C and Embedded C Programming

A warm welcome to the C and Embedded C Programming course by Uplatz.

The C Standards Committee created the Embedded C as a collection of language extensions for the C programming language to address commonality concerns that emerge with C extensions for various embedded systems. It’s used to create microcontroller programming software Fixed–point arithmetic, named address spaces, and essential I/O hardware addressing are all characteristics not accessible in normal C. In simple words, Embedded C is a set of language extensions for the C programming language by the C Standards Committee to address commonality issues that exist between C extensions for different embedded systems.

C is a general–purpose programming language that is frequently used to create desktop programs of all types. Dennis Ritchie created it to design the operating system as a system programming language. Low–level memory access, a basic set of keywords, and a clean style are all properties of the C programming language that make it suited for system programming such as OS or compiler development. In its natural state, it employs a native platform development strategy, meaning that the application’s development is platform–dependent and limited to a single platform. Embedded C is a microcontroller–based programming language that is an extension of the C language. I/O Hardware Addressing, fixed–point arithmetic operations, accessing address spaces, and other features distinguish the Embedded C language from traditional C programming. The Basic Structures of an Embedded C Program are organized in five tiers.