public void CreateInitialDataTemp()
{
var turnOff = new ACSetting
(
code: new NecCode("00101000 11000110 00000000 00001000 00001000 01000000 00111111"),
settings: null,
isTurnOff: true
);
var defaultTurnOn = new ACSetting
(
code: new NecCode(
"00101000 11000110 00000000 00001000 00001000 01111111 10010000 00001100 10001010 10000000 00001100 00000000 00000000 00000000 00000100 01110100"),
settings: new JObject()
{
{ "Mode", "Cool" }
},
isTurnOff: false
);
Add(new IACDevice[]
{
new ACDevice()
{
Id = 1,
Brand = "Fujitsu",
Model = "",
ModulationFrequencyInHz = 38000,
DutyCycle = 0.5,
NecCodeSettings = new NecCodeSettings(
leadingPulseDuration: 3200,
leadingGapDuration: 1600,
oneGapDuration: 1200,
onePulseDuration: 410,
zeroPulseDuration: 410,
zeroGapDuration: 410,
sendTrailingPulse: true),
AvailableSettings = new IACSetting[] { turnOff, defaultTurnOn },
DefaultTurnOnSetting = defaultTurnOn,
TurnOffSetting = turnOff
}
});
_isDataGenerated = true;
}
static void Main(string[] args)
{
Point3D clsPoint3D1;
//구조체는 new 생성자를 사용하지 않고 선언만으로 인스턴스가 생성된다
clsPoint3D1._iNumX = 10;
clsPoint3D1._iNumY = 20;
clsPoint3D1._iNumZ = 30;
Console.WriteLine(clsPoint3D1.ToString());
Point3D clsPoint3D2 = new Point3D(100, 200, 300);
//구조체는 생성자를 이용한 인스턴스 생성도 가능하다
Console.WriteLine(clsPoint3D2.ToString());
ACSetting clsACS = new ACSetting(25, 25);
Console.WriteLine(clsACS.GetFaherenheit());
}
//todo: think about changing it to one, chosen by some king of entry in globalSettings
public Guid AddRaw(AcSettingAdd settingDto)
{
if (_currentAcDevice == null)
{
throw new CurrentACDeviceNotSetException();
}
var code = _codeRecordingService.RecordRawCode();
var acSetting = new ACSetting
(
code: code,
settings: settingDto.Settings,
isTurnOff: settingDto.IsTurnOff
);
_currentAcDevice.AvailableSettings.Add(acSetting);
return(acSetting.UniqueId);
}
