;;;----- Licensing notice ---------------------------------------------------
;;;
-;;; This file is part of the Sensble Object Design, an object system for C.
+;;; This file is part of the Sensible Object Design, an object system for C.
;;;
;;; SOD is free software; you can redistribute it and/or modify
;;; it under the terms of the GNU General Public License as published by
;;; Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
(cl:defpackage #:optparse
- (:use #:common-lisp #:cl-launch #:sod-utilities))
+ (:use #:common-lisp #:sod-utilities))
(cl:in-package #:optparse)
(defun exit (&optional (code 0) &key abrupt)
"End program, returning CODE to the caller."
(declare (type (unsigned-byte 32) code))
- #+sbcl (sb-ext:exit :code code :abort abrupt)
- #+cmu (if abrupt
- (unix::void-syscall ("_exit" c-call:int) code)
- (ext:quit code))
- #+clisp (funcall (if abrupt #'ext:quit #'ext:exit) code)
- #+ecl (ext:quit code)
-
- #-(or sbcl cmu clisp ecl)
- (progn
- (unless (zerop code)
- (format *error-output*
- "~&Exiting unsuccessfully with code ~D.~%" code))
- (abort)))
+ #.(car '(#+sbcl (sb-ext:exit :code code :abort abrupt)
+ #+cmu (if abrupt
+ (unix::void-syscall ("_exit" c-call:int) code)
+ (ext:quit code))
+ #+clisp (funcall (if abrupt #'ext:quit #'ext:exit) code)
+ #+ecl (ext:quit code)
+ (unless (zerop code)
+ (format *error-output*
+ "~&Exiting unsuccessfully with code ~D.~%" code))))
+ (abort))
(export '(*program-name* *command-line*))
(defvar *program-name* "<unknown>"
Set `*command-line*' and `*program-name*'."
(setf *command-line*
- (cons (or (getenv "CL_LAUNCH_FILE")
- #+sbcl (car sb-ext:*posix-argv*)
- #+cmu (car ext:*command-line-strings*)
- #+clisp (aref (ext:argv) 0)
- #+ecl (ext:argv 0)
- #-(or sbcl cmu clisp ecl) "sod")
- *arguments*)
-
- *program-name* (pathname-name (car *command-line*))))
+ (let ((uiop-package (find-package :uiop))
+ (cll-package (find-package :cl-launch)))
+ (cons (or (and uiop-package
+ (funcall (intern "ARGV0" uiop-package)))
+ (and cll-package
+ (some (intern "GETENV" cll-package)
+ (list "__CL_ARGV0" "CL_LAUNCH_FILE")))
+ #+sbcl (car sb-ext:*posix-argv*)
+ #+cmu (car ext:*command-line-strings*)
+ #+clisp (aref (ext:argv) 0)
+ #+ecl (ext:argv 0)
+ "sod")
+ (cond (uiop-package
+ (funcall (intern "COMMAND-LINE-ARGUMENTS"
+ uiop-package)))
+ (cll-package
+ (symbol-value (intern "*ARGUMENTS*" cll-package)))
+ (t #.(or (car '(#+sbcl (cdr sb-ext:*posix-argv*)
+ #+cmu (cdr ext:*command-line-strings*)
+ #+clisp (coerce (subseq (ext:argv) 8)
+ 'list)
+ #+ecl (loop for i from 1
+ below (ext:argc)
+ collect (ext:argv i))))
+ (error "Unsupported Lisp."))))))
+
+ *program-name* (pathname-name (car *command-line*))))
;;;--------------------------------------------------------------------------
;;; Fancy conditionals.
"Like `case2', but signals an error if no clause matches the SCRUTINEE."
(do-case2-like 'ecase vform clauses))
-;;;--------------------------------------------------------------------------
-;;; Locatives.
-
-(export '(loc locp))
-(defstruct (loc (:predicate locp) (:constructor make-loc (reader writer)))
- "Locative data type. See `locf' and `ref'."
- (reader nil :type function)
- (writer nil :type function))
-
-(export 'locf)
-(defmacro locf (place &environment env)
- "Slightly cheesy locatives.
-
- (locf PLACE) returns an object which, using the `ref' function, can be
- used to read or set the value of PLACE. It's cheesy because it uses
- closures rather than actually taking the address of something. Also,
- unlike Zetalisp, we don't overload `car' to do our dirty work."
- (multiple-value-bind
- (valtmps valforms newtmps setform getform)
- (get-setf-expansion place env)
- `(let* (,@(mapcar #'list valtmps valforms))
- (make-loc (lambda () ,getform)
- (lambda (,@newtmps) ,setform)))))
-
-(export 'ref)
-(declaim (inline ref (setf ref)))
-(defun ref (loc)
- "Fetch the value referred to by a locative."
- (funcall (loc-reader loc)))
-(defun (setf ref) (new loc)
- "Store a new value in the place referred to by a locative."
- (funcall (loc-writer loc) new))
-
-(export 'with-locatives)
-(defmacro with-locatives (locs &body body)
- "Evaluate BODY with implicit locatives.
-
- LOCS is a list of items of the form (SYM [LOC-EXPR]), where SYM is a
- symbol and LOC-EXPR evaluates to a locative. If LOC-EXPR is omitted, it
- defaults to SYM. As an abbreviation for a common case, LOCS may be a
- symbol instead of a list.
-
- The BODY is evaluated in an environment where each SYM is a symbol macro
- which expands to (ref LOC-EXPR) -- or, in fact, something similar which
- doesn't break if LOC-EXPR has side-effects. Thus, references, including
- `setf' forms, fetch or modify the thing referred to by the LOC-EXPR.
- Useful for covering over where something uses a locative."
- (setf locs (mapcar (lambda (item)
- (cond ((atom item) (list item item))
- ((null (cdr item)) (list (car item) (car item)))
- (t item)))
- (if (listp locs) locs (list locs))))
- (let ((tt (mapcar (lambda (l) (declare (ignore l)) (gensym)) locs))
- (ll (mapcar #'cadr locs))
- (ss (mapcar #'car locs)))
- `(let (,@(mapcar (lambda (tmp loc) `(,tmp ,loc)) tt ll))
- (symbol-macrolet (,@(mapcar (lambda (sym tmp)
- `(,sym (ref ,tmp))) ss tt))
- ,@body))))
-
;;;--------------------------------------------------------------------------
;;; Standard error-reporting functions.
(opt-long-name o)
(opt-arg-optional-p o)
(opt-arg-name o)
- (opt-documentation o)))))
- (:constructor %make-option)
+ (opt-%documentation o)))))
+ (:constructor %make-option
+ (&key long-name tag negated-tag short-name
+ arg-name arg-optional-p documentation
+ &aux (%documentation documentation)))
(:constructor make-option
(long-name short-name
&optional arg-name
&key (tag (intern (string-upcase long-name) :keyword))
negated-tag
arg-optional-p
- doc (documentation doc))))
+ doc (documentation doc)
+ &aux (%documentation documentation))))
"Describes a command-line option. Slots:
LONG-NAME The option's long name. If this is null, the `option' is
(short-name nil :type (or null character))
(arg-name nil :type (or null string))
(arg-optional-p nil :type t)
- (documentation nil :type (or null string)))
+ (%documentation nil :type (or null string)))
+(define-access-wrapper opt-documentation opt-%documentation)
(export '(option-parser option-parser-p make-option-parser
op-options op-non-option op-long-only-p op-numeric-p
negated-numeric-p
long-only-p
&aux (args (cons nil argstmp))
+ (%options options)
(next args)
(negated-p (or negated-numeric-p
(some #'opt-negated-tag
still allowed, and may be cuddled as usual. The default is
nil."
(args nil :type list)
- (options nil :type list)
+ (%options nil :type list)
(non-option :skip :type (or function (member :skip :stop :return)))
(next nil :type list)
(short-opt nil :type (or null string))
(numeric-p nil :type t)
(negated-numeric-p nil :type t)
(negated-p nil :type t))
+(define-access-wrapper op-options op-%options)
(export 'option-parse-error)
(define-condition option-parse-error (error simple-condition)
,@docs ,@decls
(declare (ignorable ,arg))
(with-locatives ,var
- ,@body))
+ (block ,name ,@body)))
',name))))
(defun parse-c-integer (string &key radix (start 0) end)
Option macros should produce a list of expressions producing one option
structure each."
- `(progn
- (setf (get ',name 'optmacro) (lambda ,args ,@body))
- ',name))
+ (multiple-value-bind (docs decls body) (parse-body body)
+ `(progn
+ (setf (get ',name 'optmacro) (lambda ,args
+ ,@docs ,@decls
+ (block ,name ,@body)))
+ ',name)))
(export 'parse-option-form)
(eval-when (:compile-toplevel :load-toplevel :execute)
~mdw / sod / blobdiff