![]() ![]() Apart from Kotlin, here are the other things it offered. The previous version officially added Kotlin as the official language for developing Android apps along with the Java 8 support. What’s in the previous version Android 3.0? It is basically compilation step making the size of the app small which makes debugging accurate helping in uploading faster builds. D8 dexer is set as the default dex compiler for the software builds which replaced the legacy DX compiler.The recent release includes IntelliJ idea 3.3 platform which supports Kotlin and SVG image preview as well.Legacy gradle built output is also queued with this window. The build status and errors will be shown in a tree view with an updated build output window.The device emulator is now updated to work in a frameless mode to make the app testing enabled even with the display of 18.9-inch display cutout API of Android P.To enable quick boot function, finer-grained controls are enabled which allows the resumption of Android emulator session in a time period lesser than 6 seconds.Network thread view is installed for checking multithreaded traffic while the network request tab manages the network requests. There is an update in the network profiler to keep a track of the network traffic.Here are some of the eye-catching additions to the Android Studio 3.1: For making the most out of Lint advanced feature, developers are under the obligation to open up an Android studio project and have to make use of the command line for running gradlew lint. One of the highlighting updates is for the kotlin as from now on, quality checks for Lint code can be run from the command line along with the IDE. The highlighting features of this release are improvements and advancements for C++ and Kotlin developers and also for the database users of SQLite. Apart from the quality amendments, there are certain new features that are added which as an Android app development company you must integrate into your development process. The major agenda of this release is to surge the quality and boost the productivity. Restart the Android Studio and feel the difference.Ĭredits: Hacker Life Android, Android Studio, android studio hangs, Android studio slowness, finetune android studio, finetune android studio 3, finetune android studio 3.1, finetune android studio 3.x, how to optimize android studio, optimize android studio, optimize android studio 3.0, optimize android studio 3.1, optimize android studio 3.Here is a big one, Android Studio 3.1 is officially launched and available to download. Now your studio64.vmoptions file should look like this. Sets the size of the allocated class metadata space that will trigger a GC the first time it is exceeded, the default max value is 350m.Max size of the memory allocation pool, the default value is 1280m. ![]() Sets the initial size of the heap, the default value is 256m.It may slow down the startup, but if you usually keep IDE running for few hours/days Runs JVM in Server mode with more optimizations and resources usage.Then add below configuration to studio64.vmoptions file : C:\Program Files\Android\Android Studio) (or you can create the file manually in side bin directory in android studio installation directory e.g. (For 64-bit version it’s studio64.vmoptions )Ĭlick Help > Edit Custom VM Options to open your studio.vmoptions file. What you need to do is create a studio.vmoptions file in the Android Studio settings folder. You can get a smooth experience by following the below steps. I’m going to show how to Fine-tune Android Studio by tweaking a few JVM options. You can fine-tune Android Studio by allocating enough resources. When the default memory allocation of Android Studio is not enough for your project you have to face this definitely. You may have already experienced slowness or unresponsiveness in Android Studio with the latest updates (Mostly 3.1.x). When it comes to multi-module production level application we should provide enough resources for gradle. Even for a simple “Hello World” application the daemon might use very well up to 150MB or even more. But you know, gradle is in fact quire resource hungry guy. ![]() With the IntelliJ engine and gradle android development comes a long way. But you should Fine-tune Android Studio properly to get the full benefit. If you are a developer form an eclipse (Hats off for the big boss) era I don’t want to say anything. As android developers we love Android Studio since it makes our lives much easier. ![]()
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