PYTHON — History of Python Packaging

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no standard way to distribute code. People would share single files or scripts with each other via email or servers. This shell script tradition resulted in minimal concern about packaging and distribution.</p><p id="a8a0">Around the year 2000, Python 2 introduced <code>distutils</code> as the first module for distributing code. <code>distutils</code> was part of the standard library but has been deprecated, with removal planned for Python 3.12. The transition from <code>distutils</code> to <code>setuptools</code> marked a significant shift in Python packaging.</p><h2 id="3b52">Transition to Setuptools</h2><p id="5dcc"><code>Setuptools</code> is a powerful tool that replaced <code>distutils</code>. Unlike <code>distutils</code>, <code>setuptools</code> is not part of the standard library and offers more modern and advanced features. It has been the primary way to set up Python packages for many years and has played a key role in defining packaging standards.</p><h2 id="9a8e">PEPs and Packaging Standards</h2><p id="63c2">The Python Enhancement Proposals (PEPs) have played a crucial role in defining packaging standards for Python. Several PEPs have outlined stan

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dards for packaging, including aspects such as wheels, version numbers, dependencies, back ends, build systems, and project metadata.</p><p id="7862">The history of Python packaging has been somewhat messy, but the current state is clean and well-defined. Understanding this history is essential for developers looking to create and distribute Python packages effectively.</p><p id="b2f1">In conclusion, the evolution of Python packaging has been marked by significant developments, from the early days of ad-hoc distribution to the modern, well-defined standards enabled by tools like <code>setuptools</code> and PEPs.</p><p id="acf7">This brief history provides valuable context for developers as they navigate the world of Python packaging and distribution. Understanding the past can lead to more informed and effective packaging practices in the present and future.</p><figure id="2f04"><img src="https://cdn-images-1.readmedium.com/v2/resize:fit:800/0*5J6JXMpKMvuS1TyX.jpeg"><figcaption></figcaption></figure><p id="3ec7"><a href="https://readmedium.com/python-files-and-directories-in-python-45b5a1b534f7">PYTHON — Files and Directories in Python</a></p></article></body>

PYTHON — History of Python Packaging

The advance of technology is based on making it fit in so that you don’t really even notice it, so it’s part of everyday life. — Bill Gates

Insights in this article were refined using prompt engineering methods.

Python packaging has undergone significant changes over the years, and it’s important to understand its history to appreciate the current state of packaging in Python. This article provides a brief history of Python packaging, covering the transition from the early days of Python to the present.

Early Days of Python Packaging

In the early days of Python, there was no standard way to distribute code. People would share single files or scripts with each other via email or servers. This shell script tradition resulted in minimal concern about packaging and distribution.

Around the year 2000, Python 2 introduced distutils as the first module for distributing code. distutils was part of the standard library but has been deprecated, with removal planned for Python 3.12. The transition from distutils to setuptools marked a significant shift in Python packaging.

PEPs and Packaging Standards

The Python Enhancement Proposals (PEPs) have played a crucial role in defining packaging standards for Python. Several PEPs have outlined standards for packaging, including aspects such as wheels, version numbers, dependencies, back ends, build systems, and project metadata.

The history of Python packaging has been somewhat messy, but the current state is clean and well-defined. Understanding this history is essential for developers looking to create and distribute Python packages effectively.

In conclusion, the evolution of Python packaging has been marked by significant developments, from the early days of ad-hoc distribution to the modern, well-defined standards enabled by tools like setuptools and PEPs.

This brief history provides valuable context for developers as they navigate the world of Python packaging and distribution. Understanding the past can lead to more informed and effective packaging practices in the present and future.