         XCTAssert(lists.count == 5)
         XCTAssert(items.count == 5)
 
-
         XCTAssert(lists[0].style == .Unordered)
-        XCTAssert(lists[1].style == .Ordered)
-        XCTAssert(lists[2].style == .Ordered)
-        XCTAssert(lists[3].style == .Ordered)
-        XCTAssert(lists[4].style == .Ordered)
-
-        XCTAssert(items[1].number == 1)
-        XCTAssert(items[2].number == 2)
-        XCTAssert(items[3].number == 3)
-        XCTAssert(items[4].number == 4)
+        XCTAssert(lists[1].style == .Unordered)
+        XCTAssert(lists[2].style == .Unordered)
+        XCTAssert(lists[3].style == .Unordered)
+        XCTAssert(lists[4].style == .Unordered)
     }
 
     // Scenario 7:


        // Verify we got a single big orderedList
        let ranges = paragraphRanges(inString: list)
        let lists = textListAttributes(inString: list, atRanges: ranges)
        let listItems = textListItemAttributes(inString: list, atRanges: ranges)

        XCTAssert(lists.count == 5)
        XCTAssert(listItems.count == 5)

        for list in lists  {
            XCTAssert(list.style == .Ordered)
        }

        for (index, item) in listItems.enumerate() {
            XCTAssert(item.number == (index + 1))
        }

        guard let listRange = list.rangeOfTextList(atIndex: 0) else {
            XCTFail()
            return
        }

        XCTAssert(listRange.length == list.length)
    }

    // Scenario 4:

    // ===========
    //
    //  Line 1:     1 [Text]            - [Text]
    //  Line 2:     2 [Text]            - [Text]
    //  Line 3:     3 [Text]    > > >   - [Text]
    //  Line 4:     4 [Text]            - [Text]
    //  Line 5:     5 [Text]            - [Text]
    //
    // Toggling "Unordered List" on Line 1 should switch everything to an Unordered List
    //
    func testToggleUnorderedListOnFirstOrderedListItemUpdatesTheRemainingItemNumbers() {
        let list = listWithOrderedStyle
