From crabapple.srv.cs.cmu.edu!fs7.ece.cmu.edu!europa.eng.gtefsd.com!emory!swrinde!sdd.hp.com!think.com!enterpoop.mit.edu!bloom-beacon!INTERNET!dont-send-mail-to-path-lines Sat Jun 12 23:04:01 EDT 1993
Article: 6936 of comp.lang.scheme
Xref: crabapple.srv.cs.cmu.edu comp.lang.scheme:6936
Newsgroups: comp.lang.scheme
Path: crabapple.srv.cs.cmu.edu!fs7.ece.cmu.edu!europa.eng.gtefsd.com!emory!swrinde!sdd.hp.com!think.com!enterpoop.mit.edu!bloom-beacon!INTERNET!dont-send-mail-to-path-lines
From: kend@newton.apple.COM (Ken Dickey)
Subject: Scheme Finction Signature Quick Reference
Message-ID: <9306120439.AA16169@newton.apple.com>
Sender: root@athena.mit.edu (Wizard A. Root)
Organization: The Internet
Date: Sat, 12 Jun 1993 04:39:03 GMT
Lines: 210

Well, I had to go through a box of floppies to find it and
xfer it through 3 compute systems, but I did save retyping...

Enjoy!
-Ken
---------------------------------------------------------------
;; FILE             "Scheme Sigs"
;; IMPLEMENTS   R^4RS Function Signature Synopsis
;; AUTHOR           Kenneth A Dickey
;; DATE             1992 October 2
;; LAST UPDATED 1992 October 3
;; NOTES:  Extracted from Amiga Gambit QuickTour file

=== FUNCTION SYNOPSIS ===


Here is a quick reference of the signatures of provided functions.
Aside from Extensions, there is no attempt at completeness.  It is
assumed that the user has a copy of R^4RS or the IEEE/ANSI standard.

Notation:
  <object>      any Scheme data object.
  <object>*     zero or more objects
  <object>+     one or more objects
  [<object>]    optional object


; SYNTAX

  (LAMBDA <name> <exp>+ )
  (LAMBDA (<name>* ) <exp>+ )
  (AND <object>*)
  (OR  <object>*)
  (IF <test-exp> <if-true> [<if-false>] )
  (COND (<test> <exp>* )... [(ELSE <exp>+)] )
  (CASE <key-exp> ((<datum>+ ) <exp>* )... [(ELSE <exp>+)] )
  (LET [<name>] ( (<vname> <value-exp>) ) <body-exp> )
  (LET*   ( (<vname> <value-exp>) ) <body-exp> )
  (LETREC ( (<vname> <value-exp>) ) <body-exp> )
  (BEGIN <expression>+ )
  (DO ( (<var> <init> <step>)... ) ( <test> <exp>* ) <exp>* )
  ;; Note also R^4RS syntax, below

; IEEE Scheme

  (NOT <object>)
  (BOOLEAN? <object>)

  (EQ?    <obj1> <obj2>)
  (EQV?   <obj1> <obj2>)
  (EQUAL? <obj1> <obj2>)

  (PAIR? <object>)
  (CONS <obj1> <obj2>)
  (CAR <pair>)
  (CDR <pair>)
  (SET-CAR! <pair> <object>)
  (SET-CDR! <pair> <object>)
  (CAAR  <list>)   (CADR  <list>)   (CDAR  <list>)   (CDDR <list>)
  (CAAAR <list>)   (CAADR <list>)   (CADAR <list>)   (CADDR <list>)
  (CDAAR <list>)   (CDADR <list>)   (CDDAR <list>)   (CDDDR <list>)
  (CAAAAR <list>)  (CAAADR <list>)  (CAADAR <list>)  (CAADDR <list>)
  (CADAAR <list>)  (CADADR <list>)  (CADDAR <list>)  (CADDDR <list>)
  (CDAAAR <list>)  (CDAADR <list>)  (CDADAR <list>)  (CDADDR <list>)
  (CDDAAR <list>)  (CDDADR <list>)  (CDDDAR <list>)  (CDDDDR <list>)
  (NULL? <object>)
  (LIST? <object>)
  (LIST <object>* )
  (LENGTH <list>)
  (APPEND <list>+ )
  (REVERSE <list>)
  (LIST-REF <list> <index>)
  (MEMQ  <object> <list>)
  (MEMV  <object> <list>)
  (MEMBER <object> <list>)
  (ASSQ  <object> <alist>)
  (ASSV  <object> <alist>)
  (ASSOC <object> <alist>)

  (SYMBOL? <object>)  (SYMBOL->STRING <symbol>)  (STRING->SYMBOL <string>)

  (NUMBER? <object>)
  (COMPLEX? <object>)
  (REAL? <object>)
  (RATIONAL? <object>)
  (INTEGER? <object>)
  (EXACT? <number>)     (INEXACT? <number>)
  (=  <number>+ )
  (<  <number>+ )  (>  <number>+ )
  (<= <number>+ )  (>= <number>+ )
  (ZERO? <number>)
  (POSITIVE? <number>)  (NEGATIVE? <number>)
  (ODD? <number>)       (EVEN? <number>)
  (MAX <number>+ )      (MIN <number>+ )
  (+ <number>+ )
  (* <number>+ )
  (- <number>+ )
  (/ <number>+ )
  (ABS <number>)
  (QUOTIENT <num1> <num2>)  (REMAINDER <num1> <num2>)
  (MODULO <num1> <num2>)
  (GCD <number>* )          (LCM <number>* )
  (NUMERATOR <rational>)    (DENOMINATOR <rational>)
  (FLOOR <number>)          (CEILING <number>)
  (TRUNCATE <number>)       (ROUND <number>)
  (RATIONALIZE <num1> <num2>)
  (EXP <number>)            (LOG <number>)
  (SIN <number>)   (COS <number>)   (TAN <number>)
  (ASIN <number>)  (ACOS <number>)  (ATAN <number> [<number>])
  (SQRT <number>)
  (EXPT <num1> <num2>)
  (MAKE-RECTANGULAR <num1> <num2>)  (MAKE-POLAR <num1> <num2>)
  (REAL-PART <number>)       (IMAG-PART <number>)
  (MAGNITUDE <number>)       (ANGLE <number>)
  (EXACT->INEXACT <number>)  (INEXACT->EXACT <number>)
  (NUMBER->STRING <number>)  (STRING->NUMBER <string>)

  (CHAR? <object>)
  (CHAR=?  <char1> <char2>)  (CHAR-CI=?  <char1> <char2>)
  (CHAR<?  <char1> <char2>)  (CHAR-CI<?  <char1> <char2>)
  (CHAR>?  <char1> <char2>)  (CHAR-CI>?  <char1> <char2>)
  (CHAR<=? <char1> <char2>)  (CHAR-CI<=? <char1> <char2>)
  (CHAR>=? <char1> <char2>)  (CHAR-CI>=? <char1> <char2>)
  (CHAR-ALPHABETIC? <character>)
  (CHAR-NUMERIC?    <character>)
  (CHAR-WHITESPACE? <character>)
  (CHAR-UPPER-CASE? <character>)  (CHAR-LOWER-CASE? <character>)
  (CHAR->INTEGER <character>)     (INTEGER->CHAR    <integer>)
  (CHAR-UPCASE   <character>)     (CHAR-DOWNCASE    <character>)

  (STRING? <object>)
  (MAKE-STRING <length> [<character>] )
  (STRING <character>+ )
  (STRING-LENGTH <string>)
  (STRING-REF <string> <index>)
  (STRING-SET! <string> <index> <character>)
  (STRING=?  <string1> <string2>)  (STRING-CI=?  <string1> <string2>)
  (STRING<?  <string1> <string2>)  (STRING-CI<?  <string1> <string2>)
  (STRING>?  <string1> <string2>)  (STRING-CI>?  <string1> <string2>)
  (STRING<=? <string1> <string2>)  (STRING-CI<=? <string1> <string2>)
  (STRING>=? <string1> <string2>)  (STRING-CI>=? <string1> <string2>)
  (SUBSTRING <string> <start-index> <end-index>)
  (STRING-APPEND <string>+ )

  (VECTOR? <object>)
  (MAKE-VECTOR <length> [<object>] )
  (VECTOR <object>* )
  (VECTOR-LENGTH <vector>)
  (VECTOR-REF  <vector> <index>)
  (VECTOR-SET! <vector> <index> <object>)

  (PROCEDURE? <object>)
  (APPLY <procedure> <arg>* <arg-list>)
  (MAP   <procedure> <list>+ )
  (FOR-EACH <procedure> <list>+ )
  (CALL-WITH-CURRENT-CONTINUATION <one-argument-procedure>)

  (CALL-WITH-INPUT-FILE  <string> <procedure>)
  (CALL-WITH-OUTPUT-FILE <string> <procedure>)
  (INPUT-PORT? <object>)  (OUTPUT-PORT? <object>)
  (CURRENT-INPUT-PORT)    (CURRENT-OUTPUT-PORT)
  (OPEN-INPUT-FILE  <string>)       (OPEN-OUTPUT-FILE <string>)
  (CLOSE-INPUT-PORT  <input-port>)  (CLOSE-OUTPUT-PORT <output-port>)
  (EOF-OBJECT? <object>)
  (READ [<input-port>] )
  (READ-CHAR [<input-port>] )
  (PEEK-CHAR [<input-port>] )
  (WRITE   <object> [<output-port>] )
  (DISPLAY <object> [<output-port>] )
  (NEWLINE [<output-port>] )
  (WRITE-CHAR <character> [<output-port>] )


; R4RS Scheme

  (LIST-TAIL <list>)
  (STRING->LIST <string>)
  (LIST->STRING <list-of-characters>)
  (STRING-COPY  <string>)
  (STRING-FILL! <string> <character>)
  (VECTOR->LIST <vector>)
  (LIST->VECTOR <list>)
  (VECTOR-FILL! <vector> <object>)
  (DELAY <expression>)
  (FORCE <promise>)
  (WITH-INPUT-FROM-FILE <string> <thunk>)
  (WITH-OUTPUT-TO-FILE  <string> <thunk>)
  (CHAR-READY? [<input-port>] )
  (LOAD <string>)
  (TRANSCRIPT-ON <string>)
  (TRANSCRIPT-OFF)
  (DEFINE-SYNTAX <name> <transformer-spec>)     -- High-Level macros (only)
  (LET-SYNTAX    ( <syntax-spec>* ) <exp>+ )
  (LETREC-SYNTAX ( <syntax-spec>* ) <exp>+ )



=== STANDARDS REFERENCES ===


IEEE Standard 1178-1990. "IEEE Standard for the Scheme Programming
Language", IEEE, New York, 1991, ISBN 1-55937-125-0 [1-800-678-IEEE:
order # SH14209].  -- now also an ANSI standard.

W. Clinger and J. Rees, eds., "Revised^4 Report on the Algorithmic
Language Scheme", ACM LISP Pointers IV, 3 (July-September 1991).


;;                              --- E O F ---