Understanding Concurrent Collections
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Introduction Concurrent collections are a specialized set of data structures designed to handle concurrent access by multiple threads without causing conflicts. Unlike traditional collections, which are not thread-safe, concurrent collections allow for efficient and safe concurrent operations. Advantages of Concurrent Collections There are several reasons …
Exploring Virtual Threads in Java
Java 19 introduces a fresh addition called virtual threads, which serve as a lightweight alternative to platform threads, allowing you to enhance your application’s performance and scalability. Understanding Virtual Threads Virtual threads resemble platform threads, but they are managed by the Java Virtual Machine (JVM) …
Java Caching: Enhancing Performance and Availability
Caching in Java refers to the practice of storing data in a temporary location to expedite access. This temporary storage can take the form of memory, disk, or a distributed cache. Utilizing caching in Java applications can lead to improved performance by minimizing the need …
Performance Optimisation in Java Applications
Introduction Java is renowned for its portability and scalability, but without proper optimization, Java applications can suffer from performance issues. In this blog, we will delve into various techniques and tips to enhance the performance of Java applications, making them more responsive and efficient.Break down …
Choosing the Right Garbage Collector for Your Java Application
Introduction Garbage collection plays a crucial role in managing memory in Java applications. With several garbage collectors available, selecting the appropriate one can greatly impact application performance. Factors such as application type, heap size, and performance requirements should be considered to make an informed decision. …
Support for Unicode 15.0 in Java 20
Java 20 introduces enhanced support for Unicode 15.0, the latest version of the Unicode Standard. Unicode serves as a character encoding standard, defining a comprehensive set of characters and their associated properties. In Java 20, all 149,186 characters from Unicode 15.0 are fully supported, encompassing …
JAVA 20 : Foreign Function & Memory API
The Foreign Function & Memory API (FFM API) is an innovative addition to Java 20, designed to enable Java programs to seamlessly interact with external code and data outside of the Java runtime. It provides a safer and more high-level alternative to the Java Native …
Java 20 : Record Patterns (Second Preview)
Originally, the Record patterns feature was introduced in Java 19, that allow you to match values against a record type and bind variables to the corresponding components of the record. Record patterns can be used in conjunction with type patterns to “enable a robust, declarative, and …
Java 20 : New Features and Improvements
The Java 20 release was released on March 21, 2023. It includes a number of new features and improvements, including Record Patterns (Second Preview) Record patterns are a new feature that allows you to deconstruct record values. This can be used to make your code …
Application development in IOS VS ANDROID
Coming up with a unique app idea, no matter what goals you want to achieve with it, simply isn’t enough anymore – the mobile app markets is simply too competitive. It is getting harder to stand out, and the investment is large, both considering your time …