2024年9月29日发(作者:逄荏苒)
Juniper密码恢复
Juniper password recovery
The Juniper password recovery method, absolutely works.
On the console, the juniper router starts the first 9 seconds,
pressing the space bar (as long as it's not the return key)
Using boot-s, go to single-user mode (you can use it for details,
or help with help)
Start the shell, hint:
The system watchdog timer disabled jan 1 00:36:47 init:
/etc/: no such
File or directory enter full pathname of shell or return
for/bin/sh:
Enter single-user mode directly enter
Note: to go to multi - user operation, exit the single - user
shell (with ^ d) #
4. Mount the file system
# CD/packages
/ (actually, when you're in the single-user mode,
it's already mount, so you don't need to do it)
#. / mount. Jkernel
#. / mount. Jroute
Step 5 into recovery mode
# / usr/libexec/UI/recovery-mode
Enter configuration mode
Modify or delete the system password, save, exit.
Reboot (and haha)
A: Hit [Enter] to boot immediately, or space bar for command
prompt.
You should hit the space bar when the above prompts appear, and
the space will enter another mode as early as possible.
It's my machine boot state, there's no way to get into recovery,
who knows what the problem is?
Booting [/ kernel] in
The Type '? 'for a list of commands,' help 'for more detailed
help.
Loader > boot -s
/ - | / -| Kernel entry
Getbootinfo: magic 0x0 md 0x80c7e000 memsize 0x0
Getbootinfo: boothowto 0x1002 kernend 0x80d00000memsize
1024MB kernelname/kernel
Platform Starting
Init regular console
The Initializing octeon watchdog
GDB: debug ports: uart
GDB: current port: uart
Debugger backends: DDB GDB
The KDB: current backend: DDB
Getmemsize: msgbufp [size = 32768] = 0x8000cfe4
Copyright (c) 1996-2010, Juniper Networks, Inc.
All rights reserved.
Copyright (c) 1992-2006 The FreeBSD Project.
Copyright (c) 1979, 1980, 1983, 1986, 1988, 1989,
1993, 1994
1991, 1992,
The Regents of The University of California.
JUNOS 10.2 R3.10 # 0:2010-10-16 20:36:59 UTC
************************.net:/ volume/build/junos / 1? 0.2 /
release / 10.2 R3.10 / obj-octeon/BSD/sys/compile/J? SRXNLE
JUNOS 10.2 R3.10 # 0:2010-10-16 20:36:59 UTC
************************.net:/ volume/build/junos / 1? 0.2 /
release / 10.2 R3.10 / obj-octeon/BSD/sys/compile/J? SRXNLE
Real memory = 1073741824 (1024MB)
Avail memory = 527577088 (503MB)
Cpuid: 0, btlb_cpumap: 0xffffffff
FreeBSD/SMP: Multiprocessor System Detected: 2 CPUs
The Initializing watchdog interupt
Loading RT
The Loaded RT Fifo module
The pmap_helper loaded (interface version 6, syscall 210)
Cpu0 on motherboard
: CAVIUM's Octeon CPU rev. 0.1 with no FPU
L1缓存:我的大小是32kb(128行),D大小8kb(128行),64条路。
L2缓存:128kb大小?的方式
obio0在主板上
uart0:< octeon - 16550频道0 >在obio0上
uart0:控制台(1)n,9600年8日
twsi0 obio0上
在obio0上的DWC OTG控制器驱动>
usb0:DWC OTG控制器
使用DMA模式
初始化:端口功率?op_state = 1
初始化:电源端口(0)
usb0:DWC OTG控制器>在dwc0上的USB总线
usb0:USB 2.0修订
uhub0:供应商0x0000 DWC OTG根集线器,类9 / 0,rev 2.00 /
1.00,addr 1
uhub0:1端口,有1个可移动的,自动的
uhub1:供应商0x0409产品0x005a,class 9 / 0,rev 2.00/1.00,addr
2
uhub1:单一事务翻译
uhub1:3个端口,有2个可移动的,自动的
umass0:STMicroelectronics ST72682高速模式,rev 2.00/2.10,addr
3
pcib0:在obio0上的芯片PCI桥>
禁用Octeon大条支持
PCI状态:PCI 32位:0xc041b
pcib0:初始化控制器
PCI总线>在pcib0上
pci0:在设备1.0中(不附加任何驱动程序)
pci0:<串行总线,USB >在设备2.0(不附加驱动)
pci0:<串行总线,USB >在设备2.2(没有驱动器连接)
cpld0 obio0上
gblmem0 obio0上
octpkt0:< Octeon RGMII >在obio0上
在obio0上的< AMD / Fujitsu - 4MB >
platform_cookie_read没有实现
Timecounter“mips”频率400000000 Hz质量为0
时间每隔1万秒就会滴答
加载NETPFE以太网模块
加载E1 / T1 / j - 1司机
加载DS1 / E1媒体层;连接到媒体服务层
加载常见的多链路模块。
加载NETPFE PPPoE模块
加载netpfe服务驱动程序
加载NETPFE docsis模块
DS0司机装货
加载DS0媒体层;连接到媒体服务层
加载XDSL媒体层;连接到媒体服务层
加载IPSec司机
加载天车司机
加载拨号器驱动程序
加载ISDN司机
加载ISDN BRI媒体层;连接到媒体服务层
加载链接服务图片模块。
IPsec:初始化安全关联处理。
SMP:AP CPU # 1启动!
da0在umass-sim0总线0目标0 lun 0
da0:< ST ST72682 2.10 >远程直接访问scsi - 2设备
da0:40.000 mb / s转移
da0:1000MB(2048000 512字节扇区:64H 32S / T 1000C)
尝试创建bootdev,root分区da0s1a
试图从ufs安装根:/ dev / da0s1a
通过/附加/ cf /包/朱诺
安装在/ dev / md0上的junos包。
单用户引导
* * /dev/da0s1a
文件系统的清洁;
跳过检查
clean,46127免费(23个frags,5763块,0.0%碎片)
禁用系统看门狗定时器
输入完全路径名的shell或“恢复”,以进行根密码恢复或返回/ bin
/ sh:恢复
执行系统设置„
* * /dev/bo0s3e
文件系统干净,跳过检查
clean,12490自由(18个frags,1559块,0.1%碎片)
* * /dev/bo0s3f
文件系统干净,跳过检查
clean,173103自由(55个frags,21631块,0.0%碎片)
加载配置„
mgd:提交完成
设置初始选项:debugger_on_panic =没有调试器。
开始选守护进程:usbd(基于统一场景的设计)。
做初始网络设置:。
初始界面配置:
额外的守护进程:eventd。
savecore:/ dev / bo0s1b:没有这样的文件或目录
savecore:重新启动原因(s):0x200:底盘控制重置
savecore:没有转储
额外的路由选择:尘粒。module_path:/ boot / /内核;/ boot /模块
- > / boot / /内核;/ boot /模块;/模块
。
做额外的网络设置:。
最后网络守护进程:开始。
设置ldconfig路径:/ usr/lib / opt / lib
开始标准守护进程:cron。
最初的rc。mips初始化:。
初始化:当地包。
当地的守护进程:开始。
恐慌:硬件监视暂停NMI
cpuid = 0
KDB:堆栈跟踪检查:
SP 0x0:不是在内核中
uart_z8530_class + 0x0(0,0,0,0)ra 0 sz 0
52岁的pid过程:md0
正常运行时间:2 m24s
不能转储。没有定义转储设备。
自动重启15秒-按下控制台的键中止
——>按下控制台的键重新启动,
- >或关闭系统。
在核心敝中断异常:0
监督状态,核心0:0xfffe6fffb
平安险INT摘要:0 x0
x802626fc犯错EPC:0
Trapframe转储登记:
0:00000000at:ffffffffffffffffvv1:fffffffffffff2
a0:ffffffffffffff:ffff8010a3:00000800
t0:50800881t1:00000000t2:ffffffff80011800t3:00000800
00000000t5:00000000t6:00000000t7:00000000
t8:17d78400t9:0000000cs1:ffffffffffff
s2:00010000s3:ffffffffffff8010s4:00000004s5:00000104
s6:fffffffffffffes7:00000003k0:3480100034k1:808
0
全科医
生:ffffffffffd6f878b0s8:0000665cra:ffffffffffff8026278c
sr:50c80885mullo:00000000mulhi:0000017dbadvaddr:ffffffffc1b
d1120
原因:ffffffffc0008408pc:ffffffff8022c85c
ErrPC:00000840
当前的滴答/ soft滴答140150/140148,curproc[52]md0
PCPU转储:
cpuid = 0
curthread = 0xc1c4cba0:pid 52“md0”
ipi = 0 x0
cpuid = 1
curthread = 0xc1bda3e0:pid 21“空闲:cpu1”
ipi = 0 x0
cpuid = 2
curthread =没有
ipi = 0 x0
cpuid = 3
curthread =没有
ipi = 0 x0
cpuid = 4
curthread =没有
ipi = 0 x0
cpuid = 5
curthread =没有
ipi = 0 x0
cpuid = 6
curthread =没有
ipi = 0 x0
cpuid = 7
curthread =没有
ipi = 0 x0
cpuid = 8
curthread =没有
ipi = 0 x0
cpuid = 9
curthread =没有
ipi = 0 x0
cpuid = 10
curthread =没有
ipi = 0 x0
cpuid = 11
curthread =没有
ipi = 0 x0
从0x80000000开始的1024个单词的内存转储
0x80000000:0823f3401a4000 00000000 80055f78
0x80000010:80055fdc 8007221c aaaaaaaa
0x80000020:aaaaaaaa aaaaaaaa
0x80000030:aaaaaaaa aaaaaaaa
0x80000040:aaaaaaaa aaaaaaaa
0x80000050:aaaaaaaa aaaaaaaa
0x80000060:aaaaaaaa aaaaaaaa
0x80000070:aaaaaaaa aaaaaaaa
0x80000080:0823f363 401a4000 00000000 aaaaaaaa
0x80000090:aaaaaaaa aaaaaaaa
0x800000a0:aaaaaaaa aaaaaaaa
0x800000b0:aaaaaaaa aaaaaaaa
0x800000c0:aaaaaaaa aaaaaaaa
0x800000d0:aaaaaaaa aaaaaaaa
0x800000e0:aaaaaaaa aaaaaaaa
0x800000f0:aaaaaaaa aaaaaaaa
0x80000100:3c1a8090275ae08c1b1fff 377bffff
0x80000110:035bd024 3c1ba000035bd
0x80000120:00000000 aaaaaa aaaaaaaa
0x80000130:aaaaaaaa aaaaaaaa
0x80000140:aaaaaaaa aaaaaaaa
0x80000150:aaaaaaaa aaaaaaaa
0x80000160:aaaaaaaa aaaaaaaa
0x80000170:aaaaaaaa aaaaaaaa
0x80000180:401a6000 401b6800 335a001ad0c0
0x80000190:337b007c037ad8253c1a80a7275afc40
0x800001a0:035bd021 8f5a 03400008
0x800001b0:00000000 aaaaaa aaaaaaaa
0x800001c0:aaaaaaaa aaaaaaaa
0x800001d0:aaaaaaaa aaaaaaaa
0x800001e0:aaaaaaaa aaaaaaaa
0x800001f0:aaaaaaaa aaaaaaaa
0 x80000200:~ ~ ~ ~
0 x80000210:~ ~ ~ ~
0 x80000220:~ ~ ~ ~
0 x80000230:~ ~ ~ ~
0 x80000240:~ ~ ~ ~
0 x80000250:~ ~ ~ ~
0 x80000260:~ ~ ~ ~
0 x80000270:~ ~ ~ ~
0 x80000280:~ ~ ~ ~
0 x80000290:~ ~ ~ ~
0 x800002a0:~ ~ ~ ~
0 x800002b0:~ ~ ~ ~
0 x800002c0:~ ~ ~ ~
0 x800002d0:~ ~ ~ ~
0 x800002e0:~ ~ ~ ~
0 x800002f0:~ ~ ~ ~
0 x80000300:~ ~ ~ ~
0 x80000310:~ ~ ~ ~
0 x80000320:~ ~ ~ ~
0 x80000330:~ ~ ~ ~
0 x80000340:~ ~ ~ ~
0 x80000350:~ ~ ~ ~
0 x80000360:~ ~ ~ ~
0 x80000370:~ ~ ~ ~
0 x80000380:~ ~ ~ ~
0 x80000390:~ ~ ~ ~
0 x800003a0:~ ~ ~ ~
0 x800003b0:~ ~ ~ ~
0 x800003c0:~ ~ ~ ~
0 x800003d0:~ ~ ~ ~
0 x800003e0:~ ~ ~ ~
0 x800003f0:~ ~ ~ ~
堆栈跟踪:
cncheckc + 0 80 xc(ffffffff b4e250 ffff8010,800)。8026278 c sz
32
cngetc + 0 x1c(80 b4e250 ffffffff ffff8010 ra 800,800)f9a84 sz
24
shutdown_panic + 0 x98(80 b4e250 ffffffff ffff8010 800 fb258
sz 32,800)。
新人+ 0 x9ac(80 b4e250 ffffffff ffff8010 800 fbacc深圳
801,800)。
恐慌+ 0 x5c4(ffffffff,806,80010700,80010700)fe300 sz 48
panic_on_watchdog_timeout x78(ffffffff +
0,8071,80010700,80010700)bfd4 sz 32
re_srxsme_watchdog_intr x14c(ffffffff +
0,806,80010700,80010700)d8770 sz 24
mips_handle_this_interrupt x8c(ffffffff +
0,806,80010700,80010700)d8804深圳40
mips_handle_interrupts x60(ffffffff +
0,806,80010700,80010700)d8c24 sz 48
mips_interrupt x22c(ffffffff + 0,808,80010700,80010700)fd6cc
sz 32
MipsKernIntr + 0 x144(1欧元,80 a8b3a4 0)ra 80133530深圳360
inflate_codes + 0 x510(美国卫生和公众服务部,80 a8a3f4 a8b55c
80,
(9)ra 80134010 sz 64
mdstart_vnode + 0xa60(c1d79000,80a8a3f4,80a8b55c,9)ra
8012ff24 sz 248
md_kthread + 0x54c(c1d79000,80a8a3f4,80a8b55c,9)ra 801c2d20
sz 40
fork_exit + 0x25c(c1d79000,80a8a3f4,80a8b55c,9)ra 808fe0f8 sz
48
MipsNMIException + 0x2c(c1d79000,80a8a3f4,80a8b55c,9)ra 0 sz
0
52岁的pid过程:md0
重置系统现在„
u - boot 1.1.6(构建时间:2010年2月12日- 18:06:25)
更新:0,小调:28,序号:* * * * * * *
OCTEON cn5020 - scp传递1.1,核心时钟:400mhz,DDR时
钟:200mhz(400mhz数据速率)
DRAM:1024 MB
开始记忆文章„„
检查datalines„„好的
检查地址线„„好的
检查512K内存用于u - boot„
2024年9月29日发(作者:逄荏苒)
Juniper密码恢复
Juniper password recovery
The Juniper password recovery method, absolutely works.
On the console, the juniper router starts the first 9 seconds,
pressing the space bar (as long as it's not the return key)
Using boot-s, go to single-user mode (you can use it for details,
or help with help)
Start the shell, hint:
The system watchdog timer disabled jan 1 00:36:47 init:
/etc/: no such
File or directory enter full pathname of shell or return
for/bin/sh:
Enter single-user mode directly enter
Note: to go to multi - user operation, exit the single - user
shell (with ^ d) #
4. Mount the file system
# CD/packages
/ (actually, when you're in the single-user mode,
it's already mount, so you don't need to do it)
#. / mount. Jkernel
#. / mount. Jroute
Step 5 into recovery mode
# / usr/libexec/UI/recovery-mode
Enter configuration mode
Modify or delete the system password, save, exit.
Reboot (and haha)
A: Hit [Enter] to boot immediately, or space bar for command
prompt.
You should hit the space bar when the above prompts appear, and
the space will enter another mode as early as possible.
It's my machine boot state, there's no way to get into recovery,
who knows what the problem is?
Booting [/ kernel] in
The Type '? 'for a list of commands,' help 'for more detailed
help.
Loader > boot -s
/ - | / -| Kernel entry
Getbootinfo: magic 0x0 md 0x80c7e000 memsize 0x0
Getbootinfo: boothowto 0x1002 kernend 0x80d00000memsize
1024MB kernelname/kernel
Platform Starting
Init regular console
The Initializing octeon watchdog
GDB: debug ports: uart
GDB: current port: uart
Debugger backends: DDB GDB
The KDB: current backend: DDB
Getmemsize: msgbufp [size = 32768] = 0x8000cfe4
Copyright (c) 1996-2010, Juniper Networks, Inc.
All rights reserved.
Copyright (c) 1992-2006 The FreeBSD Project.
Copyright (c) 1979, 1980, 1983, 1986, 1988, 1989,
1993, 1994
1991, 1992,
The Regents of The University of California.
JUNOS 10.2 R3.10 # 0:2010-10-16 20:36:59 UTC
************************.net:/ volume/build/junos / 1? 0.2 /
release / 10.2 R3.10 / obj-octeon/BSD/sys/compile/J? SRXNLE
JUNOS 10.2 R3.10 # 0:2010-10-16 20:36:59 UTC
************************.net:/ volume/build/junos / 1? 0.2 /
release / 10.2 R3.10 / obj-octeon/BSD/sys/compile/J? SRXNLE
Real memory = 1073741824 (1024MB)
Avail memory = 527577088 (503MB)
Cpuid: 0, btlb_cpumap: 0xffffffff
FreeBSD/SMP: Multiprocessor System Detected: 2 CPUs
The Initializing watchdog interupt
Loading RT
The Loaded RT Fifo module
The pmap_helper loaded (interface version 6, syscall 210)
Cpu0 on motherboard
: CAVIUM's Octeon CPU rev. 0.1 with no FPU
L1缓存:我的大小是32kb(128行),D大小8kb(128行),64条路。
L2缓存:128kb大小?的方式
obio0在主板上
uart0:< octeon - 16550频道0 >在obio0上
uart0:控制台(1)n,9600年8日
twsi0 obio0上
在obio0上的DWC OTG控制器驱动>
usb0:DWC OTG控制器
使用DMA模式
初始化:端口功率?op_state = 1
初始化:电源端口(0)
usb0:DWC OTG控制器>在dwc0上的USB总线
usb0:USB 2.0修订
uhub0:供应商0x0000 DWC OTG根集线器,类9 / 0,rev 2.00 /
1.00,addr 1
uhub0:1端口,有1个可移动的,自动的
uhub1:供应商0x0409产品0x005a,class 9 / 0,rev 2.00/1.00,addr
2
uhub1:单一事务翻译
uhub1:3个端口,有2个可移动的,自动的
umass0:STMicroelectronics ST72682高速模式,rev 2.00/2.10,addr
3
pcib0:在obio0上的芯片PCI桥>
禁用Octeon大条支持
PCI状态:PCI 32位:0xc041b
pcib0:初始化控制器
PCI总线>在pcib0上
pci0:在设备1.0中(不附加任何驱动程序)
pci0:<串行总线,USB >在设备2.0(不附加驱动)
pci0:<串行总线,USB >在设备2.2(没有驱动器连接)
cpld0 obio0上
gblmem0 obio0上
octpkt0:< Octeon RGMII >在obio0上
在obio0上的< AMD / Fujitsu - 4MB >
platform_cookie_read没有实现
Timecounter“mips”频率400000000 Hz质量为0
时间每隔1万秒就会滴答
加载NETPFE以太网模块
加载E1 / T1 / j - 1司机
加载DS1 / E1媒体层;连接到媒体服务层
加载常见的多链路模块。
加载NETPFE PPPoE模块
加载netpfe服务驱动程序
加载NETPFE docsis模块
DS0司机装货
加载DS0媒体层;连接到媒体服务层
加载XDSL媒体层;连接到媒体服务层
加载IPSec司机
加载天车司机
加载拨号器驱动程序
加载ISDN司机
加载ISDN BRI媒体层;连接到媒体服务层
加载链接服务图片模块。
IPsec:初始化安全关联处理。
SMP:AP CPU # 1启动!
da0在umass-sim0总线0目标0 lun 0
da0:< ST ST72682 2.10 >远程直接访问scsi - 2设备
da0:40.000 mb / s转移
da0:1000MB(2048000 512字节扇区:64H 32S / T 1000C)
尝试创建bootdev,root分区da0s1a
试图从ufs安装根:/ dev / da0s1a
通过/附加/ cf /包/朱诺
安装在/ dev / md0上的junos包。
单用户引导
* * /dev/da0s1a
文件系统的清洁;
跳过检查
clean,46127免费(23个frags,5763块,0.0%碎片)
禁用系统看门狗定时器
输入完全路径名的shell或“恢复”,以进行根密码恢复或返回/ bin
/ sh:恢复
执行系统设置„
* * /dev/bo0s3e
文件系统干净,跳过检查
clean,12490自由(18个frags,1559块,0.1%碎片)
* * /dev/bo0s3f
文件系统干净,跳过检查
clean,173103自由(55个frags,21631块,0.0%碎片)
加载配置„
mgd:提交完成
设置初始选项:debugger_on_panic =没有调试器。
开始选守护进程:usbd(基于统一场景的设计)。
做初始网络设置:。
初始界面配置:
额外的守护进程:eventd。
savecore:/ dev / bo0s1b:没有这样的文件或目录
savecore:重新启动原因(s):0x200:底盘控制重置
savecore:没有转储
额外的路由选择:尘粒。module_path:/ boot / /内核;/ boot /模块
- > / boot / /内核;/ boot /模块;/模块
。
做额外的网络设置:。
最后网络守护进程:开始。
设置ldconfig路径:/ usr/lib / opt / lib
开始标准守护进程:cron。
最初的rc。mips初始化:。
初始化:当地包。
当地的守护进程:开始。
恐慌:硬件监视暂停NMI
cpuid = 0
KDB:堆栈跟踪检查:
SP 0x0:不是在内核中
uart_z8530_class + 0x0(0,0,0,0)ra 0 sz 0
52岁的pid过程:md0
正常运行时间:2 m24s
不能转储。没有定义转储设备。
自动重启15秒-按下控制台的键中止
——>按下控制台的键重新启动,
- >或关闭系统。
在核心敝中断异常:0
监督状态,核心0:0xfffe6fffb
平安险INT摘要:0 x0
x802626fc犯错EPC:0
Trapframe转储登记:
0:00000000at:ffffffffffffffffvv1:fffffffffffff2
a0:ffffffffffffff:ffff8010a3:00000800
t0:50800881t1:00000000t2:ffffffff80011800t3:00000800
00000000t5:00000000t6:00000000t7:00000000
t8:17d78400t9:0000000cs1:ffffffffffff
s2:00010000s3:ffffffffffff8010s4:00000004s5:00000104
s6:fffffffffffffes7:00000003k0:3480100034k1:808
0
全科医
生:ffffffffffd6f878b0s8:0000665cra:ffffffffffff8026278c
sr:50c80885mullo:00000000mulhi:0000017dbadvaddr:ffffffffc1b
d1120
原因:ffffffffc0008408pc:ffffffff8022c85c
ErrPC:00000840
当前的滴答/ soft滴答140150/140148,curproc[52]md0
PCPU转储:
cpuid = 0
curthread = 0xc1c4cba0:pid 52“md0”
ipi = 0 x0
cpuid = 1
curthread = 0xc1bda3e0:pid 21“空闲:cpu1”
ipi = 0 x0
cpuid = 2
curthread =没有
ipi = 0 x0
cpuid = 3
curthread =没有
ipi = 0 x0
cpuid = 4
curthread =没有
ipi = 0 x0
cpuid = 5
curthread =没有
ipi = 0 x0
cpuid = 6
curthread =没有
ipi = 0 x0
cpuid = 7
curthread =没有
ipi = 0 x0
cpuid = 8
curthread =没有
ipi = 0 x0
cpuid = 9
curthread =没有
ipi = 0 x0
cpuid = 10
curthread =没有
ipi = 0 x0
cpuid = 11
curthread =没有
ipi = 0 x0
从0x80000000开始的1024个单词的内存转储
0x80000000:0823f3401a4000 00000000 80055f78
0x80000010:80055fdc 8007221c aaaaaaaa
0x80000020:aaaaaaaa aaaaaaaa
0x80000030:aaaaaaaa aaaaaaaa
0x80000040:aaaaaaaa aaaaaaaa
0x80000050:aaaaaaaa aaaaaaaa
0x80000060:aaaaaaaa aaaaaaaa
0x80000070:aaaaaaaa aaaaaaaa
0x80000080:0823f363 401a4000 00000000 aaaaaaaa
0x80000090:aaaaaaaa aaaaaaaa
0x800000a0:aaaaaaaa aaaaaaaa
0x800000b0:aaaaaaaa aaaaaaaa
0x800000c0:aaaaaaaa aaaaaaaa
0x800000d0:aaaaaaaa aaaaaaaa
0x800000e0:aaaaaaaa aaaaaaaa
0x800000f0:aaaaaaaa aaaaaaaa
0x80000100:3c1a8090275ae08c1b1fff 377bffff
0x80000110:035bd024 3c1ba000035bd
0x80000120:00000000 aaaaaa aaaaaaaa
0x80000130:aaaaaaaa aaaaaaaa
0x80000140:aaaaaaaa aaaaaaaa
0x80000150:aaaaaaaa aaaaaaaa
0x80000160:aaaaaaaa aaaaaaaa
0x80000170:aaaaaaaa aaaaaaaa
0x80000180:401a6000 401b6800 335a001ad0c0
0x80000190:337b007c037ad8253c1a80a7275afc40
0x800001a0:035bd021 8f5a 03400008
0x800001b0:00000000 aaaaaa aaaaaaaa
0x800001c0:aaaaaaaa aaaaaaaa
0x800001d0:aaaaaaaa aaaaaaaa
0x800001e0:aaaaaaaa aaaaaaaa
0x800001f0:aaaaaaaa aaaaaaaa
0 x80000200:~ ~ ~ ~
0 x80000210:~ ~ ~ ~
0 x80000220:~ ~ ~ ~
0 x80000230:~ ~ ~ ~
0 x80000240:~ ~ ~ ~
0 x80000250:~ ~ ~ ~
0 x80000260:~ ~ ~ ~
0 x80000270:~ ~ ~ ~
0 x80000280:~ ~ ~ ~
0 x80000290:~ ~ ~ ~
0 x800002a0:~ ~ ~ ~
0 x800002b0:~ ~ ~ ~
0 x800002c0:~ ~ ~ ~
0 x800002d0:~ ~ ~ ~
0 x800002e0:~ ~ ~ ~
0 x800002f0:~ ~ ~ ~
0 x80000300:~ ~ ~ ~
0 x80000310:~ ~ ~ ~
0 x80000320:~ ~ ~ ~
0 x80000330:~ ~ ~ ~
0 x80000340:~ ~ ~ ~
0 x80000350:~ ~ ~ ~
0 x80000360:~ ~ ~ ~
0 x80000370:~ ~ ~ ~
0 x80000380:~ ~ ~ ~
0 x80000390:~ ~ ~ ~
0 x800003a0:~ ~ ~ ~
0 x800003b0:~ ~ ~ ~
0 x800003c0:~ ~ ~ ~
0 x800003d0:~ ~ ~ ~
0 x800003e0:~ ~ ~ ~
0 x800003f0:~ ~ ~ ~
堆栈跟踪:
cncheckc + 0 80 xc(ffffffff b4e250 ffff8010,800)。8026278 c sz
32
cngetc + 0 x1c(80 b4e250 ffffffff ffff8010 ra 800,800)f9a84 sz
24
shutdown_panic + 0 x98(80 b4e250 ffffffff ffff8010 800 fb258
sz 32,800)。
新人+ 0 x9ac(80 b4e250 ffffffff ffff8010 800 fbacc深圳
801,800)。
恐慌+ 0 x5c4(ffffffff,806,80010700,80010700)fe300 sz 48
panic_on_watchdog_timeout x78(ffffffff +
0,8071,80010700,80010700)bfd4 sz 32
re_srxsme_watchdog_intr x14c(ffffffff +
0,806,80010700,80010700)d8770 sz 24
mips_handle_this_interrupt x8c(ffffffff +
0,806,80010700,80010700)d8804深圳40
mips_handle_interrupts x60(ffffffff +
0,806,80010700,80010700)d8c24 sz 48
mips_interrupt x22c(ffffffff + 0,808,80010700,80010700)fd6cc
sz 32
MipsKernIntr + 0 x144(1欧元,80 a8b3a4 0)ra 80133530深圳360
inflate_codes + 0 x510(美国卫生和公众服务部,80 a8a3f4 a8b55c
80,
(9)ra 80134010 sz 64
mdstart_vnode + 0xa60(c1d79000,80a8a3f4,80a8b55c,9)ra
8012ff24 sz 248
md_kthread + 0x54c(c1d79000,80a8a3f4,80a8b55c,9)ra 801c2d20
sz 40
fork_exit + 0x25c(c1d79000,80a8a3f4,80a8b55c,9)ra 808fe0f8 sz
48
MipsNMIException + 0x2c(c1d79000,80a8a3f4,80a8b55c,9)ra 0 sz
0
52岁的pid过程:md0
重置系统现在„
u - boot 1.1.6(构建时间:2010年2月12日- 18:06:25)
更新:0,小调:28,序号:* * * * * * *
OCTEON cn5020 - scp传递1.1,核心时钟:400mhz,DDR时
钟:200mhz(400mhz数据速率)
DRAM:1024 MB
开始记忆文章„„
检查datalines„„好的
检查地址线„„好的
检查512K内存用于u - boot„