mirror of
https://github.com/Bubka/2FAuth.git
synced 2024-11-23 08:43:19 +01:00
364 lines
15 KiB
Vue
364 lines
15 KiB
Vue
<template>
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<div>
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<figure class="image is-64x64" :class="{ 'no-icon': !internal_icon }" style="display: inline-block">
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<img :src="'/storage/icons/' + internal_icon" v-if="internal_icon" :alt="$t('twofaccounts.icon_to_illustrate_the_account')">
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</figure>
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<p class="is-size-4 has-text-grey-light has-ellipsis">{{ internal_service }}</p>
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<p class="is-size-6 has-text-grey has-ellipsis">{{ internal_account }}</p>
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<p>
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<span role="log" ref="otp" tabindex="0" class="otp is-size-1 has-text-white is-clickable px-3" @click="copyOTP(internal_password)" @keyup.enter="copyOTP(internal_password)" :title="$t('commons.copy_to_clipboard')">
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{{ displayedOtp }}
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</span>
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</p>
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<ul class="dots" v-show="isTimeBased(internal_otp_type)">
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<li v-for="n in 10" :key="n"></li>
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</ul>
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<ul v-show="isHMacBased(internal_otp_type)">
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<li>counter: {{ internal_counter }}</li>
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</ul>
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</div>
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</template>
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<script>
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export default {
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name: 'OtpDisplayer',
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data() {
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return {
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internal_id: null,
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internal_otp_type: '',
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internal_account: '',
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internal_service: '',
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internal_icon: '',
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internal_secret: null,
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internal_digits: null,
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internal_algorithm: null,
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internal_period: null,
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internal_counter: null,
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internal_password : '',
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internal_uri : '',
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lastActiveDot: null,
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remainingTimeout: null,
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firstDotToNextOneTimeout: null,
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dotToDotInterval: null
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}
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},
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props: {
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otp_type : String,
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account : String,
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service : String,
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icon : String,
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secret : String,
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digits : Number,
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algorithm : String,
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period : null,
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counter : null,
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image : String,
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qrcode : null,
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uri : String
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},
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computed: {
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displayedOtp() {
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let pwd = this.internal_password
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if (this.internal_otp_type !== 'steamtotp') {
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const spacePosition = Math.ceil(this.internal_password.length / 2)
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pwd = this.internal_password.substr(0, spacePosition) + " " + this.internal_password.substr(spacePosition)
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}
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return this.$root.appSettings.showOtpAsDot ? pwd.replace(/[0-9]/g, '●') : pwd
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},
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},
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mounted: function() {
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this.show()
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},
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// created() {
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// },
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methods: {
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copyOTP (otp) {
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// see https://web.dev/async-clipboard/ for futur Clipboard API usage.
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// The API should allow to copy the password on each trip without user interaction.
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// For now too many browsers don't support the clipboard-write permission
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// (see https://developer.mozilla.org/en-US/docs/Web/API/Permissions#browser_support)
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const rawOTP = otp.replace(/ /g, '')
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const success = this.$clipboard(rawOTP)
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if (success == true) {
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if(this.$root.appSettings.kickUserAfter == -1) {
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this.appLogout()
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}
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else if(this.$root.appSettings.closeOtpOnCopy) {
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this.$parent.isActive = false
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this.clearOTP()
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}
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this.$notify({ type: 'is-success', text: this.$t('commons.copied_to_clipboard') })
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}
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},
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isTimeBased: function(otp_type) {
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return (otp_type === 'totp' || otp_type === 'steamtotp')
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},
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isHMacBased: function(otp_type) {
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return otp_type === 'hotp'
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},
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async show(id) {
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// 3 possible cases :
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// - Trigger when user ask for an otp of an existing account: the ID is provided so we fetch the account data
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// from db but without the uri.
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// This prevent the uri (a sensitive data) to transit via http request unnecessarily. In this
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// case this.otp_type is sent by the backend.
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// - Trigger when user use the Quick Uploader and preview the account: No ID but we have an URI.
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// - Trigger when user use the Advanced form and preview the account: We should have all OTP parameter
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// to obtain an otp, including Secret and otp_type which are required
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this.internal_otp_type = this.otp_type
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this.internal_account = this.account
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this.internal_service = this.service
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this.internal_icon = this.icon
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this.internal_secret = this.secret
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this.internal_digits = this.digits
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this.internal_algorithm = this.algorithm
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this.internal_period = this.period
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this.internal_counter = this.counter
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if( id ) {
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this.internal_id = id
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const { data } = await this.axios.get('api/v1/twofaccounts/' + this.internal_id)
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this.internal_service = data.service
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this.internal_account = data.account
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this.internal_icon = data.icon
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this.internal_otp_type = data.otp_type
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if( this.isHMacBased(data.otp_type) && data.counter ) {
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this.internal_counter = data.counter
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}
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}
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// We force the otp_type to be based on the uri
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if( this.uri ) {
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this.internal_uri = this.uri
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this.internal_otp_type = this.uri.slice(0, 15 ).toLowerCase() === "otpauth://totp/" ? 'totp' : 'hotp';
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}
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if( this.internal_id || this.uri || this.secret ) { // minimun required vars to get an otp from the backend
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try {
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if(this.isTimeBased(this.internal_otp_type)) {
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await this.startTotpLoop()
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}
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else if(this.isHMacBased(this.internal_otp_type)) {
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await this.getHOTP()
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}
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else this.$router.push({ name: 'genericError', params: { err: this.$t('errors.not_a_supported_otp_type') } });
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this.$parent.isActive = true
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this.focusOnOTP()
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}
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catch(error) {
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this.clearOTP()
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}
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}
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},
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getOtp: async function() {
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try {
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let request, password
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if(this.internal_id) {
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request = {
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method: 'get',
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url: '/api/v1/twofaccounts/' + this.internal_id + '/otp'
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}
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}
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else if(this.internal_uri) {
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request = {
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method: 'post',
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url: '/api/v1/twofaccounts/otp',
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data: {
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uri: this.internal_uri
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}
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}
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}
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else {
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request = {
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method: 'post',
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url: '/api/v1/twofaccounts/otp',
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data: {
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service : this.internal_service,
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account : this.internal_account,
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icon : this.internal_icon,
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otp_type : this.internal_otp_type,
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secret : this.internal_secret,
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digits : this.internal_digits,
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algorithm : this.internal_algorithm,
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period : this.internal_period,
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counter : this.internal_counter,
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}
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}
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}
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await this.axios(request).then(response => {
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if(this.$root.appSettings.copyOtpOnDisplay) {
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this.copyOTP(response.data.password)
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}
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password = response.data
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})
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return password
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}
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catch(error) {
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if (error.response.status === 422) {
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this.$emit('validation-error', error.response)
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}
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throw error
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}
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},
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startTotpLoop: async function() {
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let otp = await this.getOtp()
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this.internal_password = otp.password
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this.internal_otp_type = otp.otp_type
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let generated_at = otp.generated_at
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let period = otp.period
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let elapsedTimeInCurrentPeriod,
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remainingTimeBeforeEndOfPeriod,
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durationBetweenTwoDots,
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durationFromFirstToNextDot,
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dots
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// |<----period p----->|
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// | | |
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// |------- ··· ------------|--------|----------|---------->
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// | | | |
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// unix T0 Tp.start Tgen_at Tp.end
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// | | |
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// elapsedTimeInCurrentPeriod--|<------>| |
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// (in ms) | | |
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// ● ● ● ● ●|● ◌ ◌ ◌ ◌ |
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// | | || |
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// | | |<-------->|--remainingTimeBeforeEndOfPeriod (for remainingTimeout)
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// durationBetweenTwoDots-->|-|< ||
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// (for dotToDotInterval) | | >||<---durationFromFirstToNextDot (for firstDotToNextOneTimeout)
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// |
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// |
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// dotIndex
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// The elapsed time from the start of the period that contains the OTP generated_at timestamp and the OTP generated_at timestamp itself
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elapsedTimeInCurrentPeriod = generated_at % period
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// Switch off all dots
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dots = this.$el.querySelector('.dots')
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while (dots.querySelector('[data-is-active]')) {
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dots.querySelector('[data-is-active]').removeAttribute('data-is-active');
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}
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// We determine the position of the closest dot next to the generated_at timestamp
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let relativePosition = (elapsedTimeInCurrentPeriod * 10) / period
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let dotIndex = (Math.floor(relativePosition) +1)
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// We switch the dot on
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this.lastActiveDot = dots.querySelector('li:nth-child(' + dotIndex + ')');
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this.lastActiveDot.setAttribute('data-is-active', true);
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// Main timeout that run until the end of the period
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remainingTimeBeforeEndOfPeriod = period - elapsedTimeInCurrentPeriod
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let self = this; // because of the setInterval/setTimeout closures
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this.remainingTimeout = setTimeout(function() {
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self.stopLoop()
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self.startTotpLoop();
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}, remainingTimeBeforeEndOfPeriod*1000);
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// During the remainingTimeout countdown we have to show a next dot every durationBetweenTwoDots seconds
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// except for the first next dot
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durationBetweenTwoDots = period / 10 // we have 10 dots
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durationFromFirstToNextDot = (Math.ceil(elapsedTimeInCurrentPeriod / durationBetweenTwoDots) * durationBetweenTwoDots) - elapsedTimeInCurrentPeriod
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this.firstDotToNextOneTimeout = setTimeout(function() {
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if( durationFromFirstToNextDot > 0 ) {
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self.activateNextDot()
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dotIndex += 1
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}
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self.dotToDotInterval = setInterval(function() {
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self.activateNextDot()
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dotIndex += 1
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}, durationBetweenTwoDots*1000)
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}, durationFromFirstToNextDot*1000)
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},
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getHOTP: async function() {
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let otp = await this.getOtp()
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this.internal_password = otp.password
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this.internal_counter = otp.counter
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// returned counter & uri are incremented
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this.$emit('increment-hotp', { nextHotpCounter: otp.counter, nextUri: otp.uri })
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},
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clearOTP: function() {
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this.stopLoop()
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this.internal_id = this.remainingTimeout = this.dotToDotInterval = this.firstDotToNextOneTimeout = this.elapsedTimeInCurrentPeriod = this.internal_counter = null
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this.internal_service = this.internal_account = this.internal_icon = this.internal_otp_type = this.internal_secret = ''
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this.internal_password = '... ...'
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try {
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this.$el.querySelector('[data-is-active]').removeAttribute('data-is-active');
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this.$el.querySelector('.dots li:first-child').setAttribute('data-is-active', true);
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}
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catch(e) {
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// we do not throw anything
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}
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},
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stopLoop: function() {
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if( this.isTimeBased(this.internal_otp_type) ) {
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clearTimeout(this.remainingTimeout)
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clearTimeout(this.firstDotToNextOneTimeout)
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clearInterval(this.dotToDotInterval)
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}
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},
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activateNextDot: function() {
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if(this.lastActiveDot.nextSibling !== null) {
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this.lastActiveDot.removeAttribute('data-is-active')
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this.lastActiveDot.nextSibling.setAttribute('data-is-active', true)
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this.lastActiveDot = this.lastActiveDot.nextSibling
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}
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},
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focusOnOTP() {
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this.$nextTick(() => {
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this.$refs.otp.focus()
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})
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}
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},
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beforeDestroy () {
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this.stopLoop()
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}
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}
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</script> |