private void ReceivePacketGetUserEqualizerControlACK(EqualizerControls control, GaiaPacket packet)
{
if (indexOfFeatures <= features.Length - 1)
{
GAIA.Status status = packet.GetStatus();
if (status != GAIA.Status.NOT_SUPPORTED)
{
UpdateLayoutEQ();
}
}
else
{
GAIA.Status status = packet.GetStatus();
if (status == GAIA.Status.SUCCESS)
{
//byte[] payload = packet.GetPayload();
//int PAYLOAD_VALUE_OFFSET = 1;
//int PAYLOAD_VALUE_LENGTH = 1;
//int PAYLOAD_MIN_LENGTH = PAYLOAD_VALUE_LENGTH + 1; // ACK status length is 1
//if (payload.Length >= PAYLOAD_MIN_LENGTH)
//{
// bool activate = payload[PAYLOAD_VALUE_OFFSET] == 0x01;
// UpdateEqalizerButtons(control, activate);
//}
}
else
{
//UpdateEqalizerButtons(control, false);
RefreshToast("User Equalizer not supported.");
}
}
}
private void ReceivePacketGetRemoteControlACK(GaiaPacket packet)
{
if (indexOfFeatures <= features.Length)
{
GAIA.Status status = packet.GetStatus();
if (status != GAIA.Status.NOT_SUPPORTED)
{
UpdateLayoutRemote();
}
}
else
{
GAIA.Status status = packet.GetStatus();
if (status != GAIA.Status.SUCCESS)
{
RefreshToast("The remote control feature is not supported.");
}
}
}
private void ReceivePacketGetEqualizerControlACK(GaiaPacket packet)
{
GAIA.Status status = packet.GetStatus();
if (status == GAIA.Status.SUCCESS)
{
//byte[] payload = packet.GetPayload();
//int PAYLOAD_VALUE_OFFSET = 1;
//int PAYLOAD_VALUE_LENGTH = 1;
//int PAYLOAD_MIN_LENGTH = PAYLOAD_VALUE_LENGTH + 1; // ACK status length is 1
//if (payload.Length >= PAYLOAD_MIN_LENGTH)
//{
// int preset = payload[PAYLOAD_VALUE_OFFSET];
// UpdateEqalizerButtons((EqualizerPreset)preset);
//}
}
else
{
RefreshToast("User Equalizer not supported.");
}
}
private void ReceivePacketGetLedControlACK(GaiaPacket packet)
{
GAIA.Status status = packet.GetStatus();
if (status == GAIA.Status.SUCCESS)
{
byte[] payload = packet.GetPayload();
int PAYLOAD_VALUE_OFFSET = 1;
int PAYLOAD_VALUE_LENGTH = 1;
int PAYLOAD_MIN_LENGTH = PAYLOAD_VALUE_LENGTH + 1; // ACK status length is 1
if (payload.Length >= PAYLOAD_MIN_LENGTH)
{
isLedActivated = payload[PAYLOAD_VALUE_OFFSET] == 0x01;
UpdateBtnLED(true);
}
}
else
{
isLedActivated = false;
UpdateBtnLED(false);
}
}
private void ReceivePacketGetAPIVersionACK(GaiaPacket packet)
{
GAIA.Status status = packet.GetStatus();
if (status == GAIA.Status.SUCCESS)
{
byte[] payload = packet.GetPayload();
int PAYLOAD_VALUE_1_OFFSET = 1;
int PAYLOAD_VALUE_2_OFFSET = PAYLOAD_VALUE_1_OFFSET + 1;
int PAYLOAD_VALUE_3_OFFSET = PAYLOAD_VALUE_2_OFFSET + 1;
int PAYLOAD_VALUE_LENGTH = 3;
int PAYLOAD_MIN_LENGTH = PAYLOAD_VALUE_LENGTH + 1; // ACK status length is 1
if (payload.Length >= PAYLOAD_MIN_LENGTH)
{
UpdateLblInfo(payload[PAYLOAD_VALUE_1_OFFSET],
payload[PAYLOAD_VALUE_2_OFFSET],
payload[PAYLOAD_VALUE_3_OFFSET]);
}
}
else
{
UpdateLblInfo(0, 0, 0);
}
}
public GaiaAcknowledgementRequest(GAIA.Status status, byte[] data) : base(_type)
{
Request = Type.ACKNOWLEDGEMENT;
Status = status;
Data = data;
}
