RouterOS-api 0.21.0

Python API to RouterBoard devices produced by MikroTik.

RouterOS-api

Python API to RouterBoard devices produced by MikroTik written by Social WiFi.

Usage

Connection

import routeros_api

connection = routeros_api.RouterOsApiPool('IP', username='admin', password='', plaintext_login=True)
api = connection.get_api()

Use plaintext_login=True option when connecting to RouterOS version 6.43 and newer.

Connection parameters

routeros_api.RouterOsApiPool(
    host,
    username='admin',
    password='',
    port=8728,
    plaintext_login=True,
    use_ssl=False,
    ssl_verify=True,
    ssl_verify_hostname=True,
    ssl_context=None,
)

Parameters:

• host - String - Hostname or IP of device

Optional Parameters:

• username - String - Login username - Default 'admin'
• password - String - Login password - Default empty string
• port - Integer - TCP Port for API - Default 8728 or 8729 when using SSL
• plaintext_login - Boolean - Try plaintext login (for RouterOS 6.43 onwards) - Default False
• use_ssl - Boolean - Use SSL or not? - Default False
• ssl_verify - Boolean - Verify the SSL certificate? - Default True
• ssl_verify_hostname - Boolean - Verify the SSL certificate hostname matches? - Default True
• ssl_context - Object - Pass in a custom SSL context object. Overrides other options. - Default None

Using SSL

If we want to use SSL, we can simply specify use_ssl as True:

connection = routeros_api.RouterOsApiPool('<IP>', username='admin', password='', use_ssl=True)

This will automatically verify SSL certificate and hostname. The most flexible way to modify SSL parameters is to provide an SSL Context object using the ssl_context parameter, but for typical use-cases with self-signed certificates, the shorthand options of ssl_verify and ssl_verify_hostname are provided.

e.g. if using a self-signed certificate, you can (but probably shouldn't) use:

connection = routeros_api.RouterOsApiPool(
    '<IP>',
    username='admin',
    password='',
    use_ssl=True,
    ssl_verify=False,
    ssl_verify_hostname=False,
)

Login for RouterOS v6.43 onwards

RouterOS Versions v6.43 onwards now use a different login method. The disadvantage is that it passes the password in plain text. For security we only attempt the plaintext login if requested using the plaintext_login parameter. It is highly recommended only to use this option with SSL enabled.

routeros_api.RouterOsApiPool(host, username='admin', password='', plaintext_login=True)

Handling non UTF-8 characters

The API does not assume any particular encoding, so non utf-8 characters will not be shown correctly. A default encoding can be specified if needed. For some cases the latin-1 encoding will be the best one to use, for others - windows-1250 will work better. Ref. https://forum.mikrotik.com/viewtopic.php?t=106053#p528460

It is possible to use specific encoding by defining custom default structure like this:

import collections
import routeros_api
from routeros_api.api_structure import StringField

connection = routeros_api.RouterOsApiPool('ip', username='admin', password='password', plaintext_login=True)
api = connection.get_api()
# This part here is important:
default_structure = collections.defaultdict(lambda: StringField(encoding='windows-1250'))
api.get_resource('/system/identity', structure=default_structure).get()

Execute Commands

Call this with a resource and parameters as name/value pairs.

api.get_resource('/').call('<resource>', { <dict of params> })

You can also use the "binary" version, but in this case, all dict values should be encoded to bytes and the result will be returned as bytes.

api.get_binary_resource('/').call('<resource>', { <dict of params> })

Examples

>>> api.get_resource('/tool').call('fetch', {'url': 'http://example.com', 'dst-path': 'output.html'})
[{'status': 'connecting', '.section': '0'}, {'status': 'finished', 'downloaded': '1', 'total': '1', 'duration': '1s', '.section': '1'}]

>>> api.get_resource('/').call('ping', {'address': '8.8.8.8', 'count': '4'})
[
 {'seq': '0', 'host': '8.8.8.8', 'size': '56', 'ttl': '58', 'time': '14ms612us', 'sent': '1', 'received': '1', 'packet-loss': '0', 'min-rtt': '14ms612us', 'avg-rtt': '14ms612us', 'max-rtt': '14ms612us'}, 
 {'seq': '1', 'host': '8.8.8.8', 'size': '56', 'ttl': '58', 'time': '22ms237us', 'sent': '2', 'received': '2', 'packet-loss': '0', 'min-rtt': '14ms612us', 'avg-rtt': '18ms424us', 'max-rtt': '22ms237us'}, 
 {'seq': '2', 'host': '8.8.8.8', 'size': '56', 'ttl': '58', 'time': '13ms823us', 'sent': '3', 'received': '3', 'packet-loss': '0', 'min-rtt': '13ms823us', 'avg-rtt': '16ms890us', 'max-rtt': '22ms237us'}, 
 {'seq': '3', 'host': '8.8.8.8', 'size': '56', 'ttl': '58', 'time': '8ms614us', 'sent': '4', 'received': '4', 'packet-loss': '0', 'min-rtt': '8ms614us', 'avg-rtt': '14ms821us', 'max-rtt': '22ms237us'}
]

Fetch List/Resource

list = api.get_resource('/command')

Example

list_queues = api.get_resource('/queue/simple')

Show all elements

list_queues.get()

Add rules

list.add(attribute='vale', attribute_n='value')

NOTE: Attributes with -, like max-limit use underscore _: max_limit

Example:

list_queues.add(name='001', max_limit='512k/4M', target='192.168.10.1/32')

Update Values

list.set(id, attributes)

Example:

list_queues.set(id='*2', name='john')

Get element:

list.get(attribute=value)

Example:

list_queues.get(name='john')

Remove element:

list.remove(id)

Example:

list_queues.remove(id='*2')

Close conection:

connection.disconnect()

Return results and count of results

Let's take DHCP leases as an example.

CLI: /ip/dhcp-server/lease/print

api.get_resource('/ip/dhcp-server/lease').get()

Now, let's use count-only.

CLI: /ip/dhcp-server/lease/print count-only (returns 13)

>>> api.get_resource('/ip/dhcp-server/lease').call('print', {'count-only': None}).done_message

{'ret': '13'}

Now, let's use count-only and where.

CLI: /ip/dhcp-server/lease/print count-only where server=developers (returns 4)

>>> api.get_resource('/ip/dhcp-server/lease').call('print', {'count-only': None}, {'server': 'developers'}).done_message

{'ret': '4'}

Now, let's use count-only and where with boolean value.

CLI: /ip/route/pri count-only where static (returns 1)

>>> api.get_resource('/ip/route').call('print', {'count-only': None}, {'static': 'yes'}).done_message

{'ret': '1'}

Run script and get output

The example script only prints "hello". Here's a simplified example of how to run it and get the output:

>>> api.get_resource('/system/script').get()[0]['source']
'/put "hello"'
>>> response = api.get_resource('/system/script').call('run', {'number': '0'})
>>> response.done
True
>>> response.done_message['ret']
'hello'

Run monitor and get output

CLI command: /interface/ethernet/poe/monitor numbers=0 once

>>> response = api.get_resource('/interface/ether/poe').call('monitor', {'numbers': '0', 'once': None})
>>> response
[{'name': 'ether10', 'poe-out': 'auto-on', 'poe-out-status': 'waiting-for-load'}]

Set value using numbers

CLI command: /interface/ethernet/poe set poe-out=off 0

api.get_resource('/interface/ethernet/poe').call('set', {'poe-out': 'off', 'numbers': '0'}

Set value using id

>> api.get_resource('/interface/ethernet/poe').call('print')
[{'id': '*B', 'name': 'ether10', 'poe-out': 'off', 'poe-priority': '10', 'poe-lldp-enabled': 'false', 'power-cycle-ping-enabled': 'false', 'power-cycle-interval': 'none'}]

>> api.get_resource('/interface/ethernet/poe').call('set', {'poe-out': 'off', '.id': "*B"})

Add and remove item

list_address = api.get_resource('/ip/firewall/address-list')
list_address.add(address='192.168.0.1', comment='P1', list='10M')
response = list_address.get(comment='P1')
list_address.remove(id=response[0]['id'])