Titlebook: Interpreting LISP; Programming and Data Gary D. Knott Book 2017Latest edition Gary D. Knott 2017 lisp.programming.language.software.functio

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The Atom Table and the Number Table,object. These named data objects are called ordinary atoms, and the symbol table of ordinary atoms is called the atom table. (The term atom is historical; that is the term John McCarthy, the designer of LISP [McC60][MIT62], used.) The atom table is conceptually of the following form:

accrete

Typed-Pointers,e the terms index and pointer interchangeably as seems fit; the term address is sometimes used as well. By knowing a pointer to an ordinary atom, we can access both the name and the value of the atom. A number atom is represented by an integer index into the number table where the corresponding floating-point value is stored.

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The Label Special Form,l forms this way in practice. But this leaves a theoretical difficulty about the LAMBDA operator, namely, we must use SETQ and assign a name in order to define a recursive function. Thus not every desired function can, in theory, be written in place as a λ-expression. In order to remove this difficulty, the special form LABEL is introduced.

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https://doi.org/10.1007/978-1-4842-2707-7lisp; programming; language; software; functional; scripting; coding

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Gary D. KnottA one-of-a-kind short book on learning and using Lisp.Takes a uniquely structural view on Lisp.An original functional programming language with many applications including data structures and even gam