public void ProcessRequest(HttpContext context)
{
try
{
string userid = "nlubold";
int sessionid = 1;
List <int> problemStep = SQLProblemStepTracker.ReadProbStep(userid);
int problem = problemStep[0];
int nextproblem = problem + 1;
int step = problemStep[1];
int problemimgkey = problemStep[2];
int answerKey = problemStep[3];
int newanswer = problemStep[4];
int numautoresponses = problemStep[5];
int nextstepanswerkey = 0;
int numAutoResponses = 0;
if (step == 0)
{
step = 1;
}
nextstepanswerkey = SQLProblemStepTracker.CalculateNewAnswerKey(1, answerKey, step);
newanswer = step;
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, problem, step, problemimgkey, nextstepanswerkey, newanswer, numAutoResponses);
}
catch (Exception error)
{
SQLLog.InsertLog(DateTime.Now, error.Message, error.ToString(), "UpdateAnswer.ashx.cs", 0, "nlubold");
}
}
public void ProcessRequest(HttpContext context)
{
// General variables
DateTime timeStart = DateTime.Now;
string path = context.Request.PhysicalApplicationPath;
string userid = HttpContext.Current.User.Identity.Name;
Tuple <string, int> imageInfo = new Tuple <string, int>("", 2);
string page = "";
// Variables important to the speaker's state
string audioFile = path + "data\\userAudio\\blob.wav";
string transcript = "";
string dialogueAct = "";
int speakerSpoke = 0;
List <int> problemStep = new List <int>(); // [0] is problem, [1] is the step, and [2] is the image key loaded for this step, [3] is the answer pattern
int sessionid = 1; // ************************* FIX THIS ********
int nextstepanswerkey = 0;
// Variables important to Nico's state
Tuple <string, int, string> nicoResponse; // string => Nico's response, int is the movement code, string contains whether Nico is 'answering', 'confirming', or 'not answering'
try
{
problemStep = SQLProblemStepTracker.ReadProbStep(userid); // Get current step
int problem = problemStep[0];
int step = problemStep[1];
int probImg = problemStep[2];
int answerKey = problemStep[3];
int numAutoResponses = problemStep[5];
int numturns = problemStep[6];
string clickstep = "none";
int newanswer = 0;
/*
* if (step == 0)
* {
* step = 1;
* }
*/
transcript = context.Request.Params["transcript"]; // Get transcript (if there is one)
page = context.Request.Params["page_loc"];
if (context.Request.Files.Count > 0) // Write out audio file (if it's there)
{
HttpFileCollection files = context.Request.Files;
//audioFile = writeFile(files, path, userid, timeStart);
}
if (transcript == "problem start")
{
speakerSpoke = 0;
clickstep = "problem start";
step = 1;
}
else if (transcript == "no response")
{
speakerSpoke = 0;
clickstep = "null";
numAutoResponses += 1;
transcript = "Triggered Speech " + numAutoResponses.ToString();
}
else if (transcript == "HELLO FIRST TIME")
{
speakerSpoke = 0;
clickstep = "hello nico start";
}
else if ((transcript != "") && (transcript != null)) // Is there a transcript? If there is get the speaker's dialogue act
{
dialogueAct = estimateDialogueAct(transcript);
speakerSpoke = 1; // Set that the speaker actually spoke this turn
}
else
{
speakerSpoke = 2;
transcript = "transcript empty or null";
}
nicoResponse = ResponseGeneration.NicoResponse(path, problemStep, speakerSpoke, transcript, timeStart, page, userid, audioFile); // Generate and initiate Nico's response
SQLUserState.UpdateSpeakerState(userid, dialogueAct, transcript, speakerSpoke, problemStep, timeStart, clickstep, numAutoResponses); // Write out speaker state info
SQLNicoState.UpdateNicoState(userid, nicoResponse, problemStep, timeStart); // Write out Nico's state info & update problem/step
// Nico response: string => Nico's response, int is the movement code, the boolean indicates whether Nico answered the step
// To update the step, we check if Nico answered the question.
numturns += 1;
if (nicoResponse.Item3 == "answering")
{
nextstepanswerkey = SQLProblemStepTracker.CalculateNewAnswerKey(1, answerKey, step, userid); // Passing 1 as first argument because Nico DID answer this step
newanswer = step;
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, problem, step, probImg, nextstepanswerkey, newanswer, numAutoResponses, numturns);
}
else
{
nextstepanswerkey = answerKey; // current answer key
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, problem, step, probImg, nextstepanswerkey, newanswer, numAutoResponses, numturns);
}
}
catch (Exception error)
{
SQLLog.InsertLog(DateTime.Now, error.Message, error.ToString(), "DialogueEngine.ashx.cs", 0, userid);
}
string transResponse = "Saved User Wav File!";
context.Response.ContentType = "audio/wav";
context.Response.AppendHeader("Access-Control-Allow-Origin", "*");
context.Response.AppendHeader("Access-Control-Allow-Headers", "x-requested-with");
context.Response.Write(transResponse);
}
public void ProcessRequest(HttpContext context)
{
try
{
string userid = "nlubold";
int sessionid = 1;
int maxprobs = 4;
List <int> problemStep = SQLProblemStepTracker.ReadProbStep(userid);
int problem = problemStep[0];
int nextproblem = problem + 1;
int step = problemStep[1];
int nextStep = step + 1;
int priorStep = step - 1;
int problemimgkey = problemStep[2];
int answerKey = problemStep[3];
int newanswer = problemStep[4];
int numautoresponses = problemStep[5];
// Variables important to Nico's state
string path = HttpRuntime.AppDomainAppPath;
DateTime now = DateTime.Now;
string clickstep = "";
string response = "continue";
string clicked = context.Request.Params["button_info"];
switch (clicked)
{
case "next":
problemStep[1] = nextStep;
newanswer = 0;
clickstep = "step" + step.ToString() + "_" + nextStep.ToString();
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, problem, nextStep, problemimgkey, answerKey, newanswer, numautoresponses);
break;
case "prior":
problemStep[1] = priorStep;
newanswer = 0;
clickstep = "step" + step.ToString() + "_" + priorStep.ToString();
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, problem, priorStep, problemimgkey, answerKey, newanswer, numautoresponses);
break;
case "problem":
if (nextproblem > maxprobs)
{
response = "end of session";
}
else
{
step = 1;
answerKey = 1;
newanswer = 0;
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, nextproblem, step, problemimgkey, answerKey, newanswer, numautoresponses);
}
break;
default:
break;
}
context.Response.ContentType = "text/HTML";
context.Response.Write(response);
}
catch (Exception error)
{
SQLLog.InsertLog(DateTime.Now, error.Message, error.ToString(), "UpdateStep.ashx.cs", 0, "nlubold");
}
}
public void ProcessRequest(HttpContext context)
{
/* ----------Retrieve current user & session ID ----------------
* Should be dynamic - need to fix this
*/
string userid = "nlubold";
int sessionid = 1;
/* ----------Retrieve current problem and step information----------------
* Problem Step Info: 1st value is the problem, second value contains the current step, third value contains the
* problem image key (may remove this, currently unused), fourth value contains the key to the current answer pattern,
* fifth value indicates whether Nico just answered this step.
*/
List <int> problemStep = SQLProblemStepTracker.ReadProbStep(userid);
int problem = problemStep[0];
int step = problemStep[1];
int problemimgkey = problemStep[2];
int answerKey = problemStep[3];
int newanswer = problemStep[4];
/* ----------Retrieve the problem content----------------
* Problem Text - contains description of problem plus headers for columns
* Problem Design Answers - contains the full content, including answers
* Problem Design Blanks - contains the content of the problem with question marks where Nico must provide the answer
* Answer Pattern - contains the current pattern of answered steps because technically they don't have to go in order
* ChAnswerPattern - the character array of the current answer pattern
* Max step - maximum number of steps for the problem
* Num Rows - number of rows for the problem
* Num Cells - number of columns for the problem
* Step Answer Pattern - indicates which cells need to be answered
*/
List <string> problemText = SQLProblemText.ReadProbText(problem);
List <string> problemDesign_Answers = SQLProblemDesign.GetProbDesign(problem, 1);
List <string> problemDesign_Blanks = SQLProblemDesign.GetProbDesign(problem, 0);
string answerPattern = SQLAnswerPattern.GetAnswerPattern(answerKey)[1];
char[] chAnswerPattern = answerPattern.ToCharArray();
int maxsteps = Convert.ToInt32(problemDesign_Blanks[0]);
int numrows = Convert.ToInt32(problemDesign_Blanks[1]);
int numcells = Convert.ToInt32(problemDesign_Blanks[2]);
char[] stepAnswerPattern = problemDesign_Blanks[3].ToCharArray();
/* ----------Answer display variables----------------
* Calculate the cell which is a 'new' answer, if there is one.
* Will only be a 'new' answer when new answer does not equal zero
* If new answer is not zero, then it is equal to the step which was answered
* Can get the cell that is 'new' using step answer pattern
*/
int cellAnswer = 0;
if (newanswer != 0)
{
cellAnswer = (int)Char.GetNumericValue(stepAnswerPattern[newanswer - 1]);
newanswer = 1;
}
/* ----------Set variables for Nico and User----------------
* Tuple:
* string: Nico's response
* int: the movement code
* bool: indicates whether Nico answered this step
* clickstep: string to populate in user log how we got to this page
*/
Tuple <string, int, bool> nicoResponse;
string path = HttpRuntime.AppDomainAppPath;
string clickstep = "none";
/* ---------- Create Table Data----------------
* Create a list of objects which can then be serialized into a single Json object and passed back to client.
* The list of objects - each object is a row in the table
* Steps:
* (1) Store how many columns, step that currently on, max steps, and if a cell on this step was newly answered
* (2) Create header row
* (3) Create the rest of the rows
* Also pass info regarding buttons to display and problem description text (ProblemDescription.Text = problemText[0];)
*/
List <TableInfo> rowsList = new List <TableInfo>();
// Step (1): Populate important variables including if new answer and what cell that answer is
rowsList.Add(new TableInfo(Convert.ToString(numcells), Convert.ToString(step), Convert.ToString(maxsteps), Convert.ToString(newanswer), Convert.ToString(cellAnswer), Convert.ToString(problemText[0])));
// Step (2): Create header row
rowsList.Add(new TableInfo(problemText.GetRange(1, numcells).ToArray()));
// Step (3): Create the rest of the rows
int index = 0;
for (int j = 0; j < numrows; j++)
{
if (chAnswerPattern[j] == '1')
{
rowsList.Add(new TableInfo(problemDesign_Answers.GetRange(4 + index, numcells).ToArray()));
}
else
{
rowsList.Add(new TableInfo(problemDesign_Blanks.GetRange(4 + index, numcells).ToArray()));
}
index += numcells;
}
var json = new JavaScriptSerializer().Serialize(rowsList);
context.Response.Write(json);
}
public void ProcessRequest(HttpContext context)
{
string userid = HttpContext.Current.User.Identity.Name;
try
{
int sessionid = 1;
int maxprobs = 9;
string page = "ProblemPage";
List <int> problemStep = SQLProblemStepTracker.ReadProbStep(userid);
int problem = problemStep[0];
int nextproblem = problem + 1;
int step = problemStep[1];
int nextStep = step + 1;
int priorStep = step - 1;
int problemimgkey = problemStep[2];
int answerKey = problemStep[3];
int newanswer = problemStep[4];
int numautoresponses = problemStep[5];
int numturns = problemStep[6];
if (step == 0)
{
step = 1;
nextStep = 2;
}
// Variables important to Nico's state
Tuple <string, int, string> nicoResponse; // string => Nico's response, int is the movement code, string is whether nico is answering
string path = HttpRuntime.AppDomainAppPath;
string useraudio = path + "data\\userAudio\\blob.wav";
DateTime now = DateTime.Now;
string clickstep = "";
string response = "continue";
string clicked = context.Request.Params["button_info"];
switch (clicked)
{
case "next":
problemStep[1] = nextStep;
newanswer = 0;
numturns = 0;
clickstep = "step_" + step.ToString() + "_" + nextStep.ToString();
nicoResponse = ResponseGeneration.NicoResponse(path, problemStep, 0, "next step", now, page, userid, useraudio);
SQLUserState.UpdateSpeakerState(userid, "", "", 0, problemStep, now, clickstep, numautoresponses); // Write out speaker state info
SQLNicoState.UpdateNicoState(userid, nicoResponse, problemStep, now); // Write out Nico's state info & update problem/step
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, problem, nextStep, problemimgkey, answerKey, newanswer, numautoresponses, numturns);
break;
case "prior":
problemStep[1] = priorStep;
newanswer = 0;
numturns = 0;
clickstep = "step_" + step.ToString() + "_" + priorStep.ToString();
nicoResponse = ResponseGeneration.NicoResponse(path, problemStep, 0, "prior step", now, page, userid, useraudio);
SQLUserState.UpdateSpeakerState(userid, "", "", 0, problemStep, now, clickstep, numautoresponses); // Write out speaker state info
SQLNicoState.UpdateNicoState(userid, nicoResponse, problemStep, now); // Write out Nico's state info & update problem/step
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, problem, priorStep, problemimgkey, answerKey, newanswer, numautoresponses, numturns);
break;
case "problem":
if (nextproblem > maxprobs)
{
response = "end of session";
}
else
{
step = 1;
answerKey = 1;
newanswer = 0;
problemStep[0] = nextproblem;
numturns = 0;
clickstep = "problem_" + problem.ToString() + "_" + nextproblem.ToString();
nicoResponse = ResponseGeneration.NicoResponse(path, problemStep, 0, "problem start", now, page, userid, useraudio);
SQLUserState.UpdateSpeakerState(userid, "", "", 0, problemStep, now, clickstep, numautoresponses); // Write out speaker state info
SQLNicoState.UpdateNicoState(userid, nicoResponse, problemStep, now); // Write out Nico's state info & update problem/step
SQLProblemStepTracker.UpdateProbStep(userid, sessionid, nextproblem, step, problemimgkey, answerKey, newanswer, numautoresponses, numturns);
}
break;
default:
break;
}
context.Response.ContentType = "text/HTML";
context.Response.Write(response);
}
catch (Exception error)
{
SQLLog.InsertLog(DateTime.Now, error.Message, error.ToString(), "UpdateStep.ashx.cs", 0, userid);
}
}