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What is Lisp programming Language?

Lisp programming language is a fully featured, general-purpose, high-level programming language. It was created with an emphasis on simplicity and syntactic abstraction. There are implementations designed to be used interactively or as scripting languages available in a variety of programming environments, operating systems, compilers, and computer architectures.

The Lisp families of languages all share a common origin, and Lieberman describes the family as including “LISP, Scheme and Clojure”. The concept that underlies all these languages is that of an interactive program running in its own environment (with interactive I/O); the environment may be interpreted or compiled. The distinction between interpreted and compiled programs is one of degree rather than kind. One characteristic of Lisp systems is that they can evaluate chunks of code written in their own language at runtime, before handing control to the next chunk.

Types Of Lisp Programming

Functional programming, in the Lisp tradition was developed by John McCarthy in 1958. It was inspired by certain ideas from algebras and category theory (such as Martin-Lof’s monads); however, it is not a proper algebra. Functional programming languages still represent programs as expressions of functions per se, a la Franz and Moore, but the general approach is different.

While functional programming languages usually have a functional programming style, the term is sometimes used to denote a movement with no fixed set of methods. People who work at the interface between mathematics and computer science are sometimes also called functional programmers, but the term should not be confused with functional programming in a strict sense.

Resource-managed memory is a common feature of functional programming languages; witness the garbage collection mechanism of Lisp and Scheme, which automatically detects when objects are no longer being referenced and reclaims the space they were occupying. The design goals of these languages are coherent memory management and strong typing.

As a general programming paradigm, functional programming emphasizes functions over procedures and data structures. This contrasts with procedural programming, in which the emphasis is on procedures and data structures.

Object-oriented programming (OOP), sometimes called object-oriented programming with classes, is a style of computer programming that includes classes, inheritance, encapsulation and polymorphism. It was developed in the 1960s by Abelson and Sussman as a pragmatic approach to the design of languages like Simula 67.

In OOP, software is designed using objects, each of which represents an instance of some class, along with their behaviors. A object’s behavior is defined in terms of the actions that it can sense and alter. Its actions are typically encapsulated in methods that correspond to different ways the object can be used.

Importance Of Lisp Programming Language

There are so many advantages in the use of Lisp programming language and it can be said that the main strength of Lisp is the programmer. If you give a task to a C programmer, he will write thousands of lines of code and if you give the same task to a lisp programmer he will write few lines of code. Lisp programming language compilers usually produce more compact and efficient code than that produced by other languages, but this is counterbalanced by complex programs which are slow to develop and difficult to maintain. Other advantages include;

  1. Lisp is versatile and language can be dynamically extended.
  2. Lisp has a high level of abstraction available to its users that is difficult to find in other languages.
  3. The language is simple, with powerful features and short learning curve.
  4. It is easy to implement and it has a good data type support which supports the use of complex types like object oriented programming in virtue of which user can create complex classes easily with minimum code and effort.
  5. It has a clean syntax and it is easily readable.
  6. It supports multiple inheritances unlike most of the programming languages like C, C++, Java etc.
  7. It supports exception handling and non-local return which makes error detection and recovery easy in the language.
  8. It also supports powerful macro system where in programmer can create new syntactic forms using macros, a feature which is not available in most of the programming languages.

 Lisp Programming Units/course studies

  1. Compiler: This is the method of producing output from the source code to the computer. It converts source code into machine code which is executed by computer. Its main role is to translate source code into a form that can be translated back into another form. A compiler usually consists of a program that transforms one language into another.  Beside this, it also performs other tasks like simplifying and performing optimizations in the generated code as well as error prevention and reporting.
  2. Debugging: Debugging is the technique of finding errors in a program that can be used by programmers to determine the extent of errors in a program. The various types of debugging are source-level debugging, machine-level debugging, and runtime debugging. All these types of debugging are performed by the compiler after compilation.
  3. Interpreter: It is a subroutine which reads and executes interpreted code on behalf of its caller. Interpreter translates a program written in some language into another language. It is used to debug the code at runtime.
  4. Lisp environments: These are the set of software tools which can be used to develop, run, and manage programs that are written in lisp programming language. A lisp environment includes compilers, debuggers, interpreters, and other software tools required for programming in lisp languages.

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