Create a Samba server in RedHad9

In RedHad9, create a Samba server-Linux Enterprise Application-Linux server application information. For more information, see. Author: zieckey (zieckey@yahoo.com.cn)
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The simplest example is the implementation of readable and writable anonymous users.

Step 1: Configure smb. conf

Let's implement a simple function so that all users can read and write a folder shared by a Samba server;
We need to change smb. conf. First, back up the smb. conf file;

[Root @ localhost ~] # Cd/etc/samba
[Root @ localhost samba] # mv smb. conf smb. confBAK

Then we will recreate an smb. conf file;
[Root @ localhost samba] # touch smb. conf

Edit this file
[Root @ localhost samba] # gedit smb. conf

Then we write the following section into smb. conf;


[Global]
Workgroup = WuRuan
Netbios name = WuRuan01
Server string = Linux Samba Server TestServer
Security = share

Log file =/var/log/samba/% m. log
Max log size = 50
[Wuruan]
Path =/mnt/samba
Writeable = yes
Browseable = yes
Guest OK = yes

Note:
[Global] This section is a global configuration and is required. There are the following rows;

Workgroup is the working group displayed in Windows. Here I set WuRuan
Netbios name is the name of the computer displayed in Windows;
Server string is the description of the Samba server, which can be defined by yourself. This is not important;
Security is the authentication and login method. Here we use share. There are many authentication methods, one of which is also commonly used as the user authentication method. If share is used, fail to throw a pair of wonton moles? BR>
[Wuruan] the shared directory is displayed in Windows;
Path = You can set where the directory to be shared is stored;
Whether writeable can be written. Here I set it to writable;
Whether browseable can be viewed or not;
Guest OK anonymous users log on as guest;

Step 2: create a directory and grant permissions;

[Root @ localhost ~] # Mkdir-p/mnt/samba
[Root @ localhost ~] # Touch/mnt/samba/welcome_to_my_samba.txt
[Root @ localhost ~] # Id nobody
Uid = 99 (nobody) gid = 99 (nobody) groups = 99 (nobody)
[Root @ localhost ~] # Chown-R nobody: nobody/mnt/samba

Note: For nobody authorization, we first use the id command to view the information of the nobody user. We found that the user group is also nobody. We should take this as the standard. In some systems, the nobody user group is not the nobody;

Step 3: Start smbd and nmbd servers;

[Root @ localhost samba] # service smb restart

Step 4: Check the smbd process and check whether the Samba server is running;

[Root @ localhost ~] # Pgrep smbd
13564
13568

Step 5: Access Samba server sharing;

In Linux, you can use the following command for testing;
[Root @ localhost samba] # iptables-F
[Root @ localhost samba] # smbclient-L // 192.168.0.56
Password: Note: Press enter directly.


In Windows, you can use the following method to access;
Enter
\ 192.168.0.56