 		assert.equal sortable.sort(anysort matchers[0])[0], matchers[0]
 
 	it 'should break ties with lower matchers', ->
-		val1 = 'path/anyjs/foo.js'
-		val2 = 'path/anyjs/aaz.js'
+		val1 = 'path/zjs/foo.js'
+		val2 = 'path/zjs/aaz.js'
 		assert sortable.indexOf(val1) > sortable.indexOf(val2)
 		sortable.sort anysort matchers[1] # only the matcher they both hit
 		assert sortable.indexOf(val1) > sortable.indexOf(val2)

			'path/to/foo.js'
			'path/to/bar.js'
			'bar.js'
			'path/anyjs/baz.js'
			'path/anyjs/aaz.js'
			'path/to/file.js'
			'path/anyjs/caz.js'
			'path/anyjs/foo.js'
		]

		nativeSorted = sortable.slice().sort()

		matchers = [
			'path/to/file.js'
			'path/anyjs/**/*.js'
			'wontmatchanything'
			/foo.js$/
			(string) -> string.indexOf('bar') isnt -1 and string.length > 10

			assert unmatched.length is sortable.length
			assert.deepEqual sorted, sortable.sort()

		it 'should utilize matchers', ->
			{matched, unmatched, sorted} = anysort.splice sortable, matchers
			assert unmatched.length is 1
			assert.deepEqual sorted, matched.concat unmatched
			assert.deepEqual sorted, sortable.sort anysort matchers

		it 'should utilize tieBreakers', ->
			# without tieBreakers, sortable[0] comes first
			{matched, unmatched, sorted} = anysort.splice sortable, matchers[3]
			assert.deepEqual matched, [sortable[0], sortable[7]]
			# with tieBreakers, sortable[7] wins
			{matched, unmatched, sorted} = anysort.splice sortable, matchers[3], matchers
			assert.deepEqual matched, [sortable[7], sortable[0]]
			# sortable[3] matches the tieBreakers, but isn't in the matched array
			assert anysort.match matchers, sortable[3]
			assert -1 isnt unmatched.indexOf sortable[3]
