foryoutore.blogg.se - React native responsive layout

#REACT NATIVE RESPONSIVE LAYOUT HOW TO#
#REACT NATIVE RESPONSIVE LAYOUT FULL#
#REACT NATIVE RESPONSIVE LAYOUT SERIES#
#REACT NATIVE RESPONSIVE LAYOUT SIMULATOR#

If you haven’t heard about Vite before, you might want to check out my article about it- What Is Vite: The Guide to Modern and Super-Fast Project Tooling. We are going to use Vite to quickly scaffold a new React project.

#REACT NATIVE RESPONSIVE LAYOUT FULL#

You can find full code example for this project in this GitHub repo as well as an interactive CodeSandbox example below: Project Setup Below you can see a short GIF of what we will create in this tutorial. The blog will be comprised of recent and featured blog posts.

#REACT NATIVE RESPONSIVE LAYOUT HOW TO#

In this article, I want to show you how to implement a responsive design for a blog page using KendoReact’s Most of the time, it’s a must-have, as otherwise a website wouldn’t be accessible and easy to use for mobile and tablet users. Therefore, responsive websites are ubiquitous

#REACT NATIVE RESPONSIVE LAYOUT SERIES#

Our next tutorial in the series will show you how to align the children of a container.Let’s look at how to design a responsive blog page for a React app using KendoReact GridLayout and StackLayout components.Ĭan you imagine that there was no such thing as a responsive website back in the old days of web development? Nowadays, more users visit websites online via handheld devices rather than desktop PCs or laptops. The width or height of a container will use all the space in the device. We can use these concepts to create responsive layouts. This means that the children will be arranged vertically. By default, the flex direction is column. To recap, whenever we need to arrange the children of a container horizontally, we need to set the flex direction to row. As you can see, it’s very easy to make flexible containers in React Native. In the right image, the content is flexible, the height will be adjusted to use all the available vertical space. In the left image, the content is not flexible, therefore the height depends on the content itself.

We also set a background color so we can see how the container takes the available space. This is handy when changing from portrait to landscape. This way, the component will take all the available height. We need to expand this container to take up the full screen.

Add a new style definition to the main container.

In order to add a new container, let’s modify the render method. We need to add a container, and expand it to take all the available vertical space.

Now let’s add some content after the toolbar.

#REACT NATIVE RESPONSIVE LAYOUT SIMULATOR#

Go ahead and change the simulator to landscape using Command + Right/Left arrow key (⌘+Left Arrow), you will see how the title will adjust its width in order to use all the available space. This is really neat when changing from portrait to landscape because the toolbar will expand horizontally based on the available space. This means that this container will use all the available space. This step is not necessary, but if we don’t set a fixed width, then the default width of the text will be used. In this case, the row direction will display the children horizontally.

Change the flex direction to the parent.

In order to arrange the direction of the text horizontally, we need to change the flexDirection property of the toolbar container. The title text should be flexible, depending on the device width. However, we need to display the text horizontally. If we refresh our application, we will see that all three texts will be displayed vertically, one after another. Inside of this container we have three different text containers. 'use strict' ĪppRegistry.registerComponent('ReactLayouts', () => ReactLayouts) Īs you can see, inside of the render method we have a container with a style called toolbar. The toolbar will have one button on the right, one on the left, and a centered title. If we want to arrange the children horizontally, we need to change the flex direction to row. When we use flexbox, we can arrange the children of a container in two directions, vertically or horizontally.īy default, all children will be arranged vertically. Now we are ready to start building our app.

You should see something like the below image. Open ReactLayouts.xcodeproj in Xcode and run the app in a simulator. This command will generate a new project with a very basic application scaffolding. In order to do this, we need to run the following command in our terminal.

React Native uses Flexbox to create the layouts, which is great when we need to accommodate our components and views in different screen sizes or even different devices. The layout system is a fundamental concept that needs to be mastered in order to create great layouts and UIs. Follow the instructions on the official website to get started. Installing the development environment is relatively easy if you are familiar with NPM. If you’ve been working with web technologies for a while, jumping into React Native is very straightforward, especially if you are familiar with ES6.