How to install samba on CentOS6.5
The following tutorial column of centos system introduction will introduce to you how to install samba on CentOS6.5. I hope it will be helpful to friends in need!
First install the software required for samba and install it through yum
yum install samba samba-common-3.6.9-151.el6.x86_64 //主要提供samba服务器的设置文件与设置文件语法检验程序testparm samba-client-3.6.9-151.el6.x86_64 //客户端软件,主要提供linux主机作为客户端时,所需要的工具指令集 samba-swat-3.6.9-151.el6.x86_64 //基于https协议的samba服务器web配置界面 samba-3.6.9-151.el6.x86_64 //服务器端软件,主要提供samba服务器的守护程序,共享文档,日志的轮替,开机默认选项 ls /etc/init.d chkconfig --level 345 smb on 开机自启动 service smb start 启动服务 su root 切换到root用户下 mkdir /data 新建需要分享的目录 chmod -R 777 /data 改变文件夹读写权限
vi /etc/samba/smb.conf Open the configuration file
Add
/* [workspace] comment = shmily workspace path = /data valid users = shmily write list = shmily read only = No guest ok = Yes */
useradd smbuser 添加用户 smbpasswd -a smbuser 将smbuser 添加smb用户组 service smb restart 重启服务
at the end of the win window 172.16.6.143 (the host of the smb service)
Then it can be mapped to the disk,
The above is the detailed content of How to install samba on CentOS6.5. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

Zookeeper performance tuning on CentOS can start from multiple aspects, including hardware configuration, operating system optimization, configuration parameter adjustment, monitoring and maintenance, etc. Here are some specific tuning methods: SSD is recommended for hardware configuration: Since Zookeeper's data is written to disk, it is highly recommended to use SSD to improve I/O performance. Enough memory: Allocate enough memory resources to Zookeeper to avoid frequent disk read and write. Multi-core CPU: Use multi-core CPU to ensure that Zookeeper can process it in parallel.

Backup and Recovery Policy of GitLab under CentOS System In order to ensure data security and recoverability, GitLab on CentOS provides a variety of backup methods. This article will introduce several common backup methods, configuration parameters and recovery processes in detail to help you establish a complete GitLab backup and recovery strategy. 1. Manual backup Use the gitlab-rakegitlab:backup:create command to execute manual backup. This command backs up key information such as GitLab repository, database, users, user groups, keys, and permissions. The default backup file is stored in the /var/opt/gitlab/backups directory. You can modify /etc/gitlab

On CentOS systems, you can limit the execution time of Lua scripts by modifying Redis configuration files or using Redis commands to prevent malicious scripts from consuming too much resources. Method 1: Modify the Redis configuration file and locate the Redis configuration file: The Redis configuration file is usually located in /etc/redis/redis.conf. Edit configuration file: Open the configuration file using a text editor (such as vi or nano): sudovi/etc/redis/redis.conf Set the Lua script execution time limit: Add or modify the following lines in the configuration file to set the maximum execution time of the Lua script (unit: milliseconds)

The CentOS shutdown command is shutdown, and the syntax is shutdown [Options] Time [Information]. Options include: -h Stop the system immediately; -P Turn off the power after shutdown; -r restart; -t Waiting time. Times can be specified as immediate (now), minutes ( minutes), or a specific time (hh:mm). Added information can be displayed in system messages.

Improve HDFS performance on CentOS: A comprehensive optimization guide to optimize HDFS (Hadoop distributed file system) on CentOS requires comprehensive consideration of hardware, system configuration and network settings. This article provides a series of optimization strategies to help you improve HDFS performance. 1. Hardware upgrade and selection resource expansion: Increase the CPU, memory and storage capacity of the server as much as possible. High-performance hardware: adopts high-performance network cards and switches to improve network throughput. 2. System configuration fine-tuning kernel parameter adjustment: Modify /etc/sysctl.conf file to optimize kernel parameters such as TCP connection number, file handle number and memory management. For example, adjust TCP connection status and buffer size

Using Docker to containerize, deploy and manage applications on CentOS can be achieved through the following steps: 1. Install Docker, use the yum command to install and start the Docker service. 2. Manage Docker images and containers, obtain images through DockerHub and customize images using Dockerfile. 3. Use DockerCompose to manage multi-container applications and define services through YAML files. 4. Deploy the application, use the dockerpull and dockerrun commands to pull and run the container from DockerHub. 5. Carry out advanced management and deploy complex applications using Docker networks and volumes. Through these steps, you can make full use of D

The steps for backup and recovery in CentOS include: 1. Use the tar command to perform basic backup and recovery, such as tar-czvf/backup/home_backup.tar.gz/home backup/home directory; 2. Use rsync for incremental backup and recovery, such as rsync-avz/home//backup/home_backup/ for the first backup. These methods ensure data integrity and availability and are suitable for the needs of different scenarios.

The key differences between CentOS and Ubuntu are: origin (CentOS originates from Red Hat, for enterprises; Ubuntu originates from Debian, for individuals), package management (CentOS uses yum, focusing on stability; Ubuntu uses apt, for high update frequency), support cycle (CentOS provides 10 years of support, Ubuntu provides 5 years of LTS support), community support (CentOS focuses on stability, Ubuntu provides a wide range of tutorials and documents), uses (CentOS is biased towards servers, Ubuntu is suitable for servers and desktops), other differences include installation simplicity (CentOS is thin)
