The base integration factory used to create custom analytics integrations for Analytics.js.
The factory returns a barebones integration that has no logic, so that we can share common pieces of logic—like queueing before an integration is ready, providing a way to default options, etc—in one place.
Interested in integrating your service with us? Check out our Partners page for more details.
var integration = require('integration');
var Custom = integration('Custom Analytics')
.global('_custom')
.assumesPageview()
.readyOnInitialize();
Custom.prototype.track = function (event, properties) {
window._custom.push(['track', event, properties]);
};
This library relies on segmentio/facade
which is a helper that makes working with the input to Analytics.js easier, by handling lots of common cases in one place.
Create a new Integration
constructor with the given integration name
. name
is the key with which users can initialize
the integration.
Register a new option for the integration by key
, with a default
value.
Add a new mapping option by key
. The option will be an array that the user can pass in of key -> value
mappings. This will also generated a #KEY
method on the integration's prototype for easily accessing the mapping.
For example if your integration only supports a handful of events like Signed Up
and Completed Order
, you might create an mapping option called events
that the user would pass in, like so:
var MyIntegration = Integration('MyIntegration')
.mapping('events');
Which means that when the integration is initialized, it would be passed a mapping of events
to use, like so:
new MyIntegration({
events: [
{ key: 'Signed Up', value: 'Register' },
{ key: 'Completed Order', value: 'Purchase' }
]
});
Then later on, you can easily get all of the entries with a specific key, by calling this.events(key)
. For example:
MyIntegration.prototype.track = function(track){
var matches = this.events(track.event());
each(matches, function(value){
window._myglobal.push(value);
});
};
Register a new global variable key
that the Integration uses. If this key already exists on window
when initialize
is called, it will return early, thus ensuring that setup logic and libraries aren't loaded twice.
Mark the Integration
as assuming an initial pageview has happened when its Javascript library loads. This is important for integrations whose libraries assume a "pageview" in their interface as soon as the library loads, instead of exposing a .page()
method or similar to call via Javascript.
This option changes the integration so that the very first call to page
actually initializes the integration, ensuring that the pageviews aren't accidentally duplicated.
Mark the Integration
as being ready to accept data after initialize
is called. This is true of integrations that create queues in their snippets so that they can record data before their library has been downloaded.
Mark the Integration
as being ready to accept data after load
is called. This is true for integrations that need to wait for their library to load on the page to start recording data.
Initialize the integration. This is where the typical 3rd-party Javascript snippet logic should be. If the integration assumes an initial pageview, initialize
will be called with the page
method's arguments.
Load the integration's 3rd-party Javascript library, and callback(err, e)
. The loading logic should be pulled out of the snippet from initialize
and placed here.
Identify the current user for the integration given an Identify
facade
. See the identify
method docs for more information.
Group the current account/organization/group/etc for the integration given an Group
facade
. See the group
method docs for more information.
Transform a Page
facade
into a page view for the integration. See the page
method docs for more information.
Track an event with the integration, given a Track
facade
. See the track
method docs for more information.
Alias two user identities given an Alias
facade
. See the alias
method docs for more information.
MIT