@@ -217,25 +217,6 @@ public void testNormalizeDirectorySeparatorWindows() {
217217 assertThat (tree .canRead (Path .of ("C:\\ a\\ c\\ foo.txt" )), is (true ));
218218 }
219219
220- public void testNormalizeDirectorySeparatorPosix () {
221- assumeFalse ("normalization of posix paths" , Platform .WINDOWS .isCurrent ());
222-
223- assertThat (FileAccessTree .normalizePath (Path .of ("\\ a\\ b" )), equalTo ("/a/b" ));
224- assertThat (FileAccessTree .normalizePath (Path .of ("/a.xml" )), equalTo ("/a.xml" ));
225- assertThat (FileAccessTree .normalizePath (Path .of ("/a/c\\ foo.txt" )), equalTo ("/a/c/foo.txt" ));
226-
227- var tree = accessTree (entitlement ("\\ a\\ b" , "read" , "/a.xml" , "read" , "/a/b.txt" , "read" , "/a/c\\ foo.txt" , "read" ), List .of ());
228-
229- assertThat (tree .canRead (Path .of ("/a.xml" )), is (true ));
230- assertThat (tree .canRead (Path .of ("\\ a.xml" )), is (true ));
231- assertThat (tree .canRead (Path .of ("/a/" )), is (false ));
232- assertThat (tree .canRead (Path .of ("/a/b.txt" )), is (true ));
233- assertThat (tree .canRead (Path .of ("/a/b/c.txt" )), is (true ));
234- assertThat (tree .canRead (Path .of ("\\ a\\ b\\ c.txt" )), is (true ));
235- assertThat (tree .canRead (Path .of ("\\ a\\ c\\ " )), is (false ));
236- assertThat (tree .canRead (Path .of ("\\ a\\ c\\ foo.txt" )), is (true ));
237- }
238-
239220 public void testNormalizeTrailingSlashes () {
240221 var tree = accessTree (entitlement ("/trailing/slash/" , "read" , "/no/trailing/slash" , "read" ), List .of ());
241222 assertThat (tree .canRead (path ("/trailing/slash" )), is (true ));
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