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Many novices are not very clear about which programming languages are needed for the development of the Internet of things. In order to help you solve this problem, the following editor will explain it in detail. People with this need can come and learn. I hope you can gain something.

Ten years ago, no one might have imagined that one day the air conditioners and refrigerators we use would be intelligent and controllable, and the cars on the road could drive on their own. Now, all of these will become reality, and it is the Internet of things that will make this happen. As we all know, the purpose of the Internet of things technology is to measure, collect and analyze data in order to provide a better user experience and improve product quality. To put it simply, it is to make our lives work better.

Development under different constraints

Each of the three stages of measurement, collection, and analysis requires a different working environment and a different set of constraints.

For example, data is measured through sensors with limited capacity on the device. The data is then aggregated and transmitted using gateways such as app on smartphones or small consoles, which have completely different computing power from the device. Use the cloud to store and analyze this data.

Therefore, each stage of the software development field can provide a different programming language for the Internet of things. Developers use several different programming languages for the Internet of things, such as Cpene, Java, Java, Python, and PHP.

For the Internet of things hardware with low computing power and limited RAM, C is the preferred programming language for  , but for gateway and cloud platforms, Java is the first choice.

So let's analyze the reasons for the three most popular programming languages developed by the Internet of things.

Java

Java is widely used and taught in the programming world. For IoT applications, you can transfer to any chip by using the Java Virtual Machine (JVM) functional code.

The code can be used in places common to JVM, such as smartphones and servers. This code can also be used on the smallest machines, making it an ideal choice for Internet of things software.

Java is an object-oriented programming language for the Internet of things.

Java has built-in functionality that is useful for IoT applications.

Java is very portable and has no hardware restrictions.

Python

Python began its journey as a high-level scripting language. It has a lot of useful libraries, and it can do more work with fewer lines of code. It is an ideal choice for the data analysis part of the Internet of things.

The source code is compact and readable because the syntax is clean.

Python is easy to learn, widely used, and has strong support.

An excellent choice for managing and organizing complex data streams without having to maintain an equally complex code base.

For simple modular projects, Python is becoming more and more popular, with computing requirements from medium to low.

c.

At the device level, computing power is usually very limited. C this language is very suitable for writing low-level code (that is, code close to the hardware layer), it does not require a lot of processing power, and can use RAM directly.

C is also a general language for microcontroller programming, making it a wise choice for sensor and gateway hardware layer applications. However, because C is a low-level language, its syntax can become confusing and confusing if developers are not familiar with best practices.

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