able/windows-nt
1
0
Fork 0
Code Issues Pull requests Projects Releases Wiki Activity
windows-nt/Source/XPSP1/NT/net/rras/ip/igmp/table2.c

1186 lines
33 KiB
C
Raw Permalink Normal View History

Add source files
2020-09-26 03:20:57 -05:00
/* dwRetval = MgmAddGroupMembershipEntry(g_MgmIgmprtrHandle, 0, 0,
pge->Group, 0, IfIndex, NHAddr);
dwRetval = MgmDeleteGroupMembershipEntry(g_MgmIgmprtrHandle, 0, 0, pge->Group,
0, pite->IfIndex, NHAddr);
*/
//=============================================================================
// Copyright (c) 1997 Microsoft Corporation
// File: table2.c
//
// Abstract:
// This module implements some of the routines associated with getting
// entries. and some debug routines
//
// GetRasClientByAddr, GetIfByIndex, InsertIfByAddr, MatchIpAddrBinding,
// GetGroupFromGroupTable, GetGIFromGIList, GetGIFromGIList.
//
// DebugPrintGIList, DebugPrintGroups, DebugPrintLocks
//
// Author: K.S.Lokesh (lokeshs@) 11-1-97
//
// Revision History:
//=============================================================================
#include "pchigmp.h"
#pragma hdrstop
//------------------------------------------------------------------------------
// _GetRasClientByAddr
// Returns pointer to Ras clients RasTableEntry
//------------------------------------------------------------------------------
PRAS_TABLE_ENTRY
GetRasClientByAddr (
DWORD NHAddr,
PRAS_TABLE prt
)
{
PRAS_TABLE_ENTRY pite = NULL;
PLIST_ENTRY phead, ple;
PRAS_TABLE_ENTRY prte=NULL;
phead = &prt->HashTableByAddr[RAS_HASH_VALUE(NHAddr)];
for (ple=phead->Flink; ple!=phead; ple=ple->Flink) {
prte = CONTAINING_RECORD(ple, RAS_TABLE_ENTRY, HTLinkByAddr);
if (prte->NHAddr == NHAddr) {
break;
}
}
return (ple == phead) ? NULL: prte;
}
//------------------------------------------------------------------------------
// _GetIfByIndex
//
// returns the interface with the given index.
// assumes the interface bucket is either read or write locked
//------------------------------------------------------------------------------
PIF_TABLE_ENTRY
GetIfByIndex(
DWORD IfIndex
)
{
PIF_TABLE_ENTRY pite = NULL;
PLIST_ENTRY phead, ple;
phead = &g_pIfTable->HashTableByIndex[IF_HASH_VALUE(IfIndex)];
for (ple=phead->Flink; ple!=phead; ple=ple->Flink) {
pite = CONTAINING_RECORD(ple, IF_TABLE_ENTRY, HTLinkByIndex);
if (pite->IfIndex == IfIndex) {
break;
}
}
return (ple == phead) ? NULL: pite;
}
//------------------------------------------------------------------------------
// _InsertIfByAddr
//
// inserts the activated interface into the list of interfaces sorted by address.
// assumes the table is locked for writing
//------------------------------------------------------------------------------
DWORD
InsertIfByAddr(
PIF_TABLE_ENTRY piteInsert
)
{
PIF_TABLE_ENTRY pite;
INT cmp, cmp1;
DWORD InsertAddr;
PLIST_ENTRY phead, ple;
phead = &g_pIfTable->ListByAddr;
InsertAddr = piteInsert->IpAddr;
//
// search for the insertion point
//
for (ple=phead->Flink; ple!=phead; ple=ple->Flink) {
pite = CONTAINING_RECORD(ple, IF_TABLE_ENTRY, LinkByAddr);
if ( (cmp1 = INET_CMP(InsertAddr, pite->IpAddr, cmp)) < 0)
break;
//
// return error if there are duplicate addresses.
// no error for unnumbered interfaces, ie for addr==0
//
else if ( (cmp1==0) && (InsertAddr!=0) )
return ERROR_ALREADY_EXISTS;
}
InsertTailList(ple, &piteInsert->LinkByAddr);
return NO_ERROR;
}
//------------------------------------------------------------------------------
// MatchIpAddrBinding //
// finds if the interface is bound to any address equal to IpAddr //
//------------------------------------------------------------------------------
BOOL
MatchIpAddrBinding(
PIF_TABLE_ENTRY pite,
DWORD IpAddr
)
{
PIGMP_IP_ADDRESS paddr;
DWORD i;
PIGMP_IF_BINDING pib;
pib = pite->pBinding;
paddr = IGMP_BINDING_FIRST_ADDR(pib);
for (i=0; i<pib->AddrCount; i++,paddr++) {
if (IpAddr==paddr->IpAddr)
break;
}
return (i<pib->AddrCount)? TRUE: FALSE;
}
//------------------------------------------------------------------------------
// _InsertInGroupsList
//
// Inserts a newly created group in the New or Main group list.
// Calls: May call _MergeGroupLists() to merge the New and Main lists
//------------------------------------------------------------------------------
VOID
InsertInGroupsList (
PGROUP_TABLE_ENTRY pgeNew
)
{
PGROUP_TABLE_ENTRY pgeTmp;
PLIST_ENTRY pHead, ple;
DWORD GroupLittleEndian = pgeNew->GroupLittleEndian;
BOOL bInsertInNew;
//
// insert the group in main list if less than 20 entries, else insert in
// the New list
//
bInsertInNew = (g_Info.CurrentGroupMemberships > 20);
pHead = bInsertInNew ?
&g_pGroupTable->ListByGroupNew :
&g_pGroupTable->ListByGroup.Link;
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pgeTmp = CONTAINING_RECORD(ple, GROUP_TABLE_ENTRY, LinkByGroup);
if (GroupLittleEndian<pgeTmp->GroupLittleEndian)
break;
}
InsertTailList(ple, &pgeNew->LinkByGroup);
if (bInsertInNew) {
// increment count of
g_pGroupTable->NumGroupsInNewList++;
//
// merge lists if required
//
if (MERGE_GROUP_LISTS_REQUIRED()) {
MergeGroupLists();
}
}
return;
}
//------------------------------------------------------------------------------
// _InsertInIfGroupsList
// Inserts a newly created group in the New or Main group list.
// Calls: May call MergeIfGroupLists() to merge the New and Main lists
//------------------------------------------------------------------------------
VOID
InsertInIfGroupsList (
PIF_TABLE_ENTRY pite,
PGI_ENTRY pgiNew
)
{
PGI_ENTRY pgiTmp;
PLIST_ENTRY pHead, ple;
DWORD GroupLittleEndian = pgiNew->pGroupTableEntry->GroupLittleEndian;
BOOL bInsertInNew;
//
// insert the group in main list if less than 20 entries, else insert in
// the New list
//
bInsertInNew = (pite->Info.CurrentGroupMemberships > 20);
pHead = bInsertInNew ?
&pite->ListOfSameIfGroupsNew :
&pite->ListOfSameIfGroups;
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pgiTmp = CONTAINING_RECORD(ple, GI_ENTRY, LinkBySameIfGroups);
if (GroupLittleEndian<pgiTmp->pGroupTableEntry->GroupLittleEndian)
break;
}
InsertTailList(ple, &pgiNew->LinkBySameIfGroups);
if (bInsertInNew) {
// increment count of
pite->NumGIEntriesInNewList++;
//
// merge lists if required
//
if (MERGE_IF_GROUPS_LISTS_REQUIRED(pite)) {
MergeIfGroupsLists(pite);
}
}
return;
}//end _InsertInIfGroupsList
//------------------------------------------------------------------------------
// InsertInProxyList
//------------------------------------------------------------------------------
VOID
InsertInProxyList (
PIF_TABLE_ENTRY pite,
PPROXY_GROUP_ENTRY pNewProxyEntry
)
{
PPROXY_GROUP_ENTRY pTmpProxyEntry;
PLIST_ENTRY pHead, ple;
DWORD GroupLittleEndian = pNewProxyEntry->GroupLittleEndian;
BOOL bInsertInNew;
//
// dont insert in new list if less than 20 entries, else insert in
// the New list
//
bInsertInNew = (pite->NumGIEntriesInNewList > 20);
pHead = bInsertInNew ?
&pite->ListOfSameIfGroupsNew :
&pite->ListOfSameIfGroups;
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pTmpProxyEntry = CONTAINING_RECORD(ple, PROXY_GROUP_ENTRY,
LinkBySameIfGroups);
if (GroupLittleEndian<pTmpProxyEntry->GroupLittleEndian)
break;
}
InsertTailList(ple, &pNewProxyEntry->LinkBySameIfGroups);
if (bInsertInNew) {
// increment count of
pite->NumGIEntriesInNewList++;
//
// merge lists if required
//
if (MERGE_PROXY_LISTS_REQUIRED(pite)) {
MergeProxyLists(pite);
}
}
return;
}//end _InsertInProxyList
//------------------------------------------------------------------------------
// _GetGroupFromGroupTable
// Returns the group entry. If group entry does not exist and bCreateFlag is
// set, then it will take a group-list lock and create a new entry.
// Locks:
// Assumes lock on group bucket.
// takes group-list lock if new group is being created.
// If read only, assumes lock on group list
//------------------------------------------------------------------------------
PGROUP_TABLE_ENTRY
GetGroupFromGroupTable (
DWORD Group,
BOOL *bCreate, //set to true if new one created
LONGLONG llCurrentTime
)
{
PGROUP_TABLE_ENTRY pge; //group table entry
PLIST_ENTRY pHead, ple;
DWORD Error = NO_ERROR;
DWORD bCreateLocal;
DWORD GroupLittleEndian = NETWORK_TO_LITTLE_ENDIAN(Group);
bCreateLocal = (bCreate==NULL) ? FALSE : *bCreate;
if (llCurrentTime==0)
llCurrentTime = GetCurrentIgmpTime();
BEGIN_BREAKOUT_BLOCK1 {
// get pointer to the head of the group bucket
pHead = &g_pGroupTable->HashTableByGroup[GROUP_HASH_VALUE(Group)].Link;
// search for the group
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pge = CONTAINING_RECORD(ple, GROUP_TABLE_ENTRY, HTLinkByGroup);
if (GroupLittleEndian>=pge->GroupLittleEndian) {
break;
}
}
//
// group entry not found
//
if ( (ple==pHead) || (pge->GroupLittleEndian!=GroupLittleEndian) ) {
//
// create and initialize new entry
//
if (bCreateLocal) {
bCreateLocal = TRUE;
pge = IGMP_ALLOC(sizeof(GROUP_TABLE_ENTRY), 0x800010,0xaaaa);
PROCESS_ALLOC_FAILURE2(pge,
"Error %d allocation %d bytes for Group table entry",
Error, sizeof(GROUP_TABLE_ENTRY),
GOTO_END_BLOCK1);
InsertTailList(ple, &pge->HTLinkByGroup);
InitializeListHead(&pge->LinkByGroup);
pge->Group = Group;
pge->GroupLittleEndian = GroupLittleEndian;
pge->NumVifs = 0;
pge->Status = CREATED_FLAG;
pge->GroupUpTime = llCurrentTime;
//
// insert it into the list of all groups after taking the group
// list lock
//
{
PGROUP_TABLE_ENTRY pgeTmp;
PLIST_ENTRY pHeadTmp, pleTmp;
// take group list lock
ACQUIRE_GROUP_LIST_LOCK("_GetGroupFromGroupTable");
// initialize GI list head
InitializeListHead(&pge->ListOfGIs);
// insert in group list
InsertInGroupsList(pge);
// release group lock
RELEASE_GROUP_LIST_LOCK("_GetGroupFromGroupTable");
}
// update statistics
InterlockedIncrement(&g_Info.CurrentGroupMemberships);
InterlockedIncrement(&g_Info.GroupMembershipsAdded);
}
// not found group, and do not create new group. So return NULL.
else {
pge = NULL;
GOTO_END_BLOCK1;
}
}
//
// group entry found
//
else {
bCreateLocal = FALSE;
}
} END_BREAKOUT_BLOCK1;
if (bCreate!=NULL)
*bCreate = bCreateLocal;
#if DBG
DebugPrintGroupsList(1);
#endif
return pge;
} //end _GetGroupFromGroupTable
//------------------------------------------------------------------------------
// _GetGIFromGIList
//
// returns the GI entry if it exists. If the bCreate flag is set, then it creates
// a new GI entry if it does not exist.
//
// Locks: Assumes shared interface lock. If ras interface, also assumes shared
// Ras interface lock.
// Assumes lock on group bucket.
// Takes IF_GROUP_LIST_LOCK if new entry is to be created.
// On return: bCreate is set to TRUE if a new entry was created
//------------------------------------------------------------------------------
PGI_ENTRY
GetGIFromGIList (
PGROUP_TABLE_ENTRY pge,
PIF_TABLE_ENTRY pite,
DWORD dwInputSrcAddr, //used for NHAddr
BOOL bStaticGroup,
BOOL *bCreate,
LONGLONG llCurrentTime
)
{
DWORD IfIndex = pite->IfIndex;
BOOL bRasClient;
PLIST_ENTRY pHead, ple;
PGI_ENTRY pgie;
PRAS_TABLE_ENTRY prte;
PRAS_TABLE prt;
BOOL bRasNewGroup = TRUE; //true if 1st ras group
DWORD NHAddr;
DWORD Error = NO_ERROR, dwRetval, i;
BOOL bFound = FALSE, bCreateLocal;
Trace2(ENTER1, "Entering _GetGIFromGIList() IfIndex(%0x) Group(%d.%d.%d.%d)",
IfIndex, PRINT_IPADDR(pge->Group));
//DebugPrintIfGroups(pite,0);//deldel
bCreateLocal = (bCreate==NULL) ? FALSE : *bCreate;
if (llCurrentTime==0)
llCurrentTime = GetCurrentIgmpTime();
BEGIN_BREAKOUT_BLOCK1 {
//
// find out if ras-server.
//
bRasClient = IS_RAS_SERVER_IF(pite->IfType);
if (bRasClient) {
prt = pite->pRasTable;
// get ras client
prte = GetRasClientByAddr(dwInputSrcAddr, prt);
}
NHAddr = bRasClient ? dwInputSrcAddr : 0;
//
// search for GI entry
//
pHead = &pge->ListOfGIs;
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pgie = CONTAINING_RECORD(ple, GI_ENTRY, LinkByGI);
if (pgie->IfIndex>IfIndex)
break;
//
// GI with same interface index
//
else if (pgie->IfIndex==IfIndex) {
// the GI entry might belong to some interface being deleted
if ( (pite!=pgie->pIfTableEntry)
||(IS_IF_DELETED(pgie->pIfTableEntry)) )
continue;
//multiple entries for ras clients
if (bRasClient) {
//
// I set this even if the ras client is marked to be deleted
//
bRasNewGroup = FALSE;
// the GI entry might belong to some other ras interface
// being deleted
if ( (prte!=pgie->pRasTableEntry)
|| (pgie->pRasTableEntry->Status&DELETED_FLAG) )
continue;
if (pgie->NHAddr>dwInputSrcAddr) {
break;
}
// found GI entry for ras interface
else if (pgie->NHAddr==dwInputSrcAddr) {
bFound = TRUE;
break;
}
}
// found GI entry for non ras interface
else {
bFound = TRUE;
break;
}
}
}// end for loop:search through list of GIs
//
// GIentry not found
//
if ( !bFound) {
// dont create new GI entry. Hence, return NULL
if (!bCreateLocal) {
pgie = NULL;
GOTO_END_BLOCK1;
}
//
// create and initialize new GI-entry
//
pgie = IGMP_ALLOC_AND_ZERO(sizeof(GI_ENTRY), 0x800011, pite->IfIndex);
PROCESS_ALLOC_FAILURE2(pgie,
"Error %d allocating %d bytes for group-interface entry",
Error, sizeof(GI_ENTRY),
GOTO_END_BLOCK1);
pgie->IfIndex = IfIndex;
pgie->Status = CREATED_FLAG;
pgie->bRasClient = bRasClient;
// insert in GI list
InsertTailList(ple, &pgie->LinkByGI);
//
// set back pointers to the interface entry, and group entry
//
pgie->pIfTableEntry = pite;
pgie->pGroupTableEntry = pge;
//
// Take lock on Interface-Group List before inserting into it
// for ras client, insert it into ras client list also
//
ACQUIRE_IF_GROUP_LIST_LOCK(pite->IfIndex, "_GetGIFromGIList");
// insert in ras client list
if (bRasClient) {
PLIST_ENTRY pleTmp, pHeadRasClient;
PGI_ENTRY pgieRasClient;
pHeadRasClient = &prte->ListOfSameClientGroups;
for (pleTmp=pHeadRasClient->Flink; pleTmp!=pHeadRasClient;
pleTmp=pleTmp->Flink)
{
pgieRasClient = CONTAINING_RECORD(pleTmp, GI_ENTRY,
LinkBySameClientGroups);
if (pge->Group < pgieRasClient->pGroupTableEntry->Group)
break;
}
InsertTailList(pleTmp, &pgie->LinkBySameClientGroups);
}
InsertInIfGroupsList(pite, pgie);
RELEASE_IF_GROUP_LIST_LOCK(pite->IfIndex, "_GetGIFromGIList");
//
// if ras
//
pgie->NHAddr = (bRasClient)? dwInputSrcAddr : 0;
pgie->pRasTableEntry = (bRasClient)? prte : NULL;
//
// initialize GroupMembershipTimer
//
pgie->GroupMembershipTimer.Function = T_MembershipTimer;
pgie->GroupMembershipTimer.Timeout = pite->Config.GroupMembershipTimeout;
pgie->GroupMembershipTimer.Context = &pgie->GroupMembershipTimer.Context;
pgie->GroupMembershipTimer.Status = TIMER_STATUS_CREATED;
//
// initialize LastMemQueryTimer timer
//
pgie->LastMemQueryCount = 0; //last member countdown inactive
pgie->LastMemQueryTimer.Function = T_LastMemQueryTimer;
pgie->LastMemQueryTimer.Context = &pgie->LastMemQueryTimer.Context;
pgie->LastMemQueryTimer.Status = TIMER_STATUS_CREATED;
//
// initialize the LastVer1ReportTimer
// the timeout value is set to GroupMembership timeout
pgie->LastVer1ReportTimer.Function = T_LastVer1ReportTimer;
pgie->LastVer1ReportTimer.Timeout
= pite->Config.GroupMembershipTimeout;
pgie->LastVer1ReportTimer.Context
= &pgie->LastVer1ReportTimer.Context;
pgie->LastVer1ReportTimer.Status = TIMER_STATUS_CREATED;
pgie->LastVer2ReportTimer.Function = T_LastVer2ReportTimer;
pgie->LastVer2ReportTimer.Timeout
= pite->Config.GroupMembershipTimeout;
pgie->LastVer2ReportTimer.Context
= &pgie->LastVer2ReportTimer.Context;
pgie->LastVer2ReportTimer.Status = TIMER_STATUS_CREATED;
// set version based on current interface version
pgie->Version = (IS_IF_VER1(pite)) ? 1 : ((IS_IF_VER2(pite))?2:3);
//
// initialize GI_INFO
//
ZeroMemory(&pgie->Info, sizeof(GI_INFO));
pgie->Info.GroupUpTime = llCurrentTime;
if (!bStaticGroup) {
pgie->Info.GroupExpiryTime = llCurrentTime
+ CONFIG_TO_SYSTEM_TIME(pite->Config.GroupMembershipTimeout);
}
pgie->Info.V1HostPresentTimeLeft = 0;
pgie->Info.V2HostPresentTimeLeft = 0;
pgie->Info.LastReporter = dwInputSrcAddr;
//
// v3 fields
//
pgie->V3InclusionList = (PLIST_ENTRY)
IGMP_ALLOC(sizeof(LIST_ENTRY)*SOURCES_BUCKET_SZ,
0x800020, pite->IfIndex);
PROCESS_ALLOC_FAILURE2(pgie->V3InclusionList,
"Error %d allocating sources table:%d bytes", Error,
sizeof(LIST_ENTRY)*SOURCES_BUCKET_SZ,
GOTO_END_BLOCK1);
for (i=0; i<SOURCES_BUCKET_SZ; i++)
InitializeListHead(&pgie->V3InclusionList[i]);
InitializeListHead(&pgie->V3InclusionListSorted);
pgie->NumSources = 0;
pgie->FilterType = INCLUSION;
InitializeListHead(&pgie->V3ExclusionList);
InitializeListHead(&pgie->V3SourcesQueryList);
pgie->V3SourcesQueryCount = 0;
// V3SourcesQueryTimer
pgie->V3SourcesQueryTimer.Function = T_V3SourcesQueryTimer;
pgie->V3SourcesQueryTimer.Context =
&pgie->V3SourcesQueryTimer.Context;
pgie->V3SourcesQueryTimer.Status = TIMER_STATUS_CREATED;
// set static group flag
pgie->bStaticGroup = bStaticGroup;
//
// increment the count of number of If's for that group
// I increment once for each virtual interface
//
InterlockedIncrement(&pge->NumVifs);
if (!bRasClient||(bRasClient&bRasNewGroup) ) {
InterlockedIncrement(&pite->Info.CurrentGroupMemberships);
InterlockedIncrement(&pite->Info.GroupMembershipsAdded);
}
//
// update stats for ras client
//
if ((bRasClient) && (g_Config.RasClientStats) ) {
InterlockedIncrement(&prte->Info.CurrentGroupMemberships);
InterlockedIncrement(&prte->Info.GroupMembershipsAdded);
}
//
// Join the group to MGM
//
// call mgm to join the group only if the interface is
// activated, enabled by mgm, either mprotocol exists or else
// igmprtr is a querier on this interface
if (CAN_ADD_GROUPS_TO_MGM(pite)
&& (pgie->bStaticGroup||!IS_IF_VER3(pite)) )
{
MGM_ADD_GROUP_MEMBERSHIP_ENTRY(pite, NHAddr, 0, 0,
pge->Group, 0xffffffff, MGM_JOIN_STATE_FLAG);
}
//
// v3 no MGM calls, as I create an inclusion list with null members.
//
} // if GI entry not found
// GI entry found
else {
if (bStaticGroup)
pgie->bStaticGroup = TRUE;
bCreateLocal = FALSE;
}
} END_BREAKOUT_BLOCK1;
if (bCreate!=NULL)
*bCreate = bCreateLocal;
Trace0(LEAVE1, "Leaving _GetGIFromGIList()");
//Trace1(ENTER1, "GetGiFromGiList returned:%0x", (DWORD)pgie);//deldel
return pgie;
} //end _GetGIFromGIList
//------------------------------------------------------------------------------
// _DebugPrintGIList
//------------------------------------------------------------------------------
VOID
DebugPrintGIList (
PGROUP_TABLE_ENTRY pge,
LONGLONG llCurTime
)
{
PGI_ENTRY pgie;
PLIST_ENTRY pHead, ple;
pHead = &pge->ListOfGIs;
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pgie = CONTAINING_RECORD(ple, GI_ENTRY, LinkByGI);
if (pgie->Status&IF_DELETED_FLAG)
continue;
//
// GI info
//
Trace4(GROUP,
"---If(%d: %d.%d.%d.%d) NHAddr(%d.%d.%d.%d) GroupMembershipTimer(%d sec)",
pgie->IfIndex, PRINT_IPADDR(pgie->pIfTableEntry->IpAddr),
PRINT_IPADDR(pgie->NHAddr),
(pgie->GroupMembershipTimer.Timeout-llCurTime)/1000
);
//
// if leave being processed
//
if (IS_TIMER_ACTIVE(pgie->LastMemQueryTimer)) {
Trace2(GROUP,
" *Leave received: LastMemQueryCount:%d LastMemQueryTimeLeft(%d ms)",
pgie->LastMemQueryCount,
(DWORD) (pgie->LastMemQueryTimer.Timeout-llCurTime)
);
}
}
Trace0(GROUP, "");
return;
}
//------------------------------------------------------------------------------
// DebugPrintGroups
//------------------------------------------------------------------------------
VOID
APIENTRY
DebugPrintGroups (
DWORD Flags
)
{
DWORD Group, i, j, k;
DWORD IfIndex;
PLIST_ENTRY pHead, ple;
DWORD Count;
PGROUP_TABLE_ENTRY pge; //group table entry
LONGLONG llCurTime = GetCurrentIgmpTime();
j = 1;
Trace0(GROUP, "");
for (i=0; i<GROUP_HASH_TABLE_SZ; i++) {
ACQUIRE_GROUP_LOCK(i, "_DebugPrintGroups");
pHead = &g_pGroupTable->HashTableByGroup[i].Link;
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pge = CONTAINING_RECORD(ple, GROUP_TABLE_ENTRY, HTLinkByGroup);
//
// print group info
//
Trace3(GROUP, "(%d) Group:%d.%d.%d.%d UpTime(%lu sec)",
j++, PRINT_IPADDR(pge->Group),
(llCurTime-pge->GroupUpTime)/1000);
// print GI list
DebugPrintGIList(pge, llCurTime);
}
RELEASE_GROUP_LOCK(i, "_DebugPrintGroups");
}
return;
}
VOID
DebugPrintIfGroups(
PIF_TABLE_ENTRY pite,
DWORD flag
)
{
PGI_ENTRY pgiTmp;
PLIST_ENTRY pHead, ple;
BOOL bInsertInNew;
DWORD count=0;
PPROXY_GROUP_ENTRY proxyge;
ACQUIRE_IF_GROUP_LIST_LOCK(pite->IfIndex, "_DebugPrintIfGroups");
Trace0(ERR, "---------------DebugPrintIfGroups---------------------");
Trace1(ERR, "Ipaddr: %d.%d.%d.%d", PRINT_IPADDR(pite->IpAddr) );
Trace1(ERR, "CurrentGroupMemberships: %d",pite->Info.CurrentGroupMemberships);
pHead = &pite->ListOfSameIfGroups;
for (ple=pHead->Flink; ple!=pHead && count<300; ple=ple->Flink) {
if (!(flag&IGMP_IF_PROXY)) {
pgiTmp = CONTAINING_RECORD(ple, GI_ENTRY, LinkBySameIfGroups);
Trace5(SOURCES, "%d: main list: %x:%x:%x: %d.%d.%d.%d", ++count, (ULONG_PTR)ple,
(ULONG_PTR)ple->Flink, (ULONG_PTR)ple->Blink,
PRINT_IPADDR(pgiTmp->pGroupTableEntry->Group));
}
else {
proxyge = CONTAINING_RECORD(ple, PROXY_GROUP_ENTRY, LinkBySameIfGroups);
Trace5(SOURCES, "%d: proxyMailList: %x:%x:%x: %d.%d.%d.%d", ++count,
(ULONG_PTR)ple,
(ULONG_PTR)ple->Flink, (ULONG_PTR)ple->Blink,
PRINT_IPADDR(proxyge->Group));
}
}
pHead = &pite->ListOfSameIfGroupsNew;
Trace1(ERR, "NumGIEntriesInNewList:%d", pite->NumGIEntriesInNewList);
for (ple=pHead->Flink; ple!=pHead && count<300; ple=ple->Flink) {
if (!(flag&IGMP_IF_PROXY)) {
pgiTmp = CONTAINING_RECORD(ple, GI_ENTRY, LinkBySameIfGroups);
Trace5(ERR, "%d: NewList: %x:%x:%x: %d.%d.%d.%d", ++count, (ULONG_PTR)ple,
(ULONG_PTR)ple->Flink, (ULONG_PTR)ple->Blink,
PRINT_IPADDR(pgiTmp->pGroupTableEntry->Group));
}
else {
proxyge = CONTAINING_RECORD(ple, PROXY_GROUP_ENTRY, LinkBySameIfGroups);
Trace5(ERR, "%d: ProxyNewList: %x:%x:%x: %d.%d.%d.%d", ++count, (ULONG_PTR)ple,
(ULONG_PTR)ple->Flink, (ULONG_PTR)ple->Blink,
PRINT_IPADDR(proxyge->Group));
}
}
Trace0(ERR, "-------------------------------------------------------------");
RELEASE_IF_GROUP_LIST_LOCK(pite->IfIndex, "_DebugPrintIfGroups");
//ASSERT(count<300);//deldel
}
DWORD
APIENTRY
DebugPrintLocks(
)
{
DWORD Group;
Trace0(KSL, "QUEUEING WORKER THREAD TO DEBUGPRINTLOCKS");
QueueIgmpWorker(DebugPrintLocks, NULL);
Trace0(KSL, "QUEUED WORKER THREAD TO DEBUGPRINTLOCKS");
return NO_ERROR;
}
VOID
DebugPrintLists(
PLIST_ENTRY pHead
)
{ DWORD count=0;
PLIST_ENTRY ple;
for (ple=pHead->Flink; (ple!=pHead)&&(count<16); ple=ple->Flink,count++) {
Trace3(ERR, "ple:%lu ple->Flink:%lu: ple->Blink:%lu",
ple, ple->Flink, ple->Blink);
}
}
//------------------------------------------------------------------------------
// _ForcePrintGroupsList
//------------------------------------------------------------------------------
VOID
DebugForcePrintGroupsList (
DWORD Flags
)
{
BOOL bMain = FALSE;
CHAR str[2][5] = {"new", "main"};
LIST_ENTRY *ple, *pHead;
PGROUP_TABLE_ENTRY pge;
if (g_Info.CurrentGroupMemberships > 40 && !(Flags&ENSURE_EMPTY) )
return;
Trace0(ENTER1, "Entering _ForcePrintGroupsList()");
pHead = &g_pGroupTable->ListByGroupNew;
if (Flags&ENSURE_EMPTY) {
if (IsListEmpty(pHead))
return;// list empty as expected
DbgPrint("Cleanup: Group Lists should be empty\n");
DbgBreakPoint();
}
do {
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pge = CONTAINING_RECORD(ple, GROUP_TABLE_ENTRY, LinkByGroup);
Trace3(KSL, "%s-group list: <%d.%d.%d.%d> pge:%0x", str[bMain],
PRINT_IPADDR(pge->Group), (ULONG_PTR)pge);
if (!IS_MCAST_ADDR(pge->Group)) {
#if DBG
DbgBreakPoint();
#endif
Trace0(ERR, "===============================================================");
Trace2(ERR, "bad group(%d.%d.%d.%d)(pge:%0x) while checking main-group",
PRINT_IPADDR(pge->Group), (ULONG_PTR)pge);
Trace0(ERR, "===============================================================");
return;
}
}
if (!bMain) {
pHead = &g_pGroupTable->ListByGroup.Link;
bMain = TRUE;
}
else
break;
} while (1);
Trace0(LEAVE1, "Leaving _ForcePrintGroupsList()");
}
//------------------------------------------------------------------------------
// DebugPrintGroupsList
//------------------------------------------------------------------------------
VOID
DebugPrintGroupsList (
DWORD Flags
)
{
BOOL bMain = FALSE;
CHAR str[2][5] = {"new", "main"};
LIST_ENTRY *ple, *pHead;
PGROUP_TABLE_ENTRY pge;
static DWORD StaticCount;
BOOL bPrint = FALSE;
if (StaticCount++==30) {
bPrint = TRUE;
StaticCount = 0;
}
if (g_Info.CurrentGroupMemberships > 40)
return;
pHead = &g_pGroupTable->ListByGroupNew;
do {
for (ple=pHead->Flink; ple!=pHead; ple=ple->Flink) {
pge = CONTAINING_RECORD(ple, GROUP_TABLE_ENTRY, LinkByGroup);
//if ((Flags)&&(bPrint))
if (0)
Trace3(KSL, "%s-group list: <%d.%d.%d.%d> pge:%0x", str[bMain],
PRINT_IPADDR(pge->Group), (ULONG_PTR)pge);
if (!IS_MCAST_ADDR(pge->Group)) {
if (!bPrint) {
DebugForcePrintGroupsList(1);
return;
}
#if DBG
DbgBreakPoint();
#endif
Trace0(ERR, "===============================================================");
Trace2(ERR, "bad group(%d.%d.%d.%d)(pge:%0x) while checking main-group",
PRINT_IPADDR(pge->Group), (ULONG_PTR)pge);
Trace0(ERR, "===============================================================");
return;
}
}
if (!bMain) {
pHead = &g_pGroupTable->ListByGroup.Link;
bMain = TRUE;
}
else
break;
} while (1);
//Trace0(LEAVE1, "Leaving _PrintGroupsList()");
}
Reference in a new issue Copy permalink