Modular programming is important in any programming paradigm including, but by no means limited to, procedural languages. A modular approach encourages taking one step at a time, promotes team work and collaboration and, most importantly, promotes testing on small and isolated units prior to integrating them into a large system.
modularity
What is modularity?Modularity is a general concept which applies to the development of software in a fashion which allows individual modules to be developed, often with a standardised interface to allow modules to communicate. In fact, the kind of separation of concerns between objects in an OO language is much the same concept as for modules, except on a larger scale. Typically, partitioning a system into modules helps minimise coupling, which should lead to easier to maintain code.
abstraction, inheritance, encapsulation, and polymorphism.
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modularity
Annette Karmiloff-Smith has written: 'Beyond Modularity' -- subject(s): Cognition in children, Constructivism (Psychology), Modularity (Psychology) in children, Nativism (Psychology) 'Baby Its You'
Neural modularity refers to the idea that the brain is organized into distinct modules or functional units that are responsible for carrying out specific tasks. These modules work together to process information and control different aspects of behavior and cognition. Studying neural modularity can help researchers better understand how the brain functions and how different brain regions interact with each other.
modularity
the risk is that it can be accessed from anywhere ,thus threatenes the modularity of the language.
1.Abstraction 2.Encapsulation 3.Modularity 4.Hierarchy
Mario Augusto Gongora has written: 'Modularity in the control of robot systems'
The principle of modularity is about breaking a system into smaller, independent parts/modules that are easier to understand, develop, and maintain. Each module should have well-defined interfaces to interact with other modules, promoting code reusability and scalability. This principle helps in managing complexity and improving the overall flexibility of a system.
What is modularity?Modularity is a general concept which applies to the development of software in a fashion which allows individual modules to be developed, often with a standardised interface to allow modules to communicate. In fact, the kind of separation of concerns between objects in an OO language is much the same concept as for modules, except on a larger scale. Typically, partitioning a system into modules helps minimise coupling, which should lead to easier to maintain code.
Procedural design is when the programmer specifies what must be done and in what sequence. It is based on the concept of the modularity and scope of program code.
Object composition is a design technique where an object contains other objects as attributes to achieve reuse and modularity. Delegation is a programming pattern where an object passes responsibilities to another object to achieve code reuse and maintainability. Both techniques promote code reuse, modularity, and maintainability in object-oriented programming.