Lotus Domino Server R5 Implementation Guide

June 18, 2001

 

 

Step 12 - Create a File System for the Domino Binaries

Create a new journaled file system (JFS) for the Domino binaries with the command smitty crjfslv.

The SMIT utility displays a menu for creating a journaled file system. Select Add a Standard Journaled File System and press Enter.

You will see the configuration screen for the new file system. Select dominobinlv for the logical volume name. The mount point we are going to use in our example will be /usr/domino. This mount point is the preferred directory for the Domino binaries. Last on this screen, you need to change the mount automatically at system restart to yes. After you have finished, press Enter.

The command status screen will let you know if everything worked.

Step 13 - Mount the File Systems

After you create the file systems, you must then mount them. To mount the file systems, use the commands mount /server1 and mount /usr/domino. To verify that the file systems are mounted, use the command mount by itself. The mount command will display all file systems that are mounted.

Step 14 - Change Ownership of the New File Systems

In order for the Domino server to run correctly, we must change the ownership of the file systems we created. To change the ownership use the command chown -R <user>.<group> <file system>. An example of this would be:

chown -R notes.notes /server1

chown -R notes.notes /usr/domino

Step 15 - Paging Space

Make sure that you have enough paging space available in order for the Domino Server to function properly. Please refer to the paging space formulas given earlier to determine the right amount of paging space for your system.

To check the amount of paging space available on your system, use the command lsps -a. With this command you will also be able to see the name of the paging space. In our example, the paging space is named hd6.

If you need to add additional paging space, specify the additional space needed in physical partitions. To figure out how many physical partitions we will need, first we have to find out how large each of our physical partitions are. To identify the size of each physical partition located on the volume group, use the command lsvg <volume group>. Our paging space is located on rootvg, so we would use the command lsvg rootvg.

Once you have the size of the physical partition, you can figure out how many additional partitions you will need to increase the paging space to the size required. To add to the paging space, use the command chps -s<additonal partitions> <paging space name>. An example of this command would be:

chps -s10 hd6

To verify that the change to the paging space has taken place, use the command lsps -a.

Step 16 - Check AIX Kernel Configuration

We also need to check the AIX kernel configuration for the maximum number of processes allowed per user, and the maximum number of fixed licenses.

To check the current setting for the maximum number of processes allowed per user (maxuproc), use the command lsattr -El sys0 grep maxuproc to display the value. This value must be a minimum of 128 or more. To change the value, use the command chdev -l sys0 -a maxuproc=<value>. An example of this command would be:

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IBM R5 Create a File System for the Domino Binaries, Mount the File Systems, Change Ownership of the New File Systems
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R5 specifications

IBM R5, also known as IBM Notes R5, marked a significant evolution in the IBM Notes and Domino platform, offering users enhanced capabilities and features that improved productivity and collaboration in the workplace. Released in 1999, R5 introduced a more refined user interface, improved performance, and a range of new tools designed to facilitate communication and teamwork.

One of the standout features of IBM R5 was its comprehensive integration of email, calendaring, and tasks within a single interface. This centralized approach allowed users to manage their communications more efficiently, reducing the need to switch between multiple applications. The improved email functionality included enhanced filtering and sorting capabilities, enabling users to better organize their inboxes.

The R5 version also introduced significant advancements in the collaborative aspects of the platform. With new tools for team collaboration, such as enhanced discussion databases and a shared documents feature, R5 made it easier for teams to work together on projects irrespective of their physical locations. The introduction of instant messaging capabilities further bridged communication gaps, allowing users to connect in real time.

IBM R5 was built on a robust architecture that incorporated Domino server enhancements, which improved scalability and performance. The platform supported new technologies, including Java applets, allowing developers to build more dynamic and interactive applications. Additionally, the integration of the LDAP (Lightweight Directory Access Protocol) provided better directory services, making it simpler to manage user identities across the network.

Security features were also a focus in R5, with improvements in encryption and user authentication that helped safeguard sensitive data. The platform’s ability to integrate with other enterprise applications while maintaining robust security protocols made it a choice for organizations that prioritized data protection.

Moreover, IBM R5 incorporated a more modular and flexible architecture, enabling easier customization and management of applications and components. This adaptability catered to a wide range of business needs, thus positioning IBM Notes R5 as a versatile solution for organizations looking to enhance their workflow and communication processes.

Overall, IBM R5 served as a milestone in the evolution of enterprise collaboration solutions. Its innovative features, user-friendly interface, and robust security measures laid the foundation for future developments in the IBM Notes and Domino ecosystem, ultimately contributing to more efficient and effective business practices.
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