def main():
# create scrapli_netconf connection just like with scrapli, open the connection
conn = NetconfScrape(**IOSXR_DEVICE)
conn.open()
# lock the candidate config before starting because why not
result = conn.lock(target="candidate")
print(result.result)
# get the whole config; just like scrapli the result is a `Response` object, in this case a
# `NetconfResponse` object with some additional methods
result = conn.get_config()
# print xml text result
print(result.result)
# print xml element result
print(result.xml_result)
# get the whole config, but apply some filters (subtree filters)
filters = [INTERFACE_ACTIVE_FILTER, NETCONF_YANG_FILTER]
result = conn.get_config(filters=filters)
print(result.result)
# get something other than the config; note the `filter_` to not reuse builtins
result = conn.get(filter_=PLATFORM_FILTER)
print(result.result)
# edit the candidate configuration
result = conn.edit_config(config=EDIT_CDP, target="candidate")
print(result.result)
# commit config changes
conn.commit()
print(result.result)
# stage a config we'll discard
config = EDIT_BANNER
result = conn.edit_config(config=config, target="candidate")
print(result.result)
# discard this config change
result = conn.discard()
print(result.result)
# unlock the candidate now that we're done
result = conn.unlock(target="candidate")
print(result.result)
# close the session
conn.close()
from scrapli_netconf.driver import NetconfScrape
my_device = {
"host": "sandbox-iosxe-latest-1.cisco.com",
"auth_username": "******",
"auth_password": "******",
"auth_strict_key": False,
"port": 830
}
conn = NetconfScrape(**my_device)
conn.open()
ospf_xpath = '/ospf-oper-data/ospf-state/ospf-instance[af="address-family-ipv4" and router-id="235802126"]/ospf-area[area-id=599]/ospf-interface[name="Loopback14"]'
response = conn.get(filter_=ospf_xpath, filter_type='xpath')
print(response.result)
# conn = NetconfScrape(**my_device)
# conn.open()
# result = conn.edit_config(config=template, target="running")
# print(result.result)
filter_ = """
<interfaces xmlns="urn:ietf:params:xml:ns:yang:ietf-interfaces">
<interface>
<name>GigabitEthernet3</name>
</interface>
</interfaces>
"""
conn = NetconfScrape(**my_device)
conn.open()
response = conn.get(filter_=filter_, filter_type="subtree")
print(response.result)
# template = f"""
# <config>
# <interfaces xmlns="urn:ietf:params:xml:ns:yang:ietf-interfaces">
# <interface>
# <name>{name}</name>
# <description>{descr}</description>
# <type xmlns:ianaift="urn:ietf:params:xml:ns:yang:iana-if-type">ianaift:ethernetCsmacd</type>
# <enabled>true</enabled>
# <ipv4 xmlns="urn:ietf:params:xml:ns:yang:ietf-ip">
# <address operation="delete">
# <ip>{ip_addr}</ip>
# <netmask>{netmask_addr}</netmask>
# </address>
"host": "sandbox-iosxe-latest-1.cisco.com",
"auth_username": "******",
"auth_password": "******",
"auth_strict_key": False,
"port": 830
}
conn = NetconfScrape(**my_device)
conn.open()
ospf_filter = """
<ospf-oper-data xmlns="http://cisco.com/ns/yang/Cisco-IOS-XE-ospf-oper">
<ospf-state>
<ospf-instance>
<af>address-family-ipv4</af>
<router-id>235802126</router-id>
<ospf-area>
<area-id>599</area-id>
<ospf-interface>
<name>Loopback14</name>
</ospf-interface>
</ospf-area>
</ospf-instance>
</ospf-state>
</ospf-oper-data>
"""
response = conn.get(
filter_=ospf_filter, filter_type='subtree')
print(response.result)
from scrapli_netconf.driver import NetconfScrape
my_device = {
"host": "10.10.20.100",
"auth_username": "******",
"auth_password": "******",
"auth_strict_key": False,
"port": 830
}
conn = NetconfScrape(**my_device)
conn.open()
interface_filter_xpath = '/interfaces/interface[name="Vlan500"]/description'
response = conn.get(filter_=interface_filter_xpath, filter_type='xpath')
print(response.result)
from scrapli_netconf.driver import NetconfScrape
from mydevice import *
import logging
logging.basicConfig(level=logging.DEBUG)
eigrp_filter = '/eigrp-oper-data/eigrp-instance/eigrp-topo/eigrp-network[afi="eigrp-af-ipv4" and ip-prefix="192.168.10.0/24"]/rd-vecmetric'
ospf_filter = '/ospf-oper-data'
conn = NetconfScrape(**router)
conn.open()
response = conn.get(
filter_=ospf_filter,
filter_type='xpath',
)
print(response.result)
from scrapli_netconf.driver import NetconfScrape
my_device = {
"host": "10.10.20.100",
"auth_username": "******",
"auth_password": "******",
"auth_strict_key": False,
"port": 830
}
conn = NetconfScrape(**my_device)
conn.open()
interface_filter = """
<interfaces xmlns="urn:ietf:params:xml:ns:yang:ietf-interfaces" xmlns:if="urn:ietf:params:xml:ns:yang:ietf-interfaces">
<interface>
<name>Vlan500</name>
<description></description>
</interface>
</interfaces>
"""
response = conn.get(filter_=interface_filter, filter_type='subtree')
print(response.result)
from scrapli_netconf.driver import NetconfScrape
my_device = {
"host": "10.10.10.2",
"auth_username": "******",
"auth_password": "******",
"auth_strict_key": False,
"port": 830
}
conn = NetconfScrape(**my_device)
conn.open()
response = conn.get(
filter_='//eigrp-network[ip-prefix="192.168.10.0/24"]/rd-vecmetric',
filter_type="xpath")
print(response.result)