NRF8002/examplexml
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<!DOCTYPE nRF8002Configuration>
<nRF8002Configuration Version="1.0">
<GeneralData>
<localName>Everfind1</localName>
<deviceApperance>FFFE</deviceApperance>
<bondingFastAdvertisement>40.62</bondingFastAdvertisement>
<connectingFastAdvertisement>40.62</connectingFastAdvertisement>
<connectingFastAdvertisementTimeout>40</connectingFastAdvertisementTimeout>
<connectingSlowAdvertisement>1280</connectingSlowAdvertisement>
<connectedConnectionIntervalMin>500</connectedConnectionIntervalMin>
<connectedConnectionIntervalMax>1000</connectedConnectionIntervalMax>
<connectedSlaveLatency>0</connectedSlaveLatency>
<connectedConnectionTimeout>6000</connectedConnectionTimeout>
<deviceManufacturerName>Starnberger I&T GmbH</deviceManufacturerName>
<deviceModelNumber>SIT-BT-LE</deviceModelNumber>
<deviceSoftwareRevision>1.0</deviceSoftwareRevision>
<battery80Percent>2.4</battery80Percent>
<battery60Percent>2.35</battery60Percent>
<battery40Percent>2.25</battery40Percent>
<battery20Percent>2.2</battery20Percent>
<toBondingInput>4</toBondingInput>
<toConnectingInput>2</toConnectingInput>
<toMute>101</toMute>
<toSleepInput>3</toSleepInput>
<shortTime>1000</shortTime>
<mediumTime>3600</mediumTime>
<resetPin1>0</resetPin1>
<resetPin2>0</resetPin2>
<resetPin3>0</resetPin3>
<resetPWM>0</resetPWM>
<txPower>3</txPower>
<disableWhitelist>0</disableWhitelist>
<securityRequest>0</securityRequest>
<resultingTxPower>0 dbm</resultingTxPower>
<muteOutputpin1enabled>false</muteOutputpin1enabled>
<muteOutputpin2enabled>false</muteOutputpin2enabled>
<muteOutputpin3enabled>false</muteOutputpin3enabled>
<muteOutputpwmenabled>true</muteOutputpwmenabled>
<muteOutputoutputpolarity1>1</muteOutputoutputpolarity1>
<muteOutputoutputpolarity2>1</muteOutputoutputpolarity2>
<muteOutputoutputpolarity3>1</muteOutputoutputpolarity3>
<muteOutputoutputpolaritypwm>1</muteOutputoutputpolaritypwm>
<muteOutputoutputpatternPin1>0</muteOutputoutputpatternPin1>
<muteOutputoutputpatternPin2>0</muteOutputoutputpatternPin2>
<muteOutputoutputpatternPin3>0</muteOutputoutputpatternPin3>
<muteOutputoutputpatternPWM>0</muteOutputoutputpatternPWM>
</GeneralData>
<OutputPatternList>
<OutputPattern Index="0">
<patternName>Fixed output</patternName>
<patternType>1</patternType>
<t1>50</t1>
<t2>0</t2>
<trainCount>1</trainCount>
<sleepTime>1</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>490.2</pwmFrequency>
<enabled>false</enabled>
</OutputPattern>
<OutputPattern Index="1">
<patternName>Blink every sec</patternName>
<patternType>0</patternType>
<t1>1</t1>
<t2>1</t2>
<trainCount>1</trainCount>
<sleepTime>2</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>true</pulseForever>
<pulseTrainForever>true</pulseTrainForever>
<pwmFrequency>4032.26</pwmFrequency>
</OutputPattern>
<OutputPattern Index="2">
<patternName>Blink every 4th sec</patternName>
<patternType>0</patternType>
<t1>1</t1>
<t2>3</t2>
<trainCount>1</trainCount>
<sleepTime>6</sleepTime>
<pulseRepeat>2</pulseRepeat>
<pulseForever>true</pulseForever>
<pulseTrainForever>true</pulseTrainForever>
<pwmFrequency>490.2</pwmFrequency>
</OutputPattern>
<OutputPattern Index="3">
<patternName>Blink short every 7th sec</patternName>
<patternType>1</patternType>
<t1>50</t1>
<t2>50</t2>
<trainCount>1</trainCount>
<sleepTime>7</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>true</pulseTrainForever>
<pwmFrequency>4032.26</pwmFrequency>
</OutputPattern>
<OutputPattern Index="4">
<patternName>5 long beeps</patternName>
<patternType>1</patternType>
<t1>1500</t1>
<t2>500</t2>
<trainCount>5</trainCount>
<sleepTime>11</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>4032.26</pwmFrequency>
</OutputPattern>
<OutputPattern Index="5">
<patternName>3 short beeps</patternName>
<patternType>1</patternType>
<t1>300</t1>
<t2>500</t2>
<trainCount>3</trainCount>
<sleepTime>4</sleepTime>
<pulseRepeat>2</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>4032.26</pwmFrequency>
</OutputPattern>
<OutputPattern Index="6">
<patternName>3 blinks, 500 ms on, 300ms off</patternName>
<patternType>1</patternType>
<t1>500</t1>
<t2>300</t2>
<trainCount>4</trainCount>
<sleepTime>5</sleepTime>
<pulseRepeat>2</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>3968.25</pwmFrequency>
</OutputPattern>
<OutputPattern Index="7">
<patternName>One 100 ms beep</patternName>
<patternType>1</patternType>
<t1>100</t1>
<t2>100</t2>
<trainCount>1</trainCount>
<sleepTime>1</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>3174.6</pwmFrequency>
</OutputPattern>
<OutputPattern Index="8">
<patternName>2 100ms beep</patternName>
<patternType>1</patternType>
<t1>100</t1>
<t2>100</t2>
<trainCount>2</trainCount>
<sleepTime>1</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>3968.25</pwmFrequency>
</OutputPattern>
<OutputPattern Index="9">
<patternName>5 blinks, 300 ms on, 200 ms off</patternName>
<patternType>1</patternType>
<t1>300</t1>
<t2>200</t2>
<trainCount>5</trainCount>
<sleepTime>3</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>4032.26</pwmFrequency>
</OutputPattern>
<OutputPattern Index="10">
<patternName>3 blink, 200 ms on 500 ms off</patternName>
<patternType>1</patternType>
<t1>200</t1>
<t2>500</t2>
<trainCount>3</trainCount>
<sleepTime>8</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>4032.26</pwmFrequency>
</OutputPattern>
<OutputPattern Index="11">
<patternName>1 blink, 50 ms</patternName>
<patternType>1</patternType>
<t1>50</t1>
<t2>4000</t2>
<trainCount>1</trainCount>
<sleepTime>5</sleepTime>
<pulseRepeat>1</pulseRepeat>
<pulseForever>false</pulseForever>
<pulseTrainForever>false</pulseTrainForever>
<pwmFrequency>4032.26</pwmFrequency>
</OutputPattern>
</OutputPatternList>
<InputPatterns>
<InputPattern Index="0">
<shortTime>50</shortTime>
<mediumTime>150</mediumTime>
<polarity>0</polarity>
<wakeupsource>true</wakeupsource>
<mediumpin1enabled>false</mediumpin1enabled>
<mediumpin2enabled>false</mediumpin2enabled>
<mediumpin3enabled>false</mediumpin3enabled>
<mediumpwmenabled>true</mediumpwmenabled>
<mediumoutputpolarity1>0</mediumoutputpolarity1>
<mediumoutputpolarity2>0</mediumoutputpolarity2>
<mediumoutputpolarity3>0</mediumoutputpolarity3>
<mediumoutputpolaritypwm>0</mediumoutputpolaritypwm>
<mediumoutputpatternPin1>0</mediumoutputpatternPin1>
<mediumoutputpatternPin2>0</mediumoutputpatternPin2>
<mediumoutputpatternPin3>0</mediumoutputpatternPin3>
<mediumoutputpatternPWM>7</mediumoutputpatternPWM>
<longpin1enabled>false</longpin1enabled>
<longpin2enabled>false</longpin2enabled>
<longpin3enabled>false</longpin3enabled>
<longpwmenabled>true</longpwmenabled>
<longoutputpolarity1>0</longoutputpolarity1>
<longoutputpolarity2>0</longoutputpolarity2>
<longoutputpolarity3>0</longoutputpolarity3>
<longoutputpolaritypwm>0</longoutputpolaritypwm>
<longoutputpatternPin1>0</longoutputpatternPin1>
<longoutputpatternPin2>0</longoutputpatternPin2>
<longoutputpatternPin3>0</longoutputpatternPin3>
<longoutputpatternPWM>8</longoutputpatternPWM>
</InputPattern>
<InputPattern Index="1">
<shortTime>100</shortTime>
<mediumTime>200</mediumTime>
<polarity>0</polarity>
<wakeupsource>false</wakeupsource>
<mediumpin1enabled>false</mediumpin1enabled>
<mediumpin2enabled>false</mediumpin2enabled>
<mediumpin3enabled>false</mediumpin3enabled>
<mediumpwmenabled>true</mediumpwmenabled>
<mediumoutputpolarity1>0</mediumoutputpolarity1>
<mediumoutputpolarity2>0</mediumoutputpolarity2>
<mediumoutputpolarity3>0</mediumoutputpolarity3>
<mediumoutputpolaritypwm>0</mediumoutputpolaritypwm>
<mediumoutputpatternPin1>0</mediumoutputpatternPin1>
<mediumoutputpatternPin2>0</mediumoutputpatternPin2>
<mediumoutputpatternPin3>0</mediumoutputpatternPin3>
<mediumoutputpatternPWM>7</mediumoutputpatternPWM>
<longpin1enabled>false</longpin1enabled>
<longpin2enabled>false</longpin2enabled>
<longpin3enabled>false</longpin3enabled>
<longpwmenabled>true</longpwmenabled>
<longoutputpolarity1>0</longoutputpolarity1>
<longoutputpolarity2>0</longoutputpolarity2>
<longoutputpolarity3>0</longoutputpolarity3>
<longoutputpolaritypwm>0</longoutputpolaritypwm>
<longoutputpatternPin1>0</longoutputpatternPin1>
<longoutputpatternPin2>0</longoutputpatternPin2>
<longoutputpatternPin3>0</longoutputpatternPin3>
<longoutputpatternPWM>8</longoutputpatternPWM>
</InputPattern>
</InputPatterns>
<OutputSettings>
<OutputInState State="StateSleep">
<outputpolarity1>1</outputpolarity1>
<outputpolarity2>1</outputpolarity2>
<outputPin1>0</outputPin1>
<outputPin2>3</outputPin2>
<outputpattern>0</outputpattern>
<pin1enabled>true</pin1enabled>
<pin2enabled>true</pin2enabled>
<pin3enabled>true</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity3>1</outputpolarity3>
<outputpolaritypwm>1</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>0</outputpatternPWM>
</OutputInState>
<OutputInState State="StateBonding">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>1</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>7</outputpatternPWM>
</OutputInState>
<OutputInState State="StateConnecting">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>2</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>8</outputpatternPWM>
</OutputInState>
<OutputInState State="StateConnected">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>3</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>5</outputpatternPWM>
</OutputInState>
</OutputSettings>
<AlertOutputs>
<AlertOutput outputlevel="Off">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>1</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>0</outputpatternPWM>
</AlertOutput>
<AlertOutput outputlevel="Mild">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>5</outputpatternPWM>
</AlertOutput>
<AlertOutput outputlevel="High">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>4</outputpatternPWM>
</AlertOutput>
</AlertOutputs>
<LinkLossOutputs>
<LinkLossOutput outputlevel="Mild">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>5</outputpatternPWM>
</LinkLossOutput>
<LinkLossOutput outputlevel="High">
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>0</outputpatternPin3>
<outputpatternPWM>4</outputpatternPWM>
</LinkLossOutput>
</LinkLossOutputs>
<ImmediateAlerts>
<ImmediateAlert outputlevel="Off">
<immediateAlertOff>102</immediateAlertOff>
</ImmediateAlert>
<ImmediateAlert outputlevel="Mild">
<immediateAlertMild>103</immediateAlertMild>
</ImmediateAlert>
<ImmediateAlert outputlevel="High">
<immediateAlertHigh>104</immediateAlertHigh>
</ImmediateAlert>
</ImmediateAlerts>
<AlertNotifications>
<Notification Index="0">
<flags>32</flags>
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>9</outputpatternPin3>
<outputpatternPWM>5</outputpatternPWM>
</Notification>
<Notification Index="1">
<flags>8</flags>
<pin1enabled>false</pin1enabled>
<pin2enabled>false</pin2enabled>
<pin3enabled>false</pin3enabled>
<pwmenabled>true</pwmenabled>
<outputpolarity1>0</outputpolarity1>
<outputpolarity2>0</outputpolarity2>
<outputpolarity3>0</outputpolarity3>
<outputpolaritypwm>0</outputpolaritypwm>
<outputpatternPin1>0</outputpatternPin1>
<outputpatternPin2>0</outputpatternPin2>
<outputpatternPin3>10</outputpatternPin3>
<outputpatternPWM>4</outputpatternPWM>
</Notification>
<Notification Index="2"/>
<Notification Index="3"/>
</AlertNotifications>
<BatteryOutputs>
<BatteryOutput batterylevel="Battery100Percent"/>
<BatteryOutput batterylevel="Battery80Percent"/>
<BatteryOutput batterylevel="Battery60Percent"/>
<BatteryOutput batterylevel="Battery40Percent"/>
<BatteryOutput batterylevel="Battery20Percent"/>
</BatteryOutputs>
<CurrentInput>
<BatteryCharge>220</BatteryCharge>
<Master32KhzClockAccuracy>10</Master32KhzClockAccuracy>
<ConnectionInterval>1000</ConnectionInterval>
<PercentOfTimeSleeping>0</PercentOfTimeSleeping>
<PercentOfTimeAdvertising>0</PercentOfTimeAdvertising>
<AdvertisingInterval>1280</AdvertisingInterval>
</CurrentInput>
</nRF8002Configuration>
