DisplayEventLog

Displays the event log. The event log may be filtered using the DisplayEventLogFilter command. The optional parameter n is the number of lines to be displayed as a

single page with no user interaction. After the command has executed, use +, - or = to scroll through the log. Type quit and press Enter to exit the command.

DisplayEventLog <n>

DisplayEventLogFilter

Filters the display of data for specified subsystems and levels if DisplayEventLog is enabled. Valid event log subsystem entries are platform-dependent. For set commands, the final parameter indicates whether or not events from the specified subsystem and level are displayed.

Default: all all all

set DisplayEventLogFilter [subsystem all] [level all] [all none]

get DisplayEventLogFilter [subsystem all] [level all]

DisplayTraceLog

Displays the most recent page of trace log entries. The optional parameter n is the number of lines to be displayed as a single page with no user interaction. After the command has executed, use +, - or = to scroll through the log. Type quit and press Enter to exit the command.

DisplayTraceLog <n>

Fibre Channel trace log entries depict FC: an FC trace log

PortID the hexadecimal loop ID of the host device Bus: specifies the hexadecimal SCSI bus number Target ID: specifies the hexadecimal SCSI target device number

CDB: each Cx character represents the hexadecimal byte-wise contents of the command’s SCSI Command Descriptor Block. SCSI CDBs with less than 16 bytes are padded with zeros

SCSI trace log entries depict SCSI: a SCSI trace log

Bus: hexadecimal SCSI bus number

Target ID: hexadecimal SCSI target device number

LUN: hexadecimal SCSI logical unit number

CDB: each Cx character represents the hexadecimal byte-wise contents of the command’s SCSI

Command Descriptor Block. SCSI CDBs with less than 16 bytes are padded with zeros

Stat: hexadecimal byte-wise SCSI status return code.

Sense Data: each Sx character represents the hexadecimal byte-wise contents of the sense data returned by a target device in response to an attempted SCSI command. Maximum 18 bytes of sense data is all zeros for commands that did not cause the target device to return sense data.

DisplayTraceLogFilter

Filters the display of data for specific ports if DisplayTraceLog is enabled.

set DisplayTraceLogFilter [FC SCSI all] [fp sb all] [none chkcond all]

get DisplayTraceLogFilter [FC SCSI all] [fp sb all]

DumpConfiguration

Displays the FibreBridge configuration.

DumpConfiguration

DumpEventLog

Dumps the entire contents of the event log to the ExpressNAV Advanced page text box, RS-232 or Telnet session.

DumpEventLog

DumpTraceLog

Dumps the entire contents of the trace log to the ExpressNAV Advanced page text box, RS-232 or Telnet session.

DumpTraceLog

EmailFromAddress

Configures the Email address that the FibreBridge uses to communicate with the Email server. Full Email address is a fully qualified Internet Email address, not more than 128 characters long.

set EmailFromAddress [full email address] get EmailFromAddress

EmailNotify

Regulates Email notification.

Default: disabled.

set EmailNotify [enabled disabled] get EmailNotify

vii

ATTO Technology Inc. FibreBridge Installation and Operation Manual

Page 38
Image 38
ATTO Technology 2400C/R/D, 2370E DisplayEventLogFilter, DisplayTraceLogFilter, DumpConfiguration, DumpEventLog

2400C/R/D, 2390C/R/D, 2370E specifications

ATTO Technology is a well-recognized name in the field of high-performance data storage and networking. Among its range of products, the ATTO 2390C/R/D, 2400C/R/D, and 2370E stand out due to their innovative features and advanced technologies tailored for demanding data environments. These devices are specifically designed for applications including digital media, video editing, and data-intensive tasks where speed and reliability are paramount.

The ATTO 2390 Series incorporates advanced features aimed at maximizing performance. One of its key characteristics is the support for multi-channel connectivity, which allows users to connect multiple systems and devices simultaneously. This is particularly beneficial in high-bandwidth applications where multiple data streams are processed simultaneously. In addition, the 2390 models feature a robust cache management system that accelerates data transfer rates, significantly reducing latency and enhancing overall efficiency.

The ATTO 2400 Series further enhances data management capabilities by supporting the latest protocol standards. This ensures compatibility with a wide range of storage systems and infrastructures, providing users with flexibility in their IT setups. Moreover, the 2400 models are optimized for PCIe Gen 4 technology, which delivers impressive throughput rates that cater to the most demanding applications, including 4K and 8K video editing.

The ATTO 2370E takes a slightly different approach, focusing on compatibility and scalability. Designed for high-performance computing environments, it features versatile connection options, including both SAS and SATA interfaces. This not only ensures high data transfer rates but also makes the device adaptable to various storage architectures, whether for entry-level consumers or enterprise solutions.

All three series integrate ATTO's proprietary Advanced Data Streaming (ADS) technology, allowing for smoother workflow by managing data transfers and reducing the bottleneck in high-load scenarios. This capability is essential for content production environments where seamless data handling is crucial.

In conclusion, the ATTO Technology 2390C/R/D, 2400C/R/D, and 2370E are pivotal in enhancing data storage solutions in today's fast-paced digital landscape. Combining high performance, compatibility with modern protocols, and intelligent data management features, these products are designed to meet the needs of professionals in media, entertainment, and enterprise sectors alike. With ATTO's commitment to innovation, users can expect reliable and efficient services that drive their productivity and workflow.