HP SAM- SMH -UX 11i Modifying or, Removing user, Defined usage, Volume Enter u, A logical volume

Page 27

Table 2-4 SAM-SMH Mapping – Disks and File Systems Configuration (continued)

Task

Marking logical volume with user defined usage

Using SAM

1.SAM Areas

2.Disks and File Systems

3.Logical Volumes

4.Select a file system

5.Actions

6.Mark LV with User Defined Usage

Using HP SMH GUI

1.Tools

2.Disks and File Systems

3.Logical Volumes

4.Select a logical volume

5.Marking LV as Used

Using HP SMH TUI

#smh

f > l > Select a logical volume > Enter > u

Modifying or

1.

SAM Areas

1.

Tools

#smh

removing user

2.

Disks and File

2.

Disks and File Systems

f > l > Select a logical

defined usage

 

Systems

3.

Logical Volumes

volume > Enter > u

 

3.

 

Logical Volumes

4.

Select a logical volume

 

 

4.

Select a file system

5.

Modify LV Usage

 

 

5.

Actions

 

 

 

 

6.

Change/Remove

 

 

 

 

 

User Defined Usage

 

 

 

Increasing the size

1.

SAM Areas

1.

Tools

#smh

of a logical volume

2.

Disks and File

2.

Disks and File Systems

f > l > Select a logical

 

3.

Systems

3.

Logical Volumes

volume > Enter > e

 

Logical Volumes

4.

Select a logical volume

 

 

4.

Select a file system

5.

Extend LV

 

 

5.

Actions

 

 

 

 

6.

Increase Size

 

 

 

Changing the

1.

SAM Areas

1.

Tools

#smh

number of mirror

2.

Disks and File

2.

Disks and File Systems

f > l > Select a logical

copies of a logical

 

Systems

3.

Logical Volumes

volume > Enter > a

volume

3.

Logical Volumes

4.

Select a logical volume

 

 

 

 

4.

Select a file system

5.

Add Mirrors

 

 

5.

Actions

 

 

 

 

6.

Change Number of

 

 

 

 

 

Mirror Copies

 

 

 

Splitting the copy

1.

SAM Areas

1.

Tools

#smh

of a mirror offline

2.

Disks and File

2.

Disks and File Systems

f > l > Select a logical

 

3.

Systems

3.

Logical Volumes

volume > Enter > s

 

Logical Volumes

4.

Select a logical volume

 

 

4.

Select a file system

5.

Split LV

 

 

5.

Actions

 

 

 

 

6.

Split a Mirror Copy

 

 

 

 

 

Offline

 

 

 

Merging back the offline copy of a mirror online

1. SAM Areas

1. Tools

2.Disks and File 2. Disks and File Systems

3.

Systems

3.

Logical Volumes

Logical Volumes

4.

Select a logical volume

4.

Select a file system

5.

Merge LV

5.Actions

6.Merge Offline Mirror Copy Back Online

#smh

f > l > Select a logical volume > Enter > g

Disks and File Systems Configuration (fsweb)

27

Page 26 Page 28
Image 27
Page 26 Page 28
Contents SAM-HP SMH Cross Reference Guide Copyright 2008 Hewlett-Packard Development Company, L.P Table of Contents List of Figures List of Tables Page Conventions Scope of this DocumentIntended Audience Typographic ConventionsPublishing History Related InformationPublishing History Product Support HP Encourages Your CommentsAbout HP System Management Homepage Whats New in This EditionStarting HP SMH Starting HP SMH GUI HP SMH HomeHP SMH Home HP SMH ToolsIpmi Mapping SAM with HP SMH An Example Mapping SAM with HP SMHMapping SAM with HP SMH SAM-SMH Mapping Accounts for Users and Groups Accounts for Users and Groups ugwebEnabling a local Modifying security Case of trusted Attributes SystemNon-trusted system Deleting a localUpdating NIS An NIS userAccount Adding an NISEnabling an NIS Select a group Select a group using the checkboxCustomizing tasks Deleting an NISTemplate User templateSelect a template Adding a userSAM-SMH Mapping Auditing and Security Configuration Auditing and Security Configuration secwebSelect a system call Select an system call Or failureAuditing a system Call on successAuditing a user Removing a userFrom auditing SAM-SMH Mapping Disks and File Systems Configuration Disks and File Systems Configuration fswebDisabling DiskAdding local file Adding remote fileViewing extent Modifying a fileRemoving a file Creating a snapshot 1. SAM AreasVolume Enter m VolumeVolume Enter Select a logical volume Select a file systemVolume Enter a Volume Enter uA logical volume Volume Enter eImporting a Creating a volumeVolume group Select a volume groupModifying a Physical volumeDeactivating a CreatingSystem swap Swap usingAdding a device Adding a fileSwap Viewing attributeDetails Select a device fileSAM-SMH Mapping Kernel Configuration Kernel Configuration kcwebDeactivating an Deleting an AlarmSetting usage Activating anNetworking and Communications ncweb SAM-SMH Mapping Network Interfaces ConfigurationV c SAM-SMH Mapping Network Services Configuration Disabling the NFS SAM-SMH Mapping Peripheral Devices Peripheral Devices pdwebSAM-SMH Mapping Printers and Plotters Printers and Plotters lpwebRequests Viewing printerSelect printer Viewing printCancelling a print Setting the systemDefault destination Common problemsSaving the spooler ConfigurationStarting the print Spooler

SAM- SMH -UX 11i specifications

HP OpenVMS, also known as HP SAM-SMH-UX 11i, is a robust operating system developed by Hewlett-Packard designed to deliver high-performance, transactional computing. Originally derived from the Digital Equipment Corporation's (DEC) VMS, this operating system has been adapted to meet the needs of complex enterprise environments, ensuring reliability, security, and efficiency.

One of the main features of HP SAM-SMH-UX 11i is its advanced multitasking capabilities, allowing users to run multiple applications simultaneously without performance degradation. This system is renowned for its ability to handle high transaction volumes, making it ideal for industries such as finance, telecommunications, and manufacturing. It utilizes a novel architecture that effectively leverages both hardware and software advancements to optimize processing power.

Another significant characteristic of HP SAM-SMH-UX 11i is its comprehensive security framework. The operating system offers various security features, such as access control lists, user authentication, and auditing capabilities, ensuring that sensitive data remains protected. This is particularly crucial in environments that require compliance with rigorous regulatory standards.

Additionally, HP SAM-SMH-UX 11i supports a wide array of technologies that enhance functionality and user experience. For instance, its clustering capabilities allow for the seamless operation of multiple systems working together, ensuring high availability and disaster recovery. This architecture also supports extended file systems, enabling expansive storage solutions suited to growing data needs.

Moreover, HP SAM-SMH-UX 11i emphasizes scalability, allowing businesses to expand their operations without significant system overhauls. The operating system manages resources efficiently, adapting to workload changes dynamically, thus delivering optimal performance regardless of the task complexity.

The user interface of HP SAM-SMH-UX 11i caters to both novice and expert users, providing intuitive navigation and advanced command-line options. This flexibility facilitates widespread adoption within technical teams while ensuring that all users can maximize the system's potential.

In conclusion, HP SAM-SMH-UX 11i stands out as a powerful operating system that combines advanced multitasking, robust security, and exceptional scalability. Its capacity to support a diverse range of technologies and applications positions it as a preferred choice for businesses aiming to drive high performance in their operations. With its proven track record of reliability and efficiency, HP SAM-SMH-UX 11i continues to be an essential tool for enterprises that prioritize operational excellence and innovation.
Top Page Image Contents