Headless UI library

The Headless UI library is part of @amp-labs/react and provides a powerful foundation for managing connections and installations while giving you complete control over your UI implementation. This library is designed for developers who want to build custom user interfaces while leveraging robust connection, integration, and installation management capabilities.

The Headless UI library is in beta. It may change in non-backwards-compatible ways. (Although we are very serious about semantic versioning.)If you have any feedback, please file an issue on Github.

Overview

The Headless UI Library provides a series of React hooks that manage connections, installations, and other configuration data using query and mutation hooks. The hooks may be used together or independently of the prebuilt UI components. The Headless UI Library separates the logic of connection and installation management from the UI components, allowing you to:

Manage connections to various services and platforms.
Handle installation processes.
Implement custom UI components.
Maintain full control over the user experience.

Prerequisites

Install the library

The Headless UI Library is currently in the same package as our prebuilt UI components.

npm install @amp-labs/react
# or
yarn add @amp-labs/react

Context setup

In order for the headless hooks and functions to have relevant context, you can only use them inside AmpersandProvider and InstallationProvider. The AmpersandProvider needs to wrap all usages of headless hooks and functions as well as prebuilt UI components. See Ampersand Provider for more details. The InstallationProvider needs to wrap any code that interacts with a particular installation. This means that if your UI needs to handle multiple installations (e.g., one for Asana and one for Zendesk), then you need two instances of InstallationProvider: one that wraps the code for Asana setup, and one that wraps the code for Zendesk setup. InstallationProvider requires the following props:

integration (string): the name of an integration that you’ve defined in amp.yaml.
consumerRef (string): the ID that your app uses to identify this end user.
consumerName (string, optional): the display name for this end user.
groupRef (string): the ID that your app uses to identify a company, team, or workspace. See group.
groupName (string, optional): the display name for this group.

import {
  AmpersandProvider,     // Needed for all hooks and components in @amp-labs/react.
  InstallationProvider,  // Needed for headless hooks and functions.
} from "@amp-labs/react"

const options = {
  project: 'PROJECT', // Your Ampersand project name or ID.
  apiKey: 'API_KEY',// Your Ampersand API key.
};

// Define variables that will be used for this code snippet and
// other code snippets on this page.
const integration = "my-salesforce-integration"; // Must match name in `amp.yaml`.
const provider = "salesforce";
const groupRef = "group-test-1";
const groupName = "Test Group";
const consumerRef = "consumer-test-1";
const consumerName = "Test Consumer";

function App() {
  return (
    <AmpersandProvider options={options}>
      <InstallationProvider
        integration={integration}
        groupRef={groupRef}
        groupName={groupName}
        consumerRef={consumerRef}
        consumerName={consumerName}
      >
        {/* Your custom component */}
        <MyComponent />
      </InstallationProvider>
    </AmpersandProvider>
  );
}

Connection management

The library provides hooks and utilities for managing Connections. The useConnection hook provides access to the current connection state and management functions. It returns an object with the following properties:

connection: The current Connection object, or null if there isn’t one.
error: Any error that occurred while fetching the Connection.
isPending: If true, there is no data yet.
isFetching: If true, the data is being fetched (including refetches).
isError: If true, an error occurred while fetching the connection.
isSuccess: If true, the last fetch was successful.

import { useConnection, ConnectProvider } from '@amp-labs/react';

function MyComponent() {
  const {
    connection, // Connection object
    error,
    isPending,
    isFetching,
    isError,
    isSuccess,
  } = useConnection();

  // Use these values to build your custom UI
  return (
    <div>
      {connection ? (
        {/* If there isn't a Connection, show prebuilt ConnectProvider component. */}
        <ConnectProvider
          provider={provider}
          consumerRef={consumerRef}
          groupRef={groupRef}
          onConnectSuccess={(connection) => {
            console.log("Connection successful:", connection);
          }}
          onDisconnectSuccess={(connection) => {
            console.log("Disconnection successful:", connection);
          }}
        />
      ) : (
        {/* If user is already connected, guide them through the rest of the configuration. */}
        <MyConfigurationComponent/>
      )}
    </div>
  );
}

Installation management

Get current installation

The useInstallation hook provides access to the current installation state and management functions. It returns an object with the following properties:

installation: The current Installation object, or null if not installed.
error: Any error that occurred while fetching the Installation.
isPending: If true, there is no data yet.
isFetching: If true, the data is being fetched (including refetches).
isError: If true, an error occurred while fetching the connection.
isSuccess: If true, the last fetch was successful.

import { useInstallation } from '@amp-labs/react';

function InstallationComponent() {
  const { installation } = useInstallation();

  return (
    <div>
      {installation ? (
        <div>You've successfully installed the integration!</div>
      ) : (
        <MyInstallationComponent/>
      )}
    </div>
  );
}

Create, update, and delete installations

The following hooks provide granular control over Installation operations:

useCreateInstallation
useUpdateInstallation
useDeleteInstallation

For example, the useCreateInstallation hook is used to create a new Installation. It returns the following:

createInstallation: a tanstack-query mutation function to create a new Installation. Its signature is:

(params: {
  config: InstallationConfigContent;
  onSuccess?: (data: Installation) => void;
  onError?: (error: Error) => void;
  onSettled?: () => void;
}) => void;

isPending: Boolean indicating if creation is in progress.
error: Any error that occurred during creation.
errorMsg: String message describing the error.
isIdle: If true, createInstallation has not been called yet.
isSuccess: If true, installation was successfully created.

useUpdateInstallation and useDeleteInstallation follow similar conventions. Here’s an example of how you can use these hooks:

import { useCreateInstallation } from '@amp-labs/react';

function InstallationForm() {
  const {
    createInstallation,
    isPending,
    error,
    errorMsg,
  } = useCreateInstallation();

  const handleSubmit = async (e) => {
    e.preventDefault();
    createInstallation({
      // Add your installation config here
      config: {
        read: {
          objects: {
            contacts: {
              objectName: 'contacts',
              selectedFieldsAuto: 'all',
            },
          },
        },
      },
      onSuccess: (data) => {
        console.log("Installation created", { installation: data });
      },
      onError: (error) => {
        console.error("Installation creation failed", { error });
      },
    });
  };

  return (
    <form onSubmit={handleSubmit}>
      <button
        type="submit"
        disabled={isPending}
      >
        {isPending ? 'Creating...' : 'Create Installation'}
      </button>
      {error && <div className="error">{errorMsg}</div>}
    </form>
  );
}

Get manifest and field metadata

The useManifest hook provides the data that you need to build input forms for your users to help them configure the integration. This hook allows you to:

Access integrations as defined in the manifest (amp.yaml).
Retrieve object and field metadata from the connected provider (e.g., Salesforce, Hubspot). This allows your application to know about the exact objects and fields that exist in your customer’s SaaS instance, including custom objects and fields. With this information, you can build dropdowns, checkboxes, etc.

For now, you can only access your manifest’s Read Actions. Please note that you still create an Installation with Subscribe and Write Actions using useCreateInstallation. For write actions, you can also use useConfig to construct the config object, see Manage write config.

import { useManifest } from "@amp-labs/react";

const {
  getReadObject: (objectName: string) => {
    object: HydratedIntegrationObject | null;
    getRequiredFields: () => HydratedIntegrationField[] | null;
    getOptionalFields: () => HydratedIntegrationField[] | null;
  },
  getCustomerFieldsForObject: (objectName: string) => {
    // Map of field names to field metadata.
    allFields: { [field: string]: FieldMetadata } | null;
    // Get a specific field's metadata.
    getField: (field: string) => FieldMetadata | null;
  },
  data: HydratedRevision | undefined,
  isPending: boolean,
  isFetching: boolean,
  isError: boolean,
  isSuccess: boolean,
  error: Error | null,
} = useManifest();

Get fields from customer’s SaaS

The getCustomerFieldsForObject function returned by useManifest allows you to retrieve the standard and custom fields that exist in your customer’s SaaS instance for a particular object.

  const { getCustomerFieldsForObject } = useManifest();

  // Get all the fields that exist on the customer's Account object,
  // including standard and custom fields.
  const fields = getCustomerFieldsForObject("account");

  // This is a map of field names to field metadata,
  const allFields = fields?.allFields;

  // Convert to array if you want to show all of them in a list.
  const allFieldsArray = allFields ? Object.values(allFields) : [];

The fields mapping page of the demo app provides a full example for using useManifest to build the UI for customers to configure the installation.

Config management

Managing the Config that keeps track of each customer’s preference for how the integration behaves can be complex, with deeply nested objects and the need to manage this state locally. The useConfig hook simplifies local state management of the config object by providing flexible utilities to manipulate the config through a set of setters and getters. It maintains a draft state, which you can modify before committing changes to the installation. It returns these fields:

// Return values of `useConfig` hook.
{
  draft: InstallationConfigContent;  // Current draft configuration
  get: () => InstallationConfigContent;  // Get current configuration
  reset: () => void;  // Reset to installation's current config
  setDraft: (config: InstallationConfigContent) => void;  // Update draft config
  readObject: (objectName: string) => ReadObjectHandlers;  // Manage read object config
  writeObject: (objectName: string) => WriteObjectHandlers;  // Manage write object config
}

// Shape of ReadObjectHandlers (returned by `readObject` function above).
{
  object: BaseReadConfigObject | undefined;  // Current read object configuration
  getSelectedField: (fieldName: string) => boolean;  // Check if field is selected
  setSelectedField: (params: { fieldName: string; selected: boolean }) => void;  // Toggle field selection
  getFieldMapping: (fieldName: string) => string | undefined;  // Get field mapping
  setFieldMapping: (params: { fieldName: string; mapToName: string }) => void;  // Set field mapping
}

// Shape of WriteObjectHandlers (returned by `writeObject` function above).
{
  object: BaseWriteConfigObject | undefined;  // Current write object configuration
  setEnableWrite: () => void;  // Enable write for object
  setDisableWrite: () => void;  // Disable write for object
  getWriteObject: () => BaseWriteConfigObject | undefined;  // Get write object config
   // advanced write features
  // https://docs.withampersand.com/write-actions#advanced-use-cases
  getDefaultValues: (fieldName: string) => FieldSettingDefault | undefined;
  setDefaultValues: (params: {
    fieldName: string;
    value: FieldSettingDefault;
  }) => void;
  getWriteOnCreateSetting: (
    fieldName: string,
  ) => FieldSettingWriteOnCreateEnum | undefined;
  setWriteOnCreateSetting: (params: {
    fieldName: string;
    value: FieldSettingWriteOnCreateEnum;
  }) => void;
  getWriteOnUpdateSetting: (
    fieldName: string,
  ) => FieldSettingWriteOnUpdateEnum | undefined;
  setWriteOnUpdateSetting: (params: {
    fieldName: string;
    value: FieldSettingWriteOnUpdateEnum;
  }) => void;
  getSelectedFieldSettings: (fieldName: string) => FieldSetting | undefined;
  setSelectedFieldSettings: (params: {
    fieldName: string;
    settings: FieldSetting;
  }) => void;
}

Basic example

This is a basic example that hard-codes a Config and does not allow the user to modify it.

function ConfigManager() {
  const config = useConfig();
  const { createInstallation } = useCreateInstallation();
  
  config.setDraft({
    provider: "salesforce",
    read: {
      objects: {
        Contact: {
          objectName: "Contact",
          schedule: "0 0 * * *",
          destination: "contacts",
          selectedFields: {
            "Name": true,
            "Email": true
          }
        }
      }
    }
  });

  const handleSave = async () => {
    await createInstallation({
      config: config.get(),
    });
  };

  return (<button onClick={handleSave}>Create installation</button>)
}

Manage read config

This is an example for how to use helper functions to more easily construct a read config, so you do not have to create the full config object manually.

function ReadObjectConfig() {
  const config = useConfig();
  const contactConfig = config.readObject("Contact");
  
  // Check if field is selected
  const isNameSelected = contactConfig.getSelectedField("Name");
  
  // Toggle field selection
  contactConfig.setSelectedField({ fieldName: "Email", selected: true });
  
  // Set field mapping
  contactConfig.setFieldMapping({ 
    fieldName: "Email", 
    mapToName: "email_address" 
  });
  
  // Get field mapping
  const mappedField = contactConfig.getFieldMapping("email_address");
}

Manage write config

The headless UI library provides helper functions to more easily construct a write config. Here’s a simple example that enables a particular object to be written to:

function WriteObjectConfig() {
  const config = useConfig();
  const contactWriteConfig = config.writeObject("Contact");
  
  // Enable write for Contact object
  contactWriteConfig.setEnableWrite();
}

You can also configure advanced write use cases, which include the ability to:

Set default values for certain fields.
Prevent overwriting of existing customer data.

Configure features individually

You can configure write settings for individual features using these methods:

function WriteObjectConfig() {
  const config = useConfig();
  const contactWriteConfig = config.writeObject("Contact");
  
  // Set default value for a field
  contactWriteConfig.setDefaultValues({
    fieldName: "source",
    value: {
      stringValue: "myApp"  // String default
    }
  });
  
  contactWriteConfig.setDefaultValues({
    fieldName: "amount",
    value: {
      integerValue: 0  // Number default
    }
  });
  
  contactWriteConfig.setDefaultValues({
    fieldName: "automated",
    value: {
      booleanValue: true  // Boolean default
    }
  });
  
  // Configure which fields should be written to during create operations
  contactWriteConfig.setWriteOnCreateSetting({
    fieldName: "source",
    value: "always"  // Always write source field on create
  });
  
  contactWriteConfig.setWriteOnCreateSetting({
    fieldName: "notes",
    value: "never"  // Never write notes field on create
  });
  
  // Configure which fields should be written to during update operations
  contactWriteConfig.setWriteOnUpdateSetting({
    fieldName: "source",
    value: "never"  // Never write source field on update
  });
  
  contactWriteConfig.setWriteOnUpdateSetting({
    fieldName: "notes",
    value: "always"  // Always write notes field on update
  });
  
  // Get current settings
  const defaultValues = contactWriteConfig.getDefaultValues("source");
  const writeOnCreate = contactWriteConfig.getWriteOnCreateSetting("source");
  const writeOnUpdate = contactWriteConfig.getWriteOnUpdateSetting("source");
}

Configure features together

You can use setFieldSettings to set all advanced write features at once for a field:

function WriteObjectConfig() {
  const config = useConfig();
  const contactWriteConfig = config.writeObject("Contact");
  
  // Configure a field with both write behavior and default value
  contactWriteConfig.setFieldSettings({
    fieldName: "customSource",
    settings: {
      writeOnCreate: "always",  // Write on create
      writeOnUpdate: "never",   // Don't write on update
      default: {
        stringValue: "myApp"    // Default value
      }
    }
  });

  // Get current settings
  const current = contactWriteConfig.getFieldSettings("customSource");
}

Full example

Here’s a full example that uses the ReadObjectConfig and WriteObjectConfig components defined above, and makes a call to updateInstallation with the config that has now been updated with both read actions and write actions.

function IntegrationConfig() {
  const config = useConfig();
  const { updateInstallation } = useUpdateInstallation();
  
  const handleSave = async () => {
    try {
      await updateInstallation({
        config: config.get(),
        onSuccess: () => {
          console.log("Configuration updated successfully");
        },
        onError: (error) => {
          console.error("Failed to update configuration:", error);
        }
      });
    } catch (error) {
      console.error("Error updating configuration:", error);
    }
  };
  
  return (
    <div>
      <ReadObjectConfig />
      <WriteObjectConfig />
      <button onClick={handleSave}>Save Configuration</button>
    </div>
  );
}

Examples

Demo app

View the source code on GitHub

The headless demo app uses a Salesforce integration, and includes:

Ability to map fields; the dropdown is populated with standard and optional fields from the connected Salesforce instance.
Ability to create and update an Installation with the “Install” button.
Ability to reset Config to previous state with the “Reset” button.
Ability to delete an Installation with the “Delete” button.
Usage of Shadcn UI components + Tailwind CSS to demonstrate how you can bring your own design system.

It uses the following headless hooks:

useConnection: manage when to show ConnectProvider
useManifest: manage objects and metadata
useConfig: manage installation configuration state
useCreateInstallation, useUpdateInstallation, and useDeleteInstallation: manage installation lifecycle

Demo app with write config

View the source code on GitHub

The headless write demo app uses a Salesforce integration, and extends the basic demo app with:

Ability to set default values for fields when writing.
Ability to prevent overwriting of customer data.

Pre-defined configuration flow

If you do not want your users to be able to modify or configure the installation, you can build a pre-defined configuration flow using the code snippet below. This is helpful if you do not want your user to be able to modify which objects and fields your integration reads and writes, and you do not need them to do any field mappings.

import {
  AmpersandProvider, ConnectProvider, useConnection, useInstallation,
} from '@amp-labs/react';

import { ConfigContent, AmpersandProviderOptions } from '@amp-labs/react/types';

const projectOptions: AmpersandProviderOptions ={
  apiKey: 'my-api-key',
  project: 'my-project',
}

const installationParams = {
  integration: 'my-hubspot-integration',
  consumerRef: 'user-123',
  groupRef: 'company-456',
};

export function App() {
  // Wrap your custom component inside of AmpersandProvider and InstallationProvider
  return (
    <AmpersandProvider options={projectOptions}>
      <InstallationProvider
        integration={installationParams.integration}
        consumerRef={installationParams.consumerRef}
        groupRef={installationParams.groupRef}
      >
        <MyIntegrationComponent />
      </InstallationProvider>
    </AmpersandProvider>
  );
}

// Static content for the installation, no user input needed
const myConfig: ConfigContent = {
  read: {
    objects: {
      contacts: {
        objectName: 'contacts',
        // Auto-select all fields to be read,
        // alternatively you can specify any desired fields & mappings here.
        selectedFieldsAuto: 'all',
      },
    }
};

function MyIntegrationComponent() {
  const {
    installation,
    isPending: isInstallationPending, // No data yet
    isFetching: isInstallationFetching, // Data is being refreshed
    isError: isInstallationError,
    error: installationError,
  } = useInstallation();
  
  const {
    connection,
    isPending: isConnectionPending, // No data yet
    isFetching: isConnectionFetching, // Data is being refreshed
    isError: isConnectionError,
    error: connectionError,
  } = useConnection(); 

  // Custom connection loading, error, and installation state overrides
  if (isConnectionPending || isInstallationPending) return <div>Loading </div>;
  if (isConnectionError) return <div>Error loading connection: {connectionError.message}</div>;
  if (isInstallationError) return <div>Error loading installation: {installationError.message}</div>;

  // The installation already exists
  if (!!installation) { return (<MyManageInstallationComponent />) } 

  if (connection) {
     createInstallation({ config: myConfig });
  };

  // Use Ampersand's built in UI for the Connection flow
  // This is the same as the existing ConnectProvider component but parameters
  // can be ommited since we are inside of InstallationProvider
  // When the connection is successful, this component will re-render since
  // `useConnection` will return the new connection.
  return (
     <ConnectProvider
        consumerRef={installationParams.consumerRef}
        groupRef={installationParams.groupRef}
     />
  );
}

Getting started

​Overview

​Prerequisites

​Install the library

​Context setup

​Connection management

​Installation management

​Get current installation

​Create, update, and delete installations

​Get manifest and field metadata

​Get fields from customer’s SaaS

​Config management

​Basic example

​Manage read config

​Manage write config

​Configure features individually

​Configure features together

​Full example

​Examples

​Demo app

​Demo app with write config

​Pre-defined configuration flow

Overview

Prerequisites

Install the library

Context setup

Connection management

Installation management

Get current installation

Create, update, and delete installations

Get manifest and field metadata

Get fields from customer’s SaaS

Config management

Basic example

Manage read config

Manage write config

Configure features individually

Configure features together

Full example

Examples

Demo app

Demo app with write config

Pre-defined configuration flow