public Question(string description, int value, AnswerType answerType) { this.description = description; this.value = value; this.answerType = answerType; this.answerUser = ""; }
public async Task <bool> UpdateAnswer(int userId, int questionId, AnswerType answerType) { var answered = DateTime.Now; return(await _context.Database.ExecuteSqlCommandAsync( $"updateAnswer {userId}, {questionId}, {answerType}, {answered}") > 0); }
public static void InsertTransaction(IMessageActivity activity, string originalQuestion, int counter, double maxScore, string maxScoreQuestion, string LuisIntent, AnswerType answerType) { var persistency = SharedObjects.DatabaseManager; BotTracking tracking = new BotTracking { IdActivity = activity.Id, IdConversation = activity.Conversation.Id, EntryQuestion = originalQuestion, NumAnswer = counter, AnswerType = answerType, MaxScore = maxScore, LuisIntent = LuisIntent, MaxScoredQuestion = maxScoreQuestion }; var transactionResult = persistency.AddData(tracking); if (!transactionResult.Success) { if (transactionResult.Ex != null) { Trace.TraceWarning($"{transactionResult.Message}: {transactionResult.Ex.Message} "); } else { Trace.TraceWarning(transactionResult.Message); } } }
public HandleAnswer(CommandContext context, BooleanAnswerHandler handler) { _type = AnswerType.Boolean; _options = context.HttpContext.RequestServices.GetRequiredService <IOptions <BeavisCliOptions> >().Value; _booleanAnswerHandler = handler; _context = context; }
public PlayerInteraction() { this.title = string.Empty; this.description = string.Empty; this.answerType = AnswerType.VoidAnswer; this.footer = string.Empty; }
public Question(String question, Answer answers, int score, AnswerType answerType) { QuestionText = question; QuestionAnswers = answers; Score = score; RightAnswer = answerType; }
public static string ValidateAnswerText(string answerText, AnswerType answerType) { answerText = (String.IsNullOrWhiteSpace(answerText) ? "" : answerText); if (answerType == AnswerType.Email) { if (!Regex.IsMatch(answerText, "^[a-z0-9_\\+-]+(\\.[a-z0-9_\\+-]+)*@[a-z0-9-]+(\\.[a-z0-9]+)*\\.([a-z]{2,4})$")) { return("Your answer to {0} must be a valid email address"); } } else if (answerType == AnswerType.Url) { if (!Regex.IsMatch(answerText, @"(http|https)://([\w-]+\.)+[\w-]+(/[\w- ./?%&=]*)?")) { return("Your answer to {0} must be a valid internet address"); } } else if (answerType == AnswerType.Date) { DateTime date = new DateTime(); if (!DateTime.TryParse(answerText, out date)) { return("Your answer to {0} must be a valid date"); } } else if (answerType == AnswerType.Datetime) { DateTime date = new DateTime(); if (!DateTime.TryParse(answerText, out date)) { return("Your answer to {0} must be a valid date and time"); } } return(""); }
public void Answer(object context, AnswerType answer) { if (answer == AnswerType.Yes && context is IThreatEvent threatEvent && threatEvent.Model is IThreatModel model) { var threatType = threatEvent.ThreatType; if (threatType != null) { threatType.Name = threatEvent.Name; threatType.Description = threatEvent.Description; var threatEvents = model.GetThreatEvents(threatType)?.ToArray(); if (threatEvents?.Any() ?? false) { foreach (var t in threatEvents) { if (t != threatEvent) { t.Name = threatEvent.Name; t.Description = threatEvent.Description; } } } } } }
public IEnumerator RestartGame() { for (int i = 0; i < AnswersTextList.Count; i++) { AnswersTextList [i].transform.parent.transform.DOScale(Vector3.zero, 1f); } yield return(new WaitForSeconds(1)); if (ActiveAnswer == AnswerType.Moon) { ActiveAnswer = AnswerType.Sun; Question.text = "اختار الكلمات التى بها لام شمسية"; AS.PlayOneShot(Sun_Q); } else { Question.text = "اختار الكلمات التى بها لام قمرية"; ActiveAnswer = AnswerType.Moon; AS.PlayOneShot(Moon_Q); } RandomAnswers(); for (int i = 0; i < AnswersTextList.Count; i++) { AnswersTextList [i].transform.parent.transform.DOScale(Vector3.one, 1f); } }
public void TestSecondAnswerType() { //Testlet -- Collection var testletCollection = new Dictionary <int, Question>(); testletCollection = LoadQuestions.QuestionInformation(); /* * Question -Id * Question * Order * AnswerList * Id * Answer * AnswerType - Enum Type {Pretest , Operational} * var dictionary = new Dictionary<int, Question> * { * { question1.Id, question1 }, * { question2.Id, question2 } * } */ // Return the Question with ID 1 var question = testletCollection[1]; AnswerType pretestType = question.Answers[1].Answertype; Assert.AreEqual(pretestType, AnswerType.Pretest); }
private bool AnswerMatches(AnswerType answerType, string givenAnswer, string possibleAnswer) { Console.WriteLine(answerType); switch (answerType) { case AnswerType.Number: if (double.TryParse(givenAnswer, out double a) && double.TryParse(possibleAnswer, out double b)) { return(a == b); } else { return(false); } case AnswerType.Contains: var given = NormalizeAnswer(givenAnswer); var possible = NormalizeAnswer(possibleAnswer); Console.WriteLine("{0}, {1}", given, possible); return(given.Contains(possible)); default: return(NormalizeAnswer(givenAnswer) == NormalizeAnswer(possibleAnswer)); } }
private void CreateAnswer(GameObject go, AnswerType answerType, string content) { GameObject baloon; if (answerType == AnswerType.IMAGE) { baloon = CreateSmallBaloon(); baloon.transform.SetParent(go.transform, false); baloon.transform.localPosition = Vector3.zero; GameObject imageGO = CanvasUtilsFactory.Instance.CreateImage("Images/Icons/" + content); imageGO.transform.SetParent(go.transform, false); imageGO.transform.localPosition = Vector3.zero; go.transform.localPosition = new Vector3(_smallX, go.transform.localPosition.y); } else // answerType == AnswerType.TEXT { GameObject textGO = CanvasUtilsFactory.Instance.CreateQuestionAnswerText(content); RectTransform rt = textGO.GetComponent <RectTransform>(); if (rt.sizeDelta.x <= AnswersSettings.Instance.maxSmallXSize) { baloon = CreateSmallBaloon(); go.transform.localPosition = new Vector3(_smallX, go.transform.localPosition.y); } else { baloon = CreateMediumBaloon(); go.transform.localPosition = new Vector3(_mediumX, go.transform.localPosition.y); } baloon.transform.SetParent(go.transform, false); baloon.transform.localPosition = Vector3.zero; rt.SetParent(go.transform, false); rt.localPosition = Vector3.zero; } }
public void Answer(object context, AnswerType answer) { if (answer == AnswerType.Yes || answer == AnswerType.Ok || answer == AnswerType.No) { if (context is IEntity entity) { if (entity.GenerateThreatEvents(answer == AnswerType.No)) { ShowMessage?.Invoke(Resources.SuccessGeneration); } else { ShowWarning?.Invoke(Resources.WarningNothingGenerated); } } else if (context is IDataFlow flow) { if (flow.GenerateThreatEvents(answer == AnswerType.No)) { ShowMessage?.Invoke(Resources.SuccessGeneration); } else { ShowWarning?.Invoke(Resources.WarningNothingGenerated); } } } }
public virtual void FillTextboxAnswer(TextBox txtBox, object answer, AnswerType typeOfAnswer) { if (answer != null) { switch (typeOfAnswer) { case AnswerType.String: txtBox.Text = answer.ToString(); break; case AnswerType.Date: txtBox.Text = Convert.ToDateTime(answer).ToString(CultureInfo.CurrentCulture.DateTimeFormat.ShortDatePattern); break; case AnswerType.Float: txtBox.Text = Convert.ToDouble(answer).ToString("2f"); break; case AnswerType.Int: txtBox.Text = answer.ToString(); break; default: txtBox.Text = string.Empty; break; } } }
public void Answer(object context, AnswerType answer) { if (answer == AnswerType.Yes && context is IIdentity identity) { IdentityRemovingRequired?.Invoke(identity); } }
public static AnswerType toAnswerType(this string text) { AnswerType str = AnswerType.Point; switch (text) { case "คะแนน": str = AnswerType.Point; break; case "วิชาย่อย": str = AnswerType.SubjectSub; break; case "0": str = AnswerType.Point; break; case "1": str = AnswerType.SubjectSub; break; default: break; } return(str); }
private void rb_Option_Checked(object sender, RoutedEventArgs e) { RadioButton rb_Option = e.Source as RadioButton; int.TryParse(rb_Option.Content.ToString(), out currentFrequency); ComboBoxItem item = cb_OptionType.SelectedItem as ComboBoxItem; string _tempStr = ""; switch (int.Parse(item.Tag.ToString())) { case 1: currentAnswerType = AnswerType.Month; _tempStr = "近4周" + rb_Option.Content.ToString() + "次"; break; case 2: currentAnswerType = AnswerType.Week; _tempStr = "每周" + rb_Option.Content.ToString() + "次"; break; case 3: currentAnswerType = AnswerType.Day; _tempStr = "每天" + rb_Option.Content.ToString() + "次"; break; default: return; } textblock_Frequency.Text = _tempStr; }
public PlayerInteraction(string title, string description, string footer, AnswerType answerType) { this.title = title; this.description = description; this.answerType = answerType; this.footer = footer; }
public byte[] ToBinary() { var mem = new MemoryStream(); var w = new BinaryWriter(mem); w.Write(Title); w.Write(Text); w.Write(ValueType.ToString()); w.Write(AnswerType.ToString()); w.Write(RightAnswerId.Length); Array.ForEach(RightAnswerId, i => w.Write(i)); w.Write(Answers.Length); Array.ForEach(Answers, i => { if (ValueType == QValueEnum.Text) { w.Write(i.ToString()); } else { var bin = new MemoryStream(); ((Image)i).Save(bin, ImageFormat.Png); w.Write(Convert.ToBase64String(bin.ToArray())); } }); return(mem.ToArray()); }
public void ReadBook(Progress progress) { string xmlpath = BookDirectory() + m_bookName + ".xml"; XmlDocument doc = new XmlDocument(); doc.Load(xmlpath); XmlNodeList headerList = doc.DocumentElement.GetElementsByTagName(m_headerTag); IEnumerator headerEnum = headerList.GetEnumerator(); if (headerEnum.MoveNext()) { XmlNode headerNode = (XmlNode)headerEnum.Current; var typeAttr = headerNode.Attributes[m_typeTag]; if (typeAttr != null) { m_type = typeAttr.Value; } m_answerType = AnswerType.Default; var answerAttr = headerNode.Attributes[m_answerTag]; if (answerAttr != null) { m_answerType = (AnswerType)Enum.Parse(typeof(AnswerType), answerAttr.Value); } var timeAttr = headerNode.Attributes[m_timeTag]; if (timeAttr != null) { m_timer = Convert.ToInt32(timeAttr.Value); } } XmlNodeList contentList = doc.DocumentElement.GetElementsByTagName(m_contentTag); IEnumerator contentEnum = contentList.GetEnumerator(); while (contentEnum.MoveNext()) { XmlNode contentNode = (XmlNode)contentEnum.Current; XmlNodeList itemList = contentNode.SelectNodes(m_itemTag); IEnumerator itemEnum = itemList.GetEnumerator(); while (itemEnum.MoveNext()) { XmlNode itemNode = (XmlNode)itemEnum.Current; string word = itemNode.Attributes[m_idTag].Value; if (!m_wordSet.Contains(word)) { m_wordSet.Add(word); m_bookWords.Add(word); BookItem item = new BookItem(word, this); item.ReadItem(itemNode); progress.AddWord(item); m_bookItems.Add(item); } } } ItemComparer comparer = new ItemComparer(); m_bookItems.Sort(comparer); }
public async Task <List <AnsweredListDb> > GetVoters(int userId, int questionId, int offset, int count, AnswerType answerType, DateTime bornAfter, DateTime bornBefore, SexType sexType, string searchedLogin) { return(await _db.AnsweredListDb.AsNoTracking() .FromSql( $"select * from dbo.getAnsweredList({userId}, {questionId}, {answerType}, {bornAfter}, {bornBefore}, {sexType}, {searchedLogin})") .Skip(offset).Take(count).ToListAsync() ?? new List <AnsweredListDb>()); }
public void Answer(object context, AnswerType answer) { if (answer == AnswerType.Yes && context is Context c) { c.Container?.SetRule(c.Rule); ShowMessage?.Invoke("Auto Gen Rule copied successfully."); } }
public Answer(Texture2D txAnswerGood, Texture2D txAnswerBad) { this.txAnswerBad = txAnswerBad; this.txAnswerGood = txAnswerGood; responseTime = 0; answer = AnswerType.Bad; opacity = 1.0f; }
private void Select(AnswerType answer) { Answer = answer; Hide(); _routine = null; }
public DataTable GetProbType(AnswerType answertype) { SqlParameter[] parms = { data.MakeInParam("@lang_name", SqlDbType.VarChar, 20, answertype.Lang_name) }; return(data.RunProcReturn("select distinct td_AnswerType.Prob_Type from td_AnswerType where Lang_Name = @lang_name", parms).Tables[0]); }
private void SendAnswer(Socket listener, AnswerType answerType) { AnswerPacket packet = new AnswerPacket { AnswerType = answerType }; string packetJSON = JsonUtility.ToJson(packet); listener.Send(Encoding.UTF8.GetBytes(packetJSON)); }
public AnswerController CreateDown(AnswerType answerType, string content) { GameObject down = Instantiate(answerPrefab); down.transform.SetParent(transform, false); down.transform.localPosition = new Vector3(down.transform.localPosition.x, _downY); CreateAnswer(down, answerType, content); return(down.GetComponent <AnswerController>()); }
public AnswerController CreateUp(AnswerType answerType, string content) { GameObject up = Instantiate(answerPrefab); up.transform.SetParent(transform, false); up.transform.localPosition = new Vector3(up.transform.localPosition.x, _upY); CreateAnswer(up, answerType, content); return(up.GetComponent <AnswerController>()); }
public Agent(Guid id, AnswerType answer, VoipPhone phone, string postFix) : this() { Id = id; Answer = answer; PhoneNumber = phone.Number; AllowOutgoingCalls = phone.Settings.AllowOutgoingCalls; Record = phone.Settings.Record; PostFix = postFix; }
public Question(string question, string correctAnswer, string incorrectAnswer) { questionElementsType = new QuestionElementType[1]; questionElementsType[0] = QuestionElementType.TEXT; questionContent = new string[1]; questionContent[0] = question; correctAnswerType = AnswerType.TEXT; correctAnswerContent = correctAnswer; incorrectAnswerType = AnswerType.TEXT; incorrectAnswerContent = incorrectAnswer; }
public TriviaQuestionData(ref IniLoader iniIn, string qSection, int qNum) { string qTemplate = "q" + qNum.ToString(); int answers; ini = iniIn; question = ini.GetIniString(qSection, qTemplate + "question", "Missing question..."); category = ini.GetIniString(qSection, qTemplate + "cat", ""); maxAttempts = ini.GetIniInteger(qSection, qTemplate + "maxattempts", -1); timeLimit = ini.GetIniInteger(qSection, qTemplate + "timelimit", -1); questionValue = ini.GetIniInteger(qSection, qTemplate + "value", -1); ansType = DetermineAnswerType(ini.GetIniString(qSection, qTemplate + "atype", "anyof")); answers = ini.GetIniInteger(qSection, qTemplate + "acount", 1); someOfCount = ini.GetIniInteger(qSection, qTemplate + "aneed", -1); anstokens = new ArrayList(); if (ansType == AnswerType.Unknown) { MessageBox.Show("Unrecognized answer type in question #" + (qNum + 1).ToString() + ". Defaulting to \"Any Of\".", "Warning", MessageBoxButtons.OK, MessageBoxIcon.Warning); ansType = AnswerType.AnyOf; } if (answers > 26 && ansType == AnswerType.MultipleChoice) { MessageBox.Show("There are over 26 answers to multiple choice question #" + (qNum + 1).ToString() + ". This quiz will not load in Parlour Trivia unless the number of answers is reduced.", "Warning", MessageBoxButtons.OK, MessageBoxIcon.Warning); } if (answers < 1) { MessageBox.Show("There are no answers to question #" + (qNum + 1).ToString() + ".", "Warning", MessageBoxButtons.OK, MessageBoxIcon.Warning); } else for (int X = 0; X < answers; X++) anstokens.Add(ini.GetIniString(qSection, qTemplate + "a" + X.ToString(), "Missing answer...")); unsavedChanges = false; }
public Answer(AnswerType answerType, string answer) { // TODO: Complete member initialization this.type = answerType; this.answer = answer; }
public TriviaQuestionData(TriviaQuestionData questionIn) { ini = questionIn.Ini; question = questionIn.Question; category = questionIn.Category; maxAttempts = questionIn.MaxAttempts; timeLimit = questionIn.TimeLimit; questionValue = questionIn.QuestionValue; ansType = questionIn.AnsType; someOfCount = questionIn.SomeOfCount; anstokens = new ArrayList(); for (int X = 0; X < questionIn.ACount; X++) anstokens.Add(questionIn.A(X)); unsavedChanges = questionIn.UnsavedChanges; }
private bool CheckAnswer(AnswerType answer) { return _questions[_currentStep].Answers[(int)answer].IsCorrect == true; }
public string getJsonDataOfTags(AnswerType answer, string tags, string customTags) { string jsonData = "{\"isHappy\":" + (answer == AnswerType.Happy ? "true" : "false") + ",\"tags\":[" + tags + "],\"customTags\":[" + customTags + "]}"; return jsonData; }
private string WriteAnswerType(AnswerType aTypeIn) { switch (aTypeIn) { case AnswerType.AllOf: return "allof"; case AnswerType.SomeOf: return "someof"; case AnswerType.MultipleChoice: return "multi"; case AnswerType.AnyOf: default: return "anyof"; } }
public Agent UpdateOperator(Guid operatorId, AgentStatus? status, bool? allowOutgoingCalls, bool? record, AnswerType? answerType, string redirectToNumber) { if (!CRMSecurity.IsAdmin && !operatorId.Equals(SecurityContext.CurrentAccount.ID)) throw CRMSecurity.CreateSecurityException(); var dao = DaoFactory.GetVoipDao(); var phone = dao.GetNumbers().FirstOrDefault(r => r.Settings.Operators.Exists(a => a.Id == operatorId)).NotFoundIfNull(); var oper = phone.Settings.Operators.Find(r => r.Id == operatorId); if (status.HasValue) { oper.Status = status.Value; } if (allowOutgoingCalls.HasValue) { oper.AllowOutgoingCalls = phone.Settings.AllowOutgoingCalls && allowOutgoingCalls.Value; } if (record.HasValue) { oper.Record = phone.Settings.Record && record.Value; } if (answerType.HasValue) { oper.Answer = answerType.Value; } if (!string.IsNullOrEmpty(redirectToNumber)) { oper.RedirectToNumber = redirectToNumber; } dao.SaveOrUpdateNumber(phone); return oper; }
private string handleLoggedInRequest(RequestType type, List<string> parameters, Client client, out AnswerType answerType) { IPEndPoint ipEndPoint = client.TcpClient.Client.RemoteEndPoint as IPEndPoint; switch (type) { case RequestType.ChangeLogin: answerType = AnswerType.ChangeLogin; if (parameters[0].Length > 24) { throw new KickOutException("Invalid Change Login Request"); } foreach (Registration registration in World.Registrations) { if (registration.Login == parameters[0]) { return "1~"; } } foreach (Player player in World.Players) { if (player.Login == parameters[0]) { return "2~"; } } client.Player.Login = parameters[0]; return "0~"; case RequestType.ChangeName: answerType = AnswerType.ChangeName; if (parameters[0].Length > 16) { throw new KickOutException("Invalid Change Name Request"); } foreach (Registration registration in World.Registrations) { if (registration.Name == parameters[0]) { return "1~"; } } foreach (Player player in World.Players) { if (player.Name == parameters[0]) { return "2~"; } } client.Player.Name = parameters[0]; return "0~"; case RequestType.ChangePassword: answerType = AnswerType.ChangePassword; byte[] buffer = new byte[512]; int length = client.TcpClient.GetStream().Read(buffer, 0, 512); byte[] passwordBuffer = new byte[length]; Array.Copy(buffer, passwordBuffer, length); passwordBuffer = client.Encryptor.XorThis(passwordBuffer); client.Player.Password = passwordBuffer; return string.Empty; case RequestType.EnterGame: int villagesCount = (from v in World.Villages where v.Owner == client.Player select v).Count(); if (villagesCount > 0) { answerType = AnswerType.Village; return string.Empty; //TODO: return first village } answerType = AnswerType.Map; return WorldController.GetNotifications(client.Player) + WorldController.GetMap(client.Player); } throw new KickOutException("Invalid Request from authorized Client"); }
public Answer(long ID, string value, AnswerType type) { this.ID = ID; this.Value = value; this.Type = type; }
//This is actually giant switch private string handleRequest(RequestType type, List<string> parameters, Client client, out AnswerType answerType) { if (client.Player == null) { return handleUnloggedRequest(type, parameters, client, out answerType); } else { return handleLoggedInRequest(type, parameters, client, out answerType); } }
internal Question(string QuestionKey, DataRow row, DataSet xmlDataSet) { this.XmlDataSet = xmlDataSet; this._Key = QuestionKey; // get answer type this._AnswerType = Questionnarie.GetAnswerType(row[QuestionTableColumns.AnswerType].ToString()); this._No = row[QuestionTableColumns.QuestionNo].ToString(); this._HeaderID = row[QuestionTableColumns.QuestionHeader].ToString(); this._Text = row[QuestionTableColumns.QuestionText].ToString(); this._Minimum = row[QuestionTableColumns.Minimum].ToString(); this._Maximum = row[QuestionTableColumns.Maximum].ToString(); this._StringIDs = row[QuestionTableColumns.StringID].ToString(); this._DefaultValue = row[QuestionTableColumns.Default].ToString(); this._JumpNext = row[QuestionTableColumns.JumpNext].ToString(); this._JumpPervious = row[QuestionTableColumns.JumpPrevious].ToString(); this._IndicatorGId = row[QuestionTableColumns.IndicatorGID].ToString(); this._UnitGId = row[QuestionTableColumns.UnitGid].ToString(); this._SubgroupGId = row[QuestionTableColumns.SubGroupGid].ToString(); // set question serial no only if question key starts with "Q" ( means not for mandatory questions) if (this._Key.StartsWith(Constants.QuestionPrefix)) { this._QuestionSerialNo = Convert.ToInt32(row[QuestionTableColumns.QuestionKey].ToString().Replace(Constants.QuestionPrefix, "").ToString().Trim()); } else { this._QuestionSerialNo = -1; } if (row[QuestionTableColumns.Required] is DBNull) { this._Required = false; } else { this._Required = (bool)(row[QuestionTableColumns.Required]); } if (row[QuestionTableColumns.Visible] is DBNull) { this.Visible = false; } else { this.Visible = (bool)row[QuestionTableColumns.Visible]; } this._DataValue = row[QuestionTableColumns.DataValue].ToString(); this._NumericValue = row[QuestionTableColumns.NumericValue].ToString(); this._Source = row[QuestionTableColumns.Source].ToString(); this._TimePeriod = row[QuestionTableColumns.TimePeriod].ToString(); if (row[QuestionTableColumns.GridID] is DBNull | row[QuestionTableColumns.GridID].ToString() == "-1") { this._GridId = "-1"; } else { this._GridId = row[QuestionTableColumns.GridID].ToString(); if (this.AnswerType == AnswerType.GridType) { this.ProcessGridTypeTable(xmlDataSet); this._GridQuestions = GetGridQuestions(this._GridId, xmlDataSet); //update grid table to show text value for SCB question type this.ReprocessGridTypeTable(xmlDataSet); } } this.GetHeaderText(); this.CreateOptions(xmlDataSet); }
private string handleUnloggedRequest(RequestType type, List<string> parameters, Client client, out AnswerType answerType) { IPEndPoint ipEndPoint = client.TcpClient.Client.RemoteEndPoint as IPEndPoint; switch (type) { case RequestType.Welcome: Version clientVersion = new Version(int.Parse(parameters[1]), int.Parse(parameters[2]), int.Parse(parameters[3]), int.Parse(parameters[4])); bool isSupported = (clientVersion.Major == supportedVersion.Major && clientVersion.Minor == supportedVersion.Minor && clientVersion.Build == supportedVersion.Build); answerType = AnswerType.Welcome; return string.Format("{0}~{1}~{2}~", isSupported, name, Message); case RequestType.Update: answerType = AnswerType.Update; return string.Format("{0}~", clientFileBuffer.Length); case RequestType.Registration: byte[] buffer = new byte[512]; int length = client.TcpClient.GetStream().Read(buffer, 0, 512); byte[] passwordBuffer = new byte[length]; Array.Copy(buffer, passwordBuffer, length); passwordBuffer = client.Encryptor.XorThis(passwordBuffer); if (parameters[0].Length > 24 || parameters[1].Length > 16 || parameters[2].Length > 1024) { throw new KickOutException("Invalid Registration Input"); } Registration newRegistration = new Registration(parameters[0], parameters[1], parameters[2], passwordBuffer, ipEndPoint.Address); answerType = AnswerType.Registration; if (World.Registrations.Count >= 10) { return string.Format("{0}~", 6); } int errorCode = 0; foreach (Registration registration in World.Registrations) { if (registration.IP.ToString() == newRegistration.IP.ToString()) { errorCode = 3; break; } if (registration.Login == newRegistration.Login) { errorCode = 1; break; } if (registration.Name == newRegistration.Name) { errorCode = 2; break; } } if (errorCode == 0) { foreach (Player player in World.Players) { if (player.Login == newRegistration.Login) { errorCode = 4; break; } if (player.Name == newRegistration.Name) { errorCode = 5; break; } } if (errorCode == 0) { World.Registrations.Add(newRegistration); } } return string.Format("{0}~", errorCode); case RequestType.Login: answerType = AnswerType.Login; buffer = new byte[512]; length = client.TcpClient.GetStream().Read(buffer, 0, 512); passwordBuffer = new byte[length]; Array.Copy(buffer, passwordBuffer, length); passwordBuffer = client.Encryptor.XorThis(passwordBuffer); foreach (Player player in World.Players) { if (player.Login == parameters[0]) { bool passwordMatch = passwordBuffer.Length == player.Password.Length; for (int i = 0; i < player.Password.Length; i++) { if (passwordBuffer[i] != player.Password[i]) { passwordMatch = false; break; } } if (passwordMatch) { client.Player = player; return "0~"; } } } if (client.BadLoginAttempts >= 2) { banThis(ipEndPoint.Address, 5, 0, "Bad Logins"); throw new KickOutException("Banned IP, too many bad login attemts"); } else { client.BadLoginAttempts++; return "1~"; } } throw new KickOutException("Invalid Request from unauthorized Client"); }
/// <summary> /// Returns the default value /// </summary> /// <param name="ansType"></param> /// <param name="defaultValue"></param> /// <returns></returns> public string GetDefaultValue(AnswerType ansType, string defaultValue) { string RetVal = string.Empty; DataRow[] Rows; try { switch (ansType) { case AnswerType.TB: case AnswerType.TBN: RetVal = defaultValue; break; case AnswerType.CB: case AnswerType.SCB: case AnswerType.RB: case AnswerType.SRB: case AnswerType.CH: // get value from string table if (defaultValue.Length > 0) { Rows = this.QuestionnaireDataSet.Tables[TableNames.StringTable].Select(StringTableColumns.StringId + "=" + defaultValue); if (Rows.Length > 0) { RetVal = Rows[0][StringTableColumns.DisplayString].ToString(); } } break; case AnswerType.GridType: break; case AnswerType.Calculate: break; case AnswerType.Aggregate: break; default: break; } } catch (Exception) { RetVal = string.Empty; //'MsgBox(ex.Message) } return RetVal; }
public TriviaQuestionData() { ini = null; question = ""; category = ""; maxAttempts = -1; timeLimit = -1; questionValue = -1; ansType = AnswerType.AnyOf; someOfCount = 1; anstokens = new ArrayList(); unsavedChanges = false; }