Synergetically revolutionalizing mobile Tic Tac Toe in the cloud.

To run this project, you will need the following:

• A Linux system.
• Python 2.7.
• make
• pip (optional, but recommended)
• virtualenv (optional, but recommended)

For a system-wide installation:

$ easy_install tictascii   # install (as root, unless in a virtualenv)
$ ticli.py                 # run

You can install the latest released version of the package by running easy_install tictascii or pip install tictascii.

We recommend installing the package within a virtualenv, in order to install the project using virtualenv, you'll have to create an environment with the virtualenv command:

$ cd ~/virtualenvs  # any directory will do
$ virtualenv tictascii  # create a virtual environment
$ . tictascii/bin/activate  # activate virtual environment
(tictascii)$ pip install tictascii  # install package into the environment

Packages inside this environment do not require you to install any packages into the system-level Python instance. As a corollary, you won't have to run sudo to assume root privileges at any point when working with this project.

After you've installed the package, ticli.py can be executed from any directory as long as your Python is installed correctly (specifically, your Python's bin/ folder must be in the path).

To develop for this project, you'll need to be aware of the development tools and processes use to create cutting-edge Tic Tac Toe features.

In addition to the regular prerequisites for users, you will need a recent version of git.

Only those who have write access to the repository can commit code. Others who want to contribute code can submit their patches using the GitHub "Pull Requests" mechanism.

To check out the code, clone the https://github.com/enginous/tictascii.git git repository. In a Linux shell, you can do this like so:

$ git clone https://github.com/enginous/tictascii.git

You can install the required packages by running the following command:

$ make install

We recommend running this within a virtual environment, as described in Installation. Otherwise, you will have to run this command as root.

Tests are considered to be successful if all of the following critera are met:

• All Python tests (as found by the nose module) run without errors or failures.
• Code is PEP-8 compliant (as determined by the pep8 module).

To create an installable ZIP bundle from the source, run make build. This will run all the tests and proceed to create a .zip in the directory tictascii-dist that resides as a sibling to the working directory, tictascii. From within the working directory, run:

$ make build

You can then unbundle the zip to view the source code, or install it using the following command (given version 0.0.2 as specified in setup.py):

$ easy_install ../tictascii-dist/tictascii-0.0.2.zip

Builds are run using Travis. Every time a commit is made into the repository, Travis runs the make test command to ensure that the build passes.

You can view past builds in the system at the build system page.

After retrieving the project, developers should work in iterations similar to the following:

0. (Preferably create a feature branch and a corresponding pull request when changes have been made.)
1. Run make test.
2. Add failing test.
3. Run tests to verify that the test fails.
4. Add functionality fixing failing test.
5. Run tests to verify that functionality fixes test.
6. Repeat steps 2-4 as many times as you need to create a logical change that warrants committing.
7. Commit changes.
8. Push when you have accrued enough changes to add enough functionality to the project that users can benefit from it.
9. Ensure that the Travis build succeeds. Fix if necessary.
10. If you opted for pull requests, asssign to another project member and wait until that project member merges your changes.
11. Repeat process for next change.

A mechanism exists to release a stable version of a package to the Python package repository, PyPi (using tools such as easy_install or pip). Authorized individuals can release stable versions using a simple web interface on PythonPackages.com. This takes care of the following:

• Creates a git tag with the current version.
• Makes the code downloadble via GitHub (e.g. as 0.3.1.zip).
• Builds a Python package.
• Uploads the package to the PiPy repository.

This should be done after every version change.