Erlang and Goland are the best programming languages for concurrent systems. One of the primary reasons for using Erlang for the concurrent system is the capability of Erlang to handle distributed programming. Before we understand more about Erlang as a concurrent programming language, it is important to know, what concurrency means.
Concurrent programs refer to those programming languages that can handle multiple execution threads at one single stretch. The easiest way to understand this is: We can understand with the help of an example. Whenever you open a desktop or system, you can handle multiple programs at the same time – a word processor, a communication system, or a spreadsheet.
Erlang in Concurrent Systems
The best languages for concurrent programming would be those that can handle multiple programs at the same time. Using Erlang, developers can now multi-function on any interface. Developers can write, deploy, test, and debug software all at the same time with the help of Erlang. If you need any help with coding you can always ask questions on the Devhubby community like: how to loop in Erlang.
Erlang possesses a minimum primitive set and it is best for concurrency. Another amazing feature of Erlang is that it has a rich and diverse library. This library acts as an active source of information and guidelines for development.
- Here are the main advantages of using Erlang as a Concurrent System Language:
- Standard libraries that have guidance for operating on concurrency
- The presence of limited concurrency primitives makes it easier to handle and use
- Scalable primitives ease the accessibility and make the language super effective.
- Erlang’s execution model is standardized for eliminating errors that make the implementation quicker.
The Erlang environment is highly supportive of concurrent systems. The features and tools to detect failure make the development of concurrent programs accurate and recoverable.
Erlang is the perfect programming language for a concurrent system that helps to build perfect systems with the least errors. Make your concurrent system development faster, easier, accessible, and error-free with Erlang.
Golang in Concurrent Systems
Golang is the top choice for developers across the globe for building concurrent systems because of two main factors. First is the clarity of Glonag as a concurrent language and second is the precision and lack of ambiguity. Here is queue implementation in Golang as example.
Golang was first introduced in the year 2009 and since then it is a favorite of developers. The senior technologists and developers are absolutely in love with Golang. It is one of the most used languages for developing concurrent systems. It is quick to understand and easy to execute.
Let us have a look at some of the prominent features of Golan that makes it perfect for developing concurrent systems:
- Golang has made multi-threading easier. The high-end support features and tools of the Golang language are incredible. The best part is that Golang not only helps in building high-end flawless concurrent systems but also helps in maintaining the same.
- There are specific features and tools termed Go Routines. They are specially designed for changing the concept of threads. Go Routine is a type of thread that is more lightweight than traditional threads. With such lightweight threads, the handling becomes easier on multithread platforms. Thus, Golang is your ideal language for developing multi-thread concurrent systems.
- Memory management is far easier and hassle-free with Golang. The unique feature of Golang named Automatic Garbage Collection is a boon for keeping the memory trash-free. The developers do not have to intervene in memory management anymore. The automatic garbage collection toll of Goland will do it all.
Golang is easy to use and has made basic primitive creation even more accessible and hassle-free. It features high-end support for concurrency. All that is needed is a regular Maintenance of the Go Routine to make it work effectively.