![]() One of the main benefits of lazy properties is that they can improve the performance of an application by delaying the initialization of costly objects until they are actually needed. There are several benefits to using lazy properties in Kotlin, including improved performance and reduced memory usage. In this case, the lazy property will be initialized using the SYNCHRONIZED thread safety mode, which means that multiple threads can safely access the property without the need for explicit synchronization. This can be useful for optimizing the performance of an application, by delaying the creation of costly objects until they are actually needed.įor example, consider the following code that defines a LazyProperty class with a lazy property called val: class LazyProperty I found the following ways of achieving this and am not sure which one to pick.In the Kotlin programming language, the term “lazy” typically refers to a type of property or variable that is only initialized when it is first accessed, rather than when the containing object is created. I want this dependency to be a parameter for maximum flexibility and testability. ![]() ![]() I find myself quite often writing classes that depend on something that is potentially expensive to create, e.g.
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