#vue axios download file
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positronx · 1 year ago
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In this tutorial, we will help you learn how to download the file in the vue js application using the Axios package.
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codehunger · 3 years ago
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Vue js download file via laravel API
Vue js download file via laravel API
Hello buddy, I hope you are doing well, in this article we will learn about how to download a pdf file via Vue js Axios and laravel as backed API. I understood that you search over enormous articles for this stuff but don’t get the working solution but we have one. The user doesn’t go bared hand from our website. We will follow the below steps to download the file via laravel API Write the…
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vuejstutorial · 6 years ago
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Download Files with Axios and Vue ☞ http://bit.ly/2Ki1pAw #vuejs #javascript
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mmorgfor · 3 years ago
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Ff mod menu templates for ff vewer v3
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#Ff mod menu templates for ff vewer v3 update#
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Request For Commits #12 - Crowdfunding Open Source (Vue.js) (06-15-2017).
MW S04E08 - Vue.js with Evan You and Sarah Drasner (04-27-2017).
Codecasts #2 - Falando Sobre Vuejs e Web Components ().
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Software Engineering Daily (12-29-2015).
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Prokarman Resume Builder - A Free Resume Builder for crafting resumes for your dream job.Vue.js Interview Questions - A List of 300 VueJS Interview Questions and Answers.Vue.js Jobs - VueJobs - A Vue.js job portal to hire or get hired for all your Vue.js jobs.Notes on Vue - A personal guide to Vue development.Best vue.js Courses On YouTube - Handpicked list of best Vue.js tutorials on YouTube.Vue.js Articles - Assorted Vue 2 and 3 tutorials and articles.Vue.js Workshops - Learn Vue 2, in browser, by building 3 applications: Landing page, Todos App and Podcasts aggregator.( Vue.js, Vue-Router, Vuex, Vue-Axios, Vue-Apollo ).Vue 3 Video Playlist - Amazing Vue 3 tutorials and experiments.Vue Mastery - The ultimate learning resource for Vue developers.- An extensive list of websites created with the Vue.js Javascript framework.Vue.js Online Courses Directory - Vue.js courses from top e-learning platforms curated by Classpert, a online course search engine.Vue.js DEV Community - Official tag for the Vue.js JavaScript Framework on DEV.to.A minimalistic list of Vue.js libraries and components based on the awesome-vue repo. Tips & tricks about the Vue ecosystem, for busy devs. Vue School - Learn Vue.js from video courses by core members and industry experts.Vue Curated Resources - Recommended Vue.js courses and tutorials.Weekly Vue.js Newsletter - Weekly Vue.js news & tips by Vue News - Social website focusing on the latest Vue.js news and information.Vue.js 資料まとめ(for japanese) by Vue.js Wikipedia.If you’re unsure of what to pick, just leave them as they are and press Next.A curated list of awesome things related to Vue.js Go through the installing process and select your desired settings.
#Ff mod menu templates for ff vewer v3 download#
Click the link above, then click the download tab, then click the 32-bit or 64-bit Installer to download:.Notepad++ is far superior than the regular old Notepad and will allow you to edit your XMLs with ease. Don’t worry about any of the other settings for now.Now open it up and make sure it has the path to WinMerge correct.Then just move TS4 XML Compare.exe to your Desktop, no installation required.Find where you downloaded it to on your computer, then right-click to extract it using your extracting program (built-in, WinRAR, 7-zip, etc).Click the link above, then click on the Files tab, and click on TS4 XML Compare.rar as shown below:.
#Ff mod menu templates for ff vewer v3 update#
TS4 XML Compare will help you update any mods that become incompatible with a patch by comparing the old version to the new version.
Now that you have it open, go through the Options and set them as I have them below:.
Once installed, tick Launch WinMerge, then click Finish.
Go through the installing process and select your desired settings. If you’re unsure of what to pick, just leave them as they are and press Next.
Find where you downloaded it to on your computer, then double-click it.
Another window (or tab) will come up and it will automatically download.
Click the link above, then click the Download Now! button.
It’s required for TS4 XML Compare that we’re installing next. You’ll need WinMerge to check if your mods are compatible with new patches.
Close the program and it’s ready to go for the upcoming tutorials.
Once you have all of the settings done, go ahead and click the Save button in the Settings window.
Check to make sure the Sims 4 Path and Sims 4 Documents paths are set correctly.
Now that it’s open, click on Settings in the upper-left:.
Once it’s done installing, tick Launch Sims 4 Studio, then click Finish.
Once it’s done downloading, find where you downloaded it to on your computer and double-click the icon.
Scroll down and click on the Installer link to download:.
Now click on the link that says Sims 4 Studio version number (name) – Open Beta, as shown below (the version number/name will change as it receives updates):.
I’ve always used the Beta regardless and have had no issues. Note – The Community Tested Version was not available at the time that I wrote this guide, once it is you can use either one.
Click on Download Sims 4 Studio – Open Beta Version.
Click the link above, then Register (if needed) and Log in.
Most of these tutorials use Sims 4 Studio. I prefer Sims 4 Studio because it has almost everything you need to create Mods/CC all in one program.
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macronimous · 5 years ago
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Force File Download in #Vuejs using Axios https://t.co/6quEp2FycH #JavaScript #Vue https://t.co/MmPaRSXpYf
Force File Download in #Vuejs using Axios https://t.co/6quEp2FycH #JavaScript #Vue pic.twitter.com/MmPaRSXpYf
— Macronimous.com (@macronimous) September 21, 2020
from Twitter https://twitter.com/macronimous September 21, 2020 at 09:10PM via IFTTT
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t-baba · 5 years ago
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React's rise, Babel 7.10.0, and good GitHub etiquette
#491 — June 5, 2020
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The Rise of React (And Its Growing Pervasiveness) — In the most recent issue of Increment, a noted journalist (for WIRED and The Economist) takes a wide-angle look at how React came to be one of the predominant frontend frameworks powering today’s web and the attendant implications ― both positive and negative ― for the future.
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TUI Editor 2.1: A Powerful Markdown WYSIWYG Editor — You get the Markdown on the left, output on the right. The latest release added much better syntax highlighting for the Markdown source (if you want it) and ‘preview highlighting’ where the output of the code you’re working on is highlighted in the preview pane.
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suzanneshannon · 5 years ago
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Tackling Authentication With Vue Using RESTful APIs
Authentication (logging in!) is a crucial part of many websites. Let’s look at how to go about it on a site using Vue, in the same way it can be done with any custom back end. Vue can’t actually do authentication all by itself, —we’ll need another service for that, so we’ll be using another service (Firebase) for that, but then integrating the whole experience in Vue.
Authentication works quite differently on Single Page Applications (SPAs) than it works on sites that reload every page. You don’t have to make an SPA with Vue, but we will in this tutorial. 
Here’s the plan. We’ll build a UI for users to log in and the submitted data will be sent to a server to check if the user exists. If yes, we’ll be sent a token. That’s very useful, because it’s going to be used throughout our site  tocheck if the user is still signed in. If no, the user can always sign up. In other words, it can be used in lots of conditional contexts. Beyond that, if we need any information from the server that requires been logged in, the token is sent to the server through the URL so that information can be only sent to logged in users.
The complete demo of this tutorial is posted on GitHub for those that who are comfortable reading through the code. The rest of us can follow through with the article. The starter file is also on GitHub so you can follow through as we code together. 
After downloading the repo, you’ll run npm install in your terminal. If you’re going to build this application completely on your own, you’ll have to install Vuex, Vue Router, and axios. We’ll also use Firebase for this project, so take a moment to set up a free account and create a new project in there.
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After adding the project to Firebase, go to the authentication section, and set up a sign in method where we would be using the traditional email/password provider, that’ll be stored on our Firebase servers.
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After that we’ll then go to the Firebase Auth REST API documentation to get our sign up and sign in API endpoints. We’ll need an API key to use those endpoints in our app and it can be found in the Firebase project settings.
Firebase offers authentication over the SDK, but we’re using the Auth API to demonstrate authentication over any custom back end server.
In our stater file, we have the sign up form below. We’re keeping things pretty simple here since we’re focusing on learning the concepts.
<template>   <div id="signup">     <div class="signup-form">       <form @submit.prevent="onSubmit">         <div class="input">           <label for="email">Mail</label>           <input              type="email"              id="email"              v-model="email">         </div>         <div class="input">           <label for="name">Your Name</label>           <input             type="text"             id="name"             v-model.number="name">         </div>         <div class="input">           <label for="password">Password</label>           <input             type="password"             id="password"             v-model="password">         </div>         <div class="submit">           <button type="submit">Submit</button>         </div>       </form>     </div>   </div> </template>
If we weren’t working with an SPA, we would naturally use axios to send our data inside the script tag like this:
axios.post('https://identitytoolkit.googleapis.com/v1/account   s:signUp?key=[API_KEY]', {     email: authData.email,     password: authData.password,     returnSecureToken: true   })   .then(res => {     console.log(res)   })   .catch(error => console.log(error))           } }
Sign up and log in
Working with an SPA (using Vue in this case) is very different from the above approach. Instead, we’ll be sending our authorization requests using Vuex in our actions in the store.js file. We’re doing it this way because we want the entire app to be aware of any change to the user’s authentication status.
actions: {   signup ({commit}, authData) {     axios.post('https://identitytoolkit.googleapis.com/v1/accounts:signUp?key=[API_KEY]', {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       router.push("/dashboard")     })     .catch(error => console.log(error))   },   login ({commit}, authData) {     axios.post(https://identitytoolkit.googleapis.com/v1/accounts:signIn?key=[API_KEY]', {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       router.push("/dashboard")     })     .catch(error => console.log(error))   } }
We can use pretty much the same thing for the sign in method, but using the sign in API endpoint instead. We then dispatch both the sign up and log in from the components, to their respective actions in the store.
methods : { onSubmit () { const formData = { email : this.email, name : this.name, password : this.password } this.$store.dispatch('signup', formData) } } }
formData contains the user’s data.
methods : { onSubmit () { const formData = { email : this.email, password : this.password } this.$store.dispatch('login', {email: formData.email, password: formData.password}) } }
We’re taking the authentication data (i.e. the token and the user’s ID) that was received from the sign up/log in form, and using them as state with Vuex. It’ll initially result as null.
state: {   idToken: null,   userId: null,   user: null }
We now create a new method called authUser in the mutations that’ll store the data that’s collected from the response. We need to import the router into the store as we’ll need that later.
import router from '/router' 
 mutations : {   authUser (state, userData) {     state.idToken = userData.token     state.userId = userData.userId   } }
Inside the .then block in the signup/login methods in our actions, we’ll commit our response to the authUser mutation just created and save to local storage.
actions: {   signup ({commit}, authData) {     axios.post('https://identitytoolkit.googleapis.com/v1/accounts:signUp?key=[API_KEY]'), {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       commit('authUser', {         token: res.data.idToken,         userId: res.data.localId       })       localStorage.setItem('token', res.data.idToken)       localStorage.setItem('userId', res.data.localId)       router.push("/dashboard")     })     .catch(error => console.log(error))   },   login ({commit}, authData) {     axios.post('https://identitytoolkit.googleapis.com/v1/accounts:signIn?key=[API_KEY]'), {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       commit('authUser', {         token: res.data.idToken,         userId: res.data.localId       })         localStorage.setItem('token', res.data.idToken)         localStorage.setItem('userId', res.data.localId)         router.push("/dashboard")       })     .catch(error => console.log(error))   } }
Setting up an Auth guard
Now that we have our token stored within the application, we’re going touse this token while setting up our Auth guard. What’s an Auth guard? It protects the dashboard from unauthenticated users access it without tokens.
First, we’ll go into our route file and import the store. The store is imported because of the token that’ll determine the logged in state of the user.
import store from './store.js'
Then within our routes array, go to the dashboard path and add the method beforeEnter which takes three parameters: to, from and next. Within this method, we’re simply saying that if the tokens are stored (which is automatically done if authenticated), then next, meaning it continues with the designated route. Otherwise, we’re leading the unauthenticated user back to the sign up page.
{ path: '/dashboard', component: DashboardPage, beforeEnter (to, from, next) { if (store.state.idToken) { next() } else { next('/signin') } } }
Creating the UI state
At this point, we can still see the dashboard in the navigation whether we’re logged in or not,  and that’s not what we want. We have to add another method under the getters called ifAuthenticated which checks if the token within our state is null, then update the navigation items accordingly.
getters: {   user (state) {     return state.user   },   ifAuthenticated (state) {     return state.idToken !== null   } }
Next, let’s open up the header component and create a method called auth inside the computed property. That will dispatch to the ifAuthenticated getters we just created in the store. ifAuthenticated will return false if there’s no token, which automatically means auth would also be null, and vice versa. After that, we add a v-if to check if auth is null or not, determining whether the dashboard option would show in the navigation.
<template>   <header id="header">     <div class="logo">       <router-link to="/">Vue Authenticate</router-link>     </div>     <nav>       <ul>         <li v-if='auth'>           <router-link to="/dashboard">Dashboard</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signup">Register</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signin">Log In</router-link>         </li>       </ul>     </nav>   </header> </template> <script>   export default {     computed: {       auth () {         return this.$store.getters.ifAuthenticated       }     },   } </script>
Logging out
What’s an application without a logout button? Let’s create a new mutation called clearAuth, which sets both the token and userId to null.
mutations: {   authUser (state, userData) {     state.idToken = userData.token     state.userId = userData.userId   },   clearAuth (state) {     state.idToken = null     state.userId = null   } }
Then, in our logout action , we commit to clearAuth, delete local storage and add router.replace('/') to properly redirect the user following logout.
Back to the header component. We have an onLogout method that dispatches our logout action in the store. We then add a @click to the button which calls the to the onLogout method as we can see below:
<template>   <header id="header">     <div class="logo">       <router-link to="/">Vue Authenticate</router-link>     </div>     <nav>       <ul>         <li v-if='auth'>           <router-link to="/dashboard">Dashboard</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signup">Register</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signin">Log In</router-link>         </li>          <li  v-if='auth'>           <ul @click="onLogout">Log Out</ul>         </li>       </ul>     </nav>   </header> </template> <script>   export default {     computed: {       auth () {         return this.$store.getters.ifAuthenticated       }     },     methods: {       onLogout() {         this.$store.dispatch('logout')       }     }   } </script>
Auto login? Sure!
We’re almost done with our app. We can sign up, log in, and log out with all the UI changes we just made. But, when we refresh our app, we lose the data and are signed out, having to start all over again because we stored our token and Id in Vuex, which is JavaScript. This means everything in the app gets reloaded in the browser when refreshed. 
What we’ll do is to retrieve the token within our local storage. By doing that, we can have the user’s token in the browser regardless of when we refresh the window, and even auto-login the user as long as the token is still valid.
Create a new actions method called AutoLogin, where we’ll get the token and userId from the local storage, only if the user has one. Then we commit our data to the authUser method in the mutations.
actions : {   AutoLogin ({commit}) {     const token = localStorage.getItem('token')     if (!token) {       return     }     const userId = localStorage.getItem('userId')     const token = localStorage.getItem('token')     commit('authUser', {       idToken: token,       userId: userId     })   } }
We then go to our App.vue and make a created method where we’ll dispatch the autoLogin from our store when the app is loaded.
created () {   this.$store.dispatch('AutoLogin') }
Yay! With that, we’ve successfully implemented authentication within our app and can now deploy using npm run build. Check out the live demo to see it in action.
The example site is purely for demonstration purposes. Please do not share real data, like your real email and password, while testing the demo app.
The post Tackling Authentication With Vue Using RESTful APIs appeared first on CSS-Tricks.
Tackling Authentication With Vue Using RESTful APIs published first on https://deskbysnafu.tumblr.com/
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recruitmentdubai · 5 years ago
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Tackling Authentication With Vue Using RESTful APIs
Authentication (logging in!) is a crucial part of many websites. Let’s look at how to go about it on a site using Vue, in the same way it can be done with any custom back end. Vue can’t actually do authentication all by itself, —we’ll need another service for that, so we’ll be using another service (Firebase) for that, but then integrating the whole experience in Vue.
Authentication works quite differently on Single Page Applications (SPAs) than it works on sites that reload every page. You don’t have to make an SPA with Vue, but we will in this tutorial. 
Here’s the plan. We’ll build a UI for users to log in and the submitted data will be sent to a server to check if the user exists. If yes, we’ll be sent a token. That’s very useful, because it’s going to be used throughout our site  tocheck if the user is still signed in. If no, the user can always sign up. In other words, it can be used in lots of conditional contexts. Beyond that, if we need any information from the server that requires been logged in, the token is sent to the server through the URL so that information can be only sent to logged in users.
The complete demo of this tutorial is posted on GitHub for those that who are comfortable reading through the code. The rest of us can follow through with the article. The starter file is also on GitHub so you can follow through as we code together. 
After downloading the repo, you’ll run npm install in your terminal. If you’re going to build this application completely on your own, you’ll have to install Vuex, Vue Router, and axios. We’ll also use Firebase for this project, so take a moment to set up a free account and create a new project in there.
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After adding the project to Firebase, go to the authentication section, and set up a sign in method where we would be using the traditional email/password provider, that’ll be stored on our Firebase servers.
Tumblr media
After that we’ll then go to the Firebase Auth REST API documentation to get our sign up and sign in API endpoints. We’ll need an API key to use those endpoints in our app and it can be found in the Firebase project settings.
Firebase offers authentication over the SDK, but we’re using the Auth API to demonstrate authentication over any custom back end server.
In our stater file, we have the sign up form below. We’re keeping things pretty simple here since we’re focusing on learning the concepts.
<template>   <div id="signup">     <div class="signup-form">       <form @submit.prevent="onSubmit">         <div class="input">           <label for="email">Mail</label>           <input              type="email"              id="email"              v-model="email">         </div>         <div class="input">           <label for="name">Your Name</label>           <input             type="text"             id="name"             v-model.number="name">         </div>         <div class="input">           <label for="password">Password</label>           <input             type="password"             id="password"             v-model="password">         </div>         <div class="submit">           <button type="submit">Submit</button>         </div>       </form>     </div>   </div> </template>
If we weren’t working with an SPA, we would naturally use axios to send our data inside the script tag like this:
axios.post('https://identitytoolkit.googleapis.com/v1/account   s:signUp?key=[API_KEY]', {     email: authData.email,     password: authData.password,     returnSecureToken: true   })   .then(res => {     console.log(res)   })   .catch(error => console.log(error))           } }
Sign up and log in
Working with an SPA (using Vue in this case) is very different from the above approach. Instead, we’ll be sending our authorization requests using Vuex in our actions in the store.js file. We’re doing it this way because we want the entire app to be aware of any change to the user’s authentication status.
actions: {   signup ({commit}, authData) {     axios.post('https://identitytoolkit.googleapis.com/v1/accounts:signUp?key=[API_KEY]', {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       router.push("/dashboard")     })     .catch(error => console.log(error))   },   login ({commit}, authData) {     axios.post(https://identitytoolkit.googleapis.com/v1/accounts:signIn?key=[API_KEY]', {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       router.push("/dashboard")     })     .catch(error => console.log(error))   } }
We can use pretty much the same thing for the sign in method, but using the sign in API endpoint instead. We then dispatch both the sign up and log in from the components, to their respective actions in the store.
methods : { onSubmit () { const formData = { email : this.email, name : this.name, password : this.password } this.$store.dispatch('signup', formData) } } }
formData contains the user’s data.
methods : { onSubmit () { const formData = { email : this.email, password : this.password } this.$store.dispatch('login', {email: formData.email, password: formData.password}) } }
We’re taking the authentication data (i.e. the token and the user’s ID) that was received from the sign up/log in form, and using them as state with Vuex. It’ll initially result as null.
state: {   idToken: null,   userId: null,   user: null }
We now create a new method called authUser in the mutations that’ll store the data that’s collected from the response. We need to import the router into the store as we’ll need that later.
import router from '/router' 
 mutations : {   authUser (state, userData) {     state.idToken = userData.token     state.userId = userData.userId   } }
Inside the .then block in the signup/login methods in our actions, we’ll commit our response to the authUser mutation just created and save to local storage.
actions: {   signup ({commit}, authData) {     axios.post('https://identitytoolkit.googleapis.com/v1/accounts:signUp?key=[API_KEY]'), {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       commit('authUser', {         token: res.data.idToken,         userId: res.data.localId       })       localStorage.setItem('token', res.data.idToken)       localStorage.setItem('userId', res.data.localId)       router.push("/dashboard")     })     .catch(error => console.log(error))   },   login ({commit}, authData) {     axios.post('https://identitytoolkit.googleapis.com/v1/accounts:signIn?key=[API_KEY]'), {       email: authData.email,       password: authData.password,       returnSecureToken: true     })     .then(res => {       console.log(res)       commit('authUser', {         token: res.data.idToken,         userId: res.data.localId       })         localStorage.setItem('token', res.data.idToken)         localStorage.setItem('userId', res.data.localId)         router.push("/dashboard")       })     .catch(error => console.log(error))   } }
Setting up an Auth guard
Now that we have our token stored within the application, we’re going touse this token while setting up our Auth guard. What’s an Auth guard? It protects the dashboard from unauthenticated users access it without tokens.
First, we’ll go into our route file and import the store. The store is imported because of the token that’ll determine the logged in state of the user.
import store from './store.js'
Then within our routes array, go to the dashboard path and add the method beforeEnter which takes three parameters: to, from and next. Within this method, we’re simply saying that if the tokens are stored (which is automatically done if authenticated), then next, meaning it continues with the designated route. Otherwise, we’re leading the unauthenticated user back to the sign up page.
{ path: '/dashboard', component: DashboardPage, beforeEnter (to, from, next) { if (store.state.idToken) { next() } else { next('/signin') } } }
Creating the UI state
At this point, we can still see the dashboard in the navigation whether we’re logged in or not,  and that’s not what we want. We have to add another method under the getters called ifAuthenticated which checks if the token within our state is null, then update the navigation items accordingly.
getters: {   user (state) {     return state.user   },   ifAuthenticated (state) {     return state.idToken !== null   } }
Next, let’s open up the header component and create a method called auth inside the computed property. That will dispatch to the ifAuthenticated getters we just created in the store. ifAuthenticated will return false if there’s no token, which automatically means auth would also be null, and vice versa. After that, we add a v-if to check if auth is null or not, determining whether the dashboard option would show in the navigation.
<template>   <header id="header">     <div class="logo">       <router-link to="/">Vue Authenticate</router-link>     </div>     <nav>       <ul>         <li v-if='auth'>           <router-link to="/dashboard">Dashboard</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signup">Register</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signin">Log In</router-link>         </li>       </ul>     </nav>   </header> </template> <script>   export default {     computed: {       auth () {         return this.$store.getters.ifAuthenticated       }     },   } </script>
Logging out
What’s an application without a logout button? Let’s create a new mutation called clearAuth, which sets both the token and userId to null.
mutations: {   authUser (state, userData) {     state.idToken = userData.token     state.userId = userData.userId   },   clearAuth (state) {     state.idToken = null     state.userId = null   } }
Then, in our logout action , we commit to clearAuth, delete local storage and add router.replace('/') to properly redirect the user following logout.
Back to the header component. We have an onLogout method that dispatches our logout action in the store. We then add a @click to the button which calls the to the onLogout method as we can see below:
<template>   <header id="header">     <div class="logo">       <router-link to="/">Vue Authenticate</router-link>     </div>     <nav>       <ul>         <li v-if='auth'>           <router-link to="/dashboard">Dashboard</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signup">Register</router-link>         </li>         <li  v-if='!auth'>           <router-link to="/signin">Log In</router-link>         </li>          <li  v-if='auth'>           <ul @click="onLogout">Log Out</ul>         </li>       </ul>     </nav>   </header> </template> <script>   export default {     computed: {       auth () {         return this.$store.getters.ifAuthenticated       }     },     methods: {       onLogout() {         this.$store.dispatch('logout')       }     }   } </script>
Auto login? Sure!
We’re almost done with our app. We can sign up, log in, and log out with all the UI changes we just made. But, when we refresh our app, we lose the data and are signed out, having to start all over again because we stored our token and Id in Vuex, which is JavaScript. This means everything in the app gets reloaded in the browser when refreshed. 
What we’ll do is to retrieve the token within our local storage. By doing that, we can have the user’s token in the browser regardless of when we refresh the window, and even auto-login the user as long as the token is still valid.
Create a new actions method called AutoLogin, where we’ll get the token and userId from the local storage, only if the user has one. Then we commit our data to the authUser method in the mutations.
actions : {   AutoLogin ({commit}) {     const token = localStorage.getItem('token')     if (!token) {       return     }     const userId = localStorage.getItem('userId')     const token = localStorage.getItem('token')     commit('authUser', {       idToken: token,       userId: userId     })   } }
We then go to our App.vue and make a created method where we’ll dispatch the autoLogin from our store when the app is loaded.
created () {   this.$store.dispatch('AutoLogin') }
Yay! With that, we’ve successfully implemented authentication within our app and can now deploy using npm run build. Check out the live demo to see it in action.
The example site is purely for demonstration purposes. Please do not share real data, like your real email and password, while testing the demo app.
The post Tackling Authentication With Vue Using RESTful APIs appeared first on CSS-Tricks.
source https://css-tricks.com/tackling-authentication-with-vue-using-restful-apis/
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iamprogrammerz · 5 years ago
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Download Files with Axios and Vue ☞ https://morioh.com/p/f4d331b62cda #Axios #Vue #Morioh
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javascriptfan · 5 years ago
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Download Files with Axios and Vue ☞ http://bit.ly/2Ki1pAw #vuejs #javascript
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Download Files with Axios and Vue ☞ http://bit.ly/2Ki1pAw #vuejs #javascript
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Download Files with Axios and Vue ☞ https://morioh.com/p/f4d331b62cda #Axios #Vue #Morioh
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iamaprogrammerz · 6 years ago
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Download Files with Axios and Vue ☞ https://morioh.com/p/f4d331b62cda #Axios #Vue #Morioh
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Download Files with Axios and Vue ☞ https://morioh.com/p/f4d331b62cda #Axios #Vue #Morioh
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