how to change android studio theme back to

#How to change android studio theme back to code#

Add another item for navigationBarColor and set its value to ?android:attr/windowBackground attribute (which is a color value that changes automatically with system preferences)Īnd.Now in order to change the system navigation bar's color: Now add this statusBarBackground attribute as our value for android:statusBarColor. Define the statusBarBackground attribute inside Theme.Bark and set its value to our gray color.ĥ. Make it a good practice from now onwards to change the values in both these files whenever you're making a change because these two files refer to the dark mode and light mode theme of the app.Ĥ. Note: You might notice that you have two themes.xml in themes directory. Add the same gray color we added to our Color.kt.ģ.In order to change the status bar color to match our theme:

So to fix the status bar and navigation bar, we're going to head to our dear 'ol XML for this. Since Jetpack Compose is still early to work with, it comes with its limitation for the time being (And I'm not entirely sure if there even is this particular limitation). Super! We've done everything we needed to do at this time.ĭo you see that the status bar looks a bit odd at the top with that odd color? And what about the system navigation bar at the bottom? It'd be extra cool if we fixed them to match our overall theme.īut there's a catch.

Inside PuppyListItem composable function, remove this parameter from the Card composable: backgroundColor value: backgroundColor = Color.White.

So at this step, we remove that hardcoded color from our puppy card in order for the card to show the true surface color we just set. In order to let our app color values from Color.kt work consistently throughout the app, it's always a better idea to change the color values of the UI elements using Color.kt rather than changing each UI element's color individually. Finally, if you've been following the tutorial step by step, you might remember that we hardcoded our card color when we implemented it in Part I, which is not really a great way of doing it. Note: In case you want to know what surface is, it's a color definition provided by the color system of Material Design that affect surfaces of components, such as cards, sheets, and menus:ĥ. Inside the DarkColorPalette variable, add a new color definition for surface and set its value to the graySurface color that we set in #2. but, with that, we also have our text color changed but not the puppy card color.Ĥ. We can see that our background has changed.

Inside BarkTheme composable, replace the darkTheme default value from isSystemInDarkTheme() to true.

Since in our case, we need to enable dark mode for our app, do the following: These are all the classes that you need to modify the theme and styling of your app. If you open you project directory, you can see that you already have /ui/theme directory and inside that, you have a few Kotlin classes: Color, Shape, Theme, Type. Let's explore a bit more to see what we mean.

If that's the final look we want (or if we want an app that has support for Dark mode), it's super easy with how our project is set up initially by the Android Studio template.

Fix status bar and system navigation bar to adapt to our app's theme.Īs you can see in our final screen, our app looks like it has dark mode enabled.

Look at how dark/light mode works in Compose.

Change color throughout the app using Color.kt and Theme.kt.

To look at where we need to continue from, let's first look at the final screen from Part I: In this part of the series, we'll look at how styles and themes work in Compose, taking our app from Part I and giving it the final look that we want to achieve:

#How to change android studio theme back to code#

In case you’re not fond of reading blog posts, I’ve also turned this 4-part Jetpack Compose series into a 13-minute speed code video with some laid back music for you to watch and relax to! 😊 🐶īut as I mentioned, we still have some things to do before we call it a complete Compose app. As of Part I, we successfully implemented a RecyclerView (known as Laz圜olumn in Compose), populating it with a list of puppies that we have for adoption.