Please contact [email protected] to get involved! We'd love to make this editor compatible with other platforms.
PublicLab.Editor is a general purpose, modular JavaScript/Bootstrap UI library for rich text posting, which provides an author-friendly, minimal, mobile/desktop (fluid) interface for creating blog-like content, designed for PublicLab.org (itself an open source project).
PublicLab.Editor provides author-friendly interfaces for:
- titling
- main image uploading
- text body editing using Woofmark (markdown/WYSIWYG)
- tagging
- edit history
We may include an extensible API for adding custom content modules, for example:
- coauthoring: "add co-authors"
- "post a response" buttons
- event data (calendar selector, RSVP)
- related content selection: "this work is a response to post X"
- geotagging: "Use the map to show where this happened"
- data embedding: "Paste data here and choose a chart style" (via Chart.js?)
Some, or many of the above may be optionally based on Public Lab Powertags. We may also include:
- client-side validation
Design updates are viewable on PublicLab.org.
You can try a very early, rough prototype here:
https://publiclab.github.io/PublicLab.Editor/examples/
The editor is built from different modules like:
- TitleModule
- MainImageModule
- EditorModule
- TagsModule
- HistoryModule
- RichTextModule
Each manages its own UI and validation, and which report their contents via a module.value()
method. The EditorModule encapsulates all the modules. It contains a WYSIWYG textarea, managed (by default) by Woofmark.
To input content into a module, the convention is to use that module's value()
method, like this:
editor.richTextModule.value('hello there'); // sets the richTextModule's content
You can also use module.value()
as a getter, like this:
var content = editor.richTextModule.value(); // get the richTextModule's content
editor.richTextModule.value(content + ' and then some'); // sets the richTextModule's content
To add a new field, or new behavior, extend PublicLab.Module
or customize an existing module by extending it -- for example:
PublicLab.Module.extend({
init: function(_editor) {
this._super(_editor);
}
});
Module output is collected (by editor.collectData()
) in the editor.data
object -- a collection of values based on each module.key
, assigning the value of module.value()
to that key. So a module with a key
of nid
, for example, which returned 6
from module.value()
, would result in editor.data
being:
{
nid: 6
}
Because of this, each module must have a key
property and a value()
method. Some modules, like the TagsModule, will return their own value added to the existing value of key
, so that multiple modules may add to the tags
property of editor.data
.
To install PublicLab.Editor for development, you'll need NodeJS. You can get the detailed instruction on installing node and npm in its official documentation.
After installing node and npm run npm install
from the root directory.
PublicLab.Editor uses grunt - the javascript task runner for compilation of the modules. To install grunt run npm install -g grunt-cli
. You may have to use sudo
for root privileges.
Make changes to the files in the /src/
directory, then run grunt build
to compile into /dist/PublicLab.Editor.js
. This will use grunt-browserify
to concatenate and include any node modules named in require()
statements. You'll then be able to try it out in /examples/index.html
. Run grunt
and leave it running to build as you go.
You can also run grunt debug
to have grunt-browserify to include Source Maps for easy debugging. This way you can locate the module from where the error is generating. This is for use in development only.
To use PublicLab.Editor, you'll need to follow the template provided here, and use the following constructor:
var editor = new PL.Editor({
textarea: document.getElementById('my-textarea'),
destination: "/notes/create", // content will Submit to this URL upon clicking "Publish"
data: { // prepopulate fields:
title: "Your post title",
body: "Your post content",
tags: "nice,cool"
}
});
To customize the @author and #tag autocompletes with your own suggestions, or with AJAX calls to your server, see the autocomplete example in /examples/autocomplete.html
.
The editor toolbar comes in two differnt formats. You can use a smaller version by using a size
property in the constructor. Refer to example given in /examples/comment.html
As of v1
, PublicLab.Editor
requires jQuery
to be included on the page, and some external jQuery
plugins for the TagsModule
and MainImageModule
:
<script src="../node_modules/jquery/dist/jquery.min.js"></script>
<!-- required for TagsModule -->
<script src="../node_modules/typeahead.js/dist/typeahead.jquery.js"></script>
<script src="../node_modules/typeahead.js/dist/bloodhound.js"></script>
<script src="../node_modules/bootstrap-tokenfield/dist/bootstrap-tokenfield.js"></script>
<!-- required for MainImageModule -->
<script src="../node_modules/blueimp-file-upload/js/vendor/jquery.ui.widget.js"></script>
<script src="../node_modules/blueimp-file-upload/js/jquery.iframe-transport.js"></script>
<script src="../node_modules/blueimp-file-upload/js/jquery.fileupload.js"></script>
These used to be compiled into PublicLab.Editor
but are now external so that jQuery
does not get included twice when using the editor in a page which already has `jQuery.
PublicLab.Editor expects a response from the server upon sending a request to destination
that is a URL which it will follow.
-
Testing image upload and other features that depend on an interactive server is difficult with just a basic one-line webserver. Instead, you can set up the
plots2
project as explained here to see the Editor working interactively while you test out those features. -
Clone
plots2
and follow the Standard Installation instructions to run it on your local server. -
Now in
plots2/package.json#
atline 62
, replace this line with"publiclab-editor": "file:..<path>"
where<path>
is path of your clonedPublicLab.Editor
repo folder -
Now with
passenger start
you can access the Editor atlocalhost:3000/post
. Make changes in Editor's source code and rungrunt build
orgrunt debug
to bundle all files. Then runyarn install --force
in plots2 repo to view changes on server. -
For reflecting HTML changes use
plots2/app/views/editor/rich.html.erb
instead of example.html. They both have same sturcture. -
For reflecting the changes on the local server need to run
yarn install --force
and refresh your page.
Various modules have different configurable options to be added to the options object, as seen in the Integration section.
formats -- provide an array of strings specifying allowed file extensions that may be uploaded inline in the rich text input area:
var editor = new PL.Editor({
textarea: document.getElementById('my-textarea'),
richTextModule: {
formats: ['xml', 'pdf', 'csv', 'stl']
}
});
The Tags module uses Bootstrap Tokenfield. To add tags after initialization, use:
editor.tagsModule.el.find('input').tokenfield('createToken', 'purple');
Help improve Public Lab software!
To report bugs and request features, please use the GitHub issue tracker provided at https://github.com/publiclab/PublicLab.Editor/issues
For additional support, join the Public Lab website and mailing list at http://publiclab.org/lists or for urgent requests, email [email protected]
- Join the '[email protected]' discussion list to get involved
- Look for open issues at https://github.com/publiclab/PublicLab.Editor/issues
- We're specifically asking for help with issues labelled with help-wanted tag
- Find lots of info on contributing at http://publiclab.org/wiki/developers
- Review specific contributor guidelines at http://publiclab.org/wiki/contributing-to-public-lab-software
- Some devs hang out in http://publiclab.org/chat (irc webchat)
Automated tests are an essential way to ensure that new changes don't break existing functionality, and can help you be confident that your code is ready to be merged in. We use Jasmine for testing: https://jasmine.github.io/2.4/introduction.html
To run tests, open /test.html in a browser. If you have phantomjs installed, you can run grunt jasmine
to run tests on the commandline.
You can find the installation instructions for phantomjs in its official build documentation. For Ubuntu/debian based system you can follow these instructions or use the script mentioned there.
To add new tests, edit the *_spec.js
files in /spec/javascripts/
.
Connect this editor to a parent server-side app, such as PublicLab.org or other servers.
The API we'll be working from will include several server URLs, which we'll be building into the file at src/adapters/PublicLab.Adaptors.js
:
- publishing by
POST
(CREATE
) to/notes/create
(will go to plots2'snotes_controller.rb#create
) - updating by
UPDATE
to/notes/update
(will go to plots2'snotes_controller.rb#update
) - uploading images by
POST
to/images/create
(will go to plots2'simages_controller.rb#create
)
The TagsModule uses Bloodhound for tag suggestions. It can make GET
requests to the server to fetch recent tag suggestion, which returns data in json format like /tags/recent.json
. You can also give your own suggestions in an array. Refer to the example given in /examples/autocomplete.html
.
Similarly the RichText module (which wraps the Woofmark adaptor) may make GET
requests to:
- fetch relevant tags from
/tags/related.json
with whatever relevant content to base "relatedness" on - fetch relevant authors from
/authors/<foo>.json
with<foo>
being the typeahead stub, like@jyw
for@jywarren
These can be overridden within the options in a richTextModule
object, like:
var editor = new PL.Editor({
textarea: document.getElementById('my-textarea'),
richTextModule: {
tagsUrl: '/tags.json',
authorsUrl: '/authors.json'
}
});
The TitleModule can make requests to find "related" content and suggest it be attached. Documentation on this can be found at:
PublicLab.Editor uses jQuery 1.7+ or 2, and tests run on Node v5+. Other versions depended on are noted in the package.json file.