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;;;; side-effectful tests of MAP-related stuff
;;;; This software is part of the SBCL system. See the README file for
;;;; more information.
;;;;
;;;; While most of SBCL is derived from the CMU CL system, the test
;;;; files (like this one) were written from scratch after the fork
;;;; from CMU CL.
;;;;
;;;; This software is in the public domain and is provided with
;;;; absolutely no warranty. See the COPYING and CREDITS files for
;;;; more information.
;;; tests of MAP
(with-test (:name (map :smoke))
(assertoid (map 'vector #'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22))
(assertoid (map 'list #'+ #(1 2) '(100) #(0) #(100 100))
:expected-equal '(201)))
;;; tests of MAP-INTO
(with-test (:name (map-into :smoke))
(assertoid (map-into (vector) #'+ '(1 2 3) '(30 20))
:expected-equalp #())
(assertoid (map-into (vector 99) #'+ '(1 2 3) '(30 20))
:expected-equalp #(31))
(assertoid (map-into (vector 99 88) #'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22))
(assertoid (map-into (vector 99 88 77) #'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22 77))
(assertoid (map-into (list) #'+ '(1 2 3) '(30 20))
:expected-equalp '())
(assertoid (map-into (list 99) #'+ '(1 2 3) '(30 20))
:expected-equalp '(31))
(assertoid (map-into (list 99 88) #'+ '(1 2 3) '(30 20))
:expected-equalp '(31 22))
(assertoid (map-into (list 99 88 77) #'+ '(1 2 3) '(30 20))
:expected-equalp '(31 22 77))
(assertoid (map-into (vector 99 99 99) (constantly 5))
:expected-equalp #(5 5 5))
(assertoid (map-into (vector 99 99 99) (let ((x 0)) (lambda () (incf x))))
:expected-equalp #(1 2 3))
(assertoid (map-into (list 99 99 99) (constantly 5))
:expected-equalp '(5 5 5))
(assertoid (map-into (list 99 99 99) (let ((x 0)) (lambda () (incf x))))
:expected-equalp '(1 2 3))
(assertoid (map-into (make-array 0 :element-type 'fixnum)
#'+ '(1 2 3) '(30 20))
:expected-equalp #())
(assertoid (map-into (make-array 1 :element-type 'fixnum :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31))
(assertoid (map-into (make-array 2 :element-type 'fixnum :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22))
(assertoid (map-into (make-array 3 :element-type 'fixnum :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22 99))
(assertoid (map-into (make-array 0 :fill-pointer 0 :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #())
(assertoid (map-into (make-array 1 :fill-pointer 0 :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31))
(assertoid (map-into (make-array 2 :fill-pointer 0 :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22))
(assertoid (map-into (make-array 3 :fill-pointer 0 :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22))
(assertoid (map-into (make-array 9 :fill-pointer 9 :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22))
(assertoid (map-into (make-array 9 :fill-pointer 5 :initial-element 99)
#'+ '(1 2 3) '(30 20))
:expected-equalp #(31 22)))
(defmacro with-mapnil-test-fun (fun-name &body body)
`(let ((reversed-result nil))
(flet ((,fun-name (&rest rest)
(push rest reversed-result)))
,@body
(nreverse reversed-result))))
(with-test (:name (map nil))
(assertoid (with-mapnil-test-fun fun
(map nil #'fun #(1)))
:expected-equal '((1)))
(assertoid (with-mapnil-test-fun fun
(map nil #'fun #() '(1 2 3)))
:expected-equal '())
(assertoid (with-mapnil-test-fun fun
(map nil #'fun #(a b c) '(alpha beta) '(aleph beth)))
:expected-equal '((a alpha aleph) (b beta beth))))
;;; Exercise MAP repeatedly on the same dataset by providing various
;;; combinations of sequence type arguments, declarations, and so
;;; forth.
(defvar *list-1* '(1))
(defvar *list-2* '(1 2))
(defvar *list-3* '(1 2 3))
(defvar *list-4* '(1 2 3 4))
(defvar *vector-10* #(10))
(defvar *vector-20* #(10 20))
(defvar *vector-30* #(10 20 30))
(defmacro maptest (&key
result-seq
fun-name
arg-seqs
arg-types
(result-element-types '(t)))
(let ((reversed-assertoids nil))
(dotimes (arg-type-index (expt 2 (length arg-types)))
(labels (;; Arrange for EXPR to be executed.
(arrange (expr)
(push expr reversed-assertoids))
;; We toggle the various type declarations on and
;; off depending on the bit pattern in ARG-TYPE-INDEX,
;; so that we get lots of different things to test.
(eff-arg-type (i)
(if (and (< i (length arg-types))
(plusp (logand (expt 2 i)
arg-type-index)))
(nth i arg-types)
t))
(args-with-type-decls ()
(let ((reversed-result nil))
(dotimes (i (length arg-seqs) (nreverse reversed-result))
(push `(the ,(eff-arg-type i)
,(nth i arg-seqs))
reversed-result)))))
(dolist (fun `(',fun-name #',fun-name))
(dolist (result-type (cons 'list
(mapcan (lambda (et)
`((vector ,et)
(simple-array ,et 1)))
result-element-types)))
(arrange
`(assertoid (map ',result-type ,fun ,@(args-with-type-decls))
:expected-equalp (coerce ,result-seq
',result-type))))
(arrange
`(assertoid (map-into (fill (copy-seq ,result-seq) 9999)
,fun ,@(args-with-type-decls))
:expected-equalp ,result-seq)))
(arrange
`(assertoid (mapcar (lambda (args) (apply #',fun-name args))
(with-mapnil-test-fun mtf
(map nil
;; (It would be nice to test MAP
;; NIL with function names, too,
;; but I can't see any concise way
;; to do it..)
#'mtf
,@(args-with-type-decls))))
:expected-equal (coerce ,result-seq 'list)))))
`(progn ,@(nreverse reversed-assertoids))))
(with-test (:name :maptest)
(maptest :result-seq '(2 3)
:fun-name 1+
:arg-seqs (*list-2*)
:arg-types (list))
(maptest :result-seq '(nil nil nil)
:fun-name oddp
:arg-seqs (*vector-30*)
:arg-types (vector))
(maptest :result-seq '(12 24)
:fun-name +
:arg-seqs (*list-2* *list-2* *vector-30*)
:arg-types (list list vector)))
(with-test (:name (map-into vector :from list))
(map-into (eval (make-array 10))
#'list
(make-list 10))
(checked-compile-and-assert ()
`(lambda (a) (map-into (make-array 3) #'identity a))
(('(1 2 3)) #(1 2 3) :test #'equalp)))
(with-test (:name (map-into type-error))
(checked-compile-and-assert (:optimize :safe)
`(lambda (x)
(map-into (make-array 1 :element-type '(signed-byte 16)) x))
(((constantly nil)) (condition 'type-error)))
(checked-compile-and-assert (:optimize :safe)
`(lambda (array x) (map-into array x))
(((make-array 1 :element-type '(signed-byte 16)) (constantly nil))
(condition 'type-error)))
(checked-compile-and-assert (:optimize :safe)
`(lambda (array x) (map-into array x))
(((cons 1 2) (constantly nil)) (condition 'type-error))))
(with-test (:name (map type-error))
(checked-compile-and-assert (:optimize :safe)
`(lambda (x) (map '(vector (signed-byte 16) 1) #'identity x))
(('(1.0)) (condition 'type-error)))
(checked-compile-and-assert (:optimize :safe)
`(lambda (type x) (map type #'identity x))
(('(vector (signed-byte 16) 1) '(1.0)) (condition 'type-error))))
(with-test (:name (map :out-of-line))
(flet ((test (map args expected)
(let ((fun (checked-compile `(lambda (&rest args)
(declare (notinline ,map))
(apply #',map args)))))
(assert (equal (apply fun args) expected)))))
(test 'mapcar (list #'+ '(1 2 3) '(3 2 1)) '(4 4 4))
(test 'maplist (list #'cons '(1 2 3) '(3 2 1))
'(((1 2 3) 3 2 1) ((2 3) 2 1) ((3) 1)))
(test 'mapcan (list #'cons '(1 2 3) '(3 2 1)) '(1 2 3 . 1))
(test 'mapcon (list #'list '(1 2 3) '(3 2 1))
'((1 2 3) (3 2 1) (2 3) (2 1) (3) (1)))
(test 'mapcan (list #'identity '((3 4 . 5) nil (1 . 5)))
'(3 4 1 . 5))
(test 'mapcar (list #'list '(1 2 3) '(4 5 6) '(7 8 9))
'((1 4 7) (2 5 8) (3 6 9)))
(test 'mapcan (list #'identity '(1)) 1)))
(with-test (:name (map :initial-element-style-warnin))
(checked-compile-and-assert
()
`(lambda (x)
(map '(vector hash-table) #'identity x))))
|
