Split regex character class test into smaller chunks

Having one test for all character classes it is not always trivial to
determine which class is failing.  This happens when failure is caused
by ‘(should (equal (point) (point-max)))’ not being met.

With per-character class tests, it is immidiatelly obvious which test
causes issues plus tests for all classes are run even if some of them
fail.

* test/src/regex-tests.el (regex-character-classes): Delete and split
into…
(regex-tests-alnum-character-class, regex-tests-alpha-character-class,
regex-tests-ascii-character-class, regex-tests-blank-character-class,
regex-tests-cntrl-character-class, regex-tests-digit-character-class,
regex-tests-graph-character-class, regex-tests-lower-character-class,
regex-tests-multibyte-character-class,
regex-tests-nonascii-character-class,
regex-tests-print-character-class, regex-tests-punct-character-class,
regex-tests-space-character-class,
regex-tests-unibyte-character-class,
regex-tests-upper-character-class, regex-tests-word-character-class,
regex-tests-xdigit-character-class): …new tests.

diff --git a/test/src/regex-tests.el b/test/src/regex-tests.el
index 6e21088114ed35cd258af844250a5b055a2cfdcf..c4844c7cdbc7ed15a9a0bbe45df607fcc7869256 100644 (file)
--- a/test/src/regex-tests.el
+++ b/test/src/regex-tests.el
@@ -45,54 +45,56 @@ character) must match a string \"\u2420\"."
                                   (concat string suffix)))))))))
 
 (defun regex--test-cc (name matching not-matching)
-  (should (string-match-p (concat "^[[:" name ":]]*$") matching))
-  (should (string-match-p (concat "^[[:" name ":]]*?\u2622$")
-                          (concat matching "\u2622")))
-  (should (string-match-p (concat "^[^[:" name ":]]*$") not-matching))
-  (should (string-match-p (concat "^[^[:" name ":]]*\u2622$")
-                          (concat not-matching "\u2622")))
-  (with-temp-buffer
-    (insert matching)
-    (let ((p (point)))
-      (insert not-matching)
-      (goto-char (point-min))
-      (skip-chars-forward (concat "[:" name ":]"))
-      (should (equal (point) p))
-      (skip-chars-forward (concat "^[:" name ":]"))
-      (should (equal (point) (point-max)))
-      (goto-char (point-min))
-      (skip-chars-forward (concat "[:" name ":]\u2622"))
-      (should (or (equal (point) p) (equal (point) (1+ p)))))))
-
-(ert-deftest regex-character-classes ()
-  "Perform sanity test of regexes using character classes.
+  (let (case-fold-search)
+    (should (string-match-p (concat "^[[:" name ":]]*$") matching))
+    (should (string-match-p (concat "^[[:" name ":]]*?\u2622$")
+                            (concat matching "\u2622")))
+    (should (string-match-p (concat "^[^[:" name ":]]*$") not-matching))
+    (should (string-match-p (concat "^[^[:" name ":]]*\u2622$")
+                            (concat not-matching "\u2622")))
+    (with-temp-buffer
+      (insert matching)
+      (let ((p (point)))
+        (insert not-matching)
+        (goto-char (point-min))
+        (skip-chars-forward (concat "[:" name ":]"))
+        (should (equal (point) p))
+        (skip-chars-forward (concat "^[:" name ":]"))
+        (should (equal (point) (point-max)))
+        (goto-char (point-min))
+        (skip-chars-forward (concat "[:" name ":]\u2622"))
+        (should (or (equal (point) p) (equal (point) (1+ p))))))))
+
+(dolist (test '(("alnum" "abcABC012łąka" "-, \t\n")
+                ("alpha" "abcABCłąka" "-,012 \t\n")
+                ("digit" "012" "abcABCłąka-, \t\n")
+                ("xdigit" "0123aBc" "łąk-, \t\n")
+                ("upper" "ABCŁĄKA" "abc012-, \t\n")
+                ("lower" "abcłąka" "ABC012-, \t\n")
+
+                ("word" "abcABC012\u2620" "-, \t\n")
+
+                ("punct" ".,-" "abcABC012\u2620 \t\n")
+                ("cntrl" "\1\2\t\n" ".,-abcABC012\u2620 ")
+                ("graph" "abcłąka\u2620-," " \t\n\1")
+                ("print" "abcłąka\u2620-, " "\t\n\1")
+
+                ("space" " \t\n\u2001" "abcABCł0123")
+                ("blank" " \t" "\n\u2001")
+
+                ("ascii" "abcABC012 \t\n\1" "łą\u2620")
+                ("nonascii" "łą\u2622" "abcABC012 \t\n\1")
+                ("unibyte" "abcABC012 \t\n\1" "łą\u2622")
+                ("multibyte" "łą\u2622" "abcABC012 \t\n\1")))
+  (let ((name (intern (concat "regex-tests-" (car test) "-character-class")))
+        (doc (concat "Perform sanity test of regexes using " (car test)
+                     " character class.
 
 Go over all the supported character classes and test whether the
 classes and their inversions match what they are supposed to
 match.  The test is done using `string-match-p' as well as
-`skip-chars-forward'."
-  (let (case-fold-search)
-    (regex--test-cc "alnum" "abcABC012łąka" "-, \t\n")
-    (regex--test-cc "alpha" "abcABCłąka" "-,012 \t\n")
-    (regex--test-cc "digit" "012" "abcABCłąka-, \t\n")
-    (regex--test-cc "xdigit" "0123aBc" "łąk-, \t\n")
-    (regex--test-cc "upper" "ABCŁĄKA" "abc012-, \t\n")
-    (regex--test-cc "lower" "abcłąka" "ABC012-, \t\n")
-
-    (regex--test-cc "word" "abcABC012\u2620" "-, \t\n")
-
-    (regex--test-cc "punct" ".,-" "abcABC012\u2620 \t\n")
-    (regex--test-cc "cntrl" "\1\2\t\n" ".,-abcABC012\u2620 ")
-    (regex--test-cc "graph" "abcłąka\u2620-," " \t\n\1")
-    (regex--test-cc "print" "abcłąka\u2620-, " "\t\n\1")
-
-    (regex--test-cc "space" " \t\n\u2001" "abcABCł0123")
-    (regex--test-cc "blank" " \t" "\n\u2001")
-
-    (regex--test-cc "ascii" "abcABC012 \t\n\1" "łą\u2620")
-    (regex--test-cc "nonascii" "łą\u2622" "abcABC012 \t\n\1")
-    (regex--test-cc "unibyte" "abcABC012 \t\n\1" "łą\u2622")
-    (regex--test-cc "multibyte" "łą\u2622" "abcABC012 \t\n\1")))
+`skip-chars-forward'.")))
+    (eval `(ert-deftest ,name () ,doc ,(cons 'regex--test-cc test)) t)))
 
 
 (defmacro regex-tests-generic-line (comment-char test-file whitelist &rest body)