/*****************************************************************************
* Interal functions
******************************************************************************/
INT32 cas_demux_init(void (*dmx_cb)(UINT8 req_id, BOOL bOK, UINT16 pid, UINT8* sec_data, UINT16 length))
{
UINT8 i;
struct cas_channel *tmp_channel;
CAS_DMX_MUTEX_INIT();
#if (SYS_CHIP_MODULE == ALI_S3601 || SYS_CHIP_MODULE == ALI_S3602)
cas_dmx_dev = (struct dmx_device *)dev_get_by_name("DMX_S3601_0");
#else
cas_dmx_dev = (struct dmx_device*)dev_get_by_name("DMX_M3327_0");
#endif
dmx_io_control(cas_dmx_dev, DMX_BYPASS_CSA, 0);
for(i=0; i<CAS_MAX_CHAN_NUM; i++)
{
tmp_channel = (struct cas_channel*) MALLOC(sizeof(struct cas_channel));
if(tmp_channel == NULL)
{
CAS_DMXERR_PRINTF("cas_demux_request: malloc error!\n");
return CDCA_FALSE;
}
MEMSET(tmp_channel, 0, sizeof(struct cas_channel));
tmp_channel->get_sec_param.pid = INVALID_PID;
channel_array[i] = tmp_channel;
}
cas_demux_callback = dmx_cb;
return CDCA_TRUE;
}
static BS32 cas_demux_init()
{
BU32 i;
CAS_DMX_MUTEX_INIT();
for (i = 0; i< CA_REQID_NUM; i++)
{
CAReqID[i].u32ChannelID = 0;
CAReqID[i].u32FilterID = 0;
CAReqID[i].u16reqid = 0x1fff;
CAReqID[i].u16tspid = 0x1fff;
CAReqID[i].u8runflag = 0;
CAReqID[i].u8callbackflag = 0;
CAReqID[i].u32tick = 0;
CAReqID[i].u32waittime = 0;
}
FYF_API_demux_set_CA_notify(CA_SectionCallback);
return FYF_OK;
}