Python Programming¶
This family collects long-form Python courses about semantics, runtime boundaries, and how to keep a design understandable when a codebase grows more state, more abstraction, or more runtime power.
Family Maps¶
graph LR
family["Python Programming"]
oop["Object-Oriented Programming"]
fp["Functional Programming"]
meta["Meta-Programming"]
family --> oop
family --> fp
family --> meta
flowchart LR
choose["Choose the design pressure"] --> objects["Object collaboration and invariants"]
choose --> functions["Purity, effects, and async flow"]
choose --> runtime["Introspection, decorators, descriptors, metaclasses"]
objects --> oop["Python Object-Oriented Programming"]
functions --> fp["Python Functional Programming"]
runtime --> meta["Python Meta-Programming"]
How to Read This Family¶
- Start with object-oriented programming when you need explicit roles, aggregates, and long-lived change boundaries.
- Start with functional programming when you need purity, pipeline discipline, effect isolation, and async coordination.
- Start with meta-programming when you need runtime hooks but want to stay honest about invariants and debugging cost.
- Move back through this family page when you want to compare how the three programs answer similar design pressures differently.
Program Routes¶
Python Object-Oriented Programming¶
- Local course home: Course home
- Learner entry: Start Here
- Promise review: Module Promise Map
- Pressure route: Pressure Routes
- Capstone guide: Capstone README
Python Functional Programming¶
- Local course home: Course home
- Learner entry: Orientation
- Capstone guide: Capstone README
Python Meta-Programming¶
- Local course home: Course home
- Learner entry: Orientation
- Capstone guide: Capstone README
Object Boundaries
Open the OOP program tree when you need aggregates, invariants, lifecycle design, and operational review routes.
Functional Discipline
Open the functional program tree when you need purity, effect isolation, and pipeline-oriented proof surfaces.
Runtime Power
Open the metaprogramming tree when you need descriptors, decorators, metaclasses, and explicit public-surface review.
Local Commands¶
make docs-serve
make PROGRAM=python-programming/python-object-oriented-programming docs-serve
make PROGRAM=python-programming/python-functional-programming test
Purpose¶
This page helps a reader choose the Python program that matches the current design pressure before they enter the full course-book and capstone tree.
Stability¶
This page is part of the canonical docs spine. Keep it aligned with the checked-in program set and the learner entry routes exposed in the synced library.