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;; xlinit.lsp -- standard definitions and setup code for XLisp
;;
(defun bt () (baktrace 6))
(defmacro setfn (a b)
`(setf (symbol-function ',a) (symbol-function ',b)))
(setfn co continue)
(setfn top top-level)
(setfn res clean-up)
(setfn up clean-up)
;## display -- debugging print macro
;
; call like this (display "heading" var1 var2 ...)
; and get printout like this:
; "heading : VAR1 = <value> VAR2 = <value> ...<CR>"
;
; returns:
; (let ()
; (format t "~A: " ,label)
; (format t "~A = ~A " ',item1 ,item1)
; (format t "~A = ~A " ',item2 ,item2)
; ...)
;
(defmacro display-macro (label &rest items)
(let ($res$)
(dolist ($item$ items)
(setq $res$ (cons
`(format t "~A = ~A " ',$item$ ,$item$)
$res$)))
(append (list 'let nil `(format t "~A : " ,label))
(reverse $res$)
'((terpri)))))
(defun display-on () (setfn display display-macro) t)
(defun display-off () (setfn display or) nil)
(display-on)
; (objectp expr) - object predicate
;
;this is built-in: (defun objectp (x) (eq (type-of x) 'OBJ))
; (filep expr) - file predicate
;
(defun filep (x) (eq (type-of x) 'FPTR))
(load "profile.lsp" :verbose NIL)
(setq *breakenable* t)
(setq *tracenable* nil)
(defmacro defclass (name super locals class-vars)
(if (not (boundp name))
(if super
`(setq ,name (send class :new ',locals ',class-vars ,super))
`(setq ,name (send class :new ',locals ',class-vars)))))
;(cond ((boundp 'application-file-name)
; (load application-file-name)))
(setq *gc-flag* t)
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