Cloud quickly builds a customized BPM environment

This article describes how to import BPM http://www.aliyun.com/zixun/aggregation/3415.html ">advanced pattern" in Pure System and create a customized BPM with a detailed example Patterns and leverage existing BPM patterns to deploy one or more sets of customized BPM environments. This article also describes some of the Pure System features that are useful for BPM users, such as using the emergency fix feature to quickly and easily install BPM Ifix or operating system patches, scaling out or narrowing deployed BPM virtual system resources, and so on.

IBM Business Process Manager Advanced Pure Bae on Red Hat Enterprise Linux Server Version 8.0 is IBM BPM in September 2012 The first launch of the IBM Pureapplication System based on private cloud platform, which integrates the latest, highest-end IBM BPM product applications on the market and leverages the Pure Bae A high degree of flexibility and responsiveness to your customers with regard to environment configuration and deployment. Leveraging BPM Patterns users can create, deploy, and manage customized, custom BPM environments, including BPM Advanced, on their supported IBM Pureapplication System or IBM workload Deployer Process Center and process Server clusters or stand-alone production and development test environments.

Not only that, it also performs the performance tuning of the deployed BPM servers and databases based on its rich BPM expertise, ensuring that BPM systems are fully flexible and properly used in their preconfigured virtual resources and in a variety of application environments, including testing, staging, and production environments.

As shown in the following illustration, the IBM BPM Advanced pattern includes the following 10 parts, each representing a virtual machine with a specific BPM feature, that allows users to flexibly combine these 10 parts into different patterns according to their different needs For example, the Advanced process Server cluster mode with 2 nodes, or the Advanced process Center cluster mode with 3 nodes, then leverages Pureapplication System in the cloud To deploy these customized customization patterns, you can get a set of predefined BPM virtual system environments of one or more sets of patterns, and you can use Pureapplication system or IWD to continuously monitor and manage these BPM virtual system environments.

Figure 1. IBM BPM Advanced Pattern Parts

These 10 sections are:

Process Server Deployment Manager: Used to compose Process server 4 clusters (App Cluster, Support Cluster, ME Cluster, Web Cluster) ND Environment Process Server Deployment Manager, which represents a virtual machine configured with IBM BPM Advanced Process Server Deployment Manager. Typically, only one process server deployment Manager is required in a process server ND environment. Process Server Custom Nodes: Used to compose Process server 4 clusters (App Cluster, Support Cluster, ME Cluster, Web Cluster) ND Environment Proce SS Server Custom node, which represents a virtual machine configured with the IBM BPM Advanced Process Server Node Agent and the corresponding 4 Cluster servers. Typically, one or more custom nodes can be configured in a process server ND environment, and the number of process server custom nodes can be set in BPM pattern. Process Server databases: A database component that is used to make up the process Server 4 clusters (App Cluster, Support Cluster, ME Cluster, Web Cluster) ND environment. It represents a virtual machine that is pre-installed with IBM DB2 products and is configured with the DB (including BPMDB,CMNDB,PWDDB) required for the IBM BPM Advanced Process Server ND environment. Typically, only one Database section is required in a Process Server ND environment. IBM HTTP Server for Process server: Used to compose Process server 4 clusters (App Cluster, Support Cluster, ME Cluster, Web ClusterThe IBM HTTP Server section of the ND environment, which represents a virtual machine with a pre-configured configuration to complete the IHS product that supports the IBM BPM Advanced Process Server ND environment. Typically, only one IHS component is required in a Process Server ND environment. Process Center Deployment Manager: Used to compose Process Center 4 clusters (App Cluster, Support Cluster, ME Cluster, Web Cluster) ND The environment's Process Center Deployment Manager, which represents a virtual machine configured with IBM BPM Advanced Process Center Deployment Manager. Typically, only one process center deployment Manager is required in a process center ND environment. Process Center Custom Nodes: Used to compose Process Center 4 clusters (App Cluster, Support Cluster, ME Cluster, Web Cluster) ND Environment Proce SS Center Custom node, which represents a virtual machine configured with the IBM BPM Advanced Process Center node Agent and the corresponding 4 Cluster servers. Typically, one or more custom nodes can be configured in a process center ND environment, and the number of custom nodes in the process center can be set in BPM pattern. Process Center database: is used to compose the databases section of the Process Center 4 clusters (App Cluster, Support Cluster, ME Cluster, Web Cluster) ND environment. It represents a virtual machine that is pre-installed with IBM DB2 products and is configured with the DB (including BPMDB,CMNDB,PWDDB) required for the IBM BPM Advanced Process Center ND environment. Typically only one Dat is required in a Process Center ND environmentAbase part. IBM HTTP Server for process Center: used to compose Process Center 4 clusters (App Cluster, Support Cluster, ME Cluster, Web Cluster) ND Environment The IBM HTTP Server section, which represents a virtual machine with a pre-configured configuration to complete the IHS product that supports the IBM BPM Advanced Process Center ND environment. Typically, only one IHS component is required in a Process Center ND environment. Stand-alone process server: The standalone stand-alone Process Server section, which represents the IBM BPM,DB2 product pre-installed and fully independent stand-alone process server The virtual machine for the profile and the Database it relies on. Typically, only one stand-alone process server part exists in a set of BPM schemas. Stand-alone Process Center: The independent stand-alone Process center section, which represents the IBM BPM,DB2 product pre-installed with a fully independent stand-alone process center Profiles and virtual machines for the corresponding Database. Typically, only one stand-alone Process center section exists in a set of BPM schemas.

Import IBM BPM Advanced pattern into Pure creator System

First, download the IBM BPM Advanced pattern installation package file from Passport advantage® bpm_adv_pattern_v80_rhel_x64.tgz to the local client and unzip it (Windows machine can use WinRAR or 7-zip tools such as decompression, the Linux machine can use the command TAR-ZXVF bpm_adv_pattern_v80_rhel_x64.tgz decompression, after the decompression is completed, enter the <BPM ADV Extract directories, execute commands such as: Installer\installer.bat-h <pure system host>-u <pure System user id>-P <pure System user Password>, where <pure system host> is the Pureapplication system server host name for which BPM pattern needs to be imported, <pure system User id>,< Pure System User password> is the Pureapplication system username and user password with permissions to import virtual images.

This command imports IBM BPM Advanced pattern into the corresponding pureapplication System and creates 3 BPM predefined modes: "BPM Advanced Clustered patterns 8.0.0.0", "bpm The Advanced Clustered process Center pattern 8.0.0.0 "and the BPM Advanced Clustered process Server trace 8.0.0.0, as shown in Figure 2 and Figure 3:

Figure 2. Performing IBM BPM Advanced pattern installation commands on clients

Figure 3. Import successful IBM bpm Advanced pattern and 3 BPM predefined patterns