signed int dtvd_tuner_cn_com_symcount_set
(
unsigned char symcount
)
{
signed int ret;
DTVD_TUNER_COM_I2C_DATA_t i2c_data;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
i2c_data.adr = D_DTVD_TUNER_REG_FEC_SUBA;
i2c_data.data= D_DTVD_TUNER_REG_FEC_SUBD;
ret = dtvd_tuner_com_dev_i2c_write( D_DTVD_TUNER_REG_NO1, &i2c_data );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_NG;
}
i2c_data.adr = D_DTVD_TUNER_REG_FEC_SUBD;
i2c_data.data= symcount;
ret = dtvd_tuner_com_dev_i2c_write( D_DTVD_TUNER_REG_NO1, &i2c_data );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_NG;
}
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_OK;
}
void dtvd_tuner_cn_mtx_001_msg_core_measure( void )
{
signed int ret;
DTVD_TUNER_INEVT_CN_CORE_MEASURE_t *data = &tdtvd_tuner_msg.buff.in_cn_core_measure;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
ret = dtvd_tuner_cn_com_start_set();
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_ENTER( 1, 0, 0 );
dtvd_tuner_cn_inevt_core_deverr();
DTVD_DEBUG_MSG_EXIT();
return;
}
dtvd_tuner_timer_start( D_DTVD_TUNER_TIMER_MEASURE_CN_FST,
tdtvd_tuner_cn.wait_time );
tdtvd_tuner_cn.stabilize_times = 0;
tdtvd_tuner_cn.seq_id = data->seq_id;
dtvd_tuner_cn_com_set_status( D_DTVD_TUNER_CN_002 );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_ber_mtx_001_msg_core_start( void )
{
signed int ret;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
ret = dtvd_tuner_ber_com_start_set();
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_ENTER( 1, 0, 0 );
dtvd_tuner_ber_inevt_core_deverr();
DTVD_DEBUG_MSG_EXIT();
return;
}
tdtvd_tuner_monitor.rx.ber.state = D_DTVD_TUNER_MEASURE_STATE_OFF;
dtvd_tuner_timer_start( D_DTVD_TUNER_TIMER_MEASURE_BER_FST,
tdtvd_tuner_ber.wait_time );
dtvd_tuner_ber_com_set_status( D_DTVD_TUNER_BER_002 );
DTVD_DEBUG_MSG_EXIT();
return;
}
signed int dtvd_tuner_ber_com_stop_set_ext_omt( void )
{
signed int ret;
DTVD_TUNER_COM_I2C_DATA_t i2c_data;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
i2c_data.adr = D_DTVD_TUNER_REG_FEC_SUBA;
i2c_data.data= 0xD7;
ret = dtvd_tuner_com_dev_i2c_write( D_DTVD_TUNER_REG_NO1, &i2c_data );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_NG;
}
i2c_data.adr = D_DTVD_TUNER_REG_FEC_SUBD;
i2c_data.data= 0xB9;
ret = dtvd_tuner_com_dev_i2c_write( D_DTVD_TUNER_REG_NO1, &i2c_data );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_NG;
}
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_OK;
}
signed int dtvd_tuner_ber_com_start_set( void )
{
signed int ret;
DTVD_TUNER_COM_I2C_DATA_t i2c_data;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
i2c_data.adr = D_DTVD_TUNER_REG_RSBERXRST;
i2c_data.data= 0x00;
ret = dtvd_tuner_com_dev_i2c_write( D_DTVD_TUNER_REG_NO1, &i2c_data );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_NG;
}
i2c_data.adr = D_DTVD_TUNER_REG_RSBERXRST;
i2c_data.data= 0x01;
ret = dtvd_tuner_com_dev_i2c_write( D_DTVD_TUNER_REG_NO1, &i2c_data );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_NG;
}
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_OK;
}
void dtvd_tuner_timer_sleep_on_timeout
(
signed long count
)
{
signed long res;
DTVD_TUNER_CONTROL_t *info = &tdtvd_tuner_info;
int event_flag = 0;
DTVD_DEBUG_MSG_ENTER( (int)count, 0, 0 );
if( count <= 0 )
{
DTVD_DEBUG_MSG_EXIT();
return;
}
res = count;
while( res > 0 )
{
res = wait_event_interruptible_timeout( info->wait_queue, event_flag !=0 ,(res * HZ / 1000) );
event_flag = 0;
}
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_agc_mtx_007_msg_core_measure_omt( void )
{
signed int ret;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
ret = dtvd_tuner_agc_com_read();
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_ENTER( 1, 0, 0 );
dtvd_tuner_agc_inevt_core_measure_omt( D_DTVD_TUNER_NG );
DTVD_DEBUG_MSG_EXIT();
return;
}
tdtvd_tuner_monitor.rx.agc.state = D_DTVD_TUNER_MEASURE_STATE_ON;
dtvd_tuner_agc_inevt_core_measure_omt( D_DTVD_TUNER_OK );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_ber_mtx_001_msg_core_start_omt( void )
{
signed int ret;
DTVD_TUNER_INEVT_BER_CORE_START_OMT_t *data;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
data = &tdtvd_tuner_msg.buff.in_ber_core_start_omt;
if( data->out == D_DTVD_TUNER_BER_MEASURE_OUT_ON )
{
DTVD_DEBUG_MSG_ENTER( 1, 0, 0 );
ret = dtvd_tuner_ber_com_start_set_ext_omt();
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_ENTER( 2, 0, 0 );
dtvd_tuner_ber_inevt_core_start_omt( D_DTVD_TUNER_NG );
DTVD_DEBUG_MSG_EXIT();
return;
}
dtvd_tuner_ber_com_set_status( D_DTVD_TUNER_BER_006 );
}
else
{
DTVD_DEBUG_MSG_ENTER( 3, 0, 0 );
ret = dtvd_tuner_ber_com_start_set_init( &data->period );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_ENTER( 4, 0, 0 );
dtvd_tuner_ber_inevt_core_start_omt( D_DTVD_TUNER_NG );
DTVD_DEBUG_MSG_EXIT();
return;
}
dtvd_tuner_ber_com_set_status( D_DTVD_TUNER_BER_004 );
}
dtvd_tuner_ber_inevt_core_start_omt( D_DTVD_TUNER_OK );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_cn_com_symcount_chg_timer
(
unsigned char symcount
)
{
unsigned int count;
unsigned int symcount_max;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
symcount_max = ( sizeof( c_symcount ) / sizeof( c_symcount[0]) );
for( count = 0; count < symcount_max; count++ )
{
if( c_symcount[count].symcount == symcount )
{
tdtvd_tuner_cn.measure_time = c_symcount[count].timer;
break;
}
}
if ( count >= symcount_max )
{
DTVD_TUNER_SYSERR_RANK_A( D_DTVD_TUNER_SYSERR_DRV_PARAM,
DTVD_TUNER_CN_COM,
0, 0, 0, 0, 0, 0 );
return;
}
DTVD_DEBUG_MSG_EXIT();
return;
}
signed int dtvd_tuner_ber_com_read_flag( unsigned char *data )
{
signed int ret;
unsigned long length;
unsigned char addr;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
ret = D_DTVD_TUNER_OK;
length = D_DTVD_TUNER_REG_NO1;
addr = D_DTVD_TUNER_REG_RSBERCEFLG;
ret = dtvd_tuner_com_dev_i2c_read( length,
&addr,
data );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_EXIT();
return ret;
}
return ret;
}
void dtvd_tuner_timer_stop
(
unsigned long funcid
)
{
signed int ret;
DTVD_TUNER_TIMER_t *timer_info = &tdtvd_tuner_main.timer;
DTVD_DEBUG_MSG_ENTER( (int)funcid, 0, 0 );
if( funcid >= D_DTVD_TUNER_TIMER_MAX )
{
DTVD_TUNER_SYSERR_RANK_A( D_DTVD_TUNER_SYSERR_DRV_PARAM,
DTVD_TUNER_TIMER,
funcid, 0, 0, 0, 0, 0 );
return;
}
if( timer_info->list[funcid].state == D_DTVD_TUNER_TIMER_STOP )
{
DTVD_DEBUG_MSG_EXIT();
return;
}
#ifdef DTVD_NO_HRTIMER
ret = del_timer( &timer_info->list[funcid].info );
#else
ret = hrtimer_cancel( &timer_info->list[funcid].info );
#endif
if( ret < 0 )
{
DTVD_TUNER_SYSERR_RANK_A( D_DTVD_TUNER_SYSERR_DRV_SYSTEM,
DTVD_TUNER_TIMER,
0, 0, 0, 0, 0, 0 );
return;
}
timer_info->list[funcid].state = D_DTVD_TUNER_TIMER_STOP;
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_ber_mtx_001_msg_core_set( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_timer_handler
(
unsigned long data
)
{
unsigned int cnt;
unsigned long funcid;
unsigned long mask;
unsigned char need_toevt=D_DTVD_TUNER_TRUE;
DTVD_DEBUG_MSG_ENTER( (int)data, 0, 0 );
funcid = data >> ( 32 - D_DTVD_TUNER_TIMER_MAX_NUM );
if( funcid > D_DTVD_TUNER_TIMER_BIT_MAX )
{
DTVD_TUNER_SYSERR_RANK_B( D_DTVD_TUNER_SYSERR_DRV_ETC,
DTVD_TUNER_TIMER,
funcid, 0, 0, 0, 0, 0 );
return;
}
dtvd_tuner_timer_handler_callfunc( funcid , &need_toevt);
if( need_toevt != D_DTVD_TUNER_TRUE )
{
DTVD_DEBUG_MSG_EXIT();
return;
}
for( cnt=0; cnt<D_DTVD_TUNER_TIMER_MAX; cnt++ )
{
mask = (unsigned long)( 0x0001 << cnt );
if( ( funcid & mask ) == mask )
{
tdtvd_tuner_timer_tasklet[cnt]->data = data;
tasklet_schedule( tdtvd_tuner_timer_tasklet[cnt] );
break;
}
}
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_tmcc_mtx_001_msg_tuner_stop( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_tmcc_inevt_tuner_stop();
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_cn_com_measure_time_set( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
tdtvd_tuner_cn.measure_time = tdtvd_tuner_nonvola.cn_cycle;
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_cn_mtx_001_msg_core_stop( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_cn_inevt_core_stop();
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_core_mtx_008_msg_agc_stop( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_core_inevt_tuner_stop();
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_core_mtx_013_msg_cn_stop_omt( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_core_inevt_agc_stop_omt();
DTVD_DEBUG_MSG_EXIT();
return;
}
signed int dtvd_tuner_autoeco_init( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
tdtvd_tuner_autoeco.status = D_DTVD_TUNER_AUTOECO_000;
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_OK;
}
void dtvd_tuner_tmcc_mtx_001_msg_tuner_end( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_tmcc_com_set_status( D_DTVD_TUNER_TMCC_000 );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_agc_mtx_007_msg_core_start_omt( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_agc_inevt_core_start_omt( D_DTVD_TUNER_OK );
DTVD_DEBUG_MSG_EXIT();
return;
}
signed int dtvd_tuner_cn_init( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
tdtvd_tuner_cn.status = D_DTVD_TUNER_CN_000;
tdtvd_tuner_cn.seq_id = 0;
DTVD_DEBUG_MSG_EXIT();
return D_DTVD_TUNER_OK;
}
void dtvd_tuner_cn_com_watch_timer_start( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_timer_start( D_DTVD_TUNER_TIMER_WATCH_CN,
tdtvd_tuner_cn.cycle_time );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_cn_mtx_001_msg_core_start_omt( void )
{
signed int ret;
DTVD_TUNER_INEVT_CN_CORE_START_OMT_t *data;
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
data = &tdtvd_tuner_msg.buff.in_cn_core_start_omt;
ret = dtvd_tuner_cn_com_symcount_read();
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_ENTER( 1, 0, 0 );
dtvd_tuner_cn_inevt_core_start_omt( D_DTVD_TUNER_NG );
DTVD_DEBUG_MSG_EXIT();
return;
}
dtvd_tuner_cn_com_symcount_chg_timer( data->carrier );
ret = dtvd_tuner_cn_com_symcount_set( data->carrier );
if( ret != D_DTVD_TUNER_OK )
{
DTVD_DEBUG_MSG_ENTER( 2, 0, 0 );
dtvd_tuner_cn_inevt_core_start_omt( D_DTVD_TUNER_NG );
DTVD_DEBUG_MSG_EXIT();
return;
}
dtvd_tuner_cn_inevt_core_start_omt( D_DTVD_TUNER_OK );
dtvd_tuner_cn_com_set_status( D_DTVD_TUNER_CN_005 );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_autoeco_mtx_002_msg_core_stop( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
tdtvd_tuner_autoeco.autoeco_flg = D_DTVD_TUNER_OFF;
dtvd_tuner_autoeco_com_set_status( D_DTVD_TUNER_AUTOECO_001 );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_ber_mtx_001_msg_core_end( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_ber_inevt_core_end();
dtvd_tuner_ber_com_set_status( D_DTVD_TUNER_BER_000 );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_tmcc_mtx_001_msg_tuner_infoget( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_tmcc_com_get_timer_start();
dtvd_tuner_tmcc_com_set_status( D_DTVD_TUNER_TMCC_002 );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_core_mtx_013_agc_start_omt( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_core_set_result( D_DTVD_TUNER_NG );
dtvd_tuner_core_wakeup( D_DTVD_TUNER_WAKEUP_AGC_START_OMT );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_core_mtx_013_cnr_stop_omt( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_core_set_result( D_DTVD_TUNER_NG );
dtvd_tuner_core_wakeup( D_DTVD_TUNER_WAKEUP_CNR_STOP_OMT );
DTVD_DEBUG_MSG_EXIT();
return;
}
void dtvd_tuner_core_mtx_013_ber_get_omt( void )
{
DTVD_DEBUG_MSG_ENTER( 0, 0, 0 );
dtvd_tuner_core_set_result( D_DTVD_TUNER_NG );
dtvd_tuner_core_wakeup( D_DTVD_TUNER_WAKEUP_BER_GET_OMT );
DTVD_DEBUG_MSG_EXIT();
return;
}