Q-Logic 59060-02 B manual

Q-Logic 59060-02 B manual Displaying the Events Using the Command Line Interface

2 – Events and Event Logging

Displaying the Events Using the Command Line Interface

2.3

Displaying the Events Using the Command Line Interface

When you log into a switch through Telnet, the command line interface automatically displays the alarm history. You can use the Show Alarm or Show Log command to display the alarm history at any time. New alarm messages are displayed in the command stream as they occur. Refer to the Installation Guide for your switch for more information about the Show Log command.

In the command line interface, each message has the following format:

[ordinal][time_stamp][severity][source][message_ID][message_text]

[ordinal] – A number assigned to each message in sequence since that last time the alarm history was cleared.

[time_stamp] – The time the alarm was issued in the format day-month-hh:mm:ss:ms-yyyy. This time stamp comes from the switch for events that originate with the switch, and from the workstation for events that originate from Enterprise Fabric Suite 2007.

[severity] – The event severity: A–Alarm, C–Critical, W–Warning, I–Informative.

[source] – The program module or application that generated the event. Sources include Zoning, Switch, PortApp, EPort, Management Server. Alarms do not include the source.

[message_ID] – A number that identifies the message using the following format: category.message_number

[message_text] – The alarm message text

Consider the following Informative level event example from the Switch source:

[1][Wed May 26 12:30:29.965 UTC 2004][I][8400.0022][Switch][Successful login user (snmp@IB-session6) with admin privilege]

2-2	59060-02 B

59060-02 B specifications

The Q-Logic 59060-02 B is a cutting-edge Fibre Channel host bus adapter (HBA) designed to optimize data transfer rates and enhance connectivity in high-performance computing environments. This advanced HBA is particularly suited for enterprise data centers that demand robust and reliable storage solutions, capable of handling large volumes of data with minimal latency.

One of the main features of the Q-Logic 59060-02 B is its dual-channel architecture, which allows for simultaneous data transfer across two separate Fibre Channel connections. This dual-channel capability effectively doubles the data throughput compared to single-channel adapters, providing seamless scalability for growing storage demands. The HBA supports data rates of up to 2 Gbps, ensuring rapid access to storage devices and enhanced performance for applications requiring high bandwidth.

The Q-Logic 59060-02 B also incorporates advanced technologies that enhance its functionality and performance. One such technology is its integrated hardware acceleration for offloading tasks like error correction and flow control from the host CPU. This offloading conserves system resources, allowing the CPU to focus on other critical tasks and improving overall system efficiency.

In addition, the adapter is designed for easy integration with existing storage networks, thanks to its compliance with SCSI standards and support for various operating systems, including Windows and Linux. This compatibility makes the Q-Logic 59060-02 B a versatile solution for diverse IT environments.

Security is another critical aspect of the Q-Logic 59060-02 B. The adapter includes built-in features for secure data transmission, including advanced encryption capabilities that protect sensitive information traveling across the network. This focus on security helps organizations safeguard their data integrity and comply with industry regulations.

Another noteworthy characteristic of the Q-Logic 59060-02 B is its robustness and reliability. The HBA is designed to handle rigorous data workloads and can operate in demanding conditions typical of data center environments. With its superior quality and performance capabilities, the Q-Logic 59060-02 B remains a preferred choice for enterprises looking to enhance their data storage and retrieval systems while maintaining high levels of performance and security.