Viewing file:  edit_bifc.cgi (9.53 KB) -rwxr-xr-x
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#!/usr/bin/perl
# edit_bifc.cgi
# Edit or create a bootup interface
require './net-lib.pl';
&ReadParse();
!$in{'new'} || &can_create_iface() || &error($text{'ifcs_ecannot'});
@boot = &boot_interfaces();
# Show page title and get interface
if ($in{'new'} && $in{'bond'}) {
# New bonding interface
&ui_print_header(undef, $text{'bonding_create'}, "");
$bmax = -1;
foreach $b (@boot) {
if ($b->{'fullname'} =~ /^bond(\d+)$/) {
$bmax = $1;
}
}
}
elsif ($in{'new'} && $in{'vlan'}) {
# New VLAN
&ui_print_header(undef, $text{'vlan_create'}, "");
}
elsif ($in{'new'} && $in{'bridge'}) {
# New Bridge
&ui_print_header(undef, $text{'bridge_create'}, "");
$bmax = -1;
foreach $b (@boot) {
if ($b->{'fullname'} =~ /^br(\d+)$/) {
$bmax = $1;
}
}
}
elsif ($in{'new'}) {
# New real or virtual interface
&ui_print_header(undef, $text{'bifc_create'}, "");
if ($in{'virtual'}) {
# Pick a virtual number
$vmax = int($net::min_virtual_number);
foreach my $e (@boot) {
$vmax = $e->{'virtual'}
if ($e->{'name'} eq $in{'virtual'} &&
$e->{'virtual'} > $vmax);
}
}
}
else {
# Editing existing
$b = $boot[$in{'idx'}];
&can_iface($b) || &error($text{'ifcs_ecannot_this'});
&ui_print_header(undef, $text{'bifc_edit'}, "");
if (!$b->{'dhcp'} && !$b->{'bootp'} && !$b->{'broadcast'}) {
# Fill in broadcast if missing
$b->{'broadcast'} = &compute_broadcast(
$b->{'address'}, $b->{'netmask'});
}
}
# Start of the form
print &ui_form_start("save_bifc.cgi");
print &ui_hidden("new", $in{'new'});
print &ui_hidden("idx", $in{'idx'});
print &ui_hidden("vlan", $in{'vlan'});
print &ui_hidden("bond", $in{'bond'});
print &ui_hidden("bridge", $in{'bridge'});
print &ui_table_start($in{'virtual'} || $b && $b->{'virtual'} ne "" ?
$text{'bifc_desc2'} : $text{'bifc_desc1'}, undef, 2);
# Comment, if allowed
if (defined(&can_iface_desc) && &can_iface_desc($b)) {
print &ui_table_row($text{'ifcs_desc'},
&ui_textbox("desc", $b ? $b->{'desc'} : undef, 60), 3);
}
# Interface name
if ($in{'new'} && $in{'virtual'}) {
# New virtual interface
$namefield = $in{'virtual'}.":".
&ui_textbox("virtual", $vmax+1, 3).
&ui_hidden("name", $in{'virtual'});
}
elsif ($in{'new'}) {
# New real interface
if ($in{'vlan'} == 1) {
$namefield = "auto".&ui_hidden("name", "auto");
}
elsif ($in{'bridge'}) {
$namefield = "br ".&ui_textbox("name", ($bmax+1), 3);
}
elsif ($in{'bond'}) {
$namefield = "bond ".&ui_textbox("name", ($bmax+1), 3);
}
else {
$namefield = &ui_textbox("name", undef, 6);
}
}
else {
# Existing interface
$namefield = "<tt>$b->{'fullname'}</tt>";
}
print &ui_table_row($text{'ifcs_name'}, $namefield);
# Activate at boot?
if (&can_edit("up", $b) && $access{'up'}) {
$upfield = &ui_yesno_radio("up", !$b || $b->{'up'});
}
else {
$upfield = !$b ? $text{'yes'} :
$b->{'up'} ? $text{'yes'} : $text{'no'};
}
print &ui_table_row($text{'bifc_act'}, $upfield);
# IP address source. This can either be DHCP, BootP or a fixed IP,
# netmask and broadcast
$virtual = (!$b && $in{'virtual'}) || ($b && $b->{'virtual'} ne "");
$dhcp = &can_edit("dhcp") && !$virtual;
$bootp = &can_edit("bootp") && !$virtual;
if (defined(&supports_no_address) && &supports_no_address()) {
# Having no address is allowed
$canno = 1;
}
elsif ($b && !$b->{'address'} && !$b->{'dhcp'} && !$b->{'bootp'}) {
# Has no address
$canno = 1;
}
@opts = ( );
if ($canno) {
push(@opts, [ "none", $text{'ifcs_noaddress'} ]);
}
if ($dhcp) {
push(@opts, [ "dhcp", $text{'ifcs_dhcp'} ]);
}
if ($bootp) {
push(@opts, [ "bootp", $text{'ifcs_bootp'} ]);
}
if ($canno) {
}
@grid = ( $text{'ifcs_ip'},
&ui_textbox("address", $b ? $b->{'address'} : "", 15) );
if ($in{'virtual'} && $in{'new'} && $virtual_netmask) {
# Netmask is fixed
push(@grid, $text{'ifcs_mask'}, "<tt>$virtual_netmask</tt>");
}
elsif (&can_edit("netmask", $b) && $access{'netmask'}) {
# Can edit netmask
push(@grid, $text{'ifcs_mask'},
&ui_textbox("netmask", $b ? $b->{'netmask'}
: $config{'def_netmask'}, 15));
}
elsif ($b && $b->{'netmask'}) {
# Cannot edit
push(@grid, $text{'ifcs_mask'}, "<tt>$b->{'netmask'}</tt>");
}
if (&can_edit("broadcast", $b) && $access{'broadcast'}) {
# Can edit broadcast address
push(@grid, $text{'ifcs_broad'},
&ui_opt_textbox("broadcast",
$b ? $b->{'broadcast'} : $config{'def_broadcast'},
15, $text{'ifcs_auto'}));
}
elsif ($b && $b->{'broadcast'}) {
# Broadcast is fixed
push(@grid, $text{'ifcs_broad'}, "<tt>$b->{'broadcast'}</tt>");
}
push(@opts, [ "address", $text{'ifcs_static2'}, &ui_grid_table(\@grid, 2) ]);
# Show the IP field
if (@opts > 1) {
print &ui_table_row($text{'ifcs_mode'},
&ui_radio_table("mode", $b && $b->{'dhcp'} ? "dhcp" :
$b && $b->{'bootp'} ? "bootp" :
$b && !$b->{'address'} ? "none" :
"address",
\@opts), 3);
}
else {
print &ui_table_row($opts[0]->[1], $opts[0]->[2]);
}
# Show the IPv6 field
if (&supports_address6($b)) {
# Multiple IPs allowed
$table6 = &ui_columns_start([ $text{'ifcs_address6'},
$text{'ifcs_netmask6'} ], 50);
for($i=0; $i<=($b ? scalar(@{$b->{'address6'}}) : 0); $i++) {
$table6 .= &ui_columns_row([
&ui_textbox("address6_$i",
$b->{'address6'}->[$i], 40),
&ui_textbox("netmask6_$i",
$b->{'netmask6'}->[$i] || 64, 10) ]);
}
$table6 .= &ui_columns_end();
print &ui_table_row($text{'ifcs_mode6'},
&ui_radio_table("mode6",
!$b ? "none" :
$b->{'auto6'} ? "auto" :
@{$b->{'address6'}} ? "address" : "none",
[ [ "none", $text{'ifcs_none6'} ],
[ "auto", $text{'ifcs_auto6'} ],
[ "address", $text{'ifcs_static2'}, $table6 ] ]), 2);
}
# MTU
if (&can_edit("mtu", $b) && $access{'mtu'}) {
$mtufield = &ui_opt_textbox(
"mtu", $b ? $b->{'mtu'} : $config{'def_mtu'}, 8,
$text{'default'});
}
else {
$mtufield = $b && $b->{'mtu'} ? $b->{'mtu'} : undef;
}
if ($mtufield) {
print &ui_table_row($text{'ifcs_mtu'}, $mtufield);
}
# Virtual sub-interfaces
if ($b && $b->{'virtual'} eq "") {
$vcount = 0;
foreach $vb (@boot) {
if ($vb->{'virtual'} ne "" && $vb->{'name'} eq $b->{'name'}) {
$vcount++;
}
}
$vlink = "";
if ($access{'virt'} && !$noos_support_add_virtifcs) {
$vlink = "(<a href='edit_bifc.cgi?new=1&virtual=$b->{'name'}'>".
"$text{'ifcs_addvirt'}</a>)\n";
}
print &ui_table_row($text{'ifcs_virts'}, $vcount." ".$vlink);
}
# Special parameters for teaming
if ($in{'bond'} || &iface_type($b->{'name'}) eq 'Bonded') {
# Select bonding teampartner
print &ui_table_row($text{'bonding_teamparts'},
&ui_textbox("partner", $b->{'partner'}, 10)." ".$text{'bonding_teampartsdesc'});
# Select teaming mode
@mode = ("balance-rr", "activebackup", "balance-xor", "broadcast", "802.3ad", "balance-tlb", "balance-alb");
print &ui_table_row($text{'bonding_teammode'},
&ui_select("bondmode", int($b->{'mode'}),
[ map { [ $_, $mode[$_] ] } (0 .. $#mode) ]));
# Select mii Monitoring Interval
print &ui_table_row($text{'bonding_miimon'},
&ui_textbox("miimon", $b->{'miimon'}, 5)." ms");
# Select updelay
print &ui_table_row($text{'bonding_updelay'},
&ui_textbox("updelay", $b->{'updelay'}, 5)." ms");
# Select downdelay
print &ui_table_row($text{'bonding_downdelay'},
&ui_textbox("downdelay", $b->{'downdelay'}, 5)." ms");
}
# Special Parameter for vlan tagging
if(($in{'vlan'}) or (&iface_type($b->{'name'}) =~ /^(.*) (VLAN)$/)) {
$b->{'name'} =~ /(\S+)\.(\d+)/;
$physical = $1;
$vlanid = $2;
# Phyical device
@phys = grep { (($_->{'virtual'} eq '') && ($_->{'vlanid'} eq '')) } &active_interfaces(1);
print &ui_table_row($text{'vlan_physical'},
$in{'new'} ? &ui_select("physical", $physical,
[ map { $_->{'fullname'} } @phys ])
: $physical.&ui_hidden("physical", $physical));
# VLAN ID
print &ui_table_row($text{'vlan_id'},
$in{'new'} ? &ui_textbox("vlanid", $vlanid, 10)
: $vlanid.&ui_hidden("vlanid", $vlanid));
}
# Hardware address, if non-virtual
if (($in{'new'} && $in{'virtual'} eq "" && !$in{'bridge'}) ||
(!$in{'new'} && $b->{'virtual'} eq "" &&
defined(&boot_iface_hardware) &&
&boot_iface_hardware($b->{'name'}))) {
$hardfield = &ui_opt_textbox("ether", $b->{'ether'}, 30,
$text{'aifc_default'});
print &ui_table_row($text{'aifc_hard'}, $hardfield);
}
# Real interface for bridge
if ($in{'bridge'} || $b && $b->{'bridge'}) {
@ethboot = sort { $a cmp $b }
map { $_->{'fullname'} }
grep { $_->{'fullname'} =~ /^eth(\d+)$/ } @boot;
print &ui_table_row($text{'bifc_bridgeto'},
&ui_select("bridgeto", $b->{'bridgeto'},
[ [ "", $text{'bifc_nobridge'} ],
@ethboot ],
1, 0, $in{'new'} ? 0 : 1));
}
print &ui_table_end();
# Generate and show buttons at end of the form
@buts = ( );
if ($access{'bootonly'}) {
# Can only save both boot-time and active
if ($in{'new'}) {
push(@buts, [ "activate", $text{'bifc_capply'} ]);
}
else {
push(@buts, [ "activate", $text{'bifc_apply'} ]);
if ($access{'delete'}) {
push(@buts, [ "unapply", $text{'bifc_dapply'} ]);
}
}
}
else {
# Show buttons to save both boot-time and/or active
if ($in{'new'}) {
push(@buts, [ undef, $text{'create'} ]);
push(@buts, [ "activate", $text{'bifc_capply'} ]);
}
else {
push(@buts, [ undef, $text{'save'} ])
unless $always_apply_ifcs;
if (!($b->{'bootp'} || $b->{'dhcp'}) ||
defined(&apply_interface)) {
push(@buts, [ "activate", $text{'bifc_apply'} ]);
}
if ($access{'delete'}) {
push(@buts, [ "unapply", $text{'bifc_dapply'} ]);
push(@buts, [ "delete", $text{'delete'} ])
unless $noos_support_delete_ifcs;
}
}
}
print &ui_form_end(\@buts);
&ui_print_footer("list_ifcs.cgi?mode=boot", $text{'ifcs_return'});
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