Designing Interactive Interfaces using React Components for Dynamic Forms

Question

Designing Interactive Interfaces using React Components for Dynamic Forms

Is there a way to implement dynamic forms using React Components?

For instance, I have a form displayed in the image below:

How do I structure this as a React component?
How can I incorporate interactivity into this component? For example, when the "+ Add" button is clicked, it should generate another blank textbox and position it directly beneath the previously rendered textboxes (as illustrated in the image).

Could someone assist me with the code for the Form provided in the link below?

https://i.sstatic.net/ijI3A.png

html css twitter-bootstrap reactjs

Answer 1

Answer №1

Upon reviewing the tags, I notice the presence of redux, which leads me to recommend utilizing redux-form. For reference, you can explore an informative example showcasing dynamic forms implemented with redux-form.

Answer 2

Upon reviewing the tags, I notice the presence of redux, which leads me to recommend utilizing redux-form. For reference, you can explore an informative example showcasing dynamic forms implemented with redux-form.

Answer 3

Answer №2

The key distinction lies in addressing not only the state of form values, but also managing the state of form shape/structure.

If you display the inputs by traversing a state object that represents the form's structure, adding a new input becomes simply adding a new entry to this state object. Manipulating this state object allows for easy addition or removal of input fields on the form. For instance, you could create something similar to this (in pseudo React code):

// Define state for math and algorithms inputs
const state = { math: [obj1, obj2], algorithms: [obj1, obj2] } // obj ~= {id, value}
// Render math inputs
const mathMarkup = state.math.map(obj => <input value={obj.value} onChange={...} />)
// Add handler for math field
const addMath = () => setState(prevState => ({ math: [...prevState.math, newObj]}))

Here is an example of such a form - codesandbox. It may not be an exact match to what you see on your screen, but the concept should be clear. I've only implemented the first two sections due to unclear requirements on your form so you can understand the approach. And there are no styles :shrug:

Additionally, you can separate out the renderXyz methods into individual components and refine the state structure according to your specific needs.

Answer 4

The key distinction lies in addressing not only the state of form values, but also managing the state of form shape/structure.

If you display the inputs by traversing a state object that represents the form's structure, adding a new input becomes simply adding a new entry to this state object. Manipulating this state object allows for easy addition or removal of input fields on the form. For instance, you could create something similar to this (in pseudo React code):

// Define state for math and algorithms inputs
const state = { math: [obj1, obj2], algorithms: [obj1, obj2] } // obj ~= {id, value}
// Render math inputs
const mathMarkup = state.math.map(obj => <input value={obj.value} onChange={...} />)
// Add handler for math field
const addMath = () => setState(prevState => ({ math: [...prevState.math, newObj]}))

Here is an example of such a form - codesandbox. It may not be an exact match to what you see on your screen, but the concept should be clear. I've only implemented the first two sections due to unclear requirements on your form so you can understand the approach. And there are no styles :shrug:

Additionally, you can separate out the renderXyz methods into individual components and refine the state structure according to your specific needs.

Answer 5

Answer №3

Let me guide you through a simplified process


import React , {Component} from 'react'
import { connect }from 'react-redux'

class main extends Component{
    render(){
        return(
            <div>
                <BaselineMath/>
                <Algorithms />
            </div>
        )
    }
}
const mapStateToProps = ({}) => {
    return{}
}
export default connect (mapStateToProps,{})(main)

class BaselineMath extends Component{
    constructor(props){
        super(props);
        this.state={rows:[1]}
    }
    _getRows{
        return this.state.rows.map((res,key)=>{
            return <input placeholder="etc..."/>
        })
    }
    onClickAdd(){
        let rows = this.state.rows
        rows.push(1)
        this.setState({
            rows
        })
    }
    render(){
       return(
            <div>
                <Button onClick={this.onClickAdd.bind(this)}>ADD row</Button>
                {this._getRows()}
            </div>
        )
    }
}

export default (BaselineMath)

class Algorithms extends Component{
    constructor(props){
        super(props);
        this.state={rows:[1]}
    }
    _getRows{
        return this.state.rows.map((res,key)=>{
            return <input placeholder="etc..."/>
        })
    }
    onClickAdd(){
        let rows = this.state.rows
        rows.push(1)
        this.setState({
            rows
        })
    }
    render(){
        return(
            <div>
                <Button onClick={this.onClickAdd.bind(this)}>ADD row</Button>
                {this._getRows()}
            </div>
        )
    }
}

export default (Algorithms)

You have the freedom to implement any algorithm of your choice

Answer 6

Let me guide you through a simplified process


import React , {Component} from 'react'
import { connect }from 'react-redux'

class main extends Component{
    render(){
        return(
            <div>
                <BaselineMath/>
                <Algorithms />
            </div>
        )
    }
}
const mapStateToProps = ({}) => {
    return{}
}
export default connect (mapStateToProps,{})(main)

class BaselineMath extends Component{
    constructor(props){
        super(props);
        this.state={rows:[1]}
    }
    _getRows{
        return this.state.rows.map((res,key)=>{
            return <input placeholder="etc..."/>
        })
    }
    onClickAdd(){
        let rows = this.state.rows
        rows.push(1)
        this.setState({
            rows
        })
    }
    render(){
       return(
            <div>
                <Button onClick={this.onClickAdd.bind(this)}>ADD row</Button>
                {this._getRows()}
            </div>
        )
    }
}

export default (BaselineMath)

class Algorithms extends Component{
    constructor(props){
        super(props);
        this.state={rows:[1]}
    }
    _getRows{
        return this.state.rows.map((res,key)=>{
            return <input placeholder="etc..."/>
        })
    }
    onClickAdd(){
        let rows = this.state.rows
        rows.push(1)
        this.setState({
            rows
        })
    }
    render(){
        return(
            <div>
                <Button onClick={this.onClickAdd.bind(this)}>ADD row</Button>
                {this._getRows()}
            </div>
        )
    }
}

export default (Algorithms)

You have the freedom to implement any algorithm of your choice

Designing Interactive Interfaces using React Components for Dynamic Forms

Answer №1

Answer №2

Answer №3

Similar questions

Choose the "toolbar-title" located within the shadow root of ion-title using CSS

The browser window's location is redirected to an empty page

Can media queries styles be applied to a window of random size using JavaScript?

Highlighting of Vue directives in HTML within WebStorm

Formik QR code reader button that triggers its own submission

Is there a way to automatically disable other options in a MUI Select once one option has been selected?

Passing props to child components in Next.js: A step-by-step guide

Configuring the React Typescript router to support username-based URLs should be done in a way that does not cause conflicts with other routes

What is the best way to overlay a video onto an image using HTML and CSS?

After the main page is loaded, the div will be dynamically populated with HTML content. How can we confirm that it has finished

How come my DHTML navigation bar is displaying incorrectly in Internet Explorer 7?

Sending Data in Angular JS

Nested loops iterating over an array of objects

"Material-UI in combination with React Hook Form fails to display error messages based on validation rules

"Animating dynamic elements based on conditions in React: A step-by-step

Summon the keyboard to appear

Looking for a reliable tool to check your CSS classes and tidy up your code effectively?

Display a single button on hover in Angular 2+ framework

Issues with Flex layout in Firefox causing functionality errors

the box is having trouble with its animation