Mikrotik: Api Examples

queue = api.path('queue', 'simple').add( name='customer-001', target='192.168.88.100/32', max_limit='5M/2M', # upload/download comment='API traffic limit' )

The API communicates in "sentences." A standard REST API returns a JSON object. The MikroTik API returns a stream of attributes that you have to manually parse into a logical object. If you are used to GET/POST requests returning clean "status": "ok" , the MikroTik API will feel archaic. You have to manually detect the !done or !trap markers to know when a transaction is finished.

MikroTik’s Application Programmable Interface (API) is a potent tool for network administrators looking to move beyond the manual constraints of Winbox or the CLI. Whether you are using the classic or the newer REST API introduced in version 7, these tools allow you to build custom software that manages configurations and monitors traffic in real time. mikrotik api examples

This scenario mimics a billing system that automatically enables a client's internet access once payment is confirmed.

registrations = api.path('interface', 'wireless', 'registration-table') for client in registrations: print(f"MAC: client['mac-address'], Signal: client['signal-strength'] dBm, TX Rate: client['tx-rate']") queue = api

Example A: Fetching System Resource Information (Standard API)

# Enable standard unencrypted API /ip service enable api # Enable secure encrypted API (Recommended) /ip service enable api-ssl Use code with caution. You have to manually detect the

The API syntax mirrors CLI commands – use ? for filters, = for parameters, and empty line to terminate. Always test in a lab before deploying to production.