Java Minor Updates and Predictions: A blog on Java minor updates and predictions regarding new features and changes.
The JCP has released the agenda for the upcoming Java Community Process Executive Committee meeting, scheduled for 18 September 2019. The agenda includes proposals to update the Java Language Specification (JLS) and Java Virtual Machine Specification (JVMS), as well as changes to six existing Java Specification Requests (JSRs) and the approval of one new JSR.
Java Minor Updates and Predictions: A blog on Java minor updates and predictions regarding new features and changes.
Java 9 is just around the corner (Finally!!!) and we are pretty excited about it here at Aurora Solutions. Finally, we will be able to see some of the cool features that we were hearing about since last few years.
It’s been a while that I am writing on Java 9 Modules. And as I have been writing a series of articles on Java 9, I thought it would be important to start with a post that covers some of the important changes in Java 8, so that you can better understand what exactly is coming in Java 9.
So let’s start with the history of Java versions first and then we will look at some of the important changes in each version starting from Java 8.
Java Minor Updates and Predictions: A blog on Java minor updates and predictions regarding new features and changes.
Java is one of the most popular programming languages and is used in many different industries. This doesn’t come as a surprise since it’s been around for more than 20 years. It also has a number of different uses, which makes it very versatile.
In this post we will discuss what’s new with Java 8, how you can get started using it today, as well as some predictions about where we think things might go next year (and beyond).
What’s New With Java 8?
Java 8 was released on March 18th 2014, bringing many new features to the language including default methods for interfaces, lambda expressions and streams API improvements. The release also introduces a new way to create objects from classes called “instances” which allows you to use any type of object or class without having to reference its full name every time you want an instance of that type created by calling its constructor method directly instead! We’ve talked more about these changes here so if you’d like more information then head over now before continuing reading below!
The Java Minor Updates and Predictions Blog is a blog on Java minor updates and predictions regarding new features and changes.
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In this article, we will be discussing the Java minor updates and predictions regarding the language. We will be covering a brief overview of the updates till now and what can we expect from the future releases of Java.
Java Minor Updates and Predictions
There are a lot of exciting features that are coming in upcoming releases of Java. We have already discussed some of them in our previous articles like Local Variable Type Inference, switch expressions and many more. In this article, we will see what is new and what is coming in near future.
Java 10
The second minor release of Java was released on March 20, 2018 with a bunch of enhancements such as Local Variable Type Inference, Application class-data sharing and Garbage Collector interface. Apart from these major changes to the Java language, there are also some other improvements made to the language that is worth mentioning here:
* Concurrent/Parallel Full GC for G1: This improvement is related to garbage collector performance that has reduced application pauses by up to 10%. With this enhancement G1 GC is able to detect when an application is stopped for longer than its target pause time even if it does not have enough heap information yet. After having this information it tries to perform a full GC in parallel with the default
I’m a big fan of minor Java updates. They are a great way to get new features into the language without having to go through the rigmarole of a major update.
Java minor updates have been around for several years now, and we’ve seen some great things come from them.
Some highlights include:
The ability to have multiple catch blocks for the same exception type, with the exception being available in each catch block (Java 7).
The ability to use strings in switch statements (Java 7).
Named parameters for methods, which makes it easier to understand what each parameter does (Java 8).
VS Code is a light-weight editor with Flutter app execution and debug support. It supports development in Dart language. This article will show you examples of how to use VS Code to develop, run and debug a simple Hello World Flutter app that uses Material Components.
First, install the Flutter SDK and the Flutter extension for Visual Studio Code according to these instructions. Then, create a new project by executing the following:
flutter create flutter_hello_world
cd flutter_hello_world
code .
This creates a directory called flutter_hello_world with an Android Studio/VS Code project and the complete Flutter app in it.