Overview of High-Level Languages
High-level languages are those programming languages, which are customized and pretty convenient to use. These languages can be operated with several platforms. Some of the high-level languages have relevance even when not associated central processing unit.
Characteristics of High-Level Languages
In terms of technology, high-level languages are not better than the low-level versions.
Rather the computing techniques used in high-level languages are simpler than those applied in low-level programming languages. The term high-level indicates greater degree of abstraction from the so-called computer languages. Unlike low-level programming languages, the high-level languages never come with opcodes. Among the other common features of high-level languages, object-oriented features, string handling schedules and modes for input or outputs of files are worth mentioning.
Functions of High-Level Languages
The main function of a high-level language is to simplify the use of programming systems to the users. The high-level languages break up the complicated chains of commands into simpler parts. For an efficient computer programming, the codes must be developed in low-level languages. However to make the best possible use of those codes, high-level languages are required.
Over the passage of time, the architectures of computers are becoming more complicated than before. Today's microprocessors require cutting-edge techniques to run the computer systems efficiently. Here comes the role of high-level languages. These programming languages are capable of designing cods that perfectly suit the requirements of modern computing.
Different Stages of Operation
High-level languages operate through different models of programming. Interpreted and compiled are the two programming languages used in the intermediate steps. Intermediate representations and machine code generation are some other steps involved in the operation of high-level languages.
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