wince5.0 下面 nandflash驱动问题，无法加载，FMD::FMD_OEMIoControl = 0x71c24

我的平台是2440，wince5.0，系统在启动过程中，停在nandflash驱动部分，之前系统是用其他boot，flash disc 和 hive 都已经实现，现在使用eboot，
我修改了loader.h部分的block地址，loader.h 文件如下：

// Memory reigions defined in boot.bib...
//
#define EBOOT_RAM_IMAGE_BASE        0x8c038000
#define EBOOT_RAM_IMAGE_SIZE        0x00080000

#define EBOOT_STORE_OFFSET          0
#define EBOOT_STORE_ADDRESS         (EBOOT_RAM_IMAGE_BASE + EBOOT_STORE_OFFSET)
#define EBOOT_STORE_MAX_LENGTH      EBOOT_RAM_IMAGE_SIZE

// Flash Cache area defined in boot.bib
#define FLASH_CACHE                 0x8D000000UL
#define FLASH_CACHE_SIZE            0x01000000UL

// BinFS work area defined in boot.bib
#define BINFS_RAM_START             (0x8c021000 | CACHED_TO_UNCACHED_OFFSET)   // uncached
#define BINFS_RAM_LENGTH            0x5000


//
// Nk Memory reigions defined in config.bib...
//
#define ROM_RAMIMAGE_START          0x8C100000
#define ROM_RAMIMAGE_SIZE           0x01000000

// Start addresses must match config.bib's RAMIMAGE
#define RAM_START                   0x8d100000
#define RAM_SIZE                    0x00F00000

#define DEFAULT_LAUNCHADDR          ROM_RAMIMAGE_START


//
// SDRAM
//
#define SDRAM_BASE             0x8C000000   // defined in OEMAddressTable
#define SDRAM_SIZE             0x02000000   // 32 MB

//
// On disk structures for NAND bootloaders...
//

//
// OEM Reserved (Nand) Blocks for TOC and various bootloaders
//

// NAND Boot (loads into SteppingStone) @ Block 0
#define NBOOT_BLOCK                 0
#define NBOOT_BLOCK_SIZE            1        /*1 change by capbily for vivi */
#define NBOOT_SECTOR                BLOCK_TO_SECTOR(NBOOT_BLOCK)

// TOC @ Block 1
#define TOC_BLOCK                   1        /*1 change by capbily for vivi */
#define TOC_BLOCK_SIZE              1
#define TOC_SECTOR                  BLOCK_TO_SECTOR(TOC_BLOCK)

// Eboot @ Block 2
#define EBOOT_BLOCK                 2        /*2 change by capbily for vivi */
#define EBOOT_SECTOR_SIZE           FILE_TO_SECTOR_SIZE(EBOOT_RAM_IMAGE_SIZE)    /*FILE_TO_SECTOR_SIZE(EBOOT_RAM_IMAGE_SIZE)*/
#define EBOOT_BLOCK_SIZE            SECTOR_TO_BLOCK(EBOOT_SECTOR_SIZE)        /*SECTOR_TO_BLOCK(EBOOT_SECTOR_SIZE)*/
#define EBOOT_SECTOR                BLOCK_TO_SECTOR(EBOOT_BLOCK)

#define RESERVED_BOOT_BLOCKS       (NBOOT_BLOCK_SIZE + TOC_BLOCK_SIZE + EBOOT_BLOCK_SIZE)// (NBOOT_BLOCK_SIZE + TOC_BLOCK_SIZE + EBOOT_BLOCK_SIZE)

// Images start after OEM Reserved Blocks
#define IMAGE_START_BLOCK           RESERVED_BOOT_BLOCKS
#define IMAGE_START_SECTOR          BLOCK_TO_SECTOR(IMAGE_START_BLOCK)



串口打印信息如下：

WriteMBR: MBR block = 0x22.

Done.



OpenPartition: Partition Exists=0x0 for part 0x21.

CreatePartition: Enter CreatePartition for 0x21.

LastLogSector: Last log sector is: 0x1F3BF.

CreatePartition: Start = 0x460, Num = 0x90C0.

Log2Phys: Logical 0x460 -> Physical 0x8A0

WriteMBR: MBR block = 0x22.

dwRegionStart: 0x8C200000, dwRegionLength: 0x1215BC8, dwStoreOffset: 0x0
BP_SetDataPointer at 0x0

WriteData: Start = 0x0, Length = 0x1215BC8.

Log2Phys: Logical 0x460 -> Physical 0x8A0

Updateded TOC!
IsValidMBR: MBR sector = 0x440

OpenPartition: Partition Exists=0x0 for part 0xB.

CreatePartition: Enter CreatePartition for 0xB.

FindFreeSector: FreeSector is: 0x9520 after processing part 0x21.

CreatePartition: Num sectors set to 0x15D60 to allow for compaction blocks.

CreatePartition: Start = 0x9520, Num = 0x15D60.

WriteMBR: MBR block = 0x22.

-WriteRegionsToBootMedia
+TOC_Write
-TOC_Write
TOC {
dwSignature: 0x434F544E
BootCfg {
  ConfigFlags: 0x2830
  BootDelay: 0xF
  ImageIndex: 1
  IP: 192.168.0.21
  MAC Address: 12:34:56:78:AC:00
  Port: 0.0.0.0
  SubnetMask: 255.255.255.0
}
ID[0] {
  dwVersion: 0x10002
  dwSignature: 0x45424F54
  String: 'eboot.nb0'
  dwImageType: 0x2
  dwTtlSectors: 0x400
  dwLoadAddress: 0x8C038000
  dwJumpAddress: 0x8C038000
  dwStoreOffset: 0x0
  sgList[0].dwSector: 0x40
  sgList[0].dwLength: 0x400
}
ID[1] {
  dwVersion: 0x1
  dwSignature: 0x43465349
  String: ''
  dwImageType: 0x6
  dwTtlSectors: 0x90AE
  dwLoadAddress: 0x8C200000
  dwJumpAddress: 0x8C201000
  dwStoreOffset: 0x0
  sgList[0].dwSector: 0x8A0
  sgList[0].dwLength: 0x90AE
}
chainInfo.dwLoadAddress: 0X00000000
chainInfo.dwFlashAddress: 0X00000000
chainInfo.dwLength: 0X00000000
}

Jumping to image at virtual address 0x8C201000h
+ToPhysicalAddr:0x8C201000
-ToPhysicalAddr:0x30201000

::: Physical Launch Address: 0x30201000h
Windows CE Kernel for ARM (Thumb Enabled) Built on Jun 24 2004 at 18:25:00
ProcessorType=0920  Revision=0
sp_abt=ffff5000 sp_irq=ffff2800 sp_undef=ffffc800 OEMAddressTable = 8c2013bc

Windows CE Firmware Init
INFO: Initializing system interrupts...
INFO: Initializing system clock(s)...
INFO: Initializing driver globals area...
INFO: display logo ok
SDMMC config set rGPGCON: fd96fdba
SDMMC config Init Done.
OEMInit Done...
Sp=ffffc7cc
FMD::FMD_Init
FMD::FMD_Init Done
FMD::FMD_OEMIoControl:nandflash
FMD::FMD_OEMIoControl:nandflash
FMD::FMD_OEMIoControl = 0x71c24

,网上有看到说是HIVE引起的，不过根本原因应该还是flashdr.dll的问题，请教各位，问题出在哪里呢？

可以选上Clean Before Building
然后再Build and Sysgen
在代码没错的情况下，遇到这样的问题，通常Clean Build（1－2个小时那种）可以解决

阿贵？ 不会吧，build and sysgen倒没有试阿，clean试过，还是如此。
应该是分区错误，
CreatePartition: Start = 0x460, Num = 0x90C0.
NUM不知道指的是block还是sector？ 如果是block 肯定超出范围了

周兄，我碰到过，不信你试试，如果代码没问题的话

还是一样哦~ 问题到底出在哪儿呢？

请各位帮我看一下，唉，折腾好久了~

还是没有解决，继续顶。
CreatePartition: Start = 0x460, Num = 0x90C0.这些似乎是sector，应该和boot大小，内核大小，有关。
我现在开始怀疑hive的问题，因为把 "Start DevMgr"由1该为0，就可以进系统，可是找不到flash disk，可是之前用开发板的supervivi来启动，hive已经实现了阿 ？

继续顶！

现在把flash部分的debug信息都打开，发现在
OEMInit Done...
Sp=ffffc7cc
NandFlash FMD_Init
NandFlash FMD_Init Done
之后，系统会读nandflah，从block10（10以前为boot）到64m的最后为止。
然后debug信息显示
FMD::FMD_OEMIoControl:nandflash
FMD::FMD_OEMIoControl:nandflash
FMD::FMD_OEMIoControl = 0x71c24
就卡住了~