Non declarative features which are not be declared. these does not perform any task to solve any equations . It has active knowledge which is expressed as statements. eg. Lists & Recursion
These are all programming paradigms; they describe the "style" used to build the structure and elements of a computer program. Imperative programming is typically contrasted with declarative programming because they are mutually-exclusive (you won't find any programming languages that are both imperative and declarative), in the same way that you won't find any languages that have both a structured paradigm and a non-structured paradigm. The main difference between the two is that imperative programming describes how a result is to be achieved without specifying what is to be achieved, whereas declarative programming describes what is to be achieved without specifying how it is to be achieved. Another key difference is that imperative programming makes extensive use of changing-state and mutable data whereas declarative programming does not. Put simply, there are no assignment operations or side-effects in declarative programming. Given that the object-oriented programming (OOP) paradigm is based upon objects with member methods that can mutate the object's attributes, OOP is based upon the imperative paradigm. The functional programming paradigm is not to be confused with function calls which are based upon the procedural programming paradigm, which is itself based upon the structured programming paradigm, both of which are imperative. By "functional" we really mean mathematical functions, which are declarative. Although there are some imperative languages that do allow a type of functional programming style, at best they are a grey area because of the side-effects. Logical programming is also declarative and is based on relations.
A non-declarative question is a type of question that is not used to seek information. Instead, it is often used to express surprise, disbelief, confusion, or other emotions. Non-declarative questions do not typically expect a direct answer.
Imperative languages focus on how the program should follow it's tasks, while non-imperative languages, functional or logical, tell the program what it needs to do, as opposed on how to do it.Imperative programming is programming which changes the computer's state and focuses on how a program is to perform. Non-imperative languages are predominantly declarative languages, where the programmer states what is to be performed without specifying how to achieve it.
What are the features of non breaking waves
Procedural programming language involves coding instructions that a computer executes in a particular order. The language makes it easy to debug different procedures in isolation. It is also easy to read the code hence making it easy to change a particular procedure. The disadvantages include the need to change large portions of the code during porting and inability to use the original code on a different application.
The dorsolateral striatum is responsible for the non-declarative memorization of a telephone number.
programming language is of two type 1. procedural programming language 2.non procrdural programming language .. ----non procedural programming language means that which relates with the real world.. for example-oops oops is a non procedural programming language because it relates to the object and object relate to the natural or real world where as that languge which does not belong to the real world is known as procedural language
No. .NET programming is Microsoft-specific, similar to Java in some respects, but it is non-portable. C++ is a general purpose and cross-platform programming language.
No there is no such non OOP concepts are there which can be used as part of programming
It is a programming problem in which the objective function is to be optimised subject to a set of constraints. At least one of the constraints or the objective functions must be non-linear in at least one of the variables.
Non programming decision is the decision which has to be taken in any situation which is necessary which is not already predefined.
To programmers, yes. To non-programmers, not so much.