- #REACT NATIVE RESPONSIVE LAYOUT HOW TO#
- #REACT NATIVE RESPONSIVE LAYOUT ANDROID#
- #REACT NATIVE RESPONSIVE LAYOUT CODE#
- #REACT NATIVE RESPONSIVE LAYOUT PLUS#
This design also makes it to where multiple screen sizes are not necessary for styling.
#REACT NATIVE RESPONSIVE LAYOUT PLUS#
The benefit is that the user of the iPhone 7 plus is able to see more content, rather than just a bigger button. Take buttons for instance: If a button at 40pt looks good on an iPhone 4s, it will also work well on an iPhone 7 plus. Therefore, if it works on small phones, it can also work on big phones. It seems that the idea behind this type of responsive design is that individuals with bigger phones desire to see MORE CONTENT, not blown up content. It looks like the key for designing for multiple screen sizes in iOS is not to necessarily make things bigger on bigger phones and smaller on smaller phones, but to design for what works on the smallest screen size, and let the items look small on the bigger devices.
#REACT NATIVE RESPONSIVE LAYOUT HOW TO#
These practices have been tried and tested by me and I hope it adds some value to your DevOps processes.Ok, so I think i understand how to go about doing this now. Hope these points helped you understand how responsiveness works and how we can make use of APIs provided by React Native for a better UI.
#REACT NATIVE RESPONSIVE LAYOUT CODE#
Refer to the code given below: import from 'react-native' However, the Dimensions API lets us get the width and height of the screen easily. Unfortunately for us, React Native does not provide an API to identify the details of a device, i.e. This value makes the image take up all the available space provided without overflowing outside the screen. The most basic example of implementing this is by using the 1:1 ratio. This property is used when our image is extending beyond screen dimensions and we need to rectify this error. It's only provided on React Native and is the most suitable property that controls the size of undefined element dimensions. This might not sound as technical as the previous points, but having a distinct set of values for spacing your elements makes your work a whole lot easier! Not only will you be able to make changes to your entire application through just one point, but all your elements will have symmetry and a crispness which can only be achieved through uniform spacing values! Aspect RatioĪspect ratio is represented by the ratio between the width and the height of an image.
Uniform set of values for margin and padding Here is a pictorial representation on the Nexus S: Here is a pictorial representation on the Pixel XL: Here is a pictorial representation on the Pixel 4 XL: Even though we can use other properties with percentages, not being able to use them with these properties does come up as a hurdle in our aim for maximum responsiveness. These include borderRadius and borderWidth. There is just one downer though! Unlike web, some properties can't be given percentage values in React Native.
Using percentage instead of absolute values gives us the advantage of having our elements taking up minimal space i.e., if a View is supposed to take 10% of the screen then it will only cover that much space. The default direction of the axis here are column, alignContent defaults to flex-start instead of stretch, flexShrink defaulting to 0 instead of 1 and the flex parameter only supports a single number. The default value of display in React Native is flex and it works very similarly to how Flexbox works on the web with a few exceptions. Using Flexbox for Layoutįlexbox provides a method for layering out one-dimensional items horizontally or vertically it adjusts the size and placement of items based on how they fit on the axis. Let's discuss some ways through which we can make our apps more responsive and presentable. Even if we can design a multi-platform app in a short time using React Native, the time taken for design and making the application look seamless can be quite long.
#REACT NATIVE RESPONSIVE LAYOUT ANDROID#
Android alone has phones which are built in different dimensions and with a range of screen resolutions and when you add iOS to the mix, this just about adds a whole layer of technicalities to take care of. How do we manage responsiveness on mobile apps is the topic that we are going to explore in this article.Įven though the majority of mobile apps are considered small in size, this difference in resolution and screen size doesn't make the challenge of handling responsiveness any easier. The web development community has contributed to creating multiple libraries for managing responsiveness and remove redundant boilerplate code but this is limited to web apps.
With new electronic gadgets coming into the market every few months, managing responsiveness in an application is of prime importance to any web designer or Frontend developer.
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