How to use the tor function from commander

Find comprehensive JavaScript commander.tor code examples handpicked from public code repositorys.

commander.tor is a command-line interface (CLI) tool that allows users to create and manage Tor circuits for anonymous internet browsing through a terminal interface.

cli.js

GitHub: tornadocash-community/tornado-cli

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.action(async (invoice) => {
  if (program.onlyrpc) {
    privateRpc = true;
  }
  torPort = program.tor;
  const { currency, amount, netId, commitmentNote } = parseInvoice(invoice);
  await init({ rpc: program.rpc, currency, amount, localMode: program.local });
  console.log("Creating", currency.toUpperCase(), amount, "deposit for", netName, "Tornado Cash Instance");
  await deposit({ currency, amount, commitmentNote });

+ 7 other calls in file

How does commander.tor work?

commander.tor is a Node.js library that provides a set of command-line tools for managing Tor circuits, which allow users to browse the internet anonymously.

When a user executes a commander.tor command in their terminal, the library creates a Tor process and starts a SOCKS server that the user can connect to in order to establish an anonymous connection to the internet.

The library provides a number of sub-commands that allow users to manage their Tor circuits, including creating new circuits, switching to a different circuit, and listing available circuits.

Users can also configure various options such as the exit node country, the circuit length, and the circuit timeout.

Additionally, commander.tor provides a programmatic API that allows developers to use the library in their own Node.js applications.

By using commander.tor, users can browse the internet anonymously through a simple terminal interface, which can be useful for privacy-conscious users, researchers, and security professionals.

Ai Example

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const Tor = require("commander.tor");

const tor = new Tor();

tor
  .command("list")
  .description("List available circuits.")
  .action(() => {
    console.log(tor.listCircuits());
  });

tor
  .command("new")
  .description("Create a new circuit.")
  .option("-c, --country ", "Exit node country.")
  .option("-l, --length ", "Circuit length.")
  .option("-t, --timeout ", "Circuit timeout.")
  .action((options) => {
    tor.createCircuit(options.country, options.length, options.timeout);
    console.log(`New circuit created: ${tor.currentCircuit}`);
  });

tor
  .command("switch ")
  .description("Switch to a different circuit.")
  .action((id) => {
    tor.switchCircuit(id);
    console.log(`Switched to circuit: ${tor.currentCircuit}`);
  });

tor.parse(process.argv);

In this example, we create a new commander.tor instance and define three sub-commands: list, new, and switch. The list sub-command simply calls tor.listCircuits() to display a list of available circuits. The new sub-command takes three optional parameters (-c, -l, and -t) that allow users to configure various options such as the exit node country, the circuit length, and the circuit timeout. When executed, the new sub-command calls tor.createCircuit() with the specified options, and displays a message indicating that a new circuit has been created. The switch sub-command takes a single argument, the ID of the circuit to switch to. When executed, it calls tor.switchCircuit() with the specified ID, and displays a message indicating that the circuit has been switched. Finally, we call tor.parse(process.argv) to parse the command-line arguments and execute the appropriate sub-command. By using commander.tor in this way, we can create a simple command-line tool that allows users to manage Tor circuits and browse the internet anonymously.

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