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Interpreting LISP = programming and data structures /

Record Type:	Language materials, printed : Monograph/item
Title/Author:	Interpreting LISP/ by Gary D. Knott.
Reminder of title:	programming and data structures /
Author:	Knott, Gary D.
Published:	Berkeley, CA :Apress : : 2017.,
Description:	xiii, 150 p. :ill., digital ; : 24 cm.;
Contained By:	Springer eBooks
Subject:	LISP (Computer program language) -
Online resource:	http://dx.doi.org/10.1007/978-1-4842-2707-7
ISBN:	9781484227077

Interpreting LISP = programming and data structures /
Knott, Gary D.

Interpreting LISPprogramming and data structures /[electronic resource] :by Gary D. Knott. - 2nd ed. - Berkeley, CA :Apress :2017. - xiii, 150 p. :ill., digital ;24 cm.

1. LISP -- 2. The Atom Table and the Number Table -- 3. Evaluation -- 4 Some Functions and Special Forms -- 5. S-Expressions -- 6. Typed-Pointers -- 7. Pictorial Notation -- 8. More Functions -- 9. Arguments and Results are Typed-Pointers -- 10. List Notation -- 11. More Special Forms -- 12. Defining Functions: λ-Expressions -- 13. More Functions -- 14. Defining Special Forms -- 15. The Label Special Form -- 16. The Quote Macro -- 17. More Functions -- 18. More About Typed-Pointers -- 19. Binding Actual Values to Formal Arguments -- 20. Minimal LISP -- 21. More Functions -- 22. Input and Output -- 23. Property Lists -- 24. What is LISP Good For? -- 25. Symbolic Differentiation -- 26. Game-Playing -- 27. The LISP Interpreter Program -- 28. Garbage Collection -- 29. LISP in C.

Learn Lisp programming in a data structures context, including tables, functions, forms, expressions, typed-pointers, I/O, garbage collection and some applications. This short primer contains a careful description of the data structures manipulated by Lisp functions. These data structures and others, notably hash tables, are also used in constructing a Lisp interpreter. Interpreting Lisp will be of special interest to those learning and using programming languages and computer architecture as well as data structures. This book will be useful to autodidacts, professional programmers, and computer enthusiasts in a wide variety of fields. You will: Use the atom table and the number table in Lisp Master expressions, typed pointers, arguments and results in typed pointers, and more Write lambda expressions in Lisp Bind actual values to formal arguments Develop games in Lisp.

ISBN: 9781484227077

Standard No.: 10.1007/978-1-4842-2707-7doiSubjects--Topical Terms:

796990
LISP (Computer program language)

LC Class. No.: QA76.73.L23

Dewey Class. No.: 005.133

Interpreting LISP = programming and data structures /
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505 0 $a 1. LISP -- 2. The Atom Table and the Number Table -- 3. Evaluation -- 4 Some Functions and Special Forms -- 5. S-Expressions -- 6. Typed-Pointers -- 7. Pictorial Notation -- 8. More Functions -- 9. Arguments and Results are Typed-Pointers -- 10. List Notation -- 11. More Special Forms -- 12. Defining Functions: λ-Expressions -- 13. More Functions -- 14. Defining Special Forms -- 15. The Label Special Form -- 16. The Quote Macro -- 17. More Functions -- 18. More About Typed-Pointers -- 19. Binding Actual Values to Formal Arguments -- 20. Minimal LISP -- 21. More Functions -- 22. Input and Output -- 23. Property Lists -- 24. What is LISP Good For? -- 25. Symbolic Differentiation -- 26. Game-Playing -- 27. The LISP Interpreter Program -- 28. Garbage Collection -- 29. LISP in C.
520 $a Learn Lisp programming in a data structures context, including tables, functions, forms, expressions, typed-pointers, I/O, garbage collection and some applications. This short primer contains a careful description of the data structures manipulated by Lisp functions. These data structures and others, notably hash tables, are also used in constructing a Lisp interpreter. Interpreting Lisp will be of special interest to those learning and using programming languages and computer architecture as well as data structures. This book will be useful to autodidacts, professional programmers, and computer enthusiasts in a wide variety of fields. You will: Use the atom table and the number table in Lisp Master expressions, typed pointers, arguments and results in typed pointers, and more Write lambda expressions in Lisp Bind actual values to formal arguments Develop games in Lisp.
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