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| en:iot-open:introductiontoembeddedprogramming2:languagesandframeworks [2023/11/13 18:00] – ekontoturbo | en:iot-open:introductiontoembeddedprogramming2:languagesandframeworks [2023/11/23 10:19] (current) – pczekalski | ||
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| - | ===== Introduction to the Programming Frameworks ===== | + | ====== Introduction to the Programming Frameworks ====== |
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| In the beginning, it is essential to distinguish an IoT Framework that is a set of tools, firmware for a variety of devices, sometimes also hardware, delivered as is and providing developers with configuration capabilities on the high abstraction level from the Programming Framework that is related to the low-level programming, | In the beginning, it is essential to distinguish an IoT Framework that is a set of tools, firmware for a variety of devices, sometimes also hardware, delivered as is and providing developers with configuration capabilities on the high abstraction level from the Programming Framework that is related to the low-level programming, | ||
| This chapter presents and discusses programming frameworks (SDKs and source code organisation) that define how the IoT code is organised on the low level in the Bare Metal programming model for Edge class devices.\\ | This chapter presents and discusses programming frameworks (SDKs and source code organisation) that define how the IoT code is organised on the low level in the Bare Metal programming model for Edge class devices.\\ | ||
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| - | ==== Arduino Framework ==== | + | ===== Arduino Framework |
| Observing the list of software frameworks above, one can easily find that many platforms have common frameworks, but the Arduino framework is present for all of them. Arduino framework is a cross-platform approach providing a slightly higher level of abstraction over dedicated software frameworks, and it is the most popular among hobbyists, students, professionals and even researchers at the moment. Arduino Framework is a reasonable balance between uniform code organisation and elements of cross-hardware HAL, still bringing opportunities to access hardware on a low level and get the advantage of the advanced features of modern IoT microcontrollers such as, e.g. power management. Most hardware vendors support this framework natively, and it has become almost an industry standard. Some advanced hardware controls may require integration or other native frameworks, anyway. Still, the Arduino framework has real-time capacity. It is powerful and flexible enough to handle most IoT-related tasks, and most of all, it has excellent community support with dozens of software libraries, examples and applications worldwide. | Observing the list of software frameworks above, one can easily find that many platforms have common frameworks, but the Arduino framework is present for all of them. Arduino framework is a cross-platform approach providing a slightly higher level of abstraction over dedicated software frameworks, and it is the most popular among hobbyists, students, professionals and even researchers at the moment. Arduino Framework is a reasonable balance between uniform code organisation and elements of cross-hardware HAL, still bringing opportunities to access hardware on a low level and get the advantage of the advanced features of modern IoT microcontrollers such as, e.g. power management. Most hardware vendors support this framework natively, and it has become almost an industry standard. Some advanced hardware controls may require integration or other native frameworks, anyway. Still, the Arduino framework has real-time capacity. It is powerful and flexible enough to handle most IoT-related tasks, and most of all, it has excellent community support with dozens of software libraries, examples and applications worldwide. | ||
