Code efficiency present is frequently treated indulgently. To a certain degree, it is reasonable. Memory is inexpensive and developers are expensive. Though at any point possibly your application runs on millions of devices and any battery usage optimization might save adequate energy to power a tiny city. Or possibly your company already pays lots of money for servers and their maintenance, and any optimization might make it importantly cheaper. Or even your application works well for a tiny number of requests but does not scale well and on the day of the trial it shuts down. In this session, I'll show you how to make an efficient Kotlin code cheaply, and how to optimize performance-critical parts of your code
GeeCON 2022: Marcin Moskała - Efficient Kotlin
Code efficiency present is frequently treated indulgently. To a certain degree, it is reasonable. Memory is inexpensive and developers are expensive. Though at any point possibly your application runs on millions of devices and any battery usage optimization might save adequate energy to power a tiny city. Or possibly your company already pays lots of money for servers and their maintenance, and any optimization might make it importantly cheaper. Or even your application works well for a tiny number of requests but does not scale well and on the day of the trial it shuts down. In this session, I'll show you how to make an efficient Kotlin code cheaply, and how to optimize performance-critical parts of your code
