Object Oriented Design Patterns In The Kernel
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Linux Device Drivers Development
Develop Linux device drivers from scratch, with hands-on guidance focused on embedded systems, covering key subsystems like I2C, SPI, GPIO, IRQ, and DMA for real-world hardware integration using kernel 4.13 Key Features Develop custom drivers for I2C, SPI, GPIO, RTC, and input devices using modern Linux kernel APIs Learn memory management, IRQ handling, DMA, and the device tree through hands on examples Explore embedded driver development with platform drivers, regmap, and IIO frameworks Book DescriptionLinux kernel is a complex, portable, modular and widely used piece of software, running on around 80% of servers and embedded systems in more than half of devices throughout the World. Device drivers play a critical role in how well a Linux system performs. As Linux has turned out to be one of the most popular operating systems used, the interest in developing proprietary device drivers is also increasing steadily. This book will initially help you understand the basics of drivers as well as prepare for the long journey through the Linux Kernel. This book then covers drivers development based on various Linux subsystems such as memory management, PWM, RTC, IIO, IRQ management, and so on. The book also offers a practical approach on direct memory access and network device drivers. By the end of this book, you will be comfortable with the concept of device driver development and will be in a position to write any device driver from scratch using the latest kernel version (v4.13 at the time of writing this book).What you will learn Use kernel facilities to develop powerful drivers Develop drivers for widely used I2C and SPI devices and use the regmap API Write and support devicetree from within your drivers Program advanced drivers for network and frame buffer devices Delve into the Linux irqdomain API and write interrupt controller drivers Enhance your skills with regulator and PWM frameworks Develop measurement system drivers with IIO framework Get the best from memory management and the DMA subsystem Access and manage GPIO subsystems and develop GPIO controller drivers Who this book is for This book is ideal for embedded systems developers, engineers, and Linux enthusiasts who want to learn how to write device drivers from scratch. Whether you're new to kernel development or looking to deepen your understanding of subsystems like I2C, SPI, and IRQs, this book provides practical, real-world instructions tailored for working with embedded Linux platforms. Foundational knowledge of C and basic Linux concepts is recommended.
A Design Pattern Oriented Programming Environment
Inhaltsangabe:Einleitung: Diese Diplomarbeit ist zusammen mit der Diplomarbeit Entwicklung einer patternorientierten Programmiersprache und eines dazugehörigen Compilers von S. Bünnig (Best.Nr. 29011914) die Grundlage für die Studienarbeit Patternorientierte Programmierung am Anwendungsbeispiel von N. Seemann und S. Bünnig (Best.Nr. 29011913). Ein Entwurfsmuster beschreibt ein in unserer Umwelt beständig wiederkehrendes Problem und erläutert den Kern der Lösung für dieses Problem, so dass diese Lösung beliebig oft anwendbar ist, ohne dass man sie jemals ein zweites Mal gleich ausführen muss. Das Ziel dieser Arbeit besteht nun darin, diesen abstrakten Grundgedanken auf dem Gebiet der Softwareentwicklung formal in einem Programmiermodell zu fassen, das Entwurfsmuster und damit verbundene Konzepte direkt unterstützt und als Erweiterung des objektorientierten Programmiermodells verstanden werden kann. Im Anschluss daran wird ein Sprachentwurf für eine sogenannte patternorientierte Programmiersprache vorgestellt, die es ermöglichen soll, Entwurfsmuster zu implementieren und wiederzuverwenden. Abstract: The development of large scale software systems in a systematic way is still a challenging task in software engineering. The use of structural, modular and object oriented programming techniques and environments have proven to be powerful and reliable for the creation of correct, reusable and maintainable software. Specifically, the object oriented programming model has improved the quality of software by providing structures for better support of abstraction, encapsulation and reusability. In recent years, these properties have become more important since hardware and software systems have grown bigger and more complex. Also, customers have made higher requirements an the quality of software. Object oriented programming languages like Eiffel, Smalltalk or C++ provide basic facilities for network programming, database access, etc. in form of class libraries which exploit these concepts. This helps developers concentrate an the solving of the actual problems, without having to spend time an reinventing already implemented solutions to common problems. The object-oriented paradigm primarily involve objects. These usually represent abstractions of real world entities. Objects are typically defined by classes in programming languages. Classes representing different entities may be related to each other in several different ways. These normally [...]
Foundations of Object-Oriented Programming Using .NET 2.0 Patterns
Foundations of Object-Oriented Programming Using .NET 2.0 Patterns solves the object-oriented and pattern-programming problem by mixing the two—the book teaches object-oriented concepts using patterns, or a solutions-based approach. The book's material is organized around tasks and patterns, and illustrated through development problems and solutions that include persistence, code efficiency, and good design. This book is of special interest to those who want to learn how to use .NET 2.0 Generics in conjunction with patterns. This unique book is based on the author's lectures, and the information unfolds in a practical manner.