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Michał Herda
ansi-test
Commits
c7319d03
Commit
c7319d03
authored
19 years ago
by
pfdietz
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Added tests involving two uses of the same accessor
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be308153
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ansi-tests/rotatef.lsp
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c7319d03
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@@ -68,4 +68,285 @@
a b nil b a)
;;; Need to add more tests for ROTATEF here
;;; ROTATEF is a good testbed for finding conflicts in setf expansions
;;; These tests apply rotatef to various accessors
(deftest rotatef.6
(let* ((x (list 'a 'b))
(y (list 'c 'd))
(z 'e))
(rotatef (car x) (car y) z)
(values x y z))
(c b) (e d) a)
(deftest rotatef.7
(let* ((x (list 'a 'b))
(y (list 'c 'd))
(z 'e))
(rotatef (first x) (first y) z)
(values x y z))
(c b) (e d) a)
(deftest rotatef.8
(let* ((x (list 'a 'b))
(y (list 'c 'd))
(z '(e)))
(rotatef (cdr x) (cdr y) z)
(values x y z))
(a d) (c e) (b))
(deftest rotatef.9
(let* ((x (list 'a 'b))
(y (list 'c 'd))
(z '(e)))
(rotatef (rest x) (rest y) z)
(values x y z))
(a d) (c e) (b))
(deftest rotatef.10
(let* ((x (list 'a 'b))
(y (list 'c 'd))
(z 'e))
(rotatef (cadr x) (cadr y) z)
(values x y z))
(a d) (c e) b)
(deftest rotatef.11
(let* ((x (list 'a 'b))
(y (list 'c 'd))
(z 'e))
(rotatef (second x) (second y) z)
(values x y z))
(a d) (c e) b)
(deftest rotatef.12
(let* ((x (list 'a 'b 'c))
(y (list 'd 'e 'f))
(z (list 'g)))
(rotatef (cddr x) (cddr y) z)
(values x y z))
(a b f) (d e g) (c))
(deftest rotatef.13
(let* ((x (list (list 'a)))
(y (list (list 'c)))
(z 'e))
(rotatef (caar x) (caar y) z)
(values x y z))
((c)) ((e)) a)
(deftest rotatef.14
(let* ((x (list (list 'a 'b)))
(y (list (list 'c 'd)))
(z (list 'e)))
(rotatef (cdar x) (cdar y) z)
(values x y z))
((a d)) ((c e)) (b))
;;; TODO: c*r accessors with > 2 a/d
;;; TODO: third,...,tenth
(deftest rotatef.15
(let* ((x (vector 'a 'b))
(y (vector 'c 'd))
(z 'e))
(rotatef (aref x 0) (aref y 0) z)
(values x y z))
#(c b) #(e d) a)
(deftest rotatef.16
(let* ((x (vector 'a 'b))
(y (vector 'c 'd))
(z 'e))
(rotatef (svref x 0) (svref y 0) z)
(values x y z))
#(c b) #(e d) a)
(deftest rotatef.17
(let* ((x (copy-seq #*11000))
(y (copy-seq #*11100))
(z 1))
(rotatef (bit x 1) (bit y 3) z)
(values x y z))
#*10000 #*11110 1)
(deftest rotatef.18
(let* ((x (copy-seq "abcde"))
(y (copy-seq "fghij"))
(z #\X))
(rotatef (char x 1) (char y 2) z)
(values x y z))
"ahcde" "fgXij" #\b)
(deftest rotatef.21
(let* ((x (copy-seq #*11000))
(y (copy-seq #*11100))
(z 1))
(rotatef (bit x 1) (bit y 3) z)
(values x y z))
#*10000 #*11110 1)
(deftest rotatef.22
(let* ((x (copy-seq "abcde"))
(y (copy-seq "fghij"))
(z #\X))
(rotatef (char x 1) (char y 2) z)
(values x y z))
"ahcde" "fgXij" #\b)
(deftest rotatef.23
(let* ((x (copy-seq '(a b c d e)))
(y (copy-seq '(f g h i j)))
(z 'k))
(rotatef (elt x 1) (elt y 2) z)
(values x y z))
(a h c d e) (f g k i j) b)
(deftest rotatef.24
(let ((x #b01010101)
(y #b1111)
(z 0))
(rotatef (ldb (byte 4 2) x)
(ldb (byte 4 1) y)
z)
(values x y z))
#b01011101
1
#b0101)
(deftest rotatef.25
(let* ((f1 (gensym))
(f2 (gensym))
(fn1 (constantly :foo))
(fn2 (constantly :bar))
(fn3 (constantly :zzz)))
(setf (fdefinition f1) fn1
(fdefinition f2) fn2)
(rotatef (fdefinition f1)
(fdefinition f2)
fn3)
(values (funcall f1) (funcall f2) (funcall fn3)))
:bar :zzz :foo)
(deftest rotatef.26
(let* ((a1 (make-array '(10) :fill-pointer 5))
(a2 (make-array '(20) :fill-pointer 7))
(z 3))
(rotatef (fill-pointer a1) (fill-pointer a2) z)
(values (fill-pointer a1) (fill-pointer a2) z))
7 3 5)
(deftest rotatef.27
(let* ((x (list 'a 'b 'c 'd))
(y (list 'd 'e 'f 'g))
(n1 1) (n2 2)
(z 'h))
(rotatef (nth n1 x) (nth n2 y) z)
(values x y z))
(a f c d)
(d e h g)
b)
(deftest rotatef.28
(let* ((f1 (gensym))
(f2 (gensym))
(fn1 (constantly :foo))
(fn2 (constantly :bar))
(fn3 (constantly :zzz)))
(setf (symbol-function f1) fn1
(symbol-function f2) fn2)
(rotatef (symbol-function f1) (symbol-function f2) fn3)
(values (funcall f1) (funcall f2) (funcall fn3)))
:bar :zzz :foo)
(deftest rotatef.29
(let* ((s1 (gensym))
(s2 (gensym))
(z 1))
(setf (symbol-value s1) :foo
(symbol-value s2) :bar)
(rotatef (symbol-value s1)
(symbol-value s2)
z)
(values (symbol-value s1) (symbol-value s2) z))
:bar 1 :foo)
(deftest rotatef.30
(let* ((s1 (gensym))
(s2 (gensym))
(v1 (list :foo 1))
(v2 (list :bar 2))
(z nil))
(setf (symbol-plist s1) v1
(symbol-plist s2) v2)
(rotatef (symbol-plist s1) (symbol-plist s2) z)
(values (symbol-plist s1) (symbol-plist s2) z))
(:bar 2) nil (:foo 1))
(deftest rotatef.31
(let* ((x (list 'a 'b 'c 'd 'e))
(y (list 'f 'g 'h 'i 'j))
(p1 1) (p2 2) (len 3)
(z '(10 11 12)))
(rotatef (subseq x p1 (+ p1 len))
(subseq y p2 (+ p2 len))
z)
(values x y z))
(a h i j e)
(f g 10 11 12)
(b c d))
(deftest rotatef.32
(let* ((x (gensym))
(y (gensym))
(k1 :foo)
(k2 :bar)
(v1 1)
(v2 2)
(z 17))
(setf (get x k1) v1 (get y k2) v2)
(rotatef (get x k1) (get y k2) z)
(values (symbol-plist x) (symbol-plist y) z))
(:foo 2) (:bar 17) 1)
(deftest rotatef.33
(let* ((x nil)
(y nil)
(k1 :foo)
(k2 :bar)
(v1 1)
(v2 2)
(z 21))
(setf (getf x k1) v1 (getf y k2) v2)
(rotatef (getf x k1) (getf y k2) z)
(values x y z))
(:foo 2) (:bar 21) 1)
(deftest rotatef.34
(let* ((ht1 (make-hash-table))
(ht2 (make-hash-table))
(k1 :foo) (v1 1)
(k2 :bar) (v2 2)
(z 3))
(setf (gethash k1 ht1) v1
(gethash k2 ht2) v2)
(rotatef z (gethash k1 ht1) (gethash k2 ht2))
(values z (gethash k1 ht1) (gethash k2 ht2)))
1 2 3)
(deftest rotatef.35
(let ((n1 (gensym))
(n2 (gensym))
(n3 (gensym))
(n4 (gensym)))
(eval `(defclass ,n1 () ()))
(eval `(defclass ,n2 () ()))
(setf (find-class n3) (find-class n1)
(find-class n4) (find-class n2))
(rotatef (find-class n3) (find-class n4))
(values (eqlt (find-class n1) (find-class n4))
(eqlt (find-class n2) (find-class n3))))
t t)
;;; TODO: macro-function, mask-field, row-major-aref,
;;; logical-pathname-translations, readtable-case
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