/* GetDBTape
* Load a DB tape, read and over write its label.
* Leave the tape mounted.
*/
afs_int32
GetDBTape(afs_int32 taskId, Date expires, struct butm_tapeInfo *tapeInfoPtr,
afs_uint32 dumpid, afs_int32 sequence, int queryFlag,
int *wroteLabel)
{
afs_int32 code = 0;
int interactiveFlag;
char tapeName[BU_MAXTAPELEN];
char strlevel[5];
struct timeval tp;
struct timezone tzp;
afs_int32 curTime;
int tapecount = 1;
struct butm_tapeLabel oldTapeLabel, newLabel;
struct tapeEntryList *endList;
/* construct the name of the tape */
sprintf(tapeName, "%s.%-d", DUMP_TAPE_NAME, sequence);
interactiveFlag = queryFlag;
*wroteLabel = 0;
while (!*wroteLabel) { /*w */
if (interactiveFlag) { /* need a tape to write */
code =
PromptForTape(SAVEDBOPCODE, tapeName, dumpid, taskId,
tapecount);
if (code)
ERROR_EXIT(code);
}
interactiveFlag = 1;
tapecount++;
code = butm_Mount(tapeInfoPtr, tapeName);
if (code) {
TapeLog(0, taskId, code, tapeInfoPtr->error, "Can't open tape\n");
goto getNewTape;
}
memset(&oldTapeLabel, 0, sizeof(oldTapeLabel));
code = butm_ReadLabel(tapeInfoPtr, &oldTapeLabel, 1); /* rewind tape */
if (code) {
oldTapeLabel.useCount = 0; /* no label exists */
oldTapeLabel.structVersion = 0;
strcpy(oldTapeLabel.pName, "");
} else {
/* If tape has a name, it must be null or database tape name */
if (dump_namecheck && strcmp(oldTapeLabel.AFSName, "")
&& !databaseTape(oldTapeLabel.AFSName)) {
char gotName[BU_MAXTAPELEN + 32];
LABELNAME(gotName, &oldTapeLabel);
TLog(taskId,
"This tape %s must be a database tape or NULL tape\n",
gotName);
getNewTape:
unmountTape(taskId, tapeInfoPtr);
continue;
}
/* Do not overwrite a tape that belongs to this dump */
if (oldTapeLabel.dumpid && (oldTapeLabel.dumpid == dumpid)) {
ErrorLog(0, taskId, 0, 0,
"Can't overwrite tape containing the dump in progress\n");
goto getNewTape;
}
/* On first tape, the savedb has not started yet, so the database is not locked
* and we can therefore, access information from it. This is easier to do because
* database dumps don't have appended dumps (nor appended).
*/
if (sequence == 1) {
afs_uint32 dmp;
struct budb_dumpEntry de, de2;
/* Verify the tape has not expired
* Early database dumps don't have a dumpid
*/
if (!tapeExpired(&oldTapeLabel)) {
TLog(taskId, "This tape has not expired\n");
goto getNewTape;
}
/* Since the dumpset on this tape will be deleted from database, check if
* any of the dumps in this dumpset are most-recent-dumps.
*/
for (dmp = oldTapeLabel.dumpid; dmp; dmp = de.appendedDumpID) {
if (dmp == lastDump.id) {
memcpy(&de, &lastDump, sizeof(de));
memcpy(&de2, &lastDump, sizeof(de2));
} else {
code = bcdb_FindDumpByID(dmp, &de);
if (code)
break;
sprintf(strlevel, "%d", de.level);
code =
bcdb_FindLatestDump(de.volumeSetName, strlevel,
&de2);
if (code)
continue;
}
if (de.id == de2.id) {
if (strcmp(DUMP_TAPE_NAME, de2.name) == 0) {
ErrorLog(0, taskId, 0, 0,
"Warning: Overwriting most recent dump %s (DumpID %u)\n",
de.name, de.id);
} else {
ErrorLog(0, taskId, 0, 0,
"Warning: Overwriting most recent dump of the '%s' volumeset: %s (DumpID %u)\n",
de.volumeSetName, de.name, de.id);
}
}
}
}
/* Otherwise, the savedb is in progress and we can't
* access the database (it's locked). So we rely on the
* information available (and not the backup database).
*/
else {
/* Check the tape's expiration date. Use the expiration on the label */
gettimeofday(&tp, &tzp);
curTime = tp.tv_sec;
if (curTime < oldTapeLabel.expirationDate) {
TLog(taskId, "This tape has not expired\n");
goto getNewTape;
}
/* Check if this previous-dump of the dump-in-progress is on this tape */
if (oldTapeLabel.dumpid
&& (oldTapeLabel.dumpid == lastDump.id)) {
ErrorLog(0, taskId, 0, 0,
"Warning: Overwriting most recent dump %s (DumpID %u)\n",
lastDump.name, lastDump.id);
}
}
}
GetNewLabel(tapeInfoPtr, oldTapeLabel.pName, tapeName, &newLabel);
newLabel.expirationDate = expires;
newLabel.useCount = oldTapeLabel.useCount + 1;
newLabel.dumpid = dumpid;
newLabel.size = tapeInfoPtr->tapeSize;
code = butm_Create(tapeInfoPtr, &newLabel, 1); /* rewind tape */
if (code) {
TapeLog(0, taskId, code, tapeInfoPtr->error,
"Can't label tape\n");
goto getNewTape;
}
*wroteLabel = 1;
/* Initialize a tapeEntry for later inclusion into the database */
listEntryPtr =
(struct tapeEntryList *)malloc(sizeof(struct tapeEntryList));
if (!listEntryPtr)
ERROR_EXIT(TC_NOMEMORY);
memset(listEntryPtr, 0, sizeof(struct tapeEntryList));
/* Remember dumpid so we can delete it later */
if ((oldTapeLabel.structVersion >= TAPE_VERSION_3)
&& oldTapeLabel.dumpid)
listEntryPtr->oldDumpId = oldTapeLabel.dumpid;
/* Fill in tape entry so we can save it later */
strcpy(tapeEntryPtr->name, TNAME(&newLabel));
tapeEntryPtr->flags = BUDB_TAPE_BEINGWRITTEN;
tapeEntryPtr->written = newLabel.creationTime;
tapeEntryPtr->expires = expires;
tapeEntryPtr->seq = sequence;
tapeEntryPtr->useCount = oldTapeLabel.useCount + 1;
tapeEntryPtr->dump = dumpid;
tapeEntryPtr->useKBytes = 0;
tapeEntryPtr->labelpos = 0;
/* Thread onto end of single-linked list */
if (listEntryHead) {
endList = listEntryHead;
while (endList->next)
endList = endList->next;
endList->next = listEntryPtr;
} else
listEntryHead = listEntryPtr;
} /*w */
error_exit:
return (code);
}
int worker( struct TcpdaemonEntryParam *pep , struct TcpdaemonServerEnv *pse )
{
struct sembuf sb ;
fd_set readfds ;
struct sockaddr accept_addr ;
socklen_t accept_addrlen ;
int accept_sock ;
int nret = 0 ;
while(1)
{
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | waiting for entering accept mutex\n" , pse->index );
/* 进入临界区 */
memset( & sb , 0x00 , sizeof(struct sembuf) );
sb.sem_num = 0 ;
sb.sem_op = -1 ;
sb.sem_flg = SEM_UNDO ;
nret = semop( pse->accept_mutex , & sb , 1 ) ;
if( nret == -1 )
{
ErrorLog( __FILE__ , __LINE__ , "WORKER(%ld) | enter accept mutex failed , errno[%d]\n" , pse->index , errno );
return -1;
}
else
{
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | enter accept mutex ok\n" , pse->index );
}
/* 监控侦听socket或存活管道事件 */
FD_ZERO( & readfds );
FD_SET( pse->listen_sock , & readfds );
FD_SET( pse->alive_pipe->fd[0] , & readfds );
nret = select( MAX_INT(pse->listen_sock,pse->alive_pipe->fd[0])+1 , & readfds , NULL , NULL , NULL ) ;
if( nret == -1 )
{
ErrorLog( __FILE__ , __LINE__ , "WORKER(%ld) | select failed , errno[%d]\n" , pse->index , errno );
break;
}
if( FD_ISSET( pse->alive_pipe->fd[0] , & readfds ) )
{
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | alive_pipe received quit command\n" , pse->index );
break;
}
/* 接受新客户端连接 */
accept_addrlen = sizeof(struct sockaddr) ;
memset( & accept_addr , 0x00 , accept_addrlen );
accept_sock = accept( pse->listen_sock , & accept_addr , & accept_addrlen ) ;
if( accept_sock == -1 )
{
ErrorLog( __FILE__ , __LINE__ , "WORKER(%ld) | accept failed , errno[%d]\n" , pse->index , errno );
break;
}
else
{
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | accept ok , [%d]accept[%d]\n" , pse->index , pse->listen_sock , accept_sock );
}
if( pep->tcp_nodelay > 0 )
{
setsockopt( accept_sock , IPPROTO_TCP , TCP_NODELAY , (void*) & (pep->tcp_nodelay) , sizeof(int) );
}
if( pep->tcp_linger > 0 )
{
struct linger lg ;
lg.l_onoff = 1 ;
lg.l_linger = pep->tcp_linger - 1 ;
setsockopt( accept_sock , SOL_SOCKET , SO_LINGER , (void *) & lg , sizeof(struct linger) );
}
/* 离开临界区 */
memset( & sb , 0x00 , sizeof(struct sembuf) );
sb.sem_num = 0 ;
sb.sem_op = 1 ;
sb.sem_flg = SEM_UNDO ;
nret = semop( pse->accept_mutex , & sb , 1 ) ;
if( nret == -1 )
{
ErrorLog( __FILE__ , __LINE__ , "WORKER(%ld) | leave accept mutex failed , errno[%d]\n" , pse->index , errno );
return -1;
}
else
{
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | leave accept mutex ok\n" , pse->index );
}
/* 调用通讯数据协议及应用处理回调函数 */
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | 调用tcpmain\n" , pse->index );
nret = pse->pfunc_tcpmain( pep->param_tcpmain , accept_sock , & accept_addr ) ;
if( nret < 0 )
{
ErrorLog( __FILE__ , __LINE__ , "WORKER(%ld) | tcpmain return[%d]\n" , pse->index , nret );
return -1;
}
else if( nret > 0 )
{
WarnLog( __FILE__ , __LINE__ , "WORKER(%ld) | tcpmain return[%d]\n" , pse->index , nret );
}
else
{
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | tcpmain return[%d]\n" , pse->index , nret );
}
/* 关闭客户端连接 */
close( accept_sock );
DebugLog( __FILE__ , __LINE__ , "close[%d]\n" , accept_sock );
/* 检查工作进程处理数量 */
pse->requests_per_process++;
if( pep->max_requests_per_process != 0 && pse->requests_per_process >= pep->max_requests_per_process )
{
InfoLog( __FILE__ , __LINE__ , "WORKER(%ld) | maximum number of processing[%ld][%ld] , ending\n" , pse->index , pse->requests_per_process , pep->max_requests_per_process );
return -1;
}
}
/* 最终离开临界区 */
memset( & sb , 0x00 , sizeof(struct sembuf) );
sb.sem_num = 0 ;
sb.sem_op = 1 ;
sb.sem_flg = SEM_UNDO ;
nret = semop( pse->accept_mutex , & sb , 1 ) ;
if( nret == -1 )
{
InfoLog( __FILE__ , __LINE__ , "WORKER(%ld) | leave accept mutex finally failed , errno[%d]\n" , pse->index , errno );
return -1;
}
else
{
DebugLog( __FILE__ , __LINE__ , "WORKER(%ld) | leave accept mutex finally ok\n" , pse->index );
}
return 0;
}
bool GameDBChannel::SelectUser(int64_t userNo, UserInfo* userInfo)
{
char query[256] = { 0, };
sprintf(query,
SELECT_USER_QUERY,
userNo);
MYSQL_RES* resultSet = NULL;
_dbConn.ProcessResultQuery(query, &resultSet);
bool isExists = false;
if (resultSet)
{
MYSQL_ROW row;
while ((row = mysql_fetch_row(resultSet)) != NULL)
{
mysql_field_seek(resultSet, 0);
if (mysql_num_fields(resultSet) != USER_FIELD_COUNT)
{
ErrorLog("the retrieved field is incorrect, fields:%d", mysql_num_fields(resultSet));
mysql_free_result(resultSet);
return false;
}
memset(userInfo, 0, sizeof(UserInfo));
if (row[USER_USER_NO]) userInfo->userNo = atoll(row[USER_USER_NO]);
if (row[USER_NICK_NAME])
{
strcpy(userInfo->nickName, row[USER_NICK_NAME]);
userInfo->nickNameLen = strlen(row[USER_NICK_NAME]);
}
if (row[USER_COMMON_WIN]) userInfo->commonWin = atoi(row[USER_COMMON_WIN]);
if (row[USER_COMMON_LOSE]) userInfo->commonLose = atoi(row[USER_COMMON_LOSE]);
if (row[USER_COMMON_DISS]) userInfo->commonDiss = atoi(row[USER_COMMON_DISS]);
if (row[USER_RANK_WIN]) userInfo->rankWin = atoi(row[USER_RANK_WIN]);
if (row[USER_RANK_LOSE]) userInfo->rankLose = atoi(row[USER_RANK_LOSE]);
if (row[USER_RANK_DISS]) userInfo->rankDiss = atoi(row[USER_RANK_DISS]);
if (row[USER_GRADE]) userInfo->grade = atoi(row[USER_GRADE]);
if (row[USER_GRADE_REACHED_COUNT]) userInfo->gradeReachedCount = atoi(row[USER_GRADE_REACHED_COUNT]);
if (row[USER_POINT]) userInfo->point = atoi(row[USER_POINT]);
if (row[USER_COIN]) userInfo->coin = atoi(row[USER_COIN]);
if (row[USER_CLAN_NO]) userInfo->clanNo = atoi(row[USER_CLAN_NO]);
if (row[USER_CLAN_CLASS]) userInfo->clanClass = atoi(row[USER_CLAN_CLASS]);
// if (row[USER_CREATED_TIME]) userInfo->createTime = atoi(row[USER_CREATED_TIME]);
// if (row[USER_LAST_LOGIN_TIME]) userInfo->lastLoginTime = atoi(row[USER_LAST_LOGIN_TIME]);
// if (row[USER_LAST_LOGOUT_TIME]) userInfo->lastLogoutTime = atoi(row[USER_LAST_LOGOUT_TIME]);
isExists = true;
}
mysql_free_result(resultSet);
}
if (false == isExists)
{
ErrorLog("the user do not exist, userNo = %lld", userNo);
return false;
}
return true;
}
int main(int argc, char **argv)
{
DWORD dwRet;
dwRet = InitLog(E_LOG_CONSOLE);
//dwRet = InitLog(E_LOG_FILE);
if (argc < 2) {
DebugLog("[Usage] : Server Port, Server DB Queue [Default 4]");
return E_RET_FAIL;
}
DebugLog("******************************************");
DebugLog("******* Broker Giver Server Init *********");
DebugLog("******************************************");
/*
you have to configure argument for server
argv[1] : Port
argv[2] : Backlog
*/
std::string strPort, strDBQueue;
DWORD dwPort, dwDBQueue;
strPort = argv[1];
dwPort = ::atoi(strPort.c_str());
if (argc == 2) {
#define DEFAULT_QUEUE_SIZE 4
dwDBQueue = DEFAULT_QUEUE_SIZE;
}
else {
strDBQueue = argv[2];
dwDBQueue = ::atoi(strDBQueue.c_str());
}
CBGServer *BGServer = NULL;
BGServer = new CBGServer();
if (!BGServer) {
ErrorLog("Fail to get memory of AYServer");
return E_RET_FAIL;
}
DebugLog("******************************************");
DebugLog("****** Broker Giver Server Start *********");
DebugLog("******************************************");
try
{
dwRet = BGServer->StartServer(dwPort, dwDBQueue);
if (dwRet != E_RET_SUCCESS) {
throw std::exception("Fail to start server");
}
}
catch (std::exception &e)
{
ErrorLog("******************************************");
ErrorLog("****** Broker Giver Server Exit *********");
ErrorLog("******************************************");
ErrorLog("%s", e.what());
if (BGServer)
delete BGServer;
DeleteCriticalSection(&CriticalSection);
return E_RET_FAIL;
}
DebugLog("******************************************");
DebugLog("****** Broker Giver Server Exit *********");
DebugLog("******************************************");
if (BGServer)
delete BGServer;
DeleteCriticalSection(&CriticalSection);
return E_RET_SUCCESS;
}
void FX_CCharManager::GenerateCharacterAffect ( Fx_CHARACTER_t *pNewChar, int affectNum, int affectIdx[] )
{
if ( ! pNewChar )
{
ErrorLog( "NULL pointer inputed" );
return;
}
if ( affectNum > MAX_NUM_STATIC_EFFECT )
{
ErrorLog( "affactNum<%d> exceeds MAX_NUM_STATIC_EFFECT. ignore all effect", affectNum );
pNewChar->ren_numStaticEffects = 0;
memset( pNewChar->ren_staticEffectEntityIndex, 0, sizeof(pNewChar->ren_staticEffectEntityIndex) );
memset( pNewChar->ren_staticEffectIndex, 0, sizeof(pNewChar->ren_staticEffectIndex) );
memset( pNewChar->ren_staticEffectLevel, 0, sizeof(pNewChar->ren_staticEffectLevel) );
return;
}
if ( affectNum < 0 )
{
ErrorLog( "affactNum<%d> has minus value", affectNum );
pNewChar->ren_numStaticEffects = 0;
memset( pNewChar->ren_staticEffectEntityIndex, 0, sizeof(pNewChar->ren_staticEffectEntityIndex) );
memset( pNewChar->ren_staticEffectIndex, 0, sizeof(pNewChar->ren_staticEffectIndex) );
memset( pNewChar->ren_staticEffectLevel, 0, sizeof(pNewChar->ren_staticEffectLevel) );
return;
}
int tempNumStaticEffects = 0;
int tempStaticEffectsIndex [MAX_NUM_STATIC_EFFECT];
int tempStaticEffectsLevel [MAX_NUM_STATIC_EFFECT];
int tempStaticEffectsEntityIndex [MAX_NUM_STATIC_EFFECT];
bool flagProcessed [MAX_NUM_STATIC_EFFECT];
for ( int index = 0; \
index < MAX_NUM_STATIC_EFFECT; \
++index )
{
flagProcessed [index] = false;
}
if ( ( pNewChar->ren_numStaticEffects < 0 ) ||
( pNewChar->ren_numStaticEffects >= MAX_NUM_STATIC_EFFECT ) )
{
ErrorLog( "entityType : %d, name : %s, ren_numStaticEffects : %d", pNewChar->entityType, pNewChar->name, pNewChar->ren_numStaticEffects );
pNewChar->ren_numStaticEffects = 0;
}
int newEffectCount = affectNum;
for ( index = 0; \
index < pNewChar ->ren_numStaticEffects; \
++index )
{
int effectIndex = pNewChar ->ren_staticEffectIndex [index];
int effectLevel = pNewChar ->ren_staticEffectLevel [index];
int effectEntityIndex = pNewChar ->ren_staticEffectEntityIndex [index];
if ( effectEntityIndex < 0 || effectEntityIndex >= MAX_SIZE_EFFECT_ENTITY )
{
ErrorLog( "effectEntityIndex is invalid(%d)", effectEntityIndex );
continue;
}
if ( effectLevel < 0 )
effectLevel = 0;
bool found = false;
int newEffectIndex;
for ( int subindex = 0; \
subindex < newEffectCount; \
++subindex )
{
if ( effectIndex == affectIdx [subindex] )
{
newEffectIndex = subindex;
found = true;
break;
}
}
if ( found )
{
tempStaticEffectsIndex [tempNumStaticEffects] = effectIndex;
tempStaticEffectsLevel [tempNumStaticEffects] = effectLevel;
tempStaticEffectsEntityIndex [tempNumStaticEffects] = effectEntityIndex;
++tempNumStaticEffects;
effectentity_t *entity;
entity = &g_effectMng ->m_entities [effectEntityIndex];
mdleffectentity_t *mdlEntity;
mdlEntity = &g_effectMng ->m_MDLMng ->m_MDLEffectEntities [entity ->idxMDLEntity];
mdlEntity ->attackerIdx = pNewChar ->idxOnServer;
flagProcessed [newEffectIndex] = true;
continue;
}
if ( g_effectMng->m_entityInUse[ effectEntityIndex ] )
{
g_effectMng ->Delete ( effectEntityIndex );
}
}
if ( tempNumStaticEffects > 0 )
{
memcpy ( pNewChar ->ren_staticEffectIndex, tempStaticEffectsIndex, sizeof (int) * tempNumStaticEffects );
memcpy ( pNewChar ->ren_staticEffectLevel, tempStaticEffectsLevel, sizeof (int) * tempNumStaticEffects );
memcpy ( pNewChar ->ren_staticEffectEntityIndex, tempStaticEffectsEntityIndex, sizeof (int) * tempNumStaticEffects );
}
CSkillEffect *pEffect;
for ( index = 0; \
index < newEffectCount; \
++index )
{
if ( tempNumStaticEffects >= MAX_NUM_STATIC_EFFECT )
{
ErrorLog( "entitytype : %d, name : %s, effectnum exceeded maxinum value : %d", pNewChar->entityType, pNewChar->name, tempNumStaticEffects );
ErrorLog( "index : %d, newEffectCount : %d", index, newEffectCount );
break;
}
if ( flagProcessed [index] ) continue;
bool found = false;
for ( int subindex = 0; \
subindex < tempNumStaticEffects; \
++subindex )
{
if ( affectIdx [index] == tempStaticEffectsIndex [subindex] )
{
found = true;
break;
}
}
if ( found ) continue;
int skillIndex = affectIdx [index];
if ( skillIndex < 0 )
{
ErrorLog( "서버에서 minus 값을 가지는 skill index 날아왔음. %d", skillIndex );
continue;
}
int skillLevel = 0;
pNewChar ->ren_staticEffectIndex [tempNumStaticEffects] = skillIndex;
pNewChar ->ren_staticEffectLevel [tempNumStaticEffects] = skillLevel;
CSkilTable *pSkillTable = g_SkillTableDB.FindDB(skillIndex);
if(pSkillTable == NULL) continue;
pEffect = pSkillTable->GetSkillEffect();
if(pEffect == NULL) continue;
if ( ! pEffect->m_nIsSubEffect) continue;
if ( pEffect->m_nSubEffectID < 0 )
{
ErrorLog( "skillindex<%d> 의 subeffect index<%d> 가 잘못되었음", skillIndex, pEffect->m_nSubEffectID );
continue;
}
pNewChar ->ren_staticEffectEntityIndex [tempNumStaticEffects]
= g_effectMng ->AddSelfEffect ( GTH_EFFECT_CLASS_MODEL,
pEffect->m_nSubEffectID,
pNewChar ->position,
g_SkillLogic.GTH_GetSkillEffectLevel ( skillIndex, skillLevel ),
true,
pNewChar ->entityType,
pNewChar ->idxOnServer );
if ( pNewChar ->ren_staticEffectEntityIndex [tempNumStaticEffects] < 0 )
{
continue;
}
else
{
++tempNumStaticEffects;
}
}
pNewChar ->ren_numStaticEffects = tempNumStaticEffects;
return;
}
void InitMediaMananger()
{
InitializeCriticalSection(&g_locker);
HKEY hKey;
LONG lRet;
lRet = RegOpenKeyEx(HKEY_CURRENT_USER, REG_PATH, 0, KEY_QUERY_VALUE | KEY_SET_VALUE, &hKey );
if (lRet == ERROR_FILE_NOT_FOUND)
{
return ;
}
if( lRet != ERROR_SUCCESS )
{
WarnLog("Faild(%d) to RegOpenKeyEx\n", lRet);
return ;
}
for(int i = 0; ; i++)
{
wchar_t achGuid[256];
DWORD cchGuid = 256;
struct MediaInfo info;
if (RegEnumValue(hKey, i, achGuid, &cchGuid, NULL, NULL, NULL, NULL) != ERROR_SUCCESS) break;
DWORD cbData = REG_SIZE;
DWORD dwType = REG_BINARY;
lRet = RegQueryValueEx(hKey, achGuid, 0, &dwType, (LPBYTE)(&info), &cbData);
if ((lRet != ERROR_SUCCESS ) || (dwType != REG_BINARY) || (cbData != REG_SIZE))
{
ErrorLog("Faild(%d) to RegQueryValueEx\n", lRet);
RegDeleteValue(hKey, achGuid);
continue;
}
if (CheckMediaInfo(&info) == FALSE)
{
lRet = RegDeleteValue(hKey, achGuid);
continue;
}
g_media_list = (MediaInfo **)MemoryRealloc(g_media_list, (g_media_info_count + 1) * sizeof(MediaInfo*));
g_media_list[g_media_info_count] = (MediaInfo *)MemoryAlloc(sizeof(MediaInfo));
g_media_list[g_media_info_count][0] = info;
g_media_info_count ++;
}
RegCloseKey( hKey );
if (g_media_info_count > 1)
{
qsort(g_media_list, g_media_info_count, sizeof(MediaInfo *), (int32_t (__cdecl *)(const void *,const void *))mediainfo_compare);
}
// ɾ³ý
wchar_t szFileFormat[MAX_PATH];
StringCchPrintf(szFileFormat, MAX_PATH, L"%ls\\vmeisoft_v1_*.*", g_szTempPath);
WIN32_FIND_DATAW wfd;
HANDLE hFind = FindFirstFile(szFileFormat, &wfd);
if (hFind != INVALID_HANDLE_VALUE)
{
do
{
GUID id = GetGuidFromFileName(wfd.cFileName);
BOOL bFound = FALSE;
for(int i = 0; i < g_media_info_count; i++)
{
if (g_media_list[i]->m_Id == id)
{
bFound = TRUE;
break;
}
}
if (bFound == FALSE)
{
wchar_t szFileName[MAX_PATH];
StringCchPrintf(szFileName, MAX_PATH, L"%ls\\%ls", g_szTempPath, wfd.cFileName);
DeleteFile(szFileName);
}
}
while (FindNextFile(hFind, &wfd) != 0);
FindClose(hFind);
}
}
/*获取可用通道号*/
int GetChannelId( int nDspModule )
{
int nCurChan, i;
long clock;
if( GetChannelShm( ) != SUCC )
{
ErrorLog(ERROR,"GetChannelShm fail");
return FAIL;
}
PSem( CHANNEL_SEM, 1 );
nCurChan = gpShmChan->cur_channel[nDspModule];
/*取空闲的通道或占用时间超过15分钟的通道*/
time( &clock );
for( i=nCurChan; i<MAX_CHANNEL_NUM; i++ )
{
if( gpShmChan->channel[nDspModule][i].time == 0 ||
(clock-gpShmChan->channel[nDspModule][i].time) > 900 )
{
gpShmChan->channel[nDspModule][i].time= clock;
if( i >= (MAX_CHANNEL_NUM-1) )
{
gpShmChan->cur_channel[nDspModule] = 0;
}
else
{
gpShmChan->cur_channel[nDspModule] = i+1;
}
VSem( CHANNEL_SEM, 1 );
return i;
}
}
/*取空闲的通道或占用时间超过15分钟的通道*/
time( &clock );
for( i=0; i<nCurChan; i++ )
{
if( gpShmChan->channel[nDspModule][i].time == 0 ||
(clock-gpShmChan->channel[nDspModule][i].time) > 900 )
{
gpShmChan->channel[nDspModule][i].time = clock;
if( i >= (MAX_CHANNEL_NUM-1) )
{
gpShmChan->cur_channel[nDspModule] = 0;
}
else
{
gpShmChan->cur_channel[nDspModule] = i+1;
}
VSem( CHANNEL_SEM, 1 );
return i;
}
}
VSem( CHANNEL_SEM, 1 );
return -1;
}
DWORD CDBPSServer::StartServer(DWORD dwPort, DWORD dwNumberOfConnection)
{
/*
Server have to be give a port for itself from Server Administrator
*/
DWORD dwRet = E_RET_SUCCESS;
dwRet = InitServerSock(dwPort);
if (dwRet != E_RET_SUCCESS) {
ErrorLog("Fail to initailize Server Sock");
return E_RET_FAIL;
}
/*
Create Completion Port for opertation IOCP.
the variable 0 mean that IOCP set value itself.
*/
dwRet = InitIOCompletionPort(0);
if (dwRet != E_RET_SUCCESS) {
ErrorLog("Fail to initailize Server Sock");
return E_RET_FAIL;
}
/*
Make worker threads for operating IOCP
*/
dwRet = InitWorkerThread();
if (dwRet != E_RET_SUCCESS) {
ErrorLog("Fail to initailize Server Sock");
return E_RET_FAIL;
}
dwRet = InitDBCQueue(dwNumberOfConnection);
if (dwRet != E_RET_SUCCESS) {
ErrorLog("Fail to initailize DB Connection Queue");
return E_RET_FAIL;
}
dwRet = InitServerValue(dwPort);
if (dwRet != E_RET_SUCCESS) {
ErrorLog("Fail to configure server value");
return E_RET_FAIL;
}
m_bStartServer = TRUE;
while (m_bStartServer)
{
try
{
ST_CLIENT_SOCKET stClientSocket;
dwRet = AcceptServer(stClientSocket);
if (dwRet != E_RET_SUCCESS) {
continue;
}
dwRet = CompleteReadFromClient(stClientSocket);
if (dwRet != E_RET_SUCCESS) {
continue;
}
}
catch (std::exception &e)
{
/*
Abnormally Exception
*/
ErrorLog("%s", e.what());
DestoryDBCQueue(dwNumberOfConnection);
return dwRet;
}
}
/*
All Thread is waiting for stopping their operation
*/
WaitForMultipleObjects(m_stServerWorkerThreads.dwNumberOfThread, m_stServerWorkerThreads.phWorkerThread, TRUE, INFINITE);
DestoryDBCQueue(dwNumberOfConnection);
return dwRet;
}
void DBConn::MysqlErrorLog(const char* msg)
{
ErrorLog("%s, " MYSQL_ERROR_FMT, msg, MYSQL_ERROR_ARG(_conn));
}
void *
saveDbToTape(void *param)
{
struct saveDbIf *saveDbIfPtr = (struct saveDbIf *)param;
afs_int32 code = 0;
afs_int32 i;
int wroteLabel;
afs_uint32 taskId;
Date expires;
struct butm_tapeInfo tapeInfo;
struct budb_dumpEntry dumpEntry;
extern struct deviceSyncNode *deviceLatch;
extern struct tapeConfig globalTapeConfig;
expires = (saveDbIfPtr->archiveTime ? NEVERDATE : 0);
taskId = saveDbIfPtr->taskId;
setStatus(taskId, DRIVE_WAIT);
EnterDeviceQueue(deviceLatch); /* lock tape device */
clearStatus(taskId, DRIVE_WAIT);
printf("\n\n");
TLog(taskId, "SaveDb\n");
tapeInfo.structVersion = BUTM_MAJORVERSION;
code = butm_file_Instantiate(&tapeInfo, &globalTapeConfig);
if (code) {
ErrorLog(0, taskId, code, tapeInfo.error,
"Can't initialize tape module\n");
ERROR_EXIT(code);
}
/* Determine what the last database dump was */
memset(&lastDump, 0, sizeof(lastDump));
code = bcdb_FindLatestDump("", "", &lastDump);
if (code) {
if (code != BUDB_NODUMPNAME) {
ErrorLog(0, taskId, code, 0, "Can't read backup database\n");
ERROR_EXIT(code);
}
memset(&lastDump, 0, sizeof(lastDump));
}
code = CreateDBDump(&dumpEntry); /* Create a dump for this tape */
if (code) {
ErrorLog(0, taskId, code, 0, "Can't create dump in database\n");
ERROR_EXIT(code);
}
listEntryHead = NULL;
/* Get the tape and write a new label to it */
code =
GetDBTape(taskId, expires, &tapeInfo, dumpEntry.id, 1, autoQuery,
&wroteLabel);
/*
* If did not write the label, remove created dump
* Else if wrote the label, remove old dump from db so it's not saved.
*/
if (!wroteLabel) {
i = bcdb_deleteDump(dumpEntry.id, 0, 0, 0);
dumpEntry.id = 0;
if (i && (i != BUDB_NOENT))
ErrorLog(0, taskId, i, 0, "Unable to delete DB entry %u.\n",
dumpEntry.id);
} else if (listEntryHead->oldDumpId) {
i = bcdb_deleteDump(listEntryHead->oldDumpId, 0, 0, 0);
listEntryHead->oldDumpId = 0;
if (i && (i != BUDB_NOENT)) {
ErrorLog(0, taskId, i, 0, "Unable to delete old DB entry %u.\n",
listEntryHead->oldDumpId);
ERROR_EXIT(i);
}
}
if (code)
ERROR_EXIT(code);
TapeLog(1, taskId, 0, 0, "Tape accepted - now dumping database\n");
/* we have a writable tape */
code = writeDbDump(&tapeInfo, taskId, expires, dumpEntry.id);
if (code)
ERROR_EXIT(code);
/* Now delete the entries between time 0 and archive-time */
if (saveDbIfPtr->archiveTime)
code = bcdb_deleteDump(0, 0, saveDbIfPtr->archiveTime, 0);
error_exit:
unmountTape(taskId, &tapeInfo);
/* Add this dump's tapes to the database and mark it finished */
if (dumpEntry.id) {
i = addTapesToDb(taskId);
if (!code)
code = i;
i = bcdb_FinishDump(&dumpEntry);
if (!code)
code = i;
}
freeTapeList();
if (code == TC_ABORTEDBYREQUEST) {
TLog(taskId, "SaveDb: Aborted by request\n");
clearStatus(taskId, ABORT_REQUEST);
setStatus(taskId, ABORT_DONE);
} else if (code) {
TapeLog(0, taskId, code, 0, "SaveDb: Finished with errors\n");
setStatus(taskId, TASK_ERROR);
} else {
TLog(taskId, "SaveDb: Finished\n");
}
setStatus(taskId, TASK_DONE);
free(saveDbIfPtr);
LeaveDeviceQueue(deviceLatch);
return (void *)(intptr_t)(code);
}
static int
restoreDbEntries(struct butm_tapeInfo *tapeInfoPtr,
struct rstTapeInfo *rstTapeInfoPtr)
{
struct structDumpHeader netItemHeader, hostItemHeader;
afs_int32 more = 1;
afs_int32 taskId, code = 0;
int count = 0;
taskId = rstTapeInfoPtr->taskId;
/* clear state for the buffer routine(s) */
initTapeBuffering();
code = butm_ReadFileBegin(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't read FileBegin on tape\n");
ERROR_EXIT(code);
}
/* get the first item-header */
memset(&netItemHeader, 0, sizeof(netItemHeader));
code =
getTapeData(tapeInfoPtr, rstTapeInfoPtr, &netItemHeader,
sizeof(netItemHeader));
if (code)
ERROR_EXIT(code);
structDumpHeader_ntoh(&netItemHeader, &hostItemHeader);
while (more) {
switch (hostItemHeader.type) {
case SD_DBHEADER:
code =
restoreDbHeader(tapeInfoPtr, rstTapeInfoPtr, &hostItemHeader);
if (code)
ERROR_EXIT(code);
break;
case SD_DUMP:
if (++count > 25) { /*every 25 dumps, wait */
waitDbWatcher();
count = 0;
}
code =
restoreDbDump(tapeInfoPtr, rstTapeInfoPtr, &hostItemHeader);
if (code)
ERROR_EXIT(code);
break;
case SD_TAPE:
case SD_VOLUME:
ERROR_EXIT(-1);
break;
case SD_TEXT_DUMPSCHEDULE:
case SD_TEXT_VOLUMESET:
case SD_TEXT_TAPEHOSTS:
code = restoreText(tapeInfoPtr, rstTapeInfoPtr, &hostItemHeader);
if (code)
ERROR_EXIT(code);
break;
case SD_END:
more = 0;
break;
default:
TLog(taskId, "Unknown database header type %d\n",
hostItemHeader.type);
ERROR_EXIT(-1);
break;
}
}
code = butm_ReadFileEnd(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't read EOF on tape\n");
ERROR_EXIT(code);
}
/* Mark tape as having been written */
tapeEntryPtr->useKBytes =
tapeInfoPtr->kBytes + (tapeInfoPtr->nBytes ? 1 : 0);
tapeEntryPtr->flags = BUDB_TAPE_WRITTEN;
error_exit:
return (code);
}
static int
writeDbDump(struct butm_tapeInfo *tapeInfoPtr, afs_uint32 taskId,
Date expires, afs_uint32 dumpid)
{
afs_int32 blockSize;
afs_int32 writeBufNbytes = 0;
char *writeBlock = 0;
char *writeBuffer = 0;
char *writeBufPtr;
afs_int32 transferSize;
char *readBufPtr = NULL;
afs_int32 maxReadSize;
charListT charList;
afs_int32 done;
afs_int32 code;
afs_int32 chunksize = 0;
afs_int32 tc_EndMargin, tc_KEndMargin, kRemaining;
int sequence;
int wroteLabel;
int firstcall;
#ifdef AFS_PTHREAD_ENV
pthread_t alivePid;
pthread_attr_t tattr;
AFS_SIGSET_DECL;
#else
PROCESS alivePid;
#endif
extern struct tapeConfig globalTapeConfig;
extern struct udbHandleS udbHandle;
blockSize = BUTM_BLKSIZE;
writeBlock = (char *)malloc(BUTM_BLOCKSIZE);
if (!writeBlock)
ERROR_EXIT(TC_NOMEMORY);
writeBuffer = writeBlock + sizeof(struct blockMark);
memset(writeBuffer, 0, BUTM_BLKSIZE);
maxReadSize = 1024;
/*
* The margin of space to check for end of tape is set to the
* amount of space used to write an end-of-tape multiplied by 2.
* The amount of space is size of a 16K EODump marker, its EOF
* marker, and up to two EOF markers done on close (1 16K blocks +
* 3 EOF * markers).
*/
tc_EndMargin = (16384 + 3 * globalTapeConfig.fileMarkSize) * 2;
tc_KEndMargin = tc_EndMargin / 1024;
/* have to write enclose the dump in file marks */
code = butm_WriteFileBegin(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't write FileBegin on tape\n");
ERROR_EXIT(code);
}
writeBufPtr = &writeBuffer[0];
firstcall = 1;
sequence = 1;
charList.charListT_val = 0;
charList.charListT_len = 0;
while (1) { /*w */
/* When no data in buffer, read data from the budb_server */
if (charList.charListT_len == 0) {
/* get more data. let rx allocate space */
if (charList.charListT_val) {
free(charList.charListT_val);
charList.charListT_val = 0;
}
/* get the data */
code =
ubik_Call_SingleServer(BUDB_DumpDB, udbHandle.uh_client,
UF_SINGLESERVER, firstcall,
maxReadSize, &charList, &done);
if (code) {
ErrorLog(0, taskId, code, 0, "Can't read database\n");
ERROR_EXIT(code);
}
/* If this if the first call to the budb server, create a thread
* that will keep the connection alive (during tape changes).
*/
if (firstcall) {
#ifdef AFS_PTHREAD_ENV
code = pthread_attr_init(&tattr);
if (code) {
ErrorLog(0, taskId, code, 0,
"Can't pthread_attr_init Keep-alive process\n");
ERROR_EXIT(code);
}
code =
pthread_attr_setdetachstate(&tattr,
PTHREAD_CREATE_DETACHED);
if (code) {
ErrorLog(0, taskId, code, 0,
"Can't pthread_attr_setdetachstate Keep-alive process\n");
ERROR_EXIT(code);
}
AFS_SIGSET_CLEAR();
code = pthread_create(&alivePid, &tattr, KeepAlive, 0);
AFS_SIGSET_RESTORE();
#else
code =
LWP_CreateProcess(KeepAlive, 16384, 1, (void *)NULL,
"Keep-alive process", &alivePid);
#endif
/* XXX should we check code here ??? XXX */
}
firstcall = 0;
readBufPtr = charList.charListT_val;
}
if ((charList.charListT_len == 0) && done)
break;
/* compute how many bytes and transfer to the write Buffer */
transferSize =
(charList.charListT_len <
(blockSize -
writeBufNbytes)) ? charList.charListT_len : (blockSize -
writeBufNbytes);
memcpy(writeBufPtr, readBufPtr, transferSize);
charList.charListT_len -= transferSize;
writeBufPtr += transferSize;
readBufPtr += transferSize;
writeBufNbytes += transferSize;
/* If filled the write buffer, then write it to tape */
if (writeBufNbytes == blockSize) {
code = butm_WriteFileData(tapeInfoPtr, writeBuffer, 1, blockSize);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't write data on tape\n");
ERROR_EXIT(code);
}
memset(writeBuffer, 0, blockSize);
writeBufPtr = &writeBuffer[0];
writeBufNbytes = 0;
/* Every BIGCHUNK bytes check if aborted */
chunksize += blockSize;
if (chunksize > BIGCHUNK) {
chunksize = 0;
if (checkAbortByTaskId(taskId))
ERROR_EXIT(TC_ABORTEDBYREQUEST);
}
/*
* check if tape is full - since we filled a blockSize worth of data
* assume that there is more data.
*/
kRemaining = butm_remainingKSpace(tapeInfoPtr);
if (kRemaining < tc_KEndMargin) {
code = butm_WriteFileEnd(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't write FileEnd on tape\n");
ERROR_EXIT(code);
}
code = butm_WriteEOT(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't write end-of-dump on tape\n");
ERROR_EXIT(code);
}
/* Mark tape as having been written */
tapeEntryPtr->useKBytes =
tapeInfoPtr->kBytes + (tapeInfoPtr->nBytes ? 1 : 0);
tapeEntryPtr->flags = BUDB_TAPE_WRITTEN;
unmountTape(taskId, tapeInfoPtr);
/* Get next tape and writes its label */
sequence++;
code =
GetDBTape(taskId, expires, tapeInfoPtr, dumpid, sequence,
1, &wroteLabel);
if (code)
ERROR_EXIT(code);
code = butm_WriteFileBegin(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't write FileBegin on tape\n");
ERROR_EXIT(code);
}
}
}
} /*w */
/* no more data to be read - if necessary, flush out the last buffer */
if (writeBufNbytes > 0) {
code = butm_WriteFileData(tapeInfoPtr, writeBuffer, 1, blockSize);
if (code) {
ErrorLog(1, taskId, code, tapeInfoPtr->error,
"Can't write data on tape\n");
ERROR_EXIT(code);
}
}
code = butm_WriteFileEnd(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't write FileEnd on tape\n");
ERROR_EXIT(code);
}
/* Mark tape as having been written */
tapeEntryPtr->useKBytes =
tapeInfoPtr->kBytes + (tapeInfoPtr->nBytes ? 1 : 0);
tapeEntryPtr->flags = BUDB_TAPE_WRITTEN;
error_exit:
/* Let the KeepAlive process stop on its own */
code =
ubik_Call_SingleServer(BUDB_DumpDB, udbHandle.uh_client,
UF_END_SINGLESERVER, 0);
if (writeBlock)
free(writeBlock);
if (charList.charListT_val)
free(charList.charListT_val);
return (code);
}
int
getTapeData(struct butm_tapeInfo *tapeInfoPtr,
struct rstTapeInfo *rstTapeInfoPtr,
void *out, afs_int32 requestedBytes)
{
char *buffer = (char *) out;
afs_int32 taskId, transferBytes;
afs_int32 code = 0;
taskId = rstTapeInfoPtr->taskId;
if (checkAbortByTaskId(taskId))
ERROR_EXIT(TC_ABORTEDBYREQUEST);
if (!tapeReadBuffer) {
tapeReadBuffer = (char *)malloc(BUTM_BLOCKSIZE);
if (!tapeReadBuffer)
ERROR_EXIT(TC_NOMEMORY);
}
while (requestedBytes > 0) {
if (nbytes == 0) {
tapeReadBufferPtr = &tapeReadBuffer[sizeof(struct blockMark)];
/* get more data */
code =
butm_ReadFileData(tapeInfoPtr, tapeReadBufferPtr,
BUTM_BLKSIZE, &nbytes);
if (code) {
/* detect if we hit the end-of-tape and get next tape */
if (code == BUTM_ENDVOLUME) {
/* Update fields in tape entry for this tape */
tapeEntryPtr->flags = BUDB_TAPE_WRITTEN;
tapeEntryPtr->useKBytes =
tapeInfoPtr->kBytes + (tapeInfoPtr->nBytes ? 1 : 0);
unmountTape(taskId, tapeInfoPtr);
rstTapeInfoPtr->tapeSeq++;
code = readDbTape(tapeInfoPtr, rstTapeInfoPtr, 1);
if (code)
ERROR_EXIT(code);
code = butm_ReadFileBegin(tapeInfoPtr);
if (code) {
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't read FileBegin on tape\n");
ERROR_EXIT(code);
}
continue;
}
ErrorLog(0, taskId, code, tapeInfoPtr->error,
"Can't read FileData on tape\n");
ERROR_EXIT(code);
}
}
/* copy out data */
transferBytes = (nbytes < requestedBytes) ? nbytes : requestedBytes;
memcpy(buffer, tapeReadBufferPtr, transferBytes);
tapeReadBufferPtr += transferBytes;
buffer += transferBytes;
nbytes -= transferBytes;
requestedBytes -= transferBytes;
}
error_exit:
return (code);
}
int
restoreText(struct butm_tapeInfo *tapeInfo,
struct rstTapeInfo *rstTapeInfoPtr,
struct structDumpHeader *nextHeader)
{
char filename[64];
afs_int32 nbytes;
char *readBuffer = 0;
afs_int32 readBlockSize;
afs_int32 transferSize;
struct structDumpHeader netItemHeader;
int fid = -1;
afs_int32 code = 0;
udbClientTextP ctPtr = 0;
afs_int32 textType;
ctPtr = (udbClientTextP) malloc(sizeof(*ctPtr));
if (!ctPtr)
ERROR_EXIT(TC_NOMEMORY);
/* determine the type of text block */
switch (nextHeader->type) {
case SD_TEXT_DUMPSCHEDULE:
textType = TB_DUMPSCHEDULE;
break;
case SD_TEXT_VOLUMESET:
textType = TB_VOLUMESET;
break;
case SD_TEXT_TAPEHOSTS:
textType = TB_TAPEHOSTS;
break;
default:
ErrorLog(0, rstTapeInfoPtr->taskId, TC_INTERNALERROR, 0,
"Unknown text block\n");
ERROR_EXIT(TC_INTERNALERROR);
break;
}
/* open the text file */
sprintf(filename, "%s/bu_XXXXXX", gettmpdir());
#if defined (HAVE_MKSTEMP)
fid = mkstemp(filename);
#else
fid = open(mktemp(filename), O_RDWR | O_CREAT | O_EXCL, 0600);
#endif
if (fid < 0) {
ErrorLog(0, rstTapeInfoPtr->taskId, errno, 0,
"Can't open temporary text file: %s\n", filename);
ERROR_EXIT(errno);
}
/* allocate buffer for text */
readBlockSize = BUTM_BLKSIZE;
readBuffer = (char *)malloc(readBlockSize);
if (!readBuffer)
ERROR_EXIT(TC_NOMEMORY);
/* read the text into the temporary file */
nbytes = nextHeader->size;
while (nbytes > 0) {
transferSize = (readBlockSize < nbytes) ? readBlockSize : nbytes;
/* read it from the tape */
code =
getTapeData(tapeInfo, rstTapeInfoPtr, readBuffer, transferSize);
if (code)
ERROR_EXIT(code);
/* write to the file */
if (write(fid, readBuffer, transferSize) != transferSize) {
ErrorLog(0, rstTapeInfoPtr->taskId, errno, 0,
"Can't write temporary text file: %s\n", filename);
ERROR_EXIT(errno);
}
nbytes -= transferSize;
}
close(fid);
fid = -1;
code = saveTextFile(rstTapeInfoPtr->taskId, textType, filename);
if (code)
ERROR_EXIT(code);
unlink(filename);
/* get the next item-header */
memset(nextHeader, 0, sizeof(*nextHeader));
code =
getTapeData(tapeInfo, rstTapeInfoPtr, &netItemHeader,
sizeof(netItemHeader));
if (code)
ERROR_EXIT(code);
structDumpHeader_ntoh(&netItemHeader, nextHeader);
error_exit:
if (ctPtr)
free(ctPtr);
if (readBuffer)
free(readBuffer);
if (fid != -1) {
close(fid);
unlink(filename);
}
return (code);
}
int pi_master( char *rservers_ip_port , unsigned long max_x , int tasks_count )
{
struct Dc4cApiEnv *penv = NULL ;
struct Dc4cBatchTask *tasks_array = NULL ;
int workers_count ;
unsigned long dd_x ;
unsigned long start_x , end_x ;
int i ;
struct Dc4cBatchTask *p_task = NULL ;
mpf_t pi_incr ;
mpf_t pi ;
char output[ 1024 + 1 ] ;
int nret = 0 ;
DC4CSetAppLogFile( "pi_master" );
SetLogLevel( LOGLEVEL_INFO );
InfoLog( __FILE__ , __LINE__ , "pi_master" );
nret = DC4CInitEnv( & penv , rservers_ip_port ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "DC4CInitEnv failed[%d]" , nret );
return -1;
}
else
{
InfoLog( __FILE__ , __LINE__ , "DC4CInitEnv ok" );
}
DC4CSetOptions( penv , DC4C_OPTIONS_BIND_CPU );
if( tasks_count == -2 )
{
nret = DC4CQueryWorkers( penv ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "DC4CQueryWorkers failed[%d]" , nret );
return -1;
}
tasks_count = DC4CGetUnusedWorkersCount( penv ) ;
if( tasks_count <= 0 )
{
ErrorLog( __FILE__ , __LINE__ , "tasks_count[%d] invalid" , tasks_count );
return -1;
}
}
tasks_array = (struct Dc4cBatchTask *)malloc( sizeof(struct Dc4cBatchTask) * tasks_count ) ;
if( tasks_array == NULL )
{
ErrorLog( __FILE__ , __LINE__ , "alloc failed , errno[%d]" , errno );
return -1;
}
memset( tasks_array , 0x00 , sizeof(struct Dc4cBatchTask) * tasks_count );
dd_x = ( max_x - tasks_count ) / tasks_count ;
start_x = 1 ;
for( i = 0 , p_task = tasks_array ; i < tasks_count ; i++ , p_task++ )
{
end_x = start_x + dd_x ;
snprintf( p_task->program_and_params , sizeof(p_task->program_and_params) , "dc4c_test_worker_pi %lu %lu" , start_x , end_x );
p_task->timeout = DC4CGetTimeout(penv) ;
start_x = end_x + 2 ;
}
workers_count = tasks_count ;
nret = DC4CDoBatchTasks( penv , workers_count , tasks_array , tasks_count ) ;
free( tasks_array );
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "DC4CDoBatchTasks failed[%d]" , nret );
return -1;
}
else
{
InfoLog( __FILE__ , __LINE__ , "DC4CDoBatchTasks ok" );
}
mpf_init( pi_incr );
mpf_init_set_d( pi , 0.00 );
for( i = 0 ; i < tasks_count ; i++ )
{
mpf_set_str( pi_incr , DC4CGetBatchTasksInfo(penv,i) , 10 );
mpf_add( pi , pi , pi_incr );
}
memset( output , 0x00 , sizeof(output) );
gmp_snprintf( output , sizeof(output)-1 , "%.Ff" , pi );
InfoLog( __FILE__ , __LINE__ , "pi_master() - max_x[%u] tasks_count[%d] - PI[%s]" , max_x , tasks_count , output );
mpf_clear( pi_incr );
mpf_clear( pi );
DC4CCleanEnv( & penv );
InfoLog( __FILE__ , __LINE__ , "DC4CCleanEnv ok" );
return 0;
}
static int AccessToken( char *project_name , int loop_flag )
{
char etc_pathfilename[ 256 + 1 ] ;
char *AppID = NULL ;
char *AppSecret = NULL ;
CURL *curl = NULL ;
CURLcode res ;
char url[ 1024 + 1 ] ;
struct CurlResponseBuffer buf ;
accesstoken at ;
int nret = 0 ;
curl_global_init( CURL_GLOBAL_ALL );
memset( & buf , 0x00 , sizeof(struct CurlResponseBuffer) );
memset( & at , 0x00 , sizeof(accesstoken) );
do
{
InfoLog( __FILE__ , __LINE__ , "sleep [%d]seconds ..." , at.expires_in / 2 );
sleep( at.expires_in / 2 );
InfoLog( __FILE__ , __LINE__ , "sleep [%d]seconds done" , at.expires_in / 2 );
memset( etc_pathfilename , 0x00 , sizeof(etc_pathfilename) );
SNPRINTF( etc_pathfilename , sizeof(etc_pathfilename)-1 , "%s/etc/%s/AppID" , getenv("HOME") , project_name );
PUBReadEntireFileSafely( etc_pathfilename , "r" , & AppID , NULL );
PUBStringNoEnter( AppID );
InfoLog( __FILE__ , __LINE__ , "AppID[%s]" , AppID );
memset( etc_pathfilename , 0x00 , sizeof(etc_pathfilename) );
SNPRINTF( etc_pathfilename , sizeof(etc_pathfilename)-1 , "%s/etc/%s/AppSecret" , getenv("HOME") , project_name );
PUBReadEntireFileSafely( etc_pathfilename , "r" , & AppSecret , NULL);
PUBStringNoEnter( AppSecret );
InfoLog( __FILE__ , __LINE__ , "AppSecret[%s]" , AppSecret );
curl = curl_easy_init() ;
if( curl == NULL )
{
ErrorLog( __FILE__ , __LINE__ , "curl_easy_init failed" );
break;
}
memset( url , 0x00 , sizeof(url) );
SNPRINTF( url , sizeof(url)-1 , "https://api.weixin.qq.com/cgi-bin/token?grant_type=client_credential&appid=%s&secret=%s" , AppID , AppSecret );
curl_easy_setopt( curl , CURLOPT_URL , url );
curl_easy_setopt( curl , CURLOPT_WRITEFUNCTION , & CurlResponseProc );
if( buf.buf_size )
{
memset( buf.base , 0x00 , buf.buf_size );
buf.str_len = 0 ;
}
curl_easy_setopt( curl , CURLOPT_WRITEDATA , (void*) & buf );
InfoLog( __FILE__ , __LINE__ , "curl_easy_perform[%s] ..." , url );
res = curl_easy_perform( curl );
InfoLog( __FILE__ , __LINE__ , "curl_easy_perform[%s] return[%d]" , url , res );
curl_easy_cleanup( curl );
if( res == CURLE_OK )
{
memset( & at , 0x00 , sizeof(accesstoken) );
nret = DSCDESERIALIZE_JSON_accesstoken( NULL , buf.base , & (buf.str_len) , & at ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "DSCDESERIALIZE_JSON_accesstoken failed[%d] , json[%.*s]" , nret , buf.str_len , buf.base );
break;
}
else
{
InfoLog( __FILE__ , __LINE__ , "DSCDESERIALIZE_JSON_accesstoken ok , json[%.*s]" , buf.str_len , buf.base );
}
memset( etc_pathfilename , 0x00 , sizeof(etc_pathfilename) );
SNPRINTF( etc_pathfilename , sizeof(etc_pathfilename)-1 , "%s/etc/%s/AccessToken" , getenv("HOME") , project_name );
PUBWriteEntireFile( etc_pathfilename , "w" , at.access_token , -1 );
InfoLog( __FILE__ , __LINE__ , "write[%s] to file[%s]" , at.access_token , etc_pathfilename );
}
free( AppID ); AppID = NULL ;
free( AppSecret ); AppSecret = NULL ;
}
while( loop_flag );
curl_global_cleanup();
if( AppID )
{
free( AppID ); AppID = NULL ;
}
if( AppSecret )
{
free( AppSecret ); AppSecret = NULL ;
}
if( buf.base )
{
free( buf.base ); buf.base = NULL ;
buf.buf_size = 0 ;
buf.str_len = 0 ;
}
return 0;
}
/**
* @brief ����UART�˿�����
* @param port �˿ں�, 0~4
* @param databits ����λ, 5~8
* @param stopbits ֹͣλ, 1~2
* @param parity У��λ
*/
void UartSetParity(unsigned int port, int databits,int stopbits, char parity)
{
struct termios options;
int fd;
AssertLogReturnVoid(port>=UART_PORTNUM, "invalid port(%d)\n", port);
fd = FidUart[port];
AssertLogReturnVoid(-1 == fd, "invalid fid(%d)\n", fd);
if(tcgetattr(fd, &options) != 0) {
ErrorLog("tcgetattr fail\n");
return;
}
options.c_iflag = 0;
options.c_cflag &= ~CSIZE;
switch (databits) { /*设置数据位数*/
case 5: options.c_cflag |= CS5; break;
case 6: options.c_cflag |= CS6; break;
case 7: options.c_cflag |= CS7; break;
case 8: options.c_cflag |= CS8; break;
default: ErrorLog("invalid databits(%d)\n", databits); return;
}
switch (parity) {
case 'n':
case 'N':
options.c_cflag &= ~PARENB; /* Clear parity enable */
options.c_iflag &= ~INPCK; /* Enable parity checking */
break;
case 'o':
case 'O':
options.c_cflag |= (PARODD | PARENB); /* 设置为奇效验*/
options.c_iflag |= INPCK; /* Disnable parity checking */
break;
case 'e':
case 'E':
options.c_cflag |= PARENB; /* Enable parity */
options.c_cflag &= ~PARODD; /* 转换为偶效验*/
options.c_iflag |= INPCK; /* Disnable parity checking */
break;
case 'S':
case 's': /*as no parity*/
options.c_cflag &= ~PARENB;
options.c_cflag &= ~CSTOPB;break;
default: ErrorLog("invalid parity(%d)\n", parity); return;
}
/* 设置停止位*/
switch (stopbits) {
case 1: options.c_cflag &= ~CSTOPB; break;
case 2: options.c_cflag |= CSTOPB; break;
default: ErrorLog("invalid stopbits(%d)\n", stopbits); return;
}
options.c_iflag &= ~(INLCR|IGNCR|ICRNL|IUCLC); //add 2007-10-19
options.c_lflag &= ~(ICANON | ECHO | ECHOE | ISIG); /*Input*/
options.c_oflag &= ~OPOST; /*Output*/
tcflush(fd, TCIFLUSH);
options.c_cc[VTIME] = 0; /* 设置超时15 seconds*/
options.c_cc[VMIN] = 0; /* Update the options and do it NOW */
if(tcsetattr(fd, TCSANOW, &options) != 0) {
ErrorLog("tcsetattr fail\n");
return;
}
}
VOID ShowErrorSend(DWORD dwErr)
{
switch (dwErr)
{
case WSANOTINITIALISED:
ErrorLog("A successful WSAStartup call must occur before using this function.");
break;
case WSAENETDOWN:
ErrorLog("The network subsystem has failed.");
break;
case WSAEACCES:
ErrorLog("The requested address is a broadcast address, but the appropriate flag was not set. Call setsockopt with the SO_BROADCAST socket option to enable use of the broadcast address.");
break;
case WSAEINTR:
ErrorLog("A blocking Windows Sockets 1.1 call was canceled through WSACancelBlockingCall.");
break;
case WSAEINPROGRESS:
ErrorLog("A blocking Windows Sockets 1.1 call is in progress, or the service provider is still processing a callback function.");
break;
case WSAEFAULT:
ErrorLog("The buf parameter is not completely contained in a valid part of the user address space.");
break;
case WSAENETRESET:
ErrorLog("The connection has been broken due to the keep-alive activity detecting a failure while the operation was in progress.");
break;
case WSAENOBUFS:
ErrorLog("No buffer space is available.");
break;
case WSAENOTCONN:
ErrorLog("The socket is not connected.");
break;
case WSAENOTSOCK:
ErrorLog("The descriptor is not a socket.");
break;
case WSAEOPNOTSUPP:
ErrorLog("MSG_OOB was specified, but the socket is not stream-style such as type SOCK_STREAM, OOB data is not supported in the communication domain associated with this socket, or the socket is unidirectional and supports only receive operations.");
break;
case WSAESHUTDOWN:
ErrorLog("The socket has been shut down; it is not possible to send on a socket after shutdown has been invoked with how set to SD_SEND or SD_BOTH.");
break;
case WSAEWOULDBLOCK:
ErrorLog("The socket is marked as nonblocking and the requested operation would block.");
break;
case WSAEMSGSIZE:
ErrorLog("The socket is message oriented, and the message is larger than the maximum supported by the underlying transport.");
break;
case WSAEHOSTUNREACH:
ErrorLog("The remote host cannot be reached from this host at this time.");
break;
case WSAEINVAL:
ErrorLog("The socket has not been bound with bind, or an unknown flag was specified, or MSG_OOB was specified for a socket with SO_OOBINLINE enabled.");
break;
case WSAECONNABORTED:
ErrorLog("The virtual circuit was terminated due to a time-out or other failure. The application should close the socket as it is no longer usable.");
break;
case WSAECONNRESET:
ErrorLog("The virtual circuit was reset by the remote side executing a hard or abortive close. For UDP sockets, the remote host was unable to deliver a previously sent UDP datagram and responded with a \"Port Unreachable\" ICMP packet. The application should close the socket as it is no longer usable.");
break;
case WSAETIMEDOUT:
ErrorLog("The connection has been dropped, because of a network failure or because the system on the other end went down without notice.");
break;
default:
ErrorLog("Cannot find Error Type");
break;
}
}
bool LobbyServer::initialize(int workerThreadCount)
{
log = new Log();
if (log->Initialize(LOG_PATH) == false)
{
return false;
}
lobbyData = new LobbyData();
if (!lobbyData->Initialize())
{
ErrorLog("lobbyData Initialize");
return false;
}
WorkerThread** workerThreadArray = new WorkerThread*[workerThreadCount];
for(int i = 0; i < workerThreadCount; i++)
{
workerThreadArray[i] = new IOManager();
}
network = new Network();
if (network->Initialize(lobbyData->networkInfoList, lobbyData->networkInfoCount, workerThreadCount, workerThreadArray) == false)
{
ErrorLog("Network error");
return false;
}
userMgr = new UserManager();
if (!userMgr->initialize())
{
return false;
}
ChannelInfo channelInfo[3];
for(int i = 1; i < 4; i++)
{
channelInfo[i-1].channelNo = i;
channelInfo[i-1].channelNameLen = 8;
sprintf(channelInfo[i-1].channelName, "channel%d", i);
}
channelMgr = new ChannelManager();
if (!channelMgr->initialize(3, channelInfo))
{
return false;
}
roomMgr = new RoomManager();
if(roomMgr->initialize() == false)
{
return false;
}
serverInfoMgr = new ServerInfoManager();
if(serverInfoMgr->initialize() == false)
{
return false;
}
quickPlayMgr = new QuickPlayManager();
if(quickPlayMgr->initialize() == false)
{
return false;
}
return true;
}
static int cgimain( struct Weixin4cEnv *penv )
{
char *signature = NULL ;
char *timestamp = NULL ;
char *nonce = NULL ;
char *echostr = NULL ;
char *post_data = NULL ;
int post_data_len ;
xml req ;
int nret = 0 ;
PUBSendContentTypeHtml();
PUBDupUrlParam( "signature" , & signature );
PUBDupUrlParam( "timestamp" , & timestamp );
PUBDupUrlParam( "nonce" , & nonce );
PUBDupUrlParam( "echostr" , & echostr );
if( signature && timestamp && nonce && echostr )
{
SetLogFile( "%s/log/%s_VerifyServer.log" , penv->pconf->home , penv->pconf->project_name );
nret = VerifyServer( penv , signature , timestamp , nonce , echostr ) ;
SetLogFile( "%s/log/%s_weixin4c.log" , penv->pconf->home , penv->pconf->project_name );
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "VerifyServer failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "VerifyServer ok" );
}
}
else
{
nret = PUBReadPostBuffer() ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "PUBReadPostBuffer failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "PUBReadPostBuffer ok" );
post_data = PUBGetPostBufferPtr() ;
post_data_len = PUBGetPostBufferLength() ;
memset( & req , 0x00 , sizeof(xml) );
nret = DSCDESERIALIZE_XML_xml( NULL , post_data , & post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "DSCDESERIALIZE_XML_xml_MsgType failed[%d] , xml[%s]" , nret , post_data );
}
else
{
InfoLog( __FILE__ , __LINE__ , "DSCDESERIALIZE_XML_xml_MsgType ok , xml[%s]" , post_data );
InfoLog( __FILE__ , __LINE__ , "req.MsgType[%s]" , req.MsgType );
if( strcmp( req.MsgType , "<![CDATA[event]]>" ) == 0 )
{
nret = ReceiveEvent( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveEvent failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveEvent ok" );
}
}
else if( strcmp( req.MsgType , "<![CDATA[text]]>" ) == 0 )
{
nret = ReceiveText( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveText failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveText ok" );
}
}
else if( strcmp( req.MsgType , "<![CDATA[image]]>" ) == 0 )
{
nret = ReceiveImage( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveImage failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveImage ok" );
}
}
else if( strcmp( req.MsgType , "<![CDATA[voice]]>" ) == 0 )
{
nret = ReceiveVoice( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveVoice failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveVoice ok" );
}
}
else if( strcmp( req.MsgType , "<![CDATA[video]]>" ) == 0 )
{
nret = ReceiveVideo( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveVideo failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveVideo ok" );
}
}
else if( strcmp( req.MsgType , "<![CDATA[shortvideo]]>" ) == 0 )
{
nret = ReceiveShortVideo( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveShortVideo failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveShortVideo ok" );
}
}
else if( strcmp( req.MsgType , "<![CDATA[location]]>" ) == 0 )
{
nret = ReceiveLocation( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveLocation failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveLocation ok" );
}
}
else if( strcmp( req.MsgType , "<![CDATA[link]]>" ) == 0 )
{
nret = ReceiveLink( penv , post_data , post_data_len , & req ) ;
if( nret )
{
ErrorLog( __FILE__ , __LINE__ , "ReceiveLink failed[%d]" , nret );
}
else
{
InfoLog( __FILE__ , __LINE__ , "ReceiveLink ok" );
}
}
else
{
ErrorLog( __FILE__ , __LINE__ , "xml.MsgType[%s] invalid" , req.MsgType );
}
}
}
}
if( signature )
free( signature );
if( timestamp )
free( timestamp );
if( nonce )
free( nonce );
if( echostr )
free( echostr );
return nret;
}
// ustalenie numeru tekstury, wczytanie jeśli jeszcze takiej nie było
texture_handle
texture_manager::create( std::string Filename, bool const Loadnow ) {
if( Filename.find( '|' ) != std::string::npos )
Filename.erase( Filename.find( '|' ) ); // po | może być nazwa kolejnej tekstury
std::pair<std::string, std::string> locator; // resource name, resource type
std::string traits;
// discern textures generated by a script
// TBD: support file: for file resources?
auto const isgenerated { Filename.find( "make:" ) == 0 };
// process supplied resource name
if( isgenerated ) {
// generated resource
// scheme:(user@)path?query
// remove scheme indicator
Filename.erase( 0, Filename.find( ':' ) + 1 );
// TODO: extract traits specification from the query
// clean up slashes
erase_leading_slashes( Filename );
}
else {
// regular file resource
// (filepath/)(#)filename.extension(:traits)
// extract trait specifications
auto const traitpos = Filename.rfind( ':' );
if( traitpos != std::string::npos ) {
// po dwukropku mogą być podane dodatkowe informacje niebędące nazwą tekstury
if( Filename.size() > traitpos + 1 ) {
traits = Filename.substr( traitpos + 1 );
}
Filename.erase( traitpos );
}
// potentially trim file type indicator since we check for multiple types
erase_extension( Filename );
// clean up slashes
erase_leading_slashes( Filename );
// temporary code for legacy assets -- textures with names beginning with # are to be sharpened
if( ( Filename[ 0 ] == '#' )
|| ( Filename.find( "/#" ) != std::string::npos ) ) {
traits += '#';
}
}
// try to locate requested texture in the databank
// TBD, TODO: include trait specification in the resource id in the databank?
auto const lookup { find_in_databank( Filename ) };
if( lookup != npos ) {
return lookup;
}
// if the lookup fails...
if( isgenerated ) {
// TODO: verify presence of the generator script
locator.first = Filename;
locator.second = "make:";
}
else {
// ...for file resources check if it's on disk
locator = find_on_disk( Filename );
if( true == locator.first.empty() ) {
// there's nothing matching in the databank nor on the disk, report failure
ErrorLog( "Bad file: failed do locate texture file \"" + Filename + "\"", logtype::file );
return npos;
}
}
auto texture = new opengl_texture();
texture->name = locator.first;
texture->type = locator.second;
texture->traits = traits;
auto const textureindex = (texture_handle)m_textures.size();
m_textures.emplace_back( texture, std::chrono::steady_clock::time_point() );
m_texturemappings.emplace( locator.first, textureindex );
WriteLog( "Created texture object for \"" + locator.first + "\"", logtype::texture );
if( true == Loadnow ) {
texture_manager::texture( textureindex ).load();
#ifndef EU07_DEFERRED_TEXTURE_UPLOAD
texture_manager::texture( textureindex ).create();
// texture creation binds a different texture, force a re-bind on next use
m_activetexture = -1;
#endif
}
return textureindex;
};
TSoundContainer::TSoundContainer(LPDIRECTSOUND pDS, char *Directory, char *strFileName,
int NConcurrent)
{ // wczytanie pliku dŸwiêkowego
int hr = 111;
DSBuffer = NULL; // na pocz¹tek, gdyby uruchomiæ dŸwiêków siê nie uda³o
Concurrent = NConcurrent;
Oldest = 0;
// strcpy(Name, strFileName);
strcpy(Name, Directory);
strcat(Name, strFileName);
CWaveSoundRead *pWaveSoundRead;
// Create a new wave file class
pWaveSoundRead = new CWaveSoundRead();
// Load the wave file
if (FAILED(pWaveSoundRead->Open(Name)))
if (FAILED(pWaveSoundRead->Open(strFileName)))
{
// SetFileUI( hDlg, TEXT("Bad wave file.") );
return;
ErrorLog("Missed sound: " + AnsiString(strFileName));
}
strcpy(Name, AnsiString(strFileName).LowerCase().c_str());
// Set up the direct sound buffer, and only request the flags needed
// since each requires some overhead and limits if the buffer can
// be hardware accelerated
DSBUFFERDESC dsbd;
ZeroMemory(&dsbd, sizeof(DSBUFFERDESC));
dsbd.dwSize = sizeof(DSBUFFERDESC);
dsbd.dwFlags = DSBCAPS_STATIC | DSBCAPS_CTRLPAN | DSBCAPS_CTRLVOLUME | DSBCAPS_CTRLFREQUENCY;
if (!Global::bInactivePause) // jeœli prze³¹czony w t³o ma nadal dzia³aæ
dsbd.dwFlags |= DSBCAPS_GLOBALFOCUS; // to dŸwiêki maj¹ byæ równie¿ s³yszalne
dsbd.dwBufferBytes = pWaveSoundRead->m_ckIn.cksize;
dsbd.lpwfxFormat = pWaveSoundRead->m_pwfx;
fSamplingRate = pWaveSoundRead->m_pwfx->nSamplesPerSec;
iBitsPerSample = pWaveSoundRead->m_pwfx->wBitsPerSample;
// pDSBuffer= (LPDIRECTSOUNDBUFFER*) malloc(Concurrent*sizeof(LPDIRECTSOUNDBUFFER));
// for (int i=0; i<Concurrent; i++)
// pDSBuffer[i]= NULL;
// Create the static DirectSound buffer
if (FAILED(hr = pDS->CreateSoundBuffer(&dsbd, &(DSBuffer), NULL)))
// if (FAILED(pDS->CreateSoundBuffer(&dsbd,&(DSBuffer),NULL)))
return;
// Remember how big the buffer is
DWORD dwBufferBytes;
dwBufferBytes = dsbd.dwBufferBytes;
//----------------------------------------------------------
BYTE *pbWavData; // Pointer to actual wav data
UINT cbWavSize; // Size of data
VOID *pbData = NULL;
VOID *pbData2 = NULL;
DWORD dwLength;
DWORD dwLength2;
// The size of wave data is in pWaveFileSound->m_ckIn
INT nWaveFileSize = pWaveSoundRead->m_ckIn.cksize;
// Allocate that buffer.
pbWavData = new BYTE[nWaveFileSize];
if (NULL == pbWavData)
return; // E_OUTOFMEMORY;
// if (FAILED(hr=pWaveSoundRead->Read( nWaveFileSize,pbWavData,&cbWavSize)))
if (FAILED(hr = pWaveSoundRead->Read(nWaveFileSize, pbWavData, &cbWavSize)))
return;
// Reset the file to the beginning
pWaveSoundRead->Reset();
// Lock the buffer down
// if (FAILED(hr=DSBuffer->Lock(0,dwBufferBytes,&pbData,&dwLength,&pbData2,&dwLength2,0)))
if (FAILED(hr = DSBuffer->Lock(0, dwBufferBytes, &pbData, &dwLength, &pbData2, &dwLength2, 0L)))
return;
// Copy the memory to it.
memcpy(pbData, pbWavData, dwBufferBytes);
// Unlock the buffer, we don't need it anymore.
DSBuffer->Unlock(pbData, dwBufferBytes, NULL, 0);
pbData = NULL;
// We dont need the wav file data buffer anymore, so delete it
delete[] pbWavData;
delete pWaveSoundRead;
DSBuffers.push(DSBuffer);
/*
for (int i=1; i<Concurrent; i++)
{
if( FAILED( hr= pDS->DuplicateSoundBuffer(pDSBuffer[0],&(pDSBuffer[i]))))
{
Concurrent= i;
break;
};
};*/
};
// Class probe
IOService *
VoodooPState::probe(IOService * provider,
SInt32 * score)
{
Ready = false;
// Probe the superclass
if (IOService::probe(provider, score) != this) return NULL;
// Read our own values from the property list
OSDictionary * dictionary = OSDynamicCast(OSDictionary, getProperty(keyPowerControl));
if (!dictionary) return NULL;
UseEfiFsb = getPlistValue(dictionary, keyUseEfiFsb);
VoltageOverride = getPlistValue(dictionary, keyVoltageOverride);
VoltageProbe = getPlistValue(dictionary, keyVoltageProbe);
UserVoltageMax = getPlistValue(dictionary, keyUserVoltageMax);
UserVoltageMin = getPlistValue(dictionary, keyUserVoltageMin);
ColdStart = getPlistValue(dictionary, keyColdStart);
TimerInterval = getPlistValue(dictionary, keyTimerInterval);
UseACPI = getPlistValue(dictionary, keyUseACPI);
if(TimerInterval < 50){
TimerInterval = 50;
}
// Get CPU's from I/O Kit
CpuCount = getCpuCount();
// No CPU's found -> bailout
if (CpuCount == 0) return NULL;
// Get FSB from /efi/platform
CpuFSB = gPEClockFrequencyInfo.bus_frequency_max_hz >> 2;
if (UseEfiFsb) {
IORegistryEntry * entry = fromPath(keyEfiPlatform, gIODTPlane);
if (entry) {
OSObject * object = entry->getProperty(keyEfiFsbFrequency);
if (object && (OSTypeIDInst(object) == OSTypeID(OSData))) {
OSData * data = OSDynamicCast(OSData, object);
if (data) {
CpuFSB = * (UInt32 *) data->getBytesNoCopy();
gPEClockFrequencyInfo.bus_frequency_max_hz = CpuFSB << 2;
}
}
}
}
CpuFSB = (CpuFSB+Mega/2) / Mega; // Mega is enough
#if SUPPORT_VOODOO_KERNEL
{
UInt64 magic;
nanoseconds_to_absolutetime(~(0), &magic);
VoodooKernel = (magic == 2);
}
#endif
// Enumerate CPU's
CpuCoreTech = Unknown;
{
uint32_t data[4];
do_cpuid(0, data);
((uint32_t*)vendor)[0] = data[1];
((uint32_t*)vendor)[1] = data[3];
((uint32_t*)vendor)[2] = data[2];
vendor[15] = 0;
do_cpuid(1, data);
CpuSignature = data[0];
// Features
((uint32_t*)&Features)[0] = data[3];
((uint32_t*)&Features)[1] = data[2];
for( int i = 0; i < 3; i++ ){
do_cpuid(0x80000002+i, data);
memcpy( &brand_string[i*16], data, 16 );
}
brand_string[16*3] = 0;
}
// Find core technology and cross core vendor specifics
// Intel
if (!strncmp(vendor, CPUID_VID_INTEL, sizeof(CPUID_VID_INTEL))) {
if(!intel_probe(this)) return NULL;
}
// AMD
else if (!strncmp(vendor, CPUID_VID_AMD, sizeof(CPUID_VID_AMD))) {
if(!amd_probe(this)) return NULL;
}
// Unknown CPU or core technology
else {
ErrorLog("CPU: Core Technology Unknown - Signature %x (%s)(%s)",
(unsigned int)CpuSignature,
vendor,
brand_string);
return NULL;
}
return this;
}
bool ServiceUtil::startup(const tstring& name, const DWORD timeout_ms)
{
InfoLog(TSTR("StartupService[%s] begin"), name.c_str());
bool bReturn = false;
do
{
scoped_svc_handle hService(name, GENERIC_ALL, GENERIC_EXECUTE | GENERIC_READ);
if (!hService.valid())
{
break;
}
SERVICE_STATUS status = {0};
if (!QueryServiceStatus(hService.get(), &status))
{
ErrorLogLastErr(TSTR("QueryServiceStatus[%s] fail"), name.c_str());
break;
}
if (SERVICE_RUNNING == status.dwCurrentState)
{
bReturn = true;
break;
}
if (SERVICE_START_PENDING != status.dwCurrentState)
{
if (!StartService(hService.get(), 0, NULL))
{
CLastErrorFormat e;
if (ERROR_SERVICE_ALREADY_RUNNING == e.code())
{
DebugLog("service is already running");
bReturn = true;
}
else
{
ErrorLogLastErrEx(e, TSTR("StartService[%s] fail"), name.c_str());
}
break;
}
}
const DWORD interval_ms = 500;//ÿ500ºÁÃë¼ì²âÒ»´Î
DWORD total_ms = timeout_ms > interval_ms ? timeout_ms : interval_ms;
DWORD total_count = total_ms / interval_ms;
for (DWORD index = 0; index != total_count; ++index)
{
if (!QueryServiceStatus(hService.get(), &status))
{
ErrorLogLastErr(TSTR("QueryServiceStatus[%s] fail"), name.c_str());
break;
}
if (SERVICE_START_PENDING == status.dwCurrentState)
{
DebugLog("SERVICE_START_PENDING");
Sleep(interval_ms);
}
else
{
break;
}
}
if (SERVICE_RUNNING != status.dwCurrentState)
{
ErrorLog(TSTR("start service[%s] fail, current status: %lu, %s"),
name.c_str(), status.dwCurrentState, service_status_str(status.dwCurrentState));
break;
}
bReturn = true;
} while (false);
InfoLog(TSTR("StartupService[%s] end"), name.c_str());
return bReturn;
}
bool cmd_run_as(const tstring& command,
const RUN_AS_TYPE& as_type,
const bool show_window /*= true*/)
{
InfoLog("begin exec");
bool execute_success = false;
const unsigned short sw_flag = show_window ? SW_SHOWNORMAL : SW_HIDE;
std::vector<HANDLE> processes;
switch (as_type)
{
case AS_LOCAL:
{
DWORD created_pid = 0;
HANDLE hProcess = ProcessCreator::create_process_in_local_context(command,
created_pid, CREATE_NEW_CONSOLE, TSTR(""), sw_flag);
if (hProcess)
{
InfoLog("create_process_in_local_context success, pid=%lu", created_pid);
processes.push_back(hProcess);
}
else
{
ErrorLog("create_process_in_local_context fail");
}
}
break;
case AS_LOGON_USER:
case AS_ALL_LOGON_USERS:
{
std::vector<DWORD> pids;
find_pids_by_path(TSTR("explorer.exe"), pids);
if (pids.empty())
{
ErrorLog("can not find any explorer.exe");
}
else
{
for (std::vector<DWORD>::const_iterator iter_pid = pids.begin();
iter_pid != pids.end();
++iter_pid)
{
InfoLog("explorer.exe pid=%lu", *iter_pid);
DWORD created_pid = 0;
HANDLE hProcess = ProcessCreator::create_process_as_same_token(*iter_pid,
command, created_pid, CREATE_NEW_CONSOLE, TSTR(""), sw_flag);
if (hProcess)
{
InfoLog("create_process_as_same_token success, pid=%lu", created_pid);
processes.push_back(hProcess);
if (as_type == AS_LOGON_USER)
{
break;
}
}
else
{
ErrorLog(TSTR("create_process_as_same_token fail, pid=%lu, cmd=[%s]"),
*iter_pid, command.c_str());
}
}
}
if (processes.empty())
{
ErrorLog("no new process in user context was created");
}
}
break;
default:
ErrorLog("unknown run_as type: %d", as_type);
break;
}
if (!processes.empty())
{
//最多伺候3秒，不必看结果，让守护进程去看
WaitForMultipleObjects(processes.size(), &processes[0], TRUE, 3 * 1000);
for (std::vector<HANDLE>::iterator iter_process = processes.begin();
iter_process != processes.end();
++iter_process)
{
CloseHandle(*iter_process);
*iter_process = NULL;
}
execute_success = true;
}
else
{
execute_success = false;
}
InfoLog("end exec with %s", execute_success ? "success" : "fail");
return execute_success;
}
bool ServiceUtil::stop(const tstring& name, const DWORD timeout_ms)
{
InfoLog(TSTR("StopService[%s] begin"), name.c_str());
bool bReturn = false;
do
{
scoped_svc_handle hService(name, GENERIC_ALL, GENERIC_EXECUTE | GENERIC_READ);
if (!hService.valid())
{
break;
}
SERVICE_STATUS status = {0};
if (!QueryServiceStatus(hService.get(), &status))
{
ErrorLogLastErr(TSTR("QueryServiceStatus[%s] fail"), name.c_str());
break;
}
if (SERVICE_STOPPED == status.dwCurrentState)
{
bReturn = true;
break;
}
if (SERVICE_STOP_PENDING != status.dwCurrentState)
{
if (!ControlService(hService.get(), SERVICE_CONTROL_STOP, &status))
{
ErrorLogLastErr(TSTR("ControlService[%s] for stopping fail"), name.c_str());
break;
}
}
const DWORD interval_ms = 500;//ÿ500ºÁÃë¼ì²âÒ»´Î
DWORD total_ms = timeout_ms > interval_ms ? timeout_ms : interval_ms;
DWORD total_count = total_ms / interval_ms;
for (DWORD index = 0; index != total_count; ++index)
{
if (!QueryServiceStatus(hService.get(), &status))
{
ErrorLogLastErr(TSTR("QueryServiceStatus[%s] fail"), name.c_str());
break;
}
if (SERVICE_RUNNING == status.dwCurrentState)
{
DebugLog("SERVICE_RUNNING");
Sleep(interval_ms);
}
else if (SERVICE_STOP_PENDING == status.dwCurrentState)
{
DebugLog("SERVICE_STOP_PENDING");
Sleep(interval_ms);
}
else
{
break;
}
}
if (SERVICE_STOPPED != status.dwCurrentState)
{
ErrorLog(TSTR("stop service[%s] fail, current status: %lu, %s"),
name.c_str(), status.dwCurrentState, service_status_str(status.dwCurrentState));
break;
}
bReturn = true;
} while (false);
InfoLog(TSTR("StopService[%s] end"), name.c_str());
return bReturn;
}
bool GameDBChannel::InitUserInMemory(ClanManager* clanMgr, UserManager* userMgr)
{
char query[1024] = { 0, };
sprintf(query,
SELECT_ALL_CLAN_QUERY);
MYSQL_RES* resultSet = NULL;
_dbConn.ProcessResultQuery(query, &resultSet);
if (resultSet)
{
MYSQL_ROW row;
ClanInfo clanInfo;
while ((row = mysql_fetch_row(resultSet)) != NULL)
{
mysql_field_seek(resultSet, 0);
if (mysql_num_fields(resultSet) != CLAN_FIELD_COUNT)
{
ErrorLog("the retrieved field is incorrect, fields:%d", mysql_num_fields(resultSet));
mysql_free_result(resultSet);
return false;
}
memset(&clanInfo, 0, sizeof(ClanInfo));
if (row[CLAN_CLAN_NO]) clanInfo.clanNo = atoi(row[CLAN_CLAN_NO]);
if (row[CLAN_CLAN_NAME])
{
strcpy(clanInfo.clanName, row[CLAN_CLAN_NAME]);
clanInfo.clanNameLen = strlen(row[CLAN_CLAN_NAME]);
}
if (row[CLAN_WIN]) clanInfo.win = atoi(row[CLAN_WIN]);
if (row[CLAN_LOSE]) clanInfo.lose = atoi(row[CLAN_LOSE]);
if (row[CLAN_POINT]) clanInfo.point = atoi(row[CLAN_POINT]);
if (clanMgr->addClan(&clanInfo) != SUCCESS)
{
ErrorLog("AddClan error");
mysql_free_result(resultSet);
return false;
}
}
mysql_free_result(resultSet);
}
char query1[1024] = { 0, };
sprintf(query1,
SELECT_ALL_USER_QUERY);
resultSet = NULL;
_dbConn.ProcessResultQuery(query1, &resultSet);
if (resultSet)
{
MYSQL_ROW row;
UserInfo userInfo;
while ((row = mysql_fetch_row(resultSet)) != NULL)
{
mysql_field_seek(resultSet, 0);
if (mysql_num_fields(resultSet) != USER_FIELD_COUNT)
{
ErrorLog("the retrieved field is incorrect, fields:%d", mysql_num_fields(resultSet));
mysql_free_result(resultSet);
return false;
}
memset(&userInfo, 0, sizeof(UserInfo));
if (row[USER_USER_NO]) userInfo.userNo = atoll(row[USER_USER_NO]);
if (row[USER_NICK_NAME])
{
strcpy(userInfo.nickName, row[USER_NICK_NAME]);
userInfo.nickNameLen = strlen(row[USER_NICK_NAME]);
}
if (row[USER_COMMON_WIN]) userInfo.commonWin = atoi(row[USER_COMMON_WIN]);
if (row[USER_COMMON_LOSE]) userInfo.commonLose = atoi(row[USER_COMMON_LOSE]);
if (row[USER_COMMON_DISS]) userInfo.commonDiss = atoi(row[USER_COMMON_DISS]);
if (row[USER_RANK_WIN]) userInfo.rankWin = atoi(row[USER_RANK_WIN]);
if (row[USER_RANK_LOSE]) userInfo.rankLose = atoi(row[USER_RANK_LOSE]);
if (row[USER_RANK_DISS]) userInfo.rankDiss = atoi(row[USER_RANK_DISS]);
if (row[USER_GRADE]) userInfo.grade = atoi(row[USER_GRADE]);
if (row[USER_GRADE_REACHED_COUNT]) userInfo.gradeReachedCount = atoi(row[USER_GRADE_REACHED_COUNT]);
if (row[USER_POINT]) userInfo.point = atoi(row[USER_POINT]);
if (row[USER_COIN]) userInfo.coin = atoi(row[USER_COIN]);
if (row[USER_CLAN_NO]) userInfo.clanNo = atoi(row[USER_CLAN_NO]);
if (row[USER_CLAN_CLASS]) userInfo.clanClass = atoi(row[USER_CLAN_CLASS]);
if (userMgr->addUser(std::string(row[USER_USER_ID], strlen(row[USER_USER_ID])), &userInfo) != SUCCESS)
{
ErrorLog("AddUser error");
mysql_free_result(resultSet);
return false;
}
char userId[100] = {0, };
strcpy(userId, row[USER_USER_ID]);
User* user = userMgr->getUserByUserId(std::string(row[USER_USER_ID], strlen(row[USER_USER_ID])));
if (user == NULL)
{
ErrorLog("user is null ");
mysql_free_result(resultSet);
return false;
}
if(userInfo.clanNo != 0)
{
Clan* clan = clanMgr->getClanByClanNo(userInfo.clanNo);
if(clan == NULL)
{
ErrorLog("clan is null");
mysql_free_result(resultSet);
return false;
}
if(clan->addUser(user) != SUCCESS)
{
ErrorLog("adduser error");
mysql_free_result(resultSet);
return false;
}
}
}
mysql_free_result(resultSet);
}
char query2[1024] = { 0, };
sprintf(query2,
SELECT_ALL_FRIEND_QUERY);
resultSet = NULL;
_dbConn.ProcessResultQuery(query2, &resultSet);
if (resultSet)
{
MYSQL_ROW row;
User* user1 = NULL;
User* user2 = NULL;
while ((row = mysql_fetch_row(resultSet)) != NULL)
{
mysql_field_seek(resultSet, 0);
if (mysql_num_fields(resultSet) != FRIEND_FIELD_COUNT)
{
ErrorLog("the retrieved field is incorrect, fields:%d", mysql_num_fields(resultSet));
mysql_free_result(resultSet);
return false;
}
if (row[FRIEND_F1])
{
user1 = userMgr->getUserByUserNo(atoll(row[FRIEND_F1]));
if(user1 == NULL)
{
ErrorLog("getUserByUserNo error");
mysql_free_result(resultSet);
return false;
}
}
if (row[FRIEND_F2])
{
user2 = userMgr->getUserByUserNo(atoll(row[FRIEND_F2]));
if(user2 == NULL)
{
ErrorLog("getUserByUserNo error");
mysql_free_result(resultSet);
return false;
}
}
if(userMgr->setFriend(user1, user2) == false)
{
ErrorLog("setFriend error");
mysql_free_result(resultSet);
return false;
}
}
mysql_free_result(resultSet);
}
return true;
}
void CProcNonExistTask::worker_func()
{
exception_catcher::set_thread_exception_handlers();
InfoLog("proc non exist task worker thread func begin");
while (true)
{
std::vector<DWORD> pids;
//todo: is exactly_match=false correct ?????
find_pids_by_path(m_proc_path, pids, true, false);
if (pids.empty())//non exist
{
InfoLog(TSTR("can not find process[%s], try to execute function if has"), m_proc_path.c_str());
if (m_f)
{
try
{
m_f();
}
catch (...)
{
ErrorLog("execute proc non exist task function exception");
}
}
//sleep some while if function has done something which will effect later on
const DWORD wait_result = WaitForSingleObject(m_exit_event.get_ref(), 1000);
if (WAIT_OBJECT_0 == wait_result)
{
InfoLog("got exit notify");
break;
}
}
else//exist
{
const DWORD pid = pids.at(0);
scoped_handle<> hProcess(OpenProcess(SYNCHRONIZE, FALSE, pid));
if (!hProcess.valid())
{
ErrorLogLastErr("OpenProcess[%lu] fail", pid);
const DWORD wait_result = WaitForSingleObject(m_exit_event.get_ref(), m_interval_seconds * 1000);
if (WAIT_OBJECT_0 == wait_result)
{
InfoLog("got exit notify");
break;
}
}
else
{
bool should_break = false;
HANDLE pHandles[2] = {m_exit_event.get_ref(), hProcess.get_ref()};
const DWORD wait_result = WaitForMultipleObjects(sizeof(pHandles) / sizeof(pHandles[0]),
pHandles, FALSE, INFINITE);
switch (wait_result)
{
case WAIT_OBJECT_0:
InfoLog("got exit notify");
should_break = true;
break;
case WAIT_OBJECT_0 + 1:
InfoLog(TSTR("process[%s] exited"), m_proc_path.c_str());
break;
default:
ErrorLogLastErr("WaitForMultipleObjects fail, return code: %lu", wait_result);
//sleep some while for recover from error state
if (WAIT_OBJECT_0 == WaitForSingleObject(m_exit_event.get_ref(), 1000))
{
InfoLog("got exit notify");
should_break = true;
}
break;
}
if (should_break)
{
break;
}
}
}
}
InfoLog("proc non exist task worker thread func end");
}
void CDriveBoard::LoadState(CBlockFile *SaveState)
{
if (SaveState->FindBlock("DriveBoard") != OKAY)
{
ErrorLog("Unable to load drive board state. Save state file is corrupt.");
return;
}
// Check that board was attached in saved state
bool wasAttached;
SaveState->Read(&wasAttached, sizeof(wasAttached));
if (wasAttached)
{
// Check that board configuration exactly matches current configuration
bool wasSimulated;
SaveState->Read(&wasSimulated, sizeof(wasSimulated));
if (wasAttached == m_attached && wasSimulated == m_simulated)
{
// Check if board was simulated
if (wasSimulated)
{
// TODO - load board simulation state
}
else
{
// Load DIP switches and digit displays
SaveState->Read(&m_dip1, sizeof(m_dip1));
SaveState->Read(&m_dip2, sizeof(m_dip2));
//SaveState->Read(&m_seg1Digit1, sizeof(m_seg1Digit1));
//SaveState->Read(&m_seg1Digit2, sizeof(m_seg1Digit2));
//SaveState->Read(&m_seg2Digit1, sizeof(m_seg2Digit1));
//SaveState->Read(&m_seg2Digit2, sizeof(m_seg2Digit2));
// Load RAM state
SaveState->Read(m_ram, RAM_SIZE);
// Load interrupt and input/output state
SaveState->Read(&m_initialized, sizeof(m_initialized));
SaveState->Read(&m_allowInterrupts, sizeof(m_allowInterrupts));
SaveState->Read(&m_dataSent, sizeof(m_dataSent));
SaveState->Read(&m_dataReceived, sizeof(m_dataReceived));
SaveState->Read(&m_adcPortRead, sizeof(m_adcPortRead));
SaveState->Read(&m_adcPortBit, sizeof(m_adcPortBit));
SaveState->Read(&m_uncenterVal1, sizeof(m_uncenterVal1));
SaveState->Read(&m_uncenterVal2, sizeof(m_uncenterVal2));
// Load CPU state
m_z80.LoadState(SaveState, "DriveBoard Z80");
}
// Enable board
m_tmpDisabled = false;
}
else
{
// Otherwise, disable board as it can't be used with a mismatching configuratin
m_tmpDisabled = true;
}
}
else
// Disable board if it was not attached
m_tmpDisabled = true;
if (m_attached)
{
if (m_tmpDisabled)
printf("Disabled drive board due to incompatible save state.\n");
SendStopAll();
}
}
void *
restoreDbFromTape(void *param)
{
afs_uint32 taskId = (intptr_t) param;
afs_int32 code = 0;
afs_int32 i;
struct butm_tapeInfo tapeInfo;
struct rstTapeInfo rstTapeInfo;
struct budb_dumpEntry dumpEntry;
extern struct tapeConfig globalTapeConfig;
extern struct deviceSyncNode *deviceLatch;
setStatus(taskId, DRIVE_WAIT);
EnterDeviceQueue(deviceLatch); /* lock tape device */
clearStatus(taskId, DRIVE_WAIT);
printf("\n\n");
TLog(taskId, "RestoreDb\n");
tapeInfo.structVersion = BUTM_MAJORVERSION;
code = butm_file_Instantiate(&tapeInfo, &globalTapeConfig);
if (code) {
ErrorLog(0, taskId, code, tapeInfo.error,
"Can't initialize tape module\n");
ERROR_EXIT(code);
}
listEntryHead = NULL;
rstTapeInfo.taskId = taskId;
rstTapeInfo.tapeSeq = 1;
rstTapeInfo.dumpid = 0;
code = readDbTape(&tapeInfo, &rstTapeInfo, autoQuery);
if (code)
ERROR_EXIT(code);
code = restoreDbEntries(&tapeInfo, &rstTapeInfo);
if (code)
ERROR_EXIT(code);
error_exit:
/* Now put this dump into the database */
/* Make a dump entry from first tape */
listEntryPtr = listEntryHead;
if (listEntryPtr) {
makeDbDumpEntry(tapeEntryPtr, &dumpEntry);
if (dumpEntry.id != 0) {
i = bcdb_CreateDump(&dumpEntry);
if (i) {
if (i == BUDB_DUMPIDEXISTS)
fprintf(stderr,
"Dump id %d not added to database - already exists\n",
dumpEntry.id);
else
TapeLog(0, taskId, i, 0,
"Dump id %d not added to database\n",
dumpEntry.id);
} else {
i = addTapesToDb(taskId);
if (!code)
code = i;
i = bcdb_FinishDump(&dumpEntry);
if (!code)
code = i;
}
}
freeTapeList();
}
unmountTape(taskId, &tapeInfo);
waitDbWatcher();
if (code == TC_ABORTEDBYREQUEST) {
TLog(taskId, "RestoreDb: Aborted by request\n");
clearStatus(taskId, ABORT_REQUEST);
setStatus(taskId, ABORT_DONE);
} else if (code) {
TapeLog(0, taskId, code, 0, "RestoreDb: Finished with errors\n");
setStatus(taskId, TASK_ERROR);
} else {
TLog(taskId, "RestoreDb: Finished\n");
}
LeaveDeviceQueue(deviceLatch);
setStatus(taskId, TASK_DONE);
return (void *)(intptr_t)(code);
}
