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;;;-*- Mode:LISP; Package:CHAOS; Base:10; Syntax:Common-lisp -*-
;;;
;;; Copyright (c) 2000-2017, Toshimi Sawada. All rights reserved.
;;;
;;; Redistribution and use in source and binary forms, with or without
;;; modification, are permitted provided that the following conditions
;;; are met:
;;;
;;; * Redistributions of source code must retain the above copyright
;;; notice, this list of conditions and the following disclaimer.
;;;
;;; * Redistributions in binary form must reproduce the above
;;; copyright notice, this list of conditions and the following
;;; disclaimer in the documentation and/or other materials
;;; provided with the distribution.
;;;
;;; THIS SOFTWARE IS PROVIDED BY THE AUTHOR 'AS IS' AND ANY EXPRESSED
;;; OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
;;; WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
;;; ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
;;; DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
;;; DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE
;;; GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
;;; INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
;;; WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
;;; NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
;;; SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
;;;
(in-package :chaos)
#|==============================================================================
System: CHAOS
Module: tools
File: set.lisp
==============================================================================|#
#-:chaos-debug
(declaim (optimize (speed 3) (safety 0) #-GCL (debug 0)))
#+:chaos-debug
(declaim (optimize (speed 1) (safety 3) #-GCL (debug 3)))
;;;-----------------------------------------------------------------------------
;;; SET COMMAND Handlers
;;;-----------------------------------------------------------------------------
;;; (key (list_of_sub_key) 'parity global-var doc-string [on-proc off-proc])
;;; (key (list_of_sub_key) 'general global-var doc-string set-proc)
(defmacro chaos-switch-key (sw)
`(car ,sw))
(defmacro chaos-switch-subkey (sw)
`(cadr ,sw))
(defmacro chaos-switch-type (sw)
`(caddr ,sw))
(defmacro chaos-switch-var (sw)
`(cadddr ,sw))
(defmacro chaos-switch-doc (sw)
`(fifth ,sw))
(defmacro chaos-switch-on-proc (sw)
`(sixth ,sw))
(defmacro chaos-switch-off-proc (sw)
`(seventh ,sw))
(defmacro chaos-switch-set-proc (sw)
`(sixth ,sw))
(defmacro chaos-switch-hidden (sw)
`(eighth ,sw))
(defparameter *chaos-switches*
'((:comment "** rewriting -------------------------------------------")
("trace" ("whole") parity $$trace-rewrite-whole "trace rewrite step."
trace-whole-on
trace-whole-off)
("trace" nil parity $$trace-rewrite "trace every rewrite step."
trace-on
trace-off)
("step" nil parity *rewrite-stepping* "stepwise rewriting process." step-on step-off)
("memo" ("size") general *term-id-limit*
"limit of term size in term hash used for term memoization."
set-term-id-size-limit)
("memo" nil parity *memo-rewrite* "enable term memoization.")
("always" ("memo") parity *always-memo*
"implicitly set 'memo' attributes to user defined operators.")
("clean" ("memo") parity *clean-memo-in-normalize*
"clean up term memo table before normalization.")
(("statistics" "stats")
nil parity *show-stats* "show statistics data after reduction.")
(("rewrite" "rwt") ("limit") general *rewrite-count-limit*
"maximum number of rewriting."
set-rewrite-count-limit2)
("stop" ("pattern") general *rewrite-stop-pattern*
"stop rewriting when meets pattern(term)."
set-rewrite-stop-pattern2)
("reduce" ("conditions") parity *reduce-conditions*
"reduce condition part in \"apply\" command.")
("exec" ("trace") parity *cexec-trace*
"if on, trace concurrent execution.")
("exec" ("limit") general *cexec-limit*
"limit maximum number of concurrent execution."
chaos-set-cexec-limit)
(("variable" "variables") ("as" "constant") parity *variable-as-constant*
"if on, variables in terms are treated as constants.")
(:comment "** system behaviour control ----------------------------")
("include" ("BOOL") parity *include-BOOL* "import BOOL implicitly.")
("include" ("RWL") parity *include-rwl* "import RWL implicitly.")
#+:bigpink
("include" ("FOPL-CLAUSE") parity *include-fopl* "import FOPL-CLAUSE implicitly.")
;; ("stats" nil parity *show-stats* "abbribiation of `statistics'.")
("auto" ("context") parity *auto-context-change*
"automatic change current context(module).")
(:comment "** checkers --------------------------------------------")
(("regularize" "reg") ("signature") parity *regularize-signature*
"regularize module signature automatic.")
("check" ("import") parity *check-import-mode*
"check conflicting importing mode of submodules.")
("check" ("regularity") parity *check-regularity*
"perform regularity check of signatures in automatic.")
("check" ("coherency") parity *check-rwl-coherency*
"check transitions and equations are coherent or not in automatic.")
("check" ("sensible") parity *check-sensibleness*
"check if sigunature is sensible in automatic.")
("check" ("compatibility") parity *check-compatibility*
"perform compatibility check of TRS in automatic.")
;; ("check" ("builtin") parity *builtin-overloading-check*
;; "perform operator overloading check with builtin sorts.")
;; ("select" ("term") parity *select-ambig-term*
;; "allow users to select a term from anbiguously parsed terms.")
(:comment "** verbosity controll ----------------------------------")
("verbose" nil parity *chaos-verbose* "set verbose mode." set-verbose-on set-verbose-off)
("quiet" () parity *chaos-quiet* "be quiet." set-quiet-on set-quiet-off)
(:comment "** show/display options --------------------------------")
("all" ("axioms") parity *print-all-eqns* "print all axioms in \"show <Modexp>\"")
;; ("all" ("rules") parity *module-all-rules-every*
;; "print all rules in \"show rules\" command.")
("show" ("mode") general *show-mode*
"set syntax of printed modules or views, .e.t.c. ~~value is either :cafeobj or :meta."
chaos-set-show-mode)
("show" ("var" "sorts") parity *print-with-sort*
"if on, variables are printed with their sorts.")
;;
("show" ("ext-rule") parity *print-exec-rule*
"if on, print out (c)trans rules in reduction of '_=(,)=>+_if_suchThat_{_}'. default off.")
("show" ("every" "finding") parity *print-every-exec-finding*
"if on, search predicate prints every node found while searching. defalut off")
("print" ("grind") parity *grind-bool-term*
"if on, '=(,)=> suchThat {}' print out Bool term in 'grind' style.")
("print" ("mode") general *print-xmode*
"set term print form, one of :normal, :fancy, :tree or :s-expr."
chaos-set-print-mode)
("print" ("depth") general *term-print-depth*
"max depth of terms to be printed."
chaos-set-print-depth)
("tree" ("horizontal") parity *show-tree-horizontal*
"if on, 'show term { tree | graph}' shows term tree horizontal mode. default off.")
(:comment "** misc settings ---------------------------------------")
("libpath" () general *chaos-libpath*
"set file search path. `set libpath + path-list' adds search path."
chaos-set-search-path)
;; (("tram" "compiler") ("path") general *tram-path*
;; "pathname to TRAM compiler."
;; chaos-set-tram-path)
;; (("tram" "compiler") ("options") general *tram-options*
;; "optional arguments to TRAM cmpiler."
;; chaos-set-tram-options)
("accept" ("=*=" "proof") parity *accept-system-proof*
"accept system's automatic proof of congruency of =*=.")
("find" ("all" "rules") parity *find-all-rules*
"find rewrite rules for all occurrences of given term in 'find' command.")
(:comment "** old switches (obsolete) ----------------------------")
("print" ("fancy") general *fancy-print*
"this switch is obsolete. please use `print mode' switch instead."
chaos-obsolete-print-fancy)
;; *patch* Tue Nov 4 15:40:26 JST 2003; sawada@sra.co.jp
("tree" ("print") general *print-term-struct*
"terms are printed in a form of parse tree. this flag precedes `print s-expr'.
NOTE: this switch is obsolete now. please use `print mode' switch instead."
chaos-obsolete-print-tree)
;; followings are hidden switches
("fast" ("parse") parity *fast-parse*
"if set on, term parser runs faster but produces much less info on error."
nil nil t)
("cond" ("limit") general *condition-trial-limit*
"maximum number of trials of evaluating rule condition."
set-cond-trial-limit
nil t) ; this is hidden
("parse" ("normalize") parity *parse-normalize*
"if set on, terms with associative operators are always parsed as right assocative."
nil nil t)
;; USER DEFINED BOOL
("BOOL" ("=") general *user-bool*
"set path of user defined \"BOOL\" module."
chaos-set-bool-path)
;; debug flags : invisible from user, internal use only
("development" () parity *development-mode* "" nil nil t)
("no" ("idcomp") parity *no-id-completion* "" nil nil t)
("sys" ("universal-sort") parity *allow-universal-sort* "" nil nil t)
("debug" ("rewrite") parity *rewrite-debug* "" nil nil t)
("debug" ("memo") parity *memo-debug* "" nil nil t)
("debug" ("hash") parity *on-term-hash-debug* "" nil nil t)
("debug" ("axiom") parity *on-axiom-debug* "" nil nil t)
("debug" ("beh") parity *beh-debug* "" nil nil t)
("debug" ("rule") parity *gen-rule-debug* "" nil nil t)
("debug" ("change") parity *on-change-debug* "" nil nil t)
("debug" ("operator") parity *on-operator-debug* "" nil nil t)
("debug" ("sort") parity *on-sort-debug* "" nil nil t)
("debug" ("trs") parity *on-trs-debug* "" nil nil t)
("debug" ("import") parity *on-import-debug* "" nil nil t)
("debug" ("modexp") parity *on-modexp-debug* "" nil nil t)
("debug" ("view") parity *on-view-debug* "" nil nil t)
("debug" ("match") parity *match-debug* "" nil nil t)
("debug" ("dep") parity *module-dep-debug* "" nil nil t)
("debug" ("term") parity *term-debug* "" nil nil t)
("debug" ("parse") parity *on-parse-debug* "" nil nil t)
("debug" ("regularize") parity *regularize-debug* "" nil nil t)
("debug" ("tram") parity *on-tram-debug* "" nil nil t)
("debug" ("mel") parity *mel-debug* "" nil nil t)
("debug" ("exec") parity *cexec-debug* "" nil nil t)
("debug" ("apply") parity *apply-debug* "" nil nil t)
("debug" ("meta") parity *debug-meta* "" nil nil t)
("debug" ("citp") parity *debug-citp* "" nil nil t)
("debug" ("print") parity *debug-print* "" nil nil t)
("debug" ("bterm") parity *debug-bterm* "" nil nil t)
))
(defun set-chaos-switch (which value)
(if (equal which "?")
(print-set-help)
(progn
(dolist (sw *chaos-switches*)
(block next
(let ((dat value)
(key (chaos-switch-key sw)))
(when (eq key :comment) (return-from next nil))
(when (atom key) (setq key (list key)))
;; match key & subkey
(block fail
(when (member which key :test #'equal)
(let ((opt (chaos-switch-subkey sw)))
(if (equal opt (firstn value (length opt)))
(setq dat (nthcdr (length opt) value))
(return-from fail nil)))
(case (chaos-switch-type sw)
(parity
(catch 'parity-error
(let ((parity (check-parity (car dat))))
(let ((on-proc (chaos-switch-on-proc sw))
(off-proc (chaos-switch-off-proc sw)))
(cond ((and parity on-proc) (funcall on-proc))
((and (null parity) off-proc) (funcall off-proc))
(t (set (chaos-switch-var sw) parity)))))
(return-from set-chaos-switch t)))
(otherwise ; general value
(funcall (chaos-switch-set-proc sw) dat)
(return-from set-chaos-switch t))))))))
(with-output-chaos-warning ()
(format t "unknown switch for `set' command : ~{~^ ~a~}" (cons which value)))
nil)))
(defun check-parity (x)
(if (or (equal "on" x)
(equal "yes" x))
t
(if (or (equal "off" x) (equal "no" x))
nil
(progn
(princ "Specify on(yes) or off(no).") (terpri)
(throw 'parity-error nil)))))
(defun show-modes (flg)
(if (eq flg t)
(let ((*print-line-limit* 62))
(format t "~%switch~24Tvalue~%========================================================")
(dolist (sw *chaos-switches*)
(unless (chaos-switch-hidden sw)
(show-mode sw))))
(let ((sw flg))
(if (or (equal sw '(".")) (null sw))
(show-modes t)
(let ((which (car flg))
(sub (cdr flg))
(found nil)
(cand nil))
(dolist (sw *chaos-switches*)
(block next
(let ((key (chaos-switch-key sw)))
(when (eq key :comment) (return-from next nil))
(when (atom key) (setq key (list key)))
(when (member which key :test #'equal)
;; (setq cand sw)
(push sw cand)
(let ((opt (chaos-switch-subkey sw)))
(when (equal opt (firstn sub (length opt)))
(setq found sw)))))))
(unless (or found cand)
(with-output-chaos-warning ()
(format t "unknown switch ~a" flg)
(return-from show-modes nil)))
(if found
(show-mode found)
(dolist (sw cand)
(show-mode sw))))))))
(defun show-mode (switch)
(let ((name (chaos-switch-key switch))
(option (chaos-switch-subkey switch))
(value (symbol-value (chaos-switch-var switch)))
(type (chaos-switch-type switch)))
(cond ((eq name :comment)
(format t "~%~a" (second switch)))
((equal name "libpath")
(format t "~%libpath~24T ~{~a~^:~}" value))
(t (when (atom name) (setq name (list name)))
(if (eq type 'parity)
(format t "~%~{~a~^|~a~} ~{~^ ~a~} ~24T~:[off~;on~]" name option value)
(progn (format t "~%~{~a~^|~a~} ~{~^ ~a~} ~24T" name option)
(if value
(print-chaos-object value)
(princ "not specified"))))))))
(defun print-set-help ()
(dolist (sw *chaos-switches*)
(unless (chaos-switch-hidden sw)
(let ((key (chaos-switch-key sw)))
(cond ((eq key :comment)
(format t "~%~a" (second sw)))
(t (when (atom key) (setq key (list key)))
(case (chaos-switch-type sw)
(parity
(format t "~% set ~{~a~^|~a~}~{~^ ~a~} {on|off} : ~a"
key
(chaos-switch-subkey sw)
(chaos-switch-doc sw)))
(otherwise (format t "~% set ~{~a~^|~a~}~{~^ ~a~} <value> : ~a"
key
(chaos-switch-subkey sw)
(chaos-switch-doc sw))))))))))
;;;
;;; Save/Restore Utilities
;;; ******* TODO:::::::::::::::::::::::::::::::::::
(defun save-switches (name) name)
(defun restore-switches (name) name)
(defun save-switch (sw-name to-where) sw-name to-where)
(defun restore-switch (sw-name from-where) sw-name from-where)
;;;
;;; some switch setters
;;;
(defun chaos-set-search-path (path)
(let* ((add (equal "+" (car path)))
(minus (equal "-" (car path)))
(paths (if (or add minus) (cadr path) (car path))))
(unless paths
(with-output-chaos-warning ()
(format t "No pathnames are specified.")
(return-from chaos-set-search-path nil)))
(if add
(set-search-path-plus paths)
(if minus
(set-search-path-minus paths)
(set-search-path paths)))
(pr-search-path)))
(defun chaos-set-tram-path (path)
(let ((path (car path)))
(when (consp path)
(setq path (car path)))
(setq *tram-path* path)
(kill-tram-process)))
(defun chaos-set-tram-options (options)
(if options
(setq *tram-options* (reduce #'(lambda (x y) (concatenate 'string x " " y))
options))
(setq *tram-options* "")))
(defun chaos-set-show-mode (value)
(case-equal (car value)
((":meta" ":chaos" "chaos")
(setq *show-mode* :chaos))
((":cafeobj" "cafeobj")
(setq *show-mode* :cafeobj))
(otherwise
(with-output-chaos-error ('invalid-value)
(format t "value must be either `cafeobj' or `meta'")))))
(defun chaos-set-cexec-limit (value)
(if (or (null value)
(equal value '(".")))
(setq *cexec-limit* most-positive-fixnum)
(multiple-value-bind (num len)
(parse-integer (car value) :junk-allowed t)
(if (= len (length (car value)))
(setq *cexec-limit* num)
(with-output-chaos-error ('invalid-value)
(format t "invalid value for exec limit: ~a" (car value))
(print-next)
(princ "must be a positive integer.") )))))
(defun chaos-set-print-depth (value)
(if (or (null value)
(equal value '(".")))
(setq *term-print-depth* nil)
(multiple-value-bind (num len)
(parse-integer (car value) :junk-allowed t)
(if (= len (length (car value)))
(setq *term-print-depth* num)
(with-output-chaos-error ('invalid-value)
(format t "invalid value for term print depth: ~a" (car value))
(print-next)
(princ "must be a positive integer."))))))
(defun chaos-set-print-mode (value)
(case-equal (car value)
((":fancy" "fancy") (setq *print-xmode* :fancy))
((":tree" "tree") (setq *print-xmode* :tree))
((":s-expr" "s-expr") (setq *print-xmode* :s-expr))
((nil ":normal" "normal")
(setq *print-xmode* :normal))
(otherwise
(with-output-chaos-error ('invalid-value)
(format t "invalid value for print mode ~a" (car value))
(print-next)
(princ "specify one of `normal' `fancy' `tree' or `s-expr'.")))))
(defun chaos-obsolete-print-fancy (value)
(declare (ignore value))
(with-output-chaos-warning ()
(format t "`set print fancy { on | off }' is now obsolete.")
(print-next)
(format t "please use `set print mode fancy' or `print mode normal'.")))
(defun chaos-obsolete-print-tree (value)
(declare (ignore value))
(with-output-chaos-warning ()
(format t "sorry but `set tree print { on | off }' is obsolete now.")
(print-next)
(format t "please use `set print mode tree' for printing parse tree.")
(print-next)
(format t "other settings of `print mode' switch are :fancy and :normal.")))
;;;
(defun chaos-set-bool-path (path)
(let ((path (car path)))
(when (consp path)
(setq path (car path)))
(setq *user-bool* path)))
;;; EOF
|
