static int viterbi_rt_ber_read(unsigned int* ber)
{
u32 vframe, esum;
u8 vt_ctrl=0;
int res = BBM_OK;
BBM_READ(NULL, BBM_VT_CONTROL, &vt_ctrl);
vt_ctrl |= 0x10;
BBM_WRITE(NULL, BBM_VT_CONTROL, vt_ctrl);
BBM_LONG_READ(NULL,BBM_VT_RT_BER_PERIOD, &vframe);
BBM_LONG_READ(NULL,BBM_VT_RT_ERROR_SUM, &esum);
vt_ctrl &= ~0x10;
BBM_WRITE(NULL,BBM_VT_CONTROL, vt_ctrl);
if(vframe == 0) {
*ber = 0;
return BBM_NOK;
}
// *ber = ((float)esum / (float)vframe) * 10000.0f;
*ber = (esum * 10000 / vframe);
return res;
}
void mmi_bbm_write(int argc, char *argv[])
{
u16 dest_addr;
u8 dest_data;
u8 length;
int i;
if(argc == 3) {
dest_addr = htoi(argv[1]);
dest_data = htoi(argv[2]);
BBM_WRITE(hDevice, dest_addr, dest_data);
} else if(argc == 4) {
dest_addr = htoi(argv[1]);
dest_data = htoi(argv[2]);
length = htoi(argv[3]);
if(dest_data == 0x1234) {
dest_data = 0;
for(i=0; i<=length; i++)
BBM_WRITE(hDevice, dest_addr+i, dest_data);
} else {
for(i=0; i<length; i++)
BBM_WRITE(hDevice, dest_addr+i, dest_data);
}
} else {
print_log("usage : %s [start addr] [data] [length] ; byte write command\n", (int)argv[0]);
}
}
//static fci_u16 tunerbb_drv_fc8050_rserror_count(void)
static fci_u16 tunerbb_drv_fc8050_rserror_count(fci_u16 *nframe)//for dummy channel.
{
//fci_u32 rt_esum;
fci_u16 rt_nframe, rt_rserror;
fci_u8 rs_ctrl=0;
#ifdef MON_BURST_MODE
uint8 burst[12];
rs_ctrl = 0x21;
BBM_WRITE(0, BBM_RS_CONTROL, rs_ctrl);
BBM_BULK_READ(0, BBM_RS_RT_BER_PER, &burst[0], 4);
//BBM_LONG_READ(0, BBM_RS_RT_BER_PER, burst[0]);
rt_nframe = (uint16)(*(uint16*)burst);
rt_rserror = (uint16)(*((uint16*)burst+1));
rs_ctrl = 0x1;
BBM_WRITE(0, BBM_RS_CONTROL, rs_ctrl);
#else
BBM_READ(0, BBM_RS_CONTROL, &rs_ctrl);
rs_ctrl |= 0x20;
BBM_WRITE(0, BBM_RS_CONTROL, rs_ctrl);
BBM_WORD_READ(0, BBM_RS_RT_BER_PER, &rt_nframe); //실시간으로 count 되는 frame 수
//BBM_LONG_READ(0, BBM_RS_RT_ERR_SUM, &rt_esum);
BBM_WORD_READ(0, BBM_RS_RT_FAIL_CNT, &rt_rserror);
rs_ctrl &= ~0x20;
BBM_WRITE(0, BBM_RS_CONTROL, rs_ctrl);
#endif
*nframe=rt_nframe; //실시간으로 count 되는 frame 수
return rt_rserror;
}
void fc8050_isr_interruptclear(void)
{
u8 extIntStatus = 0;
BBM_READ(NULL, BBM_COM_INT_STATUS, &extIntStatus);
BBM_WRITE(NULL, BBM_COM_INT_STATUS, extIntStatus);
BBM_WRITE(NULL, BBM_COM_INT_STATUS, 0x00);
}
void mmi_bbm_verify(int argc, char *argv[])
{
u8 dest_addr;
u8 dest_data, temp_data;
int i;
int retry;
switch(argc) {
case 2:
dest_data = 0xAA;
dest_addr = htoi(argv[1]);
print_log("%s [0x%X] [0x%X] [0x%X]\n", argv[0], dest_addr, dest_data, 1);
BBM_WRITE(hDevice, dest_addr, dest_data);
//Sleep(10);
BBM_READ(hDevice, dest_addr, &temp_data);
if(dest_data != temp_data) {
print_log("Mismatch Data ; addr[0x%X] write [0x%X] : read [0x%X]\n",
dest_addr, dest_data, temp_data);
}
break;
case 3:
dest_data = 0xff;
dest_addr = htoi(argv[1]);
retry = htoi(argv[2]);
print_log("%s [0x%X] [0x%X]\n", argv[0], dest_addr, retry);
for(i=0; i<retry; i++) {
BBM_WRITE(hDevice, dest_addr, dest_data);
//Sleep(10);
BBM_READ(hDevice, dest_addr, &temp_data);
if(dest_data != temp_data) {
print_log("\n 0x%xth Mismatch Data ; addr[0x%X] write [0x%X] : read [0x%X]\n",
i, dest_addr, dest_data, temp_data);
}
dest_data--;
print_log(".");
}
break;
default:
print_log("Usage : %s [address] [retry]\n", argv[0]);
break;
}
}
static uint32 tunerbb_drv_fc8050_get_viterbi_ber(void) //msc_ber
{
uint8 vt_ctrl;
uint32 bper, tbe;
uint32 ber;
BBM_READ(0, BBM_VT_CONTROL, &vt_ctrl);
vt_ctrl |= 0x10;
BBM_WRITE(0, BBM_VT_CONTROL, vt_ctrl);
BBM_LONG_READ(0, BBM_VT_RT_BER_PERIOD, &bper);
BBM_LONG_READ(0, BBM_VT_RT_ERROR_SUM, &tbe);
vt_ctrl &= ~0x10;
BBM_WRITE(0, BBM_VT_CONTROL, vt_ctrl);
if(bper == 0)
{
// LGE_INTG_090217
ber = MAX_MSC_BER;
}
else if(tbe == 0)
{
ber = 0;
}
else
{
//ber = ((tbe / bper) * 100000);
//ber = (tbe * 100000) / bper;
if(tbe > 42949)
{
ber = ((tbe * 1000)/bper)*100;
}
else
{
ber = (tbe*100000)/bper;
}
}
ber = (ber >= MAX_MSC_BER) ? MAX_MSC_BER : ber;
/* ber must bigger than 0 because FactoryTest issue */
if(ber == 0)
{
ber = 1;
}
return ber;
}
/*====================================================================
FUNCTION fc8150_bb_set_frequency
DESCRIPTION
DEPENDENCIES
RETURN VALUE
SIDE EFFECTS
======================================================================*/
int fc8150_bb_set_frequency(int freq_idx)
{
int ret = 0;
u32 f_rf = 0;
//ISDBT_MSG_FC8150_BB("[%s] start \n", __func__);
f_rf = (freq_idx - 13) * 6000 + 473143;
ISDBT_MSG_FC8150_BB("[%s] set FREQ = %d \n", __func__, f_rf);
ret = BBM_TUNER_SET_FREQ(NULL, f_rf);
if (ret != BBM_OK) {
ISDBT_MSG_FC8150_BB("[%s] fail to BBM_TUNER_SET_FREQ (f_rf)%d (ret)%d\n", __func__, f_rf, ret);
return -1;
}
#if 1 // for test
ret = BBM_SCAN_STATUS(NULL);
if (ret)
ISDBT_MSG_FC8150_BB("[%s] LOCK FAIL!\n", __func__);
else
ISDBT_MSG_FC8150_BB("[%s] LOCK OK! \n", __func__);
#endif // 0
BBM_WRITE(0, BBM_BUF_INT, 0x01);
//ISDBT_MSG_FC8150_BB("[%s] end \n", __func__);
return 0;
}
void ptcheck_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 check_cnt_size=0;
int size;
FILE *f;
char *f_name[128];
ptcheck_thread_start = 1;
print_log("pattern check start \n");
sprintf((void*)f_name,DUMP_PATH"pattern_ts.dat");
f = fopen((void*)f_name, "wb");
#ifdef FEATURE_TS_CHECK
create_tspacket_anal();
#endif
mtv_ts_start(hDevice);
while(1)
{
size = mtv_data_read(hDevice, buf, MSC_BUF_SIZE);
#ifdef FEATURE_TS_CHECK
if(!(size%188)) {
put_ts_packet(0, &buf[0], size);
check_cnt_size+=size;
fwrite(&buf[0], 1, size, f);
}
#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*100)
{
print_pkt_log();
check_cnt_size=0;
}
#endif
if(!ptcheck_thread_start)
break;
}
mtv_ts_stop(hDevice);
fclose(f);
print_log("\nEnd pattern check\n");
}
static fci_u16 tunerbb_drv_fc8050_rserror_count(void)
{
fci_u32 rt_esum;
fci_u16 rt_nframe, rt_rserror;
fci_u8 rs_ctrl=0;
BBM_READ(0, BBM_RS_CONTROL, &rs_ctrl);
rs_ctrl |= 0x20;
BBM_WRITE(0, BBM_RS_CONTROL, rs_ctrl);
BBM_WORD_READ(0, BBM_RS_RT_BER_PER, &rt_nframe);
BBM_LONG_READ(0, BBM_RS_RT_ERR_SUM, &rt_esum);
BBM_WORD_READ(0, BBM_RS_RT_FAIL_CNT, &rt_rserror);
rs_ctrl &= ~0x20;
BBM_WRITE(0, BBM_RS_CONTROL, rs_ctrl);
return rt_rserror;
}
void tdmb_fc8050_spi_write_read_test(void)
{
uint16 i;
uint32 wdata = 0;
uint32 ldata = 0;
uint32 data = 0;
uint32 temp = 0;
#define TEST_CNT 5
tdmb_fc8050_power_on();
for(i=0;i<TEST_CNT;i++)
{
BBM_WRITE(NULL, 0x05, i & 0xff);
BBM_READ(NULL, 0x05, (fci_u8*)&data);
printk("FC8000 byte test (0x%x,0x%x)\n", i & 0xff, data);
if((i & 0xff) != data)
printk("FC8000 byte test (0x%x,0x%x)\n", i & 0xff, data);
}
for(i=0;i<TEST_CNT;i++)
{
BBM_WORD_WRITE(NULL, 0x0210, i & 0xffff);
BBM_WORD_READ(NULL, 0x0210, (fci_u16*)&wdata);
printk("FC8000 word test (0x%x,0x%x)\n", i & 0xffff, wdata);
if((i & 0xffff) != wdata)
printk("FC8000 word test (0x%x,0x%x)\n", i & 0xffff, wdata);
}
for(i=0;i<TEST_CNT;i++)
{
BBM_LONG_WRITE(NULL, 0x0210, i & 0xffffffff);
BBM_LONG_READ(NULL, 0x0210, (fci_u32*)&ldata);
printk("FC8000 long test (0x%x,0x%x)\n", i & 0xffffffff, ldata);
if((i & 0xffffffff) != ldata)
printk("FC8000 long test (0x%x,0x%x)\n", i & 0xffffffff, ldata);
}
data = 0;
for(i=0;i<TEST_CNT;i++)
{
temp = i&0xff;
BBM_TUNER_WRITE(NULL, 0x12, 0x01, (fci_u8*)&temp, 0x01);
BBM_TUNER_READ(NULL, 0x12, 0x01, (fci_u8*)&data, 0x01);
printk("FC8000 tuner test (0x%x,0x%x)\n", i & 0xff, data);
if((i & 0xff) != data)
printk("FC8000 tuner test (0x%x,0x%x)\n", i & 0xff, data);
}
temp = 0x51;
BBM_TUNER_WRITE(NULL, 0x12, 0x01, (fci_u8*)&temp, 0x01 );
tdmb_fc8050_power_off();
}
/*====================================================================
FUNCTION fc8150_bb_get_status
DESCRIPTION
DEPENDENCIES
RETURN VALUE
SIDE EFFECTS
======================================================================*/
void fc8150_bb_get_status(tIsdbtSigInfo *sig_info)
{
struct dm_st {
u8 start;
s8 rssi;
u8 wscn;
u8 reserved;
u16 main_rxd_rsps;
u16 main_err_rsps;
u32 main_err_bits;
u32 dmp_rxd_bits;
u32 dmp_err_bits;
u16 inter_rxd_rsps;
u16 inter_err_rsps;
u32 inter_err_bits;
u8 lna_code;
u8 rfvga;
u8 k;
u8 csf_gain;
u8 pga_gain;
u8 extlna;
u8 high_current_mode_gain;
u8 extlna_gain;
} dm;
/** read info */
BBM_WRITE(NULL, BBM_REQ_BER, 0x0e);
BBM_BULK_READ(NULL, BBM_DM_DATA, (u8*) &dm + 1, sizeof(dm) - 1);
/** calc BER */
if (dm.dmp_rxd_bits)
sig_info->ber = ((u32)dm.dmp_err_bits * 10000 / (u32)dm.dmp_rxd_bits);
else
sig_info->ber = 10000;
/** calc PER */
if (dm.inter_rxd_rsps)
sig_info->per = ((u32)dm.inter_err_rsps * 10000 / (u32)dm.inter_rxd_rsps);
else
sig_info->per = 10000;
/** read CN */
sig_info->cninfo = dm.wscn;
}
unsigned char DMBDrv_DeInit(void)
{
gInitFlag = 0;
BBM_VIDEO_DESELECT(NULL, 0, 0, 0);
BBM_AUDIO_DESELECT(NULL, 0, 3);
BBM_DATA_DESELECT(NULL, 0, 2);
BBM_WRITE(NULL, BBM_COM_STATUS_ENABLE, 0x00);
msWait(100);
BBM_DEINIT(NULL);
BBM_FIC_CALLBACK_DEREGISTER(NULL);
BBM_MSC_CALLBACK_DEREGISTER(NULL);
BBM_HOSTIF_DESELECT(NULL);
return TDMB_SUCCESS;
}
// Modified by somesoo 20100730 for removing green block effect
int8 tunerbb_drv_fc8050_multi_set_channel(int32 freq_num, uint8 subch_cnt, uint8 subch_id[ ], uint8 op_mode[ ])
{
int8 res = BBM_OK;
int32 freq = 0;
uint8 dmb_cnt=0;
int i;
fc8050_service_type svcType = FC8050_SERVICE_MAX;
unsigned short mask;
// Added by somesoo 20100730 for removing green block effect
fc8050_isr_control(0);
for(i=0;i<subch_cnt;i++)
{
serviceType[i] = op_mode[i];
if(FC8050_ENSQUERY != op_mode[i])
tunerbb_drv_fc8050_stop();
else
svcType = FC8050_ENSQUERY;
}
tunerbb_drv_fc8050_control_fic(0);
/* Change freq_num(channel num) to frequency */
freq = tunerbb_drv_convert_chnum_to_freq(freq_num);
if(freq == 0)
{
return FC8050_RESULT_ERROR;
}
res = BBM_TUNER_SET_FREQ(0, freq);
if(res)
{
return FC8050_RESULT_ERROR;
}
if(svcType == FC8050_ENSQUERY)
{
#ifdef FEATURE_FIC_BER
BBM_WRITE(0, BBM_VT_CONTROL, 0x01);
#endif
if(BBM_SCAN_STATUS(0))
{
return FC8050_RESULT_ERROR;
}
}
#ifdef FEATURE_FIC_BER
else
BBM_WRITE(0, BBM_VT_CONTROL, 0x03);
#endif
BBM_WORD_READ(NULL, BBM_BUF_ENABLE, &mask);
mask &= 0x100;
for(i=0;i<subch_cnt;i++)
{
switch(serviceType[i])
{
case FC8050_DAB:
mask |= (1<<DAB_SVC_ID);
BBM_AUDIO_SELECT(0, subch_id[i],DAB_SVC_ID);
#ifdef STREAM_TS_UPLOAD
fc8050_demux_select_channel(subch_id[i], DAB_SVC_ID);
#else
g_chinfo[subch_id[i]]=DAB_SVC_ID;
#endif
break;
case FC8050_DMB:
case FC8050_VISUAL:
mask |= (1 << (DMB_SVC_ID+dmb_cnt));
if(dmb_cnt<2)
{
BBM_VIDEO_SELECT(0, subch_id[i], DMB_SVC_ID+dmb_cnt, dmb_cnt);
#ifdef STREAM_TS_UPLOAD
fc8050_demux_select_video(subch_id[i], DMB_SVC_ID+dmb_cnt);
#else
g_chinfo[subch_id[i]]=dmb_cnt;
#endif
dmb_cnt++;
}
else
res=BBM_NOK;
break;
case FC8050_DATA:
mask |= (1<<DAT_SVC_ID);
BBM_DATA_SELECT(0, subch_id[i], DAT_SVC_ID);
#ifdef STREAM_TS_UPLOAD
fc8050_demux_select_channel(subch_id[i], DAT_SVC_ID);
#else
g_chinfo[subch_id[i]]=DAT_SVC_ID;
#endif
break;
case FC8050_ENSQUERY:
tunerbb_drv_fc8050_control_fic(1);
res = BBM_OK;
break;
default:
res = BBM_NOK;
break;
}
}
BBM_WORD_WRITE(NULL, BBM_BUF_ENABLE, mask);
tot_subch_cnt = subch_cnt;
// Added by somesoo 20100730 for removing green block effect
if(svcType != FC8050_ENSQUERY)
fc8050_isr_control(1);
if(res)
return FC8050_RESULT_ERROR;
else
return FC8050_RESULT_SUCCESS;
}
void fc8101_isr(HANDLE hDevice)
{
u8 extOverStatus = 0;
u8 extIntStatus = 0;
int mod, div;
int i;
bbm_ext_read(hDevice, BBM_COM_INT_STATUS, &extIntStatus);
bbm_ext_write(hDevice, BBM_COM_INT_STATUS, extIntStatus);
bbm_ext_write(hDevice, BBM_COM_INT_STATUS, 0x00);
bbm_ext_read(hDevice, BBM_COM_OVERFLOW, &extOverStatus);
if(extOverStatus) {
BBM_WRITE(0, BBM_SYSRST, 2);
bbm_ext_write(hDevice, BBM_COM_RESET, 0x01); //Ext buffer reset
bbm_ext_write(hDevice, BBM_COM_RESET, 0x03);
PRINTF(0, "FC8101 Buffer Overflow : 0x%x\n", extOverStatus);
}
else if(extIntStatus & BBM_MF_INT)
{
u16 size;
bbm_ext_word_read(hDevice, BBM_BUF_THR, &size);
size += 1;
if(size) {
mod = size / SPI_READ_BLK_SZ;
div = size % SPI_READ_BLK_SZ;
for(i=0; i<mod; i++)
bbm_ext_data(hDevice, BBM_BUF_RD, &tsBuffer[4+SPI_READ_BLK_SZ*i], SPI_READ_BLK_SZ);
if(div) {
bbm_ext_data(hDevice, BBM_BUF_RD, &tsBuffer[4+SPI_READ_BLK_SZ*mod], div);
}
if(pTSCallback)
{
int j;
int sync_cnt = 0,tei_cnt = 0;
for(j = 0; j < size ; j += 188)
{
if(tsBuffer[4 + j] != 0x47) {
sync_cnt++;
}
if((tsBuffer[4 + j + 1]&0x80) != 0) {
tei_cnt++;
}
}
(*pTSCallback)(gTSUserData, &tsBuffer[4], (size));
if((sync_cnt>0||tei_cnt>0))
{
PRINTF(0, "[0926][ERROR PKT] sync %d, tei %d\n", sync_cnt, tei_cnt);
}
}
}
}
}
static uint32 tunerbb_drv_fc8050_get_viterbi_ber(void) //msc_ber
{
uint8 vt_ctrl;
uint32 bper, tbe;
uint32 ber;
#ifdef MON_BURST_MODE
uint8 burst[12];
#ifdef FEATURE_FIC_BER
if(serviceType[0]==FC8050_ENSQUERY)
vt_ctrl = 0x11;
else
vt_ctrl = 0x13;
#else
vt_ctrl = 0x13;
#endif
BBM_WRITE(0, BBM_VT_CONTROL, vt_ctrl);
BBM_BULK_READ(0, BBM_VT_RT_BER_PERIOD, &burst[0], 8);
bper = (uint32)(*(uint32*)burst);
tbe = (uint32)(*((uint32*)burst+1));
#ifdef FEATURE_FIC_BER
if(serviceType[0]==FC8050_ENSQUERY)
vt_ctrl = 0x1;
else
vt_ctrl = 0x3;
#else
vt_ctrl = 0x3;
#endif
BBM_WRITE(0, BBM_VT_CONTROL, vt_ctrl);
#else
BBM_READ(0, BBM_VT_CONTROL, &vt_ctrl);
vt_ctrl |= 0x10;
BBM_WRITE(0, BBM_VT_CONTROL, vt_ctrl);
BBM_LONG_READ(0, BBM_VT_RT_BER_PERIOD, &bper);
BBM_LONG_READ(0, BBM_VT_RT_ERROR_SUM, &tbe);
vt_ctrl &= ~0x10;
BBM_WRITE(0, BBM_VT_CONTROL, vt_ctrl);
#endif
if(bper == 0)
{
// LGE_INTG_090217
ber = MAX_MSC_BER;
}
else if(tbe == 0)
{
ber = 0;
}
else
{
//ber = ((tbe / bper) * 100000);
//ber = (tbe * 100000) / bper;
if(tbe > 42949)
{
ber = ((tbe * 1000)/bper)*100;
}
else
{
ber = (tbe*100000)/bper;
}
}
ber = (ber >= MAX_MSC_BER) ? MAX_MSC_BER : ber;
/* ber must bigger than 0 because FactoryTest issue */
if(ber == 0)
{
ber = 1;
}
return ber;
}
/*====================================================================
FUNCTION fc8150_bb_set_scan_mode
DESCRIPTION
DEPENDENCIES
RETURN VALUE
SIDE EFFECTS
======================================================================*/
void fc8150_bb_set_scan_mode(int scanmode)
{
ISDBT_MSG_FC8150_BB("[%s] start (scanmode)%d\n", __func__, scanmode);
if (scanmode) {
if (!scan_mode) {
BBM_WRITE(0, 0x3040, 0x00);
BBM_WRITE(0, 0x3004, 0x02);
BBM_WRITE(0, 0x3006, 0x02);
BBM_WRITE(0, 0x2020, 0x18);
BBM_WRITE(0, 0x2021, 0x14);
BBM_WRITE(0, 0x2022, 0xea);
BBM_WRITE(0, 0x2082, 0x70);
BBM_WRITE(0, 0x2083, 0x70);
BBM_WRITE(0, 0x2084, 0x70);
BBM_WRITE(0, 0x2085, 0x60);
scan_mode = 1;
ISDBT_MSG_FC8150_BB("[%s] SCAN MODE ON\n", __func__);
}
} else {
if (scan_mode) {
BBM_WRITE(0, 0x3004, 0x04);
BBM_WRITE(0, 0x3006, 0x04);
BBM_WRITE(0, 0x2020, 0x10);
BBM_WRITE(0, 0x2021, 0x0e);
BBM_WRITE(0, 0x2022, 0x4a);
BBM_WRITE(0, 0x2082, 0x45);
BBM_WRITE(0, 0x2083, 0x5f);
BBM_WRITE(0, 0x2084, 0x37);
BBM_WRITE(0, 0x2085, 0x30);
scan_mode = 0;
ISDBT_MSG_FC8150_BB("[%s] SCAN MODE OFF\n", __func__);
}
}
//ISDBT_MSG_FC8150_BB("[%s] end \n", __func__);
}
/*====================================================================
FUNCTION fc8150_bb_get_tuner_info
DESCRIPTION
DEPENDENCIES
RETURN VALUE
SIDE EFFECTS
======================================================================*/
void fc8150_bb_get_tuner_info(tIsdbtTunerInfo* tuner_info)
{
u8 mode;
u8 buf_lock;
s32 i32RSSI;
u32 ui32BER;
u32 ui32PER;
s32 CN;
static u32 prelvl = 0;
u32 ui32Antlvl;
u16 AGC;
u8 GI;
u8 TM;
struct dm_st {
u8 start;
s8 rssi;
u8 wscn;
u8 reserved;
u16 main_rxd_rsps;
u16 main_err_rsps;
u32 main_err_bits;
u32 dmp_rxd_bits;
u32 dmp_err_bits;
u16 inter_rxd_rsps;
u16 inter_err_rsps;
u32 inter_err_bits;
u8 lna_code;
u8 rfvga;
u8 k;
u8 csf_gain;
u8 pga_gain;
u8 extlna;
u8 high_current_mode_gain;
u8 extlna_gain;
} dm;
BBM_READ(NULL, 0x5053, &buf_lock);
ISDBT_MSG_FC8150_BB("[%s] Lock = %d\n", __func__, buf_lock);
if (!buf_lock)
ui32Antlvl = prelvl = 0;
tuner_info->rssi = buf_lock;
BBM_WRITE(NULL, BBM_REQ_BER, 0x0e);
BBM_BULK_READ(NULL, BBM_DM_DATA, (u8*) &dm + 1, sizeof(dm) - 1);
ISDBT_MSG_FC8150_BB("[%s] main_rxd_rsps: %d, dmp_rxd_bits: %d, inter_rxd_rsps: %d\n", __func__, dm.main_rxd_rsps, dm.dmp_rxd_bits, dm.inter_rxd_rsps);
if (dm.inter_rxd_rsps)
ui32PER = ((u32)dm.inter_err_rsps * 10000 / (u32)dm.inter_rxd_rsps);
else
ui32PER = 10000;
if (dm.dmp_rxd_bits)
ui32BER = ((u32)dm.dmp_err_bits * 10000 / (u32)dm.dmp_rxd_bits);
else
ui32BER = 10000;
i32RSSI = dm.rssi;
CN = dm.wscn;
BBM_READ(NULL, 0x302a, &mode);
GI = (mode & 0x70) >> 4; // 1 : 1/32, 2 : 1/16, 3 : 1/8, 4 : 1/4
TM = mode & 0x03; // 1 : mode1, 2 : mode2, 3 : mode3
BBM_WORD_READ(0, 0x100e, &AGC);
switch (prelvl) {
case 0:
if (ui32BER < 650)
ui32Antlvl = prelvl = 1;
else
ui32Antlvl = prelvl;
break;
case 1:
if ((ui32BER > 700) || ((ui32BER > 500) && (CN <= 3)))
ui32Antlvl = prelvl = 0;
else if ((ui32BER < 300) && (CN > 6))
ui32Antlvl = prelvl = 2;
else
ui32Antlvl = prelvl;
break;
case 2:
if ((ui32BER > 500) || ((ui32BER > 300) && (CN <= 5)))
ui32Antlvl = prelvl = 1;
else if ((ui32BER < 100) && (CN >= 9))
ui32Antlvl = prelvl = 3;
else
ui32Antlvl = prelvl;
break;
case 3:
if ((ui32BER > 200) || ((ui32BER > 100) && (CN <= 9)))
ui32Antlvl = prelvl = 2;
else if ((ui32BER < 50) && (CN >= 12))
ui32Antlvl = prelvl = 4;
else
ui32Antlvl = prelvl;
break;
case 4:
if ((ui32BER > 100) || (CN <= 14))
ui32Antlvl = prelvl = 3;
else
ui32Antlvl = prelvl;
break;
default :
ui32Antlvl = prelvl = 0;
break;
}
ISDBT_MSG_FC8150_BB("[%s] (PER)%d (BER)%d (RSSI)%d (CN)%d (AGC)%d (Ant)%d\n", __func__, ui32PER, ui32BER, i32RSSI, CN, AGC, ui32Antlvl);
}
/*=======================================================
Function : tunerbb_drv_fc8050_init
Description : Initializing the FC8050 Chip after power on
Parameter : VOID
Return Value :
SUCCESS : 1
FAIL : 0 or negative interger (If there is error code)
when model who edit history
-------------------------------------------------------
2010/05/17 MOBIT prajuna EBI2 configuration
2010/05/31 MOBIT prajuna Removed test code
2010/06/09 MOBIT prajuna TDMB porting(KB3 Rev. A patch)
2010/07/15 MOBIT prajuna TDMB tuning for QSC
2010/07/16 MOBIT somesoo TDMB tuning for QSC with FCI 최규원 과장
2010/07/17 MOBIT somesoo TDMB porting(VG)
2010/08/19 MOBIT prajuna Code review
2010/09/10 MOBIT prajuna TDMB porting(Aloe)
======================================================== */
int8 tunerbb_drv_fc8050_init(void)
{
uint8 res;
/*test*/
/*
uint16 i;
uint32 wdata = 0;
uint32 ldata = 0;
uint32 data = 0;
uint32 temp = 0;
*/
/* Common Code */
#if defined(STREAM_SLAVE_PARALLEL_UPLOAD)
/* EBI2 Specific Code */
BBM_HOSTIF_SELECT(NULL, BBM_PPI);
#elif defined(STREAM_TS_UPLOAD)
/* TSIF Specific Code */
BBM_HOSTIF_SELECT(NULL, BBM_I2C);
#elif defined(STREAM_SPI_UPLOAD)
/* SPI Specific. Code */
BBM_HOSTIF_SELECT(NULL, BBM_SPI);
#else
#error code not present
#endif
BBM_FIC_CALLBACK_REGISTER((fci_u32)NULL, tunerbb_drv_fc8050_fic_cb);
BBM_MSC_CALLBACK_REGISTER((fci_u32)NULL, tunerbb_drv_fc8050_msc_cb);
res = BBM_INIT(NULL);
if(res)
return FC8050_RESULT_ERROR;
else
{
#if !defined(STREAM_TS_UPLOAD)
memset((void*)&g_chinfo, 0xff, sizeof(g_chinfo));
memset((void*)&msc_buffer, 0x00, sizeof(DATA_BUFFER));
memset((void*)&fic_buffer, 0x00, sizeof(DATA_BUFFER));
#endif
}
res = BBM_TUNER_SELECT(0, FC8050_TUNER, BAND3_TYPE);
// res = BBM_PROBE(0);
// printk("tunerbb_drv_fc8050_init probe RES = %d\n", res);
#if 0 //fc8050 <-> Host(MSM) 간의 Interface TEST를 위한 code
/* test */
for(i=0;i<5000;i++)
{
// dog_kick();
BBM_WRITE(NULL, 0x05, i & 0xff);
BBM_READ(NULL, 0x05, &data);
if((i & 0xff) != data)
printk("FC8000 byte test (0x%x,0x%x)\n", i & 0xff, data);
}
for(i=0;i<5000;i++)
{
BBM_WORD_WRITE(NULL, 0x0210, i & 0xffff);
BBM_WORD_READ(NULL, 0x0210, &wdata);
if((i & 0xffff) != wdata)
printk("FC8000 word test (0x%x,0x%x)\n", i & 0xffff, wdata);
}
for(i=0;i<5000;i++)
{
BBM_LONG_WRITE(NULL, 0x0210, i & 0xffffffff);
BBM_LONG_READ(NULL, 0x0210, &ldata);
if((i & 0xffffffff) != ldata)
printk("FC8000 long test (0x%x,0x%x)\n", i & 0xffffffff, ldata);
}
data = 0;
for(i=0;i<5000;i++)
{
temp = i&0xff;
BBM_TUNER_WRITE(NULL, 0x12, 0x01, &temp, 0x01);
BBM_TUNER_READ(NULL, 0x12, 0x01, &data, 0x01);
if((i & 0xff) != data)
printk("FC8000 tuner test (0x%x,0x%x)\n", i & 0xff, data);
}
temp = 0x51;
BBM_TUNER_WRITE(NULL, 0x12, 0x01, &temp, 0x01 );
/* test */
#endif
if(res)
return FC8050_RESULT_ERROR;
else
return FC8050_RESULT_SUCCESS;
}
unsigned char DMBDrv_init(void)
{
u8 data;
u16 wdata;
u32 ldata;
int i;
u8 temp = 0x1e;
#ifdef CONFIG_TDMB_SPI
if(BBM_HOSTIF_SELECT(NULL, BBM_SPI))
return TDMB_FAIL;
#elif defined(CONFIG_TDMB_EBI)
if(BBM_HOSTIF_SELECT(NULL, BBM_PPI))
return TDMB_FAIL;
#endif
if(BBM_PROBE(NULL) != BBM_OK) // check for factory chip interface test
{
return TDMB_FAIL;
}
BBM_FIC_CALLBACK_REGISTER(NULL, TDMBDrv_FIC_CALLBACK);
BBM_MSC_CALLBACK_REGISTER(NULL, TDMBDrv_MSC_CALLBACK);
BBM_INIT(NULL);
BBM_TUNER_SELECT(NULL, FC8050_TUNER, BAND3_TYPE);
#if 0
BBM_WRITE(NULL, 0x05, 0xa7);
BBM_READ(NULL, 0x05, &data);
BBM_READ(NULL, 0x12, &data);
BBM_WORD_READ(NULL, 0x12, &wdata);
BBM_WORD_WRITE(NULL, 0x310, 0x0b);
BBM_WORD_READ(NULL, 0x310, &wdata);
BBM_WRITE(NULL, 0x312, 0xc0);
BBM_READ(NULL, 0x312, &data);
BBM_TUNER_READ(NULL, 0x01, 0x01, &data, 0x01);
#endif
#if 0
for(i=0;i<1000;i++)
{
// dog_kick();
BBM_WRITE(NULL, 0x05, i & 0xff);
BBM_READ(NULL, 0x05, &data);
if((i & 0xff) != data)
DPRINTK("FC8000 byte test (0x%x,0x%x)\r\n", i & 0xff, data);
}
for(i=0;i<1000;i++)
{
BBM_WORD_WRITE(NULL, 0x0210, i & 0xffff);
BBM_WORD_READ(NULL, 0x0210, &wdata);
if((i & 0xffff) != wdata)
DPRINTK("FC8000 word test (0x%x,0x%x)\r\n", i & 0xffff, wdata);
}
for(i=0;i<1000;i++)
{
BBM_LONG_WRITE(NULL, 0x0210, i & 0xffffffff);
BBM_LONG_READ(NULL, 0x0210, &ldata);
if((i & 0xffffffff) != ldata)
DPRINTK("FC8000 long test (0x%x,0x%x)\r\n", i & 0xffffffff, ldata);
}
for(i=0;i<1000;i++)
{
temp = i&0xff;
BBM_TUNER_WRITE(NULL, 0x12, 0x01, &temp, 0x01);
BBM_TUNER_READ(NULL, 0x12, 0x01, &data, 0x01);
if((i & 0xff) != data)
DPRINTK("FC8000 tuner test (0x%x,0x%x)\r\n", i & 0xff, data);
}
temp = 0x51;
BBM_TUNER_WRITE(NULL, 0x12, 0x01, &temp, 0x01 );
#endif
gBer = 3000;
gInitFlag = 1;
return TDMB_SUCCESS;
}
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;
}
}
