/usr/share/maxima/5.32.1/src/fcall.lisp is in maxima-src 5.32.1-1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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;;; The data in this file contains enhancments. ;;;;;
;;; ;;;;;
;;; Copyright (c) 1984,1987 by William Schelter,University of Texas ;;;;;
;;; All rights reserved ;;;;;
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;;; (c) Copyright 1980 Massachusetts Institute of Technology ;;;
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(in-package :maxima)
(macsyma-module fcall)
;;; Bug-Fixes:
;;;
;;; 11/15/80 KMP Remove *TRIED-TO-AUTOLOAD* as a global and replaced
;;; MFUNCTION-CALL with a trampoline function that calls
;;; MFUNCTION-CALL-AUX with this info since MFUNCTION-CALL
;;; was being screwed by the non-local nature of this var
;;; when calls to itself got nested.
;;;
;;; This file is for macros, fsubrs, and subrs which are run time
;;; support for interpreted translated maxima code.
;;; MFUNCTION-CALL is a macro in LIBMAX;TRANSQ
;;; This is an FSUBR for use in interpreted code.
;;; It should do quit a bit of checking for STATUS PUNT NIL lossage, etc.
;;; The macro will expand into code which will assume normal
;;; functional argument evaluation.
(defmvar $tr_warn_bad_function_calls t
"Warn when strange kinds of function calls are going on in translated code.")
(defvar *tr-runtime-warned* nil
"This is an alist of warnings which have been given")
(defmfun $tr_warnings_get ()
`((mlist) ,@(mapcar #'(lambda (u) `((mlist) ,(car u) ,(cdr u))) *tr-runtime-warned*)))
(defun mfunction-call-warn (f type)
(cond ((assoc f *tr-runtime-warned* :test #'eq))
(t
(push (cons f type) *tr-runtime-warned*)
(when $tr_warn_bad_function_calls
(let ((tabl (cdr (assoc type '((fexpr . (fexpr-warnedp "This may be due to lack of enough translation data *print-base* info."))
(macro . (macro-warnedp "Macros should to be loaded when you are translating."))
(undefined . (undefined-warnp "The function was totaly undefined. Maybe you want to quote it."))
(punt-nil . (punt-nil-warnp "If you want the value of the function name, use `apply'"))
(mfexpr . (mfexpr-warnedp "MFEXPRS should be loaded at translating time. Use of them in translated code (nay, any code!), is NOT recommened however.")))
:test #'eq))))
(cond ((null tabl))
((get f (car tabl)))
(t
(putprop f t (car tabl))
(terpri)
(princ "Warning: ")
(mgrind f nil)
(princ " has a function or macro call which has not been translated properly.")
(cond ((cdr tabl)
(terpri)
(princ (cadr tabl)))))))))))
(defun mapcar-eval (x)
(mapcar #'eval x))
(defmacro mfunction-call (f &rest argl)
(if (fboundp f)
`(,f ,@ argl)
;;loses if the argl could not be evaluated but macsyma "e functions
;;but the translator should be fixed so that if (mget f 'mfexprp) is t
;;then it doesn't translate as an mfunction-call.
`(lispm-mfunction-call-aux ',f ',argl (list ,@ argl) nil)))
(defun lispm-mfunction-call-aux (f argl list-argl autoloaded-already? &aux f-prop)
(cond ((functionp f)
(apply f list-argl))
((macro-function f)
(eval (cons f list-argl)))
((not (symbolp f)) (merror (intl:gettext "apply: expected symbol or function; found: ~M") f))
((setq f-prop (get f 'mfexpr*))
(funcall f-prop (cons nil argl)))
((setq f-prop (mget f 'mexpr))
(cond ((mget f 'mfexprp)
(mfunction-call-warn f 'mfexpr)
(meval (cons (list f) argl)))
(t
(mlambda f-prop list-argl f t nil))))
((setq f-prop (get f 'autoload))
(cond (autoloaded-already?
(merror (intl:gettext "apply: function ~:@M undefined after loading file ~A") f (namestring (get f 'autoload))))
(t
(funcall autoload (cons f f-prop))
(lispm-mfunction-call-aux f argl list-argl t))))
((boundp f)
(mfunction-call-warn f 'punt-nil)
(mapply (eval f) (mapcar-eval argl) f))
(t
(mfunction-call-warn f 'undefined)
`((,f) ,@ list-argl))))
(defquote trd-msymeval (&rest l)
(let ((a-var? (car l)))
(if (boundp a-var?)
(eval a-var?) ;;; ouch!
(setf (symbol-value a-var?) (if (cdr l) (eval (cadr l)) a-var?))))) ;; double ouch!
;;; These are the LAMBDA forms. They have macro properties that set
;;; up very different things in compiled code.
;;; (FUNGEN&ENV-for-meval <eval vars list> <late eval vars list> <EXP>)
;;won't work in cl. fix later.
(defquote fungen&env-for-meval (&rest args)
(destructuring-let (((evl levl . body) args))
;;; all we want to do here is make sure that the EVL gets
;;; evaluated now so that we have some kind of compatibility
;;; with compiled code. we could just punt and pass the body.
`(($apply) ((mquote) ((lambda) ((mlist) ,@evl) ,@body))
((mquote simp) ((mlist) ,@(mapcar-eval evl))))))
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