#HOW TO USE ECLIPSE CDT TO BUILD ABSTRACT SYNTAX TREE SOFTWARE#
Scientists have developed software since the appearance of the first programming languages since more than 76 years ago. One of the most current examples at present are the so-called Global Climate Models or Global Climate Models (in English) used for the climate study. Today you can find great references of this type of software disseminated in various disciplines of science, such as Physics, Chemistry, Mathematics, Biology, Economics, etc. The applications of scientific computation can be considered as the longest-established type of software that has been created. Two successful case studies will be presented and analyzed in depth. This process will be thoroughly described and implemented. One of the most interesting approaches to apply change-driven development on scientific software is to update, modernize and even parallelize sequential programs that have been written 20 or 30 years ago and are still running in production environments. This new, agile approach takes change as a working unit devised to drive the entire development process, which is performed in a four-stage cycle. Founded on the principles of software essence (changeability, complexity, intangibility, and conformity), integrated development tools, and automated source code transformation. Change-driven development was born as a new approach to maintain and develop scientific software. Over the past 76 years, scientists have been producing software, which means that most of the modern techniques and software engineering methods available these days did not exist while part of this process was taking place. Scientific software production dates back to the days before the computer science discipline obtained its own name.