static bool __get_ensemble_info(struct ensemble_info_type *e_info
, unsigned long freq)
{
struct tcc_ensemble_info *ensbl_info;
struct tcc_ensemble *esbl = &ensbl_info->ensbl;
struct tcc_service_info *svc_info;
struct tcc_service_comp_info *svc_comp_info;
unsigned char i;
unsigned char cnt = 0;
ensbl_info = tcc_fic_get_ensbl_info(1);
esbl = &ensbl_info->ensbl;
memset(e_info, 0, sizeof(struct ensemble_info_type));
e_info->ensem_freq = freq;
e_info->ensem_id = esbl->eid;
strncpy(e_info->ensem_label, esbl->label, \
ENSEMBLE_LABEL_MAX);
for (i = 0; i < esbl->num_svc; i++) {
svc_info = &ensbl_info->svc_info[i];
svc_comp_info = &svc_info->svc_comp_info[0];
if ((svc_comp_info->svc_comp.tmid == 0x00 &&
svc_comp_info->svc_comp.ascty_dscty == 0x00) ||
(svc_comp_info->svc_comp.tmid == 0x01 &&
svc_comp_info->svc_comp.ascty_dscty == 0x18)) {
e_info->sub_ch[cnt].sub_ch_id = \
svc_comp_info->sub_ch.subch_id;
e_info->sub_ch[cnt].start_addr = \
svc_comp_info->sub_ch.start_cu;
e_info->sub_ch[cnt].tmid = \
svc_comp_info->svc_comp.tmid;
e_info->sub_ch[cnt].svc_type = \
svc_comp_info->svc_comp.ascty_dscty;
e_info->sub_ch[cnt].svc_id = \
svc_comp_info->svc_comp.sid;
e_info->sub_ch[cnt].ecc = esbl->ensbl_ecc;
if(svc_comp_info->svc_comp.order == 0 &&
svc_comp_info->svc_comp.scids == 0xff) {
e_info->sub_ch[cnt].scids = 0;
} else {
e_info->sub_ch[cnt].scids = \
svc_comp_info->svc_comp.scids;
}
strncpy(e_info->sub_ch[cnt].svc_label, \
svc_info->svc.svc_label, SVC_LABEL_MAX);
cnt++;
}
}
e_info->tot_sub_ch = cnt;
#ifdef TDMB_DEBUG_SCAN
__print_ensemble_info(e_info);
#endif
return (e_info->tot_sub_ch > 0) ? true : false;
}
static bool __get_ensemble_info(struct ensemble_info_type *e_info
, unsigned long freq)
{
DPRINTK("%s\n", __func__);
rtvFICDEC_GetEnsembleInfo(e_info, freq);
if (e_info->tot_sub_ch) {
#ifdef TDMB_DEBUG_SCAN
__print_ensemble_info(e_info);
#endif
return true;
} else {
return false;
}
}
static bool __get_ensemble_info(struct ensemble_info_type *e_info
, unsigned long freq)
{
struct sub_channel_info_type *fci_sub_info;
DPRINTK("%s : freq(%ld)\n", __func__, freq);
e_info->tot_sub_ch
= dmb_drv_get_dmb_sub_ch_cnt() + dmb_drv_get_dab_sub_ch_cnt();
DPRINTK("total subchannel number : %d\n", e_info->tot_sub_ch);
if (e_info->tot_sub_ch > 0) {
int i;
int j;
int sub_i = 0;
const char *ensembleName = NULL;
ensembleName = (char *)dmb_drv_get_ensemble_label();
if (ensembleName)
strncpy((char *)e_info->ensem_label,
(char *)ensembleName,
ENSEMBLE_LABEL_MAX);
e_info->ensem_freq = freq;
for (i = 0; i < 2; i++) {
int cnt;
cnt = (i == 0)
? dmb_drv_get_dmb_sub_ch_cnt()
: dmb_drv_get_dab_sub_ch_cnt();
for (j = 0; j < cnt; j++, sub_i++) {
fci_sub_info = (i == 0)
? dmb_drv_get_fic_dmb(j)
: dmb_drv_get_fic_dab(j);
e_info->ensem_id
= fci_sub_info->uiEnsembleID;
e_info->sub_ch[sub_i].sub_ch_id
= fci_sub_info->ucSubchID;
e_info->sub_ch[sub_i].start_addr
= fci_sub_info->uiStartAddress;
e_info->sub_ch[sub_i].tmid
= fci_sub_info->ucTMId;
e_info->sub_ch[sub_i].svc_type
= fci_sub_info->ucServiceType;
e_info->sub_ch[sub_i].svc_id
= fci_sub_info->ulServiceID;
e_info->sub_ch[sub_i].scids
= fci_sub_info->scids;
e_info->sub_ch[sub_i].ecc
= fci_sub_info->ecc;
if (i == 0)
memcpy(
e_info->sub_ch[sub_i].svc_label,
dmb_drv_get_sub_ch_dmb_label(j),
SVC_LABEL_MAX);
else
memcpy(e_info->sub_ch[sub_i].svc_label,
dmb_drv_get_sub_ch_dab_label(j),
SVC_LABEL_MAX);
}
}
#ifdef TDMB_DEBUG_SCAN
__print_ensemble_info(e_info);
#endif
return true;
} else {
return false;
}
}
