Sun Microsystems 2005Q2 quick start Click OK. The create process can take a few minutes

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7.Click OK. The create process can take a few minutes.

Note – This exercise requires automatically assigned port numbers for HTTP, HTTPS, IIOP and IIOPS. You can change them later, if desired.

When the create process is completed, the Cluster Created Successfully page appears, and FirstCluster appears in the tree in the left pane. A copy of the conﬁguration template default-configwas made for this cluster, and the name

FirstCluster-config was assigned to it.

8.In the left pane, expand Clusters and click FirstCluster to display the General Information page for clusters.

9.Click the Instances tab to display i1 and i2, the instances that you created.

a.Click i1 to examine this instance.

b.From the tabs above the General Information heading of the right pane, click Properties and see the value for HTTP_LISTENER_PORT.

c.Repeat these steps for i2.

14Sun Java System Application Server Enterprise Edition 8.1 2005Q2 Quick Start Guide

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Contents Sun Microsystems, Inc Network Circle Santa Clara, CA 050727@12762 Contents Quick Start for Setting Up High Availability Failover Variable Names and Default Paths Quick StartAbout Application Server Administration To Start the Domain on Solaris and Linux Starting the Domain Administration ServerStarting the Server To Start the Domain on Windows Press a key to close the message window Logging in to the Admin ConsoleTo Log In to the Admin Console Steps 1. Type this URL in your browserPage To View the Domain Administration Server Log File Examining the Log FileCreating a Cluster Steps 1. In a terminal window, type this commandWhen you are prompted, provide the master password To Start the Node AgentYou see a screen like this Click OK. The create process can take a few minutes Deploying an Application To Deploy the Sample ApplicationClick OK To Start the ClusterTo Verify the Application Deployment Steps 1. Type the following URL in your browserSetting up Load Balancing Installing Web Server Software Creating a Load Balancer Conﬁguration Installing the Load Balancer Plug-inTo Install the Load Balancer Plug-in To Create an Http Load Balancer Conﬁguration Starting Load BalancingVerifying Load Balancing Export the conﬁguration to a ﬁle loadbalancer.xmlTo Verify Load Balancing Http//localhostwebserverport/clusterjspAdd a name and value pair Name=Name Value=Duke for storing Cleaning UpTo Uninstall Completely Uninstall the Application Server To Remove the Sample Cluster OnlyWhere to Go Next Quick Start for Setting Up High Availability Failover Hadb Preinstallation Steps About High Availability ClustersTo Conﬁgure Your System for Hadb Starting Hadb Installing HadbTo Install Hadb Run the command to start the agent Steps 1. Change to the /etc/init.d directoryConﬁguring a Cluster and Application for High Availability To Start Hadb in a Stand-Alone Installation on WindowsRun the command to start the agent ma -i ma.cfg To Conﬁgure a Cluster and Application for High AvailabilityRestarting the Cluster To Restart the ClusterOnce the instances are stopped, click Start Instances Verifying Http Session FailoverTo Verify Http Session Failover Cleaning Up A stand-alone Windows Application Server Installation To Remove the Sample Cluster Run the command to stop the agent ma -r Rename the loadbalancer.xml ﬁleWhere to Go Next

2005Q2 specifications

Sun Microsystems, a company renowned for its innovative technologies and commitment to open standards, reported its second quarter financial results for the fiscal year 2005 (2005Q2) on May 10, 2005. During this quarter, Sun continued to focus on its primary mission of delivering reliable and robust hardware and software solutions, notably in the domain of enterprise computing.

One of the standout features of Sun's offerings during this period was the continued evolution of their UltraSPARC processors. The UltraSPARC IV and IV+ processors represented significant advancements in performance, offering superior computational power and efficiency for enterprise applications. These processors were built on the SPARC architecture, which is known for its scalability and reliability, making them ideal for mission-critical workloads.

In 2005Q2, Sun also emphasized its commitment to the Solaris operating system. Solaris 10 was lauded for its enhanced security features, extended virtualization capabilities, and advanced resource management tools. The introduction of features like DTrace, ZFS, and Time Slider exemplified Sun's dedication to providing customers with enhanced system insight and flexibility. These innovations positioned Solaris as a leading choice for enterprises looking to optimize their IT infrastructure.

Sun's software portfolio saw significant developments, particularly in the realms of Java technology and the Sun Java System. The company continued its advocacy for Java as a universal programming platform, recognizing its pivotal role in the burgeoning field of web services and distributed computing. Sun's development tools and application servers, such as the Sun Java System Application Server, provided developers with robust resources for building and deploying enterprise applications.

Moreover, the company made strides in network performance through its Sun Network.com initiative. This program was aimed at enhancing the deployment of managed services and offered customers solutions designed to improve network efficiency and reliability.

Financially, Sun Microsystems reported revenue growth during this quarter, driven by increased demand for their products and services. The company’s focus on open-source solutions and partnership strategies allowed it to attract new clients and expand its market presence, reinforcing its role as a key player in the technology sector.

In summary, 2005Q2 marked a significant period for Sun Microsystems, characterized by cutting-edge technologies, a strong software ecosystem, and a focus on delivering value to enterprise customers. Through its innovative hardware and commitment to open standards, Sun continued to influence the trajectory of computing in a rapidly changing technological landscape.