//Takes in all students and checks if they are on the roster of the instance object //if the ZID is found int the roster it will print the student using the .ToString() override. public string PrintRoster(BindingList <Student> students) { var builder = new StringBuilder(); if (students == null) { throw new ArgumentNullException("students cannot be null."); } var courseInfo = string.Format("Course: {0} {1}-{2} ({3}/{4})", DepartmentCode, CourseNumber, SectionNumber, EnrolledCount, MaximumCapacity); builder.Append(courseInfo); builder.Append(Environment.NewLine); builder.Append("-------------------------------------------------------------------"); builder.Append(Environment.NewLine); if (!EnrolledStudents.Any()) { builder.Append("There are no students currently enrolled in this course."); } else { foreach (var student in students) { if (EnrolledStudents.Contains(student.ZId)) { var studentInfo = string.Format("{0}\t{1}, {2}\t{3}", student.ZId, student.LastName, student.FirstName, student.Major); builder.Append(studentInfo); builder.Append(Environment.NewLine); } } } return(builder.ToString()); }
//************************************** // public EnrollFlags Enroll(Student s) { // First, make sure that this Student is not already // enrolled for this Section, has not already enrolled // in another section of this class and that he/she has // NEVER taken and passed the course before. Transcript transcript = s.Transcript; if (s.IsEnrolledIn(this) || s.IsCurrentlyEnrolledInSimilar(this) || transcript.VerifyCompletion(RepresentedCourse)) { return(EnrollFlags.PREVIOUSLY_ENROLLED); } // If there are any prerequisites for this course, // check to ensure that the Student has completed them. Course c = RepresentedCourse; if (c.HasPrerequisites()) { foreach (Course pre in c.Prerequisites) { // See if the Student's Transcript reflects // successful completion of the prerequisite. if (!transcript.VerifyCompletion(pre)) { return(EnrollFlags.PREREQ_NOT_SATISFIED); } } } // If the total enrollment is already at the // the capacity for this Section, we reject this // enrollment request. if (!ConfirmSeatAvailability()) { return(EnrollFlags.SECTION_FULL); } // If we made it to here in the code, we're ready to // officially enroll the Student. // Note bidirectionality: this Section holds // onto the Student via the Dictionary, and then // the Student is given an object reference to this Section. if (!EnrolledStudents.ContainsKey(s.Id)) { EnrolledStudents.Add(s.Id, s); } s.AddSection(this); return(EnrollFlags.SUCCESSFULLY_ENROLLED); }
public IActionResult Enroll(Student student) { if (ModelState.IsValid) { EnrolledStudents.Add(student); return(View("EnrollDone", student)); } return(View()); }
private void AddStudent() { mDataService.AddStudent(NewStudent); EnrolledStudents.Add(NewStudent); SelectedSection.StudentIds.Add(NewStudent.Id); mDataService.Save(); SelectedEnrolledStudent = NewStudent; NewStudent = new Student(string.Empty, string.Empty); }
private void EnrollStudent() { var theStudent = SelectedNonEnrolledStudent; SelectedSection.StudentIds.Add(theStudent.Id); mDataService.Save(); EnrolledStudents.Add(theStudent); NonEnrolledStudents.Remove(theStudent); SelectedEnrolledStudent = theStudent; }
public bool UpdateTeacherComment([FromBody] EnrolledStudents model) { try { CoursesRepository _searchRepository = new CoursesRepository(); var result = _searchRepository.UpdateTeacherComment(model.Comments, model.ResultId); return(result); } catch (Exception ex) { throw; } }
public QuestionsAndAnswers ExamRecords([FromBody] EnrolledStudents model) { try { CoursesRepository _searchRepository = new CoursesRepository(); var Result = _searchRepository.ExamRecords(model.ExamId, model.Username, model.Result); return(Result); } catch (Exception ex) { throw; } }
//************************************** // public bool Drop(Student s) { // We may only drop a student if he/she is enrolled. if (!s.IsEnrolledIn(this)) { return false; } else { // Find the student in our Dictionary, and remove it. EnrolledStudents.Remove(s.Id); // Note bidirectionality. s.DropSection(this); return true; } }
//Takes in all students and checks if they are on the roster of the instance object //if the ZID is found int the roster it will print the student using the .ToString() override. public void PrintRoster(List <Student> students) { if (students == null) { throw new ArgumentNullException("students cannot be null."); } Console.WriteLine("\nCourse: {0} {1}-{2} ({3}/{4})", DepartmentCode, CourseNumber, SectionNumber, EnrolledCount, MaximumCapacity); Console.WriteLine("-------------------------------------------------------------------"); if (!EnrolledStudents.Any()) { Console.WriteLine("There are no students currently enrolled in this course."); } else { foreach (var student in students) { if (EnrolledStudents.Contains(student.ZId)) { Console.WriteLine("{0} {1}, {2} {3}", student.ZId, student.LastName, student.FirstName, student.Major); } } } }
protected void Page_Load(object sender, EventArgs e) { //Rebecca - If no session exists, or if not a Senior University Manager, redirect to default page. if (Session["user"] == null || (Convert.ToInt32(Session["typeID"]) != 3)) { Response.Redirect("../Default.aspx"); } else { //Otherwise, store session in username field. string user = Session["user"].ToString(); username.Text = user; username1.Text = user; // Rebecca: //////////////////////////////////////////////// CALCULATIONS ///////////////////////////////////////////////// //1 Student Count //Databinding the completed listview StudentList.DataBind(); //Counting number of students int sum = StudentList.Items.Count(); //Placing student count in label if (sum == 0) { studentCount.Text = "No students on record"; } else { studentCount.Text = Convert.ToString(sum); } //2 Dropped Out Count //Databinding the completed listview DroppedOutStudents.DataBind(); //Counting number of students dropped out int droppedOut = DroppedOutStudents.Items.Count(); //If no students are dropped out set the label to 0, otherwise put the number of students counted in the label. if (droppedOut == 0) { studentDropped.Text = "0"; } else { studentDropped.Text = Convert.ToString(droppedOut) + " students have left a course."; } //Calculating drop out rate: decimal DropOut = Decimal.Divide(droppedOut, sum) * 100; double dropOutRate = Convert.ToInt32(DropOut); PercentageDroppedOut.Text = Convert.ToString(dropOutRate) + "%"; //3 Caculating Retention: int retention = sum - droppedOut; Retention.Text = Convert.ToString(retention) + " students have remained on course."; //Retention Rate: decimal retent = Decimal.Divide(retention, sum) * 100; double RetentionRate = Convert.ToInt32(retent); retentionRate.Text = Convert.ToString(RetentionRate) + "%"; //4 Enrolled Count //Databinding the completed listview EnrolledStudents.DataBind(); //Counting number of students enrolled int enrolled = EnrolledStudents.Items.Count(); //If no students are counted set the label to 0, otherwise put the number of students counted in the label. if (enrolled == 0) { studentEnrolled.Text = "0"; } else { studentEnrolled.Text = Convert.ToString(enrolled); } //Calculating enrolled rate: decimal Enrolled = Decimal.Divide(enrolled, sum) * 100; double EnrolledRate = Convert.ToInt32(Enrolled); enrolledRate.Text = Convert.ToString(EnrolledRate) + "%"; //5 Counting all results on record results.DataBind(); int resultnum = results.Items.Count(); //6 Results Passed Count //Databinding the completed listview Passed.DataBind(); //Counting number of pass results int passnum = Passed.Items.Count(); //Placing pass count in label if (passnum == 0) { pass.Text = "No pass results on record."; } else { pass.Text = Convert.ToString(passnum) + " students have pass results."; } //Calculating pass rate: decimal PassedRate = Decimal.Divide(passnum, resultnum) * 100; double PassRate = Convert.ToInt32(PassedRate); passrate.Text = Convert.ToString(PassRate) + "%"; //7 Results Failed Count //Databinding the completed listview Failed.DataBind(); //Counting number of fail results int failnum = Failed.Items.Count(); //Placing pass count in label if (failnum == 0) { fail.Text = "No fail results on record."; } else { fail.Text = Convert.ToString(failnum) + " students have fail results."; } //Calculating pass rate: decimal FailedRate = Decimal.Divide(failnum, resultnum) * 100; double FailRate = Convert.ToInt32(FailedRate); failrate.Text = Convert.ToString(FailRate) + "%"; //8 Fees Unpaid Count //Databinding the completed listview unpaidlist.DataBind(); //Counting number of unpaid fees int unpaidnum = unpaidlist.Items.Count(); //Placing unpaid fee count in label if (unpaidnum == 0) { feesunpaid.Text = "No records"; } else { feesunpaid.Text = Convert.ToString(unpaidnum) + " students have no payments."; } //Calculating unpaid rate: decimal UnpaidRate = Decimal.Divide(unpaidnum, sum) * 100; double unpaidrate = Convert.ToInt32(UnpaidRate); feesunpaidrate.Text = Convert.ToString(unpaidrate) + "%"; //9 Fees Paid Count //Databinding the completed listview paidlist.DataBind(); //Counting number of fail results int paidnum = paidlist.Items.Count(); //Placing paid count in label if (unpaidnum == 0) { feespaid.Text = "No records"; } else { feespaid.Text = Convert.ToString(paidnum) + " students have paid off their fees."; } //Calculating paid rate: decimal PaidRate = Decimal.Divide(paidnum, sum) * 100; double paidrate = Convert.ToInt32(PaidRate); feespaidrate.Text = Convert.ToString(paidrate) + "%"; //10 Payments Made Count //Databinding the completed listview paymentlist.DataBind(); //Counting number of payments int paymentnum = paymentlist.Items.Count(); //Placing payments count in label if (paymentnum == 0) { paymade.Text = "No records"; } else { paymade.Text = Convert.ToString(paymentnum) + " students have made a payment."; } //Calculating payments rate: decimal paymentRate = Decimal.Divide(paymentnum, sum) * 100; double Payrate = Convert.ToInt32(paymentRate); paymentsrate.Text = Convert.ToString(Payrate) + "%"; //4 Progression Count //Databinding the completed listview firstyearlist.DataBind(); //Counting number of students dropped out int first = firstyearlist.Items.Count(); if (first == 0) { FirstPercent.Text = "0"; } else { FirstPercent.Text = Convert.ToString(first) + " first years."; } //Calculating first year rate: decimal firstP = Decimal.Divide(first, sum) * 100; double firstRate = Convert.ToInt32(firstP); FirstCount.Text = Convert.ToString(firstRate) + "%"; //Databinding the completed listview secondyearlist.DataBind(); //Counting number of students dropped out int second = secondyearlist.Items.Count(); if (second == 0) { SecondPercent.Text = "0"; } else { SecondPercent.Text = Convert.ToString(second) + " second years."; } //Calculating second year rate: decimal secondP = Decimal.Divide(second, sum) * 100; double secondRate = Convert.ToInt32(secondP); SecondCount.Text = Convert.ToString(secondRate) + "%"; //Databinding the completed listview thirdyearlist.DataBind(); //Counting number of students dropped out int third = thirdyearlist.Items.Count(); if (third == 0) { ThirdPercent.Text = "0"; } else { ThirdPercent.Text = Convert.ToString(third) + " third years."; } //Calculating third year rate: decimal thirdP = Decimal.Divide(third, sum) * 100; double thirdRate = Convert.ToInt32(thirdP); ThirdCount.Text = Convert.ToString(thirdRate) + "%"; ////////////////////////////////// CHARTS: /////////////////////////////////////////////// //Chart 1 - Enrolled & not enrolled student values for x & y axis: int notenrolled = sum - enrolled; int[] chart1yValues = { notenrolled, enrolled }; string[] chart1xValues = { "Unregistered", "Enrolled" }; //Adding values above to chart: Chart1.Series["Series1"].Points.DataBindXY(chart1xValues, chart1yValues); //Styling Chart: Chart1.Series["Series1"].Font = new Font("Calibri", 11, FontStyle.Bold); Chart1.Series["Series1"]["PointWidth"] = "5"; Chart1.Series["Series1"].Points[0].Color = Color.CadetBlue; Chart1.Series["Series1"].Points[1].Color = Color.DarkCyan; //Chart 2 - Student Results values for x & y axis: int[] resultyValues = { passnum, failnum }; string[] resultxValues = { "Passed", "Failed" }; //Adding values above to chart: ResultsChart.Series["Series1"].Points.DataBindXY(resultxValues, resultyValues); //Styling Chart: ResultsChart.Series["Series1"].Font = new Font("Calibri", 11, FontStyle.Bold); ResultsChart.Series["Series1"]["PointWidth"] = "0.1"; ResultsChart.Series["Series1"].Points[0].Color = Color.MediumSeaGreen; ResultsChart.Series["Series1"].Points[1].Color = Color.Firebrick; //Chart 3 - bar chart drop out/retention values for x & y axis: int[] dropyValues = { sum, retention, droppedOut }; string[] dropxValues = { "Total Students", "Retention", "Dropped out" }; //Adding values above to chart: DropChart.Series["Series1"].Points.DataBindXY(dropxValues, dropyValues); //Styling Chart: DropChart.Series["Series1"].Font = new Font("Calibri", 11, FontStyle.Bold); DropChart.Series["Series1"].Points[0].Color = Color.Goldenrod; DropChart.Series["Series1"].Points[1].Color = Color.DarkGray; DropChart.Series["Series1"].Points[2].Color = Color.Peru; //Chart 4 - Finance values for x & y axis: int[] financeyValues = { paidnum, unpaidnum, paymentnum }; string[] financexValues = { "Fees Paid", "Fees Unpaid", "Payments Made" }; //Adding values above to chart: FinanceChart.Series["Series1"].Points.DataBindXY(financexValues, financeyValues); //Styling Chart: FinanceChart.Series["Series1"].Font = new Font("Calibri", 11, FontStyle.Bold); FinanceChart.Series["Series1"]["PointWidth"] = "0.1"; FinanceChart.Series["Series1"].Points[0].Color = Color.Thistle; FinanceChart.Series["Series1"].Points[1].Color = Color.RosyBrown; FinanceChart.Series["Series1"].Points[2].Color = Color.LightGoldenrodYellow; //Chart 5 - Progression values for x & y axis: int[] progressyValues = { first, second, third }; string[] progressxValues = { "First", "Second", "Third" }; //Adding values above to chart: ProgressChart.Series["Series1"].Points.DataBindXY(progressxValues, progressyValues); //Styling Chart: ProgressChart.Series["Series1"].Font = new Font("Calibri", 11, FontStyle.Bold); ProgressChart.Series["Series1"]["PointWidth"] = "0.1"; ProgressChart.Series["Series1"].Points[0].Color = Color.SlateGray; ProgressChart.Series["Series1"].Points[1].Color = Color.DarkSlateBlue; ProgressChart.Series["Series1"].Points[2].Color = Color.Lavender; } }