static bool t3900_set_ch(unsigned long freq
, unsigned char subchid
, bool factory_test)
{
unsigned char ret_err;
bool ret = false;
if (t3900_pwr_on) {
st_ch_info->nSetCnt = 1;
st_ch_info->astSubChInfo[0].ulRFFreq = freq / 1000;
st_ch_info->astSubChInfo[0].ucSubChID = subchid;
st_ch_info->astSubChInfo[0].ucServiceType = 0x0;
if (st_ch_info->astSubChInfo[0].ucSubChID >= 64) {
st_ch_info->astSubChInfo[0].ucSubChID -= 64;
st_ch_info->astSubChInfo[0].ucServiceType = 0x18;
}
t3900_on_air = false;
if (factory_test == false)
ret_err = INTERFACE_START(
TDMB_I2C_ID80, st_ch_info);
else
ret_err = INTERFACE_START_TEST(
TDMB_I2C_ID80, st_ch_info);
if (ret_err == INC_SUCCESS) {
/* TODO Ensemble good code .... */
t3900_on_air = true;
ret = true;
} else if (ret_err == INC_RETRY) {
DPRINTK("IOCTL_TDMB_ASSIGN_CH retry\n");
t3900_power_off();
t3900_power_on();
if (factory_test == false)
ret_err = INTERFACE_START(
TDMB_I2C_ID80, st_ch_info);
else
ret_err = INTERFACE_START_TEST(
TDMB_I2C_ID80, st_ch_info);
if (ret_err == INC_SUCCESS) {
/* TODO Ensemble good code .... */
t3900_on_air = true;
ret = true;
}
}
}
return ret;
}
static bool T3900_set_ch(unsigned long freqHz, unsigned char subhcid, bool factory_test)
{
INC_UINT8 reErr;
bool ret = false;
if (g_bPowerOn) {
g_pStChInfo->nSetCnt = 1;
g_pStChInfo->astSubChInfo[0].ulRFFreq = freqHz / 1000;
g_pStChInfo->astSubChInfo[0].ucSubChID = subhcid;
g_pStChInfo->astSubChInfo[0].ucServiceType = 0x0;
if (g_pStChInfo->astSubChInfo[0].ucSubChID >= 64) {
g_pStChInfo->astSubChInfo[0].ucSubChID -= 64;
g_pStChInfo->astSubChInfo[0].ucServiceType = 0x18;
}
g_bOnAir = false;
if (factory_test == false)
reErr = INTERFACE_START(TDMB_I2C_ID80, g_pStChInfo);
else
reErr = INTERFACE_START_TEST(TDMB_I2C_ID80, g_pStChInfo);
if (reErr == INC_SUCCESS) {
/* TODO Ensemble good code .... */
g_bOnAir = true;
ret = true;
} else if (reErr == INC_RETRY) {
DPRINTK("IOCTL_TDMB_ASSIGN_CH retry\n");
T3900_power_off();
T3900_power_on();
if (factory_test == false)
reErr = INTERFACE_START(TDMB_I2C_ID80, g_pStChInfo);
else
reErr = INTERFACE_START_TEST(TDMB_I2C_ID80, g_pStChInfo);
if (reErr == INC_SUCCESS) {
/* TODO Ensemble good code .... */
g_bOnAir = true;
ret = true;
}
}
}
return ret;
}
int8 tunerbb_drv_t39fx_multi_set_channel(int32 freq_num, uint8 subch_cnt, uint8 subch_id[ ], uint8 op_mode[ ])
{
int major_ch, minor_ch, fnindex;
int i;
INC_INT16 nLoop;
INC_CHANNEL_INFO ChInfo[INC_MULTI_MAX_CHANNEL];
INC_ERROR_INFO ErrorInfo;
ST_SUBCH_INFO stSubInfo;
if(subch_cnt>INC_MULTI_MAX_CHANNEL)
{
return INC_ERROR;
}
serviceType = (t39fx_service_type)op_mode[0];
major_ch = freq_num /10;
minor_ch = freq_num %10;
if(major_ch<7) major_ch = 7;
else if(major_ch>13) major_ch = 13;
if(minor_ch<1) minor_ch = 1;
else if(minor_ch>3) minor_ch = 3;
// index of function point..
fnindex = (major_ch-7)*3 + (minor_ch-1);
if(op_mode[0]==T39FX_ENSQUERY)
{
if(INTERFACE_SCAN(TDMB_RFBB_DEV_ADDR, g_uiKOREnsembleFullFreq[fnindex])==INC_SUCCESS)
{
return INC_SUCCESS;
}
}
else
{
for(i=0;i<subch_cnt;i++)
{
switch(op_mode[i])
{
case T39FX_DAB:
_ChInfo->ucSubChID = subch_id[i];
_ChInfo->ulRFFreq = g_uiKOREnsembleFullFreq[fnindex];
_ChInfo->ucServiceType = 0x00;
_ChInfo->uiTmID = TMID_0;
//_ChInfo->ucDataType = TDMB_BB_DATA_DAB;
//_ChInfo->ulDataThreshold = 188*10;
break;
case T39FX_DATA:
_ChInfo->ucSubChID = subch_id[i];
_ChInfo->ulRFFreq = g_uiKOREnsembleFullFreq[fnindex];
_ChInfo->ucServiceType = 0x00;
_ChInfo->uiTmID = TMID_2;
//_ChInfo->ucDataType = TDMB_BB_DATA_PACK;
//_ChInfo->ulDataThreshold = 288;//188;
break;
case T39FX_DMB:
case T39FX_VISUAL:
_ChInfo->ucSubChID = subch_id[i];
_ChInfo->ulRFFreq = g_uiKOREnsembleFullFreq[fnindex];
_ChInfo->ucServiceType = 0x18;
_ChInfo->uiTmID = TMID_1;
//_ChInfo->ucDataType = TDMB_BB_DATA_TS;
//_ChInfo->ulDataThreshold = 188*32;
break;
default:
return INC_ERROR;
}
memcpy(&stSubInfo.astSubChInfo[i], &ChInfo[i], sizeof(INC_CHANNEL_INFO));
}
stSubInfo.nSetCnt = subch_cnt;
INC_MULTI_SORT_INIT();
memcpy(&g_stSubInfo, &stSubInfo, sizeof(ST_SUBCH_INFO));
for(nLoop = 0; nLoop < 2; nLoop++)
{
if(INTERFACE_START(TDMB_RFBB_DEV_ADDR, &stSubInfo))
{
return INC_SUCCESS;
}
ErrorInfo = INTERFACE_ERROR_STATUS(TDMB_RFBB_DEV_ADDR);
printk("[INC]^__^ INTERFACE_ERROR_STATUS = (0x%04x)", ErrorInfo);
if(ErrorInfo == ERROR_SYNC_NULL || ErrorInfo == ERROR_FICDECODER ||
ErrorInfo == ERROR_SYNC_TIMEOUT) continue; // 약전계시 한번더 호출함.
else
{
return INC_ERROR;
}
}
}
return INC_ERROR;
}
int8 tunerbb_drv_t39fx_multi_set_channel(int32 freq_num, uint8 subch_cnt, uint8 subch_id[], uint8 op_mode[])
{
int i;
//INC_INT16 nLoop;
INC_ERROR_INFO ErrorInfo;
uint32 set_freq;
if(subch_cnt>INC_MULTI_MAX_CHANNEL)
{
return INC_ERROR;
}
serviceType = (t39fx_service_type)op_mode[0];
set_freq = tunerbb_drv_t39fx_get_freq(freq_num);
if(op_mode[0]==T39FX_ENSQUERY)
{
if(INTERFACE_SCAN(TDMB_RFBB_DEV_ADDR, set_freq)==INC_SUCCESS)
{
return INC_SUCCESS;
}
}
else
{
#ifdef LGE_FW_LARGE_STACK // for build error
INC_CHANNEL_INFO ChInfo[INC_MULTI_MAX_CHANNEL];
ST_SUBCH_INFO stSubInfo;
for(i=0;i<subch_cnt;i++)
{
switch(op_mode[i])
{
case T39FX_DAB:
ChInfo[i].ucSubChID = subch_id[i];
ChInfo[i].ulRFFreq = set_freq;
ChInfo[i].ucServiceType = 0x00;
ChInfo[i].uiTmID = TMID_0;
ChInfo[i].ucDataType = TDMB_BB_DATA_DAB;
ChInfo[i].ulDataThreshold = 188*10;
break;
case T39FX_DATA:
ChInfo[i].ucSubChID = subch_id[i];
ChInfo[i].ulRFFreq = set_freq;
ChInfo[i].ucServiceType = 0x3C;
ChInfo[i].uiTmID = TMID_3;
ChInfo[i].ucDataType = TDMB_BB_DATA_PACK;
ChInfo[i].ulDataThreshold = 288*10;//288;
break;
case T39FX_DMB:
case T39FX_VISUAL:
case T39FX_BLT_TEST:
ChInfo[i].ucSubChID = subch_id[i];
ChInfo[i].ulRFFreq = set_freq;
ChInfo[i].ucServiceType = 0x18;
ChInfo[i].uiTmID = TMID_1;
ChInfo[i].ucDataType = TDMB_BB_DATA_TS;
ChInfo[i].ulDataThreshold = 188*32;
break;
default:
return INC_ERROR;
}
memcpy(&stSubInfo.astSubChInfo[i], &ChInfo[i], sizeof(INC_CHANNEL_INFO));
}
stSubInfo.nSetCnt = subch_cnt;
INC_MULTI_SORT_INIT();
memcpy(&g_stSubInfo, &stSubInfo, sizeof(ST_SUBCH_INFO));
//for(nLoop = 0; nLoop < 2; nLoop++)
{
if(INTERFACE_START(TDMB_RFBB_DEV_ADDR, &stSubInfo))
{
return INC_SUCCESS;
}
ErrorInfo = INTERFACE_ERROR_STATUS(TDMB_RFBB_DEV_ADDR);
printk("[INC]^__^ INTERFACE_STATUS = (0x%04x)\n", ErrorInfo);
if(ErrorInfo == ERROR_SYNC_NULL || ErrorInfo == ERROR_FICDECODER ||
ErrorInfo == ERROR_SYNC_TIMEOUT) continue; // 약전계시 한번더 호출함.
else
{
return INC_ERROR;
}
}
#else
for(i=0;i<subch_cnt;i++)
{
INC_CHANNEL_INFO *_ChInfo = &g_stSubInfo.astSubChInfo[i];
switch(op_mode[i])
{
case T39FX_DAB:
_ChInfo->ucSubChID = subch_id[i];
_ChInfo->ulRFFreq = set_freq;
_ChInfo->ucServiceType = 0x00;
_ChInfo->uiTmID = TMID_0;
_ChInfo->ucDataType = TDMB_BB_DATA_DAB;
_ChInfo->ulDataThreshold = 188*10;
break;
case T39FX_DATA:
_ChInfo->ucSubChID = subch_id[i];
_ChInfo->ulRFFreq = set_freq;
_ChInfo->ucServiceType = 0x3C;
_ChInfo->uiTmID = TMID_3;
_ChInfo->ucDataType = TDMB_BB_DATA_PACK;
_ChInfo->ulDataThreshold = 288*10;//288;
break;
case T39FX_DMB:
case T39FX_VISUAL:
case T39FX_BLT_TEST:
_ChInfo->ucSubChID = subch_id[i];
_ChInfo->ulRFFreq = set_freq;
_ChInfo->ucServiceType = 0x18;
_ChInfo->uiTmID = TMID_1;
_ChInfo->ucDataType = TDMB_BB_DATA_TS;
_ChInfo->ulDataThreshold = 188*32;
break;
default:
return INC_ERROR;
}
}
g_stSubInfo.nSetCnt = subch_cnt;
INC_MULTI_SORT_INIT();
//for(nLoop = 0; nLoop < 2; nLoop++)
{
if(INTERFACE_START(TDMB_RFBB_DEV_ADDR, &g_stSubInfo))
{
return INC_SUCCESS;
}
ErrorInfo = INTERFACE_ERROR_STATUS(TDMB_RFBB_DEV_ADDR);
printk("[INC]^__^ INTERFACE_STATUS = (0x%04x)\n", ErrorInfo);
if(ErrorInfo == ERROR_SYNC_NULL || ErrorInfo == ERROR_FICDECODER ||
ErrorInfo == ERROR_SYNC_TIMEOUT) return INC_ERROR;
else
{
return INC_ERROR;
}
}
#endif
}
return INC_ERROR;
}
