Running setup.py

The following example illustrates all of the setup.py options. You must run setup.py on both nodes, one at a time starting with Node 1. Note that when you run setup.py on Node1, it writes the same response data to Node 2 with the exception of setting up the SSH keys. When you run setup.py on Node2 you may choose to only run option 1 (Configure SSH keys between the nodes) followed by option 2 to verify that the configuration was correctly written to Node 2 when Node 1 was configured.(Optional) Enter contextual information here, including the purpose of the task.

If you select Action 2 (Display current configuration) while running setup.py for the first time, the configuration entries will be displayed as None.

(Optional) Enter task prerequisites here.

On Node 1, run setup.py:

[root@axid ~]# /opt/oracle/acslsha/setup.py

Validating local node.
Validating remote node.
Reading config file.
It is highly recommended that you execute each menu item in order starting with 1. If you choose not to set up the ssh keys between the nodes, you will need to enter the password for the remote node when prompted.

Building the menu
1) Configure SSH keys between the nodes
2) Display current configuration
3) Configure Logical Host for connecting to ACSLS
4) Configure FileSystem
q) Quit

Select Action 1.

Select action: 1
Please enter root password for remote node when prompted.
root@remotenode's password:

Respond with the root password of the remote node.

Select Action 2.

Select action: 2
LogicalHostDevice : None
StorageFilesystemType : None
LogicalHostIp : None
NodeId : None
StorageFilesystem : None
StorageMountPoint : None
StorageOptions : None

Select Action 3.
ACSLS HA must know the logical host address and device to access ACSLS. ACSLS HA will move this IP address between the nodes as necessary. The first step is to enter the IP address for the logical host used to access ACSLS. The format of the address is a dot delimited quad and a slash, followed by the subnet mask. For example, 10.80.25.81/23.
```
Enter the IP Address: 10.80.25.81/23 (enter your IP address)
Enter the device: eno1 (enter your device)

Successfully configured the logical host.
```

Select Action 4.

ACSLS HA must know the location of the file system containing the ACSLS installation. ACSLS HA will move this file system between the nodes as necessary.

The file system is currently set to None
Would you like to change this filesystem (y/Y/n/N/yes/no): Y
Enter filesystem: 10.0.0.123:/export/home (Enter the IP and name of your NFS file system)

The Mount Point is currently set to None
Would you like to change this mount point (y/Y/n/N/yes/no): Y
Enter mount point: /export/home (Enter your local mount point directory)

The filesystem type is currently set to None
Would you like to change this type (y/Y/n/N/yes/no): Y

Enter filesystem type: nfs
The file system options are currently set to None
Would you like to change the options (y/Y/n/N/yes/no): Y

Enter options: rw,suid,soft (Note that no spaces are allowed in this response)

Successfully configured the file system.

To display the current configuration, select Action 2:

1) Configure SSH keys between the nodes
2) Display current configuration
3) Configure Logical Host for connecting to ACSLS
4) Configure FileSystem
q) Quit

Select action: 2

LogicalHostDevice : eno1
StorageFilesystemType : nfs
LogicalHostIp : 10.80.25.81/23
NodeId : 1
StorageFilesystem : 10.80.25.124:/acslsha_Straub-Tooheys
StorageMountPoint : /export/home
StorageOptions : rw,suid,soft

Repeat this entire procedure to run setup.py on Node 2.
When setup.py runs, it will mount and unmount the NFS file system. At this time, ensure that it is unmounted from both nodes using the mount command first. If you see that the NFS file system is mounted then unmount it using the umount command. For example:
```
#mount
```
If the NFS file system is shown, then enter the following command:
```
#umount /export/home/
```