADD_T pAdd;
DWORD No;
if (pBuff->NoOfAdds > 0)
{
pRow->NoOfAdds = pBuff->NoOfAdds * 2;
//
// Each member is comprised of two addresses,
// first address is that of the owner WINS, second
// address is that of the node registered
//
pRow->pAdd =
// RpcSmAllocate(
midl_user_allocate(
(unsigned int)(pRow->NoOfAdds)
*
sizeof(WINSINTF_ADD_T)//,
// &Status
);
#if 0
if (Status != RPC_S_OK)
{
DBGPRINT1(ERR, "WinsGetDbRecs: RpcSmAllocate returned error = (%x)\n", Status);
}
#endif
for (
No= 0, ind= 0, pAdd = pRow->pAdd;
No < (pRow->NoOfAdds/2);
No++
)
{
pAdd->Type = (UCHAR)(pBuff->pNodeAdd + ind)->AddTyp_e;
pAdd->Len = (pBuff->pNodeAdd + ind)->AddLen;
pAdd++->IPAdd = (pBuff->pNodeAdd + ind)->Add.IPAdd;
pAdd->Type = (UCHAR)(pBuff->pNodeAdd + ++ind)->AddTyp_e;
pAdd->Len = (pBuff->pNodeAdd + ind)->AddLen;
pAdd++->IPAdd = (pBuff->pNodeAdd + ind++)->Add.IPAdd;
}
WinsMscHeapFree(pTls->HeapHdl, pBuff->pNodeAdd);
}
}
else
{
pRow->NoOfAdds = 0;
pRow->pAdd = NULL;
pRow->Add.Type = (UCHAR)pBuff->NodeAdd[0].AddTyp_e;
pRow->Add.Len = pBuff->NodeAdd[0].AddLen;
pRow->Add.IPAdd = pBuff->NodeAdd[0].Add.IPAdd;
}
pRow->NodeTyp = (BYTE)NMSDB_NODE_TYPE_M(pBuff->Flag);
pRow->fStatic = NMSDB_IS_ENTRY_STATIC_M(pBuff->Flag);
pRow->State_e = NMSDB_ENTRY_STATE_M(pBuff->Flag);
pRow->VersNo = pBuff->VersNo;
pRow->TimeStamp = pBuff->TimeStamp;
pRow->OwnerId = pBuff->OwnerId;
pRow++;
pBuff = (PRPL_REC_ENTRY2_T)((LPBYTE)pBuff + RPL_REC_ENTRY2_SIZE);
PERF("Do the addition above the for loop and store in a var. Use var. here")
} // end of for loop
} //end of if block
else
{
pRecs->pRow = NULL;
}
} // end of try
except(EXCEPTION_EXECUTE_HANDLER) {
DBGPRINTEXC("WinsGetDbRecs");
WINSEVT_LOG_M(GetExceptionCode(), WINS_EVT_RPC_EXC);
fExcRaised = TRUE;
}
pRecs->TotalNoOfRecs = NoOfRecs;
if (!fExcRaised)
{
pRecs->NoOfRecs = i;
}
else
{
// RpcSmFree(pRecs->pRow);
midl_user_free(pRecs->pRow);
pRecs->NoOfRecs = 0;
}
DBGENTER("PackageRecs\n");
return (WINSINTF_SUCCESS);
}
//void __RPC_FAR * __RPC_API
void *
midl_user_allocate(size_t cBytes)
{
#if 0
//#ifdef WINSDBG
LPVOID pMem = WinsMscHeapAlloc(NmsRpcHeapHdl, cBytes);
DBGPRINT1(DET, "midl_user_alloc: Memory allocated is (%d)\n", pMem);
return(pMem);
//#else
#endif
return(WinsMscHeapAlloc(NmsRpcHeapHdl, cBytes));
}
//void __RPC_FAR __RPC_API
void
//midl_user_free(void __RPC_FAR *pMem)
midl_user_free(void *pMem)
{
if (pMem != NULL)
{
// DBGPRINT1(DET, "midl_user_free: Memory to free is (%d)\n", pMem);
WinsMscHeapFree(NmsRpcHeapHdl, pMem);
}
return;
}
VOID
LogClientInfo(
RPC_BINDING_HANDLE ClientHdl,
BOOL fAbruptTerm
)
{
RPC_STATUS RpcRet;
RPC_BINDING_HANDLE Binding;
PTUCHAR pStringBinding;
PTUCHAR pProtSeq;
PTUCHAR pNetworkAddress;
WINSEVT_STRS_T EvtStrs;
NOTE("remove #if 0 when we go to 540 or above")
#if 0
RpcRet = RpcBindingServerFromClient(ClientHdl, &Binding);
if (RpcRet != RPC_S_OK)
{
DBGPRINT1(ERR, "LogClientInfo: Can not get binding handle. Rpc Error = (%d)\nThis could be because named pipe protocol is being used\n", RpcRet);
Binding = ClientHdl;
}
#endif
NOTE("remove when we go to 540 or above")
Binding = ClientHdl;
RpcRet = RpcBindingToStringBinding(Binding, &pStringBinding);
if (RpcRet != RPC_S_OK)
{
DBGPRINT1(ERR, "LogClientInfo: RpcBindingToStringBinding returned error = (%d)\n", RpcRet);
return;
}
RpcRet = RpcStringBindingParse(
pStringBinding,
NULL, //don't want uuid
&pProtSeq,
&pNetworkAddress,
NULL, //end point
NULL //network options
);
if (RpcRet != RPC_S_OK)
{
DBGPRINT1(ERR, "LogClientInfo: RpcStringBindingParse returned error = (%d)\n", RpcRet);
RpcStringFree(&pStringBinding);
return;
}
#ifndef UNICODE
DBGPRINT2(FLOW, "LogClientInfo: The protocol sequence and address used by client are (%s) and (%s)\n", pProtSeq, pNetworkAddress);
#else
#ifdef WINSDBG
IF_DBG(FLOW)
{
wprintf(L"LogClientInfo: The protocol sequence and address used by client are (%s) and (%s)\n", pProtSeq, pNetworkAddress);
}
#endif
#endif
RpcStringFree(&pProtSeq);
RpcStringFree(&pNetworkAddress);
EvtStrs.NoOfStrs = 1;
EvtStrs.pStr[0] = (LPTSTR)pNetworkAddress;
if (fAbruptTerm)
{
WINSEVT_LOG_STR_D_M(WINS_EVT_ADMIN_ABRUPT_SHUTDOWN, &EvtStrs);
}
else
{
WINSEVT_LOG_STR_D_M(WINS_EVT_ADMIN_ORDERLY_SHUTDOWN, &EvtStrs);
}
return;
}
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