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Structured programming

Structured programming is the sort of programming which had been developed for the programming languages purpose especially for the computer people. The structured programming had been used by the people from a longer time period and in many situations the programming is quite helpful. The structured programming is in fact is one of the major course which is also offered to the people where they have to deal with certain programs. This is at times also used as a source of collecting the information and it can also be used on behalf of the imperative programming where the user is responsible for the act of performing different tasks.

Structured programming is one of the most popular sorts of programming which is being incorporated by many people and even sometimes it is also being used with the programming paradigms as well. If the person wants to reduce reliance and other factors then in that case structured programming can be used ad is found to produce effective results too. The structured programming had been used with the invention of the Edsger W. Dijkstra, who had done a lot of work on it and after getting a lot of help from people, he began to launch the programming surface known as the structured programming. It had been found out that the structured programs are found to be used in many different forms.

The major usage for the structured programs is in a single, multiple or hierarchical programs where information and data can be easily transferred, the major things which play an important role in it are the repetition, sequence and the selection. Each of the items is being used to perform their own tasks. The man purpose of each of them is the execution of files and this step is mainly done with the sequence order of the structured programming and if a number of programs need to be executed then in that case selection is being used. Here is some Advantages of Structured Programming:

1- reduced complexity. Modularity allows the programmer to tackle problems in logical fashion. Also, using logical structures ensures that the flow of control is clear.
2- an increase in productivity. Modularity allows multiple programmers to work on project at the same time. Modules can be re-used many times, which saves time and reduces complexity, but also increases reliability. It is also easier to update or fix the program by replacing individual modules rather than larger amounts of code.