masterpiece 0.1.1

Masterpiece framework

Masterpiece™ (Development Status 1 - Planning)

Try to be Nice

Welcome to Masterpiece™ - Quite a Piece of Work!

Masterpiece™ is a Python framework designed for creating modular, scalable, plugin-aware, multi-threaded, and object-oriented applications with a hierarchical structure. For universes that are not hierarchical by nature, you might find a different framework that suits you better.

Project Status and Current State

Here’s what is currently available:

• Tutorial: World-class tutorial <docs/source/tutorial.rst>_ to help you to get started with writing world-class masterpieces.
• Package Infrastructure: The basic Python package setup is finalized and configured with pyproject.toml.
• Classes: The existing classes have been finalized.
• Example Application: The example application examples/myhome.py prints out its instance structure when run. Despite its simplicity, it demonstrates the structure of a typical scalable and fully configurable software.
• Plugin Project: A separate plugin project named masterpiece_plugin plugs in a "Hello World" greeting to myhome.py, demonstrating a minimal yet fully functional plugin.
• Bug-Free Status: Absolutely bug-free — just kidding! There are no known bugs remaining, as far as I can tell.

What is currently not available:

• Threads: This will be the topic for the next milestone.

Multi-threading in Python might make some developers raise an eyebrow, but I trust the community will address that Global Interpreter Lock (GIL) concern.

Goals

Have fun while learning the Python ecosystem! The ultimate enjoyment, with a sprinkling of practicality, will be achieved by cranking the Fun-O-Meter™ up to 11. Coding should feel like a rollercoaster ride—minus the screaming and the long lines.

• First-Time Excellence: A framework that's reliable, correct, and efficient from the start, and fun—because what’s a framework without a little joy?
• Completeness: A minimal yet robust API providing developers with total control over everything.
• Productivity: Reusable code to achieve maximum functionality with a minimal amount of code (read: money), and productivity increases with the size of the project.

If you appreciate these design concepts, look no further; you've come to the right place!

Projects

Masterpiece comes in two Python projects:

1. Masterpiece (core framework):
   This is the core framework for building plugin-aware, multi-threaded applications. It includes a simple yet fully functional application to help you get started and serves as a plugin-aware reference application that can be scaled up to any size.

2. Masterpiece Plugin (plugin example):
   This is a basic plugin example that demonstrates how to create third-party plugins for applications built using Masterpiece. It’s as simple as saying "Hello, World!", literally.

Note: This project contains only the core framework. The plugin is provided as a separate project masterpiece_plugin <https://gitlab.com/juham/masterpiece_plugin>_.

Installing Masterpiece

Step 1: Install Masterpiece and run the example application ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

To install the core framework:

.. code-block:: bash

pip install masterpiece

Then, navigate to the example folder and run the application:

.. code-block:: bash

python examples/myhome.py

The application will print out its instance hierarchy. This is a simple example application to demonstrate the basic structure of any multi-threaded, plugin-based, scalable MasterPiece applications.

Example output:

.. code-block:: text

home
    ├─ grid
    ├─ downstairs
    │   └─ kitchen
    │       ├─ oven
    │       └─ fridge
    └─ garage
        └─ EV charger

Step 2: Install the Masterpiece Plugin ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^

To extend the application with the masterpiece_plugin:

.. code-block:: bash

pip install masterpiece_plugin

Run the application again:

.. code-block:: bash

python examples/myhome.py

You'll now see a new object in the instance hierarchy, along with a friendly "Hello, World!" object.

Example output:

.. code-block:: text

home
    ├─ grid
    ├─ downstairs
    │   └─ kitchen
    │       ├─ oven
    │       └─ fridge
    ├─ garage
    │   └─ EV charger
    └─ Hello World - A Plugin

Step 3: Configurating ^^^^^^^^^^^^^^^^^^^^^^^^^

The application also demonstrates the usage of startup arguments. Run the application again:

.. code-block:: text

examples/myhome.py --init --solar 10 --color red

and new 'Solar plant 10 kW' object appears in the tree.

• The --init argument tells the application to save its current configuration to a configuration files.
• The --solar argument creates an instance of a solar power plant with a specified peak power of 10 kW.
• The --color argument can be used for setting the color for the tree diagram.

The above class properties (and many more) can also be defined in the class configuration files. By default, the configuration files are created in the ~/.myhome/config folder, as determined by the application identifier and --config [anyname].

For example, --config temp will use the configuration files stored in the ~/.myhome/temp/ folder.

Contributing

Please check out the Issue Board <https://gitlab.com/juham/masterpiece/-/boards>_ for tracking progress and tasks.

About the Framework

The framework is essentially a tree container, allowing any payload to be integrated into its hierarchy. It supports configuration, serialization, the factory method pattern, a plugin API, and many other features for every object in its hierarchy. Generic tree traversal functionality allows any interaction to be applied to the tree, from serialization to any application-specific functionality.

Just like life on Earth, all components of this framework trace their lineage back to a single ancestor: the 'Masterpiece' core. Evolution, but in code! (Okay, this might be a bit too deep...)

The name 'Masterpiece' was chosen to reflect a commitment to fine-grained modular design, with a touch of humor.

Developer Documentation

As a C/C++ boomer, Doxygen was naturally my tool of choice. However, I ditched it in favor of Python's native tool, Sphinx. The migration wasn’t exactly pure joy — I encountered severe angry management issues along the way — but it's all good now. The documentation cannot be described anything a "masterpiece" yet, but it's improving.

For full documentation and usage details, see the full documentation at Documentation Index <docs/build/html/index.html>_ (The docs may look rough; I’m still unraveling Sphinx's mysteries).

Special Thanks

Big thanks to the generous support of Mahi.fi for helping bring this framework to life.