static SortedSetTests()
{
QUnit.module("SortedSet tests");
QUnit.test("new SortedSet fails with null compare", delegate
{
QUnit.raises(delegate { new SortedSet(null, new Array(), true); }, "should throw an exception");
});
QUnit.test("new SortedSet succeeds with null array (sorted)", delegate
{
SortedSet s = new SortedSet(CompareNumber, new Array(), true);
QUnit.equals(s.Count, 0, "count should be zero");
});
QUnit.test("new SortedSet succeeds with null array (unsorted)", delegate
{
SortedSet s = new SortedSet(CompareNumber, new Array(), true);
QUnit.equals(s.Count, 0, "count should be zero");
});
QUnit.test("new SortedSet succeeds (empty, sorted)", delegate
{
SortedSet s = new SortedSet(CompareNumber, new Array(), true);
QUnit.equals(s.Count, 0, "count should be zero");
});
QUnit.test("new SortedSet succeeds (empty, not sorted)", delegate
{
SortedSet s = new SortedSet(CompareNumber, new Array(), false);
QUnit.equals(s.Count, 0, "count should be zero");
});
QUnit.test("new SortedSet succeeds (non empty, sorted)", delegate
{
SortedSet s = new SortedSet(CompareNumber, TestSortedArray, true);
QUnit.equals(s.Count, TestSortedArray.Length, "count should be zero");
});
QUnit.test("new SortedSet succeeds (not empty, unsorted)", delegate
{
SortedSet s = new SortedSet(CompareNumber, TestUnsortedArray, false);
QUnit.equals(s.Count, TestUnsortedArray.Length, "count should be zero");
});
QUnit.test("SortedSet.GetItems succeeds", delegate
{
SortedSet s = new SortedSet(CompareNumber, TestUnsortedArray, false);
QUnit.equals(s.IndexOf(0), 0, "should find 0");
QUnit.equals(s.IndexOf(1), 1, "should find 1");
QUnit.equals(s.IndexOf(2), 2, "should find 2");
QUnit.equals(s.IndexOf(3), 3, "should find 3");
QUnit.equals(s.IndexOf(4), 4, "should find 4");
QUnit.equals(s.IndexOf(5), 5, "should find 5");
QUnit.equals(s.IndexOf(6), -1, "should not find 6");
});
}
