public async Task Aggregate_NoAnswers_ReturnEmpty()
{
// arrange
var aggregator = new SingleChoiceAggregator();
var instruction = new SingleChoiceInstruction(new[] { "A", "B", "C" });
// act
var result = await aggregator.Aggregate(instruction, ImmutableDictionary <string, SingleChoiceAnswer> .Empty);
// assert
var multipleChoiceResults = Assert.IsType <SelectionPollResults>(result);
Assert.Equal(multipleChoiceResults.Options.Keys, instruction.Options);
Assert.All(multipleChoiceResults.Options, x => Assert.Empty(x.Value));
}
public async Task Aggregate_SomeAnswers_ReturnResult()
{
// arrange
var aggregator = new SingleChoiceAggregator();
var instruction = new SingleChoiceInstruction(new[] { "A", "B", "C" });
// act
var result = await aggregator.Aggregate(instruction, new Dictionary <string, SingleChoiceAnswer>
{
{ "1", new SingleChoiceAnswer("A") },
{ "2", new SingleChoiceAnswer("A") },
{ "3", new SingleChoiceAnswer("B") },
});
// assert
var multipleChoiceResults = Assert.IsType <SelectionPollResults>(result);
Assert.Equal(multipleChoiceResults.Options["A"], new[] { "1", "2" });
Assert.Equal(multipleChoiceResults.Options["B"], new[] { "3" });
Assert.Empty(multipleChoiceResults.Options["C"]);
}
public async Task CreatePoll_Global_ReceiveSyncPollObj()
{
// arrange
var (connection, _) = await ConnectToOpenedConference();
// act
var instruction = new SingleChoiceInstruction(new[] {"A", "B"});
var createDto = new CreatePollDto(instruction, new PollConfig("A or B?", true, false), PollState.Default,
null);
var pollId = await CreatePollReturnId(connection, createDto);
await connection.SyncObjects.AssertSyncObject<SynchronizedPoll>(SynchronizedPoll.SyncObjId(pollId), poll =>
{
Assert.Equal(pollId, poll.Id);
Assert.Equal(createDto.Config, poll.Config);
Assert.Equal(createDto.InitialState, poll.State);
var actualInstruction = Assert.IsType<SingleChoiceInstruction>(poll.Instruction);
Assert.Equal(instruction.Options, actualInstruction.Options);
});
}
