v2ray trojan websocket 配置指南

V2Ray Trojan WebSocket 是一种高效的代理协议，能够让你轻松穿透网络防火墙。

首先，我们需要了解 WebSocket 的基本概念，它是一种持久的双向通讯协议。

WebSocket 的连接建立过程非常重要，需要注意的是，WebSocket 的握手过程中会携带一个随机的 Cookie 值。

这个 Cookie 值会在 WebSocket 的连接过程中被使用，需要注意的是，Cookie 值的长度不能超过 125 个字节。

Before we dive into configuring v2ray trojan websocket, let's get our ducks in a row. You'll need a VPS server, which is a virtual private server, basically a personal computer in the cloud. I recommend using either搬瓦工 (BWH) or Vultr, as they're reputable providers that have been tested and proven by many users.

If your VPS provider has a firewall enabled, you'll need to open ports 80 and 443 in the VPS management dashboard, or you might encounter issues with obtaining certificates.

To get a VPS, follow the purchase tutorials for either搬瓦工 or Vultr. If you're using a different VPS provider, you'll need to check their documentation for similar steps.

If you want to use VMESS+WS+TLS or VLESS protocol, you'll also need a domain name. You can buy one from a foreign domain registrar, such as NameSilo or GoDaddy, which accepts Alipay payments. Alternatively, you can buy one from a domestic registrar, but be prepared for a more complicated registration process.

Worth a look: Websockets vs Sse

Now, let's assume you have your VPS and domain name sorted out. Next, we'll need to prepare our Linux server for the configuration process. Here are the essential items you'll need:

To install Trojan-Go, you'll need to stop and start the Caddy service using the commands `service caddy stop` and `service caddy start`.

You can download and install Trojan-Go using the official one-key script, which can be done by running `bash -c “$(curl -fsSL https://raw.githubusercontent.com/trojan-gfw/trojan-quickstart/master/trojan-quickstart.sh)”` or `bash -c “$(wget -O- https://raw.githubusercontent.com/trojan-gfw/trojan-quickstart/master/trojan-quickstart.sh)”`.

The configuration file for Trojan-Go is located at `/usr/local/etc/trojan/config.json`, and the systemd service file is located at `/etc/systemd/system/trojan.service`.

To configure Trojan-Go, you'll need to edit the `config.json` file, which contains settings such as the local and remote addresses, ports, and passwords.

Here are the key settings to modify in the `config.json` file:

Once you've modified the `config.json` file, you can start Trojan-Go using the command `systemctl start trojan`.

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To configure V2Ray, you'll need to edit the configuration file. According to Example 3, you can do this by running the command `sudo vim /usr/local/etc/v2ray/config.json`.

On a similar theme: V2ray Tls Grpc

In the configuration file, you'll want to set the `listen` option to `127.0.0.1` to only listen on the local IP address, avoiding detection from other machines.

The `id` field should be replaced with a unique identifier generated by a tool like the Online UUID Generator Tool.

For WebSocket configuration, set the `network` option to `ws` and the `path` option to a unique path, such as `/v2ray`.

Here's a summary of the key configuration options:

After making these changes, save and exit the file, then restart V2Ray to apply the new configuration.

Client Configuration is a crucial part of setting up v2ray trojan websocket. You need to replace example.com, server's random password, /random, and server's encryption password in the configuration file.

The configuration file for client configuration is a JSON object with various properties. Here are some key properties to note: "run_type" is set to "client", "local_addr" is set to "127.0.0.1", and "local_port" is set to 1085.

Discover more: Websocket Client in Java

The "remote_addr" and "remote_port" properties depend on whether you're using a server or a relay server. If you're using a server, replace "remote_addr" with the server's IP and "remote_port" with the server's port. If you're using a relay server, replace "remote_addr" with the relay server's IP and "remote_port" with the relay server's port.

The "password" property is an array containing the server's random password. The "ssl" property has an "sni" property that should be set to the server's domain name.

The "router" property is an object with various sub-properties. The "bypass" property is an array of rules that should be bypassed. The "block" property is an array of rules that should be blocked. The "proxy" property is an array of rules that should be proxied. The "default_policy" property is set to "proxy".

The "websocket" property is an object with "enabled" set to true, "path" set to "/random", and "host" set to the server's domain name.

The "shadowsocks" property is an object with "enabled" set to true, "method" set to "AES-256-GCM", and "password" set to the server's encryption password.

Here's a summary of the client configuration properties:

To install Trojan, you'll first need to stop and start the Caddy service. You can do this by running `service caddy stop` and then `service caddy start`.

Next, download and install Trojan using the official one-key script. You can do this by running `bash -c “$(curl -fsSL https://raw.githubusercontent.com/trojan-gfw/trojan-quickstart/master/trojan-quickstart.sh)”` or `bash -c “$(wget -O- https://raw.githubusercontent.com/trojan-gfw/trojan-quickstart/master/trojan-quickstart.sh)”`.

The configuration file for Trojan is located at `/usr/local/etc/trojan/config.json`, and the systemd service file is located at `/etc/systemd/system/trojan.service`.

To configure Trojan, you'll need to edit the `config.json` file. The file should contain the following settings:

Note that you'll need to modify the password and SSL settings to match your own configuration.

Once you've edited the `config.json` file, you can start Trojan by running `systemctl enable trojan` and `systemctl start trojan`. You can also check the status of Trojan by running `systemctl status trojan` or `journalctl -fu trojan`.

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To set up V2Ray with WebSocket, you'll need to configure Nginx to act as a reverse proxy. This allows you to use WebSocket protocol to establish a connection between the client and the V2Ray server.

The WebSocket protocol is used to establish a persistent connection between the client and the server, enabling real-time communication. This is particularly useful for applications that require low latency, such as online gaming and live streaming.

In the WebSocket configuration, the `ws` protocol is used to specify the WebSocket protocol. For example, `ws://127.0.0.1:80` specifies a WebSocket connection to the server at IP address `127.0.0.1` on port `80`.

Discover more: Websocket Protocol

V2Ray WebSocket 代理可以通过 Nginx 来实现。

V2Ray WebSocket 代理需要在 Nginx 中配置 WebSocket 协议。

Nginx WebSocket 代理需要安装 Nginx 和 V2Ray WebSocket 代理插件。

V2Ray WebSocket 代理可以通过 Nginx 的 http 模块来实现。

Nginx WebSocket 代理可以实现 WebSocket 通信的代理功能。

Curious to learn more? Check out: Openwrt Nginx 配置

To test Nginx, run the command `sudo nginx -t` to check the configuration for any errors.

This command will check the Nginx configuration file located at `/etc/nginx/nginx.conf`.

If the configuration is correct, you'll see a message indicating that the syntax is okay.

However, if there are any errors, Nginx will report them and you can fix them before restarting.

Once you've fixed any errors, you can restart Nginx using the command `sudo service nginx restart`.

Alternatively, you can use `sudo systemctl restart nginx` on systems that use systemd.

A unique perspective: When to Use Websockets

Nginx Configuration is a crucial step in setting up a V2Ray Trojan WebSocket server. Nginx is a popular web server software that can be used as a reverse proxy to improve the performance and security of our WebSocket server.

To start, we need to configure Nginx to forward requests to our WebSocket server. This is done by creating a new server block in the Nginx configuration file.

The server block should include the following configuration:

```bash

server {

listen 80;

server_name example.com;

location / {

proxy_pass http://localhost:8080;

proxy_http_version 1.1;

proxy_set_header Upgrade $http_upgrade;

proxy_set_header Connection "upgrade";

}

}

```

This configuration tells Nginx to listen on port 80 and forward any requests to the WebSocket server running on port 8080.

We also need to configure Nginx to handle WebSocket requests correctly. This is done by setting the `proxy_set_header` directives to upgrade the connection to WebSocket.

By following these steps, we can successfully configure Nginx to work with our V2Ray Trojan WebSocket server.

Worth a look: Websocket Create Connection

The script and downloads for V2Ray and Trojan are readily available. You can download the Shadowsocks/SS client, ShadowsocksR/SSR client, V2Ray client, Trojan client, and WireGuard client.

If you're looking for a specific client, the article lists the following options:

These clients will help you get started with V2Ray and Trojan configurations.

The V2Ray multi-one-click installation script is a convenient way to install V2Ray on your VPS server. It supports IPv6 only servers, but it's not recommended to use a VPS server with only IPv6 for scientific browsing.

To install the script, you'll need to input the following command and press enter: "安装V2Ray 多合一一键脚本". If you don't see the menu, run the command again.

The script will guide you through the installation process, asking for some information along the way. You can either input the information or press enter to use the default values.

The installation process may take some time, and you may see a frozen screen. Don't worry, just wait patiently and don't do anything. If you lose your SSH connection, simply re-run the installation command and continue.

Once the installation is complete, you'll see a list of configurations, including protocol, IP address, port, ID, flow control, encryption, network protocol, host, and TLS.

If this caught your attention, see: Websocket Use Cases

Here's a summary of the installation process:

By following these steps, you can successfully install the V2Ray multi-one-click installation script on your VPS server.

If you're looking for internet client downloads, you have several options.

Shadowsocks / SS client and ShadowsocksR / SSR client are two popular choices.

For those who want to try something different, V2Ray client and Trojan client are also available.

If you're interested in a more modern solution, WireGuard client is another option.

Here are some of the internet client options mentioned in the article:

To manage and organize your v2ray trojan websocket configuration, it's essential to know where to place the executable files and configuration files.

For executable files, caddy, trojan, and v2fly should be installed in the /usr/local/bin/ directory, while configuration files like Caddyfile and config files should be placed in /usr/local/etc/.

Here are the specific locations for the configuration files:

To ensure everything runs smoothly, you can restart all services by following these steps:

1. Reload the configuration with systemctl daemon-reload.

2. Restart the caddy service with systemctl restart caddy.service.

3. Check the status of caddy with systemctl status caddy.service.

4. Start the trojan service with systemctl start trojan.

5. Check the status of trojan with systemctl status trojan.

6. Start the v2fly service with systemctl start v2ray.

7. Check the status of v2fly with service v2ray status.

8. Finally, reboot your system to ensure all services are running correctly.

If this caught your attention, see: Websocket Service

To end and start all services, you'll want to reload the configuration with systemctl daemon-reload.

This command is crucial to ensure all services are updated with the latest configuration changes.

You can then restart the Caddy service with systemctl restart caddy.service.

To check the status of the Caddy service, use systemctl status caddy.service.

You can also start the Trojan service with systemctl start trojan.

Checking the status of the Trojan service is done with systemctl status trojan.

To start the V2Fly service, use systemctl start v2ray.

Checking the status of the V2Fly service is done with service v2ray status.

Finally, you can reboot your system with reboot to check if all services are running properly.

To simplify management, caddy, trojan, and v2fly executable files are installed in the /usr/local/bin/ directory. This makes it easy to find and update them.

The configuration files for caddy, trojan, and v2fly are stored in the /usr/local/etc/ directory. This keeps all the settings in one place, making it easier to manage them.

Caddyfile and config files are placed in the /usr/local/etc/ directory for easy access.