Modularity refers to breaking down software into different parts. These parts have differerent names depending on your programming paridigm (for example, we talk about modules in imperative programming and objects in object oriented programming). By breaking the project down into pieces, it's (1) easier to both FIX (you can isolate problems easier) and (2) allows you to REUSE the pieces.
In the hierarchy of electronics, a module is a component of a larger system. A module can be a circuit component that forms a large piece of equipment.
Component
Control module
$module = &JModuleHelper::getModule('mod_modulename'); $html = JModuleHelper::renderModule($module); echo $html;
Unit test can be done within a single moduleCohesion of a single module/component is the degree to which its responsibilities form a meaningful unit; higher cohesion is better.Someone had vague reference to decomposability here. Clarification?How about: 'Cohesion is inversely proportional to the number of responsibilities a module/component has.'Coupling between modules/components is their degree of mutual interdependence; lower coupling is better.size: number of connections between routinesintimacy: the directness of the connection between routinesvisibility: the prominence of the connection between routinesflexibility: the ease of changing the connections between routinesA first-order principle of software architecture is to increase cohesion and reduce coupling.so having coupling in program is not correctreduce coupling in your program it will favor Unit testing· 3 years agoUnit test can be done within a single moduleCohesion of a single module/component is the degree to which its responsibilities form a meaningful unit; higher cohesion is better.Someone had vague reference to decomposability here. Clarification?How about: 'Cohesion is inversely proportional to the number of responsibilities a module/component has.'Coupling between modules/components is their degree of mutual interdependence; lower coupling is better.size: number of connections between routinesintimacy: the directness of the connection between routinesvisibility: the prominence of the connection between routinesflexibility: the ease of changing the connections between routinesA first-order principle of software architecture is to increase cohesion and reduce coupling.so having coupling in program is not correctreduce coupling in your program it will favors Unit testing
Unit test can be done within a single module Cohesion of a single module/component is the degree to which its responsibilities form a meaningful unit; higher cohesion is better. Someone had vague reference to decomposability here. Clarification? How about: 'Cohesion is inversely proportional to the number of responsibilities a module/component has.' Coupling between modules/components is their degree of mutual interdependence; lower coupling is better. size: number of connections between routines intimacy: the directness of the connection between routines visibility: the prominence of the connection between routines flexibility: the ease of changing the connections between routines A first-order principle of software architecture is to increase cohesion and reduce coupling. so having coupling in program is not correct reduce coupling in your program it will favour Unit testing......
A module is a small electronic component. This controls and monitors a number of actuators inside the compartment of an engine.
Unit test can be done within a single module Cohesion of a single module/component is the degree
unit tests are a collection of tests written by a developer during the software development process. Module tests are a collection of tests written by a tester after some code has been written by a developer.
A 1994 does not have a control module on the transfer case. But it does have a 4x4 Actuator on the front differential.
component