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Programming Languages
Instructions written by programmers that can be understood by computers, divided into machine, assembly, and high-level languages.
Machine Languages
The lowest level of programming language, consisting of binary code that a computer's hardware can directly understand.
Assembly Languages
A type of programming language that uses English-like abbreviations to represent machine language instructions, requiring translation by assemblers.
Assemblers
Translator programs that convert assembly language code into machine language for execution by computers.
High-Level Languages
Programming languages that allow for writing instructions in a more human-readable form, often resembling everyday English.
Compilers
Programs that translate high-level language source code into machine language, enabling execution by computers.
Source Code
The collection of statements written in a high-level programming language that defines a program's functionality.
Interpreters
Programs that execute high-level language code directly without the need for prior compilation, though they may run slower than compiled programs.
CPython
The most widely used implementation of Python, which combines compilation and interpretation to execute programs efficiently.
Program Efficiency
The comparison of execution speed between compiled programs and interpreted programs, with compiled programs generally being faster.