Computer(ProcessorType _processorType, NameManufacturer _nameManufacturer, TypeOfOperatingSystem _typeOfOperatingSystem,
int _processClockSpeed, int _amountOfRAM, List <string> _InstalledSoftware, List <string> _UsersOfSystem)
{
InstalledSoftware = new List <string>();
UsersOfSystem = new List <string>();
processorType = _processorType;
nameManufacturer = _nameManufacturer;
typeOfOperatingSystem = _typeOfOperatingSystem;
processClockSpeed = _processClockSpeed;
amountOfRAM = _amountOfRAM;
InstalledSoftware = _InstalledSoftware;
UsersOfSystem = _UsersOfSystem;
}
public Manufacter(NameManufacturer _name, Countries _country, int _countOfWorker)
{
name = _name;
country = _country;
countOfWorker = _countOfWorker;
}
public static string queryComputersByNameManufacterInfo(NameManufacturer nameManufacturer, List <string> InstalledSoftware, Countries country, int countOfWorker)
{
return(string.Format("{0,5} {1,13} {2,10} countOfWorker = {3,5} ", nameManufacturer, GetInstalledSoftware(InstalledSoftware), country, countOfWorker));
}
//метод, создающий один экземпляр класса
public static Computer Generate()
{
Random rnd = new Random();
ProcessorType _processorType = (ProcessorType)rnd.Next(4);
NameManufacturer _nameManufacturer = (NameManufacturer)rnd.Next(3);
TypeOfOperatingSystem _typeOfOperatingSystem = (TypeOfOperatingSystem)rnd.Next(4);
int _processClockSpeed = rnd.Next(100, 1000);
int _amountOfRAM = 0;
int _amount = rnd.Next(4);
switch (_amount)
{
case 0: _amountOfRAM = 2; break;
case 1: _amountOfRAM = 4; break;
case 2: _amountOfRAM = 8; break;
case 3: _amountOfRAM = 16; break;
}
List <string> _InstalledSoftware = new List <string>();
int _installedSoftware1 = rnd.Next(3);
switch (_installedSoftware1)
{
case 0: _InstalledSoftware.Add("Windows"); break;
case 1: _InstalledSoftware.Add("MAC"); break;
case 2: _InstalledSoftware.Add("Linux"); break;
}
int _installedSoftware2 = rnd.Next(6);
if (_installedSoftware1 != _installedSoftware2)
{
switch (_installedSoftware2)
{
case 0: _InstalledSoftware.Add("Windows"); break;
case 1: _InstalledSoftware.Add("MAC"); break;
case 2: _InstalledSoftware.Add("Linux"); break;
}
}
List <string> _UsersOfSystem = new List <string>();
int _usersOfSystem1 = rnd.Next(6);
switch (_usersOfSystem1)
{
case 0: _UsersOfSystem.Add("Хрулев"); break;
case 1: _UsersOfSystem.Add("Бухалов"); break;
case 2: _UsersOfSystem.Add("Рогожина"); break;
case 3: _UsersOfSystem.Add("Досаева"); break;
case 4: _UsersOfSystem.Add("Лукин"); break;
case 5: _UsersOfSystem.Add("Янцен"); break;
}
int _usersOfSystem2 = rnd.Next(12);
if (_usersOfSystem1 != _usersOfSystem2)
{
switch (_usersOfSystem2)
{
case 0: _UsersOfSystem.Add("Хрулев"); break;
case 1: _UsersOfSystem.Add("Бухалов"); break;
case 2: _UsersOfSystem.Add("Рогожина"); break;
case 3: _UsersOfSystem.Add("Досаева"); break;
case 4: _UsersOfSystem.Add("Лукин"); break;
case 5: _UsersOfSystem.Add("Янцен"); break;
}
}
return(new Computer(_processorType, _nameManufacturer, _typeOfOperatingSystem, _processClockSpeed,
_amountOfRAM, _InstalledSoftware, _UsersOfSystem));
}