High level languages

High level languages (HLLs) are programming languages that are designed to make development of computer programs faster and easier than traditional software languages, such as assembly and machine language. In contrast to low level languages, high level languages provide abstractions that allow programmers to write codes more efficient and readable without having to know the lower level implementation of the computer they are programming. High level languages are generally designed for people to read and can be used to create applications for web, desktop, mobile, and other computing devices.

High level language design can be seen in components used for developing software such as compiler, interpreters, linker, and assemblers. These can translate code written in be high level language into computer-readable instructions that the processor interprets and executes.

Most high level languages follow a structured pattern and have various commands, procedures, and expressions that can be used to create working programs. This includes constructs and data types that are designed to simplify and make coding more understandable and efficient. Furthermore, high level language programming typically offers some type of documentor and debugging tools in order to help the programmer identify and solve errors.

Given their flexibility and abstraction, HLLs offer many benefits over low level languages when creating computer programs. For example, they are usually easier to learn and less tedious to use; they are also typically available on all major operating systems; and they may be easier to debug and maintain. Many languages such as Java, C++, Python, and Visual Basic are widely used in programming tasks and are considered high level languages.

In conclusion, high level languages are computer programming languages that are designed to help make coding software development faster and easier. These languages are generally designed for humans to read and often include abstractions, built-in constructs, and helpful debugging tools. High level languages offer a number of benefits over low level languages, as these languages are typically easier to learn and use, are available on all major operating systems, and may be easier to debug and maintain.