5 Programming Languages every Cloud Engineer must learn
Cloud engineering is the application of engineering disciplines to Cloud Computing. It leverages the methods and tools of engineering in conceiving, developing, operating and maintaining cloud computing systems and solutions.
As for programmers, building applications for and deploying them into the Cloud requires programming knowledge. Below is a brief look at some of the best and widely used programming languages that cloud engineers should learn.
1. Java
Today Java is widely known as the general-purpose programming language. Java is highly versatile, a feature that makes it one of the few languages that can be used to create applications for websites, desktops, mobile devices, as well as video games. The language is suitable for all tasks. It is relatively easy to learn.
2. Python
This is another high-level programming language which is widely known across the globe. Also, it is one of the easiest languages to learn and read. The reasons why it is compatible with Cloud Computing are, it can be used in GUI-based desktop applications, can create operating systems, can be used in image processing, science-based applications and design .
3. C++
C++ focuses more on programming on how the Cloud will function. It is known for programming at low-level work to have an outcome of the highest level of performance of the system, ensuring the systems work optimally.
4. ASP.NET
Microsoft plays a major role in the world of Cloud Computing. ASP.net is a software language conceived by Microsoft in order to create web applications and websites with high functionality. One of the reasons it is considered one of the best languages for the Cloud is its ability to provide dynamic webpages and cutting-edge solutions that can be viewed across different browsers.
5. PHP
It is a language that is easy to learn and manipulate, which has led to increase in its popularity worldwide. This is an ideal programming language if you want to automate websites or perform other functions. it has an outstanding dynamism, which makes it a better choice when developing applications with dynamic elements. It is compatible with cloud computing as it can be used with a wide range of database management systems and runs smoothly in various operating systems.
