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example-aws-iot.js
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example-aws-iot.js
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global.fetch = require('node-fetch');
global.URL = require('url').URL;
global.WebSocket = require('ws');
// global.navigator = require('navigator');
// global.navigator = {};
// var projRequire = require('./projRequire');
// var Constants = projRequire('../../').Constants;
// var ServerActions = projRequire('../../').ServerActionsAwsIot;
var Constants = require('mht-zigbee-client').Constants;
var ServerActions = require('mht-zigbee-client').ServerActionsAwsIot;
var _ = require('lodash');
var CircularBuffer = require('circular-buffer');
var readline = require('./utils/readline');
var nodeListBindableClusters = require('./DeviceConstants').nodeListBindableClusters;
var Fluxxor = require('fluxxor');
var AWS = require('aws-sdk');
var tagPrint = require('./utils/tagprint');
var Reset = tagPrint.Reset;
var FgGreen = tagPrint.FgGreen;
var FgRed = tagPrint.FgRed;
tagPrint = tagPrint.print;
ServerActions.RegisterIO('socket-io', require('socket.io-client'));
const AmazonCognitoIdentity = require('amazon-cognito-identity-js');
function Login(username, password) {
return new Promise((resolve, reject) => {
var userPool = new AmazonCognitoIdentity.CognitoUserPool({
UserPoolId: process.env.AWS_COGNITO_USERPOOL_ID,
ClientId: process.env.AWS_COGNITO_USERPOOL_CLIENT_ID
});
var userData = {
Username : username,
Pool : userPool
};
var cognitoUser = new AmazonCognitoIdentity.CognitoUser(userData);
var authenticationData = {
Username: username,
Password: password,
};
var authenticationDetails = new AmazonCognitoIdentity.AuthenticationDetails(authenticationData);
console.log(authenticationDetails);
cognitoUser.authenticateUser(authenticationDetails, {
onSuccess: function (result) {
userPool.getCurrentUser().getSession((err, session) => {
if (err) {
reject(err);
}
let token = session.getIdToken().getJwtToken();
let providerKey = `cognito-idp.${process.env.AWS_REGION}.amazonaws.com/${process.env.AWS_COGNITO_USERPOOL_ID}`;
AWS.config.region = process.env.AWS_REGION;
AWS.config.credentials = new AWS.CognitoIdentityCredentials({
IdentityPoolId: process.env.AWS_COGNITO_USERPOOL_IDENTITY_ID,
Logins: {
[providerKey]: token,
},
});
AWS.config.credentials.get((error) => {
if (error) {
reject(error);
}
const credentialSubset = {
accessKeyId: AWS.config.credentials.accessKeyId,
secretAccessKey: AWS.config.credentials.secretAccessKey,
sessionToken: AWS.config.credentials.sessionToken
};
resolve(credentialSubset);
});
});
// resolve(result);
},
onFailure: function(err) {
reject(err);
},
mfaRequired: function(codeDeliveryDetails) {
reject("MFA");
},
newPasswordRequired: function(userAttributes, requiredAttributes) {
reject("newPasswordRequired");
}
});
});
}
async function userInput() {
const username = await readline("Username: ");
const password = await readline("Password: ");
return { username, password };
}
var Store = Fluxxor.createStore({
initialize: function() {
this.devices = [];
this.groups = [];
this.inputNodesList = [];
this.outputNodesList = [];
this.deviceContact = {};
this.deviceTemp = {};
this.gatewayEui = '';
this.serverLog = '';
this.gatewayLog = '';
this.testLog = '';
this.tests = [];
this.rules = [];
this.cloudRules = [];
this.otafiles = [];
this.ip = '';
this.serversettings = '';
this.gatewaysettings = '';
this.heartbeat = '';
this.groupsnum = 0;
this.buildinfo = '';
this.identifyModeEntry = {};
this.installCodeFromServer = '';
this.testing = false;
this.networkSecurityLevel = 'Z3';
this.addingDeviceProgress = 0;
this.addingDevice = false;
this.addingDeviceTimer = 0;
this.addingDeviceTimerExpired = false;
this.otaWaitingTimer = 0;
this.isOtaInProgress = {
status: false,
policy: '',
item: {}
};
this.cmdHistory = new CircularBuffer(Constants.COMMAND_HISTORY_LENGTH);
/* Uncomment this line to add mock devices for UI validaiton */
//this.testJoinColorControlLight();
//this.testJoinDimmer();
//this.testJoinOccupancy();
// this.urlParameters = {};
// window.location.search
// .replace(/[?&]+([^=&]+)=([^&]*)/gi, (str,key,value) => {
// this.urlParameters[key] = value;
// }
// );
this.bindActions(
Constants.DEVICE_LIST_UPDATED, this.onDeviceListUpdated,
Constants.RULES_LIST_UPDATED, this.onRulesListUpdated,
Constants.DEVICE_JOINED, this.onDeviceJoined,
Constants.DEVICE_LEFT, this.onDeviceLeft,
Constants.DEVICE_UPDATE, this.onDeviceUpdate,
Constants.SERVER_SETTINGS, this.onServerSettings,
Constants.GATEWAY_SETTINGS, this.onGatewaySettings,
Constants.OTA_EVENTS, this.onOtaEventUpdate,
Constants.OTA_AVAILABLE_FILES, this.otaFilesReceived,
Constants.SERVER_LOG, this.loadServerLog,
Constants.GATEWAY_LOG, this.loadGatewayLog,
Constants.TRAFFIC_TEST_LOG, this.loadTrafficTestLog,
Constants.TRAFFIC_TEST_RESULTS, this.onTrafficTestResults,
Constants.HEARTBEAT, this.onHeartbeat,
Constants.NETWORK_SECURITY_LEVEL, this.onNetworkSecurityLevel,
Constants.SERVER_LOG_STREAM, this.updateServerLogStream,
Constants.GATEWAY_LOG_STREAM, this.updateGatewayLogStream,
Constants.INSTALL_COLLECTION, this.updateInstallCodeFromServer
);
},
onDeviceJoined: function(newNode) {
_.remove(this.devices, function(device) {
return ((device.deviceEndpoint.eui64 === newNode.deviceEndpoint.eui64) &&
(device.deviceEndpoint.endpoint === newNode.deviceEndpoint.endpoint))
});
this.devices.push(newNode);
this.removeNodeInfoInLists(newNode);
this.pushNodeInfoToNodeLists(newNode);
this.emit('change');
},
onDeviceListUpdated: function(messageParsed) {
if (messageParsed.gatewayEui !== undefined) {
this.gatewayEui = messageParsed.gatewayEui;
}
if (messageParsed.devices !== undefined) {
this.devices = _.map(messageParsed.devices, function(device) {
device.gatewayEui = this.gatewayEui;
this.removeNodeInfoInLists(device);
this.pushNodeInfoToNodeLists(device);
if (this.isIdentifyServerClusterDetected(device)) {
device.isIdentifyServerClusterDetected = true;
} else {
device.isIdentifyServerClusterDetected = false;
}
if (!device.hasOwnProperty('otaUpdating')) {
device.otaUpdating = false;
}
if (!device.hasOwnProperty('otaTotalBytesSent')) {
device.otaTotalBytesSent = 0;
}
if (!device.hasOwnProperty('otaUpdatePercent')) {
device.otaUpdatePercent = 0;
}
if (!device.hasOwnProperty('otaTargetImageSizeKB')) {
device.otaTargetImageSizeKB = 0;
}
if (!device.hasOwnProperty('otaTargetFirmwareVersion')) {
device.otaTargetFirmwareVersion = 0;
}
return device;
}.bind(this), this);
this.startUpNodeListsUpdate = false;
}
if (messageParsed.groups !== undefined &&
messageParsed.groups.length > 0) {
if (this.urlParameters.groups !== undefined &&
this.urlParameters.hasOwnProperty('groups')) {
this.groups = _.map(messageParsed.groups, function(group) {
return group;
}.bind(this), this);
}
}
if (messageParsed.cloudRules !== undefined) {
var removedDisconnectedDevices = this.pruneRulesOfDisconnectedDevices(messageParsed.cloudRules);
var formattedCloudRules = this.convertRulesFromIndex(removedDisconnectedDevices);
this.cloudRules = formattedCloudRules;
}
this.devices = this.devices.concat(this.groups);
this.emit('change');
if(messageParsed.devices.length > 0) {
messageParsed.devices.forEach(function(m) {
tagPrint(m, `devices-${m.nodeId}-${messageParsed.io}`, FgGreen);
});
}
else {
tagPrint('', `devices-${messageParsed.io}`, FgGreen);
}
},
onDeviceUpdate: function(messageParsed) {
this.devices = _.map(this.devices, function(deviceInList) {
//If device is in list
if ((deviceInList.deviceEndpoint.eui64 === messageParsed.deviceEndpoint.eui64) &&
(deviceInList.deviceEndpoint.endpoint === messageParsed.deviceEndpoint.endpoint)) {
messageParsed.isIdentifyServerClusterDetected = deviceInList.isIdentifyServerClusterDetected;
deviceInList = messageParsed;
return deviceInList;
} else {
return deviceInList;
}
}, this);
this.emit('change');
},
onDeviceLeft: function(leftNodeEui) {
_.remove(this.devices, function(device) {
return (device.deviceEndpoint.eui64 === leftNodeEui)
});
this.removeNodeInfoInListsWithEuiOnly(leftNodeEui);
this.emit('change');
},
onTrafficTestResults: function(testresults) {
// Add contact to node data
this.tests.push(testresults);
this.testing = false;
this.emit('change');
},
onRulesListUpdated: function(state) {
var removedDisconnectedDevices = this.pruneRulesOfDisconnectedDevices(state.relays);
var formattedRules = this.convertRulesFromIndex(removedDisconnectedDevices);
this.rules = formattedRules;
this.emit('change');
},
onHeartbeat: function(info) {
this.heartbeat = info;
this.emit('change');
tagPrint(info, `hertbeat-${info.io}`, FgGreen);
},
onNetworkSecurityLevel: function(data) {
this.networkSecurityLevel = data;
this.emit('change');
},
onServerSettings: function(messageParsed) {
this.serversettings = messageParsed;
this.ip = messageParsed.ip;
this.emit('change');
},
onGatewaySettings: function(messageParsed) {
this.gatewaysettings = messageParsed;
this.emit('change');
},
onOtaEventUpdate: function(otaEvent) {
if (otaEvent.messageType &&
(otaEvent.messageType === 'otaFinished' ||
otaEvent.messageType === 'otaFailed')) {
this.resetOtaProgress();
} else if (otaEvent.messageType &&
otaEvent.messageType === 'otaBlockSent') {
this.stopOtaWaitingCountdown();
}
this.emit('change');
},
removeNodeInfoInLists: function(node) {
_.remove(this.inputNodesList, function(inputNode) {
return ((inputNode.deviceEndpoint.eui64 === node.deviceEndpoint.eui64) &&
(inputNode.deviceEndpoint.endpoint === node.deviceEndpoint.endpoint))
});
_.remove(this.outputNodesList, function(outputNode) {
return ((outputNode.deviceEndpoint.eui64 === node.deviceEndpoint.eui64) &&
(outputNode.deviceEndpoint.endpoint === node.deviceEndpoint.endpoint))
});
},
removeNodeInfoInListsWithEuiOnly: function(eui64) {
_.remove(this.inputNodesList, function(inputNode) {
return (inputNode.deviceEndpoint.eui64 === eui64)
});
_.remove(this.outputNodesList, function(outputNode) {
return (outputNode.deviceEndpoint.eui64 === eui64)
});
},
pushNodeInfoToNodeLists: function(node) {
// deviceEndpoint: {clusterInfo:[{clusterId:'0x0001',clusterType:'Out'},{...},...]}
var clusterInfo = node.deviceEndpoint.clusterInfo;
clusterInfo.forEach((clusterValue) => {
if (nodeListBindableClusters[parseInt(clusterValue.clusterId)] !== undefined) {
var nodeInfo = this.createNodeInfoTemplate(node);
nodeInfo.deviceEndpoint.clusterId = clusterValue.clusterId;
if (parseInt(clusterValue.clusterId) >= Constants.IN_OUT_DECISION_CLUSTER) {
if (clusterValue.clusterType === "Out") {
this.outputNodesList.push(nodeInfo);
} else if (clusterValue.clusterType === "In") {
this.inputNodesList.push(nodeInfo);
}
} else {
if (clusterValue.clusterType == 'In') {
this.outputNodesList.push(nodeInfo);
} else if (clusterValue.clusterType == 'Out') {
this.inputNodesList.push(nodeInfo);
}
}
}
});
},
createNodeInfoTemplate: function(node) {
var nodeInfo = {};
var deviceEndpoint = {};
nodeInfo.nodeId = node.nodeId;
nodeInfo.deviceType = node.deviceType;
nodeInfo.supportsRelay = node.supportsRelay;
deviceEndpoint.eui64 = node.deviceEndpoint.eui64;
deviceEndpoint.endpoint = node.deviceEndpoint.endpoint;
nodeInfo.deviceEndpoint = deviceEndpoint;
return nodeInfo;
},
getOTAList: function() {
return this.otafiles;
},
getBuildInfo: function(callback) {
if (this.buildinfo === '') {
$.getJSON('/assets/version.json', function(data) {
this.buildinfo = data;
callback(this.buildinfo);
}.bind(this));
} else {
callback(this.buildinfo);
}
},
startOtaWaitingCountdown: function() {
if (this.otaWaitingTimer === 0) {
this.otaWaitingTimer = setTimeout(() => {
this.resetOtaProgress();
this.otaWaitingTimer = 0;
this.triggerDelayedRender();
}, Constants.OTA_WAITING_TIMEOUT);
}
},
stopOtaWaitingCountdown: function() {
clearTimeout(this.otaWaitingTimer);
this.otaWaitingTimer = 0;
},
setAddingDeviceStatus: function(addingDevice, addingDeviceProgress) {
this.addingDevice = addingDevice;
this.addingDeviceProgress = addingDeviceProgress;
if (this.addingDeviceTimer === 0 &&
addingDevice === true &&
addingDeviceProgress > 0) {
this.addingDeviceTimer = setInterval(this.addingDeviceTimerCountDown.bind(this),
1000);
}
},
loadAddingDeviceStatus: function() {
var addingDeviceStatus = {};
addingDeviceStatus['addingDevice'] = this.addingDevice;
addingDeviceStatus['addingDeviceProgress'] = this.addingDeviceProgress;
clearInterval(this.addingDeviceTimer);
this.addingDeviceTimer = 0;
return addingDeviceStatus;
},
addingDeviceTimerCountDown: function() {
var timeLeft = this.addingDeviceProgress - 1;
this.addingDeviceProgress = timeLeft;
if (timeLeft <= 0) {
clearInterval(this.addingDeviceTimer);
this.addingDeviceTimer = 0;
this.addingDevice = false;
this.addingDeviceTimerExpired = true;
}
},
closeAddingDeviceIfExpired: function() {
if (this.addingDeviceTimerExpired === true) {
this.addingDeviceTimerExpired = false;
return true;
} else {
return false;
}
},
otaFilesReceived: function(otafiles) {
this.otafiles = otafiles;
this.emit('change');
},
loadTrafficTestLog: function(log) {
this.testLog = log;
this.emit('change');
},
loadServerLog: function(log) {
this.serverLog = log;
this.emit('change');
},
loadGatewayLog: function(log) {
this.gatewayLog = log;
this.emit('change');
},
updateServerLogStream: function(line) {
this.serverLog += line;
this.emit('change');
},
updateGatewayLogStream: function(line) {
this.gatewayLog += line;
this.emit('change');
},
updateInstallCodeFromServer: function(data) {
this.installCodeFromServer = data.installCode;
this.emit('change');
},
getLog: function() {
return this.logText;
},
getGW: function() {
return this.gatewayEui;
},
getNetworkSecurityLevel:function() {
return this.networkSecurityLevel;
},
getOtaProgress: function() {
return this.isOtaInProgress;
},
setOtaProgress: function(status, policy, item) {
this.isOtaInProgress.status = status;
this.isOtaInProgress.policy = policy;
this.isOtaInProgress.item = item;
},
resetOtaProgress: function() {
this.setOtaProgress(false, '', {});
},
setNetworkSecurityLevel:function(securityLevel) {
this.networkSecurityLevel = securityLevel;
},
removeAllGroups: function() {
var items = _.filter(this.getDevices(), function(group) {
var deviceType = group.deviceType;
return !(deviceType === 'group');
});
this.devices = items;
},
getDevices: function() {
return this.devices;
},
pruneRulesOfDisconnectedDevices: function(rulesupdate) {
// Split into form [{"eui64":"000B57FFFE1938FD", "endpoint":1, "clusterInfo":[]}, ...]
var deviceEndpoints = _.pluck(this.devices, 'deviceEndpoint');
// Split into form {"eui64":"000B57FFFE1938FD", "endpoint":1, "clusterInfo":[]},
// <eui64>:{"eui64":"000B57FFFE1938FD", "endpoint":1}...}
var devicesByEui = _.groupBy(deviceEndpoints, 'eui64');
var filtered = _.filter(rulesupdate, function(rule) {
return (devicesByEui[rule.inDeviceEndpoint.eui64] !== undefined) &&
(devicesByEui[rule.outDeviceEndpoint.eui64] !== undefined)
});
return filtered;
},
getDeviceByEuiAndEndpoint: function(eui64, endpoint) {
return _.find(this.devices, function(device) {
return (device.deviceEndpoint.eui64 === eui64 &&
device.deviceEndpoint.endpoint === endpoint)
});
},
getInstallCodeFromServer: function() {
return this.installCodeFromServer;
},
resetInstallCodeFromServer: function() {
this.installCodeFromServer = '';
},
convertRulesFromIndex: function(rulesupdate) {
// Split into form [{"eui64":"000B57FFFE1938FD", "endpoint":1,"clusterInfo":[]}, ...]
var deviceEndpoints = _.pluck(this.devices, 'deviceEndpoint');
// Split into form {<eui64>:{"eui64":"000B57FFFE1938FD", "endpoint":1},
// <eui64>:{"eui64":"000B57FFFE1938FD", "endpoint":1}...}
var devicesByEui = _.groupBy(deviceEndpoints, 'eui64');
return _.map(rulesupdate, (rule) => {
if (devicesByEui[rule.inDeviceEndpoint.eui64] !== undefined &&
devicesByEui[rule.outDeviceEndpoint.eui64] !== undefined) {
var fromDataDevice = this.getDeviceByEuiAndEndpoint(rule.inDeviceEndpoint.eui64,
rule.inDeviceEndpoint.endpoint)
var toDataDevice = this.getDeviceByEuiAndEndpoint(rule.outDeviceEndpoint.eui64,
rule.outDeviceEndpoint.endpoint)
var fromData = this.createNodeInfoTemplate(fromDataDevice);
var toData = this.createNodeInfoTemplate(toDataDevice);
// Append clusterId.
fromData.deviceEndpoint.clusterId = rule.inDeviceEndpoint.clusterId;
toData.deviceEndpoint.clusterId = rule.outDeviceEndpoint.clusterId;
return {
fromEui64: rule.inDeviceEndpoint.eui64,
toEui64: rule.outDeviceEndpoint.eui64,
fromData: fromData,
toData: toData
};
}
});
},
/* Get rules with additional data populated from device list */
getRules: function() {
return this.rules;
},
getCloudRules: function() {
return this.cloudRules;
},
/* Update rules in Store */
addRule: function(fromNode, toNode) {
this.rules.push({fromEui64: fromNode.deviceEndpoint.eui64, fromData: fromNode,
toEui64: toNode.deviceEndpoint.eui64, toData: toNode});
this.emit('change');
},
addCloudRule: function(fromNode, toNode) {
this.cloudRules.push({fromEui64: fromNode.deviceEndpoint.eui64, fromData: fromNode,
toEui64: toNode.deviceEndpoint.eui64, toData: toNode});
this.emit('change');
},
clearAllRules: function() {
this.rules = [];
this.cloudRules = [];
this.emit('change');
},
deleteRule: function(ruleToDelete) {
this.rules.forEach((rule, key) => {
if (this.isDeviceEndpointIdentical(rule.fromData.deviceEndpoint,
ruleToDelete.fromData.deviceEndpoint) &&
this.isDeviceEndpointIdentical(rule.toData.deviceEndpoint,
ruleToDelete.toData.deviceEndpoint)) {
this.rules.splice(key, 1);
}
});
this.emit('change');
},
deleteCloudRule: function(ruleToDelete) {
this.cloudRules.forEach((rule, key) => {
if (this.isDeviceEndpointIdentical(rule.fromData.deviceEndpoint,
ruleToDelete.fromData.deviceEndpoint) &&
this.isDeviceEndpointIdentical(rule.toData.deviceEndpoint,
ruleToDelete.toData.deviceEndpoint)) {
this.cloudRules.splice(key, 1);
}
});
this.emit('change');
},
triggerDelayedRender(delayMs) {
setTimeout(() => {
this.emit('change');
}, delayMs);
},
filterRulesListForDeletion: function(inputNode, outputNode) {
var rules = this.rules;
var cloudRules = this.cloudRules;
var rulesList = rules.map(function(rule) {
if (inputNode.deviceEndpoint.eui64 === rule.fromData.deviceEndpoint.eui64 &&
inputNode.deviceEndpoint.endpoint === rule.fromData.deviceEndpoint.endpoint &&
outputNode.deviceEndpoint.eui64 === rule.toData.deviceEndpoint.eui64 &&
outputNode.deviceEndpoint.endpoint === rule.toData.deviceEndpoint.endpoint) {
return rule;
}
}).filter(function(item) {
return item !== undefined;
});
var cloudRulesList = cloudRules.map(function(rule) {
if (inputNode.deviceEndpoint.eui64 === rule.fromData.deviceEndpoint.eui64 &&
inputNode.deviceEndpoint.endpoint === rule.fromData.deviceEndpoint.endpoint &&
outputNode.deviceEndpoint.eui64 === rule.toData.deviceEndpoint.eui64 &&
outputNode.deviceEndpoint.endpoint === rule.toData.deviceEndpoint.endpoint) {
return rule;
}
}).filter(function(item) {
return item !== undefined;
});
return rulesList.concat(cloudRulesList);
},
filterRulesListForCreation: function(inputNode, outputNode) {
var rulesList = [];
var inputNodesList = this.inputNodesList;
var outputNodesList = this.outputNodesList;
var supportedInputNodeList = inputNodesList.map(function(inputNodeInfoInLocalList) {
if (inputNodeInfoInLocalList.deviceEndpoint.eui64 === inputNode.deviceEndpoint.eui64 &&
inputNodeInfoInLocalList.deviceEndpoint.endpoint === inputNode.deviceEndpoint.endpoint) {
var tempNodeInfo = {};
tempNodeInfo = inputNodeInfoInLocalList;
return tempNodeInfo;
}
}).filter(function(item) {
return item !== undefined;
});
supportedInputNodeList.forEach(function(supportedInputNodeInfo) {
var supportedOutputNodeInfoForRelayRule = outputNodesList.find(function(outputNodeInfoInLocalList) {
return outputNodeInfoInLocalList.deviceEndpoint.eui64 === outputNode.deviceEndpoint.eui64 &&
outputNodeInfoInLocalList.deviceEndpoint.endpoint === outputNode.deviceEndpoint.endpoint &&
outputNodeInfoInLocalList.deviceEndpoint.clusterId === supportedInputNodeInfo.deviceEndpoint.clusterId;
});
var supportedOutputNodeInfoForCloudRule = outputNodesList.find(function(outputNodeInfoInLocalList) {
var isCloudRuleSupported = false;
var filteredCloudRule = supportedBindingInCloudRules.find(function(item) {
return item.inputCluster === parseInt(supportedInputNodeInfo.deviceEndpoint.clusterId);
});
if (filteredCloudRule !== undefined &&
parseInt(outputNodeInfoInLocalList.deviceEndpoint.clusterId) === filteredCloudRule.outputCluster) {
isCloudRuleSupported = true;
}
return outputNodeInfoInLocalList.deviceEndpoint.eui64 === outputNode.deviceEndpoint.eui64 &&
outputNodeInfoInLocalList.deviceEndpoint.endpoint === outputNode.deviceEndpoint.endpoint &&
isCloudRuleSupported;
});
if (supportedOutputNodeInfoForRelayRule !== undefined) {
var rule = {};
rule.inputNodeInfoInRule = supportedInputNodeInfo;
rule.outputNodeInfoInRule = supportedOutputNodeInfoForRelayRule;
rulesList.push(rule);
}
if (supportedOutputNodeInfoForCloudRule !== undefined) {
var rule = {};
rule.inputNodeInfoInRule = supportedInputNodeInfo;
rule.outputNodeInfoInRule = supportedOutputNodeInfoForCloudRule;
rulesList.push(rule);
}
});
return rulesList;
},
setIdentifyModeStatus: function(status, node) {
var hash = node.data.hash;
this.identifyModeEntry[hash] = status;
},
getIdentifyModeStatus: function(node) {
var hash = node.data.hash;
var keyFound = _.findKey(this.identifyModeEntry, function(value, key) {
return key.indexOf(hash) >= 0;
});
if (keyFound !== undefined) {
return this.identifyModeEntry[hash];
} else {
return false;
}
},
getHumanReadableDevice: function(device) {
var humanFriendlyDisplay = this.getHumanNameAndImageForDevice(device);
return {
name: humanFriendlyDisplay.humanName + ' - ' + device.nodeId +
' - ' + device.deviceEndpoint.endpoint +
' - (' + nodestate[device.deviceState] + ')',
simplename: humanFriendlyDisplay.humanName + ' - ' + device.nodeId +
' - ' + device.deviceEndpoint.endpoint,
image: humanFriendlyDisplay.image,
data: device,
ready: device.deviceState >= Constants.ND_JOINED
};
},
getHumanReadableDevices: function(devices) {
if (!devices) {
devices = this.getDevices();
}
return _.map(devices, this.getHumanReadableDevice);
},
getSupportedClutersInfo: function(device) {
return device.supportedCluster;
},
getHumanReadableNodeForRulesList: function(node) {
var humanFriendlyDisplay = this.getHumanNameAndImageForDevice(node);
return {
name: node.nodeId + ' - ' +
node.deviceEndpoint.clusterId + ' - ' +
node.deviceEndpoint.endpoint,
simplename: humanFriendlyDisplay.humanName + ' - ' +
node.nodeId + ' - ' +
node.deviceEndpoint.endpoint,
image: humanFriendlyDisplay.image,
data: node,
ready: node.deviceState >= Constants.ND_JOINED
};
},
getHumanNameAndImageForDevice: function(device) {
var deviceType = parseInt(device.deviceType);
var humanName;
var image = null;
if (switches[deviceType]) {
image = 'assets/switch.png';
humanName = switches[deviceType];
} else if (lights[deviceType]) {
image = 'assets/bulb.png';
humanName = lights[deviceType];
} else if (sensors[deviceType] && sensors[deviceType] !== 'Occupancy Sensor') {
image = 'assets/contact.png';
humanName = sensors[deviceType];
} else if (sensors[deviceType] === 'Occupancy Sensor') {
image = 'assets/occupancy.png';
humanName = sensors[deviceType];
} else if (smartplugs[deviceType]) {
image = 'assets/outlet.png';
humanName = smartplugs[deviceType];
} else {
image = 'assets/silicon-labs-logo.png';
humanName = 'Unknown Type Device';
}
return {
humanName,
image
};
},
getHumanReadableLights: function(devices) {
if (!devices) {
devices = this.getLights();
}
return _.map(devices, this.getHumanReadableDevice);
},
getHumanReadableRules: function() {
return _.map(this.getRules(), function(rule) {
if (rule.toData && rule.fromData) {
return {
to: this.getHumanReadableNodeForRulesList(rule.toData),
from: this.getHumanReadableNodeForRulesList(rule.fromData)
};
}
}.bind(this));
},
getHumanReadableCloudRules: function() {
return _.map(this.getCloudRules(), function(rule) {
if (rule.toData && rule.fromData) {
return {
to: this.getHumanReadableNodeForRulesList(rule.toData),
from: this.getHumanReadableNodeForRulesList(rule.fromData)
};
}
}.bind(this));
},
getCmdHistory: function() {
return this.cmdHistory;
},
insertCmdHistory: function(command) {
this.cmdHistory.enq(command);
},
isLight: function(device) {
var deviceType = parseInt(device.deviceType);
return lights[deviceType];
},
isGroup: function(device) {
var deviceType = parseInt(device.deviceType);
return (deviceType === 'group');
},
isContact: function(device) {
var deviceType = parseInt(device.deviceType);
return sensors[deviceType] === 'Contact Sensor';
},
isMultiSensor: function(device) {
var deviceType = parseInt(device.deviceType);
return sensors[deviceType] === 'Multi Sensor';
},
isSmartPlug: function(device) {
var deviceType = parseInt(device.deviceType);
return smartplugs[deviceType];
},
isOccupancy: function(device) {
var deviceType = parseInt(device.deviceType);
return sensors[deviceType] === 'Occupancy Sensor';
},
isIdentifyServerClusterDetected: function(device) {
var clusterDetected = false;
var clusterInfo = device.deviceEndpoint.clusterInfo;
clusterInfo.forEach((clusterValue) => {
if (parseInt(clusterValue.clusterId) === Constants.IDNETIFY_CLUSTER &&
clusterValue.clusterType === "In") {
clusterDetected = true;
}
});
return clusterDetected;
},
isDeviceEndpointIdentical: function(deviceEndpoint0, deviceEndpoint1) {
return (deviceEndpoint0.eui64 === deviceEndpoint1.eui64 &&
deviceEndpoint0.endpoint === deviceEndpoint1.endpoint) ? true : false;
},
isExistingRuleDetected: function(inputNode, outputNode, rulesList) {
var ruleDetected = false;
rulesList.forEach((rule) => {
if (this.isDeviceEndpointIdentical(rule.fromData.deviceEndpoint, inputNode.deviceEndpoint) &&
this.isDeviceEndpointIdentical(rule.toData.deviceEndpoint, outputNode.deviceEndpoint)) {
ruleDetected = true;
}
});
return ruleDetected;
},
getInputNodes: function() {
return this.inputNodesList;
},
getOutputNodes: function() {
return this.outputNodesList;
},
getSwitches: function() {
return _.filter(this.getDevices(), function(device) {
var deviceType = parseInt(device.deviceType);
return switches[deviceType] || sensors[deviceType];
});
},
getLights: function() {
return _.filter(this.getDevices(), function(device) {
var deviceType = parseInt(device.deviceType);
return lights[deviceType] || deviceType === 'group' || smartplugs[deviceType];
});
},
/* ReactUI validation tests. */
testJoinDimmer: function() {
this.onDeviceJoined(
{
nodeId: '0x105',
deviceState: 16,
deviceType: 261,
supportsRelay: true,
deviceEndpoint: {
eui64: '000000000000D105',
endpoint: 1,
clusterInfo: [
{clusterId: '0x0006', clusterType: 'Out'},
{clusterId: '0x0008', clusterType: 'Out'},
{clusterId: '0x0300', clusterType: 'Out'},
{clusterId: '0x0001', clusterType: 'In'},
{clusterId: '0x0003', clusterType: 'In'}
]
},
supportedCluster: [
]
}
);
},
testJoinColorControlLight: function() {
this.onDeviceJoined(
{
nodeId: '0x0102',
deviceState: 16,
deviceType: 258,
supportsRelay: true,
deviceEndpoint: {
eui64: '000000000000D258',
endpoint: 1,
clusterInfo: [
{clusterId: '0x0006', clusterType: 'In'},
{clusterId: '0x0008', clusterType: 'In'},
{clusterId: '0x0300', clusterType: 'In'},
{clusterId: '0x0000', clusterType: 'In'},
{clusterId: '0x0003', clusterType: 'In'}
]
},
supportedCluster: [
]
}
);
},
testJoinOccupancy: function() {
this.onDeviceJoined(
{
nodeId: '0x0107',
deviceState: 16,
deviceType: 263,
supportsRelay: false,