public void DeSerialize (Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer (bytes))
{
EmgData = bd.DeSerializeBytes (EMG_DATA_SIZE);
}
}
public void DeSerialize (Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer (bytes))
{
Event = bd.DeSerializeClassifierEvent ();
switch (Event)
{
case ProtocolClassifierEvent.ArmSynced:
{
Arm = bd.DeSerializeArm ();
Direction = bd.DeSerializeBraceletDirection ();
break;
}
case ProtocolClassifierEvent.Pose:
{
Pose = bd.DeSerializePose ();
break;
}
case ProtocolClassifierEvent.SyncFailed:
{
SyncResult = bd.DeSerializeSyncResult ();
break;
}
}
}
}
public static object FromBytes(byte[] bytes, Type type)
{
var deserializedObj = ByteDeserializer.Deserialize(bytes);
var value = new Deserializer().ReadClass(deserializedObj);
return(Convert.ChangeType(value, type));
}
public static T FromBytes <T>(byte[] bytes)
{
var deserializedObj = ByteDeserializer.Deserialize(bytes);
var value = new Deserializer().ReadClass(deserializedObj);
return((T)value);
}
public void DeSerialize(Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer(bytes))
{
EmgData = bd.DeSerializeBytes(EMG_DATA_SIZE);
}
}
public void DeSerialize(Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer(bytes))
{
Event = bd.DeSerializeClassifierEvent();
switch (Event)
{
case ProtocolClassifierEvent.ArmSynced:
{
Arm = bd.DeSerializeArm();
Direction = bd.DeSerializeBraceletDirection();
break;
}
case ProtocolClassifierEvent.Pose:
{
Pose = bd.DeSerializePose();
break;
}
case ProtocolClassifierEvent.SyncFailed:
{
SyncResult = bd.DeSerializeSyncResult();
break;
}
}
}
}
public static SerializedClass Deserialize(byte[] bytes)
{
var stream = new MemoryStream(bytes);
var reader = new BinaryReader(stream);
var obj = new ByteDeserializer().DeserializeClass(reader);
return(obj);
}
public void DeSerialize(Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer(bytes))
{
Event = bd.DeSerializeMotionEvent();
TapDirection = bd.DeSerializeByte();
TapCount = bd.DeSerializeByte();
}
}
public void DeSerialize (Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer (bytes))
{
Event = bd.DeSerializeMotionEvent ();
TapDirection = bd.DeSerializeByte ();
TapCount = bd.DeSerializeByte ();
}
}
public void DeSerialize (Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer (bytes))
{
// ORDER IS MANDATORY
Major = bd.DeSerializeUshort ();
Minor = bd.DeSerializeUshort ();
Patch = bd.DeSerializeUshort ();
HardwareRevision = bd.DeSerializeHardwareRevision ();
}
}
public void DeSerialize(Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer(bytes))
{
// ORDER IS MANDATORY
Major = bd.DeSerializeUshort();
Minor = bd.DeSerializeUshort();
Patch = bd.DeSerializeUshort();
HardwareRevision = bd.DeSerializeHardwareRevision();
}
}
public void DeSerialize (Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer (bytes))
{
// ORDER IS MANDATORY
OrientationW = bd.DeSerializeShort ();
OrientationX = bd.DeSerializeShort ();
OrientationY = bd.DeSerializeShort ();
OrientationZ = bd.DeSerializeShort ();
Accelerometer = bd.DeSerializeShorts (ACCELEROMETER_DATA_LENGTH);
Gyroscope = bd.DeSerializeShorts (GYROSCOPE_DATA_LENGTH);
}
}
public void DeSerialize(Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer(bytes))
{
// ORDER IS MANDATORY
OrientationW = bd.DeSerializeShort();
OrientationX = bd.DeSerializeShort();
OrientationY = bd.DeSerializeShort();
OrientationZ = bd.DeSerializeShort();
Accelerometer = bd.DeSerializeShorts(ACCELEROMETER_DATA_LENGTH);
Gyroscope = bd.DeSerializeShorts(GYROSCOPE_DATA_LENGTH);
}
}
public void DeSerialize (Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer (bytes))
{
// ORDER IS MANDATORY
SerialNumber = bd.DeSerializeBytes (SERIAL_NUMBER_LENGTH);
UnlockPose = bd.DeSerializePose ();
ActiveClassifierType = bd.DeSerializeClassifierModel ();
ActiveClassifierIndex = bd.DeSerializeByte ();
HasCustomClassifier = bd.DeSerializeBool ();
StreamIndicating = bd.DeSerializeByte ();
Sku = bd.DeSerializeSku ();
Reserved = bd.DeSerializeBytes (RESERVED_LENGTH);
}
}
public void DeSerialize(Bytes bytes)
{
using (ByteDeserializer bd = new ByteDeserializer(bytes))
{
// ORDER IS MANDATORY
SerialNumber = bd.DeSerializeBytes(SERIAL_NUMBER_LENGTH);
UnlockPose = bd.DeSerializePose();
ActiveClassifierType = bd.DeSerializeClassifierModel();
ActiveClassifierIndex = bd.DeSerializeByte();
HasCustomClassifier = bd.DeSerializeBool();
StreamIndicating = bd.DeSerializeByte();
Sku = bd.DeSerializeSku();
Reserved = bd.DeSerializeBytes(RESERVED_LENGTH);
}
}
public BleCCCValue ReadClientCharacteristicConfiguration(Bytes uuid)
{
BleCCCValue ccc;
BlePeripheralCharacteristic characteristic = this.PeripheralMap.FindCharacteristicByUUID(uuid);
if (!characteristic.HasCCC)
{
throw new ArgumentException("Client characteristic {uuid} doesn't have a configuration attribute!");
}
ushort attrHandle = characteristic.HandleCCC;
Bytes rawValue = this.ReadAttribute(attrHandle);
using (ByteDeserializer bd = new ByteDeserializer(rawValue))
{
ccc = bd.DeSerializeBleCCValue();
}
return(ccc);
}
public BleCCCValue ReadClientCharacteristicConfiguration (Bytes uuid)
{
BleCCCValue ccc;
BlePeripheralCharacteristic characteristic = this.PeripheralMap.FindCharacteristicByUUID (uuid);
if (!characteristic.HasCCC)
{
throw new ArgumentException ("Client characteristic {uuid} doesn't have a configuration attribute!");
}
ushort attrHandle = characteristic.HandleCCC;
Bytes rawValue = this.ReadAttribute (attrHandle);
using (ByteDeserializer bd = new ByteDeserializer (rawValue))
{
ccc = bd.DeSerializeBleCCValue ();
}
return ccc;
}
