The fingerprint wizard's staff-lookup and fingerprint-save proxies forwarded the page's OTP with the session phone. a2loft resolves that phone against the domain being addressed, so an operator who holds only capture_biometric was rejected unless they were a domain super-user. The cropper already saves with the session token. - tools/server.js: both a2loft proxies send Authorization: Bearer <session token>, no phone/otp; validateProxy drops the OTP and phone checks. - tools/public/assets/fp: both OTP fields, otpLookup/otpSave state, request params and resets removed; canLookup/canSave no longer gate on OTP. - Tests assert the Bearer header, no query auth, no OTP field in the served page, and both gates without a credential (66/66 pass). - README and Help page updated. Requires the a2loft fingerprint-token-auth change deployed first. OpenSpec change: fingerprint-token-auth.
358 lines
14 KiB
JavaScript
358 lines
14 KiB
JavaScript
/* Fingerprint Agent — enrollment wizard. Captures run through the local
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fpagent binary; artifacts are saved via the app's a2loft proxy. */
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/* global Vue, axios, io, customElements */
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/* window.__SESSION__ is injected server-side by /fingerprint */
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Vue.config.ignoredElements = [/^cds-/];
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(function () {
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'use strict';
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var MAX_STAGE = 5; // the U.are.U 4500 reports five enrollment stages
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function newFinger() {
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return { status: 'idle', stage: 0, id: '', fingerprint: '', image: '' };
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}
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var app = new Vue({
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el: '#app',
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data: {
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loading: true,
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session: null,
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tick: Date.now(),
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socket: null,
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// available is tri-state: null = not yet reported (old agent), true/false
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// = the last fprint-device-status. Unknown is not blocked.
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agent: { connected: false, version: '', captureAgentId: '', available: null, device: '' },
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domain: '',
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reference: '',
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staff: null,
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busy: { lookup: false, save: false },
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refreshing: false,
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notif: { show: false, kind: 'info', title: '', subtitle: '' },
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notifTimer: null,
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fingers: {
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'right-thumb': newFinger(),
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'right-index-finger': newFinger(),
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},
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fingerLabels: { 'right-thumb': 'Right thumb', 'right-index-finger': 'Right index finger' },
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capturing: null, // finger currently being captured (fpagent serves one at a time)
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cancelling: false,
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prevCapture: null, // previous good capture for the finger being recaptured
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},
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computed: {
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maxStage: function () { return MAX_STAGE; },
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bothCaptured: function () {
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return this.fingers['right-thumb'].status === 'done' &&
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this.fingers['right-index-finger'].status === 'done';
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},
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canLookup: function () {
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return !!(this.domain && this.reference) && !this.busy.lookup;
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},
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canSave: function () {
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return this.bothCaptured && !this.busy.save;
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},
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refreshUnlocksAt: function () {
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var ttl = (this.session && this.session.domainCacheTtlMs) || 5 * 60 * 1000;
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return ((this.session && this.session.domainsCheckedAt) || 0) + ttl;
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},
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refreshEnabled: function () {
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return !!this.session && !this.refreshing && this.tick >= this.refreshUnlocksAt;
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},
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refreshEtaLabel: function () {
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var s = Math.max(0, Math.ceil((this.refreshUnlocksAt - this.tick) / 1000));
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var m = Math.floor(s / 60);
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return m > 0 ? 'in ' + m + ' min' : 'in ' + s + ' s';
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},
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domainsLastCheckedLabel: function () {
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if (!this.session || !this.session.domainsCheckedAt) return '';
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return new Date(this.session.domainsCheckedAt).toLocaleTimeString();
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},
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// Warning shown in the capture panel when the agent cannot capture.
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scannerNotice: function () {
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if (!this.agent.connected) {
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return {
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title: 'Capture agent offline',
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subtitle: 'The fpagent service is not reachable on this machine. Captures are disabled until it reconnects.',
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};
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}
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if (this.agent.available === false) {
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return {
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title: 'Scanner not connected',
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subtitle: 'Attach the fingerprint reader. Captures are disabled until the agent detects it.',
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};
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}
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return null;
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},
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// Capture is allowed when the agent is connected and no status has said
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// the scanner is missing. Unknown availability (old agent) stays allowed.
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captureReady: function () {
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return this.agent.connected && this.agent.available !== false;
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},
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},
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created: function () {
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var self = this;
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this.loadSession()
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.then(function () {
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self.connectAgent();
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})
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.catch(function () { /* loadSession redirects on 401 */ });
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setInterval(function () { self.tick = Date.now(); }, 1000);
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// web components upgrade after first render — re-apply reactive bindings
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Promise.all(
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['cds-button', 'cds-tag', 'cds-progress-bar', 'cds-inline-notification'].map(function (n) {
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return customElements.whenDefined(n).catch(function () {});
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})
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).then(function () {
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self.$forceUpdate();
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});
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},
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methods: {
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showNotif: function (kind, title, subtitle, sticky) {
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var self = this;
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this.notif = { show: true, kind: kind, title: title, subtitle: subtitle || '' };
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if (this.notifTimer) clearTimeout(this.notifTimer);
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if (!sticky) {
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this.notifTimer = setTimeout(function () { self.notif.show = false; }, 6000);
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}
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},
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loadSession: function () {
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// injected by the server when the page was rendered (no round-trip)
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this.session = window.__SESSION__ || null;
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if (!this.session) {
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window.location.href = '/auth/login';
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return Promise.resolve();
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}
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if (this.session.domains && this.session.domains.length) {
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this.domain = this.session.domains[0].code;
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}
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this.loading = false;
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return Promise.resolve();
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},
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refreshDomains: function () {
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var self = this;
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if (!this.refreshEnabled) return;
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this.refreshing = true;
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axios.post('/auth/domains/refresh').then(function (r) {
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self.session.domains = r.data.domains;
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self.session.domainsCheckedAt = r.data.domainsCheckedAt;
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if (self.session.domains.length && self.session.domains.indexOf(self.domain) < 0) {
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self.domain = self.session.domains[0].code;
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}
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if (!self.session.domains.length) {
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self.showNotif('warning', 'No permitted domains',
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'You are not permitted to capture fingerprints for any domain.', true);
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}
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}).catch(function (err) {
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var msg = (err.response && err.response.data && err.response.data.message) ||
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'Could not refresh domain permissions.';
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self.showNotif('error', 'Refresh failed', msg);
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}).finally(function () {
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self.refreshing = false;
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});
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},
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/** The agent status tag lives in the server-rendered header. */
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renderAgentTag: function () {
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var el = document.getElementById('agent-status');
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if (!el) return;
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var label, type, title = this.agent.version ? 'fpagent ' + this.agent.version : '';
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if (!this.agent.connected) {
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label = 'Agent offline'; type = 'red';
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} else if (this.agent.available === false) {
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label = 'Scanner not connected'; type = 'red';
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} else if (this.agent.available === true) {
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label = 'Agent ready'; type = 'green';
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} else {
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// Connected but no status yet (or an agent that does not report it).
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label = 'Agent connected'; type = 'green';
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}
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if (this.agent.available === true && this.agent.device) {
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title += ' · ' + this.agent.device;
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}
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el.textContent = label;
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el.setAttribute('type', type);
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el.setAttribute('title', title);
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},
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connectAgent: function () {
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var self = this;
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this.socket = io(this.session.agentUrl, { reconnectionDelayMax: 5000 });
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var offline = function () {
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self.agent.connected = false;
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self.agent.available = null;
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self.agent.device = '';
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self.renderAgentTag();
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};
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this.socket.on('connect', function () { self.agent.connected = true; self.renderAgentTag(); });
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this.socket.on('disconnect', offline);
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this.socket.on('connect_error', offline);
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this.socket.on('agent-hello', function (data) {
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self.agent.version = (data && data.version) || '';
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self.agent.captureAgentId = (data && data.captureAgentId) || '';
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self.renderAgentTag();
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});
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this.socket.on('fprint-device-status', function (data) {
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self.agent.available = !!(data && data.available);
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self.agent.device = (data && data.device) || '';
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self.renderAgentTag();
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});
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this.socket.on('fprint-enroll-status', function (data) {
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if (!self.capturing) return;
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self.fingers[self.capturing].stage = (data && data.stage) || 0;
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});
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this.socket.on('fprint-enroll-done', function (data) {
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var finger = self.capturing;
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if (!finger) return;
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var wasCancelling = self.cancelling;
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self.capturing = null;
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self.cancelling = false;
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var f = self.fingers[finger];
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if (data && data.ok) {
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f.status = 'done';
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f.stage = MAX_STAGE;
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f.id = data.id || '';
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f.fingerprint = data.fingerprint || '';
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f.image = data.image || '';
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self.prevCapture = null;
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return;
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}
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// Failure or cancellation. A recapture attempt that did not complete
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// restores the previous good capture instead of dropping it; a
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// cancelled first attempt returns to idle.
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var restored = self.prevCapture && self.prevCapture.finger === finger;
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if (restored) {
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var p = self.prevCapture;
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f.status = 'done';
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f.stage = MAX_STAGE;
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f.id = p.id;
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f.fingerprint = p.fingerprint;
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f.image = p.image;
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self.prevCapture = null;
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} else if (wasCancelling) {
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f.status = 'idle';
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f.stage = 0;
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} else {
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f.status = 'failed';
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f.stage = 0;
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}
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self.showNotif(
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wasCancelling ? 'info' : 'error',
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wasCancelling ? 'Capture cancelled' : 'Capture failed',
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wasCancelling
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? (restored ? 'The previous capture for the ' + self.fingerLabels[finger].toLowerCase() + ' was kept.'
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: 'No changes were saved for the ' + self.fingerLabels[finger].toLowerCase() + '.')
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: ((data && data.message) || 'The capture did not complete.')
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);
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});
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},
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capture: function (finger) {
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if (this.capturing || !this.socket || !this.domain || !this.reference) return;
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if (!this.captureReady) {
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var notice = this.scannerNotice;
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if (notice) this.showNotif('warning', notice.title, notice.subtitle);
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return;
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}
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// Preserve a previous good capture so a cancelled/failed recapture
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// can restore it instead of destroying it.
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var old = this.fingers[finger];
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this.prevCapture = old.id
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? { finger: finger, id: old.id, fingerprint: old.fingerprint, image: old.image }
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: null;
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this.fingers[finger] = newFinger();
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this.fingers[finger].status = 'scanning';
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this.capturing = finger;
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this.cancelling = false;
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this.socket.emit('fprint-enroll', {
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token: this.session.token,
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domain: this.domain,
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finger: finger,
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reference: this.reference,
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});
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},
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cancelCapture: function () {
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if (!this.capturing || !this.socket) return;
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this.cancelling = true;
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this.socket.emit('fprint-enroll-stop', {});
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},
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lookup: function () {
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var self = this;
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if (!this.canLookup) return;
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this.busy.lookup = true;
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axios.post(
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'/api/' + encodeURIComponent(this.domain) + '/staff/' + encodeURIComponent(this.reference)
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).then(function (r) {
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if (!r.data.ok) {
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self.showNotif('error', 'Not found', 'Operation failed. ' + (r.data.message || '') + ' (reference ' + self.reference + ')');
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return;
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}
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self.staff = r.data.data;
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}).catch(function (err) {
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var msg = (err.response && err.response.data && err.response.data.message) || 'Could not reach the identity service.';
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self.showNotif('error', 'Lookup failed', msg);
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}).finally(function () {
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self.busy.lookup = false;
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});
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},
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save: function () {
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var self = this;
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if (!this.canSave) return;
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this.busy.save = true;
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var fingerprints = Object.keys(this.fingers).map(function (finger) {
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return { finger: finger, fingerprint: self.fingers[finger].fingerprint };
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});
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axios.post(
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'/api/' + encodeURIComponent(this.domain) + '/staff/' + encodeURIComponent(this.reference) + '/fingerprints',
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{ fingerprints: fingerprints }
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).then(function (r) {
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if (r.data.ok) {
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self.showNotif('success', 'Enrollment saved',
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'Fingerprints saved for ' + self.staff.name + ' (reference ' + self.staff.reference + ').');
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self.newEnrollment();
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} else {
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self.showNotif('error', 'Not saved', 'Operation failed. ' + (r.data.message || ''));
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}
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}).catch(function (err) {
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var msg = (err.response && err.response.data && err.response.data.message) || 'Could not reach the identity service.';
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self.showNotif('error', 'Save failed', msg);
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}).finally(function () {
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self.busy.save = false;
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});
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},
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newEnrollment: function () {
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this.staff = null;
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this.reference = '';
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this.fingers = { 'right-thumb': newFinger(), 'right-index-finger': newFinger() };
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this.capturing = null;
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this.cancelling = false;
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this.prevCapture = null;
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},
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fingerTag: function (finger) {
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switch (this.fingers[finger].status) {
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case 'scanning': return { type: 'blue', text: 'Scanning' };
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case 'done': return { type: 'green', text: 'Captured' };
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case 'failed': return { type: 'red', text: 'Failed' };
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default: return { type: 'gray', text: 'Pending' };
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}
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},
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},
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});
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})();
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