Table of Contents

maxLevel	2

Represents a Thermostat on the network.

As a sub-class of Device ZigbeeDevice, it inherits everything from that interfaceclass and its parent Device class, as well as providing convenience methods for interacting with Thermostats.

API

...

changeSystemMode(SystemMode systemMode)

Usage

Sends a command over the network to change the System Mode of a Thermostat.

Returns a PropertyCommandData object containing the future result of the Property modified by the command.

This is a non-blocking call.

Parameters

Name	Type	Description
systemMode	SystemMode	A enumeration with the following values: off, auto, cool, heat, emergency _ heating, pre _ cooling, fan _ only, dry, sleep

Returns

Return Type

Description

PropertyCommandData

Contains a CompletableFuture<Property> of the property being modified by the command.

Contains the last known (cached) value of the property being modified by the command.

...

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    thermostat.changeModechangeSystemMode(SystemMode.OFF);
}

...

readSystemMode()

Usage

Sends a command over the network to read the Mode of a ThermostatDevice (i.e. SystemMode)

Returns a CompletableFuture of the 'systemMode' Property.

This is a non-blocking call.

Parameters

None.

Returns

Return Type	Description
CompletableFuture<Property>	A CompletableFuture of the 'systemMode' Property.

Examples

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    CompletableFuture<Property> futureMode = thermostat.readMode();
    
    // you can block on the future, or handle it asynchronously
    // blocking example
    Property systemMode = futureMode.get();
 
    // async example
    futureMode.thenAccept( systemModeProperty -> System.out.println("systemMode: " + systemModeProperty) );
}

changeFanMode(FanMode fanMode)

Usage

Sends a command over the network to change the Fane Mode of a Thermostat.

Returns a PropertyCommandData object containing the future result of the Property modified by the command.

This is a non-blocking call.

Parameters

Name	Type	Description
fanMode	FanMode	An enumeration with the following values: off, low, medium, high, on, auto, smart

Returns

Return Type

Description

PropertyCommandData

Contains a CompletableFuture<Property> of the property being modified by the command.

Contains the last known (cached) value of the property being modified by the command.

...

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    thermostat.changeFanMode(FanMode.LOW);
}

readFanMode()

Usage

Sends a command over the network to read the Fan Mode of a ThermostatDevice.

Returns a CompletableFuture of the 'fanMode' Property.

This is a non-blocking call.

Parameters

None.

Returns

Return Type	Description
CompletableFuture<Property>	A CompletableFuture of the 'fanMode' Property.

Examples

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    CompletableFuture<Property> futureMode = thermostat.readFanMode();
    
    // you can block on the future, or handle it asynchronously
    // blocking example
    Property fanMode = futureMode.get();
 
    // async example
    futureMode.thenAccept( fanProperty -> System.out.println("fanMode: " + fanProperty) );
}

...

adjustOccupiedSetpoint(Setpoint setpoint,

...

double amount)

Usage

Sends a command over the network to adjust the cooling or heating Setpoint up or down by a specified amount.

Returns

...

a CompletableFuture<String> object containing the future result of the command.

This is a non-blocking call.

Parameters

Name	Type	Description
setpoint	Setpoint	An enumeration with the following values: heat, cool
amount	intdouble	The amount to adjust the setpoint up or down, in tenths of a degree (i.e. 10 = 1 degree, 1 = 0.1 degree). For example, 2.5 degrees.

Returns

Return Type	Description
Optional<CommandData>	An Optional CommandData class which contains a CompletableFuture<String> of the command result, as well as a String of the last known value of the Property this command effectsCompletableFuture<String>	A CompletableFuture<String> containing the result.

Examples

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Optional<CommandData>
command;
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    
	// adjust cooling setpoint up by 1 degree
  command = thermostat.adjustSetpointadjustOccupiedSetpoint(Setpoint.COOL, 10); // adjust cooling setpoint up by 1 degree1.0)
              command.get().getCommandResult().thenAccept( result -> System.out.println("adjust cooling setpoint result: " + result) );

	// adjust heating  command =setpoint down by 1 degree
    thermostat.adjustSetpointadjustOccupiedSetpoint(Setpoint.HEAT, -10); // adjust heating setpoint down by 1 degree1.0)
              command.get().getCommandResult().thenAccept( result -> System.out.println("adjust heating setpoint result: " + result) );
}

...

readOccupiedCoolingSetpoint() / readOccupiedHeatingSetpoint()

Usage

Sends a command over the network to read the Occupied Cooling or Heating Setpoint of a ThermostatDevice.

Returns a CompletableFuture of the

...

Property.

This is a non-blocking call.

Parameters

...

None.

Returns

Return Type	Description
CompletableFuture<Property>	A CompletableFuture of the 'setpoint' Property.

Examples

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    CompletableFuture<Property> future = thermostat.readSetpointLimitreadOccupiedCoolingSetpoint(Setpoint.HEAT);
    
    // you can block on the future, or handle it asynchronously
    // blocking example
    Property setpoint = future.get();
 
    // async example
    future.thenAccept( setpoint -> System.out.println("setpoint: " + setpoint) );
}

...

setOccupiedCoolingSetpoint(double temperature) / setOccupiedHeatingSetpoint(double temperature)

Usage

Sends a command over the network to set the cooling or heating Setpoint to a specified amount.

Returns

...

a PropertyCommandData object containing the future result of the command.

This is a non-blocking call.

Parameters

Name	Type	Description
setpoint	Setpoint	An enumeration with the following values: heat, cool
setpointLimit	inttemperature	double	The amount to set to setpoint to, in tenths of a degree (i.e. 2350 = 23. For example 24.5 degrees), etc.

Returns

Return Type

Description

PropertyCommandData

Contains a CompletableFuture<Property> of the property being modified by the command.

Contains the last known (cached) value of the property being modified by the command.

...

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    thermostat.setSetpointLimitsetOccupiedHeatingSetpoint(Setpoint.HEAT, 235023.5); // set the heating setpoint to 23.5 degrees
}

readRunningMode()

Usage

Sends a command over the network to read the Running Mode of a ThermostatDevice.

Returns a CompletableFuture of the 'runningMode' Property.

This is a non-blocking call.

Parameters

None.

Returns

Return Type	Description
CompletableFuture<Property>	A CompletableFuture of the 'runningMode' Property.

Examples

Code Block

language	java

GatewayClient gateway = new GatewayClient(new ConnectionInfo(ConnectionType.ZIGBEE_UART, "/dev/ttyUSB0"),
...
Collection<Device> thermostats = gateway.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE) );
for (Device device : thermostats) {
    ThermostatDevice thermostat = (ThermostatDevice) device;
    CompletableFuture<Property> futureMode = thermostat.readRunningMode();
    
    // you can block on the future, or handle it asynchronously
    // blocking example
    Property runningMode = futureMode.get();
 
    // async example
    futureMode.thenAccept( runningModeProperty -> System.out.println("runningMode: " + runningModeProperty) );
}

getDeviceType()

Usage

Returns the DeviceType that the Device belongs to. DeviceType contains a type and category. For a ThermostatDevice, this would be:

Category: HVAC
Type: Thermostat

The value returned from this method can be used to search the network for Devices of the same type.

Parameters

None.

Returns

Return Type	Description
DeviceType	The DeviceType object categorizing and identifying the ThermostatDevice.

Examples

Code Block

language	java

...
Collection<Device> thermostats = gw.getDevices( d -> d.getDeviceType().equals(ThermostatDevice.DEVICE_TYPE));
...
System.out.println("ThermostatDevice type: " + gw.getDevice(idStr).getDeviceType().getType() );
...

...

Page Comparison

Versions Compared

Old Version 4

New Version Current

Key

API

changeSystemMode(SystemMode systemMode)

Usage

Parameters

Returns

readSystemMode()

Usage

Parameters

Returns

Examples

changeFanMode(FanMode fanMode)

Usage

Parameters

Returns

readFanMode()

Usage

Parameters

Returns

Examples

adjustOccupiedSetpoint(Setpoint setpoint,

double amount)

Usage

Parameters

Returns

Examples

readOccupiedCoolingSetpoint() / readOccupiedHeatingSetpoint()

Usage

Parameters

Returns

Examples

setOccupiedCoolingSetpoint(double temperature) / setOccupiedHeatingSetpoint(double temperature)

Usage

Parameters

Returns

readRunningMode()

Usage

Parameters

Returns

Examples

getDeviceType()

Usage

Parameters

Returns

Examples