pavo_nandflash.c：
#define PAVO_NAND_PAGE_SIZE 2048
#define PAVO_NAND_OOB_SIZE 64
#define PAVO_NAND_PAGES 0x80000
#define PAVO_NAND_SIZE 0X8000000 /*does not include oob*/
#include <confuse.h>
#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <fcntl.h>
#include <string.h>
#include "types.h"
#include "nand_flash.h"
char *NAND_Flash = NULL;
char *U_boot = NULL;
uint32_t U_boot_start, U_boot_end,U_boot_add_ecc;
char *Serial = NULL;
uint32_t Serial_start, Serial_end,Serial_add_ecc;
char *Kernel = NULL;
uint32_t Kernel_start, Kernel_end,Kernel_add_ecc;
char *ROOT_FS = NULL;
uint32_t ROOT_FS_start, ROOT_FS_end, ROOT_FS_oob,ROOT_FS_add_ecc;
char *Settings = NULL;
uint32_t Settings_start, Settings_end, Settings_oob,Settings_add_ecc;
char *Program_FS = NULL;
uint32_t Program_FS_start, Program_FS_end, Program_FS_oob,Program_FS_add_ecc;
char *Data_FS = NULL;
uint32_t Data_FS_start, Data_FS_end, Data_FS_oob,Data_FS_add_ecc;
char *User_FS = NULL;
uint32_t User_FS_start, User_FS_end, User_FS_oob,User_FS_add_ecc;
char *User_Disk = NULL;
uint32_t User_Disk_start, User_Disk_end, User_Disk_oob,User_Disk_add_ecc;
static int parse_configure(char *file_name)
{
cfg_opt_t opts[] = {
CFG_SIMPLE_STR("NAND_Flash", &NAND_Flash),
CFG_SIMPLE_STR("U_boot", &U_boot),
CFG_SIMPLE_INT("U_boot_start", &U_boot_start),
CFG_SIMPLE_INT("U_boot_end", &U_boot_end),
CFG_SIMPLE_INT("U_boot_add_ecc", &U_boot_add_ecc),
CFG_SIMPLE_STR("Serial", &Serial),
CFG_SIMPLE_INT("Serial_start", &Serial_start),
CFG_SIMPLE_INT("Serial_end", &Serial_end),
CFG_SIMPLE_INT("Serial_add_ecc", &Serial_add_ecc),
CFG_SIMPLE_STR("Kernel", &Kernel),
CFG_SIMPLE_INT("Kernel_start", &Kernel_start),
CFG_SIMPLE_INT("Kernel_end", &Kernel_end),
CFG_SIMPLE_INT("Kernel_add_ecc", &Kernel_add_ecc),
CFG_SIMPLE_STR("ROOT_FS", &ROOT_FS),
CFG_SIMPLE_INT("ROOT_FS_start", &ROOT_FS_start),
CFG_SIMPLE_INT("ROOT_FS_end", &ROOT_FS_end),
CFG_SIMPLE_INT("ROOT_FS_oob", &ROOT_FS_oob),
CFG_SIMPLE_INT("ROOT_FS_add_ecc", &ROOT_FS_add_ecc),
CFG_SIMPLE_STR("Settings", &Settings),
CFG_SIMPLE_INT("Settings_start", &Settings_start),
CFG_SIMPLE_INT("Settings_end", &Settings_end),
CFG_SIMPLE_INT("Settings_oob", &Settings_oob),
CFG_SIMPLE_INT("Settings_add_ecc", &Settings_add_ecc),
CFG_SIMPLE_STR("Program_FS", &Program_FS),
CFG_SIMPLE_INT("Program_FS_start", &Program_FS_start),
CFG_SIMPLE_INT("Program_FS_end", &Program_FS_end),
CFG_SIMPLE_INT("Program_FS_oob", &Program_FS_oob),
CFG_SIMPLE_INT("Program_FS_add_ecc", &Program_FS_add_ecc),
CFG_SIMPLE_STR("Data_FS", &Data_FS),
CFG_SIMPLE_INT("Data_FS_start", &Data_FS_start),
CFG_SIMPLE_INT("Data_FS_end", &Data_FS_end),
CFG_SIMPLE_INT("Data_FS_oob", &Data_FS_oob),
CFG_SIMPLE_INT("Data_FS_add_ecc", &Data_FS_add_ecc),
CFG_SIMPLE_STR("User_FS", &User_FS),
CFG_SIMPLE_INT("User_FS_start", &User_FS_start),
CFG_SIMPLE_INT("User_FS_end", &User_FS_end),
CFG_SIMPLE_INT("User_FS_oob", &User_FS_oob),
CFG_SIMPLE_INT("User_FS_add_ecc", &User_FS_add_ecc),
CFG_SIMPLE_STR("User_Disk", &User_Disk),
CFG_SIMPLE_INT("User_Disk_start", &User_Disk_start),
CFG_SIMPLE_INT("User_Disk_end", &User_Disk_end),
CFG_SIMPLE_INT("User_Disk_oob", &User_Disk_oob),
CFG_SIMPLE_INT("User_Disk_add_ecc", &User_Disk_add_ecc),
CFG_END()
};
cfg_t *cfg;
cfg = cfg_init(opts, 0);
if (cfg_parse(cfg, file_name) == CFG_PARSE_ERROR)
return (-1);
cfg_free(cfg);
return (0);
}
static int valid_conf()
{
printf("\t正在检查配置文件\n");
int fd;
if (NAND_Flash)
{
printf("\tNAND_Flash = \t%s\n",NAND_Flash);
}
else
{
fprintf(stderr,"配置文件中NAND_Flash没有设置\n");
return (-1);
}
if (U_boot)
{
printf("\tU_boot = \t%s\n",U_boot);
printf("\tU_boot_start = \t0x%X\n",U_boot_start);
printf("\tU_boot_end = \t0x%X\n",U_boot_end);
printf("\tU_boot_add_ecc = \t%d\n",U_boot_add_ecc);
}
if (Serial)
{
printf("\tSerial = \t%s\n",Serial);
printf("\tSerial_start = \t0x%X\n",Serial_start);
printf("\tSerial_end = \t0x%X\n",Serial_end);
printf("\tSerial_add_ecc = \t%d\n",Serial_add_ecc);
}
if (Kernel)
{
printf("\tKernel = \t%s\n",Kernel);
printf("\tKernel_start = \t0x%X\n",Kernel_start);
printf("\tKernel_end = \t0x%X\n",Kernel_end);
printf("\tKernel_add_ecc = \t%d\n",Kernel_add_ecc);
}
if (ROOT_FS)
{
printf("\tROOT_FS = \t%s\n",ROOT_FS);
printf("\tROOT_FS_start = \t0x%X\n",ROOT_FS_start);
printf("\tROOT_FS_end = \t0x%X\n",ROOT_FS_end);
printf("\tROOT_FS_obb = \t%d\n",ROOT_FS_oob);
printf("\tROOT_FS_add_ecc = \t%d\n",ROOT_FS_add_ecc);
}
if (Settings)
{
printf("\tSettings = \t%s\n",Settings);
printf("\tSettings_start = \t0x%X\n",Settings_start);
printf("\tSettings_end = \t0x%X\n",Settings_end);
printf("\tSettings_obb = \t%d\n",Settings_oob);
printf("\tSettings_add_ecc = \t%d\n",Settings_add_ecc);
}
if (Program_FS)
{
printf("\tProgram_FS = \t%s\n",Program_FS);
printf("\tProgram_FS_start = \t0x%X\n",Program_FS_start);
printf("\tProgram_FS_end = \t0x%X\n",Program_FS_end);
printf("\tProgram_FS_obb = \t%d\n",Program_FS_oob);
printf("\tProgram_FS_add_ecc = \t%d\n",Program_FS_add_ecc);
}
if (Data_FS)
{
printf("\tData_FS = \t%s\n",Data_FS);
printf("\tData_FS_start = \t0x%X\n",Data_FS_start);
printf("\tData_FS_end = \t0x%X\n",Data_FS_end);
printf("\tData_FS_obb = \t%d\n",Data_FS_oob);
printf("\tData_FS_add_ecc = \t%d\n",Data_FS_add_ecc);
}
if (User_FS)
{
printf("\tUser_FS = \t%s\n",User_FS);
printf("\tUser_FS_start = \t0x%X\n",User_FS_start);
printf("\tUser_FS_end = \t0x%X\n",User_FS_end);
printf("\tUser_FS_obb = \t%d\n",User_FS_oob);
printf("\tUser_FS_add_ecc = \t%d\n",User_FS_add_ecc);
}
if (User_Disk)
{
printf("\tUser_Disk = \t%s\n",User_Disk);
printf("\tUser_Disk_start = \t0x%X\n",User_Disk_start);
printf("\tUser_Disk_end = \t0x%X\n",User_Disk_end);
printf("\tUser_Disk_obb = \t%d\n",User_Disk_oob);
printf("\tUser_Disk_add_ecc = \t%d\n",User_Disk_add_ecc);
}
printf("\n");
return (0);
}
int main(int argc, char **argv)
{
int nand_flash_fd;
if (parse_configure("pavo_nandflash.conf") < 0)
{
fprintf(stderr,"解析配置文件时出错！\n");
exit(-1);
}
if (valid_conf() < 0)
exit(-1);
return (0);
}
pavo_nandflash.conf：
NAND_Flash = np1100.bin
U_boot = data/u-boot-nand.bin
U_boot_start = 0x00000000
U_boot_end = 0x00200000
U_boot_add_ecc = 0
Serial = data/mtd1
Serial_start = 0x00200000
Serial_end = 0x00400000
Serial_add_ecc = 0
Kernel = data/uImage
Kernel_start = 0x00400000
Kernel_end = 0x00600000
Kernel_add_ecc = 0
ROOT_FS = data/rootfs.yaffs2
ROOT_FS_start = 0x00600000
ROOT_FS_end = 0x01800000
ROOT_FS_oob = 1
ROOT_FS_add_ecc = 0
Settings = data/Settings.yaffs2
Settings_start = 0x01800000
Settings_end = 0x02300000
Settings_oob = 1
Settings_add_ecc = 0
Program_FS = data/ProgramFS.yaffs2
Program_FS_start = 0x02300000
Program_FS_end = 0x0cd00000
Program_FS_oob = 1
Program_FS_add_ecc = 0
Data_FS = data/DataFS.yaffs2
Data_FS_start = 0x0cd00000
Data_FS_end = 0x15900000
Data_FS_oob = 1
Data_FS_add_ecc = 0
User_FS = data/UsrFS.yaffs2
User_FS_start = 0x15900000
User_FS_end = 0x16500000
User_FS_oob = 1
User_FS_add_ecc = 0
User_Disk = data/UsrDisk.vfat
User_Disk_start = 0x16500000
User_Disk_end = 0x40000000
User_Disk_oob = 1
User_Disk_add_ecc = 0
Makefile:
CC = gcc
#specify your custmized compile flags here
CFLAGS = -Wall -g
LDFLAGS = -lconfuse
CFLAGS += -o3
pavo_nandflash:pavo_nandflash.o
$(CC) $(CFLAGS) -o $@ $^ $(LDFLAGS)
clean:
rm -rf pavo_nandflash pavo_nandflash.o
本来，理论上会读取出配置文件内容并且打印出的，可是，，我最后的运行读取结果却和配置文件开头几个东西内容完全不同。。。求解！！
11 个解决方案
#1
屏幕输出的是：
与pavo_nandflash.conf内容不同，啊。。。
正在检查配置文件
NAND_Flash = np1100.bin
U_boot = data/u-boot-nand.bin
U_boot_start = 0x0
U_boot_end = 0x0
U_boot_add_ecc = 0
Serial = data/mtd1
Serial_start = 0x0
Serial_end = 0x400000
Serial_add_ecc = 0
Kernel = data/uImage
Kernel_start = 0x0
Kernel_end = 0x0
Kernel_add_ecc = 0
ROOT_FS = data/rootfs.yaffs2
ROOT_FS_start = 0x0
ROOT_FS_end = 0x0
ROOT_FS_obb = 0
ROOT_FS_add_ecc = 0
Settings = data/Settings.yaffs2
Settings_start = 0x1800000
Settings_end = 0x2300000
Settings_obb = 1
Settings_add_ecc = 0
Program_FS = data/ProgramFS.yaffs2
Program_FS_start = 0x2300000
Program_FS_end = 0xCD00000
Program_FS_obb = 0
Program_FS_add_ecc = 0
Data_FS = data/DataFS.yaffs2
Data_FS_start = 0xCD00000
Data_FS_end = 0x15900000
Data_FS_obb = 0
Data_FS_add_ecc = 0
User_FS = data/UsrFS.yaffs2
User_FS_start = 0x15900000
User_FS_end = 0x16500000
User_FS_obb = 1
User_FS_add_ecc = 0
User_Disk = data/UsrDisk.vfat
User_Disk_start = 0x16500000
User_Disk_end = 0x40000000
User_Disk_obb = 1
User_Disk_add_ecc = 0
与pavo_nandflash.conf内容不同，啊。。。
#2
楼主用gdb调试过没？
#3
gdb我还不怎么会用啊
#4
而且。。这个源码调用cfg_parse的，没法调试。。。用cfg_parse一读取后，就是这个样子了
#5
这样的话，你就在代码中加些输出语句吧，这也是很有效的debug方式
#6
可是我用cfg_parse一读取，它就是错误的了，是不是我用法有问题？可是我看不出哪里错误啊。。
#7
先别解析这么多，先简单的解析一句，看有错误没有。
#8
简单的没问题。。
#9
printf 调试
#10
这么长，谁去看？
#11
有可能读的不是同一个文件，只是名字相同而已。
#1
屏幕输出的是：
与pavo_nandflash.conf内容不同，啊。。。
正在检查配置文件
NAND_Flash = np1100.bin
U_boot = data/u-boot-nand.bin
U_boot_start = 0x0
U_boot_end = 0x0
U_boot_add_ecc = 0
Serial = data/mtd1
Serial_start = 0x0
Serial_end = 0x400000
Serial_add_ecc = 0
Kernel = data/uImage
Kernel_start = 0x0
Kernel_end = 0x0
Kernel_add_ecc = 0
ROOT_FS = data/rootfs.yaffs2
ROOT_FS_start = 0x0
ROOT_FS_end = 0x0
ROOT_FS_obb = 0
ROOT_FS_add_ecc = 0
Settings = data/Settings.yaffs2
Settings_start = 0x1800000
Settings_end = 0x2300000
Settings_obb = 1
Settings_add_ecc = 0
Program_FS = data/ProgramFS.yaffs2
Program_FS_start = 0x2300000
Program_FS_end = 0xCD00000
Program_FS_obb = 0
Program_FS_add_ecc = 0
Data_FS = data/DataFS.yaffs2
Data_FS_start = 0xCD00000
Data_FS_end = 0x15900000
Data_FS_obb = 0
Data_FS_add_ecc = 0
User_FS = data/UsrFS.yaffs2
User_FS_start = 0x15900000
User_FS_end = 0x16500000
User_FS_obb = 1
User_FS_add_ecc = 0
User_Disk = data/UsrDisk.vfat
User_Disk_start = 0x16500000
User_Disk_end = 0x40000000
User_Disk_obb = 1
User_Disk_add_ecc = 0
与pavo_nandflash.conf内容不同，啊。。。
#2
楼主用gdb调试过没？
#3
gdb我还不怎么会用啊
#4
而且。。这个源码调用cfg_parse的，没法调试。。。用cfg_parse一读取后，就是这个样子了
#5
这样的话，你就在代码中加些输出语句吧，这也是很有效的debug方式
#6
可是我用cfg_parse一读取，它就是错误的了，是不是我用法有问题？可是我看不出哪里错误啊。。
#7
先别解析这么多，先简单的解析一句，看有错误没有。
#8
简单的没问题。。
#9
printf 调试
#10
这么长，谁去看？
#11
有可能读的不是同一个文件，只是名字相同而已。