Mastering the MikroTik API allows you to automate everything from small home networks to massive ISP infrastructures. Whether you use the classic binary API or the modern introduced in RouterOS v7, programmatically managing your router opens up powerful automation possibilities. 🛠️ Getting Started: API Essentials
addresses = router.command('/ip/address/print') addresses.each do |addr| puts "Interface: #addr['interface'], Address: #addr['address']" end
// TypeScript-first client with typed helpers const client = new RouterOSClient( host: '192.168.88.1', user: 'admin', password: '' );
Used to filter results, starting with a question mark (e.g., ?interface=ether1 ). mikrotik api examples
In this example, we'll create a new user using the Mikrotik API in PHP.
Python has excellent third-party libraries for MikroTik. While librouteros is highly structured, RouterosAPI is widely favored for its simplicity. pip install RouterosAPI Use code with caution. Node.js Environment Setup
// Initialize configuration $config = new \RouterOS\Config([ 'host' => '192.168.88.1', 'user' => 'admin', 'pass' => '', 'port' => 8728, // Default API port ]); Mastering the MikroTik API allows you to automate
if ros.system.resource.cpu_load > 90: print(f"ros.system.identity's CPU > 90%")
When implementing the MikroTik API at scale across production networks, adhere to these operational standards:
# Retrieve system resource information curl -k -u admin: https://192.168.88.1/rest/system/resource In this example, we'll create a new user
: Supports standard GET (read), PATCH (update), PUT (create), and DELETE (remove) methods.
: Verify that the API service is enabled on the router and that no firewall rules are dropping traffic on port 8728 or 8729.