We can do the program 'Functions' to work parallel to 'Instruction'. Efficient Programming Language: Functional Programming language has no mutable state, so there is no state change issue.Bugs-Free code: Functional Programming language does not support state, so there is no side effect of the functional programming hence we can write the error-free code.Object-Oriented Programming supports the Abstraction, Encapsulation, and Polymorphism, just like functional programming languages support OOPS concepts.Īdvantages of the functional programming languages are as shown below:.It does not support the flow of the controls like statements of the loop, and statements are like the conditional statements such as If-Else and Switch Statements.

Functional Programming language directly uses the functions and function calls.Functional programming supports functions in higher-orderand features of lazy evaluation.These functions use conditional expressions and recursion to perform the computation.

Functional programming languages are designed to perform the functions of mathematical functions.

An example of an impure functional language is LISP.Ĭharacteristics of the Functional Programming LanguageĬharacteristics of the functional programming languages are like as shown below:

Impure Functional Language: Impure Functional language supports the prototype of functions and the programming's imperative style.

An example of the pure functional language is Haskell.

Pure Functional Languages: Pure functional language supports only the functional pattern.

The most popular functional programming languages are Python, Lisp, Haskell, Clojure, Erlang etc.įunctional Programming has two types those are shown as below: Functional programming is designed to handle the symbolic computation and application processing list, and it is based on mathematical work.

Haskell functional programming tutorial