By Ivan Cibrario Bertolotti, Tingting Hu
ISBN-10: 1466593938
ISBN-13: 9781466593930
Embedded software program improvement: The Open-Source Approach supplies a pragmatic advent to embedded software program improvement, with a spotlight on open-source elements. This programmer-centric ebook is written in a manner that allows even beginner practitioners to know the improvement strategy as a whole.
Incorporating genuine code fragments and particular, real-world open-source working procedure references (in specific, FreeRTOS) all through, the text:
- Defines the position and goal of embedded structures, describing their inner constitution and interfacing with software program improvement tools
- Examines the interior workings of the GNU compiler assortment (GCC)-based software program improvement procedure or, in different phrases, toolchain
- Presents software program execution versions that may be followed profitably to version and convey concurrency
- Addresses the fundamental nomenclature, types, and ideas regarding task-based scheduling algorithms
- Shows how an open-source protocol stack might be built-in in an embedded process and interfaced with different software program components
- Analyzes the most elements of the FreeRTOS software Programming Interface (API), detailing the implementation of key working procedure concepts
- Discusses complicated themes reminiscent of formal verification, version checking, runtime tests, reminiscence corruption, defense, and dependability
Embedded software program improvement: The Open-Source Approach capitalizes at the authors’ large learn on real-time working structures and communications utilized in embedded purposes, frequently performed in strict cooperation with undefined. hence, the booklet serves as a springboard for extra research.
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Extra info for Embedded software development : the open-source approach
Example text
Secondly, as their complexity grows, centralized systems cannot scale up as well as distributed systems. A simple example is that, in a centralized system, one more input point may require one more pair of wires to bring data to the CPU for processing. Instead, in a distributed system, many different Inputs/Outputs values can be transmitted to other nodes for processing through the same shared communication link. Last but not the least, with time, it becomes more and more important to integrate different subsystems, not only horizontally but also vertically.
Therefore, thoroughly understanding the details of how tasks are executed, or scheduled, by the operating system and being aware of the most common concurrent programming techniques is of great importance for successful embedded software development. This is the topic of Chapters 4 through 6. In the past, the development of embedded systems has witnessed the evolution from centralized to distributed architectures. This is because, first of all, the easiest way to cope with the increasing need for more and more computing power is to use a larger number of processors to share the computing load.
2 Microcontrollers and Their Internal Structure................................................. 1 Flash Memory..................................................................................... 2 Static Random Access Memory (SRAM)........................................... 3 External Memory ................................................................................ 4 On-Chip Interconnection Architecture ............................................... 3 General-Purpose Processors versus Microcontrollers .....................................