private IoSample ParseIoSample(IPacketParser parser)
{
ushort digital = 0;
var analog = new double[Pin.AnalogCount];
if (ContainsDigital)
{
Logger.LowDebug("Sample contains digital inputs");
digital = UshortUtils.ToUshort(parser.Read(), parser.Read());
}
if (ContainsAnalog)
{
var analogCount = 0;
for (var i = 0; i < analog.Length; i++)
{
if (!IsEnabled((Pin.Analog) i))
continue;
var reading = UshortUtils.Parse10BitAnalog(parser.Read(), parser.Read());
analog[i] = AdcHelper.ToMilliVolts(reading);
analogCount++;
}
Logger.LowDebug("Sample contains " + analogCount +" analog inputs");
}
return new IoSample(analog, digital);
}
public override void Parse(IPacketParser parser)
{
base.Parse(parser);
DestinationAddress = parser.ParseAddress16();
RetryCount = parser.Read("ZNet Tx Status Tx Count");
DeliveryStatus = (DeliveryResult)parser.Read("ZNet Tx Status Delivery Status");
DiscoveryStatus = (DiscoveryResult)parser.Read("ZNet Tx Status Discovery Status");
}
protected override void ParseFrameHeader(IPacketParser parser)
{
base.ParseFrameHeader(parser);
SourceEndpoint = parser.Read("Reading Source Endpoint");
DestinationEndpoint = parser.Read("Reading Destination Endpoint");
ClusterId = UshortUtils.ToUshort(parser.Read("Reading Cluster Id MSB"), parser.Read("Reading Cluster Id LSB"));
ProfileId = UshortUtils.ToUshort(parser.Read("Reading Profile Id MSB"), parser.Read("Reading Profile Id LSB"));
}
public override void Parse(IPacketParser parser)
{
base.Parse(parser);
Command = UshortUtils.ToUshort(
parser.Read("AT Response Char 1"),
parser.Read("AT Response Char 2"));
Status = (AtResponseStatus)parser.Read("AT Response Status");
Value = parser.ReadRemainingBytes();
}
public override void Parse(IPacketParser parser)
{
base.Parse(parser);
Command = UshortUtils.ToUshort(
parser.Read("AT Response Char 1"),
parser.Read("AT Response Char 2"));
Status = (AtResponseStatus) parser.Read("AT Response Status");
Value = parser.ReadRemainingBytes();
}
public override void Parse(IPacketParser parser)
{
FrameId = parser.Read("Frame Id");
RemoteSerial = parser.ParseAddress64();
RemoteAddress = parser.ParseAddress16();
Command = UshortUtils.ToUshort(
parser.Read("AT Response Char 1"),
parser.Read("AT Response Char 2"));
Status = (AtResponseStatus) parser.Read("AT Response Status");
Value = parser.ReadRemainingBytes();
}
public override void Parse(IPacketParser parser)
{
Sender = new NodeInfo
{
SerialNumber = parser.ParseAddress64(),
NetworkAddress = parser.ParseAddress16()
};
Option = (PacketOption)parser.Read("Option");
Remote = new NodeInfo
{
NetworkAddress = parser.ParseAddress16(),
SerialNumber = parser.ParseAddress64()
};
byte ch;
// NI is terminated with 0
while ((ch = parser.Read("Node Identifier")) != 0)
{
if (ch > 32 && ch < 126)
{
Remote.NodeIdentifier += (char)ch;
}
}
ParentAddress = parser.ParseAddress16();
NodeType = (NodeType)parser.Read("Device Type");
SourceAction = (SourceActions)parser.Read("Source Action");
ProfileId = UshortUtils.ToUshort(parser.Read("Profile MSB"), parser.Read("Profile LSB"));
MfgId = UshortUtils.ToUshort(parser.Read("MFG MSB"), parser.Read("MFG LSB"));
}
public override void Parse(IPacketParser parser)
{
FrameId = parser.Read("Frame Id");
RemoteSerial = parser.ParseAddress64();
RemoteAddress = parser.ParseAddress16();
Command = UshortUtils.ToUshort(
parser.Read("AT Response Char 1"),
parser.Read("AT Response Char 2"));
Status = (AtResponseStatus)parser.Read("AT Response Status");
Value = parser.ReadRemainingBytes();
}
public override void Parse(IPacketParser parser)
{
var value = parser.Read("Modem Status");
Status = value < (byte)ModemStatus.StackError
? (ModemStatus)value
: ModemStatus.StackError;
}
public override void Parse(IPacketParser parser)
{
Source = parser.ApiId == ApiId.Rx16IoResponse
? (XBeeAddress)parser.ParseAddress16()
: parser.ParseAddress64();
base.Parse(parser);
SampleCount = parser.Read();
ChannelIndicator = UshortUtils.ToUshort(parser.Read(), parser.Read());
ContainsDigital = (ChannelIndicator & DigitalMask) > 0;
ContainsAnalog = (ChannelIndicator & AnalogMask) > 0;
Samples = new IoSample[SampleCount];
for (var i = 0; i < SampleCount; i++)
{
Logger.LowDebug("Parsing I/O sample nr " + (i + 1));
Samples[i] = ParseIoSample(parser);
}
}
public override void Parse(IPacketParser parser)
{
Source = parser.ApiId == ApiId.Rx16IoResponse
? (XBeeAddress)parser.ParseAddress16()
: parser.ParseAddress64();
base.Parse(parser);
SampleCount = parser.Read();
ChannelIndicator = UshortUtils.ToUshort(parser.Read(), parser.Read());
ContainsDigital = (ChannelIndicator & DigitalMask) > 0;
ContainsAnalog = (ChannelIndicator & AnalogMask) > 0;
Samples = new IoSample[SampleCount];
for (var i = 0; i < SampleCount; i++)
{
Logger.LowDebug("Parsing I/O sample nr " + (i + 1));
Samples[i] = ParseIoSample(parser);
}
}
protected override void ParseFramePayload(IPacketParser parser)
{
// eat sample size.. always 1
var size = parser.Read("ZNet RX IO Sample Size");
if (size != 1)
{
throw new XBeeParseException("Sample size is not supported if > 1 for ZNet I/O");
}
DigitalChannelMask = UshortUtils.ToUshort(parser.Read("ZNet RX IO Sample Digital Mask 1"),
parser.Read("ZNet RX IO Sample Digital Mask 2"));
// TODO apparent bug: channel mask on ZigBee Pro firmware has DIO10/P0 as enabled even though it's set to 01 (RSSI). Digital value reports low.
DigitalChannelMask &= 0x1CFF; //11100 zero out all but bits 3-5
AnalogChannelMask = parser.Read("ZNet RX IO Sample Analog Channel Mask");
AnalogChannelMask &= 0x8f; //10001111 zero out n/a bits
if (ContainsDigital)
{
Digital = UshortUtils.ToUshort(parser.Read("ZNet RX IO DIO MSB"),
parser.Read("ZNet RX IO DIO LSB"));
}
// parse 10-bit analog values
Analog = new int[5];
for (var pin = Pin.A0; pin <= Pin.A3; pin++)
{
if (!IsAnalogEnabled(pin))
{
continue;
}
Analog[(byte)pin] = UshortUtils.Parse10BitAnalog(parser.Read(), parser.Read());
}
if (IsAnalogEnabled(Pin.SupplyVoltage))
{
Analog[SupplyVoltageIndex] = UshortUtils.Parse10BitAnalog(parser.Read(), parser.Read());
}
}
protected override void ParseFrameHeader(IPacketParser parser)
{
base.ParseFrameHeader(parser);
SourceEndpoint = parser.Read("Reading Source Endpoint");
DestinationEndpoint = parser.Read("Reading Destination Endpoint");
ClusterId = UshortUtils.ToUshort(parser.Read("Reading Cluster Id MSB"), parser.Read("Reading Cluster Id LSB"));
ProfileId = UshortUtils.ToUshort(parser.Read("Reading Profile Id MSB"), parser.Read("Reading Profile Id LSB"));
}
public override void Parse(IPacketParser parser)
{
Sender = new NodeInfo
{
SerialNumber = parser.ParseAddress64(),
NetworkAddress = parser.ParseAddress16()
};
Option = (PacketOption) parser.Read("Option");
Remote = new NodeInfo
{
NetworkAddress = parser.ParseAddress16(),
SerialNumber = parser.ParseAddress64()
};
byte ch;
// NI is terminated with 0
while ((ch = parser.Read("Node Identifier")) != 0)
{
if (ch > 32 && ch < 126)
Remote.NodeIdentifier += (char) ch;
}
ParentAddress = parser.ParseAddress16();
NodeType = (NodeType) parser.Read("Device Type");
SourceAction = (SourceActions) parser.Read("Source Action");
ProfileId = UshortUtils.ToUshort(parser.Read("Profile MSB"), parser.Read("Profile LSB"));
MfgId = UshortUtils.ToUshort(parser.Read("MFG MSB"), parser.Read("MFG LSB"));
}
public override void Parse(IPacketParser parser)
{
base.Parse(parser);
Status = (TxStatus)parser.Read("TX Status");
}
private IoSample ParseIoSample(IPacketParser parser)
{
ushort digital = 0;
var analog = new double[Pin.AnalogCount];
if (ContainsDigital)
{
Logger.LowDebug("Sample contains digital inputs");
digital = UshortUtils.ToUshort(parser.Read(), parser.Read());
}
if (ContainsAnalog)
{
var analogCount = 0;
for (var i = 0; i < analog.Length; i++)
{
if (!IsEnabled((Pin.Analog) i))
continue;
var reading = UshortUtils.Parse10BitAnalog(parser.Read(), parser.Read());
analog[i] = AdcHelper.ToMilliVolts(reading);
analogCount++;
}
Logger.LowDebug("Sample contains " + analogCount +" analog inputs");
}
return new IoSample(analog, digital);
}
public override void Parse(IPacketParser parser)
{
FrameId = parser.Read("Frame Id");
}
public override void Parse(IPacketParser parser)
{
Rssi = -1 * parser.Read("RSSI");
Option = (Options)parser.Read("Options");
}
protected virtual void ParseFrameOptions(IPacketParser parser)
{
Option = (Options)parser.Read("ZNet RX Option");
}
public override void Parse(IPacketParser parser)
{
base.Parse(parser);
DestinationAddress = parser.ParseAddress16();
RetryCount = parser.Read("ZNet Tx Status Tx Count");
DeliveryStatus = (DeliveryResult) parser.Read("ZNet Tx Status Delivery Status");
DiscoveryStatus = (DiscoveryResult) parser.Read("ZNet Tx Status Discovery Status");
}
public override void Parse(IPacketParser parser)
{
Rssi = -1 * parser.Read("RSSI");
Option = (Options)parser.Read("Options");
}
protected override void ParseFramePayload(IPacketParser parser)
{
// eat sample size.. always 1
var size = parser.Read("ZNet RX IO Sample Size");
if (size != 1)
throw new XBeeParseException("Sample size is not supported if > 1 for ZNet I/O");
DigitalChannelMask = UshortUtils.ToUshort(parser.Read("ZNet RX IO Sample Digital Mask 1"),
parser.Read("ZNet RX IO Sample Digital Mask 2"));
// TODO apparent bug: channel mask on ZigBee Pro firmware has DIO10/P0 as enabled even though it's set to 01 (RSSI). Digital value reports low.
DigitalChannelMask &= 0x1CFF; //11100 zero out all but bits 3-5
AnalogChannelMask = parser.Read("ZNet RX IO Sample Analog Channel Mask");
AnalogChannelMask &= 0x8f; //10001111 zero out n/a bits
if (ContainsDigital)
Digital = UshortUtils.ToUshort(parser.Read("ZNet RX IO DIO MSB"),
parser.Read("ZNet RX IO DIO LSB"));
// parse 10-bit analog values
Analog = new int[5];
for (var pin = Pin.A0; pin <= Pin.A3; pin++)
{
if (!IsAnalogEnabled(pin))
continue;
Analog[(byte)pin] = UshortUtils.Parse10BitAnalog(parser.Read(), parser.Read());
}
if (IsAnalogEnabled(Pin.SupplyVoltage))
Analog[SupplyVoltageIndex] = UshortUtils.Parse10BitAnalog(parser.Read(), parser.Read());
}
public override void Parse(IPacketParser parser)
{
FrameId = parser.Read("Frame Id");
}
