static void* ALI_OSD_MemMalloc(BU32 size)
{
#if USE_MEM_MON == 1
BU32 * lp;
cur_size +=size;
if(cur_size > all_size_max)
{
all_size_max = cur_size;
if(all_size_max >100000)
{
soc_printf("gui mem use = %d\n",all_size_max);
}
}
lp = (BU32 *)MALLOC(size+4);
*lp = size;
lp++;
return (void *)lp;
#else
if(size != 0)
{
return MALLOC(size);
}
else
{
return 0;
}
#endif
}
static void epg_printf_event(eit_event_info_t *ep)
{
if (ep==NULL)
soc_printf("\tevent empty!\n");
else
{
soc_printf("\tevent: 0x%x, running status=0x%x ",ep->event_id,ep->running_status);
if (ep->eit_sht_desc->event_name==NULL)
soc_printf("\n");
else
soc_printf("\tevent_name: %s start=%04d/%02d/%02d %02d:%02d end=%04d/%02d/%02d %02d:%02d\n",ep->eit_sht_desc->event_name,ep->start_time.year,ep->start_time.month,ep->start_time.day,ep->start_time.hour,ep->start_time.min,ep->end_time.year,ep->end_time.month,ep->end_time.day,ep->end_time.hour,ep->end_time.min);
if (ep->eit_pr_desc==NULL)
soc_printf("rating==NULL\n");
else
soc_printf("rating==%d\n",ep->eit_pr_desc->rating);
if (ep->eit_ct_desc==NULL)
soc_printf("content==NULL\n");
else
soc_printf("content_id=%d,content=%s\n",ep->eit_ct_desc->content_nibble1,content_nibble[ep->eit_ct_desc->content_nibble1]); }
}
static void ALI_OSD_MemFree(void * lpmem)
{
#if USE_MEM_MON == 1
BU32 * lp;
lp = (BU32 *)lpmem;
lp--;
cur_size -= *lp;
soc_printf("gui mem free = %d\n",*lp);
FREE((void *)lp);
#else
if(lpmem != NULL)
{
FREE(lpmem);
}
#endif
}
static void epg_list_service(eit_service_info_t *sp)
{
eit_event_info_t *ep=sp->pf_event_header;
osal_task_dispatch_off();
soc_printf(" service: 0x%x\n sch_cur_section[0]=%d\n sch_cur_section[1]=%d \n",sp->service_id,sp->sch_cur_sec_num[0],sp->sch_cur_sec_num[1]);
soc_printf("--------------------------------pf event------------------------------------------------------------------------------\n");
while (ep!=NULL)
{
epg_printf_event(ep);
ep=ep->next;
}
ep=sp->sch_event_header[0];
soc_printf("--------------------------------schedule event table_id 0x50--------------------------------\n");
while(ep!=NULL)
{
epg_printf_event(ep);
ep=ep->next;
}
ep=sp->sch_event_header[1];
soc_printf("--------------------------------schedule event table_id 0x51--------------------------------\n");
while(ep!=NULL)
{
epg_printf_event(ep);
ep=ep->next;
}
ep=sp->sch_event_header[2];
soc_printf("--------------------------------schedule event table_id 0x52--------------------------------\n");
while(ep!=NULL)
{
epg_printf_event(ep);
ep=ep->next;
}
ep=sp->sch_event_header[3];
soc_printf("--------------------------------schedule event table_id 0x53--------------------------------\n");
while(ep!=NULL)
{
epg_printf_event(ep);
ep=ep->next;
}
soc_printf("---------------------------------------------------------------------------------------------------------------------\n\n");
osal_task_dispatch_on();
}
void mpeg2enc(UINT16 h_size,UINT16 v_size,UINT8* y_addr,UINT8* c_addr,UINT8* f_y_addr,UINT8* f_c_addr,UINT8* out_stream_buf,UINT32* out_stream_size)
{
UINT32 dest_size = *out_stream_size;
if(dest_size == 0) dest_size = 32768;
#if (CAPTURE_MODE==FRAME_CAPTURE)
prog_frame = 0;
g_mquant = 18;
#else //(CAPTURE_MODE==FIELD_CAPTURE)
prog_frame = 1;
g_mquant = 10;
#endif
do{
g_bs_ptr = out_stream_buf;
g_bs_len = 0;
initparam();
/* round picture dimensions to nearest multiple of 16 or 32 */
mb_width = (h_size+15)/16;
#if (CAPTURE_MODE==FRAME_CAPTURE)
mb_height = prog_seq ? (v_size+15)/16 : 2*((v_size+31)/32);
#else//(CAPTURE_MODE==FIELD_CAPTURE)
mb_height = prog_seq ? (v_size/2+15)/16 : 2*((v_size/2+31)/32);
#endif
mb_height2 = fieldpic ? mb_height>>1 : mb_height; /* for field pictures */
luma_width = 16*mb_width;
luma_height = 16*mb_height;
chrom_width = luma_width>>1;
chrom_height = luma_height>>1;
width2 = fieldpic ? luma_width<<1 : luma_width;
chrom_width2 = fieldpic ? chrom_width<<1 : chrom_width;
block_count = 6;//420
neworg[0] = f_c_addr;
neworg[1] = neworg[0]+luma_width*luma_height;
neworg[2] = neworg[1]+chrom_width*chrom_height;
format_transform(y_addr,c_addr,neworg[0],neworg[1],neworg[2],luma_width,luma_height);
initquantmat();
initbits();
putseq();
//soc_printf("mquant:%d,bs_len:%d\n",g_mquant,g_bs_len);
if(g_mquant == 62 && g_bs_len>dest_size)
{
soc_printf("ERROR: compressed size exceed buffer size!\n");
break;
}
if(g_bs_len*10/dest_size < 12)
g_mquant +=2;
else if(g_bs_len*10/dest_size < 15)
g_mquant +=4;
else if(g_bs_len*10/dest_size < 18)
g_mquant +=6;
else if(g_bs_len*10/dest_size < 21)
g_mquant +=8;
else
g_mquant +=10;
if(g_mquant > 62)
g_mquant = 62;
}while(g_bs_len > dest_size);
*out_stream_size = g_bs_len;
return ;
}
