• No results found

JP1 Version 11: Example Configurations

N/A
N/A
Protected

Academic year: 2021

Share "JP1 Version 11: Example Configurations"

Copied!
16
0
0

Loading.... (view fulltext now)

Full text

(1)

JP1 Version 11: Example Configurations

Job Management

(2)

List of example configurations for job management (1/2)

Job scheduler (including configurations linking with other job management products)

Configuration for automatically transferring files by FTP

JOB - 06

Configuration for defining routine tasks as jobs and automating them

JOB - 01

JP1/Automatic Job Management System 3 - View JP1/Automatic Job Management System 3 - Manager JP1/Automatic Job Management System 3 - Agent JP1/Base

Configuration for batch definitions of jobs in Excel format

JOB - 02

JP1/Automatic Job Management System 3 - Definition Assistant

Configuration for automating an entire SAP ERP system as a single system

JOB - 03

JP1/Automatic Job Management System 3 for Enterprise Applications

Configuration for automatically executing developed shell scripts

JOB - 04

JP1/Advanced Shell

JP1/Advanced Shell - Developer

Configuration for automatically executing batch jobs developed in a script language

JOB - 05

(3)

List of example configurations for job management (2/2)

Script language

Configuration for developing and executing shell scripts

SPL - 01

JP1/Advanced Shell

JP1/Advanced Shell - Developer

High-speed transfer of large quantities of files

Configuration for scheduled high-speed transfer of large quantities of files by linking with the job scheduler

DH - 02

JP1/Data Highway - Server

JP1/Data Highway - Automatic Job Executor JP1/Automatic Job Management System 3 - View JP1/Automatic Job Management System 3 - Manager JP1/Automatic Job Management System 3 - Agent JP1/Base

Configuration for high-speed transfer of large quantities of files

DH - 01

(4)

This configuration is used to define routine tasks as jobs and to automate them. A stand-alone configuration (not connected to a network) is also possible.

JOB - 01

Configuration for defining routine tasks as jobs and

automating them

 Job management server (manager) Number of servers: 1

OS: Windows

 Servers (agents) to be automated Number of servers: 3

OS: Windows

 Job management viewer Number of viewers: 1 OS: Windows

Notes:

- To use a viewer (web browser version), the job management server requires JP1/AJS3 - Manager [Web Console]. In addition, the viewer (web browser version) requires a web browser environment.

- Assume that the number of processors on a server is 1 (2 cores).

Example configuration

Job management viewer

Windows

JP1/AJS3 - View [View]

Job management server

Windows

JP1/AJS3 - Manager [Manager] JP1/AJS3 - Manager [Web Console] JP1/Base Servers to be automated: 3 Windows JP1/AJS3 - Agent JP1/Base Viewer (Web browser version)

Windows

Internet Explorer

Conditions assumed in this

example configuration

(5)

This configuration is used to define jobs and jobnets in batches (by using files in Excel format) when automating routine tasks.

Example configuration

Configuration for batch definitions of jobs, in Excel format

JOB - 02

 Job management server (manager) Number of servers: 1

OS: Windows

 Servers (agents) to be automated Number of servers: 3

OS: Windows

 Job management viewer Number of viewers: 1 OS: Windows

Notes:

- In the configuration on the right, the job management viewer contains JP1/AJS3 - DA, which enables batch definitions of jobs and jobnets by using Excel format.

- Assume that the number of processors on a server is 1 (2 cores).

Example configuration

Job management viewer

Windows

JP1/AJS3 - View [View] JP1/AJS3 - DA

Job management server

Windows

JP1/AJS3 - Manager [Manager] JP1/Base

Servers to be automated: 3

Windows

JP1/AJS3 - Agent JP1/Base

Conditions assumed in this

example configuration

(6)

ERP server

UNIX

SAP ERP system

Server to be automated

Windows

JP1/AJS3 - Agent JP1/Base

Job management viewer

Windows

JP1/AJS3 - View [View]

Job management server

Windows

JP1/AJS3 - Manager [Manager] JP1/AJS3 for EAP

JP1/Base

This configuration is used to define and execute jobs and jobnets for an SAP ERP system. Business systems incorporating SAP ERP can be automated as if they were a single system.

JOB - 03

Configuration for automating an entire SAP ERP

system as a single system

 Job management server (manager) Number of servers: 1

OS: Windows

 Server (agent) to be automated Number of servers: 1

OS: Windows

 Job management viewer Number of viewers: 1 OS: Windows

Notes:

- In the configuration on the right, the job management server contains JP1/AJS3 for EAP, which is used to define and execute the jobs and jobnets for the SAP ERP system.

- Assume that the number of processors on a server is 1 (2 cores).

Conditions assumed in this

(7)

This configuration is used to develop shell scripts that run across multiple platforms. By linking the shell scripts with a job scheduler (JP1/Automatic Job Management System 3), the scripts can be automatically executed.

JOB - 04

Configuration for automatically executing developed

shell scripts

Example configuration

Job management viewer

Windows

JP1/AJS3 - View [View]

Job management server

Windows

JP1/AJS3 - Manager [Manager] JP1/Base

Batch job execution server to be automated

Windows

JP1/AJS3 - Agent JP1/AS

JP1/Base

Batch job execution environment (user: 1)

Windows

JP1/AS - Developer

 Job management server (manager) Number of servers: 1

OS: Windows

 Batch job execution server (agent) to be automated Number of servers: 1

OS: Windows

 Job management viewer Number of viewers: 1 OS: Windows

 Batch job execution environment Number of users: 1

Note: Assume that the number of processors on a server is 1 (2 cores).

Conditions assumed in this

example configuration

(8)

This configuration is used to develop batch jobs in a script language. By linking the batch jobs with a job scheduler (JP1/Automatic Job Management System 3), they can be automatically executed.

Three batch job execution servers to be automated

Windows

JP1/AJS3 - Agent JP1/Script JP1/Base

Job management viewer

Windows

JP1/AJS3 - View [View]

Job management server

Windows

JP1/AJS3 - Manager [Manager] JP1/Base

JOB - 05

Configuration for automatically executing batch jobs

developed in a script language

 Job management server (manager) Number of servers: 1

OS: Windows

 Batch job execution servers (agents) to be automated Number of servers: 3

OS: Windows

 Job management viewer Number of viewers: 1 OS: Windows

Note: Assume that the number of processors on a server is 1 (2 cores).

Batch job execution servers to be automated: 3

Windows

JP1/AJS3 - Agent JP1/Script JP1/Base

Job management viewer

Windows

JP1/AJS3 - View [View]

Job management server

Windows

JP1/AJS3 - Manager [Manager] JP1/Base

Example configuration

Conditions assumed in this

(9)

This configuration is used to automatically transfer files by FTP.

JOB - 06

Configuration for automatically transferring files by

FTP

 Job management server (manager) and file transfer server

Number of servers: 1 OS: Windows

 File transfer servers (agents) to be automated Number of servers: 3

OS: Windows

 Job management viewer Number of viewers: 1 OS: Windows

Note: Assume that the number of processors on a server is 1 (2 cores).

Example configuration

File transfer servers to be automated: 3

Windows

JP1/AJS3 - Agent JP1/FTS/FTP JP1/Base

Job management server and file transfer server

Windows

JP1/AJS3 - Manager [Manager] JP1/FTS/FTP

JP1/Base

Job management viewer

Windows

JP1/AJS3 - View [View]

Conditions assumed in this

example configuration

(10)

This configuration is used to develop and execute shell scripts that run across multiple platforms.

SPL - 01

Configuration for developing and executing shell scripts

 Batch job execution server Number of servers: 1 OS: Windows

 Batch job development environment Number of users: 1

Note: Assume that the number of processors on a server is 1 (2 cores).

Example configuration

Batch job execution server

Windows

JP1/AS

Batch job development environment (user: 1)

Windows

JP1/AS - Developer

Conditions assumed in this

example configuration

(11)

This configuration is used to transfer large quantities of files at high speed. Because the Internet is used, file transfer is possible both inside and outside of an organization. Files can also be transferred automatically by using Data Transfer Command.

DH - 01

Configuration for high-speed transfer of large quantities

of files

 Data transfer management server Number of servers: 1

OS: Windows  Data transfer client

Number of clients: 1 OS: Windows  Managed devices Number of users: 3 [Breakdown] Users x 2

Data transfer client x 1

Notes:

- The data transfer client (user of [Data Transfer Command]) is also counted as a managed device.

- User terminals require a web browser environment and either a Java execution environment (JRE), or Java development kit (JDK).

Data transfer management server

Windows

JP1/DH - Server [Server]

Int

er

net

Data transfer viewers (users: 2)

Windows

Internet Explorer

Java execution environment (JRE) or Java development kit (JDK)

Data transfer client

Windows

JP1/DH - Server [Data Transfer Command]

Example configuration

Conditions assumed in this

(12)

This configuration is used for scheduled automatic high-speed transfer of large quantities of files, by linking with a job scheduler (JP1/Automatic Job Management System 3).

DH - 02

Configuration for scheduled high-speed transfer of

large quantities of files by linking with the job scheduler

Business server and data transfer client Windows JP1/AJS3 - Agent Data transfer management server Windows JP1/DH - Server Int er net

 Data transfer management server Number of servers: 1

OS: Windows

 Operation management servers Number of servers: 2

OS: Windows

 Business servers and data transfer clients

Number of servers: 2 OS: Windows  Managed devices

Data transfer clients x 2

Notes:

- Data transfer clients (users of JP1/DH - AJE [Job Execution Program]) are counted as devices managed by JP1/DH - Server. - There is no need to count the number of

JP1/DH - AJE licenses at the installation destination of JP1/DH - AJE [Job Definition Program].

- Assume that the number of processors on an operation management server or business server is 1 (2 cores).

Business server and data transfer client

Windows

JP1/AJS3 - Agent

Operation management server

Windows

JP1/AJS3 - View [View] JP1/AJS3 - Manager [Manager] JP1/DH - AJE

[Job Definition Program] JP1/Base

Operation management server

Windows

JP1/AJS3 - View [View] JP1/AJS3 - Manager [Manager] JP1/DH - AJE

[Job Definition Program] JP1/Base

Example configuration

Conditions assumed in this

(13)

JP1/AJS3 - View : JP1/Automatic Job Management System 3 - View JP1/AJS3 - Manager : JP1/Automatic Job Management System 3 - Manager JP1/AJS3 - Agent : JP1/Automatic Job Management System 3 - Agent

JP1/AJS3 - DA : JP1/Automatic Job Management System 3 - Definition Assistant JP1/AJS3 for EAP : JP1/Automatic Job Management System 3 for Enterprise Applications JP1/AS : JP1/Advanced Shell

JP1/AS - Developer : JP1/Advanced Shell - Developer JP1/FTS/FTP : JP1/File Transmission Server/FTP JP1/DH - Server : JP1/Data Highway - Server

JP1/DH - AJE : JP1/Data Highway - Automatic Job Executor

(14)

Information about Hitachi product names and trademarks

• HITACHI, JP1 are either trademarks or registered trademarks of Hitachi, Ltd. in Japan and other countries.

Information about third-party product names and trademarks

• Microsoft, Excel, Internet Explorer and Windows are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. • Oracle and Java are registered trademarks of Oracle and/or its affiliates.

• SAP and other SAP products and services mentioned herein as well as their respective logos are trademarks or registered trademarks of SAP AG in Germany and other countries. • UNIX is a registered trademark of The Open Group in the United States and other countries.

• Other company and product names mentioned in this document may be the trademarks of their respective owners.

(15)

JP1 Version 11: Example Configurations

(16)

References

Related documents

We compare our proposed Local TVM method with six different face recognition approaches using this frame- work, and show that the Local TVM face clustering approach offers

User resource status file Used to report user information, such as the status of packages installed locally (without using JP1/IT Desktop Management 2 - Manager), to the

To acquire the ID of the delivery to the copy destination JP1/DH - Server system, specify the - getdeliveryinfo option and output a delivery information file in XML format..

JP1 Integrated Management server 21 JP1 job operation management server 21 JP1 permission level [glossary] 21 JP1 resource group [glossary] 21 JPA 21 JPA provider 21 JPQL 21

If Asset Console links with JP1/IT Desktop Management 2 - Manager, the CPU information, OS type, installed software, and other management information collected by JP1/IT

According to the honeywords system presented in [10], when the attacker gets the password file and inverts the hashed values, any use of honeywords (wrong password) will raise a

Results revealed that learners’ receptive vocabulary sizes lie within the most frequent 1000 words, non-CLIL secondary school students throw better results than primary

The progressive method has an advantage over the predictive method if the agent handling time is much longer than the time an outbound call is typically kept in the dialer