package network::drakconnect::edit; use lib qw(/usr/lib/libDrakX); # helps perl_checker use ugtk3 qw(:create :dialogs :helpers :wrappers); use mygtk3 qw(gtknew); use common; use detect_devices; use run_program; use network::drakconnect; use network::adsl; use network::connection::ethernet; use network::connection::isdn; use network::modem; use network::network; sub manage { my ($in, $net, $modules_conf) = @_; my $p = {}; my ($interface_menu, $selected, $apply_button); my $window = ugtk3->new('Manage Connection'); unless ($::isEmbedded) { $window->{rwindow}->set_position('center'); $window->{rwindow}->set_title(N("Manage connections")); # translation availlable in mcc domain => we need merging } my $notebook = Gtk3::Notebook->new; $notebook->set_property('show-tabs', 0); $notebook->set_property('show-border', 0); my @all_cards = network::connection::ethernet::get_eth_cards($modules_conf); my %names = network::connection::ethernet::get_eth_cards_names(@all_cards); foreach (keys %names) { my $dev = detect_devices::is_lan_interface($_) ? $names{$_} : $_; $p->{$dev} = { name => $_ , intf => $net->{ifcfg}{$_} }; } while (my ($device, $interface) = each %{$net->{ifcfg}}) { exists $names{$device} and next; my $type = network::tools::get_interface_type($interface); $p->{"$type ($device)"} = { name => $device, intf => $interface }; } $window->{rwindow}->add(gtkpack_(Gtk3::VBox->new, 0, gtkpack__(Gtk3::HBox->new, gtknew('Label', text => N("Device: "), alignment => [ 0, 0 ]), $interface_menu = gtksignal_connect(Gtk3::ComboBoxText->new, changed => sub { $selected = $interface_menu->get_text; $notebook->set_current_page($p->{$selected}{gui}{index}); }, ), ), 1, $notebook, 0, create_okcancel(my $oc = { cancel_clicked => sub { $window->destroy; Gtk3->main_quit }, ok_clicked => sub { if ($apply_button->get_property('sensitive')) { save($in, $net, $modules_conf, $p, $apply_button); } $window->destroy; Gtk3->main_quit; }, }, undef, undef, '', [ N("Help"), sub { run_program::raw({ detach => 1 }, 'drakhelp', '--id', 'internet-connection') } ], [ N("Apply"), sub { save($in, $net, $modules_conf, $p, $apply_button) }, 0, 1 ], ), ), ); $apply_button = $oc->{buttons}{N("Apply")}; each_index { my ($name, $interface) = ($_, $p->{$_}{name}); $p->{$name}{gui}{index} = $::i; $p->{$name}{intf} ||= { DEVICE => $interface }; build_tree($in, $net, $p->{$name}{intf}, $name); build_notebook($net, \@all_cards, $p->{$name}{intf}, $p->{$name}{gui}, $apply_button, $name, $interface); $notebook->append_page(gtkpack(Gtk3::VBox->new(0,0), $p->{$name}{gui}{notebook})); } (sort keys %$p); $interface_menu->set_popdown_strings(sort keys %$p); $interface_menu->set_active(0); $apply_button->set_sensitive(0); $window->{rwindow}->show_all; $window->main; } sub build_tree { my ($in, $net, $intf, $interface) = @_; if ($interface eq 'adsl') { $intf->{pages} = { 'TCP/IP' => 1, 'DHCP' => 1, 'Account' => 1, 'Options' => 1, 'Information' => 1 }; network::adsl::adsl_probe_info($net); $intf->{save} = sub { $net->{type} = 'adsl'; network::adsl::adsl_conf_backend($in, $net); }; } elsif ($interface eq 'modem') { $intf->{pages} = { 'TCP/IP' => 1, 'Account' => 1, 'Modem' => 1, 'Options' => 1 }; put_in_hash($intf, network::modem::ppp_read_conf()); $intf->{save} = sub { network::modem::ppp_configure($net, $in, $intf) }; } elsif ($interface eq 'isdn') { $intf->{pages} = { 'TCP/IP' => 1, 'Account' => 1, 'Modem' => 1, 'Options' => 1 }; network::connection::isdn::read_config($intf); $intf->{save} = sub { network::connection::isdn::apply_config($in, $intf) }; } else { #- ethernet is default $intf->{pages} = { 'TCP/IP' => 1, 'DHCP' => 1, if_(network::tools::get_interface_type($intf) eq "wifi", 'Wireless' => 1), 'Options' => 1, 'Information' => 1 }; } } sub build_notebook { my ($net, $all_cards, $intf, $gui, $apply_button, $interface, $interface_name) = @_; my $apply = sub { $apply_button->set_sensitive(1) }; my $is_ethernet = detect_devices::is_lan_interface($interface); my $size_group = Gtk3::SizeGroup->new('horizontal'); if ($intf->{pages}{'TCP/IP'}) { gtkpack__($gui->{sheet}{'TCP/IP'} = gtkset_border_width(Gtk3::VBox->new(0,10), 5), gtknew('Title2', label => N("IP configuration")), if_($is_ethernet, gtkpack(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("Protocol")), $gui->{intf}{BOOTPROTO} = gtksignal_connect(Gtk3::ComboBoxText->new, changed => sub { return if !$_[0]->get_realized; my $proto = $gui->{intf}{BOOTPROTO}; my $protocol = $intf->{BOOTPROTO} = { reverse %{$proto->{protocols}} }->{$proto->get_text}; foreach ($gui->{intf}{IPADDR}, $gui->{intf}{NETMASK}, $gui->{network}{GATEWAY}) { $_->set_sensitive(to_bool($protocol eq "static")); } $gui->{sheet}{DHCP}->set_sensitive($intf->{BOOTPROTO} eq 'dhcp'); $apply->(); }, ), ), ), gtkpack(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("IP address")), gtksignal_connect($gui->{intf}{IPADDR} = Gtk3::Entry->new, key_press_event => $apply), ), gtkpack(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("Netmask")), gtksignal_connect($gui->{intf}{NETMASK} = Gtk3::Entry->new, key_press_event => $apply), ), if_($is_ethernet, gtkpack(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("Gateway")), gtksignal_connect($gui->{network}{GATEWAY} = Gtk3::Entry->new, key_press_event => $apply), ), ), gtknew('Title2', label => N("DNS servers")), gtknew('Label_Left', text => join(', ', grep { $_ } $intf->{dns1} || $net->{resolv}{dnsServer}, $intf->{dns2} || $net->{resolv}{dnsServer2}, $intf->{dns3} || $net->{resolv}{dnsServer3}), ), gtkpack(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("Search Domain")), my $w2 = gtknew('Label_Left', text => $intf->{domain} || $net->{resolv}{DOMAINNAME} || 'none'), ), ); $size_group->add_widget($_) foreach $w2, $gui->{intf}{BOOTPROTO}, $gui->{intf}{IPADDR}, $gui->{intf}{NETMASK}, $gui->{network}{GATEWAY}; if ($is_ethernet) { my $proto = $gui->{intf}{BOOTPROTO}; $proto->{protocols} = { none => N("none"), static => N("static"), dhcp => N("DHCP") }; $proto->set_popdown_strings(values %{$proto->{protocols}}); $proto->set_text($proto->{protocols}{$intf->{BOOTPROTO} || 'none'}); if ($intf->{BOOTPROTO} ne 'static') { $_->set_sensitive(0) foreach $gui->{intf}{IPADDR}, $gui->{intf}{NETMASK}, $gui->{network}{GATEWAY}; } } else { $_->set_sensitive(0) foreach $gui->{intf}{IPADDR}, $gui->{intf}{NETMASK}, $gui->{network}{GATEWAY}; delete $gui->{intf}{BOOTPROTO}; } !$intf->{IPADDR} and ($intf->{IPADDR}, $gui->{active}, $intf->{NETMASK}) = network::drakconnect::get_intf_ip($net, $interface_name); # Disabled for now as it fails with text empty in Cauldron as of 2018Sep24 when launched with drakconnect --skip-wizard #$gui->{network}{$_}->set_text($net->{network}{$_}) foreach keys %{$gui->{network}}; } if ($intf->{pages}{DHCP}) { gtkpack(gtkset_border_width($gui->{sheet}{DHCP} = Gtk3::HBox->new(0,10), 5), gtkpack__(gtkset_border_width(Gtk3::VBox->new(0,10), 5), gtkpack__(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("DHCP client")), gtksignal_connect($gui->{intf}{DHCP_CLIENT} = Gtk3::ComboBox->new_with_strings(\@network::connection::ethernet::dhcp_clients, $intf->{DHCP_CLIENT} || $network::connection::ethernet::dhcp_clients[0]), changed => $apply)), gtksignal_connect($gui->{intf_bool}{NEEDHOSTNAME} = Gtk3::CheckButton->new(N("Assign host name from DHCP server (or generate a unique one)")), toggled => $apply), gtkpack__(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("DHCP host name")), gtksignal_connect($gui->{intf}{DHCP_HOSTNAME} = Gtk3::Entry->new, key_press_event => $apply)), gtkpack__(Gtk3::HBox->new(1,0), gtknew('Label_Left', text => N("DHCP timeout (in seconds)")), gtksignal_connect($gui->{intf}{DHCP_TIMEOUT} = Gtk3::Entry->new, key_press_event => $apply)), gtksignal_connect($gui->{intf_bool}{PEERDNS} = Gtk3::CheckButton->new(N("Get DNS servers from DHCP")), toggled => $apply), gtksignal_connect($gui->{intf_bool}{PEERYP} = Gtk3::CheckButton->new(N("Get YP servers from DHCP")), toggled => $apply), gtksignal_connect($gui->{intf_bool}{PEERNTPD} = Gtk3::CheckButton->new(N("Get NTPD servers from DHCP")), toggled => $apply), ), ); foreach (qw(NEEDHOSTNAME PEERDNS)) { #- default these settings to yes defined $intf->{$_} or $intf->{$_} = "yes"; } foreach (qw(DHCP_HOSTNAME DHCP_TIMEOUT)) { $intf->{$_} and $gui->{intf}{$_}->set_text($intf->{$_}); } $gui->{intf_bool}{$_}->set_active(text2bool($intf->{$_})) foreach qw(NEEDHOSTNAME PEERDNS PEERYP PEERNTPD); $gui->{intf}{DHCP_CLIENT}->set_text($intf->{DHCP_CLIENT}); $gui->{sheet}{DHCP}->set_sensitive($intf->{BOOTPROTO} eq 'dhcp'); } my $size_group2 = Gtk3::SizeGroup->new('horizontal'); $size_group2->add_widget($_) foreach $gui->{intf}{DHCP_HOSTNAME}, $gui->{intf}{DHCP_TIMEOUT}, $gui->{intf}{DHCP_CLIENT}; if ($intf->{pages}{Wireless}) { gtkpack(gtkset_border_width($gui->{sheet}{Wireless} = Gtk3::HBox->new(0,10), 5), gtkpack_(Gtk3::VBox->new(0,0), map { (0, gtkpack_(Gtk3::VBox->new(0,0), 1, Gtk3::Label->new($_->[0]), 0, gtksignal_connect($gui->{intf}{$_->[1]} = Gtk3::Entry->new, key_press_event => $apply), )); } ([ N("Operating Mode"), "WIRELESS_MODE" ], [ N("Network name (ESSID)"), "WIRELESS_ESSID" ], [ N("Network ID"), "WIRELESS_NWID" ], [ N("Operating frequency"), "WIRELESS_FREQ" ], [ N("Sensitivity threshold"), "WIRELESS_SENS" ], [ N("Bitrate (in b/s)"), "WIRELESS_RATE" ] ), ), Gtk3::VSeparator->new, gtkpack_(Gtk3::VBox->new(0,0), map { (0, gtkpack_(Gtk3::VBox->new(0,0), 1, Gtk3::Label->new($_->[0]), 0, gtksignal_connect($gui->{intf}{$_->[1]} = Gtk3::Entry->new, key_press_event => $apply), )); } ([ N("Encryption key"), 'WIRELESS_ENC_KEY' ], [ N("RTS/CTS"), 'WIRELESS_RTS' ], [ N("Fragmentation"), 'WIRELESS_FRAG' ], [ N("iwconfig command extra arguments"), 'WIRELESS_IWCONFIG' ], [ N("iwspy command extra arguments"), 'WIRELESS_IWSPY' ], [ N("iwpriv command extra arguments"), 'WIRELESS_IWPRIV' ], ), ), ); } if ($intf->{pages}{Options}) { gtkpack__(gtkset_border_width($gui->{sheet}{Options} = Gtk3::VBox->new(0,10), 5), $gui->{intf_bool}{ONBOOT} = gtksignal_connect(Gtk3::CheckButton->new(N("Start at boot")), toggled => $apply), if_($is_ethernet, map { ($gui->{intf_bool}{$_->[0]} = gtksignal_connect(Gtk3::CheckButton->new($_->[1]), toggled => $apply)); } ( [ "MII_NOT_SUPPORTED", N("Network Hotplugging") ], ), ), if_($interface eq 'isdn', gtkpack(Gtk3::HBox->new(0,0), gtkpack__(Gtk3::VBox->new(0,0), Gtk3::Label->new(N("Dialing mode")), my @dialing_mode_radio = gtkradio(("auto") x 2, "manual"), ), Gtk3::VSeparator->new, gtkpack__(Gtk3::VBox->new(0,0), Gtk3::Label->new(N("Connection speed")), my @speed_radio = gtkradio(("64 Kb/s") x 2, "128 Kb/s"), ), ), gtkpack__(Gtk3::HBox->new(0,5), Gtk3::Label->new(N("Connection timeout (in sec)")), gtksignal_connect($gui->{intf}{huptimeout} = Gtk3::Entry->new, key_press_event => $apply), ), ), gtkpack__(Gtk3::HBox->new(0,1), gtknew('Label_Left', text => N("Metric")), gtksignal_connect(gtkset_text($gui->{intf}{METRIC} = Gtk3::Entry->new, $intf->{METRIC} || ''), key_press_event => $apply)), ); $dialing_mode_radio[0]->signal_connect(toggled => sub { $gui->{intf_radio}{dialing_mode} = 'auto'; $apply->() }); $dialing_mode_radio[1]->signal_connect(toggled => sub { $gui->{intf_radio}{dialing_mode} = 'static'; $apply->() }); $speed_radio[0]->signal_connect(toggled => sub { $gui->{intf_radio}{speed} = '64'; $apply->() }); $speed_radio[1]->signal_connect(toggled => sub { $gui->{intf_radio}{speed} = '128'; $apply->() }); $gui->{intf_bool}{ONBOOT}->set_active($intf->{ONBOOT} eq 'yes' ? 1 : 0); $gui->{intf_bool}{MII_NOT_SUPPORTED}->set_active($intf->{MII_NOT_SUPPORTED} eq 'no' ? 1 : 0); } if ($intf->{pages}{Account}) { if ($interface_name =~ /^speedtouch|sagem$/) { $gui->{description} = $interface_name eq 'speedtouch' ? 'Alcatel|USB ADSL Modem (Speed Touch)' : 'Analog Devices Inc.|USB ADSL modem'; } gtkpack_(gtkset_border_width($gui->{sheet}{Account} = Gtk3::VBox->new(0,10), 5), if_($interface eq 'modem', 0, gtkpack(Gtk3::VBox->new(1,0), gtkpack__(Gtk3::HBox->new, Gtk3::Label->new(N("Authentication"))), gtkpack__(Gtk3::HBox->new, $gui->{intf}{auth} = gtksignal_connect(Gtk3::ComboBoxText->new, changed => $apply)), )), map { (0, gtkpack(Gtk3::VBox->new(1,0), gtkpack__(Gtk3::HBox->new, Gtk3::Label->new($_->[0])), gtkpack__(Gtk3::HBox->new, $gui->{intf}{$_->[1]} = gtksignal_connect(Gtk3::Entry->new, key_press_event => $apply)), ), ); } ([ N("Account Login (user name)"), 'login' ], [ N("Account Password"), 'passwd' ], if_($interface =~ /^(isdn|modem)$/, [ N("Provider phone number"), $1 eq 'modem' ? 'phone' : 'phone_out' ]), ), ); if ($interface eq 'modem') { my %auth_methods = map_index { $::i => $_ } N("PAP"), N("Terminal-based"), N("Script-based"), N("CHAP"), N("PAP/CHAP"); $gui->{intf}{auth}->set_popdown_strings(sort values %auth_methods); $gui->{intf}{auth}->set_text($auth_methods{$intf->{Authentication}}); } $gui->{intf}{passwd}->set_visibility(0); } if ($intf->{pages}{Modem}) { gtkpack(gtkset_border_width($gui->{sheet}{Modem} = Gtk3::HBox->new(0,10), 5), if_($interface eq 'modem', gtkpack__(Gtk3::VBox->new(0,5), (map { (gtkpack(Gtk3::VBox->new(1,0), gtkpack__(Gtk3::HBox->new, Gtk3::Label->new($_->[0])), gtkpack__(Gtk3::HBox->new, $gui->{intf}{$_->[1]} = gtksignal_connect(Gtk3::ComboBoxText->new, changed => $apply)), ), ); } ([ N("Flow control"), 'FlowControl' ], [ N("Line termination"), 'Enter' ], [ N("Connection speed"), 'Speed' ], )), # gtkpack(Gtk3::VBox->new(0,0), # no relative kppp option found :-( # Gtk3::Label->new(N("Dialing mode")), # gtkradio('', N("Tone dialing"), N("Pulse dialing")), # ), ), Gtk3::VSeparator->new, gtkpack__(Gtk3::VBox->new(0,10), gtkpack__(Gtk3::HBox->new(0,5), Gtk3::Label->new(N("Modem timeout")), $gui->{intf}{Timeout} = gtksignal_connect(Gtk3::SpinButton->new(Gtk3::Adjustment->new($intf->{Timeout}, 0, 120, 1, 5, 0), 0, 0), value_changed => $apply), ), gtksignal_connect($gui->{intf_bool}{UseLockFile} = Gtk3::CheckButton->new(N("Use lock file")), toggled => $apply), gtkpack__(Gtk3::HBox->new, gtksignal_connect($gui->{intf_bool}{WaitForDialTone} = Gtk3::CheckButton->new(N("Wait for dialup tone before dialing")), toggled => $apply)), gtkpack__(Gtk3::HBox->new(0,5), Gtk3::Label->new(N("Busy wait")), $gui->{intf}{BusyWait} = gtksignal_connect(Gtk3::SpinButton->new(Gtk3::Adjustment->new($intf->{BusyWait}, 0, 120, 1, 5, 0), 0, 0), value_changed => $apply), ), gtkpack__(Gtk3::HBox->new(0,5), Gtk3::Label->new(N("Modem sound")), gtkpack__(Gtk3::VBox->new(0,5), my @volume_radio = gtkradio('', N("Enable"), N("Disable"))), ), ), ), if_($interface eq 'isdn', gtkpack_(Gtk3::VBox->new(0,0), map { (0, gtkpack(Gtk3::VBox->new(1,0), gtkpack__(Gtk3::HBox->new, Gtk3::Label->new($_->[0])), gtkpack__(Gtk3::HBox->new, $gui->{intf}{$_->[1]} = gtksignal_connect(Gtk3::Entry->new, key_press_event => $apply)), ), ); } ([ N("Card IRQ"), 'irq' ], [ N("Card mem (DMA)"), 'mem' ], [ N("Card IO"), 'io' ], [ N("Card IO_0"), 'io0' ], ), ), Gtk3::VSeparator->new, gtkpack__(Gtk3::VBox->new(0,0), Gtk3::Label->new(N("Protocol")), my @protocol_radio = gtkradio('', N("European protocol (EDSS1)"), N("Protocol for the rest of the world\nNo D-Channel (leased lines)")), ), ), ); $protocol_radio[0]->signal_connect(toggled => sub { $gui->{intf_radio}{protocol} = 2; $apply->() }); $protocol_radio[1]->signal_connect(toggled => sub { $gui->{intf_radio}{protocol} = 3; $apply->() }); $volume_radio[0]->signal_connect(toggled => sub { $gui->{intf_radio}{Volume} = 1; $apply->() }); $volume_radio[1]->signal_connect(toggled => sub { $gui->{intf_radio}{Volume} = 0; $apply->() }); $gui->{intf}{FlowControl}->set_popdown_strings('Hardware [CRTSCTS]', 'Software [XON/XOFF]', 'None'); $gui->{intf}{Enter}->set_popdown_strings('CR', 'CF', 'CR/LF'); $gui->{intf}{Speed}->set_popdown_strings('2400', '9600', '19200', '38400', '57600', '115200'); } if ($intf->{pages}{Information}) { my ($info) = $gui->{description} ? find { $_->{description} eq $gui->{description} } detect_devices::probeall : network::connection::ethernet::mapIntfToDevice($interface_name); my @intfs = grep { $interface_name eq $_->[0] } @$all_cards; if (is_empty_hash_ref($info) && @intfs == 1) { my $driver = $intfs[0][1]; my @cards = grep { $_->{driver} eq $driver } detect_devices::probeall(); @cards == 1 and $info = $cards[0]; } gtkpack(gtkset_border_width($gui->{sheet}{Information} = Gtk3::VBox->new(0,10), 5), gtktext_insert(Gtk3::TextView->new, join('', map { $_->[0] . ": \x{200e}" . $_->[1] . "\n" } ( [ N("Vendor"), split('\|', $info->{description}) ], [ N("Description"), reverse split('\|', $info->{description}) ], [ N("Media class"), $info->{media_type} || '-' ], [ N("Module name"), $info->{driver} || '-' ], [ N("Mac Address"), c::get_hw_address($interface_name) || '-' ], [ N("Bus"), $info->{bus} || '-' ], [ N("Location on the bus"), $info->{pci_bus} || '-' ], ) ) ), ); } foreach (keys %{$gui->{intf}}) { next if ref($gui->{intf}{$_}) !~ /Gtk3::(ComboBox|Entry)/; # skip unset fields: next if !$intf->{$_}; # special case b/c of translation: next if member($_, qw(BOOTPROTO )); if ($_ eq "FlowControl") { # kppp is writing translated strings :-( (eg: s/Software/Logiciel/): # (let's hope that all translations use 'CRTSCTS' and 'XON/OFF' as substring) $gui->{intf}{$_}->set_text('Hardware [CRTSCTS]') if $intf->{$_} =~ /CRTSCTS/; $gui->{intf}{$_}->set_text('Software [XON/XOFF]') if $intf->{$_} =~ m!XON/XOFF!; } else { $gui->{intf}{$_}->set_text($intf->{$_}); } } $gui->{notebook} = Gtk3::Notebook->new; populate_notebook($gui->{notebook}, $gui); } sub populate_notebook { my ($notebook, $gui) = @_; foreach ('TCP/IP', 'DHCP', 'Account', 'Wireless', 'Modem', 'Options', 'Information') { !$gui->{sheet}{$_} and next; $notebook->append_page($gui->{sheet}{$_}, Gtk3::Label->new(translate($_))); } } sub save { my ($in, $net, $modules_conf, $p, $apply_button) = @_; my $dialog = _create_dialog(N("Please wait")); gtkpack($dialog->get_child, gtkshow(Gtk3::Label->new(N("Please Wait... Applying the configuration")))); $dialog->show_all; gtkset_mousecursor_wait(); Glib::Timeout->add(200, sub { gtkflush(); delete $net->{network}{GATEWAY}; foreach (keys %$p) { save_notebook($in, $net, $p->{$_}{intf}, $p->{$_}{gui}) or return; $p->{$_}{intf}{save} and $p->{$_}{intf}{save}->(); } network::drakconnect::apply($in, $net, $modules_conf); system("/etc/rc.d/init.d/network restart"); $dialog->response(0); }); $dialog->run; $apply_button->set_sensitive(0); gtkset_mousecursor_normal(); $dialog->destroy; } sub save_notebook { my ($in, $net, $intf, $gui) = @_; if ($gui->{network}{GATEWAY}->is_sensitive && $gui->{network}{GATEWAY}->get_text) { $net->{network}{GATEWAY} = $gui->{network}{GATEWAY}->get_text; } $gui->{intf}{$_} and $intf->{$_} = $gui->{intf}{$_}->get_text foreach keys %{$gui->{intf}}; $gui->{intf_radio}{$_} and $intf->{$_} = $gui->{intf_radio}{$_} foreach keys %{$gui->{intf_radio}}; $intf->{$_} = bool2yesno($gui->{intf_bool}{$_}->get_active) foreach keys %{$gui->{intf_bool}}; $gui->{intf_bool}{MII_NOT_SUPPORTED} and $intf->{MII_NOT_SUPPORTED} = bool2yesno(!$gui->{intf_bool}{MII_NOT_SUPPORTED}->get_active); if (my $proto = $gui->{intf}{BOOTPROTO}) { $intf->{BOOTPROTO} = { reverse %{$proto->{protocols}} }->{$proto->get_text}; } if ($intf->{BOOTPROTO} eq 'static') { if (!is_ip($intf->{IPADDR})) { $in->ask_warn(N("Error"), N("IP address should be in format 1.2.3.4")); return 0; } if (!is_ip($intf->{NETMASK})) { $in->ask_warn(N("Error"), N("Netmask should be in format 255.255.224.0")); return 0; } } delete $intf->{IPADDR} if $intf->{IPADDR} eq N("No IP"); delete $intf->{NETMASK} if $intf->{NETMASK} eq N("No Mask"); if ($net->{network}{GATEWAY} && !is_ip($net->{network}{GATEWAY})) { $in->ask_warn(N("Error"), N("Gateway address should be in format 1.2.3.4")); return 0; } 1; } 1;