Sun Microsystems 5.1.3 manual About This Document, Vsam eWay Javadoc

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Chapter 1

Section 1.4

Introducing the VSAM eWay

About This Document

ƒSupport for Runtime LDAP Configuration: eWay configuration properties now support LDAP key values.

ƒConnection Retry Support: Allows you to specify the number of attempts to reconnect, and the interval between retry attempts, in the event of a connection failure.

ƒRelaunchable OTD Support: An OTD can be rebuilt and saved (under the same name) then relaunched back to the same Java Collaboration or BPEL. This allows you to change the metadata in an OTD without having to completely recreate the business logic from scratch.

ƒEditable OTD Support: An existing OTD can be edited and saved using the OTD Wizard. This allows you to make minor changes to an OTD without having to completely recreate the OTD from scratch. The OTD is then rebuilt, saved, and then relaunched back to the same Java Collaboration or BPEL.

ƒConnectivity Map Generator: Generates and links your Project’s Connectivity Map components using a Collaboration or Business Process.

Many of these features are documented further in the Sun SeeBeyond eGate™ Integrator User’s Guide or the Sun SeeBeyond eGate™ Integrator System Administration Guide.

1.4About This Document

This document includes the following chapters:

ƒChapter 1 “Introducing the VSAM eWay”: Provides an overview description of the product as well as high-level information about this document.

ƒChapter 2 “Installing the VSAM eWay”: Describes the system requirements and provides instructions for installing the VSAM eWay.

ƒChapter 3 “Setting Properties of the VSAM eWay”: Provides instructions for configuring the eWay to communicate with your legacy systems.

ƒChapter 4 “Using the VSAM eWay Database Wizard”: Provides information for creating Object Type Definitions to be used with the VSAM eWay.

ƒChapter 5 “Using VSAM OTDs”: Describes operations you can perform using VSAM Object Type Definitions (OTDs) in eGate.

ƒChapter 6 “Using VSAM Operations”: Provides instructions on using VSAM database eWay operations in BPEL and JCD.

ƒChapter 7 “Implementing the VSAM eWay Sample Projects”: Provides instructions for installing and running the sample Projects.

VSAM eWay Javadoc

A VSAM eWay Javadoc is also provided that documents the Java methods available with the VSAM eWay. The Javadoc is uploaded with the eWay’s documentation file (VSAMeWayDocs.sar) and downloaded from the Documentation tab of the Sun Java

VSAM eWay Adapter User’s Guide

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Sun Microsystems, Inc.

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Contents EWAY Adapter for Vsam USER’S Guide Part Number Version Contents Transaction Support Levels Between Different Versions Setting Properties of the Vsam eWayDelete Operations Creating an Environment Configuring the eWaysActivity Input and Output Prepared Statement Batch OperationsCreate the Collaboration Business Rules Creating the Collaboration Definitions JavaWhat’s in This Chapter About VsamWhat’s New in This Release About the Vsam eWayEWay Operation New for VersionVsam eWay Javadoc About This DocumentScope Related DocumentsIntended Audience Text ConventionsDocumentation Feedback Sun Microsystems, Inc. Web SiteInstalling the Vsam eWay Installing the Vsam eWayInstalling the Vsam eWay on an eGate supported system After Installation Installing Third-Party ProductsExtracting the Sample Projects and Javadocs Copying JAR files to the eDesigner LibraryInstall Java Caps Ican 5.0 Project Migration ProceduresSteps to extract the Sample Projects include Export the ProjectDeploy the Project Installing Enterprise Manager eWay Plug-InsViewing Alert Codes To add plug-ins from the Enterprise ManagerTo View the eWay Alert Codes Alert Code\Description Description Details User Actions Alert Codes for the Vsam eWayAduncommitted Configuring the eWay Connectivity Map Properties Creating and Configuring a Vsam eWayConnectivity Map with Components To configure the eWay propertiesOutbound eWay Properties Transaction Support Levels Between Different VersionsTo Configure the Environment Properties Configuring the eWay Environment PropertiesEWay Connectivity Map Properties Vsam eWay Environment ConfigurationOutbound eWay-JDBC Connector Settings Connectivity Map Outbound CP eWay PropertiesConnectivity Map Outbound non-Transactional eWay Properties EWay Environment Properties Inbound Vsam eWay-Parameter SettingsInbound Vsam eWay Properties Outbound Vsam CP eWay PropertiesJdbc Connector Settings Vsam CP eWay-JDBC Connector SettingsIs Vsam Connection Pool Datasource #param-2#.........param Method-name-1#param##method-name-2#param #param-2#........paramVsam CP eWay-Connection Retry Settings Connection Retry SettingsOutbound Vsam non-Transactional eWay Properties Vsam non-Transactional eWay-JDBC Connector SettingsIs Vsam non-Transactional Connection Pool DatasourceMethod-name-1#param Vsam non-Transactional eWay-Connection Retry Settings Vsam non-Transactional eWay-Connection Retry Settings Creating a New Vsam OTD About the Database OTD WizardConnect To Database Select Wizard TypeSelect Database Objects Required Database Connection Fields includeSteps Required to Select Database Objects Include Steps Required to Select Table and Views Include Select Tables/Views/AliasesSelect Tables/Views/Aliases Database Wizard All Schemes Selected Tables/Views/Aliases window with a table selected Table/View Columns Add Prepared StatementPrepared Statement Steps Required to Add Prepared Statements IncludePrepared SQL Statement Steps Required to Specify the OTD Name Specify the OTD NameSteps Required to Review Your OTD Selections Review SelectionsDatabase Wizard Summary Resulting OTDSteps to Edit the OTD from the Enterprise Designer Include Steps to Edit an Existing Vsam OTDVsam eWay Adapter User’s Guide Sun Microsystems, Inc Using Tables OverviewUser-defined OTD To call a method in the Collaboration Editor Java Using the select MethodSelect Operations Update OperationsInsert Operations Delete OperationsUsing Views Using Prepared StatementsTo use a prepared statement in a Collaboration Java Activity Input and Output Vsam eWay Database Operations BpelEInsight Operation Activity Input Activity Output Vsam OperationsVsam eWay Database Operations JCD To perform a query operation on a table Query Select OperationOtdVSAM1.getCICSEMP.insertRow Insert OperationDelete Operation Update OperationBatch Operations Prepared StatementChapter Section Using Vsam Operations About the Vsam eWay Sample Projects Implementing the Vsam eWay Sample ProjectsSample input files include Operations Used in the Vsam Sample ProjectsSample output JCD files include Sample output Bpel files includeAbout the eInsight Engine and eGate Components Assigning Operations in JCDAssigning Operations in Bpel Running the SQL Script Running the Sample ProjectsBuilding and Deploying the prjVSAMBPEL Sample Project Importing a Sample ProjectCreating a Project Creating the OTDsSteps required to create a Vsam Database OTD include Creating the Business Process Flow Creating the Business ProcessSteps required to create inbound and outbound DTD OTDs Steps to create a business process flow includeConfiguring the bpInsert Modeling Elements Business Process ActivitiesBusiness Process Activity Steps required to configure the bpInsert business process BpInsert Business ProcessBpInsert Business Rule # BpInsert Business Rule # Configuring the bpUpdate Modeling Elements Steps required to configure the bpUpdate business process BpUpdate Business ProcessConfiguring the bpDelete Modeling Elements BpDelete Business Process Steps required to configure the bpDelete business processBpTableSelect Business Process Configuring the bpTableSelect Modeling ElementsBpTableSelect Business Rule # BpSelectTable Business Rule # Steps required to configure the bpPsSelect business process Configuring the bpPsSelect Modeling ElementsBpPsSelect Business Rule # Case 1 Scope Business Rule # Activities within Case 2 Scope Creating the Connectivity Map Populating the Connectivity MapSteps required to create the Connectivity Map To Select a Vsam External System Binding the eWay ComponentsTo Select a Vsam Business Process Steps required to bind eWay components togetherSteps required to create an Environment Creating an EnvironmentEnvironment Editor envVSAMProj Configuring the eWaysSteps required to configure the eWay properties Configuring the eWay PropertiesFileClientIN eWay Property Settings FileClientOUT eWay Property SettingsConfiguring the Environment Explorer Properties File eWay Environment PropertiesSection Property Name Required Values Configuring the Integration Server Creating the Deployment ProfileSteps required to create the Deployment Profile Steps required to create and start the domain Creating and Starting the DomainRunning the Sample Project Building and Deploying the ProjectBuild the Project Steps required to run the sample ProjectBuilding and Deploying the prjVSAMJCD Sample Project Steps required to create a Vsam Database OTD Steps required to create a new Connectivity Map Creating a Connectivity MapSteps required to select a Vsam External System Creating the Collaboration Definitions JavaJcdInsert Collaboration JcdDelete CollaborationSteps required to create the jcdDelete Collaboration Steps required to create the jcdInsert CollaborationJcdTableSelect Collaboration JcdPsSelect CollaborationSteps required to create the jcdPsSelect Collaboration Steps required to create the jcdTableSelect CollaborationSteps required to create the jcdUpdate Collaboration JcdUpdate CollaborationCreate the Collaboration Business Rules Creating the jcdDelete Business RulesSample code from the jcdInsert Includes Creating the jcdInsert Business RulesCreating the jcdPsSelect Business Rules Sample code from the jcdPsSelect Includes JcdPsSelectCreating the jcdTableSelect Business Rules Sample code from the jcdTableSelect Includes JcdTableSelectCreating the jcdUpdate Business Rules Binding the eWay Components JcdUpdate106 107 108 109 110 111 Running the Sample 113 Index 115

5.1.3 specifications

Sun Microsystems 5.1.3 represents a significant version in the evolution of Sun's software products, particularly in the area of network operating systems and development tools. Released during a time when Sun was a leading enterprise in the field of computing, 5.1.3 brought a host of new features, enhancements, and technologies that catered to the demands of users looking for robust and reliable IT infrastructure.

One of the defining characteristics of Sun Microsystems 5.1.3 was its enhanced scalability. The operating system was designed to handle large amounts of data processing and support numerous simultaneous users. This feature made it particularly attractive for businesses operating in resource-intensive environments such as finance, telecommunications, and large-scale enterprise applications.

A significant focus for 5.1.3 was its improved networking capabilities. The release integrated advanced networking protocols, allowing for better interoperability between systems. This feature enabled seamless communication across diverse hardware platforms, thus enhancing productivity and collaboration among users.

In terms of software development, Sun Microsystems 5.1.3 included an updated toolset that made application development more accessible. Its support for various programming languages, including C, C++, and Java, facilitated a versatile development environment. The included Sun C/C++ Compiler was particularly noteworthy, providing developers with optimized performance and debugging features.

Security features were also a priority in 5.1.3, addressing growing concerns over data protection and system vulnerabilities. The system implemented advanced user authentication, role-based access controls, and encrypted communications, thereby bolstering the integrity of user data and enhancing overall system security.

Additionally, Sun Microsystems 5.1.3 incorporated reliable file system technologies like the Sun File System (UFS), which offered improved performance and data integrity. This file system was particularly effective for enterprises that required high availability and data protection due to its robust recovery options.

Overall, Sun Microsystems 5.1.3 showcased a blend of advanced technologies, user-oriented features, and robust performance characteristics that positioned it as a compelling choice for enterprises seeking reliable and efficient computing solutions. It illustrated Sun's continuous commitment to innovation, ensuring users were equipped with the cutting-edge tools necessary to thrive in an increasingly digital world.
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