Path.create("b/c"),
Path.create("d/e/f/")
};
//
// accept specified path, with files and folders below
PathScope ps1 = new PathScope(true, scope);
// folders
errorCollector.assertTrue(ps1.accept(Path.create("a/"))); // == scope[0]
errorCollector.assertTrue(ps1.accept(Path.create("a/d/"))); // scope[0] is parent and recursiveDir = true
errorCollector.assertTrue(ps1.accept(Path.create("a/d/e/"))); // scope[0] is parent and recursiveDir = true
errorCollector.assertTrue(!ps1.accept(Path.create("b/d/"))); // unrelated to any preconfigured
errorCollector.assertTrue(ps1.accept(Path.create("b/"))); // arg is parent to scope[1]
errorCollector.assertTrue(ps1.accept(Path.create("d/"))); // arg is parent to scope[2]
errorCollector.assertTrue(ps1.accept(Path.create("d/e/"))); // arg is parent to scope[2]
errorCollector.assertTrue(!ps1.accept(Path.create("d/g/"))); // unrelated to any preconfigured
// files
errorCollector.assertTrue(ps1.accept(Path.create("a/d"))); // "a/" is parent
errorCollector.assertTrue(ps1.accept(Path.create("a/d/f"))); // "a/" is still a parent
errorCollector.assertTrue(ps1.accept(Path.create("b/c"))); // ==
errorCollector.assertTrue(!ps1.accept(Path.create("b/d"))); // file, !=
//
// accept only specified files, folders and their direct children, allow navigate to them from above (FileIterator contract)
PathScope ps2 = new PathScope(true, false, true, scope);
// folders
errorCollector.assertTrue(!ps2.accept(Path.create("a/b/c/"))); // recursiveDirs = false
errorCollector.assertTrue(ps2.accept(Path.create("b/"))); // arg is parent to scope[1] (IOW, scope[1] is nested under arg)
errorCollector.assertTrue(ps2.accept(Path.create("d/"))); // scope[2] is nested under arg
errorCollector.assertTrue(ps2.accept(Path.create("d/e/"))); // scope[2] is nested under arg
errorCollector.assertTrue(!ps2.accept(Path.create("d/f/")));
errorCollector.assertTrue(!ps2.accept(Path.create("b/f/")));
// files
errorCollector.assertTrue(!ps2.accept(Path.create("a/b/c"))); // file, no exact match
errorCollector.assertTrue(ps2.accept(Path.create("d/e/f/g"))); // file under scope[2]
errorCollector.assertTrue(!ps2.accept(Path.create("b/e"))); // unrelated file
// matchParentDirs == false
PathScope ps3 = new PathScope(false, true, true, Path.create("a/b/")); // match any dir/file under a/b/, but not above
errorCollector.assertTrue(!ps3.accept(Path.create("a/")));
errorCollector.assertTrue(ps3.accept(Path.create("a/b/c/d")));
errorCollector.assertTrue(ps3.accept(Path.create("a/b/c")));
errorCollector.assertTrue(!ps3.accept(Path.create("b/")));
errorCollector.assertTrue(!ps3.accept(Path.create("d/")));
errorCollector.assertTrue(!ps3.accept(Path.create("d/e/")));
// match nested but not direct dir
PathScope ps4 = new PathScope(false, true, false, Path.create("a/b/")); // match any dir/file *deep* under a/b/,
errorCollector.assertTrue(!ps4.accept(Path.create("a/")));
errorCollector.assertTrue(!ps4.accept(Path.create("a/b/c")));
errorCollector.assertTrue(ps4.accept(Path.create("a/b/c/d")));
}