static void Main(string[] args)
{
// Composite design pattern is for composing the tree structure.
// Test Employee
Employee boss = new Employee()
{
Position = "Boss",
Age = 60,
Department = "Commite"
};
Employee cto = new Employee()
{
Position = "CTO",
Age = 55,
Department = "IT"
};
Employee ceo = new Employee()
{
Position = "CEO",
Age = 57,
Department = "Commerce"
};
Employee productManager = new Employee()
{
Position = "Product Manager",
Age = 40,
Department = "IT"
};
Employee techLeader = new Employee()
{
Position = "Technical Leader",
Age = 35,
Department = "IT"
};
Employee support = new Employee()
{
Position = "Technical Support",
Age = 30,
Department = "IT"
};
Employee developer1 = new Employee()
{
Position = "C# Developer",
Age = 26,
Department = "IT"
};
Employee developer2 = new Employee()
{
Position = "Java Developer",
Age = 25,
Department = "IT"
};
Employee developer3 = new Employee()
{
Position = "PHP Developer",
Age = 26,
Department = "IT"
};
Employee seller1 = new Employee()
{
Position = "Seller",
Age = 23,
Department = "Commerce"
};
Employee commerceManager = new Employee()
{
Position = "Commerce Manager",
Age = 43,
Department = "Commerce"
};
Employee seller2 = new Employee()
{
Position = "Seller",
Age = 25,
Department = "Commerce"
};
Employee clientService = new Employee()
{
Position = "Client Service",
Age = 26,
Department = "Commerce"
};
// Construct the tree relation
boss.Add(ceo);
boss.Add(cto);
ceo.Add(commerceManager);
commerceManager.Add(clientService);
commerceManager.Add(seller1);
commerceManager.Add(seller2);
cto.Add(productManager);
cto.Add(techLeader);
productManager.Add(support);
techLeader.Add(developer1);
techLeader.Add(developer2);
techLeader.Add(developer3);
Console.WriteLine(boss.ToString(1));
Console.ReadKey();
}
public void Add(Employee emp)
{
this.Decendant.Add(emp);
}
