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  1. When we execute some source code, Python compiles it into byte code. Compilation is a translation step, and the byte code is a low-level platform-independent representation of source code. Note that the Python byte code is not binary machine code (e.g., instructions for an Intel chip).

  2. Feb 26, 2012 · Python does not need a compiler because it relies on an application (called an interpreter) that compiles and runs the code without storing the machine code being created in a form that you can easily access or distribute.

  3. Jul 11, 2015 · There is nothing in the Python Language Specification that says that Python needs to have a compiler. There is also nothing in the Python Language Specification that says that Python needs to haven an interpreter.

  4. An important aspect of Python’s compilation to bytecode is that it’s entirely implicit. You never invoke a compiler, you simply run a .py file. The Python implementation compiles the files as needed. This is different than Java, for example, where you have to run the Java compiler to turn Java source code into compiled class files.

  5. Oct 10, 2022 · The short answer is: Python is interpreted. There is no separate compile step after writing Python code and before running the .py file. The Python interpreter software you download from python.org is called CPython because it's written in C.

  6. Depending on your definition, native machine compilers for Python exist. Some only compile a subset of python. Others implement all of python but use the python API to actually perform the operations which it cannot perform in C. –

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  8. Jul 1, 2024 · In Python, the compilation to bytecode is implicit and handled by the interpreter. Execution: Compiled code runs directly on the hardware, offering potential performance benefits. Interpreted code runs within an interpreter, adding a layer between your code and the hardware.

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