+++ /dev/null
-;;;; -*- Mode: Lisp; Syntax: ANSI-Common-Lisp; Base: 10 -*-
-;;;; *************************************************************************
-;;;; FILE IDENTIFICATION
-;;;;
-;;;; Name: getopt.lisp
-;;;; Purpose: Command line option processing a la GNU getopt_long
-;;;; Programmer: Kevin M. Rosenberg
-;;;; Date Started: Sep 2003
-;;;;
-;;;; $Id: package.lisp 7814 2003-09-10 12:56:02Z kevin $
-;;;;
-;;;; This file, part of KMRCL, is Copyright (c) 2002 by Kevin M. Rosenberg
-;;;;
-;;;; KMRCL users are granted the rights to distribute and use this software
-;;;; as governed by the terms of the Lisp Lesser GNU Public License
-;;;; (http://opensource.franz.com/preamble.html), also known as the LLGPL.
-;;;; *************************************************************************
-
-(in-package #:kmrcl)
-
-
-(defun is-short-option (arg)
- (and (>= (length arg) 2)
- (char= #\- (schar arg 0))
- (char/= #\- (schar arg 1))))
-
-(defun is-option-terminator (arg)
- (and (= 2 (length arg))
- (char= #\- (schar arg 0))
- (char= #\- (schar arg 1))))
-
-(defun is-long-option (arg)
- (and (> (length arg) 2)
- (char= #\- (schar arg 0))
- (char= #\- (schar arg 1))
- (char/= #\- (schar arg 3))))
-
-(defun arg->base-name (arg option-type)
- "returns base-name,argument"
- (let ((start (ecase option-type
- (:long 2)
- (:short 1)))
- (name-end (position #\= arg)))
-
- (values (subseq arg start name-end)
- (when name-end (subseq arg (1+ name-end))))))
-
-(defun analyze-arg (arg)
- "Analyzes an argument. Returns option-type,base-name,argument"
- (let* ((option-type (cond ((is-short-option arg) :short)
- ((is-long-option arg) :long)
- (t :arg))))
- (if (or (eq option-type :short) (eq option-type :long))
- (multiple-value-bind (base arg) (arg->base-name arg option-type)
- (values option-type base arg))
- (values :arg arg nil))))
-
-
-(defun find-option (name options)
- "Find an option in option list. Handles using unique abbreviations"
- (let* ((option-names (mapcar #'car options))
- (pos (match-unique-abbreviation name option-names)))
- (when pos
- (nth pos options))))
-
-(defun match-option (arg options)
- "Matches an argument to an option. Returns option-list,option-type,base-name,argument"
- (multiple-value-bind (option-type base-name argument) (analyze-arg arg)
- (let ((match (find-option base-name options)))
- (values match option-type (when match (car match)) argument))))
-
-(defun getopt (args options)
- "Processes a list of arguments and options. Returns filtered argument
-list and alist of options.
-opts is a list of option lists. The fields of the list are
- - NAME name of the long option
- - HAS-ARG with legal values of :NONE, :REQUIRED, :OPTIONAL
- - VAL value to return for a option with no arguments
-"
- (do ((pos args (cdr pos))
- (finished-options)
- (out-opts)
- (out-args)
- (errors))
- ((null pos) (values (nreverse out-args) (nreverse out-opts) errors))
- (cond
- (finished-options
- (push (car pos) out-args))
- ((is-option-terminator (car pos))
- (setq finished-options t))
- (t
- (let ((arg (car pos)))
- (multiple-value-bind (option-list option-type base-name argument)
- (match-option (car pos) options)
- (cond
- (option-list
- (cond
- (argument
- (case (second option-list)
- (:none
- (push base-name errors))
- (t
- (push (cons base-name argument) out-opts))))
- ((null argument)
- (if (and (eq :required (second option-list)) (null (cdr pos)))
- (push base-name errors)
- (if (or (is-short-option (second pos))
- (is-long-option (second pos)))
- (if (eq :required (second option-list))
- (push base-name errors)
- (push (cons base-name (third option-list)) out-args))
- (progn
- (push (cons base-name (second pos)) out-opts)
- (setq pos (cdr pos))))))))
- (t
- (if (in option-type :long :short)
- (push (nth-value 0 (arg->base-name arg option-type)) errors)
- (push arg out-args))))))))))
-
(deftest sse.4 (string-strip-ending "abc" '("ab")) "abc")
(deftest sse.5 (string-strip-ending "abcd" '("a" "cd")) "ab")
-(deftest mua.1 (match-unique-abbreviation "abc" nil) nil)
-(deftest mua.2 (match-unique-abbreviation "abc" '("ab")) nil)
-(deftest mua.3 (match-unique-abbreviation "ab" '("ab")) 0)
-(deftest mua.4 (match-unique-abbreviation "a" '("ab")) 0)
-(deftest mua.5 (match-unique-abbreviation "b" '("ab")) nil)
-(deftest mua.6 (match-unique-abbreviation "ab" '("ab" "abc")) nil)
-(deftest mua.7 (match-unique-abbreviation "ac" '("ab" "ac")) 1)
-(deftest mua.8 (match-unique-abbreviation "ac" '("ab" "acb")) 1)
-
-(deftest gopt.1 (getopt '("argv") nil) ("argv") nil nil)
-(deftest gopt.2 (getopt '("argv" "2") nil) ("argv" "2") nil nil)
-(deftest gopt.3 (getopt '("argv" "-c") '(("c" :none))) ("argv") (("c")) nil)
-(deftest gopt.4 (getopt '("argv" "-c" "val") '(("c" :optional))) ("argv") (("c" . "val")) nil)
-(deftest gopt.5 (getopt '("argv" "-c" "val" "v1") '(("c" :optional))) ("argv" "v1") (("c" . "val")) nil)
-(deftest gopt.6 (getopt '("--colon" "val" "v1") '(("colon" :optional))) ( "v1") (("colon" . "val")) nil)
-(deftest gopt.7 (getopt '("ab" "--colon" "val" "--" "-c") '(("colon" :optional) ("-c" :none))) ("ab" "-c") (("colon" . "val")) nil)
-(deftest gopt.8 (getopt '("argv" "-c" "cd") '(("c" :required))) ("argv") (("c" . "cd")) nil)
-(deftest gopt.9 (getopt '("argv" "-c") '(("c" :required))) ("argv") nil ("c"))
-(deftest gopt.10 (getopt '("argv" "-c=10") '(("c" :required))) ("argv") (("c" . "10")) nil)
-(deftest gopt.11 (getopt '("argv" "-c=10") '(("c" :none))) ("argv") nil ("c"))
-(deftest gopt.12 (getopt '("--along=10") '(("along" :optional))) nil (("along" . "10")) nil)
-(deftest gopt.13 (getopt '("--along=10") '(("along" :none))) nil nil ("along"))
-(deftest gopt.14 (getopt '("--a=10") '(("along" :optional))) nil (("along" . "10")) nil)
-(deftest gopt.15 (getopt '("--a=10") '(("along" :optional) ("aboot" :optional))) nil nil ("a"))
-
;;; MOP Testing