private (bool, string) FormSubmitHandler(User user, UserFormSubmission submission)
{
if (submission?.SubForms?.Count == ObjectList.Count)
{
for (int i = 0; i < submission.SubForms.Count; i++)
{
T extractedAnswer = AnswerExtractor(submission.SubForms[i]);
if (extractedAnswer != null)
{
if (ObjectList[i].UserAnswers == null)
{
ObjectList[i].UserAnswers = new List <QueryInfo <T> >();
}
ObjectList[i].UserAnswers.Add(new QueryInfo <T>()
{
UserQueried = user,
TimeTakenInMs = DateTime.UtcNow.Subtract(this.StartingTime).TotalMilliseconds,
Answer = extractedAnswer,
});
}
}
}
return(true, string.Empty);
}
/// <summary>
/// This is the outlet function that Exit will call
/// </summary>
private void Outlet(User user, UserStateResult result, UserFormSubmission input)
{
if (this.FirstUser)
{
lock (this.FirstUserLock)
{
if (this.FirstUser)
{
foreach (var listener in this.StateEndingListeners)
{
listener?.Invoke();
}
this.FirstUser = false;
}
}
}
lock (user)
{
foreach (var listener in this.PerUserStateEndingListeners)
{
listener?.Invoke(user);
}
}
if (this.UserOutletOverrides.TryGetValue(user, out Connector connector))
{
connector(user, result, input);
}
else
{
this.InternalOutlet(user, result, input);
}
}
public async Task SubmitUserForm(UserPrompt prompt, UserFormSubmission submission, string userId)
{
if (submission == null)
{
return;
}
submission.Id = prompt.Id;
for (int i = 0; i < (submission.SubForms?.Count ?? 0); i++)
{
submission.SubForms[i].Id = prompt.SubPrompts?[i]?.Id ?? Guid.Empty;
}
string path = Constants.Path.FormSubmit;
// If set up to auto submit and randomly selected to auto submit.
if ((prompt.AutoSubmitAtTime != null) && (Rand.NextDouble() < this.AutoSubmitPercentage))
{
path = Constants.Path.AutoFormSubmit;
}
HttpResponseMessage httpResponseMessage = await MakeWebRequest(
path: path,
userId : userId,
method : HttpMethod.Post,
content : new StringContent(
JsonConvert.SerializeObject(submission),
Encoding.UTF8,
Constants.MediaType.ApplicationJson));
await httpResponseMessage.ThrowIfNonSuccessResponse(userId);
}
public void Inlet(User user, UserStateResult result, UserFormSubmission formSubmission)
{
if (!this.UsersInLobby.ContainsKey(user.Id))
{
throw new Exception("User not registered for this lobby");
}
this.WaitForLobbyStart.Inlet(user, result, formSubmission);
}
public override (bool, string) CountingFormSubmitHandler(User user, UserFormSubmission input, int counter)
{
this.Drawings.Add(new PeopleUserDrawing
{
Drawing = input.SubForms[0].Drawing,
Owner = user,
Type = UsersToRandomizedBodyPartTypes[user][counter % 3]
});
return(true, string.Empty);
}
public IActionResult Post(
[FromBody] UserFormSubmission formData,
string id)
{
if (!ModelState.IsValid)
{
return(new BadRequestResult());
}
if (!Sanitize.SanitizeString(id, out string error, Constants.RegexStrings.UserId, 50, 50))
{
return(BadRequest(error));
}
User user = GameManager.MapIdentifierToUser(id, out bool newUser);
if (user != null)
{
user.LastSubmitTime = DateTime.UtcNow;
}
if (user?.UserState == null || newUser)
{
return(BadRequest("Error finding user object, try again."));
}
if (!Sanitize.SanitizeAllStrings(formData, out error))
{
return(BadRequest(error));
}
// Make sure HandleUserFormInput is never called concurrently for the same user.
bool success = false;
try
{
lock (user.LockObject)
{
// If user form input was valid, handle it, else return the error.
if (user.UserState.CleanUserFormInput(user, ref formData, out error) == UserState.CleanUserFormInputResult.Valid)
{
success = user.UserState.HandleUserFormInput(user, formData, out error);
}
}
}
catch (Exception e)
{
error = "An unexpected error occurred, refresh and try again :(";
success = false;
// Let GameManager know so it can determine whether or not to abandon the lobby.
GameManager.ReportGameError(ErrorType.UserSubmit, user?.LobbyId, user, e);
}
return(success ? new OkResult() : BadRequest(error));
}
public IActionResult Post(
[FromBody] UserFormSubmission formData,
string id)
{
if (!Sanitize.SanitizeString(id, out string error, Constants.RegexStrings.UserId, 50, 50))
{
return(BadRequest(error));
}
User user = GameManager.MapIdentifierToUser(id, out bool newUser);
if (user != null)
{
user.LastSubmitTime = DateTime.UtcNow;
}
if (user?.UserState == null || newUser)
{
return(BadRequest("Error finding user object, try again."));
}
if (!Sanitize.SanitizeAllStrings(formData, out error))
{
return(BadRequest(error));
}
// Make sure HandleUserFormInput is never called concurrently for the same user.
try
{
lock (user.LockObject)
{
if (!user.UserState.UserRequestingCurrentPrompt(user).SubmitButton)
{
return(BadRequest("You shouldn't be able to time out on this prompt."));
}
// Cleans invalid fields and replaces with null.
if (user.UserState.CleanUserFormInput(user, ref formData, out error) != UserState.CleanUserFormInputResult.Invalid)
{
// Handles partial/null inputs.
user.UserState.HandleUserTimeout(user, formData);
}
}
}
catch (Exception e)
{
error = "An unexpected error occurred, refresh and try again :(";
// Let GameManager know so it can determine whether or not to abandon the lobby.
GameManager.ReportGameError(ErrorType.UserSubmit, user?.LobbyId, user, e);
return(new BadRequestObjectResult(error));
}
return(new OkResult());
}
public override UserTimeoutAction CountingUserTimeoutHandler(User user, UserFormSubmission input, int counter)
{
if (input?.SubForms?.Count == 3 &&
input.SubForms[0].ShortAnswer != null &&
input.SubForms[1].ShortAnswer != null &&
input.SubForms[2].ShortAnswer != null)
{
HandleInput(user, input);
}
return(UserTimeoutAction.None);
}
public async Task GetPromptAndSubmitUserForm(Func <UserPrompt, UserFormSubmission> handler, string userId)
{
HttpResponseMessage currentContentResponse = await MakeWebRequest(
path : Constants.Path.CurrentContent,
userId : userId,
method : HttpMethod.Get);
UserPrompt prompt = JsonConvert.DeserializeObject <UserPrompt>(await currentContentResponse.Content.ReadAsStringAsync());
UserFormSubmission submission = handler(prompt);
await SubmitUserForm(prompt, submission, userId);
}
public override UserTimeoutAction CountingUserTimeoutHandler(User user, UserFormSubmission input, int counter)
{
if (input?.SubForms?[0]?.Drawing != null)
{
Drawings.Add(new PeopleUserDrawing
{
Drawing = input.SubForms[0].Drawing,
Owner = user,
Type = UsersToRandomizedBodyPartTypes[user][counter % 3]
});
}
return(UserTimeoutAction.None);
}
public override UserTimeoutAction CountingUserTimeoutHandler(User user, UserFormSubmission input, int counter)
{
if (input?.SubForms?[0]?.ShortAnswer != null &&
!Prompts.Select((prompt) => prompt.Text).Contains(input.SubForms[0].ShortAnswer))
{
Prompts.Add(
new Prompt()
{
Owner = user,
Text = input.SubForms[0].ShortAnswer
});
}
return(UserTimeoutAction.None);
}
public override (bool, string) CountingFormSubmitHandler(User user, UserFormSubmission input, int counter)
{
if (Prompts.Select((prompt) => prompt.Text).Contains(input.SubForms[0].ShortAnswer))
{
return(false, "Someone has already entered that prompt");
}
Prompts.Add(
new Prompt()
{
Owner = user,
Text = input.SubForms[0].ShortAnswer
});
return(true, String.Empty);
}
/// <summary>
/// The inlet to the transition.
/// </summary>
/// <param name="user">The user to move into the transition.</param>
/// <param name="stateResult">The state result of the last node (this transition doesnt care).</param>
/// <param name="formSubmission">The user input of the last node (this transition doesnt care).</param>
public override void Inlet(User user, UserStateResult stateResult, UserFormSubmission formSubmission)
{
base.Inlet(user, stateResult, formSubmission);
if (firstUser)
{
lock (firstUserLock)
{
if (firstUser)
{
this.delayTriggerTask = DelayedTrigger(this.Delay);
firstUser = false;
}
}
}
}
private T TryExtractObjectVotedFor(User user, UserFormSubmission submission)
{
SubPrompt subPrompt = this.PromptsPerUser[user].SubPrompts[0];
T objectVotedFor = null;
if (subPrompt?.Answers != null && (submission?.SubForms?.FirstOrDefault()?.RadioAnswer != null))
{
objectVotedFor = this.ObjectList[submission.SubForms.FirstOrDefault().RadioAnswer.Value];
}
else if (subPrompt?.Selector?.ImageList != null && (submission?.SubForms?.FirstOrDefault()?.Selector != null))
{
objectVotedFor = this.ObjectList[submission.SubForms[0].Selector.Value];
}
return(objectVotedFor);
}
/// <summary>
/// The inlet to the transition.
/// </summary>
/// <param name="user">The user to move into the transition.</param>
/// <param name="stateResult">The state result of the last node (this transition doesnt care).</param>
/// <param name="formSubmission">The user input of the last node (this transition doesnt care).</param>
public override void Inlet(User user, UserStateResult stateResult, UserFormSubmission formSubmission)
{
base.Inlet(user, stateResult, formSubmission);
this.UsersWaiting.Add(user);
// TODO: locks in this flow almost certainly have race conditions.
// Will recalculate active users on each submission. Slight "bug" if last user becomes inactive we still wait out the timer.
// Hurry users once all active have submitted. IFF that is the selected mode
if (this.UsersToWaitForType == WaitForUsersType.Active &&
!this.Hurried &&
this.GetUsers(WaitForUsersType.Active).IsSubsetOf(this.UsersWaiting))
{
lock (this.TriggeredLock)
{
// UsersToWaitForType cannot change.
if (!this.Hurried &&
this.GetUsers(WaitForUsersType.Active).IsSubsetOf(this.UsersWaiting))
{
this.Hurried = true;
this.ParentState.HurryUsers();
}
}
}
// Proceed to next state once we have all users.
if (!this.Triggered && this.GetUsers(WaitForUsersType.All).IsSubsetOf(this.UsersWaiting))
{
bool triggeringThread = false;
lock (this.TriggeredLock)
{
if (!this.Triggered && this.GetUsers(WaitForUsersType.All).IsSubsetOf(this.UsersWaiting))
{
this.Triggered = true;
triggeringThread = true;
}
}
// Cannot call this from within a lock, can only be called by one thread. Other threads will just go into
// waiting mode :)
if (triggeringThread)
{
this.Trigger();
}
}
}
public void Inlet(User user, UserStateResult stateResult, UserFormSubmission formSubmission)
{
// If there is no submit button the user is not meant to answer prompts or hurry through.
if (!AwaitingInput(user))
{
return;
}
// Set user to answering prompts state if they arent being hurried and their current prompt has a submit button.
if (user.StatesTellingMeToHurry.Count == 0)
{
user.Status = UserStatus.AnsweringPrompts;
}
else
{
// TODO: May need to pass in prompt rather than getting from user.UserState but should be okay for now.
HandleUserTimeout(user, UserFormSubmission.WithNulls(user.UserState?.UserRequestingCurrentPrompt(user)));
}
}
private (bool, string) FormSubmitHandler(User user, UserFormSubmission submission)
{
T objectVotedFor = TryExtractObjectVotedFor(user, submission);
objectVotedFor.Should().NotBeNull(because: "Could not find an object voted for");
VoteInfo vote = new VoteInfo
{
ObjectsVotedFor = new List <object> {
objectVotedFor
},
TimeTakenInMs = DateTime.UtcNow.Subtract(this.StartingTime).TotalMilliseconds,
UserWhoVoted = user
};
objectVotedFor.VotesCastForThisObject.Add(vote);
this.UserVotes[user] = vote;
return(true, string.Empty);
}
private void HandleInput(User user, UserFormSubmission input)
{
Question question;
int leftLabelInt;
int rightLabelInt;
string leftLabel = input?.SubForms[1]?.ShortAnswer;
string rightLabel = input?.SubForms[2]?.ShortAnswer;
if (int.TryParse(leftLabel, out leftLabelInt) &&
int.TryParse(rightLabel, out rightLabelInt) &&
leftLabelInt < rightLabelInt &&
rightLabelInt - leftLabelInt <= FriendQuizConstants.MaxSliderTickRange)
{
question = new Question()
{
Owner = user,
Text = input.SubForms[0].ShortAnswer,
MinBound = leftLabelInt,
MaxBound = rightLabelInt,
Numeric = true,
TickLabels = new List <string>()
{
leftLabel, rightLabel
}
};
}
else
{
question = new Question()
{
Owner = user,
Text = input.SubForms[0].ShortAnswer,
TickLabels = new List <string>()
{
leftLabel, rightLabel
}
};
}
RoundTracker.Questions.Add(question);
}
private UserTimeoutAction FormTimeoutHandler(User user, UserFormSubmission submission)
{
T objectVotedFor = TryExtractObjectVotedFor(user, submission);
// TODO: Support ability to not count a vote.
if (objectVotedFor == null)
{
objectVotedFor = ObjectList.First();
}
VoteInfo vote = new VoteInfo
{
ObjectsVotedFor = new List <object> {
objectVotedFor
},
TimeTakenInMs = DateTime.UtcNow.Subtract(this.StartingTime).TotalMilliseconds,
UserWhoVoted = user
};
objectVotedFor.VotesCastForThisObject.Add(vote);
this.UserVotes[user] = vote;
return(UserTimeoutAction.None);
}
public static CleanUserFormInputResult CleanUserFormInput(UserPrompt userPrompt, ref UserFormSubmission userInput, out string error)
{
// No data submitted / requested
if (userInput == null || userPrompt == null)
{
error = "Try again or try refreshing the page.";
userInput = UserFormSubmission.WithNulls(userPrompt);
return(CleanUserFormInputResult.Invalid);
}
// Old data submitted.
if (userInput.Id != userPrompt.Id)
{
error = "Outdated form submitted, try again or try refreshing the page.";
userInput = UserFormSubmission.WithNulls(userPrompt);
return(CleanUserFormInputResult.Invalid);
}
// No prompts requested.
if (userPrompt?.SubPrompts == null || userPrompt.SubPrompts.Length == 0)
{
userInput = UserFormSubmission.WithNulls(userPrompt);
error = "";
return(CleanUserFormInputResult.Valid);
}
if (userInput?.SubForms == null || (userPrompt.SubPrompts.Length != userInput.SubForms.Count))
{
error = "Error in submission, try again or try refreshing the page.";
userInput = UserFormSubmission.WithNulls(userPrompt);
return(CleanUserFormInputResult.Invalid);
}
int i = 0;
CleanUserFormInputResult result = CleanUserFormInputResult.Valid;
error = string.Empty;
foreach (SubPrompt prompt in userPrompt?.SubPrompts ?? new SubPrompt[0])
{
UserSubForm subForm = userInput.SubForms[i];
if (!(PromptInputValidation.Validate_Drawing(prompt, subForm) &&
PromptInputValidation.Validate_ShortAnswer(prompt, subForm) &&
PromptInputValidation.Validate_ColorPicker(prompt, subForm) &&
PromptInputValidation.Validate_Answers(prompt, subForm) &&
PromptInputValidation.Validate_Selector(prompt, subForm) &&
PromptInputValidation.Validate_Dropdown(prompt, subForm) &&
PromptInputValidation.Validate_Slider(prompt, subForm)))
{
error = "Not all form fields have been filled out";
result = CleanUserFormInputResult.Cleaned;
// Invalid fields get set to null (used in autosubmit partial submission flows).
userInput.SubForms[i] = new UserSubForm()
{
Id = prompt.Id
};
}
i++;
}
return(result);
}
public void Inlet(User user, UserStateResult stateResult, UserFormSubmission formSubmission)
{
this.Exit.Inlet(user, stateResult, formSubmission);
}
public override void Inlet(User user, UserStateResult stateResult, UserFormSubmission formSubmission)
{
this.WaitingState.Inlet(user, stateResult, formSubmission);
}
public CleanUserFormInputResult CleanUserFormInput(User user, ref UserFormSubmission userInput, out string error)
{
UserPrompt userPrompt = GetUserPromptHolder(user).Prompt;
return(CleanUserFormInput(userPrompt, ref userInput, out error));
}
public abstract UserTimeoutAction CountingUserTimeoutHandler(User user, UserFormSubmission input, int counter);
public void Inlet(User user, UserStateResult stateResult, UserFormSubmission formSubmission)
{
this.InternalConnector?.Invoke(user, stateResult, formSubmission);
}
// TODO: configure delayBetweenSubmissions? - Command line arg.
public virtual async Task RunTest()
{
int i = 0;
const int maxIters = 500;
// Reset data structures so that they always show current GameStep.
Dictionary <LobbyPlayer, Task <UserPrompt> > playerPrompts = new Dictionary <LobbyPlayer, Task <UserPrompt> >();
List <Task> playerSubmissions = new List <Task>();
try
{
for (i = 0; i < maxIters; i++)
{
// Reset data structures so that they always show current GameStep.
playerPrompts = new Dictionary <LobbyPlayer, Task <UserPrompt> >();
playerSubmissions = new List <Task>();
DateTime pollingEnd = DateTime.UtcNow.Add(this.MaxTotalPollingTime);
// Keep polling current prompts
while (!playerPrompts.Values.Any(val => val.Result.SubmitButton))
{
if (DateTime.UtcNow > pollingEnd)
{
throw new Exception("Ran out of time polling, did game soft-lock?");
}
// Delay not needed on first iteration.
if (playerPrompts.Count > 0)
{
Thread.Sleep((int)this.PollingDelay.TotalMilliseconds);
}
playerPrompts = new Dictionary <LobbyPlayer, Task <UserPrompt> >();
foreach (LobbyPlayer player in Lobby.Players)
{
playerPrompts.Add(player, this.WebClient.GetUserPrompt(player.UserId));
}
await Task.WhenAll(playerPrompts.Values);
}
// HACKY FIX. Above is checking if ANY user has a prompt. To avoid race condition. wait a little and check everybody again.
Thread.Sleep((int)this.PollingDelay.TotalMilliseconds);
playerPrompts = new Dictionary <LobbyPlayer, Task <UserPrompt> >();
foreach (LobbyPlayer player in Lobby.Players)
{
playerPrompts.Add(player, this.WebClient.GetUserPrompt(player.UserId));
}
await Task.WhenAll(playerPrompts.Values);
// END HACKY FIX
var prompts = playerPrompts.Values.Select(val => val.Result);
// Check if game end
if (prompts.Any(prompt => prompt.UserPromptId == UserPromptId.PartyLeader_GameEnd))
{
Console.WriteLine("Game Finished");
break;
}
// Validate current set is expected.
if (this is IStructuredTest)
{
var validations = ((IStructuredTest)this).UserPromptIdValidations;
if (i > validations.Count)
{
throw new Exception($"Game has gone past all structured test validations without ending.");
}
this.ValidatePrompts(validations[i], prompts);
}
foreach ((LobbyPlayer player, Task <UserPrompt> promptTask) in playerPrompts)
{
Thread.Sleep((int)this.DelayBetweenSubmissions.TotalMilliseconds);
UserPrompt prompt = promptTask.Result;
UserFormSubmission submission = HandleUserPrompt(prompt, player, i);
bool providedSubmission = submission != null;
if (!prompt.SubmitButton && providedSubmission)
{
throw new Exception($"Test's 'HandleUserPrompt' provided a UserFormSubmission when it was not expected. UserId='{player.UserId}'");
}
if (prompt.SubmitButton && !providedSubmission)
{
throw new Exception($"Test's 'HandleUserPrompt' did not provide a UserFormSubmission when one was expected. UserId='{player.UserId}'");
}
if (submission != null)
{
playerSubmissions.Add(this.WebClient.SubmitUserForm(prompt, submission, player.UserId));
}
}
await Task.WhenAll(playerSubmissions);
// Validate game was expected to end here
if (i >= maxIters)
{
throw new Exception($"Test runner exceeded ({i}) max game steps of ({maxIters})");
}
}
if ((this is IStructuredTest) && (i != ((IStructuredTest)this).UserPromptIdValidations.Count))
{
throw new Exception($"Game ended unexpectedly. Expected ({((IStructuredTest)this).UserPromptIdValidations.Count}) game steps, actual:({i})");
}
}
catch (Exception e)
{
e.Data.Add(Constants.ExceptionDataKeys.GameStep, i);
// Try and add additional data points
try
{
if (this is IStructuredTest)
{
e.Data.Add(Constants.ExceptionDataKeys.Validations, ((IStructuredTest)this).UserPromptIdValidations.Select(var => var.PrettyPrint()));
}
e.Data.Add(Constants.ExceptionDataKeys.Prompts, $"*[{i}]:{SummarizePrompts(playerPrompts.Values.Select(task => task.Result)).PrettyPrint()}");
}
catch
{
// Empty
}
throw;
}
}
public abstract (bool, string) CountingFormSubmitHandler(User user, UserFormSubmission input, int counter);
public override (bool, string) CountingFormSubmitHandler(User user, UserFormSubmission input, int counter)
{
HandleInput(user, input);
return(true, string.Empty);
}
public virtual void Inlet(User user, UserStateResult stateResult, UserFormSubmission formSubmission)
{
this.InvokeEntranceListeners(user);
this.InternalOutletConnector(user, stateResult, formSubmission);
}
/// <summary> /// This implementation validates user input, and should be overridden (with a call to base.HandlerUserFormInput) /// </summary> /// <param name="userInput">Validates the users form input and decides what UserStateResult to return to StatecompletedCallback.</param> /// <returns>True if the user input was accepted, false if there was an issue.</returns> public abstract bool HandleUserFormInput(User user, UserFormSubmission userInput, out string error);
