void OSD::write(uint8_t c)
{
if(c == '|')
{
ClosePanel(); //It does all needed to finish auto increment and change current row
OpenPanel(); //It does all needed to re-enable auto increment
}
else
{
spi_transfer(MAX7456_DMDI_reg);
spi_transfer(c);
}
}
void CompatModePanel::Refresh()
{
Int32 mode;
mAM->GetFrontActivityScreenCompatMode(&mode);
if (mode == IActivityManager::COMPAT_MODE_ALWAYS
|| mode == IActivityManager::COMPAT_MODE_NEVER) {
// No longer have something to switch.
ClosePanel();
return;
}
Boolean on = (mode == IActivityManager::COMPAT_MODE_ENABLED);
ICheckable::Probe(mOnButton.Get())->SetChecked(on);
ICheckable::Probe(mOnButton.Get())->SetChecked(!on);
}
void KeyScan_PoweroffFlow(void)
{
#if (KEYSCAN_POWEROFF_DET == ENABLE)
UINT32 i;
debug_err(("*********KeyScan_PoweroffFlow\r\n"));
GPIOMap_TurnOffLCDBacklight();//for test
if(GPIOMap_GetAcc12V()==FALSE)
{
TimerDelayMs(500);
if(GPIOMap_GetAcc12V()==TRUE)
{
debug_err(("*********KeyScan_PoweroffFlow return \r\n"));
GPIOMap_TurnOnLCDBacklight();//for test
return;
}
}
gBKeyscanDetACCEn = FALSE;
// stop recording before powering off if video is recording now
if (Primary_GetCurrentMode() == PRIMARY_MODE_MOVIE)
{
if (gUIAviIsRecording==TRUE)
{
Ux_PostEvent(NVTEVT_KEY_ENTER, 2, NVTEVT_KEY_PRESS, FLGKEY_PRESSED);
}
}
//#NT#2009/03/23#Janice ::wait primary tsk idle for change mode busy
Primary_CheckIdle(PRI_TIME_INFINITE);
//#NT#2007/07/24#Janice -begin
//make sure is not bad card,then check fst finish
if (GetFSStatus() == FS_INIT_OK)
{
// Wait for filesystem done,if normal power off,else skip wait
if(!g_bFilesysAbortCmd)
{
//check fst busy,wait inifinit would lock keyscantsk
if (FilesysWaitCmdFinish(FST_TIME_NO_WAIT) == FST_STA_BUSY)
{
KeyScan_Poweroff(); //force power off make sure KeyScan_DetPoweroff would enter KeyScan_PoweroffFlow again
return;
}
}
}
//#NT#2007/07/24#Janice -end
// Pause KeyScan timer
timer_pausePlay(g_uiKeyScanTimerID, _TIMER_PAUSE);
// Terminate all task first
debug_err(("*********AppInit_Close\r\n"));
AppInit_Close();
// Save menu info
debug_err(("*********Save_MenuInfo\r\n"));
Save_MenuInfo();
KeyScan_PlaySound(KEYSCAN_SOUND_STARTUP);
// Display poweroff logo
if (GPIOMap_IsLCDBacklightOn() == FALSE &&
KeyScan_IsTVPlugIn() == FALSE &&
KeyScan_IsHDMIPlugIn() == FALSE)
{
//OpenPanel(&g_LCDCtrlObj, &g_LCDSize);
//SysInit_DisplaySplashScreen(LOGO_POWEROFF,0,0);
//UI_ClearOSD(_OSD_INDEX_TRANSPART); // clear OSD
//ide_disable_osd(IDE_OSDID_1);
//ide_enable_video(IDE_VIDEOID_1);
//TimerDelayMs(100);
//GPIOMap_TurnOnLCDBacklight();
}
else
{
//SysInit_DisplaySplashScreen(LOGO_POWEROFF,0,0);
//UI_ClearOSD(_OSD_INDEX_TRANSPART); // clear OSD
}
//TimerDelayMs(500);
UI_ClearOSD(_OSD_INDEX_TRANSPART); // clear OSD
ide_disable_video(IDE_VIDEOID_1);
ide_disable_video(IDE_VIDEOID_2);
//TimerDelayMs(10);
TimerDelayMs(30);
// Clear screen
if (KeyScan_IsHDMIPlugIn() == TRUE)
{
UI_ClearOSD(_OSD_INDEX_BLACK);
ide_wait_frame_end();
CloseTVHDMI();
}
else if (KeyScan_IsTVPlugIn() == TRUE)
UI_ClearOSD(_OSD_INDEX_BLACK); //for TV & HDMI.(sent black pattern when power off)
else
UI_ClearOSD(_OSD_INDEX_WHITE); //for Toppoly LCD.(need to sent white pattern when power off)
// Close Panel
ClosePanel();
TimerDelayMs(700);
//for (i=0x10000; i>0; i--);
// Panel enter sleep mode
Lens_Shutter_Move(CLOSE);
//GPIOMap_TurnOffLCDPower();
//TimerDelayMs(200);
// Retract lens
Photo_OpticalZoom_Retract();
// Turn off LCD, CCD...
GPIOMap_TurnOffCCDPower();
// Turn off green and red LED
KeyScan_TurnOffLED(KEYSCAN_LED_GREEN);
KeyScan_TurnOffLED(KEYSCAN_LED_RED);
pad_setPullUpDown(PAD_TV_DETECT, PAD_PULLDOWN);//jacky lan
// set NAND write protect to stop NAND (write) accessing
GPIOMap_SetNANDWp();
debug_err(("*********rtc_poweroffPWR\r\n"));
// Power off
#if 0
GPIOMap_SetPoweroffCtrlLow();
#else
rtc_poweroffPWR();
#endif
// Loop forever
while (1)
{
debug_err(("*"));
}
#endif //KEYSCAN_POWEROFF_DET
}
void KeyScan_DetTV(void)
{
BOOL bCurTVDet, bCurTVStatus;
IMEIDE_ATTR ImeIdeAttr;
UINT32 i, uiWindowEn;
PrimaryModeID CurrMode;
TV_DEVICE_OBJ TVObj;
AUDIO_OUTPUT AudioOutput;
IPL_OBJ IplObj;
DisplaySizeInfor Displaysizeinfor;
static BOOL first_2 = TRUE;
static UINT32 changModeDelay =0;
if ((KeyScan_IsUSBPlug() == TRUE) || (KeyScan_IsHDMIPlugIn() == TRUE))
return;
if(gbKeyscanDetTvEn==FALSE)
return ;
bCurTVDet = GPIOMap_DetTV();
//bCurTVStatus = (BOOL)(bCurTVDet & bLastTVDet);
bCurTVStatus = TRUE;
if (bCurTVStatus != bLastTVStatus)
{
//-----------jack lan ---------------------
KeyScan_SetDetGSPNAVIEn(FALSE);
ide_disable_video(IDE_VIDEOID_1);
ide_disable_video(IDE_VIDEOID_2);
if((gUIAviIsRecording == TRUE)||(first_2==TRUE))
{
first_2=FALSE;
gbKscanTVPlug = TRUE;
//Ux_PostEvent(NVTEVT_MOVIEAUTORECORDSTOP, 0);
// for(changModeDelay=0;changModeDelay<300;changModeDelay++)
//{}
debug_msg("Keyscan TV:%d..\r\n",gbKscanTVPlug);
}
else
{
gbKscanTVPlug = FALSE;
}
//---------------------------------------
CurrMode = Primary_GetCurrentMode();
// Enter dummy mode first
Primary_ChangeMode(PRIMARY_MODE_DUMMY);
Primary_Wait4ChangeModeDone();
// TV is plugging in
if (bCurTVStatus == TRUE)
{
debug_err(("TV is plugged, GPIOMap_DetTV = %d\r\n", bCurTVDet));
bTVStatus = TRUE;
// Turn off LCD backlight
GPIOMap_TurnOffLCDBacklight();
ide_disable_video(IDE_VIDEOID_1);
ide_disable_video(IDE_VIDEOID_2);
// Close LCD panel
ClosePanel();
GPIOMap_TurnOffLCDPower();
pinmux_select_lcd(PINMUX_GPIO);
// Disable all windows
uiWindowEn = ide_get_window_en();
ide_set_allwindow_dis();
ide_set_load();
ide_wait_frame_end();
TVObj.bIDESrcPLL2 = g_LCDCtrlObj.bIDESrcPLL2;
TVObj.uiIDESrcCLK = g_LCDCtrlObj.uiIDESrcCLK;
TVObj.uiTVFSADJ = TV_FSADJ_3_0_K;//TV_FSADJ_3_3_K;
// Init TV object
if (Get_TVModeIndex() == TV_MODE_NTSC)
{
// NTSC
InitTVNTSC_OBJ(&TVObj);
OpenTVNTSC(&g_LCDSize);
uiCurrentTVMode = TV_MODE_NTSC;
}
else
{
// PAL
InitTVPAL_OBJ(&TVObj);
OpenTVPAL(&g_LCDSize);
uiCurrentTVMode = TV_MODE_PAL;
}
// Scaling OSD to new size
KeyScan_ScaleDisplay();
#if 0
switch (Primary_GetCurrentMode())
{
// If you won't call playback task to display last image in preview mode,
// you don't have to call PB_SetIMEIDESize() in PHOTO mode.
case PRIMARY_MODE_PHOTO:
IplObj.uiCmd = IPL_CMD_CHG_SIZE_IME1;
IplObj.uiImeOutWidth1 = g_LCDSize.uiWidth;
IplObj.uiImeOutHeight1 = g_LCDSize.uiHeight;
IPL_SetCmd(&IplObj);
Displaysizeinfor.DisplayInHsize = g_LCDSize.uiWidth;
Displaysizeinfor.DisplayInVsize = g_LCDSize.uiHeight;
Displaysizeinfor.DisplayInLineoffset = g_LCDSize.uiWidth;
Displaysizeinfor.DisplayOutHsize = g_LCDSize.uiWinWidth;
Displaysizeinfor.DisplayOutVsize = g_LCDSize.uiWinHeight;
PhotoDisplay_ChgSize(&Displaysizeinfor,TRUE);
ImeIdeAttr.uiImeOutH = g_LCDSize.uiWidth;
ImeIdeAttr.uiImeOutV = g_LCDSize.uiHeight;
ImeIdeAttr.uiIdeOutH = g_LCDSize.uiWinWidth;
ImeIdeAttr.uiIdeOutV = g_LCDSize.uiWinHeight;
PB_SetIMEIDESize(&ImeIdeAttr);
break;
case PRIMARY_MODE_MOVIE:
// Set to 1/4 size to reduce memory bandwith requirement
IplObj.uiCmd = IPL_CMD_CHG_SIZE_IME1;
IplObj.uiImeOutWidth1 = g_LCDSize.uiWidth >> 1;
IplObj.uiImeOutHeight1 = g_LCDSize.uiHeight >> 1;
IPL_SetCmd(&IplObj);
Displaysizeinfor.DisplayInHsize = g_LCDSize.uiWidth >> 1;
Displaysizeinfor.DisplayInVsize = g_LCDSize.uiHeight >> 1;
Displaysizeinfor.DisplayInLineoffset = g_LCDSize.uiWidth;
Displaysizeinfor.DisplayOutHsize = g_LCDSize.uiWinWidth;
Displaysizeinfor.DisplayOutVsize = g_LCDSize.uiWinHeight;
PhotoDisplay_ChgSize(&Displaysizeinfor,TRUE);
break;
case PRIMARY_MODE_PLAYBACK:
//Todo: FlowPB_UpdateThumbRect();
ImeIdeAttr.uiImeOutH = g_LCDSize.uiWidth;
ImeIdeAttr.uiImeOutV = g_LCDSize.uiHeight;
ImeIdeAttr.uiIdeOutH = g_LCDSize.uiWinWidth;
ImeIdeAttr.uiIdeOutV = g_LCDSize.uiWinHeight;
PB_SetIMEIDESize(&ImeIdeAttr);
break;
default:
break;
}
#endif
// Enable IDE
ide_wait_frame_end();
//ide_set_en(TRUE);
// Delay to wait for TV DAC stable
for (i=16; i>0; i--)
{
ide_wait_frame_end();
}
ide_set_en(TRUE);
// Enable all windows
ide_set_allwindow_en(uiWindowEn);
ide_set_load();
// forced set to playback mode
//CurrMode = PRIMARY_MODE_PLAYBACK;
}
/**
Detect HDMI is plugging in or unplugged
Detect HDMI is plugging in or unplugged.
@param void
@return void
*/
void KeyScan_DetHDMI(void)
{
BOOL bCurHDMIDet, bCurHDMIStatus;
UINT32 i, uiWindowEn;
PrimaryModeID CurrMode;
IPL_OBJ IplObj;
IMEIDE_ATTR ImeIdeAttr;
//#NT#2009/08/18#Klins Chen#[0006129] -begin
//#Add to select audio channel to HDMI interface
AUDIO_SETTING AudioSetting;
AudioSetting.SamplingRate = AUDIO_SR_32000; // Sampling rate = Clock / 256
//#NT#2009/08/18#Klins Chen#[0006129] -end
if ((KeyScan_IsUSBPlug() ==TRUE) || (KeyScan_IsTVPlugIn()==TRUE))
{
return;
}
bCurHDMIDet = GPIOMap_DetHDMI();
bCurHDMIStatus = (BOOL)(bCurHDMIDet & bLastHDMIDet);
if (bCurHDMIStatus != bLastHDMIStatus)
{
// Get current mode
CurrMode = Primary_GetCurrentMode();
Primary_ChangeMode(PRIMARY_MODE_DUMMY);
Primary_Wait4ChangeModeDone();
// HDMI is plugging in
if (bCurHDMIStatus == TRUE)
{
debug_err(("# HDMI is plugging in #\n\r"));
bHDMIStatus = TRUE;
// Turn off LCD backlight
GPIOMap_TurnOffLCDBacklight();
ide_disable_video(IDE_VIDEOID_1);
ide_disable_video(IDE_VIDEOID_2);
// Close LCD panel
ClosePanel();
GPIOMap_TurnOffLCDPower();
pinmux_select_lcd(PINMUX_GPIO);
// Disable all windows
uiWindowEn = ide_get_window_en();
ide_set_allwindow_dis();
ide_set_load();
ide_wait_frame_end();
//Init HDMI
// This settings is customized by project
InitTVHDMI(HDMI_1280X720P60, HDMI_AUDIO32KHZ);
OpenTVHDMI(&g_LCDCtrlObj,&g_LCDSize);
//#NT#2010/04/26#Klins Chen -begin
#if (_CEC_CONTROL_ == ENABLE)
cec_open();
cec_setDeviceVendorID(CECVENDOR_NONE);
cec_hookRemoteCallBack(KeyScan_parseRemoteKey, NULL);
#endif
//#NT#2010/04/26#Klins Chen -end
//Display ratio
ImgCapture_SetParameter(_DispRatio, _Ratio_16_9);
// Scaling OSD to new size
KeyScan_ScaleDisplay();
// Enable IDE
ide_waitFrameEnd();
ide_setEn(TRUE);
// Delay to wait for IDE stable
for (i=6; i>0; i--)
{
ide_wait_frame_end();
}
// Enable all windows
ide_set_allwindow_en(uiWindowEn);
ide_set_load();
//#NT#2009/11/24#Philex - begin
// change audio output path/sampling rate
AudioSetting.Output = AUDIO_OUTPUT_NONE;
KeyScan_HDMIAudioSetting(AudioSetting, TRUE);
//#NT#2009/11/24#Philex - end
// forced set to playback mode
CurrMode = PRIMARY_MODE_PLAYBACK;
}
// HDMI is unplugged
else
{
debug_err(("# HDMI is unplugged #\n\r"));
bHDMIStatus = FALSE;
ide_disable_video(IDE_VIDEOID_1);
ide_disable_video(IDE_VIDEOID_2);
//#NT#2010/04/26#Klins Chen -begin
#if (_CEC_CONTROL_ == ENABLE)
cec_hookRemoteCallBack(NULL, NULL);
cec_close();
#endif
//#NT#2010/04/26#Klins Chen -end
// Close HDMI
ide_wait_frame_end();
CloseTVHDMI();
// Disable all windows
uiWindowEn = ide_get_window_en();
ide_set_allwindow_dis();
ide_set_load();
ide_wait_frame_end();
// Open LCD panel
GPIOMap_TurnOnLCDPower();
OpenPanel(&g_LCDCtrlObj, &g_LCDSize);
//Display ratio
#if (_LCDTYPE_ == _LCDTYPE_TXDT300C_)
ImgCapture_SetParameter(_DispRatio, _Ratio_16_9);
#else
ImgCapture_SetParameter(_DispRatio, _Ratio_4_3);
#endif
// Scaling OSD to new size
KeyScan_ScaleDisplay();
//ImeIdeAttr.uiImeOutH = g_LCDSize.uiWidth;
//ImeIdeAttr.uiImeOutV = g_LCDSize.uiHeight;
//ImeIdeAttr.uiIdeOutH = g_LCDSize.uiWinWidth;
//ImeIdeAttr.uiIdeOutV = g_LCDSize.uiWinHeight;
// Enable IDE
ide_wait_frame_end();
ide_setEn(TRUE);
// Delay 6 IDE frames to avoid seeing garbage display
for (i=6; i>0; i--)
{
ide_wait_frame_end();
}
// Enable all windows
ide_set_allwindow_en(uiWindowEn);
ide_set_load();
//#NT#2009/08/18#Klins Chen#[0006129] -begin
//#Add to select audio channel to HDMI interface
AudioSetting.Output = AUDIO_OUTPUT_SPK;
KeyScan_HDMIAudioSetting(AudioSetting, FALSE);
//#NT#2009/08/18#Klins Chen#[0006129] -end
TimerDelayMs(150); // delay time before turn on LCD backlight
}
Primary_ChangeMode(CurrMode);
Primary_Wait4ChangeModeDone();
}
bLastHDMIDet = bCurHDMIDet;
bLastHDMIStatus = bCurHDMIStatus;
}
