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Module

As explained in Learn AI-Assisted Python Programming, Second Edition

A module is a distinct, bounded software unit that groups related code or functionality and provides an organizational or interaction boundary within a larger system.

A module is a collection of code designed for a specific purpose. Importing a module gives a Python program access to capabilities beyond its core features, while users generally need to know only what it does and how to call its functions. section 5.1.5

Modules make specialized tasks practical:

  • Use the import statement to bring a module into a program. section 2.8.2
  • Use built-in modules such as csv and zipfile without installing them separately. section 5.3
  • Install other modules, such as matplotlib, plotly, seaborn, pandas, or scikit-learn, before importing them. section 5.1.5
  • Choose among modules by comparing their purpose, capabilities, licensing, and trade-offs with search or Copilot Chat. section 9.2

Creating a ZIP archive

Import zipfile, create a writable ZipFile object, add nfl_offensive_stats.csv, actors.csv, and chores.csv, then close the archive. The module supplies the archive operations so the program does not implement them from scratch. section 9.2

How Learn AI-Assisted Python Programming, Second Edition covers it

How deep it goes
Defines purpose-specific code collections and demonstrates importing and calling them, without descending into internal implementation.
Examples
Uses csv for NFL statistics, zipfile for multiple CSV files, and module tables covering visualization, data processing, and machine learning.
What it assumes
Assumes basic Python code reading while teaching module selection, importing, and built-in versus installable modules.
What you can do after
Apply modules via Python import statements, identify installation requirements, and use their functions in practical programs.
How it connects
Connects modules to imports, functions, libraries, files, CSV processing, ZIP archives, and specialized data formats.

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This explainer was generated by Manning's knowledge graph from the text of Learn AI-Assisted Python Programming, Second Edition. The section links point to the parts of the book it draws on.