Slackware EyooLinux server configuration instructions

 

(1) driver Loading

Driver loading, mainly the NIC Driver. First, find the NIC:

Lspci | grep net

If not found, first check whether the NIC is plugged in. Check the loaded driver again:

Pciprobe

When this command is run, several drivers are available for loading. To view the driver information, such as pcnet32, run the following command:

Modinfo-F description pcnet32

Based on the above commands, you can find out the driver you need, and finally load, such as loading pcnet32:

Modprobe pcnet32

You can also perform the following operations on the array card driver:

Lspci | grep RAID // view the array card device

Pciprobe // find the driver. Suppose sata_promise is found.

Modinfo-F description sata_promise // view driver information

Modprobe sata_promise // load the driver

(2) Network Configuration

This module mainly configures the nic ip address. eyoolinux uses the slackware release, and its Nic configuration file is different from RedHat. The NIC configuration file of eyoolinux is in the/etc/rc. d/rc. inet1.conf file.

Vi/etc/rc. d/rc. inet1.conf

You can configure the NIC.

In theory, slackware supports multiple NICs. In the configuration file, the configurations of each NIC are distinguished in arrays.

For example, IPADDR [0] = "192.168.1.252" indicates the IP address of eth0.

IPADDR [1] = "192.168.1.253" indicates the IP address of eth1, and so on.

The same is true for subnet mask and HDCP. You can configure other Nic information in the form of array 0.

After configuring the NIC, remember to restart it:

/Etc/rc. d/rc. inet1 restart // the configuration file rc. inet1 is rc. inet1.conf.

(3) samba Configuration

The configuration file/etc/samba/smb. conf only describes how to add samba users:

For example, to add a user max

First, add the System user max

Useradd max

Add samba users

Smbpasswd-a max

Then add max to the valid users line in/etc/samba/smb. conf.

Finally, restart samba.

/Etc/rc. d/rc. samba restart

(4) array card configuration

This mainly applies to the configuration of soft arrays. For hard arrays, there are very few real hard arrays on the market (see the forum post Serial ATA (SATA)-Support for linux ), this is not an introduction. Linux soft arrays are more stable and efficient than pseudo arrays ^_^.

Step 1: Create

Mdadm-C/dev/md0-l0-n2/dev/sd [AB] 1

Echo "DEVICE/dev/sd [AB] 1">/etc/md0.conf

Mdadm -- detail -- scan>/etc/md0.conf

This command creates the array md0 (-C/dev/md0), the array level is RAID0 (-l0, that is, -- level = 0), and the number of disk partitions is 2 (-n2, that is, raid-devices = 2), which is followed by the relevant disk partition.

Step 2: format/dev/md0

Mke2fs-j/dev/md0 (or mkfs. ext3)

Step 3: Mount

Mount/dev/md0/game

Finally, write the fstab file to enable automatic mounting upon startup.

This step is not complete yet, because the array will be deactivated after shutdown, and it needs to be activated before mounting the array. How to activate it?

Mdadm-A/dev/md0/dev/sd [AB] 1 can be activated.

Or:

Mdadm-A/dev/md0-c/etc/md0.conf

(-C/etc/md0.conf: Specifies a configuration file, which is the/etc/md0.conf written by the echo statement when the first step is to create the array card)

Now you know how to enable the array card. You only need to activate the array before mounting the fstab table to enable automatic mounting upon startup. How can I activate the array before the fstab table is mounted to the system? You can go to/etc/rc. d/rc. S (RedHat is/etc/rc. d/rc. the beginning of sysinit (/etc/rc. d/rc. S 9th ~ About 10 rows) Add the following if statement:

If [-f/etc/md0.conf]; then

Mdadm-A/dev/md0-c/etc/md0.conf

Fi

This is what we do in our eyoolinux. If there are multiple arrays, you can also use the following statement:

For mdx in/etc/md ?. Conf

Do

Mdnum = 'echo $ {mdx} | cut-c6-8'

Mdadm-A/dev/$ {mdnum}-c $ mdx

Done

If you are in trouble, copy the statement directly.

In this way, the array is mounted at startup.

(5) ntfs mounting

In eyoolinux, the related commands are ntfsmount.

For example: ntfsmount/dev/sda1/mnt

(6) Dual Network Card quota

To create a bond device, follow these three simple steps:

A. First, make sure that the corresponding driver has been loaded:

Localhost @ root ~ # Modprobe bonding

Or modprobe <3c59x | eepro100 | pcnet32 | tulip |...>

B. assign an IP address to the same bond device.

Localhost @ root ~ # Ifconfig bond0 netmask <subnet mask> broadcast <broadcast address>

For example, ifconfig bond0 192.168.1.242 netmask 255.255.255.0 broadcast 172.31.3.254

C. Finally, add all the physical Nic interfaces to the bond device.

Localhost @ root ~ # Ifenslave bond0 [{-f | -- force} bond0 eth0 [eth1 [eth2]...]

For example, ifenslave bond0 eth0 eth1 depends on eth0 eth1 two Nic devices. -- Force indicates that the quota is enforced.

After creating a bond device, you can use it like a general Nic device.

For example, start bond0: # ifconfig bond0 up

Disable bond0: # ifconfig bond0 down