[new] | Mikrotik Api Examples

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fmt.Println("Queue created:", result)

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

If sending multiple concurrent commands over a single legacy API channel, use the .tag=value parameter to correlate sent commands with asynchronous returned payloads. Share public link

– before writing any code, ensure your desired command works with cURL. The error messages from the REST API are often very descriptive. mikrotik api examples

Because the API grants deep administrative control over your network fabric, securing it is paramount.

# Enable standard unencrypted API /ip service enable api # Enable secure encrypted API (Recommended) /ip service enable api-ssl Use code with caution.

The MikroTik RouterOS API allows developers and network administrators to programmatically interact with RouterOS devices. Instead of relying on manual configuration via Winbox, WebFig, or the Command Line Interface (CLI), the API enables automated provisioning, real-time monitoring, and custom billing integration.

: When passing parameters containing special characters (like names with spaces or complex symbols) to the API, ensure your library properly formats them to prevent unexpected command parsing. This public link is valid for 7 days

package main import ( "fmt" "log" "gopkg.in/routeros.v2" ) func main() // Connect to the MikroTik device cl, err := routeros.Dial("192.168.88.1:8728", "api_user", "SecurePassword123") if err != nil log.Fatalf("Connection error: %v", err) defer cl.Close() // Call 'monitor-traffic' which streams continuous updates res, err := cl.Run("/interface/monitor-traffic", "=interface=ether1", "=once") if err != nil log.Fatalf("Execution error: %v", err) // Parse out the real-time rates for _, re := range res.Re Tx-Bits: %s bps\n", re.Map["rx-bits-per-second"], re.Map["tx-bits-per-second"], ) Use code with caution. 4. Querying and Filtering API Data

// Authenticate const login = await client.send( command: '/login', attributes: name: 'admin', password: ''

func main() // Authenticate to router auth, err := routeros.Auth("192.168.88.1", "admin", "") if err != nil log.Fatal(err)

<?php // More comprehensive example using routeros-api-php Can’t copy the link right now

B) Using librouteros for binary API (v6/v7)

RouterOS v7 introduced a native REST API running over HTTPS, allowing standard HTTPS tools ( curl , Postman, Python requests ) to interact with the device without specialized language libraries. 1. Fetching Interfaces via cURL curl -k -u admin:YourSecurePassword https://192.168.88 Use code with caution. 2. Creating a New IP Address via Python REST

Open Terminal in WinBox and type: /ip service enable api (Traditional API - Port 8728) /ip service enable api-ssl (Secure API - Port 8729) /ip service enable rest-api (REST API - Port 443/custom)