static int GetLock(unsigned int argc, unsigned char *argv[])
{
INT32 ret;
UINT8 lock;
if (argc != 1)
{
SH_PRINTF("Usage: GetLock\n");
return -1;
}
struct nim_device *nim_dev = dev_get_by_id(HLD_DEV_TYPE_NIM, nim_id);
if ((ret = nim_get_lock(nim_dev, &lock)) != SUCCESS)
{
SH_PRINTF("api_nim_get_lock: operation error! %d\n", ret);
return -1;
}
//LIB_ASH_OC('\r');
//LIB_ASH_OC('\n');
if(!lock)
{
LIB_ASH_OC('U');
LIB_ASH_OC('N');
}
LIB_ASH_OC('L');
LIB_ASH_OC('O');
LIB_ASH_OC('C');
LIB_ASH_OC('K');
LIB_ASH_OC('\r');
LIB_ASH_OC('\n');
}
void new_win_signal_open(POBJECT_HEAD w)
{
POBJECT_HEAD pObj;
UINT8 level, quality, lock;
struct nim_device *nim_dev;
if (cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
if (w->bType != OT_CONTAINER)
return ;
pObj = (POBJECT_HEAD) &g_new_signal_test;//g_win_signal;
pObj->pRoot = w;
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
new_dem_signal_to_display(lock, &level, &quality);
new_win_signal_set_level_quality(level, quality, lock);
new_win_signal_update();
}
void win_signal_refresh(void)
{
UINT8 level,quality,lock;
struct nim_device* nim_dev;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
dem_signal_to_display(lock,&level,&quality);
win_signal_set_level_quality(level,quality,lock);
win_signal_update();
}
void win_signal_refresh(void)
{
UINT8 level,quality,lock;
struct nim_device* nim_dev;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
api_Signal_Lock_LED_OnOff(lock);//-a by wangyang for Signal Lock LED onoff 2011-10-25
dem_signal_to_display(lock,&level,&quality);
win_signal_set_level_quality(level,quality,lock);
win_signal_update();
}
void win_signal_open(POBJECT_HEAD w)
{
POBJECT_HEAD pObj;
UINT8 level,quality,lock;
struct nim_device* nim_dev;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
if(w->bType != OT_CONTAINER)
return ;
pObj = (POBJECT_HEAD)&g_win_signal;
pObj->pRoot = w;
pObj = (POBJECT_HEAD)&sig_bar_level;
pObj->frame.uLeft = W_L + B_L_OF;
pObj->frame.uWidth = B_W;
pObj = (POBJECT_HEAD)& sig_bar_quality;
pObj->frame.uLeft = W_L + B_L_OF;
pObj->frame.uWidth = B_W;
pObj = (POBJECT_HEAD)&sig_txt_level;
pObj->frame.uLeft = W_L + TXTL_L_OF;
pObj = (POBJECT_HEAD)&sig_txt_quality;
pObj->frame.uLeft = W_L + TXTL_L_OF;
pObj = (POBJECT_HEAD)&g_win_signal;
pObj->frame.uLeft = W_L;
pObj->frame.uWidth = W_W;
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
api_Signal_Lock_LED_OnOff(lock);//-a by wangyang for Signal Lock LED onoff 2011-10-25
dem_signal_to_display(lock,&level,&quality);
win_signal_set_level_quality(level,quality,lock);
}
void win_signal_open_tplist(POBJECT_HEAD w)
{
POBJECT_HEAD pObj;
UINT8 level,quality,lock;
struct nim_device* nim_dev;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
if(w->bType != OT_CONTAINER)
return ;
pObj = (POBJECT_HEAD)&sig_bar_level;
pObj->frame.uLeft = W_L + B_L_OF_B;
pObj->frame.uWidth = B_W_B;
pObj = (POBJECT_HEAD)& sig_bar_quality;
pObj->frame.uLeft = W_L + B_L_OF_B;
pObj->frame.uWidth = B_W_B;
pObj = (POBJECT_HEAD)&sig_txt_level;
pObj->frame.uLeft = W_L + TXTL_L_OF_B;
pObj = (POBJECT_HEAD)&sig_txt_quality;
pObj->frame.uLeft = W_L + TXTL_L_OF_B;
pObj = (POBJECT_HEAD)&g_win_signal;
pObj->frame.uLeft = W_L_B;
pObj->frame.uWidth = W_W_B;
pObj->pRoot = w;
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
dem_signal_to_display(lock,&level,&quality);
win_signal_set_level_quality(level,quality,lock);
}
/*this interface is nor used yet, can delete it???*/
void new_win_signal_open_tplist(POBJECT_HEAD w)
{
//POBJECT_HEAD pObj;
UINT8 level, quality, lock;
struct nim_device *nim_dev;
if (cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
if (w->bType != OT_CONTAINER)
return ;
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
new_dem_signal_to_display(lock, &level, &quality);
new_win_signal_set_level_quality(level, quality, lock);
}
void win_minisignal_open_ex(POBJECT_HEAD w,UINT32 x, UINT32 y)
{
POBJECT_HEAD pObj;
PPROGRESS_BAR pBar;
UINT8 level,quality,lock;
struct nim_device* nim_dev;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
if(w->bType != OT_CONTAINER)
return ;
pObj = (POBJECT_HEAD)&g_win_signal;
pObj->pRoot = w;
//OSD_SetColor(pObj,WIN_SH_IDX,WIN_SH_IDX,WIN_SH_IDX,WIN_SH_IDX);
pObj = (POBJECT_HEAD)&sig_bar_level;
//pObj->frame.uLeft = W_L + B_L_OF;
pObj->frame.uWidth = B_W;
OSD_SetColor(pObj,B_BG_SH_IDX,B_BG_SH_IDX,B_BG_SH_IDX,B_BG_SH_IDX);
pBar = (PPROGRESS_BAR)&sig_bar_level;
pBar->wTickBg = B_MID_SH_IDX;
pObj = (POBJECT_HEAD)& sig_bar_quality;
//pObj->frame.uLeft = W_L + B_L_OF;
pObj->frame.uWidth = B_W;
OSD_SetColor(pObj,B_BG_SH_IDX,B_BG_SH_IDX,B_BG_SH_IDX,B_BG_SH_IDX);
pBar = (PPROGRESS_BAR)&sig_bar_quality;
pBar->wTickBg = B_MID_SH_IDX;
pObj = (POBJECT_HEAD)&sig_txt_level;
//pObj->frame.uLeft = W_L + TXTL_L_OF;
OSD_SetColor(pObj, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX);
pObj = (POBJECT_HEAD)&sig_txt_quality;
//pObj->frame.uLeft = W_L + TXTL_L_OF;
OSD_SetColor(pObj, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX);
pObj = (POBJECT_HEAD)&sig_txt_level_per;
OSD_SetColor(pObj, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX);
pObj = (POBJECT_HEAD)&sig_txt_quality_per;
OSD_SetColor(pObj, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX);
pObj = (POBJECT_HEAD)&g_win_signal;
//pObj->frame.uLeft = W_L;
//pObj->frame.uWidth = W_W;
OSD_SetColor(pObj, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX, TXT_SH_IDX);
//OSD_MoveObject(pObj,MINI_SIGNAL_L, MINI_SIGNAL_T,FALSE);
OSD_MoveObject(pObj,x,y,FALSE);
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
api_Signal_Lock_LED_OnOff(lock);//-a by wangyang for Signal Lock LED onoff 2011-10-25
dem_signal_to_display(lock,&level,&quality);
win_signal_set_level_quality(level,quality,lock);
}
/* 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();
}
}
static PRESULT subtitle_con_callback(POBJECT_HEAD pObj, VEVENT event, UINT32 param1, UINT32 param2)
{
PRESULT ret = PROC_PASS;
SYSTEM_DATA * sys;
struct nim_device* nim_dev;
UINT8 i,lock;
UINT8 unact;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
nim_get_lock(nim_dev,&lock);
switch(event)
{
case EVN_PRE_OPEN:
api_set_deo_layer(0);
api_inc_wnd_count();
for(i=0;i<SUBTITLE_ITEM_NUMBER;i++)
{
p_subtitle_track_str[i]=Subtitle_track_str[i];
p_subtitle_track_idx[i]=Subtitle_track_idx[i];
}
win_subtitle_init_data();
if(((0 == g_win_subtitle_count ) && (0 == g_win_ttx_subtitle_count)) || (!lock))
#if (DVR_PVR_SUPPORT_SUBTITLE)//temp disable
if(((0 == g_win_subtitle_count ) && (0 == g_win_ttx_subtitle_count))
#ifdef DVR_PVR_SUPPORT
|| ((!lock) && !api_pvr_is_playing())
#else
|| (!lock)
#endif
)
#endif
{
win_com_popup_open(WIN_POPUP_TYPE_SMSG,NULL, RS_DISPLAY_NO_DATA);
osal_task_sleep(1000);
win_compopup_close();
api_dec_wnd_count();
return PROC_LEAVE;
}
break;
case EVN_UNKNOWN_ACTION:
unact = (VACTION)(param1>>16);
if(VACT_ENTER == unact)
{
UINT16 cur_sel = OSD_GetListCurPoint(&g_ls_subtitle);
sys = sys_data_get();
if(g_win_subtitle_count + g_win_ttx_subtitle_count==cur_sel)
{
sys->osd_set.subtitle_display = 0;/*select off option*/
sys->osd_set.subtitle_lang = 0xFF;
}
else if(cur_sel < g_win_ttx_subtitle_count)
{
sys->osd_set.subtitle_display = 1;/*subtitle on*/
sys->osd_set.subtitle_lang = cur_sel;/*set_sub_lang_idx is used in api_osd_mode_change function*/
}
else if(cur_sel < g_win_subtitle_count + g_win_ttx_subtitle_count)
{/*ttx_subtitle on the top then normal subtitle*/
sys->osd_set.subtitle_display = 1;
sys->osd_set.subtitle_lang = cur_sel;/*set_sub_lang_idx is used in api_osd_mode_change function*/
}
ret = PROC_LEAVE;
api_osd_mode_change(OSD_NO_SHOW);
//api_osd_mode_change(OSD_SUBTITLE);
}
break;
case EVN_PRE_CLOSE:
unact = (VACTION)(param1>>16);
ret = PROC_PASS;
break;
case EVN_POST_CLOSE:
api_set_deo_layer(1);
api_dec_wnd_count();
break;
default:
break;
}
return ret;
}
BOOL new_win_signal_update()
{
POBJECT_HEAD pObj;
PROGRESS_BAR *bar;
TEXT_FIELD *txt;
UINT16 cn_noise, level;
UINT32 ber;
INT32 temp = 0;
UINT32 dot = 0;
char str[20];
struct nim_device *nim_dev;
UINT8 lock, cn_noise_maped = 0, level_maped = 0;
UINT16 level_shIdx,quality_shIdx,ber_idx;
pObj = (POBJECT_HEAD) &g_new_signal_test;//lin
if (pObj->pRoot == NULL)
return FALSE;
if (cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
nim_get_lock(nim_dev, &lock);
nim_ioctl_ext(nim_dev, NIM_DRIVER_GET_RF_LEVEL, (void*) &level);
if (lock)
{
level_shIdx = PROGRESS_COLOR_GREEN;
quality_shIdx = LOCK_IDX;
ber_idx = PROGRESS_COLOR_BLUE;
nim_ioctl_ext(nim_dev, NIM_DRIVER_GET_CN_VALUE, (void*) &cn_noise);
nim_ioctl_ext(nim_dev, NIM_DRIVER_GET_BER_VALUE, (void*) &ber);
}
else
{
level_shIdx = UNLOCK_IDX;
quality_shIdx = UNLOCK_IDX;
ber_idx = UNLOCK_IDX;
cn_noise = 0;
ber = 0;
}
//update the text value & uint for each item
if(lock)
{
sprintf(str, "%d.%d ", cn_noise / 10, cn_noise % 10);
}
else
{
sprintf(str, "0");
}
txt = &new_sig_txt_CN0;//sig_txt_CN_uint;
OSD_SetTextFieldContent(txt, STRING_ANSI, (UINT32)str);
sprintf(str, "%d ", ber);
txt = &new_sig_txt_BER0;//sig_txt_BER_uint;
OSD_SetTextFieldContent(txt, STRING_ANSI, (UINT32)str);
if (level % 10)
{
temp = (107-level / 10) - 1; //107
dot = 10-level % 10;
}
else
{
temp = 107-level / 10; //107
dot = 0;
}
if(temp<0)
temp= -temp; //temp=0; //avoid the negative value
sprintf(str, "%d.%d", temp, dot);
txt = &new_sig_txt_level0;//sig_txt_level_uint;
OSD_SetTextFieldContent(txt, STRING_ANSI, (UINT32)str);
//draw SNR bar
nim_get_SNR(nim_dev, &cn_noise_maped);
bar = &new_sig_bar_CN;//sig_bar_CN;
if(0==cn_noise)
{
OSD_SetProgressBarPos(bar, cn_noise_maped);
bar->wTickFg = quality_shIdx;
}
else
{
OSD_SetProgressBarPos(bar, cn_noise_maped); //OSD_SetProgressBarPos(bar, cn_noise_maped);
bar->wTickFg = quality_shIdx;
}
//Draw the signal error bar
bar = &new_sig_bar_BER;//sig_bar_BER;
ber = new_map_ber_value(&ber);
OSD_SetProgressBarPos(bar, ber);
bar->wTickFg = ber_idx;
//Draw the signal intensity bar
level_maped = temp *100 / 107;
// if((level_maped>=0)&&(level_maped<30))
if(level_maped<30)
{
level_maped = 5*level_maped/2;
}
else if((level_maped>=30)&&(level_maped<60))
{
level_maped = 75 + (level_maped - 30)/3;
}
else
{
level_maped = 95 + (level_maped - 60)/20;
}
if (level_maped > 100)
{
level_maped = 100;
// osal_task_sleep(10);
}
bar = &new_sig_bar_level;//sig_bar_level;
OSD_SetProgressBarPos(bar, level_maped);
bar->wTickFg = level_shIdx;
//draw them all
OSD_DrawObject(pObj, C_UPDATE_ALL);
return TRUE;
}
static int SetSSIGap(unsigned int argc, unsigned char *argv[])
{
UINT32 gap;
struct nim_device *nim_dev = dev_get_by_id(HLD_DEV_TYPE_NIM, nim_id);
if (argc != 2)
{
SH_PRINTF("Usage: SetPara <clk>\n");
return -1;
}
else if(nim_dev == NULL)
{
SH_PRINTF("Nim1 status error\n");
return -1;
}
if(strcasecmp("gap",argv[1]))
{
gap = ATOI(&(argv[1][3]));
nim_io_control(nim_dev, NIM_DRIVER_CHANGE_TS_GAP, gap);
}
else
{
SH_PRINTF("parameter error\n");
return -3;
}
#if 1//path for lock delay
UINT8 lock;
UINT32 pre_tick = osal_get_tick();
while((osal_get_tick()-pre_tick)>=SSI_GAP_TIMEOUT)
{
nim_get_lock(nim_dev,&lock);
if(lock)
break;
osal_delay(30);
}
#endif
LIB_ASH_OC('S');
LIB_ASH_OC('e');
LIB_ASH_OC('t');
LIB_ASH_OC(' ');
LIB_ASH_OC('S');
LIB_ASH_OC('S');
LIB_ASH_OC('I');
LIB_ASH_OC(' ');
LIB_ASH_OC('G');
LIB_ASH_OC('a');
LIB_ASH_OC('p');
LIB_ASH_OC(' ');
LIB_ASH_OC('t');
LIB_ASH_OC('o');
LIB_ASH_OC(' ');
LIB_ASH_OC('g');
LIB_ASH_OC('a');
LIB_ASH_OC('p');
if(gap<10)
{
LIB_ASH_OC((gap + '0'));
}
else
{
LIB_ASH_OC(((UINT8)gap/10 + '0'));
LIB_ASH_OC(((UINT8)gap%10 + '0'));
}
LIB_ASH_OC('\r');
LIB_ASH_OC('\n');
reset_perflag();
return 0;
}
static INT32 as_enum_scan(UINT16 sat_id, UINT16 type, psi_tuning_t tuning_fn)
{
BOOL db_ret = TRUE;
INT32 ret = 0;
INT32 func_ret = 0;
UINT32 search_scheme;
UINT8 lock_stat;
struct as_tuning_param *atp = &as_info->atp;
as_update_event_t update_event = as_info->param.as_handler;
AS_PRINTF("start at %d\n", osal_get_tick());
if(update_event != NULL)
{
update_event(ASM_TYPE_PROGRESS, AS_PROGRESS_SCANSTART+1);
}
//Set First TP Info
if(tuning_fn != NULL)
{
tuning_fn(atp);
}
//TP Scan Loop
while((atp->finish == FALSE) && (ret == 0))
{
//Set Search Scheme, that is whether Search NIT or not
search_scheme = as_info->param.as_prog_attr;
if (atp->nit_enable)
{
if (atp->si_enable)
{
search_scheme |= P_SEARCH_NIT;
}
else
{
search_scheme = P_SEARCH_NIT;
}
}
AS_PRINTF("id=%d, t_nr=%d\n",atp->tp_id, as_info->tp_nr);
lock_stat = 0;
//Show New TP for DVB-S by Upper Layer
if ((tuning_fn == as_dvbs_preset_tuning) && (update_event))
{
update_event(ASM_TYPE_ADD_TRANSPONDER, atp->tp_id);
}
//Try to Lock Signal
do
{
nim_get_lock(as_info->nim, &lock_stat);
if((lock_stat) || (as_info->stop_scan_signal))
{
break;
}
osal_task_sleep(1);
} while((INT32)osal_get_tick() < (INT32)atp->timeout);
AS_PRINTF("lock stat = %d\n", lock_stat);
if (!as_info->stop_scan_signal)
{
//If Lock Signal, then Search Prog in this TP
if (lock_stat)
{
//Scan from Start Frq to End Frq for DVB-C and DVB-T
if (type == ATP_TYPE_STEP)
{
//For DVB-C, Set TP Info according to as_info
if(as_info->param.as_frontend_type == FRONTEND_TYPE_C)
{
db_ret = dvbc_alloc_transponder(as_info, atp, &as_info->xp, sat_id);
}
if (db_ret != TRUE)
{
ret = 1;
break;
}
//Show New TP for DVB-C and DVB-T by Upper Layer
if(update_event)
{
update_event(ASM_TYPE_ADD_TRANSPONDER, atp->tp_id);//notify ap show tp
}
}
//Prog Search in this TP
#if (defined(SUPPORT_MTILINGUAL_SERVICE_NAME))
psi_module_init(as_info->dmx, as_info->nim, (void *)__MM_PSI_START_ADDR, 400*1024);
#else
psi_module_init(as_info->dmx, as_info->nim, (void *)__MM_PSI_START_ADDR, 180*1024);
#endif
func_ret = psi_search_start(sat_id, atp->tp_id, search_scheme, as_info->param.as_p_add_cfg, psi_callback, tuning_fn, atp);
if (SI_STOFULL == func_ret)
{
ret= 1;
}
}
//Not Lock Signal, then Switch to next TP
else
{
#ifdef NIT_AUTO_SEARCH_SUPPORT
if(tuning_fn== as_dvbc_blind_tuning && b_found_nit_tp)
{// because doing auto scan,so atp->pos must > AS_MIN_CAB_FREQUENCY and we need to change to nit search.
if(atp->pos > AS_MIN_CAB_FREQUENCY)
atp->pos = 0;
tuning_fn = as_dvbs_preset_tuning;
}
#endif
tuning_fn(atp);
}
}
if (as_info->stop_scan_signal || ret)
{
break;
}
//Show Scan Progress by Upper Layer
if ((!as_info->tp_nit[0]) && (type == ATP_TYPE_DBASE) && (update_event))
{
update_event(ASM_TYPE_PROGRESS, atp->pos*99/(as_info->tp_nr+2));
}
}
#ifdef NIT_AUTO_SEARCH_SUPPORT
b_found_nit_tp = FALSE; // nit search done
#endif
AS_PRINTF("end at %d\n", osal_get_tick());
return ret;
}
BOOL GetSignalStatus( signal_lock_status* lock_flag,
signal_scramble_status* scramble_flag,
signal_lnbshort_status* lnbshort_flag,
signal_parentlock_status* parrentlock_flag)
{
UINT8 lock;
struct dmx_device * dmx_dev;
signal_lnbshort_status lnbshort;
SYSTEM_DATA* sys_data;
sys_data = sys_data_get();
UINT8 scrabled,scrable_typ;
P_NODE p_node;
UINT16 cur_channel;
struct VDec_StatusInfo curStatus;
static UINT16 prechan;
static UINT32 descDetTime = 0;
struct nim_device* nim_dev;
#ifdef NEW_DEMO_FRAME
static UINT32 unlock_times;
INT32 ts_route_id;
struct ts_route_info ts_route;
struct nim_config nim_config;
#endif
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
#ifdef NEW_DEMO_FRAME
MEMSET(&ts_route, 0, sizeof(struct ts_route_info));
if(ts_route_get_by_type(TS_ROUTE_MAIN_PLAY, &ts_route_id, &ts_route) != RET_FAILURE)
{
nim_dev = (struct nim_device *)dev_get_by_id(HLD_DEV_TYPE_NIM, ts_route.nim_id);
}
else
{
nim_dev = (cur_tuner_idx == 0) ? g_nim_dev : g_nim_dev2;
}
#endif
lnbshort = SIGNAL_STATUS_LNBNORMAL;
#if(SYS_LNB_SHORT_DET == SYS_FUNC_ON)
/*
if(sys_data->bLNB_power == LNB_POWER_ON)
{
if(LNB_state() == 1)//short
{
lnbshort = SIGNAL_STATUS_LNBSHORT;
}
}
*/
lnbshort = lnb_power_short;
#elif(SYS_12V_SHORT_DET == SYS_FUNC_ON)
lnbshort = v12_power_short;
#endif
if(lnbshort_flag != NULL)
*lnbshort_flag = lnbshort;
SetSignalLNBShortStatus(lnbshort);
// if(*lnbshort_flag == SIGNAL_STATUS_LNBSHORT)
// return TRUE;
#ifdef NEW_DEMO_FRAME
dmx_dev = (struct dmx_device *)dev_get_by_id(HLD_DEV_TYPE_DMX, ts_route.dmx_id);
#else
dmx_dev = g_dmx_dev;
#endif
#ifdef DVR_PVR_SUPPORT
if(singal_play_chan_nim_busy)
lock = SIGNAL_STATUS_UNLOCK;
else
#endif
nim_get_lock(nim_dev,&lock);
#if 0//def NEW_DEMO_FRAME //reset diseqc, but it may hold this process, if attached to UI flow maybe cause bug!
if(!lock)
unlock_times++;
else
unlock_times = 0;
if((unlock_times > 10)&& sys_data->bLNB_power)
{
dev_get_nim_config(nim_dev, FRONTEND_TYPE_S, &nim_config);
frontend_set_antenna(nim_dev, &nim_config.antenna, &nim_config.xpond, 1);
if(frontend_lnb_22k_ctl(&nim_config.antenna) || (nim_dev == g_nim_dev2))
frontend_set_nim(nim_dev, &nim_config.antenna,&nim_config.xpond,1);
nim_get_lock(nim_dev,&lock);
unlock_times = 0;
}
#endif
if (parrentlock_flag == NULL)
lv_lock_status = lock? SIGNAL_STATUS_LOCK : SIGNAL_STATUS_UNLOCK;
else
SetSignalLockStatus( lock? SIGNAL_STATUS_LOCK : SIGNAL_STATUS_UNLOCK);
cur_channel = sys_data_get_cur_group_cur_mode_channel();
get_prog_at(cur_channel,&p_node);
#if 0
scrabled = 0;
if(dmx_io_control(dmx_dev,IS_AV_SCRAMBLED,(UINT32)(&scrable_typ)) == RET_SUCCESS )
{
if(scrable_typ & (VDE_TS_SCRBL|VDE_PES_SCRBL))
scrabled = 1;
else
{
scrabled = 0;
}
}
#else
scrabled = key_get_dmx0_scramble(NULL);
#endif
#ifdef CI_SUPPORT2
if ((parrentlock_flag == NULL) && (p_node.ca_mode) && (!scrabled) && lock && (screen_back_state == SCREEN_BACK_VIDEO) && (VIEW_MODE_FULL == hde_get_mode())
#ifdef DVR_PVR_SUPPORT
&& !freeze_for_pvr //black screen result in pvr state trans!
&& api_pvr_is_live_playing()
#endif
)
{
vdec_io_control(get_selected_decoder(), VDEC_IO_GET_STATUS, (UINT32)&curStatus);
UINT32 freeze_flag = curStatus.display_idx;
if((curStatus.uFirstPicShowed) && (curStatus.uCurStatus == VDEC_DECODING)) //for scramble prog and freeze screen (show black screen and scramble osd)
{
osal_task_sleep(100);
//vdec_io_control(g_decv_dev, VDEC_IO_GET_STATUS, (UINT32)&curStatus);
vdec_io_control(get_selected_decoder(), VDEC_IO_GET_STATUS, (UINT32)&curStatus);
if(freeze_flag == curStatus.display_idx)
{
osal_task_sleep(100);
//vdec_io_control(g_decv_dev, VDEC_IO_GET_STATUS, (UINT32)&curStatus);
vdec_io_control(get_selected_decoder(), VDEC_IO_GET_STATUS, (UINT32)&curStatus);
if(freeze_flag == curStatus.display_idx) // freeze screen state!
{
scrabled = 1;
#ifdef DVR_PVR_SUPPORT //add to simulate monitor's function for video hold state because monitor is off under DVR project!
if((!last_ca_pmt_cmd_time) || (last_ca_pmt_cmd_time && (osal_get_tick() > last_ca_pmt_cmd_time + 6000)))
{
if(ca_pmt_cmd_cnt >= 2)
{
UIChChgPlayProg(0,CC_CMD_RESET_CRNT_CH);
ca_pmt_cmd_cnt = 0;
}
else
{
//cc_send_ca_pmt();
cc_send_ca_pmt(p_node.prog_id);
ca_pmt_cmd_cnt++;
}
last_ca_pmt_cmd_time = osal_get_tick();
}
#endif
}
else
{
ca_pmt_cmd_cnt = 0;
}
}
else
{
ca_pmt_cmd_cnt = 0;
}
}
else if(!curStatus.uFirstPicShowed) //for scramble prog and black screen
{
scrabled = 1;
ca_pmt_cmd_cnt = 0;
}
}
#endif
#ifdef CTI_CA
{
UINT32 freeze_flag = curStatus.display_idx;
vdec_io_control(get_selected_decoder(), VDEC_IO_GET_STATUS, (UINT32)&curStatus);
freeze_flag = curStatus.display_idx;
if((curStatus.uFirstPicShowed) && (curStatus.uCurStatus == VDEC_DECODING)) //for scramble prog and freeze screen (show black screen and scramble osd)
{
osal_task_sleep(100);
vdec_io_control(get_selected_decoder(), VDEC_IO_GET_STATUS, (UINT32)&curStatus);
if(freeze_flag == curStatus.display_idx)
{
osal_task_sleep(100);
vdec_io_control(get_selected_decoder(), VDEC_IO_GET_STATUS, (UINT32)&curStatus);
if(freeze_flag == curStatus.display_idx) // freeze screen state!
{
scrabled = 1;
}
}
}
else if(!curStatus.uFirstPicShowed) //for scramble prog and black screen
{
scrabled = 1;
}
/*qjzheng 2010.5.7 BUG2003 不能播放加锁节目时, 有时提示是CA错误*/
if( !lv_lock_status )
{
scrabled = 0;
}
}
#endif
if (parrentlock_flag)
{
if (scrabled)
{
if (lv_scramble_fake)
scrabled = 0;
}
SetSignalScrambleStatus(scrabled? SIGNAL_STATUS_SCRAMBLED : SIGNAL_STATUS_UNSCRAMBLED);
}
else
{
lv_scramble_status = scrabled? SIGNAL_STATUS_SCRAMBLED : SIGNAL_STATUS_UNSCRAMBLED;
}
/*Never in In multi-view mode*/
if(lock && !scrabled && hde_get_mode()!=VIEW_MODE_MULTI)
{
if(p_node.ca_mode && sys_data_get_cur_chan_mode() == TV_CHAN)
{
if(!curStatus.uFirstPicShowed && curStatus.uCurStatus!=VDEC_PAUSED)
{
descDetTime ++;
if(descDetTime == 1)
prechan = cur_channel;
if(descDetTime >=3 && prechan == cur_channel)
scrabled = 1;
else
descDetTime = 0;
}
else
descDetTime = 0;
}
}
if(lock_flag != NULL)
*lock_flag = lv_lock_status;
if(scramble_flag != NULL)
*scramble_flag = lv_scramble_status;
if(parrentlock_flag != NULL)
*parrentlock_flag = lv_parrentlock_status;
if(lv_lock_status == SIGNAL_STATUS_LOCK
&& lv_scramble_status == SIGNAL_STATUS_UNSCRAMBLED
&& lv_lnbshort_status == SIGNAL_STATUS_LNBNORMAL
&& lv_parrentlock_status == SIGNAL_STATUS_PARENT_UNLOCK)
return FALSE;
else
{
return TRUE;
}
}
static INT32 as_enum_scan(UINT16 sat_id, UINT16 type, psi_tuning_t tuning_fn)
{
BOOL db_ret = TRUE;
INT32 ret = 0;
UINT32 search_scheme;
UINT8 lock_stat;
struct as_tuning_param *atp = &as_info->atp;
as_update_event_t update_event = as_info->param.as_handler;
AS_PRINTF("start at %d\n", osal_get_tick());
if(update_event != NULL)
{
update_event(ASM_TYPE_PROGRESS, AS_PROGRESS_SCANSTART+1);
}
//Set First TP Info
if(tuning_fn != NULL)
{
tuning_fn(atp);
}
//TP Scan Loop
while((atp->finish == FALSE) && (ret == 0))
{
//Set Search Scheme, that is whether Search NIT or not
search_scheme = as_info->param.as_prog_attr;
if (atp->nit_enable)
{
search_scheme |= P_SEARCH_NIT;
}
AS_PRINTF("id=%d, t_nr=%d\n",atp->tp_id, as_info->tp_nr);
lock_stat = 0;
//Show New TP for DVB-S by Upper Layer
if ((tuning_fn == as_dvbs_preset_tuning) && (update_event))
{
update_event(ASM_TYPE_ADD_TRANSPONDER, atp->tp_id);
}
//Try to Lock Signal
do
{
nim_get_lock(as_info->nim, &lock_stat);
if((lock_stat) || (as_info->stop_scan_signal))
{
break;
}
osal_task_sleep(1);
} while((INT32)osal_get_tick() < (INT32)atp->timeout);
// fix a bug of 3501B tp scan, it need more time. (3501 SSI to SPI 8bit mode, for some coderate).
if(atp->ft_type == FRONTEND_TYPE_S)
{
osal_task_sleep(1200);
}
AS_PRINTF("lock stat = %d\n", lock_stat);
if (!as_info->stop_scan_signal)
{
//If Lock Signal, then Search Prog in this TP
if (lock_stat)
{
//Scan from Start Frq to End Frq for DVB-C and DVB-T
if (type == ATP_TYPE_STEP)
{
//For DVB-C, Set TP Info according to as_info
if(as_info->param.as_frontend_type == FRONTEND_TYPE_C)
{
db_ret = dvbc_alloc_transponder(as_info, atp, &as_info->xp, sat_id);
}
else if(as_info->param.as_frontend_type == FRONTEND_TYPE_T)
{
}
if (db_ret != TRUE)
{
ret = 1;
break;
}
//Show New TP for DVB-C and DVB-T by Upper Layer
if(update_event)
{
update_event(ASM_TYPE_ADD_TRANSPONDER, atp->tp_id);
}
}
//Prog Search in this TP
psi_module_init(as_info->dmx, as_info->nim, (void *)__MM_PSI_START_ADDR, 180*1024);
if (SI_STOFULL == psi_search_start(sat_id, atp->tp_id, search_scheme,
as_info->param.as_p_add_cfg, psi_callback, tuning_fn, atp))
{
ret= 1;
}
}
//Not Lock Signal, then Switch to next TP
else
{
tuning_fn(atp);
}
}
if (as_info->stop_scan_signal || ret)
{
break;
}
//Show Scan Progress by Upper Layer
if ((!as_info->tp_nit[0]) && (type == ATP_TYPE_DBASE) && (update_event))
{
update_event(ASM_TYPE_PROGRESS, atp->pos*99/(as_info->tp_nr+2));
}
}
AS_PRINTF("end at %d\n", osal_get_tick());
return ret;
}
static INT32 as_enum_scan(UINT16 sat_id, UINT16 type)
{
INT32 db_ret;
INT32 ret=0;
UINT32 search_scheme;
UINT8 lock_stat;
struct as_tuning_param *atp = &as_info->atp;
UINT8 i,j;
psi_tuning_t tuning_fn = NULL;
as_update_event_t update_event = as_info->param.as_handler;
AS_PRINTF("start at %d\n", osal_get_tick());
update_event(ASM_TYPE_PROGRESS, AS_PROGRESS_SCANSTART+1);
MEMSET(atp, 0, sizeof(as_info->atp));
if (type == ATP_TYPE_DBASE)
{
if (as_info->tp_nr<=0)
{
AS_PRINTF("no preset transponder on this satellite!\n");
return ret;
}
tuning_fn = as_preset_tuning;
}
else if (type == ATP_TYPE_STEP)
{
#if (SYS_PROJECT_FE == PROJECT_FE_DVBC)
if (dvbc_init_search_param(atp, as_info->param.as_from,as_info->param.as_to) == FALSE)
return ret;
#endif
tuning_fn = as_blind_tuning;
}
#ifndef DVBC_AUTOSCAN_MULTI_SYMBOL_QAM
tuning_fn(atp);
#else
if(type == ATP_TYPE_DBASE)
tuning_fn(atp);
autoscan_symbol[0]=as_info->param.as_sym;
autoscan_symbol[1]=as_info->param.as_sym2;
autoscan_symbol[2]=as_info->param.as_sym3;
#endif
while((atp->finish==FALSE)&&(ret==0))
{
search_scheme = as_info->param.as_prog_attr;
if (atp->nit_enable)
search_scheme |= P_SEARCH_NIT;
AS_PRINTF("id=%d, t_nr=%d\n",atp->tp_id, as_info->tp_nr);
lock_stat = 0;
if (tuning_fn == as_preset_tuning)
update_event(ASM_TYPE_ADD_TRANSPONDER, atp->tp_id);
#ifdef DVBC_AUTOSCAN_MULTI_SYMBOL_QAM
if(type == ATP_TYPE_STEP)
{
for(i = 0; i < SCAN_SYMBOL_NUM; i++)
{
for(j=0;j<SCAN_QAM_NUM;j++)
{
as_info->param.as_sym = autoscan_symbol[i];
as_info->param.as_constellation=autoscan_qam[j];
if(as_info->param.as_sym==0&&((i != SCAN_SYMBOL_NUM-1)||(j!=SCAN_QAM_NUM-1)))
continue;
as_blind_tuning_multisym_multiqam(atp,i,j);
lock_stat = 0;
do
{
nim_get_lock(as_info->nim, &lock_stat);
if((lock_stat)||(as_info->stop_scan_signal)) {
break;
}
osal_task_sleep(1);
}while((INT32)osal_get_tick()<(INT32)atp->timeout);
AS_PRINTF("lock stat = %d\n", lock_stat);
if (!as_info->stop_scan_signal)
{
if (lock_stat)
{
db_ret = dvbc_alloc_transponder(as_info,
atp, &as_info->xp, sat_id);
if (db_ret != TRUE)
{
ret = 1;
break;
}
update_event(ASM_TYPE_ADD_TRANSPONDER, atp->tp_id);
#ifdef BASE_TP_HALF_SCAN_SUPPORT
psi_module_init(as_info->dmx, as_info->nim,(void *)__MM_PSI_START_ADDR, 280*1024);
#else
psi_module_init(as_info->dmx, as_info->nim,(void *)__MM_PSI_START_ADDR, 180*1024);
#endif
if (SI_STOFULL == psi_search_start(sat_id,
atp->tp_id, search_scheme,
as_info->param.as_p_add_cfg,
psi_callback, tuning_fn, atp))
{ret= 1;}
break;
}
}
}
if(lock_stat)
break;
}
if((i < SCAN_SYMBOL_NUM-1||j<SCAN_QAM_NUM-1))
{
if(atp->pos < atp->limit)
as_blind_tuning_multisym_multiqam(atp,SCAN_SYMBOL_NUM-1,SCAN_QAM_NUM-1);
else if(atp->pos >= atp->limit)
atp->finish=TRUE;
}
}
else
#endif
{
do {
nim_get_lock(as_info->nim, &lock_stat);
if((lock_stat)||(as_info->stop_scan_signal))
break;
osal_task_sleep(1);
} while((INT32)osal_get_tick()<(INT32)atp->timeout);
AS_PRINTF("lock stat = %d\n", lock_stat);
if (!as_info->stop_scan_signal)
{
if (lock_stat)
{
#if (SYS_PROJECT_FE == PROJECT_FE_DVBC)
if (type == ATP_TYPE_STEP)
{
db_ret = dvbc_alloc_transponder(as_info,atp, &as_info->xp, sat_id);
if (db_ret != TRUE)
{
ret = 1;
break;
}
update_event(ASM_TYPE_ADD_TRANSPONDER, atp->tp_id);
}
#endif
#ifdef BASE_TP_HALF_SCAN_SUPPORT
psi_module_init(as_info->dmx, as_info->nim,(void *)__MM_PSI_START_ADDR, 280*1024);
#else
psi_module_init(as_info->dmx, as_info->nim,(void *)__MM_PSI_START_ADDR, 180*1024);
#endif
if (SI_STOFULL == psi_search_start(sat_id,atp->tp_id, search_scheme,
as_info->param.as_p_add_cfg,psi_callback, tuning_fn, atp))
{
ret= 1;
}
}
else
tuning_fn(atp);
}
}
if (as_info->stop_scan_signal||ret)
break;
if ((!as_info->tp_nit[0])&&(type == ATP_TYPE_DBASE))
update_event(ASM_TYPE_PROGRESS,atp->pos*99/(as_info->tp_nr+2));
}
AS_PRINTF("end at %d\n", osal_get_tick());
return ret;
}
void win_ci_on_transport_connect(UINT8 slot)
{
UINT8 i;
struct nim_device *nim_dev;
struct dmx_device *dmx_dev;
struct vdec_device *vdec_dev;
UINT32 scrm_flag;
UINT8 dmx_id, nim_id, slot_id;
#ifdef CI_BYPASS_ENABLE
BOOL ci_bypass = FALSE;
UINT8 lock = 0;
#endif
#ifdef NEW_DEMO_FRAME
struct ts_route_info ts_route;
INT32 ts_route_id;
#endif
static UINT8 m_ci_inited;
if (!m_ci_inited)
{
api_ci_set_mode(SYS_CI_MODE);
api_ci_set_dev(g_nim_dev, g_dmx_dev, 0);
#if (CI_SLOT_NS > 1)
api_ci_set_dev(g_nim_dev, g_dmx_dev, 1);
#endif
api_set_nim_ts_type(2, 0xff);
m_ci_inited = 1;
}
if (CAM_STACK_ATTACH == api_ci_check_status(slot))
{
#ifdef DVR_PVR_SUPPORT
#ifdef CI_SLOT_DYNAMIC_DETECT
api_set_ci_slot_attached(slot, TRUE);
#endif
#endif
extern UINT8 g_ca_prog_reset_flag;
g_ca_prog_reset_flag = 0;
nim_id = 0;
dmx_id = 0;
#ifdef NEW_DEMO_FRAME
ts_route_id = ts_route_check_ci(slot);
if((ts_route_id >= 0) && (ts_route_get_by_id(ts_route_id, &ts_route) != RET_FAILURE))
{
nim_id = ts_route.nim_id;
dmx_id = ts_route.dmx_id;
}
#endif
nim_dev = (struct nim_device*)dev_get_by_id(HLD_DEV_TYPE_NIM, nim_id);
dmx_dev = (struct dmx_device*)dev_get_by_id(HLD_DEV_TYPE_DMX, dmx_id);
api_ci_set_mode(sys_data_get_ci_mode());
api_ci_set_dev(nim_dev, dmx_dev, slot);
#ifdef CI_BYPASS_ENABLE
//for not scrambled program, bypass cam!
if ((screen_back_state != SCREEN_BACK_MENU/*play tv/radio*/)
#ifdef DVR_PVR_SUPPORT
|| (api_pvr_check_tsg_state()/*tsg*/)
#endif
)
{
#ifdef DVR_PVR_SUPPORT
if (api_pvr_check_tsg_state())
{
;
}
else
#endif
{
nim_get_lock(nim_dev, &lock);
//!scrambled program
if (lock
&& dmx_dev != NULL
&& SUCCESS != dmx_io_control(dmx_dev, IS_AV_SCRAMBLED, (UINT32)&scrm_flag))
{
ci_bypass = TRUE;
}
}
}
if (!ci_bypass)
{
api_set_nim_ts_type(3, 1<<slot);
api_send_ca_pmt(slot);
}
#else //CI_BYPASS_ENABLE
//always pass cam!
api_set_nim_ts_type(3, 1<<slot);
//fix BUG15594
api_send_ca_pmt(slot);
#endif //CI_BYPASS_ENABLE
#ifdef NEW_DEMO_FRAME
if((1)
#else
if((get_cc_crnt_state() != 0)
#endif
#ifdef DVR_PVR_SUPPORT
|| (api_pvr_check_tsg_state())
#endif
) // CC_STATE_STOP
{
//when card in, need stop vdec to avoid masic.
vdec_dev = (struct vdec_device*)dev_get_by_id(HLD_DEV_TYPE_DECV, 0);
if (vdec_dev != NULL
&& dmx_dev != NULL
&& SUCCESS == dmx_io_control(dmx_dev, IS_AV_SCRAMBLED, (UINT32)&scrm_flag))
{
//libc_printf("%s: reset vdec!!!\n",__FUNCTION__);
//to avoid mosaic
#ifdef NEW_DEMO_FRAME
vdec_io_control(vdec_dev,VDEC_IO_REST_VBV_BUF,0);
#else
vdec_stop(vdec_dev, FALSE, FALSE);
vdec_start(vdec_dev);
#endif
}
}
}
void win_signal_open_ex(POBJECT_HEAD w , UINT32 x, UINT32 y)
{
POBJECT_HEAD pObj;
PPROGRESS_BAR pBar;
UINT8 level,quality,lock;
struct nim_device* nim_dev;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
if(w->bType != OT_CONTAINER)
return ;
pObj = (POBJECT_HEAD)&g_win_signal;
pObj->pRoot = w;
OSD_SetColor(pObj,WIN_SH_IDX_HD,WIN_SH_IDX_HD,WIN_SH_IDX_HD,WIN_SH_IDX_HD);
pObj = (POBJECT_HEAD)&sig_bar_level;
//pObj->frame.uLeft = x+B_L_OF;//W_L + B_L_OF;
pObj->frame.uWidth = B_W;
OSD_SetColor(pObj,B_BG_SH_IDX_HD,B_BG_SH_IDX_HD,B_BG_SH_IDX_HD,B_BG_SH_IDX_HD);
pBar = (PPROGRESS_BAR)&sig_bar_level;
pBar->wTickBg = B_MID_SH_IDX_HD;
//libc_printf("bar:%d,%d\n",B_BG_SH_IDX_HD,B_MID_SH_IDX_HD);
pObj = (POBJECT_HEAD)& sig_bar_quality;
//pObj->frame.uLeft = x+ B_L_OF;//W_L + B_L_OF;
pObj->frame.uWidth = B_W;
OSD_SetColor(pObj,B_BG_SH_IDX_HD,B_BG_SH_IDX_HD,B_BG_SH_IDX_HD,B_BG_SH_IDX_HD);
pBar = (PPROGRESS_BAR)&sig_bar_quality;
pBar->wTickBg = B_MID_SH_IDX_HD;
pObj = (POBJECT_HEAD)&sig_txt_level;
//pObj->frame.uLeft = x+TXTL_L_OF;//W_L + TXTL_L_OF;
OSD_SetColor(pObj,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD);
//libc_printf("txt:%d\n",TXT_SH_IDX_HD);
pObj = (POBJECT_HEAD)&sig_txt_quality;
//pObj->frame.uLeft = x + TXTL_L_OF;//W_L + TXTL_L_OF;
OSD_SetColor(pObj,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD);
pObj = (POBJECT_HEAD)&sig_txt_level_per;
//pObj->frame.uLeft = x + TXTR_L_OF;//W_L + TXTL_L_OF;
//pObj->frame.uTop = y + TXTRL_T_OF;
OSD_SetColor(pObj,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD);
pObj = (POBJECT_HEAD)&sig_txt_quality_per;
//pObj->frame.uLeft = x + TXTR_L_OF;//W_L + TXTL_L_OF;
//pObj->frame.uTop = y + TXTRQ_T_OF;
OSD_SetColor(pObj,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD,TXT_SH_IDX_HD);
pObj = (POBJECT_HEAD)&g_win_signal;
//pObj->frame.uLeft = W_L;
//pObj->frame.uTop = W_T;
//pObj->frame.uTop = y;
pObj->frame.uWidth = W_W;
OSD_MoveObject(pObj,x,y,0);
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
dem_signal_to_display(lock,&level,&quality);
win_signal_set_level_quality(level,quality,lock);
}
static void progname_signal_refresh(BOOL update)
{
UINT8 level,quality,lock;
struct nim_device* nim_dev;
char stringTemp[50];
PROGRESS_BAR* bar;
POBJECT_HEAD pObj;
UINT16 level_shIdx;
UINT16 quality_shIdx;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
nim_get_lock(nim_dev, &lock);
nim_get_AGC(nim_dev, &level);
nim_get_SNR(nim_dev, &quality);
dem_signal_to_display(lock,&level,&quality);
memset(stringTemp,0,sizeof(stringTemp));
sprintf(stringTemp,"%d%%",level);
OSD_SetTextFieldContent(&progname_progress_S_value, STRING_ANSI, (UINT32)stringTemp);
sprintf(stringTemp,"%d%%",quality);
OSD_SetTextFieldContent(&progname_progress_Q_value, STRING_ANSI, (UINT32)stringTemp);
if(api_is_sd_color_mode())
{
if(lock)
{
level_shIdx = WSTL_BAR_04_8BIT;
quality_shIdx = WSTL_BAR_02_8BIT;
}
else
{
level_shIdx = WSTL_BAR_03_8BIT;
quality_shIdx = WSTL_BAR_03_8BIT;
}
if(level < 4)
level_shIdx = WSTL_NOSHOW_IDX;
if(quality < 4)
quality_shIdx = WSTL_NOSHOW_IDX;
}
else
{
if(lock)
{
level_shIdx = WSTL_BAR_01_HD;
quality_shIdx = WSTL_BAR_02_HD;
}
else
{
level_shIdx = WSTL_BAR_03_HD;
quality_shIdx = WSTL_BAR_03_HD;
}
if(level < 4)
level_shIdx = WSTL_NOSHOW_IDX;
if(quality < 4)
quality_shIdx = WSTL_NOSHOW_IDX;
}
bar = &progname_progress_bar_S;
OSD_SetProgressBarPos(bar,level);
bar->wTickFg = level_shIdx;
bar = &progname_progress_bar_Q;
if(quality < 10)
{
quality = 10;
}
OSD_SetProgressBarPos(bar,quality);
bar->wTickFg = quality_shIdx;
if(update)
{
memset(stringTemp,0,sizeof(stringTemp));
sprintf(stringTemp,"Intensity");
OSD_SetTextFieldContent(&progname_progress_S_name, STRING_ANSI, (UINT32)stringTemp);
OSD_DrawObject((POBJECT_HEAD)&progname_progress_S_name,C_DRAW_SIGN_EVN_FLG |C_UPDATE_ALL);
memset(stringTemp,0,sizeof(stringTemp));
sprintf(stringTemp,"Quality");
OSD_SetTextFieldContent(&progname_progress_Q_name, STRING_ANSI, (UINT32)stringTemp);
OSD_DrawObject((POBJECT_HEAD)&progname_progress_Q_name,C_DRAW_SIGN_EVN_FLG |C_UPDATE_ALL);
OSD_DrawObject((POBJECT_HEAD)&progname_progress_bar_S,C_DRAW_SIGN_EVN_FLG |C_UPDATE_ALL);
OSD_DrawObject((POBJECT_HEAD)&progname_progress_S_value,C_DRAW_SIGN_EVN_FLG |C_UPDATE_ALL);
OSD_DrawObject((POBJECT_HEAD)&progname_progress_bar_Q,C_DRAW_SIGN_EVN_FLG |C_UPDATE_ALL);
OSD_DrawObject((POBJECT_HEAD)&progname_progress_Q_value,C_DRAW_SIGN_EVN_FLG |C_UPDATE_ALL);
}
}
static PRESULT subtitle_con_callback(POBJECT_HEAD pObj, VEVENT event, UINT32 param1, UINT32 param2)
{
PRESULT ret = PROC_PASS;
SYSTEM_DATA * sys;
struct nim_device* nim_dev;
UINT8 i,lock;
UINT8 unact;
if(cur_tuner_idx == 0)
nim_dev = g_nim_dev;
else
nim_dev = g_nim_dev2;
nim_get_lock(nim_dev,&lock);
switch(event)
{
case EVN_PRE_OPEN:
#ifdef SUPPORT_CAS9
if(0==get_mmi_showed())
ShowSignalStatusOSDOnOff(0);
#endif
api_set_deo_layer(0);
api_inc_wnd_count();
for(i=0;i<SUBTITLE_ITEM_NUMBER;i++)
{
p_subtitle_track_str[i]=Subtitle_track_str[i];
p_subtitle_track_idx[i]=Subtitle_track_idx[i];
}
if(system_state != SYS_STATE_USB_MP)//vic100507#1
{
win_subtitle_init_data();
if(((0 == g_win_subtitle_count ) && (0 == g_win_ttx_subtitle_count)) || (!lock))
#if (DVR_PVR_SUPPORT_SUBTITLE)//temp disable
if(((0 == g_win_subtitle_count ) && (0 == g_win_ttx_subtitle_count))
#ifdef DVR_PVR_SUPPORT
|| ((!lock) && !api_pvr_is_playing())
#else
|| (!lock)
#endif
)
#endif
{
win_com_popup_open(WIN_POPUP_TYPE_SMSG,NULL, RS_DISPLAY_NO_DATA);
osal_task_sleep(1000);
win_compopup_close();
api_dec_wnd_count();
return PROC_LEAVE;
}
}
else
{
#ifdef MP_SUBTITLE_SUPPORT //vic100507#1
//TODO:
//such like win_subtitle_init_data
long resut;
resut = win_mp_subtitle_init_data();
if (resut < 0)
{
return PROC_LEAVE;
}
#endif
}
break;
case EVN_UNKNOWN_ACTION:
unact = (VACTION)(param1>>16);
if(system_state != SYS_STATE_USB_MP)//vic100507#1
{
if(VACT_ENTER == unact)
{
UINT16 cur_sel = OSD_GetListCurPoint(&g_ls_subtitle);
sys = sys_data_get();
if(g_win_subtitle_count + g_win_ttx_subtitle_count==cur_sel)
{
sys->osd_set.subtitle_display = 0;/*select off option*/
sys->osd_set.subtitle_lang = 0xFF;
}
else if(cur_sel < g_win_ttx_subtitle_count)
{
sys->osd_set.subtitle_display = 1;/*subtitle on*/
sys->osd_set.subtitle_lang = cur_sel;/*set_sub_lang_idx is used in api_osd_mode_change function*/
}
else if(cur_sel < g_win_subtitle_count + g_win_ttx_subtitle_count)
{/*ttx_subtitle on the top then normal subtitle*/
sys->osd_set.subtitle_display = 1;
sys->osd_set.subtitle_lang = cur_sel;/*set_sub_lang_idx is used in api_osd_mode_change function*/
}
ret = PROC_LEAVE;
api_osd_mode_change(OSD_NO_SHOW);
//api_osd_mode_change(OSD_SUBTITLE);
}
}
else if(VACT_ENTER == unact)
{
//vic100507#1 begin
#ifdef MP_SUBTITLE_SUPPORT
//TODO:
//select language index
if (!subtitle_handle)
{
return PROC_LEAVE;
}
long resut;
UINT16 cur_sel = OSD_GetListCurPoint(&g_ls_subtitle);
if(g_ext_subtitle_plugin)
g_ext_subtitle_plugin->mps_change_language(subtitle_handle,cur_sel);
OSD_ObjClose(pObj,C_CLOSE_CLRBACK_FLG);
//if (resut < 0)
{
return PROC_LEAVE;
}
#endif
//vic100507#1 end
}
break;
case EVN_PRE_CLOSE:
unact = (VACTION)(param1>>16);
ret = PROC_PASS;
break;
case EVN_POST_CLOSE:
#ifdef SUPPORT_CAS9
restore_ca_msg_when_exit_win();
#endif
api_set_deo_layer(1);
api_dec_wnd_count();
break;
default:
break;
}
return ret;
}
