BSmart A Tool for the Development of Java Card Applications with the B Method 1st edition by David Deharbe, Bruno Gomes, Anamaria Moreira ISBN 3540876021 9783540876021

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Product details:

ISBN 10:       3540876021
ISBN 13: 978-3540876021
Author:        David Deharbe, Bruno Gomes, Anamaria Moreira 

A smart card is a portable computer device able to store data and execute commands. Java Card [1] is a specialization of Java, providing vendor inter-operability for smart cards, and has now reached a de facto standard status in this industry. The strategic importance of this market and the requirement for a high reliability motivate the use of rigorous software development processes for smart card aware applications based on the Java Card technology. The B method [2] is a good candidate for such process, since it is a formal method with a successful record to address industrial-level software development. In [3,4], we proposed two versions of a Java Card software development method (called BSmart) based on the B method. The main feature of these methods is to abstract the particularities of smart card systems to the applications developers as much as possible. This abstract presents the current version of a tool, also called BSmart, to support the method. The tool provides the automatable steps required by the method and some guidelines and library machines that are useful during the development process. It includes B development tools (type checker, PO generator) and specific BSmart tools (refinement generator, Java Card translator, etc.). In this approach, the card services specifier only needs to apply some refinement steps to his abstract (implementation platform independent) B specification. The generation of these refinements adapts the specification to Java Card standards and introduces platform specific aspects gradually. Finally, from the concrete B refinements the Java Card code implementing the services provided by the card will be automatically generated by the tool. The tool also provides the generation of a Java API for the host-side application from the original abstract specification, encapsulating all the communication protocol details. Thus, the client application code can then be developed in a completely platform independent way. The definition of the method is in a mature stage, and our attention is now focused on the implementation of more robust versions of the BSmart tools and packaging them in a user-friendly environment. The integration of verification and animation tools is also planned for a next release of the tool.

BSmart: A Tool for the Development of Java Card Applications with the B Method 1st Table of contents:

Introduction

• Overview of Java Card Technology
• The B Method in Software Development
• The Need for Formal Methods in Java Card Applications
• Introduction to BSmart Tool
• Structure of the Paper

Background and Motivation

• Java Card Technology: Features and Limitations
• Formal Methods in Software Engineering
• The B Method: Key Concepts and Benefits
• Previous Work on Java Card Formal Development
• Motivation for Using BSmart in Java Card Applications

The B Method Overview

• Introduction to the B Method
• Formal Specifications and Refinement
• The B Method for Software Development
• Key Features of the B Method: Abstraction, Refinement, and Proofs
• Tools Supporting the B Method: B-Toolkit, Atelier B

BSmart Tool: Overview and Design

• Introduction to BSmart Tool
• Design Goals and Requirements for BSmart
• Core Features and Functionalities
• Architecture of the BSmart Tool
• Integration with Java Card Development Process

Development Process Using BSmart

• Overview of the Development Process for Java Card Applications
• Step 1: Formal Specification Using the B Method
• Step 2: Refinement and Verification
• Step 3: Code Generation and Integration with Java Card Platform
• Step 4: Testing and Validation
• Case Study: Using BSmart for a Simple Java Card Application

BSmart Tool Features and Capabilities

• Formal Specification Editing and Validation
• Refinement Support and Proof Assistance
• Code Generation for Java Card Applications
• Integration with Java Card Development Tools
• Testing and Debugging Features in BSmart

Practical Use of BSmart in Java Card Applications

• Application Areas for Java Cards: Smart Cards, Secure Devices, IoT
• Case Study 1: Developing a Secure Payment System with BSmart
• Case Study 2: Implementing Cryptographic Algorithms on Java Cards
• Performance Analysis of Java Card Applications Developed with BSmart
• Real-World Benefits of Using BSmart in Application Development

Challenges and Limitations of BSmart

• Complexity of Formal Specification in Java Card Development
• Limitations of BSmart in Handling Large or Complex Applications
• Performance Overhead in Using Formal Methods
• Usability Challenges for Developers
• Integration Issues with Existing Java Card Tools and Frameworks

Future Directions and Enhancements for BSmart

• Expanding the Toolset: Supporting More Java Card Features
• Improving Usability and User Interface of BSmart
• Integration with Other Formal Methods and Tools
• Enhancements for Performance Optimization and Scalability
• Future Research Directions in Formal Methods for Java Card Development

Conclusion

• Summary of Key Contributions
• Benefits of Using BSmart in Java Card Application Development
• Impact on Formal Methods in Embedded and Secure Systems
• Final Thoughts and Outlook for Future Developments in Java Card Software Engineering

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