Running a Python program involves a conversion of the code into bytecode by the interpreter, which serves as a lower level of instructions for execution. The bytecode must be understood to grasp how the code executes and produces output. This understanding includes knowledge of special methods, functions, classes, and underlying data structures. The insights provided here are specific to CPython, the primary implementation of Python, focusing on its execution process and the intricacies involved behind the scenes.
When you run a Python program, the interpreter converts the code into intermediate form called bytecode, which is executed to produce the desired output.
The bytecode produced during execution provides a lower level of instructions that the Python interpreter understands and acts upon to run the program successfully.
Understanding the Python execution process involves learning about special methods, how functions and classes interact, and the details of data structures.
The article delves into CPython, the main implementation of Python, to reveal the intricacies of its execution and reveal what occurs behind the scenes.
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