We explain how plugins work and how you can also develop one to help automate repetitive IDE-related tasks. Second, we explain how we built an IntelliJ/Android Studio plugin to help us automate the conversion from AutoValue to Kotlin Data Classes. We look into the Gson, Moshi and rialization libraries and explore their trade-offs when choosing one. We also discuss the advantages and disadvantages of each approach in terms of build time, apk size, method count and serialization time.Īfter this introduction, we deep dive into two topics: First, we look into different serialization strategies available and how they perform. In this talk we introduce how we migrated our project from AutoValue to Kotlin data classes and how we dealt with the issues we encountered along the way. There are however trade-offs to take into account.
If you are migrating your project to Kotlin, data classes are the most direct way to replace it while keeping the same features. Step 1: Create a new project in android studio using kotlin. We will serialize and deserialize objects to JSON using the Gson library. While receiving the data we need to deserialize it. It supports fully serializable transactions and many data structures such as. So if we need to pass and the user defines the object, we need to serialize it first, then send it to the destination. AutoValue is a powerful tool provided by Google to generate Java immutable value classes. CDS - Enterprise-Grade CI/CD and DevOps Automation Open Source Platform.
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