public byte[] GetBytes()
{
byte[] bytes = new byte[0];
var ans = Header.GetBytes();
ans = ans.Concat(Question.GetBytes());
ans = ans.Concat(Answers.Aggregate(bytes, (localBytes, answer) => localBytes.Concat(answer.GetBytes()).ToArray()));
return(ans.ToArray());
}
public async Task StartPoll()
{
started = DateTime.Now;
NadekoBot.Client.MessageReceived += Vote;
var msgToSend = $"📃**{originalMessage.Author.Username}** has created a poll which requires your attention:\n\n**{question}**\n";
var num = 1;
msgToSend = Answers.Aggregate(msgToSend, (current, answ) => current + $"`{num++}.` **{answ}**\n");
if (!IsPublic)
{
msgToSend += "\n**Private Message me with the corresponding number of the answer.**";
}
else
{
msgToSend += "\n**Send a Message here with the corresponding number of the answer.**";
}
await originalMessage.Channel.SendConfirmAsync(msgToSend).ConfigureAwait(false);
}
/// <summary>
/// Generates a TSV table based on the results of the test.
/// </summary>
/// <param name="stuff">An array containing information to identify that
/// patient. Will contain the test's id, the patient's id, the score and the
/// results as calculated by Scalemate based on the test design.</param>
/// <returns>The raw TSV table.</returns>
private string GenerateTSV(string[] stuff)
{
string outlet = "";
if (SurveyAnswers == null)
{
outlet = stuff.Aggregate("", (box, it) => box + it + "\t")
+ Answers.Aggregate("\r\n", (box, it) => box + it + "\t");
}
else
{
outlet = stuff.Aggregate("", (box, it) => box + it + "\t")
+ SurveyAnswers.Aggregate("\r\n", (box, it) => box + it + "\t")
+ Answers.Aggregate("\r\n", (box, it) => box + it + "\t");
}
return(outlet);
}
public async Task <IActionResult> OnGetAsync(int id)
{
GameSession = await gameSessionRepository.GetGameSessionAsync(id);
if (GameSession == null)
{
return(NotFound());
}
Answers = await gameSessionRepository.GetGameSessionQuestionsAndAnswersAsync(id);
Duration = GameSession.EndTime - GameSession.StartTime;
Score = Answers.Aggregate(0, (accumulator, answer) =>
answer.Choice.IsCorrect ? accumulator + (int)answer.Choice.Question.Difficulty + 1 : accumulator);
Total = Answers.Aggregate(0, (accumulator, answer) => accumulator + (int)answer.Choice.Question.Difficulty + 1);
return(Page());
}
public string AnswersToString()
{
return(Answers.Aggregate("", (current, question) => current + (question + "\n")));
}
