master b07a86abb6d: * test/lisp/emacs-lisp/comp-cstr-tests.el: Use macros in a simpler way

[Stefan Monnier]

branch: master
commit b07a86abb6d5bb3d5cd178bb77592ad7208882f5
Author: Stefan Monnier <monnier@iro.umontreal.ca>
Commit: Stefan Monnier <monnier@iro.umontreal.ca>

    * test/lisp/emacs-lisp/comp-cstr-tests.el: Use macros in a simpler way
    
    (comp-cstr-test-ts): Move out of `cl-eval-when`.
    (comp-cstr-typespec-test): Delete.
    (comp-cstr-synthesize-tests): Make it take the tests as an argument.
    (comp-cstr-typespec-tests-alist): Delete var, pass its value to the
    macro instead.
---
 test/lisp/emacs-lisp/comp-cstr-tests.el | 414 ++++++++++++++++----------------
 1 file changed, 204 insertions(+), 210 deletions(-)

diff --git a/test/lisp/emacs-lisp/comp-cstr-tests.el 
b/test/lisp/emacs-lisp/comp-cstr-tests.el
index fb1770f1f4a..edc70b12d4b 100644
--- a/test/lisp/emacs-lisp/comp-cstr-tests.el
+++ b/test/lisp/emacs-lisp/comp-cstr-tests.el
@@ -29,218 +29,212 @@
 (require 'cl-lib)
 (require 'comp-cstr)
 
-(cl-eval-when (compile eval load)
-
-  (defun comp-cstr-test-ts (type-spec)
-    "Create a constraint from TYPE-SPEC and convert it back to type specifier."
-    (let ((comp-ctxt (make-comp-cstr-ctxt)))
-      (comp-cstr-to-type-spec (comp-type-spec-to-cstr type-spec))))
-
-  (defun comp-cstr-typespec-test (number type-spec expected-type-spec)
-    `(ert-deftest ,(intern (concat "comp-cstr-test-" (int-to-string number))) 
()
-       (should (equal (comp-cstr-test-ts ',type-spec)
-                      ',expected-type-spec))))
-
-  (defconst comp-cstr-typespec-tests-alist
-    '(;; 1
-      (symbol . symbol)
-      ;; 2
-      ((or string array) . array)
-      ;; 3
-      ((or symbol number) . (or number symbol))
-      ;; 4
-      ((or cons atom) . t) ;; SBCL return T
-      ;; 5
-      ((or integer number) . number)
-      ;; 6
-      ((or (or integer symbol) number) . (or number symbol))
-      ;; 7
-      ((or (or integer symbol) (or number list)) . (or list number symbol))
-      ;; 8
-      ((or (or integer number) nil) . number)
-      ;; 9
-      ((member foo) . (member foo))
-      ;; 10
-      ((member foo bar) . (member bar foo))
-      ;; 11
-      ((or (member foo) (member bar)) . (member bar foo))
-      ;; 12
-      ((or (member foo) symbol) . symbol) ;; SBCL return (OR SYMBOL (MEMBER 
FOO))
-      ;; 13
-      ((or (member foo) number) .  (or (member foo) number))
-      ;; 14
-      ((or (integer 1 3) number) . number)
-      ;; 15
-      (integer . integer)
-      ;; 16
-      ((integer 1 2) . (integer 1 2))
-      ;; 17
-      ((or (integer -1  0) (integer 3  4)) . (or (integer -1  0) (integer 3  
4)))
-      ;; 18
-      ((or (integer -1  2) (integer 3  4)) . (integer -1 4))
-      ;; 19
-      ((or (integer -1  3) (integer 3  4)) . (integer -1 4))
-      ;; 20
-      ((or (integer -1  4) (integer 3  4)) . (integer -1 4))
-      ;; 21
-      ((or (integer -1  5) (integer 3  4)) . (integer -1 5))
-      ;; 22
-      ((or (integer -1  *) (integer 3  4)) . (integer -1 *))
-      ;; 23
-      ((or (integer -1  2) (integer *  4)) . (integer * 4))
-      ;; 24
-      ((and string array) . string)
-      ;; 25
-      ((and cons atom) . nil)
-      ;; 26
-      ((and (member foo) (member foo bar baz)) . (member foo))
-      ;; 27
-      ((and (member foo) (member bar)) . nil)
-      ;; 28
-      ((and (member foo) symbol) . (member foo))
-      ;; 29
-      ((and (member foo) string) . nil)
-      ;; 30
-      ((and (member foo) (integer 1 2)) . nil)
-      ;; 31
-      ((and (member 1 2) (member 3 2)) . (integer 2 2))
-      ;; 32
-      ((and number (integer 1 2)) . (integer 1 2))
-      ;; 33
-      ((and integer (integer 1 2)) . (integer 1 2))
-      ;; 34
-      ((and (integer -1 0) (integer 3 5)) . nil)
-      ;; 35
-      ((and (integer -1 2) (integer 3 5)) . nil)
-      ;; 36
-      ((and (integer -1 3) (integer 3 5)) . (integer 3 3))
-      ;; 37
-      ((and (integer -1 4) (integer 3 5)) . (integer 3 4))
-      ;; 38
-      ((and (integer -1 5) nil) . nil)
-      ;; 39
-      ((not symbol) . (not symbol))
-      ;; 40
-      ((or (member foo) (not (member foo bar))) . (not (member bar)))
-      ;; 41
-      ((or (member foo bar) (not (member foo))) . t)
-      ;; 42
-      ((or symbol (not sequence)) . (not sequence))
-      ;; 43
-      ((or symbol (not symbol)) . t)
-      ;; 44
-      ((or symbol (not sequence)) . (not sequence))
-      ;; 45 Conservative.
-      ((or vector (not sequence)) . t)
-      ;; 46
-      ((or (integer 1 10) (not (integer * 5))) . (not (integer * 0)))
-      ;; 47
-      ((or symbol (integer 1 10) (not (integer * 5))) . (not (integer * 0)))
-      ;; 48
-      ((or (not symbol) (integer 1 10) (not (integer * 5))) . (not (or symbol 
(integer * 0))))
-      ;; 49
-      ((or symbol (not (member foo))) . (not (member foo)))
-      ;; 50
-      ((or (not symbol) (not (member foo))) . (not symbol))
-      ;; 51 Conservative.
-      ((or (not (member foo)) string) . (not (member foo)))
-      ;; 52 Conservative.
-      ((or (member foo) (not string)) . (not string))
-      ;; 53
-      ((or (not (integer 1 2)) integer) . t)
-      ;; 54
-      ((or (not (integer 1 2)) (not integer)) . (not integer))
-      ;; 55
-      ((or (integer 1 2) (not integer)) . (not (or (integer * 0) (integer 3 
*))))
-      ;; 56
-      ((or number (not (integer 1 2))) . t)
-      ;; 57
-      ((or atom (not (integer 1 2))) . t)
-      ;; 58
-      ((or atom (not (member foo))) . t)
-      ;; 59
-      ((and symbol (not cons)) . symbol)
-      ;; 60
-      ((and symbol (not symbol)) . nil)
-      ;; 61
-      ((and atom (not symbol)) . atom)
-      ;; 62
-      ((and atom (not string)) . (or array sequence atom))
-      ;; 63 Conservative
-      ((and symbol (not (member foo))) . symbol)
-      ;; 64 Conservative
-      ((and symbol (not (member 3))) . symbol)
-      ;; 65
-      ((and (not (member foo)) (integer 1 10)) . (integer 1 10))
-      ;; 66
-      ((and (member foo) (not (integer 1 10))) . (member foo))
-      ;; 67
-      ((and t (not (member foo))) . (not (member foo)))
-      ;; 68
-      ((and integer (not (integer 3 4))) . (or (integer * 2) (integer 5 *)))
-      ;; 69
-      ((and (integer 0 20) (not (integer 5 10))) . (or (integer 0 4) (integer 
11 20)))
-      ;; 70
-      ((and (not (member a)) (not (member b))) . (not (member a b)))
-      ;; 71
-      ((and (not boolean) (not (member b))) . (not (or (member b) boolean)))
-      ;; 72
-      ((and t (integer 1 1)) . (integer 1 1))
-      ;; 73
-      ((not (integer -1 5)) . (not (integer -1 5)))
-      ;; 74
-      ((and boolean (or number marker)) . nil)
-      ;; 75
-      ((and atom (or number marker)) . number-or-marker)
-      ;; 76
-      ((and symbol (or number marker)) . nil)
-      ;; 77
-      ((and (or symbol string) (or number marker)) . nil)
-      ;; 78
-      ((and t t) . t)
-      ;; 79
-      ((and (or marker number) (integer 0 0)) . (integer 0 0))
-      ;; 80
-      ((and t (not t)) . nil)
-      ;; 81
-      ((or (integer 1 1) (not (integer 1 1))) . t)
-      ;; 82
-      ((not t) . nil)
-      ;; 83
-      ((not nil) . t)
-      ;; 84
-      ((or (not string) t) . t)
-      ;; 85
-      ((or (not vector) sequence) . sequence)
-      ;; 86
-      ((or (not symbol) null) . t)
-      ;; 87
-      ((and (or null integer) (not (or null integer))) . nil)
-      ;; 88
-      ((and (or (member a b c)) (not (or (member a b)))) . (member c))
-      ;; 89
-      ((or cons symbol) . (or list symbol)) ;; FIXME: Why `list'?
-      ;; 90
-      ((or string char-table bool-vector vector) . array)
-      ;; 91
-      ((or string char-table bool-vector vector number) . (or array number))
-      ;; 92
-      ((or string char-table bool-vector vector cons symbol number) .
-       (or number sequence symbol))
-      ;; 93?
-      ;; FIXME: I get `cons' rather than `list'?
-      ;;((or null cons) . list)
-      )
-    "Alist type specifier -> expected type specifier."))
-
-(defmacro comp-cstr-synthesize-tests ()
-  "Generate all tests from `comp-cstr-typespec-tests-alist'."
+(defun comp-cstr-test-ts (type-spec)
+  "Create a constraint from TYPE-SPEC and convert it back to type specifier."
+  (let ((comp-ctxt (make-comp-cstr-ctxt)))
+    (comp-cstr-to-type-spec (comp-type-spec-to-cstr type-spec))))
+
+(defmacro comp-cstr-synthesize-tests (typespec-tests-alist)
+  "Generate all tests from TYPESPEC-TESTS-ALIST.
+The arg is an alist of: type specifier -> expected type specifier."
   `(progn
      ,@(cl-loop
         for i from 1
-        for (ts . exp-ts) in comp-cstr-typespec-tests-alist
-        append (list (comp-cstr-typespec-test i ts exp-ts)))))
-
-(comp-cstr-synthesize-tests)
+        for (type-spec . expected-type-spec) in typespec-tests-alist
+        collect
+        `(ert-deftest ,(intern (format "comp-cstr-test-%d" i)) ()
+          (should (equal (comp-cstr-test-ts ',type-spec)
+                         ',expected-type-spec))))))
+
+(comp-cstr-synthesize-tests
+ (;; 1
+  (symbol . symbol)
+  ;; 2
+  ((or string array) . array)
+  ;; 3
+  ((or symbol number) . (or number symbol))
+  ;; 4
+  ((or cons atom) . t) ;; Like SBCL
+  ;; 5
+  ((or integer number) . number)
+  ;; 6
+  ((or (or integer symbol) number) . (or number symbol))
+  ;; 7
+  ((or (or integer symbol) (or number list)) . (or list number symbol))
+  ;; 8
+  ((or (or integer number) nil) . number)
+  ;; 9
+  ((member foo) . (member foo))
+  ;; 10
+  ((member foo bar) . (member bar foo))
+  ;; 11
+  ((or (member foo) (member bar)) . (member bar foo))
+  ;; 12
+  ((or (member foo) symbol) . symbol) ;; SBCL return (OR SYMBOL (MEMBER FOO))
+  ;; 13
+  ((or (member foo) number) .  (or (member foo) number))
+  ;; 14
+  ((or (integer 1 3) number) . number)
+  ;; 15
+  (integer . integer)
+  ;; 16
+  ((integer 1 2) . (integer 1 2))
+  ;; 17
+  ((or (integer -1  0) (integer 3  4)) . (or (integer -1  0) (integer 3  4)))
+  ;; 18
+  ((or (integer -1  2) (integer 3  4)) . (integer -1 4))
+  ;; 19
+  ((or (integer -1  3) (integer 3  4)) . (integer -1 4))
+  ;; 20
+  ((or (integer -1  4) (integer 3  4)) . (integer -1 4))
+  ;; 21
+  ((or (integer -1  5) (integer 3  4)) . (integer -1 5))
+  ;; 22
+  ((or (integer -1  *) (integer 3  4)) . (integer -1 *))
+  ;; 23
+  ((or (integer -1  2) (integer *  4)) . (integer * 4))
+  ;; 24
+  ((and string array) . string)
+  ;; 25
+  ((and cons atom) . nil)
+  ;; 26
+  ((and (member foo) (member foo bar baz)) . (member foo))
+  ;; 27
+  ((and (member foo) (member bar)) . nil)
+  ;; 28
+  ((and (member foo) symbol) . (member foo))
+  ;; 29
+  ((and (member foo) string) . nil)
+  ;; 30
+  ((and (member foo) (integer 1 2)) . nil)
+  ;; 31
+  ((and (member 1 2) (member 3 2)) . (integer 2 2))
+  ;; 32
+  ((and number (integer 1 2)) . (integer 1 2))
+  ;; 33
+  ((and integer (integer 1 2)) . (integer 1 2))
+  ;; 34
+  ((and (integer -1 0) (integer 3 5)) . nil)
+  ;; 35
+  ((and (integer -1 2) (integer 3 5)) . nil)
+  ;; 36
+  ((and (integer -1 3) (integer 3 5)) . (integer 3 3))
+  ;; 37
+  ((and (integer -1 4) (integer 3 5)) . (integer 3 4))
+  ;; 38
+  ((and (integer -1 5) nil) . nil)
+  ;; 39
+  ((not symbol) . (not symbol))
+  ;; 40
+  ((or (member foo) (not (member foo bar))) . (not (member bar)))
+  ;; 41
+  ((or (member foo bar) (not (member foo))) . t)
+  ;; 42
+  ((or symbol (not sequence)) . (not sequence))
+  ;; 43
+  ((or symbol (not symbol)) . t)
+  ;; 44
+  ((or symbol (not sequence)) . (not sequence))
+  ;; 45 Conservative.
+  ((or vector (not sequence)) . t)
+  ;; 46
+  ((or (integer 1 10) (not (integer * 5))) . (not (integer * 0)))
+  ;; 47
+  ((or symbol (integer 1 10) (not (integer * 5))) . (not (integer * 0)))
+  ;; 48
+  ((or (not symbol) (integer 1 10) (not (integer * 5))) . (not (or symbol 
(integer * 0))))
+  ;; 49
+  ((or symbol (not (member foo))) . (not (member foo)))
+  ;; 50
+  ((or (not symbol) (not (member foo))) . (not symbol))
+  ;; 51 Conservative.
+  ((or (not (member foo)) string) . (not (member foo)))
+  ;; 52 Conservative.
+  ((or (member foo) (not string)) . (not string))
+  ;; 53
+  ((or (not (integer 1 2)) integer) . t)
+  ;; 54
+  ((or (not (integer 1 2)) (not integer)) . (not integer))
+  ;; 55
+  ((or (integer 1 2) (not integer)) . (not (or (integer * 0) (integer 3 *))))
+  ;; 56
+  ((or number (not (integer 1 2))) . t)
+  ;; 57
+  ((or atom (not (integer 1 2))) . t)
+  ;; 58
+  ((or atom (not (member foo))) . t)
+  ;; 59
+  ((and symbol (not cons)) . symbol)
+  ;; 60
+  ((and symbol (not symbol)) . nil)
+  ;; 61
+  ((and atom (not symbol)) . atom)
+  ;; 62
+  ((and atom (not string)) . (or array sequence atom))
+  ;; 63 Conservative
+  ((and symbol (not (member foo))) . symbol)
+  ;; 64 Conservative
+  ((and symbol (not (member 3))) . symbol)
+  ;; 65
+  ((and (not (member foo)) (integer 1 10)) . (integer 1 10))
+  ;; 66
+  ((and (member foo) (not (integer 1 10))) . (member foo))
+  ;; 67
+  ((and t (not (member foo))) . (not (member foo)))
+  ;; 68
+  ((and integer (not (integer 3 4))) . (or (integer * 2) (integer 5 *)))
+  ;; 69
+  ((and (integer 0 20) (not (integer 5 10))) . (or (integer 0 4) (integer 11 
20)))
+  ;; 70
+  ((and (not (member a)) (not (member b))) . (not (member a b)))
+  ;; 71
+  ((and (not boolean) (not (member b))) . (not (or (member b) boolean)))
+  ;; 72
+  ((and t (integer 1 1)) . (integer 1 1))
+  ;; 73
+  ((not (integer -1 5)) . (not (integer -1 5)))
+  ;; 74
+  ((and boolean (or number marker)) . nil)
+  ;; 75
+  ((and atom (or number marker)) . number-or-marker)
+  ;; 76
+  ((and symbol (or number marker)) . nil)
+  ;; 77
+  ((and (or symbol string) (or number marker)) . nil)
+  ;; 78
+  ((and t t) . t)
+  ;; 79
+  ((and (or marker number) (integer 0 0)) . (integer 0 0))
+  ;; 80
+  ((and t (not t)) . nil)
+  ;; 81
+  ((or (integer 1 1) (not (integer 1 1))) . t)
+  ;; 82
+  ((not t) . nil)
+  ;; 83
+  ((not nil) . t)
+  ;; 84
+  ((or (not string) t) . t)
+  ;; 85
+  ((or (not vector) sequence) . sequence)
+  ;; 86
+  ((or (not symbol) null) . t)
+  ;; 87
+  ((and (or null integer) (not (or null integer))) . nil)
+  ;; 88
+  ((and (or (member a b c)) (not (or (member a b)))) . (member c))
+  ;; 89
+  ((or cons symbol) . (or list symbol)) ;; FIXME: Why `list'?
+  ;; 90
+  ((or string char-table bool-vector vector) . array)
+  ;; 91
+  ((or string char-table bool-vector vector number) . (or array number))
+  ;; 92
+  ((or string char-table bool-vector vector cons symbol number) .
+   (or number sequence symbol))
+  ;; 93?
+  ;; FIXME: I get `cons' rather than `list'?
+  ;;((or null cons) . list)
+  ))
 
 ;;; comp-cstr-tests.el ends here