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suse-linux-8.0-lib.pl
# united-linux-lib.pl # Networking functions for united linux $net_scripts_dir = "/etc/sysconfig/network"; $routes_config = "/etc/sysconfig/network/routes"; $sysctl_config = "/etc/sysconfig/sysctl"; do 'linux-lib.pl'; # boot_interfaces() # Returns a list of interfaces brought up at boot time sub boot_interfaces { local(@rv, $f); opendir(CONF, &translate_filename($net_scripts_dir)); while($f = readdir(CONF)) { next if ($f !~ /^ifcfg-([a-z0-9:\.]+)$/); local (%conf, $b); $b->{'fullname'} = $1; &read_env_file("$net_scripts_dir/$f", \%conf); if ($b->{'fullname'} =~ /(\S+):(\d+)/) { $b->{'name'} = $1; $b->{'virtual'} = $2; } else { $b->{'name'} = $b->{'fullname'}; } $b->{'up'} = ($conf{'STARTMODE'} eq 'onboot'); local $pfx; if ($conf{'IPADDR'} =~ /^(\S+)\/(\d+)$/) { $b->{'address'} = $1; $pfx = $2; } else { $b->{'address'} = $conf{'IPADDR'}; } $pfx = $conf{'PREFIXLEN'} if (!$pfx); if ($pfx) { $b->{'netmask'} = &prefix_to_mask($pfx); } else { $b->{'netmask'} = $conf{'NETMASK'}; } $b->{'broadcast'} = $conf{'BROADCAST'}; $b->{'dhcp'} = ($conf{'BOOTPROTO'} eq 'dhcp'); $b->{'edit'} = ($b->{'name'} !~ /^ppp|irlan/); $b->{'index'} = scalar(@rv); $b->{'file'} = "$net_scripts_dir/$f"; push(@rv, $b); } closedir(CONF); return @rv; } # save_interface(&details) # Create or update a boot-time interface sub save_interface { local(%conf); local $name = $_[0]->{'virtual'} ne "" ? $_[0]->{'name'}.":".$_[0]->{'virtual'} : $_[0]->{'name'}; &lock_file("$net_scripts_dir/ifcfg-$name"); &read_env_file("$net_scripts_dir/ifcfg-$name", \%conf); $conf{'IPADDR'} = $_[0]->{'address'}; local($ip1, $ip2, $ip3, $ip4) = split(/\./, $_[0]->{'address'}); $conf{'NETMASK'} = $_[0]->{'netmask'}; local($nm1, $nm2, $nm3, $nm4) = split(/\./, $_[0]->{'netmask'}); if ($_[0]->{'address'} && $_[0]->{'netmask'}) { $conf{'NETWORK'} = sprintf "%d.%d.%d.%d", ($ip1 & int($nm1))&0xff, ($ip2 & int($nm2))&0xff, ($ip3 & int($nm3))&0xff, ($ip4 & int($nm4))&0xff; } else { $conf{'NETWORK'} = ''; } delete($conf{'PREFIXLEN'}); $conf{'BROADCAST'} = $_[0]->{'broadcast'}; $conf{'STARTMODE'} = $_[0]->{'up'} ? "onboot" : $conf{'STARTMODE'} eq "onboot" ? "manual" : $conf{'STARTMODE'}; $conf{'BOOTPROTO'} = $_[0]->{'dhcp'} ? "dhcp" : "static"; $conf{'UNIQUE'} = time(); &write_env_file("$net_scripts_dir/ifcfg-$name", \%conf); &unlock_file("$net_scripts_dir/ifcfg-$name"); } # delete_interface(&details) # Delete a boot-time interface sub delete_interface { local $name = $_[0]->{'virtual'} ne "" ? $_[0]->{'name'}.":".$_[0]->{'virtual'} : $_[0]->{'name'}; &unlink_logged("$net_scripts_dir/ifcfg-$name"); } # can_edit(what) # Can some boot-time interface parameter be edited? sub can_edit { return $_[0] ne "mtu" && $_[0] ne "bootp"; } sub can_broadcast_def { return 0; } # valid_boot_address(address) # Is some address valid for a bootup interface sub valid_boot_address { return &check_ipaddress($_[0]); } # get_hostname() sub get_hostname { local %conf; &read_env_file($network_config, \%conf); if ($conf{'HOSTNAME'}) { return $conf{'HOSTNAME'}; } return &get_system_hostname(); } # save_hostname(name) sub save_hostname { local %conf; &system_logged("hostname $_[0] >/dev/null 2>&1"); &open_lock_tempfile(HOST, ">/etc/HOSTNAME"); &print_tempfile(HOST, $_[0],"\n"); &close_tempfile(HOST); &lock_file($network_config); &read_env_file($network_config, \%conf); $conf{'HOSTNAME'} = $_[0]; &write_env_file($network_config, \%conf); &unlock_file($network_config); &get_system_hostname(undef, undef, 2); # clear cache } # get_domainname() sub get_domainname { local $d; &execute_command("domainname", undef, \$d, undef); chop($d); return $d; } # save_domainname(domain) sub save_domainname { local %conf; &execute_command("domainname ".quotemeta($_[0])); &read_env_file($network_config, \%conf); if ($_[0]) { $conf{'NISDOMAIN'} = $_[0]; } else { delete($conf{'NISDOMAIN'}); } &write_env_file($network_config, \%conf); } sub routing_config_files { return ( $routes_config, $sysctl_config ); } sub routing_input { local (@routes, $i); &open_readfile(ROUTES, $routes_config); while(<ROUTES>) { s/#.*$//; s/\r|\n//g; local @r = map { $_ eq '-' ? undef : $_ } split(/\s+/, $_); push(@routes, \@r) if (@r); } close(ROUTES); # show default router and device local ($def) = grep { $_->[0] eq "default" } @routes; print &ui_table_row($text{'routes_default'}, &ui_opt_textbox("gateway", $def->[1], 15, $text{'routes_none'})); print &ui_table_row($text{'routes_device2'}, &ui_opt_textbox("gatewaydev", $def->[3], 6, $text{'routes_none'})); # Forwarding enabled? &read_env_file($sysctl_config, \%sysctl); print &ui_table_row($text{'routes_forward'}, &ui_yesno_radio("forward", $sysctl{'IP_FORWARD'} eq 'yes')); # show static network routes my $i = 0; my @table; foreach my $r (@routes, [ ]) { next if ($r eq $def); push(@table, [ &ui_textbox("dev_$i", $r->[3], 6), &ui_textbox("net_$i", $r->[0], 15), &ui_textbox("netmask_$i", $r->[2], 15), &ui_textbox("gw_$i", $r->[1], 15), &ui_textbox("type_$i", $r->[4], 10) ]); } print &ui_table_row($text{'routes_static'}, &ui_columns_table([ $text{'routes_ifc'}, $text{'routes_net'}, $text{'routes_mask'}, $text{'routes_gateway'}, $text{'routes_type'} ], undef, \@table, undef, 1)); } sub parse_routing { # Parse route inputs local (@routes, $r, $i); if (!$in{'gateway_def'}) { &to_ipaddress($in{'gateway'}) || &error(&text('routes_edefault', &html_escape($in{'gateway'}))); local @def = ( "default", $in{'gateway'}, undef, undef ); if (!$in{'gatewaydev_def'}) { $in{'gatewaydev'} =~ /^\S+$/ || &error(&text('routes_edevice', &html_escape($in{'gatewaydev'}))); $def[3] = $in{'gatewaydev'}; } push(@routes, \@def); } for($i=0; defined($in{"dev_$i"}); $i++) { next if (!$in{"net_$i"}); &check_ipaddress($in{"net_$i"}) || $in{"net_$i"} =~ /^(\S+)\/(\d+)$/ && &check_ipaddress($1) || &error(&text('routes_enet', &html_escape($in{"net_$i"}))); $in{"dev_$i"} =~ /^\S*$/ || &error(&text('routes_edevice', &html_escape($dev))); !$in{"netmask_$i"} || &check_ipaddress($in{"netmask_$i"}) || &error(&text('routes_emask', &html_escape($in{"netmask_$i"}))); !$in{"gw_$i"} || &check_ipaddress($in{"gw_$i"}) || &error(&text('routes_egateway', &html_escape($in{"gw_$i"}))); $in{"type_$i"} =~ /^\S*$/ || &error(&text('routes_etype', &html_escape($in{"type_$i"}))); push(@routes, [ $in{"net_$i"}, $in{"gw_$i"}, $in{"netmask_$i"}, $in{"dev_$i"}, $in{"type_$i"} ] ); } # Save routes and routing option &open_tempfile(ROUTES, ">$routes_config"); foreach $r (@routes) { &print_tempfile(ROUTES,join(" ", map { $_ eq '' ? "-" : $_ } @$r),"\n"); } &close_tempfile(ROUTES); local $lref = &read_file_lines($sysctl_config); for($i=0; $i<@$lref; $i++) { if ($lref->[$i] =~ /^\s*IP_FORWARD\s*=/) { $lref->[$i] = "IP_FORWARD=".($in{'forward'} ? "yes" : "no"); } } &flush_file_lines(); } # apply_network() # Apply the interface and routing settings sub apply_network { &system_logged("(cd / ; /etc/init.d/network stop ; /etc/init.d/network start) >/dev/null 2>&1"); } # supports_address6([&iface]) # Returns 1 if managing IPv6 interfaces is supported sub supports_address6 { local ($iface) = @_; return 0; } 1;