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LIFXMasterAppOld.groovy
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LIFXMasterAppOld.groovy
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/** Deprecated **/
import groovy.json.JsonSlurper
import groovy.transform.Field
/**
*
* Copyright 2019 Robert Heyes. All Rights Reserved
*
* This software is free for Private Use. You may use and modify the software without distributing it.
* If you make a fork, and add new code, then you should create a pull request to add value, there is no
* guarantee that your pull request will be merged.
*
* You may not grant a sublicense to modify and distribute this software to third parties without permission
* from the copyright holder
* Software is provided without warranty and your use of it is at your own risk.
*
*/
@Field Boolean wantBufferCaching = false // should probably remove this?
definition(
name: "LIFX Master Old",
namespace: "robheyes",
author: "Robert Alan Heyes",
description: "Provides for discovery and control of LIFX devices",
category: "Discovery",
iconUrl: "",
iconX2Url: "",
iconX3Url: ""
)
preferences {
page(name: 'mainPage')
page(name: 'discoveryPage')
page(name: 'namedColorsPage')
page(name: 'testBedPage')
}
@SuppressWarnings("unused")
def mainPage() {
dynamicPage(name: "mainPage", title: "Options", install: true, uninstall: true) {
section {
input 'interCommandPause', 'number', defaultValue: 50, title: 'Time between commands (milliseconds)', submitOnChange: true
input 'maxPasses', 'number', title: 'Maximum number of passes', defaultValue: 2, submitOnChange: true
input 'refreshInterval', 'number', title: 'Discovery page refresh interval (seconds).<br><strong>WARNING</strong>: high refresh rates may interfere with discovery.', defaultValue: 6, submitOnChange: true
input 'namePrefix', 'text', title: 'Device name prefix', description: 'If you specify a prefix then all your device names will be preceded by this value', submitOnChange: true
input 'baseIpSegment', 'text', title: 'IP subnet(s)', description: 'e.g. 192.168.0 or 192.168.1, separate multiple subnets with commas', submitOnChange: true
input 'savePreferences', 'button', title: 'Save', submitOnChange: true
}
discoveryPageLink()
colorsPageLink()
testBedPageLink()
includeStyles()
}
}
def mainPageLink() {
section {
href(
name: 'Main page',
page: 'mainPage',
description: 'Back to main page'
)
}
}
@SuppressWarnings("unused")
def discoveryPage() {
dynamicPage(name: 'discoveryPage', title: 'Discovery', refreshInterval: refreshInterval()) {
section {
paragraph "<strong>RECOMMENDATION</strong>: The device network id (DNI) for a LIFX device is based on its IP address. It is, therefore, advisable to configure your router's DHCP settings to use fixed IP addresses for all LIFX devices"
paragraph '<strong>ADVICE</strong>: I would suggest that it\'s a good idea to create groups for all your ' +
'devices, and not just LIFX ones. This will make your rules and other automations dependent only ' +
'on the groups and not the actual hardware, making it easier to replace devices at a later date ' +
'with minimal disruption.<br>If you do this, then you may want to set the device prefix on the ' +
'settings page to provide a way of clearly distinguishing between the group name and the device name.'
input 'discoverBtn', 'button', title: 'Discover devices'
paragraph 'If you have added a new device, or not all of your devices are discovered the first time around, try the <strong>Discover only new devices</strong> button below'
paragraph(
null == atomicState.scanPass ?
'' :
(
('DONE' == atomicState.scanPass) ?
'Scanning complete' :
"Scanning your network for devices from subnets [${describeSubnets()}]" +
"<div class='meter'>" +
"<span style='width:${getProgressPercentage()}'><strong>${getProgressPercentage()}</strong></span>" +
"</div>"
)
)
paragraph(
discoveryTextKnownDevices()
)
input 'discoverNewBtn', 'button', title: discoverNewText()
input 'clearCachesBtn', 'button', title: 'Clear caches'
}
mainPageLink()
colorsPageLink()
includeStyles()
}
}
private String discoverNewText() {
def numDevices = getDeviceDefinitions().size()
numDevices == 0
? 'Discover only new devices'
: "${numDevices} outstanding device(s) found, try to process them?"
}
@SuppressWarnings("unused")
def namedColorsPage() {
dynamicPage(name: 'namedColorsPage', title: 'Named Colors') {
mainPageLink()
section {
input 'sortOrder', 'enum', title: 'Sort by: ', options: ['0': 'Alphabetical', '1': 'By Hue', '2': 'By Level', '3': 'By RGB'], submitOnChange: true
paragraph(
colorListHTML(settings.sortOrder as String)
)
}
discoveryPageLink()
includeStyles()
}
}
@SuppressWarnings("unused")
def testBedPage() {
dynamicPage(name: 'testBedPage', title: 'Testing stuff') {
section {
input 'multizone', 'capability.light', title: 'Multizone Light', submitOnChange: true
input 'colors', 'text', title: 'Colors', defaultValue: '{"a": "Red", "b": "#FFDDAA", "c": "random", "d": {"h":20,"s":50,"v":100}}'
input 'colors2', 'color_map', title: 'Colors', defaultValue: '[a: [color: Red], b: [color:"#FFDDAA"], c: [color: random], d: [h:20,s:50,v:100]]'
input 'pattern', 'text', title: 'Descriptor', defaultValue: 'a:1,b:2,c:3,d:1'
input 'testBtn', 'button', title: 'Test pattern'
input 'fetchBtn', 'button', title: 'Load from device'
}
section {
paragraph("Flattened = ${flattenedDescriptors()}")
}
mainPageLink()
includeStyles()
}
}
private void includeStyles() {
section {
paragraph(styles())
}
}
private discoveryPageLink() {
section {
href(
name: 'Discovery',
page: 'discoveryPage',
description: 'Device discovery'
)
}
}
private testBedPageLink() {
section {
href(
name: 'Testbed',
page: 'testBedPage',
description: 'For experimental stuff'
)
}
}
private colorsPageLink() {
section {
href(
name: 'Named colors',
page: 'namedColorsPage',
description: 'Named colors'
)
}
}
private static String styles() {
$/<style>
h3.pre {
background: #81BC00;
font-size: larger;
font-weight: bolder
}
h4.pre {
background: #81BC00;
font-size: larger
}
ul {
list-style-type: none;
}
ul.device-group {
background: #81BC00;
padding: 0;
}
ul.device {
background: #D9ECB1;
}
li.device-group {
font-weight: bold;
}
li.device {
font-weight: normal;
}
li.device-error {
font-weight: bold;
background: violet
}
button.hrefElem span.state-incomplete-text {
display: block
}
button.hrefElem span {
display: none
}
button.hrefElem br {
display: none
}
/* Progress bar - modified from https://css-tricks.com/examples/ProgressBars/ */
.meter {
height: 20px; /* Can be anything */
position: relative;
background: #D9ECB1;
-moz-border-radius: 5px;
-webkit-border-radius: 5px;
border-radius: 5px;
padding: 0px;
}
.meter > span {
display: block;
height: 100%;
border-top-right-radius: 2px;
border-bottom-right-radius: 2px;
border-top-left-radius: 5px;
border-bottom-left-radius: 5px;
background-color: #81BC00;
position: relative;
overflow: hidden;
text-align: center;
}
</style>/$
}
String colorListHTML(String sortOrder) {
// logDebug("sort order is $sortOrder")
builder = new StringBuilder()
builder << '<table class="colorList">'
colorList(sortOrder).each {
builder << '''<style>
table.colorList {
table-layout: auto;
width: 100%;
font-size: smaller
}
td.colorName {
width: fit-content
}
td.colorSwatch {
width: 70%
}
</style>
'''
builder << '<tr>'
builder << "<td class='colorName'>$it.name</td>"
builder << "<td class='colorSwatch' style='background-color:$it.rgb'> </td>"
builder << '</tr>'
}
builder << '</table>'
builder.toString()
}
private String discoveryTextKnownDevices() {
if ((atomicState.numDevices == null) || (0 == atomicState.numDevices)) {
return 'No devices known'
}
def deviceList = describeDevices() // don't inline this
("I have found <strong>${atomicState.numDevices}</strong> useable LIFX device"
+ ((1 == atomicState.numDevices) ? '' : 's')
+ ' so far:'
+ deviceList)
}
private String describeDevices() {
def sorted = getKnownIps().sort { a, b -> (a.value.label as String).compareToIgnoreCase(b.value.label as String) }
def grouped = sorted.groupBy { it.value.group }
def builder = new StringBuilder()
builder << '<ul class="device-group">'
grouped.each {
groupName, devices ->
builder << "<li class='device-group'>$groupName</li>"
builder << '<ul class="device">'
devices.each {
ip, device ->
builder << (
device.error ?
"<li class='device-error'>${device.label} (${device.error})</li>"
: "<li class='device'>${getDeviceNameLink(device)}</li>"
)
}
builder << '</ul>'
}
builder << '</ul>'
builder.toString()
}
private String getDeviceNameLink(device) {
def realDevice = getChildDevice(device.ip)
"<a href='/device/edit/${realDevice?.getId()}', target='_blank'>$device.label</a>"
}
Integer interCommandPauseMilliseconds(int pass = 1) {
(settings.interCommandPause ?: 40) + 10 * (pass - 1)
}
Integer maxScanPasses() {
settings.maxPasses ?: 2
}
Integer refreshInterval() {
settings.refreshInterval ?: 6
}
String deviceNamePrefix() {
settings.namePrefix ? settings.namePrefix + ' ' : ""
}
String ipSegment() {
settings.baseIpSegment
}
@SuppressWarnings("unused")
def updated() {
logDebug 'LIFX updating'
atomicState.subnets = null
initialize()
}
@SuppressWarnings("unused")
def installed() {
logDebug 'LIFX installed'
initialize()
}
@SuppressWarnings("unused")
def uninstalled() {
logDebug 'LIFX uninstalling - removing children'
removeChildren()
unsubscribe()
}
def initialize() {
updateKnownDevices()
}
private void updateKnownDevices() {
def knownDevices = knownDeviceLabels()
atomicState.numDevices = knownDevices.size()
}
@SuppressWarnings("unused")
def appButtonHandler(btn) {
if (btn == "discoverBtn") {
refresh()
} else if (btn == 'discoverNewBtn') {
discoverNew()
} else if (btn == 'refreshExistingBtn') {
refreshExisting()
} else if (btn == 'clearCachesBtn') {
clearCachedDescriptors()
clearDeviceDefinitions()
clearBufferCache()
} else if (btn == 'testBtn') {
testColorMapBuilder()
} else if (btn == 'fetchBtn') {
loadFromMultizone()
}
}
def loadFromMultizone() {
if (!multizone) {
logDebug 'No multizone device'
return
}
logDebug 'Got multizone device'
}
def testColorMapBuilder() {
Map<String, Map> map = buildColorMaps(settings.colors)
// logDebug "Map is $map"
def hsbkMaps = makeColorMaps map, settings.pattern as String
// logDebug "Big map is $hsbkMaps"
}
def setScanPass(pass) {
atomicState.scanPass = pass ?: null
}
def refresh() {
removeChildren()
discovery('discovery')
}
def discoverNew() {
// def outstandingDevices = getDeviceDefinitions();
// if (!(outstandingDevices.size() == 0)) {
// processOutstanding()
// return
// }
removeDiscoveryDevice()
discovery('discovery')
}
def processOutstanding() {
def outstandingDefinitions = getDeviceDefinitions()
if (outstandingDefinitions.size() == 0) {
removeDiscoveryDevice()
return
}
List keys = outstandingDefinitions.collect { key, value -> value }
def first = keys.first();
logDebug "First entry is ${first}"
// removeDiscoveryDevice() // temporary
}
def refreshExisting() {
removeDiscoveryDevice()
// discovery('refresh')
}
String discoveryType() {
return atomicState.discoveryType
}
private void discovery(String discoveryType) {
atomicState.discoveryType = discoveryType
atomicState.scanPass = null
updateKnownDevices()
clearDeviceDefinitions()
atomicState.progressPercent = 0
def discoveryDevice = addChildDevice 'robheyes', 'LIFX Discovery', 'LIFX Discovery'
subscribe discoveryDevice, 'lifxdiscovery.complete', removeDiscoveryDevice
subscribe discoveryDevice, 'lifxdiscovery.outstanding', handleOutstandingDevices
subscribe discoveryDevice, 'progress', progress
}
def handleOutstandingDevices(evt) {
logDebug "Found outstanding devices"
}
@SuppressWarnings("unused")
def progress(evt) {
def percent = evt.getIntegerValue()
if (percent - (atomicState.progressPercent ?: 0) > 10) {
atomicState.progressPercent = percent
}
}
def getProgressPercentage() {
def percent = atomicState.progressPercent ?: 0
"$percent%"
}
void removeDiscoveryDevice(evt = null) {
logInfo 'Removing LIFX Discovery device'
unsubscribe()
atomicState.scanPass = 'DONE'
try {
deleteChildDevice 'LIFX Discovery'
} catch (Exception e) {
// don't care, let it fail
}
}
void removeChildren() {
logInfo "Removing child devices"
childDevices.each {
if (it != null) {
deleteChildDevice it.deviceNetworkId
}
}
clearKnownIps()
updateKnownDevices()
}
// Common device commands
@SuppressWarnings("GrMethodMayBeStatic")
Map<String, List> deviceOnOff(String value, Boolean displayed, duration = 0) {
def actions = makeActions()
actions.commands << makeCommand('LIGHT.SET_POWER', [powerLevel: value == 'on' ? 65535 : 0, duration: duration * 1000])
actions.events << [name: "switch", value: value, displayed: displayed, data: [syncing: "false"]]
actions
}
@SuppressWarnings("GrMethodMayBeStatic")
Map<String, List> deviceSetColor(com.hubitat.app.DeviceWrapper device, Map colorMap, Boolean displayed, duration = 0) {
// logDebug "Duration1: $duration"
def hsbkMap = getCurrentHSBK device
hsbkMap << getScaledColorMap(colorMap)
hsbkMap.duration = (colorMap.duration ?: duration)
deviceSetHSBKAndPower(device, duration, hsbkMap, displayed)
}
@SuppressWarnings("GrMethodMayBeStatic")
Map<String, List> deviceSetColor(com.hubitat.app.DeviceWrapper device, String colorMap, Boolean displayed, duration = 0) {
deviceSetColor(device, stringToMap(colorMap), displayed, duration)
}
@SuppressWarnings("GrMethodMayBeStatic")
Map<String, List> deviceSetHue(com.hubitat.app.DeviceWrapper device, Number hue, Boolean displayed, duration = 0) {
def hsbkMap = getCurrentHSBK device
hsbkMap.hue = scaleUp100 hue
hsbkMap.duration = duration
deviceSetHSBKAndPower(device, duration, hsbkMap, displayed)
}
@SuppressWarnings("GrMethodMayBeStatic")
Map<String, List> deviceSetSaturation(com.hubitat.app.DeviceWrapper device, Number saturation, Boolean displayed, duration = 0) {
def hsbkMap = getCurrentHSBK device
hsbkMap.saturation = scaleUp100 saturation
hsbkMap.duration = duration
deviceSetHSBKAndPower(device, duration, hsbkMap, displayed)
}
@SuppressWarnings("GrMethodMayBeStatic")
Map<String, List> deviceSetColorTemperature(com.hubitat.app.DeviceWrapper device, Number temperature, Boolean displayed, duration = 0) {
def hsbkMap = [kelvin: temperature, duration: duration, brightness: scaleUp(device.currentLevel as Long, 100)]
deviceSetHSBKAndPower(device, duration, hsbkMap, displayed)
}
Map<String, List> deviceSetIRLevel(com.hubitat.app.DeviceWrapper device, Number level, Boolean displayed, duration = 0) {
def actions = makeActions()
actions.commands << makeCommand('LIGHT.SET_INFRARED', [irLevel: value == scaleUp100(level)])
actions.events << [name: "IRLevel", value: level, displayed: displayed, data: [syncing: "false"]]
actions
}
Map<String, List> deviceSetLevel(com.hubitat.app.DeviceWrapper device, Number level, Boolean displayed, duration = 0) {
if ((null == level || level <= 0) && 0 == duration) {
return deviceOnOff('off', displayed)
}
if (level > 100) {
level = 100
}
def hsbkMap = getCurrentHSBK(device)
if (device.hasCapability('ColorMode') && (device.currentValue('colorMode') == 'CT') || hsbkMap.saturation == 0) {
hsbkMap.brightness = scaleUp100 level
hsbkMap.hue = 0
hsbkMap.saturation = 0
hsbkMap.duration = duration
} else {
hsbkMap = [
hue : scaleUp100(device.currentHue),
saturation: scaleUp100(device.currentSaturation),
brightness: scaleUp100(level),
kelvin : device.currentColorTemperature,
duration : duration,
]
}
deviceSetHSBKAndPower(device, duration, hsbkMap, displayed)
}
Map<String, List> deviceSetState(com.hubitat.app.DeviceWrapper device, Map myStateMap, Boolean displayed, duration = 0) {
def power = myStateMap.power
def level = myStateMap.level ?: myStateMap.brightness
def kelvin = myStateMap.kelvin ?: myStateMap.temperature
String color = myStateMap.color ?: myStateMap.colour
duration = (myStateMap.duration ?: duration)
if (color) {
Map myColor
myColor = (null == color) ? null : lookupColor(color.replace('_', ' '))
Map realColor = [
hue : scaleUp(myColor.h ?: 0, 360),
saturation: scaleUp100(myColor.s ?: 0),
brightness: scaleUp100(level ?: (myColor.v ?: 50)),
kelvin : kelvin ?: device.currentColorTemperature, // not sure this makes any sense
duration : duration
]
if (myColor.name) {
realColor.name = myColor.name
}
return deviceSetHSBKAndPower(device, duration, realColor, displayed, power)
}
if (kelvin) {
def realColor = [
hue : 0, // does this make sense? Yes, because of Groovy truth
saturation: 0,
kelvin : kelvin,
brightness: scaleUp100(level ?: 100),
duration : duration,
name : null
]
return deviceSetHSBKAndPower(device, duration, realColor, displayed, power)
}
if (level) {
return deviceSetLevel(device, level, displayed, duration)
}
return [:] // do nothing
}
List<Map> parseForDevice(device, String description, Boolean displayed, Boolean updateDevice = false) {
Map header = parseHeaderFromDescription description
switch (header.type) {
case messageType["DEVICE.STATE_VERSION"]:
log.warn("STATE_VERSION type ignored")
return []
case messageType['DEVICE.STATE_LABEL']:
if (updateDevice) {
def data = parsePayload 'DEVICE.STATE_LABEL', header
device.setLabel(officialDeviceName(data.label.trim()))
}
return []
case messageType['DEVICE.STATE_GROUP']:
def data = parsePayload 'DEVICE.STATE_GROUP', header
String group = data.label
return [[name: 'group', value: group]]
case messageType['DEVICE.STATE_LOCATION']:
def data = parsePayload 'DEVICE.STATE_LOCATION', header
String location = data.label
return [[name: 'location', value: location]]
case messageType['DEVICE.STATE_HOST_INFO']:
def data = parsePayload 'DEVICE.STATE_HOST_INFO', header
logDebug("Wifi data $data")
break
case messageType['DEVICE.STATE_INFO']:
def data = parsePayload 'DEVICE.STATE_INFO', header
break
case messageType['LIGHT.STATE']:
def data = parsePayload 'LIGHT.STATE', header
if (updateDevice) {
def label = data.label.trim()
def deviceName = officialDeviceName(label)
device.setName deviceName
device.setLabel deviceName
}
List<Map> result = [[name: "level", value: scaleDown100(data.color.brightness), displayed: displayed]]
if (device.hasCapability('Color Control')) {
result.add([name: "hue", value: scaleDown100(data.color.hue), displayed: displayed])
result.add([name: "saturation", value: scaleDown100(data.color.saturation), displayed: displayed])
}
if (device.hasCapability('Color Temperature')) {
result.add([name: "colorTemperature", value: data.color.kelvin as Integer, displayed: displayed])
}
if (device.hasCapability('Switch')) {
result.add([name: 'switch', value: (data.power == 65535) ? 'on' : 'off', displayed: displayed])
}
return result
case messageType['LIGHT.STATE_INFRARED']:
def data = parsePayload 'LIGHT.STATE_INFRARED', header
// logDebug "IR Data: $data"
return [[name: 'IRLevel', value: scaleDown100(data.irLevel), displayed: displayed]]
case messageType['DEVICE.STATE_POWER']:
Map data = parsePayload 'DEVICE.STATE_POWER', header
return [[name: "switch", value: (data.powerLevel as Integer == 0 ? "off" : "on"), displayed: displayed, data: [syncing: "false"]],]
case messageType['LIGHT.STATE_POWER']:
Map data = parsePayload 'LIGHT.STATE_POWER', header
return [
[name: "switch", value: (data.powerLevel as Integer == 0 ? "off" : "on"), displayed: displayed, data: [syncing: "false"]],
[name: "level", value: (data.powerLevel as Integer == 0 ? 0 : 100), displayed: displayed, data: [syncing: "false"]]
]
case messageType['DEVICE.ACKNOWLEDGEMENT']:
Byte sequence = header.sequence
clearExpectedAckFor device, sequence
return []
case messageType['MULTIZONE.STATE_EXTENDED_COLOR_ZONES']:
logDebug "Got zone data"
// Map data = parsePayload 'MULTIZONE.STATE_EXTENDED_COLOR_ZONES', header
// logDebug "Zone data: $data"
return []
default:
logWarn "Unhandled response for ${header.type}"
return []
}
return []
}
Map<String, List> discoveryParse(String description) {
def actions = makeActions()
Map deviceParams = parseDeviceParameters description
String ip = convertIpLong(deviceParams.ip as String)
Map parsed = parseHeader deviceParams
final String mac = deviceParams.mac
switch (parsed.type) {
case messageType['DEVICE.STATE_VERSION']:
if (isKnownIp(ip)) {
break
}
def existing = getDeviceDefinition mac
if (!existing) {
createDeviceDefinition parsed, ip, mac
actions.commands << [ip: ip, type: messageType['DEVICE.GET_GROUP']]
}
break
case messageType['DEVICE.STATE_LABEL']:
def data = parsePayload 'DEVICE.STATE_LABEL', parsed
def device = updateDeviceDefinition mac, ip, [label: officialDeviceName(data.label)]
if (device) {
sendEvent ip, [name: 'label', value: officialDeviceName(data.label)]
sendEvent ip, [name: 'deviceName', value: officialDeviceName(data.label)]
}
break
case messageType['DEVICE.STATE_GROUP']:
def data = parsePayload 'DEVICE.STATE_GROUP', parsed
def device = updateDeviceDefinition mac, ip, [group: data.label]
if (device) {
sendEvent ip, [name: 'group', value: data.label]
}
actions.commands << [ip: ip, type: messageType['DEVICE.GET_LOCATION']]
break
case messageType['DEVICE.STATE_LOCATION']:
def data = parsePayload 'DEVICE.STATE_LOCATION', parsed
def device = updateDeviceDefinition mac, ip, [location: data.label]
if (device) {
sendEvent ip, [name: 'location', value: data.label]
}
actions.commands << [ip: ip, type: messageType['DEVICE.GET_LABEL']]
break
case messageType['DEVICE.STATE_WIFI_INFO']:
break
case messageType['DEVICE.STATE_INFO']:
break
}
return actions
}
@SuppressWarnings("GrMethodMayBeStatic")
byte[] asByteArray(List buffer) {
(buffer.each { it as byte }) as byte[]
}
@SuppressWarnings("unused")
void lifxQuery(com.hubitat.app.DeviceWrapper device, String deviceAndType, Closure<List> sender) {
sendCommand device, deviceAndType, [:], true, 0 as Byte, sender
}
@SuppressWarnings("unused")
void lifxCommand(com.hubitat.app.DeviceWrapper device, String deviceAndType, Map payload, Byte index, Closure<List> sender) {
/* sendCommand device, deviceAndType, payload, false, false, index, sender*/ // this is with an ack
sendCommand device, deviceAndType, payload, false, index, sender
}
private void sendCommand(com.hubitat.app.DeviceWrapper device, String deviceAndType, Map payload = [:], boolean responseRequired, Byte index, Closure<List> sender) {
def buffer = []
byte sequence = makePacket buffer, deviceAndType, payload, responseRequired, false, index
sender buffer
}
private void sendCommand(com.hubitat.app.DeviceWrapper device, String deviceAndType, Map payload = [:], boolean responseRequired, boolean ackRequired, Byte index, Closure<List> sender) {
resendUnacknowledgedCommand(device, sender)
def buffer = []
byte sequence = makePacket buffer, deviceAndType, payload, responseRequired, ackRequired, index
if (ackRequired) {
expectAckFor device, sequence, buffer
}
sender buffer
}
private void resendUnacknowledgedCommand(com.hubitat.app.DeviceWrapper device, Closure<List> sender) {
def expectedSequence = ackWasExpected device
if (expectedSequence) {
List resendBuffer = getBufferToResend device, expectedSequence
clearExpectedAckFor device, expectedSequence
sender resendBuffer
}
}
// fills the buffer with the LIFX packet and returns the sequence number
byte makePacket(List buffer, String deviceAndType, Map payload, Boolean responseRequired = true, Boolean ackRequired = false, Byte sequence = null) {
def listPayload = makePayload(deviceAndType, payload)
int messageType = messageType[deviceAndType]
makePacket(buffer, [0, 0, 0, 0, 0, 0] as byte[], messageType, ackRequired, responseRequired, listPayload, sequence)
}
byte makePacket(List buffer, byte[] targetAddress, int messageType, Boolean ackRequired = false, Boolean responseRequired = false, List payload = [], Byte sequence = null) {
def lastSequence = sequence ?: sequenceNumber()
if (wantBufferCaching) {
def hashKey = targetAddress.toString() + messageType.toString() + payload.toString() + (ackRequired ? 'T' : 'F') + (responseRequired ? 'T' : 'F')
aBuffer = lookupBuffer(hashKey)
if (aBuffer) {
add buffer, aBuffer as byte[]
put buffer, 23, lastSequence as byte // store the sequence
return lastSequence
}
}
createFrame buffer, targetAddress.every { it == 0 }
createFrameAddress buffer, targetAddress, ackRequired, responseRequired, lastSequence
createProtocolHeader buffer, messageType as short
createPayload buffer, payload as byte[]
put buffer, 0, buffer.size() as short
if (wantBufferCaching) {
if (hashKey) {
storeBuffer hashKey, buffer
}
}
return lastSequence
}
Boolean isKnownIp(String ip) {
def knownIps = getKnownIps()
null != knownIps[ip]
}
private void expectAckFor(com.hubitat.app.DeviceWrapper device, Byte sequence, List buffer) {
def expected = atomicState.expectedAckFor ?: [:]
expected[device.getDeviceNetworkId() as String] = [sequence: sequence, buffer: buffer]
atomicState.expectedAckFor = expected
}
private Byte ackWasExpected(com.hubitat.app.DeviceWrapper device) {
def expected = atomicState.expectedAckFor ?: [:]
expected[device.getDeviceNetworkId() as String]?.sequence as Byte
}
private void clearExpectedAckFor(com.hubitat.app.DeviceWrapper device, Byte sequence) {
def expected = atomicState.expectedAckFor ?: [:]
expected.remove(device.getDeviceNetworkId())
atomicState.expectedAckFor = expected
}
private List getBufferToResend(com.hubitat.app.DeviceWrapper device, Byte sequence) {
def expected = atomicState.expectedAckFor ?: [:]
Map expectation = expected[device.getDeviceNetworkId()]
if (null == expectation) {
null
}
if (expectation?.sequence == sequence) {
expectation?.buffer
} else {
null
}
}
int typeOfMessage(String deviceAndType) { messageType[deviceAndType] }
void clearCachedDescriptors() { atomicState.cachedDescriptors = null }
String getSubnet() {
if (null != settings.baseIpSegment) {
def baseIp = parseIPSegment(settings.baseIpSegment)
if (baseIp != null) {
// log.debug 'Using base ip'
return baseIp
}
}
// log.debug 'Base IP not found, using current subnet'
def ip = getHubIP()
def m = ip =~ /^(\d{1,3}\.\d{1,3}\.\d{1,3}\.)\d{1,3}/
if (!m) {
logWarn('ip does not match pattern')
return null
}
return m.group(1)
}
String describeSubnets() {
def subnets = getSubnets()
subnets.join ','
}
String[] getSubnets() {
if (atomicState.subnets != null) {
return atomicState.subnets
}
def baseIps = getBaseIps()
if (baseIps?.size() != 0) {
// log.debug "Using base ips $baseIps"
atomicState.subnets = baseIps
return baseIps
}
// log.debug 'Base IP not found, using current subnet'
def ip = getHubIP()
def m = ip =~ /^(\d{1,3}\.\d{1,3}\.\d{1,3}\.)\d{1,3}/
if (!m) {
logWarn('ip does not match pattern')
return null
}
atomicState.subnets = [m.group(1)]
return atomicState.subnets
}
String[] getBaseIps() {
// logDebug "Baseip segment = ${settings.baseIpSegment}"
String ipSegment = settings.baseIpSegment
return ipSegment == null ? [] : ipSegment.split(/,/)?.collect { return parseIPSegment(it) }
}
private String parseIPSegment(String ipSegment) {
// logDebug "Segment $ipSegment"
def m = ipSegment =~ /^(\d{1,3}\.\d{1,3}\.\d{1,3})/
if (!m) {
logDebug 'null segment'
return null
}
def segment = m.group(1)
(segment.endsWith('.')) ? segment : segment + '.'
}
// returns [h, s, v, name]
private Map lookupColor(String color) {
Map foundColor
if (color?.startsWith('#')) {
foundColor = getHexColor(color)
foundColor.name = color
logDebug "Hex color $foundColor"
return foundColor
}
if (color == "random") {
foundColor = pickRandomColor()
} else {
foundColor = fullColorMap.find { (it.name as String).equalsIgnoreCase(color) }
if (!foundColor) {
throw new RuntimeException("No color found for $color")
}
}
return transformNamedColor(foundColor)
}
private static Map transformNamedColor(Map foundColor) {
def theColor = foundColor.hsv
theColor.name = foundColor.name
theColor
}
private static Map getHexColor(String color) {
Map rgb = hexToColor color
rgbToHSV rgb.r, rgb.g, rgb.b, 'high'
}
private static Map expandRgb(Map colorDef) {
Map rgb = hexToColor(colorDef.rgb)
Map hsv = rgbToHSV rgb.r, rgb.g, rgb.b, 'high'
[name: colorDef.name, rgb: colorDef.rgb, rgbMap: rgb, hsv: hsv]
}
@SuppressWarnings("GrMethodMayBeStatic")
private Map pickRandomColor() {
def colors = fullColorMap
def tempRandom = Math.abs(new Random().nextInt() % colors.size())
colors[tempRandom]
}
@SuppressWarnings("GrMethodMayBeStatic")
private List<Map> colorList(String sortOrder) {
if (!(!sortOrder || '0' == sortOrder)) {
switch (sortOrder) {
case '1':
List<Map> colorMapHSV = fullColorMap
colorMapHSV.sort { a, b -> compareHSV(a.hsv, b.hsv) }
return colorMapHSV
case '2':
List<Map> colorMapHSV = fullColorMap
colorMapHSV.sort { a, b -> compareVHS(a.hsv, b.hsv) }
return colorMapHSV
case '3':
List<Map> colorMapRGB = fullColorMap
colorMapRGB.sort { a, b -> compareRGB(b.rgbMap, a.rgbMap) }
return colorMapRGB
}
}
colorMap
}