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Content in this track:

Extending the UX Framework with the Component SDK

1

Building Custom Components with the Component SDK

2

Setting Up Your Component SDK Project

3

Client Scenario: Building a Product Availability Map

4

Creating and Registering a Custom Component

5

Configuring Custom Components via the Manifest

6

Accessing User and Location Context with the useAuth Hook

7

Integrating a Third-Party Map Component

8

Adding Nested (Child) Components

9

Accessing Page Query Data

10

Style and Theme Your Component

11

Make Your Component Interactive

12

Configuring Components with Settings

13

Configuring Components with Dynamic Attributes

14

Extending Forms with Custom Field Components

15

Implementing a Custom Form Field

16

Enhance Your Custom Fields: Leveraging Existing Components from the Registry

17

Fetching Data with the useQuery Hook

18

Completing the Custom Form Field: Outputting the Result

19

Creating Custom Template Helpers

20

Unit Testing Custom Components

21

Deploying a Custom Component Plugin

22

End Of Track

23

Configuring Components with Dynamic Attributes

Essential knowledge

Authors:

Cameron Johns, Cille Schliebitz, Anita Gu

Changed on:

3 Feb 2025

Overview

This lesson explores the use of Dynamic Attributes within components, a powerful mechanism for making component content configurable. We'll demonstrate how to create a component, in this case an 

`InfoBox`
that appears when a map pin is clicked, and how to fully configure the information displayed within it directly from the Manifest using Dynamic Attributes. This approach allows for flexible and data-driven component content.

Key points

  • Dynamic Content: Learn how Dynamic Attributes enable you to configure the information displayed within a component without modifying its code.
  • Manifest-Driven Configuration: Understand how to define and configure Dynamic Attributes within the Manifest, controlling the content of components.
  • InfoBox Example: This lesson uses an InfoBox component that appears on pin click as a practical example of using Dynamic Attributes.
  • Flexibility and Reusability: Dynamic Attributes make components more flexible and reusable, as their content can be easily adapted through Manifest configuration.

Watch the video below to learn how to use 

`DynamicAttributes`
within your components.

`DynamicAttributes`
mean that the information to be displayed in the component is configurable.

For example, the 

`fc.card.attribute`
 component displays the fields specified in the manifest configuration for that instance of the card. Similarly, the 
`fc.list`
component columns are dynamically configured from the manifest.

For this scenario, a small 

`InfoBox`
 will 'pop up' when a location pin is clicked on the map. The information displayed in this 
`InfoBox`
component will be fully configurable from the Manifest by using 
`DynamicAttributes`
.

Right-click to download the code for the InfoBox.tsx file here.

To learn more about Dynamic Attributes, see UX Configuration - Common Concepts > Dynamic Attributes section

Using DynamicAttributes Within Components

This video explains how to use 

`DynamicAttributes`
within components

Cameron Johns

Cameron Johns

Contributors:
Cille Schliebitz
Anita Gu

Knowledge Tracks Related To This Topic

Component SDK
  • Extending the UX Framework with the Component SDK
  • Building Custom Components with the Component SDK
  • Setting Up Your Component SDK Project
  • Client Scenario: Building a Product Availability Map
  • Creating and Registering a Custom Component
  • Configuring Custom Components via the Manifest
  • Accessing User and Location Context with the useAuth Hook
  • Integrating a Third-Party Map Component
  • Adding Nested (Child) Components
  • Accessing Page Query Data
  • Style and Theme Your Component
  • Make Your Component Interactive
  • Configuring Components with Settings
  • Configuring Components with Dynamic Attributes
  • Extending Forms with Custom Field Components
  • Implementing a Custom Form Field
  • Enhance Your Custom Fields: Leveraging Existing Components from the Registry
  • Fetching Data with the useQuery Hook
  • Completing the Custom Form Field: Outputting the Result
  • Creating Custom Template Helpers
  • Unit Testing Custom Components
  • Deploying a Custom Component Plugin
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