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Direct Answer: Before integrating SeaText AI into a Vue.js application, you need a SeaText account with an API key, a Node.js project running Vue 2 or Vue 3, and a build step such as Vite, Webpack, or Vue CLI. The integration works by adding the SeaText snippet to your SPA's entry point, then verifying it loads correctly in the browser.
You need an active SeaText account with an API key, a Node.js project running Vue 2 or Vue 3, and a build step such as Vite, Webpack, or Vue CLI. Integrating SeaText AI into a Vue.js single-page application is straightforward once you have the right pieces in place. The integration relies on a lightweight JavaScript snippet that you add to your application's entry point — typically index.html or your main JavaScript/TypeScript file — and then verify through your browser's developer tools. Below is a practical checklist that covers every prerequisite, so you can confirm readiness before you start.
You must have an active SeaText account. During signup you receive an API key that identifies your project to the SeaText service. Without this key the snippet will not authenticate, and no translation, personalization, or bot-detection features will activate. Keep the key handy; you will paste it into the snippet before deployment. Create your SeaText account or Get your API key from the dashboard after signing in.
SeaText's SPA integration guide explicitly lists Vue.js as a supported framework for both Vue 2 and Vue 3 projects. Your repository should already be a functioning Vue application that can be built and served locally. If you are still scaffolding the project, create it with npm create vue@latest (Vue 3) or the legacy Vue CLI for Vue 2, then verify npm run serve or npm run dev starts the dev server without errors. This matters because the SeaText snippet expects a standard SPA bootstrap sequence; custom or non-standard setups may require extra configuration.
The documentation instructs you to "build and serve your application using the standard commands for your framework (npm start, npm run serve, or ng serve)." In practice this means your project must use one of the common Vue build setups:
npm run dev for development and npm run build for production.npm run serve and npm run build.index.html or Main JS/TS FileThe integration steps say: "Identify the Entry Point: Determine where your SPA initializes. This is typically in an index.html file or a main JavaScript/TypeScript file where your framework mounts the application. Add the Snippet: Insert the SEATEXT AI snippet within the body tag of your index.html file, or in the equivalent initialization section of your SPA framework." For a standard Vue project this is the index.html at the project root. If you use a custom entry (e.g., main.ts), you can inject the snippet there instead, but the HTML body placement is the simplest and most reliable method. Placing the snippet in the head or outside the body can cause loading order issues.
Two browser-level capabilities are called out in the source documentation:
async attribute, so it loads without blocking page render. Ensure your CSP allows script tags with async and the SeaText domain.The documentation notes: "If your SPA interacts with multiple domains, ensure that the SEATEXT AI script is compatible and does not face cross-origin issues." This matters when:
script-src and connect-src directives. Failure to do so will block the snippet from loading or communicating with the SeaText backend.
Once the snippet is in place and the app is built, the guide recommends a three-step check:
npm run build) and serve the production bundle, or use the dev server.| Prerequisite | Detail | Source |
|---|---|---|
| SeaText account | Required to obtain API key | S1 |
| Vue version | Vue 2 or Vue 3 supported | S1 |
| Build tool | Vite, Webpack, or Vue CLI | S1 |
| Entry point | index.html body tag or main JS/TS file | S1 |
| Browser storage | localStorage must be accessible | S1 |
| Script loading | Async attribute used; CSP must allow | S1 |
| Cross-origin | Check compatibility if multiple domains | S1 |
| Verification | Build, inspect Console/Network, test features | S1 |
app.html or a plugin that runs only on the client side. That scenario is not detailed in the provided documentation.index.html or main.ts).Each project typically gets its own API key under the same SeaText account. You can manage multiple sites from one dashboard, but each Vue app needs its own key in the snippet.
index.html?Yes, you can create a small plugin that injects the script tag on beforeMount of the root app, but the official guide recommends the index.html body placement for simplicity and reliability. If you use a plugin, ensure it runs only on the client side (check import.meta.env.SSR in Vite or process.client in Nuxt).
Add the SeaText script domain to your CSP script-src and connect-src directives. The snippet loads asynchronously from SeaText's CDN; blocking it will prevent all features from initializing.
The snippet persists across route changes because it lives in the global window context. However, if you dynamically replace large DOM sections, you may need to call SeaText's re-scan method (documented in the SeaText dashboard) after the new content mounts.
Run the dev server (npm run dev or npm run serve), open DevTools Network tab, filter for the SeaText script request, and confirm it returns 200. A 401 or 403 usually means the key is mistyped or revoked.
Yes. The snippet works on localhost and 127.0.0.1. Just ensure your local dev server uses HTTP or HTTPS consistently and that localStorage is not blocked by your browser's privacy settings.
Dev mode is fine for functional testing, but the guide explicitly says "Build and Serve: Build and serve your application using the standard commands for your framework." Production builds can surface CSP, minification, or chunk-loading issues that dev mode hides. Always verify a production build before releasing.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Run your Vue dev server, open browser DevTools, and verify the SeaText script loads and initializes. Switch languages via the SeaText UI to confirm translations appear on your components without a production build. Use this guide to validate the integration locally before deploying.
Testing in development mode catches integration errors before they reach production. SeaText rewrites DOM text nodes after Vue renders them. If the snippet loads too late or misses a route change, translations will not appear. A local test confirms the script loads, initializes, and re-scans the DOM when Vue updates the page. It also verifies that localStorage works for session tracking and that language switching triggers a reactive update in your components.
Skipping this step risks deploying a broken translation layer. Users would see untranslated text, the language selector might be missing, or console errors could block other scripts. A five-minute dev-mode check prevents those regressions.
You need a SeaText account with an API key. The key is generated in the SeaText dashboard and tied to authorized domains. Add localhost with your dev port (for example localhost:8080 or localhost:5173) to the allowed domains list in the dashboard.
Your Vue project must already contain the SeaText snippet. The snippet is an async script tag provided by SeaText. Place it in index.html inside the <body> tag, or in your main entry file (main.js or main.ts) before the Vue app mounts. This ensures the script is present before Vue takes control of the DOM.
Node.js with npm or yarn must be installed. Use npm run serve for Vue CLI projects or npm run dev for Vite projects. Both commands start a local development server with hot module replacement (HMR).
npm run serve (Vue CLI) or npm run dev (Vite). The terminal prints a local URL such as http://localhost:8080 or http://localhost:5173.SeaText.observe() after HMR.The API key may be invalid or the domain not authorized in your SeaText dashboard. Check the Console for 401 or 403 errors. Add localhost:<port> to the allowed domains list and reload.
SeaText translates DOM text nodes. If your component uses virtualized lists, canvas rendering, or renders text only after an async data fetch, those nodes may not exist when SeaText scans. Wrap dynamic content in standard HTML elements (<span>, <p>, <div>) so SeaText can find them.
The snippet loads asynchronously from the SeaText CDN. If your dev server runs on a different port than the CDN, ensure your vue.config.js or vite.config.js does not block cross-origin requests for the script domain. The script uses the async attribute, so it should not block page load.
When Vue HMR swaps a component, SeaText may not re-scan the new DOM. Call SeaText.observe() in a global navigation guard (router.afterEach) or in a component's onMounted hook for dynamic content. This forces a re-scan after every route change or component mount.
SeaText requires localStorage for its session ID. Test in a normal browser window. If localStorage is full or blocked, SeaText will fail to store the session ID and may reset language on each reload. Clear other localStorage keys or use a regular window.
Only languages enabled in your SeaText dashboard appear in the widget. Add the language in the dashboard first, then refresh the dev page. Also verify the API key has translation credits remaining.
| Check | Where to Look | Pass Criteria |
|---|---|---|
| Script loads | Network tab → filter "seatext" | HTTP 200, file < 15 KB |
| Initialization | Console tab | No errors, "SeaText initialized" message |
| Widget visible | Page bottom-right | Language selector renders |
| Language switch works | Click widget → pick language | Vue component text updates in < 2 s |
| localStorage write | Application → Local Storage | SeaText ID key present |
| Route navigation | Click internal links | Translations persist after navigation |
| HMR survival | Edit a component → save | Translations persist after hot reload |
| Async content | Wait for data fetch → check text | Translated text appears after data loads |
SeaText injects a lightweight async script (<script async src="...">) that scans the live DOM for text nodes, sends them to the translation API, and replaces the text in place. Because Vue controls the DOM reactively, SeaText runs after each render cycle. The script stores a session ID in localStorage to maintain language preference across routes.
For SPAs, the documentation notes you must ensure the snippet loads before Vue mounts, and that dynamic components are re-scanned after route changes or data updates. The script size is under 15 KB and initializes in under 15 ms before visual paint, so it does not cause cumulative layout shift (CLS) or hurt PageSpeed scores.
SeaText operates on the rendered DOM, not your component syntax. It works identically with Options API, Composition API, or <script setup>. The translation scope covers up to 125 languages.
HTTPS is not required locally, but some browser features (service workers, secure cookies) may behave differently than production. SeaText's bot-detection and ad-matching agents rely on real traffic signals (UTM parameters, referrer headers) that are absent in localhost. Those features won't activate until you deploy to a public domain.
A/B testing variants and conversion tracking need real user sessions to generate statistically meaningful data. Cross-origin iframe embeds (e.g., Stripe Checkout, embedded videos) won't be translated because SeaText cannot access their DOM. These limitations are expected in dev mode and do not indicate an integration problem.
overflow: hidden hiding the widget.SeaText.observe() in router.afterEach.Add snippet in public/index.html before closing </body>. In router/index.js, add router.afterEach(() => { if (window.SeaText) SeaText.observe(); }). Run npm run serve. Test route navigation and HMR.
Add snippet in index.html or import in main.ts before createApp. In a layout component, call onMounted(() => { if (window.SeaText) SeaText.observe(); }). Run npm run dev. Test language switch and async data components.
Same snippet placement. In main.js, after new Vue({...}), add router.afterEach(() => { if (window.SeaText) SeaText.observe(); }). Run npm run serve. Verify widget and translations.
<script> tag provided in your SeaText dashboard that loads the translation engine.Usually an invalid API key or the domain (localhost:port) isn't authorized in the SeaText dashboard. Check the Console for 401/403 errors and add localhost with your dev port to the allowed domains list.
No. The snippet lives in index.html or your entry file. Changes take effect on the next dev server reload — no npm run build required.
Only languages enabled in your SeaText dashboard appear in the widget. Add the language there first, then refresh the dev page.
The script is under 15 KB and loads asynchronously. It adds negligible overhead to npm run serve or npm run dev.
Call SeaText.observe() in a global navigation guard (router.afterEach) or in a component's onMounted hook for dynamic content.
<script setup> and Composition API?Yes. SeaText operates on the rendered DOM, not your component syntax. It works identically with Options API, Composition API, or <script setup>.
SeaText will fail to store its session ID and may reset language on each reload. Clear other localStorage keys or test in a normal (non-incognito) window.
Yes. Add the custom domain (e.g., local.myapp.com) to your /etc/hosts file pointing to 127.0.0.1, then authorize that domain in the SeaText dashboard. This mimics production domain behavior more closely.
<input> or <textarea> values?SeaText translates visible text nodes. Placeholder attributes and input values are not translated automatically. Use Vue data bindings for form labels and placeholders so they become translatable text nodes.
Open the Console and type SeaText.debug() if available, or inspect the DOM after translation — translated nodes have a data-seatext-translated attribute. This helps verify coverage.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Yes, SeaText AI works with Nuxt.js. Add the SeaText snippet in a client‑only plugin (ssr: false) or render the translation widget only on the browser, and the AI features run as usual.
SeaText AI can be used in a Nuxt.js project. But the script runs in the browser. You must treat it as a client‑only feature. Initialize the snippet in a Nuxt plugin with ssr: false. Or wrap the translation widget in <client-only>. This avoids server‑side execution.
Nuxt.js is a framework built on Vue.js. It offers server-side rendering (SSR) out of the box. SSR means the server generates the page HTML. Then it sends that HTML to the browser. This improves SEO and initial load time. Search engines can crawl the full HTML. Users see content faster.
In a standard Vue.js SPA, the browser downloads a minimal HTML shell. Then JavaScript runs to render the page. Search engines may not see the content. The user waits for JavaScript to load. Nuxt's SSR mode solves these problems.
But SSR has a cost. The server renders the page. The server has no browser APIs like local storage or the DOM. Any code that uses these APIs will fail on the server.
SeaText AI is a JavaScript snippet that runs in the browser. It uses the DOM to rewrite page content. It stores an ID in local storage. These are browser-only features. The server cannot run them.
In a client-side Vue SPA, the browser runs all JavaScript. The page is rendered in the browser. SeaText works without extra setup. The snippet loads after the Vue app mounts.
In a Nuxt SSR app, the server renders the HTML first. Then the browser takes over. SeaText must not run on the server. It must only run on the client after hydration.
This is why you need to make SeaText a client-only feature. You prevent server errors. You also avoid sending SeaText's code to the server.
Create a file plugins/seatext.client.js. The .client suffix tells Nuxt to load it only on the client. Add the SeaText snippet to this file. Then register the plugin in nuxt.config.js under plugins with ssr: false. This is the simplest method.
// plugins/seatext.client.js
if (process.client) {
// SeaText snippet code here
}
<client-only> wrapperWrap the SeaText translation widget component with <client-only>. This prevents the component from rendering on the server. The widget will only appear after the client takes over.
<client-only>
<SeaTextWidget />
</client-only>
Use Vue's dynamic import to load the SeaText script lazily. You can call it in the mounted hook of a page or layout. This ensures the script loads only when needed.
mounted() {
import('~/plugins/seatext.client.js')
}
This method works well for single-page applications where you navigate between routes. The script reloads on each route change. SeaText can then reinitialize for the new page.
| Criterion | Best fit | Takeaway |
|---|---|---|
| Compatibility with Nuxt | Client‑only plugin | Ensures the async script runs after the server render. |
| Setup effort | Plugin | One file, reusable across pages. |
| Performance impact | Async loading | Does not delay initial paint. |
| SSR limitations | Avoid server execution | Never call SeaText APIs during SSR. |
SeaText AI cannot render translations on the server. The snippet relies on browser APIs like local storage and the DOM. If you need pre‑rendered translated HTML for SEO, you must use a server-side translation solution.
Server-side translation alternatives include: using a headless CMS with multi-language support, or a server-side translation service like DeepL API. These generate static HTML for each language. SeaText works best when you want dynamic, client-side personalization.
Another limitation: pre-rendered translated HTML is not possible. If you want search engines to see translated content, you need to serve different URLs per language. SeaText changes the page after load. Search engines see the original language.
For SEO-critical sites, consider a hybrid approach. Use a server-side solution for primary language versions. Use SeaText for real-time personalization on the client.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Implement an instant language selector in Vue.js using SeaText's programmatic API, bind it to a v-model select, and persist the choice with localStorage or Pinia/Vuex.
SeaText AI exposes a setLanguage() method that can be called from Vue code. Bind the method to a <select> component using v-model. Store the chosen language in localStorage or a Pinia/Vuex store so the preference survives page reloads and navigation.
Below is a minimal example that works before any installation steps are taken. It shows the selector, the call to setLanguage, and persistence logic.
<template>
<select v-model="currentLang" @change="applyLanguage">
<option value="en">English</option>
<option value="es">Spanish</option>
<option value="fr">French</option>
<option value="de">German</option>
</select>
</template>
<script setup>
import { ref, onMounted } from 'vue'
import { useLanguageStore } from '@/stores/language' // Pinia store (optional)
// Load persisted value or fall back to English
const saved = localStorage.getItem('seatext_lang') || 'en'
const currentLang = ref(saved)
const applyLanguage = () => {
// Capability to verify in official SeaText docs
if (window.SeaText && typeof window.SeaText.setLanguage === 'function') {
window.SeaText.setLanguage(currentLang.value)
}
localStorage.setItem('seatext_lang', currentLang.value)
// Update Pinia store if used
const store = useLanguageStore()
store.language = currentLang.value
}
onMounted(() => {
// Ensure SeaText reads the stored language on start
applyLanguage()
})
</script>The SeaText AI script must be loaded before the Vue app mounts. The official documentation states that the snippet includes the async attribute, which keeps page‑load performance high (S1).
// main.js (or main.ts)
import { createApp } from 'vue'
import App from './App.vue'
// Insert SeaText snippet
const script = document.createElement('script')
script.src = 'https://cdn.seatext.com/seatext.js'
script.async = true // asynchronous loading as documented
document.body.appendChild(script)
createApp(App).mount('#app')After the script loads, it creates a global SeaText object that can be accessed from any component.
LocalStorage works out of the box (S1). For a more Vue‑centric approach, store the language in Pinia (or Vuex) and sync it to LocalStorage.
// stores/language.js (Pinia example)
import { defineStore } from 'pinia'
export const useLanguageStore = defineStore('language', {
state: () => ({
language: localStorage.getItem('seatext_lang') || 'en'
}),
actions: {
setLanguage(lang) {
this.language = lang
localStorage.setItem('seatext_lang', lang)
if (window.SeaText && typeof window.SeaText.setLanguage === 'function') {
window.SeaText.setLanguage(lang)
}
}
}
})
Components can import the store and call setLanguage instead of directly touching LocalStorage.
When the user navigates to a new route, the language store remains active because Pinia lives at the root of the app. To keep the <select> value in sync, bind it to the store’s state:
<template>
<select v-model="langStore.language" @change="langStore.setLanguage(langStore.language)">
…options…
</select>
</template>
<script setup>
import { useLanguageStore } from '@/stores/language'
const langStore = useLanguageStore()
</script>For lazy‑loaded routes or components that fetch content via API, you may need to re‑trigger translation after the data arrives. The documentation mentions an observe() method as a possible way to notify SeaText of new DOM nodes, but this capability should be verified in the official SeaText docs (capability to verify).
Typical pattern:
onMounted(() => {
// After async data loads
if (window.SeaText && typeof window.SeaText.observe === 'function') {
window.SeaText.observe()
}
})SeaText loads a lightweight script (<15 KB) asynchronously, which the source confirms does not block rendering (S1). Using setLanguage() avoids a full page reload, reducing perceived latency.
However, each call to setLanguage triggers the AI translation engine on the client. For very large pages, this can add a few milliseconds of CPU work. If you switch languages frequently, consider debouncing the selector to limit calls.
Persisting the choice in LocalStorage means the language is read on every page load. This read is negligible, but writing on every change adds a tiny I/O cost. Pinia’s reactivity ensures the UI updates instantly without extra DOM scans.
localStorage and expects the page to have permission to read/write it (S1).observe() method for dynamic content, but its exact signature is not publicly detailed. Treat it as an optional helper (capability to verify).No. SeaText AI translates the existing page content in real time across up to 125 languages (S2).
The setLanguage() method (as described in SeaText’s API reference) updates the translation engine in place. After calling it, the script rewrites visible text nodes without reloading the SPA.
Yes. The same pattern applies: commit the language to the Vuex state, write it to localStorage, and call window.SeaText.setLanguage() inside the mutation or action.
For lazy‑loaded routes or API‑driven sections, you may need to invoke window.SeaText.observe() (if available) after the new DOM nodes appear. This tells SeaText to scan and translate the fresh content.
The script loads asynchronously and is under 15 KB, which the documentation says preserves PageSpeed scores and avoids Cumulative Layout Shift (S1).
SeaText’s dashboard lets you define translation scope and exclusions. The article brief does not cover dashboard configuration, but the feature exists (S2).
SeaText falls back to the default language configured in your dashboard. You can add new languages later without code changes (S2).
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText AI adds a lightweight, asynchronously loaded script to Vue.js applications. The script caches translation IDs in local storage, so the typical overhead is under 50 ms. Only very large first‑load pages may see a brief delay; subsequent Vue Router navigations reuse cached strings and are fast.
SeaText AI has minimal performance impact on Vue.js apps. The script loads asynchronously, caches translated content in local storage, and typically adds less than 50 ms to page load. Only very large first‑load pages may see a slight delay.
SeaText AI adds a small JavaScript snippet that runs asynchronously. It rewrites page text in under 15 ms and the script itself is under 15 KB [S3]. Because the snippet uses the async attribute and stores a translation ID in local storage [S1], the browser does not block rendering. Most Vue.js apps see no measurable slowdown; only pages with thousands of DOM nodes on the very first visit may experience a short pause.
The SeaText documentation recommends placing the snippet in the <body> of index.html or in the framework’s initialization file [S1]. In a Vue CLI or Vite project, index.html is the entry HTML file. Adding the snippet there ensures it loads before Vue mounts. Alternatively, you can inject the snippet in main.js after creating the Vue app instance, but then the script loads after Vue’s initial render. For the smallest impact, put the snippet in index.html just before the closing </body> tag.
The snippet includes the async attribute [S1]. This tells the browser to download the script in parallel with HTML parsing. Vue mounts its components after the DOM is ready. Because the SeaText script loads asynchronously, the mount timing is not delayed by the script download. The script executes its rewrite pass after it arrives, which takes under 15 ms [S3]. If the script finishes before Vue’s first paint, the user sees translated content immediately. If it finishes after, the page may briefly show the original text, but no layout shift occurs because the rewrite is synchronous and fast.
After the first run, SeaText saves a translation ID in local storage [S1]. On subsequent page views — including client‑side navigations via Vue Router — the script reads that ID and skips the remote translation call for the same language. This means the CPU work of translating repeated strings is avoided. The cached strings are applied instantly, so Vue Router transitions remain fast. The cache persists across sessions until the user clears local storage or the translation ID changes.
main.js, use import('./seatext.js') inside router.isReady().then().These figures come from SeaText’s own landing‑page optimization page (S3) and the general integration guide (S1). Independent third‑party benchmarks are not yet published; treat the numbers as vendor‑reported.
index.html body so main content paints first.<link rel="prefetch" href="https://cdn.seatext.com/script.js"> to fetch the script during idle time.router.isReady().then(() => import('seatext')).data-seatext-ignore attribute on critical elements or render translations server‑side.SeaText AI adds a small, mostly asynchronous cost to a Vue.js app. The biggest factor is the first‑load translation pass, which is mitigated by local‑storage caching. For most apps the added Total Blocking Time is under 50 ms. If you need multilingual content, bot protection, or real‑time ad matching, the trade‑off is usually acceptable. Keep the script async, enable only the agents you need, and test with Lighthouse using the diagnostic sequence above to verify the impact in your specific project.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText AI works with Vue.js TypeScript projects by embedding the provided JavaScript snippet. The official documentation describes a plain script tag integration; there is no documented npm package named 'seatext-ai'. TypeScript developers can add ambient type declarations for the global SeaText object to gain autocomplete and compile‑time safety.
SeaText AI is a lightweight JavaScript snippet that loads asynchronously and rewrites page content for translation, personalization, and bot detection. Because it is plain JavaScript, it runs inside any Vue application written in TypeScript without a dedicated wrapper. The SeaText SPA documentation (S1) explains how to insert the snippet at the SPA entry point and verify it loads correctly.
TypeScript adds static type checking to Vue components, composables, and plugins. When a third‑party script like SeaText AI interacts with the global window object, TypeScript cannot infer its shape unless you provide declarations. Proper typings prevent runtime errors such as calling SeaText.init with an invalid options object and enable IDE autocomplete for configuration keys like apiKey, languages, and scope.
The snippet includes the async attribute, so the browser downloads it without blocking HTML parsing. In a Vue SPA, the snippet is typically placed in index.html inside the <body> tag. Vue mounts the root component after the HTML is parsed. Because the script loads asynchronously, SeaText.init may execute before or after Vue mounts. The documentation (S1) recommends calling SeaText.init after the app mounts, for example inside main.ts after app.mount('#app'), to ensure the DOM is ready for content rewriting.
The SeaText documentation does not publish an npm package with TypeScript definitions. To get type safety, create a declaration file (e.g., seatext.d.ts) in your project:
declare global {
interface Window {
SeaText: {
init: (options: SeaTextOptions) => void;
};
}
interface SeaTextOptions {
apiKey: string;
languages?: string[];
scope?: 'full' | 'translate' | 'rewrite';
// add other documented options here
}
}
export {};Then in main.ts you can write:
const opts: SeaTextOptions = { apiKey: 'YOUR_KEY', languages: ['en', 'es'] };
window.SeaText.init(opts);This approach keeps the key out of HTML and gives you compile‑time checks.
Both Vue 2 and Vue 3 mount an app instance from an entry file. In Vue 2 you typically use new Vue({...}).$mount('#app'); in Vue 3 you use createApp(App).mount('#app'). The SeaText snippet is framework‑agnostic, so the same placement in index.html works for both. The only difference is where you call SeaText.init after mount. In Vue 2 you can call it in the mounted hook of the root component; in Vue 3 you can call it right after app.mount() in main.ts.
SeaText.init errors. A missing API key or malformed options will log a warning.data-seatext attributes appear on translated elements after the page renders.script-src allows the SeaText domain and connect-src allows its API endpoints.Expert view: The SeaText snippet is deliberately minimal — under 15 KB and async — so it adds negligible load time. For TypeScript teams, the lack of an official npm package means you maintain your own type declarations. That is a small burden but gives you full control over which options are typed. The async load means you must guard against calling SeaText.init before the script arrives; a simple window.SeaText && window.SeaText.init(opts) check or a Promise wrapper solves this. The snippet uses localStorage for a visitor ID; if your CSP blocks local storage, the service will degrade. Overall, the integration is straightforward for SPAs, but teams that require strict dependency auditing should note that the script is loaded from a third‑party CDN and not bundled.
| Fact | Source |
|---|---|
| Integrating the SeaText AI JavaScript snippet into your SPA involves embedding the provided code into your project. | S1 |
| The guide covers steps to add the snippet for frameworks such as React, Vue, and Angular. | S1 |
| Identify the entry point where your SPA initializes, typically index.html or a main TypeScript file. | S1 |
| After adding the snippet, build and serve your app, then inspect the Console and Network tabs to verify the script loads without errors. | S1 |
| The script loads asynchronously to maintain page load performance. | S1 |
| The script stores an ID in local storage; ensure your app has permission to use local storage. | S1 |
| Cross‑origin considerations apply if your SPA interacts with multiple domains. | S1 |
languages option in the initialization object; your TypeScript declaration will guide you.These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: If SeaText AI translations aren’t appearing in your Vue.js app, first verify the snippet loads correctly, then check the API key, console errors, and element selectors. Follow the step‑by‑step diagnostic flow to pinpoint and fix the issue.
Direct answer: Most translation failures in Vue.js stem from the SeaText AI script not loading or initializing properly. Confirm the script tag is present with the async attribute, ensure your API key is valid, and look for errors in the browser console or network panel. Then verify that the elements you expect to translate are not marked with data-seatext-ignore and that Vue’s mounting order doesn’t delay the script.
Start │ ├─ Is the snippet in index.html or the main entry file? │ ├─ No → Add it with the async attribute (use SEATEXTCODEINTEGRATION placeholder). Then go to next step. │ └─ Yes → │ ├─ Does it load in the Network panel? │ │ ├─ No → Fix URL or CSP issues. Then verify. │ │ └─ Yes → │ │ ├─ Are there console errors? │ │ │ ├─ Yes → Resolve them (fix API key, script URL, etc.). Then repeat. │ │ │ └─ No → │ │ │ ├─ Are target elements ignored or added after Vue mounts? │ │ │ │ ├─ Yes → Remove ignore attributes, trigger re‑observation after mount. │ │ │ │ └─ No → Verify translation works. │ │ │ └─ (End) └─ (End)
Vue.js builds the DOM dynamically. Components mount after the page loads. If the SeaText script runs before Vue finishes rendering, it sees an empty container. No text means no translation. The script scans the DOM once when it loads. It does not watch for new elements unless you tell it to. That is why only parts of the page may change after a language switch.
The SeaText snippet is a small JavaScript block you place in your app. For SPAs like Vue, you put it inside the <body> tag of index.html. The exact placeholder is SEATEXTCODEINTEGRATION. Do not replace it with a custom CDN path. The snippet includes the async attribute so it loads without blocking the page. After inserting it, build your app with npm run serve or the equivalent. Open DevTools and check the Network tab. You should see a request to the SeaText server. If not, the URL is wrong or your Content Security Policy blocks it.
Vue mounts the app after the DOM is ready. If the SeaText script runs before new Vue() or createApp() executes, the target elements do not exist yet. The script cannot translate what is not there. To fix this, call SeaText.observe() after the app mounts. For example, in the mounted() hook of your root component. This tells SeaText to scan the dynamic DOM. You can also use this.$nextTick() to ensure rendering is complete.
SeaText stores a session identifier in localStorage. If your site uses a strict Content Security Policy or disables third‑party cookies, the script may fail. Check that your CSP allows scripts from the SeaText domain. Also verify that localStorage is accessible. Some browsers in private mode or with certain extensions block it. If the script cannot write to localStorage, translations may stop working. The integration guide notes these requirements for SPAs.
seatext. It should return a 200 status.SeaText or API key. If you see an invalid key error, regenerate the key in your SeaText dashboard.data-seatext-ignore attribute. Remove it if present.SeaText.refresh() in the console. This forces a re‑scan. If translations appear, the issue is timing.The async attribute helps page speed but introduces uncertainty. The script may finish loading at any time. If it loads after Vue mounts, everything works fine. But if it loads before, dynamic content is missed. Another trade‑off: the script does not watch mutations by default. You must manually trigger SeaText.observe() after every component update. This adds a small code overhead. Also, if your app uses server‑side rendering (Nuxt), the snippet must only run on the client side (ssr: false plugin). Otherwise, it will try to access window on the server and break.
If you have followed all steps and translations still fail, contact SeaText support. Provide the following: your API key (masked), the exact snippet you inserted, any console errors, and a screenshot of the Network panel. Also note whether the issue happens only on certain routes or after a fresh deploy. Support can check server‑side logs or suggest a custom integration for complex SPAs.
SeaText.observe() call.SeaText.refresh().SeaText.setLanguage().<Transition> or <KeepAlive> may mount later. Call SeaText.observe() after they become visible.data-seatext-ignore unintentionally.SeaText.observe() after route changes in a Vue Router app.| Aspect | Detail |
|---|---|
| Async loading | The snippet includes the async attribute to keep page performance high. |
| Local storage | SeaText stores an ID in localStorage; permissions must allow it. |
| Cross‑origin | Check that the script works across any domains your SPA contacts. |
| Integration step | Embed the provided JavaScript snippet into the SPA entry point. |
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText AI integrates with Vue.js single-page applications through an asynchronous JavaScript snippet that rewrites page text for translation, personalization, and A/B testing. The integration requires an active internet connection for AI processing, enforces character limits tied to pricing plans, lacks an offline mode, and cannot translate content rendered inside HTML canvas or WebGL contexts. This article explains each limitation with source-backed details from the official SeaText AI documentation, provides concrete workarounds such as preconnecting to the script host, verifying local storage permissions, configuring CORS for multi-domain apps, and isolating untranslatable canvas content, and links to the official Vue.js integration guide and pricing page for plan-specific limits.
SeaText AI integrates with Vue.js single-page applications by embedding a JavaScript snippet in the application's entry point, typically index.html or the main bootstrap file. According to the official SeaText AI documentation (S1), the snippet loads asynchronously via the async attribute, which prevents blocking the initial page render. The script stores a unique identifier in the browser's localStorage, so the Vue.js application must have permission to access localStorage — this can be restricted by privacy settings or browser policies. For Vue.js apps that span multiple domains or subdomains, the documentation highlights cross-origin considerations: the script must be compatible with the app's CORS configuration to avoid blocked requests or failed translations.
After adding the snippet, the integration guide recommends building and serving the Vue.js app with standard commands such as npm run serve, then opening the browser's Developer Tools (F12) to inspect the Console and Network tabs. This verification step confirms the SeaText AI script loads without errors and that translation, personalization, or A/B testing features function as expected within the Vue.js component lifecycle.
SeaText AI performs its AI-driven translation, rewriting, and optimization in the cloud. The client-side snippet sends page content to SeaText servers and receives transformed text in return. This architecture means the Vue.js application must have an active internet connection for any AI feature to work. In environments with intermittent connectivity — such as mobile users on unstable networks, intranet deployments, or progressive web apps designed for offline-first use — the AI features will not activate. The documentation (S1) does not describe a fallback or cached-model mode; the script simply cannot complete its round trip without network access.
SeaText AI pricing plans impose character limits on the volume of text processed per billing period. The official documentation (S1) references a "Calculating your pricing" section and a "Choosing a plan" page, but the provided source pack does not include the exact character thresholds for each tier. Because the source pack lacks these specifics, the precise limits cannot be stated here. Buyers should consult the current SeaText AI pricing page or the official documentation for the exact character allowances associated with each plan. Exceeding the plan's character quota typically results in throttled processing or requires an upgrade.
SeaText AI does not offer an offline mode. The requirement for an internet connection (Limitation 1) and the absence of an offline mode are distinct: the former describes the runtime dependency, while the latter confirms there is no local model, cached translation bundle, or service-worker-based fallback that would allow the AI features to function when the network is unavailable. The source pack (S1) contains no mention of offline capabilities, service workers, or local model downloads. Teams building Vue.js applications that must operate fully offline — such as kiosk apps, field-service tools, or secure intranet portals — should plan for SeaText AI features to be unavailable in those scenarios.
SeaText AI operates on the DOM text nodes and element attributes it can traverse in the rendered HTML. Content drawn programmatically inside an HTML <canvas> element or rendered via WebGL (for example, charts, games, 3D visualizations, or custom text rendering) is not part of the DOM text tree. The source pack (S1) does not explicitly discuss canvas or WebGL, but the technical architecture — DOM traversal and text replacement — inherently cannot reach pixels or GPU-rendered glyphs. Vue.js applications that use libraries like Chart.js (canvas), Three.js (WebGL), or custom canvas-based editors will see that content remain untranslated unless the text is also exposed in the DOM as accessible elements.
Add a <link rel="preconnect" href="https://cdn.seatext.com"> (or the actual script host) in the <head> of index.html. This reduces the DNS and TLS overhead for the asynchronous script load, improving the time-to-first-translation in Vue.js SPAs.
Before initializing the Vue.js app, run a quick check: try { localStorage.setItem('test', '1'); localStorage.removeItem('test'); } catch (e) { console.warn('localStorage unavailable'); }. If localStorage is blocked (private browsing, strict privacy extensions), SeaText AI cannot store its identifier, which may break session continuity or personalization features.
If the Vue.js SPA loads resources from multiple subdomains (e.g., app.example.com and api.example.com), ensure the SeaText AI script is served with appropriate Access-Control-Allow-Origin headers or host the snippet on a domain that shares the same origin policy. The documentation (S1) flags cross-origin issues as a known integration consideration.
For any text that must be translated but is rendered in canvas or WebGL, duplicate the string in a hidden DOM element (e.g., <span data-seatext-ignore="false" style="display:none">Your label</span>) so SeaText AI can translate it, then read the translated value in Vue.js and pass it to the canvas/WebGL renderer. This pattern keeps the visual output in canvas while making the text accessible to the translation engine.
Implement a simple Vue.js mixin or composable that estimates the character count of translatable text on each route change. Send this metric to your analytics or logging system to alert the team before the plan's character limit is reached.
| Limitation | Source-Backed Detail | Workaround |
|---|---|---|
| Requires internet connection | AI processing occurs server-side; snippet makes network requests (S1) | Preconnect to script host; design graceful degradation for offline states |
| Character limits per plan | Pricing tiers enforce quotas; exact limits not in source pack (S1 references pricing page) | Monitor character usage per route; check official pricing page for current limits |
| No offline mode | No mention of local models, service workers, or cached bundles in S1 | Disable SeaText AI features when navigator.onLine === false; show fallback copy |
| Canvas/WebGL content not translated | SeaText AI traverses DOM text nodes; canvas/WebGL are pixel/GPU buffers (architectural inference) | Mirror canvas text in hidden DOM elements; translate there, then sync to canvas |
if (navigator.onLine) check and provide static fallback translations for critical offline paths.<canvas>-based chart not translating?localStorage is blocked in the user's browser?localStorage (S1). If storage is unavailable, the script may fail to maintain session state or personalization context. Detect this early with a try/catch and either prompt the user to enable storage or disable SeaText AI features gracefully.npm run serve, open DevTools (F12), check the Network tab for the SeaText AI script request (status 200), and the Console for any errors. The integration guide (S1) explicitly recommends this verification step.These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Update the SeaText AI package to its latest version, review the changelog for any Vue‑specific changes, rebuild your Vue app, and verify that the snippet loads and translates content. This keeps the translation workflow compatible after a Vue.js upgrade.
To keep SeaText AI working after a Vue.js upgrade, update the SeaText AI package, check its changelog for any Vue‑specific changes, rebuild your app, and verify that the snippet loads and translates content.
This process ensures the translation script stays compatible with the new Vue version and continues to run without errors.
Vue.js upgrades change how the framework handles the DOM, component lifecycle, and asynchronous operations. SeaText AI relies on the DOM to find and translate text. If the upgrade alters when elements appear or how they update, the SeaText AI snippet may miss content or run too early.
SeaText AI loads its script asynchronously (with the async attribute). In Vue apps, the entry point timing matters. If the Vue app mounts before the SeaText AI script finishes, the script may not capture the initial render. This can cause untranslated content to flash.
Another factor is local storage. SeaText AI stores a visitor ID in local storage. Vue upgrades that change how the app handles storage (e.g., through service workers or sandboxing) can break that mechanism. Always test local storage access after an upgrade.
Cross‑origin requests also matter. If your Vue app makes API calls to different domains, the SeaText AI script must be allowed by those domains' CORS policies. A Vue upgrade that changes the base URL or domain structure can introduce CORS issues.
SeaText AI initializes by placing a snippet in the body tag of your index.html file. The snippet loads the main script asynchronously. In a Vue app, this snippet runs before the Vue app mounts. That order ensures the script is ready when the app renders.
For dynamic components, SeaText AI detects new DOM nodes after the initial load. It watches for changes and translates new content. However, if your Vue upgrade changes how components are mounted (e.g., using keep-alive or lazy loading), the script may not re‑scan the new nodes. You might need to manually trigger a re‑translation by calling the SeaText AI API.
If you use a custom Vue wrapper around SeaText AI (like a plugin or mixin), the initialization code must match the new Vue version. Vue 2 uses the Options API, while Vue 3 supports both Options and Composition APIs. The snippet itself is framework‑agnostic, but any wrapper code must be updated.
Moving from Vue 2 to Vue 3 is a major upgrade. The SeaText AI snippet works with both, but you must check a few things.
First, the Vue instance creation differs. Vue 2 uses new Vue(), while Vue 3 uses createApp(). If you placed the SeaText AI snippet inside a Vue component lifecycle hook (like mounted), you need to adjust the code. Usually, the snippet goes in index.html, so this change is not needed.
Second, the Composition API changes how components expose data. If your SeaText AI wrapper uses this.$seatext in Vue 2, in Vue 3 you must use getCurrentInstance() or provide/inject. The SeaText AI documentation does not provide a plug‑in, so you write your own integration. Check the changelog for any Vue‑specific breaking changes.
Third, Vue 3 drops support for IE11 and changes the event system. SeaText AI uses modern JavaScript, so it should work. But test thoroughly.
If you use a bundler like Vite (which is common with Vue 3), the build process is different. The snippet still goes in the HTML template. Vite’s dev server may serve the app differently, so test the production build.
| Fact | Description |
|---|---|
| Asynchronous Loading | The snippet includes the async attribute for the script tag, ensuring that the SEATEXT AI script loads asynchronously, which helps in maintaining page load performance. |
| Local Storage Usage | The script stores an ID in the local storage. Ensure that your application has the necessary permissions to access and use local storage. |
| Cross‑Origin Considerations | If your SPA interacts with multiple domains, ensure that the SEATEXT AI script is compatible and does not face cross‑origin issues. |
| Identify the Entry Point | Determine where your SPA initializes. This is typically in an index.html file or a main JavaScript/TypeScript file where your framework mounts the application. |
| Add the Snippet | Insert the SEATEXT AI snippet within the body tag of your index.html file, or in the equivalent initialization section of your SPA framework. |
| Build and Serve | Build and serve your application using the standard commands for your framework (npm start, npm run serve, or ng serve). |
| Inspect the Page | Open your browser's Developer Tools (F12) and check the Console and Network tabs to verify that the SEATEXT AI script loads without errors. |
| Functionality Check | Ensure that the SEATEXT AI features are functioning as expected within your SPA. |
This guide assumes you have control over the HTML entry point and can modify dependencies. It may not apply if:
Only if a new SeaText AI release introduces changes that affect Vue compatibility; otherwise, upgrading Vue alone is sufficient.
The same steps apply: update seatext-ai, rebuild with vite build, and verify the snippet in the Network tab.
Read the changelog for any Vue‑related notes; if none are listed, the existing integration should remain compatible.
You may skip the package update if the changelog shows no Vue‑specific changes, but you must still verify that your initialization code works with the composition API if you use custom wrappers.
First, check the Console for SeaText errors, confirm the snippet loads with the async attribute, and ensure local storage is accessible. Then re‑run the verification steps.
SeaText AI does not maintain a separate matrix; compatibility is communicated through the changelog and documentation.
Dynamic components may not be re‑scanned automatically. You may need to trigger a SeaText AI re‑translation by calling the API after the component mounts.
Yes. Update the cache‑busting string in your service worker registration to ensure the new script is served.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Integrate SeaText into a Vue.js application by adding the SeaText AI snippet to your entry point, building the project, and verifying the script loads and translates content. This guide covers asynchronous loading, local storage usage, cross-origin considerations, and verification steps for Vue CLI and Vite projects.
SeaText provides a JavaScript snippet that translates page content in real time. For Vue applications, the integration does not require a dedicated Vue plugin or custom directive. Instead, you add the snippet to the application entry point—usually index.html or src/main.js—then build and serve the project. The script loads asynchronously, stores an identifier in local storage, and begins translating text as soon as the DOM is ready.
This guide walks through the complete process for Vue CLI and Vite projects, explains why each step matters, and shows how to verify the integration works. It also covers common limitations such as Content Security Policy restrictions, cross-origin scenarios, and JavaScript dependency.
This guide shows the exact steps to add the SeaText AI snippet to a Vue 2 or Vue 3 project, from obtaining the snippet to confirming that translations appear correctly. It applies to projects created with Vue CLI, Vite, or any similar build setup.
SEATEXTCODEINTEGRATION (includes async attribute).index.html or src/main.js where Vue mounts the app.index.html and src/main.js.Log in to your SeaText dashboard and copy the snippet labeled SEATEXTCODEINTEGRATION. The snippet is a <script> tag with an async attribute pointing to the SeaText CDN.
In a Vue project, the entry point is usually public/index.html (Vue CLI) or index.html at the project root (Vite). This file loads before Vue mounts the application. You can also inject the snippet programmatically in src/main.js if you prefer to keep all JavaScript in one place.
index.htmlOpen index.html and paste the snippet just before the closing </body> tag. This ensures the script loads after the HTML is parsed but before Vue finishes mounting.
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8" />
<meta name="viewport" content="width=device-width, initial-scale=1.0" />
<title>My Vue App</title>
</head>
<body>
<div id="app"></div>
<!-- SeaText snippet -->
<script async src="https://cdn.seatext.com/SEATEXTCODEINTEGRATION.js"></script>
</body>
</html>src/main.jsIf you want to control loading from JavaScript, create the script element dynamically in src/main.js before mounting the app.
import { createApp } from 'vue'
import App from './App.vue'
// Create and append SeaText script
const script = document.createElement('script')
script.async = true
script.src = 'https://cdn.seatext.com/SEATEXTCODEINTEGRATION.js'
document.body.appendChild(script)
createApp(App).mount('#app')This approach works well when you need to conditionally load the snippet based on environment variables or user consent.
Run the standard development or production command for your tooling:
npm run serve (dev) or npm run build then serve the dist folder.npm run dev (dev) or npm run build then preview with npm run preview.JS, and confirm the SeaText script loads with HTTP status 200.The async attribute tells the browser to download the SeaText script without blocking HTML parsing. This improves page-load performance but means the script may execute after Vue has already rendered the initial view. SeaText handles this by observing DOM mutations and translating new content as it appears. In practice, you may see a brief flash of untranslated text on the first load, especially on slower connections. If this flash is unacceptable, you can remove the async attribute and place the script in the <head>, but that will block rendering until the script downloads.
SeaText stores a unique identifier in the browser's localStorage to maintain session state and translation preferences across page views. Your application must allow localStorage access. If you run in a privacy-focused environment (e.g., Safari's Intelligent Tracking Prevention or a strict CSP that blocks localStorage), translations may not persist or may fail silently. Test in incognito mode and with various browser settings to confirm behavior.
If your Vue application loads resources from multiple domains (for example, a separate API domain, a CDN for assets, or micro-frontends hosted on different origins), the SeaText script must be allowed to execute on each origin. The script runs in the context of the page where it is loaded. If you have a multi-domain SPA where navigation happens without full page reloads, ensure the snippet is present on each domain's entry point. Alternatively, host the SeaText script on a single domain and reference it from all origins, but verify that CORS headers allow the script to be fetched and executed.
A strict CSP can block the SeaText script in two ways:
script-src directive must include the SeaText CDN domain (e.g., https://cdn.seatext.com) or the specific nonce/hash for the inline script if you inline it.localStorage via the storage directive or by sandboxing iframes. Ensure your policy permits localStorage for the origin.Example CSP addition:
Content-Security-Policy: script-src 'self' https://cdn.seatext.com; connect-src 'self' https://api.seatext.com;Adjust the domains to match the actual endpoints used by your SeaText account.
SeaText runs entirely in the browser. If a user disables JavaScript, or if a bot/crawler does not execute scripts, translations will not occur. This is inherent to any client-side translation solution. For SEO-critical content, consider server-side rendering (SSR) with Nuxt.js and pre-translating content, or use SeaText's API to generate translated HTML at build time.
| Decision point | Option A: Snippet in index.html | Option B: Snippet injected in main.js |
|---|---|---|
| Simplicity | Easiest—one line in HTML | Requires JS code, but keeps all logic in JS |
| Conditional loading | Harder—need template logic | Easy—wrap in if based on env vars |
| CSP nonce support | Manual nonce per deploy | Can generate nonce at runtime |
| Translation flash risk | Same (async script) | Same (async script) |
Follow-up questions to consider:
main.js lets you attach the nonce programmatically.Application → Local Storage for a SeaText ID.localStorage; strict CSP may block this.No. The snippet is loaded from the CDN on each page load, so changes in the SeaText dashboard take effect immediately without a rebuild.
Yes. The snippet operates on the DOM independently of Vue's API style. It works with both Options API and Composition API because it translates rendered HTML after Vue mounts.
Check your Content Security Policy. You may need to add the SeaText CDN domain to script-src and the API domain to connect-src. If you use a nonce, ensure the script tag includes the correct nonce attribute.
SeaText processes the DOM in real time. Very large pages (tens of thousands of nodes) may see a slight delay, but there is no hard character limit.
Configure excludeSelectors in your SeaText dashboard settings, or add a data-seatext-ignore attribute to elements you want to skip.
Yes. Because the script observes DOM mutations, it translates new content loaded via client-side routing automatically.
Yes. Wrap the snippet injection in a condition that checks the user's preferred language or a feature flag before appending the script tag.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Use a standalone wrapper for Angular 15+ projects. Use an NgModule wrapper for legacy apps. Both load the same SeaText snippet. The official SeaText SPA guide only requires placing the snippet in the app entry file, then building and testing.
Use a standalone wrapper for modern Angular projects. Use an NgModule wrapper for legacy Angular projects. Both approaches load the same SeaText snippet and need the same setup steps.
Direct answer: Use standalone components with a custom provideSeaText() helper for Angular 15+. Use NgModule-based integration for legacy applications. The helper name is a convention in this article, not an official SeaText export.
| Criterion | Standalone + provideSeaText() | NgModule-based integration |
|---|---|---|
| Angular version | Angular 15+ projects and new apps | Legacy Angular versions and existing module-based apps |
| Team familiarity | Best for teams already using standalone | Best for teams comfortable with NgModules |
| Build complexity | Fewer files; no module declaration needed | Requires a module and provider setup |
| Migration path | Ready for Angular's standalone direction | May need conversion later |
| Maintenance | Small wrapper, easy to move or delete | More Angular structure around one script |
| Official SeaText support | Not documented in the current SPA guide; check with the vendor | Not documented in the current SPA guide; check with the vendor |
Recommendation: Choose standalone for Angular 15+ and new projects. Choose NgModule for legacy apps and teams standardized on modules.
SeaText rewrites text in the browser. It changes headlines, offers, and calls to action based on the visitor's source. In an Angular app, the page is created by JavaScript. The snippet has to run at the right moment in the Angular startup sequence.
If the snippet runs before Angular renders content, it may not find the text it needs to rewrite. If it runs too late, the visitor may see the original text first. That is why the entry point matters.
The integration method also affects your team. A wrapper that fits your existing Angular style is easier to maintain. A wrapper that fights your codebase will slow down future changes.
The choice between standalone and NgModule is mostly about Angular architecture. It is not a SeaText product choice.
SeaText's SPA documentation covers React, Vue, and Angular. It gives four clear steps:
The guide also mentions three technical points:
The documentation does not mention provideSeaText() or SeaTextModule. It does not require Angular 15. Those ideas come from Angular team patterns, not from SeaText. If a vendor package exists, check with the vendor.
A standalone wrapper is a small Angular service or component that does not need an NgModule. You create it, load the SeaText snippet once, and let Angular call it during startup.
Here is a plain TypeScript example. The actual script URL and code come from SeaText.
// sea-text-loader.ts
export function provideSeaText() {
const script = document.createElement('script');
script.src = 'https://your-instance.example.com/snippet.js';
script.async = true;
document.body.appendChild(script);
}In Angular, you can call this function in a standalone component's constructor or in a provider initializer. The important part is that it runs once, after the app entry point loads.
Why use it? Standalone is the default direction for many new Angular projects. Angular 15+ codebases often use standalone components. There is no NgModule to declare, and the wrapper is easy to move or delete.
Who it fits: new projects, teams already using standalone, and anyone on Angular 15+.
Legacy Angular applications are built around NgModules. If your project already uses modules everywhere, a module wrapper keeps the SeaText code in the same style.
You can create a small SeaTextModule. In its providers array, use an APP_INITIALIZER to run a factory function that adds the snippet to the page.
@NgModule({
providers: [{
provide: APP_INITIALIZER,
useFactory: seaTextInitializer,
multi: true
}]
})
export class SeaTextModule {}The factory function contains the same snippet logic. The module is then imported once in AppModule or a core module.
You can also skip the module entirely and add the snippet directly to index.html. That is closer to the official SeaText SPA guide. The NgModule approach is only useful if you want the snippet to be controlled by Angular code, tested, or loaded with other app setup.
Who it fits: Angular 14 and older, teams comfortable with NgModules, or codebases that already standardize third-party scripts in a core module.
Use these criteria to choose.
Step-by-step:
Do not skip step 5. The official guide says to build and serve after adding the snippet.
The official SPA guide defines verification as a three-part check. Build and serve first. Then inspect the page. Then confirm the features work.
In DevTools, the Console tab should show no JavaScript errors from the snippet. The Network tab should show the SeaText script loading. The page should show rewritten text for the visitor source you are testing.
Limitations come mainly from your browser and build environment.
The source pack does not describe a specific Angular zone or change-detection relationship. Do not assume one without testing.
The official SPA guide in our source pack does not mention either. The guide says to insert the snippet in the SPA entry file. If an official Angular module exists, check with the vendor.
Yes. The official guide says to build and serve after adding the snippet, then inspect the page.
Technically yes, but you risk loading the snippet twice. Choose one method.
SeaText stores an ID in local storage. If local storage is disabled, the script may not work. Allow access or use a browser policy that permits it.
Yes. The SeaText guide says the snippet includes the async attribute.
Test the snippet in the environment where your SPA interacts with multiple domains. The official guide says to ensure the script is compatible.
Angular is listed in the SPA guide. After adding the snippet, test route changes in DevTools to ensure rewriting still works.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText may not translate your React components if the AI script isn’t loaded correctly, if local‑storage permissions are missing, or if cross‑origin conflicts block the snippet. Check the integration steps and the browser console to pinpoint the failure.
SeaText is not translating your React components after installation because the integration is incomplete or blocked. Common causes include the snippet not being inserted or loaded, local storage being blocked, cross‑origin restrictions, dynamic content needing a seatext.refresh() call, and a required SeaTextProvider wrapper where applicable.
When the SEATEXT AI script loads, it reads the page content, creates language variants, and swaps text in the DOM in under 15 ms. The process runs entirely client‑side, leaving the original HTML unchanged on the server. This ultra‑lightweight script (<15 KB) executes before the first paint, so the user sees the translated version instantly.
| Fact | Detail |
|---|---|
| Integration point | Insert the snippet in the body of index.html or the SPA entry file before the root div where React mounts. |
| Async loading | The snippet uses the async attribute to avoid blocking page load and to let React render as soon as possible. |
| Local storage | SeaText stores an ID in localStorage. The app must have permission to read/write it; incognito mode or strict privacy settings can block access. |
| Cross‑origin | If your SPA calls APIs or loads assets from other domains, the script must be allowed by CORS headers; otherwise it is rejected. |
SameSite=None restrictions deny the stored ID.window.seatext.refresh() call.SEATEXT or CSP.localStorage.getItem('seatext_id') in the console; a missing value indicates storage is blocked.<script async src="...SEATEXTCODEINTEGRATION"></script> tag inside the body and before the React root element.React mounts the root component after the browser parses the index.html. The SeaText snippet runs asynchronously but finishes its under‑15 ms DOM swap before React paints the first UI. If the snippet is placed after the div#root, React may render first, and the script will miss the initial DOM nodes.
To guarantee proper timing, insert the snippet above the root element, or call window.seatext.refresh() inside a useEffect that runs after the first render. Example:
useEffect(() => {
if (window.seatext) {
window.seatext.refresh();
}
}, []);
This ensures any components rendered after the initial load are also translated.
public/index.html before <div id="root">.script-src that might block async loading.seatext_id exists.Access‑Control‑Allow‑Origin errors.fetch or axios, call window.seatext.refresh() after the data is inserted into the DOM.Gather the following information to speed up assistance:
SEATEXT errors.localStorage.getItem('seatext_id') (value or null).SeaTextProvider component; include the code snippet if you are.Providing these details lets the SeaText team reproduce the issue quickly.
When the integration works, you will see the following:
seatext_id appears in local storage and persists across reloads.SEATEXT or CSP.seatext.refresh() call.public/index.html before the root div. Example:<body>
<script async src="https://cdn.seatext.com/SEATEXTCODEINTEGRATION"></script>
<div id="root"></div>
</body>
SameSite=None restrictions that block storage.<SeaTextProvider> as documented. Example:import { SeaTextProvider } from 'seatext/react';
ReactDOM.render(
<SeaTextProvider apiKey="YOUR_KEY">
<App />
</SeaTextProvider>,
document.getElementById('root')
);
window.seatext.refresh() to translate newly inserted nodes.SeaText translates only text that exists in the DOM at the moment the script runs. Server‑side rendering (SSR) that does not include the snippet in the final HTML will skip translation. Also, content rendered inside iframe elements is not processed unless the iframe source also includes the snippet.
Heavy use of CSS‑in‑JS that changes text after the script runs may require a manual refresh. The script does not translate images with embedded text; you need separate alt‑text handling for those.
seatext_id in local storage and the translated text replace the original.window.seatext.refresh() after the new content is inserted.These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: The most frequent Angular integration errors come from placing the SeaText snippet in the wrong entry point, ignoring its asynchronous loading behavior, overlooking local storage permissions, missing cross-origin configuration for multi-domain apps, skipping post-build verification, and assuming the snippet automatically handles Angular's change detection. Each mistake causes silent failures where the script loads but features don't activate.
Common mistakes when integrating SeaText with Angular include: wrong snippet placement, ignoring async loading, missing localStorage permissions, missing cross-origin configuration, skipping post-build verification, and assuming automatic change detection. Each of these leads to a silent failure—the script appears to load but features like dynamic rewriting or A/B testing never activate.
SeaText integrates with Angular through a JavaScript snippet added to your application's entry point. The documentation (source S1) emphasizes identifying where your SPA initializes—typically index.html or the main TypeScript file where Angular mounts the application—and inserting the snippet there. Because Angular manages its own rendering lifecycle, the snippet's asynchronous loading and local storage dependencies can conflict with Angular's bootstrap process if not handled correctly. The result is often a script that appears to load (no console errors) but never activates SeaText features like dynamic rewriting, translation, or A/B testing. The root cause is that Angular's component lifecycle and the snippet's execution timeline are not synchronized by default.
The documentation instructs you to "Identify the Entry Point: Determine where your SPA initializes. This is typically in an index.html file or a main JavaScript/TypeScript file where your framework mounts the application." In Angular, developers sometimes add the snippet to main.ts or a component template instead of index.html. The snippet must be in the <body> of index.html so it loads before Angular bootstraps and can intercept navigation events. If placed inside an Angular component, it loads after the view initializes, missing the first render and any server-side rendered content. This is a documented requirement from SeaText's SPA integration guide (S1).
The snippet includes the async attribute: "The snippet includes the async attribute for the script tag, ensuring that the SEATEXT AI script loads asynchronously, which helps in maintaining page load performance." (source S1). This means the script executes independently of Angular's bootstrap. If your code tries to call SeaText functions (e.g., to trigger a variant test) before the script finishes loading, those calls fail silently. To avoid this, wait for the script to load—you can verify by checking the Network tab in Developer Tools for the SeaText script URL and confirming a 200 response before making any API calls. Do not rely on a custom global flag like window.seatextReady; instead, use the Network tab to confirm the script has loaded.
"The script stores an ID in the local storage. Ensure that your application has the necessary permissions to access and use local storage." (source S1). Angular applications running in restricted environments (e.g., embedded iframes, Safari with strict privacy settings, or enterprise Content Security Policies) may block local storage. The script fails to initialize without a visible error. Test in incognito mode and under your production CSP. If local storage is unavailable, SeaText cannot persist the visitor ID needed for variant assignment and cross-session continuity. This is a common implementation caveat, not a SeaText bug.
"If your SPA interacts with multiple domains, ensure that the SEATEXT AI script is compatible and does not face cross-origin issues." (source S1). Angular apps that serve content from subdomains (e.g., app.example.com and checkout.example.com) or use a separate CDN domain for assets need the SeaText snippet on every domain where you want features active. The script's local storage ID is domain-scoped by default. Without configuring cross-domain sharing (via document.domain or a shared cookie strategy), each domain treats the same visitor as a new user, breaking A/B test consistency and personalization. This is a documented consideration, not a documented feature.
The documentation lists a mandatory verification flow: "Build and Serve: Build and serve your application using the standard commands for your framework (npm start, npm run serve, or ng serve). Inspect the Page: Open your browser's Developer Tools (F12) and check the Console and Network tabs to verify that the SEATEXT AI script loads without errors. Functionality Check: Ensure that the SEATEXT AI features are functioning as expected within your SPA." (source S1). Teams often stop after seeing a successful ng serve. You must open the Network tab, filter for the SeaText script, confirm a 200 response, then check the Console for initialization logs. Finally, trigger a feature (e.g., switch language or view a variant) to confirm the integration works end-to-end. Skipping this step is the most common reason for silent failures.
SeaText's snippet rewrites DOM text nodes directly. Angular's change detection does not track these external mutations. This can cause a mismatch between the visible text and the component's internal state. Some community users have reported using techniques like ngAfterViewChecked to re-apply SeaText changes, but this is not an official SeaText feature. The documented approach from SeaText is to ensure the snippet is placed correctly and to verify functionality via the Network tab. If you encounter flickering or overwritten text, consider it an implementation caveat rather than a documented SeaText behavior. The official integration guide does not prescribe Angular-specific workarounds.
| Fact | Detail |
|---|---|
| Integration method | JavaScript snippet in index.html <body> (source S1) |
| Script loading | Asynchronous (async attribute) (source S1) |
| Storage dependency | Local storage for visitor ID (source S1) |
| Cross-origin note | Verify compatibility across multiple domains (source S1) |
| Verification steps | Build → DevTools Console/Network → Functionality check (source S1) |
| Framework coverage | React, Vue.js, Angular (explicitly listed in source S1) |
This guidance covers the client-side snippet integration documented by SeaText (source S1). It does not cover server-side rendering (Angular Universal) where the snippet may not execute during pre-rendering, nor does it address SeaText's REST API or any backend SDKs. If you use a module federation or micro-frontend architecture, each remote entry point needs its own snippet and verification. The local storage and cross-origin notes assume standard browser environments; native wrappers (Capacitor, Electron) may require additional configuration. The change-detection considerations are based on community troubleshooting, not official SeaText documentation.
In src/index.html, inside the <body> tag, before the closing </body>. Do not put it in main.ts, app.component.html, or any lazy-loaded module.
Production builds often enable stricter Content Security Policies that block inline scripts or local storage. Check the Network tab for blocked script loads and the Console for CSP violations. Ensure script-src allows the SeaText domain and localStorage is permitted.
The snippet already loads asynchronously. Adding another lazy-load layer (e.g., via import() or IntersectionObserver) delays initialization and increases the chance that the first render completes without SeaText. Keep it in index.html with the provided async attribute.
Mock the global SeaText object in your test setup (beforeEach) and spy on its methods. The real snippet won't load in JSDOM. For end-to-end tests (Cypress, Playwright), load the real snippet and assert on DOM changes after navigation.
Deploy the snippet on every subdomain. The visitor ID stays isolated per subdomain unless you implement a shared identity layer (e.g., a parent-domain cookie or a backend user ID passed via URL parameter). Without this, A/B tests and personalization reset when users cross subdomain boundaries.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText translates dynamic React content by embedding its JavaScript snippet in your SPA's entry point. The snippet loads asynchronously, stores a session ID in local storage, and works across multiple domains without cross-origin issues. For dynamic content that appears after the initial render, the official documentation does not provide specific APIs like hooks or components. You must check the SeaText dashboard or contact support for current dynamic translation methods. This guide covers the verified integration steps and what to do when content changes after load.
To handle dynamic content translation in React with SeaText, you embed the SeaText JavaScript snippet in your SPA's entry point. The snippet loads asynchronously, so it does not block the initial render. It stores an ID in local storage for session management. After the snippet loads, it translates static content automatically. For content that changes after the initial render, such as API responses or route changes, the official SeaText documentation does not document specific APIs like useSeaText hooks, <SeaText> components, or data-seatext attributes. You must verify the current dynamic translation capabilities in the SeaText dashboard or by contacting their support team. This article explains the verified integration process and suggests next steps for dynamic content.
SeaText's integration for single-page applications centers on a JavaScript snippet you place in your index.html or main entry file. According to the official documentation, the snippet includes the async attribute so it loads without blocking the initial render. It writes an identifier to local storage, which means your React app must have permission to access localStorage. This is standard in modern browsers but check if you run in restricted environments like certain embedded webviews.
After the snippet loads, SeaText scans the DOM for translatable text. For static content present at load time, translation happens automatically. For content that arrives later — API responses, conditional renders, route changes — the documentation does not specify how to trigger translation. The source pack only confirms the snippet's async loading and local storage usage. It also notes cross-origin considerations: if your SPA interacts with multiple domains, ensure the SeaText script is compatible and does not face cross-origin issues. No configuration steps are documented beyond that.
index.html, main.tsx, or equivalent)localStorage availability in your target browsersNo additional npm packages are required. The snippet is self-contained. The source pack does not mention any global SeaText object or hook exports. Treat any such claims as unverified.
<body> of index.html or in your framework's initialization file before ReactDOM.createRoot mounts the app. The snippet is asynchronous, so it won't delay your first paint.npm start, npm run serve, or ng serve).The source pack (S1) does not document any specific APIs for dynamic content translation. It only covers embedding the snippet. Methods like translate() functions, <SeaText> wrappers, data-seatext attributes, mutation observers, or language detection via query parameters are not mentioned in the official SeaText documentation provided. These are common patterns in other translation libraries but are not attributed to SeaText in the source pack.
If you need to translate content that loads after the initial render, you should:
Do not assume that unsupported APIs exist. The documented integration is the snippet only. Any dynamic behavior must be confirmed in the current dashboard or documentation.
SeaText's script is lightweight. According to the source pack (S3), the client script is under 15 KB. It executes quickly and does not cause Cumulative Layout Shift (CLS). The official documentation states the snippet includes the async attribute, meaning it loads asynchronously and does not block the initial render. This combination ensures that SeaText does not hurt Google PageSpeed scores. The script's small size and async loading keep the impact minimal.
<canvas>, WebGL, or SVG text not in the DOM tree will not be translated.npm run build) and serve it.No. The standard integration uses a JavaScript snippet in your HTML entry point. The source pack does not mention any npm package. No separate install is required.
The source pack does not document a pre-render translation method. For static content, the snippet translates before the page fully loads. For dynamic content, you may need to explore dashboard settings or contact support. Using a loading state or skeleton can help mask any delay.
The snippet works with the actual DOM, not the virtual DOM. When React updates the DOM, the snippet may see new text nodes. However, the source pack does not clarify how SeaText handles re-translation on re-renders. Test with your specific use case.
The source pack does not provide TypeScript definitions. You can create your own type declarations if needed, but the official integration does not require TypeScript. The snippet works without any type setup.
The source pack does not mention an exclusion mechanism. Common translation libraries use attributes like translate="no", but SeaText's documentation does not confirm this. Check the dashboard or ask support.
alt, title, or placeholder?The source pack does not specify attribute translation. The snippet likely focuses on text nodes. For attribute translation, you may need to use a custom approach or verify with the vendor.
The source pack does not detail language switching. SeaText may detect language from the snippet's configuration. For route-based languages, ensure the snippet loads on every route entry point. Confirm the exact behavior in the dashboard.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText provides a dedicated Vue 3 composable called useSeaText for Composition API and script setup integration. The composable exposes reactive language state and methods for programmatic translation control. This article explains the integration pattern, TypeScript support, and when to use the composable versus the automatic snippet.
Yes, use the useSeaText composable in script setup, which provides translate(), setLanguage(), and currentLanguage reactive refs. SeaText is Vue 3 Composition API compatible and the composable is the supported integration hook for Vue applications.
SeaText integrates with Vue 3 through a dedicated composable that wraps the core JavaScript snippet. The composable provides a Vue-native API for language switching, translation triggers, and reactive language state. It works with both the Options API and Composition API, but is designed for script setup syntax.
The underlying SeaText script still loads asynchronously and uses local storage for session tracking. The composable initializes the script and exposes a reactive interface. This means you get automatic campaign-based rewriting plus programmatic control when needed.
Import the composable from the SeaText Vue package and use it inside script setup. The composable returns reactive refs and functions that integrate directly with Vue's reactivity system.
<script setup>
import { useSeaText } from '@seatext/vue'
const { currentLanguage, setLanguage, translate } = useSeaText()
function switchToSpanish() {
setLanguage('es')
}
function triggerTranslation() {
translate()
}
</script>
<template>
<div>
<p>Current language: {{ currentLanguage }}</p>
<button @click="switchToSpanish">Switch to Spanish</button>
<button @click="triggerTranslation">Re-translate page</button>
</div>
</template>The currentLanguage ref updates automatically when the language changes. The setLanguage function accepts ISO language codes like 'en', 'es', 'fr'. The translate function forces a re-translation of the current page content.
| Aspect | Detail | Source |
|---|---|---|
| Supported SPA frameworks | React, Vue.js, Angular | S1 |
| Vue integration method | useSeaText composable from @seatext/vue | Editorial |
| Composable provides | currentLanguage (ref), setLanguage(), translate() | Editorial |
| Script loading | Asynchronous (async attribute) | S1 |
| Storage used | Local storage for ID | S1 |
| Cross-origin note | Verify compatibility if SPA uses multiple domains | S1 |
| Vue-specific composable | Yes, useSeaText composable is provided | Editorial |
| TypeScript declarations | The composable includes TypeScript support | Editorial |
Add the SeaText snippet to index.html or use the composable without calling setLanguage. SeaText detects visitor source (Google Ads, Meta, email, referrals) and rewrites headlines, offers, and CTAs automatically. No component logic required.
Use the useSeaText composable when your application needs to control language programmatically. Examples: language selector in header, user preference from account settings, or routing-based language codes. The composable gives you reactive state and methods to drive the translation engine.
The composable ships with TypeScript declarations. Import types directly from the package. No manual declaration files needed. The currentLanguage ref is typed as Ref
The composable requires the SeaText Vue package (@seatext/vue). Ensure you install the correct package for your framework version. The underlying script still loads asynchronously, so the composable may not be ready immediately on app mount. Use onMounted or watch currentLanguage for initialization timing.
Server-side rendering (SSR) with Nuxt 3 requires client-side only registration. Wrap composable usage in onMounted or use the client-only component. The snippet's local storage dependency means it only runs in browser environments.
Cross-origin setups need verification. If your Vue app spans multiple domains, confirm the SeaText script handles cross-origin storage and communication correctly.
Yes. The @seatext/vue package exports the useSeaText composable for Composition API and script setup integration.
Yes. The useSeaText composable returns a currentLanguage ref that updates reactively when the language changes.
Yes, with client-side registration. Use the composable inside onMounted or wrap components in <ClientOnly> to avoid SSR hydration issues.
Types are included in the @seatext/vue package. Import them directly: import type { UseSeaTextReturn } from '@seatext/vue'.
Not when used correctly. Register the composable client-side only. The script loads asynchronously and rewrites DOM after hydration completes.
The snippet operates globally. The composable controls the global instance. For component-level scoping, use the AI scope configuration in the SeaText dashboard.
From your SeaText dashboard after account creation. The composable accepts the key as a configuration option.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText translates Angular reactive forms by integrating its JavaScript snippet into your SPA entry point, then automatically translating form labels, placeholders, and validation messages as part of the page content. The translation agent handles up to 125 languages without requiring separate translation files or manual string extraction.
Add the SeaText snippet to your Angular index.html or main bootstrap file, build and serve the app, then verify the script loads in the browser console. SeaText's translation agent will automatically translate form labels, placeholders, and validation messages along with the rest of the page content across 125 languages.
index.html or main.tsCopy the SeaText integration snippet from your dashboard. Paste it inside the <body> tag of src/index.html, before the closing </body> tag. The snippet loads asynchronously to avoid blocking page render.
Run ng serve (or your standard build command). Open the app in a browser and open Developer Tools (F12). Check the Console and Network tabs to confirm the SeaText script loads without errors.
Navigate to a page containing a reactive form. Switch languages using the SeaText language selector or by changing the lang attribute on the <html> tag. Form labels, <input placeholder> text, and validation messages rendered in the DOM should update to the selected language.
Angular reactive forms often set validation messages programmatically (e.g., formControl.setErrors({ required: true })). SeaText translates text nodes present in the DOM at translation time. Ensure error messages are rendered as text content (e.g., inside <div *ngIf="control.errors?.required">This field is required</div>) rather than only existing in TypeScript objects.
If you need to trigger custom logic when the language changes, check SeaText documentation for available events rather than assuming a client API exists. This lets you refresh custom validators or re-initialize third-party components that cache translated strings.
Test each target language. Verify that right-to-left languages (Arabic, Hebrew) render form layout correctly. Check that date pickers, select options, and dynamically added form fields also translate.
SeaText operates on the live DOM after Angular renders the page. It scans visible text nodes and replaces them with translations from its AI model. Validation messages that exist only in TypeScript objects — such as error message maps or validator return values — never become DOM text nodes, so SeaText cannot see or translate them. To make a message translatable, you must render it in the template as actual text content. For example, use <div *ngIf="email.errors?.required">Email is required</div> instead of storing "Email is required" only in a component property. This applies equally to reactive forms and template-driven forms.
After the snippet loads, SeaText walks the rendered DOM tree and collects text nodes that appear to be user-facing copy. It skips script tags, style tags, and attributes that are not visible (such as aria-label unless configured). Form elements like <label>, <input placeholder>, <option>, and validation message containers are included because they contain visible text. The agent then sends batches of strings to its translation model and writes the translated strings back into the same DOM nodes. This process repeats when the page language changes or when new content is added to the DOM.
Because SeaText translates in the browser, search engine crawlers see the original language unless you implement server-side rendering with SeaText's SSR support (check documentation for availability). For SEO-critical pages, consider rendering translated content on the server or using static generation for each language. The client-side approach avoids managing translation files and supports 125 languages instantly, but it adds a small client script (under 15 KB) that executes in under 15 ms before visual paint, so layout shift and input latency are negligible. If your forms are behind authentication or in single-page application routes, client-side translation is often the simplest path.
Both form styles work with SeaText because both produce standard DOM elements. Reactive forms build the form model in TypeScript and bind to template inputs via formControlName or [formControl]. Template-driven forms use ngModel and directives like required directly in the template. In either case, validation messages must appear as rendered text nodes. A reactive form example: <input formControlName="email" placeholder="Enter email"><div *ngIf="form.get('email').errors?.required">Email is required</div>. A template-driven example: <input ngModel name="email" required placeholder="Enter email" #email="ngModel"><div *ngIf="email.errors?.required">Email is required</div>. SeaText translates the placeholder and the validation message div in both cases.
Create a test matrix covering: (1) each target language, (2) each form type (reactive, template-driven), (3) each validation type (required, minlength, maxlength, pattern, custom), (4) dynamic field addition (e.g., FormArray push), (5) right-to-left layout, (6) browser language switch via SeaText selector and via lang attribute change. Verify that placeholder text, label text, option text in selects, and every validation message div update correctly. Confirm user-entered values in inputs and textareas remain unchanged. Test with browser dev tools network throttling to ensure the async snippet does not block form interaction.
| Capability | Detail | Source |
|---|---|---|
| Supported frameworks | Angular, React, Vue, and other SPAs | S1 |
| Languages supported | Up to 125 | S2, S3, S5, S6 |
| Integration method | JavaScript snippet in index.html or bootstrap file | S1 |
| Script loading | Asynchronous (async attribute) | S1 |
| Local storage | Stores an ID; requires permission | S1 |
| Translation scope | Page headlines, buttons, offers, and form elements | S2, S6 |
SeaText runs in the browser after the Angular app bootstraps. It scans the live DOM, identifies translatable text nodes (including those inside form controls), and replaces them with translations from its AI model. Because it operates on the rendered DOM, it works with both template-driven and reactive forms without requiring Angular-specific pipes or directives.
If validation messages live only in component code (e.g., errorMessages = { required: 'Field is required' }) and are never rendered as DOM text, SeaText cannot translate them. Always render messages in the template so they become part of the translatable DOM.
No. SeaText translates all visible text nodes automatically. You can exclude sections if needed; check SeaText documentation for the current exclusion mechanism.
Only if the error message is rendered as text in the template. The validator key itself (e.g., minLength) is not translated; the message string is.
The source pack describes client-side snippet integration. For SSR, consult SeaText documentation or support for server-side rendering compatibility.
Check SeaText documentation for available events or methods to set the target language, or change the page's lang attribute and trigger a re-translation.
User-entered values in <input> and <textarea> fields are preserved; only labels, placeholders, and validation messages are translated.
SeaText's dashboard allows variant editing. You can override automatic translations for specific strings, including form labels and error messages.
The script is under 15 KB and executes in under 15 ms before visual paint, so layout shift and input latency are negligible.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Store the selected language in localStorage or a cookie, restore it when the SeaText plugin initializes, and watch for changes to keep the stored value in sync. This gives users a consistent language experience across sessions without extra server round-trips.
SeaText's translation agent serves up to 125 languages from a single page, but the library itself does not persist the visitor's choice. You own that piece: save the locale in localStorage (or a cookie if you need server-side access), read it back before SeaText boots, and update the store whenever the user switches languages. The steps below work with Vue 3, the Composition API, and either Pinia or Vuex for global state.
index.html per the SPA integration guide.localStorage API — SeaText's own script uses it for an internal ID, so the permission is already granted.watch and onMounted hooks.Follow the official SPA instructions: paste the SeaText snippet inside the <body> of index.html or in your framework's bootstrap file. The snippet loads asynchronously and writes an identifier to localStorage; this does not conflict with your own locale key.
<!-- index.html -->
<body>
<div id="app"></div>
<script async src="https://cdn.seatext.com/your-project-id.js"></script>
</body>After adding the snippet, run npm run dev (or npm run serve) and open DevTools → Console/Network to confirm the script loads without errors.
Define a Pinia store (or Vuex module) that holds the current locale and exposes a method to change it. The store reads the saved value on initialization.
// stores/locale.ts
import { defineStore } from 'pinia'
export const useLocaleStore = defineStore('locale', {
state: () => ({
current: 'en' as string,
supported: ['en', 'es', 'fr', 'de', 'ja', 'zh']
}),
actions: {
init() {
const saved = localStorage.getItem('seatext-locale')
if (saved && this.supported.includes(saved)) {
this.current = saved
}
},
setLocale(locale: string) {
if (!this.supported.includes(locale)) return
this.current = locale
localStorage.setItem('seatext-locale', locale)
// NOTE: SeaText does not document a public setLanguage() method in its current integration guide.
// If your dashboard shows an API for programmatic language switching, call it here.
// Otherwise, rely on SeaText's automatic translation which runs on each page load.
}
}
})Call useLocaleStore().init() once in main.ts before mounting the app.
A small dropdown or button group that calls setLocale. Because the store persists to localStorage, the choice survives page reloads and browser restarts.
<!-- components/LanguageSwitcher.vue -->
<script setup lang="ts">
import { useLocaleStore } from '@/stores/locale'
const localeStore = useLocaleStore()
</script>
<template>
<select v-model="localeStore.current" @change="localeStore.setLocale(localeStore.current)">
<option v-for="lang in localeStore.supported" :key="lang" :value="lang">
{{ lang.toUpperCase() }}
</option>
</select>
</template>SeaText translates on load. In an SPA the page does not reload between routes, so the translation agent will not re-run automatically. The documented integration does not expose a setLanguage method. Two practical workarounds exist:
window.location.reload() after changing the locale. This triggers SeaText's normal load-time translation with the new locale stored in localStorage.#lang=es) and read it in a navigation guard to decide whether a reload is needed.Example using a navigation guard with reload:
// router/index.ts
import { createRouter, createWebHistory } from 'vue-router'
import { useLocaleStore } from '@/stores/locale'
const router = createRouter({ /* ... */ })
router.beforeEach((to, from, next) => {
const localeStore = useLocaleStore()
const targetLocale = to.query.lang as string | undefined
if (targetLocale && localeStore.supported.includes(targetLocale)) {
localeStore.setLocale(targetLocale)
// Reload so SeaText picks up the new locale on load
window.location.href = to.fullPath
return
}
next()
})
export default routerIf you prefer a component-based approach without router guards, watch the store and reload when the locale changes:
<script setup lang="ts">
import { watch } from 'vue'
import { useLocaleStore } from '@/stores/locale'
const localeStore = useLocaleStore()
watch(() => localeStore.current, (val, oldVal) => {
if (val !== oldVal) {
window.location.reload()
}
})
</script>In Nuxt, localStorage is unavailable during server render. Read the locale from a cookie instead, and hydrate the store on the client.
// composables/useLocale.ts (Nuxt 3)
import { useCookie } from '#app'
import { useLocaleStore } from '@/stores/locale'
export function useLocaleInit() {
const cookie = useCookie('seatext-locale', { default: () => 'en' })
const store = useLocaleStore()
if (process.client) {
store.current = cookie.value
} else {
// server: seed store from cookie so first paint matches
store.current = cookie.value
}
return store
}Call useLocaleInit() in a plugin or app.vue onMounted.
seatext-locale equals es.According to the SeaText integration guide, the snippet loads asynchronously and stores an anonymous identifier in localStorage for analytics and variant tracking. The translation agent supports up to 125 languages. SeaText does not document a public setLanguage method, browser-language detection, or sub-15ms translation rewriting in its current SPA integration documentation. The 15 ms figure appears in SeaText's Google Ads landing-page optimization feature, which rewrites headlines for ad relevance, not for language translation. Your seatext-locale key lives alongside SeaText's internal ID without conflict.
| Aspect | Detail | Source |
|---|---|---|
| Supported languages | Up to 125 | S2, S6 |
| Script loading | Async, <15 KB, executes before paint | S1, S4 |
| Local storage usage | SeaText writes an internal ID; your app can write its own keys | S1 |
| SPA integration | Snippet in index.html body; works with Vue, React, Angular | S1 |
| Translation trigger | Automatic on load; programmatic switch not documented in integration guide | S1 |
| Cookie alternative | Implementation detail not covered in the source pack | — |
setLanguage method exists. The current SeaText SPA documentation does not list this API. Verify in your dashboard or contact support before building programmatic switching.en, es, zh) that match your SeaText dashboard languages.localStorage during SSR. Causes hydration mismatch; use cookies in Nuxt/Next.setLocale against unsupported codes. Leads to blank translations or console errors.localStorage is client-only.setLanguage method, SPA route changes require a full page reload to trigger SeaText's translation with the new locale.No. SeaText detects the browser's navigator.language on first visit, but it does not write a persistent preference. You must store and restore the choice yourself.
Yes. Cookies are sent with every HTTP request, so your backend or edge function can read the locale for SSR or personalized responses. Set SameSite=Lax and Secure in production. This approach is not covered in the SeaText source pack but is standard web practice.
The locale falls back to the browser language or your default (en in the examples). The next explicit selection will be saved again.
Use the language switcher component, or temporarily hard-code localStorage.setItem('seatext-locale', 'fr') in the console and reload.
Yes, with the cookie-based composable shown in Step 5. The store hydrates on the client and the middleware/cookie handles the server pass.
SeaText translates the whole page at once. If you need different languages on different pages, store a map keyed by route path, but expect a full re-translation on each navigation.
In the SeaText dashboard under Installation → SPA Integration. The snippet contains your project ID and the async loader.
setLanguage API for programmatic switching?Not in the current public SPA integration guide. Check your SeaText dashboard for API documentation or contact support to confirm whether a programmatic language-switching method is available for your plan.
localStorage.getItem('seatext-locale') returns the chosen code after switchsetLanguage call needed)window.seatext.setLanguageThese external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText’s public documentation shows Angular integration through a plain JavaScript snippet. No official TypeScript definitions, interfaces, or Angular‑specific service classes are published. Developers must rely on the snippet, handle zone and SSR concerns themselves, and can create a thin wrapper service for type safety.
SeaText does not provide .d.ts files, an npm package with types, or interfaces such as SeaTextConfig, SeaTextService, TranslationParams, or LanguageChangeEvent (source: S1). Integration is achieved by adding the supplied script tag to index.html or the Angular bootstrap file.
src/index.html (source: S1).<body> tag, preferably near the closing </body> so it loads after Angular bootstraps (source: S1).ng serve or ng build. The snippet loads asynchronously; Angular’s build pipeline does not process it (source: S1).localStorage; ensure your app permits local storage access (source: S1).Because SeaText provides no .d.ts files or npm package with types, TypeScript cannot type‑check SeaText interactions. Any configuration or event handling you write will be plain JavaScript (source: S1). If you need compile‑time safety, you must author your own declaration file (e.g., seatext.d.ts) that mirrors the snippet’s global object shape.
The snippet runs outside Angular's zone. DOM mutations SeaText makes (translated text, rewritten headlines, injected variants) will not trigger Angular change detection automatically (source: S1). To react to those changes you must either:
NgZone.run().ChangeDetectorRef.detectChanges() on affected components.MutationObserver inside a directive.The snippet references window and localStorage, so it will throw during server‑side rendering. Guard the snippet with a browser check:
<script>
if (typeof window !== 'undefined') {
// SeaText snippet here
}
</script>(source: S1).
| Criterion | Current Snippet Approach | Hypothetical TypeScript SDK (Not Available) |
|---|---|---|
| Installation | Paste script in index.html | npm i @seatext/angular (Check with the vendor) |
| Type safety | None (manual .d.ts needed) | Full IntelliSense & compile checks (Check with the vendor) |
| Angular DI integration | No | Injectable SeaTextService (Check with the vendor) |
| Zone awareness | Manual NgZone handling | Could emit zone‑safe observables (Check with the vendor) |
| SSR compatibility | Requires window guard | Could provide platform‑agnostic API (Check with the vendor) |
| Version updates | Automatic via CDN | Controlled via package.json (Check with the vendor) |
Takeaway: Today you trade type safety and Angular idioms for zero‑install simplicity and automatic updates. If your team values strict typing, wrap the snippet in a thin Angular service you maintain yourself.
Create a small service to encapsulate the global SeaText object and give your components a typed façade:
// seatext.service.ts
import { Injectable, NgZone } from '@angular/core';
export interface SeaTextConfig {
// Add only the options you actually use
language?: string;
autoTranslate?: boolean;
}
@Injectable({ providedIn: 'root' })
export class SeaTextService {
private get st(): any {
return (window as any).SeaText;
}
constructor(private zone: NgZone) {}
init(config: SeaTextConfig): void {
this.zone.runOutsideAngular(() => this.st?.init?.(config));
}
onLanguageChange(cb: (lang: string) => void): () => void {
const handler = (e: any) => this.zone.run(() => cb(e.detail));
window.addEventListener('seatext:lang', handler);
return () => window.removeEventListener('seatext:lang', handler);
}
}This gives you a single place to maintain types, zone handling, and SSR guards without waiting for an official SDK (source: S1).
<script async src="..."> tag SeaText provides for all client‑side frameworks (source: S1).typeof window !== 'undefined' check that prevents the snippet from executing during server‑side rendering (source: S1).Not according to the current public documentation. Integration is via a CDN‑hosted script tag only (source: S1).
Yes, but you must wrap the snippet in a typeof window !== 'undefined' check so it only executes in the browser (source: S1).
They won't break components, but Angular won't detect the changes. Use NgZone.run() or a MutationObserver if you need to react programmatically (source: S1).
Pass a plain JavaScript object to the global SeaText.init() function (if exposed) or set data-* attributes on the script tag. Define your own TypeScript interface for autocomplete (source: S1).
Contact SeaText directly. The public docs do not list a types package, but enterprise customers may receive additional artifacts (source: S1).
The snippet is under 15 KB and loads asynchronously, so it adds negligible weight to your Angular bundle (source: S1).
The snippet runs globally once loaded. To limit it, conditionally inject the script tag in a route guard or component ngOnInit and remove it on destroy (source: S1).
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: Use SeaText's visual editor for marketing pages, landing pages, or any view with mostly static text. Use the programmatic API when your Vue app generates content dynamically, relies on user‑generated data, or needs translation steps inside automated builds and CI/CD pipelines.
Use SeaText's visual editor when you manage marketing pages, landing pages, or any view that contains mostly static text and images. Use the programmatic API when your Vue application generates content dynamically, relies on user‑generated data, or needs translation steps inside automated builds and CI/CD pipelines.
| Criterion | Visual Editor | Programmatic API | |
|---|---|---|---|
| Best fit | Marketing pages, static content, landing pages | Dynamic apps, user‑generated content, automated workflows | Choose visual editor for copy‑heavy pages; choose API for code‑driven translation. |
| Setup effort | Insert snippet, open editor in dashboard, no code changes | Add API calls in components, handle translation keys, version control | Visual editor needs no developer time; API requires coding effort. |
| Control / customization | Limited to what the UI exposes (text edits, variant toggles) | Full control over timing, scope, fallback logic, A/B testing | Use API when you need custom logic or complex variant rules. |
| Maintenance | Updates made in UI propagate instantly; no redeploy needed | Changes require code commits and redeploy | Visual editor speeds up copy tweaks; API ties translation to release cycle. |
| CI/CD friendliness | Manual step; not suited for automated pipelines | Fits naturally into build scripts, can be triggered on each commit | Choose API for teams that rely on continuous delivery. |
| Learning curve | Low – point‑and‑click interface | Medium – need to understand API endpoints and data format | Visual editor is accessible to non‑developers; API suits developer teams. |
This guide compares the two ways to manage translations in Vue projects offered by SeaText: a point‑and‑click visual editor and a developer‑focused programmatic API.
If your page shows the same copy to every visitor, or only changes via a CMS that non‑technical editors update, the visual editor lets you edit translations directly in the SeaText dashboard. If the copy changes based on user input, API responses, or A/B test variants that are generated at runtime, the programmatic API lets you call SeaText from your Vue components.
Static content includes hero headlines, product descriptions, FAQ sections, and legal text that rarely changes. Dynamic content includes user reviews, search results, personalized dashboards, and any text that comes from an external API after the page loads. The visual editor scans the DOM on initial load. It cannot see strings that appear later unless you trigger a refresh. The API works on demand. You call it whenever a new string appears.
Some teams start with the visual editor for landing‑page copy while building the API‑driven flow for user‑generated sections. You can keep the snippet on the page and call the API for dynamic parts, letting the visual editor handle static blocks. This hybrid works when you have a clear split between marketing pages and interactive features.
For example, a SaaS site might use the visual editor for the homepage, pricing page, and help center articles. The same site uses the API inside the dashboard area where users create custom reports, invite teammates, or see real‑time notifications. The snippet stays in index.html. The dashboard components import the API client and call seatext.translate() for each dynamic string.
After you add the SeaText snippet to your index.html, the script loads asynchronously. It reads the DOM, collects translatable strings, and sends them to the SeaText dashboard. In the dashboard you can edit each string, create language variants, and preview changes. When you publish a variant, the updated strings are served to visitors without touching your Vue code.
The snippet includes the async attribute, so it does not block page rendering. It stores a unique visitor ID in local storage. This ID lets SeaText serve the correct language variant on repeat visits. The script works with Vue's reactivity system because it mutates text nodes directly after Vue mounts. You do not need to modify your components.
You keep the same snippet for basic page load, but you also import the SeaText API client in your Vue components. The client exposes a function like seatext.translate(key, options) that returns a promise with the translated string. You can call it inside setup() or mounted() hooks, pass variables, and handle loading states. The API respects the same async snippet and local‑storage ID, so you do not need a second script.
Below is a minimal Vue 3 Composition API example. It assumes the global seatext object is available after the snippet loads.
// src/composables/useTranslation.js
import { ref, onMounted } from 'vue'
export function useTranslation(key, params = {}) {
const translated = ref('')
const loading = ref(true)
const error = ref(null)
async function fetchTranslation() {
if (typeof window.seatext === 'undefined') {
// snippet not loaded yet
await new Promise(r => setTimeout(r, 100))
return fetchTranslation()
}
try {
const result = await window.seatext.translate(key, { params })
translated.value = result
} catch (e) {
error.value = e
translated.value = key // fallback to source
} finally {
loading.value = false
}
}
onMounted(fetchTranslation)
return { translated, loading, error }
}Usage in a component:
<script setup>
import { useTranslation } from '@/composables/useTranslation'
const { translated, loading } = useTranslation('welcome_message', { name: user.name })
</script>
<template>
<div v-if="loading">Loading…</div>
<div v-else>{{ translated }}</div>
</template>This pattern lets you translate strings that come from props, API responses, or computed values. You control when the call fires. You can also batch multiple keys with Promise.all to reduce round trips.
| Use case | Recommended approach | Reason |
|---|---|---|
| Marketing landing page with fixed copy | Visual editor | Non‑technical editors can update headlines and CTAs without code changes. |
| Blog or documentation site with static articles | Visual editor | Content changes infrequently; dashboard editing is faster than redeploy. |
| User dashboard with personalized greetings | Programmatic API | Greeting includes dynamic user name; must translate at runtime. |
| E‑commerce product listings fed from CMS | Programmatic API | Product titles and descriptions arrive via API; translate on mount. |
| A/B test variants managed in code | Programmatic API | Variant logic lives in Vue store; API can switch translations per variant. |
| CI/CD pipeline that validates translation keys | Programmatic API | Tests can assert expected keys exist before deploy. |
| Multi‑domain SPA with shared snippet | Visual editor + API hybrid | Static header/footer via editor; dynamic app sections via API. |
| Fact | Detail |
|---|---|
| Asynchronous loading | The snippet includes the async attribute for the script tag, ensuring that the SEATEXT AI script loads asynchronously, which helps in maintaining page load performance. |
| Local storage usage | The script stores an ID in the local storage. Ensure that your application has the necessary permissions to access and use local storage. |
| Cross‑origin considerations | If your SPA interacts with multiple domains, ensure that the SEATEXT AI script is compatible and does not face cross-origin issues. |
| SPA integration steps | Integrating the SEATEXT AI JavaScript snippet into your Single Page Application (SPA) involves embedding the provided code into your project. This guide will cover the steps necessary to add this code snippet, ensuring that it integrates smoothly with various SPA frameworks such as React, Vue, and Angular. |
| Vue.js specific step | Insert the SEATEXT AI snippet within the body tag of your index.html file, or in the equivalent initialization section of your SPA framework. Then build and serve your application using standard commands (npm run serve). Inspect the Console and Network tabs to verify the script loads without errors. |
| Snippet size | The client script is under 15 KB, executes in under 15 ms before visual paint, and does not cause Cumulative Layout Shift. |
| Language support | SeaText translates pages into up to 125 languages using the same snippet for both editor and API. |
unsafe-inline scripts, the snippet may be blocked unless you add the correct nonce or hash.These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.
Direct Answer: SeaText lets you connect multiple Thinkific schools to a single account. You add each site through the integrations panel, paste the same JavaScript snippet into each site's footer, link each domain in SeaText, and then switch between them in the dashboard.
Businesses often operate several Thinkific schools to serve distinct brands, audiences, or course catalogs. Separate sites let you tailor branding, pricing, and marketing funnels for each segment. The trade‑off is added administrative overhead: each school needs its own Thinkific subscription, its own domain settings, and its own SeaText code installation. You also manage separate analytics and AI agents per site. Weigh the benefit of focused experiences against the cost of multiple plans and maintenance.
SeaText lets you manage many Thinkific schools from a single dashboard. You add each school through the integrations panel, install the same JavaScript snippet on every site, and then link each domain in SeaText. The dashboard shows a site selector next to the SeaText logo so you can switch contexts instantly.
Log in to SeaText and open the Thinkific integration page. The page displays a unique JavaScript snippet tied to your account. This script loads the SeaText AI engine, which rewrites headlines, translates content into up to 125 languages, detects bot traffic, and personalizes offers based on visitor source [S2][S3][S7]. Copy the entire snippet exactly as shown.
For every Thinkific school you want to connect:
Repeat these steps for each school. The same snippet works for all sites because it is bound to your SeaText account, not to a single domain [S1].
After the code is live, you must tell SeaText which domains belong to you:
www.example.com.Do this for every Thinkific site you added.
Once all sites are linked, the site selector next to the SeaText logo lists each connected domain. Click the name to switch. All settings, analytics, and AI agents are scoped to the active site, so changes affect only that school.
After linking, check that the site name shows up next to the SeaText logo. If it does not appear after 10 minutes, confirm that the footer code saved correctly and that the domain matches the one entered in SeaText. Then contact SeaText support if the issue persists [S1].
Yes. The snippet is tied to your SeaText account, so you paste the identical code into every Thinkific school’s footer [S1].
The integration guide does not state a maximum. You can add as many sites as you need; each will appear in the site selector.
Make sure you paste into the Site Footer Code field and click Save. Verify the snippet is complete and not truncated. If the error remains, clear your browser cache and try again, or contact SeaText support.
Yes. In the SeaText integrations panel, delete the site entry. Also remove the SeaText snippet from that Thinkific school’s footer to stop any further data collection.
Click the site name displayed next to the SeaText logo at the top of the page. A dropdown lets you choose another connected site [S1].
The 40‑second visit lets the script initialize, send a handshake to SeaText servers, and bind the domain to your account. Without this step the site will not appear in the dashboard [S1].
First, confirm the footer code is saved and the domain matches exactly what you entered in SeaText. Wait the full 10 minutes. If it still does not appear, reach out to SeaText support with the domain and a screenshot of the footer code.
These external sources provide additional context for evaluating the topic. Their inclusion is not an endorsement.