Implement runner using React
The stock runners comes with a built-in React component. This makes it very easy to use the runners in a React application. This quickstart shows how to use it.
â Add packages to your projectâ
First, you need to add the required packages to your project. To do so, run the following command:
- Autoscroll
- Chat
- Classic
npm install @tripetto/runner-autoscroll @tripetto/runner
npm install @tripetto/runner-chat @tripetto/runner
npm install @tripetto/runner-classic @tripetto/runner
The stock runners all depend on the Runner library and React. The Tripetto Runner library is the actual workhorse of the Tripetto runners. It parses the form definition and prepares it for UI rendering. React is used for the actual rendering.
đ Basic implementationâ
The next step is to import the AutoscrollRunner
React component. Here's an example:
- Autoscroll
- Chat
- Classic
import { AutoscrollRunner } from "@tripetto/runner-autoscroll";
function ExampleApp() {
return (
<div>
<h1>Example app</h1>
<AutoscrollRunner definition={/* Supply your form definition here */} />
</div>
);
}
import { ChatRunner } from "@tripetto/runner-chat";
function ExampleApp() {
return (
<div>
<h1>Example app</h1>
<ChatRunner definition={/* Supply your form definition here */} />
</div>
);
}
đĨ Collecting response dataâ
The next step is actual data retrieval from the form. To do so, you use the onSubmit
event. This event fires when the form completes and the response data is ready for further processing. The event receives a reference to the active form instance. Together with one of the Export
functions from the Runner library, you use it to retrieve data in a convenient format. The following example shows how to export the data using the exportables
or CSV
function.
- Autoscroll
- Chat
- Classic
import { AutoscrollRunner } from "@tripetto/runner-autoscroll";
import { Export } from "@tripetto/runner";
function ExampleApp() {
return (
<div>
<h1>Example app</h1>
<AutoscrollRunner
definition={/* Supply your form definition here */}
onSubmit={(instance) => {
// This exports all exportable data in the form
const exportables = Export.exportables(instance);
// Iterate through all the fields
exportables.fields.forEach((field) => {
// Output each field name and value to the console
console.log(`${field.name}: ${field.string}`);
});
// This exports the collected data as a CSV object
const csv = Export.CSV(instance);
// Output CSV to the console
console.log(csv.fields);
console.log(csv.record);
}}
/>
</div>
);
}
import { ChatRunner } from "@tripetto/runner-chat";
import { Export } from "@tripetto/runner";
function ExampleApp() {
return (
<div>
<h1>Example app</h1>
<ChatRunner
definition={/* Supply your form definition here */}
onSubmit={(instance) => {
// This exports all exportable data in the form
const exportables = Export.exportables(instance);
// Iterate through all the fields
exportables.fields.forEach((field) => {
// Output each field name and value to the console
console.log(`${field.name}: ${field.string}`);
});
// This exports the collected data as a CSV object
const csv = Export.CSV(instance);
// Output CSV to the console
console.log(csv.fields);
console.log(csv.record);
}}
/>
</div>
);
}
import { ClassicRunner } from "@tripetto/runner-autclassicoscroll";
import { Export } from "@tripetto/runner";
function ExampleApp() {
return (
<div>
<h1>Example app</h1>
<ClassicRunner
definition={/* Supply your form definition here */}
onSubmit={(instance) => {
// This exports all exportable data in the form
const exportables = Export.exportables(instance);
// Iterate through all the fields
exportables.fields.forEach((field) => {
// Output each field name and value to the console
console.log(`${field.name}: ${field.string}`);
});
// This exports the collected data as a CSV object
const csv = Export.CSV(instance);
// Output CSV to the console
console.log(csv.fields);
console.log(csv.record);
}}
/>
</div>
);
}
The onSubmit
event supports some additional features for error handling. Have a look at the Collecting response data guide for more information and guidance.
đī¸ Videoâ
đ Referenceâ
- Autoscroll
- Chat
- Classic
Have a look at the complete autoscroll runner API reference for detailed documentation. In the examples above, the following React components, symbols were used:
Have a look at the complete chat runner API reference for detailed documentation. In the examples above, the following React components and symbols were used:
Have a look at the complete classic runner API reference for detailed documentation. In the examples above, the following React components and symbols were used:
âī¸ Up nextâ
Now you've got the basic implementation for the runner up and running, dive deeper into the following topics:
- đž Collecting response data
- đ¨ Style your forms
- đ Using fonts
- đĨī¸ Display modes
- đ Prefilling forms
- đĨ Runtime data usage
- â¯ī¸ Enable pause and resume
- đ§ Form data persistency
- đ File uploads
- đ Loading translations and locale data
- â Validating response data
- đ¤ Prevent form spamming
- đ Track usage
- đšī¸ Controlling the runner
- đ¸ Disable Tripetto branding
- đĄī¸ Content Security Policy
- đĻ Custom blocks
- đ Package overview