1.0 Introduction to C

C est un langage généraliste développé par Dennis Ritchie dans les années 1970. Il est conçu pour être efficace et portable, permettant ainsi de fonctionner sur de nombreux systèmes informatiques différents.

C'est un choix populaire pour la programmation système et d'autres applications où les performances sont critiques. Il est connu pour ses caractéristiques suivantes :

C a eu un impact significatif sur l'informatique et la conception de logiciels, et est encore largement utilisé aujourd'hui.

C for Python or Ocaml devs

Feature🐍 Python🐫 OCaml⚙️ C
Execution modelInterpreted (bytecode runs on a virtual machine)Compiled (to native code or bytecode for the OCaml runtime)Compiled (translates to machine code)
Memory managementAutomatic (garbage collection)Automatic (garbage collection)Manual (explicit allocation and deallocation)
TypingDynamic (type checked at runtime)Static (strongly typed, with type inference)Static (type checked at compile time)
SyntaxHigh-level, simple, and expressiveHigh-level, concise, functional, and expressiveLow-level, verbose, with manual structuring
Standard libraryExtensive and built-inModerate, functional and imperative utilities includedMinimal, relies on third-party libraries
PointersNot directly exposedNot directly exposed, abstracted by values and referencesCore concept for memory and addressing
Error handlingExceptionsExceptions and pattern matching (expressive error handling)Return codes and error flags
Use caseRapid development, scripting, web developmentFunctional programming, compiler design, theorem proving, static analysisSystems programming, embedded systems, performance-critical applications

Inspiration: Nim for Python Programmers

English version 🇬🇧

C is a general-purpose language developed by Dennis Ritchie in the 1970s. It's designed to be efficient and portable, allowing it to run on many different computer systems.

It's a popular choice for systems programming and other applications where performance is critical. It's known for its:

  • Portability: C code can run on many different systems
  • Efficiency: C produces fast-running code
  • Low-level memory management: C allows direct manipulation of memory
  • Procedural programming: C emphasizes on procedures and functions

C has had a significant impact on computer science and software engineering, and is still widely used today.

Source: Wikipedia