public void AddNewStudentWithTakenNumber()
{
Student studentTest = new Student("Test", 10001);
Student studentFest = new Student("fest", 10001);
this.testingSchool.AddStudent(studentTest);
this.testingSchool.AddStudent(studentFest);
}
public bool TryJoinStudentInCourse(Student student, int courseId)
{
if (student == null)
{
return false;
}
if (this.usedStudentsNumbers.Contains(student.Number))
{
if (this.usedCoursesId.Contains(courseId))
{
return this.courses[courseId].Join(student);
}
return false;
}
else
{
if (this.usedCoursesId.Contains(courseId))
{
bool isJoined = this.courses[courseId].Join(student);
if (isJoined)
{
this.usedStudentsNumbers.Add(student.Number);
}
return isJoined;
}
}
// student wont to join to not existing course
return false;
}
public void TestJoinCourseSuccessfully()
{
Course course = new Course();
Student student = new Student("Valia", 34567);
string result = course.JoinCourse(student);
Assert.AreEqual("Done!", result);
}
public void StudentToStringTest()
{
var student = new Student("Pesho", 12345);
string expected = "Student name is: Pesho, with id: 12345";
string actual = student.ToString();
Assert.AreEqual(expected, actual);
}
/// <summary>
/// Add an array of students to the class
/// </summary>
/// <param name="studentsInfo"></param>
public void AddStudents(Student[] studentsInfo)
{
foreach (var student in studentsInfo)
{
this.classStudents.Add(student);
}
}
public void CourseCanNotRemoveAStudentThatItDoesntHave()
{
var course = new Course("math");
var student = new Student("Pesho", 12345);
course.RemoveStudent(student);
}
public void AddStudent(School school, Student student)
{
if (school.Courses.Single(x => x.Equals(this)) != null)
{
this.students.Add(student);
}
}
public void AddStudentTwiseTest()
{
Course course = new Course("Math");
Student student = new Student("Gosho", "Ivanov", 12345);
course.AddStudent(student);
course.AddStudent(student);
}
static void Main(string[] args)
{
Student first=new Student("Mariq","564710");
Student second = new Student("Pesho", "111123", "Gouem pich");
Student third = new Student("Ganka", "126578");
Disciplines basic = new Disciplines(10, "C# programming", "This is the prepration level at SoftUni.");
Disciplines intermediate = new Disciplines(20, "Object Oriented Programming");
Disciplines advanced = new Disciplines(30, "Structures of data and Algorithms", "This is the third level in SoftUni.");
List<Student> students = new List<Student>();
students.Add(first);
students.Add(second);
students.Add(third);
List<Disciplines>SetOne=new List<Disciplines>();
SetOne.Add(intermediate);
SetOne.Add(intermediate);
SetOne.Add(advanced);
Teacher Nakov = new Teacher("Nakov", SetOne, "Gouem pich too :)");
Teacher Znaiko = new Teacher("Znaiko", SetOne);
List<Teacher> teachers = new List<Teacher>();
teachers.Add(Nakov);
teachers.Add(Znaiko);
Class begginers = new Class(teachers,students);
}
static void Main()
{
//Students
Student firstStudent = new Student("Pesho", "Kamburov", 1);
Student secondStudent = new Student("Galin", "Imamov", 2);
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("Students:");
Console.ResetColor();
Console.WriteLine(firstStudent.ToString());
Console.WriteLine(secondStudent.ToString());
//Teachers
Teacher firstTeacher = new Teacher("Stefan", "Popov");
firstTeacher.AddDiscipline(new Discipline("Math", 16, 10));
firstTeacher.AddDiscipline(new Discipline("Physics", 20, 5));
Teacher secondTeacher = new Teacher("Armin", "Van Buuren");
secondTeacher.AddDiscipline(new Discipline("TechMusic", 15, 5));
secondTeacher.AddDiscipline(new Discipline("Minimal", 18, 7));
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("\nTeachers:");
Console.ResetColor();
Console.WriteLine(firstTeacher.ToString());
Console.WriteLine(secondTeacher.ToString());
//School
School school = new School();
school.AddClass(new Class("12b", firstTeacher));
school.AddClass(new Class("12a", secondTeacher));
}
public void ConstructorCheck_IDnumber_IsInValidRange()
{
var student = new Student("Hartienov");
Assert.IsTrue((Student.LowerBoundUniqueID <= student.UniqueID) &&
(student.UniqueID <= Student.UpperBoundUniqueID),
"Student Id is not in the correct range");
}
public void TestStudentConstructorNumber()
{
Student misho = new Student("Misho Ivanov");
Student pesho = new Student("Pesho Ivanov");
Assert.IsTrue(misho.Number == (pesho.Number - 1), "Students' unique numbers are consecutive values.");
}
public void CheckIf_NextStudent_GetCorrectIDIncrement()
{
var student = new Student("Marmalad Palachinkov");
var secondStudent = new Student("Siren Banicharov");
Assert.IsTrue(student.UniqueID + 1 == secondStudent.UniqueID);
}
public void CompareToString()
{
var student = new Student("Marmalad Palachinkov");
Assert.AreEqual("Marmalad Palachinkov - " + student.UniqueID, student.ToString(),
"ToString is not returning in correct format.");
}
public void RemoveStudent(Student student)
{
Validator.ValidateIfNotNull(student, "student");
Validator.ValidateIfStudentsExists(this, student);
this.students.Remove(student);
}
public void TestTrivialStudentCase()
{
Student s = new Student("Ivan", 12345);
bool result = s.Name == "Ivan" && s.Id == 12345;
Assert.IsTrue(result);
}
public void TestRemoveNotExistingStudent()
{
Course css = new Course("CSS", students);
Student koko = new Student("Kaloyan", 88823);
css.RemoveStudent(koko);
}
public void StudentGroupShouldAddStudent()
{
var myClass = new StudentGroup("TelerikAcad");
var student = new Student("Pe6o Ubaveca", Student.MinValidId);
myClass.AddStudent(student);
Assert.AreEqual(1, myClass.Students.Count);
}
public void CourseShouldAddStudent()
{
var course = new Course("Maths");
var student = new Student("unnamed", Student.MinValidId);
student.JoinCourse(course);
Assert.AreEqual(1, course.Students.Count);
}
public void TestStudentConstructorName()
{
string name = "Pesho";
int uniqueNumber = 10000;
Student target = new Student(name, uniqueNumber);
Assert.AreEqual(target.Name, "Pesho");
}
public void CourseShouldThrowIfStudentAlreadyAdded()
{
var course = new Course("Maths");
var student = new Student("unnamed", Student.MinValidId);
student.JoinCourse(course);
student.JoinCourse(course);
}
public void RemoveStudent(Student student)
{
if (!this.Students.Remove(student))
{
throw new ArgumentException("Student not present in this class.");
}
}
public void AddStudentAtsCourseMethodTest()
{
Course course = new Course("Math");
Student student = new Student("Gosho", "Ivanov", 12345);
course.AddStudent(student);
Assert.AreEqual(student.ID, course.ListOfStudents[0].ID);
}
public void Student_AddingStudentsWithDifferentCredentials()
{
School mySchool = new School();
Student pesho = new Student("pesho", 12344, mySchool);
Student gosho = new Student("gosho", 12345, mySchool);
Assert.AreNotEqual(pesho.UniqueNumber, gosho.UniqueNumber);
}
public void NameTest()
{
string name = "Anon";
Student target = new Student(name);
string actual = target.Name;
Assert.AreEqual(name, actual);
}
public void StudentInitializeTestName()
{
string name = "Pesho";
int id = 10103;
var student = new Student("Pesho", 10103);
Assert.AreEqual(student.Name, "Pesho");
}
public void StudentShouldNotThrowWhenLeavingCourse()
{
var course = new Course("testCourse");
var st = new Student("Pesho", 15000);
st.JoinCourse(course);
st.LeaveCourse(course);
}
static void Main()
{
School justSchool = new School("JustSchool");
Teacher ivanov = new Teacher("Ivanov");
Teacher metodiev = new Teacher("Metodiev");
Student milko = new Student("Milko", 15);
Student vasil = new Student("Vasil", 2);
Class bClass = new Class("BClass");
Discipline math = new Discipline("Math", 5, 10);
Discipline chemistry = new Discipline("Chemistry", 5, 12);
justSchool.Classes.Add(bClass);
bClass.Students.Add(milko);
bClass.Students.Add(vasil);
bClass.Teachers.Add(ivanov);
bClass.Teachers.Add(metodiev);
ivanov.Disciplines.Add(math);
metodiev.Disciplines.Add(chemistry);
bClass.Comment = "Pros";
}
public void AddingTheSameStudentMoreThanOnce_ThrowException()
{
var spirt = new Course("Spirt");
var student = new Student("Peter");
spirt.AddStudent(student);
spirt.AddStudent(student);
}
static void Main(string[] args)
{
Student studentOne = new Student("Ivan", "Dvoikadjiq", 1);
Student studentTwo = new Student("Maria", "Otlichnik", 2);
Student studentThree = new Student("Ana", 3);
IList<Student> students = new List<Student>();
students.Add(studentOne);
students.Add(studentTwo);
students.Add(studentThree);
Discipline disciplineOne = new Discipline("Matematika", 12, students, "muka");
Discipline disciplineTwo = new Discipline("Muzika", 12, students);
IList<Discipline> disciplines = new List<Discipline>();
disciplines.Add(disciplineOne);
disciplines.Add(disciplineTwo);
Teacher teacherOne = new Teacher("Petko", disciplines);
IList<Teacher> teachers = new List<Teacher>();
teachers.Add(teacherOne);
Class classOne = new Class("Detska gradina", students, teachers);
Console.WriteLine(classOne);
}
public static void Main()
{
School.Student student = new School.Student("Milko", "Milchev", 2);
School.Student studentTwo = new School.Student("Ivancho", "Ivanov", 1);
SchoolClass seventhGradeA = new SchoolClass('a', new Teacher("Ms", "Ivanova"));
seventhGradeA.AddStudent(student);
seventhGradeA.AddStudent(studentTwo);
seventhGradeA.RemoveStudent(studentTwo);
School.Student studentThr = new School.Student("Grigor", "Grigorov", 1);
student.AddComment("something");
Console.WriteLine(student.Comments);
TestStudentsAndWorkers.Test();
AnimalHierarchyTest.Test();
}
public void VerifyStudent()
{
School.Student student = new School.Student
{
Id = 11,
Name = "Jack",
Age = 60
};
IoC.I4IoC <School.Person> iStudent = student;
string expected = "11 - Jack - 60";
string returned = iStudent.ToString();
Assert.IsTrue(expected == returned, "Expected: {0} Returned: {1}", expected, returned);
}
// When the user presses a key, determine whether to add a new student to a class, remove a student from a class, or modify the details of a student
private void studentsList_KeyDown(object sender, KeyEventArgs e)
{
switch (e.Key)
{
// If the user pressed Enter, edit the details for the currently selected student
case Key.Enter: Student student = this.studentsList.SelectedItem as Student;
// Use the StudentsForm to display and edit the details of the student
StudentForm sf = new StudentForm();
// Set the title of the form and populate the fields on the form with the details of the student
sf.Title = "Edit Student Details";
sf.firstName.Text = student.FirstName;
sf.lastName.Text = student.LastName;
sf.dateOfBirth.Text = student.DateOfBirth.ToString("d"); // Format the date to omit the time element
// Display the form
if (sf.ShowDialog().Value)
{
// When the user closes the form, copy the details back to the student
student.FirstName = sf.firstName.Text;
student.LastName = sf.lastName.Text;
student.DateOfBirth = DateTime.Parse(sf.dateOfBirth.Text);
// Enable saving (changes are not made permanent until they are written back to the database)
saveChanges.IsEnabled = true;
}
break;
// If the user pressed Insert, add a new student
case Key.Insert:
// Use the StudentsForm to get the details of the student from the user
sf = new StudentForm();
// Set the title of the form to indicate which class the student will be added to (the class for the currently selected teacher)
sf.Title = "New Student for Class " + teacher.Class;
// Display the form and get the details of the new student
if (sf.ShowDialog().Value)
{
// When the user closes the form, retrieve the details of the student from the form
// and use them to create a new Student object
Student newStudent = new Student();
newStudent.FirstName = sf.firstName.Text;
newStudent.LastName = sf.lastName.Text;
newStudent.DateOfBirth = DateTime.Parse(sf.dateOfBirth.Text);
// Assign the new student to the current teacher
this.teacher.Students.Add(newStudent);
// Add the student to the list displayed on the form
this.studentsInfo.Add(newStudent);
// Enable saving (changes are not made permanent until they are written back to the database)
saveChanges.IsEnabled = true;
}
break;
// If the user pressed Delete, remove the currently selected student
case Key.Delete: student = this.studentsList.SelectedItem as Student;
// Prompt the user to confirm that the student should be removed
MessageBoxResult response = MessageBox.Show(
String.Format("Remove {0}", student.FirstName + " " + student.LastName),
"Confirm", MessageBoxButton.YesNo, MessageBoxImage.Question,
MessageBoxResult.No);
// If the user clicked Yes, remove the student from the database
if (response == MessageBoxResult.Yes)
{
this.schoolContext.Students.DeleteObject(student);
// Enable saving (changes are not made permanent until they are written back to the database)
saveChanges.IsEnabled = true;
}
break;
}
}
public void VerifyGradeStudent()
{
List <School.ClassRoom> classes = new List <School.ClassRoom>
{
new School.ClassRoom
{
Id = 1,
Description = "Class of History",
Name = "Hist1",
MinGradeForPass = 7f
},
new School.ClassRoom
{
Id = 2,
Description = "Class of Biology",
Name = "Bio1",
MinGradeForPass = 6f
},
new School.ClassRoom
{
Id = 3,
Description = "Class of Math",
Name = "Mth1",
MinGradeForPass = 8f
}
};
School.Student student = new School.Student
{
Id = 1,
Age = 15,
Name = "Rick"
};
List <School.StudentClass> student_Classes = new List <School.StudentClass>
{
new School.StudentClass()
{
MyStudent = student,
MyClassRoom = classes[0],
Grade = 8.5f
},
new School.StudentClass()
{
MyStudent = student,
MyClassRoom = classes[1],
Grade = 6.5f
}
,
new School.StudentClass()
{
MyStudent = student,
MyClassRoom = classes[2],
Grade = 10f
}
};
student.Classes = student_Classes;
IoC.I4IoC <School.Person> iStudent = student;
bool returned = ((Student)iStudent).IsAprooved();
Assert.IsTrue(returned);
}
public bool DoesStudentExist(Student student)
{
return(false);
}
public void AddStudent(Student newStudent)
{
Students.Add(newStudent);
}
// When the user presses a key, determine whether to add a new student to a class, remove a student from a class, or modify the details of a student
private void studentsList_KeyDown(object sender, KeyEventArgs e)
{
switch (e.Key)
{
// If the user pressed Enter, edit the details for the currently selected student
case Key.Enter: Student student = this.studentsList.SelectedItem as Student;
// Use the StudentsForm to display and edit the details of the student
StudentForm sf = new StudentForm();
// Set the title of the form and populate the fields on the form with the details of the student
sf.Title = "Edit Student Details";
sf.firstName.Text = student.FirstName;
sf.lastName.Text = student.LastName;
sf.dateOfBirth.Text = student.DateOfBirth.ToString("d"); // Format the date to omit the time element
// Display the form
if (sf.ShowDialog().Value)
{
// When the user closes the form, copy the details back to the student
student.FirstName = sf.firstName.Text;
student.LastName = sf.lastName.Text;
student.DateOfBirth = DateTime.ParseExact(sf.dateOfBirth.Text, "MM/dd/yyyy", CultureInfo.InvariantCulture);
// Enable saving (changes are not made permanent until they are written back to the database)
saveChanges.IsEnabled = true;
}
break;
// If the user pressed Insert, add a new student
case Key.Insert:
// Use the StudentsForm to get the details of the student from the user
sf = new StudentForm();
// Set the title of the form to indicate which class the student will be added to (the class for the currently selected teacher)
sf.Title = "New Student for Class " + teacher.Class;
// Display the form and get the details of the new student
if (sf.ShowDialog().Value)
{
// When the user closes the form, retrieve the details of the student from the form
// and use them to create a new Student object
Student newStudent = new Student();
newStudent.FirstName = sf.firstName.Text;
newStudent.LastName = sf.lastName.Text;
newStudent.DateOfBirth = DateTime.ParseExact(sf.dateOfBirth.Text, "MM/dd/yyyy", CultureInfo.InvariantCulture);
// Assign the new student to the current teacher
this.teacher.Students.Add(newStudent);
// Add the student to the list displayed on the form
this.studentsInfo.Add(newStudent);
// Enable saving (changes are not made permanent until they are written back to the database)
saveChanges.IsEnabled = true;
}
break;
// TODO: Exercise 3: Task 1a: If the user pressed Delete, remove the currently selected student
// TODO: Exercise 3: Task 2a: Prompt the user to confirm that the student should be removed
// TODO: Exercise 3: Task 3a: If the user clicked Yes, remove the student from the database
// TODO: Exercise 3: Task 3b: Enable saving (changes are not made permanent until they are written back to the database)
}
}