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unofficial-ring-connect.groovy
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unofficial-ring-connect.groovy
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/**
* Completely Unofficial Ring Connect App For Floodlights/Spotlights/Chimes Only (Don't hate me, Ring guys. I had to do it.)
*
* Copyright 2019-2020 Ben Rimmasch
* Copyright 2022 Caleb Morse
*
* Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except
* in compliance with the License. You may obtain a copy of the License at:
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software distributed under the License is distributed
* on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License
* for the specific language governing permissions and limitations under the License.
*/
// @todo Other urls that could maybe be used for something
// APP_API_BASE_URL + '/mode/location/${location_id}/settings'
// APP_API_BASE_URL + '/mode/location/${location_id}/sharing'
// CLIENT_API_BASE_URL + '/profile'
import com.hubitat.app.ChildDeviceWrapper
import groovy.json.JsonOutput
import groovy.transform.Field
import javax.net.ssl.SSLHandshakeException
import javax.net.ssl.SSLPeerUnverifiedException
import groovyx.net.http.ResponseParseException
import org.apache.http.conn.ConnectTimeoutException
import org.apache.http.conn.HttpHostConnectException
definition(
name: "Unofficial Ring Connect",
namespace: "ring-hubitat-codahq",
author: "Ben Rimmasch (codahq)",
description: "Service Manager for Ring Alarm, Smart Lighting, Floodlights, Spotlights, Chimes, Cameras, and Doorbells",
category: "Convenience",
singleInstance: true,
// Hubitat documentation says these aren't used and should just be set to an empty string
iconUrl: "", iconX2Url: "", iconX3Url: "",
)
preferences {
page(name: "mainPage")
page(name: "login")
page(name: "secondStep")
page(name: "authCheck")
page(name: "locations")
page(name: "addDevices")
page(name: "deviceDiscovery")
page(name: "notifications")
page(name: "ifttt")
page(name: "pollingPage")
page(name: "snapshots")
}
def login() {
app.removeSetting('twoStepCode')
dynamicPage(name: "login", title: "Log into Your Ring Account", nextPage: "secondStep", uninstall: true) {
section("Ring Account Information") {
paragraph "<h2>NOTE: Ring now requires two-factor authentication. You will be prompted for your code on the next page."
input "username", "email", title: "Ring Username", description: "Email used to login to Ring.com", required: true
input "password", "password", title: "Ring Password", description: "Password you login to Ring.com", required: true
}
}
}
def secondStep() {
unschedule()
if (!authPassword() && state.authResponse != "challenge") {
return dynamicPage(name: "secondStep", title: "Authenticate failed!", nextPage: "login", uninstall: true) {
section {
paragraph "Authentication error: ${state.authResponse}"
}
}
}
dynamicPage(name: "secondStep", title: "Check text messages or email for the 2-step authentication code", nextPage: "authCheck", uninstall: true) {
section("2-Step Code") {
input "twoStepCode", "password", title: "Code", description: "2-Step Temporary Code", required: true
}
}
}
def authCheck() {
// If auth succeeded, do a quick api request to verify we're authenticated
if (authTwoFactorChallenge(twoStepCode) && apiRequestLocations()) {
dynamicPage(name: "authCheck", title: "Authentication successful", nextPage: "locations", uninstall: true) {
section {
paragraph "Authentication successful. Click next to continue"
}
}
} else {
dynamicPage(name: "authCheck", title: "Authentication failed", nextPage: "login", uninstall: true) {
section {
paragraph "Authentication failed. Error message was: ${state.authResponse}"
paragraph "Click next to try again"
}
}
}
}
def locations() {
state.locationOptions = [:]
apiRequestLocations()?.each {
state.locationOptions[it.location_id.toString()] = it.name.toString()
}
if (!state.locationOptions) {
return dynamicPage(name: "locations", title: "Not authenticated", nextPage: "login", uninstall: true) {
section("Please check your Ring username and password") { paragraph "" }
}
}
dynamicPage(name: "locations", title: "Select which location you want to use", nextPage: "mainPage", uninstall: true) {
section("Locations") {
input "selectedLocations", "enum", required: true, title: "Select a location", options: state.locationOptions
}
}
}
def mainPage() {
final boolean isLoggedIn = loggedIn()
if (tokenReset) {
app.updateSetting("tokenReset", false)
state.accessToken = null
}
dynamicPage(name: "mainPage", title: "Manage Your Ring Devices", uninstall: true, install: true) {
if (!state.accessToken) { // Access token for Ecobee to make a callback into this code
try {
state.accessToken = createAccessToken()
} catch (final Exception e) {
log.error("mainPage - OAuth Exception: ${e}")
section('<h2>OAuth Error</h2>') {
paragraph('<b style="color: red;">OAUTH is not currently enabled for this app. You must enable it to continue. You can do this from the "Apps Code" section of the Hubitat UI for this app (the Hubitat "Official Ring Connect"). Enabling oauth should not be necessary if installed with HPM</b>')
}
}
}
section("Ring Account Information (<b>${isLoggedIn ? 'Successfully Logged In!' : 'Not Logged In. Please Configure!'}</b>)") {
href "login", title: "Log into Your Ring Account"
}
if (isLoggedIn) {
final Map location = getSelectedLocation()
logTrace "location: $location"
if (location) {
if (!getAPIDevice(location)) {
section("There was an issue finding/migrating your API device! Please check the logs!") { paragraph "" }
}
section("Configure Devices For Location: <b>${location.name}</b>") {
href "deviceDiscovery", title: "Discover Devices"
}
} else {
section("<b>Error getting selected locations</b>") { paragraph "" }
}
}
section("Getting Events From Ring") {
href "notifications", title: "Configure the way that Hubitat will get motion alert and ring events"
}
section("Camera Thumbnail Images") {
href "snapshots", title: "Configure the way that Hubitat will get camera thumbnail images"
}
List<ChildDeviceWrapper> childDevs = getChildDevices()
if (childDevs) {
section("Managed Installed Child Devices", hidden: true, hideable: true, hideWhenEmpty: true) {
for (ChildDeviceWrapper child in childDevs.sort { a, b -> a.deviceNetworkId <=> b.deviceNetworkId }) {
String description = "Click here to manage this device"
if (child.deviceNetworkId.startsWith(RING_API_DNI)) {
description += "\nThis device manages the WebSockets connection for your Ring Alarm Hub/Lighting Bridge. To create children of the Ring Alarm Hub/Lighting Bridge, you must use this device's \"createDevices\" command device"
}
href child.deviceNetworkId, description: description, title: child.label, url: "/device/edit/${child.id}"
}
}
}
section("Configure Logging", hidden: true, hideable: true) {
input name: "descriptionTextEnable", type: "bool", title: "Enable descriptionText logging", defaultValue: false
input name: "logEnable", type: "bool", title: "Enable debug logging", defaultValue: false
input name: "traceLogEnable", type: "bool", title: "Enable trace logging", defaultValue: false
}
section("Advanced options", hidden: true, hideable: true) {
paragraph('<b style="font-size: 22px;">Reset Compromised OAuth Access Token</b>')
paragraph('<b style="color: red;">Do not toggle this button without understanding the following.</b> Resetting this token will require you to manually update <b>ALL</b> of the URLs in any existing dashboard tile any IFTTT applet. There is no need to reset the token unless it was compromised.')
input name: "tokenReset", type: "bool", title: "Toggle this to reset your app's OAuth token", defaultValue: false, submitOnChange: true
}
donationPageSection()
}
}
def notifications() {
dynamicPage(name: "notifications", title: "Configure the way that Hubitat will get motion alert and ring events. Choose one of the following methods. IFTTT is highly preferred.", nextPage: "mainPage") {
section {
href "ifttt", title: "IFTTT Integration and Documentation for Motion and Ring Alerts"
}
section {
href "pollingPage", title: "Configure Polling for Motion and Ring Alerts"
}
}
}
def ifttt() {
setupDingables()
List<ChildDeviceWrapper> dingables = state.dingables?.collect { getChildDeviceInternal(it) }?.findAll { it != null }
dynamicPage(name: "ifttt", title: '<b style="font-size: 25px;">Using IFTTT To Receive Motion and Ring Events</b>') {
section('<b style="font-size: 22px;">About IFTTT</b>') {
paragraph("IFTTT is a service that provides interoperability between many cloud services. Ring has implemented IFTTT triggers for ring and motion events. Triggers allow actions to run. One of the actions that IFTTT supports are web service calls (Webhooks). The overall control flow will start with a motion event or ring event at your Ring device. The device will notify the Ring cloud of the event. The Ring cloud will notify the IFTTT cloud of the event. The IFTTT cloud will make a web service call to the Hubitat cloud. The Hubitat cloud will push that call to the hub locally. The app will process it and send it to the correct device.")
paragraph("For the above to function correctly, an IFTTT applet must be configured for each event type for each device")
}
section('<b style="font-size: 22px;">Prerequisites</b>') {
paragraph("""- An IFTTT account
- The Ring service authorized to your IFTTT account (<a href="https://ifttt.com/ring" target="_blank">https://ifttt.com/ring</a>)
- A Ring device that supports motion and/or ring events in IFTTT
- The above device authorized to IFTTT through the Ring IFTTT service
- The ability to use the Webhooks actions on your IFTTT account (This appears to be configured by default for new IFTTT accounts.)""")
}
section('<b style="font-size: 22px;">Steps to create IFTTT Applets</b>') {
paragraph("For each of the devices above create an applet like the screenshot at the bottom of this page. After you fulfill the prerequisites above perform the following steps to create an applet.")
paragraph("""- Navigate to the applet create screen or follow <a href="https://ifttt.com/create" target="_blank">this link</a>.
- For the trigger event or "+This" event choose/search for Ring and then pick one of the two (motion or ring) trigger actions
- Select the device you want to configure events for and click "Create trigger"
- For the action or "+That" event choose/search for "Webhooks" and pick the "Make a web request" action
- Use the URL below from the "Webhooks URL" section in the URL field without any changes.
- Choose "POST" for the Method.
- Choose "application/json" for the Content Type. For the purposes of Hubitat and these notifications the Content Type field is NOT optional even though it says it is.
- For the Body use the helpful copy and paste snippets created below. There should be one for each of the supported devices. If you chose ring for the trigger action choose the body payload for ring events. If you chose motion as the trigger action above choose the body payload for motion events. For the purposes of Hubitat and these notifications the Body field is NOT optional even though it says it is.
- Click "Create action" and test the results.""")
paragraph('<b>You must visit <a href="https://ifttt.com" target="_blank">https://ifttt.com</a> to configure the applets.</b>')
}
section('<b style="font-size: 22px;">Webhooks URL</b>') {
paragraph("<b>${getFullApiServerUrl()}/ifttt?access_token=${state.accessToken}</b>")
paragraph("""The URL breaks down into the following pieces:
- "https://cloud.hubitat.com/api/" -- The base Hubitat cloud URL
- The first GUID is your hub's unique ID. Don't disclose this to anybody. It's a little like your hub's username.
- The numeric digits after the "/apps" portion is the installed app ID of this app.
- The last GUID is the access token created by this app using OAuth that IFTTT will use to authenticate to Hubitat. <b>DO NOT</b> disclose this to anybody. It is like a password.""")
}
section('<b style="font-size: 22px;">Body Payloads for Motion Events</b>') {
if (dingables) {
paragraph(dingables.collect {
"<u>" + it.label + "</u>: " + JsonOutput.toJson([kind: 'motion', motion: true, id: it.deviceNetworkId])
}.join('\n\n'))
} else {
paragraph("No installed devices support motion events")
}
}
section('<b style="font-size: 22px;">Body Payloads for Ring Events</b>') {
List ringables = dingables?.findAll { RINGABLES.contains(it.getDataValue("kind")) }
if (ringables) {
paragraph(ringables.collect {
"<u>" + it.label + "</u>: " + JsonOutput.toJson([kind: 'ding', motion: false, id: it.deviceNetworkId])
}.join('\n\n'))
} else {
paragraph("No installed devices support ring events")
}
}
section('<b style="font-size: 22px;">Example Applet Screenshot</b>') {
//noinspection SpellCheckingInspection
final String iftttScreenshotData = "data:image/png;base64,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"
paragraph('<div style="display: grid;"><img style="max-width: 100%; max-height: 100vh; margin: auto;" src="' + iftttScreenshotData + '" alt="Screenshot"/></div>')
}
donationPageSection()
}
}
def pollingPage() {
configureDingPolling()
dynamicPage(name: "pollingPage", title: "Configure Polling for Motion and Ring Alerts") {
section('<b style="color: red; font-size: 22px;">WARNING!! ADVERTENCIA!! ACHTUNG!! AVERTISSEMENT!!</b>') {
paragraph("Polling too quickly can have adverse affects on performance of your hubitat hub and may even get your Ring account temporarily or permanently locked. As of March 2022 Ring has taken no action to prevent polling.")
paragraph("<u>This is true for motion event, ring event, and light status polling.</u>")
paragraph("<b>It is recommended to use the IFTTT method to receive notifcations instead of polling.</b>")
}
section("<b><u>Configure settings to poll for motions and rings:</u></b>") {
input name: "dingPolling", type: "bool", title: "Poll for motion and rings", defaultValue: false, submitOnChange: true
if (dingPolling) {
input name: "dingInterval", type: "number", range: "8..20", title: "Number of seconds in between motion/ring polls", defaultValue: 15, submitOnChange: true
}
}
donationPageSection()
}
}
def snapshots() {
configureSnapshotPolling()
dynamicPage(name: "snapshots", title: "Configure camera snapshot polling", nextPage: "mainPage") {
section('<h2>Snapshot Polling</h2>') {
paragraph("Snapshots provided by this app will are only available locally, and not via the cloud. If you access the dashboards with these images they will only display locally (when on the same network as the hub).")
paragraph("Normally Ring only polls your devices for snapshots when an app on your account is open that needs image thumbnails (i.e. new thumbnails are only pulled you have the dashboard open on the phone app).")
paragraph("""This has several side effects.
<ul style="padding-left: 20px; margin-bottom: 0px;">
<li>Increased internet usage. Each thumbnail poll is approximately 10KB to 20KB</li>
<li>Battery powered device will need more frequent charging. If you already have the <a href="https://shop.ring.com/pages/protect-plans">Basic Plan's</a> "Snapshot Capture" feature enabled you will not notice much of a difference.</li>
<li>Your hub will be under additional load to pull the images. This is likely the primary factor to consider when deciding whether or not to enable snapshot polling and usage. This additional load will be even higher if dashboards are left open continuously</li>
</ul>""")
}
if (!state.dingables) {
section('<h2>Snapshot Prerequisite Error</h2>') {
paragraph('<b style="color: red;">No installed devices support snapshots. Please install a device that supports snapshots before continuing</b>')
}
return
}
section('<h2>Configuration</h2>') {
input name: "snapshotPolling", type: "bool", title: "Poll for camera thumbnails", defaultValue: false, submitOnChange: true
if (snapshotPolling == true) {
input name: "snapshotInterval", type: "enum", title: "Interval between thumbnail refresh", required: true,
options: snapshotIntervals, defaultValue: 120, submitOnChange: true
}
paragraph('<h3>Device Configuration</h3>')
String msg = 'Click the links below and activate "Enable polling for thumbnail snapshots on this device" for each device you want to see. Refresh this page after enabling\n\n'
for (final String dingable in state.dingables) {
final String dingableDNI = getFormattedDNI(dingable)
ChildDeviceWrapper child = getChildDevice(dingableDNI)
if (child) {
msg += """<a href="/device/edit/${child.id}" target="_blank">${child.label}</a> (Opted <b>${state.snappables?.get(dingableDNI) ? 'in to' : 'out of'}</b> snapshot polling)\n"""
}
}
paragraph(msg)
paragraph('<h3>How to include snapshots on a dashboard</h3>')
paragraph("""<ul style="padding-left: 20px; margin-bottom: 0px;">
<li>In the dashboard that will show the thumbnail image click the "+" button to add a new tile.</li>
<li>Choose a placement for the tile on the dashboard with the column, row, height and width arrow controls.</li>
<li>No device is necessary so DO NOT pick one in the "Pick A Device" list. Instead pick "Image" from the template list.</li>
<li>At the bottom of this page are listed all the available camera URLs. Copy and paste the desired camera's URL into the "Background Image Link" field or "Image URL". If you use the "Background Image Link" the image will fill the entire tile. If you use "Image URL" the tile will display letter boxes.</li>
<li>Leave "Background Image Link" blank.</li>
<li>Choose a "Refresh Interval (seconds)" that is greater than or equal to the refresh interval you chose in snapshot configuration. (You selected ${snapshotInterval})</li>
<li>Click the "Add Tile" button.</li>
</ul>""")
paragraph('<h3>Snapshot URLs</h3>')
if (!state.snappables) {
paragraph("<b>There are no cameras configured to poll for snapshots.</b>")
return
}
paragraph("<b>WARNING: Do *not* share these URLs publicly</b>")
for (final String snappable in getEnabledSnappables()) {
final URI url = new URI("${getFullLocalApiServerUrl()}/snapshot/${URLEncoder.encode(snappable, "UTF-8")}?access_token=${state.accessToken}")
paragraph("""<u><b>${getChildDeviceInternal(snappable).label}:</b></u>\n<b>URL</b>: $url\n<img height="180" width="320" src="${url.path}?${url.query}" alt="Snapshot" />""")
}
}
donationPageSection()
}
}
def deviceDiscovery() {
if (!loggedIn()) {
return dynamicPage(name: "deviceDiscovery", title: "Not authenticated", nextPage: "login", uninstall: true) {
section("Please check your Ring username and password") { paragraph "" }
}
}
logDebug "deviceDiscovery()"
if (!selectedLocations) {
return dynamicPage(name: "deviceDiscovery", title: "No locations selected!", nextPage: "locations", uninstall: true) {
section("Please check your Ring location setup") { paragraph "" }
}
}
List apiResponse = apiRequestDevices()
if (!apiResponse) {
return dynamicPage(name: "deviceDiscovery", title: "No devices found!", nextPage: "mainPage", uninstall: true) {
section("apiRequestDevices returned nothing. See logs for more details") { paragraph "" }
}
}
loadAvailableDevices(apiResponse)
return dynamicPage(name: "deviceDiscovery", title: "Discovery Started!", nextPage: "addDevices", uninstall: true) {
section("Select the devices you want created as Hubitat devices") {
input "selectedDevices", "enum", title: "Select Ring Device(s)", multiple: true, options: getAvailableDevicesOptions()
}
}
}
void donationPageSection() {
section {
paragraph "<div style='color:#1A77C9;text-align:center'>Donations greatly appreciated!</a><br><a href='https://paypal.me/cdmorse' target='_blank'><b>Paypal</b></a></div>"
}
}
// Sets state.devices to a List of Maps of the form: {kind=base_station_v1, name=Ring Alarm Base Station - Alarm Base Station, id=dev_id_num}
void loadAvailableDevices(List apiRequestDevicesResponse) {
logDebug "loadAvailableDevices()"
state.devices = []
for (final Map node in apiRequestDevicesResponse) {
final String kind = node?.kind
if (!settings.selectedLocations.contains(node?.location_id)) {
logDebug "loadAvailableDevices: Excluding ${kind} at location ${node.location_id} because it is not in selected locations ${settings.selectedLocations}"
} else if (!DEVICE_TYPES.containsKey(kind)) {
logDebug "loadAvailableDevices: Excluding ${kind} at location ${node.location_id} because kind '${kind}' is not supported"
} else {
logDebug "loadAvailableDevices: Including a ${kind} at location ${node.location_id}"
state.devices.add([name: "${DEVICE_TYPES[kind].name} - ${node.description}", id: node.id, kind: node.kind])
}
}
logTrace "loadAvailableDevices: supportedIds ${state.devices}"
}
// @return a Map like: [dev_id_num:device_name]
Map getAvailableDevicesOptions() {
logDebug "createAvailableDevicesOptions()"
Map map = [:]
for (final Map device in state.devices) {
final String value = device.name
final String key = device.id
// @todo If no one reports this error, simplify this code
if (map.containsKey(key)) {
log.error("getAvailableDevicesOptions(): Device id '${key}' shows up more than once in apiRequestDevicesResponse. Please report this error so")
}
map[key] = map[key] ? map[key] + " || " + value : value
}
return map
}
void installed() { initialize() }
void updated() { initialize() }
void initialize() {
logDebug "initialize()"
configureDingPolling()
configureSnapshotPolling()
schedulePeriodicMaintenance()
}
mappings {
path("/ifttt") {
action: [POST: "processIFTTT"]
}
path("/snapshot/:ringDeviceId") {
action: [GET: "serveSnapshot"]
}
}
void processIFTTT() {
def json
try {
json = parseJson(request.body)
}
catch (Exception e) {
log.error "JSON received from IFTTT is invalid! ${request.body}: ${e}"
return
}
final String kind = json.kind
logDebug "processIFTTT() with ${kind} for ${json.id}"
ChildDeviceWrapper d = getChildDeviceInternal(json.id)
logTrace "data received: kind: ${kind}, id: ${json.id}, device: ${d}, request: ${request}, data: ${request.body}"
if (!d) {
log.warn "Received processIFTTT for device ${json.id} that does not exist"
return
}
if (kind == "motion") {
d.handleMotion(json)
} else if (kind == "ding") {
d.handleDing(json)
} else {
log.warn "Received processIFTTT for device ${json.id} with unsupported kind '${kind}'"
}
}
def addDevices() {
if (!loggedIn()) {
return dynamicPage(name: "addDevices", title: "Not authenticated", nextPage: "login", uninstall: true) {
section("Please check your Ring username and password") { paragraph "" }
}
}
List<Map> devices = state.devices
logTrace "devices ${devices}"
ChildDeviceWrapper apiDevice = getAPIDevice()
if (!apiDevice) {
return dynamicPage(name: "addDevices", title: "Error", nextPage: "mainPage", uninstall: true) {
section("getAPIDevice returned null. See logs for more details") { paragraph "" }
}
}
String sectionText = ""
boolean hubAdded = false
Set<Integer> enabledHubDoorbotIds = [].toSet()
for (final String id in selectedDevices) {
Map selectedDevice = devices.find { Map dev -> dev.id.toString() == id }
logTrace "addDevices: Selected id ${id}, Selected device ${selectedDevice}"
if (!selectedDevice) {
final String tmpMsg = "addDevices: Error adding device id: '${id}'. Available devices: ${devices}"
log.error(tmpMsg)
sectionText += tmpMsg
continue
}
final Integer selectedDeviceId = selectedDevice.id
final String kind = selectedDevice.kind
final Map deviceType = DEVICE_TYPES[kind]
if (deviceType == null) {
final String tmpMsg = "addDevices: Error adding device '${selectedDevice.name}'. Kind '${kind}' is not supported"
log.error(tmpMsg)
sectionText += tmpMsg
continue
}
boolean isHubDevice = false
ChildDeviceWrapper d = null
if (selectedDevice) {
d = getChildDeviceInternal(selectedDeviceId)
}
if (d == null) {
logDebug selectedDevice
if (["base_station_k1", "base_station_v1", "beams_bridge_v1"].contains(kind)) {
isHubDevice = true
enabledHubDoorbotIds.add(selectedDeviceId)
if (!apiDevice.isHubPresent(selectedDeviceId)) {
hubAdded = true
sectionText += "Requesting API device to create ${selectedDevice.name}\r\n"
}
}
else {
try {
log.warn "Creating a ${deviceType.name} with dni: ${getFormattedDNI(selectedDeviceId)}"
d = addChildDevice("ring-hubitat-codahq", deviceType.driver, getFormattedDNI(selectedDeviceId),
[label: selectedDevice?.name ?: deviceType.name])
d.refresh()
sectionText += "Successfully added ${deviceType.name} with DNI ${getFormattedDNI(selectedDeviceId)}\r\n"
} catch (e) {
if (e.toString().replace(deviceType.driver, "") ==
"com.hubitat.app.exception.UnknownDeviceTypeException: Device type '' in namespace 'ring-hubitat-codahq' not found") {
final String tmpMsg = "The '${deviceType.driver}' driver for device '${deviceType.name}' was not found and needs to be installed. NOTE: If you installed this using HPM, you can fix this by going to \"Update\" in HPM and selecting the optional drivers you need."
log.error tmpMsg
sectionText += '<b style="color: red;">' + tmpMsg + '</b>\r\n'
} else {
final String tmpMsg = "An error occured creating device: ${e}"
log.error tmpMsg
sectionText += tmpMsg + '\r\n'
}
}
}
}
if (!isHubDevice) {
d?.updateDataValue("kind", kind)
d?.updateDataValue("kind_name", deviceType.name)
}
}
apiDevice.setEnabledHubDoorbotIds(enabledHubDoorbotIds)
if (hubAdded) {
// Will add the hub zids to the API device's state.
// If any selected hub devices have not been created, this will create them automatically
apiDevice.updateTokensAndReconnectWebSocket()
}
return dynamicPage(name: "addDevices", title: "Devices Added", nextPage: "mainPage", uninstall: true) {
if (sectionText) {
logDebug sectionText
section("Please Note!") {
paragraph "Alarm base stations, Smart Lighting bridges and all devices connected to them are children of the API device.\r\n"
}
section("Add Ring Device Results:") {
paragraph sectionText
}
} else {
section("No devices added") {
paragraph "All selected devices have previously been added"
}
}
}
}
def uninstalled() {
getChildDevices()?.each {
deleteChildDevice(it.deviceNetworkId)
}
}
void setupDingables() {
state.dingables = getChildDevices()?.findAll { RINGABLES.contains(it.getDataValue("kind")) }?.collect { getRingDeviceId(it.deviceNetworkId) }
}
void configureDingPolling() {
unschedule(getDings)
if (dingPolling) {
setupDingables()
runIn(dingInterval ?: 15, getDings)
}
}
void getDings() {
apiRequestDings()
if (dingPolling) {
runIn(dingInterval ?: 15, getDings)
}
}
// Get a random integer from [0..bound)
Integer getRandomInteger(Integer bound) {
return new Random().nextInt(bound)
}
void configureSnapshotPolling() {
logDebug "configureSnapshotPolling()"
unschedule(updateSnapshots)
if (snapshotPolling) {
final Integer interval = snapshotInterval?.toInteger() ?: 600
logInfo "Snapshot polling started with an interval of ${snapshotIntervals[interval].toLowerCase()}."
setupDingables()
//let's spread schedules out so that there is some randomness in how we hit the ring api
final Integer currSec = getRandomInteger(60)
final Integer altSec = (currSec + 30) > 59 ? currSec - 30 : currSec + 30
final Integer currMin = getRandomInteger(60)
if (interval == 30) {
final String secString = currSec > altSec ? "${altSec},${currSec}" : "${currSec},${altSec}"
schedule("${secString} * * * * ? *", updateSnapshots)
}
else if (interval == 60) {
schedule("${currSec} * * * * ? *", updateSnapshots)
}
else if (interval == 90) {
final Integer startMin = currMin % 3 // Minute to start job
final Integer offset = currSec >= 30 ? 1 : 0
schedule("${currSec} ${startMin}/3 * * * ? *", updateSnapshots)
schedule("${altSec} ${(startMin + 1 + offset) % 3}/3 * * * ? *", updateSnapshots, [overwrite: false])
}
else if (interval in 120..1800) { // Minutes
final Integer mins = interval / 60
schedule("${currSec} ${currMin % mins}/${mins} * * * ? *", updateSnapshots)
}
else if (interval in 3600..43200) { // Hours
final Integer hours = interval / 60 / 60
schedule("${currSec} ${currMin} 0/${hours} * * ? *", updateSnapshots)
}
else if (interval == 86400) { // Day
schedule("${currSec} ${currMin} ${getRandomInteger(24)} * * ? *", updateSnapshots)
}
else {
log.error("configureSnapshotPolling Unsupported interval ${interval}")
}
}
}
void updateSnapshots() {
// This gets the snapshot timestamps only for selected timestamps, then retrieves those snapshots after a delay.
// This is better than using snapshot-update, so battery powered devices can sleep if the user wants them to
apiRequestSnapshotTimestamps(getEnabledSnappables()?.collect { final String it -> getRingDeviceId(it).toInteger() })
}
// Kept for compatibility with old installs
void prepSnapshots() {
unschedule(prepSnapshots)
unschedule(prepSnapshotsAlt)
configureSnapshotPolling()
}
void prepSnapshotsAlt() { prepSnapshots() }
void getSnapshots() { } // Don't need to do anything because this was only called with runIn
def serveSnapshot() {
final String ringDeviceId = URLDecoder.decode(params.ringDeviceId, "UTF-8")
logDebug "serveSnapshot(${ringDeviceId})"
if (!getChildDeviceInternal(ringDeviceId)) {
log.error "serveSnapshot: Could not locate a device with an id of ${ringDeviceId}"
return ["error": true, "type": "SmartAppException", "message": "Not Found"]
}
byte[] img = (byte[])state.snapshots[ringDeviceId]?.toArray()
String strImg
if (!img || img.length == 0) {
logTrace "Default to missing image for ${ringDeviceId}"
strImg = MISSING_IMG
} else {
strImg = 'data:image/png;base64,' + img.encodeBase64()
}
render contentType: "image/svg+xml", data: """<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" height="360" width="640"><image width="640" height="360" xlink:href="${strImg}"/></svg>""", status: 200
}
@Field final static String MISSING_IMG = "data:image/png;base64,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"
void snapshotOption(String cam, value) {
if (!state.snappables) {
state.snappables = [:]
}
state.snappables[cam] = value
}
Set<String> getEnabledSnappables() {
return state.snappables?.findAll { it.value }?.keySet()
}
@Field final static Map snapshotIntervals = [
30: "30 Seconds",
60: "1 Minute",
90: "1.5 Minutes",
120: "2 Minutes",
180: "3 Minutes",
240: "4 Minutes",
300: "5 Minutes",
360: "6 Minutes",
600: "10 Minutes",
720: "12 Minutes",
900: "15 Minutes",
1200: "20 Minutes",
1800: "30 Minutes",
3600: "1 Hour",
7200: "2 Hours",
10800: "3 Hours",
14400: "4 Hours",
21600: "6 Hours",
28800: "8 Hours",
43200: "12 Hours",
86400: "24 Hours"
].asImmutable()
// Resets the temporary access token. state.refresh_token can be used to get a net access token
void resetAccessToken() {
state.access_token = null
state.access_token_expires = null
}
void addHeadersToHttpRequest(Map params, Map args = [:]) {
params.headers = [
'User-Agent': 'android:com.ringapp:3.25.0(26452333)',
'app_brand': 'ring',
'Accept-Encoding': 'gzip, deflate',
'Connection': 'Keep-Alive',
]
params.headers['Host'] = new URI(params.uri).host
if (args.hardware_id) {
params.headers['Hardware_ID'] = state.appDeviceId
}
if (args.extra) {
params.headers << args.extra
}
}
void addAuthHeadersToHttpRequest(Map params) {
params.headers['Authorization'] = "Bearer ${state.access_token}"
}
// For compatibility with old installs
void authenticate() { authRefreshToken() }
// Simple wrapper for apiRequestAuth* functions. Used to make mocking for tests simpler
boolean authPassword() { return apiRequestAuthPassword() }
boolean authRefreshToken() { return apiRequestAuthRefreshToken() }
boolean authTwoFactorChallenge(final twoFactorCode) {
return apiRequestAuthTwoFactorChallenge(twoFactorCode)
}
// Makes a ring api auth password request
boolean apiRequestAuthPassword() {
logTrace("apiRequestAuthPassword()")
resetAccessToken()
state.refresh_token = null
state.session_token = null
// Generate an ID so that Ring doesn't think these are all coming from the same device
state.appDeviceId = UUID.randomUUID().toString()
state.authResponse = "apiRequestAuthPassword: This shouldn't happen"
Map params = makeAuthParams([
grant_type: 'password',
password: settings.password,
username: settings.username
])
return apiRequestAuthCommon("apiRequestAuthPassword", params)
}
// Makes a ring api auth refresh token request
boolean apiRequestAuthRefreshToken() {
logTrace("apiRequestAuthRefreshToken()")
state.authResponse = "apiRequestAuthRefreshToken: This shouldn't happen"
if (!state.refresh_token) {
log.error 'apiRequestAuthRefreshToken: Refresh token is not valid. Unable to authenticate with Ring servers.'
state.authResponse = "apiRequestAuthRefreshToken: Refresh token is not valid. Unable to authenticate with Ring servers."
return false
}
Map params = makeAuthParams([
grant_type: 'refresh_token',
refresh_token: state.refresh_token
])
addAuthHeadersToHttpRequest(params)
return apiRequestAuthCommon("apiRequestAuthRefreshToken", params)
}
// Makes a ring api auth two factor challenge request
boolean apiRequestAuthTwoFactorChallenge(final twoFactorCode) {
logTrace("apiRequestAuthTwoFactorChallenge(${twoFactorCode})")
state.authResponse = "apiRequestAuthTwoFactorChallenge: This shouldn't happen"
Map params = makeAuthParams([
grant_type: 'password',
password: settings.password,
username: settings.username
])
params.headers << ['2fa-support': 'true', '2fa-code': twoFactorCode]
return apiRequestAuthCommon("apiRequestAuthTwoFactorChallenge", params)
}
boolean apiRequestAuthCommon(final String funcName, final Map params) {
try {
boolean success = false
httpPost(params) { resp ->
def body = resp.data
logInfo "$funcName succeeded"
logTrace "$funcName succeeded, body: ${body}"
state.access_token = body.access_token
state.refresh_token = body.refresh_token
logDebug "access token: ${state.access_token}, refresh token: ${state.refresh_token}"
success = state.access_token && state.refresh_token
state.authResponse = "success"
if (success) {
state.holdRequests = false
if (body.expires_in?.toString()?.isInteger()) {
int interval = body.expires_in.toInteger()
state.access_token_expires = now() + (interval - 20) * 1000
logInfo "OAuth token expires in ${interval} seconds. Scheduling refresh in ${interval - 20} seconds."
runIn(interval - 20, apiRequestAuthRefreshToken)
}
}
}
return success
}
catch (groovyx.net.http.HttpResponseException ex) {
final Integer status = ex.getStatusCode()
final resp = ex.getResponse()
final body = resp.getData()
if (status == 400) {
if (body instanceof Map) {
if (body.error?.contains('Verification Code')) {
state.authResponse = resp.getData().error
} else {
state.authResponse = "$funcName HTTP ${status} error: ${JsonOutput.toJson(body)}"
}
} else {
state.authResponse = "$funcName HTTP ${status} error: ${body}"
}
}
else if (status == 412) {
logInfo "2 Step Challenge"
state.holdRequests = true
state.authResponse = "challenge"
return false
}
else if (status == 429) {
state.holdRequests = true
state.authResponse = "$funcName HTTP 429 error. Sending too many requests. Try again later"
}
else {
logDebug "$funcName HTTP ${status} error. Exception: ${ex}. ${body}"
if (body instanceof Map) {
String errorDescription = body?.error_description
if (errorDescription != null) {
if (errorDescription == 'too many requests from dependency service') {
state.authResponse = 'You have requested too many 2fa codes. Ring limits 2fa to 10 codes within 10 minutes. Please try again in 10 minutes.'
} else if (errorDescription == "invalid user credentials") {
state.authResponse = 'Invalid username/password'
} else {
state.authResponse = "$funcName HTTP ${status} error: ${errorDescription}"
}
} else {
state.authResponse = "$funcName HTTP ${status} error: ${JsonOutput.toJson(body)}"
}
} else {
state.authResponse = "$funcName HTTP ${status} error: ${body}"
}
}
log.warn(state.authResponse)
}
catch (ConnectTimeoutException | HttpHostConnectException | SSLPeerUnverifiedException | SSLHandshakeException | \
SocketException | SocketTimeoutException | NoRouteToHostException | UnknownHostException | ResponseParseException e) {
state.authResponse = "$funcName. Authentication failed because of a transient error. ${e}"
log.warn(state.authResponse)
}
return false
}
Map makeAuthParams(final Map grantData) {
Map params = [
uri: 'https://oauth.ring.com/oauth/token',
contentType: JSON,
body: grantData + [
"client_id": "ring_official_android",
"scope": "client"
],
]
addHeadersToHttpRequest(params, [hardware_id: true, extra: [
"User-Agent" : "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/75.0.3770.100 Safari/537.36",
]])
return params
}
boolean authTokenOk() {
final Long timeBeforeExpiry = ((state.access_token_expires ?: now()) - now()) / 1000
if (timeBeforeExpiry < 2) {
logDebug "Auth token is about to expire"
return false
}
return true
}
/**
* This gets called when we get a 404 error complaining the Client Device can't be found. Why this is still necessary
* isn't entirely clear. The errors only happen occasionally.
*/
boolean apiRequestAuthSession() {
logTrace("apiRequestAuthSession()")
Map params = makeClientsApiParams('/session', [
requestContentType: JSON,
body: [
device: [
hardware_id: state.appDeviceId,
metadata: [api_version: 11],
os: 'android', // can use android, ios, ring-site, windows for sure
],
]
])
return apiRequestSyncCommon("apiRequestAuthSession", false, params) { Map reqParams ->
boolean retval = false
httpPost(reqParams) { resp ->
def body = resp.data
logTrace "apiRequestAuthSession succeeded, body: ${JsonOutput.toJson(body)}"
state.session_token = body.profile.authentication_token
logDebug "apiRequestAuthSession succeeded, token is ${state.session_token}"
retval = true
}
return retval
}
}
// Makes a ring api request for location data
List apiRequestDevices() {
logTrace("apiRequestDevices()")
Map params = makeClientsApiParams('/ring_devices', [query: [api_version: 11]])