Workspace issue to improve Zebra support

[fviard]

@pBogey following the discussion in #8.

Here is the new issue/thread, to provide directions for more Zebra support improvements.

[fviard]

A few tips for you:

• In the following comment, I detailed the main changes of llrp_proto.py:
  Protocol enhancements for Config and Capabilities  sllurp/sllurp#146 (comment)
• in my opinion, it's worth reading the llrp specification:
  https://www.gs1.org/sites/default/files/docs/epc/llrp_1_1-standard-20101013.pdf
  it not so long, and easy to understand for a spec.

There is 2 versions of the spec and of the api: v1 (1.0.1) and v2 (1.1).
You can read directly the 1.1, they are mostly the same.
There is just a dozen changes and additional parameters that are available only if you negotiate with the reader at the beginning to tell him that you support v2 and want to switch to this version.

From one of your comments, I think that the Zebra reader supports v2, but Impinj ones just v1.
So, for the moment, Sllurp doesn't support any addition of the v2 yet.

A little bit like for the v2, each vendor can have it's own custom "messages" et "parameters" that are available and usable you ask the reader to enable its "custom" extensions.

For the Zebra, you can find the details of their custom parameters inside the following document:

• https://www.zebra.com/content/dam/zebra_new_ia/en-us/manuals/rfid/interface-control-guide-en.pdf

[fviard]

@pBogey :
A first easy thing to start would be if you can run an inventory with sllurp with the "--debug" flag.
Once it starts, you can use "ctrl-C" to stop it.
If you can paste it, what would be interesting, is the log from the beginning to when the "invetory starts". (ie a ROSpec was successfully added).
In that log, we can check if there is any standard field reported by the Zebra that is not known by Sllurp.

[pBogey]

From one of your comments, I think that the Zebra reader supports v2, but Impinj ones just v1.

I'm not so sure about Zebra. I tried to implement a GET_SUPPORTED_VERSION message and got the following response from the reader:

Error in message received: unsupported version (108)

Don't really remember what the code was and if it was correctly implemented, but the v1.1 Standard mentions:

Clients that receive an ERROR_MESSAGE in response to this message with a StatusCode of M_UnsupportedVersion SHALL assume the Reader only supports LLRP 1.0.1 (version 1).

So I assumed that FX9500 only supports v 1.0.1.

---

A first easy thing to start would be if you can run an inventory with sllurp with the "--debug" flag.

I ran sllurp -d -l inventory.log inventory 10.171.74.46 -a 0 and obtain the following:

2020-05-03 15:20:07,955 sllurp.cli: DEBUG: inventory args: Args(host=( <host IP address>,), port=5084, time=None, every_n=None, antennas='0', tx_power=0, tari=0, session=2, population=4, mode_identifier=None, reconnect=False, tag_filter_mask=(), impinj_extended_configuration=False, impinj_search_mode=None, impinj_reports=False, frequencies='1', hoptable_id=1)
2020-05-03 15:20:07,956 sllurp.llrp: INFO: will reset reader state on connect
2020-05-03 15:20:07,956 sllurp.llrp: INFO: will start inventory on connect
2020-05-03 15:20:07,956 sllurp.llrp: INFO: using antennas: [0]
2020-05-03 15:20:07,957 sllurp.llrp: INFO: transmit power: {0: 0}
2020-05-03 15:20:08,136 sllurp.llrp: INFO: connected to <host IP address> (:5084)
2020-05-03 15:20:08,457 sllurp.llrp: DEBUG: got 32 bytes from reader: b'043f0000002000000d1d00f600160080000c0005a4bfeea2e72d010000060000'
2020-05-03 15:20:08,458 sllurp.llrp: DEBUG: expect 32 bytes (have 32)
2020-05-03 15:20:08,458 sllurp.llrp: DEBUG: deserializing READER_EVENT_NOTIFICATION command
2020-05-03 15:20:08,458 sllurp.llrp_proto: DEBUG: decode_READER_EVENT_NOTIFICATION
2020-05-03 15:20:08,459 sllurp.llrp_proto: DEBUG: decode_ReaderEventNotificationData
2020-05-03 15:20:08,459 sllurp.llrp_proto: DEBUG: decode_ConnectionAttemptEvent
2020-05-03 15:20:08,459 sllurp.llrp: DEBUG: done deserializing READER_EVENT_NOTIFICATION command
2020-05-03 15:20:08,459 sllurp.llrp: DEBUG: starting message callbacks for READER_EVENT_NOTIFICATION
2020-05-03 15:20:08,459 sllurp.llrp: DEBUG: done with message callbacks for READER_EVENT_NOTIFICATION
2020-05-03 15:20:08,459 sllurp.llrp: DEBUG: LLRPMessage received in state 1:
<READER_EVENT_NOTIFICATION>
	<ID>3357</ID>
	<ReaderEventNotificationData>
		<UTCTimestamp>
			<Microseconds>1588519132915501</Microseconds>
		</UTCTimestamp>
		<ConnectionAttemptEvent>
			<Status>'Success'</Status>
		</ConnectionAttemptEvent>
	</ReaderEventNotificationData>
</READER_EVENT_NOTIFICATION>
2020-05-03 15:20:08,460 sllurp.llrp: DEBUG: in handleMessage(READER_EVENT_NOTIFICATION), there are 0 Deferreds
2020-05-03 15:20:08,461 sllurp.llrp: DEBUG: serializing GET_READER_CAPABILITIES command
2020-05-03 15:20:08,461 sllurp.llrp: DEBUG: serialized bytes: b'04010000000b0000000100'
2020-05-03 15:20:08,461 sllurp.llrp: DEBUG: done serializing GET_READER_CAPABILITIES command
2020-05-03 15:20:08,463 sllurp.llrp: DEBUG: state change: STATE_DISCONNECTED -> STATE_SENT_GET_CAPABILITIES
2020-05-03 15:20:08,562 sllurp.llrp: DEBUG: got 1312 bytes from reader: b'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'
2020-05-03 15:20:08,563 sllurp.llrp: DEBUG: expect 2746 bytes (have 1312)
2020-05-03 15:20:08,578 sllurp.llrp: DEBUG: got 1434 bytes from reader: b'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'
2020-05-03 15:20:08,579 sllurp.llrp: DEBUG: expect 2746 bytes (have 2746)
2020-05-03 15:20:08,580 sllurp.llrp: DEBUG: deserializing GET_READER_CAPABILITIES_RESPONSE command
2020-05-03 15:20:08,580 sllurp.llrp_proto: DEBUG: decode_GET_READER_CAPABILITIES_RESPONSE
2020-05-03 15:20:08,581 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:08,585 sllurp.llrp_proto: DEBUG: decode_GeneralDeviceCapabilities
2020-05-03 15:20:08,585 sllurp.llrp_proto: DEBUG: decode_GeneralDeviceCapabilities
2020-05-03 15:20:08,586 sllurp.llrp_proto: DEBUG: decode_PerAntennaAirProtocol
2020-05-03 15:20:08,586 sllurp.llrp_proto: DEBUG: decode_PerAntennaAirProtocol
2020-05-03 15:20:08,587 sllurp.llrp_proto: DEBUG: decode_PerAntennaAirProtocol
2020-05-03 15:20:08,587 sllurp.llrp_proto: DEBUG: decode_PerAntennaAirProtocol
2020-05-03 15:20:08,587 sllurp.llrp_proto: DEBUG: decode_LLRPCapabilities
2020-05-03 15:20:08,588 sllurp.llrp_proto: DEBUG: decode_RegulatoryCapabilities
2020-05-03 15:20:08,588 sllurp.llrp_proto: DEBUG: decode_UHFBandCapabilities
2020-05-03 15:20:08,590 sllurp.llrp_proto: DEBUG: decode_FrequencyInformation
2020-05-03 15:20:08,591 sllurp.llrp_proto: DEBUG: decode_FrequencyInformation
2020-05-03 15:20:08,591 sllurp.llrp_proto: DEBUG: decode_FrequencyHopTable
2020-05-03 15:20:08,591 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTable
2020-05-03 15:20:08,592 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,592 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,593 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,593 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,593 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,594 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,594 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,594 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,595 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,595 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,595 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,596 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,596 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,596 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,596 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,597 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,597 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,597 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,597 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,598 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,598 sllurp.llrp_proto: DEBUG: decode_UHFC1G2RFModeTableEntry
2020-05-03 15:20:08,598 sllurp.llrp_proto: DEBUG: decode_C1G2LLRPCapabilities
2020-05-03 15:20:08,598 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 1)
2020-05-03 15:20:08,599 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 100)
2020-05-03 15:20:08,599 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 120)
2020-05-03 15:20:08,600 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 200)
2020-05-03 15:20:08,600 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 300)
2020-05-03 15:20:08,600 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 400)
2020-05-03 15:20:08,600 sllurp.llrp: DEBUG: done deserializing GET_READER_CAPABILITIES_RESPONSE command
2020-05-03 15:20:08,600 sllurp.llrp: DEBUG: starting message callbacks for GET_READER_CAPABILITIES_RESPONSE
2020-05-03 15:20:08,601 sllurp.llrp: DEBUG: done with message callbacks for GET_READER_CAPABILITIES_RESPONSE
2020-05-03 15:20:08,601 sllurp.llrp: DEBUG: LLRPMessage received in state 21:
<GET_READER_CAPABILITIES_RESPONSE>
	<ID>1</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
	<GeneralDeviceCapabilities>
		<MaxNumberOfAntennaSupported>4</MaxNumberOfAntennaSupported>
		<CanSetAntennaProperties>False</CanSetAntennaProperties>
		<HasUTCClockCapability>True</HasUTCClockCapability>
		<DeviceManufacturerName>24831</DeviceManufacturerName>
		<ModelName>9500</ModelName>
		<FirmwareVersionByteCount>12</FirmwareVersionByteCount>
		<ReaderFirmwareVersion>b'1.6.5.160010'</ReaderFirmwareVersion>
		<ReceiveSensitivityTableEntry>
			<Index>1</Index>
			<ReceiveSensitivityValue>0</ReceiveSensitivityValue>
		</ReceiveSensitivityTableEntry>
		<GPIOCapabilities>
			<NumGPIs>4</NumGPIs>
			<NumGPOs>4</NumGPOs>
		</GPIOCapabilities>
		<PerAntennaAirProtocol>
			<AntennaID>1</AntennaID>
			<NumProtocols>1</NumProtocols>
			<ProtocolID>[1]</ProtocolID>
		</PerAntennaAirProtocol>
		<PerAntennaAirProtocol>
			<AntennaID>2</AntennaID>
			<NumProtocols>1</NumProtocols>
			<ProtocolID>[1]</ProtocolID>
		</PerAntennaAirProtocol>
		<PerAntennaAirProtocol>
			<AntennaID>3</AntennaID>
			<NumProtocols>1</NumProtocols>
			<ProtocolID>[1]</ProtocolID>
		</PerAntennaAirProtocol>
		<PerAntennaAirProtocol>
			<AntennaID>4</AntennaID>
			<NumProtocols>1</NumProtocols>
			<ProtocolID>[1]</ProtocolID>
		</PerAntennaAirProtocol>
	</GeneralDeviceCapabilities>
	<LLRPCapabilities>
		<CanDoRFSurvey>True</CanDoRFSurvey>
		<CanReportBufferFillWarning>True</CanReportBufferFillWarning>
		<SupportsClientRequestOpSpec>False</SupportsClientRequestOpSpec>
		<CanDoTagInventoryStateAwareSingulation>True</CanDoTagInventoryStateAwareSingulation>
		<SupportsEventAndReportHolding>True</SupportsEventAndReportHolding>
		<MaxPriorityLevelSupported>7</MaxPriorityLevelSupported>
		<ClientRequestOpSpecTimeout>0</ClientRequestOpSpecTimeout>
		<MaxNumROSpec>32</MaxNumROSpec>
		<MaxNumSpecsPerROSpec>8</MaxNumSpecsPerROSpec>
		<MaxNumInventoryParametersSpecsPerAISpec>4</MaxNumInventoryParametersSpecsPerAISpec>
		<MaxNumAccessSpec>32</MaxNumAccessSpec>
		<MaxNumOpSpecsPerAccessSpec>8</MaxNumOpSpecsPerAccessSpec>
	</LLRPCapabilities>
	<RegulatoryCapabilities>
		<CountryCode>840</CountryCode>
		<CommunicationsStandard>1</CommunicationsStandard>
		<UHFBandCapabilities>
			<TransmitPowerLevelTableEntry>
				<Index>0</Index>
				<TransmitPowerValue>1000</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>1</Index>
				<TransmitPowerValue>1010</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>2</Index>
				<TransmitPowerValue>1020</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>3</Index>
				<TransmitPowerValue>1030</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>4</Index>
				<TransmitPowerValue>1040</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>5</Index>
				<TransmitPowerValue>1050</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>6</Index>
				<TransmitPowerValue>1060</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>7</Index>
				<TransmitPowerValue>1070</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>8</Index>
				<TransmitPowerValue>1080</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>9</Index>
				<TransmitPowerValue>1090</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>10</Index>
				<TransmitPowerValue>1100</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>11</Index>
				<TransmitPowerValue>1110</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>12</Index>
				<TransmitPowerValue>1120</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>13</Index>
				<TransmitPowerValue>1130</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>14</Index>
				<TransmitPowerValue>1140</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>15</Index>
				<TransmitPowerValue>1150</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>16</Index>
				<TransmitPowerValue>1160</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>17</Index>
				<TransmitPowerValue>1170</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>18</Index>
				<TransmitPowerValue>1180</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>19</Index>
				<TransmitPowerValue>1190</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>20</Index>
				<TransmitPowerValue>1200</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>21</Index>
				<TransmitPowerValue>1210</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>22</Index>
				<TransmitPowerValue>1220</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>23</Index>
				<TransmitPowerValue>1230</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>24</Index>
				<TransmitPowerValue>1240</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>25</Index>
				<TransmitPowerValue>1250</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>26</Index>
				<TransmitPowerValue>1260</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>27</Index>
				<TransmitPowerValue>1270</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>28</Index>
				<TransmitPowerValue>1280</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>29</Index>
				<TransmitPowerValue>1290</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>30</Index>
				<TransmitPowerValue>1300</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>31</Index>
				<TransmitPowerValue>1310</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>32</Index>
				<TransmitPowerValue>1320</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>33</Index>
				<TransmitPowerValue>1330</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>34</Index>
				<TransmitPowerValue>1340</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>35</Index>
				<TransmitPowerValue>1350</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>36</Index>
				<TransmitPowerValue>1360</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>37</Index>
				<TransmitPowerValue>1370</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>38</Index>
				<TransmitPowerValue>1380</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>39</Index>
				<TransmitPowerValue>1390</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>40</Index>
				<TransmitPowerValue>1400</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>41</Index>
				<TransmitPowerValue>1410</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>42</Index>
				<TransmitPowerValue>1420</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>43</Index>
				<TransmitPowerValue>1430</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>44</Index>
				<TransmitPowerValue>1440</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>45</Index>
				<TransmitPowerValue>1450</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>46</Index>
				<TransmitPowerValue>1460</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>47</Index>
				<TransmitPowerValue>1470</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>48</Index>
				<TransmitPowerValue>1480</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>49</Index>
				<TransmitPowerValue>1490</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>50</Index>
				<TransmitPowerValue>1500</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>51</Index>
				<TransmitPowerValue>1510</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>52</Index>
				<TransmitPowerValue>1520</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>53</Index>
				<TransmitPowerValue>1530</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>54</Index>
				<TransmitPowerValue>1540</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>55</Index>
				<TransmitPowerValue>1550</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>56</Index>
				<TransmitPowerValue>1560</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>57</Index>
				<TransmitPowerValue>1570</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>58</Index>
				<TransmitPowerValue>1580</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>59</Index>
				<TransmitPowerValue>1590</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>60</Index>
				<TransmitPowerValue>1600</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>61</Index>
				<TransmitPowerValue>1610</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>62</Index>
				<TransmitPowerValue>1620</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>63</Index>
				<TransmitPowerValue>1630</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>64</Index>
				<TransmitPowerValue>1640</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>65</Index>
				<TransmitPowerValue>1650</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>66</Index>
				<TransmitPowerValue>1660</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>67</Index>
				<TransmitPowerValue>1670</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>68</Index>
				<TransmitPowerValue>1680</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>69</Index>
				<TransmitPowerValue>1690</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>70</Index>
				<TransmitPowerValue>1700</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>71</Index>
				<TransmitPowerValue>1710</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>72</Index>
				<TransmitPowerValue>1720</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>73</Index>
				<TransmitPowerValue>1730</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>74</Index>
				<TransmitPowerValue>1740</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>75</Index>
				<TransmitPowerValue>1750</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>76</Index>
				<TransmitPowerValue>1760</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>77</Index>
				<TransmitPowerValue>1770</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>78</Index>
				<TransmitPowerValue>1780</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>79</Index>
				<TransmitPowerValue>1790</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>80</Index>
				<TransmitPowerValue>1800</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>81</Index>
				<TransmitPowerValue>1810</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>82</Index>
				<TransmitPowerValue>1820</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>83</Index>
				<TransmitPowerValue>1830</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>84</Index>
				<TransmitPowerValue>1840</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>85</Index>
				<TransmitPowerValue>1850</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>86</Index>
				<TransmitPowerValue>1860</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>87</Index>
				<TransmitPowerValue>1870</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>88</Index>
				<TransmitPowerValue>1880</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>89</Index>
				<TransmitPowerValue>1890</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>90</Index>
				<TransmitPowerValue>1900</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>91</Index>
				<TransmitPowerValue>1910</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>92</Index>
				<TransmitPowerValue>1920</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>93</Index>
				<TransmitPowerValue>1930</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>94</Index>
				<TransmitPowerValue>1940</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>95</Index>
				<TransmitPowerValue>1950</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>96</Index>
				<TransmitPowerValue>1960</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>97</Index>
				<TransmitPowerValue>1970</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>98</Index>
				<TransmitPowerValue>1980</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>99</Index>
				<TransmitPowerValue>1990</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>100</Index>
				<TransmitPowerValue>2000</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>101</Index>
				<TransmitPowerValue>2010</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>102</Index>
				<TransmitPowerValue>2020</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>103</Index>
				<TransmitPowerValue>2030</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>104</Index>
				<TransmitPowerValue>2040</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>105</Index>
				<TransmitPowerValue>2050</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>106</Index>
				<TransmitPowerValue>2060</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>107</Index>
				<TransmitPowerValue>2070</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>108</Index>
				<TransmitPowerValue>2080</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>109</Index>
				<TransmitPowerValue>2090</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>110</Index>
				<TransmitPowerValue>2100</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>111</Index>
				<TransmitPowerValue>2110</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>112</Index>
				<TransmitPowerValue>2120</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>113</Index>
				<TransmitPowerValue>2130</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>114</Index>
				<TransmitPowerValue>2140</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>115</Index>
				<TransmitPowerValue>2150</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>116</Index>
				<TransmitPowerValue>2160</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>117</Index>
				<TransmitPowerValue>2170</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>118</Index>
				<TransmitPowerValue>2180</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>119</Index>
				<TransmitPowerValue>2190</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>120</Index>
				<TransmitPowerValue>2200</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>121</Index>
				<TransmitPowerValue>2210</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>122</Index>
				<TransmitPowerValue>2220</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>123</Index>
				<TransmitPowerValue>2230</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>124</Index>
				<TransmitPowerValue>2240</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>125</Index>
				<TransmitPowerValue>2250</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>126</Index>
				<TransmitPowerValue>2260</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>127</Index>
				<TransmitPowerValue>2270</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>128</Index>
				<TransmitPowerValue>2280</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>129</Index>
				<TransmitPowerValue>2290</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>130</Index>
				<TransmitPowerValue>2300</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>131</Index>
				<TransmitPowerValue>2310</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>132</Index>
				<TransmitPowerValue>2320</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>133</Index>
				<TransmitPowerValue>2330</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>134</Index>
				<TransmitPowerValue>2340</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>135</Index>
				<TransmitPowerValue>2350</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>136</Index>
				<TransmitPowerValue>2360</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>137</Index>
				<TransmitPowerValue>2370</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>138</Index>
				<TransmitPowerValue>2380</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>139</Index>
				<TransmitPowerValue>2390</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>140</Index>
				<TransmitPowerValue>2400</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>141</Index>
				<TransmitPowerValue>2410</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>142</Index>
				<TransmitPowerValue>2420</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>143</Index>
				<TransmitPowerValue>2430</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>144</Index>
				<TransmitPowerValue>2440</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>145</Index>
				<TransmitPowerValue>2450</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>146</Index>
				<TransmitPowerValue>2460</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>147</Index>
				<TransmitPowerValue>2470</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>148</Index>
				<TransmitPowerValue>2480</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>149</Index>
				<TransmitPowerValue>2490</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>150</Index>
				<TransmitPowerValue>2500</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>151</Index>
				<TransmitPowerValue>2510</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>152</Index>
				<TransmitPowerValue>2520</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>153</Index>
				<TransmitPowerValue>2530</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>154</Index>
				<TransmitPowerValue>2540</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>155</Index>
				<TransmitPowerValue>2550</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>156</Index>
				<TransmitPowerValue>2560</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>157</Index>
				<TransmitPowerValue>2570</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>158</Index>
				<TransmitPowerValue>2580</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>159</Index>
				<TransmitPowerValue>2590</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>160</Index>
				<TransmitPowerValue>2600</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>161</Index>
				<TransmitPowerValue>2610</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>162</Index>
				<TransmitPowerValue>2620</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>163</Index>
				<TransmitPowerValue>2630</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>164</Index>
				<TransmitPowerValue>2640</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>165</Index>
				<TransmitPowerValue>2650</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>166</Index>
				<TransmitPowerValue>2660</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>167</Index>
				<TransmitPowerValue>2670</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>168</Index>
				<TransmitPowerValue>2680</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>169</Index>
				<TransmitPowerValue>2690</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>170</Index>
				<TransmitPowerValue>2700</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>171</Index>
				<TransmitPowerValue>2710</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>172</Index>
				<TransmitPowerValue>2720</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>173</Index>
				<TransmitPowerValue>2730</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>174</Index>
				<TransmitPowerValue>2740</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>175</Index>
				<TransmitPowerValue>2750</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>176</Index>
				<TransmitPowerValue>2760</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>177</Index>
				<TransmitPowerValue>2770</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>178</Index>
				<TransmitPowerValue>2780</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>179</Index>
				<TransmitPowerValue>2790</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>180</Index>
				<TransmitPowerValue>2800</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>181</Index>
				<TransmitPowerValue>2810</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>182</Index>
				<TransmitPowerValue>2820</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>183</Index>
				<TransmitPowerValue>2830</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>184</Index>
				<TransmitPowerValue>2840</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>185</Index>
				<TransmitPowerValue>2850</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>186</Index>
				<TransmitPowerValue>2860</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>187</Index>
				<TransmitPowerValue>2870</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>188</Index>
				<TransmitPowerValue>2880</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>189</Index>
				<TransmitPowerValue>2890</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>190</Index>
				<TransmitPowerValue>2900</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>191</Index>
				<TransmitPowerValue>2910</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>192</Index>
				<TransmitPowerValue>2920</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>193</Index>
				<TransmitPowerValue>2930</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>194</Index>
				<TransmitPowerValue>2940</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>195</Index>
				<TransmitPowerValue>2950</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>196</Index>
				<TransmitPowerValue>2960</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>197</Index>
				<TransmitPowerValue>2970</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>198</Index>
				<TransmitPowerValue>2980</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>199</Index>
				<TransmitPowerValue>2990</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<TransmitPowerLevelTableEntry>
				<Index>200</Index>
				<TransmitPowerValue>3000</TransmitPowerValue>
			</TransmitPowerLevelTableEntry>
			<FrequencyInformation>
				<Hopping>True</Hopping>
				<FrequencyHopTable>
					<HopTableId>1</HopTableId>
					<NumHops>50</NumHops>
					<Frequency>[902750, 926750, 910750, 918750, 903250, 927250, 911250, 919250, 903750, 911750, 919750, 904250, 912250, 920250, 904750, 912750, 920750, 905250, 913250, 921250, 905750, 913750, 921750, 906250, 914250, 922250, 906750, 914750, 922750, 907250, 915250, 923250, 907750, 915750, 923750, 908250, 916250, 924250, 908750, 916750, 924750, 909250, 917250, 925250, 909750, 917750, 925750, 910250, 918250, 926250]</Frequency>
				</FrequencyHopTable>
			</FrequencyInformation>
			<UHFC1G2RFModeTable>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>0</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>1</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>192000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>1</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>2</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>192000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>2</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>3</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>192000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>3</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>1</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>240000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>4</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>2</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>240000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>5</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>3</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>240000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>6</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>1</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>320000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>7</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>2</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>320000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>8</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>3</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>320000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>9</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>1</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>640000</BDR>
					<PIE>2000</PIE>
					<MinTari>6250</MinTari>
					<MaxTari>6250</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>10</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>2</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>640000</BDR>
					<PIE>2000</PIE>
					<MinTari>6250</MinTari>
					<MaxTari>6250</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>11</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>3</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>640000</BDR>
					<PIE>2000</PIE>
					<MinTari>6250</MinTari>
					<MaxTari>6250</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>12</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>1</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>192000</BDR>
					<PIE>1500</PIE>
					<MinTari>25000</MinTari>
					<MaxTari>25000</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>13</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>2</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>192000</BDR>
					<PIE>1500</PIE>
					<MinTari>25000</MinTari>
					<MaxTari>25000</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>14</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>3</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>192000</BDR>
					<PIE>1500</PIE>
					<MinTari>25000</MinTari>
					<MaxTari>25000</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>15</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>1</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>240000</BDR>
					<PIE>1500</PIE>
					<MinTari>25000</MinTari>
					<MaxTari>25000</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>16</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>2</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>240000</BDR>
					<PIE>1500</PIE>
					<MinTari>25000</MinTari>
					<MaxTari>25000</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>17</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>3</Mod>
					<FLM>0</FLM>
					<M>3</M>
					<BDR>240000</BDR>
					<PIE>1500</PIE>
					<MinTari>25000</MinTari>
					<MaxTari>25000</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>18</ModeIdentifier>
					<DR>0</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>0</Mod>
					<FLM>0</FLM>
					<M>1</M>
					<BDR>80000</BDR>
					<PIE>1500</PIE>
					<MinTari>25000</MinTari>
					<MaxTari>25000</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>19</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>0</Mod>
					<FLM>0</FLM>
					<M>1</M>
					<BDR>320000</BDR>
					<PIE>2000</PIE>
					<MinTari>12500</MinTari>
					<MaxTari>12500</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
				<UHFC1G2RFModeTableEntry>
					<ModeIdentifier>20</ModeIdentifier>
					<DR>1</DR>
					<EPCHAGTCConformance>True</EPCHAGTCConformance>
					<Mod>0</Mod>
					<FLM>2</FLM>
					<M>1</M>
					<BDR>640000</BDR>
					<PIE>1500</PIE>
					<MinTari>6250</MinTari>
					<MaxTari>6250</MaxTari>
					<StepTari>0</StepTari>
				</UHFC1G2RFModeTableEntry>
			</UHFC1G2RFModeTable>
		</UHFBandCapabilities>
	</RegulatoryCapabilities>
	<C1G2LLRPCapabilities>
		<CanSupportBlockErase>True</CanSupportBlockErase>
		<CanSupportBlockWrite>True</CanSupportBlockWrite>
		<CanSupportBlockPermalock>False</CanSupportBlockPermalock>
		<CanSupportTagRecommissioning>False</CanSupportTagRecommissioning>
		<CanSupportUMIMethod2>False</CanSupportUMIMethod2>
		<CanSupportXPC>False</CanSupportXPC>
		<MaxNumSelectFiltersPerQuery>8</MaxNumSelectFiltersPerQuery>
	</C1G2LLRPCapabilities>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x01\x80'</Data>
		<VendorID>161</VendorID>
		<Subtype>1</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x01\x80'</Data>
		<VendorID>161</VendorID>
		<Subtype>100</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x01\xc0'</Data>
		<VendorID>161</VendorID>
		<Subtype>120</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x01\xe0'</Data>
		<VendorID>161</VendorID>
		<Subtype>200</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x01\x80'</Data>
		<VendorID>161</VendorID>
		<Subtype>300</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x01\x90'</Data>
		<VendorID>161</VendorID>
		<Subtype>400</Subtype>
	</SllurpDecodeError>
</GET_READER_CAPABILITIES_RESPONSE>
2020-05-03 15:20:08,651 sllurp.llrp: DEBUG: in handleMessage(GET_READER_CAPABILITIES_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:08,680 sllurp.llrp: DEBUG: set antennas: [0]
2020-05-03 15:20:08,681 sllurp.llrp: DEBUG: tx_power_table: [10.0, 10.1, 10.2, 10.3, 10.4, 10.5, 10.6, 10.7, 10.8, 10.9, 11.0, 11.1, 11.2, 11.3, 11.4, 11.5, 11.6, 11.7, 11.8, 11.9, 12.0, 12.1, 12.2, 12.3, 12.4, 12.5, 12.6, 12.7, 12.8, 12.9, 13.0, 13.1, 13.2, 13.3, 13.4, 13.5, 13.6, 13.7, 13.8, 13.9, 14.0, 14.1, 14.2, 14.3, 14.4, 14.5, 14.6, 14.7, 14.8, 14.9, 15.0, 15.1, 15.2, 15.3, 15.4, 15.5, 15.6, 15.7, 15.8, 15.9, 16.0, 16.1, 16.2, 16.3, 16.4, 16.5, 16.6, 16.7, 16.8, 16.9, 17.0, 17.1, 17.2, 17.3, 17.4, 17.5, 17.6, 17.7, 17.8, 17.9, 18.0, 18.1, 18.2, 18.3, 18.4, 18.5, 18.6, 18.7, 18.8, 18.9, 19.0, 19.1, 19.2, 19.3, 19.4, 19.5, 19.6, 19.7, 19.8, 19.9, 20.0, 20.1, 20.2, 20.3, 20.4, 20.5, 20.6, 20.7, 20.8, 20.9, 21.0, 21.1, 21.2, 21.3, 21.4, 21.5, 21.6, 21.7, 21.8, 21.9, 22.0, 22.1, 22.2, 22.3, 22.4, 22.5, 22.6, 22.7, 22.8, 22.9, 23.0, 23.1, 23.2, 23.3, 23.4, 23.5, 23.6, 23.7, 23.8, 23.9, 24.0, 24.1, 24.2, 24.3, 24.4, 24.5, 24.6, 24.7, 24.8, 24.9, 25.0, 25.1, 25.2, 25.3, 25.4, 25.5, 25.6, 25.7, 25.8, 25.9, 26.0, 26.1, 26.2, 26.3, 26.4, 26.5, 26.6, 26.7, 26.8, 26.9, 27.0, 27.1, 27.2, 27.3, 27.4, 27.5, 27.6, 27.7, 27.8, 27.9, 28.0, 28.1, 28.2, 28.3, 28.4, 28.5, 28.6, 28.7, 28.8, 28.9, 29.0, 29.1, 29.2, 29.3, 29.4, 29.5, 29.6, 29.7, 29.8, 29.9, 30.0, 0]
2020-05-03 15:20:08,682 sllurp.llrp: DEBUG: requested tx_power: {0: 0}
2020-05-03 15:20:08,682 sllurp.llrp: DEBUG: tx_pow_validated: {0: (200, 30.0)}
2020-05-03 15:20:08,684 sllurp.llrp: DEBUG: tx_power for antenna 0: 200 (30.0 dBm)
2020-05-03 15:20:08,684 sllurp.llrp: INFO: using reader mode: None
2020-05-03 15:20:08,685 sllurp.llrp: DEBUG: running 1 Deferreds for GET_READER_CAPABILITIES_RESPONSE; isSuccess=True
2020-05-03 15:20:08,685 sllurp.llrp: DEBUG: state change: STATE_SENT_GET_CAPABILITIES -> STATE_CONNECTED
2020-05-03 15:20:08,686 sllurp.llrp: DEBUG: serializing GET_READER_CONFIG command
2020-05-03 15:20:08,686 sllurp.llrp: DEBUG: serialized bytes: b'0402000000110000000200000000000000'
2020-05-03 15:20:08,686 sllurp.llrp: DEBUG: done serializing GET_READER_CONFIG command
2020-05-03 15:20:08,687 sllurp.llrp: DEBUG: state change: STATE_CONNECTED -> STATE_SENT_GET_CONFIG
2020-05-03 15:20:08,871 sllurp.llrp: DEBUG: got 659 bytes from reader: b'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'
2020-05-03 15:20:08,872 sllurp.llrp: DEBUG: expect 659 bytes (have 659)
2020-05-03 15:20:08,872 sllurp.llrp: DEBUG: deserializing GET_READER_CONFIG_RESPONSE command
2020-05-03 15:20:08,873 sllurp.llrp_proto: DEBUG: decode_GET_READER_CONFIG_RESPONSE
2020-05-03 15:20:08,873 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:08,874 sllurp.llrp_proto: DEBUG: decode_AntennaProperties
2020-05-03 15:20:08,874 sllurp.llrp_proto: DEBUG: decode_AntennaProperties
2020-05-03 15:20:08,874 sllurp.llrp_proto: DEBUG: decode_AntennaProperties
2020-05-03 15:20:08,874 sllurp.llrp_proto: DEBUG: decode_AntennaProperties
2020-05-03 15:20:08,875 sllurp.llrp_proto: DEBUG: decode_AntennaConfiguration
2020-05-03 15:20:08,875 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,875 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,876 sllurp.llrp_proto: DEBUG: decode_FrequencyInformation
2020-05-03 15:20:08,876 sllurp.llrp_proto: DEBUG: decode_C1G2SingulationControl
2020-05-03 15:20:08,878 sllurp.llrp_proto: DEBUG: decode_C1G2TagInventoryStateAwareSingulationAction
2020-05-03 15:20:08,878 sllurp.llrp_proto: DEBUG: decode_AntennaConfiguration
2020-05-03 15:20:08,878 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,884 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,884 sllurp.llrp_proto: DEBUG: decode_FrequencyInformation
2020-05-03 15:20:08,884 sllurp.llrp_proto: DEBUG: decode_C1G2SingulationControl
2020-05-03 15:20:08,884 sllurp.llrp_proto: DEBUG: decode_C1G2TagInventoryStateAwareSingulationAction
2020-05-03 15:20:08,884 sllurp.llrp_proto: DEBUG: decode_AntennaConfiguration
2020-05-03 15:20:08,884 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,885 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,885 sllurp.llrp_proto: DEBUG: decode_FrequencyInformation
2020-05-03 15:20:08,885 sllurp.llrp_proto: DEBUG: decode_C1G2SingulationControl
2020-05-03 15:20:08,886 sllurp.llrp_proto: DEBUG: decode_C1G2TagInventoryStateAwareSingulationAction
2020-05-03 15:20:08,886 sllurp.llrp_proto: DEBUG: decode_AntennaConfiguration
2020-05-03 15:20:08,886 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,887 sllurp.llrp_proto: DEBUG: decode_C1G2InventoryCommand
2020-05-03 15:20:08,887 sllurp.llrp_proto: DEBUG: decode_FrequencyInformation
2020-05-03 15:20:08,887 sllurp.llrp_proto: DEBUG: decode_C1G2SingulationControl
2020-05-03 15:20:08,888 sllurp.llrp_proto: DEBUG: decode_C1G2TagInventoryStateAwareSingulationAction
2020-05-03 15:20:08,888 sllurp.llrp_proto: DEBUG: decode_ReaderEventNotificationSpec
2020-05-03 15:20:08,888 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,889 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,889 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,889 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,889 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,889 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,890 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,890 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,890 sllurp.llrp_proto: DEBUG: decode_EventNotificationState
2020-05-03 15:20:08,890 sllurp.llrp_proto: DEBUG: decode_ROReportSpec
2020-05-03 15:20:08,891 sllurp.llrp_proto: DEBUG: decode_ROReportSpec
2020-05-03 15:20:08,891 sllurp.llrp_proto: DEBUG: decode_TagReportContentSelector
2020-05-03 15:20:08,892 sllurp.llrp_proto: DEBUG: decode_TagReportContentSelector
2020-05-03 15:20:08,892 sllurp.llrp_proto: DEBUG: decode_C1G2EPCMemorySelector
2020-05-03 15:20:08,892 sllurp.llrp_proto: DEBUG: decode_GPIPortCurrentState
2020-05-03 15:20:08,893 sllurp.llrp_proto: DEBUG: decode_GPIPortCurrentState
2020-05-03 15:20:08,893 sllurp.llrp_proto: DEBUG: decode_GPIPortCurrentState
2020-05-03 15:20:08,893 sllurp.llrp_proto: DEBUG: decode_GPIPortCurrentState
2020-05-03 15:20:08,893 sllurp.llrp_proto: DEBUG: decode_GPOEvent
2020-05-03 15:20:08,894 sllurp.llrp_proto: DEBUG: decode_GPOEvent
2020-05-03 15:20:08,894 sllurp.llrp_proto: DEBUG: decode_GPOEvent
2020-05-03 15:20:08,894 sllurp.llrp_proto: DEBUG: decode_GPOEvent
2020-05-03 15:20:08,894 sllurp.llrp_proto: DEBUG: decode_GPOEvent
2020-05-03 15:20:08,895 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 101)
2020-05-03 15:20:08,895 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 255)
2020-05-03 15:20:08,895 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 350)
2020-05-03 15:20:08,895 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 102)
2020-05-03 15:20:08,895 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 466)
2020-05-03 15:20:08,896 sllurp.llrp: DEBUG: done deserializing GET_READER_CONFIG_RESPONSE command
2020-05-03 15:20:08,896 sllurp.llrp: DEBUG: starting message callbacks for GET_READER_CONFIG_RESPONSE
2020-05-03 15:20:08,896 sllurp.llrp: DEBUG: done with message callbacks for GET_READER_CONFIG_RESPONSE
2020-05-03 15:20:08,896 sllurp.llrp: DEBUG: LLRPMessage received in state 4:
<GET_READER_CONFIG_RESPONSE>
	<ID>2</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
	<Identification>
		<IDType>'MAC Address'</IDType>
		<ReaderID>b'c47dccffff318466'</ReaderID>
	</Identification>
	<ReaderEventNotificationSpec>
		<EventNotificationState>
			<EventType>'GPIEvent'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'ROSpecEvent'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'AISpecEvent'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'HoppingEvent'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'ReportBufferFillWarning'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'ReaderExceptionEvent'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'RFSurveyEvent'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'AntennaEvent'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
		<EventNotificationState>
			<EventType>'AISpecEventWithSingulation'</EventType>
			<NotificationState>False</NotificationState>
		</EventNotificationState>
	</ReaderEventNotificationSpec>
	<ROReportSpec>
		<ROReportTrigger>'None'</ROReportTrigger>
		<N>0</N>
		<TagReportContentSelector>
			<EnableROSpecID>False</EnableROSpecID>
			<EnableSpecIndex>False</EnableSpecIndex>
			<EnableInventoryParameterSpecID>False</EnableInventoryParameterSpecID>
			<EnableAntennaID>False</EnableAntennaID>
			<EnableChannelIndex>False</EnableChannelIndex>
			<EnablePeakRSSI>False</EnablePeakRSSI>
			<EnableFirstSeenTimestamp>False</EnableFirstSeenTimestamp>
			<EnableLastSeenTimestamp>False</EnableLastSeenTimestamp>
			<EnableTagSeenCount>False</EnableTagSeenCount>
			<EnableAccessSpecID>False</EnableAccessSpecID>
			<C1G2EPCMemorySelector>
				<EnableCRC>False</EnableCRC>
				<EnablePCBits>False</EnablePCBits>
				<EnableXPCBits>False</EnableXPCBits>
			</C1G2EPCMemorySelector>
			<CustomParameter>False</CustomParameter>
		</TagReportContentSelector>
	</ROReportSpec>
	<AccessReportSpec>0</AccessReportSpec>
	<LLRPConfigurationStateValue>
		<LLRPConfigurationStateValue>373</LLRPConfigurationStateValue>
	</LLRPConfigurationStateValue>
	<KeepaliveSpec>
		<KeepaliveTriggerType>1</KeepaliveTriggerType>
		<TimeInterval>16666</TimeInterval>
	</KeepaliveSpec>
	<EventsAndReports>
		<HoldEventsAndReportsUponReconnect>True</HoldEventsAndReportsUponReconnect>
	</EventsAndReports>
	<AntennaProperties>
		<AntennaConnected>True</AntennaConnected>
		<AntennaID>1</AntennaID>
		<AntennaGain>-240</AntennaGain>
	</AntennaProperties>
	<AntennaProperties>
		<AntennaConnected>True</AntennaConnected>
		<AntennaID>2</AntennaID>
		<AntennaGain>-240</AntennaGain>
	</AntennaProperties>
	<AntennaProperties>
		<AntennaConnected>True</AntennaConnected>
		<AntennaID>3</AntennaID>
		<AntennaGain>-240</AntennaGain>
	</AntennaProperties>
	<AntennaProperties>
		<AntennaConnected>False</AntennaConnected>
		<AntennaID>4</AntennaID>
		<AntennaGain>-240</AntennaGain>
	</AntennaProperties>
	<AntennaConfiguration>
		<AntennaID>1</AntennaID>
		<RFReceiver>
			<ReceiverSensitivity>1</ReceiverSensitivity>
		</RFReceiver>
		<RFTransmitter>
			<HopTableId>1</HopTableId>
			<ChannelIndex>1</ChannelIndex>
			<TransmitPower>200</TransmitPower>
		</RFTransmitter>
		<C1G2InventoryCommand>
			<TagInventoryStateAware>False</TagInventoryStateAware>
			<C1G2RFControl>
				<ModeIndex>4</ModeIndex>
				<Tari>12500</Tari>
			</C1G2RFControl>
			<C1G2SingulationControl>
				<Session>1</Session>
				<TagPopulation>20</TagPopulation>
				<TagTransitTime>0</TagTransitTime>
				<C1G2TagInventoryStateAwareSingulationAction>
					<I>'State_A'</I>
					<S>'SL'</S>
					<A>'No'</A>
				</C1G2TagInventoryStateAwareSingulationAction>
			</C1G2SingulationControl>
		</C1G2InventoryCommand>
	</AntennaConfiguration>
	<AntennaConfiguration>
		<AntennaID>2</AntennaID>
		<RFReceiver>
			<ReceiverSensitivity>1</ReceiverSensitivity>
		</RFReceiver>
		<RFTransmitter>
			<HopTableId>1</HopTableId>
			<ChannelIndex>1</ChannelIndex>
			<TransmitPower>200</TransmitPower>
		</RFTransmitter>
		<C1G2InventoryCommand>
			<TagInventoryStateAware>False</TagInventoryStateAware>
			<C1G2RFControl>
				<ModeIndex>4</ModeIndex>
				<Tari>12500</Tari>
			</C1G2RFControl>
			<C1G2SingulationControl>
				<Session>1</Session>
				<TagPopulation>20</TagPopulation>
				<TagTransitTime>0</TagTransitTime>
				<C1G2TagInventoryStateAwareSingulationAction>
					<I>'State_A'</I>
					<S>'SL'</S>
					<A>'No'</A>
				</C1G2TagInventoryStateAwareSingulationAction>
			</C1G2SingulationControl>
		</C1G2InventoryCommand>
	</AntennaConfiguration>
	<AntennaConfiguration>
		<AntennaID>3</AntennaID>
		<RFReceiver>
			<ReceiverSensitivity>1</ReceiverSensitivity>
		</RFReceiver>
		<RFTransmitter>
			<HopTableId>1</HopTableId>
			<ChannelIndex>1</ChannelIndex>
			<TransmitPower>200</TransmitPower>
		</RFTransmitter>
		<C1G2InventoryCommand>
			<TagInventoryStateAware>False</TagInventoryStateAware>
			<C1G2RFControl>
				<ModeIndex>4</ModeIndex>
				<Tari>12500</Tari>
			</C1G2RFControl>
			<C1G2SingulationControl>
				<Session>1</Session>
				<TagPopulation>20</TagPopulation>
				<TagTransitTime>0</TagTransitTime>
				<C1G2TagInventoryStateAwareSingulationAction>
					<I>'State_A'</I>
					<S>'SL'</S>
					<A>'No'</A>
				</C1G2TagInventoryStateAwareSingulationAction>
			</C1G2SingulationControl>
		</C1G2InventoryCommand>
	</AntennaConfiguration>
	<AntennaConfiguration>
		<AntennaID>4</AntennaID>
		<RFReceiver>
			<ReceiverSensitivity>1</ReceiverSensitivity>
		</RFReceiver>
		<RFTransmitter>
			<HopTableId>1</HopTableId>
			<ChannelIndex>1</ChannelIndex>
			<TransmitPower>200</TransmitPower>
		</RFTransmitter>
		<C1G2InventoryCommand>
			<TagInventoryStateAware>False</TagInventoryStateAware>
			<C1G2RFControl>
				<ModeIndex>4</ModeIndex>
				<Tari>12500</Tari>
			</C1G2RFControl>
			<C1G2SingulationControl>
				<Session>1</Session>
				<TagPopulation>20</TagPopulation>
				<TagTransitTime>0</TagTransitTime>
				<C1G2TagInventoryStateAwareSingulationAction>
					<I>'State_A'</I>
					<S>'SL'</S>
					<A>'No'</A>
				</C1G2TagInventoryStateAwareSingulationAction>
			</C1G2SingulationControl>
		</C1G2InventoryCommand>
	</AntennaConfiguration>
	<GPIPortCurrentState>
		<GPIPortNum>1</GPIPortNum>
		<GPIConfig>False</GPIConfig>
		<GPIState>1</GPIState>
	</GPIPortCurrentState>
	<GPIPortCurrentState>
		<GPIPortNum>2</GPIPortNum>
		<GPIConfig>False</GPIConfig>
		<GPIState>1</GPIState>
	</GPIPortCurrentState>
	<GPIPortCurrentState>
		<GPIPortNum>3</GPIPortNum>
		<GPIConfig>False</GPIConfig>
		<GPIState>1</GPIState>
	</GPIPortCurrentState>
	<GPIPortCurrentState>
		<GPIPortNum>4</GPIPortNum>
		<GPIConfig>False</GPIConfig>
		<GPIState>1</GPIState>
	</GPIPortCurrentState>
	<GPOWriteData>
		<GPOPortNumber>1</GPOPortNumber>
		<GPOData>False</GPOData>
	</GPOWriteData>
	<GPOWriteData>
		<GPOPortNumber>2</GPOPortNumber>
		<GPOData>False</GPOData>
	</GPOWriteData>
	<GPOWriteData>
		<GPOPortNumber>3</GPOPortNumber>
		<GPOData>False</GPOData>
	</GPOWriteData>
	<GPOWriteData>
		<GPOPortNumber>4</GPOPortNumber>
		<GPOData>False</GPOData>
	</GPOWriteData>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00'</Data>
		<VendorID>161</VendorID>
		<Subtype>101</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x00'</Data>
		<VendorID>161</VendorID>
		<Subtype>255</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00'</Data>
		<VendorID>161</VendorID>
		<Subtype>350</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x80\x00\xb1\x00\x8f\x00\x00\x03\xe9\x07\x00\x00\xb2\x00\x12\x00\xb3\x00\x05\x01\x00\xb6\x00\t\x00\x00\x00\x00\x00\x00\xb7\x00?\x00\x01\x00\x00\x00\xb8\x00\t\x00\x00\x00\x00\x00\x00\xba\x00\x07\x03\xe9\x01\x03\xff\x00\r\x00\x00`\xff\x00\x00\x01,\x80\x03\xff\x00\r\x00\x00`\xff\x00\x00\x01-\x01\x03\xff\x00\r\x00\x00`\xff\x00\x00\x01,\x80\x00\xed\x004\x00\x00\x00\x00\xee\x00\x0b\x97\x80\x01\\\x00\x05\xc0\x03\xff\x00\x15\x00\x00\x00\xa1\x00\x00\x00y\x01\x00\x00\x02\x1f@\x01\x00\x00\x03\xff\x00\r\x00\x00\x00\xa1\x00\x00\x00z\x01'</Data>
		<VendorID>161</VendorID>
		<Subtype>102</Subtype>
	</SllurpDecodeError>
	<SllurpDecodeError>
		<DecodeError>UnknownParameter</DecodeError>
		<Type>1023</Type>
		<Data>b'\x00\x00\x00\x00'</Data>
		<VendorID>161</VendorID>
		<Subtype>466</Subtype>
	</SllurpDecodeError>
</GET_READER_CONFIG_RESPONSE>
2020-05-03 15:20:08,906 sllurp.llrp: DEBUG: in handleMessage(GET_READER_CONFIG_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:08,907 sllurp.llrp: DEBUG: running 1 Deferreds for GET_READER_CONFIG_RESPONSE; isSuccess=True
2020-05-03 15:20:08,907 sllurp.llrp: DEBUG: state change: STATE_SENT_GET_CONFIG -> STATE_SENT_GET_CONFIG
2020-05-03 15:20:08,907 sllurp.llrp: DEBUG: serializing ENABLE_EVENTS_AND_REPORTS command
2020-05-03 15:20:08,908 sllurp.llrp: DEBUG: serialized bytes: b'04400000000a00000003'
2020-05-03 15:20:08,908 sllurp.llrp: DEBUG: done serializing ENABLE_EVENTS_AND_REPORTS command
2020-05-03 15:20:08,909 sllurp.llrp: DEBUG: serializing SET_READER_CONFIG command
2020-05-03 15:20:08,909 sllurp.llrp_proto: DEBUG: Encode: ReaderEventNotificationSpec
2020-05-03 15:20:08,910 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,910 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,910 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,910 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,911 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,911 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,911 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,912 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,912 sllurp.llrp_proto: DEBUG: Encode: EventNotificationState
2020-05-03 15:20:08,912 sllurp.llrp: DEBUG: serialized bytes: b'04030000004e000000040000f4004300f5000700000000f5000700010000f5000700020000f5000700030000f5000700040000f5000700050000f5000700060000f5000700070000f50007000800'
2020-05-03 15:20:08,913 sllurp.llrp: DEBUG: done serializing SET_READER_CONFIG command
2020-05-03 15:20:08,913 sllurp.llrp: DEBUG: state change: STATE_SENT_GET_CONFIG -> STATE_SENT_SET_CONFIG
2020-05-03 15:20:09,056 sllurp.llrp: DEBUG: got 10 bytes from reader: b'043d0000000a00000d1e'
2020-05-03 15:20:09,057 sllurp.llrp: DEBUG: expect 10 bytes (have 10)
2020-05-03 15:20:09,057 sllurp.llrp: DEBUG: deserializing RO_ACCESS_REPORT command
2020-05-03 15:20:09,057 sllurp.llrp_proto: DEBUG: decode_RO_ACCESS_REPORT
2020-05-03 15:20:09,058 sllurp.llrp: DEBUG: done deserializing RO_ACCESS_REPORT command
2020-05-03 15:20:09,058 sllurp.llrp: DEBUG: starting message callbacks for RO_ACCESS_REPORT
2020-05-03 15:20:09,059 sllurp.verb.inventory: INFO: no tags seen
2020-05-03 15:20:09,059 sllurp.llrp: DEBUG: done with message callbacks for RO_ACCESS_REPORT
2020-05-03 15:20:09,059 sllurp.llrp: DEBUG: LLRPMessage received in state 5:
<RO_ACCESS_REPORT>
	<ID>3358</ID>
	<TagReportData>[]</TagReportData>
</RO_ACCESS_REPORT>
2020-05-03 15:20:09,060 sllurp.llrp: DEBUG: ignoring RO_ACCESS_REPORT because not inventorying
2020-05-03 15:20:09,352 sllurp.llrp: DEBUG: got 18 bytes from reader: b'040d0000001200000004011f000800000000'
2020-05-03 15:20:09,353 sllurp.llrp: DEBUG: expect 18 bytes (have 18)
2020-05-03 15:20:09,353 sllurp.llrp: DEBUG: deserializing SET_READER_CONFIG_RESPONSE command
2020-05-03 15:20:09,353 sllurp.llrp_proto: DEBUG: decode_SET_READER_CONFIG_RESPONSE
2020-05-03 15:20:09,354 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:09,354 sllurp.llrp: DEBUG: done deserializing SET_READER_CONFIG_RESPONSE command
2020-05-03 15:20:09,354 sllurp.llrp: DEBUG: starting message callbacks for SET_READER_CONFIG_RESPONSE
2020-05-03 15:20:09,355 sllurp.llrp: DEBUG: done with message callbacks for SET_READER_CONFIG_RESPONSE
2020-05-03 15:20:09,355 sllurp.llrp: DEBUG: LLRPMessage received in state 5:
<SET_READER_CONFIG_RESPONSE>
	<ID>4</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
</SET_READER_CONFIG_RESPONSE>
2020-05-03 15:20:09,356 sllurp.llrp: DEBUG: in handleMessage(SET_READER_CONFIG_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:09,356 sllurp.llrp: DEBUG: running 1 Deferreds for SET_READER_CONFIG_RESPONSE; isSuccess=True
2020-05-03 15:20:09,356 sllurp.llrp: DEBUG: state change: STATE_SENT_SET_CONFIG -> STATE_SENT_SET_CONFIG
2020-05-03 15:20:09,357 sllurp.llrp: INFO: stopping politely
2020-05-03 15:20:09,357 sllurp.llrp: DEBUG: serializing DELETE_ACCESSSPEC command
2020-05-03 15:20:09,357 sllurp.llrp: DEBUG: serialized bytes: b'04290000000e0000000500000000'
2020-05-03 15:20:09,358 sllurp.llrp: DEBUG: done serializing DELETE_ACCESSSPEC command
2020-05-03 15:20:09,358 sllurp.llrp: DEBUG: state change: STATE_SENT_SET_CONFIG -> STATE_SENT_DELETE_ACCESSSPEC
2020-05-03 15:20:09,491 sllurp.llrp: DEBUG: got 18 bytes from reader: b'04330000001200000005011f000800000000'
2020-05-03 15:20:09,491 sllurp.llrp: DEBUG: expect 18 bytes (have 18)
2020-05-03 15:20:09,492 sllurp.llrp: DEBUG: deserializing DELETE_ACCESSSPEC_RESPONSE command
2020-05-03 15:20:09,492 sllurp.llrp_proto: DEBUG: decode_DELETE_ACCESSSPEC_RESPONSE
2020-05-03 15:20:09,492 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:09,492 sllurp.llrp: DEBUG: done deserializing DELETE_ACCESSSPEC_RESPONSE command
2020-05-03 15:20:09,493 sllurp.llrp: DEBUG: starting message callbacks for DELETE_ACCESSSPEC_RESPONSE
2020-05-03 15:20:09,493 sllurp.llrp: DEBUG: done with message callbacks for DELETE_ACCESSSPEC_RESPONSE
2020-05-03 15:20:09,493 sllurp.llrp: DEBUG: LLRPMessage received in state 20:
<DELETE_ACCESSSPEC_RESPONSE>
	<ID>5</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
</DELETE_ACCESSSPEC_RESPONSE>
2020-05-03 15:20:09,494 sllurp.llrp: DEBUG: in handleMessage(DELETE_ACCESSSPEC_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:09,494 sllurp.llrp: DEBUG: running 1 Deferreds for DELETE_ACCESSSPEC_RESPONSE; isSuccess=True
2020-05-03 15:20:09,495 sllurp.llrp: DEBUG: serializing DELETE_ROSPEC command
2020-05-03 15:20:09,495 sllurp.llrp: DEBUG: serialized bytes: b'04150000000e0000000600000000'
2020-05-03 15:20:09,495 sllurp.llrp: DEBUG: done serializing DELETE_ROSPEC command
2020-05-03 15:20:09,496 sllurp.llrp: DEBUG: state change: STATE_SENT_DELETE_ACCESSSPEC -> STATE_SENT_DELETE_ROSPEC
2020-05-03 15:20:09,591 sllurp.llrp: DEBUG: got 18 bytes from reader: b'041f0000001200000006011f000800000000'
2020-05-03 15:20:09,591 sllurp.llrp: DEBUG: expect 18 bytes (have 18)
2020-05-03 15:20:09,591 sllurp.llrp: DEBUG: deserializing DELETE_ROSPEC_RESPONSE command
2020-05-03 15:20:09,592 sllurp.llrp_proto: DEBUG: decode_DELETE_ROSPEC_RESPONSE
2020-05-03 15:20:09,592 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:09,592 sllurp.llrp: DEBUG: done deserializing DELETE_ROSPEC_RESPONSE command
2020-05-03 15:20:09,593 sllurp.llrp: DEBUG: starting message callbacks for DELETE_ROSPEC_RESPONSE
2020-05-03 15:20:09,593 sllurp.llrp: DEBUG: done with message callbacks for DELETE_ROSPEC_RESPONSE
2020-05-03 15:20:09,593 sllurp.llrp: DEBUG: LLRPMessage received in state 19:
<DELETE_ROSPEC_RESPONSE>
	<ID>6</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
</DELETE_ROSPEC_RESPONSE>
2020-05-03 15:20:09,594 sllurp.llrp: DEBUG: in handleMessage(DELETE_ROSPEC_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:09,594 sllurp.llrp: DEBUG: running 1 Deferreds for DELETE_ROSPEC_RESPONSE; isSuccess=True
2020-05-03 15:20:09,595 sllurp.llrp: DEBUG: state change: STATE_SENT_DELETE_ROSPEC -> STATE_CONNECTED
2020-05-03 15:20:09,595 sllurp.llrp: INFO: Impinj search mode? None
2020-05-03 15:20:09,595 sllurp.llrp: DEBUG: ROSpec:
<ROSpec>
	<ROSpecID>1</ROSpecID>
	<Priority>0</Priority>
	<CurrentState>'Disabled'</CurrentState>
	<ROBoundarySpec>
		<ROSpecStartTrigger>
			<ROSpecStartTriggerType>'Immediate'</ROSpecStartTriggerType>
		</ROSpecStartTrigger>
		<ROSpecStopTrigger>
			<ROSpecStopTriggerType>'Null'</ROSpecStopTriggerType>
			<DurationTriggerValue>0</DurationTriggerValue>
		</ROSpecStopTrigger>
	</ROBoundarySpec>
	<AISpec>
		<AntennaID>[0]</AntennaID>
		<AISpecStopTrigger>
			<AISpecStopTriggerType>'Null'</AISpecStopTriggerType>
			<DurationTriggerValue>0</DurationTriggerValue>
		</AISpecStopTrigger>
		<InventoryParameterSpec>
			<InventoryParameterSpecID>1</InventoryParameterSpecID>
			<ProtocolID>1</ProtocolID>
			<AntennaConfiguration>
				<AntennaID>0</AntennaID>
				<RFTransmitter>
					<HopTableId>1</HopTableId>
					<ChannelIndex>1</ChannelIndex>
					<TransmitPower>200</TransmitPower>
				</RFTransmitter>
				<C1G2InventoryCommand>
					<TagInventoryStateAware>False</TagInventoryStateAware>
					<C1G2SingulationControl>
						<Session>2</Session>
						<TagPopulation>4</TagPopulation>
						<TagTransitTime>0</TagTransitTime>
					</C1G2SingulationControl>
				</C1G2InventoryCommand>
			</AntennaConfiguration>
		</InventoryParameterSpec>
	</AISpec>
	<ROReportSpec>
		<ROReportTrigger>'Upon_N_Tags_Or_End_Of_AISpec'</ROReportTrigger>
		<N>0</N>
		<TagReportContentSelector>
			<EnableROSpecID>False</EnableROSpecID>
			<EnableSpecIndex>False</EnableSpecIndex>
			<EnableInventoryParameterSpecID>False</EnableInventoryParameterSpecID>
			<EnableAntennaID>False</EnableAntennaID>
			<EnableChannelIndex>True</EnableChannelIndex>
			<EnablePeakRSSI>False</EnablePeakRSSI>
			<EnableFirstSeenTimestamp>False</EnableFirstSeenTimestamp>
			<EnableLastSeenTimestamp>True</EnableLastSeenTimestamp>
			<EnableTagSeenCount>True</EnableTagSeenCount>
			<EnableAccessSpecID>False</EnableAccessSpecID>
			<C1G2EPCMemorySelector>
				<EnableCRC>False</EnableCRC>
				<EnablePCBits>False</EnablePCBits>
			</C1G2EPCMemorySelector>
		</TagReportContentSelector>
	</ROReportSpec>
</ROSpec>
2020-05-03 15:20:09,598 sllurp.llrp: INFO: starting inventory
2020-05-03 15:20:09,598 sllurp.llrp: DEBUG: made enabled_rospec
2020-05-03 15:20:09,598 sllurp.llrp: DEBUG: made added_rospec
2020-05-03 15:20:09,599 sllurp.llrp: DEBUG: about to send_ADD_ROSPEC
2020-05-03 15:20:09,599 sllurp.llrp: DEBUG: serializing ADD_ROSPEC command
2020-05-03 15:20:09,599 sllurp.llrp_proto: DEBUG: Encode: ROSpec
2020-05-03 15:20:09,599 sllurp.llrp_proto: DEBUG: Encode: ROBoundarySpec
2020-05-03 15:20:09,600 sllurp.llrp_proto: DEBUG: Encode: ROSpecStartTrigger
2020-05-03 15:20:09,600 sllurp.llrp_proto: DEBUG: Encode: ROSpecStopTrigger
2020-05-03 15:20:09,600 sllurp.llrp_proto: DEBUG: Encode: AISpec
2020-05-03 15:20:09,600 sllurp.llrp_proto: DEBUG: Encode: AISpecStopTrigger
2020-05-03 15:20:09,601 sllurp.llrp_proto: DEBUG: Encode: InventoryParameterSpec
2020-05-03 15:20:09,601 sllurp.llrp_proto: DEBUG: Encode: AntennaConfiguration
2020-05-03 15:20:09,601 sllurp.llrp_proto: DEBUG: Encode: RFTransmitter
2020-05-03 15:20:09,601 sllurp.llrp_proto: DEBUG: Encode: C1G2InventoryCommand
2020-05-03 15:20:09,602 sllurp.llrp_proto: DEBUG: Encode: C1G2SingulationControl
2020-05-03 15:20:09,602 sllurp.llrp_proto: DEBUG: Encode: ROReportSpec
2020-05-03 15:20:09,602 sllurp.llrp_proto: DEBUG: Encode: TagReportContentSelector
2020-05-03 15:20:09,602 sllurp.llrp_proto: DEBUG: Encode: C1G2EPCMemorySelector
2020-05-03 15:20:09,603 sllurp.llrp: DEBUG: serialized bytes: b'0414000000700000000700b1006600000001000000b2001200b300050100b60009000000000000b700380001000000b80009000000000000ba002700010100de0020000000e0000a0001000100c8014a0010000150000b8000040000000000ed001201000000ee000b0980015c000500'
2020-05-03 15:20:09,603 sllurp.llrp: DEBUG: done serializing ADD_ROSPEC command
2020-05-03 15:20:09,603 sllurp.llrp: DEBUG: sent ADD_ROSPEC
2020-05-03 15:20:09,604 sllurp.llrp: DEBUG: state change: STATE_CONNECTED -> STATE_SENT_ADD_ROSPEC
2020-05-03 15:20:09,695 sllurp.llrp: DEBUG: got 18 bytes from reader: b'041e0000001200000007011f000800000000'
2020-05-03 15:20:09,695 sllurp.llrp: DEBUG: expect 18 bytes (have 18)
2020-05-03 15:20:09,695 sllurp.llrp: DEBUG: deserializing ADD_ROSPEC_RESPONSE command
2020-05-03 15:20:09,696 sllurp.llrp_proto: DEBUG: decode_ADD_ROSPEC_RESPONSE
2020-05-03 15:20:09,696 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:09,697 sllurp.llrp: DEBUG: done deserializing ADD_ROSPEC_RESPONSE command
2020-05-03 15:20:09,697 sllurp.llrp: DEBUG: starting message callbacks for ADD_ROSPEC_RESPONSE
2020-05-03 15:20:09,697 sllurp.llrp: DEBUG: done with message callbacks for ADD_ROSPEC_RESPONSE
2020-05-03 15:20:09,698 sllurp.llrp: DEBUG: LLRPMessage received in state 15:
<ADD_ROSPEC_RESPONSE>
	<ID>7</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
</ADD_ROSPEC_RESPONSE>
2020-05-03 15:20:09,698 sllurp.llrp: DEBUG: in handleMessage(ADD_ROSPEC_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:09,699 sllurp.llrp: DEBUG: running 1 Deferreds for ADD_ROSPEC_RESPONSE; isSuccess=True
2020-05-03 15:20:09,699 sllurp.llrp: DEBUG: serializing ENABLE_ROSPEC command
2020-05-03 15:20:09,699 sllurp.llrp: DEBUG: serialized bytes: b'04180000000e0000000800000001'
2020-05-03 15:20:09,700 sllurp.llrp: DEBUG: done serializing ENABLE_ROSPEC command
2020-05-03 15:20:09,700 sllurp.llrp: DEBUG: state change: STATE_SENT_ADD_ROSPEC -> STATE_SENT_ENABLE_ROSPEC
2020-05-03 15:20:09,792 sllurp.llrp: DEBUG: got 18 bytes from reader: b'04220000001200000008011f000800000000'
2020-05-03 15:20:09,792 sllurp.llrp: DEBUG: expect 18 bytes (have 18)
2020-05-03 15:20:09,792 sllurp.llrp: DEBUG: deserializing ENABLE_ROSPEC_RESPONSE command
2020-05-03 15:20:09,793 sllurp.llrp_proto: DEBUG: decode_ENABLE_ROSPEC_RESPONSE
2020-05-03 15:20:09,793 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:09,793 sllurp.llrp: DEBUG: done deserializing ENABLE_ROSPEC_RESPONSE command
2020-05-03 15:20:09,794 sllurp.llrp: DEBUG: starting message callbacks for ENABLE_ROSPEC_RESPONSE
2020-05-03 15:20:09,794 sllurp.llrp: DEBUG: done with message callbacks for ENABLE_ROSPEC_RESPONSE
2020-05-03 15:20:09,794 sllurp.llrp: DEBUG: LLRPMessage received in state 16:
<ENABLE_ROSPEC_RESPONSE>
	<ID>8</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
</ENABLE_ROSPEC_RESPONSE>
2020-05-03 15:20:09,795 sllurp.llrp: DEBUG: in handleMessage(ENABLE_ROSPEC_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:09,795 sllurp.llrp: DEBUG: running 1 Deferreds for ENABLE_ROSPEC_RESPONSE; isSuccess=True
2020-05-03 15:20:09,795 sllurp.llrp: DEBUG: state change: STATE_SENT_ENABLE_ROSPEC -> STATE_INVENTORYING
2020-05-03 15:20:17,143 sllurp.verb.inventory: INFO: Exit detected! Stopping readers...
2020-05-03 15:20:17,143 sllurp.llrp: INFO: stopPolitely will disconnect when stopped
2020-05-03 15:20:17,143 sllurp.llrp: INFO: stopping politely
2020-05-03 15:20:17,143 sllurp.llrp: DEBUG: serializing DELETE_ACCESSSPEC command
2020-05-03 15:20:17,143 sllurp.llrp: DEBUG: serialized bytes: b'04290000000e0000000900000000'
2020-05-03 15:20:17,145 sllurp.llrp: DEBUG: done serializing DELETE_ACCESSSPEC command
2020-05-03 15:20:17,145 sllurp.llrp: DEBUG: state change: STATE_INVENTORYING -> STATE_SENT_DELETE_ACCESSSPEC
2020-05-03 15:20:17,231 sllurp.llrp: DEBUG: got 18 bytes from reader: b'04330000001200000009011f000800000000'
2020-05-03 15:20:17,237 sllurp.llrp: DEBUG: expect 18 bytes (have 18)
2020-05-03 15:20:17,238 sllurp.llrp: DEBUG: deserializing DELETE_ACCESSSPEC_RESPONSE command
2020-05-03 15:20:17,238 sllurp.llrp_proto: DEBUG: decode_DELETE_ACCESSSPEC_RESPONSE
2020-05-03 15:20:17,238 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:17,239 sllurp.llrp: DEBUG: done deserializing DELETE_ACCESSSPEC_RESPONSE command
2020-05-03 15:20:17,242 sllurp.llrp: DEBUG: starting message callbacks for DELETE_ACCESSSPEC_RESPONSE
2020-05-03 15:20:17,242 sllurp.llrp: DEBUG: done with message callbacks for DELETE_ACCESSSPEC_RESPONSE
2020-05-03 15:20:17,243 sllurp.llrp: DEBUG: LLRPMessage received in state 20:
<DELETE_ACCESSSPEC_RESPONSE>
	<ID>9</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
</DELETE_ACCESSSPEC_RESPONSE>
2020-05-03 15:20:17,243 sllurp.llrp: DEBUG: in handleMessage(DELETE_ACCESSSPEC_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:17,244 sllurp.llrp: DEBUG: running 1 Deferreds for DELETE_ACCESSSPEC_RESPONSE; isSuccess=True
2020-05-03 15:20:17,244 sllurp.llrp: DEBUG: serializing DELETE_ROSPEC command
2020-05-03 15:20:17,244 sllurp.llrp: DEBUG: serialized bytes: b'04150000000e0000000a00000000'
2020-05-03 15:20:17,245 sllurp.llrp: DEBUG: done serializing DELETE_ROSPEC command
2020-05-03 15:20:17,246 sllurp.llrp: DEBUG: state change: STATE_SENT_DELETE_ACCESSSPEC -> STATE_SENT_DELETE_ROSPEC
2020-05-03 15:20:17,373 sllurp.llrp: DEBUG: got 298 bytes from reader: b'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'
2020-05-03 15:20:17,374 sllurp.llrp: DEBUG: expect 298 bytes (have 298)
2020-05-03 15:20:17,374 sllurp.llrp: DEBUG: deserializing RO_ACCESS_REPORT command
2020-05-03 15:20:17,375 sllurp.llrp_proto: DEBUG: decode_RO_ACCESS_REPORT
2020-05-03 15:20:17,375 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,375 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,375 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,376 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,376 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,376 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,376 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,377 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,377 sllurp.llrp_proto: DEBUG: decode_TagReportData
2020-05-03 15:20:17,377 sllurp.llrp: DEBUG: done deserializing RO_ACCESS_REPORT command
2020-05-03 15:20:17,377 sllurp.llrp: DEBUG: starting message callbacks for RO_ACCESS_REPORT
2020-05-03 15:20:17,378 sllurp.verb.inventory: INFO: saw tag(s): [{'ChannelIndex': 13,
  'EPC': b'e2005037590701270270edaf',
  'EPC-96': b'e2005037590701270270edaf',
  'LastSeenTimestampUTC': 1588519141699855,
  'TagSeenCount': 215},
 {'ChannelIndex': 13,
  'EPC': b'e20050375909012822902745',
  'EPC-96': b'e20050375909012822902745',
  'LastSeenTimestampUTC': 1588519141713855,
  'TagSeenCount': 212},
 {'ChannelIndex': 13,
  'EPC': b'e2005037590701990230ef4f',
  'EPC-96': b'e2005037590701990230ef4f',
  'LastSeenTimestampUTC': 1588519141745855,
  'TagSeenCount': 206},
 {'ChannelIndex': 13,
  'EPC': b'e200503759090160231026c7',
  'EPC-96': b'e200503759090160231026c7',
  'LastSeenTimestampUTC': 1588519141735855,
  'TagSeenCount': 208},
 {'ChannelIndex': 13,
  'EPC': b'e20050375909007522302f83',
  'EPC-96': b'e20050375909007522302f83',
  'LastSeenTimestampUTC': 1588519141740855,
  'TagSeenCount': 204},
 {'ChannelIndex': 13,
  'EPC': b'e2005037590701270200f188',
  'EPC-96': b'e2005037590701270200f188',
  'LastSeenTimestampUTC': 1588519141669855,
  'TagSeenCount': 82},
 {'ChannelIndex': 13,
  'EPC': b'e20050375909015722302e3b',
  'EPC-96': b'e20050375909015722302e3b',
  'LastSeenTimestampUTC': 1588519141661855,
  'TagSeenCount': 36},
 {'ChannelIndex': 15,
  'EPC': b'e2005037590901432180320e',
  'EPC-96': b'e2005037590901432180320e',
  'LastSeenTimestampUTC': 1588519141665855,
  'TagSeenCount': 48},
 {'ChannelIndex': 15,
  'EPC': b'e200503759090100230027b6',
  'EPC-96': b'e200503759090100230027b6',
  'LastSeenTimestampUTC': 1588519141673855,
  'TagSeenCount': 48}]
2020-05-03 15:20:17,380 sllurp.llrp: DEBUG: done with message callbacks for RO_ACCESS_REPORT
2020-05-03 15:20:17,380 sllurp.llrp: DEBUG: LLRPMessage received in state 19:
<RO_ACCESS_REPORT>
	<ID>3359</ID>
	<TagReportData>
		<EPC>b'e2005037590701270270edaf'</EPC>
		<EPC-96>b'e2005037590701270270edaf'</EPC-96>
		<ChannelIndex>13</ChannelIndex>
		<LastSeenTimestampUTC>1588519141699855</LastSeenTimestampUTC>
		<TagSeenCount>215</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e20050375909012822902745'</EPC>
		<EPC-96>b'e20050375909012822902745'</EPC-96>
		<ChannelIndex>13</ChannelIndex>
		<LastSeenTimestampUTC>1588519141713855</LastSeenTimestampUTC>
		<TagSeenCount>212</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e2005037590701990230ef4f'</EPC>
		<EPC-96>b'e2005037590701990230ef4f'</EPC-96>
		<ChannelIndex>13</ChannelIndex>
		<LastSeenTimestampUTC>1588519141745855</LastSeenTimestampUTC>
		<TagSeenCount>206</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e200503759090160231026c7'</EPC>
		<EPC-96>b'e200503759090160231026c7'</EPC-96>
		<ChannelIndex>13</ChannelIndex>
		<LastSeenTimestampUTC>1588519141735855</LastSeenTimestampUTC>
		<TagSeenCount>208</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e20050375909007522302f83'</EPC>
		<EPC-96>b'e20050375909007522302f83'</EPC-96>
		<ChannelIndex>13</ChannelIndex>
		<LastSeenTimestampUTC>1588519141740855</LastSeenTimestampUTC>
		<TagSeenCount>204</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e2005037590701270200f188'</EPC>
		<EPC-96>b'e2005037590701270200f188'</EPC-96>
		<ChannelIndex>13</ChannelIndex>
		<LastSeenTimestampUTC>1588519141669855</LastSeenTimestampUTC>
		<TagSeenCount>82</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e20050375909015722302e3b'</EPC>
		<EPC-96>b'e20050375909015722302e3b'</EPC-96>
		<ChannelIndex>13</ChannelIndex>
		<LastSeenTimestampUTC>1588519141661855</LastSeenTimestampUTC>
		<TagSeenCount>36</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e2005037590901432180320e'</EPC>
		<EPC-96>b'e2005037590901432180320e'</EPC-96>
		<ChannelIndex>15</ChannelIndex>
		<LastSeenTimestampUTC>1588519141665855</LastSeenTimestampUTC>
		<TagSeenCount>48</TagSeenCount>
	</TagReportData>
	<TagReportData>
		<EPC>b'e200503759090100230027b6'</EPC>
		<EPC-96>b'e200503759090100230027b6'</EPC-96>
		<ChannelIndex>15</ChannelIndex>
		<LastSeenTimestampUTC>1588519141673855</LastSeenTimestampUTC>
		<TagSeenCount>48</TagSeenCount>
	</TagReportData>
</RO_ACCESS_REPORT>
2020-05-03 15:20:17,383 sllurp.llrp: DEBUG: ignoring RO_ACCESS_REPORT because not inventorying
2020-05-03 15:20:17,492 sllurp.llrp: DEBUG: got 18 bytes from reader: b'041f000000120000000a011f000800000000'
2020-05-03 15:20:17,492 sllurp.llrp: DEBUG: expect 18 bytes (have 18)
2020-05-03 15:20:17,493 sllurp.llrp: DEBUG: deserializing DELETE_ROSPEC_RESPONSE command
2020-05-03 15:20:17,493 sllurp.llrp_proto: DEBUG: decode_DELETE_ROSPEC_RESPONSE
2020-05-03 15:20:17,494 sllurp.llrp_proto: DEBUG: decode_LLRPStatus
2020-05-03 15:20:17,494 sllurp.llrp: DEBUG: done deserializing DELETE_ROSPEC_RESPONSE command
2020-05-03 15:20:17,494 sllurp.llrp: DEBUG: starting message callbacks for DELETE_ROSPEC_RESPONSE
2020-05-03 15:20:17,495 sllurp.llrp: DEBUG: done with message callbacks for DELETE_ROSPEC_RESPONSE
2020-05-03 15:20:17,495 sllurp.llrp: DEBUG: LLRPMessage received in state 19:
<DELETE_ROSPEC_RESPONSE>
	<ID>10</ID>
	<LLRPStatus>
		<StatusCode>'Success'</StatusCode>
		<ErrorDescription>b''</ErrorDescription>
	</LLRPStatus>
</DELETE_ROSPEC_RESPONSE>
2020-05-03 15:20:17,496 sllurp.llrp: DEBUG: in handleMessage(DELETE_ROSPEC_RESPONSE), there are 1 Deferreds
2020-05-03 15:20:17,496 sllurp.llrp: DEBUG: running 1 Deferreds for DELETE_ROSPEC_RESPONSE; isSuccess=True
2020-05-03 15:20:17,496 sllurp.llrp: DEBUG: state change: STATE_SENT_DELETE_ROSPEC -> STATE_DISCONNECTED
2020-05-03 15:20:17,497 sllurp.llrp: INFO: disconnecting
2020-05-03 15:20:17,497 sllurp.verb.inventory: INFO: total # of tags seen: 1259 (163 tags/second)

There are some "unknown parameter" can't be decoded messages, during deserializing of GET_READER_CAPABILITIES_RESPONSE I think. The same happens during deserializing GET_READER_CONFIG_RESPONSE.

From what I understood from the LLRP standard, these are custom parameters (type 1023).

The RFID Reader Software Interface Control Guide has details about these parameters.

• Subtype 1
:
MotoGeneralCapabilities
This parameter extends reader capabilities to report custom capabilities supported by Zebra readers. The reader sends this to the client as a custom parameter to the GET_READER_CAPABILITIES_RESPONSE message when the client issues a GET_READER_CAPABILITIES_REQUEST with custom reporting of general capabilities enabled. See MotoGeneralRequestCapabilities. The general capabilities indicate if the reader can report the radio version, part number, and whether the reader supports MotoGeneralGetParams on page 133.

MotoGeneralCapabilities Vendor Identifier: 161 Parameter Subtype: 1 Version: Unsigned integer. Version of custom capability. CanGetGeneralParams: Boolean value. If true, the reader can return MotoGeneralGetParams if it is requested in the GET_READER_CONFIG message. CanReportPartNumber: Boolean value. If true, the reader can report its part number. CanReportRadioVersion: Boolean value. If true, the reader can report its radio version information. CanSupportRadioPowerState: Boolean value. If true, the reader can report if the radio module is on or off, and the radio state can also be controlled. CanSupportRadioTransmitDelay: Boolean value. If true, the reader can control the radio rest mode, which can force NGE to low power mode in case of no tag. CanSupportZebraTrigger: Boolean value. If true, the reader has other triggers such as Timelapse and GPS distance.

• Subtype 100
:
MotoAutonomousCapabilities
This parameter reports the reader’s ability to operate in autonomous mode. The reader sends this to the client as a custom parameter to the GET_READER_CAPABILITIES_RESPONSE message when the client issues a GET_READER_CAPABILITIES_REQUEST with custom reporting of autonomous mode capabilities enabled.
In autonomous mode, the reader continuously operates without requiring intervention from the client to re-initiate an operation. Autonomous mode and associated tag reporting is useful for continuous inventory, but can also be used for access operations. For efficiency, configure this mode for tag reporting when tag visibility changes during repeated inventory, rather than reporting the same tag data continuously. See MotoTagEventsGenerationCapabilities on page 129 for the reader's support of event reporting, MotoTagEventSelector on page 139 and MotoTagReportMode on page 140 for configuring reporting criteria, and MotoDefaultSpec on page 142 and MotoAutonomousState on page 138 for configuring and controlling autonomous mode.

MotoAutonomousCapabilities Vendor Identifier: 161 Parameter Subtype: 100 Version: Unsigned integer. Version of custom capability. CanSupportAutonomousMode: Boolean value. If true, the reader is capable of autonomous mode.

• Subtype 120
:
MotoTagEventsGenerationCapabilities
This parameter reports the reader’s ability to report tag visibility state changes. The reader sends this to the client as a custom parameter to the GET_READER_CAPABILITIES_RESPONSE message when the client issues a GET_READER_CAPABILITIES_REQUEST with custom reporting of tag events generation capabilities enabled.
This capability makes the autonomous mode of operation more efficient by reporting only event state changes rather than reporting tags continuously.

MotoTagEventsGenerationCapabilities Vendor Identifier: 161 Parameter Subtype: 120 Version: Unsigned integer. Version of custom capability. CanSelectTagEvents: Boolean value. If true, the client can choose the tag event state changes to monitor and report. Event state options are New Tag, Tag Invisible, or Tag Visibility Changed. CanSelectTagReportingFormat: Boolean value. If true, the client can choose what to report when an event generation criterion is met. Reporting format options are No Reporting, Report a notification message, or Report events with the tag report. CanSelectMovingEvent: : Boolean value. If true, the client can enable the tag moving/stationary algorithm. Event state can be Moving Tag.

• Subtype 200
:
MotoFilterCapabilities
This parameter reports the reader’s ability to filter tags based on the tags’ RSSI, the time of day the tags were read, or the UTC Timestamp when the tags were read. The reader sends this to the client as a custom parameter to the GET_READER_CAPABILITIES_RESPONSE message when the client issues a GET_READER_CAPABILITIES_REQUEST with custom reporting of filtering capabilities enabled.

MotoFilterCapabilities Vendor Identifier: 161 Parameter Subtype: 200 Version: Unsigned integer. Version of custom capability. CanFilterTagsBasedOnRSSI: Boolean value. If true, the client can set a filter on the reader to report tags based on the signal strength of the back-scattered signal from the tag. CanFilterTagsBasedOnTimeOfDay: Boolean value. If true, the client can set a filter on the reader to report tags based on the time of day (based on 24 hour clock time, with microsecond resolution) the reader read the tag. CanFilterTagsBasedOnUTCTimeStamp: Boolean value. If true, the client can set a filter on the reader to report tags based on the UTC Timestamp (with microsecond resolution) the reader read the tag.

• Subtype 300
:
MotoPersistenceCapabilities
This parameter reports the reader’s ability to save the configuration, save the tag, and save the associated event information. Saved information is retained across reader reboots. The reader sends this to the client as a custom parameter to the GET_READER_CAPABILITIES_RESPONSE message when the client issues a GET_READER_CAPABILITIES_REQUEST with custom reporting of persistence capabilities enabled.

MotoPersistenceCapabilities Vendor Identifier: 161 Parameter Subtype: 300 Version: Unsigned integer. Version of custom capability. CanSaveConfiguration: Boolean value. If true, the reader can save configurations across reboots. CanSaveTags: Boolean value. If true, the reader can save tags across reboots. Note that only tags not yet reported and those generated as a result of the autonomous mode of operation can be configured to save for future reporting CanSaveEvents: Boolean value. If true, the reader can save events associated with tags across reboots. Note that only tags generated as a result of the autonomous mode of operation can have associated events that can be saved for future reporting.

• Subtype 400
:
MotoC1G2LLRPCapabilities

MotoC1G2LLRPCapabilities Vendor Identifier: 161 Parameter Subtype: 400 Version: Unsigned integer. Version of custom capability. CanSupportBlockPermalock: Boolean value. If true, the reader supports BlockPermaLock command; if false the reader does not support this. CanSupportRecommissioning: Boolean value. If true, the reader supports tag recommissioning; if false the reader does not support this. CanWriteUMI: Boolean value. If true, the reader supports writing user memory bit; if false the reader does not support this. CanSupportNXPCuxtomCommands: Boolean value. If true, the reader supports NXP Custom commands; if false the reader does not support this. CanSupportFujitsuCuxtomCommands: Boolean value. If true, the reader supports Fujitsu Custom commands; if false the reader does not support this. CanSupportG2V2Commands:Boolean value. If true, reader supports G2V2 commands; if false the reader does not support this.

---

• Subtype 101
:
MotoAutonomousState
This parameter enables or disables autonomous mode of operation and is sent as a custom parameter to the SET_READER_CONFIG message. The client can retrieve the current autonomous mode state from GET_READER_CONFIG_RESPONSE by requesting reporting of the corresponding custom parameter in the GET_READER_CONFIG message.

MotoAutonomousState Vendor Identifier: 161 Parameter Subtype: 101 AutonomousModeState: Boolean value. If true, enable autonomous mode, otherwise disable it.

• Subtype 255
:
MotoFilterList
Use this parameter to configure filter settings on the reader to filter tags based on the received signal strength of the tag, the time the tag was read, or both. The filter list is composed of one or more filter rules. Configure multiple filter rules as a chain of rules using the Continue flag for RuleType. See MotoFilterRule on page 135. This allows continuing rule matching for subsequent rules if the current rule passes.

MotoFilterList Vendor Identifier: 161 Parameter Subtype: 255 UseFilter: Boolean value. If true, enable filtering based on this filter list; otherwise disable filtering. MotoFilterRule: List of < MotoFilterRule Parameter >

• Subtype 350
:
MotoPersistenceSaveParams
This parameter configures the reader to save and restore reader configurations performed over LLRP, save tag data and non-reported events in internal flash, and restore these if the reader power cycles. SaveTagData and SaveTagEventData enable saving tag and event data persistently on the reader across graceful reader shutdowns and reboots. Saving tag events also saves tag data and events associated with it. This saves only tags stored in the reader’s internal tag database generated by ROSpec (either autonomous mode or regular ROSpecs) that are set to use custom reporting preference. The following conditions must be met to save a tag data report:
• The tag report must have an ROSpecID, antenna ID, first seen, or last seen timestamp.
• The ROReportSpec associated with the RO that generated this tag data report must have the reporting trigger set to none.
• The ROReportSpec should have custom parameters for event reporting configured (see MotoTagEventSelector on page 139 and MotoTagReportMode on page 140).

MotoPersistenceSaveParams Vendor Identifier: 161 Parameter Subtype: 350 SaveConfiguration: Boolean value. If true, persist configurations made over LLRP (SET_READER_CONFIG) across reader shutdown or restart; otherwise do not save the configuration. SaveTagData: Boolean value. If true, persist tags read by executing autonomous mode or ROSpec with custom event reporting across reader shutdown or restart; otherwise discard read tags. SaveTagEventData: Boolean value. If true, persist the event list and the tags read by executing autonomous mode or reader operation with custom event reporting across reader shutdown or restart; otherwise do not save the event list.

• Subtype 102
:
MotoDefaultSpec
This parameter defines a pre-configured ROSpec that the reader uses

MotoDefaultSpec Vendor Identifier: 161 Parameter Subtype: 102 UseDefaultSpecForAutoMode: Boolean value. If true, the default spec is used for autonomous (continuous read) mode of operation; otherwise it can be used for any operation. ROSpec: < ROSpec Parameter > AccessSpec: List of < AccessSpec Parameter >

• Subtype 466
:
MotoCustomCommandOptions
This parameter enables or disables specific custom command options. It is sent as a custom parameter to the SET_READER_CONFIG message. The client can retrieve the current custom options state from GET_READER_CONFIG_RESPONSE by requesting the reporting of the corresponding custom parameter in GET_READER_CONFIG message.

MotoCustomCommandOptions Vendor Identifier: 161 Parameter Subtype: 466 EnableNXPSetAndResetQuietCommands: Boolean. If true, the NXP commands SetQuiet and ResetQuiet are enabled on the reader. The NXP tags that are set quiet have 0 and 0 CRC. Enable this option in order to use NXP Set and Reset Quiet commands on the reader. The default state of this option is disabled and the reader reports Unsupported parameter when MotoNXPSetQuiet and MotoNXPResetQuiet Opspecs are included in the AccessSpec.

[fviard]

Yes, you got it right.
Unknown parameters are the one that are sent by the reader but that we don't have a decoder for in llrp_proto.

In the config and capabilities list response by the reader that was expected.

Good thing also, it looks like that just "vendor" parameters are unknown, but no standard field.

That being said, it looks like that the reader is not really respecting the specification, because normally we should have sent an EXTENSION_ENABLE message to the reader before it sends any "custom" message or parameter.

2 notes:

• A little bit later in the zebra specification, for each parameter, you will have a table with the
  corresponding bit stream. That is the most convenient to know the size and type of each field.
  Are these tables clear to you?
• In addition with the unknown parameter message, if you look in the xml debug output, you will see the <SllurpDecodeError> entry for every one of them.
  Once decoder are added, you will see the correct xml entries there instead of this one.

So, that is a very good and easy starting point for you.
You can start to add the decoder for these messages.

Yes, 1023 is the type for custom parameter or message, 161 is the vendor code, and then the subtype that you see.

So, what I suggest you to begin with:

• Add VENDOR_ID_ZEBRA in llrp_decoder.py.
• Look at llrp_proto.py how are implemented some custom parameters for Impinj.
  (Maybe ImpinjInventoryConfiguration can be good example for you)
• Try to implement the decoder for one of the easiest parameters (the 100 or the 300 i think).
  Once you create the correct decoder, you should be able to run your command again and see the newly decoded field in the xml
• Do a PR here so I can check that if it is ok or give feedback if needed
• Go on with other sub-types...

[pBogey]

A little bit later in the zebra specification, for each parameter, you will have a table with the
corresponding bit stream. That is the most convenient to know the size and type of each field.
Are these tables clear to you?

Yeah, I think so. They are like the headers in the TCP/IP standard, but I don't know how to extract information from them.

I have made the following modifications in llrp_proto.py:

# 16.1.2 GET_READER_CAPABILITIES_RESPONSE
Message_struct['GET_READER_CAPABILITIES_RESPONSE'] = {
    'type': 11,
    'fields': [
        'ID',
    ],
    'o_fields': [
        'LLRPStatus',
        'GeneralDeviceCapabilities',
        'LLRPCapabilities',
        'RegulatoryCapabilities',
        'C1G2LLRPCapabilities',
        'ImpinjDetailedVersion',
        'ImpinjFrequencyCapabilities',
        'ImpinjAntennaCapabilities',
        'MotoAutonomousCapabilities',     # Added this field
        # Decoder not yet implemented:
        'ImpinjxArrayCapabilities'
    ],
    'decode': decode_generic_message_with_status_check
}


def decode_MotoAutonomousCapabilities(data, name=None):
    logger.debugfast('decode_MotoAutonomousCapabilities')

    fields = uint_ubyte_unpack(data[:uint_ubyte_size])  # (Version, CanSupportAutonomousMode)
    par = {
        'Version': fields[0],
        'CanSupportAutonomousMode': fields[1] & BIT(7) == BIT(7)
    }

    data = data[uint_ubyte_size:]
    par, _ = decode_all_parameters(data, 'MotoAutonomousCapabilities', par)

    return par, ''


Param_struct['MotoAutonomousCapabilities'] = {
    'type': TYPE_CUSTOM,
    'vendorid': VENDOR_ID_ZEBRA,
    'subtype': 100,
    'fields': [
        'Version',
        'CanSupportAutonomousMode'
    ],
    'decode': decode_MotoAutonomousCapabilities
}

I don't fully understand the struct package and the formats, but I think I got it right. For example, the table below represents the `MotoAutonomousCapabilities` message header.

0										1										2										3
0	1	2	3	4	5	6	7	8	9	0	1	2	3	4	5	6	7	8	9	0	1	2	3	4	5	6	7	8	9	0	1
Reserved						Type = 1023										Parameter Length
Vendor ID = 161
Subtype = 100
Version[31:0]
A	Reserved

Abbreviations:
• A - Can support autonomous mode

The data send by the reader is: b'\x00\x00\x00\x01\x80', which unpacks to (1, 128), using the !IB format (4 byte integer and boolean ?).

XML message now contains:

	<MotoAutonomousCapabilities>
		<Version>1</Version>
		<CanSupportAutonomousMode>True</CanSupportAutonomousMode>
	</MotoAutonomousCapabilities>

The log output now prints decode_MotoAutonomousCapabilities two times, though.

2020-05-03 23:32:26,684 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 1)
2020-05-03 23:32:26,685 sllurp.llrp_proto: DEBUG: decode_MotoAutonomousCapabilities
2020-05-03 23:32:26,685 sllurp.llrp_proto: DEBUG: decode_MotoAutonomousCapabilities
2020-05-03 23:32:26,685 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 120)
2020-05-03 23:32:26,685 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 200)
2020-05-03 23:32:26,686 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 300)
2020-05-03 23:32:26,686 sllurp.llrp_proto: DEBUG: "unknown parameter" can't be decoded (1023, 161, 400)

Do you think this redundancy is useful?

[fviard]

Yes, you got it right!

1. Little tip:
   for:

fields = uint_ubyte_unpack(data[:uint_ubyte_size])

It is a little bit nicer to extract the tuple directly here instead of getting the fields tuple and then using it with fields[0], fields[1].
Example:

version, flags = uint_ubyte_unpack(data[:uint_ubyte_size])

2. A little case of "reflection needed" situation.
   You used MotoAutonomousCapabilities for parameter name, that is correct and conform to their specification.
   That being said, I'm wondering if we should not rename that to something with a zebra prefix, like:
   ZebraMotoAutonomousCapabilities
   Because looking at their spec, they are not consistent, and different prefix for some arguments "QTData", "NXPBrandid", "Zebra".
   And it is nicer in the code, stack, to ensure to have everything related to one vendor_id consistent.
   But maybe it is better to keep at least all their Moto names like this?
   Probably more reflection needed, but so it is ok for you to continue like that and we can still rename later.

Do you think this redundancy is useful?

If you have 2 lines, that means that the reader has sent this argument 2 times.
Do you have it in your debug log? probably one with version "1" and another one with version "2" or something like that? Or put one parameter like that into 2 different parents.

4. For the struct thing, in the end it is really simple:
   Structs is the following module from python with the format description:
   https://docs.python.org/3/library/struct.html
   It is something similar to a regexp, you determine the format of your data, you kind of create the struct instance (that will internally compile your pattern), and then you can use unpack to extract standard python objects from a binary buffer. (And pack for the opposite)

The only originality in sllurp, is that if you look at the top of llrp_proto, the struct instances are "precreated"/"precompiled" once, and in a variable like ushort_ubyte_unpack i keep directly the reference to its "unpack" function.
The goal of this is to be more efficient by not having time wasted building the struct over and over again, and also wasted by python looking for the reference of the unpack function inside the struct instance like when you do: "somestruct.unpack()".
It looks like very simple optimizations, but it has a very huge effect on the performance here.

5. Regarding the table, here is how to understand it:

One line is 32 bits, ie 4 bytes, ie an int (integer).

The two first line, are just a reminder of the bit index per column. From 0 to 31.
Then, like a book, you read from left to right, line after line.

What you see is the complete parameter.
Imagine it like one level of the xml representation that you see.

A message contains X parameters, and each parameter can contain more parameters or fields.
So, each parameter will start first by its header (type, size, ...).

That is how we can decode dynamically, by starting the read the header of a parameter, determine it's type, and then send the remaining data to the appropriate decoder.

One last important information, everything is rounded to "bytes", as with binary and network protocols it is not really possible to read less than that or that is not a multiple of bytes.

So, in the table that you give as example, the bit stream is like this:

1 byte (8bits) reserved, 1 short (16bits) the parameter type, 1 short (16 bits) the parameter length.

As it is a custom type field, it continues:

1 int (32 bits) the vendor id
1 int (32 bits) the subtype id.

All of that, previously, was the parameter header.
You don't really have to take care about that, as all the boilerplate code function is to deal with that automatically.

So, the automatic code figures out what kind of parameter it is, and then it calls your decoder with the data, starting next, just before version:

1 int (32 bits) for a field holding something with a name "version"
1 byte (8 bits) for some small fields that i will call "flags".

And in flags, the first bit is a boolean named "A" with the meaning that you know.
And other bits are useless for the moment, ie reserved, as it is mandatory to read at least a "byte".

[pBogey]

It is a little bit nicer to extract the tuple directly here instead of getting the fields tuple and then using it with fields[0], fields[1].

You're right, will do like in your example.

That being said, I'm wondering if we should not rename that to something with a zebra prefix, like:
ZebraMotoAutonomousCapabilities

I see that the majority of the parameters have the Moto prefix (legacy from the Motorola days), while the new parameters started to use the Zebra prefix. Do you think it would be a good idea to separate everything specific to a certain vendor into it's own module? This way, it will have their own namespace, like zebra.decode_MotoAutonomousCapabilities.

If you have 2 lines, that means that the reader has sent this argument 2 times.
Do you have it in your debug log? probably one with version "1" and another one with version "2" or something like that? Or put one parameter like that into 2 different parents.

The second debug message comes from decode_all_parameters, that it's called in decode_MotoAutonomousCapabilities through par, _ = decode_all_parameters(data, 'MotoAutonomousCapabilities', par)

For the struct thing, in the end it is really simple

It's funny, because I started the comment having a lot of trouble getting the decode function to work, but as I was writing, asking for info, comparing the Impinj specifications with Zebra's and the decode for Impinj with my version, I began to understand.

[fviard]

For the namespace using a separate module, you are right, that is the correct solution, but this will probably done later, as it is a little bit trickier in this context to do it nicely at the same time of keeping the micro optimizations.

So for the moment, I think that you can continue to add other parameters with their official name.

For the "double" debug message, you are right.
You can either remove the debug line inside your function, or even remove the "decode_all_parameters" in that case.
As, in this parameter, we know from the spec that there is no other "dynamic" parameter that would be expected after. In some functions, it is still there to be like "consistent" and proof for spec evolution, but in reality, it does not really make sense.
(Regarding the debug log line itself, it is also more of a legacy, but not really so much important to have it for all decode functions).

So, don't hesitate to continue with other functions.
Once you have something that you consider "acceptable", you can try to do a "pull request".
Even if it is just a work in progress or not a version really expected to be merged, it is convenient to get reviews.

[pBogey]

hey, Florent, I have a little issue: I don't know how to contribute :)

I've searched the net and found out that I need to fork your project, clone it to my pc, work on it and do a pull request. That's great, sounds simple, but I don't know how to make sllurp work, after I clone it.

What I mean is, I will create a PyCharm project, for example, with a Python virtualenvironment and clone sllurp into that project. But sllurp is not installed, neither are it's dependencies. How can I make it work, then, so I can test my modifications?

[fviard]

If you are already inside a virtualenv, you just have to do:
python setup.py install
And then you should be able to use the sllurp command normally from within your virtualenv.
Each time you change the code, you run again the python setup.py install.

That is the simplest.

That being said, there is also an alternative, when you are inside the main sllurp top folder (not the "sllurp" sub-folder), you can also call the following without install:
python -m sllurp
(that being equivalent of your usual "sllurp command base").
In that case, you tell python to load the "sllurp" package that is inside the folder, and it will run its main automatically.

Please use one method or the other, but don't mix or you have the risk to have some file confusion at execution that could lead to strange non-explainable errors.

[pBogey]

I am having a little trouble understanding how to decode MotoDefaultSpec (102), MotoFilterList (255).

For example, let's take MotoDefaultSpect:

def decode_MotoDefaultSpec(data, name=None):
    logger.debugfast('decode_MotoDefaultSpec')

    flags = ubyte_unpack(data[:ubyte_size])[0]

    par = {
        'UseDefaultSpecForAutoMode': flags & BIT(7) == BIT(7),
    }

    data = data[:ubyte_size]
    par, _ = decode_all_parameters(data, 'MotoDefaultSpec', par)

    return par, ''


Param_struct['MotoDefaultSpec'] = {
    'type': TYPE_CUSTOM,
    'vendorid': VENDOR_ID_ZEBRA,
    'subtype': 102,
    'fields': [
        'UseDefaultSpecForAutoMode',
        'ROSPec',
    ],
    'n_fields': [
        'AccessSpec'
    ],
    'decode': decode_MotoDefaultSpec
}

This code will obviously fail. I need some tips/guidance on how to handle ROSpec and subsequent AccessSpec fields. I have tried using the generic decoder functions, but had no success. I suppose the first thing to do is to implement an ROSpec decoder, but encountered the same issue: nested messages that I don't know how to handle.

EDIT: created a pull request with current progress.

[fviard]

You were almost good.
The only thing that you will have to change is to put ROSpec inside a o_fields entry in the struct:

'fields': [
        'UseDefaultSpecForAutoMode',
    ],
    'o_fields': [
        'ROSPec',
    'n_fields': [
        'AccessSpec'
    ],

Fields are for real fields.
o_fields and n_fields, are in fact for parameters despite their names.
o is for fields that can be mandatory or there once.
n is for fields that can be here multiple time.

Then, decode_all_parameters will automatically read the headers that are in the remaining of the data to find the right parameter (here "ROSpec" or "AccessSpec") and to find the the right decoder for this block and use it on the relevant part of data.

[fviard]

For MotoFilterList, you do the same as for MotoDefaultSpec and decode the "F" field, and then add MotoFilterRule to its n_fields. And that's all for MotoFilterList.
Then, you need to create the struct and decoder for MotoFilterRule.
This one as a few of its own Parameters that you can deal with by adding them in o_fields and n_fields, and create the addequate decoders, and so on...