static int PATDumper( void* pContext, uint8_t* pData, int nSize )
{
TS_CHANNEL_PARSER *pTSChannelParser = (TS_CHANNEL_PARSER*)pContext;
PAT_DATA *pPatData = (PAT_DATA*)pData;
TS_PAT *pPat = (TS_PAT*)pPatData->pat_table;
int16_t pat_index = pPatData->pat_index;
uint16_t tsid = pPat->tsid;
int program_num = pPat->total_program_number;
int i, tsid_locked=0;
ASSERT( pContext != NULL );
ASSERT( nSize == sizeof(PAT_DATA) );
if ( (pTSChannelParser->state & PROGRAM_FOUND) )
{
return 0;
}
SageLog(( _LOG_TRACE, 3, TEXT("PAT-%d:Program (total channel:%d, tsid:%d )"), pat_index, program_num, tsid ));
for ( i = 0; i<program_num; i++ )
{
SageLog(( _LOG_TRACE, 3, TEXT("\tPMT pid:0x%04x program:%04d"), pPat->program_pid[i], pPat->program_number[i] ));
if ( pPat->program_number[i] >= 0 )
{
SageLog(( _LOG_TRACE, 3, TEXT("program %d is added into pid table (%d)"), pPat->program_number[i], i));
{
PID_ITEM pid_inf;
pid_inf.pid = pPat->program_pid[i];
pid_inf.type = PID_TYPE_PROGRAM;
pid_inf.service = 0;
pTSChannelParser->dumper.pid_dumper( pTSChannelParser->dumper.pid_dumper_context, &pid_inf, sizeof(pid_inf) );
pTSChannelParser->state |= PROGRAM_FOUND;
}
}
}
tsid_locked = CheckTsId( pTSChannelParser, tsid )>0;
if ( tsid_locked )
{
SageLog(( _LOG_TRACE, 3, TEXT("tsid %d is locked (%d)"), tsid, i));
pTSChannelParser->state |= TSID_LOCKED;
return 1;
}
return 0;
}
static int PATDumper( void* pContext, unsigned char* pData, int nSize )
{
TS_INFO_PARSER *pTSInfoParser = (TS_INFO_PARSER*)pContext;
PAT_DATA *pPatData = (PAT_DATA*)pData;
TS_PAT *pPat = (TS_PAT*)pPatData->pat_table;
short pat_index = pPatData->pat_index;
unsigned short tsid = pPat->tsid;
int program_num = pPat->total_program_number;
int i, tsid_locked=0, program_found=-1;
ASSERT( pContext != NULL );
ASSERT( nSize == sizeof(PAT_DATA) );
//SageLog(( _LOG_TRACE, 3, TEXT("****************PAT ****************** %x"), pTSInfoParser->state ) );
if ( (pTSInfoParser->state & PROGRAM_FOUND) )
{
return 0;
}
SageLog(( _LOG_TRACE, 3, TEXT("PAT-%d:Program (total channel:%d, tsid:%d )"), pat_index, program_num, tsid ));
for ( i = 0; i<program_num; i++ )
{
SageLog(( _LOG_TRACE, 3, TEXT("\tPMT pid:0x%04x program:%04d"), pPat->program_pid[i], pPat->program_number[i] ));
if ( CheckProgramId( pTSInfoParser, pPat->program_number[i], tsid )>0 )
program_found = i;
}
for ( i = 0; i<program_num; i++ )
{
if ( pTSInfoParser->dumper.pid_dumper )
{
PID_ITEM pid_inf;
pid_inf.pid = pPat->program_pid[i];
pid_inf.type = PID_TYPE_PROGRAM;
pid_inf.service = 0;
pTSInfoParser->dumper.pid_dumper( pTSInfoParser->dumper.pid_dumper_context, &pid_inf, sizeof(pid_inf) );
}
}
if ( program_found >= 0 )
{
SageLog(( _LOG_TRACE, 3, TEXT("program %d is locked (%d)"), pPat->program_number[program_found], i));
if ( !(pTSInfoParser->state & PROGRAM_FOUND ) )
{
pTSInfoParser->state |= PROGRAM_FOUND;
if ( pTSInfoParser->dumper.pid_dumper )
{
PID_ITEM pid_inf;
pid_inf.pid = pPat->program_pid[program_found];
pid_inf.type = PID_TYPE_PROGRAM;
pid_inf.service = tsid;
pid_inf.data = pPat->program_number[program_found];
pTSInfoParser->dumper.pid_dumper( pTSInfoParser->dumper.pid_dumper_context, &pid_inf, sizeof(pid_inf) );
}
}
}
tsid_locked = CheckTsId( pTSInfoParser, tsid )>0;
if ( tsid_locked )
{
SageLog(( _LOG_TRACE, 3, TEXT("tsid %d is locked (%d)"), tsid, i));
pTSInfoParser->state |= TSID_LOCKED;
return 1;
}
return 0;
}
