Configure Nginx 3.1 Install Nginx sudo apt install nginxģ.2 Remove the default file in enabled sites of Nginx rm /etc/nginx/sites-enabled/defaultģ.3 Create Nginx config file in available sites nano /etc/nginx/sites-available/Įdit config file (This is a complete sample config file. Contribute to zizifn/edgetunnel development by creating an account on GitHub. (Yes, it has nothing to do with your private key) 3. Running V2ray inside edge/serverless runtime. Run the following command cat yourdomain_cert.pem cloudflare_origin_ecc.pem > yourdomain_cert.pem In the folder where you have already uploaded the 3. 2.4 Concatenate the primary and intermediate certificates By default, you can put them at /etc/ssl/, but the location doesn’t matter. Upload yourdomain_cert.pem, yourdomain_key.pem, and cloudflare_origin_ecc.pem(or cloudflare_origin_rsa.pem) to any folder on your server. (Generally ECC is safer) Save as cloudflare_origin_rsa.pem or cloudflare_origin_ecc.pem. Go to Cloudflare official docs Managing Cloudflare Origin CA certificatesĬopy the content of either Cloudflare Origin CA - RSA Root, or Cloudflare Origin CA - ECC Root. 2.2 Obtain Cloudflare Origin CA root certificates Certificate LifetimesĪfter creation, copy the whole Origin Certificate content, save as yourdomain_cert.pem copy the whole Private Key content, save as youdomain_key.pem. This is because TLS server certificates issued on or after 00:00:00 UTC will be required to have a validity period of 398 days or less. IMPORTANT: If you or your site visitors intend to use Chrome/Safari or any other major web browser, please select Certificate Validity equal or less than 1 year. SSL/TLS -> Origin Server -> Create Certificate Configure Cloudflare Certificate 2.1 Obtain Cloudflare Origin Certificate and Private Key Here assume you set ws on port 12345, and path name is /nameofpath. Please refer to Update in my previous post This article will help you go smooth with it. As for why they bother with a free plan with such cryptic rules, their S1 explains it.When configuring V2Ray + Websocket + TLS + CDN(Cloudflare), you may want to use Cloudflare Origin CA certificates. If the subdomain is some website that is primarily used in the browser, CF will generally be fine leaving it up even if you push TBs a day, but if it's just a file host CF has been known to flag that for abuse and disable proxying for the domain. If you're referring to the TOS issue that is often discussed here, it depends on what that subdomain is, since Cloudflare doesn't just want to be pushing binary data for free. If you just want to try tunnels at all, with a non-descript hostname, Tunnel gives out subdomains that end in. Unless you want to pay for the business plan with a CNAME Setup, you do need to use their DNS offering, even if the rest of your site's DNS records are 'unproxied'. Do the boring bits so it can be even better than the primary offering. In other words, the hard part of this offering is done. And maybe even really open-source the tunnel client for real, because it would be quite nice to have the actual origin server connect via a plugin instead of a separate daemon. And the pane for managing website origin servers could let you choose between the traditional cloudflare-initiated connection and a tunnel, and the tunnel mode could give some controls for how the origin server is protected, whether connections load balance across multiple tunnels, etc. Hey jgc et all, if you’re reading this, maybe the cloudflare console UI could have a pane for managing tunnels. Unfortunately, cloudflare tunnels feel a bit like a cute 20% project that was never quite finished and is barely integrated with the rest of cloudflare’s offering. In principle, there is no reason at all to use TLS inside the tunnel - the tunnel itself is authenticated and encrypted. If only there was a straightforward way to manage the credentials used by cloudflared for tunnels, bind them to specific websites, and revoke them. I'm hopeful for the Pinephone, but we have a long way to go. I'm fine with sane defaults, but it should be easy to switch them off. We need a mobile OS that respects the user's control over their device. Overall I consider Android to be a very hostile environment for native applications, and networked apps in particular. One example I would see huge performance differences as soon as I turned the screen off. * Android has endless optimizations for battery life that are trying to shut down/throttle your program. * You have to do weird hacks in order to run native applications such as Golang programs. I solved this by setting DNS servers manually to 1.1.1.1, 8.8.8.8, etc. * DNS name resolution doesn't work by default (with Golang at least) because android doesn't use nf. Not a problem in theory but annoying to implement. * You have to run it as a foreground service so the user knows it's running. There are countless hoops to jump through for running server software, including: I spent considerable time last year porting boringproxy to run on Android.
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