BOOL Profile_WriteInt(const TCHAR *Section, const TCHAR *Key, const int num, const TCHAR *File)
{
TCHAR ret[BUF_SIZE];
wsprintf(ret, TEXT("%d"), num);
return Profile_WriteData(Section, Key, ret, File);
}
void exitset_connecting(void)
{
if (AK_NULL != pConnectingMode)
{
Profile_WriteData(eCFG_SYSTEM, &pConnectingMode->sysCfg);
ListMenu_Free(&pConnectingMode->menu);
pConnectingMode = Fwl_Free(pConnectingMode);
}
}
BOOL Profile_WriteString(const TCHAR *Section, const TCHAR *Key, const TCHAR *str, const TCHAR *File)
{
TCHAR *buf, *p;
BOOL ret;
if(str == NULL || *str == TEXT('\0')){
return Profile_WriteData(Section, Key, TEXT(""), File);
}
buf = (TCHAR *)LocalAlloc(LMEM_FIXED, sizeof(TCHAR) * (lstrlen(str) + 3));
if(buf == NULL){
return Profile_WriteData(Section, Key, str, File);
}
p = StrCpy_Profile(buf, TEXT("\""));
p = StrCpy_Profile(p, str);
p = StrCpy_Profile(p, TEXT("\""));
ret = Profile_WriteData(Section, Key, buf, File);
LocalFree(buf);
return ret;
}
static T_BOOL BtDev_HwTest(T_U8 *tips, T_U32 timeout, T_U32 playtime)
{
T_U8 cfg_Dongle[80];
T_U8 cfg_Local[80];
T_BD_ADDR m_localAddr ;
T_BD_ADDR m_dongleAddr ;
T_BTDEV_CFG *cfg;
T_U8 name[] = "ak_test";
if((env_read_cfg(env_get_next_line(AK_NULL), "DONGLE_BTDEV_ADDR", cfg_Dongle, sizeof(cfg_Dongle)))
&&(env_read_cfg(env_get_next_line(AK_NULL), "LOCAL_BTDEV_ADDR", cfg_Local, sizeof(cfg_Local))))
{
env_str2byte(cfg_Dongle, m_dongleAddr, sizeof(m_dongleAddr));
env_str2byte(cfg_Local, m_localAddr, sizeof(m_localAddr));
cfg = Fwl_Malloc(sizeof(T_BTDEV_CFG));
if(AK_NULL == cfg)
{
return AK_FALSE;
}
memset(cfg, 0, sizeof(T_BTDEV_CFG));
memcpy(cfg->localInfo.info.BD_ADDR, m_localAddr, sizeof(T_BD_ADDR));
memcpy(cfg->pairedList[0].BD_ADDR, m_dongleAddr, sizeof(T_BD_ADDR));
memcpy(cfg->localInfo.info.name,name,sizeof(name));
cfg->localInfo.info.classofDevice = 0X240404;
BtDev_PrintAddr(cfg->pairedList[0].BD_ADDR);
cfg->a2dpCurVol = 1024;
Profile_WriteData(eCFG_BTDEV, cfg);
cfg = Fwl_Free(cfg);
return StartBT_Test(timeout, playtime);
}
return AK_TRUE;
}
unsigned char handleinit_power_on(T_EVT_CODE event, T_EVT_PARAM *pEventParm)
{
T_PRESS_KEY keyPad;
T_SYSTEM_CFG syscfg;
switch (event)
{
case M_EVT_ALARM_PLAY:
case M_EVT_RESTART:
AK_DEBUG_OUTPUT("M_EVT_RESTART:%x\n", event);
pPowerOn->type = event;
Fwl_DisplayInit();
Profile_ReadData(eCFG_SYSTEM, (T_U8 *)&syscfg);
Fwl_SetContrast((T_U8)(syscfg.LcdContrast)); // set contrast
AK_DEBUG_OUTPUT("power on check PowerOffFlag %d\n", syscfg.PowerOffFlag);
if(POWEROFF_ABNORMAL != syscfg.PowerOffFlag)
{
syscfg.PowerOffFlag = POWEROFF_ABNORMAL;
Profile_WriteData(eCFG_SYSTEM, &syscfg);
// FlushUserdata();
}
Fwl_FillRect(0, 0, GRAPH_WIDTH, GRAPH_HEIGHT, CLR_BLACK);
Fwl_DelayUs(150000);
if(M_EVT_ALARM_PLAY == event)
{
T_EVT_PARAM evtParam;
evtParam.w.Param1 = M_EVT_RESTART;
VME_EvtQueuePut(M_EVT_RESTART, &evtParam);
VME_EvtQueuePut(M_EVT_Z01_MUSIC_PLAY,pEventParm);
}
#ifdef SUPPORT_SDCARD
#ifdef OS_ANYKA
{
if(Fwl_DetectorGetStatus(DEVICE_SD))
{
Fwl_MemDevUnMount(MMC_SD_CARD);
Fwl_MemDevMount(MMC_SD_CARD);
}
else
{
Fwl_MemDevUnMount(MMC_SD_CARD);
}
}
#endif
#endif
break;
case VME_EVT_TIMER:
if (pPowerOn && pPowerOn->timer_id == (T_TIMER)pEventParm->w.Param1)
{
#if (STORAGE_USED == SPI_FLASH)
pPowerOn->show_step = MAX_BOOT_PIC;
#else
if (pPowerOn->show_step < MAX_BOOT_PIC)
Eng_ImageResDisp(0, BOOT_PIC_POS_Y, boot_img[pPowerOn->show_step], AK_FALSE);
#endif
if (pPowerOn->show_step >= MAX_BOOT_PIC)
{
if (M_EVT_RESTART == pPowerOn->type)
{
#ifdef SUPPORT_SDCARD
if (PowerOn_CheckSDisPullOut())
{
return 0;
}
#endif
pEventParm->w.Param1 = M_EVT_RESTART;
VME_EvtQueuePutUnique(M_EVT_RESTART, pEventParm, AK_FALSE);
}
else if (firstly_poweron)
{
VME_EvtQueuePut(M_EVT_NEXT, pEventParm);
firstly_poweron = AK_FALSE;
}
}
pPowerOn->show_step++;
}
break;
case M_EVT_USER_KEY:
keyPad.id = pEventParm->c.Param1;
keyPad.pressType = pEventParm->c.Param2;
if (PRESS_SHORT == keyPad.pressType && kbOK == keyPad.id)
{
if (firstly_poweron)
{
//开机过程不对OK键进行处理
/*
if (USB_GetCnctState() == USB_CABLE_NOT_CONNECT)
{
USB_SetCnctState(usb_charger_detect_init());
if(USB_GetCnctState() != USB_CABLE_NOT_CONNECT)
{
Fwl_LCD_lock(AK_TRUE);
}
}
VME_EvtQueuePut(M_EVT_NEXT, pEventParm);
firstly_poweron = AK_FALSE;
*/
}
else if (M_EVT_RESTART == pPowerOn->type)
{
#ifdef SUPPORT_SDCARD
if (PowerOn_CheckSDisPullOut())
{
return 0;
}
#endif
pEventParm->w.Param1 = M_EVT_RESTART;
VME_EvtQueuePut(M_EVT_RESTART, pEventParm);
}
else
{
VME_EvtQueuePut(M_EVT_NEXT, pEventParm);
}
}
break;
case M_EVT_Z01_MUSIC_PLAY:
if (M_EVT_RESTART == pPowerOn->type)
{
#ifdef SUPPORT_SDCARD
if (PowerOn_CheckSDisPullOut())
{
return 0;
}
#endif
if (!USB_Init())
{
if (IsAudplayer() || IsInRadio() || IsInVoicePlay())
{
AK_DEBUG_OUTPUT("*enter audio no usb\n");
//Aud_PlayerOpenDA();
Aud_AudCtrlSetStatJump(JUMP_SWITCH_OFF);
}
Fwl_LCD_lock(AK_FALSE);
VME_EvtQueuePut(M_EVT_RESTART, pEventParm);
VME_EvtQueuePut(M_EVT_Z01_MUSIC_PLAY, pEventParm);
}
}
else
{
VME_EvtQueuePut(M_EVT_NEXT, pEventParm);
VME_EvtQueuePut(M_EVT_Z01_MUSIC_PLAY, pEventParm);
}
break;
default:
if (pPowerOn->timer_id == ERROR_TIMER)
{
if (M_EVT_RESTART == pPowerOn->type)
{
#ifdef SUPPORT_SDCARD
if (PowerOn_CheckSDisPullOut())
{
return 0;
}
#endif
if (!USB_Init())
{
if (IsAudplayer() || IsInRadio() || IsInVoicePlay())
{
AK_DEBUG_OUTPUT("*enter audio no usb\n");
//Aud_PlayerOpenDA();
Aud_AudCtrlSetStatJump(JUMP_SWITCH_OFF);
}
Fwl_LCD_lock(AK_FALSE);
VME_EvtQueuePut(M_EVT_RESTART, pEventParm);
}
}
else
{
VME_EvtQueuePut(M_EVT_NEXT, pEventParm);
}
}
break;
}
return 0;
}
static T_BOOL StartBT_Test(T_U32 timeout, T_U32 playtime)
{
T_U32 startTime, CurrentTime, connected, startPlay = 0 ;
T_BOOL m_playFlg = AK_FALSE ;
T_BTDEV_CFG * cfg;
AkDebugOutput("++++ enter Bluetooth test !!!! \n");
g_test_mode = AK_TRUE ;
initbt_player();
startTime = Fwl_GetTickCountMs() ;
do
{
Blue_Process();
CurrentTime = Fwl_GetTickCountMs() ;
if((CurrentTime>= startTime)&&((CurrentTime-startTime)> timeout) ||
((CurrentTime< startTime)&&(((T_U32_MAX-startTime)+CurrentTime)> timeout)))
{
break;
}
if(m_playFlg == AK_FALSE)
{
if(BtPlayer_IsDecing())
{
m_playFlg = AK_TRUE ;
startPlay = Fwl_GetTickCountMs() ;
}
}
else
{
if((CurrentTime>= startPlay)&&((CurrentTime-startPlay)> playtime) ||
((CurrentTime< startPlay)&&(((T_U32_MAX-startPlay)+CurrentTime)> playtime)))
{
break;
}
}
}while(1);
BA_GetConnectionStatus(gBtDevCtrl->RemoteInfo.Info.BD_ADDR, &connected);
if(connected)
{
BA_Disconnect(gBtDevCtrl->RemoteInfo.Info.BD_ADDR);
while(connected)
{
BA_Process(0);
BA_GetConnectionStatus(gBtDevCtrl->RemoteInfo.Info.BD_ADDR, &connected);
}
}
exitbt_player();
g_test_mode = AK_FALSE;
AkDebugOutput("---- Completed Bluetooth test %s!!!! \n",m_playFlg?"OK":"FAIL");
//清除测试数据
cfg = Fwl_Malloc(sizeof(T_BTDEV_CFG));
memset(cfg, 0, sizeof(T_BTDEV_CFG));
Profile_WriteData(eCFG_BTDEV, cfg);
cfg = Fwl_Free(cfg);
return m_playFlg;
}
