Why python is interpreted language

A compiler turns C, C++, or Java code into machine language. Compilation translates high-level code to machine language or another language.Why python is interpreted language preprocessing, compilation, assembly, and linking are required to convert source code to machine language. We'll go step-by-step.


Compilation begins with preprocessing. Preprocessor does preprocessing. Preprocessors process user-written source code. It removes source code comments, expands macros, and includes all header-referenced files. In C, the #includefilename> command includes a header file in the preprocessor. The preprocessor expands symbolic constants when defining constants and expressions with #define statements or macros. It uses the #define statement's value or phrase.

After this, the compiler receives the changed source code.


Compiler transforms updated source code to assembly language after preprocessing. compilation

Assembly is a human-understandable language between machine code and high-level language. It's highly optimised and specifies all programme instructions, including memory locations and registers.


After compilation, assembly code is generated. An assembler converts it to binary code. Assembling converts assembly code to machine language.


Compilation's final step. Linkers link. The linker combines all executable machine codes into a single object file. Linking merges machine code from multiple libraries so the user's programme runs. Compiler operation is clear. This information doesn't tell if a Python application is compiled or interpreted. We'll now learn how an interpreter works.


An interpreter executes a high-level language programme like Python, PHP, Ruby, and JavaScript. An interpreter turns high-level code into bytecode. Virtual machine line-by-line executes the bytecode to produce output.

Interpreted language

Having defined an interpreter, we can define an interpreted language. An interpreter performs interpreted languages to produce outputs. Interpreted languages are platform-independent since they run in a virtual machine and don't require specialised hardware.

Why python is interpreted language interpret?

After discussing compilers, interpreters, and interpreted languages, we can discuss whether Python employs compilation or an interpreter. To understand why python is interpreted language, we must first examine how why python is interpreted language code is executed.

Python is usually interpreted. True? So.

The interpreter converts the source code into bytecode when we run a why python is interpreted language application. Virtual machines comprehend bytcodes. Virtual machine executes bytecode line-by-line.

Compilation is the process of transforming source code from one language to another. A python programme gets compiled. Instead of machine code, create bytecode. The virtual machine executes the bytecode line by line after the why python is interpreted language programme is generated.

Do we have an answer? why python is interpreted language? YES. Virtual machines execute Python line by line. Python compiles? YES. Python applications compile to bytecode. What gives?

Compiling or interpreting a programming language isn't its property. It depends on the language's execution cycle. Python can be compiled or interpreted, unlike other languages. Python programmes are compiled to bytecode before execution. Virtual machines interpret bytecode to produce outputs.