def _write_network(self, settings):
# TODO(harlowja) fix this... since this is the ubuntu format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
# Make the intermediate format as the rhel format...
nameservers = []
searchservers = []
dev_names = entries.keys()
for (dev, info) in entries.iteritems():
net_fn = self.network_script_tpl % (dev)
net_cfg = {
'DEVICE': dev,
'NETMASK': info.get('netmask'),
'IPADDR': info.get('address'),
'BOOTPROTO': info.get('bootproto'),
'GATEWAY': info.get('gateway'),
'BROADCAST': info.get('broadcast'),
'MACADDR': info.get('hwaddress'),
'ONBOOT': _make_sysconfig_bool(info.get('auto')),
}
rhel_util.update_sysconfig_file(net_fn, net_cfg)
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if nameservers or searchservers:
rhel_util.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
if dev_names:
net_cfg = {
'NETWORKING': _make_sysconfig_bool(True),
}
rhel_util.update_sysconfig_file(self.network_conf_fn, net_cfg)
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
dev_names = entries.keys()
# Format for netctl
for (dev, info) in entries.items():
nameservers = []
net_fn = self.network_conf_dir + dev
net_cfg = {
'Connection': 'ethernet',
'Interface': dev,
'IP': info.get('bootproto'),
'Address': "('%s/%s')" % (info.get('address'),
info.get('netmask')),
'Gateway': info.get('gateway'),
'DNS': str(tuple(info.get('dns-nameservers'))).replace(',', '')
}
util.write_file(net_fn, convert_netctl(net_cfg))
if info.get('auto'):
self._enable_interface(dev)
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if nameservers:
util.write_file(self.resolve_conf_fn,
convert_resolv_conf(nameservers))
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
dev_names = entries.keys()
# Format for netctl
for (dev, info) in entries.items():
nameservers = []
net_fn = self.network_conf_dir + dev
net_cfg = {
'Connection': 'ethernet',
'Interface': dev,
'IP': info.get('bootproto'),
'Address': "('%s/%s')" % (info.get('address'),
info.get('netmask')),
'Gateway': info.get('gateway'),
'DNS': str(tuple(info.get('dns-nameservers'))).replace(',', '')
}
util.write_file(net_fn, convert_netctl(net_cfg))
if info.get('auto'):
self._enable_interface(dev)
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if nameservers:
util.write_file(self.resolve_conf_fn,
convert_resolv_conf(nameservers))
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
nameservers = []
searchdomains = []
dev_names = entries.keys()
for (device, info) in entries.items():
# Skip the loopback interface.
if device.startswith('lo'):
continue
dev = self.getnetifname(device)
LOG.info('Configuring interface %s', dev)
if info.get('bootproto') == 'static':
LOG.debug('Configuring dev %s with %s / %s', dev,
info.get('address'), info.get('netmask'))
# Configure an ipv4 address.
ifconfig = (info.get('address') + ' netmask ' +
info.get('netmask'))
# Configure the gateway.
self.updatercconf('defaultrouter', info.get('gateway'))
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchdomains.extend(info['dns-search'])
else:
ifconfig = 'DHCP'
self.updatercconf('ifconfig_' + dev, ifconfig)
# Try to read the /etc/resolv.conf or just start from scratch if that
# fails.
try:
resolvconf = ResolvConf(util.load_file(self.resolv_conf_fn))
resolvconf.parse()
except IOError:
util.logexc(LOG, "Failed to parse %s, use new empty file",
self.resolv_conf_fn)
resolvconf = ResolvConf('')
resolvconf.parse()
# Add some nameservers
for server in nameservers:
try:
resolvconf.add_nameserver(server)
except ValueError:
util.logexc(LOG, "Failed to add nameserver %s", server)
# And add any searchdomains.
for domain in searchdomains:
try:
resolvconf.add_search_domain(domain)
except ValueError:
util.logexc(LOG, "Failed to add search domain %s", domain)
util.write_file(self.resolv_conf_fn, str(resolvconf), 0o644)
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
nameservers = []
searchdomains = []
dev_names = entries.keys()
for (device, info) in entries.items():
# Skip the loopback interface.
if device.startswith('lo'):
continue
dev = self.getnetifname(device)
LOG.info('Configuring interface %s', dev)
if info.get('bootproto') == 'static':
LOG.debug('Configuring dev %s with %s / %s', dev,
info.get('address'), info.get('netmask'))
# Configure an ipv4 address.
ifconfig = (info.get('address') + ' netmask ' +
info.get('netmask'))
# Configure the gateway.
self.updatercconf('defaultrouter', info.get('gateway'))
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchdomains.extend(info['dns-search'])
else:
ifconfig = 'DHCP'
self.updatercconf('ifconfig_' + dev, ifconfig)
# Try to read the /etc/resolv.conf or just start from scratch if that
# fails.
try:
resolvconf = ResolvConf(util.load_file(self.resolv_conf_fn))
resolvconf.parse()
except IOError:
util.logexc(LOG, "Failed to parse %s, use new empty file",
self.resolv_conf_fn)
resolvconf = ResolvConf('')
resolvconf.parse()
# Add some nameservers
for server in nameservers:
try:
resolvconf.add_nameserver(server)
except ValueError:
util.logexc(LOG, "Failed to add nameserver %s", server)
# And add any searchdomains.
for domain in searchdomains:
try:
resolvconf.add_search_domain(domain)
except ValueError:
util.logexc(LOG, "Failed to add search domain %s", domain)
util.write_file(self.resolv_conf_fn, str(resolvconf), 0o644)
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
return _render_network(
entries, resolv_conf=self.resolve_conf_fn,
conf_dir=self.network_conf_dir,
enable_func=self._enable_interface)
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
return _render_network(entries,
resolv_conf=self.resolve_conf_fn,
conf_dir=self.network_conf_dir,
enable_func=self._enable_interface)
def _write_network(self, settings):
# TODO(harlowja) fix this... since this is the ubuntu format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
# Match Debian/Ubunto distro functionality of clean slating
# the network interface configuration.
# Remove all existing ifcfg-eth* files. This cleans up files that
# are left around if you capture an image from a VM with 5 NICs
# and deploy it with 1 NIC.
rhel_util.remove_ifcfg_files(self.network_script_dir)
rhel_util.remove_resolve_conf_file(self.resolve_conf_fn)
# Make the intermediate format as the rhel format...
nameservers = []
searchservers = []
dev_names = entries.keys()
for (dev, info) in entries.iteritems():
net_fn = self.network_script_tpl % (dev)
net_cfg = {
'DEVICE': dev,
'NETMASK': info.get('netmask'),
'IPADDR': info.get('address'),
'BOOTPROTO': info.get('bootproto'),
'BROADCAST': info.get('broadcast'),
'MACADDR': info.get('hwaddress'),
'ONBOOT': _make_sysconfig_bool(info.get('auto')),
}
if 'mtu' in info:
net_cfg['MTU'] = info.get('mtu')
# Remove the existing cfg file so the network configuration
# is a replacement versus an update to match debian distro
# functionality.
if dev != 'lo':
net_cfg['USERCONTROL'] = 'no'
net_cfg['NM_CONTROLLED'] = 'no'
rhel_util.update_sysconfig_file(net_fn, net_cfg)
if dev == 'eth0':
default_gateway = info.get('gateway') or ''
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if nameservers or searchservers:
rhel_util.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
if dev_names:
net_cfg = {
'NETWORKING': _make_sysconfig_bool(True),
'GATEWAY': default_gateway,
}
rhel_util.update_sysconfig_file(self.network_conf_fn,
net_cfg,
allow_empty=True)
return dev_names
def _write_network(self, settings):
# TODO(harlowja) fix this... since this is the ubuntu format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
# Match Debian/Ubunto distro functionality of clean slating
# the network interface configuration.
# Remove all existing ifcfg-eth* files. This cleans up files that
# are left around if you capture an image from a VM with 5 NICs
# and deploy it with 1 NIC.
rhel_util.remove_ifcfg_files(self.network_script_dir)
rhel_util.remove_resolve_conf_file(self.resolve_conf_fn)
# Make the intermediate format as the rhel format...
nameservers = []
searchservers = []
dev_names = entries.keys()
for (dev, info) in entries.iteritems():
net_fn = self.network_script_tpl % (dev)
net_cfg = {
'DEVICE': dev,
'NETMASK': info.get('netmask'),
'IPADDR': info.get('address'),
'BOOTPROTO': info.get('bootproto'),
'BROADCAST': info.get('broadcast'),
'MACADDR': info.get('hwaddress'),
'ONBOOT': _make_sysconfig_bool(info.get('auto')),
}
if 'mtu' in info:
net_cfg['MTU'] = info.get('mtu')
# Remove the existing cfg file so the network configuration
# is a replacement versus an update to match debian distro
# functionality.
if dev != 'lo':
net_cfg['USERCONTROL'] = 'no'
net_cfg['NM_CONTROLLED'] = 'no'
rhel_util.update_sysconfig_file(net_fn, net_cfg)
if dev == 'eth0':
default_gateway = info.get('gateway') or ''
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if nameservers or searchservers:
rhel_util.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
if dev_names:
net_cfg = {
'NETWORKING': _make_sysconfig_bool(True),
'GATEWAY': default_gateway,
}
rhel_util.update_sysconfig_file(self.network_conf_fn, net_cfg,
allow_empty=True)
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
dev_names = entries.keys()
nameservers = []
for (dev, info) in entries.items():
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if dev == 'lo':
continue
net_fn = self.network_conf_fn + '.' + dev
dns_nameservers = info.get('dns-nameservers')
if isinstance(dns_nameservers, (list, tuple)):
dns_nameservers = str(tuple(dns_nameservers)).replace(',', '')
# eth0, {'auto': True, 'ipv6': {}, 'bootproto': 'dhcp'}
# lo, {'dns-nameservers': ['10.0.1.3'], 'ipv6': {}, 'auto': True}
results = ''
if info.get('bootproto') == 'dhcp':
results += 'config_{name}="dhcp"'.format(name=dev)
else:
results += (
'config_{name}="{ip_address} netmask {netmask}"\n'
'mac_{name}="{hwaddr}"\n'
).format(name=dev, ip_address=info.get('address'),
netmask=info.get('netmask'),
hwaddr=info.get('hwaddress'))
results += 'routes_{name}="default via {gateway}"\n'.format(
name=dev,
gateway=info.get('gateway')
)
if info.get('dns-nameservers'):
results += 'dns_servers_{name}="{dnsservers}"\n'.format(
name=dev,
dnsservers=dns_nameservers)
util.write_file(net_fn, results)
self._create_network_symlink(dev)
if info.get('auto'):
cmd = ['rc-update', 'add', 'net.{name}'.format(name=dev),
'default']
try:
(_out, err) = util.subp(cmd)
if len(err):
LOG.warning("Running %s resulted in stderr output: %s",
cmd, err)
except util.ProcessExecutionError:
util.logexc(LOG, "Running interface command %s failed",
cmd)
if nameservers:
util.write_file(self.resolve_conf_fn,
convert_resolv_conf(nameservers))
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
dev_names = entries.keys()
nameservers = []
for (dev, info) in entries.items():
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if dev == 'lo':
continue
net_fn = self.network_conf_fn + '.' + dev
dns_nameservers = info.get('dns-nameservers')
if isinstance(dns_nameservers, (list, tuple)):
dns_nameservers = str(tuple(dns_nameservers)).replace(',', '')
# eth0, {'auto': True, 'ipv6': {}, 'bootproto': 'dhcp'}
# lo, {'dns-nameservers': ['10.0.1.3'], 'ipv6': {}, 'auto': True}
results = ''
if info.get('bootproto') == 'dhcp':
results += 'config_{name}="dhcp"'.format(name=dev)
else:
results += ('config_{name}="{ip_address} netmask {netmask}"\n'
'mac_{name}="{hwaddr}"\n').format(
name=dev,
ip_address=info.get('address'),
netmask=info.get('netmask'),
hwaddr=info.get('hwaddress'))
results += 'routes_{name}="default via {gateway}"\n'.format(
name=dev, gateway=info.get('gateway'))
if info.get('dns-nameservers'):
results += 'dns_servers_{name}="{dnsservers}"\n'.format(
name=dev, dnsservers=dns_nameservers)
util.write_file(net_fn, results)
self._create_network_symlink(dev)
if info.get('auto'):
cmd = [
'rc-update', 'add', 'net.{name}'.format(name=dev),
'default'
]
try:
(_out, err) = util.subp(cmd)
if len(err):
LOG.warning("Running %s resulted in stderr output: %s",
cmd, err)
except util.ProcessExecutionError:
util.logexc(LOG, "Running interface command %s failed",
cmd)
if nameservers:
util.write_file(self.resolve_conf_fn,
convert_resolv_conf(nameservers))
return dev_names
def _write_network(self, settings):
# Convert debian settings to ifcfg format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
# Make the intermediate format as the suse format...
nameservers = []
searchservers = []
dev_names = entries.keys()
for (dev, info) in entries.items():
net_fn = self.network_script_tpl % (dev)
route_fn = self.route_conf_tpl % (dev)
mode = None
if info.get('auto', None):
mode = 'auto'
else:
mode = 'manual'
bootproto = info.get('bootproto', None)
gateway = info.get('gateway', None)
net_cfg = {
'BOOTPROTO': bootproto,
'BROADCAST': info.get('broadcast'),
'GATEWAY': gateway,
'IPADDR': info.get('address'),
'LLADDR': info.get('hwaddress'),
'NETMASK': info.get('netmask'),
'STARTMODE': mode,
'USERCONTROL': 'no'
}
if dev != 'lo':
net_cfg['ETHTOOL_OPTIONS'] = ''
else:
net_cfg['FIREWALL'] = 'no'
rhutil.update_sysconfig_file(net_fn, net_cfg, True)
if gateway and bootproto == 'static':
default_route = 'default %s' % gateway
util.write_file(route_fn, default_route, 0o644)
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if nameservers or searchservers:
rhutil.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
return dev_names
def _write_network(self, settings):
# Convert debian settings to ifcfg format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
# Make the intermediate format as the suse format...
nameservers = []
searchservers = []
dev_names = entries.keys()
for (dev, info) in entries.iteritems():
net_fn = self.network_script_tpl % (dev)
mode = info.get('auto')
if mode and mode.lower() == 'true':
mode = 'auto'
else:
mode = 'manual'
net_cfg = {
'BOOTPROTO': info.get('bootproto'),
'BROADCAST': info.get('broadcast'),
'GATEWAY': info.get('gateway'),
'IPADDR': info.get('address'),
'LLADDR': info.get('hwaddress'),
'NETMASK': info.get('netmask'),
'STARTMODE': mode,
'USERCONTROL': 'no'
}
if dev != 'lo':
net_cfg['ETHERDEVICE'] = dev
net_cfg['ETHTOOL_OPTIONS'] = ''
else:
net_cfg['FIREWALL'] = 'no'
rhel_util.update_sysconfig_file(net_fn, net_cfg, True)
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if nameservers or searchservers:
rhel_util.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
return dev_names
def _write_network(self, settings):
# Convert debian settings to ifcfg format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s", settings, entries)
# Make the intermediate format as the suse format...
nameservers = []
searchservers = []
dev_names = entries.keys()
for (dev, info) in entries.items():
net_fn = self.network_script_tpl % (dev)
mode = info.get("auto")
if mode and mode.lower() == "true":
mode = "auto"
else:
mode = "manual"
net_cfg = {
"BOOTPROTO": info.get("bootproto"),
"BROADCAST": info.get("broadcast"),
"GATEWAY": info.get("gateway"),
"IPADDR": info.get("address"),
"LLADDR": info.get("hwaddress"),
"NETMASK": info.get("netmask"),
"STARTMODE": mode,
"USERCONTROL": "no",
}
if dev != "lo":
net_cfg["ETHERDEVICE"] = dev
net_cfg["ETHTOOL_OPTIONS"] = ""
else:
net_cfg["FIREWALL"] = "no"
rhel_util.update_sysconfig_file(net_fn, net_cfg, True)
if "dns-nameservers" in info:
nameservers.extend(info["dns-nameservers"])
if "dns-search" in info:
searchservers.extend(info["dns-search"])
if nameservers or searchservers:
rhel_util.update_resolve_conf_file(self.resolve_conf_fn, nameservers, searchservers)
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
aix_util.remove_resolve_conf_file(self.resolve_conf_fn)
print("Translated ubuntu style network settings %s into %s" % (settings, entries))
# Make the intermediate format as the rhel format...
nameservers = []
searchservers = []
dev_names = entries.keys()
create_dhcp_file = True
run_dhcpcd = False
run_autoconf6 = False
ipv6_interface = None
# First, make sure the services starts out uncommented in /etc/rc.tcpip
aix_util.disable_dhcpcd()
aix_util.disable_ndpd_host()
aix_util.disable_autoconf6()
for (dev, info) in entries.iteritems():
run_cmd = 0
chdev_cmd = ['/usr/sbin/chdev']
log_chdev_cmd = ['/usr/sbin/chdev']
if dev not in 'lo':
aix_dev = aix_util.translate_devname(dev)
if info.get('bootproto') == 'dhcp':
aix_util.config_dhcp(aix_dev, info, create_dhcp_file)
create_dhcp_file = False
run_dhcpcd = True
else:
chdev_cmd.extend(['-l', aix_dev])
log_chdev_cmd.extend(['-l', aix_dev])
if info['ipv6'] == True:
chdev_opts = {
"address" : '-anetaddr6=',
"netmask" : '-aprefixlen=',
}
run_cmd = 1
run_autoconf6 = True
if ipv6_interface is None:
ipv6_interface = aix_dev
else:
ipv6_interface = "any"
if info['ipv4'] == True:
chdev_opts = {
"address" : '-anetaddr=',
"netmask" : '-anetmask=',
}
run_cmd = 1
for (key, val) in info.iteritems():
if key in chdev_opts and val and isinstance(val, basestring):
chdev_cmd.append(chdev_opts[key] + val)
log_chdev_cmd.append(chdev_opts[key] + val)
if run_cmd:
try:
util.subp(chdev_cmd, logstring=log_chdev_cmd)
time.sleep(2)
except Exception as e:
raise e
if 'mtu' in info:
util.subp(["/usr/sbin/chdev", "-l", aix_dev, "-amtu=" + info['mtu']], capture=False, rcs=[0, 1])
time.sleep(2)
if aix_dev == "en0":
if info['ipv6'] == True:
aix_util.add_route("ipv6", info.get('gateway'))
if info['ipv4'] == True:
aix_util.add_route("ipv4", info.get('gateway'))
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if run_dhcpcd:
aix_util.enable_dhcpcd()
if run_autoconf6:
aix_util.enable_ndpd_host()
aix_util.enable_autoconf6(ipv6_interface)
if nameservers or searchservers:
aix_util.update_resolve_conf_file(self.resolve_conf_fn, nameservers, searchservers)
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
aix_util.remove_resolve_conf_file(self.resolve_conf_fn)
print("Translated ubuntu style network settings %s into %s" %
(settings, entries))
# Make the intermediate format as the rhel format...
nameservers = []
searchservers = []
dev_names = entries.keys()
create_dhcp_file = True
run_dhcpcd = False
run_autoconf6 = False
ipv6_interface = None
# First, make sure the services starts out uncommented in /etc/rc.tcpip
aix_util.disable_dhcpcd()
aix_util.disable_ndpd_host()
aix_util.disable_autoconf6()
for (dev, info) in entries.iteritems():
run_cmd = 0
chdev_cmd = ['/usr/sbin/chdev']
log_chdev_cmd = ['/usr/sbin/chdev']
if dev not in 'lo':
aix_dev = aix_util.translate_devname(dev)
if info.get('bootproto') == 'dhcp':
aix_util.config_dhcp(aix_dev, info, create_dhcp_file)
create_dhcp_file = False
run_dhcp = True
else:
chdev_cmd.extend(['-l', aix_dev])
log_chdev_cmd.extend(['-l', aix_dev])
if info['ipv6'] == True:
chdev_opts = {
"address": '-anetaddr6=',
"netmask": '-aprefixlen=',
}
run_cmd = 1
run_autoconf6 = True
if ipv6_interface is None:
ipv6_interface = aix_dev
else:
ipv6_interface = "any"
if info['ipv4'] == True:
chdev_opts = {
"address": '-anetaddr=',
"netmask": '-anetmask=',
}
run_cmd = 1
for (key, val) in info.iteritems():
if key in chdev_opts and val and isinstance(
val, basestring):
chdev_cmd.append(chdev_opts[key] + val)
log_chdev_cmd.append(chdev_opts[key] + val)
chdev_cmd.append("-astate=down")
log_chdev_cmd.append("-astate=down")
if run_cmd:
try:
util.subp(chdev_cmd, logstring=log_chdev_cmd)
except Exception as e:
raise e
if info['ipv6'] == True:
aix_util.add_route("ipv6", info.get('gateway'))
if info['ipv4'] == True:
aix_util.add_route("ipv4", info.get('gateway'))
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if run_dhcp:
aix_util.enable_dhcpcd()
if run_autoconf6:
aix_util.enable_ndpd_host()
aix_util.enable_autoconf6(ipv6_interface)
if nameservers or searchservers:
aix_util.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
return dev_names
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
route_entries = []
route_entries = translate_routes(settings)
dev_names = entries.keys()
dev_index = 10
nameservers = []
searchdomains = []
# Format for systemd
for (dev, info) in entries.items():
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchdomains.extend(info['dns-search'])
if dev == 'lo':
continue
net_fn = network_file_name(self.network_conf_dir, dev)
if not net_fn:
net_fn = self.network_conf_dir + \
str(dev_index) + '-' + dev + '.network'
else:
net_fn = self.network_conf_dir + net_fn
dhcp_enabled = 'no'
if info.get('bootproto') == 'dhcp':
if settings.find('inet dhcp') >= 0 and settings.find('inet6 dhcp') >= 0:
dhcp_enabled = 'yes'
else:
dhcp_enabled = 'ipv6' if info.get(
'inet6') == True else 'ipv4'
net_cfg = {
'Name': dev,
'DHCP': dhcp_enabled,
}
if info.get('hwaddress'):
net_cfg['MACAddress'] = info.get('hwaddress')
if info.get('address'):
net_cfg['Address'] = "%s" % (info.get('address'))
if info.get('netmask'):
net_cfg['Address'] += "/%s" % (
mask_to_net_prefix(info.get('netmask')))
if info.get('gateway'):
net_cfg['Gateway'] = info.get('gateway')
if info.get('dns-nameservers'):
net_cfg['DNS'] = str(
tuple(info.get('dns-nameservers'))).replace(',', '')
if info.get('dns-search'):
net_cfg['Domains'] = str(
tuple(info.get('dns-search'))).replace(',', '')
route_entry = []
if dev in route_entries:
route_entry = route_entries[dev]
route_index = 0
found = True
while found:
route_name = 'routes.' + str(route_index)
if route_name in route_entries[dev]:
val = str(tuple(route_entries[dev][route_name])).replace(
',', '')
if val:
net_cfg[route_name] = val
else:
found = False
route_index += 1
if info.get('auto'):
self._write_interface_file(net_fn, net_cfg, route_entry)
resolve_data = []
new_resolve_data = []
with open(self.resolve_conf_fn, "r") as rf:
resolve_data = rf.readlines()
LOG.debug("Old Resolve Data\n")
LOG.debug("%s", resolve_data)
for item in resolve_data:
if (nameservers and ('DNS=' in item)) or (searchdomains and ('Domains=' in item)):
continue
else:
new_resolve_data.append(item)
new_resolve_data = new_resolve_data + \
convert_resolv_conf(nameservers, searchdomains)
LOG.debug("New resolve data\n")
LOG.debug("%s", new_resolve_data)
if nameservers or searchdomains:
util.write_file(self.resolve_conf_fn, ''.join(new_resolve_data))
return dev_names
def _write_network(self, settings):
# Convert debian settings to ifcfg format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
# Match Debian/Ubunto distro functionality of clean slating
# the network interface configuration.
# Remove all existing ifcfg-eth* files. This cleans up files that
# are left around if you capture an image from a VM with 5 NICs
# and deploy it with 1 NIC.
rhel_util.remove_ifcfg_files(self.network_script_dir)
rhel_util.remove_resolve_conf_file(self.resolve_conf_fn)
util.del_file(self.routes_fn)
# Make the intermediate format as the suse format...
nameservers = []
searchservers = []
dev_names = entries.keys()
mac_addrs = []
for (dev, info) in entries.iteritems():
mac_addrs.append(info.get('hwaddress'))
net_fn = self.network_script_tpl % (dev)
mode = info.get('auto')
if mode:
mode = 'auto'
else:
mode = 'manual'
net_cfg = {}
net_cfg['BOOTPROTO'] = info.get('bootproto')
net_cfg['BROADCAST'] = info.get('broadcast')
net_cfg['LLADDR'] = info.get('hwaddress')
net_cfg['STARTMODE'] = mode
if info['ipv6']:
prefix = info.get('netmask')
ipv6addr = info.get('address')
net_cfg['IPADDR_0'] = ipv6addr
net_cfg['PREFIXLEN_0'] = prefix
net_cfg['LABEL_0'] = '0'
if info['ipv4']:
net_cfg['NETMASK'] = info.get('netmask')
net_cfg['IPADDR'] = info.get('address')
if dev != 'lo':
# net_cfg['ETHERDEVICE'] = dev
net_cfg['ETHTOOL_OPTIONS'] = ''
net_cfg['USERCONTROL'] = 'no'
net_cfg['NM_CONTROLLED'] = 'no'
net_cfg['BRIDGE'] = 'yes'
else:
net_cfg['FIREWALL'] = 'no'
if dev == 'eth0' and info.get('gateway'):
self._write_default_route(self.routes_fn, info.get('gateway'))
if 'mtu' in info:
net_cfg['MTU'] = info.get('mtu')
# Remove the existing cfg file so the network configuration
# is a replacement versus an update to match debian distro
# functionality.
if dev != 'lo':
util.del_file(net_fn)
rhel_util.update_sysconfig_file(net_fn, net_cfg, True)
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if nameservers or searchservers:
rhel_util.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
return dev_names, mac_addrs
def _write_network(self, settings):
# Convert debian settings to ifcfg format
entries = net_util.translate_network(settings)
LOG.debug("Translated ubuntu style network settings %s into %s",
settings, entries)
# Match Debian/Ubunto distro functionality of clean slating
# the network interface configuration.
# Remove all existing ifcfg-eth* files. This cleans up files that
# are left around if you capture an image from a VM with 5 NICs
# and deploy it with 1 NIC.
rhel_util.remove_ifcfg_files(self.network_script_dir)
rhel_util.remove_resolve_conf_file(self.resolve_conf_fn)
util.del_file(self.routes_fn)
# Make the intermediate format as the suse format...
nameservers = []
searchservers = []
dev_names = entries.keys()
mac_addrs = []
for (dev, info) in entries.iteritems():
mac_addrs.append(info.get('hwaddress'))
net_fn = self.network_script_tpl % (dev)
mode = info.get('auto')
if mode:
mode = 'auto'
else:
mode = 'manual'
net_cfg = {}
net_cfg['BOOTPROTO'] = info.get('bootproto')
net_cfg['BROADCAST'] = info.get('broadcast')
net_cfg['LLADDR'] = info.get('hwaddress')
net_cfg['STARTMODE'] = mode
if info['ipv6']:
prefix = info.get('netmask')
ipv6addr = info.get('address')
net_cfg['IPADDR_0'] = ipv6addr
net_cfg['PREFIXLEN_0'] = prefix
net_cfg['LABEL_0'] = '0'
if info['ipv4']:
net_cfg['NETMASK'] = info.get('netmask')
net_cfg['IPADDR'] = info.get('address')
if dev != 'lo':
# net_cfg['ETHERDEVICE'] = dev
net_cfg['ETHTOOL_OPTIONS'] = ''
net_cfg['USERCONTROL'] = 'no'
net_cfg['NM_CONTROLLED'] = 'no'
net_cfg['BRIDGE'] = 'yes'
else:
net_cfg['FIREWALL'] = 'no'
if dev == 'eth0' and info.get('gateway'):
self._write_default_route(self.routes_fn, info.get('gateway'))
if 'mtu' in info:
net_cfg['MTU'] = info.get('mtu')
# Remove the existing cfg file so the network configuration
# is a replacement versus an update to match debian distro
# functionality.
if dev != 'lo':
util.del_file(net_fn)
rhel_util.update_sysconfig_file(net_fn, net_cfg, True)
if 'dns-nameservers' in info:
nameservers.extend(info['dns-nameservers'])
if 'dns-search' in info:
searchservers.extend(info['dns-search'])
if nameservers or searchservers:
rhel_util.update_resolve_conf_file(self.resolve_conf_fn,
nameservers, searchservers)
return dev_names, mac_addrs
def _write_network(self, settings):
entries = net_util.translate_network(settings)
LOG.debug(
"Translated ubuntu style network settings %s into %s",
settings,
entries,
)
dev_names = entries.keys()
nameservers = []
for (dev, info) in entries.items():
if "dns-nameservers" in info:
nameservers.extend(info["dns-nameservers"])
if dev == "lo":
continue
net_fn = self.network_conf_fn + "." + dev
dns_nameservers = info.get("dns-nameservers")
if isinstance(dns_nameservers, (list, tuple)):
dns_nameservers = str(tuple(dns_nameservers)).replace(",", "")
# eth0, {'auto': True, 'ipv6': {}, 'bootproto': 'dhcp'}
# lo, {'dns-nameservers': ['10.0.1.3'], 'ipv6': {}, 'auto': True}
results = ""
if info.get("bootproto") == "dhcp":
results += 'config_{name}="dhcp"'.format(name=dev)
else:
results += ('config_{name}="{ip_address} netmask {netmask}"\n'
'mac_{name}="{hwaddr}"\n').format(
name=dev,
ip_address=info.get("address"),
netmask=info.get("netmask"),
hwaddr=info.get("hwaddress"),
)
results += 'routes_{name}="default via {gateway}"\n'.format(
name=dev, gateway=info.get("gateway"))
if info.get("dns-nameservers"):
results += 'dns_servers_{name}="{dnsservers}"\n'.format(
name=dev, dnsservers=dns_nameservers)
util.write_file(net_fn, results)
self._create_network_symlink(dev)
if info.get("auto"):
cmd = [
"rc-update",
"add",
"net.{name}".format(name=dev),
"default",
]
try:
(_out, err) = subp.subp(cmd)
if len(err):
LOG.warning(
"Running %s resulted in stderr output: %s",
cmd,
err,
)
except subp.ProcessExecutionError:
util.logexc(LOG, "Running interface command %s failed",
cmd)
if nameservers:
util.write_file(self.resolve_conf_fn,
convert_resolv_conf(nameservers))
return dev_names