Interested in contributing to RiveScript? Great!
First, check the general contributing guidelines for RiveScript and its primary implementations found at http://www.rivescript.com/contributing - in particular, understand the goals and scope of the RiveScript language and the style guide for the JavaScript implementation.
Fork, then clone the repo:
$ git clone [email protected]:your-username/rivescript-js.git
Make sure you have node
and npm
and set up the build dependencies:
$ npm install -g grunt-cli # If you don't already have it
$ npm install # Install dev dependencies
Make your code changes in rivescript.js
and test them either by using the
TCP example server in node/tcp-server.js
or by using the built-in web server
by running grunt connect:server
.
Make sure the unit tests still pass (grunt test
), and add new unit tests if
necessary for your change.
Run JS linting with grunt lint
and fix any issues that occur.
When finished, run grunt
to create the minified JS file.
Push to your fork and submit a pull request.
At this point you're waiting on me. I'm usually pretty quick to comment on pull requests (within a few days) and I may suggest some changes or improvements or alternatives.
Some things that will increase the chance that your pull request is accepted:
- Follow the style guide at http://www.rivescript.com/contributing
- Write a good commit message.
For this project I've adopted a JavaDoc-style documentation system for the CoffeeScript source code. Look at existing function documentation for examples, but briefly:
- Begin the comment block with two comment characters:
##
- Each line of the comment block should begin with a
#
symbol. - The comment block should begin with the function definition prototype (use Java style data types to denote what each parameter should be)
- Use a blank line between the function prototype and the description.
- Use Markdown syntax - the documentation is generated as Markdown files and then rendered to HTML.
- End the comment block with another pair of
##
symbols. - There should be no more comments touching the comment block (if you need a comment directly after the comment block, leave a blank line in between, or else that comment may end up becoming a part of the documentation!)
Examples:
##
# string processTags (string user, string msg, string reply, string[] stars,
# string[] botstars, int step, scope)
#
# Process tags in a reply element.
##
processTags: (user, msg, reply, st, bst, step, scope) ->
...
##
# int loadFile (string path || array path[, onSuccess[, onError]])
#
# Load a RiveScript document from a file. The path can either be a string that
# contains the path to a single file, or an array of paths to load multiple
# files. `onSuccess` is a function to be called when the file(s) have been
# successfully loaded. `onError` is for catching any errors, such as syntax
# errors.
#
# This loading method is asynchronous. You should define an `onSuccess`
# handler to be called when the file(s) have been successfully loaded.
#
# This method returns a "batch number" for this load attempt. The first call
# to this function will have the batch number of 0 and that will go up from
# there. This batch number is passed to your `onSuccess` handler as its only
# argument, in case you want to correlate it with your call to `loadFile()`.
#
# `onSuccess` receives: int batchNumber
# `onError` receives: string errorMessage[, int batchNumber]
##
loadFile: (path, onSuccess, onError) ->
To compile the documentation, you'll need Python and the markdown
module installed. If you can't do this, don't worry too much about it; the project maintainer will rebuild the documentation periodically. Quick start:
$ mkvirtualenv rivescript # (if you use virtualenvwrapper)
$ pip install markdown
$ python mkdoc.py