| public WrapForEncode ( Adaptive.SimpleBinaryEncoding.DirectBuffer buffer, int offset ) : void | ||
| buffer | Adaptive.SimpleBinaryEncoding.DirectBuffer | |
| offset | int | |
| return | void | |
private static int Encode(Car car, DirectBuffer directBuffer, int bufferOffset)
{
int srcOffset = 0;
car.WrapForEncode(directBuffer, bufferOffset);
car.SerialNumber = 1234;
car.ModelYear = 2013;
car.Available = BooleanType.TRUE;
car.Code = Model.A;
car.SetVehicleCode(_vehicleCode, srcOffset);
for (int i = 0, size = Car.SomeNumbersLength; i < size; i++)
{
car.SetSomeNumbers(i, i);
}
car.Extras = OptionalExtras.CruiseControl | OptionalExtras.SunRoof;
car.Engine.Capacity = 2000;
car.Engine.NumCylinders = 4;
car.Engine.SetManufacturerCode(_manufacturerCode, srcOffset);
var fuelFigures = car.FuelFiguresCount(3);
fuelFigures.Next();
fuelFigures.Speed = 30;
fuelFigures.Mpg = 35.9f;
fuelFigures.Next();
fuelFigures.Speed = 55;
fuelFigures.Mpg = 49.0f;
fuelFigures.Next();
fuelFigures.Speed = 75;
fuelFigures.Mpg = 40.0f;
Car.PerformanceFiguresGroup perfFigures = car.PerformanceFiguresCount(2);
perfFigures.Next();
perfFigures.OctaneRating = 95;
Car.PerformanceFiguresGroup.AccelerationGroup acceleration = perfFigures.AccelerationCount(3).Next();
acceleration.Mph = 30;
acceleration.Seconds = 4.0f;
acceleration.Next();
acceleration.Mph = 60;
acceleration.Seconds = 7.5f;
acceleration.Next();
acceleration.Mph = 100;
acceleration.Seconds = 12.2f;
perfFigures.Next();
perfFigures.OctaneRating = 99;
acceleration = perfFigures.AccelerationCount(3).Next();
acceleration.Mph = 30;
acceleration.Seconds = 3.8f;
acceleration.Next();
acceleration.Mph = 60;
acceleration.Seconds = 7.1f;
acceleration.Next();
acceleration.Mph = 100;
acceleration.Seconds = 11.8f;
car.SetMake(_make, srcOffset, _make.Length);
car.SetMake(_model, srcOffset, _model.Length);
return car.Size;
}
public static int Encode(Car car, DirectBuffer directBuffer, int bufferOffset)
{
const int srcOffset = 0;
// we position the car encoder on the direct buffer, at the correct offset (ie. just after the header)
car.WrapForEncode(directBuffer, bufferOffset);
car.SerialNumber = 1234; // we set the different fields, just as normal properties and they get written straight to the underlying byte buffer
car.ModelYear = 2013;
car.Available = BooleanType.T; // enums are directly supported
car.Code = Baseline.Model.A;
car.SetVehicleCode(VehicleCode, srcOffset); // we set a constant string
for (int i = 0, size = Car.SomeNumbersLength; i < size; i++)
{
car.SetSomeNumbers(i, (uint)i); // this property is defined as a constant length array of integers
}
car.Extras = OptionalExtras.CruiseControl | OptionalExtras.SportsPack; // bit set (flag enums in C#) are supported
car.Engine.Capacity = 2000;
car.Engine.NumCylinders = 4;
car.Engine.SetManufacturerCode(ManufacturerCode, srcOffset);
car.Engine.Efficiency = 35;
car.Engine.BoosterEnabled = BooleanType.T;
car.Engine.Booster.BoostType = BoostType.NITROUS;
car.Engine.Booster.HorsePower = 200;
// we have written all the constant length fields, now we can write the repeatable groups
var fuelFigures = car.FuelFiguresCount(3); // we specify that we are going to write 3 FuelFigures (the API is not very .NET friendly yet, we will address that)
fuelFigures.Next(); // move to the first element
fuelFigures.Speed = 30;
fuelFigures.Mpg = 35.9f;
fuelFigures.SetUsageDescription(Encoding.GetEncoding(Car.FuelFiguresGroup.UsageDescriptionCharacterEncoding).GetBytes("Urban Cycle"));
fuelFigures.Next(); // second
fuelFigures.Speed = 55;
fuelFigures.Mpg = 49.0f;
fuelFigures.SetUsageDescription(Encoding.GetEncoding(Car.FuelFiguresGroup.UsageDescriptionCharacterEncoding).GetBytes("Combined Cycle"));
fuelFigures.Next();
fuelFigures.Speed = 75;
fuelFigures.Mpg = 40.0f;
fuelFigures.SetUsageDescription(Encoding.GetEncoding(Car.FuelFiguresGroup.UsageDescriptionCharacterEncoding).GetBytes("Highway Cycle"));
Car.PerformanceFiguresGroup perfFigures = car.PerformanceFiguresCount(2); // demonstrates how to create a nested group
perfFigures.Next();
perfFigures.OctaneRating = 95;
Car.PerformanceFiguresGroup.AccelerationGroup acceleration = perfFigures.AccelerationCount(3).Next(); // this group is going to be nested in the first element of the previous group
acceleration.Mph = 30;
acceleration.Seconds = 4.0f;
acceleration.Next();
acceleration.Mph = 60;
acceleration.Seconds = 7.5f;
acceleration.Next();
acceleration.Mph = 100;
acceleration.Seconds = 12.2f;
perfFigures.Next();
perfFigures.OctaneRating = 99;
acceleration = perfFigures.AccelerationCount(3).Next();
acceleration.Mph = 30;
acceleration.Seconds = 3.8f;
acceleration.Next();
acceleration.Mph = 60;
acceleration.Seconds = 7.1f;
acceleration.Next();
acceleration.Mph = 100;
acceleration.Seconds = 11.8f;
// once we have written all the repeatable groups we can write the variable length properties (you would use that for strings, byte[], etc)
car.SetManufacturer(Manufacturer, srcOffset, Manufacturer.Length);
car.SetModel(Model, srcOffset, Model.Length);
car.SetActivationCode(ActivationCode, srcOffset, ActivationCode.Length);
return(car.Size);
}
private static int Encode(Car car, DirectBuffer directBuffer, int bufferOffset)
{
const int srcOffset = 0;
// we position the car encoder on the direct buffer, at the correct offset (ie. just after the header)
car.WrapForEncode(directBuffer, bufferOffset);
car.SerialNumber = 1234; // we set the different fields, just as normal properties and they get written straight to the underlying byte buffer
car.ModelYear = 2013;
car.Available = BooleanType.TRUE; // enums are supports
car.Code = Model.A;
car.SetVehicleCode(_vehicleCode, srcOffset); // we set a constant string
for (int i = 0, size = Car.SomeNumbersLength; i < size; i++)
{
car.SetSomeNumbers(i, i); // this property is defined as a constant length array of integers
}
car.Extras = OptionalExtras.CruiseControl | OptionalExtras.SunRoof; // bit set (flag enums in C#) are supported
car.Engine.Capacity = 2000;
car.Engine.NumCylinders = 4;
car.Engine.SetManufacturerCode(_manufacturerCode, srcOffset);
// we have written all the constant length fields, now we can write the repeatable groups
var fuelFigures = car.FuelFiguresCount(3); // we specify that we are going to write 3 FueldFigures (the API is not very .NET friendly yet, we will address that)
fuelFigures.Next(); // move to the first element
fuelFigures.Speed = 30;
fuelFigures.Mpg = 35.9f;
fuelFigures.Next(); // second
fuelFigures.Speed = 55;
fuelFigures.Mpg = 49.0f;
fuelFigures.Next();
fuelFigures.Speed = 75;
fuelFigures.Mpg = 40.0f;
Car.PerformanceFiguresGroup perfFigures = car.PerformanceFiguresCount(2); // demonstrates how to create a nested group
perfFigures.Next();
perfFigures.OctaneRating = 95;
Car.PerformanceFiguresGroup.AccelerationGroup acceleration = perfFigures.AccelerationCount(3).Next(); // this group is going to be nested in the first element of the previous group
acceleration.Mph = 30;
acceleration.Seconds = 4.0f;
acceleration.Next();
acceleration.Mph = 60;
acceleration.Seconds = 7.5f;
acceleration.Next();
acceleration.Mph = 100;
acceleration.Seconds = 12.2f;
perfFigures.Next();
perfFigures.OctaneRating = 99;
acceleration = perfFigures.AccelerationCount(3).Next();
acceleration.Mph = 30;
acceleration.Seconds = 3.8f;
acceleration.Next();
acceleration.Mph = 60;
acceleration.Seconds = 7.1f;
acceleration.Next();
acceleration.Mph = 100;
acceleration.Seconds = 11.8f;
// once we have written all the repeatable groups we can write the variable length properties (you would use that for strings, byte[], etc)
car.SetMake(_make, srcOffset, _make.Length);
car.SetMake(_model, srcOffset, _model.Length);
return car.Size;
}