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This guide shows you how to integrate the Insights Widget on a website using an iFrame, on a website using the Widget Loader, or on the mobile app. For information on widget behavior, reference the Widget Overview.
INFOBefore you can integrate the widget, you must have worked with MX to enable your access to insights.
For this guide, you’ll either use the Platform API or SSO API. The API you use depends on what you have purchased and have enabled. If you have the Nexus API enabled, you’ll use the SSO API.

Integrate on a Website (iFrame)

This shows how to integrate the widget on a website using an iFrame.

Step 1

Create an iFrame. Make sure the width and height uses the widget’s supported dimensions. If you use sandbox, some attributes must be whitelisted for the widget to work: sandbox="allow-forms allow-same-origin allow-scripts".
Example

Step 2

In the iFrame’s src, you’ll need to request a widget URL and specify pulse_widget as the widget_type using the Platform API or SSO API. The URL you’ll receive is single-use and expires after 10 minutes. You must request a new URL every time the page is rendered. See Example API Requests for different configurations.
Example

Step 3

Optionally create listeners for application events. See Postmessage UI Events for more info.
Example

Step 4

Configure event listeners for each Insights Widget event. See Postmessage UI Events for general info on our postMessage events.
Example
SUCCESSCongrats! You’ve integrated the Insights Widget!

Integrate on a Website (Widget Loader)

This shows how to integrate the widget on a website using the widget loader.

Step 1

Add the widget loader script to the page. Place this file before any other code related to the widgets. This custom script loads the widgets onto the page. You can load the widget loader from the MX production server or download and store it in your local environment. We update the widget loader when needed, so if you’re caching it on your server, refresh your cached version monthly.
Example

Step 2

Add a widget placeholder element. Our widget loader will use this placeholder element to embed an iframe containing the widget. The element must have an id of md-widget.
Example

Step 3

Load the widget into the placeholder element. Create a new instance of the MoneyDesktopWidgetLoader class, which is defined in the widget loader script. When you instantiate MoneyDesktopWidgetLoader, you must pass in an object with at least the required URL parameter (see step 4), and possibly one or more optional parameters. The widget loader will wait until the page has been loaded, and then load the widget into the placeholder element. Make sure the widget uses its supported dimensions.
Example

Step 4

You’ll need to request a widget URL through the Platform API or SSO API and set it in the URL parameter. The URL you’ll receive is single-use and expires after 10 minutes. You must request a new URL every time the page is rendered. You can request a widget URL for the Insights Widget by specifying pulse_widget as the widget_type, using the Platform API or SSO API.
Example

Step 5

Optionally create listeners for application events. See Postmessage UI Events for more information.
Example

Step 6

Configure event listeners for the Insights Widget events. See Postmessage UI Events for general info on our postMessage events.
Example
SUCCESSCongrats! You’ve integrated the Insights Widget!

Integrate on a Mobile App

To integrate the widget on a mobile application:
  1. Request pulse_widget as the widget_type, using the Platform API or SSO API. The URL you’ll receive is single-use and expires after 10 minutes. You must request a new URL every time the page is rendered.
  2. Load the URL received from the previous request into a WebView.
  3. See Events in Mobile WebViews.
  4. Capture and parse URLs for application events.
  5. Capture and parse URLs for Insights Widget events.

Common Problems

This section covers some common problems with loading a widget URL into a WebView.

Minimum Size

To embed our mobile widgets into a WebView, we require a device width of at least 320 pixels. Depending on the implementation of the WebView, smaller devices may not be provided the full width, leading to display issues.

WKWebView vs. UIWebView (iOS)

In apps that run in iOS 8 and later, MX only supports WKWebView. If you previously implemented UIWebView, update your implementation to use WKWebView. Apple recommends this. For more information, see Apple’s developer documentation for UIWebView and WKWebView.

Default Padding (iOS)

iOS adds padding to its WebViews by default, which can cause problems. To fix this:
  1. Select the WebView providing the widgets in your application and navigate to the size inspector.
  2. Change the layout margins from “Default” to “Explicit.”
  3. Update the left and right margins to “0.”
  4. Ensure the Width is at least 320 pixels.

Default Margin (iOS and Android)

Most browsers will have a default margin (set in the user agent stylesheet) on the body element when rendering the HTML page responsible for loading a widget. This margin is deducted from the total available width of the containing element, which will cause a problem. To fix this:
  1. Determine the computed width available on the body element. The width available to the iframe can be confirmed by inspecting the iframe injected by MX and typing window.innerWidth in the javascript console. The width available to the iframe must be at least 320 pixels.
  2. Confirm the body and HTML elements have their padding and margin set to “0.”

Viewport (iOS and Android)

For mobile widgets to render properly, the viewport must be set in a meta tag on the HTML page used to load the widget URL. The viewport is the size of the window through which a page is seen. It can be smaller or larger than the actual size of a page or device screen. On most mobile devices, the virtual viewport is larger than the actual screen size; web pages render according to the viewport size, then shrunk down to the actual screen size. This helps when viewing pages that aren’t optimized for mobile, but for pages that are optimized for mobile (like the mobile widgets), the viewport meta tag is used to guarantee that the page renders correctly. Set a meta tag within the <head> element as follows.
Example

Example API Requests

The following examples are for requesting a Micro Widget URL in the Platform API. Request a widget to embed on a website.
Request a widget to embed on a mobile app through a WebView.
Request the widget in Spanish by adding the Accept-Language header and setting it to es.

PostMessage UI Events

When certain events are triggered in our UI, we send you a postMessage UI event. These events have the information you need to take action in your codebase in response to the event. If integrating on mobile through a WebView, an alternative to standard postMessage UI events is required. See Events in Mobile WebViews for more information.
WARNINGDon’t use postMessage UI events for keeping data in sync between platforms. Webhooks are a more reliable way of coordinating events between your servers and MX servers.
PostMessage UI events from MX have the following properties:
  • The mx field that lets you filter out postMessage UI events coming from MX.
  • The type field that identifies what the event represents at a high level.
  • The metadata object field that has information related to the type.
The following is an example integration that lets you listen to the events we send.
Example Integration

Events in Mobile WebViews

NOTEThis section only applies if you are embedding the widget in a WebView.
Because of the technical limitations of WebView-based widget integrations, an alternative to standard postMessage UI events is required if embedding the widget into a WebView. When requesting widget URLs using the Platform API or SSO API, you must include the is_mobile_webview field with a value of true in your request to access WebView event messages. In WebView integrations, you must capture the URLs delivered via window.location = "someurl" calls within the iframe and use the information provided in those calls to build the necessary logic for coordinating events. All MX URL message events will have the mx:// prefix as well as the following format: mx://<entity|widget>/<event>?metadata=<metadata as an encodedURI JSON string>. The following is an example URL message: mx://account/created?metadata="{'guid':'ACT-1'}". You must capture the URL, parse out the path and query string, then JSON-decode the metadata field.

Application Events

You must create listeners for our postMessage UI application events.

Widget Load

This event is triggered when the widget is loaded.

Widget Ping

This event is used to keep the widget session alive.

Widget focusTrap

This event is triggered when popover content which traps the focus onto a particular element is opened or closed, but only in the case that no other popover content is already open. This event is triggered by some drawers, menu buttons, and modals.

Insights Widget Events

When displayed in the Insights Widget, some insights contain a call-to-action (CTA). Some CTAs will direct the user to the appropriate location by default, but others will require you to send the user somewhere to complete an action. This process is as follows:
  1. We detect that a user has clicked a call-to-action (CTA) on one of our insights that require you to send the user somewhere outside of our widget.
  2. We send you a postMessage UI event to let you know a user has clicked this CTA. Depending on the CTA and associated insight that the user clicked, we’ll send you additional information about the event inside the postMessage UI event.
  3. The listener you create for this event sends the user to the appropriate location within your mobile app or website based on the details we sent through the postMessage.
You must create listeners for each of the following insight templates (only create listeners for the templates MX has enabled for you). These are the base metadata fields for each event we send. Fields specific to certain insight templates appear in the sections that follow.
Example

DesignateEmergencySavingsAccount Action

"action": 'op_1'.

EmergencyFundWithdrawal Action

"action": 'op_1'

LowAccountBalance Action

"action": 'op_1'.

MonthlyEmergencyFundReview Actions

The following values for used for different scenarios in the insight and don’t have any fields beyond the base metadata fields.
  • "action": 'op_1'.
  • "action": 'op_2'.
  • "action": 'op_3'.

MonthlyObligationsStatus Action

"action": 'op_1'.

MonthlySpendingPlanCelebration Action

"action": 'op_1'.

ReplenishSavings Action

"action": 'op_1'.

SaveAnExtra100Dollars Action

"action": 'op_1'.

SavingsAccountDeposit Action

"action": 'op_1'.

SavingsMilestoneEmergencyFund Action

"action": 'op_1'.

SavingsOpportunityV2 Actions

"action": 'op_1'. "action": 'op_2'.

SpendingPlanCreatedCelebration Action

"action": 'op_1'.

TransparentOverdraft Action

"action": 'op_1'.

UnifiedDepositEmergencyFund Actions

"action": 'op_1'. "action": 'op_2'. "action": 'op_3'.

WeeklyNoSpendDays Action

"action": 'op_1'.

Widget Loader Configurations

This section is for integrating a widget on desktop using the Widget Loader. It shows the parameters you’ll use to set things like the widget’s height and width, additional configurations that let you set configurations for specific widgets, and also has the following sections to further help your integration:

Widget Loader Parameters

When you instantiate MoneyDesktopWidgetLoader, you must pass in an object with at least the required URL parameter, and any of the following optional parameters.

Config Parameter

The config object, as shown in the following example, contains configurations options.
Example
You can set the following configuration options.

Deep Linking Parameter

You can set the following deep-linking options.

Create a Loading Message

Any HTML placed inside of the widget placeholder element will be replaced once the widget iframe has loaded. This means you can use the placeholder element’s inner HTML to display a loading message. Since this is just HTML, it can be text, images, or anything you want. The following example adds some loading text that will appear until the widget has loaded.
Example

Keeping a Session Alive and Logging Out

MX provides two important functions for the widget loader: ping and logout. The ping function resets the session timer, allowing you to keep the session open as long as needed. The default timeout period is 900 seconds, and ping can be used anywhere in that period to restart the timer. A custom timeout period can be set by contacting MX, but MX recommends using the ping method rather than setting a longer timeout.
The logout function ends the session and redirects to the session timeout URL defined in your client profile. If no URL is defined, there is no redirect. Contact MX if you wish to set a specific session timeout URL.

Loading Multiple Widgets

To load multiple widgets on a single page:
  1. Define multiple placeholder elements, each with a unique CSS id.
  2. In your JavaScript, create an instance of MoneyDesktopWidgetLoader for each widget.
  3. Connect each loader instance to a placeholder element by setting the id property value as the CSS id.
After the page has loaded, all widgets will load in their respective elements. Here’s an example of loading 3 separate widgets onto a single page.
Example

Loading Widgets at Different Times

By default, widgets load automatically once the web page has loaded. If you’d like to load your widgets manually you can use the autoload option by setting autoload to false when instantiating MoneyDesktopWidgetLoader. When you’re ready to load a widget, call the load method on the instance of MoneyDesktopWidgetLoader with the URL. Here’s an example of loading the Accounts Widget on page load, then loading the Transactions Widget when a button is selected.
Example