public CommandFactoryTests()
{
//CommandFactory(char separator, IPartFactory factory, CommandFactoryAutoFacAdapter commandFactory)
var v1 = new OnlyAlphanumericAllowedValidator();
var v2 = AllwaysGoodValidatorSingleton.Instance;
Debug.WriteLine(clock.UtcNow + " " + clock.UtcNow.Ticks);
bool ttt;
bool tttt;
for (int i = 0; i < 50000; i++)
{
ttt = v1.Validate("abc123ABC ");
tttt = v1.Validate("abc%");
}
Debug.WriteLine(clock.UtcNow + " " + clock.UtcNow.Ticks);
var a1 = idfac = new PartFactoryAutofacAdapter((data, validator) => new IDPart(data, validator), v1);
var a2 = hostidfac = new PartFactoryAutofacAdapter((data, validator) => new HostIDPart(data, validator), v1);
var a3 = typefac = new PartFactoryAutofacAdapter((data, validator) => new IDPart(data, validator), v1);
var a4 = dataidfac = new PartFactoryAutofacAdapter((data, validator) => new DataPart(data, validator), v1);
var a5 = emptyfac = new PartFactoryAutofacAdapter((data, validator) => new EmptyPart(validator), v2);
var partFactory = new PrecisePartFactory(new Dictionary <Shield.Enums.Command.PartType, PartFactoryAutofacAdapter>()
{
[Shield.Enums.Command.PartType.ID] = a1,
[Shield.Enums.Command.PartType.HostID] = a2,
[Shield.Enums.Command.PartType.Type] = a3,
[Shield.Enums.Command.PartType.Data] = a4,
[Shield.Enums.Command.PartType.Empty] = a5
});
}
public CommandFactory2Tests()
{
//CommandFactory(char separator, IPartFactory factory, CommandFactoryAutoFacAdapter commandFactory)
var v1 = new OnlyAlphanumericAllowedValidator();
var v2 = AllwaysGoodValidatorSingleton.Instance;
var a1 = idfac = new PartFactoryAutofacAdapter((data, validator) => new IDPart(data, validator), v1);
var a2 = hostidfac = new PartFactoryAutofacAdapter((data, validator) => new HostIDPart(data, validator), v1);
var a3 = targetfac = new PartFactoryAutofacAdapter((data, validator) => new TargetPart(data, validator), v1);
var a4 = orderfac = new PartFactoryAutofacAdapter((data, validator) => new OrderPart(data, validator), v1);
var a5 = datafac = new PartFactoryAutofacAdapter((data, validator) => new DataPart(data, validator), v1);
var a6 = emptyfac = new PartFactoryAutofacAdapter((data, validator) => new EmptyPart(validator), v2);
var partFactory = new PrecisePartFactory(new Dictionary <PartType, PartFactoryAutofacAdapter>()
{
[PartType.ID] = a1,
[PartType.HostID] = a2,
[PartType.Target] = a3,
[PartType.Order] = a4,
[PartType.Data] = a5,
[PartType.Empty] = a6
});
var comfacadap = new CommandFactoryAutoFacAdapter((id, hostid, target, order, data, Timestamp) => new Command(id, hostid, target, order, data, TimestampFactory.Timestamp));
Factory = new CommandFactory('*', partFactory, comfacadap);
}
public DeviceHandlerContextTests(ITestOutputHelper output)
{
Output = output;
ICommunicationDeviceSettings settings = new SerialPortSettings()
{
BaudRate = /*19200*/ 921600,
Encoding = 20127,
PortNumber = 4,
WriteTimeout = -1,
DataBits = 8,
Parity = Parity.None,
StopBits = StopBits.One,
ReadTimeout = -1,
};
var dataSplitter = new StandardDataStreamSplitter('#');
var v1 = new OnlyAlphanumericAllowedValidator();
var v2 = AllwaysGoodValidatorSingleton.Instance;
var v3 = AllwaysBadValidatorSingleton.Instance;
var a1 = idfac = new PartFactoryAutofacAdapter((data, validator) => new IDPart(data, validator), v3);
var a2 = hostidfac = new PartFactoryAutofacAdapter((data, validator) => new HostIDPart(data, validator), v3);
var a3 = targetfac = new PartFactoryAutofacAdapter((data, validator) => new TargetPart(data, validator), v3);
var a4 = orderfac = new PartFactoryAutofacAdapter((data, validator) => new OrderPart(data, validator), v3);
var a5 = datafac = new PartFactoryAutofacAdapter((data, validator) => new DataPart(data, validator), v3);
var a6 = emptyfac = new PartFactoryAutofacAdapter((data, validator) => new EmptyPart(validator), v2);
var partFactory = new PrecisePartFactory(new Dictionary <PartType, PartFactoryAutofacAdapter>()
{
[PartType.ID] = a1,
[PartType.HostID] = a2,
[PartType.Target] = a3,
[PartType.Order] = a4,
[PartType.Data] = a5,
[PartType.Empty] = a6
});
var comfacadap = new CommandFactoryAutoFacAdapter((id, hostid, target, order, data, Timestamp) => new Command(id, hostid, target, order, data, TimestampFactory.Timestamp));
var Factory = new CommandFactory('*', partFactory, comfacadap);
var ConfirmationFactory = new ConfirmationFactory();
var Translator = new CommandTranslator(Factory, new RawCommandFactory('#', '*'));
ICommunicationDeviceAsync com = new Shield.COMDevice.SerialPortAdapter(settings);
DHC = new DeviceHandlerContext(com, dataSplitter, Translator);
}
public static IPartFactory GetAlwaysValidPartFactory()
{
var v1 = AllwaysGoodValidatorSingleton.Instance;
var a1 = new PartFactoryAutofacAdapter((data, validator) => new IDPart(data, validator), v1);
var a2 = new PartFactoryAutofacAdapter((data, validator) => new HostIDPart(data, validator), v1);
var a3 = new PartFactoryAutofacAdapter((data, validator) => new TargetPart(data, validator), v1);
var a4 = new PartFactoryAutofacAdapter((data, validator) => new OrderPart(data, validator), v1);
var a5 = new PartFactoryAutofacAdapter((data, validator) => new DataPart(data, validator), v1);
var a6 = new PartFactoryAutofacAdapter((data, validator) => new EmptyPart(validator), v1);
var partFactory = new PrecisePartFactory(new Dictionary <Command.PartType, PartFactoryAutofacAdapter>()
{
[Command.PartType.ID] = a1,
[Command.PartType.HostID] = a2,
[Command.PartType.Target] = a3,
[Command.PartType.Order] = a4,
[Command.PartType.Data] = a5,
[Command.PartType.Empty] = a6
});
return(partFactory);
}
