http-proxy-middleware VS vercel

Then we translate each rule. webpack-dev-server uses http-proxy-middleware under the hood, and here's how to translate each field.

Oh and you might wanna take a look at the github for the proxy middleware library under the ECONNREFUSED section

Actually I'm receiving errors like The resource from “http://localhost:8090/Sidebar/Sidebar.css” was blocked due to MIME type (“text/html”) mismatch (X-Content-Type-Options: nosniff)... Both my css and js files are gettings "text/html" on their headers and changing the http-proxy-middleware options doesn't seem to change it... On their GitHub there's an issue about it: https://github.com/chimurai/http-proxy-middleware/issues/580 ... And they say that it's a webpack issue: https://github.com/froala/angular-froala/issues/170 ... But these solutions on the second page don't work for me.

// Create a proxy to redirect requests of the "/api/*" path to "https://example.org". // // Examples: // GET /api/hello → GET https://example.org/hello // POST /api/test?color=red → POST https://example.org/test?color=red // // Additionally, the proxy will: // - Add an "x-added" header // - Remove the "x-removed" header // From the proxied response. // // You can/should update the proxy to suit your needs. // See https://github.com/chimurai/http-proxy-middleware for more details. const { createProxyMiddleware } = require('http-proxy-middleware'); const apiProxy = createProxyMiddleware({ target: "https://example.org", changeOrigin: true, pathRewrite: { "^/api": "" // strip "/api" from the URL }, onProxyRes(proxyRes) { proxyRes.headers['x-added'] = 'foobar'; // add new header to response delete proxyRes.headers['x-removed']; // remove header from response } }); // Expose the proxy on the "/api/*" endpoint. export default function (req, res) { return apiProxy(req, res); };

Next.js: Highly optimized for production from the start, with features tailored for performance in real-world scenarios, including extensive support for SEO and server-side capabilities. Note: With deployment to Vercel is free and comes with additional free tooling such as website analytics and more.

Easily deploy your Next.js app with Vercel by clicking the button below:

Easily deploy your Next.js app with Vercel by clicking the button below:

Now go to https://vercel.com, sign up for an account, and click "New Project". Connect your GitHub account and give Vercel permission to access your repositories.

Next.js has become a standard choice for developing React applications, offering various deployment options across different platforms. While Vercel is a popular choice for building and deployment, specific project requirements may require deployment to GitLab. In this guide, I'll illustrate the process of deploying a Next.js application to GitLab Pages.

I hosted my portfolio in Vercel. The main reason why I chose it is the hosting has great support for NextJS and IMPORTANT THING, it is total FREE 🤑 (with my usage). And I have use GitHub Action for deploy it automatically when I make or merge change into main branch.

To do this just head over to Vercel and log in if you're not already logged in. If this is your first project, you'll be seeing something like this.

function getContentSecurityPolicyHeaderValue( nonce: string, reportUri: string, ): string { // Default CSP for Next.js const contentSecurityPolicyDirective = { 'base-uri': [`'self'`], 'default-src': [`'none'`], 'frame-ancestors': [`'none'`], 'font-src': [`'self'`], 'form-action': [`'self'`], 'frame-src': [`'self'`], 'connect-src': [`'self'`], 'img-src': [`'self'`], 'manifest-src': [`'self'`], 'object-src': [`'none'`], 'report-uri': [reportUri], // for old browsers like Firefox 'report-to': ['csp'], // for modern browsers like Chrome 'script-src': [ `'nonce-${nonce}'`, `'strict-dynamic'`, // force hashes and nonces over domain host lists ], 'style-src': [`'self'`], } if (process.env.NODE_ENV === 'development') { // Webpack use eval() in development mode for automatic JS reloading contentSecurityPolicyDirective['script-src'].push(`'unsafe-eval'`) } if (process.env.NEXT_PUBLIC_VERCEL_ENV === 'preview') { contentSecurityPolicyDirective['connect-src'].push('https://vercel.live') contentSecurityPolicyDirective['connect-src'].push('wss://*.pusher.com') contentSecurityPolicyDirective['img-src'].push('https://vercel.com') contentSecurityPolicyDirective['font-src'].push('https://vercel.live') contentSecurityPolicyDirective['frame-src'].push('https://vercel.live') contentSecurityPolicyDirective['style-src'].push('https://vercel.live') } return Object.entries(contentSecurityPolicyDirective) .map(([key, value]) => `${key} ${value.join(' ')}`) .join('; ') }

This is a demo project to demonstrate how a Web2 frontend hosted on VERCEL can access a Motoko backend canister on the Internet Computer using Server Side Rendering (SSR).

Vercel is an open-source platform for hosting and deploying web applications and websites.