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GpioProfile

org.eclipse.soda.dk.gpio

 GpioProfile External

The GPIO Profile specifies the interface to general purpose IO. It provides measurement values for the current states of input and output pins. It supports the ability to set the value of output pins through a command interface as well as triggering the state of an output pin with an LDAP expression.

 Analog input (Gpio/AnalogInput)

AnalogInput specifies the current analog inputs. AnalogInput is a read-only measurement reported as a Map value with analog input keys (see AnalogInput data keys) and Long state values. The measurement includes the state of multiple analog inputs. Analog inputs are indexed beginning with 1. When the state of 1 or more analog input changes, the measurement will include old and new states for all of the supported analog inputs All analog inputs may not be supported by the device. Get the AnalogInputCount measurement for the number of supported input pins.

ai0	Analog Input 0 - Special Analog Input meaning all inputs
ai1	Analog Input 1
ai2	Analog Input 2
ai3	Analog Input 3
ai4	Analog Input 4
ai5	Analog Input 5
ai6	Analog Input 6
ai7	Analog Input 7
ai8	Analog Input 8
ai9	Analog Input 9
ai10	Analog Input 10
ai11	Analog Input 11
ai12	Analog Input 12
ai13	Analog Input 13
ai14	Analog Input 14
ai15	Analog Input 15
ai16	Analog Input 16
ai17	Analog Input 17
ai18	Analog Input 18
ai19	Analog Input 19
ai20	Analog Input 20
ai21	Analog Input 21
ai22	Analog Input 22
ai23	Analog Input 23
ai24	Analog Input 24
ai25	Analog Input 25
ai26	Analog Input 26
ai27	Analog Input 27
ai28	Analog Input 28
ai29	Analog Input 29
ai30	Analog Input 30
ai31	Analog Input 31
ai32	Analog Input 32

 Analog input count (Gpio/AnalogInputCount)

AnalogInputCount specifies the number of analog inputs supported by the device. AnalogInputCount is a read-only measurement and should be set only by the implementation class. By default, this value is zero. AnalogInputCount is reported as a Long value.

 Analog output (Gpio/AnalogOutput)

AnalogOutput specifies the current states of the analog outputs. AnalogOutput is a read-only measurement reported as a Map value with analog outputs (see AnalogOutput data keys) and Long state values. The measurement includes the state of multiple analog outputs. Analog outputs are indexed beginning with 1. When the state of 1 or more analog outputs changes, the measurement will include old and new states for all of the supported analog outputs. All analog outputs may not be supported by the device. Get the AnalogOutputCount measurement for the number of supported output pins.

ao0	Analog Output 0 - special long state meaning all analog outputs
ao1	Analog Output 1
ao2	Analog Output 2
ao3	Analog Output 3
ao4	Analog Output 4
ao5	Analog Output 5
ao6	Analog Output 6
ao7	Analog Output 7
ao8	Analog Output 8
ao9	Analog Output 9
ao10	Analog Output 10
ao11	Analog Output 11
ao12	Analog Output 12
ao13	Analog Output 13
ao14	Analog Output 14
ao15	Analog Output 15
ao16	Analog Output 16
ao17	Analog Output 17
ao18	Analog Output 18
ao19	Analog Output 19
ao20	Analog Output 20
ao21	Analog Output 21
ao22	Analog Output 22
ao23	Analog Output 23
ao24	Analog Output 24
ao25	Analog Output 25
ao26	Analog Output 26
ao27	Analog Output 27
ao28	Analog Output 28
ao29	Analog Output 29
ao30	Analog Output 30
ao31	Analog Output 31
ao32	Analog Output 32

 Analog output count (Gpio/AnalogOutputCount)

AnalogOutputCount specifies the number of outputs supported by the device. AnalogOutputCount is a read-only measurement and should be set only by the implementation class. By default, this value is zero. AnalogOutputCount is reported as a Long value.

 Analog output request (Gpio/AnalogOutputRequest)

AnalogOutputRequest is the command interface to set the state of Analog Outputs. The incoming request should be in the form of a Map with output keys (see AnalogOutput data keys) and the requested Long values. The request can include 1 or more values to be changed. Outputs are indexed beginning with 1. The "ao0" data key signifies that the requested Long value should be applied to all outputs.

Input (Gpio/Input)

Input specifies the current states of the input pins. Input is a read-only measurement reported as a Map value with input pin keys (see Input data keys) and Boolean state values. The measurement includes the state of multiple pins. Pins are indexed beginning with 1. When the state of 1 or more input pins changes, the measurement will include old and new states for all of the supported input pins. All pins may not be supported by the device. Get the InputCount measurement for the number of supported input pins.

i0	Input pin 0 - Special meaning all input states
i1	Input pin 1 - boolean state
i2	Input pin 2 - boolean state
i3	Input pin 3 - boolean state
i4	Input pin 4 - boolean state
i5	Input pin 5 - boolean state
i6	Input pin 6 - boolean state
i7	Input pin 7 - boolean state
i8	Input pin 8 - boolean state
i9	Input pin 9 - boolean state
i10	Input pin 10 - boolean state
i11	Input pin 11 - boolean state
i12	Input pin 12 - boolean state
i13	Input pin 13 - boolean state
i14	Input pin 14 - boolean state
i15	Input pin 15 - boolean state
i16	Input pin 16 - boolean state
i17	Input pin 17 - boolean state
i18	Input pin 18 - boolean state
i19	Input pin 19 - boolean state
i20	Input pin 20 - boolean state
i21	Input pin 21 - boolean state
i22	Input pin 22 - boolean state
i23	Input pin 23 - boolean state
i24	Input pin 24 - boolean state
i25	Input pin 25 - boolean state
i26	Input pin 26 - boolean state
i27	Input pin 27 - boolean state
i28	Input pin 28 - boolean state
i29	Input pin 29 - boolean state
i30	Input pin 30 - boolean state
i31	Input pin 31 - boolean state
i32	Input pin 32 - boolean state

Input count (Gpio/InputCount)

InputCount specifies the number of input pins supported by the device. InputCount is a read-only measurement and should be set only by the implementation class. InputCount is reported as a Long value.

Output (Gpio/Output)

Output specifies the current states of the output pins. Output is a read-only measurement reported as a Map value with output pin keys (see Output data keys) and Boolean state values. The measurement includes the state of multiple pins. Pins are indexed beginning with 1. When the state of 1 or more output pins changes, the measurement will include old and new states for all of the supported output pins. All pins may not be supported by the device. Get the OutputCount measurement for the number of supported output pins.

Output 1 expression (Gpio/Output1Expression)

LDAP expression to trigger the state of output pin 1 based on input pin and control values.

Output 2 expression (Gpio/Output2Expression)

LDAP expression to trigger the state of output pin 2 based on input pin and control values.

Output 3 expression (Gpio/Output3Expression)

LDAP expression to trigger the state of output pin 3 based on input pin and control values.

Output 4 expression (Gpio/Output4Expression)

LDAP expression to trigger the state of output pin 4 based on input pin and control values.

Output 5 expression (Gpio/Output5Expression)

LDAP expression to trigger the state of output pin 5 based on input pin and control values.

Output 6 expression (Gpio/Output6Expression)

LDAP expression to trigger the state of output pin 6 based on input pin and control values.

Output 7 expression (Gpio/Output7Expression)

LDAP expression to trigger the state of output pin 7 based on input pin and control values.

Output 8 expression (Gpio/Output8Expression)

LDAP expression to trigger the state of output pin 8 based on input pin and control values.

Output 9 expression (Gpio/Output9Expression)

LDAP expression to trigger the state of output pin 9 based on input pin and control values.

Output 10 expression (Gpio/Output10Expression)

LDAP expression to trigger the state of output pin 10 based on input pin and control values.

Output 11 expression (Gpio/Output11Expression)

LDAP expression to trigger the state of output pin 11 based on input pin and control values.

Output 12 expression (Gpio/Output12Expression)

LDAP expression to trigger the state of output pin 12 based on input pin and control values.

Output 13 expression (Gpio/Output13Expression)

LDAP expression to trigger the state of output pin 13 based on input pin and control values.

Output 14 expression (Gpio/Output14Expression)

LDAP expression to trigger the state of output pin 14 based on input pin and control values.

Output 15 expression (Gpio/Output15Expression)

LDAP expression to trigger the state of output pin 15 based on input pin and control values.

Output 16 expression (Gpio/Output16Expression)

LDAP expression to trigger the state of output pin 16 based on input pin and control values.

Output 17 expression (Gpio/Output17Expression)

LDAP expression to trigger the state of output pin 17 based on input pin and control values.

Output 18 expression (Gpio/Output18Expression)

LDAP expression to trigger the state of output pin 18 based on input pin and control values.

Output 19 expression (Gpio/Output19Expression)

LDAP expression to trigger the state of output pin 19 based on input pin and control values.

Output 20 expression (Gpio/Output20Expression)

LDAP expression to trigger the state of output pin 20 based on input pin and control values.

Output 21 expression (Gpio/Output21Expression)

LDAP expression to trigger the state of output pin 21 based on input pin and control values.

Output 22 expression (Gpio/Output22Expression)

LDAP expression to trigger the state of output pin 22 based on input pin and control values.

Output 23 expression (Gpio/Output23Expression)

LDAP expression to trigger the state of output pin 23 based on input pin and control values.

Output 24 expression (Gpio/Output24Expression)

LDAP expression to trigger the state of output pin 24 based on input pin and control values.

Output 25 expression (Gpio/Output25Expression)

LDAP expression to trigger the state of output pin 25 based on input pin and control values.

Output 26 expression (Gpio/Output26Expression)

LDAP expression to trigger the state of output pin 26 based on input pin and control values.

Output 27 expression (Gpio/Output27Expression)

LDAP expression to trigger the state of output pin 27 based on input pin and control values.

Output 28 expression (Gpio/Output28Expression)

LDAP expression to trigger the state of output pin 28 based on input pin and control values.

Output 29 expression (Gpio/Output29Expression)

LDAP expression to trigger the state of output pin 29 based on input pin and control values.

Output 30 expression (Gpio/Output30Expression)

LDAP expression to trigger the state of output pin 30 based on input pin and control values.

Output 31 expression (Gpio/Output31Expression)

LDAP expression to trigger the state of output pin 31 based on input pin and control values.

Output 32 expression (Gpio/Output32Expression)

LDAP expression to trigger the state of output pin 32 based on input pin and control values.

Output count (Gpio/OutputCount)

OutputCount specifies the number of output pins supported by the device. OutputCount is a read-only measurement and should be set only by the implementation class. OutputCount is reported as a Long value.

Output request (Gpio/OutputRequest)

OutputRequest is the command interface to set the state of output pins. The incoming request should be in the form of a Map with output pin keys (see Output data keys) and the requested Boolean values. The request can include 1 or more pins to be changed. A request to update an output pin which has an associated LDAP expression will be ignored. Pins are indexed beginning with 1. The "o0" data key signifies that the requested Boolean value should be applied to all output pins.

External Key	Data	Units	Description
Analog input Map			AnalogInput specifies the current analog inputs. AnalogInput is a read-only measurement reported as a Map value with analog input keys (see AnalogInput data keys) and Long state values. The measurement includes the state of multiple analog inputs. Analog inputs are indexed beginning with 1. When the state of 1 or more analog input changes, the measurement will include old and new states for all of the supported analog inputs All analog inputs may not be supported by the device. Get the AnalogInputCount measurement for the number of supported input pins.
prefix/Gpio/AnalogInput	Map
prefix/Gpio/AnalogInput/ get
prefix/Gpio/AnalogInput/ read
prefix/Gpio/AnalogInput/ error
Analog input count Long			AnalogInputCount specifies the number of analog inputs supported by the device. AnalogInputCount is a read-only measurement and should be set only by the implementation class. By default, this value is zero. AnalogInputCount is reported as a Long value.
prefix/Gpio/AnalogInputCount	Long
prefix/Gpio/AnalogInputCount/ get
prefix/Gpio/AnalogInputCount/ read
prefix/Gpio/AnalogInputCount/ error
Analog output Map			AnalogOutput specifies the current states of the analog outputs. AnalogOutput is a read-only measurement reported as a Map value with analog outputs (see AnalogOutput data keys) and Long state values. The measurement includes the state of multiple analog outputs. Analog outputs are indexed beginning with 1. When the state of 1 or more analog outputs changes, the measurement will include old and new states for all of the supported analog outputs. All analog outputs may not be supported by the device. Get the AnalogOutputCount measurement for the number of supported output pins.
prefix/Gpio/AnalogOutput	Map
prefix/Gpio/AnalogOutput/ get
prefix/Gpio/AnalogOutput/ read
prefix/Gpio/AnalogOutput/ error
Analog output count Long			AnalogOutputCount specifies the number of outputs supported by the device. AnalogOutputCount is a read-only measurement and should be set only by the implementation class. By default, this value is zero. AnalogOutputCount is reported as a Long value.
prefix/Gpio/AnalogOutputCount	Long
prefix/Gpio/AnalogOutputCount/ get
prefix/Gpio/AnalogOutputCount/ read
prefix/Gpio/AnalogOutputCount/ error
Analog output request Map			AnalogOutputRequest is the command interface to set the state of Analog Outputs. The incoming request should be in the form of a Map with output keys (see AnalogOutput data keys) and the requested Long values. The request can include 1 or more values to be changed. Outputs are indexed beginning with 1. The "ao0" data key signifies that the requested Long value should be applied to all outputs.
prefix/Gpio/AnalogOutputRequest	Map
prefix/Gpio/AnalogOutputRequest/ execute	Map
prefix/Gpio/AnalogOutputRequest/ error
Input Map			Input specifies the current states of the input pins. Input is a read-only measurement reported as a Map value with input pin keys (see Input data keys) and Boolean state values. The measurement includes the state of multiple pins. Pins are indexed beginning with 1. When the state of 1 or more input pins changes, the measurement will include old and new states for all of the supported input pins. All pins may not be supported by the device. Get the InputCount measurement for the number of supported input pins.
prefix/Gpio/Input	Map
prefix/Gpio/Input/ get
prefix/Gpio/Input/ read
prefix/Gpio/Input/ error
Input count Long			InputCount specifies the number of input pins supported by the device. InputCount is a read-only measurement and should be set only by the implementation class. InputCount is reported as a Long value.
prefix/Gpio/InputCount	Long
prefix/Gpio/InputCount/ get
prefix/Gpio/InputCount/ read
prefix/Gpio/InputCount/ error
Output Map			Output specifies the current states of the output pins. Output is a read-only measurement reported as a Map value with output pin keys (see Output data keys) and Boolean state values. The measurement includes the state of multiple pins. Pins are indexed beginning with 1. When the state of 1 or more output pins changes, the measurement will include old and new states for all of the supported output pins. All pins may not be supported by the device. Get the OutputCount measurement for the number of supported output pins.
prefix/Gpio/Output	Map
prefix/Gpio/Output/ get
prefix/Gpio/Output/ read
prefix/Gpio/Output/ error
Output 1 expression String			LDAP expression to trigger the state of output pin 1 based on input pin and control values.
prefix/Gpio/Output1Expression	String
prefix/Gpio/Output1Expression/ get
prefix/Gpio/Output1Expression/ read
prefix/Gpio/Output1Expression/ write	String
prefix/Gpio/Output1Expression/ error
Output 2 expression String			LDAP expression to trigger the state of output pin 2 based on input pin and control values.
prefix/Gpio/Output2Expression	String
prefix/Gpio/Output2Expression/ get
prefix/Gpio/Output2Expression/ read
prefix/Gpio/Output2Expression/ write	String
prefix/Gpio/Output2Expression/ error
Output 3 expression String			LDAP expression to trigger the state of output pin 3 based on input pin and control values.
prefix/Gpio/Output3Expression	String
prefix/Gpio/Output3Expression/ get
prefix/Gpio/Output3Expression/ read
prefix/Gpio/Output3Expression/ write	String
prefix/Gpio/Output3Expression/ error
Output 4 expression String			LDAP expression to trigger the state of output pin 4 based on input pin and control values.
prefix/Gpio/Output4Expression	String
prefix/Gpio/Output4Expression/ get
prefix/Gpio/Output4Expression/ read
prefix/Gpio/Output4Expression/ write	String
prefix/Gpio/Output4Expression/ error
Output 5 expression String			LDAP expression to trigger the state of output pin 5 based on input pin and control values.
prefix/Gpio/Output5Expression	String
prefix/Gpio/Output5Expression/ get
prefix/Gpio/Output5Expression/ read
prefix/Gpio/Output5Expression/ write	String
prefix/Gpio/Output5Expression/ error
Output 6 expression String			LDAP expression to trigger the state of output pin 6 based on input pin and control values.
prefix/Gpio/Output6Expression	String
prefix/Gpio/Output6Expression/ get
prefix/Gpio/Output6Expression/ read
prefix/Gpio/Output6Expression/ write	String
prefix/Gpio/Output6Expression/ error
Output 7 expression String			LDAP expression to trigger the state of output pin 7 based on input pin and control values.
prefix/Gpio/Output7Expression	String
prefix/Gpio/Output7Expression/ get
prefix/Gpio/Output7Expression/ read
prefix/Gpio/Output7Expression/ write	String
prefix/Gpio/Output7Expression/ error
Output 8 expression String			LDAP expression to trigger the state of output pin 8 based on input pin and control values.
prefix/Gpio/Output8Expression	String
prefix/Gpio/Output8Expression/ get
prefix/Gpio/Output8Expression/ read
prefix/Gpio/Output8Expression/ write	String
prefix/Gpio/Output8Expression/ error
Output 9 expression String			LDAP expression to trigger the state of output pin 9 based on input pin and control values.
prefix/Gpio/Output9Expression	String
prefix/Gpio/Output9Expression/ get
prefix/Gpio/Output9Expression/ read
prefix/Gpio/Output9Expression/ write	String
prefix/Gpio/Output9Expression/ error
Output 10 expression String			LDAP expression to trigger the state of output pin 10 based on input pin and control values.
prefix/Gpio/Output10Expression	String
prefix/Gpio/Output10Expression/ get
prefix/Gpio/Output10Expression/ read
prefix/Gpio/Output10Expression/ write	String
prefix/Gpio/Output10Expression/ error
Output 11 expression String			LDAP expression to trigger the state of output pin 11 based on input pin and control values.
prefix/Gpio/Output11Expression	String
prefix/Gpio/Output11Expression/ get
prefix/Gpio/Output11Expression/ read
prefix/Gpio/Output11Expression/ write	String
prefix/Gpio/Output11Expression/ error
Output 12 expression String			LDAP expression to trigger the state of output pin 12 based on input pin and control values.
prefix/Gpio/Output12Expression	String
prefix/Gpio/Output12Expression/ get
prefix/Gpio/Output12Expression/ read
prefix/Gpio/Output12Expression/ write	String
prefix/Gpio/Output12Expression/ error
Output 13 expression String			LDAP expression to trigger the state of output pin 13 based on input pin and control values.
prefix/Gpio/Output13Expression	String
prefix/Gpio/Output13Expression/ get
prefix/Gpio/Output13Expression/ read
prefix/Gpio/Output13Expression/ write	String
prefix/Gpio/Output13Expression/ error
Output 14 expression String			LDAP expression to trigger the state of output pin 14 based on input pin and control values.
prefix/Gpio/Output14Expression	String
prefix/Gpio/Output14Expression/ get
prefix/Gpio/Output14Expression/ read
prefix/Gpio/Output14Expression/ write	String
prefix/Gpio/Output14Expression/ error
Output 15 expression String			LDAP expression to trigger the state of output pin 15 based on input pin and control values.
prefix/Gpio/Output15Expression	String
prefix/Gpio/Output15Expression/ get
prefix/Gpio/Output15Expression/ read
prefix/Gpio/Output15Expression/ write	String
prefix/Gpio/Output15Expression/ error
Output 16 expression String			LDAP expression to trigger the state of output pin 16 based on input pin and control values.
prefix/Gpio/Output16Expression	String
prefix/Gpio/Output16Expression/ get
prefix/Gpio/Output16Expression/ read
prefix/Gpio/Output16Expression/ write	String
prefix/Gpio/Output16Expression/ error
Output 17 expression String			LDAP expression to trigger the state of output pin 17 based on input pin and control values.
prefix/Gpio/Output17Expression	String
prefix/Gpio/Output17Expression/ get
prefix/Gpio/Output17Expression/ read
prefix/Gpio/Output17Expression/ write	String
prefix/Gpio/Output17Expression/ error
Output 18 expression String			LDAP expression to trigger the state of output pin 18 based on input pin and control values.
prefix/Gpio/Output18Expression	String
prefix/Gpio/Output18Expression/ get
prefix/Gpio/Output18Expression/ read
prefix/Gpio/Output18Expression/ write	String
prefix/Gpio/Output18Expression/ error
Output 19 expression String			LDAP expression to trigger the state of output pin 19 based on input pin and control values.
prefix/Gpio/Output19Expression	String
prefix/Gpio/Output19Expression/ get
prefix/Gpio/Output19Expression/ read
prefix/Gpio/Output19Expression/ write	String
prefix/Gpio/Output19Expression/ error
Output 20 expression String			LDAP expression to trigger the state of output pin 20 based on input pin and control values.
prefix/Gpio/Output20Expression	String
prefix/Gpio/Output20Expression/ get
prefix/Gpio/Output20Expression/ read
prefix/Gpio/Output20Expression/ write	String
prefix/Gpio/Output20Expression/ error
Output 21 expression String			LDAP expression to trigger the state of output pin 21 based on input pin and control values.
prefix/Gpio/Output21Expression	String
prefix/Gpio/Output21Expression/ get
prefix/Gpio/Output21Expression/ read
prefix/Gpio/Output21Expression/ write	String
prefix/Gpio/Output21Expression/ error
Output 22 expression String			LDAP expression to trigger the state of output pin 22 based on input pin and control values.
prefix/Gpio/Output22Expression	String
prefix/Gpio/Output22Expression/ get
prefix/Gpio/Output22Expression/ read
prefix/Gpio/Output22Expression/ write	String
prefix/Gpio/Output22Expression/ error
Output 23 expression String			LDAP expression to trigger the state of output pin 23 based on input pin and control values.
prefix/Gpio/Output23Expression	String
prefix/Gpio/Output23Expression/ get
prefix/Gpio/Output23Expression/ read
prefix/Gpio/Output23Expression/ write	String
prefix/Gpio/Output23Expression/ error
Output 24 expression String			LDAP expression to trigger the state of output pin 24 based on input pin and control values.
prefix/Gpio/Output24Expression	String
prefix/Gpio/Output24Expression/ get
prefix/Gpio/Output24Expression/ read
prefix/Gpio/Output24Expression/ write	String
prefix/Gpio/Output24Expression/ error
Output 25 expression String			LDAP expression to trigger the state of output pin 25 based on input pin and control values.
prefix/Gpio/Output25Expression	String
prefix/Gpio/Output25Expression/ get
prefix/Gpio/Output25Expression/ read
prefix/Gpio/Output25Expression/ write	String
prefix/Gpio/Output25Expression/ error
Output 26 expression String			LDAP expression to trigger the state of output pin 26 based on input pin and control values.
prefix/Gpio/Output26Expression	String
prefix/Gpio/Output26Expression/ get
prefix/Gpio/Output26Expression/ read
prefix/Gpio/Output26Expression/ write	String
prefix/Gpio/Output26Expression/ error
Output 27 expression String			LDAP expression to trigger the state of output pin 27 based on input pin and control values.
prefix/Gpio/Output27Expression	String
prefix/Gpio/Output27Expression/ get
prefix/Gpio/Output27Expression/ read
prefix/Gpio/Output27Expression/ write	String
prefix/Gpio/Output27Expression/ error
Output 28 expression String			LDAP expression to trigger the state of output pin 28 based on input pin and control values.
prefix/Gpio/Output28Expression	String
prefix/Gpio/Output28Expression/ get
prefix/Gpio/Output28Expression/ read
prefix/Gpio/Output28Expression/ write	String
prefix/Gpio/Output28Expression/ error
Output 29 expression String			LDAP expression to trigger the state of output pin 29 based on input pin and control values.
prefix/Gpio/Output29Expression	String
prefix/Gpio/Output29Expression/ get
prefix/Gpio/Output29Expression/ read
prefix/Gpio/Output29Expression/ write	String
prefix/Gpio/Output29Expression/ error
Output 30 expression String			LDAP expression to trigger the state of output pin 30 based on input pin and control values.
prefix/Gpio/Output30Expression	String
prefix/Gpio/Output30Expression/ get
prefix/Gpio/Output30Expression/ read
prefix/Gpio/Output30Expression/ write	String
prefix/Gpio/Output30Expression/ error
Output 31 expression String			LDAP expression to trigger the state of output pin 31 based on input pin and control values.
prefix/Gpio/Output31Expression	String
prefix/Gpio/Output31Expression/ get
prefix/Gpio/Output31Expression/ read
prefix/Gpio/Output31Expression/ write	String
prefix/Gpio/Output31Expression/ error
Output 32 expression String			LDAP expression to trigger the state of output pin 32 based on input pin and control values.
prefix/Gpio/Output32Expression	String
prefix/Gpio/Output32Expression/ get
prefix/Gpio/Output32Expression/ read
prefix/Gpio/Output32Expression/ write	String
prefix/Gpio/Output32Expression/ error
Output count Long			OutputCount specifies the number of output pins supported by the device. OutputCount is a read-only measurement and should be set only by the implementation class. OutputCount is reported as a Long value.
prefix/Gpio/OutputCount	Long
prefix/Gpio/OutputCount/ get
prefix/Gpio/OutputCount/ read
prefix/Gpio/OutputCount/ error
Output request Map			OutputRequest is the command interface to set the state of output pins. The incoming request should be in the form of a Map with output pin keys (see Output data keys) and the requested Boolean values. The request can include 1 or more pins to be changed. A request to update an output pin which has an associated LDAP expression will be ignored. Pins are indexed beginning with 1. The "o0" data key signifies that the requested Boolean value should be applied to all output pins.
prefix/Gpio/OutputRequest	Map
prefix/Gpio/OutputRequest/ execute	Map
prefix/Gpio/OutputRequest/ error

External Key	Data	Units	Description
ai0	long		Analog Input 0 - Special Analog Input meaning all inputs
ai1	long		Analog Input 1
ai2	long		Analog Input 2
ai3	long		Analog Input 3
ai4	long		Analog Input 4
ai5	long		Analog Input 5
ai6	long		Analog Input 6
ai7	long		Analog Input 7
ai8	long		Analog Input 8
ai9	long		Analog Input 9
ai10	long		Analog Input 10
ai11	long		Analog Input 11
ai12	long		Analog Input 12
ai13	long		Analog Input 13
ai14	long		Analog Input 14
ai15	long		Analog Input 15
ai16	long		Analog Input 16
ai17	long		Analog Input 17
ai18	long		Analog Input 18
ai19	long		Analog Input 19
ai20	long		Analog Input 20
ai21	long		Analog Input 21
ai22	long		Analog Input 22
ai23	long		Analog Input 23
ai24	long		Analog Input 24
ai25	long		Analog Input 25
ai26	long		Analog Input 26
ai27	long		Analog Input 27
ai28	long		Analog Input 28
ai29	long		Analog Input 29
ai30	long		Analog Input 30
ai31	long		Analog Input 31
ai32	long		Analog Input 32
ao0	long		Analog Output 0 - special long state meaning all analog outputs
ao1	long		Analog Output 1
ao2	long		Analog Output 2
ao3	long		Analog Output 3
ao4	long		Analog Output 4
ao5	long		Analog Output 5
ao6	long		Analog Output 6
ao7	long		Analog Output 7
ao8	long		Analog Output 8
ao9	long		Analog Output 9
ao10	long		Analog Output 10
ao11	long		Analog Output 11
ao12	long		Analog Output 12
ao13	long		Analog Output 13
ao14	long		Analog Output 14
ao15	long		Analog Output 15
ao16	long		Analog Output 16
ao17	long		Analog Output 17
ao18	long		Analog Output 18
ao19	long		Analog Output 19
ao20	long		Analog Output 20
ao21	long		Analog Output 21
ao22	long		Analog Output 22
ao23	long		Analog Output 23
ao24	long		Analog Output 24
ao25	long		Analog Output 25
ao26	long		Analog Output 26
ao27	long		Analog Output 27
ao28	long		Analog Output 28
ao29	long		Analog Output 29
ao30	long		Analog Output 30
ao31	long		Analog Output 31
ao32	long		Analog Output 32
i0	boolean		Input pin 0 - Special meaning all input states
i1	boolean		Input pin 1 - boolean state
i2	boolean		Input pin 2 - boolean state
i3	boolean		Input pin 3 - boolean state
i4	boolean		Input pin 4 - boolean state
i5	boolean		Input pin 5 - boolean state
i6	boolean		Input pin 6 - boolean state
i7	boolean		Input pin 7 - boolean state
i8	boolean		Input pin 8 - boolean state
i9	boolean		Input pin 9 - boolean state
i10	boolean		Input pin 10 - boolean state
i11	boolean		Input pin 11 - boolean state
i12	boolean		Input pin 12 - boolean state
i13	boolean		Input pin 13 - boolean state
i14	boolean		Input pin 14 - boolean state
i15	boolean		Input pin 15 - boolean state
i16	boolean		Input pin 16 - boolean state
i17	boolean		Input pin 17 - boolean state
i18	boolean		Input pin 18 - boolean state
i19	boolean		Input pin 19 - boolean state
i20	boolean		Input pin 20 - boolean state
i21	boolean		Input pin 21 - boolean state
i22	boolean		Input pin 22 - boolean state
i23	boolean		Input pin 23 - boolean state
i24	boolean		Input pin 24 - boolean state
i25	boolean		Input pin 25 - boolean state
i26	boolean		Input pin 26 - boolean state
i27	boolean		Input pin 27 - boolean state
i28	boolean		Input pin 28 - boolean state
i29	boolean		Input pin 29 - boolean state
i30	boolean		Input pin 30 - boolean state
i31	boolean		Input pin 31 - boolean state
i32	boolean		Input pin 32 - boolean state
o0	boolean		Output 0 - special boolean state meaning all output pins
o1	boolean		Output pin 1 - boolean state
o2	boolean		Output pin 2 - boolean state
o3	boolean		Output pin 3 - boolean state
o4	boolean		Output pin 4 - boolean state
o5	boolean		Output pin 5 - boolean state
o6	boolean		Output pin 6 - boolean state
o7	boolean		Output pin 7 - boolean state
o8	boolean		Output pin 8 - boolean state
o9	boolean		Output pin 9 - boolean state
o10	boolean		Output pin 10 - boolean state
o11	boolean		Output pin 11 - boolean state
o12	boolean		Output pin 12 - boolean state
o13	boolean		Output pin 13 - boolean state
o14	boolean		Output pin 14 - boolean state
o15	boolean		Output pin 15 - boolean state
o16	boolean		Output pin 16 - boolean state
o17	boolean		Output pin 17 - boolean state
o18	boolean		Output pin 18 - boolean state
o19	boolean		Output pin 19 - boolean state
o20	boolean		Output pin 20 - boolean state
o21	boolean		Output pin 21 - boolean state
o22	boolean		Output pin 22 - boolean state
o23	boolean		Output pin 23 - boolean state
o24	boolean		Output pin 24 - boolean state
o25	boolean		Output pin 25 - boolean state
o26	boolean		Output pin 26 - boolean state
o27	boolean		Output pin 27 - boolean state
o28	boolean		Output pin 28 - boolean state
o29	boolean		Output pin 29 - boolean state
o30	boolean		Output pin 30 - boolean state
o31	boolean		Output pin 31 - boolean state
o32	boolean		Output pin 32 - boolean state

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