Linux mounted Data disks migrate Web site data at the same time

ps:88%, I cleaned out a part of the stuff, so somebody else can use it.

This time suddenly understand, VPS bought after not put the data disk up, all the things are system disk,? Dan Jiu stole the core? Boaster Huai Stomach PS,

Because SSH has not found history, so there is no way to screen, below is an article on the web, the specific partition of the disk and format the mount, and so on. I'm here to talk about the problems I've encountered.

According to the article has been able to format successfully, but there is a problem when the mount, my VPS is dedicated to do the Web server, the tragedy is my www directory under the system disk,? Dan Lu Wei Huan Yi?/div>

This is trouble, I want to directly to the heart of the disk mount to the/www directory (the original Web service file is also under/www), I hit the abacus is my new disk mount up, my/www have space,? Dan? Round school? Crossbones smile Skid reef bared intelligence?? The?/div> of the Dirt

So there is a big problem, my site is not open,? sui?/div>

Hurry Lit

This time suddenly if I put the mount just unloaded off will be good? That's a must.

Umount/www

Uninstall off on OK, the site can be normal access, but my data is actually system disk well, the system disk is full of!!!

Have to find a way to solve the problem AH!! I want to think about ...

The Web site program under the WWW directory copy out, and then modify the directory configured in the Vohost, so that the program is to go on my data disk program, said dry on

Modify the inside of the directory, and then restart Apache can! "Quiff the pan-porch and play?/div>

1. Add disk to view disk status

The code is as follows

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[ROOT@DB1/]# Fdisk-l disk/dev/sda:10.7 GB, 10737418240 bytes 255 heads, Sectors/track, 1305 cylinders Units = Cylinders of 16065 * 8225280 bytes Device Boot Start End Blocks Id System /DEV/SDA1 * 151 1305 9277537+ Linux /dev/sda2 1 1204843+ Linux swap Partition table entries are in-disk order disk/dev/sdb:5368 MB, 5368709120 bytes 255 heads, Sectors/track, 652 cylinders Units = Cylinders of 16065 * 8225280 bytes Device Boot Start End Blocks Id System

From the results of the query, a /dev/sdb disk

2. use fdisk to partition the/dev/sdb

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[ROOT@DB1/]# Fdisk/dev/sdb Command (M for help): N Command Action E Extended P primary partition (1-4) P Partition number (1-4): 1 The cylinder (1-652, default 1): Using Default value 1 Last cylinder or +size or +sizem or +sizek (1-652, default 652): Using Default value 652 Command (M for help): W The partition table has been altered! Calling IOCTL () to re-read partition table. Syncing disks.

Look at the partition again, come out with a /dev/sdb1 area, this 1 is what we specified earlier, if we specify 2, it becomes sdb2.

The code is as follows

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[ROOT@DB1/]# Fdisk-l disk/dev/sda:10.7 GB, 10737418240 bytes 255 heads, Sectors/track, 1305 cylinders Units = Cylinders of 16065 * 8225280 bytes Device Boot Start End Blocks Id System /DEV/SDA1 * 151 1305 9277537+ Linux /dev/sda2 1 1204843+ Linux swap Partition table entries are in-disk order disk/dev/sdb:5368 MB, 5368709120 bytes 255 heads, Sectors/track, 652 cylinders Units = Cylinders of 16065 * 8225280 bytes Device Boot Start End Blocks Id System /DEV/SDB1 1 652 5237158+ Linux [ROOT@DB1/]#

If the/proc/partitions does not see the corresponding partition after it is created, use the Parprobe command to refresh it:

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[Root@web1 ~]# Cat/proc/partitions Major Minor #blocks name 8 0 175825944 SDA 8 1 1020096 sda1 8 2 30716280 Sda2 8 3 8193150 Sda3 [Root@web1 ~]# PARTPROBE/DEV/SDA [Root@web1 ~]# Cat/proc/partitions Major Minor #blocks name 8 0 175825944 SDA 8 1 1020096 sda1 8 2 30716280 Sda2 8 3 8193150 Sda3 8 4 135893835 SDA4 [Root@web1 ~]#

3. format /dev/sdb1 partition

The code is as follows

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[ROOT@DB1/]# mkfs-t EXT3/DEV/SDB1 MKE2FS 1.35 (28-feb-2004) FileSystem label= OS Type:linux Block size=4096 (log=2) Fragment size=4096 (log=2) 655360 inodes, 1309289 blocks 65464 blocks (5.00%) reserved for the Super user The Data block=0 Maximum filesystem blocks=1342177280 Block groups 32768 blocks per group, 32768 fragments per group 16384 inodes per group Superblock backups stored on blocks: 32768, 98304, 163840, 229376, 294912, 819200, 884736 Writing Inode Tables:done Creating journal (8192 blocks): Done Writing superblocks and filesystem accounting Information:done This filesystem'll be automatically checked every mounts or 180 days, whichever comes. Use Tune2fs-c or-i to override.

4. Create the table of contents and hang the/dev/sdb1 to the directory

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[ROOT@DB1/]# ls Backup dev initrd media opt sbin sys usr Bin etc Lib Misc proc SELinux tftpboot var Boot home lost+found mnt root SRV tmp [ROOT@DB1/]# mkdir/u01 [ROOT@DB1/]# ls Backup dev initrd media opt sbin sys u01 Bin etc Lib misc proc SELinux tftpboot usr Boot home lost+found mnt root SRV tmp var [ROOT@DB1/]# mount/dev/sdb1/u01

5. Verify that the mount is successful

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[ROOT@DB1 /]# DF  -k filesystem           1k-blocks       used available use% mounted on /dev/sda1               9131772   7066884    1601012  82% / none                     454256          0    454256   0% /dev/shm /dev/sdb1& nbsp;             5154852      43040   4849956   1% /backup

6. set up automatic Mount

The code is as follows

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[ROOT@DB1/]# Vi/etc/fstab # this, edited by Fstab-sync-see ' Mans Fstab-sync ' for details label=//ext3 Defaults 1 1 None/dev/pts devpts gid=5,mode=620 0 0 NONE/DEV/SHM TMPFS Defaults 0 0 NONE/PROC proc Defaults 0 0 None/sys Sysfs Defaults 0 0 Label=swap-sda2 Swap Defaults 0 0 /dev/sdb1/u01 ext3 defaults 0 0 /dev/hdc/media/cdrom Auto Pamconsole,exec,noauto,m Anaged 0 0 /dev/fd0/media/floppy Auto Pamconsole,exec,noauto,m Anaged 0 0