[insteon] Fix iolinc device support (#18273)
Signed-off-by: Jeremy Setton <jeremy.setton@gmail.com>pull/18686/head
Jeremy
GitHub
parent
1f7183b7fd
commit
c646a0704a
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@ -298,8 +298,9 @@ In order to determine which channels a device supports, check the device in the
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| program-lock | Switch | R/W | Local Programming Lock |
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| pump | Switch | R/W | Pump Control |
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| ramp-rate | Number:Time | R/W | Ramp Rate |
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| relay-mode | String | R/W | Output Relay Mode |
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| relay-sensor-follow | Switch | R/W | Output Relay Sensor Follow |
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| relay-mode | String | R/W | Relay Mode |
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| relay-sensor-follow | Switch | R/W | Relay Sensor Follow |
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| relay-sensor-inverted | Switch | R/W | Relay Sensor Inverted |
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| resume-dim | Switch | R/W | Resume Dim Level |
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| reverse-direction | Switch | R/W | Reverse Motor Direction |
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| rollershutter | Rollershutter | R/W | Rollershutter |
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@ -1122,21 +1123,33 @@ OFF=unlocked
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### I/O Linc (garage door openers)
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The I/O Linc devices are really two devices in one: a relay and a contact.
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The I/O Linc devices are really two devices in one: an output relay and an input contact sensor.
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To control the relay, link the modem as a controller using the set buttons as described in the instructions.
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To get the status of the contact, the modem must also be linked as a responder to the I/O Linc.
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The I/O Linc has a feature to invert the contact or match the contact when it sends commands to any linked responders.
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This is based on the status of the contact when it is linked, and was intended for controlling other devices with the contact.
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The binding expects the contact to be inverted to work properly.
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Ensure the contact is OFF (status LED is dark/garage door open) when linking the modem as a responder to the I/O Linc in order for it to function properly.
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To get the state of the relay and sensor, the modem must also be linked as a responder to the I/O Linc.
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The contact state is based on the sensor state at the time it is linked.
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To invert the state, either relink the modem as a responder with the sensor state inverted, or toggle the channel `relay-sensor-inverted`.
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By default, the device is inverted where an on command is sent when the sensor is closed, and off when open.
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For a garage door opener, ensure the input sensor is closed (status LED off) during the linking process.
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##### Items
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```java
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Switch garageDoorOpener "door opener" { channel="insteon:device:home:aabbcc:switch" }
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Contact garageDoorContact "door contact [MAP(contact.map):%s]" { channel="insteon:device:home:aabbcc:contact" }
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Switch garageDoorOpener "door opener" { channel="insteon:device:home:aabbcc:switch" }
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Contact garageDoorContact "door contact [MAP(contact.map):%s]" { channel="insteon:device:home:aabbcc:contact" }
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String garageDoorRelayMode "door relay mode" { channel="insteon:device:home:aabbcc:relay-mode" }
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Switch garageDoorRelaySensorInverted "door relay sensor inverted" { channel="insteon:device:home:aabbcc:relay-sensor-inverted" }
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```
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<details>
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<summary>Legacy</summary>
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```java
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Switch garageDoorOpener "door opener" { channel="insteon:device:home:AABBCC:switch" }
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Contact garageDoorContact "door contact [MAP(contact.map):%s]" { channel="insteon:device:home:AABBCC:contact" }
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```
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</details>
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and create a file "contact.map" in the transforms directory with these entries:
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```text
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@ -1145,11 +1158,6 @@ CLOSED=closed
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-=unknown
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```
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> NOTE: If the I/O Linc contact status appears delayed, or returns the wrong value when the sensor changes states, the contact was likely ON (status LED lit) when the modem was linked as a responder.
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Examples of this behavior would include: The status remaining CLOSED for up to 3 minutes after the door is opened, or the status remains OPEN for up to three minutes after the garage is opened and immediately closed again.
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To resolve this behavior the I/O Linc will need to be unlinked and then re-linked to the modem with the contact OFF (stats LED off).
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That would be with the door open when using the Insteon garage kit.
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### Fan Controllers
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Here is an example configuration for a FanLinc module, which has a dimmable light and a variable speed fan:
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@ -75,10 +75,13 @@ public class InsteonBindingConstants {
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public static final String FEATURE_LED_ON_OFF = "ledOnOff";
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public static final String FEATURE_LINK_FF_GROUP = "linkFFGroup";
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public static final String FEATURE_LOW_BATTERY_THRESHOLD = "lowBatteryThreshold";
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public static final String FEATURE_MOMENTARY_DURATION = "momentaryDuration";
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public static final String FEATURE_MONITOR_MODE = "monitorMode";
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public static final String FEATURE_ON_LEVEL = "onLevel";
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public static final String FEATURE_PING = "ping";
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public static final String FEATURE_RAMP_RATE = "rampRate";
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public static final String FEATURE_RELAY_MODE = "relayMode";
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public static final String FEATURE_RELAY_SENSOR_FOLLOW = "relaySensorFollow";
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public static final String FEATURE_SCENE = "scene";
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public static final String FEATURE_STAY_AWAKE = "stayAwake";
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public static final String FEATURE_TEMPERATURE_SCALE = "temperatureScale";
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@ -237,9 +237,9 @@ public class DeviceFeature {
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public int getComponentId() {
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int componentId = 0;
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if (device instanceof InsteonDevice insteonDevice && isControllerOrResponderFeature()) {
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// use feature group as component id if device has more than one controller or responder feature,
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// use feature group as component id if device has more than one controller or responder feature group,
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// set to 1 if device link db has a matching record, otherwise fall back to 0
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if (insteonDevice.getControllerOrResponderFeatures().size() > 1) {
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if (insteonDevice.getControllerOrResponderFeatureGroups().size() > 1) {
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componentId = getGroup();
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} else if (insteonDevice.getLinkDB().hasComponentIdRecord(1, isControllerFeature())) {
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componentId = 1;
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@ -112,8 +112,9 @@ public class InsteonDevice extends BaseDevice<InsteonAddress, InsteonDeviceHandl
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return getFeatures().stream().filter(DeviceFeature::isResponderFeature).toList();
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}
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public List<DeviceFeature> getControllerOrResponderFeatures() {
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return getFeatures().stream().filter(DeviceFeature::isControllerOrResponderFeature).toList();
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public List<Integer> getControllerOrResponderFeatureGroups() {
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return getFeatures().stream().filter(DeviceFeature::isControllerOrResponderFeature).map(DeviceFeature::getGroup)
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.distinct().toList();
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}
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public List<DeviceFeature> getFeatures(String type) {
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@ -1727,6 +1727,10 @@ public abstract class CommandHandler extends BaseFeatureHandler {
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* I/O linc momentary duration command handler
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*/
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public static class IOLincMomentaryDurationCommandHandler extends CommandHandler {
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private static final double DEFAULT_DURATION = 2;
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private static final double MIN_DURATION = 0.1;
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private static final double MAX_DURATION = 6300;
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IOLincMomentaryDurationCommandHandler(DeviceFeature feature) {
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super(feature);
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}
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@ -1740,34 +1744,26 @@ public abstract class CommandHandler extends BaseFeatureHandler {
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public void handleCommand(InsteonChannelConfiguration config, Command cmd) {
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try {
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double duration = getDuration(cmd);
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if (duration != -1) {
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InsteonAddress address = getInsteonDevice().getAddress();
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int prescaler = 1;
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int delay = (int) Math.round(duration * 10);
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if (delay > 255) {
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prescaler = (int) Math.ceil(delay / 255.0);
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delay = (int) Math.round(delay / (double) prescaler);
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}
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boolean setCRC = getInsteonDevice().getInsteonEngine().supportsChecksum();
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// define ext command message to set momentary duration delay
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Msg delayMsg = Msg.makeExtendedMessage(address, (byte) 0x2E, (byte) 0x00,
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new byte[] { (byte) 0x01, (byte) 0x06, (byte) delay }, setCRC);
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// define ext command message to set momentary duration prescaler
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Msg prescalerMsg = Msg.makeExtendedMessage(address, (byte) 0x2E, (byte) 0x00,
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new byte[] { (byte) 0x01, (byte) 0x07, (byte) prescaler }, setCRC);
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// send requests
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feature.sendRequest(delayMsg);
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if (logger.isDebugEnabled()) {
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logger.debug("{}: sent momentary duration delay {} request to {}", nm(),
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HexUtils.getHexString(delay), address);
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}
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feature.sendRequest(prescalerMsg);
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if (logger.isDebugEnabled()) {
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logger.debug("{}: sent momentary duration prescaler {} request to {}", nm(),
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HexUtils.getHexString(prescaler), address);
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}
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} else {
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logger.warn("{}: got unexpected momentary duration command {}, ignoring request", nm(), cmd);
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int multiplier = getDurationMultiplier(duration);
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int delay = (int) Math.round(duration * 10 / multiplier);
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InsteonAddress address = getInsteonDevice().getAddress();
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boolean setCRC = getInsteonDevice().getInsteonEngine().supportsChecksum();
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// define ext command message to set momentary duration delay
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Msg delayMsg = Msg.makeExtendedMessage(address, (byte) 0x2E, (byte) 0x00,
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new byte[] { (byte) 0x01, (byte) 0x06, (byte) delay }, setCRC);
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// define ext command message to set momentary duration multiplier
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Msg multiplierMsg = Msg.makeExtendedMessage(address, (byte) 0x2E, (byte) 0x00,
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new byte[] { (byte) 0x01, (byte) 0x07, (byte) multiplier }, setCRC);
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// send requests
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feature.sendRequest(delayMsg);
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if (logger.isDebugEnabled()) {
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logger.debug("{}: sent momentary duration delay {} request to {}", nm(),
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HexUtils.getHexString(delay), address);
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}
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feature.sendRequest(multiplierMsg);
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if (logger.isDebugEnabled()) {
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logger.debug("{}: sent momentary duration multiplier {} request to {}", nm(),
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HexUtils.getHexString(multiplier), address);
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}
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} catch (InvalidMessageTypeException e) {
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logger.warn("{}: invalid message: ", nm(), e);
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@ -1777,12 +1773,29 @@ public abstract class CommandHandler extends BaseFeatureHandler {
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}
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private double getDuration(Command cmd) {
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double duration = DEFAULT_DURATION;
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if (cmd instanceof DecimalType time) {
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return time.doubleValue();
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duration = time.doubleValue();
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} else if (cmd instanceof QuantityType<?> time) {
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return Objects.requireNonNullElse(time.toInvertibleUnit(Units.SECOND), time).doubleValue();
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duration = Objects.requireNonNullElse(time.toInvertibleUnit(Units.SECOND), time).doubleValue();
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}
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return -1;
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return Math.max(MIN_DURATION, Math.min(MAX_DURATION, duration));
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}
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private int getDurationMultiplier(double duration) {
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int delay = (int) Math.round(duration * 10);
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// multiplier discrete steps as used by the insteon app
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int multiplier = 1;
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if (delay > 51000) {
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multiplier = 250;
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} else if (delay > 25500) {
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multiplier = 200;
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} else if (delay > 2550) {
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multiplier = 100;
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} else if (delay > 255) {
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multiplier = 10;
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}
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return multiplier;
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}
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}
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@ -19,6 +19,7 @@ import java.math.BigDecimal;
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import java.math.RoundingMode;
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import java.time.Instant;
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import java.util.Map;
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import java.util.Objects;
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import java.util.Set;
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import javax.measure.Unit;
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@ -1265,6 +1266,83 @@ public abstract class MessageHandler extends BaseFeatureHandler {
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}
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}
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/**
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* I/O linc relay switch on message handler
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*/
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public static class IOLincRelaySwitchOnMsgHandler extends SwitchOnMsgHandler {
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IOLincRelaySwitchOnMsgHandler(DeviceFeature feature) {
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super(feature);
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}
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@Override
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public void handleMessage(byte cmd1, Msg msg) {
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State state = getInsteonDevice().getFeatureState(FEATURE_RELAY_SENSOR_FOLLOW);
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// handle message only if relay sensor follow is on
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if (OnOffType.ON.equals(state)) {
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super.handleMessage(cmd1, msg);
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}
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}
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}
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/**
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* I/O linc relay switch off message handler
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*/
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public static class IOLincRelaySwitchOffMsgHandler extends SwitchOffMsgHandler {
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IOLincRelaySwitchOffMsgHandler(DeviceFeature feature) {
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super(feature);
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}
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@Override
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public void handleMessage(byte cmd1, Msg msg) {
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State state = getInsteonDevice().getFeatureState(FEATURE_RELAY_SENSOR_FOLLOW);
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// handle message only if relay sensor follow is on
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if (OnOffType.ON.equals(state)) {
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super.handleMessage(cmd1, msg);
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}
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}
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}
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/**
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* I/O linc relay switch reply message handler
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*/
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public static class IOLincRelaySwitchReplyHandler extends SwitchRequestReplyHandler {
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private static final int DEFAULT_DURATION = 2;
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IOLincRelaySwitchReplyHandler(DeviceFeature feature) {
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super(feature);
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}
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@Override
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public void handleMessage(byte cmd1, Msg msg) {
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super.handleMessage(cmd1, msg);
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// trigger poll with delay based on momentary duration if not status reply and relay mode not latching
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if (feature.getQueryCommand() != 0x19 && getRelayMode() != IOLincRelayMode.LATCHING) {
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long delay = getPollDelay();
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feature.triggerPoll(delay);
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}
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}
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private @Nullable IOLincRelayMode getRelayMode() {
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try {
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State state = getInsteonDevice().getFeatureState(FEATURE_RELAY_MODE);
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if (state instanceof StringType mode) {
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return IOLincRelayMode.valueOf(mode.toString());
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}
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} catch (IllegalArgumentException ignored) {
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}
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return null;
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}
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private long getPollDelay() {
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double delay = DEFAULT_DURATION;
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State state = getInsteonDevice().getFeatureState(FEATURE_MOMENTARY_DURATION);
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if (state instanceof QuantityType<?> duration) {
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delay = Objects.requireNonNullElse(duration.toInvertibleUnit(Units.SECOND), duration).doubleValue();
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}
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return (long) (delay * 1000);
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}
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}
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/**
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* I/O linc momentary duration message handler
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*/
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@ -1275,17 +1353,17 @@ public abstract class MessageHandler extends BaseFeatureHandler {
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@Override
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protected @Nullable State getState(byte cmd1, double value) {
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int duration = getDuration((int) value);
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double duration = getDuration((int) value);
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return new QuantityType<Time>(duration, Units.SECOND);
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}
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private int getDuration(int value) {
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int prescaler = value >> 8; // high byte
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private double getDuration(int value) {
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int multiplier = Math.max(value >> 8, 1); // high byte
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int delay = value & 0xFF; // low byte
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if (delay == 0) {
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delay = 255;
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}
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return delay * prescaler / 10;
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return delay * multiplier / 10.0;
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}
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}
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@ -287,13 +287,15 @@ channel-type.insteon.program-lock.description = Prevent manual device configurat
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channel-type.insteon.pump.label = Pump Control
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channel-type.insteon.ramp-rate.label = Ramp Rate
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channel-type.insteon.ramp-rate.description = Control how fast the dimmer turns on or off.
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channel-type.insteon.relay-mode.label = Output Relay Mode
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channel-type.insteon.relay-mode.label = Relay Mode
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channel-type.insteon.relay-mode.state.option.LATCHING = Latching
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channel-type.insteon.relay-mode.state.option.MOMENTARY_A = Momentary A
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channel-type.insteon.relay-mode.state.option.MOMENTARY_B = Momentary B
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channel-type.insteon.relay-mode.state.option.MOMENTARY_C = Momentary C
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channel-type.insteon.relay-sensor-follow.label = Output Relay Sensor Follow
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channel-type.insteon.relay-sensor-follow.description = Set the output relay to trigger when the sensor input changes state.
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channel-type.insteon.relay-sensor-follow.label = Relay Sensor Follow
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channel-type.insteon.relay-sensor-follow.description = Set the relay to trigger when the sensor changes state.
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channel-type.insteon.relay-sensor-inverted.label = Relay Sensor Inverted
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channel-type.insteon.relay-sensor-inverted.description = Invert the sensor state when the relay triggers.
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channel-type.insteon.resume-dim.label = Resume Dim Level
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channel-type.insteon.resume-dim.description = Resume previous dim level when turned on locally.
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channel-type.insteon.reverse-direction.label = Reverse Motor Direction
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@ -408,7 +408,7 @@
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<item-type>Number:Time</item-type>
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<label>Momentary Duration</label>
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<description>Set the output relay closure duration for momentary relay modes (A-C).</description>
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<state min="0.2" max="25" step="0.1" pattern="%.1f %unit%"/>
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<state min="0.1" max="6300" step="0.1" pattern="%.1f %unit%"/>
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</channel-type>
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<channel-type id="monitor-mode" advanced="true">
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@ -539,7 +539,7 @@
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<channel-type id="relay-mode" advanced="true">
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<item-type>String</item-type>
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<label>Output Relay Mode</label>
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<label>Relay Mode</label>
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<state>
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<options>
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<option value="LATCHING">Latching</option>
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@ -552,8 +552,14 @@
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<channel-type id="relay-sensor-follow" advanced="true">
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<item-type>Switch</item-type>
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<label>Output Relay Sensor Follow</label>
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<description>Set the output relay to trigger when the sensor input changes state.</description>
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<label>Relay Sensor Follow</label>
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<description>Set the relay to trigger when the sensor changes state.</description>
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</channel-type>
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<channel-type id="relay-sensor-inverted" advanced="true">
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<item-type>Switch</item-type>
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<label>Relay Sensor Inverted</label>
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<description>Invert the sensor state when the relay triggers.</description>
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</channel-type>
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<channel-type id="resume-dim" advanced="true">
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@ -230,6 +230,16 @@
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<poll-handler>NoPollHandler</poll-handler>
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</feature-type>
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<feature-type name="IOLincRelaySwitch" link="responder">
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<message-dispatcher>DefaultDispatcher</message-dispatcher>
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<message-handler command="0x11" group="1">IOLincRelaySwitchOnMsgHandler</message-handler>
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<message-handler command="0x13" group="1">IOLincRelaySwitchOffMsgHandler</message-handler>
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<message-handler command="0x19">IOLincRelaySwitchReplyHandler</message-handler>
|
||||
<message-handler default="true">NoOpMsgHandler</message-handler>
|
||||
<command-handler command="OnOffType">SwitchOnOffCommandHandler</command-handler>
|
||||
<command-handler command="RefreshType">RefreshCommandHandler</command-handler>
|
||||
<poll-handler ext="0" cmd1="0x19" cmd2="0x00">FlexPollHandler</poll-handler>
|
||||
</feature-type>
|
||||
<feature-type name="IOLincRelayMode">
|
||||
<message-dispatcher>DefaultDispatcher</message-dispatcher>
|
||||
<message-handler command="0x19">IOLincRelayModeReplyHandler</message-handler>
|
||||
|
|
@ -1102,5 +1112,6 @@
|
|||
<message-handler command="0x16" group="1">X10EventMsgHandler</message-handler>
|
||||
<message-handler default="true">NoOpMsgHandler</message-handler>
|
||||
<command-handler default="true">NoOpCommandHandler</command-handler>
|
||||
<poll-handler>NoPollHandler</poll-handler>
|
||||
</feature-type>
|
||||
</xml>
|
||||
|
|
|
|||
|
|
@ -825,8 +825,8 @@
|
|||
<!-- Sensors and Actuators -->
|
||||
|
||||
<device-type name="SensorsActuators_IOLinc">
|
||||
<feature name="switch">GenericSwitch</feature>
|
||||
<feature name="contact" group="2">GenericSensorContact</feature>
|
||||
<feature name="switch">IOLincRelaySwitch</feature>
|
||||
<feature name="contact">GenericSensorContact</feature>
|
||||
<feature-group name="extDataGroup" type="ExtDataGroup">
|
||||
<feature name="momentaryDuration">IOLincMomentaryDuration</feature>
|
||||
</feature-group>
|
||||
|
|
@ -834,9 +834,10 @@
|
|||
<feature name="programLock" bit="0" on="0x00" off="0x01">OpFlags</feature>
|
||||
<feature name="ledTraffic" bit="1" on="0x02" off="0x03">OpFlags</feature>
|
||||
<feature name="relaySensorFollow" bit="2" on="0x04" off="0x05">OpFlags</feature>
|
||||
<feature name="relaySensorInverted" bit="6" on="0x0E" off="0x0F" inverted="true">OpFlags</feature>
|
||||
<feature name="relayMode">IOLincRelayMode</feature>
|
||||
</feature-group>
|
||||
<default-link name="relay" type="controller" group="1" data1="0x03" data2="0x00" data3="0x00"/>
|
||||
<default-link name="sensor" type="controller" group="1" data1="0x03" data2="0x00" data3="0x00"/>
|
||||
</device-type>
|
||||
|
||||
<device-type name="SensorsActuators_Siren">
|
||||
|
|
|
|||
Loading…
Reference in New Issue