int ipanel_av_init(void)
{
struct pes_retrieve_param pes_service;
struct VDecPIPInfo vInitInfo;
struct MPSource_CallBack vMPCallBack;
struct PIPSource_CallBack vPIPCallBack;
MEMSET((UINT8 *)&io_parameter, 0, sizeof(struct io_param));
PID_list[0]=0;
PID_list[1]=0;
PID_list[2]=0;
video_status = 0;
audioPid = 0;
videoPid = 0;
pcrPid = 0;
vdec_set_output ( g_decv_dev, MP_MODE, &vInitInfo, &vMPCallBack, &vPIPCallBack );
//if(RET_SUCCESS!= VDec_Decode(0,ALL_PIC, FALSE,0,FALSE,FALSE,FALSE))
// ASSERT(0);
vpo_win_mode ( g_vpo_dev, VPO_MAINWIN, &vMPCallBack, &vPIPCallBack );
#ifdef VDEC_AV_SYNC
vdec_sync_mode ( g_decv_dev, 0x00, VDEC_SYNC_I | VDEC_SYNC_P | VDEC_SYNC_B );
deca_set_sync_mode ( g_deca_dev, ADEC_SYNC_PTS );
#endif
//Binding Video Decoder to DMX
pes_service.device = g_decv_dev;
pes_service.filter_idx = 0;
pes_service.retrieve_fmt = PES_HEADER_DISCARDED;
pes_service.str_type = VIDEO_STR;
pes_service.request_write = vdec_vbv_request ;
pes_service.update_write = vdec_vbv_update ;
dmx_io_control ( g_dmx_dev, DMX_BINDING_PES_RETRIEVE, ( UINT32 ) ( &pes_service ) );
//Binding Audio Decoder to DMX
pes_service.device = g_deca_dev;
pes_service.filter_idx = 1;
pes_service.retrieve_fmt = PES_HEADER_DISCARDED;
pes_service.str_type = AUDIO_STR;
pes_service.request_write = deca_request_write;
pes_service.update_write = deca_update_write ;
dmx_io_control ( g_dmx_dev, DMX_BINDING_PES_RETRIEVE, ( UINT32 ) ( &pes_service ) );
return 0;
}
/* Set the View Mode of VPO Window */
void hde_set_mode(UINT32 mode)
{
struct MPSource_CallBack MPCallBack;
struct PIPSource_CallBack PIPCallBack;
struct VDec_StatusInfo vdec_info;
struct VDecPIPInfo tInitInfo;
UINT32 waittime=0, wait_total_time = 0;
struct vdec_device *pDecvDevice = (struct vdec_device *)get_selected_decoder();
BOOL need_to_wait = FALSE;
BOOL need_to_set_output = FALSE;
UINT8 ulock = 0;
struct nim_device *nim = (struct nim_device *)dev_get_by_id(HLD_DEV_TYPE_NIM, 0);
struct vpo_device *pDisDevice = (struct vpo_device *)dev_get_by_type(NULL, HLD_DEV_TYPE_DIS);
#ifdef DUAL_VIDEO_OUTPUT
struct vpo_device *pDisDevice_O = (struct vpo_device *)dev_get_by_id(HLD_DEV_TYPE_DIS, 1);
#endif
struct vpo_io_get_info dis_info;
switch(mode)
{
case VIEW_MODE_PREVIEW:
if ((l_hde_mode != mode) || (l_hde_uIsPreviewResize == 1))
{
ENTER_CCHDE_API();
#if( VDEC27_PREVIEW_SOLUTION == VDEC27_PREVIEW_VE_SCALE)
#ifdef HDTV_SUPPORT
/* Check Frame Size, If Input Frame is HD, Set VE to Dview Mode */
vpo_ioctl(pDisDevice, VPO_IO_GET_INFO, (UINT32) &dis_info);
#ifdef DUAL_VIDEO_OUTPUT
vpo_ioctl(pDisDevice_O, VPO_IO_GET_INFO, (UINT32) &dis_info);
#endif
if(is_cur_decoder_avc())
{
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
if(vdec_info.pic_width > 720 || vdec_info.pic_height > 576)
{
need_to_wait = TRUE;
}
else
need_to_wait = FALSE;
}
else
{
need_to_wait = TRUE;
vdec_stop(pDecvDevice,TRUE,TRUE);
}
if(need_to_wait)
{
tInitInfo.adv_setting.init_mode = 1;
tInitInfo.adv_setting.out_sys = dis_info.tvsys;
tInitInfo.adv_setting.bprogressive = dis_info.bprogressive;
#ifdef DUAL_VIDEO_OUTPUT
if(is_cur_decoder_avc())
#else
if(0)
#endif
{
vdec_set_output(pDecvDevice,DUAL_PREVIEW_MODE, &tInitInfo, &MPCallBack, &PIPCallBack);
}
else
{
vdec_set_output(pDecvDevice, DUAL_PREVIEW_MODE, &tInitInfo, &MPCallBack, &PIPCallBack);
}
}
if(!is_cur_decoder_avc())
{
vdec_start(pDecvDevice);
}
if(is_cur_decoder_avc() && need_to_wait)
{
struct dmx_device *dmx = (struct dmx_device *)dev_get_by_id(HLD_DEV_TYPE_DMX, 0);
//For H264, we have to wait for 1st picture decoded, then call vpo_zoom, otherwise, it could cause below issue:
//1. DE under run, because DE can scale down HD full size picture to preview size
//2. In full screen mode, VE mapping is H264 mapping mode, in preview mode, VE mapping is MPEG2 mapping mode
//--Michael Xie 2007/8/29
wait_total_time = VE_MODE_SWITCH_TIME;
while(waittime<wait_total_time)
{
nim_get_lock(nim, &ulock);
if(!ulock)
break;
if(RET_SUCCESS == dmx_io_control(dmx, IS_AV_SCRAMBLED, 0))
break;
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
if(vdec_info.uFirstPicShowed)
{
wait_total_time = H264_VE_MODE_SWITCH_TIME;
}
if(vdec_info.output_mode == PREVIEW_MODE)
{
osal_task_sleep(100);
break;
}
osal_task_sleep(1);
waittime++;
}
}
vpo_zoom(pDisDevice, &l_hde_rectSrcFull_adjusted, &l_hde_rectScrnPreview);
#ifdef DUAL_VIDEO_OUTPUT
vpo_zoom(pDisDevice_O, &l_hde_rectSrcFull_adjusted, &l_hde_rectScrnPreview);
#endif
#else
//Set Video Decoder Output Mode (PREVIEW_MODE)
tInitInfo.src_rect.uStartX = l_hde_rectSrcFull_adjusted.uStartX>>1;
tInitInfo.src_rect.uStartY= l_hde_rectSrcFull_adjusted.uStartY>>1;
tInitInfo.src_rect.uWidth = PICTURE_WIDTH - 2*tInitInfo.src_rect.uStartX;
tInitInfo.src_rect.uHeight = PICTURE_HEIGHT - 2*tInitInfo.src_rect.uStartY;
tInitInfo.dst_rect.uStartX = l_hde_rectScrnPreview.uStartX;
tInitInfo.dst_rect.uStartY= l_hde_rectScrnPreview.uStartY;
tInitInfo.dst_rect.uWidth = l_hde_rectScrnPreview.uWidth;
tInitInfo.dst_rect.uHeight = l_hde_rectScrnPreview.uHeight;
vdec_set_output(pDecvDevice,PREVIEW_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
//Wait Video Decoder Output Mode Switch to PREVIEW_MODE
vdec_info.output_mode = VIEW_MODE_FULL;
while((vdec_info.output_mode != PREVIEW_MODE)&&(waittime<VE_MODE_SWITCH_TIME))
{
nim_get_lock(nim, &ulock);
if(!ulock)
break;
osal_task_sleep(1);
waittime++;
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
}
//Switch Video Decoder Output Mode to PREVIEW_MODE Forcely
if(vdec_info.output_mode != PREVIEW_MODE)
{
PRINTF("switch to preview forcely\n");
vdec_stop(pDecvDevice,sys_data_get_cur_chan_mode() == PROG_TV_MODE,FALSE);
vdec_set_output(pDecvDevice,PREVIEW_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
vdec_start(pDecvDevice);
}
#endif
#elif(VDEC27_PREVIEW_SOLUTION == VDEC27_PREVIEW_DE_SCALE)
//If is DE Scale Operation, then adjust VPO Full Srceen to Preview Screen directly
if(0 == l_hde_preview_method)
vpo_zoom(pDisDevice, &l_hde_rectSrcFull_adjusted, &l_hde_rectScrnPreview);
//If is VE Scale Operation, first set Video Decoder Output Mode(PIP_MODE),
//then adjust VPO Full Srceen to Preview Screen
else if(1 == l_hde_preview_method)
{
if(l_hde_mode == VIEW_MODE_PREVIEW)
{
vpo_zoom(pDisDevice, &l_hde_rectSrcFull_adjusted, &l_hde_rectScrnPreview);
}
else
{
//Set Video Decoder Output Mode (IND_PIP_MODE)
tInitInfo.src_rect.uStartX = l_hde_rectSrcFull_adjusted.uStartX>>1;
tInitInfo.src_rect.uStartY= l_hde_rectSrcFull_adjusted.uStartY>>1;
tInitInfo.src_rect.uWidth = PICTURE_WIDTH - 2*tInitInfo.src_rect.uStartX;
tInitInfo.src_rect.uHeight = PICTURE_HEIGHT - 2*tInitInfo.src_rect.uStartY;
tInitInfo.dst_rect.uStartX = l_hde_rectScrnPreview.uStartX;
tInitInfo.dst_rect.uStartY= l_hde_rectScrnPreview.uStartY;
tInitInfo.dst_rect.uWidth = l_hde_rectScrnPreview.uWidth;
tInitInfo.dst_rect.uHeight = l_hde_rectScrnPreview.uHeight;
tInitInfo.pipSize.uWidth=l_hde_rectScrnPreview.uWidth;
tInitInfo.pipSize.uHeight=l_hde_rectScrnPreview.uHeight/5;
vdec_set_output(pDecvDevice,IND_PIP_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
//After Video Decoder Output Mode switch to PIP_MODE, then adjust VPO
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
if(VDEC27_STOPPED == vdec_info.uCurStatus)
{
vpo_zoom(pDisDevice, &l_hde_rectSrcFull_adjusted, &l_hde_rectScrnPreview);
}
else
{
waittime = 0;
while((vdec_info.output_mode != PIP_MODE)&&(waittime<VE_MODE_SWITCH_TIME_29E))
{
nim_get_lock(nim, &ulock);
if(!ulock)
break;
osal_task_sleep(20);
waittime += 20;
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
}
if(vdec_info.output_mode != PIP_MODE)
{
vdec_stop(pDecvDevice,TRUE,FALSE);
vdec_set_output(pDecvDevice,IND_PIP_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
vdec_start(pDecvDevice);
vpo_zoom(pDisDevice, &l_hde_rectSrcFull_adjusted, &l_hde_rectScrnPreview);
}
else
{
vpo_zoom(pDisDevice, &l_hde_rectSrcFull_adjusted, &l_hde_rectScrnPreview);
}
}
vpo_ioctl(pDisDevice, VPO_IO_ADJUST_LM_IN_PREVIEW, 1);
}
}
#endif
}
l_hde_uIsPreviewResize = 0;
LEAVE_CCHDE_API();
break;
case VIEW_MODE_MULTI:
break;
case VIEW_MODE_FULL:
default:
if (l_hde_mode != mode)
{
ENTER_CCHDE_API();
#if( VDEC27_PREVIEW_SOLUTION == VDEC27_PREVIEW_VE_SCALE)
#ifdef HDTV_SUPPORT
// convert VE to MP mode
vpo_ioctl(pDisDevice, VPO_IO_GET_INFO, (UINT32) &dis_info);
#ifdef DUAL_VIDEO_OUTPUT
vpo_ioctl(pDisDevice_O, VPO_IO_GET_INFO, (UINT32) &dis_info);
#endif
need_to_set_output = FALSE;
if(is_cur_decoder_avc())
{
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
if(vdec_info.pic_width > 720 || vdec_info.pic_height > 576)
{
need_to_wait = TRUE;
}
else if(vdec_info.pic_width == 0 || vdec_info.pic_height == 0)
{
need_to_set_output = TRUE;
}
else
need_to_wait = FALSE;
}
else
{
need_to_wait = TRUE;
vdec_stop(pDecvDevice,TRUE,TRUE);
}
if(need_to_wait || need_to_set_output)
{
tInitInfo.adv_setting.init_mode = 0;
tInitInfo.adv_setting.out_sys = dis_info.tvsys;
tInitInfo.adv_setting.bprogressive = dis_info.bprogressive;
#ifdef DUAL_VIDEO_OUTPUT
if(is_cur_decoder_avc())
#else
if(0)
#endif
{
vdec_set_output(pDecvDevice,DUAL_MODE, &tInitInfo, &MPCallBack, &PIPCallBack);
}
else
{
vdec_set_output(pDecvDevice,DUAL_MODE, &tInitInfo, &MPCallBack, &PIPCallBack);
}
}
if(!is_cur_decoder_avc())
{
vdec_start(pDecvDevice);
}
vpo_zoom(pDisDevice, &l_hde_rectSrcFull, &l_hde_rectScrnFull);
#ifdef DUAL_VIDEO_OUTPUT
vpo_zoom(pDisDevice_O, &l_hde_rectSrcFull, &l_hde_rectScrnFull);
#endif
osal_task_sleep(50);
if(is_cur_decoder_avc() && need_to_wait)
{
struct dmx_device *dmx = (struct dmx_device *)dev_get_by_id(HLD_DEV_TYPE_DMX, 0);
wait_total_time = VE_MODE_SWITCH_TIME;
while(waittime<wait_total_time)
{
nim_get_lock(nim, &ulock);
if(!ulock)
break;
if(RET_SUCCESS == dmx_io_control(dmx, IS_AV_SCRAMBLED, 0))
break;
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
if(vdec_info.uFirstPicShowed)
{
wait_total_time = H264_VE_MODE_SWITCH_TIME;
}
if(vdec_info.output_mode == MP_MODE)
{
break;
}
osal_task_sleep(1);
waittime++;
}
}
#else
//Set Video Decoder Output Mode (MP_MODE)
tInitInfo.buse_sml_buf = FALSE;
tInitInfo.src_rect.uStartX = l_hde_rectSrcFull.uStartX;
tInitInfo.src_rect.uStartY= l_hde_rectSrcFull.uStartY;
tInitInfo.src_rect.uWidth = l_hde_rectSrcFull.uWidth;
tInitInfo.src_rect.uHeight = l_hde_rectSrcFull.uHeight;
tInitInfo.dst_rect.uStartX = l_hde_rectScrnFull.uStartX;
tInitInfo.dst_rect.uStartY= l_hde_rectScrnFull.uStartY;
tInitInfo.dst_rect.uWidth = l_hde_rectScrnFull.uWidth;
tInitInfo.dst_rect.uHeight = l_hde_rectScrnFull.uHeight;
vdec_set_output(pDecvDevice,MP_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
//Wait Video Decoder Output Mode Switch to MP_MODE
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
while(((vdec_info.output_mode != MP_MODE)||(vdec_info.use_sml_buf))&&(waittime<VE_MODE_SWITCH_TIME))
{
nim_get_lock(nim, &ulock);
if(!ulock)
break;
osal_task_sleep(1);
waittime++;
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
}
//Switch Video Decoder Output Mode to MP_MODE Forcely
if((vdec_info.output_mode != MP_MODE)||(vdec_info.use_sml_buf))
{
PRINTF("switch to mp forcely\n");
vdec_stop(pDecvDevice,TRUE,FALSE);
vdec_set_output(pDecvDevice,MP_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
vdec_start(pDecvDevice);
}
#endif
#elif(VDEC27_PREVIEW_SOLUTION == VDEC27_PREVIEW_DE_SCALE)
//If is DE Scale Operation, then adjust VPO to Full Srceen directly
if(0 == l_hde_preview_method)
vpo_zoom(pDisDevice, &l_hde_rectSrcFull, &l_hde_rectScrnFull);
//If is VE Scale Operation, first set Video Decoder Output Mode(MP_MODE),
//then adjust VPO to Full Srceen
else if(1 == l_hde_preview_method)
{
//Set Video Decoder Output Mode (MP_MODE)
tInitInfo.src_rect.uStartX = l_hde_rectSrcFull.uStartX;
tInitInfo.src_rect.uStartY= l_hde_rectSrcFull.uStartY;
tInitInfo.src_rect.uWidth = l_hde_rectSrcFull.uWidth;
tInitInfo.src_rect.uHeight = l_hde_rectSrcFull.uHeight;
tInitInfo.dst_rect.uStartX = l_hde_rectScrnFull.uStartX;
tInitInfo.dst_rect.uStartY= l_hde_rectScrnFull.uStartY;
tInitInfo.dst_rect.uWidth = l_hde_rectScrnFull.uWidth;
tInitInfo.dst_rect.uHeight = l_hde_rectScrnFull.uHeight;
vdec_set_output(pDecvDevice,MP_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
//After Video Decoder Output Mode switch to MP_MODE, then adjust VPO
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
if(VDEC27_STOPPED == vdec_info.uCurStatus)
{
vpo_zoom(pDisDevice, &l_hde_rectSrcFull, &l_hde_rectScrnFull);
}
else
{
waittime = 0;
while((vdec_info.output_mode != MP_MODE)&&(waittime<VE_MODE_SWITCH_TIME_29E))
{
nim_get_lock(nim, &ulock);
if(!ulock)
break;
osal_task_sleep(20);
waittime += 20;
vdec_io_control(pDecvDevice, VDEC_IO_GET_STATUS, (UINT32)&vdec_info);
}
if(vdec_info.output_mode != MP_MODE)
{
vdec_stop(pDecvDevice,TRUE,FALSE);
vdec_set_output(pDecvDevice,MP_MODE, &tInitInfo, &MPCallBack,&PIPCallBack);
vdec_start(pDecvDevice);
vpo_zoom(pDisDevice, &l_hde_rectSrcFull, &l_hde_rectScrnFull);
}
else
{
vpo_zoom(pDisDevice, &l_hde_rectSrcFull, &l_hde_rectScrnFull);
}
}
vpo_ioctl(pDisDevice, VPO_IO_ADJUST_LM_IN_PREVIEW, 0);
}
#endif
LEAVE_CCHDE_API();
}
}
