void mmi_dm_cmd(int argc, char *argv[])
{
u8 cn = 0, lock;
u32 berA, perA, berB, perB, berC, perC, cnr, ui32Quality, ui32Antlvl;
s32 i32RSSI;
mtv_signal_quality_info(hDevice, &lock, &cnr, &berA, &perA, &berB, &perB, &berC, &perC, &i32RSSI, &ui32Quality, &ui32Antlvl);
print_log("Lock : 0x%x CN : %3d, RSSI : %3d, QT : %d, Ant : %d\n",lock, cnr, i32RSSI, ui32Quality, ui32Antlvl);
print_log("BerA : %6d, PerA : %6d, BerB : %6d, PerB : %6d, BerC : %6d, PerC : %6d, \n", berA, perA, berB, perB, berC, perC);
}
void sig_thread(void *param)
{
data_dump_param *data = (data_dump_param*)param;
int hDevice = data->dev;
int num = data->num;
u8 wscn, lock;
s32 rssi;
u32 berA, perA, berB, perB, berC, perC, qty, ant;
sig_start_thread = 1;
while(1)
{
mtv_signal_quality_info(hDevice, &lock, &wscn, &berA, &perA, &berB, &perB, &berC, &perC, &rssi, &qty, &ant);
print_log("Lock : 0x%x CN : %3d, RSSI : %3d, QT : %d, Ant : %d\n",lock, wscn, rssi, qty, ant);
print_log("BerA : %6d, PerA : %6d, BerB : %6d, PerB : %6d, BerC : %6d, PerC : %6d, \n", berA, perA, berB, perB, berC, perC);
msWait(MON_TIME);
if(!sig_start_thread)
break;
}
}
void data_dump_thread(void *param)
{
data_dump_param *data = (data_dump_param*)param;
int hDevice = data->dev;
int num = data->num;
u8 buf[MSC_BUF_SIZE];
int i;
int ret;
int check_cnt_size=0;
int monitor_size=0;
int dump_size=0;
u32 berA, perA, berB, perB, berC, perC, cnr, ui32Quality, ui32Antlvl;
s32 i32RSSI;
u8 slock=0;
//while(1)
{
FILE *f;
char *f_name[128];
sprintf((void*)f_name,DUMP_PATH"data_dump_%04d.dat", index++);
dump_size=0;
f = fopen((void*)f_name, "wb");
#ifdef FEATURE_TS_CHECK
create_tspacket_anal();
#endif
print_log("Start data dump %s , pkt : %d\n", f_name, data->num);
mtv_ts_start(hDevice);
for(i=0;i<num;i++)
{
int k;
int size;
size = mtv_data_read(hDevice, buf, MSC_BUF_SIZE);
#ifdef FEATURE_TS_CHECK
if(!(size%188)) {
put_ts_packet(0, &buf[0], size);
dump_size+=size;
monitor_size+=size;
check_cnt_size+=size;
#ifdef FEATURE_OVERRUN_CHECK
{
u8 over;
BBM_READ(hDevice, 0x8001, &over);
if(over)
{
BBM_WRITE(hDevice, 0x8001, over);
print_log("TS OVERRUN : %d\n", over);
}
}
#endif
if(check_cnt_size>188*320*40)
{
print_pkt_log();
check_cnt_size=0;
}
}
#endif
if(monitor_size>188*320*40) {
monitor_size=0;
mtv_signal_quality_info(hDevice, &slock, &cnr, &berA, &perA, &berB, &perB, &berC, &perC, &i32RSSI, &ui32Quality, &ui32Antlvl);
print_log("Lock : 0x%x CN : %3d, RSSI : %3d, QT : %d, Ant : %d\n",slock, cnr, i32RSSI, ui32Quality, ui32Antlvl);
print_log("BerA : %6d, PerA : %6d, BerB : %6d, PerB : %6d, BerC : %6d, PerC : %6d, \n", berA, perA, berB, perB, berC, perC);
}
if((dump_size<100*1024*1024)&&(size>0))
fwrite(&buf[0], 1, size, f);
}
mtv_ts_stop(hDevice);
fclose(f);
print_log("\nEnd msc dump\n");
index %= 10;
}
}
