def get_IxnHttp_instance(use_gui=None, ip_address=None, rest_port=None, username=None, password=None):
"""Get an instance of an IxnHttp class using the static class variables
:param use_gui: override the static class USE_IXNETWORK_GUI
:param ip_address: override the static class HOST_IP_ADDRESS
:param rest_port: override the static class HOST_REST_PORT
:returns: an instance of the IxnHttp class
"""
if use_gui is not None:
Config.USE_IXNETWORK_GUI = use_gui
if ip_address is not None:
Config.HOST_IP_ADDRESS = ip_address
if rest_port is not None:
Config.HOST_REST_PORT = rest_port
ixnhttp = IxnHttp(Config.HOST_IP_ADDRESS, rest_port=Config.HOST_REST_PORT)
if Config.USE_IXNETWORK_GUI:
ixnhttp.current_session = ixnhttp.sessions()[0]
else:
ixnhttp.auth(username, password)
ixnhttp.create_session()
ixnhttp.trace = Config.TRACE_REST_CALLS
return ixnhttp
import sys
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0: path.rfind('ixnetwork')])
from ixnetwork.samples.Config import Config
from ixnetwork.IxnHttp import IxnHttp
# this sample demonstrates how to reconnect to an existing session if one exists
ixnhttp = IxnHttp(Config.HOST_IP_ADDRESS, rest_port=Config.HOST_REST_PORT)
sessions = ixnhttp.sessions()
for session in sessions:
session.dump()
if len(sessions) > 0:
ixnhttp.current_session = sessions[0]
Load a configuration and find specific sessions for different protocol emulations
"""
import sys
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0:path.rfind('ixnetwork')])
from ixnetwork.IxnHttp import IxnHttp
from ixnetwork.IxnConfigManagement import IxnConfigManagement
from ixnetwork.IxnEmulationHosts import IxnEthernetEmulation, IxnIpv4Emulation, IxnIgmpHostEmulation
use_gui = False
if use_gui:
ixnhttp = IxnHttp('10.200.22.48', rest_port=12345)
ixnhttp.current_session = ixnhttp.sessions()[0]
else:
ixnhttp = IxnHttp('10.200.23.60', rest_port=443)
ixnhttp.trace = True
ixnhttp.auth('admin', 'admin')
ixnhttp.create_session()
# load a binary configuration
config_mgmt = IxnConfigManagement(ixnhttp)
config_filename = '%s/emulation-host-demo.ixncfg' % os.path.dirname(
os.path.realpath(__file__))
config_mgmt.load_config(config_filename, upload=True, remove_chassis=True)
# find ethernet emulation host session(s) by vport_name or parent
eth = IxnEthernetEmulation(ixnhttp)
if child.name in ['port', 'item', 'connector', 'tag'
] or hasattr(query_result, child.name) is False:
continue
attr = getattr(query_result, child.name)
if isinstance(attr, list) is True:
if len(attr) == 0:
continue
else:
attr = attr[0]
href = query_result.href
metadata = ixnhttp.help('%s/%s' % (href, child.name))
process_node(ixnhttp, href, metadata, classes)
process_query_result(ixnhttp, attr, classes)
ixnhttp = IxnHttp('10.200.22.48', 12345)
sessions = ixnhttp.sessions()
ixnhttp.current_session = sessions[0]
classes = {}
class_paths = [
'/topology/deviceGroup/ethernet',
'/topology/deviceGroup/ethernet/ipv4/pimV4Interface',
'/topology/deviceGroup/ethernet/ipv4/igmpHost',
'/topology/deviceGroup/ethernet/ipv4/bgpIpv4Peer',
'/topology/deviceGroup/ethernet/ipv4/ospfv2',
'/topology/deviceGroup/ethernet/ipv4/bfdv4Interface',
'/topology/deviceGroup/ethernet/ipv6/mldHost',
'/topology/deviceGroup/ethernet/ipv6/bgpIpv6Peer',
'/topology/deviceGroup/ethernet/ipv6/ospfV3',
'/topology/deviceGroup/ethernet/ipv6/bfdv6Interface',
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0: path.rfind('ixnetwork')])
from ixnetwork.IxnHttp import IxnHttp
from ixnetwork.IxnConfigManagement import IxnConfigManagement
from ixnetwork.IxnPortManagement import IxnPortManagement
from ixnetwork.IxnStatManagement import IxnStatManagement
from ixnetwork.IxnEmulationHosts import IxnIgmpHostEmulation, IxnIpv4Emulation
import os
import time
import json
# connect to an existing session
ixnhttp = IxnHttp('10.200.22.48', rest_port=12345)
ixnhttp.current_session = ixnhttp.sessions()[0]
# print system information
print(ixnhttp.system_info)
# load a binary configuration
config_mgmt = IxnConfigManagement(ixnhttp)
config_filename = '%s/emulation-host-demo.ixncfg' % os.path.dirname(os.path.realpath(__file__))
config_mgmt.load_config(config_filename, upload=True, remove_chassis=True)
# get a list of vports and change the type to ethernet
query_result = ixnhttp.root.query \
'connector', 'item', 'port', 'tlvProfile', 'learnedInfo',
'genericProtocol', 'packetInList'
]:
return
try:
metadata = ixnhttp.help(path)
class_name = 'Ixn%s%sEmulation' % (metadata.custom.name[0].upper(),
metadata.custom.name[1:])
process_node(metadata, class_name)
for child in metadata.custom.children:
process_class(child.path, child.name)
except:
print('skipping %s' % name)
ixnhttp = IxnHttp('10.200.22.48', 12345)
sessions = ixnhttp.sessions()
ixnhttp.current_session = sessions[0]
classes = {}
process_class('/topology', 'topology')
filename = '%s/../ixnetwork/IxnEmulationHosts.py' % os.path.dirname(
os.path.realpath(__file__))
with open(filename, 'w') as fid:
fid.write('from ixnetwork.IxnEmulationHost import IxnEmulationHost\n\n')
keys = classes.keys()
keys.sort()
for key in keys:
fid.write(classes[key])
fid.flush()
from ixnetwork.IxnHttp import IxnHttp
from ixnetwork.IxnConfigManagement import IxnConfigManagement
import json
# Standalone IxNetwork GUI
# connect to a session with ReST port 12345
ixnetwork_gui = IxnHttp('10.200.22.48', 12345)
ixnetwork_gui.current_session = ixnetwork_gui.sessions()[0]
# management objects
config_mgmt = IxnConfigManagement(ixnetwork_gui)
# clear the current configuration
config_mgmt.new_config()
# export the default configuration
json_config = config_mgmt.export_config()
# modify part of the configuration
json_config['globals']['preferences']['rebootPortsOnConnect'] = True
# configure using the modified configuration fragment
config_mgmt.configure(json_config['globals']['preferences'])
# configure using a fragment
# if there are not 4 vports then they will be created
config_mgmt.configure({'xpath': '/vport[4]'})
# configure the first vport
config_mgmt.configure({'xpath': '/vport[1]', 'name': 'My Virtual Port', 'type': 'ethernetvm'})
import sys
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0:path.rfind('ixnetwork')])
from ixnetwork.samples.Config import Config
from ixnetwork.IxnHttp import IxnHttp
# This sample demonstrates how to create a session on the session managed host
# IxNetwork API Server
# create a session using username and password
ixnhttp = IxnHttp(Config.HOST_IP_ADDRESS, rest_port=Config.HOST_REST_PORT)
ixnhttp.auth('admin', 'admin')
session = ixnhttp.create_session()
session.dump()
#-------------- User Preferences Ends ----------------#
def release_ports(ixnhttp):
query_vport = IxnQuery(ixnhttp, '/').node('vport',
properties=['name']).go()
for vport in query_vport.vport:
vport_name = vport.attributes.name.value
print('\nReleasing port name:', vport_name)
print('\t', vport.href)
vport.operations.releaseport({'arg1': [vport.href]})
try:
if api_server_type in ['windows', 'windowsConnectionMgr']:
ixnhttp = IxnHttp(api_server_ip, api_server_rest_port, secure=False)
sessions = ixnhttp.sessions()
ixnhttp.current_session = sessions[0]
if api_server_type == 'linux':
ixnhttp = IxnHttp(api_server_ip, api_server_rest_port, secure=True)
ixnhttp.auth(username, password)
ixnhttp.create_session()
# CONFIG LICENSE SERVER
# New session needs to know where the license server is located.
query_license = IxnQuery(ixnhttp, '/') \
.node('globals') \
.node('licensing', properties=['licensingServers', 'tier', 'mode']) \
.go()
print('\nConfigure license server:', license_server_ip, license_mode,
import sys
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0: path.rfind('ixnetwork')])
from ixnetwork.samples.Config import Config
from ixnetwork.IxnHttp import IxnHttp
# This sample demonstrates how to delete all the sessions on a session managed host
# delete all sessions on the managed host
ixnhttp = IxnHttp(Config.HOST_IP_ADDRESS, rest_port=Config.HOST_REST_PORT)
for session in ixnhttp.sessions():
ixnhttp.current_session = session
ixnhttp.delete_session()
import sys
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0:path.rfind('ixnetwork')])
from ixnetwork.IxnHttp import IxnHttp, IxnQuery
# run multiple gets and try for connection refused
# ixnhttp = IxnHttp('10.36.79.30', rest_port=443)
# ixnhttp.auth('admin', 'admin')
# ixnhttp.current_session = ixnhttp.create_session()
ixnhttp = IxnHttp('127.0.0.1', rest_port=11009)
ixnhttp.current_session = ixnhttp.sessions()[0]
for i in range(0, 100000):
state = ixnhttp.get('/traffic').state
# result = IxnQuery(ixnhttp, '/').node('traffic').go()
print('%s %s' % (i, state))
ixnhttp.delete_session()
import sys
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0:path.rfind('ixnetwork')])
from ixnetwork.samples.Config import Config
from ixnetwork.IxnHttp import IxnHttp
# This sample demonstrates how to connect to a running standalone IxNetwork GUI session
# specify the connection parameters of the target host
# the ReST port is specified in the IxNetwork GUI command line as -restport <tcp port number>
# and can also be found in the log view window under the RestAPIService tab as the first entry
ixnetwork_gui = IxnHttp(Config.HOST_IP_ADDRESS,
rest_port=Config.HOST_REST_PORT)
# get a list of sessions on that ipaddress and rest port
# since this is an IxNetwork GUI there will be only one session
sessions = ixnetwork_gui.sessions()
# print out the details of each session
# there should only be one session
for session in sessions:
session.dump()
# set the current session to be the one and only session
ixnetwork_gui.current_session = sessions[0]
import sys
import os
path = os.path.realpath(__file__)
sys.path.insert(0, path[0:path.rfind('ixnetwork')])
from ixnetwork.samples.Config import Config
from ixnetwork.IxnHttp import IxnHttp
# This sample demonstrates how to create a session on the session managed host
# IxNetwork API Server
# create a session using username and password
ixnhttp = IxnHttp(Config.HOST_IP_ADDRESS, rest_port=Config.HOST_REST_PORT)
session = ixnhttp.create_session(username='******', password='******')
session.dump()
