static void Main(string[] args)
{
var employees = new object[]
{
new EmployeeInfo {
FirstName = "Mohammed"
},
new EmployeeInfo {
FirstName = "Ghasan"
}
};
var students = new object[]
{
new Student {
StudentName = "Mike"
},
new Student {
StudentName = "Harris"
}
};
var genericMethodClass = new GenericMethodClass();
employees = genericMethodClass.SortArrayOfObjects <EmployeeInfo>(employees, "FirstName", "ASC");
students = genericMethodClass.SortArrayOfObjects <Student>(students, "StudentName", "ASC");
foreach (var employee in employees.Cast <EmployeeInfo>())
{
Console.WriteLine(employee.FirstName);
}
Console.WriteLine();
foreach (var Student in students.Cast <Student>())
{
Console.WriteLine(Student.StudentName);
}
Console.ReadKey();
}
static void Main(string[] args)
{
var employees = new object[]
{
new EmployeeInfo {
FirstName = "Mohammed"
},
new EmployeeInfo {
FirstName = "Ghasan"
}
};
var students = new object[]
{
new Student {
StudentName = "Mike"
},
new Student {
StudentName = "Harris"
}
};
var genericMethodClass = new GenericMethodClass();
// Note that the generic method returns the array of the specific type
// thanks to the T type parameter.
EmployeeInfo[] returnedEmployees = genericMethodClass.SortArrayOfObjects <EmployeeInfo>(employees, "FirstName", "ASC");
Student[] returnedStudents = genericMethodClass.SortArrayOfObjects <Student>(students, "StudentName", "ASC");
foreach (var employee in returnedEmployees)
{
Console.WriteLine(employee.FirstName);
}
Console.WriteLine();
foreach (var Student in returnedStudents)
{
Console.WriteLine(Student.StudentName);
}
Console.ReadKey();
}
