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|
;; line 30 "base.nw"
(lisp:defpackage "BASE")
(lisp:in-package "BASE")
(lisp:provide "base")
#+:CMU17 (defpackage "CLOS")
(eval-when (compile load eval)
(lisp:use-package "CLOS")
(lisp:use-package "COMMON-LISP")
#+CLISP (lisp:use-package "EXT")
)
(eval-when (eval load compile)
#+CLISP (when (find-package "XP")
(pushnew :XP *features*))
#+(or ALLEGRO :CMU17) (pushnew :XP *features*)
)
(setq *print-pretty* t)
(setq *print-escape* t)
(defparameter *mappings-trace* nil)
(defparameter *locref-trace* nil)
(eval-when (compile load eval)
(export '(*mappings-trace* *locref-trace*)))
;; line 104 "base.nw"
#-CLISP
(defmacro simple-condition-format-string (&rest args)
`(simple-condition-format-control ,@args))
#-CLISP
(eval-when (compile load eval)
(export '(simple-condition-format-string)))
;; line 133 "base.nw"
(defmacro info (&rest msg)
`(APPLY #'FORMAT *STANDARD-OUTPUT* (LIST ,@msg)))
;; line 138 "base.nw"
(defparameter *nraw-error-message* "~&WARNING: ")
(defmacro nraw (&rest msg)
`(PROGN
(FORMAT *ERROR-OUTPUT* BASE::*NRAW-ERROR-MESSAGE*)
(APPLY #'FORMAT *ERROR-OUTPUT* (LIST ,@msg))))
;; line 147 "base.nw"
(defparameter *oops-error-message* "~&ERROR: ")
(defmacro oops (&rest msg)
`(LET ((MSG (LIST ,@msg)))
(FORMAT *ERROR-OUTPUT* BASE::*OOPS-ERROR-MESSAGE*)
(APPLY #'FORMAT *ERROR-OUTPUT* MSG)
(WHEN *LOGGING-ON*
(FORMAT *LOGGING-STREAM* BASE::*OOPS-ERROR-MESSAGE*)
(APPLY #'FORMAT *LOGGING-STREAM* MSG))))
;; line 162 "base.nw"
(defmacro oops* (fmt args)
`(LET ((FMT ,fmt)
(ARGS ,args))
(FORMAT *ERROR-OUTPUT* BASE::*OOPS-ERROR-MESSAGE*)
(APPLY #'FORMAT *ERROR-OUTPUT* FMT ARGS)
(WHEN *LOGGING-ON*
(FORMAT *LOGGING-STREAM* BASE::*OOPS-ERROR-MESSAGE*)
(APPLY #'FORMAT *LOGGING-STREAM* FMT ARGS))))
;; line 183 "base.nw"
(defparameter *logging-stream* nil)
(defparameter *logging-on* nil)
(defmacro gol (flag &rest msg)
`(WHEN (AND ,flag *LOGGING-ON*)
(APPLY #'FORMAT *LOGGING-STREAM* (list ,@msg))))
;; line 74 "base.nw"
(defmacro ifnot (expr then-body else-body)
`(IF (NOT ,expr) ,then-body ,else-body))
;; line 82 "base.nw"
(defun error-exit ()
#+CLISP (exit 1)
#+ALLEGRO (excl:exit 1)
#+CMU17 (unix:unix-exit 1)
)
(defun exit-normally ()
#+CLISP (exit 0)
#+ALLEGRO (excl:exit 0)
#+CMU17 (unix:unix-exit 0)
)
;; line 201 "base.nw"
(defmacro assert! (cond &optional msg)
`(UNLESS ,cond
(FORMAT *ERROR-OUTPUT* "Internal error! Assertion ~A failed!" ',cond)
,(if msg
`(ERROR "~S" ,msg)
`(ERROR "Entering debugger!"))))
(pushnew :ASSERT! *features*)
;; line 218 "base.nw"
(defmacro define-slot-accessors (accessors)
`(eval-when (compile load eval)
,@(apply #'nconc
(mapcar
#'(lambda (acc)
(let ((getnam (intern (concatenate 'string "GET-"
(symbol-name acc))))
(setnam (intern (concatenate 'string "SET-"
(symbol-name acc))))
)
`((defmacro ,getnam (obj)
(list 'slot-value obj '',acc))
(defmacro ,setnam (val obj)
(list 'setf (list 'slot-value obj '',acc) val))
(export '(,getnam ,setnam ,acc)))))
accessors))))
(define-slot-accessors (
attribute
base-alphabet
basetype
catattr
catattr-grp-ordnum
entries
entry-list
entry-table
first
group-definition
hierdepth
idxclass
inner
join-length
last
last-in-group
layers
length
letters
locclass
locref-cache
locref-string
locrefs
members
merge-key
sort-key
print-key
main-key
name
order
ordnum
ordnums
origin
processing-ordnum
props
rangeattr
separator
sort-ordnum
state
subentries
subrefs
symbols
target
type
))
;; line 297 "base.nw"
(defun split-list (split-function list &key sortfunc headfunc)
#+:ASSERT! (assert (not (and sortfunc headfunc))
()
"split-list")
(let ((list-len (length list)))
(if (= 1 list-len)
(list list)
(let ((split-table (make-hash-table :test #'equal
:size (round (* 1.2 list-len))))
(key-list '()))
(mapc #'(lambda (elt)
(let ((key (funcall split-function elt)))
(setf (gethash key split-table)
(cons elt (gethash key split-table)))))
list)
(maphash #'(lambda (key element)
(declare (ignore element))
(push key key-list))
split-table)
(maplist #'(lambda (rest-list)
(let ((entries (gethash (car rest-list) split-table)))
(if headfunc
(let ((head (find-if headfunc entries)))
(rplaca rest-list
(if head
(cons head (delete head entries))
entries)))
(rplaca rest-list entries))))
(if sortfunc (sort key-list sortfunc) key-list))
key-list))))
#|
This version seems to be a little bit slower than the above one,
despite the fact that we use a temporary array with a fill-pointer.
(defun split-list (split-function sort-function list)
(let ((list-len (length list)))
(if (= 1 list-len)
(list list)
(let ((split-table (make-hash-table :test #'equal
:size (round (* 1.5 list-len)))))
(mapc #'(lambda (elt)
(let ((key (funcall split-function elt)))
(setf (gethash key split-table)
(cons elt (gethash key split-table)))))
list)
(let ((sort-array (make-array (hash-table-count split-table)
:fill-pointer 0)))
(maphash #'(lambda (key element)
(declare (ignore element))
(vector-push key sort-array))
split-table)
(map 'list
#'(lambda (key)
(gethash key split-table))
(sort sort-array sort-function)))))))
|#
;; line 60 "base.nw"
(defvar *RCS-Identifier* '(
;; line 68 "base.nw"
("base" . "$Id: base.nw,v 1.20 1997/03/26 16:17:58 kehr Exp $")
;; line 60 "base.nw"
))
(eval-when (compile load eval)
;; line 96 "base.nw"
(export '(ifnot error-exit exit-normally))
;; line 192 "base.nw"
(export '(oops oops* nraw info gol
*logging-stream* *logging-on*))
;; line 212 "base.nw"
(export 'assert!)
;; line 357 "base.nw"
(export '(split-list))
;; line 64 "base.nw"
)
|
