Oracle Forms to Java & .NET Migration Tools


Oracle Forms to Java & .NET Migration Tools help modernize legacy applications by converting them to scalable, high-performance platforms.
These tools ensure improved usability, better integration capabilities, and long-term support with modern technologies.

Is your organization still relying on Oracle Forms applications? GAP offers a comprehensive, automated migration process that transforms your Oracle Forms applications into modern Java-based web applications. 

Key features of GAP's Oracle Forms migration solution:

  • Full migration support for FMB, MMB, PLL, OLB and RDF modules.
  • Conversion of Oracle Forms triggers, UI widgets, and PL/SQL code.
  • Modern web-based architecture using Java, HTML5, and CSS3.
  • Optional UI/UX enhancements, including responsive design and Vaadin integration.
  • Automated testing and validation processes.

 

Free Proof of Concept (PoC)

 

 

Benefits of Converting Oracle Forms

Let's be honest - those old Oracle Forms applications are holding your business back. They're not exactly secure; they look like they're from the dinosaur age. Good luck finding someone to maintain them. Our approach ensures:

  1. Minimal business disruption: Maintain familiar functionality and UX
  2. Rapid migration: Complete projects in a fraction of the time of manual rewrites
  3. High accuracy: Achieve 99.99% migration effectiveness
  4. Flexible modernization: Options ranging from like-for-like migrations to complete UI overhauls
  5. Seamless integration: Compatibility with your existing Oracle database

How to Overcome Oracle Forms Conversion Challenges

Migrating from Oracle Forms to modern platforms like Java or .NET presents several challenges, but with a well-structured approach, these can be effectively overcome.

One of the primary challenges is preserving complex business logic embedded within Oracle Forms. To address this, automated migration tools can extract and accurately convert business rules to the target platform, reducing manual effort and potential errors.

Redesigning the user interface is another hurdle, as Oracle Forms applications typically have outdated interfaces that don’t meet modern usability standards. Leveraging frameworks like Angular for the front end, along with Java or .NET for the backend, helps create responsive, user-friendly interfaces.

Data migration and system integration can be complex, especially when dealing with legacy databases or third-party integrations. Careful data mapping, validation, and the use of modern APIs ensure seamless connectivity and data integrity.

Performance optimization is crucial to avoid latency and efficiency issues post-migration; conducting thorough performance testing and code optimization during the process helps mitigate this risk.

User resistance and training needs can also pose challenges—engaging users early, providing training, and highlighting the benefits of the new system encourages smoother adoption.

Lastly, minimizing downtime is essential to prevent disruptions; phased rollouts and pilot testing help ensure a seamless transition. By following these strategies, organizations can successfully overcome Oracle Forms migration challenges and achieve a modern, scalable solution.

 

 

 

 

 

 

 

 

 

Oracle Forms Migration Process

Migrating from Oracle Forms to modern platforms like Java or .NET involves a structured, step-by-step approach to ensure a smooth transition while preserving business logic, improving performance, and enhancing the user experience. Here’s a high-level overview of the migration process:

Step 1: Assessment
We analyze your current Oracle Forms environment to understand the application structure, business logic, and integration points.

Step 2: Extraction
Application logic, UI elements, and database interactions are extracted into standardized formats, preparing them for conversion.

Step 3: Conversion
Automated tools transform PL/SQL code into modern languages like Java or .NET while maintaining the integrity of the business logic.

Step 4: Optimization
Converted code is fine-tuned for improved performance, with options to modernize the user interface and enhance application functionality.

Step 5: Testing
Rigorous testing is conducted to validate functionality, performance, and compatibility, ensuring the application meets business requirements.

Step 6: Deployment
The modernized application is seamlessly deployed, with minimal disruption to business operations and comprehensive user support.


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