Subscribe in seconds and receive Javainspires's news feed updates in your inbox, on your phone or even read them from your own news page here on follow.it.
You can select the updates using tags or topics and you can add as many websites to your feed as you like.
And the service is entirely free!
Follow Javainspires: Https://javainspires.blogspot.com/
Is this your feed? Claim it!
As applications grow and datasets become larger, retrieving all data in a single API call becomes impractical. To handle large datasets efficiently and improve performance, APIs employ pagination techniques. Pagination allows clients to fetch data in smaller, manageable chunks called pages.
In this blog post, we'll explore various API pagination techn...
Understanding @Override in Java: Internal Workings and Best Practices
The @Override annotation in Java is a widely used feature that enhances code readability, safety, and maintainability. Although it may seem straightforward at first glance, understanding its internal workings, proper usage, and potential pitfalls can significantly improve your Java programming skills.
...Java Class Loaders: Deep Dive and Use Cases
Java's class loading mechanism is a fundamental part of its runtime environment, enabling dynamic loading, unloading, and management of classes. Understanding class loaders is crucial for Java architects, especially when dealing with complex applications such as application servers, modular systems, or custom class loading scenario...
Covariant Method Overriding in Java: A Deep Dive
As Java developers and architects, we often encounter scenarios where class hierarchies require flexible and type-safe method overriding. One powerful feature that facilitates this is covariant return types in method overriding. In this post, we'll explore what covariant return types are, how they work, their benefits, ...
Virtual Threads
Virtual threads enable high-throughput concurrent applications with lightweight threads.
<code> // Creating and starting a virtual thread Thread virtualThread = Thread.ofVirtual().start(() -> { System.out.println("Hello from virtual thread!"); }); virtualThread.join(); // Creating virtual threads with custom names Thread.Builder builder = Thread...