1 Benefits of modern tools and frameworks

Modern tools and frameworks can help you design and implement LU 6.2 applications more efficiently and effectively. For instance, you can use graphical user interfaces (GUIs) to model, generate, and test your LU 6.2 applications, instead of coding them manually. Additionally, you can leverage reusable components, libraries, and templates to speed up development and reduce errors and duplication. Furthermore, you can integrate your LU 6.2 applications with other technologies and platforms using standard protocols and formats. Moreover, you can monitor, debug, and optimize your LU 6.2 applications using advanced tools such as tracing, logging, profiling, and performance analysis.

2 Designing LU 6.2 applications

Before you start implementing your LU 6.2 applications, you need to design them according to your business requirements and specifications. This includes identifying the source and target systems that will communicate, defining the data and services that will be exchanged, specifying the communication parameters, choosing the appropriate application type, and creating a logical model of your application. For example, you should determine the roles and responsibilities of each system, define the formats and structures of data and services, select session mode, conversation type, error handling, and security options, decide between 2-way, 3-way, or multiway applications, and use a graphical tool or Unified Modeling Language (UML) for your logical model.

3 Implementing LU 6.2 applications

After you have designed your LU 6.2 application, you need to implement it using a programming language and a framework that support LU 6.2 communication. Java and IBM Communication Server for Linux, UNIX, and Windows (CSLUW) provide a Java API for LU 6.2 communication, as well as tools for configuration, administration, and testing. C# and IBM Host Integration Server (HIS) offer a .NET API for LU 6.2 communication, as well as tools for integration, management, and security. COBOL and IBM Enterprise Generation Language (EGL) provide a COBOL API for LU 6.2 communication, as well as tools for generation, deployment, and transformation. Additionally, other languages and frameworks that support LU 6.2 communication include Python, Ruby, Node.js, and Apache Camel.

4 Testing LU 6.2 applications

Testing your LU 6.2 applications is essential to guarantee their functionality, quality, and reliability. You can use a variety of testing techniques and tools such as unit testing with a testing framework like JUnit, NUnit or CUnit; integration testing with a testing tool like IBM Rational Test Workbench, IBM Rational Integration Tester or SoapUI; and system testing with a testing tool such as IBM Rational Performance Tester, IBM Rational Service Tester or JMeter. All of these tests will help you evaluate the end-to-end functionality and performance of your LU 6.2 application.

5 Deploying LU 6.2 applications

Deploying your LU 6.2 applications is the final step of your development process, which involves transferring your application from the development environment to the production environment. Manual deployment requires copying or transferring the files and settings to the production system with a file transfer protocol, such as FTP or SFTP. Automated deployment uses a deployment tool or script to automate the process and reduce human errors and delays. Continuous deployment relies on a CI/CD tool or pipeline to deploy your application automatically and continuously whenever code or configuration changes are made.

6 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?