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;;;; -*- Mode: Lisp; Syntax: ANSI-Common-Lisp -*-
;;;; *************************************************************************
;;;; FILE IDENTIFICATION
;;;;
;;;; Name: kmrcl-tests.lisp
;;;; Purpose: kmrcl tests file
;;;; Author: Kevin M. Rosenberg
;;;; Date Started: Apr 2003
;;;;
;;;; This file is Copyright (c) 2000-2010 by Kevin M. Rosenberg
;;;;
;;;; *************************************************************************
(in-package #:cl)
(defpackage #:kmrcl-tests
(:use #:kmrcl #:cl #:rtest))
(in-package #:kmrcl-tests)
(rem-all-tests)
(deftest :str.0 (substitute-chars-strings "" nil) "")
(deftest :str.1 (substitute-chars-strings "abcd" nil) "abcd")
(deftest :str.2 (substitute-chars-strings "abcd" nil) "abcd")
(deftest :str.3 (substitute-chars-strings "abcd" '((#\j . "ef"))) "abcd")
(deftest :str.4 (substitute-chars-strings "abcd" '((#\a . "ef"))) "efbcd")
(deftest :str.5
(substitute-chars-strings "abcd" '((#\a . "ef") (#\j . "ghi")))
"efbcd")
(deftest :str.6
(substitute-chars-strings "abcd" '((#\a . "ef") (#\d . "ghi")))
"efbcghi")
(deftest :str.7 (escape-xml-string "") "")
(deftest :str.8 (escape-xml-string "abcd") "abcd")
(deftest :str.9 (escape-xml-string "ab&cd") "ab&cd")
(deftest :str.10 (escape-xml-string "ab&cd<") "ab&cd<")
(deftest :str.12 (string-trim-last-character "") "")
(deftest :str.13 (string-trim-last-character "a") "")
(deftest :str.14 (string-trim-last-character "ab") "a")
(deftest :str.15 (nstring-trim-last-character "") "")
(deftest :str.16 (nstring-trim-last-character "a") "")
(deftest :str.17 (nstring-trim-last-character "ab") "a")
(deftest :str.18 (delimited-string-to-list "ab|cd|ef" #\|)
("ab" "cd" "ef"))
(deftest :str.19 (delimited-string-to-list "ab|cd|ef" #\| t)
("ab" "cd" "ef"))
(deftest :str.20 (delimited-string-to-list "") (""))
(deftest :str.21 (delimited-string-to-list "" #\space t) (""))
(deftest :str.22 (delimited-string-to-list "ab") ("ab"))
(deftest :str.23 (delimited-string-to-list "ab" #\space t) ("ab"))
(deftest :str.24 (delimited-string-to-list "ab|" #\|) ("ab" ""))
(deftest :str.25 (delimited-string-to-list "ab|" #\| t) ("ab"))
(deftest :sdstl.1 (string-delimited-string-to-list "ab|cd|ef" "|a")
("ab|cd|ef"))
(deftest :sdstl.2 (string-delimited-string-to-list "ab|cd|ef" "|")
("ab" "cd" "ef"))
(deftest :sdstl.3 (string-delimited-string-to-list "ab|cd|ef" "cd")
("ab|" "|ef"))
(deftest :sdstl.4 (string-delimited-string-to-list "ab|cd|ef" "ab")
("" "|cd|ef"))
(deftest :hexstr.1 (binary-sequence-to-hex-string ())
"")
(deftest :hexstr.2 (binary-sequence-to-hex-string #())
"")
(deftest :hexstr.3 (binary-sequence-to-hex-string #(165))
"a5"
)
(deftest :hexstr.4 (binary-sequence-to-hex-string (list 165))
"a5")
(deftest :hexstr.5 (binary-sequence-to-hex-string #(165 86))
"a556")
(deftest :apsl.1 (append-sublists '((a b) (c d))) (a b c d))
(deftest :apsl.2 (append-sublists nil) nil)
(deftest :apsl.3 (append-sublists '((a b))) (a b))
(deftest :apsl.4 (append-sublists '((a))) (a))
(deftest :apsl.5 (append-sublists '((a) (b) (c d (e f g)))) (a b c d (e f g)))
(deftest :pss.0 (with-output-to-string (s) (print-separated-strings s "|" nil))
"")
(deftest :pss.1
(with-output-to-string (s) (print-separated-strings s "|" '("ab")) )
"ab")
(deftest :pss.2
(with-output-to-string (s) (print-separated-strings s "|" '("ab" "cd")))
"ab|cd")
(deftest :pss.3
(with-output-to-string (s) (print-separated-strings s "|" '("ab" "cd") nil))
"ab|cd")
(deftest :pss.4
(with-output-to-string (s)
(print-separated-strings s "|" '("ab" "cd") nil nil))
"ab|cd")
(deftest :pss.5
(with-output-to-string (s)
(print-separated-strings s "|" '("ab" "cd") nil '("ef") nil))
"ab|cd|ef")
(deftest :css.0 (concat-separated-strings "|" nil) "")
(deftest :css.1 (concat-separated-strings "|" nil nil) "")
(deftest :css.2 (concat-separated-strings "|" '("ab")) "ab")
(deftest :css.3 (concat-separated-strings "|" '("ab" "cd")) "ab|cd")
(deftest :css.4 (concat-separated-strings "|" '("ab" "cd") nil) "ab|cd")
(deftest :css.5 (concat-separated-strings "|" '("ab" "cd") nil '("ef")) "ab|cd|ef")
(deftest :f.1 (map-and-remove-nils #'(lambda (x) (when (oddp x) (* x x)))
'(0 1 2 3 4 5 6 7 8 9)) (1 9 25 49 81))
(deftest :f.2 (filter #'(lambda (x) (when (oddp x) (* x x)))
'(0 1 2 3 4 5 6 7 8 9)) (1 3 5 7 9))
(deftest :an.1 (appendnew '(a b c d) '(c c e f)) (a b c d e f))
(deftest :pxml.1
(xml-tag-contents "tag1" "<tag>Test</tag>")
nil nil nil)
(deftest :pxml.2
(xml-tag-contents "tag" "<tag>Test</tag>")
"Test" 15 nil)
(deftest :pxml.3
(xml-tag-contents "tag" "<tag >Test</tag>")
"Test" 17 nil)
(deftest :pxml.4
(xml-tag-contents "tag" "<tag a=\"b\"></tag>")
"" 17 ("a=\"b\""))
(deftest :pxml.5
(xml-tag-contents "tag" "<tag a=\"b\" >Test</tag>")
"Test" 22 ("a=\"b\""))
(deftest :pxml.6
(xml-tag-contents "tag" "<tag a=\"b\" c=\"ab\">Test</tag>")
"Test" 29 ("a=\"b\"" "c=\"ab\""))
(deftest :pxml.7
(xml-tag-contents "tag" "<taga a=\"b\" c=\"ab\">Test</taga>")
nil nil nil)
(deftest :pxml.8
(xml-tag-contents "tag" "<taga a=\"b\" c=\"ab\">Test<tag>ab</tag></taga>")
"ab" 37 nil)
(deftest :pxml.9
(xml-tag-contents "tag" "<taga a=\"b\" c=\"ab\">Test<tag>ab</ag></taga>")
nil nil nil)
(deftest :fss.1 (fast-string-search "" "" 0 0 0) 0)
(deftest :fss.2 (fast-string-search "" "abc" 0 0 2) 0)
(deftest :fss.3 (fast-string-search "abc" "" 3 0 0) nil)
(deftest :fss.4 (fast-string-search "abc" "abcde" 3 0 4) 0)
(deftest :fss.5 (fast-string-search "abc" "012abcde" 3 0 7) 3)
(deftest :fss.6 (fast-string-search "abc" "012abcde" 3 0 7) 3)
(deftest :fss.7 (fast-string-search "abc" "012abcde" 3 3 7) 3)
(deftest :fss.8 (fast-string-search "abc" "012abcde" 3 4 7) nil)
(deftest :fss.9 (fast-string-search "abcde" "012abcde" 5 3 8) 3)
(deftest :fss.9b (cl:search "abcde" "012abcde" :start2 3 :end2 8) 3)
(deftest :fss.10 (fast-string-search "abcde" "012abcde" 5 3 7) nil)
(deftest :fss.10b (cl:search "abcde" "012abcde" :start2 3 :end2 7) nil)
(deftest :stlsd.1 (string-to-list-skip-delimiter "") ())
(deftest :stlsd.2 (string-to-list-skip-delimiter "abc") ("abc"))
(deftest :stlsd.3 (string-to-list-skip-delimiter "ab c") ("ab" "c"))
(deftest :stlsd.4 (string-to-list-skip-delimiter "ab c") ("ab" "c"))
(deftest :stlsd.5 (string-to-list-skip-delimiter "ab c") ("ab" "c"))
(deftest :stlsd.6 (string-to-list-skip-delimiter "ab c ") ("ab" "c"))
(deftest :stlsd.7 (string-to-list-skip-delimiter " ab c ") ("ab" "c"))
(deftest :stlsd.8 (string-to-list-skip-delimiter "ab,,c" #\,) ("ab" "c"))
(deftest :stlsd.9 (string-to-list-skip-delimiter "ab,,c,," #\,) ("ab" "c"))
(deftest :stlsd.10 (string-to-list-skip-delimiter " ab") ("ab"))
(deftest :csc.1 (count-string-char "" #\a) 0)
(deftest :csc.2 (count-string-char "abc" #\d) 0)
(deftest :csc.3 (count-string-char "abc" #\b) 1)
(deftest :csc.4 (count-string-char "abcb" #\b) 2)
(deftest :duqs.1 (decode-uri-query-string "") "")
(deftest :duqs.2 (decode-uri-query-string "abc") "abc")
(deftest :duqs.3 (decode-uri-query-string "abc+") "abc ")
(deftest :duqs.4 (decode-uri-query-string "abc+d") "abc d")
(deftest :duqs.5 (decode-uri-query-string "abc%20d") "abc d")
(deftest :sse.1 (string-strip-ending "" nil) "")
(deftest :sse.2 (string-strip-ending "abc" nil) "abc")
(deftest :sse.3 (string-strip-ending "abc" "ab") "abc")
(deftest :sse.4 (string-strip-ending "abc" '("ab")) "abc")
(deftest :sse.5 (string-strip-ending "abcd" '("a" "cd")) "ab")
(deftest :rcs.1 (remove-char-string #\space "") "")
(deftest :rcs.2 (remove-char-string #\space "a") "a")
(deftest :rcs.3 (remove-char-string #\space "ab") "ab")
(deftest :rcs.4 (remove-char-string #\space "a b") "ab")
(deftest :rcs.5 (remove-char-string #\space " a b") "ab")
(deftest :rcs.6 (remove-char-string #\space "a b ") "ab")
(deftest :rcs.7 (remove-char-string #\space "a b c ") "abc")
(deftest :rcs.8 (remove-char-string #\space "a b c d") "abcd")
(defun test-color-conversion ()
(dotimes (ih 11)
(dotimes (is 11)
(dotimes (iv 11)
(let ((h (* ih 30))
(s (/ is 10))
(v (/ iv 10)))
(multiple-value-bind (r g b) (hsv->rgb h s v)
(multiple-value-bind (h2 s2 v2) (rgb->hsv r g b)
(unless (hsv-equal h s v h2 s2 v2)
(warn "Colors not equal: ~4D ~4D ~4D | ~6D:~6D ~6D:~6D ~6D:~6D~%"
(float r) (float g) (float b)
(when (typep h 'number) (float h))
(when (typep h2 'number) (float h2))
(float s) (float s2) (float v) (float v2))
(return-from test-color-conversion nil))))))))
t)
(defun test-color-conversion-float-255 ()
(dotimes (ih 11)
(dotimes (is 11)
(dotimes (iv 11)
(let ((h (* ih 30))
(s (/ is 10))
(v (/ iv 10)))
(multiple-value-bind (r g b) (hsv->rgb h s v)
(setf r (round (* 255 r))
g (round (* 255 g))
b (round (* 255 b)))
(multiple-value-bind (h2 s2 v2) (rgb255->hsv255 r g b)
(unless (hsv-similar h s v h2 (/ s2 255) (/ v2 255)
:hue-range 10 :saturation-range .1
:value-range 1 :black-limit 0 :gray-limit 0)
(warn "Colors not equal: ~4D ~4D ~4D | ~6D:~6D ~6D:~6D ~6D:~6D~%"
r g b
(when (typep h 'number) (float h))
(when (typep h2 'number) (float h2))
(float s) (float (/ s2 255)) (float v) (float (/ v2 255)))
(return-from test-color-conversion-float-255 nil))))))))
t)
(defun test-color-conversion-255-float ()
(dotimes (ih 11)
(dotimes (is 11)
(dotimes (iv 11)
(let ((h (* ih 30))
(s (/ is 10))
(v (/ iv 10)))
(multiple-value-bind (r g b) (hsv255->rgb255 h (truncate (* 255 s))
(truncate (* 255 v)))
(setf r (/ r 255)
g (/ g 255)
b (/ b 255))
(multiple-value-bind (h2 s2 v2) (rgb->hsv r g b)
(unless (hsv-similar h s v h2 s2 v2
:hue-range 10 :saturation-range .1
:value-range 1 :black-limit 0 :gray-limit 0)
(warn "Colors not equal: ~4D ~4D ~4D | ~6D:~6D ~6D:~6D ~6D:~6D~%"
r g b
(when (typep h 'number) (float h))
(when (typep h2 'number) (float h2))
(float s) (float (/ s2 255)) (float v) (float (/ v2 255)))
(return-from test-color-conversion-255-float nil))))))))
t)
(defun test-color-conversion-255 ()
(dotimes (ih 11)
(dotimes (is 11)
(dotimes (iv 11)
(let ((h (* ih 30))
(s (truncate (* 255 (/ is 10))))
(v (truncate (* 255 (/ iv 10)))))
(multiple-value-bind (r g b) (hsv255->rgb255 h s v)
(multiple-value-bind (h2 s2 v2) (rgb255->hsv255 r g b)
(unless (hsv255-similar h s v h2 s2 v2 :hue-range 10 :saturation-range 5
:value-range 5 :black-limit 0 :gray-limit 0)
(warn "Colors not equal: ~D ~D ~D |~
~3,'0D:~3,'0D ~3,'0D:~3,'0D ~3,'0D:~3,'0D~%"
r g b
h h2 s s2 v v2)
(return-from test-color-conversion-255 nil))))))))
t)
(deftest :color.conv (test-color-conversion) t)
(deftest :color.conv.float.255 (test-color-conversion-float-255) t)
(deftest :color.conv.255.float (test-color-conversion-255-float) t)
(deftest :color.conv.255 (test-color-conversion-255) t)
(deftest :hue.diff.1 (hue-difference 10 10) 0)
(deftest :hue.diff.2 (hue-difference 10 9) -1)
(deftest :hue.diff.3 (hue-difference 9 10) 1)
(deftest :hue.diff.4 (hue-difference 10 nil) 360)
(deftest :hue.diff.5 (hue-difference nil 1) 360)
(deftest :hue.diff.7 (hue-difference 10 190) 180)
(deftest :hue.diff.8 (hue-difference 190 10) -180)
(deftest :hue.diff.9 (hue-difference 1 359) -2)
(deftest :hue.diff.10 (hue-difference 1 182) -179)
(deftest :hue.diff.11 (hue-difference 1 270) -91)
(deftest :hsv.sim.1 (hsv-similar 100 .5 .5 110 .5 .5 :hue-range 5
:value-range 0 :saturation-range 0
:black-limit 0 :gray-limit 0) nil)
(deftest :hsv.sim.2 (hsv-similar 100 .5 .5 110 .5 .5 :hue-range 15
:value-range 0 :saturation-range 0
:black-limit 0 :gray-limit 0) t)
(deftest :hsv.sim.3 (hsv-similar 100 .5 .5 110 .5 .6 :hue-range 15
:value-range .2 :saturation-range 0
:black-limit 0 :gray-limit 0) t)
(deftest :hsv.sim.4 (hsv-similar 100 .5 .5 110 .5 .8 :hue-range 15
:value-range 0.2 :saturation-range 0
:black-limit 0 :gray-limit 0) nil)
(deftest :hsv.sim.5 (hsv-similar 100 .5 .5 110 .6 .6 :hue-range 15
:value-range 0.2 :saturation-range .2
:black-limit 0 :gray-limit 0) t)
(deftest :hsv.sim.6 (hsv-similar 100 .5 .5 110 .6 .8 :hue-range 15
:value-range 0.2 :saturation-range .2
:black-limit 0 :gray-limit 0) nil)
(deftest :hsv.sim.7 (hsv-similar 100 .5 .05 110 .6 .01 :hue-range 0
:value-range 0 :saturation-range 0
:black-limit .1 :gray-limit 0) t)
(deftest :hsv.sim.8 (hsv-similar 100 .01 .5 110 .09 .6 :hue-range 0
:value-range 0.2 :saturation-range 0
:black-limit 0 :gray-limit .1) t)
(deftest :hsv.sim.9 (hsv-similar 100 .01 .5 110 .09 .6 :hue-range 0
:value-range 0.05 :saturation-range 0
:black-limit 0 :gray-limit .1) nil)
#+ignore
(progn
(deftest :dst.1
(is-dst-change-usa-spring-utime
(encode-universal-time 0 0 0 2 4 2000)) t)
(deftest :dst.2
(is-dst-change-usa-spring-utime
(encode-universal-time 0 0 0 1 4 2000)) nil)
(deftest :dst.3
(is-dst-change-usa-spring-utime
(encode-universal-time 0 0 0 3 4 2000)) nil)
(deftest :dst.4
(is-dst-change-usa-fall-utime
(encode-universal-time 0 0 0 31 10 2004)) t)
(deftest :dst.5
(is-dst-change-usa-fall-utime
(encode-universal-time 0 0 0 30 10 2004)) nil)
(deftest :dst.6
(is-dst-change-usa-fall-utime
(encode-universal-time 0 0 0 1 11 2000)) nil)
)
(deftest :sts.1
(seconds-to-condensed-time-string 0) "0s")
(deftest :sts.2
(seconds-to-condensed-time-string 60) "1m0s")
(deftest :sts.3
(seconds-to-condensed-time-string 65) "1m5s")
(deftest :sts.4
(seconds-to-condensed-time-string 3600) "1h0m0s")
(deftest :sts.5
(seconds-to-condensed-time-string 36000) "10h0m0s")
(deftest :sts.6
(seconds-to-condensed-time-string 86400) "1d0h0m0s")
(deftest :sts.7
(seconds-to-condensed-time-string (* 7 86400)) "1w0d0h0m0s")
(deftest :sts.8
(seconds-to-condensed-time-string (* 21 86400)) "3w0d0h0m0s")
(deftest :sts.9
(seconds-to-condensed-time-string (+ 86400 7200 120 50 (* 21 86400))) "3w1d2h2m50s")
(deftest :sts.10
(seconds-to-condensed-time-string (+ .1 86400 7200 120 50 (* 21 86400))
:dp-digits 1) "3w1d2h2m50.1s")
(deftest :ekdc.1
(ensure-keyword-default-case (read-from-string "TYPE")) :type)
(deftest :ekdc.2
(ensure-keyword-default-case (read-from-string "type")) :type)
(deftest :se.1
(string-elide "A Test string" 10 :end) "A Test ..." )
(deftest :se.2
(string-elide "A Test string" 13 :end) "A Test string")
(deftest :se.3
(string-elide "A Test string" 11 :end) "A Test s..." )
(deftest :se.4
(string-elide "A Test string" 2 :middle) "...")
(deftest :se.5
(string-elide "A Test string" 11 :middle) "A Te...ring")
(deftest :se.6
(string-elide "A Test string" 12 :middle) "A Tes...ring")
(deftest :url.1
(make-url "pg")
"pg")
(deftest :url.2
(make-url "pg" :anchor "now")
"pg#now")
(deftest :url.3
(make-url "pg" :vars '(("a" . "5")))
"pg?a=5")
(deftest :url.4
(make-url "pg" :anchor "then" :vars '(("a" . "5") ("b" . "pi")))
"pg?a=5&b=pi#then")
(defclass test-unique ()
((a :initarg :a)
(b :initarg :b)))
(deftest :unique.1
(let ((list (list (make-instance 'test-unique :a 1 :b 1)
(make-instance 'test-unique :a 2 :b 2)
(make-instance 'test-unique :a 3 :b 2))))
(values
(unique-slot-values list 'a)
(unique-slot-values list 'b)))
(1 2 3) (1 2))
(deftest :unique.2
(unique-slot-values nil 'a)
nil)
(deftest :nwp.1
(numbers-within-percentage 1. 1.1 9)
nil)
(deftest :nwp.2
(numbers-within-percentage 1. 1.1 11)
t)
(deftest :pfs.1 (prefixed-fixnum-string 0 #\A 5) "A00000")
(deftest :pfs.2 (prefixed-fixnum-string 1 #\A 5) "A00001")
(deftest :pfs.3 (prefixed-fixnum-string 21 #\B 3) "B021")
(deftest :pis.4 (prefixed-integer-string 234134 #\C 7) "C0234134")
;;; Binary tree search tests
(defvar *btree-vector*)
(defun init-btree-vector (len)
(make-random-state t)
(setq *btree-vector* (make-array (list len)
:element-type 'fixnum
:initial-element 0))
(dotimes (i (length *btree-vector*))
(do ((rand (random most-positive-fixnum) (random most-positive-fixnum)))
((not (find rand *btree-vector* :end i))
(setf (aref *btree-vector* i) rand))))
(setq *btree-vector* (sort *btree-vector* #'<)))
(defun test-btree-vector (len)
(init-btree-vector len)
(dotimes (i (length *btree-vector*) t)
(let ((stored (aref *btree-vector* i)))
(multiple-value-bind (pos value last-pos count)
(sorted-vector-find stored *btree-vector*)
(declare (ignore last-pos))
(when (or (not (eql i pos)) (not (eql stored value)))
(format t "~&Error: btree value ~D at pos ~D: found ~D at pos ~D [count ~D].~%"
stored i value pos count)
(return nil))))))
(deftest :btree.1
(dotimes (i 1000 t)
(test-btree-vector i))
t)
(defun time-btree (&optional (fn #'sorted-vector-find) (return-on-error nil))
(time
(let ((total-count 0))
(declare (fixnum total-count))
(dotimes (i (length *btree-vector*) t)
(let ((stored (aref *btree-vector* i)))
(multiple-value-bind (value pos count)
(funcall fn stored *btree-vector*)
(incf total-count count)
(when (or (/= i pos) (/= stored value))
(format t "~&Error: btree value ~D at pos ~D: found ~D at pos ~D [count ~D].~%"
stored i value pos count)
(when return-on-error
(return-from time-btree nil))))))
(float (/ total-count (length *btree-vector*))))))
;;; MOP Testing
;; Disable attrib class until understand changes in sbcl/cmucl
;; using COMPUTE-SLOT-ACCESSOR-INFO and defining method
;; for slot access of ALL-ATTRIBUTES. Does this work on Allegro/LW?
#+ignore
(progn
(eval-when (:compile-toplevel :load-toplevel :execute)
(when (find-package '#:kmr-mop)
(pushnew :kmrtest-mop cl:*features*)))
#+kmrtest-mop
(setf (find-class 'monitored-credit-rating) nil)
#+kmrtest-mop
(setf (find-class 'credit-rating) nil)
#+kmrtest-mop
(defclass credit-rating ()
((level :attributes (date-set time-set))
(id :attributes (person-setting)))
#+lispworks (:optimize-slot-access nil)
(:metaclass attributes-class))
#+kmrtest-mop
(defclass monitored-credit-rating ()
((level :attributes (last-checked interval date-set))
(cc :initarg :cc)
(id :attributes (verified)))
(:metaclass attributes-class))
#+kmrtest-mop
(deftest :attrib.mop.1
(let ((cr (make-instance 'credit-rating)))
(slot-attribute cr 'level 'date-set))
nil)
#+kmrtest-mop
(deftest :attrib.mop.2
(let ((cr (make-instance 'credit-rating)))
(setf (slot-attribute cr 'level 'date-set) "12/15/1990")
(let ((result (slot-attribute cr 'level 'date-set)))
(setf (slot-attribute cr 'level 'date-set) nil)
result))
"12/15/1990")
#+kmrtest-mop
(deftest :attrib.mop.3
(let ((mcr (make-instance 'monitored-credit-rating)))
(setf (slot-attribute mcr 'level 'date-set) "01/05/2002")
(let ((result (slot-attribute mcr 'level 'date-set)))
(setf (slot-attribute mcr 'level 'date-set) nil)
result))
"01/05/2002")
#+kmrtest-mop
(eval-when (:compile-toplevel :load-toplevel :execute)
(setq cl:*features* (delete :kmrtest-mop cl:*features*)))
) ;; progn