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| + | ======= Introduction to Embedded Programming ======= | ||
| + | {{: | ||
| + | IoT systems share programming paradigms with embedded systems. Each microcontroller manufacturer has its own set of tools (called SDK or Development Framework) that frequently contain an IDE dedicated to the platform. There are some cross-platform solutions and frameworks, however.\\ | ||
| + | Programming languages include: | ||
| + | * C/C++ - undoubtedly the most popular, versatile, yet demanding programming language. With modern supporting tools such as syntax highlights, code samples, code generators (AI-based) and instant syntax checking, C/C++ programming became relatively easy but still requires solid software development foundations. On the other hand, it is probably the only programming language that is natively supported with hardware debugging features. C/C++ bare metal programming allows the developer to control all MCU features on the lowest level and implement energy-efficient, | ||
| + | * Java and Javascript - with low entry-level for developers, usually represented by the variation of NodeJS, limited and applicable to beginners. Within the constraints of the interpreter, | ||
| + | * Python (Micropython) - similarly to Java, offers an easy start but low flexibility and control over the hardware. Acceptable for prototyping. | ||
| + | * Other. | ||
| + | <WRAP excludefrompdf> | ||
| + | The following chapters present more details on the programming of the embedded and IoT systems: | ||
| + | * [[en: | ||
| + | * [[en: | ||
| + | * [[en: | ||
| + | * [[en: | ||
| + | * [[en: | ||
| + | </ | ||
