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C7RT - Version: 1 Design Patterns for Real-Time/Embedded Systems 3 days course Description The course reveals and examines the different aspects of Embedded/Real-Time systems design. It teaches the essentials of developing such systems solutions using Real-Time design patterns. It explores in-depth each one of the Real-Time\Embedded system components, their functionality and interfaces, placing an emphasis on understanding components integration. Investigating advanced aspects of Object Oriented Programming in the RTOS environment, including the implementation of many useful, industry-standard design patterns, using C++ code examples and exercises. Intended audience This course is intended for C++ programmers, C++ Project Managers, and C++ Designers desiring to better understand the complex aspects of embedded/Real-Time design solutions. Prerequisites Completed a high level C++ course. A fundamental understanding of RT operating systems. At least one year experience in Object-Oriented C++ programming. Objectives Build better Real-Time software. Use contemporary advanced Real-Time Design Patterns Master the C++ OO features. Complement a strict OO design with the Real-Time implementation patterns. Be able to identify and implement many common patterns in low-level design, and some patterns that affect the top-level design, i.e., the class diagram and the contents of abstract interfaces. Topics Intoduction The Real-Time OO Challenge. What is a Design Pattern? Basic Structure of Design Patterns Application Scope of Design Patterns Principles of Real-Time OOP Real-Time Response Failures Recovering - Internal & External Failures Distributed Architectures Synchronous Vs. Asynchronous Communication Race Conditions Timing Real-Time UML Modeling of real-time systems using UML Modeling of dynamic behavior using UML Analyzing system & software requirements. Design considerations. Subsystem Patterns Layered Pattern. Microkernel Architecture Pattern. Hierarchical Control Pattern. Architecture Patterns Virtual Machine Pattern. Component-Based Architecture. Memory Patterns Memory Management Patterns. Static Allocation Pattern. Pool Allocation Pattern. Fixed-Sized Buffer Pattern. Smart Pointer Pattern. Garbage Collection Pattern. Garbage Compactor Pattern. Resource Patterns Critical Section Pattern. Priority Inheritance Pattern. Highest Locker Pattern. Ordered Locking Pattern. Distribution Patterns Shared Memory Pattern. Remote Method Call Pattern. Observer Pattern. Proxy Pattern. Broker Pattern. Related courses Effect C++ RT  |  Real-Time UML  |  OOA/D UML  |

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