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The Plugin Oriented Programming System





Pop is used to express the Plugin Oriented Programming Paradigm. The Plugin
Oriented Programming Paradigm has been designed to make pluggable software
easy to write and easy to extend.

Plugin Oriented Programming presents a new way to scale development teams
and deliver complex software. This is done by making the applications entirely
out of plugins, and also making the applications themselves natively pluggable
with each other.

Using Plugin Oriented Programming it then becomes easy to have the best of both
worlds, software can be built in small pieces, making development easier to
maintain. The small pieces can then be merged and deployed in a single
binary, making code deployment easy as well.

All this using Python, one of the world's most popular and powerful programming

Getting Started

A more complete Getting Started Guide is available inside of the documentation
for ``pop``. The best place to start is in the doc's Getting Started Guide found

First off, install ``pop`` from pypi:

.. code-block:: bash

    pip3 install pop

Now all it takes to create a pluggable application is a few lines of code.
This is the root of every pop project.
We create a hub, we add dynamic subsystems, and then we call them through the hub's namespace.

.. code-block:: python

    import pop.hub

    hub = pop.hub.Hub()
    # Dynamic subsystems can now be added to the hub
    # This hub now exists on the namespace and mirrors the file tree of that sub
    # the sub "my_dynamic_sub" had a plugin called "init" with a function called "cli" we could do this:

Writing your first pop application can be very simple, there is a tool called ``pop-create`` that automates
much of the groundwork needed to get started with an advanced application.

.. code-block:: bash

    pip3 install pop-create

Now that you have ``pop-create``, use the tool  to bootstrap your project!
This will make your Python project boiler plate for you!

.. code-block:: bash

    mkdir poppy
    cd poppy
    pop-create seed -n poppy

Now you have a ```` that file will detect changes to you project and "Just Work".
Feel free to open it up and fill in some of the blank places, like author name,
description, etc. The ``pop-create`` program also made your first directories, your
```` startup script, everything you need to install your project and the ``pop``
`` file used to load in configuration. Running `pop-create` also made a few
other files, but nothing to worry about now.
Look at `pop-create <>`__'s documentation
for more details of what it can do.

Congratulations! You have a ``pop`` project! Now you can run the project:

.. code-block:: bash


With a project up and running you can now add more plugins, more code and more
plugin subsystems!

What Happened?

Take a look at the `poppy/poppy/` file, your little `` script
created the `hub`, loaded your first plugin subsystem, `poppy` and called
the run function therein. This is the starting point for your app.

Next dive into the `pop documentation <>`__, we will take you through how to
think in Plugin Oriented Programming, helping you see a new way to write
code that is more flexible and dynamic than anything you have seen before!

Single Binary

In the first few sentences of this document I promised you a single binary!
This is easy to do! Just pip install ``tiamat``:

.. code-block:: bash

    pip3 install tiamat
    tiamat --log-level=debug build -n poppy -r requirements/base.txt

This built a single binary of your program! Now you can run it.

.. code-block:: bash



Check out the docs for more information:

There is a much more in depth tutorial here, followed by documents on how to
think in Plugin Oriented Programming. Take your time to read it, it is not long
and can change how you look at writing software!


Did you know?

Socket installs a GitHub app to automatically flag issues on every pull request and report the health of your dependencies. Find out what is inside your node modules and prevent malicious activity before you update the dependencies.


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