busybox

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Linux process 1:rootfs and LINUXRC

other application processes.3,/LINUXRC responsible for the system after the start of the configuration(1) It is like a house built after not directly live, but also to decorate the same; the operating system can not be used directly after startup, to configure.(2) Application layer configuration after operating system startup (usually called runtime configuration, English shorthand etc) is to make our operating system more convenient to use, more suitable for my personal hobby or practicality.4

Android Deep Explore--hal and driver development----The fifth chapter reading notes

require calibration screenConfiguring Wired Networks# ifconfig eth0 192.168.17.150 netmask 255.255.255.0 up#route add default GW 192.168.17.254 dev eth0#/system/busybox/sbin/ifconfig Querying the current IP configuration of the Development Board#/system/busybox/sbin/route Query Routing tablePut all the setup commands into the script file Linuxre (depending on the situation), to ensure that each boot can au

Kubernetes Cluster Deployment DNS Service

Cluster-dns analytic application in the cluster? Create namespaceKubectl create-f Kube-system.yaml? Create ReplicationcontrollerKubectl create-f Skydns-rc.yaml? Create serviceKubectl create-f Skydns-service.yamlDelete is to replace "create" in the above three commands with "delete"6. View the startup status of the Dns-pod[[email protected] k8s-master dns]# kubectl get pod--namespace=kube-systemNAME Ready STATUS Restartskube-dns-v11-ey14j 4/4 Running 8 1d7. View the information for the service d

Making Linux system based on grub2+busybo+linux-2.6.36 under X86 platform

X86 platform based on the grub2+busybo+linux-2.6.36 making Linux systemFirst, download the kernel source code, GRUB2 source code, and BusyBox Source: Download GRUB2 Source code ftp://ftp.gnu.org/gnu/grub/to find the desired version, here to choose grub-1.99.tar.gz Download BusyBox Source code http://www.busybox.net/downloads/to find the desired version, here to choose

Build Your own Minilinux

executable fileformats/emulations--->[*]kernelsupportforelf binaries[*]WriteELFcoredumpswithpartialsegments (NEW) 3)create a must folder and install BusyBox [Email protected] src]# tar xf busybox-1.22.1.tar.bz2 [[email protected] src]# CD Busybox-1.22.1[[email protected] Busybo x-1.22.1]# make Menuconfig #以静态编译方式编译Build Options---> [*] Build

WiFi Automation test Script

WiFi Connection test Script #!/bin/bash Cnt=0 Echo $cnt BusyBox cp/system/etc/wifi/wpa_supplicant.conf/data/misc/wifi/ Insmod/system/lib/wifi/modules/8192cu.ko BusyBox Ifconfig wlan0 up /system/bin/wpa_supplicant-dwext-iwlan0-c/data/misc/wifi/wpa_supplicant.conf Echo $# Sleep 3 #if [$#-eq 1] #then echo "into" /system/bin/wpa_cli-iwlan0 Scan /system/bin/wpa_cli-iwlan0 Scan_result /system/bin/wpa_cli-i

FS4412 Development Board Study notes (iii)

1. Re-production and file system startup or the following error occurred [ 1.955000] Request_module:runaway loop modprobe binfmt-464c //This error is due to the fact that the cross-compilation tool configuration BusyBox is not configured Found in configuration busybox setting->build options-> write prefix in cross compile arm-none-linux-gnueabi- [ 1.965000] Failed to EXECUTE/LINUXRC (error-8). Att

[Non-wifi] three kinds of Android phones connected to the network via computer method

Android phone can be WiFi internet, this is good. But when there is no WiFi, how to go on Ah, 3G---> Limited traffic, watching video is not cost-effective! Here I summarize several methods for your reference.Method One: USB cable, mobile phone wired internet1, connect the phone via USB cable to the computer, check the "settings, wireless and network binding and portable hotspot--USB binding" option, the computer will appear the virtual network card,To facilitate the resolution, the virtual netwo

Guichan on the Skyeye

1. Install the Skyeye on the ubuntu8.04 (1). APT-Get install Skyeye (2). Download Skyeye testsuite: skyeye-testsuite-1.3.0_rc1 (3). Download The busybox Linux source code. Cross compile tools: Arm-Linux-GCC 3.4.1 Busybox: busybox-1.17.2 Linux Kernel: linux-2.6.35.4 Kernel command line: Mem = 32 m console = tty0 console = ttysac0 root =/dev/Ram initrd = 0xc

Build an embedded Linux System Based on at91sam9g20

specific applications. For applications such as industrial control that do not need to update control programs frequently, it is sufficient to select a read-only file system such as caramfs, in addition, the cramfs compression rate is as high as 50%, which can greatly save our storage space. However, for applications that need to store data such as data collection, read-only file systems cannot meet the needs of application systems, we can choose a readable file system like jffs or yaffs. Howev

Arm root file system creation

1. Cross-compile busybox Version: busybox-1.22.0.tar.bz2 Modify makefile to add a cross-compiler path Arch? = Arm Cross_compile? =/Opt/arm-2009q1/bin/ARM-None-Linux-gnueabi- Configure busybox Build options ---> [*] Build busybox as a static binary (no shared libs) General configuration ---> [*] Don't use/usr Linux

Linux Device File System Analysis and usage

devices in the/dev directory during system device initialization (that is, after the system is started, the/dev directory contains the device files of various devices, which can be used directly ). In addition, it can also automatically delete the corresponding device file nodes under/dev after the device is uninstalled (this is useful for some hot swapping devices and is automatically created when plugged in, is automatically deleted when unplugging ). Another advantage is that when writing a

Access Physical Address via Devmem

Directory 1. Write in front 2.devmem use 3. Application Layer 4. Kernel Layer 1. Write in frontRecently, when debugging, you need to access physical memory at the user level, and the application layer can use the devmem tool to access the physical address. View the source code, is actually the /dev/mem operation, through the mmap can map the physical address to the virtual address of the user space, completes the reading and writing to the device register in the user sp

Initrd/initramfs (am335x)

be e.g.BusyBox and/or other applications and/or libraries. host > mkdir mnthost > gunzip ramdisk.gzhost > mount -o loop ramdisk mnt/host > ... copy stuff you want to have in ramdisk to mnt...host > umount mnthost > gzip -v9 ramdisk The resulting ramdisk.gz is now ready for usage. Note its size is smaller than Count> Cause of compression. Note: Don't forget to create/copy some basic/dev/xxx nodes to ramdisk. Note: If BusyBox or applications in ramdisk

Linux Embedded Systems: Methods and Instances

, saving the use of the/sbin/arp program. Secondly, in an embedded system, the user is no longer a general PCUsers can simplify the program interface, help online, and even simplify program functions. Busybox [2]It is a representative set of tool programs. It provides common UNIX functions such as file tools, Shell, text processing, and compression programs with a single small program. Table4. List busybox

Arm-Linux transplantation (III)-INIT process Startup Process Analysis

ARM-Linux transplantation (III)-init process Startup Process Analysis K-style Reprinted please indicate from Hengyang Normal College 08 electric 2 k-style http://blog.csdn.net/ayangke,QQ:843308498 mailbox: yangkeemail@qq.com We usually use busybox to build the necessary applications for the root file system. Busybox determines the operation to be performed by passing in parameters. When the INIT process s

Analysis of root cracking principles in Android

: ...... 4: os.writeBytes("exit\n"); 5: os.flush(); From the code above, we can see that the su program must be run first. In fact, the root secrets are all in the SU program, the android root permission Cracking Analysis describes that the default su program of the Android system can run only root and shell, which is safe. If you remove this restriction, it is root cracking! Next, we will analyze how the program obtains the root permission. If you are familiar with the Linux su command, y

Switch_root process Error Analysis

root file system found/# MountMount: No/proc/mounts/# Mount-T proc/procMount: mounting proc on/proc failed: no such file or directoryTherefore, the corresponding directory must be created in the RCS./# Mount-Mount: mounting none on/dev/SHM failed: no such file or directoryMount: mounting none on/dev/PTS failed: no such file or directoryCause Analysis: fstab is mounted in a forward manner, and SHM and PTS under/dev are overwritten when mounted to the/dev directory. Therefore, it is best to manua

Ramfs, rootfs, initrd and initramfs

execute the above process. Most other tool kits (including busybox) call this command "switch_root ".-------------------------------------------------------------------------------Populating initramfsBy default, the 2.6 kernel always generates a gzipped cpio document, which is linked with the kernel. This document is blank by default. The size of this document in x86 environment is 134 bytes.The config_initramfs_source configuration parameter specifi

Solve the problem of environment variables after mounting the root file system

parameters, this is because the/sbin/init initialization script is started by default. (The linuxrc file generated after compilation and installation of busybox is the symbol file pointing to/bin/busybox. Delete it and rewrite the script by yourself ). This method is not used in my file system, so you do not need to set init =/linuxrc. The Busybox init process

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