BOOKS - Reusable Firmware Development: A Practical Approach to APIs, HALs and Drivers
Reusable Firmware Development: A Practical Approach to APIs, HALs and Drivers - Jacob Beningo December 6, 2017 PDF  BOOKS
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Reusable Firmware Development: A Practical Approach to APIs, HALs and Drivers
Author: Jacob Beningo
Year: December 6, 2017
Format: PDF
File size: PDF 3.9 MB
Language: English



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What's InsideIntroductionPart I Understanding the Technology EvolutionChapter 1 The Need for Reusable Firmware DevelopmentChapter 2 The Possibility of Developing a Personal Paradigm for Perceiving Technological ProcessChapter 3 The Importance of Modern Knowledge Survival and Unification in a Warring StatePart II Developing Reusable FirmwareChapter 4 Portable Firmware Development Using the C Programming LanguageChapter 5 Understanding APIs and HALsChapter 6 Mastering Microcontroller Driver DevelopmentConcepts Strategies and ExamplesChapter 7 Improving Software DocumentationChapter 8 Designing APIs and HALs for Microcontrollerbased SystemsPart III Advanced TopicsChapter 9 Advanced Firmware Development TechniquesChapter 10 Case Studies and ExercisesPart IV Conclusion and Future DirectionsChapter 11 Final Thoughts and Next Steps for Further Learning. Reusable Firmware Development: A Practical Approach to APIs, HALs, and Drivers As technology continues to advance at an unprecedented pace, it is essential for developers to stay up-to-date with the latest trends and techniques in order to remain relevant in the industry. One such area that has seen significant growth and development in recent years is embedded software development, particularly in the realm of resource-constrained microcontroller-based systems.
What's InsideIntroductionPart I Understanding the Technology EvolutionChapter 1 The Need for Reusable Firmware DevelopmentChapter 2 The Possibility of Developing a Personal Paradigm for Perceiving Technology ProcessChapter 3 The Importance of Modern Knowlenging II Разработка повторно используемого встроенного ПО Глава 4 Разработка переносимого встроенного ПО с использованием языка программирования C Глава 5 Понимание API и HAL Глава 6 Освоение разработки драйверов микроконтроллеров Концепции и примеры Глава 7 Улучшение документации по программному обеспечению Глава 8 Разработка API и HAL для микроконтроллерных систем. Часть III. Дополнительные темы. Глава 9. Передовые методы разработки встроенного ПО. Глава 10. Тематические исследования и упражнения. Часть IV. Заключение и будущие направления. Глава 11. Заключительные мысли и дальнейшие шаги для дальнейшего обучения. Разработка микропрограммного обеспечения многократного использования: практический подход к API, HAL и драйверам Поскольку технология продолжает развиваться беспрецедентными темпами, разработчикам необходимо быть в курсе последних тенденций и методов, чтобы оставаться актуальными в отрасли. Одной из таких областей, в которой наблюдается значительный рост и развитие в последние годы, является разработка встроенного программного обеспечения, особенно в области систем на основе микроконтроллеров с ограниченными ресурсами.
What's InsideIntroductionPart I Understanding the Technology EvolutionChapter 1 The Need for Reusable Firmware DevelopmentChapter 2 The Possibility of Developing a Personal Paradigm for Perceiving Technology ProcessChapter 3 L'importation de connaissances modernes II Développement de microprogrammes réutilisables Chapitre 4 Développement de microprogrammes transférables utilisant le langage de programmation C Chapitre 5 Compréhension de l'API et HAL Chapitre 6 Maîtrise du développement de pilotes de microcontrôleurs Concepts et exemples 7 Amélioration de la documentation au logiciel Chapitre 8 Développement d'API et de HAL pour les systèmes de microcontrôleurs. Partie III. Sujets supplémentaires. Chapitre 9. Meilleures pratiques en matière de développement de microprogrammes. Chapitre 10. Études de cas et exercices. Partie IV. Conclusion et orientations futures. Chapitre 11. Pensées finales et autres étapes pour la formation continue. Développement de microprogrammes à usages multiples : approche pratique des API, des HAL et des pilotes Alors que la technologie continue d'évoluer à un rythme sans précédent, les développeurs doivent se tenir au courant des dernières tendances et méthodes pour rester à jour dans l'industrie. L'un de ces domaines, qui a connu une croissance et un développement importants ces dernières années, est le développement de logiciels intégrés, en particulier dans le domaine des systèmes à microcontrôleurs à ressources limitées.
What's InsideIntroductionPart I Understanding the Technology EvolutionChapter 1 The Need for Reusable Firmware DevelopmentChapter 2 The Pet ossibility of Developing a Personal Paradigm for Perceiving Technology ProcessChapter 3 The Importance of Modern Knowlenging II Desarrollo de firmware reutilizable Capítulo 4 Desarrollo de firmware portátil mediante lenguaje programación C Capítulo 5 Comprensión de API y HAL Capítulo 6 Dominar el desarrollo de controladores de microcontroladores Conceptos y ejemplos Capítulo 7 Mejora de la documentación de software Capítulo 8 Desarrollo de API y HAL para sistemas de microcontroladores. Parte III. Temas adicionales. Capítulo 9. Prácticas avanzadas de desarrollo de firmware. Capítulo 10. Estudios de casos y ejercicios. Parte IV. Conclusión y direcciones futuras. Capítulo 11. Pensamientos finales y pasos adicionales para el aprendizaje posterior. Desarrollo de firmware de uso múltiple: un enfoque práctico para API, HAL e impulsores A medida que la tecnología continúa evolucionando a un ritmo sin precedentes, los desarrolladores necesitan estar al tanto de las últimas tendencias y técnicas para mantenerse actualizados en la industria. Una de estas áreas, que ha experimentado un crecimiento y desarrollo significativo en los últimos , es el desarrollo de software incorporado, especialmente en el campo de los sistemas basados en microcontroladores con recursos limitados.
What's InsideIntroductionPart I Understanding the Technology EvolutionChapter 1 The Need for Reusable Firmware DevelopmentChapter 2 The Postability of Developing a Personal Paradigm for Perceiving Technology ProcessChapter 3 The Importance of Modern Knowenging II Desenvolvimento do reutilizável Capítulo 4 do Software Integrado Desenvolvimento de Software Portável com Linguagem de Programação C Capítulo 5 Compreensão API e HAL Capítulo 6 Exploração do Desenvolvimento de Controladores de Microcontroladores Conceito e exemplos Capítulo 7 Melhoria da Documentação de Software Capítulo 8 Desenvolvimento de API e HAL para microcontrolagem. Parte III. Mais Temas. Capítulo 9. Técnicas avançadas de desenvolvimento de software incorporado. Capítulo 10. Estudos de caso e exercícios. Parte IV. Conclusão e rumos futuros. Capítulo 11. Pensamentos finais e os próximos passos para aprender mais. Como a tecnologia continua a evoluir a um ritmo sem precedentes, os desenvolvedores precisam estar cientes das últimas tendências e técnicas para se manter atualizados no setor. Uma dessas áreas em que houve um grande crescimento e desenvolvimento nos últimos anos é o desenvolvimento de softwares integrados, especialmente na área de sistemas baseados em microcontroladores com recursos limitados.
What's I Understanding the Technology 1 The Need for Reusable Firmware 2 The Possibility of Developing a Personal Paradigm for Perceiving Technology 3 The Influence of Modern Knowengling II Sviluppo del firmware riutilizzato Capitolo 4 Sviluppo del firmware trasportabile utilizzando il linguaggio di programmazione C Capitolo 5 Comprensione API e HAL Capitolo 6 Apprendimento dello sviluppo dei driver di microcontroller Concept e esempi Capitolo 7 Miglioramento della documentazione del software Capitolo 8 Sviluppo di API e HAL per sistemi di microcontrollo. Parte III. Altri argomenti. Capitolo 9. Procedure avanzate per lo sviluppo del firmware. Capitolo 10. Studi di caso e esercizi. Parte IV. Conclusioni e orientamenti futuri. Capitolo 11. Pensieri finali e ulteriori passi per ulteriori studi. Sviluppo di firmware multiprotocollo: approccio pratico a API, HAL e driver Poiché la tecnologia continua a crescere a un ritmo senza precedenti, gli sviluppatori devono essere consapevoli delle ultime tendenze e tecniche per rimanere aggiornati nel settore. Uno di questi ambiti, in cui si è registrato un notevole incremento e sviluppo negli ultimi anni, è lo sviluppo di software integrato, in particolare nel settore dei sistemi basati su microcontroller con risorse limitate.
What 's InsideIntroductionPart I Understanding the Technology EvolutionChapter 1 The Need for Reusable Firmware DevelopmentChapter 2 The Possibility of Developing a Personal Paradigm for Perceiving Technology ProcessChapter 3 Die Bedeutung des modernen Wissens II Entwicklung wiederverwendbarer Firmware Kapitel 4 Entwicklung portabler Firmware unter Verwendung der Programmiersprache C Kapitel 5 Verständnis von API und HAL Kapitel 6 Beherrschung der Entwicklung von Mikrocontroller-Treibern Konzepte und Beispiele Kapitel 7 Verbesserung der Softwaredokumentation Kapitel 8 Entwicklung von API und HAL AL für Mikrocontrollersysteme. Teil III. Zusätzliche Themen. Kapitel 9. Best Practices für die Firmware-Entwicklung. Kapitel 10. Fallstudien und Übungen. Teil IV. Schlussfolgerung und zukünftige Richtungen. Kapitel 11. Abschließende Gedanken und weitere Schritte zur Weiterbildung. Wiederverwendbare Firmware-Entwicklung: ein praktischer Ansatz für APIs, HALs und Treiber Da sich die Technologie in einem beispiellosen Tempo weiterentwickelt, müssen Entwickler mit den neuesten Trends und Techniken Schritt halten, um in der Branche relevant zu bleiben. Ein solcher Bereich, der in den letzten Jahren ein erhebliches Wachstum und eine Entwicklung erlebt hat, ist die Entwicklung von Embedded Software, insbesondere im Bereich der Mikrocontroller-basierten Systeme mit begrenzten Ressourcen.
Co to jest InnyIntro Część I Zrozumienie technologii EvolutionChapter 1 Potrzeba wielokrotnego użytku firmware Rozdział 2 Możliwość rozwijania osobistego paradygmatu dla percepcji technologii Procesy Rozdział 3 Znaczenie nowoczesnej wiedzy II wielokrotnego użytku Firmware Development Rozdział 4 Przenośne oprogramowanie układowe Za pomocą C Programming Language Rozdział 5 Zrozumienie API i HAL Rozdział 6 Zrozumienie Koncepcje rozwoju sterownika mikrokontrolera i przykłady Rozdział 7 Dokumentacja oprogramowania Ulepszenie Rozdział 8 API i HAL Development AL dla systemów mikrokontrolerowych. Część III. Tematy dodatkowe. Rozdział 9. Najlepsze praktyki dla rozwoju oprogramowania firmowego. Rozdział 10. Studia przypadków i ćwiczenia. Część IV. Wnioski i przyszłe kierunki. Rozdział 11. Myśli końcowe i kolejne kroki do dalszego uczenia się. Opracowanie oprogramowania firmowego wielokrotnego użytku: praktyczne podejście do API, HAL i sterowników Ponieważ technologia nadal ewoluuje w bezprecedensowym tempie, deweloperzy muszą śledzić najnowsze trendy i techniki, aby utrzymać znaczenie w branży. Jednym z takich obszarów, który odnotował znaczny wzrost i rozwój w ostatnich latach, jest wbudowany rozwój oprogramowania, zwłaszcza w dziedzinie systemów opartych na mikrokontrolerze ograniczonych zasobami.
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What's InsideIntroducingPart I Teknoloji Evrimini AnlamakBölüm 1 Yeniden Kullanılabilir Bellenim Geliştirme İhtiyacıBölüm 2 Teknoloji Sürecini Algılamak İçin Kişisel Bir Paradigma Geliştirme OlasılığıBölüm 3 Modern Bilginin Önemi II Yeniden Kullanılabilir Bellenim Geliştirme Bölüm 4 Taşınabilir Yazılım Geliştirme C Programlama Dilini Kullanma Bölüm 5 API ve HAL'i Anlama Bölüm 6 Mikrodenetleyici Sürücü Geliştirme Kavramlarını ve Örneklerini Anlama Bölüm 7 Yazılım Dokümantasyonu Geliştirme Bölüm 8 Mikrodenetleyici sistemleri için API ve HAL Geliştirme AL. Bölüm III. Ek konular. Bölüm 9. Bellenim Geliştirme için En İyi Uygulamalar. Bölüm 10. Vaka çalışmaları ve egzersizler. Bölüm IV. sonuç ve gelecekteki yönler. Bölüm 11. Son düşünceler ve daha fazla öğrenme için sonraki adımlar. Yeniden Kullanılabilir Ürün Yazılımı Geliştirme: API'lere, HAL'lere ve Sürücülere Pratik Bir Yaklaşım Teknoloji benzeri görülmemiş bir hızda gelişmeye devam ettikçe, geliştiricilerin sektörde alakalı kalmaları için en son trendleri ve teknikleri takip etmeleri gerekir. Son yıllarda önemli bir büyüme ve gelişme gösteren bu alanlardan biri, özellikle kaynak kısıtlı mikrodenetleyici tabanlı sistemler alanında gömülü yazılım geliştirmedir.
ما بالداخل تقديم الجزء الأول فهم تطور التكنولوجيا الفصل 1 الحاجة إلى تطوير برامج ثابتة قابلة لإعادة الاستخدام الفصل 2 إمكانية تطوير نموذج شخصي لإدراك عملية التكنولوجيا الفصل 3 أهمية المعرفة الحديثة الثانية البرامج الثابتة القابلة لإعادة الاستخدام فصل التطوير 4 تطوير البرامج الثابتة المحمولة باستخدام الفصل الخاص بلغة البرمجة C 5 فهم واجهة برمجة التطبيقات وفصل HAL 6 فهم مفاهيم وأمثلة تطوير القيادة الدقيقة الفصل 7 تحسين وثائق البرمجيات 8 API و HAL Development AL لنظم التحكم الدقيقة. الجزء الثالث - مواضيع إضافية الفصل 9. أفضل الممارسات لتطوير البرامج الثابتة. الفصل 10. دراسات إفرادية وتمارين. الجزء الرابع - الاستنتاجات والاتجاهات المستقبلية الفصل 11. الأفكار النهائية والخطوات التالية لمزيد من التعلم. تطوير البرامج الثابتة القابلة لإعادة الاستخدام: نهج عملي لواجهات برمجة التطبيقات و HALs و Drivers مع استمرار تطور التكنولوجيا بوتيرة غير مسبوقة، يحتاج المطورون إلى مواكبة أحدث الاتجاهات والتقنيات للبقاء على صلة بالصناعة. ومن هذه المجالات التي شهدت نموا وتطورا ملحوظين في السنوات الأخيرة تطوير البرامج الحاسوبية، ولا سيما في مجال النظم القائمة على المراقبة الدقيقة المحدودة الموارد.
什麼是InsideIntroductionPart我理解技術進化第一章需要可重復使用的固體軟件開發第二章發展潛力的個人準則為性能ceiving technology ProcessChapter 3 The Importance of Modern Knowlenging II開發可重復使用的固件第4章使用C編程語言開發可移植固件第5章了解API和HAL第6章掌握微控制器驅動程序開發概念和示例第7章改進軟件文檔第8章微控制器系統的API和HAL開發。第三部分.其他主題。第9章。先進的固件開發技術。第10章。案例研究和練習。第四部分:結論和未來方向。第11章。最後思想和進一步學習的步驟。多用途固件開發:實用的API、HAL和驅動程序方法隨著技術以前所未有的速度不斷發展,開發人員需要隨時了解最新的趨勢和方法,以保持行業相關性。近來增長和發展的其中一個領域是嵌入式軟件的開發,特別是在資源有限的微控制器系統領域。

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