public void Verify_No_Of_10s_For_A_Student()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 10, 10 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 10, 10 }
}
}
};
var expectedResult = new SortingAndSearching.SortingAndSearching.SmartestStudent()
{
studentName = "student1",
noOf10s = 4
};
var actualResult = SortingAndSearching.SortingAndSearching.GetNoOf10sForAStudent(student1);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(actualResult.noOf10s, actualResult.noOf10s);
}
public void Overall_For_One_Student()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 5, 5 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 7, 7 }
}
}
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall()
{
overallMark = 6,
studentName = "student1"
};
SortingAndSearching.SortingAndSearching.Overall actualResult = SortingAndSearching.SortingAndSearching.GetOverallForOneStudent(student1);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(expectedResult.overallMark, actualResult.overallMark);
}
public void Verify_the_student_with_lowest_overall()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 5, 5 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 5, 5 }
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 6, 10 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 10, 10 }
}
}
};
var student3 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student3",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 9, 9 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 5, 5 }
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2,
student3
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall()
{
studentName = "student1",
overallMark = 5
};
var actualResult = SortingAndSearching.SortingAndSearching.GetStudentWithLowestOverall(students);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(expectedResult.overallMark, actualResult.overallMark);
}
public void Verify_the_smartest_student()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 10, 5 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 10, 7 }
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 6, 10 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 10, 10 }
}
}
};
var student3 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student3",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 10, 9 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 5, 5 }
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2,
student3
};
var expectedResult = new SortingAndSearching.SortingAndSearching.SmartestStudent()
{
studentName = "student2",
noOf10s = 3
};
var actualResult = SortingAndSearching.SortingAndSearching.GetStudentWithMost10s(students);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(expectedResult.noOf10s, actualResult.noOf10s);
}
public void Verify_the_student_with_overall_7()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 5, 5 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 7, 7 }
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 6, 10 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 10, 10 }
}
}
};
var student3 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student3",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 9, 9 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 5, 5 }
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2,
student3
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall()
{
overallMark = 7,
studentName = "student3"
};
float overallMark = 7;
var actualResult = SortingAndSearching.SortingAndSearching.FindAStudentByOverallMark(students, overallMark);
Assert.AreEqual(expectedResult.overallMark, actualResult.overallMark);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
}
public void Order_Students_By_Overall()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 5, 5 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 7, 7 }
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] { 6, 10 }
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] { 10, 10 }
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall[]
{
new SortingAndSearching.SortingAndSearching.Overall()
{
overallMark = 9,
studentName = "student2"
},
new SortingAndSearching.SortingAndSearching.Overall()
{
overallMark = 6,
studentName = "student1"
}
};
var actualResult = SortingAndSearching.SortingAndSearching.GetTheStudentsWithOrderedListByOverallMarks(students);
CollectionAssert.AreEqual(expectedResult, actualResult);
}
public void Order_Students_By_Overall()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {5, 5}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {7, 7}
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {6, 10}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {10, 10}
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall[]
{
new SortingAndSearching.SortingAndSearching.Overall ()
{
overallMark = 9,
studentName = "student2"
},
new SortingAndSearching.SortingAndSearching.Overall ()
{
overallMark = 6 ,
studentName = "student1"
}
};
var actualResult = SortingAndSearching.SortingAndSearching.GetTheStudentsWithOrderedListByOverallMarks(students);
CollectionAssert.AreEqual(expectedResult, actualResult);
}
public void Verify_the_student_with_overall_7()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {5, 5}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {7, 7}
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {6, 10}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {10, 10}
}
}
};
var student3 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student3",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {9, 9}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {5, 5}
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2,
student3
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall()
{
overallMark = 7,
studentName = "student3"
};
float overallMark = 7;
var actualResult = SortingAndSearching.SortingAndSearching.FindAStudentByOverallMark(students, overallMark);
Assert.AreEqual(expectedResult.overallMark, actualResult.overallMark);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
}
public void Verify_the_student_with_lowest_overall()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {5, 5}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {5, 5}
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {6, 10}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {10, 10}
}
}
};
var student3 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student3",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {9, 9}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {5, 5}
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2,
student3
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall()
{
studentName = "student1",
overallMark = 5
};
var actualResult = SortingAndSearching.SortingAndSearching.GetStudentWithLowestOverall(students);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(expectedResult.overallMark, actualResult.overallMark);
}
public void Verify_the_smartest_student()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {10, 5}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {10, 7}
}
}
};
var student2 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student2",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {6, 10}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {10, 10}
}
}
};
var student3 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student3",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {10, 9}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {5, 5}
}
}
};
var students = new SortingAndSearching.SortingAndSearching.Student[]
{
student1,
student2,
student3
};
var expectedResult = new SortingAndSearching.SortingAndSearching.SmartestStudent()
{
studentName = "student2",
noOf10s = 3
};
var actualResult = SortingAndSearching.SortingAndSearching.GetStudentWithMost10s(students);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(expectedResult.noOf10s, actualResult.noOf10s);
}
public void Verify_No_Of_10s_For_A_Student()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {10, 10}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {10, 10}
}
}
};
var expectedResult = new SortingAndSearching.SortingAndSearching.SmartestStudent()
{
studentName = "student1",
noOf10s = 4
};
var actualResult = SortingAndSearching.SortingAndSearching.GetNoOf10sForAStudent(student1);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(actualResult.noOf10s, actualResult.noOf10s);
}
public void Overall_For_One_Student()
{
var student1 = new SortingAndSearching.SortingAndSearching.Student
{
Name = "student1",
subjects = new SortingAndSearching.SortingAndSearching.Subjects[]
{
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie1",
marks = new float[] {5, 5}
},
new SortingAndSearching.SortingAndSearching.Subjects()
{
name = "materie2",
marks = new float[] {7, 7}
}
}
};
var expectedResult = new SortingAndSearching.SortingAndSearching.Overall()
{
overallMark = 6,
studentName = "student1"
};
SortingAndSearching.SortingAndSearching.Overall actualResult = SortingAndSearching.SortingAndSearching.GetOverallForOneStudent(student1);
Assert.AreEqual(expectedResult.studentName, actualResult.studentName);
Assert.AreEqual(expectedResult.overallMark, actualResult.overallMark);
}
