这边文章讲述的是坏快检测功能
思路：
1.第一次烧录固件会实现跳坏块，但是后续使用会导致坏块的产生；
于是我在uboot环境变量添加了两个变量来控制坏快
lb_badnum = //坏块个数
lb_badoff = //坏块所在位置
2.第一次开机会根据lb_badnum是否存在判断,如果不存在则保存上面坏块信息,跳过坏块功能
3.第二次开机之后会获取环境变量lb_badnum和lb_badoff;
3.1.然后检测实际坏块数,进行对比,如果有新增坏块, 则判断新坏块产生的所在分区;
3.2.然后判断所在分区坏块大小加上固件大小后是否超出划分的分区空间;
3.3.执行对应的分区还原;
commit 938fca8d71efa3f0199d5dde055373e9b83b9094 (HEAD -> master)
Author: longmin <1938049502@qq.com>
Date: Tue Dec 10 16:44:44 2024 +0800add cmd_lbbad.c support bad block detection functiondiff --git a/boot/common/Kconfig b/boot/common/Kconfig
index 516a279af..11cb2c30a 100755
--- a/boot/common/Kconfig
+++ b/boot/common/Kconfig
@@ -365,4 +365,10 @@ config XZconfig MZbool "MZ"config SILENT_CONSOLE
- bool "SILENT_CONSOLE"
\ No newline at end of file
+ bool "SILENT_CONSOLE"
+
+config CMD_LBBAD
+ bool "LBBAD"
+ help
+ This enables the command CONFIG_CMD_LBBAD power on detection of bad
+ blocks.
\ No newline at end of file
diff --git a/boot/common/Makefile b/boot/common/Makefile
index 85ba0bffd..0d54285f5 100755
--- a/boot/common/Makefile
+++ b/boot/common/Makefile
@@ -344,4 +344,5 @@ endifobj-$(CONFIG_CMD_LBCHK) += cmd_lbchk.oobj-$(CONFIG_CMD_LBFDT) += cmd_lbfdt.o
+obj-$(CONFIG_CMD_LBBAD) += cmd_lbbad.oobj-y += cmd_sar.o
diff --git a/boot/common/autoboot.c b/boot/common/autoboot.c
index 60f7b2291..927dcd18a 100755
--- a/boot/common/autoboot.c
+++ b/boot/common/autoboot.c
@@ -585,6 +585,10 @@ void autoboot_command(const char *s)boot:debug("### main_loop: bootcmd=\"%s\"\n", s ? s : "<UNDEFINED>");
+#if defined (CONFIG_CMD_LBBAD)
+ extern int run_lbbadblock(void);
+ run_lbbadblock(); /* bad block inspection */
+#endif#if defined (CONFIG_CMD_LBCHK) && defined (LONBON_CHECK_RUNCMD)extern int run_lbcheck(int cmd);run_lbcheck(LONBON_CHECK_RUNCMD);
diff --git a/boot/common/cmd_lbbad.c b/boot/common/cmd_lbbad.c
new file mode 100755
index 000000000..e9c9106e0
--- /dev/null
+++ b/boot/common/cmd_lbbad.c
@@ -0,0 +1,497 @@
+#include <common.h>^M
+#include <command.h>^M
+#include <malloc.h>^M
+#include <nand.h>^M
+#include <u-boot/md5.h>^M
+#include <asm/io.h> ^M
+#include <spi.h>^M
+#include <spi_flash.h>^M
+#if (1 == CONFIG_LONBON_LED) || (1 == LONBON_CMD_CHECK_2BTN_FOR_RESTORE)^M
+#include "../drivers/mstar/gpio/infinity2m/gpio.h"^M
+#include "../drivers/mstar/gpio/drvGPIO.h"^M
+#endif^M
+^M
+//#define LB_DEBUG^M
+^M
+#ifdef LB_DEBUG^M
+#define LBCHK_DEBUG(msg...) printf(msg)^M
+#else^M
+#define LBCHK_DEBUG(msg...) do{}while(0)^M
+#endif^M
+^M
+typedef int BOOL;^M
+^M
+#ifndef FALSE^M
+#define FALSE 0^M
+#endif^M
+^M
+#ifndef TRUE^M
+#define TRUE 1^M
+#endif^M
+^M
+#ifdef CONFIG_YAFFS2^M
+extern void cmd_yaffs_devconfig(char *mp, int flash_dev, int start_block, int end_block);^M
+extern void cmd_yaffs_mount(char *mp);^M
+extern void cmd_yaffs_umount(char *mp);^M
+extern void cmd_yaffs_mread_file(char *fn, char *addr);^M
+#endif ^M
+^M
+#define BADBLOCK_MAX 200^M
+^M
+extern int lb_nand_get_badblock_number(ulong *badblock_list);^M
+extern int lbcmd_get_imagename_by_cmd(char* imgname, unsigned char cmd);^M
+extern int lonbon_get_partitions(const char *part_name, uint *part_offset, uint *part_size);^M
+extern int lonbon_get_partitions_name(uint *off, char *part_name, uint *part_offset, uint *part_size);^M
+extern int lb_nand_flash_partition_baseAddr(const char *part_name, uint *part_offset, uint *part_size);^M
+^M
+typedef struct {^M
+ int uboot;^M
+ int kernel;^M
+ int rootfs;^M
+ int backup;^M
+ int ro;^M
+ int rw;^M
+ int ipl;^M
+ int ipl_cust;^M
+ int logo;^M
+ int factory;^M
+ int lbcmd;^M
+ int lbflash;^M
+ int lbcfg;^M
+ int env;^M
+ int key_cust;^M
+} lb_bad_partition_t;^M
+^M
+int lonbon_set_badnum(int number)^M
+{^M
+ unsigned char badnum[2];^M
+ if(number) {^M
+ memset(badnum,0,2);^M
+ badnum[0] = number + 0x30; ^M
+ setenv("lb_badnum", (const char *)badnum);^M
+ run_command("saveenv", 0);^M
+ return 0;^M
+ }^M
+ return -1;^M
+}^M
+^M
+int lonbon_get_badnum(void)^M
+{^M
+ char * lb_badnum = getenv("lb_badnum");^M
+ unsigned char badnum[2];^M
+^M
+ if(lb_badnum) {^M
+ badnum[0] = *lb_badnum - 0x30; ^M
+ printf("old bad_block number= %d\n",badnum[0]);^M
+ return badnum[0];^M
+ }else{^M
+ printf("%s lb_badnum=null\n", __func__);^M
+ return -1;^M
+ }^M
+ return 0;^M
+}^M
+^M
+int lonbon_number_exist(int all_number, ulong *badblock_list, ulong number){^M
+ int i;^M
+ for(i=0; i < all_number; i++)^M
+ {^M
+ if(*(badblock_list+i) == number)^M
+ {^M
+ return i;^M
+ }^M
+ }^M
+ return -1;^M
+}^M
+^M
+int lonbon_new_badblock(int all_number, ulong *badblock_list, int env_number, ulong *old_badblock_list,ulong *add_badblock_list)^M
+{^M
+ int i, j, k = 0;^M
+ bool flag;^M
+ for (i=0; i < all_number; i++){^M
+ flag = false;^M
+ for (j=0; j < all_number; j++){^M
+ if( badblock_list[i] == old_badblock_list[j] )^M
+ flag = true;^M
+ }^M
+^M
+ if(flag == false){^M
+ *(add_badblock_list + k) = badblock_list[i];^M
+ k++;^M
+ }^M
+^M
+ }^M
+^M
+ return 0;^M
+}^M
+^M
+^M
+int lonbon_get_bad_offset(int all_number, ulong *badblock_list, int number)^M
+{^M
+ int i;^M
+ char *lb_badoff = getenv("lb_badoff");^M
+ char badb_offset[1024]= {0};^M
+ ulong old_badb_list[all_number];^M
+ ulong *old_badblock_list = &old_badb_list[0];^M
+ ulong add_badb_list[all_number];^M
+ ulong *add_badblock_list = &add_badb_list[0];^M
+ char *lb_bad_off;^M
+ ulong num;^M
+^M
+ if(all_number == 0){^M
+ printf("%s not badblock_list\n", __func__);^M
+ return 0;^M
+ }^M
+^M
+ if(lb_badoff){^M
+ strcpy(badb_offset,lb_badoff);^M
+ lb_bad_off = strtok(badb_offset, "-");^M
+ num = simple_strtol(lb_bad_off, NULL, 16);^M
+ old_badb_list[0] = num;^M
+ for(i=1; i < all_number;i++ ){^M
+ lb_bad_off = strtok(NULL ,"-");^M
+ num = simple_strtol(lb_bad_off, NULL, 16);^M
+ old_badb_list[i] = num;^M
+ }^M
+ }^M
+ /* determine the partition location of the new bad block */^M
+ lonbon_new_badblock(all_number, badblock_list, number, old_badblock_list, add_badblock_list);^M
+ for(i=0; i < all_number; i++){^M
+ *(badblock_list + i) = 0;^M
+ }^M
+ for(i=0; i<number;i++){^M
+ *(badblock_list + i) = add_badb_list[i];^M
+ }^M
+^M
+ return 1;^M
+}^M
+^M
+int lonbon_set_bad_offset(int number, ulong *badblock_list)^M
+{^M
+ int i;^M
+ char commandline[10] = {0};^M
+ char badb_addr[1024]= {0};^M
+ if(number > 0) {^M
+ for(i=0;i<number;i++){^M
+ sprintf(commandline,"%08lx-", *(badblock_list+i));^M
+ strcat(badb_addr,commandline);^M
+ }^M
+ //printf("lonbon_set_bad_offset badblock_list:%s\n",badb_addr);^M
+ setenv("lb_badoff", (const char *)badb_addr);^M
+ run_command("saveenv", 0);^M
+ return number;^M
+ }^M
+ return 0;^M
+}^M
+^M
+int lonbon_set_partitions(lb_bad_partition_t *lb_part, char *part_name)^M
+{^M
+ //printf("%s %s \n",__func__,part_name);^M
+ if(strcmp(part_name, "UBOOT0") == 0||strcmp(part_name, "UBOOT1") == 0){^M
+ lb_part->uboot += 1;^M
+ }else if(strcmp(part_name, "rootfs") == 0){^M
+ lb_part->rootfs += 1; ^M
+ }else if(strcmp(part_name, "KERNEL") == 0||strcmp(part_name, "RECOVERY") == 0){^M
+ lb_part->kernel += 1;^M
+ }else if(strcmp(part_name, "backup") == 0){^M
+ lb_part->backup += 1;^M
+ }else if(strcmp(part_name, "ro") == 0){^M
+ lb_part->ro += 1;^M
+ }else if(strcmp(part_name, "rw") == 0){^M
+ lb_part->rw += 1;^M
+ }else if(strcmp(part_name, "IPL0") == 0||strcmp(part_name, "IPL1") == 0){^M
+ lb_part->ipl += 1;^M
+ }else if(strcmp(part_name, "IPL_CUST0") == 0||strcmp(part_name, "IPL_CUST1") == 0){^M
+ lb_part->ipl_cust += 1;^M
+ }else if(strcmp(part_name, "LOGO") == 0){^M
+ lb_part->logo += 1;^M
+ }else if(strcmp(part_name, "factory") == 0){^M
+ lb_part->factory += 1;^M
+ }else if(strcmp(part_name, "lbcmd") == 0){^M
+ lb_part->lbcmd += 1;;^M
+ }else if(strcmp(part_name, "lbflash") == 0||strcmp(part_name, "lbflash2") == 0){^M
+ lb_part->lbflash += 1;^M
+ }else if(strcmp(part_name, "lbcfg") == 0||strcmp(part_name, "lbcfg2") == 0){^M
+ lb_part->lbcfg += 1;^M
+ }else if(strcmp(part_name, "ENV") == 0||strcmp(part_name, "ENV1") == 0){^M
+ lb_part->env += 1;^M
+ }else if(strcmp(part_name, "KEY_CUST") == 0){^M
+ lb_part->key_cust += 1;^M
+ }else{^M
+ return -1;^M
+ }^M
+^M
+ return 0;^M
+}^M
+^M
+void lonbon_printf_bad(int num){^M
+^M
+ switch (num)^M
+ {^M
+ case 0: printf("\n");^M
+ printf("##############################################################################\n");^M
+ printf("##############################################################################\n");^M
+ printf("############################ bad block list:##################################\n");^M
+ break;^M
+ case 1: printf("\nstart all bad block list:\n");^M
+ break;^M
+ case 2: printf("\n");^M
+ printf("add bad block:\n");^M
+ printf("\n");^M
+ break;^M
+ case 3: printf("\n");^M
+ printf("##############################################################################\n");^M
+ printf("##############################################################################\n");^M
+ printf("\n");^M
+ break;^M
+ }^M
+^M
+}^M
+^M
+uint lonbon_get_pattition_firmware_size(char *fileName){^M
+ char *mntpoint = "/factory";^M
+ uint part_offset;^M
+ uint part_size;^M
+ int start_block;^M
+ int end_block;^M
+^M
+ char filename[100] = {0};^M
+ unsigned long addr= 0x21000000;^M
+ lb_nand_flash_partition_baseAddr("factory", &part_offset, &part_size);^M
+ if(!part_offset || !part_size) {^M
+ printf("#ERROR: No factory partition is found\n");^M
+ return -1;^M
+ }^M
+^M
+ start_block = part_offset/(128*1024); /* Nand flash block size is 128 KB */^M
+ end_block = (part_offset+part_size)/(128*1024)-1;^M
+^M
+ cmd_yaffs_devconfig(mntpoint,0,start_block,end_block); ^M
+ cmd_yaffs_mount(mntpoint);^M
+ sprintf(filename, "%s/%s", mntpoint, fileName);^M
+ cmd_yaffs_mread_file(filename, (char *)addr);^M
+ char *str_env = getenv("filesize");^M
+ ulong filesize = simple_strtoul(str_env, NULL, 16);^M
+ size_t blocksize = nand_info[0].erasesize;^M
+ ulong wsize=(filesize/blocksize+1)*blocksize;^M
+ cmd_yaffs_umount(mntpoint);^M
+ printf("longbon filename=%s str_env=%s filesize=%lx wsize=%lx \n",filename,str_env,filesize,wsize);^M
+ return wsize;^M
+^M
+}^M
+^M
+int lonbon_pattition_firmware_size(unsigned char cmd, char *part_name, int bad_number)^M
+{^M
+ char firmware_name[32] = {0};^M
+ char *firmware_part_name = &firmware_name[0];^M
+ uint part_offset, part_size;^M
+ ulong firmware_size, firmware_size_bad;^M
+ size_t blocksize = nand_info[0].erasesize;^M
+^M
+ /* get firmware name */^M
+ lbcmd_get_imagename_by_cmd(firmware_part_name, cmd);^M
+ /* get firmware size */^M
+ firmware_size = lonbon_get_pattition_firmware_size(firmware_part_name);^M
+ /* the size after adding the bad block */^M
+ firmware_size_bad = firmware_size +( blocksize * bad_number);^M
+ /* get partitions total size */^M
+ lonbon_get_partitions(part_name, &part_offset, &part_size);^M
+^M
+ /* partitions total size > firmware size add bad block size */^M
+ if( part_size > firmware_size_bad)^M
+ {^M
+ printf("\nlonbon %s is OK! part_size=%x firmware_size_bad=%lx \n",__func__,part_size,firmware_size_bad);^M
+ return 1; ^M
+ }^M
+ else {^M
+ printf("\nlonbon %s error!! part_size=%x firmware_size_bad=%lx \n",__func__,part_size,firmware_size_bad);^M
+ return -1;^M
+ }^M
+ return 0;^M
+}^M
+^M
+void lonbon_printf_bad_block(lb_bad_partition_t *lb_bad_partition, int number, ulong *bad_list, int new_number, ulong *new_bad_list){^M
+^M
+ int i, ret, flags = 0;^M
+ char write[20] = {' '};^M
+ char *write_t = &write[0];^M
+ char part_name[10] = {'0'};^M
+ char *part_name_t = &part_name[0];^M
+ ulong *badblock_list = bad_list;^M
+ char commandline[30] = {0};^M
+ uint lbflash_offset = 0,lbflash_size = 0;^M
+ lonbon_printf_bad(1);^M
+ for(i=0; i< number; i++){^M
+ memset(part_name,0,sizeof(part_name));^M
+ lonbon_get_partitions_name((uint *) *(badblock_list+i), part_name_t, &lbflash_offset, &lbflash_size);^M
+ printf("bad[%d]=0x%08lx name=%s off=0x%08x size=0x%08x end=0x%08x \n",^M
+ i, *(badblock_list+i), part_name_t, lbflash_offset, lbflash_size ,(lbflash_offset +lbflash_size -1) );^M
+ }^M
+ if(new_number > 0){^M
+ lonbon_printf_bad(2);^M
+ for(i=0; i< new_number; i++){^M
+ printf(" 0x%08lx \n", *(new_bad_list + i));^M
+ }^M
+ }^M
+ if(lb_bad_partition->factory > 0){^M
+ printf("\n warn factory partition are bad blocks !!!\n\n");^M
+ }^M
+ if(lb_bad_partition->uboot > 0){^M
+ printf("\n warn uboot partition are bad blocks !!!\n\n");^M
+ ret = lonbon_pattition_firmware_size(1,"uboot",lb_bad_partition->uboot);^M
+ if(ret > 0){^M
+ strcat(write,"1 ");^M
+ flags++;^M
+ }else{^M
+ printf("\n%s error!!!uboot insufficient partition space !!!\n",__func__ );^M
+ }^M
+ }^M
+ if(lb_bad_partition->kernel > 0){^M
+ printf("\n warn kernel partition are bad blocks !!!\n\n");^M
+ ret = lonbon_pattition_firmware_size(2,"kernel",lb_bad_partition->kernel);^M
+ if(ret > 0){^M
+ strcat(write,"2 ");^M
+ flags++;^M
+ }else{^M
+ printf("\n%s error!!!kernel insufficient partition space !!!\n",__func__ );^M
+ }^M
+ }^M
+ if(lb_bad_partition->rootfs > 0){^M
+ printf("\n warn rootfs partition are bad blocks !!!\n\n");^M
+ ret = lonbon_pattition_firmware_size(3,"rootfs",lb_bad_partition->rootfs);^M
+ if(ret > 0){^M
+ strcat(write,"3 ");^M
+ flags++;^M
+ }else{^M
+ printf("\n%s error!!!rootfs insufficient partition space !!!\n",__func__ );^M
+ }^M
+ }^M
+ if(lb_bad_partition->backup > 0){^M
+ printf("\n warn backup partition are bad blocks !!!\n\n");^M
+ }^M
+ if(lb_bad_partition->ro > 0){^M
+ printf("\n warn ro partition are bad blocks !!!\n\n");^M
+ }^M
+ if(lb_bad_partition->rw > 0){^M
+ printf("\n warn rw partition are bad blocks !!!\n\n");^M
+ }^M
+ if(lb_bad_partition->ipl > 0){^M
+ printf("\n warn ipl partition are bad blocks !!!\n\n");^M
+ ret = lonbon_pattition_firmware_size(6,"ipl",lb_bad_partition->ipl);^M
+ if(ret > 0){^M
+ strcat(write,"6 ");^M
+ flags++;^M
+ }else{^M
+ printf("\n%s error!!!ipl insufficient partition space !!!\n",__func__ );^M
+ }^M
+ }^M
+ if(lb_bad_partition->ipl_cust > 0){^M
+ printf("\n warn ipl_cust partition are bad blocks !!!\n\n");^M
+ ret = lonbon_pattition_firmware_size(7,"ipl",lb_bad_partition->ipl_cust);^M
+ if(ret > 0){^M
+ strcat(write,"7 ");^M
+ flags++;^M
+ }else{^M
+ printf("\n%s error!!!ipl_cust insufficient partition space !!!\n",__func__ );^M
+ }^M
+ }^M
+ if(lb_bad_partition->logo > 0){^M
+ printf("\n warn logo partition are bad blocks !!!\n\n");^M
+ ret = lonbon_pattition_firmware_size(8,"logo",lb_bad_partition->logo);^M
+ if(ret > 0){^M
+ //run_command("lbupgrade write 8", 0);^M
+ strcat(write,"8 ");^M
+ flags++;^M
+ }else{^M
+ printf("\n%s error!!!logo insufficient partition space !!!\n",__func__ );^M
+ }^M
+ }^M
+^M
+ if (flags > 0){^M
+ sprintf(commandline,"lbupgrade write %s", write_t);^M
+ printf("\nlonbon %s run_command: %s !!!\n", __func__ , commandline);^M
+ run_command(commandline, 0);^M
+ }^M
+^M
+ lonbon_printf_bad(3);^M
+^M
+}^M
+^M
+/* bad block inspection */^M
+int run_lbbadblock(void) ^M
+{^M
+ lb_bad_partition_t lb_bad_partition ={0,0,0,0,0,0,0,0,0,0,0,0,0,0,0};^M
+ lb_bad_partition_t *lb_bad_partition_r = &lb_bad_partition;^M
+ int ret, i;^M
+ char part_name[10] = {'0'};^M
+ char *part_name_t = &part_name[0];^M
+ uint lbflash_offset = 0,lbflash_size = 0;^M
+ ulong badblock_list[BADBLOCK_MAX];^M
+ ulong *list_badblock = &badblock_list[0];^M
+ int badblock_number , lb_badnum;^M
+ bool new_badblock = false; ^M
+^M
+ lonbon_printf_bad(0);^M
+ memset(badblock_list,0,sizeof(badblock_list));^M
+ badblock_number = lb_nand_get_badblock_number(list_badblock);^M
+ ulong bad_list[badblock_number];^M
+ ulong *bad_list_t = &bad_list[0];^M
+^M
+ for( i = 0; i < badblock_number; i++){^M
+ bad_list[i] = badblock_list[i];^M
+ }^M
+^M
+ if(badblock_number < 0){^M
+ printf("error! get badblock number failed! :%d\n",badblock_number);^M
+ return badblock_number;^M
+ }else{^M
+ printf("bad badblock number: %d\n",badblock_number);^M
+ }^M
+ ^M
+ lb_badnum = lonbon_get_badnum();/* get lb_badnum */^M
+ if(lb_badnum < 0){ /* the first burning is not processed */^M
+^M
+ ret = lonbon_set_badnum(badblock_number);/* directly save the number of burned blocks */^M
+ if(ret < 0){^M
+ printf("error %s badblock_number=null\n",__func__); ^M
+ }^M
+ printf("lonbon %s init badblock\n",__func__);^M
+ ret = lonbon_set_bad_offset(badblock_number, list_badblock);/* save bad block address*/^M
+ return 0;^M
+^M
+ }else{ /* after the second boot, go here */^M
+ if(badblock_number == lb_badnum){ /* equal means there are no bad blocks */^M
+ printf("lonbon %s not new badblock\n",__func__);^M
+^M
+ }else{ /* unequal means there are bad blocks */^M
+ printf("%s new badblock number= %d\n",__func__, badblock_number - lb_badnum);^M
+ ret = lonbon_set_badnum(badblock_number);^M
+ if(ret < 0){^M
+ printf("error %s badblock_number=null\n",__func__);^M
+ }else{^M
+ new_badblock = true; /* mark the newly added bad block symbol */^M
+ } ^M
+ }^M
+ }^M
+^M
+ if(new_badblock == true ){/* there are new bad blocks added */^M
+ /* Get env bad block address */^M
+ ret = lonbon_get_bad_offset(badblock_number, list_badblock ,badblock_number - lb_badnum);^M
+^M
+ for(i=0; i< badblock_number - lb_badnum; i++){^M
+ memset(part_name,0,sizeof(part_name));^M
+ lonbon_get_partitions_name((uint *) badblock_list[i], part_name_t, &lbflash_offset, &lbflash_size);^M
+ ret = lonbon_set_partitions(lb_bad_partition_r, part_name_t);^M
+ }^M
+ printf("%s new_badblock=true\n",__func__);^M
+^M
+ }^M
+ ^M
+ lonbon_printf_bad_block(lb_bad_partition_r, badblock_number, bad_list_t, badblock_number - lb_badnum, list_badblock);^M
+^M
+ if(new_badblock == true){/* if a new bad block is added, restart and enter restore mode */^M
+ ret = lonbon_set_bad_offset(badblock_number, bad_list_t);/* save bad block address */^M
+ new_badblock = false;^M
+ run_command("reset", 0);^M
+ }^M
+ return 0;^M
+}^M
diff --git a/boot/common/cmd_mtdparts.c b/boot/common/cmd_mtdparts.c
index f6940a6f2..172750152 100755
--- a/boot/common/cmd_mtdparts.c
+++ b/boot/common/cmd_mtdparts.c
@@ -1331,6 +1331,63 @@ int lonbon_get_partitions(const char *part_name, uint *part_offset, uint *part_s}return -1;}
+
+int lonbon_strcpy_name(char *part_name,char *name)
+{
+ char str[10];
+ int len,i;
+ strcpy(str,name);
+ len = strlen(str);
+ for(i=0; i < len; i++){
+ *(part_name+i) = str[i];
+ }
+ return 0;
+}
+/**
+* obtain the partition name of the address by passing it through.
+*/
+
+int lonbon_get_partitions_name(uint *off, char *part_name, uint *part_offset, uint *part_size)
+{
+ struct list_head *dentry, *pentry;
+ struct part_info *part;
+ struct mtd_device *dev;
+ int part_num;
+ uint *part_offset_closure;
+
+ if (!part_name) {
+ printf("the part name is empty\n");
+ //return -1;
+ }
+
+ if (list_empty(&devices)) {
+ printf("the partitions list is empty\n");
+ return -1;
+ }
+
+ if (mtdparts_init() != 0)
+ return -1;
+
+ list_for_each(dentry, &devices) {
+ dev = list_entry(dentry, struct mtd_device, link);
+ part_num = 0;
+ list_for_each(pentry, &dev->parts) {
+ part = list_entry(pentry, struct part_info, link);
+ //printf("%2d:%s 0x%08llx 0x%08llx\n",part_num, part->name, part->size,part->offset);
+ part_offset_closure = part->offset + part->size;
+ if(part_offset_closure > off){
+
+ lonbon_strcpy_name(part_name,part->name);
+ *part_offset = part->offset;
+ *part_size = part->size;
+ return 0;
+ }
+ part_num++;
+ }
+ }
+ return -1;
+}
+#endif/*** Format and print out a partition list for each device from global device
diff --git a/boot/common/cmd_nand.c b/boot/common/cmd_nand.c
index 64b0bd26b..897d9401b 100755
--- a/boot/common/cmd_nand.c
+++ b/boot/common/cmd_nand.c
@@ -718,10 +718,14 @@ static int do_nand(cmd_tbl_t *cmdtp, int flag, int argc, char * const argv[])nand = &nand_info[dev];if (strcmp(cmd, "bad") == 0) {
- printf("\nDevice %d bad blocks:\n", dev);
+ int j = 0;
+ //printf("\nDevice %d bad blocks:\n", dev);for (off = 0; off < nand->size; off += nand->erasesize)
- if (nand_block_isbad(nand, off))
+ if (nand_block_isbad(nand, off)){printf(" %08llx\n", (unsigned long long)off);
+ j++;
+ }
+ printf("bad number %d blocks:\n", j);return 0;}@@ -1466,6 +1470,31 @@ static int lb_nand_erase(uint start_addr, uint part_size, uint length)return 0;}
+#define BADBLOCK_MAX 200
+int lb_nand_get_badblock_number(ulong *badblock_list)
+{
+ int j = 0;
+ ulong off,badblock_addr[BADBLOCK_MAX];
+ nand_info_t *nand = &nand_info[0];
+ char commandline[16];
+ char badb_addr[1024];
+ memset(badblock_addr,0,sizeof(badblock_addr));
+ memset(commandline,0,sizeof(commandline));
+ memset(badb_addr,0,sizeof(badb_addr));
+ printf("\n");
+ for (off = 0; off < nand->size; off += nand->erasesize)
+ if (nand_block_isbad(nand, off)){
+ //printf("lonbon bad blocks %08llx\n", (unsigned long long)off);
+ badblock_addr[j] = off;
+ j++;
+ }
+ printf("\n");
+ for(int i = 0; i < j; i++){
+ //printf("\nlonbon %08lx\n", badblock_addr[i]);
+ badblock_list[i] = badblock_addr[i];
+ }
+ return j;
+}diff --git a/boot/include/configs/infinity2m.h b/boot/include/configs/infinity2m.h
index c5d5d8ea1..19a44747b 100755
--- a/boot/include/configs/infinity2m.h
+++ b/boot/include/configs/infinity2m.h
@@ -39,6 +39,7 @@#define LONBONVOIP#ifdef LONBONVOIP#define CONFIG_CMD_LBCHK
+#define CONFIG_CMD_LBBAD#define CONFIG_LB_MD5========================================================================
第一次开机
第二次开机
第N次开机后产生新坏块
