Wince 6.0 BSP的移植(一)

转载请注明出处

作者:小马

公司的一个项目，要做一个基于CE6.0的应用,无奈手上的板子是5.0的, 本来想节省时间，直接向厂家要一个该板子的6.0的BSP，联系他们的客服说没有这个板子的6.0的BSP，让我自力更生. 

 

截至到写这篇文章时, OAL部分已经移植成功, 从DNW的输出信息看出，系统成功启动起来了. 剩下就是外设驱动部分了, 驱动我是不打算全部移植的，因为我的目标是做上层的应用，这个上层应用程序会用到一些硬件资源，比如串口, LCD等, 用到哪个外设，才移植哪个驱动. 这样可以快速的完成. 

 

bootloader我没有移植, 因为我这个板子用的是用ADS独立开发一个loader, 它本身有eboot和nboot的功能, 没有用到wince的eboot, 所以，可以不用移植. 所以也就可以把yourBSPName/SRC下的bootloader目录去掉,因为没有用到. 另外还要感谢csdn上的yashi以及gooogleman在论坛上对自己的一些疑问的解答, 十分受用. 

 

先大概说一下我的方法, 先clone的一个6.0的自带的BSP, 用的是DEVICEEMULATOR, 因为这个是基于2410的CPU的BSP，与我的板子最接近. 然后，对照着5.0的BSP，一点点移植,  需要说明的，我并不是把5.0的OAL相关的文件和目录直接替换掉6.0，而是直接在这个clone的6.0的BSP里修改OAL相关的源代码, 不改变6.0的原来的目录结构和文件名. 虽然比较繁琐，但这样得到的BSP更规范. 因为微软是建议移植到6.0时，保留其原本的目录结构.

 

下面是具体步骤:

 

1 clone BSP

打开vs2005—tools—pfatform builder for CE 6.0—clone bsp. 

Clone的source 选DEVICEEMULATOR, 自己的BSP取名为My2410.

 

2 新建一个操作系统工程

用My2410的BPS 新建一个操作系统的工程, 为了方便调试OAL,可以建一个最简单的系统, 可以在定制系统时，先选择custom,然后直接点finish. 后面移植好LCD驱动时，可以定制一个 有shell的系统, 毕竟能看到界面是很让人兴奋的. 

 

3 启动代码

找到startup.s文件(My2410/SRC/OAL/OALLIB/ARM)

把 SLEEPDATA_BASE_PHYSICAL 的值改为如下:

SLEEPDATA_BASE_PHYSICAL         EQU     0x30058000

 

找到下面两行

if software reset

mov     r1, #0

改为

mov     r1, #0x38000000       

 

到cpupoweroff.s文件(My2410/SRC/OAL/OALLIB)

把SLEEPDATA_BASE_VIRTUAL的值改为如下:

SLEEPDATA_BASE_VIRTUAL          EQU     0xAC058000

 

找到 CPUPowerReset函数. 用5.0的BSP中的该函数替换.如下:

LEAF_ENTRY CPUPowerReset 改为如下的(用5.0的BSP替换)

同样替换 PhysicalStart函数(该函数的实现省略)

 

ldr     r3, =SLEEPDATA_BASE_VIRTUAL     ; base of Sleep mode storage

mov     r2, #0x38000000             ; store Virtual return address

str     r2, [r3], #4

; Disable MMU

ldr r2, = PhysicalStart

ldr     r3, = (0x8C000000 - 0x30000000)

sub     r2, r2, r3

mov     r1, #0x0070             ; Disable MMU

mcr     p15, 0, r1, c1, c0, 0

nop

mov     pc, r2                  ; Jump to PStart

nop

 

找到cpupoweroff函数的实现, 找到下面一句:

ldr r6, =0x88000000改为:

ldr r6, =0x92000000

 

4 调试串口的移植. 

Clone的My2410 BSP 默认是用UART1作为调试串口的， 把它改为UART0

首先找到OEMInitDebugSerial函数(My2410/SRC/OAL/OALLIB/debug.c), 把下面几行代码:

CLRREG32(&pIOPortReg->GPHCON, (3 << 8)|(3 << 10));

SETREG32(&pIOPortReg->GPHCON, (2 << 8)|(2 << 10));

SETREG32(&pIOPortReg->GPHUP, (1 << 4)|(1 << 5));

g_pUARTReg = (S3C2410X_UART_REG *)OALPAtoVA(S3C2410X_BASE_REG_PA_UART1, FALSE);

OUTREG32(&g_pUARTReg->UFCON,  BSP_UART1_UFCON);

OUTREG32(&g_pUARTReg->UMCON,  BSP_UART1_UMCON);

OUTREG32(&g_pUARTReg->ULCON,  BSP_UART1_ULCON);

OUTREG32(&g_pUARTReg->UCON,   BSP_UART1_UCON);

OUTREG32(&g_pUARTReg->UBRDIV, BSP_UART1_UBRDIV);

 

改为:

CLRREG32(&pIOPortReg->GPHCON, (3 << 4)|(3 << 6));

SETREG32(&pIOPortReg->GPHCON, (2 << 4)|(2 << 6));

SETREG32(&pIOPortReg->GPHUP, (1 << 2)|(1 << 3));

g_pUARTReg = (S3C2410X_UART_REG *)OALPAtoVA(S3C2410X_BASE_REG_PA_UART0, FALSE);

 

OUTREG32(&g_pUARTReg->UFCON,  BSP_UART0_UFCON);

OUTREG32(&g_pUARTReg->UMCON,  BSP_UART0_UMCON);

OUTREG32(&g_pUARTReg->ULCON,  BSP_UART0_ULCON);

OUTREG32(&g_pUARTReg->UCON,   BSP_UART0_UCON);

OUTREG32(&g_pUARTReg->UBRDIV, BSP_UART0_UBRDIV);

然后到bsp_cfg.h(My2410/SRC/INC)修改相关的宏定义

#define BSP_UART1_ULCON         0x03                // 8 bits, 1 stop, no parity

#define BSP_UART1_UCON          0x0005              // pool mode, PCLK for UART

#define BSP_UART1_UFCON         0x00                // disable FIFO

#define BSP_UART1_UMCON         0x00                // disable auto flow control

#define BSP_UART1_UBRDIV        (S3C2410X_PCLK/(38400*16) - 1)

 

把上面五行修改值如下:

#define BSP_UART0_ULCON         0x03                // 8 bits, 1 stop, no parity

#define BSP_UART0_UCON          0x0245              // pool mode, PCLK for UART

#define BSP_UART0_UFCON         0x00                // disable FIFO

#define BSP_UART0_UMCON         0x00                // disable auto flow control

#define BSP_UART0_UBRDIV        (S3C2410X_PCLK/(115200*16) - 1)

 

5 LCD的初始化

OAL的OEMInit函数会调用InitDisplay函数, 所以要根据自己的LCD(我的型号是LTV350QV-F04, 320*240的TFT屏)

首先修改s3c2410x_lcd.h(My2410/SRC/INC)，改动的地方如下:

#define    LCD_XSIZE_TFT           (320)   

#define    LCD_YSIZE_TFT           (240)

#define    LCD_VBPD                ((8)&0xff)

#define    LCD_VFPD                ((4)&0xff)

#define    LCD_VSPW                ((4)&0x3f)

#define    LCD_HBPD                ((13)&0x7f)

#define    LCD_HFPD                ((4)&0xff)

#define    LCD_HSPW                ((18)&0xff)

#define     CLKVAL_TFT              (7)

 

这里要注意，LCD是慢显示器件，对时序要求很高, 所以像VBPD(和回扫时间有关)等值要设置好, 具体原理以及如何设置可以参看我的另外一篇专门讲LCD 的文章. 

http://blog.csdn.net/pony_maggie/archive/2010/01/29/5270147.aspx

 

另外，到InitDisplay(My2410/SRC/OAL/OALLIB/init.c)里修改:

把s2410LCD->LCDCON1里的LCD_MVAL改为LCD_MVAL_USED

s2410LCD->LCDCON5改为如下的设置. 

s2410LCD->rLCDCON5   =  (0 << 12) |1<< 11) | (1<< 10) | (1<<9) |(1 <<8) |(0 <<7)|(0<<6)| (0<<5)|(0<<4)| (1<<3)|(0<<2)| (0<< 1) | (1 <<  0) ;  

 

6 内存空间的配置

内存的配置包括以下几个部分:

首先打开oemaddrtab_cfg.inc 文件(My2410/SRC/INC), 把g_oalAddressTable变量按如下值配置:

DCD 0x80000000, 0x02000000, 30  ; 30 MB SROM(SRAM/ROM) BANK 0

    DCD 0x82000000, 0x08000000, 32  ; 32 MB SROM(SRAM/ROM) BANK 1

    DCD 0x84000000, 0x10000000, 32  ; 32 MB SROM(SRAM/ROM) BANK 2

    DCD 0x86000000, 0x18000000, 32  ; 32 MB SROM(SRAM/ROM) BANK 3

    DCD 0x88000000, 0x20000000, 32  ; 32 MB SROM(SRAM/ROM) BANK 4

    DCD 0x8A000000, 0x28000000, 32  ; 32 MB SROM(SRAM/ROM) BANK 5

    DCD 0x8C000000, 0x30000000, 64  ; 64 MB DRAM BANK 0,1

    DCD 0x90800000, 0x48000000,  1  ; Memory control register

    DCD 0x90900000, 0x49000000,  1  ; USB Host register

    DCD 0x90A00000, 0x4A000000,  1  ; Interrupt Control register

    DCD 0x90B00000, 0x4B000000,  1  ; DMA control register

    DCD 0x90C00000, 0x4C000000,  1  ; Clock & Power register

    DCD 0x90D00000, 0x4D000000,  1  ; LCD control register

    DCD 0x90E00000, 0x4E000000,  1  ; NAND flash control register

    DCD 0x91000000, 0x50000000,  1  ; UART control register

    DCD 0x91100000, 0x51000000,  1  ; PWM timer register

    DCD 0x91200000, 0x52000000,  1  ; USB device register

    DCD 0x91300000, 0x53000000,  1  ; Watchdog Timer register

    DCD 0x91400000, 0x54000000,  1  ; IIC control register

    DCD 0x91500000, 0x55000000,  1  ; IIS control register

    DCD 0x91600000, 0x56000000,  1  ; I/O Port register

    DCD 0x91700000, 0x57000000,  1  ; RTC control register

    DCD 0x91800000, 0x58000000,  1  ; A/D convert register

    DCD 0x91900000, 0x59000000,  1  ; SPI register

    DCD 0x91A00000, 0x5A000000,  1  ; SD Interface register

    DCD 0x92000000, 0x00000000,  2  ;  2 MB SROM(SRAM/ROM) BANK 0

    DCD 0x00000000, 0x00000000,  0  ; End of Table (MB MUST BE ZERO!)

这是按原来5.0的BSP中oemAddressTable的值来修改的. 

接着把5.0的BSP中的config.big替换掉6.0的config.bib(My2410/FILES)

 

然后到image_cfg.h文件(My2410/SRC/INC)下，把下面几个宏定义改为如下的值:

#define IMAGE_SHARE_ARGS_UA_START       0xAC020000

#define IMAGE_SHARE_ARGS_CA_START       0x8c020800

#define IMAGE_SHARE_ARGS_SIZE           0x00000800

 //------------------------------------------------------------------------------

#define IMAGE_FRAMEBUFFER_UA_BASE       0xAC100000

#define IMAGE_FRAMEBUFFER_DMA_BASE      0x30100000

 

另外找到如下四行:

#define EBOOT_CONFIG_OFFSET         0x000F0000                                      

#define EBOOT_CONFIG_SIZE           0x00010000

#define EXTENDED_RAM_BASE     0x94000000 // This must match the "Extended RAM" 

#define EXTENDED_RAM_MEGS     192        // 192 Megs

 

这四行直接注释掉, 前两行是eboot的相关配置, 它在My2410/SRC/BOOTLOADER/EBOOT下的文件会被用到. 前面说了,  我没有用wince的这个eboot，所以可以不要. 后两行是扩展内存用的. 这两个宏在OEMGetExtensionDRAM函数（My2410/SRC/OAL/OALLIB/init.c） 会用到， 因为根据OEMAddressTabel的配置, 并没有扩展内存, 所以这个也可以不要， 然后清空OEMGetExtensionDRAM的实现，只留一行:Return FALSE. 这个函数在内核的KernelFindMemory里会被调用, 做扩展内存的相关设置.

 

7 电源管理

到power.c文件(SRC/OAL/POWER), 找到CPUClearCS8900(void)函数, 把它的实现改为如下的:

 

PRIVATE void

CPUClearCS8900(void)

{

    USHORT temp;

 

    do

    {

        temp = *((volatile USHORT *)(BSP_BASE_REG_PA_CS8900A_IOBASE + 8));

    } while (temp != 0);

 

}

在power.c里加入void ConfigMiscReg和ConfigStopGPIO两个函数. 这两个函数被OEMPowerOff函数调用,这两个函数用于在系统关机时, 关闭一些IO资源. 它们的实现分别参见原5.0 BSP下的power.c文件, 但注意不是直接copy过来就能用, 因为它们获到地址的方法不一样, 举例来说,原来的BSP这样获取IO口的虑拟地址:

volatile IOPreg *s2410IOP = (IOPreg *)IOP_BASE;

移植到6.0后就要改成如下的形式:

static volatile S3C2410X_IOPORT_REG *s2410IOP = (S3C2410X_IOPORT_REG *)OALPAtoVA(S3C2410X_BASE_REG_PA_IOPORT, FALSE);

 

到Powerstub.c(SRC/OAL/POWER) 里的函数全部都只有一句实现, return TRUE，比如:

BOOL OALIoCtlHalPresuspend(

    UINT32 code, VOID* pInpBuffer, UINT32 inpSize, VOID* pOutBuffer,

    UINT32 outSize, UINT32 *pOutSize

) {

    return TRUE;

}

 

8 中断处理

找到BSPIntrInit函数(SRC/OAL/OALLIB/intr.c), 根据原来的BSP中OEMInitInterrupts函数的实现,修改BSPIntrInit如下:

BOOL BSPIntrInit()

{

    S3C2410X_IOPORT_REG *pOalPortRegs;

    ULONG value;

 

    OALMSG(OAL_INTR&&OAL_FUNC, (L"+BSPIntrInit/r/n"));

 

    // Then get virtual address for IO port

    pOalPortRegs = OALPAtoVA(S3C2410X_BASE_REG_PA_IOPORT, FALSE);

 

/***************************************************************************/

value = INREG32(&pOalPortRegs->GPGCON);

OUTREG32(&pOalPortRegs->GPGCON, (value & ~(3 << 10))|(2 << 10)); //GPG5 == EINT13.

 

value = INREG32(&pOalPortRegs->GPGUP);// Disable pullup

OUTREG32(&pOalPortRegs->GPGUP, value | (1 << 5));

 

value = INREG32(&pOalPortRegs->EXTINT1);// High level interrupt

OUTREG32(&pOalPortRegs->EXTINT1, (value & ~(0xf << 20))|(0x4 << 20));

 

    /***************************************************************************/

    value = INREG32(&pOalPortRegs->GPGCON);// Set GPG1 as EINT9 for CS8900A

    OUTREG32(&pOalPortRegs->GPGCON, (value & ~(3 << 2))|(2 << 2));

 

    value = INREG32(&pOalPortRegs->GPGUP);// Disable pullup

    OUTREG32(&pOalPortRegs->GPGUP, value | (1 << 1));

 

    value = INREG32(&pOalPortRegs->EXTINT1);// High level interrupt

    OUTREG32(&pOalPortRegs->EXTINT1, (value & ~(0xf << 4))|(0x1 << 4));

 

/***************************************************************************/

 

value = INREG32(&pOalPortRegs->GPGCON);// Configure EINT14 for dm9000 interrupt.

OUTREG32(&pOalPortRegs->GPGCON, (value & ~(3 << 12))|(2 << 12));

 

value = INREG32(&pOalPortRegs->GPGUP);// Disable pullup

OUTREG32(&pOalPortRegs->GPGUP, value | (1 << 6));

 

value = INREG32(&pOalPortRegs->EXTINT1);// High level interrupt

OUTREG32(&pOalPortRegs->EXTINT1, (value & ~(0xf << 24))|(0x1 << 24));

 

/***************************************************************************/

    // Configure EINT8 for PD6710 interrupt

    value = INREG32(&pOalPortRegs->GPGCON);

    OUTREG32(&pOalPortRegs->GPGCON, (value & ~(3 << 0))|(2 << 0));

    // Disable pullup

    value = INREG32(&pOalPortRegs->GPGUP);

    OUTREG32(&pOalPortRegs->GPGUP, value | (1 << 0));

    // Low level interrupt

    value = INREG32(&pOalPortRegs->EXTINT1);

    OUTREG32(&pOalPortRegs->EXTINT1, (value & ~(0xf << 0))|(0x1 << 0));

 

/***************************************************************************/s

    // Add static mapping for Built-In OHCI 

    OALIntrStaticTranslate(SYSINTR_OHCI, IRQ_USBH );

 

    OALMSG(OAL_INTR&&OAL_FUNC, (L"-BSPIntrInit(rc = 1)/r/n"));

    return TRUE;

}

 

9 其它

找到init.c（SRC/OAL/OALLIB/init.c）函数里加上两个函数. 这两个函数分别叫

InitSDMMC和HzhInitPIO，两个函数的实现可从原BSP(在cfw.c文件中)直接copy过来. 

然后在职OEMInit函数里调用这两个函数. 

 

OAL部分应该还有些东西要移植, 不过到目前为止, 系统已经可以启动了, 下面移植外围驱动

时，如果遇到哪里有问题，再回过头来修改吧.

 

到这里，系统已可以启动起来了, 目前启动信息如下：

Windows CE Kernel for ARM (Thumb Enabled) Built on Sep 25 2009 at 11:06:11

ProcessorType=0920  Revision=0

OEMAddressTable = 8c205c10

INFO:OALLogSetZones: dpCurSettings.ulZoneMask: 0xb

DCache: 8 sets, 64 ways, 32 line size, 16384 size

ICache: 8 sets, 64 ways, 32 line size, 16384 size

this is initDisplay2............

SDMMC config current rGPGCON: 26898a

SDMMC config set rGPGCON: 26898a

SDMMC config Init Done.

Setting up softlog at 0x8fffc000 for 0x800 entries

Booting Windows CE version 6.00 for (ARM)

&pTOC = 8e00ac1c, pTOC = 8c2d6a44, pTOC->ulRamFree = 8e00f000, MemForPT = 00001000

 

Old or invalid version stamp in kernel structures - starting clean!

Configuring: Primary pages: 8167, Secondary pages: 0, Filesystem pages = 4083

 

Booting kernel with clean memory configuration:

Memory Sections:

[0] : start: 8e011000, extension: 00004000, length: 01fe7000

NKStartup done, starting up kernel.

Windows CE KernelInit

Reserve VM for kernel XIP DLls, first = c0010000, last = c0260000

g_pprcNK == 0x8e008aa0

Updated eptr->e32_vsize to = 00013000

Initializing Memory Mapped File Support

Scheduling the first thread.

Detecting VFP... VFP Not Found!

LoaderInit: Initialing loader

Updated eptr->e32_vsize to = 00013000

Updated eptr->e32_vsize to = 000a3000

PGPOOL: Reserved 768 pages for Loader pool

PGPOOL: Reserved 256 pages for File pool

OSAXST0: Platform Name = DeviceEmulator

OSAXST1: >>> Loading Module 'kd.dll' (0x8FFDF744) at address 0xC0010000-0xC0045000 in Process 'NK.EXE' (0x8E008AA0)

KD: Starting kernel debugger software probe (KdStub) - KD API version 22

OSAXST1: >>> Loading Module 'NK.EXE' (0x8E008AA0) at address 0x8C200000-0x8C213000 in Process 'NK.EXE' (0x8E008AA0)

Message Queue support initialized, g_hMsgQHeap = d0080010

OSAXST1: >>> Loading Module 'filesys.dll' (0x8FFDFE88) at address 0xC0180000-0xC01E7000 in Process 'NK.EXE' (0x8E008AA0)

OSAXST1: >>> Loading Module 'fsdmgr.dll' (0x8FFBA574) at address 0xC0210000-0xC0256000 in Process 'NK.EXE' (0x8E008AA0)

FSDMGR!DllMain: DLL_PROCESS_ATTACH

CertMod.dll not found, using old OEM Trust Model

FileSystem Starting - starting with clean file system

FSDMGR!STOREMGR_Initialize

FSDMGR!InitializeStoreAPI

FSDMGR!MountTable_t::RegisterVolumeName: Registered "StoreMgr" at index 2FSDMGR!MountTable_t::RegisterVolume: Registered volume at index 2 (Name="StoreMgr", 

 

MountFlags=0x1)FSDMGR!InitializeROMFileSystem: File System=ROM

OSAXST1: >>> Loading Module 'romfsd.dll' (0x8FF9E3CC) at address 0xC01F0000-0xC01F7000 in Process 'NK.EXE' (0x8E008AA0)

FSDMGR!MountTable_t::RegisterVolumeName: Registered "ROM" at index 3FSDMGR!MountTable_t::RegisterVolume: Registered volume at index 3 (Name="ROM", 

 

MountFlags=0x71)FSVOL: Opening existing volume

FSVOL: Volume heap already initialized

FSREG: Mounted ROM portion of boot registry

FSVOL: Creating clean virtual volume

FSVOL: Initializing volume heap

FSREG: Mounted RAM portion of boot registry

OALIoCtlDeviceEmulatorHalInitRegistry: Set Orientation to 0 pBSPArgs->ScreenOrientation = 205 

OALIoCtlDeviceEmulatorHalInitRegistry: FMD reserve size 0x7fffdfff; base addr 0x7fffd7ff

FS: HKLM/System/Events not available, no signal events created.

FSREG: Unable to read value "Start DevMgr" under HKEY_LOCAL_MACHINE/init/BootVars

FILESYS: Starting boot phase 0.

FSDMGR!STOREMGR_StartBootPhase BootPhase=0 (PrevBootPhase=-1)

FSDMGR: File security disabled.

FSDMGR!AutoLoadFiFSDMGR!PNPThread: Using PNPUnloadDeleSystems: CurrentBootPhase=0, LoadFlags=lay of 4096

FSDMGR!PNPThread: PNP1

FSDMGR!AutoLoadFileSystem: CuThread starting!

rrentBootPhase=0, RootKey=System/StorageManager/AutoLoad, FileSystem_t=ObjectStore

FILESYS: RAM File System FSD_MountDisk registering folder "Object Store"

FSDMGR!MountTable_t::RegisterVolumeName: Registered "Object Store" at index 4FSDMGR!MountTable_t::RegisterVolume: Registered volume at index 4 (Name="", 

 

MountFlags=0x46)FILESYS: Starting boot phase 1.

FSDMGR!STOREMGR_StartBootPhase BootPhase=1 (PrevBootPhase=0)

FSDMGR!AutoLoadFileSystems: CurrentBootPhase=1, LoadFlags=1

FILESYS: Waiting for bootable file system to be mounted.

FILESYS: Device started.  Boot file system ready.

FSREG: Unable to read value "SystemHiveInitialSize" under HKEY_LOCAL_MACHINE/init/BootVars

FSVOL: Opening existing volume

FSVOL: Volume heap already initialized

FSREG: Mounted ROM portion of system hive

FILESYS: Loading system hive from /Documents and Settings/system.hv.

FSREG: Mounting clean system hive

BuildPath: Documents and Settings

FSVOL: Creating new volume (size=28672 bytes)

FSVOL: Initializing volume heap

FSREG: Taking down boot registry.  Any open keys will be invalid.

FILESYS: Registry in place.

FSREG: Unable to read value "RegistryFlags" under HKEY_LOCAL_MACHINE/init/BootVars

FSREG: Unable to read value "RequireCertMod" under HKEY_LOCAL_MACHINE/init/BootVars

FSREG: Unable to read value "NoDefaultUser" under HKEY_LOCAL_MACHINE/init/BootVars

FSREG: Logging in default user.

FSREG: Unable to read value "DefaultUser" under HKEY_LOCAL_MACHINE/init/BootVars

SetCurrentUser: Logging out (nobody), logging in default

BuildPath: Documents and Settings

BuildPath: Documents and Settings/default

FSREG: Mounting ROM portion of user hive

FSVOL: Opening existing volume

FSVOL: Volume heap already initialized

Mounting user hive from /Documents and Settings/default/user.hv

FSREG: Mounting clean user hive

FSVOL: Creating new volume (size=28672 bytes)

FSVOL: Initializing volume heap

FSREG: Unable to read value "RegistryFlags" under HKEY_LOCAL_MACHINE/init/BootVars

FSDMGR!STOREMGR_StartBootPhase BootPhase=2 (PrevBootPhase=1)

FSDMGR!AutoLoadFileSystems: CurrentBootPhFSDMGR!AutoLoadFileSystems: CurrentBootPhaase=2, LoadFlags=2

se=2, LoadFlags=1

Filesystem initialized!

FILESYS: Waiting for kernel to be ready to launch apps

InitMUI: Langs=409 0 0 0 0 0

FS: HKLM/System/Events not available, no signal events created.

FILESYS: Launching apps

FILESYS: Done launching apps

This device has booted 1 times !!!