Abstract

The mDm programming language stands as a testament to the ongoing evolution and innovation within the software development sphere, seeking to bridge the gaps identified by shortcomings in current programming paradigms and languages. Highlighting the core principles of mDm, this language aims to tackle the challenges of structured programming, modularity, and expressiveness, integrating essential feedback mechanisms and narrowing the modeling gap that lies between the problem domain and the software solution. More so, mDm allows for structuring any problem into smaller, manageable sub-problems. Conversely, partial solutions can be aggregated into a cohesive whole.

The incorporation of feedback mechanisms and the focus on minimizing the modeling gap through expressive syntax and constructs in mDm demonstrate an acknowledgment of the need for programming languages and environments to align more closely with the conceptualization and design of systems. This vision aligns with that of Krasemann, wherein the development process is augmented by tools that offer immediate feedback, enable direct manipulation of program structures, and facilitate a seamless transition between design and implementation phases.

By advocating a structured approach to programming through the IPO model and direct sequences (dSeq), mDm not only streamlines the software development process but also fosters clarity and predictability in program behavior. Adhering to the principles of structured programming ensures that developers can craft more maintainable, readable, and robust applications, addressing core deficiencies identified by Floyd and others concerning the necessity for a broad spectrum of paradigms supported by programming languages.

Furthermore, the utilization of macros, groupings, and the scope operator ::: in mDm promotes a degree of modularity and reusability crucial for contemporary software development practices. This methodology is in line with the vision of establishing a comprehensive language workbench in which domain-specific languages (DSLs) and meta-programming are pivotal in customizing the programming environment to meet the specific requirements of the problem domain.

In conclusion, mDm embodies a progressive stance on programming language design, aiming to encapsulate the principles and vision for future programming paradigms and environments. By addressing the limitations of existing languages, offering mechanisms for modularity and expressiveness, and underscoring the significance of feedback and reduced modeling gaps, mDm provides a preview into the prospective future of software development. As we persist in our exploration and innovation within the programming language realm, mDm represents a significant stride towards achieving a more expressive and efficient programming environment. ([source] May 7, 2006, Requirements for a Programming Language, H. Krasemann)