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Builds all LISP; * FASL files that are on autoload properties when

Browse Source 
the lisp interpreter is first booted.

Redumps lisp compiler with updated FASL files built from source.
This commit is contained in:
Eric Swenson
2018-10-01 12:25:58 -07:00
parent 8f3e7b507c
commit cc8e6c1964
33 changed files with 16469 additions and 29 deletions
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835
src/nilcom/defmac.166 Executable file
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;;; DEFMAC -*-Mode:Lisp;Package:SI;Lowercase:T-*-
;;; *****************************************************************
;;; ***** NIL ******** DEFUN& and DEFMACRO **************************
;;; *****************************************************************
;;; ** (c) Copyright 1981 Massachusetts Institute of Technology *****
;;; *****************************************************************
(herald DEFMACRO /166)
#-NIL (include ((lisp) subload lsp))
#-NIL (eval-when (eval compile)
(subload SHARPCONDITIONALS)
)
#-NIL
(eval-when (eval load compile)
(subload DEFMAX)
(subload MACAID)
(subload CNVD)
)
#+(or LISPM (and NIL (not MacLISP)))
(progn (globalize "DEFUN&")
(globalize "DEFUN&-CHECK-ARGS")
(globalize "DEFMACRO")
(globalize "DEFMACRO-DISPLACE")
(globalize "LET")
(globalize "LET*")
(globalize "DESETQ"))
;; This OWN-SYMBOL declaration is here so that it is easy to change
;; the number of arguments; also prevents the spurious error messages.
#+(local MacLISP)
(declare
(own-symbol DEFUN& |defmacro-1/|| |&r-l/|| DEFMACRO DEFMACRO-DISPLACE)
(defprop MACRO T 'SKIP-WARNING)
(*expr STRINGP))
#M (progn 'compile
(defvar |&r-l/|| 'LISTIFY
"Default meaning for &REST")
(defvar |&restv-ify/|| ()
"How to make rest vector.")
(defvar SI:SELF-BIND-CONS ()
"Communicates information to function about need to use BOUNDP")
(declare (mapex 'T)
(*expr SI:SELF-BIND-CONS |&r-l/|| ))
)
(defvar DEFUN&-CHECK-ARGS ()
"Should DEFUN& output code to check number of args?")
(DECLARE (*EXPR DEFUN&-ERROR)
(SPECIAL DEFUN&-ERROR)
(SPECIAL BAD-VARS BOUND-VARS ALL-LOCALS SUPPLIEDP-VARS
|&complrp/|| |&specvars/||))
(declare (special DEFMACRO-DISPLACE-CALL ;User-settable switches.
DEFMACRO-FOR-COMPILING
MACRO-EXPANSION-USE
GRIND-MACROEXPANDED ))
(declare (*expr MACROMEMO MACROFETCH |forget-macromemos/|| FLUSH-MACROMEMOS)
(special MACROMEMO MACROEXPANDED
FLUSH-MACROMEMOS DEFMAX-COUNTER-VARIABLES))
(defun (DEFUNP macro) (X) (DEFUN&-aux/| x 'T))
(defun (DEFUN& macro) (X) (DEFUN&-aux/| x () ))
(DEFUN |def-decl-comment?/|| (BODY FORM)
"Process a DEFUN/DEFMACRO body for initial documentation strings
and/or local DECLAREs."
(LET (USERCOMMENT? DECLARE?)
(OR (PAIRP BODY) (ERROR '|Bad code-body for definition| FORM))
(AND (PAIRP (CAR BODY))
(EQ (CAAR BODY) 'DECLARE)
(POP BODY DECLARE?))
(AND #+(or LISPM (and NIL (not MACLISP)))
(STRINGP (CAR BODY))
#-(or LISPM (and NIL (not MACLISP)))
(COND ((OR (NULL (CAR BODY)) (PAIRP (CAR BODY)))
() )
((SYMBOLP (CAR BODY))
(GET (CAR BODY) '+INTERNAL-STRING-MARKER))
((AND (GET 'STRINGP 'SUBR) (STRINGP (CAR BODY)))))
(POP BODY USERCOMMENT?))
(AND (PAIRP (CAR BODY))
(EQ (CAAR BODY) 'DECLARE)
(POP BODY DECLARE?))
(VALUES BODY
(IF DECLARE? (LIST DECLARE?))
(IF USERCOMMENT? (LIST USERCOMMENT?)))))
(defun |&kwp/|| (varlist more)
"Look for a keyword -- the &rest variety are assumed"
(do ((l varlist (cdr l))
(word))
((null l) () )
(setq word (car l))
(if (or (memq word '(&REST &RESTL &RESTV))
(memq word more))
(return l))))
;;;; DEFUN& for non-MacLISP
#-MacLISP (progn 'compile
(DEFUN DEFUN&-aux/| (X DEFUNPP)
(PROG (NAME VARLIST BODY DEFUN&-ERROR DECLS KEYWORDP LETLIST
ALLFLATS INSETQS BOUND-VARS BAD-VARS ALL-LOCALS KEYWORDS
IVARLIST VARL TMPVAR LAMVAR TEM SUPPLIEDP-VAR USERCOMMENT?)
(DECLARE (SPECIAL ALL-LOCALS BOUND-VARS BAD-VARS))
(SETQ X (CDR X) NAME (CAR X) IVARLIST (SETQ DEFUN&-ERROR (CADR X))
BODY (CDDR X))
(AND (NOT (ATOM NAME)) (SETQ NAME (CAR NAME)))
(COND ((EQ IVARLIST 'EXPR)
(SETQ IVARLIST (CAR BODY) BODY (CDR BODY)))
((MEMQ IVARLIST '(MACRO FEXPR))
(ERROR '|Can't DEFUN& for FEXPR or MACRO| (CONS 'DEFUN X)))
((AND IVARLIST (OR (ATOM IVARLIST) (CDR (LAST IVARLIST))))
(DEFUN&-ERROR)))
(MULTIPLE-VALUE (BODY DECLS USERCOMMENT?)
(|def-decl-comment?/|| BODY X))
(COND
((NOT DEFUNPP)
(DO VARL IVARLIST (CDR VARL) (NULL VARL)
(COND ((ATOM (CAR VARL))
(OR (SYMBOLP (CAR VARL)) (DEFUN&-ERROR))
(COND ((MEMQ (CAR VARL)
'(&AUX &OPTIONAL &REST &RESTL &RESTV))
(SETQ KEYWORDP (CAR VARL))
(AND (COND ((MEMQ KEYWORDP KEYWORDS))
((EQ KEYWORDP '&OPTIONAL)
(PUSH '&OPTIONAL KEYWORDS)
(|&kwp/|| KEYWORDS '(&AUX &OPTIONAL)))
((MEMQ KEYWORDP '(&REST &RESTL &RESTV))
(PUSH '&REST KEYWORDS)
(|&kwp/|| KEYWORDS () ))
('T (PUSH '&AUX KEYWORDS) ))
(DEFUN&-ERROR)))
('T (PUSH (CAR VARL) BAD-VARS)))
(COND ((EQ KEYWORDP '&AUX)
(AND (NOT (EQ (CAR VARL) '&AUX))
(PUSH (CAR VARL) LETLIST)))
('T (PUSH (CAR VARL) VARLIST))))
((NOT KEYWORDP)
;case of required argument with destructuring
(SETQ BAD-VARS (FLATTEN-SYMS (CAR VARL) BAD-VARS))
(si:gen-local-var TMPVAR "Reqd-Var")
(PUSH `(,(car varl) ,tmpvar) LETLIST)
(PUSH TMPVAR VARLIST))
('T (SETQ TMPVAR
(COND
((ATOM (CAAR VARL))
(OR (SYMBOLP (SETQ TMPVAR (CAAR VARL)))
(DEFUN&-ERROR))
(PUSH (SETQ LAMVAR (CAAR VARL)) BAD-VARS)
() )
('T (SETQ BAD-VARS (FLATTEN-SYMS (CAAR VARL)
BAD-VARS))
(si:gen-local-var LAMVAR "&var"))))
(COND ((AND (CDAR VARL)
(NOT (EQ (CADAR VARL) LAMVAR))
(NOT (|Certify-no-var-dependency/|| (CADAR VARL))))
(SETQ ALLFLATS (FLATTEN-SYMS (CAAR VARL) ALLFLATS))
(SETQ TEM `(DESETQ ,(caar varl)
,(or tmpvar (cadar varl))))
(COND ((SETQ SUPPLIEDP-VAR (CADDAR VARL))
(OR (SYMBOLP SUPPLIEDP-VAR)
(DEFUN&-ERROR)))
('T (si:gen-local-var SUPPLIEDP-VAR "Supplied-P")))
(PUSH (COND ((EQ KEYWORDP '&OPTIONAL)
`(OR ,suppliedp-var ,tem))
(TEM))
INSETQS)
(OR (EQ KEYWORDP '&AUX)
(PUSH `(,lamvar () ,suppliedp-var) VARLIST)))
((EQ KEYWORDP '&AUX) (PUSH (CAR VARL) LETLIST))
('T (AND TMPVAR
(PUSH `(,(caar varl) ,tmpvar) LETLIST))
(PUSH `(,lamvar ,. (cdar varl)) VARLIST))))))
(DO ((L BAD-VARS (CDR L)))
((NULL L))
(AND (CAR L) (MEMQ (CAR L) (CDR L)) (DEFUN&-ERROR)))
(AND (OR LETLIST ALLFLATS INSETQS)
(SETQ BODY `((LET (,.(nreverse letlist) ,.allflats)
,.(nreverse insetqs)
,. body))))
(push `(COMMENT ARGLIST = ,defun&-error) body)
)
('T (SETQ BODY (REVERSE BODY))
(SETQ BODY `((PROG () ,.(nreverse (cons `(RETURN ,(car body))
(cdr body))))))))
(SETQ BODY `(,.decls ,.usercomment? ,. body))
(RETURN
(COND
(DEFUNPP `(DEFUN ,name ivarlist ,.body))
(`(FSET ',name (FUNCTION (LAMBDA ,(nreverse varlist) ,.body))))))
))
) ;end of #-MacLISP
;;;; DEFUN& for MacLISP
#M (progn 'compile
;;; A loop for going down the VARLIST and consing up forms
;;; stops when the tail is at MORE
;;; Requires some variables to be setup - MORE ARGNO
;;; Provides some variables for the body - VARL
;;; Increments ARGNO
(defun si:MAP-VL macro (x)
`(DO ((VARL VARLIST (CDR VARL))
(ANSL))
((EQ VARL MORE) ANSL)
(SETQ ARGNO (1+ ARGNO)
ANSL (NCONC ,(cadr x) ANSL))))
(DEFUN DEFUN&-aux/| (X DEFUNPP)
(LET ((DCA DEFUN&-CHECK-ARGS) (MIN 0) (MAX 262143.) (ARGNO 0)
NAME-ARG VARLIST BODY DEFUN&-ERROR SUPPLIEDP-VARS |&restv-ify/||
LEXPRVAR ALLFLATS ALLVARS MORE LETLIST DECLS INSETQS
USERCOMMENT? TMP IVARLIST)
(SETQ X (CDR X) NAME-ARG (CAR X) VARLIST (CADR X) BODY (CDDR X))
(COND ((EQ VARLIST 'EXPR) (POP BODY VARLIST))
((MEMQ VARLIST '(MACRO FEXPR))
(ERROR "Can't DEFUN& for FEXPR or MACRO"
`(DEFUN& ,name-arg ,varlist ,. body))))
(AND (SETQ DEFUN&-ERROR VARLIST) ;null varlist is ok
(OR (ATOM VARLIST) (CDR (LAST VARLIST)))
(DEFUN&-ERROR))
(SETQ IVARLIST VARLIST)
(MULTIPLE-VALUE (BODY DECLS USERCOMMENT?)
(|def-decl-comment?/|| BODY X))
(COND (DEFUNPP
(SETQ BODY (REVERSE BODY))
(SETQ BODY `((PROG () ,.(nreverse (cons `(RETURN ,(car body))
(cdr body)))))))
((let ((|&complrp/|| (status feature COMPLR))
(|&specvars/|| (mapcan #'(lambda (x)
(and (not (atom x))
(eq (car x) 'SPECIAL)
;; Forces open-coding of map
(setq tmp (cdr x))
(append tmp () )))
(cdar decls))))
(declare (special |&specvars/|| |&complrp/||))
(COND
((AND (SETQ MORE (|&kwp/|| VARLIST '(&AUX &OPTIONAL)))
(NOT (EQ (CAR MORE) '&AUX)))
(si:gen-local-var LEXPRVAR "LexprVar")
;; Initialize letlist for getting the &required vars
(SETQ LETLIST (si:MAP-VL (list `(,(car varl) (ARG ,argno))))
MIN (LENGTH LETLIST)
MAX (IF (|&kwp/|| MORE () ) ;if any &REST?
()
(+ MIN (- (LENGTH (CDR MORE))
(LENGTH (MEMQ '&AUX (CDR MORE))))))
VARLIST LEXPRVAR)
(setq
letlist
(nreconc
letlist
(multiple-value-bind (l inisets)
(if (eq (pop more tmp) '&OPTIONAL)
(|&o-l/|| MORE ARGNO LEXPRVAR)
(|&r-l/|| MORE ARGNO LEXPRVAR TMP))
(if inisets (setq insetqs (nconc inisets insetqs)))
l))))
('T (cond ((and more (eq (car more) '&AUX))
(setq varlist (but-tail varlist more))
(multiple-value (letlist insetqs)
(|&a-l/|| (cdr more)))))
(SETQ MAX (SETQ MIN (LENGTH VARLIST)))
(if (DO ((L VARLIST (CDR L)))
((NULL L))
(AND (CAR L) (NOT (SYMBOLP (CAR L))) (RETURN 'T)))
(SETQ VARLIST
(MAPCAR
#'(LAMBDA (VAR)
(COND ((OR (NULL VAR) (SYMBOLP VAR)) VAR)
('T (si:gen-local-var TMP "Reqd-Var")
(PUSH `(,var ,tmp) LETLIST)
TMP)))
VARLIST)))))
(COND (SUPPLIEDP-VARS
(SETQ ALLFLATS (NCONC (MAPCAR #'CAR SUPPLIEDP-VARS)
ALLFLATS))
(SETQ BODY (NCONC (MAPCAR
#'(LAMBDA (X)
`(AND (> ,lexprvar ,(1- (cdr x)))
(SETQ ,(caar x) 'T)))
SUPPLIEDP-VARS)
BODY)) ))
(SETQ ALLVARS (FLATTEN-SYMS (MAPCAR #'CAR LETLIST)
(IF LEXPRVAR
ALLFLATS ;VARLIST is atomic?
(FLATTEN-SYMS VARLIST ALLFLATS))))
(DO ((L ALLVARS (CDR L)))
((NULL L))
(AND (CAR L) (MEMQ (CAR L) (CDR L)) (DEFUN&-ERROR)))
(if letlist
(let ((BOUND-VARS)
(BAD-VARS ALLVARS)
(ALL-LOCALS (si:all-locals? allvars))
(insetqs-p) )
(declare (special BAD-VARS BOUND-VARS ALL-LOCALS))
(DO ((L LETLIST (CDR L)) (selfp () () ))
((NULL L))
;;Analyze variable dependencies in left-to-right
;; view of default values for &optionals and &auxs
(COND ((AND (CDAR L)
(IF (ATOM (SETQ TMP (CADAR L)))
(NOT (EQ TMP (CAAR L)))
(NOT (setq selfp (EQ (CAR TMP) 'SI:SELF-BIND))))
(COND (LEXPRVAR) ;VARLIST is atomic?
((SYMBOLP TMP)
(NOT (MEMQ TMP VARLIST)))
('T))
(NOT (|Certify-no-var-dependency/|| TMP)))
(SETQ INSETQS-P 'T)
(SETQ ALLFLATS (FLATTEN-SYMS (CAAR L) ALLFLATS))
(PUSH `(DESETQ ,(caar l) ,(cadar l)) INSETQS)
(RPLACA L () ))
(selfp (rplaca (cdar l) (macroexpand tmp)))))
(AND INSETQS-P (SETQ LETLIST (DELQ () LETLIST)))))
(COND ((OR ALLFLATS LETLIST)
(SETQ BODY `((LET (,.letlist ,.allflats)
,.(nreverse insetqs)
,. body)))))
(COND ((AND DCA LEXPRVAR (OR MAX (NOT (= 0 MIN))))
;;If wrong number of arguments, enter an error handler.
;;A form may be returned so eval it and return as
;; value of function.
(LET ((MSG)
(PREDICATE)
(CHECKARGS `(LIST (CONS ',name-arg (LISTIFY ,lexprvar))
',defun&-error)))
(COND
((AND MAX (NOT (= 0 MIN)))
(SETQ MSG `(COND ((> ,lexprvar ,max)
'|Too many arguments supplied |)
('|Too few arguments supplied |)))
(SETQ PREDICATE
(if (= MAX MIN)
`(NOT (= ,lexprvar ,max))
`(OR (< ,lexprvar ,min)
(> ,lexprvar ,max)))))
(MAX
(SETQ MSG ''|Too many arguments supplied |)
(SETQ PREDICATE `(> ,lexprvar ,max)))
((NOT (= 0 MIN))
(SETQ MSG ''|Too few arguments supplied |)
(SETQ PREDICATE `(< ,lexprvar ,min))))
(SETQ BODY
`((COND (,predicate (EVAL (ERROR ,msg
,checkargs
'WRNG-NO-ARGS)))
('T ,.body)))))))
(PUSH `(COMMENT ARGLIST = ,defun&-error) BODY))))
(SETQ BODY `(DEFUN ,name-arg ,varlist
,.decls
,.usercomment?
,.body))
;;If DEFUN&-CHECK-ARGS is NIL, then let APPLY check the number
;; of args via the ARGS mechanism.
(and (cond ((and lexprvar (symbolp name-arg))
(setq tmp `((ARGS ',name-arg '(,min . ,(or max 510.)))))
'T)
(|&restv-ify/|| (setq tmp () ) 'T))
(setq body `(PROGN 'COMPILE
,@|&restv-ify/||
,body
,.tmp )))
BODY))
;;;; Helper Funs for MacLISP DEFUN&
;;; Process a varlist that follows an &OPTIONAL.
;;; The remainder may have an &REST and/or and &AUX.
;;; ARGNO is one less than the index number of the argument at
;;; the first of the list
;;;Returns: 1st value is an item for the LETLIST,
;;; 2nd value is an allflats list
;;; 3rd value is an INSETQS list (in case some bindings 'depended')
(defun |&o-l/|| (varlist argno lexprvar)
(let ((more (|&kwp/|| varlist '(&AUX &OPTIONAL)))
suppliedpp tmp insetqs)
(if (eq (car more) '&OPTIONAL) (DEFUN&-ERROR))
(values
(nreconc
(si:MAP-VL
(cond
((symbolp (car varl))
(list `(,(car varl)
(AND (> ,lexprvar ,(1- argno)) (ARG ,argno)))))
((cond ((prog2 (setq suppliedpp () ) (atom (car varl))))
((atom (cdar varl)) (cdar varl))
((atom (setq suppliedpp (cddar varl))) suppliedpp)
((or (cdr suppliedpp)
(null (car suppliedpp))
(not (symbolp (car suppliedpp))))))
(DEFUN&-ERROR))
('T (if suppliedpp
(push (cons suppliedpp ARGNO) SUPPLIEDP-VARS))
(multiple-value-bind (l desetqer)
(si:bind-doublet-now? (caar varl)
(cadar varl)
'T
lexprvar
argno)
(if desetqer (push desetqer insetqs))
l))))
(if more
(multiple-value-bind (l desetqer)
(if (eq (pop more tmp) '&AUX)
(|&a-l/|| more)
(|&r-l/|| MORE ARGNO LEXPRVAR TMP))
(if desetqer (setq insetqs (nconc desetqer insetqs)))
l)))
insetqs)))
;;;Produce a list of the form (<var-spec> <form-to-eval>) if there is no
;;; variable in the <var-spec> which appears in <form-to-eval>.
;;;Otherwise, have to substitute for <form-to-eval>, and cons up a desetqer
;;; for the INSETQS list, and return possibly a list of several pairs.
(defun SI:BIND-DOUBLET-NOW? (var-spec val optp lexprvar argno)
(let ((retval (if (null optp)
val
`(COND ((> ,lexprvar ,(1- argno)) (ARG ,argno))
('T ,val))))
(SI:SELF-BIND-CONS () )
desetqer )
(values
(cond ((cond ((atom val)
(cond ((atom var-spec)
(cond ((eq val var-spec)
(setq SI:SELF-BIND-CONS '(T))
() )
('T)))
((or (not (symbolp val))
(not (memq val (flatten-syms var-spec () ))))
;;Permits things like "&optional (A 3) &aux (B B)"
'T)))
((not (symbolp (car val))) () )
((memq (car val) '(QUOTE FUNCTION)))
((let* ((BOUND-VARS () )
(BAD-VARS (if (atom var-spec)
(list var-spec)
(flatten-syms var-spec () )))
(ALL-LOCALS (si:all-locals? BAD-VARS)))
(declare (special BAD-VARS ALL-LOCALS BOUND-VARS))
(|Certify-no-var-dependency/|| val))))
`((,var-spec ,retval)))
('T (setq desetqer `(DESETQ ,var-spec ,retval))
(if (atom var-spec)
(si:self-bind-cons var-spec)
(mapcan #'SI:SELF-BIND-CONS (flatten-syms var-spec () )))))
desetqer)))
(defun SI:ALL-LOCALS? (varsl)
(declare (special |&specvars/|| |&complrp/||))
(do ((l varsl (cdr l))
(var))
((null l) 'T)
(and (symbolp (setq var (car l)))
(or (memq var |&specvars/||)
(if |&complrp/||
(specialp var)
(get var 'SPECIAL)))
(return () ))))
;;;###### Someday, we could drop the BOUNDP check in SI:SELF-BIND if the last
;;; line just above would split the flattend-syms into two lists --
;;; 1: vars which are needed to evaluate the val
;;; 2: remainder
;;;Thus, in "&optional ((a . b) (mumble a))" would need to bind 'a' to
;;; itself, but b could still be bound to ().
(defun SI:SELF-BIND-CONS (var)
(list `(,var (SI:SELF-BIND ,var ,.si:self-bind-cons))))
(defun (SI:SELF-BIND macro) (x)
(let (((() var no-boundp-check?) x))
(if no-boundp-check?
var
`(AND (BOUNDP ',var) ,var))))
;;; Process a varlist that follows an &AUX.
(defun |&a-l/|| (varlist)
(let (l insetqs desetqer)
(if (|&kwp/|| varlist '(&OPTIONAL)) (DEFUN&-ERROR))
(if (memq '&AUX varlist)
(setq varlist (delq '&AUX (append varlist () ))))
(values (mapcan
#'(lambda (var)
(if (atom var)
(if (symbolp var)
(list `(,var () ))
(DEFUN&-ERROR))
(multiple-value
(l desetqer)
(si:bind-doublet-now? (car var) (cadr var) () () () ))
(if desetqer (push desetqer insetqs))
l))
varlist)
insetqs)))
;;; Process a varlist that follows a member of the &REST family.
;;; ARGNO is one less than the index number of argument at the head of the list
;;; RESTIFY is one of &REST, &RESTV, or &RESTL. We make the apropriate
;;; selection of the LISTIFY or |&restv-ify/||. If it's &REST, the value of
;;; |&r-l/|| is selected.
(DEFUN |&r-l/|| (VARLIST ARGNO LEXPRVAR RESTIFY)
(AND (OR (NOT (SYMBOLP (CAR VARLIST)))
(|&kwp/|| VARLIST '(&OPTIONAL))
(EQ (CAR VARLIST) '&AUX) )
(DEFUN&-ERROR))
(SETQ RESTIFY
(CASEQ RESTIFY
(&REST |&r-l/||)
(&RESTL 'LISTIFY)
(&RESTV '|&restv-ify/||)))
(IF (EQ RESTIFY '|&restv-ify/||) ;Signal this case! May have to
(SETQ |&restv-ify/|| ; output a putprop for autoloading
'(#%(def-or-autoloadable |&restv-ify/|| VECTOR))))
(SETQ ARGNO (IF (= ARGNO 0)
`(,restify ,lexprvar) ;restify may = LISTIFY
`(AND (> ,lexprvar ,argno)
(,restify (- ,argno ,lexprvar)))))
(SETQ LEXPRVAR (COND ((NULL (CDR VARLIST)) () )
((EQ (CADR VARLIST) '&AUX) (|&a-l/|| (CDDR VARLIST)))
((DEFUN&-ERROR))) )
(IF (CAR VARLIST)
(CONS `(,(car varlist) ,argno) LEXPRVAR)
LEXPRVAR))
) ;end of #M
;;;; Helper Functions
#Q (defun (PAIRP macro) (x) `(NOT (ATOM ,(cadr x))))
(defun DEFUN&-ERROR ()
(error '|Bad variable-list syntax -- DEFUN& | DEFUN&-ERROR))
#M (def-or-autoloadable BUT-TAIL MACAID)
#M (def-or-autoloadable |Certify-no-var-dependency/|| CNVD)
;;;; DEFMACRO and MACRO
;;Actual macro functions not defined until after this common subr is defined
(DEFUN |defmacro-1/|| (X DDC)
(DECLARE (SPECIAL MACROS))
(LET (((NAME-ARG DEF-ARGLIST . BODY) X)
(MIN 0) (MAX 262143.)
;; Foo! the following kludgerous crap is here becauses CWH
;; is too cowardly to introduce the variable DEFMACRO-FOR-COMPILING
;; into the multics lisp compiler; foo on CWH -- 3/15/81
(DFC (COND ((BOUNDP 'DEFMACRO-FOR-COMPILING)
DEFMACRO-FOR-COMPILING)
((STATUS FEATURE COMPLR)
MACROS)
('T)))
(DCA DEFMACRO-CHECK-ARGS)
DECLARE? USERCOMMENT? ARGLIST-COMMENT?
RESTARGP WHOLEP DEFAULTOPTSP
NAME ARGLIST MACROARG OPT-ARGLIST OPT-INISL RESTARG
AUXVARS AUX-INISL ALLFLATS ARGSCHECK SEQUENCER TEM BADP )
(MULTIPLE-VALUE (BODY DECLARE? USERCOMMENT?)
(|def-decl-comment?/|| BODY X))
(COND ((SYMBOLP NAME-ARG) (SETQ NAME NAME-ARG))
('T (SETQ NAME (CAR NAME-ARG))
(OR (SYMBOLP NAME) (SETQ BADP 'T NAME 'FOO))
(AND (SETQ TEM (GETL NAME-ARG '(DEFMACRO-CHECK-ARGS)))
(SETQ DCA (EVAL (CADR TEM))))
(AND (SETQ TEM (GETL NAME-ARG '(DEFMACRO-DISPLACE-CALL)))
(SETQ DDC (EVAL (CADR TEM))))
(SETQ TEM (GETL NAME-ARG '(DEFMACRO-FOR-COMPILING)))
(SETQ NAME-ARG
#-LISPM
(COND ((NULL TEM) NAME)
('T (SETQ DFC (AND (EVAL (CADR TEM)) 'T))
`(,name DEFMACRO-FOR-COMPILING ,dfc )))
#+LISPM
(PROG2 (EVAL (CADR TEM)) NAME)) ))
(si:gen-local-var MACROARG (symbolconc name '/-MACROARG))
(SETQ ARGLIST
(COND ;Next two clauses permit forms like "(DEFMACRO FOO X ...)"
; and "(DEFMACRO FOO (<various-args> . X) ...)"
((ATOM DEF-ARGLIST) `(&REST ,def-arglist))
((CDR (SETQ TEM (LAST DEF-ARGLIST)))
`(,.(but-tail def-arglist tem) ,(car tem) &REST
,(cdr tem)))
('T DEF-ARGLIST)))
;Process a "&WHOLE" argument, if present
(COND ((SETQ TEM (MEMQ '&WHOLE ARGLIST))
(COND ((OR (ATOM (CDR TEM))
(MEMQ (CADR TEM) '(&AUX &OPTIONAL &REST &BODY &WHOLE)))
(SETQ BADP 'T))
('T (SETQ ARGLIST (NCONC (BUT-TAIL ARGLIST TEM)
(CDDR TEM)))
(AND (NULL ARGLIST) (SETQ DCA () ))
(COND ((NULL (CADR TEM)) () )
((NOT (SYMBOLP (CADR TEM)))
(COND ((PAIRP (CADR TEM))
(SETQ ALLFLATS (FLATTEN-SYMS (CADR TEM)
ALLFLATS)
AUX-INISL `((DESETQ ,(cadr tem)
,macroarg))))
('T (SETQ BADP 'T))))
('T (SETQ MACROARG (CADR TEM))))))
(OR BADP (SETQ WHOLEP 'T))))
;Process "&AUX" arguments, if present
(COND ((SETQ TEM (MEMQ '&AUX ARGLIST))
(SETQ ARGLIST (BUT-TAIL ARGLIST TEM)
AUXVARS (CDR TEM))
(IF (MEMQ '&AUX AUXVARS)
(SETQ AUXVARS (DELQ '&AUX (APPEND AUXVARS () ))))
(MAPC #'(LAMBDA (X)
(SETQ ALLFLATS
(COND ((ATOM X)
(IF (MEMQ X '(&OPTIONAL &REST &BODY))
(SETQ BADP 'T))
(CONS X ALLFLATS))
('T (PUSH `(DESETQ ,(car x) ,(cadr x))
AUX-INISL)
(FLATTEN-SYMS (CAR X) ALLFLATS)))))
AUXVARS)
(SETQ AUX-INISL (NREVERSE AUX-INISL))))
;Process any &OPTIONAL and &REST arguments
(COND ((SETQ TEM (COND ((MEMQ '&OPTIONAL ARGLIST))
((SETQ RESTARGP (OR (MEMQ '&REST ARGLIST)
(MEMQ '&BODY ARGLIST))))))
(SETQ ARGLIST (BUT-TAIL ARGLIST TEM)
MIN (LENGTH ARGLIST))
(COND (RESTARGP
(SETQ RESTARG (CADR RESTARGP))
(AND (OR (AND RESTARG (NOT (SYMBOLP RESTARG)))
(CDDR RESTARGP))
(SETQ BADP 'T)))
('T ;so (EQ (CAR TEM) '&OPTIONAL)
(SETQ OPT-ARGLIST (CDR TEM))
(COND ((MEMQ '&OPTIONAL OPT-ARGLIST) (SETQ BADP 'T))
((SETQ RESTARGP (OR (MEMQ '&REST OPT-ARGLIST)
(MEMQ '&BODY OPT-ARGLIST)))
(SETQ OPT-ARGLIST (BUT-TAIL OPT-ARGLIST
RESTARGP))
(SETQ RESTARG (CADR RESTARGP))
(AND (OR (AND RESTARG (NOT (SYMBOLP RESTARG)))
(CDDR RESTARGP))
(SETQ BADP 'T)))
('T (SETQ MAX (+ MIN (LENGTH OPT-ARGLIST)))))
(SETQ OPT-ARGLIST
(MAPCAR
#'(LAMBDA (X)
(COND
((OR (NULL X) (SYMBOLP X))
(PUSH () OPT-INISL)
X)
('T (SETQ DEFAULTOPTSP 'T)
(AND
(COND ((AND (CDR X) (ATOM (CDR X))))
((NULL (CDDR X)) () )
((OR (ATOM (CDDR X))
(NOT (SYMBOLP (CADDR X)))))
('T ; Find the "suppliedp" var
(PUSH (CADDR X) ALLFLATS)
(CDDDR X)))
(SETQ BADP 'T))
;((A . B) (MUMBLEIFY)) so find A & B
(SETQ ALLFLATS (FLATTEN-SYMS
(CAR X)
ALLFLATS))
(PUSH X OPT-INISL)
() )))
OPT-ARGLIST))) )
(SETQ ARGLIST (APPEND ARGLIST OPT-ARGLIST RESTARG)))
('T (SETQ MIN (SETQ MAX (LENGTH ARGLIST)))))
(DO ((L (FLATTEN-SYMS ARGLIST ALLFLATS) (CDR L)))
((NULL L))
(AND (CAR L) (MEMQ (CAR L) (CDR L)) (SETQ BADP 'T)))
(IF BADP (ERROR '|Bad arg pattern in use of DEFMACRO| `(DEFMACRO ,x)))
(COND ((NOT DCA))
((AND (= MIN 0) (= MAX 262143.)))
((= MIN MAX) (SETQ ARGSCHECK `(= (LENGTH ,macroarg) ,(1+ min))))
('T (AND (NOT (= MIN 0))
(SETQ ARGSCHECK `(NOT (< (LENGTH ,macroarg) ,(1+ min)))))
(COND ((= MAX 262143.))
('T (SETQ TEM `(NOT (> (LENGTH ,macroarg) ,(1+ max))))
(SETQ ARGSCHECK (COND ((NULL ARGSCHECK) TEM)
(`(AND ,argscheck ,tem))))))))
(IF ARGSCHECK (SETQ ARGSCHECK `((AND (NOT ,argscheck)
(ERROR '|Wrong number args for macro|
,macroarg)))))
(COND
((NOT (AND OPT-ARGLIST DEFAULTOPTSP)) (SETQ OPT-INISL () ))
('T (SETQ SEQUENCER (si:gen-local-var () "MacArgL")
OPT-INISL (MAPCAN
#'(LAMBDA (X)
`((SETQ ,sequencer (CDR ,sequencer))
,.(and x `((DESETQ
,(car x)
(COND (,sequencer
,.(if (cddr x) `((SETQ ,(caddr x) 'T)))
(CAR ,sequencer))
(,(cadr x))))))))
;; OPT-INISL is currently in reverse order.
;; CDR it until something non-null shows up.
(DO ((L OPT-INISL (CDR L)))
((OR (NULL L) (NOT (NULL (CAR L))))
L))))
(SETQ OPT-INISL (NREVERSE (CDR OPT-INISL)))
(PUSH `(SETQ ,sequencer ,(cond ((= min 0) `(CDR ,macroarg))
(`(NTHCDR (1+ ,min) ,macroarg))))
OPT-INISL)
(PUSH SEQUENCER ALLFLATS)))
(COND ((AND (ATOM ARGLIST) ;(), or RESTARG
(OR (NULL ARGLIST) (NULL ARGSCHECK))
(NULL ALLFLATS)
(NULL AUX-INISL)
(NULL OPT-INISL) )
(PUSH (COND ((NULL ARGLIST)
(COND ((OR (NULL DCA) RESTARGP) MACROARG)
(`(AND (CDR ,macroarg)
(ERROR '|No args allowed for this macro|
,macroarg)))) )
('T (AND (NOT (EQ ARGLIST RESTARG))
(+INTERNAL-LOSSAGE '&REST
'DEFMACRO
(LIST ARGLIST RESTARG)))
(SETQ MACROARG ARGLIST)
;; A simple case - "(DEFMACRO FOO X (doit X))"
`(SETQ ,macroarg (CDR ,macroarg))))
BODY))
('T (SETQ ARGLIST-COMMENT?
`((COMMENT ARGLIST = ,def-arglist))
BODY `(,.argscheck
(LET ((,arglist (CDR ,macroarg)) ,.allflats)
,.opt-inisl
,.aux-inisl
,. body)))))
(IF DDC (SETQ BODY (COND ((EQ DDC 'DEFMACRO-DISPLACE)
`((DISPLACE ,macroarg (PROGN ,. body))))
(`((OR (MACROFETCH ,macroarg)
(MACROMEMO ,macroarg
(PROGN ,. body)
',name)))))))
(SETQ BODY `(MACRO ,name-arg (,macroarg)
,.declare?
,.usercomment?
,.arglist-comment?
,. body))
(setq ddc `(FLUSH-MACROMEMOS
',name
,(cond ((eq ddc MACROEXPANDED)
'MACROEXPANDED)
((or (null ddc) (eq ddc 'DEFMACRO-DISPLACE))
() )
((or (eq ddc 'FLUSH-MACROMEMOS)
(not (memq ddc defmax-counter-variables)))
`'FLUSH-MACROMEMOS)
( `',ddc))))
(if (and ddc (not dfc))
(setq ddc `(EVAL-WHEN (EVAL COMPILE) ,ddc)))
`(PROGN 'COMPILE ,ddc ,body)))
(defun (DEFMACRO MACRO) (x)
(|defmacro-1/||
(cdr x)
(if (boundp 'DEFMACRO-DISPLACE-CALL) DEFMACRO-DISPLACE-CALL)))
(defun (DEFMACRO-DISPLACE MACRO) (x)
(|defmacro-1/|| (CDR X) 'DEFMACRO-DISPLACE))
;;; Just for starters, consider the case of ((FIND it) 1), where
;;; FIND is a macro s.t. (FIND it) ==> FOO,
;;; NIL version of MACRO is in the "NILMAC" file.
#M
(defun (MACRO MACRO) (x)
(declare (special MACROS))
(let ((name (cadr x))
(bvl-body (cddr x))
(dfc (cond ((boundp 'DEFMACRO-FOR-COMPILING)
DEFMACRO-FOR-COMPILING)
((status FEATURE COMPLR)
MACROS)
('T)))
tem)
(cond ((not (atom name))
(setq tem (getl name '(DEFMACRO-FOR-COMPILING))
name (car name))
(and tem (setq dfc (eval (cadr tem))))))
`(DEFUN ,@(cond (dfc `((,name MACRO)))
('t `(,name MACRO)))
,. bvl-body)))