import mikrotik
/ip service set api-ssl address=10.0.0.50/32,192.168.10.0/24 Use code with caution.
from ros import Ros
// Close session await client.quit(); await conn.close();
class FailoverManager: def __init__(self, router): self.ros = Ros(router, "admin", "") self.primary_route = None self.backup_route = None def check_connectivity(self, target="8.8.8.8", count=5): """Test connectivity through primary gateway""" try: # Use MikroTik ping tool via API result = self.ros.tool.ping(target, count=count) return result.received == count except: return False
MikroTik’s RouterOS is a powerful operating system, but configuring hundreds of devices manually is inefficient. The allows developers and network administrators to interact with RouterOS programmatically, enabling automation, custom management dashboards, and real-time monitoring.
const connection = new MikroNode('192.168.88.1'); connection.connect('admin', '');
Mikrotik Api Examples
import mikrotik
/ip service set api-ssl address=10.0.0.50/32,192.168.10.0/24 Use code with caution. mikrotik api examples
from ros import Ros
// Close session await client.quit(); await conn.close(); import mikrotik
/ip service set api-ssl address=10
class FailoverManager: def __init__(self, router): self.ros = Ros(router, "admin", "") self.primary_route = None self.backup_route = None def check_connectivity(self, target="8.8.8.8", count=5): """Test connectivity through primary gateway""" try: # Use MikroTik ping tool via API result = self.ros.tool.ping(target, count=count) return result.received == count except: return False class FailoverManager: def __init__(self
MikroTik’s RouterOS is a powerful operating system, but configuring hundreds of devices manually is inefficient. The allows developers and network administrators to interact with RouterOS programmatically, enabling automation, custom management dashboards, and real-time monitoring.
const connection = new MikroNode('192.168.88.1'); connection.connect('admin', '');