def prompt_for_bridge(self):
# TODO prompt user to ask about bridging maas nw interface
self.should_bridge_maasnw = True
self.display_controller.info_message("Configuring MAAS Network")
if self.should_bridge_maasnw:
log.debug("bridging maas network")
self.configure_nat(get_network('br0'))
log.debug("configured NAT")
self.enable_ipv4_forwarding()
log.debug("enabled forwarding")
self.gateway = get_ip_addr('br0')
# excludes = [self.iface_ip]
else:
self.gateway = get_default_gateway()
# excludes = [self.iface_ip, self.gateway]
# excludes = list(map(ip_address, excludes))
# nw = ip_network(self.iface_network, strict=False)
# self.dhcp_range = ip_range_max(nw, excludes)
self.display_controller.info_message(
"Detecting Existing DHCP server")
self.start_task("Searching for existing DHCP servers")
# TODO Handle existing dhcp with another dialog or user interaction
# to accept the consequences.
if self.detect_existing_dhcp(self.target_iface):
log.error(
"An existing DHCP server was found on this interface, "
"the network may be incorrectly configured.")
pass
def interface_choice_cb(self, choice):
self.target_iface = choice
self.iface_ip = get_ip_addr(self.target_iface)
self.iface_network = get_network(self.target_iface)
self.update_progress()
self.continue_with_interface()
def prompt_for_bridge(self):
# TODO prompt user to ask about bridging maas nw interface
self.should_bridge_maasnw = True
self.display_controller.status_info_message("Configuring MAAS Network")
if self.should_bridge_maasnw:
log.debug("bridging maas network")
self.configure_nat(get_network('br0'))
log.debug("configured NAT")
self.enable_ipv4_forwarding()
log.debug("enabled forwarding")
self.gateway = get_ip_addr('br0')
# excludes = [self.iface_ip]
else:
self.gateway = get_default_gateway()
# excludes = [self.iface_ip, self.gateway]
# excludes = list(map(ip_address, excludes))
# nw = ip_network(self.iface_network, strict=False)
# self.dhcp_range = ip_range_max(nw, excludes)
self.display_controller.status_info_message(
"Detecting Existing DHCP server")
self.tasker.start_task("Searching for existing DHCP servers")
# TODO Handle existing dhcp with another dialog or user interaction
# to accept the consequences.
if self.detect_existing_dhcp(self.target_iface):
log.error("An existing DHCP server was found on this interface, "
"the network may be incorrectly configured.")
pass
def configure_maas_networking(self, cluster_uuid, interface,
gateway, dhcp_range, static_range):
""" set up or update the node-group-interface.
dhcp_range is a tuple of ip addresses as strings: (low, high)
"""
maas_query_cmd = ('maas maas node-group-interfaces'
' list {}'.format(cluster_uuid))
out = utils.get_command_output(maas_query_cmd)
interfaces = json.loads(out['output'])
nmatching = len([i for i in interfaces
if i['interface'] == interface])
interface_exists = nmatching == 1
paramstr = ('ip={address} interface={interface} '
'management=2 subnet_mask={netmask} '
'broadcast_ip={bcast} router_ip={gateway} '
'ip_range_low={ip_range_low} '
'ip_range_high={ip_range_high} '
'static_ip_range_low={static_ip_range_low} '
'static_ip_range_high={static_ip_range_high}')
args = dict(uuid=cluster_uuid,
interface=interface,
address=get_ip_addr(interface),
netmask=get_netmask(interface),
bcast=get_bcast_addr(interface),
gateway=gateway,
ip_range_low=dhcp_range[0],
ip_range_high=dhcp_range[1],
static_ip_range_low=static_range[0],
static_ip_range_high=static_range[1])
if interface_exists:
cmd = ('maas maas node-group-interface update {uuid} {interface} '
+ paramstr).format(**args)
else:
cmd = ('maas maas node-group-interfaces new {uuid} '
+ paramstr).format(**args)
out = utils.get_command_output(cmd)
if out['status'] != 0:
log.debug("cmd failed: {}\n - output"
"={}".format(cmd, out))
raise MaasInstallError("unable to create or update network")
def configure_maas_networking(self, cluster_uuid, interface, gateway,
dhcp_range, static_range):
""" set up or update the node-group-interface.
dhcp_range is a tuple of ip addresses as strings: (low, high)
"""
maas_query_cmd = ('maas maas node-group-interfaces'
' list {}'.format(cluster_uuid))
out = utils.get_command_output(maas_query_cmd)
interfaces = json.loads(out['output'])
nmatching = len([i for i in interfaces if i['interface'] == interface])
interface_exists = nmatching == 1
paramstr = ('ip={address} interface={interface} '
'management=2 subnet_mask={netmask} '
'broadcast_ip={bcast} router_ip={gateway} '
'ip_range_low={ip_range_low} '
'ip_range_high={ip_range_high} '
'static_ip_range_low={static_ip_range_low} '
'static_ip_range_high={static_ip_range_high}')
args = dict(uuid=cluster_uuid,
interface=interface,
address=get_ip_addr(interface),
netmask=get_netmask(interface),
bcast=get_bcast_addr(interface),
gateway=gateway,
ip_range_low=dhcp_range[0],
ip_range_high=dhcp_range[1],
static_ip_range_low=static_range[0],
static_ip_range_high=static_range[1])
if interface_exists:
cmd = ('maas maas node-group-interface update '
'{uuid} {interface} paramstr').format(**args)
else:
cmd = ('maas maas node-group-interfaces new {uuid} ' +
paramstr).format(**args)
out = utils.get_command_output(cmd)
if out['status'] != 0:
log.debug("cmd failed: {}\n - output" "={}".format(cmd, out))
raise MaasInstallError("unable to create or update network")
def interface_choice_cb(self, choice):
self.target_iface = choice
self.iface_ip = get_ip_addr(self.target_iface)
self.iface_network = get_network(self.target_iface)
self.prompt_for_dhcp_range()
def interface_choice_cb(self, choice):
self.target_iface = choice
self.iface_ip = get_ip_addr(self.target_iface)
self.iface_network = get_network(self.target_iface)
self.prompt_for_dhcp_range()
