def setUpClass(cls):
print(
"TestNetworkSetInterfaces::setup_class() before any methods in this class"
)
rc, net_current_status = get_iface_list(admin_ip)
cls.net_current_status = net_current_status
def test_get_iface_list(self):
print ("Testing get_iface_list")
(result, ifaces_list) = get_iface_list ("127.0.0.1")
nose.tools.ok_ (result == True, "Error:get_iface_list: Can't get iface list")
nose.tools.ok_ (type(ifaces_list).__name__ == 'dict', "Error:get_iface_list: Bad type")
ifaces = [x.strip() for x in ifaces_list.keys() if x != 'lo']
sys_ifaces = [iface.name for iface in netinterfaces.get_network_interfaces() if iface.name !='lo']
nose.tools.ok_ (len (sys_ifaces) == len (ifaces), msg="Number of interfaces mismatch")
sys_set = set (sys_ifaces)
ansible_set = set (ifaces)
nose.tools.ok_ (ansible_set.issubset(sys_set))
def network_status(system_id, no_cache=False):
"""
Return the network facts.
Args:
system_id (str): A valid uuid or local
no_cache (bool): Not used, but we need it declared to make happy the @use_cache decorator
Returns:
A tuple (success, data) where *success* is a boolean informing the success (True) or failure (False) of the call
the *data* member return the network facts as a dict.
On error, a message about it is returned in the *data* field.
"""
success, system_ip = get_system_ip_from_system_id(system_id)
if not success:
return False, system_ip
success, ifaces = get_iface_list(system_ip)
if success:
# Get the iface disk
# ifaces = setup_data['ansible_interfaces']
# ipv4default = setup_data['ansible_default_ipv4']
# Get the network_status_facts
success, facts = ans_network_status(system_ip)
if success:
for iface in facts['interfaces'].keys():
if iface in ifaces:
# iface_data = setup_data['ansible_' + iface]
if ifaces[iface].get('ipv4', None) is not None:
facts['interfaces'][iface]['ipv4'] = ifaces[iface][
'ipv4']
facts['interfaces'][iface]['role'] = ifaces[iface]['role']
# Add the a "UP" flags
# if iface_data['active'] is True:
# facts.data['interfaces'][iface]['status'] = 'UP'
# else:
# facts.data['interfaces'][iface]['status'] = 'DOWN'
# Check gateway
# if ipv4default.get('interface', None) == iface and ipv4default.get('gateway', None) is not None:
# facts.data['gateway'] = ipv4default.get('gateway')
pass
return True, facts
else:
return False, facts
else:
return False, ifaces
def network_status(system_id, no_cache=False):
"""
Return the network facts.
Args:
system_id (str): A valid uuid or local
no_cache (bool): Not used, but we need it declared to make happy the @use_cache decorator
Returns:
A tuple (success, data) where *success* is a boolean informing the success (True) or failure (False) of the call
the *data* member return the network facts as a dict.
On error, a message about it is returned in the *data* field.
"""
success, system_ip = get_system_ip_from_system_id(system_id)
if not success:
return False, system_ip
success, ifaces = get_iface_list(system_ip)
if success:
# Get the iface disk
# ifaces = setup_data['ansible_interfaces']
# ipv4default = setup_data['ansible_default_ipv4']
# Get the network_status_facts
success, facts = ans_network_status(system_ip)
if success:
for iface in facts["interfaces"].keys():
if iface in ifaces:
# iface_data = setup_data['ansible_' + iface]
if ifaces[iface].get("ipv4", None) is not None:
facts["interfaces"][iface]["ipv4"] = ifaces[iface]["ipv4"]
facts["interfaces"][iface]["role"] = ifaces[iface]["role"]
# Add the a "UP" flags
# if iface_data['active'] is True:
# facts.data['interfaces'][iface]['status'] = 'UP'
# else:
# facts.data['interfaces'][iface]['status'] = 'DOWN'
# Check gateway
# if ipv4default.get('interface', None) == iface and ipv4default.get('gateway', None) is not None:
# facts.data['gateway'] = ipv4default.get('gateway')
pass
return True, facts
else:
return False, facts
else:
return False, ifaces
def test_0012(self):
"""Test 0012: valid configuration """
print('TestNetworkSetInterfaces:: test_valid_config()')
system_ip = admin_ip
roles = {'eth1': {'role': 'log_management', 'ipaddress': NET_IPS['eth1'], 'netmask': '255.255.255.0'},
'eth2': {'role': 'log_management', 'ipaddress': NET_IPS['eth2'], 'netmask': '255.255.255.0'},
'eth3': {'role': 'monitoring', 'ipaddress': NET_IPS['eth3'], 'netmask': '255.255.255.0'},
'eth4': {'role': 'monitoring', 'ipaddress': NET_IPS['eth4'], 'netmask': '255.255.255.0'},
'eth5': {'role': 'monitoring', 'ipaddress': NET_IPS['eth5'], 'netmask': '255.255.255.0'}}
rc, data = set_interfaces_roles(system_ip, roles)
self.assertTrue(rc)
rc, data = get_iface_list(admin_ip)
self.assertTrue(rc)
self.assertTrue(self.check_request_and_response(roles, data))
def check_traffic_get_rx_stats (sensor_id,ifaces,delay):
# First I need the sensor ip
(result,admin_ip) = get_sensor_ip_from_sensor_id (sensor_id)
dresult = {}
msg = "Internal Error"
r = False
if result == True:
(r,data) = get_iface_list (admin_ip)
if r == True:
if ifaces == []:
l = data.keys()
else:
l = ifaces
# Now check traffic
(r,statsfirst) = get_iface_stats (admin_ip)
if r == True:
time.sleep (delay)
(r,statslast ) = get_iface_stats (admin_ip)
# Now, check each result:
for iface in l:
first = statsfirst.get(iface)
last = statslast.get(iface)
if first is not None and last is not None:
if ((last['RX']-first['RX'])> 0):
dresult[iface] = 'yes'
else:
dresult[iface] = 'no'
msg = "OK"
r = True
else:
r = False
msg = "Error obtains iface stats"
else:
r = False
msg = "Can't obtain iface admin ip => " + str(admin_ip)
else:
r = False
msg = "No admin ip for uuid " + sensor_id
return (r, msg,dresult)
def check_traffic_get_rx_stats(sensor_id, ifaces, delay):
# First I need the sensor ip
(result, admin_ip) = get_sensor_ip_from_sensor_id(sensor_id)
dresult = {}
msg = "Internal Error"
r = False
if result == True:
(r, data) = get_iface_list(admin_ip)
if r == True:
if ifaces == []:
l = data.keys()
else:
l = ifaces
# Now check traffic
(r, statsfirst) = get_iface_stats(admin_ip)
if r == True:
time.sleep(delay)
(r, statslast) = get_iface_stats(admin_ip)
# Now, check each result:
for iface in l:
first = statsfirst.get(iface)
last = statslast.get(iface)
if first is not None and last is not None:
if ((last['RX'] - first['RX']) > 0):
dresult[iface] = 'yes'
else:
dresult[iface] = 'no'
msg = "OK"
r = True
else:
r = False
msg = "Error obtains iface stats"
else:
r = False
msg = "Can't obtain iface admin ip => " + str(admin_ip)
else:
r = False
msg = "No admin ip for uuid " + sensor_id
return (r, msg, dresult)
def test_0012(self):
"""Test 0012: valid configuration """
print('TestNetworkSetInterfaces:: test_valid_config()')
system_ip = admin_ip
roles = {
'eth1': {
'role': 'log_management',
'ipaddress': NET_IPS['eth1'],
'netmask': '255.255.255.0'
},
'eth2': {
'role': 'log_management',
'ipaddress': NET_IPS['eth2'],
'netmask': '255.255.255.0'
},
'eth3': {
'role': 'monitoring',
'ipaddress': NET_IPS['eth3'],
'netmask': '255.255.255.0'
},
'eth4': {
'role': 'monitoring',
'ipaddress': NET_IPS['eth4'],
'netmask': '255.255.255.0'
},
'eth5': {
'role': 'monitoring',
'ipaddress': NET_IPS['eth5'],
'netmask': '255.255.255.0'
}
}
rc, data = set_interfaces_roles(system_ip, roles)
self.assertTrue(rc)
rc, data = get_iface_list(admin_ip)
self.assertTrue(rc)
self.assertTrue(self.check_request_and_response(roles, data))
def setUpClass(cls):
print("TestNetworkSetInterfaces::setup_class() before any methods in this class")
rc, net_current_status = get_iface_list(admin_ip)
cls.net_current_status = net_current_status