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本文参考文献：
REDHAT官方网站：
Red Hat GFS 6.1 Administrator's Guide
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/index.html
Red Hat Cluster Suite Configuring and Managing a Cluster
http://www.redhat.com/docs/manuals/csgfs/browse/rh-cs-en/index.html
CU网站：
GFS6.1 ON RHAS4 U2安装文档
http://www.chinaunix.net/jh/4/746833.html
RedHat GFS 集群文件系统入门和进阶 资源帖
http://bbs.chinaunix.net/viewthread.php?tid=777867extra=page%3D1%26filter%3Ddigest
用VMware GSX和W2K 群集服务实现Exchange群集
http://www.chinaunix.net/jh/34/299757.html
注视：本文后半部分5-10部分基本抄袭suran007 同学的文章，但是去掉了LVM部分，因为没有这个环境。特此GPL公告。
后面我将写一个前端LVS，后端GFS的配置文档，希望对大家有所帮助。
一、测试环境
主机：一台PC,AMD-64位的芯片，1G内存,安装CentOS-4.4-x86_64版本的操作系统
在这个主机上面安装了三个虚拟机，全部安装CentOS-4.4-x86_64版本的操作系统,未进行内核定制，也未打内核补丁，同时安装了X-windows系统，同时参考
http://www.chinaunix.net/jh/34/299757.html
这篇文章创建了共享磁盘，三个虚拟机使用一个共享磁盘，不过我的网卡一开始就设了两个
二、需要安装的包以及顺序
包下载地址：
http://mirror.centos.org/centos/4/csgfs/x86_64/RPMS/
2.1. 在所有节点上安装必须的软件包，软件包完整列表请参考GFS6.1用户手册 (
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/ch-install.html#S1-PKG-
INSTALL)
rgmanager — Manages cluster services and resources
system-config-cluster — Contains the Cluster Configuration Tool, used to graphically configure the cluster and the display of the current status of the
nodes, resources, fencing agents, and cluster services
ccsd — Contains the cluster configuration services daemon (ccsd) and associated files
magma — Contains an interface library for cluster lock management
magma-plugins — Contains plugins for the magma library
cman — Contains the Cluster Manager (CMAN), which is used for managing cluster membership, messaging, and notification
cman-kernel — Contains required CMAN kernel modules
dlm — Contains distributed lock management (DLM) library
dlm-kernel — Contains required DLM kernel modules
fence — The cluster I/O fencing system that allows cluster nodes to connect to a variety of network power switches, fibre channel switches, and integrated
power management interfaces
gulm — Contains the GULM lock management userspace tools and libraries (an alternative to using CMAN and DLM).
iddev — Contains libraries used to identify the file system (or volume manager) in which a device is formatted
Also, you can optionally install Red Hat GFS on your Red Hat Cluster Suite. Red Hat GFS consists of the following RPMs:
GFS — The Red Hat GFS module
GFS-kernel — The Red Hat GFS kernel module
gnbd — The GFS Network Block Device module
gnbd-kernel — Kernel module for the GFS Network Block Device
lvm2-cluster — Cluster extensions for the logical volume manager
GFS-kernheaders — GFS kernel header files
gnbd-kernheaders — gnbd kernel header files
2.2 安装软件和顺序
安装脚本，install.sh
#!/bin/bash
rpm -ivh kernel-smp-2.6.9-42.EL.x86_64.rpm
rpm -ivh kernel-smp-devel-2.6.9-42.EL.x86_64.rpm
rpm -ivh perl-Net-Telnet-3.03-3.noarch.rpm
rpm -ivh magma-1.0.6-0.x86_64.rpm
rpm -ivh magma-devel-1.0.6-0.x86_64.rpm
rpm -ivh ccs-1.0.7-0.x86_64.rpm
rpm -ivh ccs-devel-1.0.7-0.x86_64.rpm
rpm -ivh cman-kernel-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-kernheaders-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-1.0.11-0.x86_64.rpm
rpm -ivh cman-devel-1.0.11-0.x86_64.rpm
rpm -ivh dlm-kernel-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-kernheaders-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-1.0.1-1.x86_64.rpm
rpm -ivh dlm-devel-1.0.1-1.x86_64.rpm
rpm -ivh fence-1.32.25-1.x86_64.rpm
rpm -ivh GFS-6.1.6-1.x86_64.rpm
rpm -ivh GFS-kernel-2.6.9-58.2.centos4.x86_64.rpm
rpm -ivh GFS-kernheaders-2.6.9-58.2.centos4.x86_64.rpm
#gnbd:
rpm -ivh gnbd-kernel-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-kernheaders-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-1.0.7-0.x86_64.rpm
rpm -ivh gulm-1.0.7-0.x86_64.rpm
rpm -ivh gulm-devel-1.0.7-0.x86_64.rpm
rpm -ivh iddev-2.0.0-3.x86_64.rpm
rpm -ivh iddev-devel-2.0.0-3.x86_64.rpm
rpm -ivh magma-plugins-1.0.9-0.x86_64.rpm
rpm -ivh rgmanager-1.9.53-0.x86_64.rpm
rpm -ivh system-config-cluster-1.0.25-1.0.noarch.rpm
rpm -ivh ipvsadm-1.24-6.x86_64.rpm
rpm ivh piranha-0.8.2-1.x86_64.rpm --nodeps
注视：有些包有依赖关系，使用nodeps开关进行安装即可，另外因为本人安装了X-windows，所以gnome的包没写在这里
2.3、修改各个节点上的/etc/hosts文件（每个节点都一样）
如下：
[root@gfs-node01 etc]# cat hosts
# Do not remove the following line, or various programs
# that require network functionality will fail.
#127.0.0.1 gfs-node01 localhost.localdomain localhost
192.168.10.1 gfs-node01
192.168.10.2 gfs-node02
192.168.10.3 gfs-node03
192.168.10.1 gnbd-server
[root@gfs-node01 etc]#
备注：我把gnbs-server和node01放在了同一台server上，实际运行如果有条件的话中最好分开
三、在node-01上进行分区
#dmesg |grep scsi察看scsi设备，如下：
[root@gfs-node01 ~]# dmesg|grep scsi
scsi0 : ioc0: LSI53C1030, FwRev=00000000h, Ports=1, MaxQ=128, IRQ=169
Attached scsi disk sda at scsi0, channel 0, id 0, lun 0
说明认出了scsi设备，然后用fdisk进行了分区，注意，只进行分区，不要格式化,在这里我使用fdisk分了两个大小为3G的分区，分别为：
/dev/sda1和/dev/sda2,如下：
[root@gfs-node01 ~]# fdisk -l
Disk /dev/hda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/hda1 * 1 13 104391 83 Linux
/dev/hda2 14 1044 8281507+ 8e Linux LVM
Disk /dev/sda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/sda1 1 366 2939863+ 83 Linux
/dev/sda2 367 732 2939895 83 Linux
[root@gfs-node01 ~]#
四、运行system-config-cluster进行配置
(注视“因为system-config-cluster需要X-windows运行，所以第一次测试时安装了X-windows，实际配置时候只需要根据下面的文件进行修改即可)
增加三个节点，节点的权置全部设置为1，即Quorum值设置为1
三个节点的名称为:
gfs-node01
gfs-node02
gfs-node03
修改cluster.conf文件，如下：
[root@gfs-node01 ~]# cat /etc/cluster/cluster.conf
[root@gfs-node01 ~]#
使用scp命令把这个配置文件copy到02/03节点上
五、 在01/02/03节点上启动dlm,ccsd,fence等服务
5.1、在三个节点上加载dlm模块
[root@gfs-node01 cluster]# modprobe lock_dlm
[root@gfs-node02 cluster]# modprobe lock_dlm
[root@gfs-node03 cluster]# modprobe lock_dlm
5.2、启动ccsd服务
[root@gfs-node01 cluster]# ccsd
[root@gfs-node02 cluster]# ccsd
[root@gfs-node03 cluster]# ccsd
5.3、在两个节点上启动集群管理器（cman）
root@one # /sbin/cman_tool join
root@tow # /sbin/cman_tool join
5.4、测试ccsd服务
(注意：ccsd的测试要等cman启动完成后，然后才可以进行下面的测试
[root@gfs-node01 cluster]# ccs_test connect
[root@gfs-node02 cluster]# ccs_test connect
[root@gfs-node03 cluster]# ccs_test connect
# ccs_test connect 各个节点的返回如下：
node 1：
[root@gfs-node01 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 0
node 2：
[root@gfs-node02 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 30
node 3：
[root@gfs-node03 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 60
5.5、查看节点状态
cat /proc/cluster/nodes,应该返回
[root@gfs-node01 cluster]# cat /proc/cluster/nodes
Node Votes Exp Sts Name
1 1 3 M gfs-node01
2 1 3 M gfs-node02
3 1 3 M gfs-node03
[root@gfs-node01 cluster]#
六、加入fence域：
[root@gfs-node01 cluster]# /sbin/fence_tool join
[root@gfs-node02 cluster]# /sbin/fence_tool join
[root@gfs-node03 cluster]# /sbin/fence_tool join
七、 查看集群状态
Node 1:
[root@gfs-node01 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node01
Node ID: 1
Node addresses: 192.168.10.1
Node 2
[root@gfs-node02 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node02
Node ID: 2
Node addresses: 192.168.10.2
Node3:
[root@gfs-node03 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node03
Node ID: 3
Node addresses: 192.168.10.3
八、 在gnbd-server 导出设备
8.1、启动gnbd_serv进程
[root@gfs-node01 cluster]# /sbin/gnbd_serv –v –n
gnbd_serv: startup succeeded
导出设备
[root@gfs-node01 cluster]# gnbd_export -v -e gfs -d /dev/sda1 -c
gnbd_export: created GNBD gfs serving file /dev/sda1
[root@gfs-node01 cluster]#
查看export状态信息
[root@gfs-node01 cluster]# gnbd_export -v -l
Server[1] : gfs
--------------------------
file : /dev/sda1
sectors : 5879727
readonly : no
cached : yes
timeout : no
[root@gfs-node01 cluster]#
8.2、 在01/02/03三个节点导入设备
[root@gfs-node01 cluster] # modprobe gnbd
[root@gfs-node02 cluster] # modprobe gnbd
[root@gfs-node03 cluster] # modprobe gnbd
导入设备
Node1:
[root@gfs-node01 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node01 cluster]#
注视：此处的gnbd-server即是你写在/etc/hosts里面的冬冬
Node2:
[root@gfs-node02 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node02 cluster]#
Node3:
[root@gfs-node03 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node03 cluster]#
8.3、查看导入状态信息 （三个节点都要做，我只写一个节点）
[root@gfs-node01 cluster]# gnbd_import -v -l
Device name : gfs
----------------------
Minor # : 0
sysfs name : /block/gnbd0
Server : gnbd-server
Port : 14567
State : Close Connected Clear
Readonly : No
Sectors : 5879727
[root@gfs-node01 cluster]#
九、 建立gfs文件系统并且挂载
9.1、在三个节点加载gfs模块
[root@gfs-node01 cluster] # modprobe gfs
[root@gfs-node02 cluster] # modprobe gfs
[root@gfs-node03 cluster] # modprobe gfs
9.2、在gnbd-server（我这里也是node01节点）上建立gfs文件系统
[root@gfs-node01 cluster]# gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
This will destroy any data on /dev/gnbd/gfs.
It appears to contain a GFS filesystem.
Are you sure you want to proceed? [y/n] y
Device: /dev/gnbd/gfs
Blocksize: 4096
Filesystem Size: 669344
Journals: 2
Resource Groups: 12
Locking Protocol: lock_dlm
Lock Table: alpha_cluster:gfs
Syncing...
All Done
[root@gfs-node01 cluster]#
9.3、在三个节点挂载文件系统
在三个节点的根目录下都创建一个名为gfstest的目录，然后
[root@gfs-node01 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node02 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node03 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
注视：要在node01挂载文件完全完成后，再在02节点上进行mount,02节点mount完成后，再在03节点进行mount
注视：我在进行node03的mount时出现了如下错误
[root@gfs-node03 cluster]# mount -t gfs /dev/gnbd/gfs /gfstest
mount: wrong fs type, bad option, bad superblock on /dev/gnbd/gfs,
or too many mounted file systems
经查，发现我是按照gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 2 /dev/gnbd/gfs做的，是两个节点的，后来从第九部开始重做并进行了umount，然后再mount就对了，希望对大家有所帮助，再次说明一下：
gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
其中的3表示三个节点，实际上的话你是几个就写几个就可以了
本文参考文献：
REDHAT官方网站：
Red Hat GFS 6.1 Administrator's Guide
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/index.html
Red Hat Cluster Suite Configuring and Managing a Cluster
http://www.redhat.com/docs/manuals/csgfs/browse/rh-cs-en/index.html
CU网站：
GFS6.1 ON RHAS4 U2安装文档
http://www.chinaunix.net/jh/4/746833.html
RedHat GFS 集群文件系统入门和进阶 资源帖
http://bbs.chinaunix.net/viewthread.php?tid=777867extra=page%3D1%26filter%3Ddigest
用VMware GSX和W2K 群集服务实现Exchange群集
http://www.chinaunix.net/jh/34/299757.html
注视：本文后半部分5-10部分基本抄袭suran007 同学的文章，但是去掉了LVM部分，因为没有这个环境。特此GPL公告。
后面我将写一个前端LVS，后端GFS的配置文档，希望对大家有所帮助。
一、测试环境
主机：一台PC,AMD-64位的芯片，1G内存,安装CentOS-4.4-x86_64版本的操作系统
在这个主机上面安装了三个虚拟机，全部安装CentOS-4.4-x86_64版本的操作系统,未进行内核定制，也未打内核补丁，同时安装了X-windows系统，同时参考
http://www.chinaunix.net/jh/34/299757.html
这篇文章创建了共享磁盘，三个虚拟机使用一个共享磁盘，不过我的网卡一开始就设了两个
二、需要安装的包以及顺序
包下载地址：
http://mirror.centos.org/centos/4/csgfs/x86_64/RPMS/
2.1. 在所有节点上安装必须的软件包，软件包完整列表请参考GFS6.1用户手册 (
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/ch-install.html#S1-PKG-
INSTALL)
rgmanager — Manages cluster services and resources
system-config-cluster — Contains the Cluster Configuration Tool, used to graphically configure the cluster and the display of the current status of the
nodes, resources, fencing agents, and cluster services
ccsd — Contains the cluster configuration services daemon (ccsd) and associated files
magma — Contains an interface library for cluster lock management
magma-plugins — Contains plugins for the magma library
cman — Contains the Cluster Manager (CMAN), which is used for managing cluster membership, messaging, and notification
cman-kernel — Contains required CMAN kernel modules
dlm — Contains distributed lock management (DLM) library
dlm-kernel — Contains required DLM kernel modules
fence — The cluster I/O fencing system that allows cluster nodes to connect to a variety of network power switches, fibre channel switches, and integrated
power management interfaces
gulm — Contains the GULM lock management userspace tools and libraries (an alternative to using CMAN and DLM).
iddev — Contains libraries used to identify the file system (or volume manager) in which a device is formatted
Also, you can optionally install Red Hat GFS on your Red Hat Cluster Suite. Red Hat GFS consists of the following RPMs:
GFS — The Red Hat GFS module
GFS-kernel — The Red Hat GFS kernel module
gnbd — The GFS Network Block Device module
gnbd-kernel — Kernel module for the GFS Network Block Device
lvm2-cluster — Cluster extensions for the logical volume manager
GFS-kernheaders — GFS kernel header files
gnbd-kernheaders — gnbd kernel header files
2.2 安装软件和顺序
安装脚本，install.sh
#!/bin/bash
rpm -ivh kernel-smp-2.6.9-42.EL.x86_64.rpm
rpm -ivh kernel-smp-devel-2.6.9-42.EL.x86_64.rpm
rpm -ivh perl-Net-Telnet-3.03-3.noarch.rpm
rpm -ivh magma-1.0.6-0.x86_64.rpm
rpm -ivh magma-devel-1.0.6-0.x86_64.rpm
rpm -ivh ccs-1.0.7-0.x86_64.rpm
rpm -ivh ccs-devel-1.0.7-0.x86_64.rpm
rpm -ivh cman-kernel-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-kernheaders-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-1.0.11-0.x86_64.rpm
rpm -ivh cman-devel-1.0.11-0.x86_64.rpm
rpm -ivh dlm-kernel-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-kernheaders-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-1.0.1-1.x86_64.rpm
rpm -ivh dlm-devel-1.0.1-1.x86_64.rpm
rpm -ivh fence-1.32.25-1.x86_64.rpm
rpm -ivh GFS-6.1.6-1.x86_64.rpm
rpm -ivh GFS-kernel-2.6.9-58.2.centos4.x86_64.rpm
rpm -ivh GFS-kernheaders-2.6.9-58.2.centos4.x86_64.rpm
#gnbd:
rpm -ivh gnbd-kernel-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-kernheaders-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-1.0.7-0.x86_64.rpm
rpm -ivh gulm-1.0.7-0.x86_64.rpm
rpm -ivh gulm-devel-1.0.7-0.x86_64.rpm
rpm -ivh iddev-2.0.0-3.x86_64.rpm
rpm -ivh iddev-devel-2.0.0-3.x86_64.rpm
rpm -ivh magma-plugins-1.0.9-0.x86_64.rpm
rpm -ivh rgmanager-1.9.53-0.x86_64.rpm
rpm -ivh system-config-cluster-1.0.25-1.0.noarch.rpm
rpm -ivh ipvsadm-1.24-6.x86_64.rpm
rpm ivh piranha-0.8.2-1.x86_64.rpm --nodeps
注视：有些包有依赖关系，使用nodeps开关进行安装即可，另外因为本人安装了X-windows，所以gnome的包没写在这里
2.3、修改各个节点上的/etc/hosts文件（每个节点都一样）
如下：
[root@gfs-node01 etc]# cat hosts
# Do not remove the following line, or various programs
# that require network functionality will fail.
#127.0.0.1 gfs-node01 localhost.localdomain localhost
192.168.10.1 gfs-node01
192.168.10.2 gfs-node02
192.168.10.3 gfs-node03
192.168.10.1 gnbd-server
[root@gfs-node01 etc]#
备注：我把gnbs-server和node01放在了同一台server上，实际运行如果有条件的话中最好分开
三、在node-01上进行分区
#dmesg |grep scsi察看scsi设备，如下：
[root@gfs-node01 ~]# dmesg|grep scsi
scsi0 : ioc0: LSI53C1030, FwRev=00000000h, Ports=1, MaxQ=128, IRQ=169
Attached scsi disk sda at scsi0, channel 0, id 0, lun 0
说明认出了scsi设备，然后用fdisk进行了分区，注意，只进行分区，不要格式化,在这里我使用fdisk分了两个大小为3G的分区，分别为：
/dev/sda1和/dev/sda2,如下：
[root@gfs-node01 ~]# fdisk -l
Disk /dev/hda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/hda1 * 1 13 104391 83 Linux
/dev/hda2 14 1044 8281507+ 8e Linux LVM
Disk /dev/sda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/sda1 1 366 2939863+ 83 Linux
/dev/sda2 367 732 2939895 83 Linux
[root@gfs-node01 ~]#
四、运行system-config-cluster进行配置
(注视“因为system-config-cluster需要X-windows运行，所以第一次测试时安装了X-windows，实际配置时候只需要根据下面的文件进行修改即可)
增加三个节点，节点的权置全部设置为1，即Quorum值设置为1
三个节点的名称为:
gfs-node01
gfs-node02
gfs-node03
修改cluster.conf文件，如下：
[root@gfs-node01 ~]# cat /etc/cluster/cluster.conf
[root@gfs-node01 ~]#
使用scp命令把这个配置文件copy到02/03节点上
五、 在01/02/03节点上启动dlm,ccsd,fence等服务
5.1、在三个节点上加载dlm模块
[root@gfs-node01 cluster]# modprobe lock_dlm
[root@gfs-node02 cluster]# modprobe lock_dlm
[root@gfs-node03 cluster]# modprobe lock_dlm
5.2、启动ccsd服务
[root@gfs-node01 cluster]# ccsd
[root@gfs-node02 cluster]# ccsd
[root@gfs-node03 cluster]# ccsd
5.3、在两个节点上启动集群管理器（cman）
root@one # /sbin/cman_tool join
root@tow # /sbin/cman_tool join
5.4、测试ccsd服务
(注意：ccsd的测试要等cman启动完成后，然后才可以进行下面的测试
[root@gfs-node01 cluster]# ccs_test connect
[root@gfs-node02 cluster]# ccs_test connect
[root@gfs-node03 cluster]# ccs_test connect
# ccs_test connect 各个节点的返回如下：
node 1：
[root@gfs-node01 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 0
node 2：
[root@gfs-node02 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 30
node 3：
[root@gfs-node03 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 60
5.5、查看节点状态
cat /proc/cluster/nodes,应该返回
[root@gfs-node01 cluster]# cat /proc/cluster/nodes
Node Votes Exp Sts Name
1 1 3 M gfs-node01
2 1 3 M gfs-node02
3 1 3 M gfs-node03
[root@gfs-node01 cluster]#
六、加入fence域：
[root@gfs-node01 cluster]# /sbin/fence_tool join
[root@gfs-node02 cluster]# /sbin/fence_tool join
[root@gfs-node03 cluster]# /sbin/fence_tool join
七、 查看集群状态
Node 1:
[root@gfs-node01 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node01
Node ID: 1
Node addresses: 192.168.10.1
Node 2
[root@gfs-node02 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node02
Node ID: 2
Node addresses: 192.168.10.2
Node3:
[root@gfs-node03 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node03
Node ID: 3
Node addresses: 192.168.10.3
八、 在gnbd-server 导出设备
8.1、启动gnbd_serv进程
[root@gfs-node01 cluster]# /sbin/gnbd_serv –v –n
gnbd_serv: startup succeeded
导出设备
[root@gfs-node01 cluster]# gnbd_export -v -e gfs -d /dev/sda1 -c
gnbd_export: created GNBD gfs serving file /dev/sda1
[root@gfs-node01 cluster]#
查看export状态信息
[root@gfs-node01 cluster]# gnbd_export -v -l
Server[1] : gfs
--------------------------
file : /dev/sda1
sectors : 5879727
readonly : no
cached : yes
timeout : no
[root@gfs-node01 cluster]#
8.2、 在01/02/03三个节点导入设备
[root@gfs-node01 cluster] # modprobe gnbd
[root@gfs-node02 cluster] # modprobe gnbd
[root@gfs-node03 cluster] # modprobe gnbd
导入设备
Node1:
[root@gfs-node01 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node01 cluster]#
注视：此处的gnbd-server即是你写在/etc/hosts里面的冬冬
Node2:
[root@gfs-node02 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node02 cluster]#
Node3:
[root@gfs-node03 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node03 cluster]#
8.3、查看导入状态信息 （三个节点都要做，我只写一个节点）
[root@gfs-node01 cluster]# gnbd_import -v -l
Device name : gfs
----------------------
Minor # : 0
sysfs name : /block/gnbd0
Server : gnbd-server
Port : 14567
State : Close Connected Clear
Readonly : No
Sectors : 5879727
[root@gfs-node01 cluster]#
九、 建立gfs文件系统并且挂载
9.1、在三个节点加载gfs模块
[root@gfs-node01 cluster] # modprobe gfs
[root@gfs-node02 cluster] # modprobe gfs
[root@gfs-node03 cluster] # modprobe gfs
9.2、在gnbd-server（我这里也是node01节点）上建立gfs文件系统
[root@gfs-node01 cluster]# gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
This will destroy any data on /dev/gnbd/gfs.
It appears to contain a GFS filesystem.
Are you sure you want to proceed? [y/n] y
Device: /dev/gnbd/gfs
Blocksize: 4096
Filesystem Size: 669344
Journals: 2
Resource Groups: 12
Locking Protocol: lock_dlm
Lock Table: alpha_cluster:gfs
Syncing...
All Done
[root@gfs-node01 cluster]#
9.3、在三个节点挂载文件系统
在三个节点的根目录下都创建一个名为gfstest的目录，然后
[root@gfs-node01 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node02 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node03 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
注视：要在node01挂载文件完全完成后，再在02节点上进行mount,02节点mount完成后，再在03节点进行mount
注视：我在进行node03的mount时出现了如下错误
[root@gfs-node03 cluster]# mount -t gfs /dev/gnbd/gfs /gfstest
mount: wrong fs type, bad option, bad superblock on /dev/gnbd/gfs,
or too many mounted file systems
经查，发现我是按照gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 2 /dev/gnbd/gfs做的，是两个节点的，后来从第九部开始重做并进行了umount，然后再mount就对了，希望对大家有所帮助，再次说明一下：
gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
其中的3表示三个节点，实际上的话你是几个就写几个就可以了
本文参考文献：
REDHAT官方网站：
Red Hat GFS 6.1 Administrator's Guide
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/index.html
Red Hat Cluster Suite Configuring and Managing a Cluster
http://www.redhat.com/docs/manuals/csgfs/browse/rh-cs-en/index.html
CU网站：
GFS6.1 ON RHAS4 U2安装文档
http://www.chinaunix.net/jh/4/746833.html
RedHat GFS 集群文件系统入门和进阶 资源帖
http://bbs.chinaunix.net/viewthread.php?tid=777867extra=page%3D1%26filter%3Ddigest
用VMware GSX和W2K 群集服务实现Exchange群集
http://www.chinaunix.net/jh/34/299757.html
注视：本文后半部分5-10部分基本抄袭suran007 同学的文章，但是去掉了LVM部分，因为没有这个环境。特此GPL公告。
后面我将写一个前端LVS，后端GFS的配置文档，希望对大家有所帮助。
一、测试环境
主机：一台PC,AMD-64位的芯片，1G内存,安装CentOS-4.4-x86_64版本的操作系统
在这个主机上面安装了三个虚拟机，全部安装CentOS-4.4-x86_64版本的操作系统,未进行内核定制，也未打内核补丁，同时安装了X-windows系统，同时参考
http://www.chinaunix.net/jh/34/299757.html
这篇文章创建了共享磁盘，三个虚拟机使用一个共享磁盘，不过我的网卡一开始就设了两个
二、需要安装的包以及顺序
包下载地址：
http://mirror.centos.org/centos/4/csgfs/x86_64/RPMS/
2.1. 在所有节点上安装必须的软件包，软件包完整列表请参考GFS6.1用户手册 (
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/ch-install.html#S1-PKG-
INSTALL)
rgmanager — Manages cluster services and resources
system-config-cluster — Contains the Cluster Configuration Tool, used to graphically configure the cluster and the display of the current status of the
nodes, resources, fencing agents, and cluster services
ccsd — Contains the cluster configuration services daemon (ccsd) and associated files
magma — Contains an interface library for cluster lock management
magma-plugins — Contains plugins for the magma library
cman — Contains the Cluster Manager (CMAN), which is used for managing cluster membership, messaging, and notification
cman-kernel — Contains required CMAN kernel modules
dlm — Contains distributed lock management (DLM) library
dlm-kernel — Contains required DLM kernel modules
fence — The cluster I/O fencing system that allows cluster nodes to connect to a variety of network power switches, fibre channel switches, and integrated
power management interfaces
gulm — Contains the GULM lock management userspace tools and libraries (an alternative to using CMAN and DLM).
iddev — Contains libraries used to identify the file system (or volume manager) in which a device is formatted
Also, you can optionally install Red Hat GFS on your Red Hat Cluster Suite. Red Hat GFS consists of the following RPMs:
GFS — The Red Hat GFS module
GFS-kernel — The Red Hat GFS kernel module
gnbd — The GFS Network Block Device module
gnbd-kernel — Kernel module for the GFS Network Block Device
lvm2-cluster — Cluster extensions for the logical volume manager
GFS-kernheaders — GFS kernel header files
gnbd-kernheaders — gnbd kernel header files
2.2 安装软件和顺序
安装脚本，install.sh
#!/bin/bash
rpm -ivh kernel-smp-2.6.9-42.EL.x86_64.rpm
rpm -ivh kernel-smp-devel-2.6.9-42.EL.x86_64.rpm
rpm -ivh perl-Net-Telnet-3.03-3.noarch.rpm
rpm -ivh magma-1.0.6-0.x86_64.rpm
rpm -ivh magma-devel-1.0.6-0.x86_64.rpm
rpm -ivh ccs-1.0.7-0.x86_64.rpm
rpm -ivh ccs-devel-1.0.7-0.x86_64.rpm
rpm -ivh cman-kernel-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-kernheaders-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-1.0.11-0.x86_64.rpm
rpm -ivh cman-devel-1.0.11-0.x86_64.rpm
rpm -ivh dlm-kernel-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-kernheaders-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-1.0.1-1.x86_64.rpm
rpm -ivh dlm-devel-1.0.1-1.x86_64.rpm
rpm -ivh fence-1.32.25-1.x86_64.rpm
rpm -ivh GFS-6.1.6-1.x86_64.rpm
rpm -ivh GFS-kernel-2.6.9-58.2.centos4.x86_64.rpm
rpm -ivh GFS-kernheaders-2.6.9-58.2.centos4.x86_64.rpm
#gnbd:
rpm -ivh gnbd-kernel-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-kernheaders-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-1.0.7-0.x86_64.rpm
rpm -ivh gulm-1.0.7-0.x86_64.rpm
rpm -ivh gulm-devel-1.0.7-0.x86_64.rpm
rpm -ivh iddev-2.0.0-3.x86_64.rpm
rpm -ivh iddev-devel-2.0.0-3.x86_64.rpm
rpm -ivh magma-plugins-1.0.9-0.x86_64.rpm
rpm -ivh rgmanager-1.9.53-0.x86_64.rpm
rpm -ivh system-config-cluster-1.0.25-1.0.noarch.rpm
rpm -ivh ipvsadm-1.24-6.x86_64.rpm
rpm ivh piranha-0.8.2-1.x86_64.rpm --nodeps
注视：有些包有依赖关系，使用nodeps开关进行安装即可，另外因为本人安装了X-windows，所以gnome的包没写在这里
2.3、修改各个节点上的/etc/hosts文件（每个节点都一样）
如下：
[root@gfs-node01 etc]# cat hosts
# Do not remove the following line, or various programs
# that require network functionality will fail.
#127.0.0.1 gfs-node01 localhost.localdomain localhost
192.168.10.1 gfs-node01
192.168.10.2 gfs-node02
192.168.10.3 gfs-node03
192.168.10.1 gnbd-server
[root@gfs-node01 etc]#
备注：我把gnbs-server和node01放在了同一台server上，实际运行如果有条件的话中最好分开
三、在node-01上进行分区
#dmesg |grep scsi察看scsi设备，如下：
[root@gfs-node01 ~]# dmesg|grep scsi
scsi0 : ioc0: LSI53C1030, FwRev=00000000h, Ports=1, MaxQ=128, IRQ=169
Attached scsi disk sda at scsi0, channel 0, id 0, lun 0
说明认出了scsi设备，然后用fdisk进行了分区，注意，只进行分区，不要格式化,在这里我使用fdisk分了两个大小为3G的分区，分别为：
/dev/sda1和/dev/sda2,如下：
[root@gfs-node01 ~]# fdisk -l
Disk /dev/hda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/hda1 * 1 13 104391 83 Linux
/dev/hda2 14 1044 8281507+ 8e Linux LVM
Disk /dev/sda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/sda1 1 366 2939863+ 83 Linux
/dev/sda2 367 732 2939895 83 Linux
[root@gfs-node01 ~]#
四、运行system-config-cluster进行配置
(注视“因为system-config-cluster需要X-windows运行，所以第一次测试时安装了X-windows，实际配置时候只需要根据下面的文件进行修改即可)
增加三个节点，节点的权置全部设置为1，即Quorum值设置为1
三个节点的名称为:
gfs-node01
gfs-node02
gfs-node03
修改cluster.conf文件，如下：
[root@gfs-node01 ~]# cat /etc/cluster/cluster.conf
[root@gfs-node01 ~]#
使用scp命令把这个配置文件copy到02/03节点上
五、 在01/02/03节点上启动dlm,ccsd,fence等服务
5.1、在三个节点上加载dlm模块
[root@gfs-node01 cluster]# modprobe lock_dlm
[root@gfs-node02 cluster]# modprobe lock_dlm
[root@gfs-node03 cluster]# modprobe lock_dlm
5.2、启动ccsd服务
[root@gfs-node01 cluster]# ccsd
[root@gfs-node02 cluster]# ccsd
[root@gfs-node03 cluster]# ccsd
5.3、在两个节点上启动集群管理器（cman）
root@one # /sbin/cman_tool join
root@tow # /sbin/cman_tool join
5.4、测试ccsd服务
(注意：ccsd的测试要等cman启动完成后，然后才可以进行下面的测试
[root@gfs-node01 cluster]# ccs_test connect
[root@gfs-node02 cluster]# ccs_test connect
[root@gfs-node03 cluster]# ccs_test connect
# ccs_test connect 各个节点的返回如下：
node 1：
[root@gfs-node01 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 0
node 2：
[root@gfs-node02 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 30
node 3：
[root@gfs-node03 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 60
5.5、查看节点状态
cat /proc/cluster/nodes,应该返回
[root@gfs-node01 cluster]# cat /proc/cluster/nodes
Node Votes Exp Sts Name
1 1 3 M gfs-node01
2 1 3 M gfs-node02
3 1 3 M gfs-node03
[root@gfs-node01 cluster]#
六、加入fence域：
[root@gfs-node01 cluster]# /sbin/fence_tool join
[root@gfs-node02 cluster]# /sbin/fence_tool join
[root@gfs-node03 cluster]# /sbin/fence_tool join
七、 查看集群状态
Node 1:
[root@gfs-node01 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node01
Node ID: 1
Node addresses: 192.168.10.1
Node 2
[root@gfs-node02 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node02
Node ID: 2
Node addresses: 192.168.10.2
Node3:
[root@gfs-node03 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node03
Node ID: 3
Node addresses: 192.168.10.3
八、 在gnbd-server 导出设备
8.1、启动gnbd_serv进程
[root@gfs-node01 cluster]# /sbin/gnbd_serv –v –n
gnbd_serv: startup succeeded
导出设备
[root@gfs-node01 cluster]# gnbd_export -v -e gfs -d /dev/sda1 -c
gnbd_export: created GNBD gfs serving file /dev/sda1
[root@gfs-node01 cluster]#
查看export状态信息
[root@gfs-node01 cluster]# gnbd_export -v -l
Server[1] : gfs
--------------------------
file : /dev/sda1
sectors : 5879727
readonly : no
cached : yes
timeout : no
[root@gfs-node01 cluster]#
8.2、 在01/02/03三个节点导入设备
[root@gfs-node01 cluster] # modprobe gnbd
[root@gfs-node02 cluster] # modprobe gnbd
[root@gfs-node03 cluster] # modprobe gnbd
导入设备
Node1:
[root@gfs-node01 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node01 cluster]#
注视：此处的gnbd-server即是你写在/etc/hosts里面的冬冬
Node2:
[root@gfs-node02 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node02 cluster]#
Node3:
[root@gfs-node03 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node03 cluster]#
8.3、查看导入状态信息 （三个节点都要做，我只写一个节点）
[root@gfs-node01 cluster]# gnbd_import -v -l
Device name : gfs
----------------------
Minor # : 0
sysfs name : /block/gnbd0
Server : gnbd-server
Port : 14567
State : Close Connected Clear
Readonly : No
Sectors : 5879727
[root@gfs-node01 cluster]#
九、 建立gfs文件系统并且挂载
9.1、在三个节点加载gfs模块
[root@gfs-node01 cluster] # modprobe gfs
[root@gfs-node02 cluster] # modprobe gfs
[root@gfs-node03 cluster] # modprobe gfs
9.2、在gnbd-server（我这里也是node01节点）上建立gfs文件系统
[root@gfs-node01 cluster]# gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
This will destroy any data on /dev/gnbd/gfs.
It appears to contain a GFS filesystem.
Are you sure you want to proceed? [y/n] y
Device: /dev/gnbd/gfs
Blocksize: 4096
Filesystem Size: 669344
Journals: 2
Resource Groups: 12
Locking Protocol: lock_dlm
Lock Table: alpha_cluster:gfs
Syncing...
All Done
[root@gfs-node01 cluster]#
9.3、在三个节点挂载文件系统
在三个节点的根目录下都创建一个名为gfstest的目录，然后
[root@gfs-node01 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node02 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node03 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
注视：要在node01挂载文件完全完成后，再在02节点上进行mount,02节点mount完成后，再在03节点进行mount
注视：我在进行node03的mount时出现了如下错误
[root@gfs-node03 cluster]# mount -t gfs /dev/gnbd/gfs /gfstest
mount: wrong fs type, bad option, bad superblock on /dev/gnbd/gfs,
or too many mounted file systems
经查，发现我是按照gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 2 /dev/gnbd/gfs做的，是两个节点的，后来从第九部开始重做并进行了umount，然后再mount就对了，希望对大家有所帮助，再次说明一下：
gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
其中的3表示三个节点，实际上的话你是几个就写几个就可以了
本文参考文献：
REDHAT官方网站：
Red Hat GFS 6.1 Administrator's Guide
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/index.html
Red Hat Cluster Suite Configuring and Managing a Cluster
http://www.redhat.com/docs/manuals/csgfs/browse/rh-cs-en/index.html
CU网站：
GFS6.1 ON RHAS4 U2安装文档
http://www.chinaunix.net/jh/4/746833.html
RedHat GFS 集群文件系统入门和进阶 资源帖
http://bbs.chinaunix.net/viewthread.php?tid=777867extra=page%3D1%26filter%3Ddigest
用VMware GSX和W2K 群集服务实现Exchange群集
http://www.chinaunix.net/jh/34/299757.html
注视：本文后半部分5-10部分基本抄袭suran007 同学的文章，但是去掉了LVM部分，因为没有这个环境。特此GPL公告。
后面我将写一个前端LVS，后端GFS的配置文档，希望对大家有所帮助。
一、测试环境
主机：一台PC,AMD-64位的芯片，1G内存,安装CentOS-4.4-x86_64版本的操作系统
在这个主机上面安装了三个虚拟机，全部安装CentOS-4.4-x86_64版本的操作系统,未进行内核定制，也未打内核补丁，同时安装了X-windows系统，同时参考
http://www.chinaunix.net/jh/34/299757.html
这篇文章创建了共享磁盘，三个虚拟机使用一个共享磁盘，不过我的网卡一开始就设了两个
二、需要安装的包以及顺序
包下载地址：
http://mirror.centos.org/centos/4/csgfs/x86_64/RPMS/
2.1. 在所有节点上安装必须的软件包，软件包完整列表请参考GFS6.1用户手册 (
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/ch-install.html#S1-PKG-
INSTALL)
rgmanager — Manages cluster services and resources
system-config-cluster — Contains the Cluster Configuration Tool, used to graphically configure the cluster and the display of the current status of the
nodes, resources, fencing agents, and cluster services
ccsd — Contains the cluster configuration services daemon (ccsd) and associated files
magma — Contains an interface library for cluster lock management
magma-plugins — Contains plugins for the magma library
cman — Contains the Cluster Manager (CMAN), which is used for managing cluster membership, messaging, and notification
cman-kernel — Contains required CMAN kernel modules
dlm — Contains distributed lock management (DLM) library
dlm-kernel — Contains required DLM kernel modules
fence — The cluster I/O fencing system that allows cluster nodes to connect to a variety of network power switches, fibre channel switches, and integrated
power management interfaces
gulm — Contains the GULM lock management userspace tools and libraries (an alternative to using CMAN and DLM).
iddev — Contains libraries used to identify the file system (or volume manager) in which a device is formatted
Also, you can optionally install Red Hat GFS on your Red Hat Cluster Suite. Red Hat GFS consists of the following RPMs:
GFS — The Red Hat GFS module
GFS-kernel — The Red Hat GFS kernel module
gnbd — The GFS Network Block Device module
gnbd-kernel — Kernel module for the GFS Network Block Device
lvm2-cluster — Cluster extensions for the logical volume manager
GFS-kernheaders — GFS kernel header files
gnbd-kernheaders — gnbd kernel header files
2.2 安装软件和顺序
安装脚本，install.sh
#!/bin/bash
rpm -ivh kernel-smp-2.6.9-42.EL.x86_64.rpm
rpm -ivh kernel-smp-devel-2.6.9-42.EL.x86_64.rpm
rpm -ivh perl-Net-Telnet-3.03-3.noarch.rpm
rpm -ivh magma-1.0.6-0.x86_64.rpm
rpm -ivh magma-devel-1.0.6-0.x86_64.rpm
rpm -ivh ccs-1.0.7-0.x86_64.rpm
rpm -ivh ccs-devel-1.0.7-0.x86_64.rpm
rpm -ivh cman-kernel-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-kernheaders-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-1.0.11-0.x86_64.rpm
rpm -ivh cman-devel-1.0.11-0.x86_64.rpm
rpm -ivh dlm-kernel-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-kernheaders-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-1.0.1-1.x86_64.rpm
rpm -ivh dlm-devel-1.0.1-1.x86_64.rpm
rpm -ivh fence-1.32.25-1.x86_64.rpm
rpm -ivh GFS-6.1.6-1.x86_64.rpm
rpm -ivh GFS-kernel-2.6.9-58.2.centos4.x86_64.rpm
rpm -ivh GFS-kernheaders-2.6.9-58.2.centos4.x86_64.rpm
#gnbd:
rpm -ivh gnbd-kernel-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-kernheaders-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-1.0.7-0.x86_64.rpm
rpm -ivh gulm-1.0.7-0.x86_64.rpm
rpm -ivh gulm-devel-1.0.7-0.x86_64.rpm
rpm -ivh iddev-2.0.0-3.x86_64.rpm
rpm -ivh iddev-devel-2.0.0-3.x86_64.rpm
rpm -ivh magma-plugins-1.0.9-0.x86_64.rpm
rpm -ivh rgmanager-1.9.53-0.x86_64.rpm
rpm -ivh system-config-cluster-1.0.25-1.0.noarch.rpm
rpm -ivh ipvsadm-1.24-6.x86_64.rpm
rpm ivh piranha-0.8.2-1.x86_64.rpm --nodeps
注视：有些包有依赖关系，使用nodeps开关进行安装即可，另外因为本人安装了X-windows，所以gnome的包没写在这里
2.3、修改各个节点上的/etc/hosts文件（每个节点都一样）
如下：
[root@gfs-node01 etc]# cat hosts
# Do not remove the following line, or various programs
# that require network functionality will fail.
#127.0.0.1 gfs-node01 localhost.localdomain localhost
192.168.10.1 gfs-node01
192.168.10.2 gfs-node02
192.168.10.3 gfs-node03
192.168.10.1 gnbd-server
[root@gfs-node01 etc]#
备注：我把gnbs-server和node01放在了同一台server上，实际运行如果有条件的话中最好分开
三、在node-01上进行分区
#dmesg |grep scsi察看scsi设备，如下：
[root@gfs-node01 ~]# dmesg|grep scsi
scsi0 : ioc0: LSI53C1030, FwRev=00000000h, Ports=1, MaxQ=128, IRQ=169
Attached scsi disk sda at scsi0, channel 0, id 0, lun 0
说明认出了scsi设备，然后用fdisk进行了分区，注意，只进行分区，不要格式化,在这里我使用fdisk分了两个大小为3G的分区，分别为：
/dev/sda1和/dev/sda2,如下：
[root@gfs-node01 ~]# fdisk -l
Disk /dev/hda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/hda1 * 1 13 104391 83 Linux
/dev/hda2 14 1044 8281507+ 8e Linux LVM
Disk /dev/sda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/sda1 1 366 2939863+ 83 Linux
/dev/sda2 367 732 2939895 83 Linux
[root@gfs-node01 ~]#
四、运行system-config-cluster进行配置
(注视“因为system-config-cluster需要X-windows运行，所以第一次测试时安装了X-windows，实际配置时候只需要根据下面的文件进行修改即可)
增加三个节点，节点的权置全部设置为1，即Quorum值设置为1
三个节点的名称为:
gfs-node01
gfs-node02
gfs-node03
修改cluster.conf文件，如下：
[root@gfs-node01 ~]# cat /etc/cluster/cluster.conf
[root@gfs-node01 ~]#
使用scp命令把这个配置文件copy到02/03节点上
五、 在01/02/03节点上启动dlm,ccsd,fence等服务
5.1、在三个节点上加载dlm模块
[root@gfs-node01 cluster]# modprobe lock_dlm
[root@gfs-node02 cluster]# modprobe lock_dlm
[root@gfs-node03 cluster]# modprobe lock_dlm
5.2、启动ccsd服务
[root@gfs-node01 cluster]# ccsd
[root@gfs-node02 cluster]# ccsd
[root@gfs-node03 cluster]# ccsd
5.3、在两个节点上启动集群管理器（cman）
root@one # /sbin/cman_tool join
root@tow # /sbin/cman_tool join
5.4、测试ccsd服务
(注意：ccsd的测试要等cman启动完成后，然后才可以进行下面的测试
[root@gfs-node01 cluster]# ccs_test connect
[root@gfs-node02 cluster]# ccs_test connect
[root@gfs-node03 cluster]# ccs_test connect
# ccs_test connect 各个节点的返回如下：
node 1：
[root@gfs-node01 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 0
node 2：
[root@gfs-node02 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 30
node 3：
[root@gfs-node03 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 60
5.5、查看节点状态
cat /proc/cluster/nodes,应该返回
[root@gfs-node01 cluster]# cat /proc/cluster/nodes
Node Votes Exp Sts Name
1 1 3 M gfs-node01
2 1 3 M gfs-node02
3 1 3 M gfs-node03
[root@gfs-node01 cluster]#
六、加入fence域：
[root@gfs-node01 cluster]# /sbin/fence_tool join
[root@gfs-node02 cluster]# /sbin/fence_tool join
[root@gfs-node03 cluster]# /sbin/fence_tool join
七、 查看集群状态
Node 1:
[root@gfs-node01 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node01
Node ID: 1
Node addresses: 192.168.10.1
Node 2
[root@gfs-node02 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node02
Node ID: 2
Node addresses: 192.168.10.2
Node3:
[root@gfs-node03 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node03
Node ID: 3
Node addresses: 192.168.10.3
八、 在gnbd-server 导出设备
8.1、启动gnbd_serv进程
[root@gfs-node01 cluster]# /sbin/gnbd_serv –v –n
gnbd_serv: startup succeeded
导出设备
[root@gfs-node01 cluster]# gnbd_export -v -e gfs -d /dev/sda1 -c
gnbd_export: created GNBD gfs serving file /dev/sda1
[root@gfs-node01 cluster]#
查看export状态信息
[root@gfs-node01 cluster]# gnbd_export -v -l
Server[1] : gfs
--------------------------
file : /dev/sda1
sectors : 5879727
readonly : no
cached : yes
timeout : no
[root@gfs-node01 cluster]#
8.2、 在01/02/03三个节点导入设备
[root@gfs-node01 cluster] # modprobe gnbd
[root@gfs-node02 cluster] # modprobe gnbd
[root@gfs-node03 cluster] # modprobe gnbd
导入设备
Node1:
[root@gfs-node01 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node01 cluster]#
注视：此处的gnbd-server即是你写在/etc/hosts里面的冬冬
Node2:
[root@gfs-node02 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node02 cluster]#
Node3:
[root@gfs-node03 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node03 cluster]#
8.3、查看导入状态信息 （三个节点都要做，我只写一个节点）
[root@gfs-node01 cluster]# gnbd_import -v -l
Device name : gfs
----------------------
Minor # : 0
sysfs name : /block/gnbd0
Server : gnbd-server
Port : 14567
State : Close Connected Clear
Readonly : No
Sectors : 5879727
[root@gfs-node01 cluster]#
九、 建立gfs文件系统并且挂载
9.1、在三个节点加载gfs模块
[root@gfs-node01 cluster] # modprobe gfs
[root@gfs-node02 cluster] # modprobe gfs
[root@gfs-node03 cluster] # modprobe gfs
9.2、在gnbd-server（我这里也是node01节点）上建立gfs文件系统
[root@gfs-node01 cluster]# gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
This will destroy any data on /dev/gnbd/gfs.
It appears to contain a GFS filesystem.
Are you sure you want to proceed? [y/n] y
Device: /dev/gnbd/gfs
Blocksize: 4096
Filesystem Size: 669344
Journals: 2
Resource Groups: 12
Locking Protocol: lock_dlm
Lock Table: alpha_cluster:gfs
Syncing...
All Done
[root@gfs-node01 cluster]#
9.3、在三个节点挂载文件系统
在三个节点的根目录下都创建一个名为gfstest的目录，然后
[root@gfs-node01 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node02 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node03 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
注视：要在node01挂载文件完全完成后，再在02节点上进行mount,02节点mount完成后，再在03节点进行mount
注视：我在进行node03的mount时出现了如下错误
[root@gfs-node03 cluster]# mount -t gfs /dev/gnbd/gfs /gfstest
mount: wrong fs type, bad option, bad superblock on /dev/gnbd/gfs,
or too many mounted file systems
经查，发现我是按照gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 2 /dev/gnbd/gfs做的，是两个节点的，后来从第九部开始重做并进行了umount，然后再mount就对了，希望对大家有所帮助，再次说明一下：
gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
其中的3表示三个节点，实际上的话你是几个就写几个就可以了本文参考文献：
REDHAT官方网站：
Red Hat GFS 6.1 Administrator's Guide
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/index.html
Red Hat Cluster Suite Configuring and Managing a Cluster
http://www.redhat.com/docs/manuals/csgfs/browse/rh-cs-en/index.html
CU网站：
GFS6.1 ON RHAS4 U2安装文档
http://www.chinaunix.net/jh/4/746833.html
RedHat GFS 集群文件系统入门和进阶 资源帖
http://bbs.chinaunix.net/viewthread.php?tid=777867extra=page%3D1%26filter%3Ddigest
用VMware GSX和W2K 群集服务实现Exchange群集
http://www.chinaunix.net/jh/34/299757.html
注视：本文后半部分5-10部分基本抄袭suran007 同学的文章，但是去掉了LVM部分，因为没有这个环境。特此GPL公告。
后面我将写一个前端LVS，后端GFS的配置文档，希望对大家有所帮助。
一、测试环境
主机：一台PC,AMD-64位的芯片，1G内存,安装CentOS-4.4-x86_64版本的操作系统
在这个主机上面安装了三个虚拟机，全部安装CentOS-4.4-x86_64版本的操作系统,未进行内核定制，也未打内核补丁，同时安装了X-windows系统，同时参考
http://www.chinaunix.net/jh/34/299757.html
这篇文章创建了共享磁盘，三个虚拟机使用一个共享磁盘，不过我的网卡一开始就设了两个
二、需要安装的包以及顺序
包下载地址：
http://mirror.centos.org/centos/4/csgfs/x86_64/RPMS/
2.1. 在所有节点上安装必须的软件包，软件包完整列表请参考GFS6.1用户手册 (
http://www.redhat.com/docs/manuals/csgfs/browse/rh-gfs-en/ch-install.html#S1-PKG-
INSTALL)
rgmanager — Manages cluster services and resources
system-config-cluster — Contains the Cluster Configuration Tool, used to graphically configure the cluster and the display of the current status of the
nodes, resources, fencing agents, and cluster services
ccsd — Contains the cluster configuration services daemon (ccsd) and associated files
magma — Contains an interface library for cluster lock management
magma-plugins — Contains plugins for the magma library
cman — Contains the Cluster Manager (CMAN), which is used for managing cluster membership, messaging, and notification
cman-kernel — Contains required CMAN kernel modules
dlm — Contains distributed lock management (DLM) library
dlm-kernel — Contains required DLM kernel modules
fence — The cluster I/O fencing system that allows cluster nodes to connect to a variety of network power switches, fibre channel switches, and integrated
power management interfaces
gulm — Contains the GULM lock management userspace tools and libraries (an alternative to using CMAN and DLM).
iddev — Contains libraries used to identify the file system (or volume manager) in which a device is formatted
Also, you can optionally install Red Hat GFS on your Red Hat Cluster Suite. Red Hat GFS consists of the following RPMs:
GFS — The Red Hat GFS module
GFS-kernel — The Red Hat GFS kernel module
gnbd — The GFS Network Block Device module
gnbd-kernel — Kernel module for the GFS Network Block Device
lvm2-cluster — Cluster extensions for the logical volume manager
GFS-kernheaders — GFS kernel header files
gnbd-kernheaders — gnbd kernel header files
2.2 安装软件和顺序
安装脚本，install.sh
#!/bin/bash
rpm -ivh kernel-smp-2.6.9-42.EL.x86_64.rpm
rpm -ivh kernel-smp-devel-2.6.9-42.EL.x86_64.rpm
rpm -ivh perl-Net-Telnet-3.03-3.noarch.rpm
rpm -ivh magma-1.0.6-0.x86_64.rpm
rpm -ivh magma-devel-1.0.6-0.x86_64.rpm
rpm -ivh ccs-1.0.7-0.x86_64.rpm
rpm -ivh ccs-devel-1.0.7-0.x86_64.rpm
rpm -ivh cman-kernel-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-kernheaders-2.6.9-45.4.centos4.x86_64.rpm
rpm -ivh cman-1.0.11-0.x86_64.rpm
rpm -ivh cman-devel-1.0.11-0.x86_64.rpm
rpm -ivh dlm-kernel-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-kernheaders-2.6.9-42.12.centos4.x86_64.rpm
rpm -ivh dlm-1.0.1-1.x86_64.rpm
rpm -ivh dlm-devel-1.0.1-1.x86_64.rpm
rpm -ivh fence-1.32.25-1.x86_64.rpm
rpm -ivh GFS-6.1.6-1.x86_64.rpm
rpm -ivh GFS-kernel-2.6.9-58.2.centos4.x86_64.rpm
rpm -ivh GFS-kernheaders-2.6.9-58.2.centos4.x86_64.rpm
#gnbd:
rpm -ivh gnbd-kernel-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-kernheaders-2.6.9-9.43.centos4.x86_64.rpm
rpm -ivh gnbd-1.0.7-0.x86_64.rpm
rpm -ivh gulm-1.0.7-0.x86_64.rpm
rpm -ivh gulm-devel-1.0.7-0.x86_64.rpm
rpm -ivh iddev-2.0.0-3.x86_64.rpm
rpm -ivh iddev-devel-2.0.0-3.x86_64.rpm
rpm -ivh magma-plugins-1.0.9-0.x86_64.rpm
rpm -ivh rgmanager-1.9.53-0.x86_64.rpm
rpm -ivh system-config-cluster-1.0.25-1.0.noarch.rpm
rpm -ivh ipvsadm-1.24-6.x86_64.rpm
rpm ivh piranha-0.8.2-1.x86_64.rpm --nodeps
注视：有些包有依赖关系，使用nodeps开关进行安装即可，另外因为本人安装了X-windows，所以gnome的包没写在这里
2.3、修改各个节点上的/etc/hosts文件（每个节点都一样）
如下：
[root@gfs-node01 etc]# cat hosts
# Do not remove the following line, or various programs
# that require network functionality will fail.
#127.0.0.1 gfs-node01 localhost.localdomain localhost
192.168.10.1 gfs-node01
192.168.10.2 gfs-node02
192.168.10.3 gfs-node03
192.168.10.1 gnbd-server
[root@gfs-node01 etc]#
备注：我把gnbs-server和node01放在了同一台server上，实际运行如果有条件的话中最好分开
三、在node-01上进行分区
#dmesg |grep scsi察看scsi设备，如下：
[root@gfs-node01 ~]# dmesg|grep scsi
scsi0 : ioc0: LSI53C1030, FwRev=00000000h, Ports=1, MaxQ=128, IRQ=169
Attached scsi disk sda at scsi0, channel 0, id 0, lun 0
说明认出了scsi设备，然后用fdisk进行了分区，注意，只进行分区，不要格式化,在这里我使用fdisk分了两个大小为3G的分区，分别为：
/dev/sda1和/dev/sda2,如下：
[root@gfs-node01 ~]# fdisk -l
Disk /dev/hda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/hda1 * 1 13 104391 83 Linux
/dev/hda2 14 1044 8281507+ 8e Linux LVM
Disk /dev/sda: 8589 MB, 8589934592 bytes
255 heads, 63 sectors/track, 1044 cylinders
Units = cylinders of 16065 * 512 = 8225280 bytes
Device Boot Start End Blocks Id System
/dev/sda1 1 366 2939863+ 83 Linux
/dev/sda2 367 732 2939895 83 Linux
[root@gfs-node01 ~]#
四、运行system-config-cluster进行配置
(注视“因为system-config-cluster需要X-windows运行，所以第一次测试时安装了X-windows，实际配置时候只需要根据下面的文件进行修改即可)
增加三个节点，节点的权置全部设置为1，即Quorum值设置为1
三个节点的名称为:
gfs-node01
gfs-node02
gfs-node03
修改cluster.conf文件，如下：
[root@gfs-node01 ~]# cat /etc/cluster/cluster.conf
[root@gfs-node01 ~]#
使用scp命令把这个配置文件copy到02/03节点上
五、 在01/02/03节点上启动dlm,ccsd,fence等服务
5.1、在三个节点上加载dlm模块
[root@gfs-node01 cluster]# modprobe lock_dlm
[root@gfs-node02 cluster]# modprobe lock_dlm
[root@gfs-node03 cluster]# modprobe lock_dlm
5.2、启动ccsd服务
[root@gfs-node01 cluster]# ccsd
[root@gfs-node02 cluster]# ccsd
[root@gfs-node03 cluster]# ccsd
5.3、在两个节点上启动集群管理器（cman）
root@one # /sbin/cman_tool join
root@tow # /sbin/cman_tool join
5.4、测试ccsd服务
(注意：ccsd的测试要等cman启动完成后，然后才可以进行下面的测试
[root@gfs-node01 cluster]# ccs_test connect
[root@gfs-node02 cluster]# ccs_test connect
[root@gfs-node03 cluster]# ccs_test connect
# ccs_test connect 各个节点的返回如下：
node 1：
[root@gfs-node01 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 0
node 2：
[root@gfs-node02 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 30
node 3：
[root@gfs-node03 cluster]# ccs_test connect
Connect successful.
Connection descriptor = 60
5.5、查看节点状态
cat /proc/cluster/nodes,应该返回
[root@gfs-node01 cluster]# cat /proc/cluster/nodes
Node Votes Exp Sts Name
1 1 3 M gfs-node01
2 1 3 M gfs-node02
3 1 3 M gfs-node03
[root@gfs-node01 cluster]#
六、加入fence域：
[root@gfs-node01 cluster]# /sbin/fence_tool join
[root@gfs-node02 cluster]# /sbin/fence_tool join
[root@gfs-node03 cluster]# /sbin/fence_tool join
七、 查看集群状态
Node 1:
[root@gfs-node01 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node01
Node ID: 1
Node addresses: 192.168.10.1
Node 2
[root@gfs-node02 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node02
Node ID: 2
Node addresses: 192.168.10.2
Node3:
[root@gfs-node03 cluster]# cat /proc/cluster/status
Protocol version: 5.0.1
Config version: 1
Cluster name: alpha_cluster
Cluster ID: 50356
Cluster Member: Yes
Membership state: Cluster-Member
Nodes: 3
Expected_votes: 3
Total_votes: 3
Quorum: 2
Active subsystems: 1
Node name: gfs-node03
Node ID: 3
Node addresses: 192.168.10.3
八、 在gnbd-server 导出设备
8.1、启动gnbd_serv进程
[root@gfs-node01 cluster]# /sbin/gnbd_serv –v –n
gnbd_serv: startup succeeded
导出设备
[root@gfs-node01 cluster]# gnbd_export -v -e gfs -d /dev/sda1 -c
gnbd_export: created GNBD gfs serving file /dev/sda1
[root@gfs-node01 cluster]#
查看export状态信息
[root@gfs-node01 cluster]# gnbd_export -v -l
Server[1] : gfs
--------------------------
file : /dev/sda1
sectors : 5879727
readonly : no
cached : yes
timeout : no
[root@gfs-node01 cluster]#
8.2、 在01/02/03三个节点导入设备
[root@gfs-node01 cluster] # modprobe gnbd
[root@gfs-node02 cluster] # modprobe gnbd
[root@gfs-node03 cluster] # modprobe gnbd
导入设备
Node1:
[root@gfs-node01 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node01 cluster]#
注视：此处的gnbd-server即是你写在/etc/hosts里面的冬冬
Node2:
[root@gfs-node02 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node02 cluster]#
Node3:
[root@gfs-node03 cluster]# gnbd_import -v -i gnbd-server
gnbd_import: created directory /dev/gnbd
gnbd_import: created gnbd device gfs
gnbd_recvd: gnbd_recvd started
[root@gfs-node03 cluster]#
8.3、查看导入状态信息 （三个节点都要做，我只写一个节点）
[root@gfs-node01 cluster]# gnbd_import -v -l
Device name : gfs
----------------------
Minor # : 0
sysfs name : /block/gnbd0
Server : gnbd-server
Port : 14567
State : Close Connected Clear
Readonly : No
Sectors : 5879727
[root@gfs-node01 cluster]#
九、 建立gfs文件系统并且挂载
9.1、在三个节点加载gfs模块
[root@gfs-node01 cluster] # modprobe gfs
[root@gfs-node02 cluster] # modprobe gfs
[root@gfs-node03 cluster] # modprobe gfs
9.2、在gnbd-server（我这里也是node01节点）上建立gfs文件系统
[root@gfs-node01 cluster]# gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
This will destroy any data on /dev/gnbd/gfs.
It appears to contain a GFS filesystem.
Are you sure you want to proceed? [y/n] y
Device: /dev/gnbd/gfs
Blocksize: 4096
Filesystem Size: 669344
Journals: 2
Resource Groups: 12
Locking Protocol: lock_dlm
Lock Table: alpha_cluster:gfs
Syncing...
All Done
[root@gfs-node01 cluster]#
9.3、在三个节点挂载文件系统
在三个节点的根目录下都创建一个名为gfstest的目录，然后
[root@gfs-node01 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node02 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
[root@gfs-node03 cluster] # mount -t gfs /dev/gnbd/gfs /gfstest
注视：要在node01挂载文件完全完成后，再在02节点上进行mount,02节点mount完成后，再在03节点进行mount
注视：我在进行node03的mount时出现了如下错误
[root@gfs-node03 cluster]# mount -t gfs /dev/gnbd/gfs /gfstest
mount: wrong fs type, bad option, bad superblock on /dev/gnbd/gfs,
or too many mounted file systems
经查，发现我是按照gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 2 /dev/gnbd/gfs做的，是两个节点的，后来从第九部开始重做并进行了umount，然后再mount就对了，希望对大家有所帮助，再次说明一下：
gfs_mkfs -p lock_dlm -t alpha_cluster:gfs -j 3 /dev/gnbd/gfs
其中的3表示三个节点，实际上的话你是几个就写几个就可以了
本文来自ChinaUnix博客，如果查看原文请点：http://blog.chinaunix.net/u1/40226/showart_2025025.html |
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发表于 2009-08-12 09:51