Embedded Software Design and Patterns with Modern C++ in München

• Understanding Embedded Software Design
  • Past and future challenges
  • Consequences of incorrect software
  • Software design and software architecture - differentiation
  • Successful application of software design
  • 4R: Re-design, reverse engineering, refactoring, re-engineering
• Design Principles
  • Definition
  • Basic and generic design principles
  • SOLID design principles
  • Object-oriented design principles
  • Clean code development (CCD)
• Interface Design
  • Basic concept and benefits
  • Different approaches and design variants of interface access and realization
  • Callback and observer patterns
  • C++ implementation examples
• Port Design
  • Basic concept and benefits
  • Port design variants and their C++ implementations
• State Machine Design
  • Modeling machines with UML (Unified Modeling Language)
  • Inheritance and generalization of state machines
  • Nested state machines
  • Dynamic state machines
  • C++ implementation approaches: switch case, table, state pattern, completely object-oriented approach
• Manager Pattern
  • Common manageable tasks deployed across software
  • Basic concept and benefit
  • Adaptability and exchangeability in an expanding software architecture
  • C++ implementation examples
• Memory Management
  • Dynamic memory management - challenges and solutions
  • Memory arena pattern
  • Pool allocation pattern
  • C++ implementation examples
• Input/Output Dispatcher
  • Basic concept and benefits
  • Application with events and messages
  • Visitor pattern
  • Observer pattern
  • C++ implementation examples
• Hardware Driver and Interrupts
  • Architecture and design for drivers completely developed in C++
  • Architecture and design for the application of C drivers provided by microcontroller vendors with C++
  • Microcontroller and board peripheral driver
  • Architecture and design for interrupt management
  • Simulation approaches
  • Specific examples including C++ implementation
• Embedded/Real-time Operating System Application
  • Task design for singlecore and multicore
  • Operating system abstraction layer (OSAL) with C++
  • Time-triggered scheduling
  • Concrete C++ implementation examples with FreeRTOS
• Domain-Driven Architecture (DDA) – Design Approaches
  • Layer pattern
  • Architecture, design and implementation with C++
  • Concrete sensor example
• Service-Oriented Architecture (SOA) – Design Approaches
  • Broker pattern
  • Architecture, design and implementation with C++
  • Concrete sensor example
• Hands-On Exercise
  • The specific embedded software architecture will be refined in design steps introduced in the theoretical chapters, programmed in modern C++ and tested and executed on an embedded target.
• MicroConsult PLUS
  • You will receive the following overviews: embedded software architecture patterns, embedded software design patterns, UML, SysML
  • You will moreover get all examples from the theoretical chapters as well as the entire exercise solution.

Lernziele

• After the seminar, attendees are able to understand software architectures, to refine their design and to implement them with modern C++. Applying design patterns and principles will enhance the software quality while the development time is reduced.

Zielgruppe

• Software developers, software architects, software designers and software team members from embedded, real-time or firmware software development

Voraussetzungen

• Knowledge and practical experience in C++; operating system knowledge is an advantage.