Converting Pseudo Code to Code

Summary

As of this writing, the process of turning an algorithm into code still falls short of expectations. Algorithms can be written as code, which will help novices and programmers with visual impairments by letting them concentrate entirely on coming up with the best logic to solve a problem instead of worrying about coding syntax. Writing any code could be difficult for someone with no prior experience and little knowledge of syntax because new programmers frequently struggle to grasp the writing style and make several mistakes. Beginners use pre‐existing systems like A2C and AlgoSmart as converters or translators to transform the input algorithm provided into its corresponding code. Unlike other converters, A2C can swiftly adjust to each user's particular writing style. In its most basic form, a converter consists of a conversion process carried out step‐by‐step and has multiple associated sub‐processes. Instead of just changing the syntax for a better conversion procedure, the system must also preserve the original document's structure and logic. Systems already in place make it possible for programmers who are blind or visually handicapped to develop effective code without worrying about grammar. The algorithm can be entered into an A2C converter as a regular text file. Line by line, the complete algorithm will be read through to completion. The computer will conduct a single action on each line. The user can focus on the reasoning of the answer without having to bother about syntax. The application also offers the option of running the converted code via a GCC compiler to ensure that its syntax and logic are sound. It is intended to serve as a tool for developing fundamental problem‐solving abilities. In this paper, a comparative study of various techniques has been done for algorithm‐to‐code conversion.