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bin | ||
common | ||
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content-test | ||
data | ||
dist | ||
lib | ||
test | ||
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CHANGELOG.md | ||
LICENSE | ||
README.md | ||
config.default.yml | ||
config.production.yml | ||
data_dictionary.md | ||
data_events.md | ||
dev-prefs.json | ||
experiments.json | ||
experiments_how_to.md | ||
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karma.conf.js | ||
metadata_schema.md | ||
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requirements.txt | ||
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README.md
Activity Stream Add-on
TLDR; I just want to try the add-on
- Make sure you have Firefox Beta, node 5.0+ and at npm 3.0+ installed.
npm install
npm run once
Requirements
- You must have at Firefox (45.0+) installed
- node 5.0+, npm 3.0+ (You can install both here)
Installation
Just clone the repo and install the dependencies.
git clone https://github.com/mozilla/activity-stream.git
cd activity-stream
npm install
Configuration
Default configuration is in config.default.yml
. Create a file called config.yml
to override any default configuration.
Embedly Proxy Server
By default, the add-on will request data from embedly through a dev instance of our embedly proxy server. If you want to run the add-on with a different endpoint, change the following in config.yml
:
EMBEDLY_ENDPOINT: http://....
Please file issues related to the embedly proxy server at https://github.com/mozilla/embedly-proxy/issues.
Using shim data
If you want to run the content on http://localhost:1963 with shim data (i.e. outside the add-on), add the following to config.yml
.
USE_SHIM: true
You can also disable the embedly service by setting EMBEDLY_ENDPOINT
to an empty string.
Running tasks
You may run npm run help
to see a description of all commands available, which you can run via npm run [command]
. Here are some important ones:
Running the add-on
If you just want to build assets and run the add-on to test it, you may simply run:
npm run once
Developing the add-on
If you want to watch assets and compile them continuously, you will want to run
npm run start
in one terminal session, and
npm run firefox
to start the add-on. This way, when you make changes to the content-src
folder, they will be reflected immediately without needing to restart the add-on.
Running Tests
Run npm test
to run the tests once. Run npm run help
for more options.
Architecture - ActionManager
When you instantiate an ActionManager
, you give it a list of types which are valid for the application. If at any time you try to create an action with a type that isn't part of that list, it will throw an error. Yay!
const am = new ActionManager(["STUFF_REQUEST", "STUFF_RESPONSE"]);
You can find the action manager instance for Activity stream at common/action-manager
.
Dispatching actions
To dispatch actions, all you have to do is call am.actions.YourActionType(...)
.
By default, there is a Action
type action defined which simply takes an object as an argument. However, it is a good idea to define actions that are specific enough to prevent typos and formatting errors.
const {actions} = require("common/action-manager");
// These are all equivalent
this.dispatch(actions.Action({
type:"TOP_FRECENT_SITES_REQUEST",
meta: {expect: "TOP_FRECENT_SITES_RESPONSE"}
}));
this.dispatch(actions.RequestExpect("TOP_FRECENT_SITES_REQUEST", "TOP_FRECENT_SITES_RESPONSE"));
this.dispatch(actions.GetTopFrecentSites());
Defining new actions
You can define new actions on the ActionManager
instance with am.defineActions
. All action definitions should be functions that return a plain object representing the action.
function Foo(data) {
return {type: 'FOO', data};
}
am.defineActions({Foo});
All new actions will have some basic validators applied to them like checking for the type
property. Action functions also get called in the context of the action manager instance.
Extending existing actions
Most new actions will actually be extensions of new ones. To do this, simply call another action function inside your new one.
It is generally not a good idea to call this.actions.SomeAction
inside another action, as that will result in the validators being run twice. Use the plain SomeAction
function instead, or you can access it from this.actions.SomeAction.definition
.
function Request(type, data) {
return {type, data};
}
function GetFoo() {
return Request(foo);
}
am.defineActions({Request, GetFoo});
Conventions for Actions
In this project we use a modified version of the Standard Flux Action
. Our standard action looks something like this:
{
// The type should be upper-case.
// Request-type actions should end in _REQUEST
// Response-type actions should end in _RESPONSE
// Required.
type: "SOMETHING_REQUEST",
// For request or response-type actions.
// For responses:
// If the response is successful, it should be an array OR object.
// If the response is an error, it should be an Error.
// Optional.
data: {},
// This should be included for actions that contain errors
// It should be true, or omitted if not applicable.
error: true
// This can contain action-specific info
meta: {
// This is to indicate that the application should receive the
// following action within a specified time period, or a timeout
// error should be thrown
expect: "SOMETHING_RESPONSE",
// Optional. A custom timeout for an 'expect' type action.
timeout: 10000,
// This indicates to the ReduxChannel middleware that
// the action should broadcast via message passing to the other
// side of the channel.
broadcast: "content-to-addon",
// This indicates new results should be appended to old results,
// instead of replacing them.
append: true
}
}