RAKs. M. Plus an Efficient Computer Programming Language for Future Advancement Scenario

Since there are many procedural high level languages exists such as C, C++ etc. though we found many issues or drawbacks [1] that make these languages inefficient and slow in term of processing the real scenario programming. In this paper we have discussed why RAKS M. PLUS is better, efficient and more secure than other programming languages by explaining the working mechanism of this programming language. With the help of this paper we put your effort to focus on those issues that make the processing slow of any programming and how by taking a step that make the programming processing fast for the future deployment and advancement point of view. Also we try to create a new programming language RAKS. M. PLUS which deals with security problems to make it more efficient. Comparative study and analysis using C, C++ language platform [1]. Department of Computer Science and Electronics & Communication Engineering, Since December 2012 to December 2014 in Simulation Lab, Cambridge Institute of Technology, Ranchi, Jharkhand, India. Since this language provides an environment for designing the kernel RAK M. PLUS which will provide fast compilation or processing of real scenario programming as well as wallet to store some user beneficial details. Reverse engineering followed to recreate the program and also to weak the existing deficiencies. Important steps against decomposition process used in the program to understand the code functionality, correcting code and also to secure the performance smartly. Apart from that improved SQL injection method used in web application for security vulnerability. Inbuilt function has been used instead of header file and this will help to decrease the execution time up to 40-50 percentages as compared to Turbo / Borland C++. The result will be purely depend upon user’s application and improves the performance level of execution. This language proves to be efficient in terms of time consumption, fast, secure and user friendly from student to scholar level.