This training introduces the C++ coding guidelines for the implementation of reliable safety-related, and security-related software, but it applies also for non-safety-related software. It introduces multiple C++ coding guidelines but focuses on AUTOSAR C++14 Coding Guidelines and AUTOSAR C++:2023.
Examples, exercises, interactive quizzes, and a hands-on workshop support learning success and understanding of C++-language-specific concepts and problems and how to avoid them.
The training also includes the exida recommendations for adopting coding guidelines in your software development process.

Agenda and Content:

• Background to coding guidelines
  • What are coding guidelines and why do we need them?
    • C++ language complexity
    • Allowed/prohibited features
• Overview of Modern C++ coding guidelines on the market
  • Coverage of all leading guidelines available
• AUTOSAR C++14 Coding Guidelines – overview
• Traceability of AUTOSAR C++14 to existing standards
  • ISO26262, IEC 61508, ISO 21434, and other safety- or security-related standards
  • Other coding guidelines
• Overview of MISRA C++2023
• Overview of the AUTOSAR C++14 document
  
  • Guidelines classifications, categories, decidability
  • Guidelines format
• Overview of the AUTOSAR C++14 rules
  
  • Document structure inspired by ISO C++
  • Rules walk-through and quizzes
  • Introduction to checked and unchecked exceptions concept
  • Introduction to dynamic memory management (6.18.5) rules
• Comparison of MISRA C++2023 and AUTOSAR C++14
  • Advangages / disadvantages of both stanards
  • How to combine both standards
• Adopting AUTOSAR C++ in the software development process
  • Process activities
  • Checkers
  • Tools management, configuration, and validation
  • Deviation procedure
  • exida recommendations

Who should attend?

• Software Development Engineers that implement software in C and/or are responsible for the deployment of coding guidelines
• Software Architects