Sun management tool

View Orange Matter. LogicalRead Blog Into databases? Find articles, code and a community of database experts. View LogicalRead Blog. View Resources. Contact Sales Online Quote. Features Features. View All Features. Technical Resources. Educational Resources. Connect with Us. View All Resources. Storage Resource Monitor. Toggle navigation Menu. Automate SAN storage capacity planning.

Gain a comprehensive view of SAN performance. Gain a comprehensive view of SAN performance With SRM as your SAN monitoring tool, you can gain visual overviews of your storage performance, allowing you to more easily monitor multiple arrays with a single dashboard, drill deeper into storage performance problems, view space consumption on storage arrays, RAID groups, and LUNs, and discover opportunities for optimization. Never miss a beat with SRM alerting system and centralized reports.

Never miss a beat with SRM alerting system and centralized reports A SAN monitoring tool that provides alerting solutions can help you notice and address SAN issues before the end user does. Get to the root of storage issues quickly with a SAN monitoring tool.

Get to the root of storage issues quickly with a SAN monitoring tool The integrated, detailed dashboards in SRM are built to help you seamlessly navigate across layers of storage and easily locate root causes of storage performance issues. These devices are attached to storage arrays and servers, facilitating the movement of storage traffic, and minimizing network latency and data loss. Storage Devices: SAN data may be stored in several hard disks.

With a powerful SAN monitoring tool, you can: Run reports: With the help of detailed reports, you can gain a thorough understanding of your SAN infrastructure, view SAN capacity and performance metrics, get the info you need to resolve SAN performance issues quickly, and share critical data with other parties.

Scheduling automated reports with SAN server monitoring software helps you streamline the process. View Demo Videos. Customer Success Stories. That made our decision very straightforward - Sunrise is just the right partner for us. View All Case Studies. Z , and the patch file for —34 is — You would then uncompress the patch files as follows:. You can create the patch-only image using either the graphical tool es-gui-imagetool as described next in Step 8 , or by using the command-line tool es-imagetool as described in Step 9.

Either move the compressed download patch files to another directory for safekeeping, or delete the compressed patch files. Type the name of the patch directory you created in Step 2 , or Click Browse to navigate to and select the directory. Type a name for the patch-only image that reflects the image type, for example base-and-addon-patches.

The image tool will create images for all Solaris versions supported by Sun Management Center irrespective of the version of the machine on which the tool is running. You have a choice of selecting any of the Solaris versions, or all versions. If you omit a Solaris version when you create a patch-only image, application of the patches to the machine whose Solaris version is omitted will fail.

Click Next. The Checking for Patches screen appears. When the image tool has completed checking for patches, the Select Patches screen appears. If there is not enough space to create the image, you are notified. The amount of free space that is needed is listed. Click Cancel to exit the image tool. You must increase the amount of free space by the amount listed before you can create a patch-only image.

A list of the patches and the Solaris versions that you selected for the patch-only image is displayed. If the list is not correct, click Back twice to return to the Solaris version selection screen, or click Back once to return to the Select Patches screen. Select the Solaris versions and patches that you want to add to the patch-only image and confirm your new selections.

You are notified when the update image has been created. Click Close to return to the system prompt. To apply the image using agent-update. You are asked whether you want to upgrade components of the Base agent. Type n and press Return. The JRE implementation contains a password file template named jmxremote.

You must ensure that only the owner has read and write permissions on this file, since it contains the passwords in clear text. For security reasons, the system checks that the file is only readable by the owner and exits with an error if it is not.

Thus in a multiple-user environment, you should store the password file in private location such as your home directory. Property names are roles, and the associated value is the role's password. For example, the following are sample entries in the password file.

On Solaris, Linux, or Mac OS X operating systems, you can set the file permissions for the password file by running the following command. By default, the access file is named jmxremote. Property names are identities from the same space as the password file.

The associated value must be either readonly or readwrite. The access file defines roles and their access levels. By default, the access file defines the two following primary roles. An access control entry consists of a role name and an associated access level.

The role name cannot contain spaces or tabs and must correspond to an entry in the password file. The access level can be either one of the following. For monitoring, this means that a remote client in this role can read measurements but cannot perform any action that changes the environment of the running program. The remote client can also listen to MBean notifications. This access should be granted to only trusted clients, since they can potentially interfere with the operation of an application.

A role should have only one entry in the access file. If a role has no entry, it has no access. If a role has multiple entries, then the last entry takes precedence.

Typical predefined roles in the access file resemble the following. You can set out-of-the-box monitoring and management properties in a configuration file or on the command line. Properties specified on the command line override properties in a configuration file. The Java VM reads this file if either of the command-line properties com.

You can specify a different location for the configuration file with the following command-line option. Table describes all the out-of-the-box monitoring and management properties. JConsole can use this connector if it is started by the same user as the user that started the agent. No password or access files are checked for requests coming via this connector. By default, the SSL, password, and access file properties are used for this connector. It also enables local monitoring as described for the com.

Used in conjunction with com. If this property is true and the property com. If this property is false then JMX does not use passwords or access files: all users are allowed all access. Specifies location for password file.

If com. Otherwise, the password file must exist and be in the valid format. If the password file is empty or nonexistent, then no access is allowed. Specifies location for the access file. Otherwise, the access file must exist and be in the valid format.

If the access file is empty or nonexistent, then no access is allowed. When using this property to override the default login configuration, the named configuration entry must be in a file that is loaded by JAAS. In addition, the login modules specified in the configuration should use the name and password callbacks to acquire the user's credentials.

For more information, see the API documentation for javax. NameCallback and javax. Configuration errors include the following. If your application runs a security manager, then additional permissions are required in the security permissions file.

A client can create a connector for the agent by instantiating a javax. As stated previously, in the Java SE platform version 6, you can create a JMX client that uses the Attach API to enable out-of-the-box monitoring and management of any applications that are started on the Java SE 6 platform, without having to configure the applications for monitoring when you launch them.

The Attach API provides a way for tools to attach to and start agents in the target application. Once an agent is running, JMX clients and other tools are able to obtain the JMX connector address for that agent via a property list that is maintained by the Java VM on behalf of the agents. The properties in the list are accessible from tools that use the Attach API. So, if an agent is started in an application, and if the agent creates a property to represent a piece of configuration information, then that configuration information is available to tools that attach to the application.

This allows JMX tools to attach to and get the connector address of an agent, if it is running. Example uses the com.