+
+ def test_ssd_incomplete_votes
+ vote_array = Array.new
+ 3.times {vote_array << "ABCD".split("")}
+ 2.times {vote_array << "DABC".split("")}
+ 2.times {vote_array << "DBCA".split("")}
+ 4.times {vote_array << ["C"]}
+ 2.times {vote_array << "DBC".split("")}
+
+ result = CloneproofSSDVote.new(vote_array).result
+ assert_equal "B", result.winners[0]
+ assert_equal [['B'], ['C'], ['D'], ['A']], result.get_full_results
+ end
+
+ def test_ssd_incomplete_votes_2
+ vote_array = Array.new
+ 4.times {vote_array << ["C"]}
+ 3.times {vote_array << "ABCD".split("")}
+ 2.times {vote_array << "DABC".split("")}
+ 2.times {vote_array << "DBCA".split("")}
+ 2.times {vote_array << "DBC".split("")}
+
+ result = CloneproofSSDVote.new(vote_array).result
+ assert_equal "B", result.winners[0]
+ assert_equal [['B'], ['C'], ['D'], ['A']], result.get_full_results
+ end
+
+ #
+ # At one point, we happened to be getting correct results due to the
+ # happy accident that, for example, 'B'.each returns 'B'. The
+ # following election with a single integer vote catches that
+ # condition.
+ #
+ def test_ssd_single_vote
+ result = CloneproofSSDVote.new([[78]]).result
+ assert_equal 78, result.winners[0]
+ assert_equal [[78]], result.get_full_results
+ end
+