Angular Phoenix
Provides angular bindings to Phoenix so we can run events within the digest loop.
Dependancies
Installing
$ bower install --save angular-phoenix
How to use
This is incomplete and only allows for a single socket connection per client
First we need to set our socket base url and add a global dependency.
angular.module('myApp', ['angular-phoenix'])
.config(['PhoenixProvider', PhoenixProvider => {
PhoenixProvider.setUrl('ws//localhost:9000/ws')
PhoenixProviver.setAutoJoin(false)
PhoenixProvider.defaults = {
user: 1
}
}])
Note: Phoenix when injected will be a instance of Phoenix.Socket
and will connect instantly unless
autoJoin
is false.
If not with autoJoin
: defaults will still apply to Socket.connect() however you can pass custom ones to override
Now were ready!!!
Joining a channel
You can only join a channel once, if you provide a new message it will leave then rejoin the channel.
Just like normal phoenix we call chan.join
however we also can take scope!
var chan = Phoenix.chan('name', {})
chan.on(scope, 'message', handler)
chnn.on('message', hander)
chan.join()
.receive('ok', message => {
})
chan.join().promise
.then(chann => {
chann.on(scope, 'message', handler)
chann.on('message', hander)
})
Why add a promise?
For things like UI-Router this allows you to join into a channel as a resolve property!!
.state('chatRoom', {
url: '/chatRoom/:id',
resolve: {
chatChannel: ['$stateParams', 'Phoenix', ($stateParams, Phoenix) => {
return Phoenix.chan(`chatRoom:${$stateParams.id}`).join().promise
}]
}
})
_setupSocket() {
this.chatChannel.on(this.$, 'new:message', (message) => {
this.messages.push(message)
})
var chan = Phoenix.chan('chatRoom', userParams)
chan.join()
.after(5000, () => console.warn('it didn\'t work'))
.receive((message) => {
this.message.push(message)
})
chan.join(scope)
}
Accessing Phoenix
Phoenix.BasePhoenix
is the original phoenix instance.