10 programming languages that will change the future it world

This is all about innovation, and the goal is to keep an eye on the latest technology. If you are a programmer and want to explore future technologies, this article is your must-read choice. We have a list of 10 programming languages, 10 programming languages that will change the way the IT world works. And these languages are starting to change the status quo in the IT world, let's take a look at the following:

Dart language

This language is made by Google to replace JavaScript, making up for the drawbacks of JavaScript in the use of Web applications. For the dart language, Google's hope is that it will become the new official language of Web programming. It has syntax and keywords similar to the C language. However, one of the major differences with JavaScript is that JavaScript is a prototype language, but Dart objects are defined by classes and interfaces, just like C + + and Java. The Dart language also allows programmers to declare variables as static types.

Ceylon language

This language is called the "Java Killer". was created by Gavin King (founder of Hibernate, now in Red Hat), but he denies it was developed in Red Hat. Gavin King's complaints about Java include: Wordy syntax, lack of first-class functions (the top class) and higher-order functions (Higher-order), and weak support for metadata programming. In particular, he was disappointed by the lack of syntax for declaring structured data definitions, which he pointed out would allow Java to "push hard behind the XML butt". The goal of Ceylon language is to solve all these problems.

Go language

As you all know, Google has created a programming language called Golang or go. According to some technical analysts, it will eventually completely replace Java. This is a general-purpose language that can be used to develop any software-from general application to system programming. Although the language is immature, language features and specifications are changing, but programmers are now using it to develop their work.

F # language

This language has been popular in computer science and academia for a long time. F # (pronounced "f-sharp") is a Microsoft-made language designed to take into consideration both functionality and practicality. Because it is a kind of can run in. NET common language runtime (CLR) (FIRST-CALSS) language, which can be accessed as well as other CLR languages, such as C # and VB. NET platform, all library and feature features.

Opa language

Web development is too complex. Even a simple Web application can contain countless different languages: the client has HTML and JavaScript, the server has Java and PHP, the database has SQL, and so on. Opa language is not a substitute for one of these languages. In fact, it wants to wipe out all these languages at once-by advocating a new web programming model. In a OPA application, the client UI, the server-side logic, the database I/O, are all implemented in one language--opa language.

Fantom language

Have you ever developed Java or. NET applications? If you use Fantom development, you can choose to use any of them, or even switch platforms halfway. This is because the Fantom language is designed specifically for cross-platform porting. The Fantom project includes not only a compiler that can output JVM and. NET CLI bytecode, but also a set of APIs extracted from Java and. NET to create an additional portable code layer.

Zimbu language

This peculiar language absorbs elements and compositions from various other languages, and it is the crystallization of the wisdom of Bram Moolenaar. Bram Moolenaar is the creator of the Vim text editor. This language is planned to be fast, concise, portable, and readable. Its syntax is unique, distinctive, but rich in functionality. Use C-style expressions and operators, but have their own keywords, data types, and block structures. It supports memory management, threading, and piping. Portability is its core concept. Although Zimbu is a compiled language, the Zimbu compiler outputs ANSI C code, which allows the local C compiler to compile the binary code of the cost platform.

X10 language

This is a parallel processing language that used to be used only for software development in a particular domain. However, with the popularization of multi-core CPUs and distributed computing, today's other programming languages do not seem to keep pace with this trend. This is why the IMB Research Institute developed the X10 language, a language designed specifically for modern parallel architectures, with the goal of raising the efficiency of development "10 times times". The parallel capabilities of the X10 language are derived from the use of chunking Global addressing Space (PGAs) programming patterns. Code and data are split into small units, distributed to one or more "spaces", making it easy to upgrade a single threaded session to multithreaded routines running on multi-core processors.

Haxe language

HaXe (pronounced "hex") is better than any portable programming language. It is a multi-platform language that can be applied to a variety of operating environments-from local binaries to script interpreters to virtual machines. Programmers use it to develop code and then compile it into target code, javascript,php,flash/actionscript or NEKOVM bytecode, and so on.

Chapel language

Chapel is an excellent programming language for responding to the characteristics of today's world of High-performance computing. Designed specifically for supercomputers and clusters, this language is part of the Cascade Research project of Cray (the father of supercomputers), initiated by the U.S. Department of Defense Advanced Research Projects Agency (DARPA), with a grand, high-performance computing vision. The grammar of the chapel language has many origins, in addition to the common such as C,c++,java, it also draws on some scientific research language (such as Fortran and MATALB) in the concept. Its parallel processing characteristics are influenced by ZPL and High-performance Fortran, and these languages are also the early research projects of Cray.