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sensors.xml
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sensors.xml
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<?xml version="1.0" encoding="UTF-8" standalone="yes"?>
<sensors>
<sensor id="1" valuetype="temperature_and_humidity">
<name>Temperature and Humidity</name>
<chipset>AM-2301</chipset>
<buslist>
<bus>s-wire</bus>
</buslist>
<read>
<reply length="5">
<param type="temperature">
<bitfield start="0" size="12"></bitfield>
</param>
<param type="humidity">
<bitfield start="12" size="12"></bitfield>
</param>
<param type="crc_8">
<bitfield start="32" size="8" />
</param>
</reply>
</read>
</sensor>
<sensor id="2" valuetype="temperature">
<name>Temperature</name>
<chipset>MCP9808</chipset>
<buslist>
<bus>i2c</bus>
<bus>1-wire</bus>
</buslist>
<read>
<command>CC 55 FF EA AA</command>
<reply length="2">
<param type="temperature">
<bitfield start="0" size="16"></bitfield>
</param>
</reply>
</read>
</sensor>
<sensor id="3" valuetype="acdc_current">
<name>AC ~220V presence</name>
<chipset>DS2406p+</chipset>
<buslist>
<bus>1-wire</bus>
</buslist>
<read>
<command>F5 24 FF</command>
<reply length="1">
<param type="boolean">
<bitfield start="3" size="1" />
</param>
<!--
<param type="boolean">
<bitfield start="4" size="1" />
</param>
-->
</reply>
</read>
</sensor>
<sensor id="4" valuetype="flood">
<name>Water flood</name>
<chipset>DS2406p+</chipset>
<buslist>
<bus>1-wire</bus>
</buslist>
<read>
<command>F5 24 FF</command> <!-- or F5 48 FF -->
<reply length="1">
<param type="boolean" name="Channel 1">
<bitfield start="3" size="1" />
</param>
<!--
-->
<!--
<param type="boolean" name="Channel 2">
<bitfield start="4" size="1" />
</param>
-->
</reply>
</read>
</sensor>
<sensor id="5" valuetype="light">
<name>Ambient light intensity</name>
<chipset>BH1731VFC</chipset>
<buslist>
<bus>i2c</bus>
</buslist>
<init>
<command>00</command> <!-- OFF -->
<command>01</command> <!-- ON -->
<command>12</command> <!-- SET HIGH PRECISION -->
</init>
<read>
<reply length="2">
<param byteorder="msb-first" result="yes">
<!-- simple case: extract value from bitfield, shift it in
position and scale by 1.2 to achieve light value in luxes.
We use reciprocal value of 1.2 to avoid divide
-->
<bitfield start="0" size="16" shift="0" scale="0.833333333" />
</param>
</reply>
</read>
</sensor>
<sensor id="6" valuetype="reed_switch">
<name>Door open/close status</name>
<chipset>Reed switch</chipset>
<buslist>
<bus>dc</bus>
</buslist>
<read>
<reply length="1">
<param type="boolean" name="Switch status">
<bitfield start="0" size="8" />
</param>
</reply>
</read>
</sensor>
<sensor id="7" tibbo_id="1" valuetype="pressure">
<name>Barometric pressure</name>
<chipset>MPL115A2</chipset>
<buslist>
<bus>i2c</bus>
</buslist>
<init>
<command>04</command>
<reply length="8">
<param byteorder="lsb-first">
<!-- convert 4 fixed-point sensor coefficient values into
floating-point numbers and put it in the const registers
-->
<code>
mov r0, word data[0]
swap r0
float r0
mov r1, 1
shl r1, 3
float r1
div r0, r1
mov c0, r0
mov r0, word data[2]
swap r0
float r0
mov r1, 1
shl r1, 13
float r1
div r0, r1
mov c1, r0
mov r0, word data[4]
swap r0
float r0
mov r1, 1
shl r1, 14
float r1
div r0, r1
mov c2, r0
mov r0, word data[6]
swap r0
float r0
mov r1, 1
shl r1, 24
float r1
div r0, r1
mov c3, r0
</code>
</param>
</reply>
</init>
<read>
<command>12 00</command>
<command>00</command>
<reply length="4">
<param name="Barometric pressure kPa" suffix="kPa">
<code>
mov r0, word data[2]
swap r0
shr r0, 6
and r0, 0x3ff
float r0
mov r1, word data[0]
swap r1
shr r1, 6
and r1, 0x3ff
float r1
mov r2, r0
mul r0, c3
add r0, c1
mul r0, r1
add r0, c0
mul r2, c2
add r0, r2
div r0, 15.737
add r0, 50.0
mul r0, 7.50062
</code>
</param>
</reply>
</read>
</sensor>
<sensor id="8" valuetype="byte">
<name>8-bit parallel port</name>
<chipset>MCP23008</chipset>
<buslist>
<bus>i2c</bus>
</buslist>
<read>
<command>09</command>
<reply length="1">
<param type="byte" name="Value">
<bitfield start="0" size="8" />
</param>
</reply>
</read>
</sensor>
<sensor id="9" valuetype="humidity">
<name>Humidity (temperature compensated)</name>
<chipset>HIH 6130</chipset>
<buslist>
<bus>i2c</bus>
</buslist>
<read>
<command></command>
<reply length="4">
<param type="float" name="Value">
<code>
mov r0, word data[0]
swap r0
and r0, 0x3fff
float r0
div r0, 16383.0
mul r0, 165.0
add r0, -40.0
</code>
</param>
</reply>
</read>
</sensor>
<sensor id="10" valuetype="temperature">
<name>Temperature</name>
<chipset>DS18B20</chipset>
<buslist>
<bus>1-wire</bus>
</buslist>
<read>
<command>44</command>
<command delay="10ms">BE</command>
<reply length="2">
<param type="float" name="Temperature">
<code>
mov r0, word data[0]
and r0, 0x87ff
float r0
div r0, 16.0
</code>
<!-- <bitfield start="0" size="16" scale="0.0625" /> -->
</param>
</reply>
</read>
</sensor>
<sensor id="11" valuetype="acceleration_three_axis">
<name>Accelerometer (3-axis)</name>
<chipset>ADXL312</chipset>
<buslist>
<bus>i2c</bus>
</buslist>
<init>
<command>2D 00</command>
<command>2D 08</command> <!-- POWER_CTL: Measure -->
<command>31 08</command> <!-- Data format: FULL_RES -->
<command>38 00</command> <!-- FIFO_CTL: bypass FIFO -->
</init>
<read>
<command>32</command>
<reply length="6">
<param type="float" name="accel">
<code>
mov r0, word data[2]
swap r0
and r0, 0x3ff
float r0
</code>
</param>
</reply>
</read>
</sensor>
<sensor id="16" valuetype="voltage">
<name>4-channel ADC, raw data</name>
<chipset>LTC2309</chipset>
<buslist>
<bus>i2c</bus>
</buslist>
<!-- no initialization required -->
<read>
<!-- Initiate conversion on all of the 4 channels. T{conv} is 1.3 to 1.8 µs -->
<command>88</command>
<command>98</command>
<command>A8</command>
<command>B8</command>
<!-- Discard previous results, and re-initiate conversion reading back actual data -->
<command>88</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
<command>98</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
<command>A8</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
<command>B8</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
</read>
</sensor>
<sensor id="17" valuetype="voltage">
<name>4-channel ADC, millivolts</name>
<chipset>LTC2309</chipset>
<buslist>
<bus>i2c</bus>
</buslist>
<!-- no initialization required -->
<read>
<!-- Initiate conversion on all of the 4 channels. T{conv} is 1.3 to 1.8 µs -->
<command>88</command>
<command>98</command>
<command>A8</command>
<command>B8</command>
<!-- Discard previous results, and re-initiate conversion reading back actual data -->
<command>88</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
<command>98</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
<command>A8</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
<command>B8</command>
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
</read>
</sensor>
<!-- Following is Tibbo sensors on modbus
-->
<sensor id="32" valuetype="temperature_and_humidity" tibbo_id="1">
<name>Tibbo's Temperature and Humidity sensor</name>
<chipset>ModBus</chipset>
<buslist>
<bus>modbus</bus>
</buslist>
<!-- no initialization required -->
<read>
<register>501</register>
<reply length="4">
<param type="float">
<bitfield start="0" size="32" />
</param>
</reply>
</read>
</sensor>
<sensor id="33" valuetype="flood" tibbo_id="2">
<name>Tibbo's Flood Detection sensor</name>
<chipset>ModBus</chipset>
<buslist>
<bus>modbus</bus>
</buslist>
<!-- no initialization required -->
<read>
<register>901</register><!-- ModBus register # in hex -->
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
</read>
</sensor>
<sensor id="34" valuetype="flood" tibbo_id="3">
<name>Tibbo's Flood Detection sensor V2</name>
<chipset>ModBus</chipset>
<buslist>
<bus>modbus</bus>
</buslist>
<!-- no initialization required -->
<read>
<register>1901</register><!-- ModBus register # in hex -->
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
</read>
</sensor>
<sensor id="35" valuetype="flood" tibbo_id="4">
<name>Tibbo's Flood Detection sensor V2</name>
<chipset>ModBus</chipset>
<buslist>
<bus>modbus</bus>
</buslist>
<!-- no initialization required -->
<read>
<register>401</register><!-- ModBus register # in hex -->
<reply length="2">
<param type="word">
<bitfield start="0" size="16" />
</param>
</reply>
</read>
</sensor>
</sensors>