React Router Page Transition

Highly customizable page transition component for your React Router

NOTE: Currently does not fully support react-router 4, see Using with React Router 4.

Introduction

React Router is awesome, but doing transition between pages is hard, especially for complex ones.

No worries react-router-page-transition is here to help. You can use css to define your own transition effect with custom data and callbacks, so now you can apply cool technique like FLIP your animation and implement cool transitions like this:

Live demo: https://trungdq88.github.io/react-router-page-transition/

Simple	Material	Reveal

Installation

npm install react-router-page-transition --save 

Add to your project

import PageTransition from 'react-router-page-transition';

<PageTransition>   {this.props.children} </PageTransition>

• Important: this.props.children must have transition-item class in its root element. Example if you are passing <ListPage /> as this.props.children:

export default class ListPage extends React.Component {   render() {     return (       <div id="list-page" class="transition-item">       ...       </div>     );   } }

How it works

• PageTransition component renders {this.props.children} inside a <div class="transition-wrapper">...</div>.

• When the route change, CSS classes will be added as following:

• You'll need to define the transition in your CSS:

Example: sliding animation

.detail-page {   overflow: auto;   box-sizing: border-box;   padding: 20px;   height: 100vh;   background-color: #03a9f4;   transition: transform 0.5s, opacity 0.5s;    &.transition-appear {     opacity: 0;     transform: translate3d(100%, 0, 0);   }    &.transition-appear.transition-appear-active {     opacity: 1;     transform: translate3d(0, 0, 0);   }   &.transition-leave {     opacity: 1;     transform: translate3d(0, 0, 0);   }    &.transition-leave.transition-leave-active {     opacity: 0;     transform: translate3d(100%, 0, 0);   } } 

Sometimes it is impossible to implement your designer's awesome animation idea in just only CSS. In that case, you'll need the callbacks to customize your animation with additional data. See API document and example for more information.

API

Properties

• timeout: transition duration in milisecond, this must be the same with the transition-duration in your CSS.

  Example:

      <PageTransition timeout={500}>       {props.children}     </PageTransition>

• data: custom data to send to the page component via onTransitionWillStart, onTransitionDidEnd, transitionManuallyStart, transitionManuallyEnd.

  Example:

      <PageTransition       data={{ clickedItemData: this.state.clickedItemData }}     >       {this.props.children}     </PageTransition>

• onLoad: this callback will be call after the new page is finished replaced.

  Example:

      <PageTransition       onLoad={() => this.refs.scrollArea.scrollTop = 0}     >       {this.props.children}     </PageTransition>

• transitionAction: this prop can be used to add additional state to the transition, for example you can identify if a transition is a "go back" or "go forward" by using history.action from History API.

  Example:

      <PageTransition       transitionAction={this.props.history.action}     >       {this.props.children}     </PageTransition>

  When transitionAction presence, class transition-${action} will be added along with transition-appear, and will be removed along with transition-leave.

Callback on children component

PageTransition component calls a several callbacks to its child component to pass user defined additional data for the animation. Child components are mounted via React Router when the route change.

Notice: all these callbacks will be called in a Promise chain, so if you are handleing async tasks inside the callback (for example setState), make sure you return a Promise to make everything work properly.

• onTransitionWillStart(data): before the transition starts (before transition-appear-active class is added). data is the variable received from the data property of PageTransition.

• transitionManuallyStart(data): if you don't use transition-appear-active class in CSS to animate your page, you can define this method in the child component to do the animation mannually. transition-appear-active will not be added to the child's DOM when this method exists.

• onTransitionDidStart(data): after the transition started.

• onTransitionWillEnd(data): before the transition stops (before transition-appear-active class is removed).

• transitionManuallyStop(data): similar to transitionManuallyStart. transition-appear-active will not be removed to the child's DOM when this method exists.

• onTransitionDidEnd(data): after the transition stopped (after transition-appear-active class is removed)

  Example:

  export default class DetailPage extends React.Component {   ...   onTransitionWillStart(data) {     return new Promise(resolve => {         this.setState({ animating: false, postiton: data.position, opacity: 0 }, resolve);     });   }   transitionManuallyStart(data) {     return new Promise(resolve => {         this.setState({ animating: true, postiton: DEFAULT_POSITION, opacity: 1 }, resolve);     });   }   onTransitionDidStart(data) {     // Animation is happening   }   onTransitionWillEnd(data) {     // Animation is about to stop   }   transitionManuallyStop(data) {     return new Promise(resolve => {         this.setState({ animating: false }, resolve);     });   }   onTransitionDidEnd(data) {     // Page successfully replaced and finished animate     this.callMyBusinessApi();   }    ...

Similar callbacks for leave event:

• onTransitionLeaveWillStart(data)
• transitionLeaveManuallyStart(data)
• onTransitionLeaveDidStart(data)
• onTransitionLeaveWillEnd(data)
• transitionLeaveManuallyStop(data)
• onTransitionLeaveDidEnd(data)

Available CSS functional class names

• transition-appear, transition-appear-active, transition-leave, transition-leave-active.
• Root element of the transited page must have transition-item class.

Using with Redux

By default, PageTransition will animates its children when componentWillReceiveProps is triggered. It compares this.props.children !== nextProps.children to know if the page has changed (ex: move from page Login to page AdminPanel).

When using PageTransition with Redux, you may end up having the animation triggered everytime the Redux state changes (ex: state change when you enter username, componentWillReceiveProps is triggered but the page is still Login page). In order to resolve this, you can use data-transition-id for the child components.

    <PageTransition>       {isLoggedIn() ?         <AdminPanel data-transition-id="admin-page" ... />         :         <Login data-transition-id="login-page" ... />       }     </PageTransition>

When data-transition-id prop is provided, PageTransition will use this value to compare the childrens. Now you can control exactly when will the pages are changed.

Using with React Router 4

At the moment, callbacks are not supported on React Router 4, however the basic CSS transitions still works. You have to wrap your <Route> with <Switch>. Please notice that you have to pass the location prop to <Switch> to make it work.

        <PageTransition>           <Switch location={this.props.location}>             <Route exact path="/" component={ListPage} />             <Route path="/detail/:itemId" component={ItemDetailPage} />           </Switch>         </PageTransition>

See a live demo: https://codesandbox.io/s/n3rrym5y1l

When to use this?

Pros:

• Give you ability to implement complex animations / transitions.
• Keep page structure clean.

Cons:

• Requires extra setup for the components

Examples

See EXAMPLES.md

LICENSE

MIT License  Copyright (c) 2016 Dinh Quang Trung  Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:  The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.