drakx - Mageia Installer and base platform for many utilities

	Commit message (Expand)	Author	Age	Files	Lines
*	fixed to support non standard rpm filename.	Francois Pons	2002-04-16	1	-10/+21
*	rpm 4.0.4	Guillaume Cottenceau	2002-03-20	1	-1/+1
*	update lang according to lang.pm of 8.2 (remove @euro appended for 8.1).	Francois Pons	2002-03-15	1	-4/+4
*	remove Mach32 XF3.3.6 server too.	Francois Pons	2002-03-13	1	-1/+1
*	remove Mach8 and Mono driver for oem only.	Francois Pons	2002-03-13	1	-1/+1
*	remove bzflag.	Francois Pons	2002-03-13	1	-2/+1
*	fixed closure selection on sub groups (like 3D),	Francois Pons	2002-03-13	1	-31/+40
*	english fixes thx to phil	Guillaume Cottenceau	2002-03-07	1	-32/+34
*	allow oem script to be executable from standard cd set (powerpack or other).	Francois Pons	2002-03-06	1	-0/+8
*	added ext3 support.	Francois Pons	2002-03-01	1	-16/+36
*	added curl as a bonus for oem install (it will be used by urpmi)	Francois Pons	2002-02-28	1	-1/+1
*	added a2ps as a bonus (it fetch tetex where oem limited disk usage do not agree	Francois Pons	2002-02-28	1	-1/+1
*	resolve conflicts for short keytable names (eg: "no" could be either "no-dvor...	Pascal Rigaux	2002-02-28	1	-2/+11
*	fixed bad copy of install packages.	Francois Pons	2002-02-28	1	-6/+12
*	include /sbin/fsck.ext3 since our users are so dumb	Guillaume Cottenceau	2002-02-28	2	-1/+2
*	add "restore Windows Boot Loader" to rescue	Guillaume Cottenceau	2002-02-27	3	-0/+112
*	add mt-st DAT stuff for joeghi (ghibo)	Guillaume Cottenceau	2002-02-25	1	-0/+2
*	synced with newer rpmsrate of DrakX and newer method to select INSTALL packages.	Francois Pons	2002-02-20	1	-5/+12
*	better handling of group linked to hardware or options.	Francois Pons	2002-02-06	1	-122/+24
*	select preferred kernel as kernel-\d.	Francois Pons	2002-02-05	1	-0/+1
*	don't do insmod -f, it's not really necessary	Guillaume Cottenceau	2002-02-05	1	-1/+1
*	use LD_LIBRARY_PATH in rescue so that PATH'ing in /mnt	Guillaume Cottenceau	2002-02-05	1	-0/+1
*	better looking output of type of partition (%x => %0x)	Guillaume Cottenceau	2002-01-10	1	-1/+4
*	have a bunch of Rescue documentation directly	Guillaume Cottenceau	2001-12-12	3	-1/+61
*	larger rescue image on PPC to accomodate huge xfs module	Stew Benedict	2001-12-12	1	-1/+6
*	honours hash in /etc/fstab to disable lines	Guillaume Cottenceau	2001-11-05	1	-0/+4
*	- Add xfs_repair and efibootmgr	Gwenolé Beauchesne	2001-10-29	1	-0/+2
*	- add a GUI to the rescue	Guillaume Cottenceau	2001-10-24	7	-18/+201
*	fix PATH (have /mnt/bin /mnt/usr/bin ...)	Pascal Rigaux	2001-10-22	1	-1/+1
*	better phrasing	Guillaume Cottenceau	2001-10-16	1	-1/+1
*	typo in update kernel by /me	Stew Benedict	2001-10-16	2	-1/+1
*	added silly modification to avoid using more than 7 partition for DAC960 (/home	Francois Pons	2001-10-08	1	-2/+3
*	added (missing) creation of /hd/boot/grub/device.map (needed for	Francois Pons	2001-10-05	1	-33/+86
*	fix (work around) parted problem when it refuse to use all disk space for	Francois Pons	2001-10-04	1	-1/+1
*	added another psacct log file in touch.	Francois Pons	2001-10-04	1	-1/+4
*	fixed typo on scalar reference for psacct bug.	Francois Pons	2001-10-04	1	-1/+1
*	updated with 8.1 OEM ProSuite.	Francois Pons	2001-10-04	1	-10/+8
*	fixed typo in produced patch.	Francois Pons	2001-10-03	1	-1/+1
*	added extension to pro suite CD (added kernel-enterprise to possibly installable	Francois Pons	2001-10-03	1	-2/+90
*	removed 3D games not installed by default.	Francois Pons	2001-10-03	1	-2/+2
*	added missing xmms-arts.	Francois Pons	2001-10-03	1	-1/+1
*	allow halting.	Francois Pons	2001-10-03	1	-4/+10
*	added CHARSET support, removed kernel22 and kernel-enterprise from list of	Francois Pons	2001-10-01	1	-12/+21
*	don't install usb keyboard drivers more than once	Guillaume Cottenceau	2001-09-27	1	-1/+6
*	try to fix usb keyboards	Guillaume Cottenceau	2001-09-27	1	-0/+9
*	- Add file list for "rescue" disk	Gwenolé Beauchesne	2001-09-26	1	-0/+7
*	added isdn-light to be copied on hd during install	damien	2001-09-24	1	-1/+1
*	added X group with SYSTEM.	Francois Pons	2001-09-18	1	-11/+17
*	finally work arounded rpm bug by flepied.	Francois Pons	2001-09-18	1	-6/+6
*	updated for 8.1, contains workaround for bug of "rpm --root" but need more te...	Francois Pons	2001-09-17	1	-36/+72

package network::connection::wireless; use base qw(network::connection::ethernet); use strict; use common; use log; use network::network; #- class attributes: #- network: ID of the selected network sub get_type_name() { N("Wireless") } sub get_type_description() { N("Wireless (Wi-Fi)") } sub _get_type_icon() { 'wireless' } sub get_devices { my ($_class, %options) = @_; require detect_devices; my @devices = detect_devices::probe_category('network/wireless'); my @wireless = grep { detect_devices::is_wireless_interface($_) } detect_devices::get_lan_interfaces(); my @all_devices = (@devices, network::connection::ethernet::get_unlisted_devices(\@wireless, \@devices)); foreach (@all_devices) { my $interface = $_->{interface} || network::connection::ethernet::device_to_interface($_) or next; my $driver = network::connection::ethernet::interface_to_driver($interface) or next; $_->{driver} = $driver if $driver; } @all_devices, if_(!$options{automatic_only}, { driver => 'ndiswrapper', description => N("Use a Windows driver (with ndiswrapper)"), }); } sub handles_ifcfg { my ($_class, $ifcfg) = @_; require detect_devices; detect_devices::is_wireless_interface($ifcfg->{DEVICE}) || exists $ifcfg->{WIRELESS_MODE}; } sub get_metric { 35 } #- http://www.linux-wireless.org/Install-HOWTO/WL/WEP-Key-HOWTO.txt my $wpa_supplicant_max_wep_key_len = 32; our %wireless_enc_modes = ( none => N_("None"), open => N_("Open WEP"), restricted => N_("Restricted WEP"), 'wpa-psk' => N_("WPA/WPA2 Pre-Shared Key"), 'wpa-eap' => N_("WPA/WPA2 Enterprise"), ); #define the eap related variables we handle #0 means we preserve value if found #1 means we save without quotes #2 save with quotes my %eap_vars = ( ssid => 2, scan_ssid => 1, identity => 2, password => 2, key_mgmt => 1, eap => 1, pairwise => 1, group => 1, proto => 1, ca_cert => 2, client_cert => 2, phase2 => 2, anonymous_identity => 2, subject_match => 2, disabled => 0, id_str => 0, bssid => 0, priority => 0, auth_alg => 0, eapol_flags => 0, proactive_key_caching => 0, peerkey => 0, ca_path => 0, private_key => 0, private_key_passwd => 0, dh_file => 0, altsubject_match => 0, phase1 => 0, fragment_size => 0, eap_workaround => 0, ); my @thirdparty_settings = ( { name => 'zd1201', description => 'ZyDAS ZD1201', url => 'http://linux-lc100020.sourceforge.net/', firmware => { test_file => 'zd1201*.fw', }, }, (map { { name => "ipw${_}", description => "Intel(R) PRO/Wireless ${_}", url => "http://ipw${_}.sourceforge.net/", firmware => { url => "http://ipw${_}.sourceforge.net/firmware.php", test_file => "ipw$_-*.fw", }, }; } (2100, 2200)), { name => "ipw3945", description => "Intel(R) PRO/Wireless 3945", url => "http://ipw3945.sourceforge.net/", firmware => { package => "ipw3945-ucode", test_file => "ipw3945.ucode", }, tools => { package => "ipw3945d", test_file => '/usr/sbin/ipw3945d', }, }, (map { my ($version, $ucode_api, $ucode_version) = @$_; $ucode_version ||= $version; { name => "iwl${version}", description => "Intel(R) PRO/Wireless ${version}", url => "http://intellinuxwireless.org/", firmware => { package => "iwlwifi-${version}-ucode", test_file => "iwlwifi-${ucode_version}${ucode_api}.ucode", }, sleep => 1, }; } ([ 3945, '-1' ], [ 4965, '-1' ], [ 'agn', '-1', 5000 ])), { name => 'prism54', description => 'Prism GT / Prism Duette / Prism Indigo Chipsets', url => 'http://prism54.org/', firmware => { url => 'http://prism54.org/~mcgrof/firmware/', test_file => "isl38*", }, }, { name => 'atmel', matching => [ qw(at76_usb atmel_cs atmel_pci) ], description => 'Atmel at76c50x cards', url => 'http://thekelleys.org.uk/atmel/', firmware => { test_file => 'atmel_at76c50*', }, links => 'http://at76c503a.berlios.de/', }, { name => 'madwifi', matching => 'ath_pci', description => 'Multiband Atheros Driver for WiFi', url => 'http://madwifi.org/', kernel_module => 1, tools => { optional => 1, test_file => '/usr/bin/athstats', }, }, { name => 'prism2', matching => qr/^prism2_/, description => 'Prism2 based cards', tools => { package => 'prism2-utils', test_file => '/sbin/wlanctl-ng', }, }, { name => 'zd1211', matching => 'zd1211rw', description => 'ZD1211 chip', firmware => { url => 'http://sourceforge.net/projects/zd1211/', test_file => 'zd1211/zd1211_*', }, }, { name => 'bcm43xx', description => 'Broadcom bcm43xx wireless chips', url => 'http://bcm43xx.berlios.de/', firmware => { test_file => 'bcm43xx_microcode*.fw', extract => { name => 'bcm43xx-fwcutter', test_file => '/usr/bin/bcm43xx-fwcutter', windows_source => 'bcmwl5.sys', default_source => 'bcmwl5.sys', run => sub { my ($file) = @_; run_program::rooted($::prefix, '/usr/bin/bcm43xx-fwcutter', '-w', $network::thirdparty::firmware_directory, $file); }, }, }, }, (map { +{ name => $_, description => "Broadcom $_ wireless chips", url => 'http://wireless.kernel.org/en/users/Drivers/b43', firmware => { test_file => $_ . "/ucode*.fw", extract => { name => 'b43-fwcutter', test_file => '/usr/bin/b43-fwcutter', windows_source => 'bcmwl5.sys', default_source => 'bcmwl5.sys', run => sub { my ($file) = @_; run_program::rooted($::prefix, '/usr/bin/b43-fwcutter', '-w', $network::thirdparty::firmware_directory, $file); }, }, }, }; } qw(b43 b43legacy)), { name => 'broadcom-wl', matching => 'wl', description => 'Broadcom Hybrid', url => 'http://www.broadcom.com/support/802.11/linux_sta.php', kernel_module => 1, }, { name => 'acx100', matching => [ qw(acx_pci acx_usb) ], description => 'ACX100/ACX111/TNETW1450', firmware => { url => 'http://acx100.sourceforge.net/wiki/Firmware', test_file => 'tiacx1*', no_distro_package => 1, }, }, { name => 'ndiswrapper', description => 'Wireless device using ndiswrapper (windows drivers)', tools => { test_file => '/usr/sbin/ndiswrapper', }, firmware => { user_install => sub { my ($settings, $in) = @_; require network::ndiswrapper; $settings->{device} = network::ndiswrapper::select_device($in) or return; network::ndiswrapper::setup_device($in, $settings->{device}); $settings->{device}{driver} = $settings->{name}; }, url => 'http://ndiswrapper.sourceforge.net/mediawiki/index.php/List', component_name => N_("Windows driver"), no_package => 1, }, no_module_reload => 1, }, { name => 'rt61', matching => 'rt61pci', description => 'Ralink RT61 802.11abg WLAN', firmware => { url => 'http://rt2x00.serialmonkey.com/', test_file => 'rt2661.bin', }, }, { name => 'rt73', matching => 'rt73usb', description => 'Ralink RT73 802.11abg WLAN', firmware => { url => 'http://rt2x00.serialmonkey.com/', test_file => 'rt73.bin', }, }, { name => 'rt2860', matching => 'rt2860sta', description => 'Ralink RT2860 WiFi', kernel_module => 1, firmware => { url => 'http://www.ralinktech.com/', test_file => 'rt2860.bin', }, }, { name => 'rtl8187se', matching => 'r8180', description => 'Realtek RTL8180 / RTL8185 WiFi', kernel_module => 1, }, ); sub get_packages { 'wireless-tools' } sub get_thirdparty_settings() { \@thirdparty_settings; } sub setup_thirdparty { my ($self, $in) = @_; require network::rfswitch; network::rfswitch::configure(); if ($self->get_driver eq 'ndiswrapper') { require network::ndiswrapper; my @devices = map { network::ndiswrapper::present_devices($_) } network::ndiswrapper::installed_drivers(); return {} if member($self->{device}, @devices) && network::ndiswrapper::find_interface($self->{device}); } my $thirdparty = $self->SUPER::setup_thirdparty($in); my $driver = $self->get_driver; if ($self->{thirdparty} && $driver eq 'ipw3945' && !$self->rf_killed && !$self->SUPER::check_device) { log::explanations("Reloading module $driver"); eval { modules::unload($driver) }; eval { modules::load($driver) }; } $thirdparty; } sub rf_killed { my ($self) = @_; if ($self->{device}{sysfs_device}) { my $rf_kill_path = $self->{device}{sysfs_device} . "/rf_kill"; if (-e $rf_kill_path) { my $rf_kill = chomp_(cat_($rf_kill_path)); #- for ipw drivers, 0 means no RF kill switch return $rf_kill != 0; } } undef; } sub check_device { my ($self) = @_; if ($self->rf_killed) { $self->{device}{error} = N("Your wireless card is disabled, please enable the wireless switch (RF kill switch) first."); return 0; } return $self->SUPER::check_device; } sub load_interface_settings { my ($self) = @_; $self->SUPER::load_interface_settings; $self->{hide_passwords} = 1; } sub get_networks { my ($self, $o_net) = @_; require network::monitor; ($self->{networks}, $self->{control}{roaming}) = network::monitor::list_wireless($o_net && $o_net->{monitor}, $self->get_interface); $self->probed_networks; $self->{networks}; } sub refresh_roaming_ids { my ($self) = @_; #- needed when switching from non-roaming to roaming #- or after restarting wpa_supplicant #- to get fresh wpa_supplicant network IDs get_networks($self) if $self->{control}{roaming}; } sub selected_network_is_configured { my ($self) = @_; $self->refresh_roaming_ids; $self->SUPER::selected_network_is_configured; } sub guess_network { my ($_self) = @_; #- FIXME: try to find the AP matching $self->{ifcfg}{WIRELESS_ESSID}; } sub get_network_ifcfg { my ($ssid) = @_; require network::network; my $file = $::prefix . $network::network::wireless_d . '/' . $ssid; -f $file && { getVarsFromSh($file) }; } sub guess_network_access_settings { my ($self) = @_; my $ifcfg; my $network = $self->get_selected_network; $ifcfg = $network ? get_network_ifcfg($network->{ap}) || get_network_ifcfg($network->{essid}) : $self->{ifcfg}; $ifcfg ||= {}; $self->{access}{network}{bssid} = $network && $network->{hidden} && $network->{ap}; $self->{access}{network}{essid} = $network && $network->{essid} || $ifcfg->{WIRELESS_ESSID} || !$network && "any"; ($self->{access}{network}{key}, my $restricted, $self->{access}{network}{force_ascii_key}) = get_wep_key_from_iwconfig($ifcfg->{WIRELESS_ENC_KEY}); $self->{access}{network}{encryption} = $network && $network->{flags} =~ /eap/i ? 'wpa-eap' : $network && $network->{flags} =~ /wpa/i ? 'wpa-psk' : $network && $network->{flags} =~ /wep/i || $self->{access}{network}{key} ? $ifcfg->{WIRELESS_ENC_MODE} || ($restricted ? 'restricted' : 'open') : 'none'; undef $self->{ifcfg}{WIRELESS_IWPRIV} if is_old_rt2x00($self->get_driver) && $self->{ifcfg}{WIRELESS_IWPRIV} =~ /WPAPSK/; my $system_file = '/etc/sysconfig/drakx-net'; my %global_settings = getVarsFromSh($system_file); $self->{control}{roaming} = (exists $self->{ifcfg}{WIRELESS_WPA_DRIVER} || text2bool($global_settings{ROAMING})) && !is_old_rt2x00($self->get_driver); $self->{access}{network}{mode} = $network && $network->{mode} || $ifcfg->{WIRELESS_MODE} || 'Managed'; wpa_supplicant_load_eap_settings($self->{access}{network}) if $self->need_wpa_supplicant; } sub get_network_access_settings_label { N("Wireless settings") } sub get_network_access_settings { my ($self) = @_; [ { label => N("Operating Mode"), val => \$self->{access}{network}{mode}, list => [ N_("Ad-hoc"), N_("Managed"), N_("Master"), N_("Repeater"), N_("Secondary"), N_("Auto") ], format => \&translate, }, { label => N("Network name (ESSID)"), val => \$self->{access}{network}{essid}, disabled => sub { my $network = $self->get_selected_network; $network && $network->{essid} } }, { label => N("Encryption mode"), val => \$self->{access}{network}{encryption}, list => [ keys %wireless_enc_modes ], sort => 1, format => sub { translate($wireless_enc_modes{$_[0]}) } }, { label => N("Encryption key"), val => \$self->{access}{network}{key}, hidden => sub { $self->{hide_passwords} }, disabled => sub { member($self->{access}{network}{encryption}, qw(none wpa-eap)) } }, { text => N("Hide password"), type => "bool", val => \$self->{hide_passwords} }, { text => N("Force using this key as ASCII string (e.g. for Livebox)"), type => "bool", val => \$self->{access}{network}{force_ascii_key}, disabled => sub { #- only for WEP keys looking like hexadecimal !member($self->{access}{network}{encryption}, qw(open restricted)) || !get_hex_key($self->{access}{network}{key}); } }, { label => N("EAP Login/Username"), val => \$self->{access}{network}{eap_identity}, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N("The login or username. Format is plain text. If you need to specify domain then try the untested syntax DOMAIN\\username") }, { label => N("EAP Password"), val => \$self->{access}{network}{eap_password}, hidden => sub { $self->{hide_passwords} }, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N(" Password: A string. Note that this is not the same thing as a psk. ____________________________________________________ RELATED ADDITIONAL INFORMATION: In the Advanced Page, you can select which EAP mode is used for authentication. For the eap mode setting Auto Detect: implies all possible modes are tried. If Auto Detect fails, try the PEAP TTLS combo bofore others Note: The settings MD5, MSCHAPV2, OTP and GTC imply automatically PEAP and TTLS modes. TLS mode is completely certificate based and may ignore the username and password values specified here.") }, { label => N("EAP client certificate"), val => \$self->{access}{network}{eap_client_cert}, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N("The complete path and filename of client certificate. This is only used for EAP certificate based authentication. It could be considered as the alternative to username/password combo. Note: other related settings are shown on the Advanced page.") }, { label => N("Network ID"), val => \$self->{ifcfg}{WIRELESS_NWID}, advanced => 1 }, { label => N("Operating frequency"), val => \$self->{ifcfg}{WIRELESS_FREQ}, advanced => 1 }, { label => N("Sensitivity threshold"), val => \$self->{ifcfg}{WIRELESS_SENS}, advanced => 1 }, { label => N("Bitrate (in b/s)"), val => \$self->{ifcfg}{WIRELESS_RATE}, advanced => 1 }, { label => N("RTS/CTS"), val => \$self->{ifcfg}{WIRELESS_RTS}, advanced => 1, help => N("RTS/CTS adds a handshake before each packet transmission to make sure that the channel is clear. This adds overhead, but increase performance in case of hidden nodes or large number of active nodes. This parameter sets the size of the smallest packet for which the node sends RTS, a value equal to the maximum packet size disable the scheme. You may also set this parameter to auto, fixed or off.") }, { label => N("Fragmentation"), val => \$self->{ifcfg}{WIRELESS_FRAG}, advanced => 1 }, { label => N("iwconfig command extra arguments"), val => \$self->{ifcfg}{WIRELESS_IWCONFIG}, advanced => 1, help => N("Here, one can configure some extra wireless parameters such as: ap, channel, commit, enc, power, retry, sens, txpower (nick is already set as the hostname). See iwconfig(8) man page for further information."), }, { label => #-PO: split the "xyz command extra argument" translated string into two lines if it's bigger than the english one N("iwspy command extra arguments"), val => \$self->{ifcfg}{WIRELESS_IWSPY}, advanced => 1, help => N("iwspy is used to set a list of addresses in a wireless network interface and to read back quality of link information for each of those. This information is the same as the one available in /proc/net/wireless : quality of the link, signal strength and noise level. See iwpspy(8) man page for further information."), }, { label => N("iwpriv command extra arguments"), val => \$self->{ifcfg}{WIRELESS_IWPRIV}, advanced => 1, disabled => sub { $self->need_rt2x00_iwpriv }, help => N("iwpriv enable to set up optionals (private) parameters of a wireless network interface. iwpriv deals with parameters and setting specific to each driver (as opposed to iwconfig which deals with generic ones). In theory, the documentation of each device driver should indicate how to use those interface specific commands and their effect. See iwpriv(8) man page for further information."), }, { label => N("EAP Protocol"), val => \$self->{access}{network}{forceeap}, list => [ N_("Auto Detect"), N_("WPA2"), N_("WPA") ], sort => 1, format => \&translate, advanced => 1, help => N("Auto Detect is recommended as it first tries WPA version 2 with a fallback to WPA version 1") }, { label => N("EAP Mode"), val => \$self->{access}{network}{eap_eap}, list => [ N_("Auto Detect"), N_("PEAP"), N_("TTLS"), N_("TLS"), N_("MSCHAPV2"), N_("MD5"), N_("OTP"), N_("GTC"), N_("LEAP") , N_("PEAP TTLS"), N_("TTLS TLS") ], sort => 1, format => \&translate, advanced => 1, }, { label => N("EAP key_mgmt"), val => \$self->{access}{network}{eap_key_mgmt}, advanced => 1, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N("list of accepted authenticated key management protocols. possible values are WPA-EAP, IEEE8021X, NONE") }, { label => N("EAP outer identity"), val => \$self->{access}{network}{eap_anonymous_identity}, advanced => 1, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N("Anonymous identity string for EAP: to be used as the unencrypted identity with EAP types that support different tunnelled identity, e.g., TTLS") }, { label => N("EAP phase2"), val => \$self->{access}{network}{eap_phase2}, advanced => 1, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' } , help => N("Inner authentication with TLS tunnel parameters. input is string with field-value pairs, Examples: auth=MSCHAPV2 for PEAP or autheap=MSCHAPV2 autheap=MD5 for TTLS") }, { label => N("EAP CA certificate"), val => \$self->{access}{network}{eap_ca_cert}, advanced => 1, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N("Full file path to CA certificate file (PEM/DER). This file can have one or more trusted CA certificates. If ca_cert are not included, server certificate will not be verified. If possible, a trusted CA certificate should always be configured when using TLS or TTLS or PEAP.") }, { label => N("EAP certificate subject match"), val => \$self->{access}{network}{eap_subject_match}, advanced => 1, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N(" Substring to be matched against the subject of the authentication server certificate. If this string is set, the server sertificate is only accepted if it contains this string in the subject. The subject string is in following format: /C=US/ST=CA/L=San Francisco/CN=Test AS/emailAddress=as\@example.com") }, { label => N("EAP extra directives"), val => \$self->{access}{network}{eapextra}, advanced => 1, disabled => sub { $self->{access}{network}{encryption} ne 'wpa-eap' }, help => N("Here one can pass extra settings to wpa_supplicant The expected format is a string field=value pair. Multiple values maybe specified, separating each value with the # character. Note: directives are passed unchecked and may cause the wpa negotiation to fail silently. Supported directives are preserved across editing. Supported directives are : disabled, id_str, bssid, priority, auth_alg, eapol_flags, proactive_key_caching, peerkey, ca_path, private_key, private_key_passwd, dh_file, altsubject_match, phase1, fragment_size and eap_workaround, pairwise, group Others such as key_mgmt, eap maybe used to force special settings different from the U.I settings.") }, ]; } sub check_network_access_settings { my ($self) = @_; if (!member($self->{access}{network}{encryption}, qw(none wpa-eap)) && !$self->{access}{network}{key}) { $self->{network_access}{error}{message} = N("An encryption key is required."); $self->{network_access}{error}{field} = \$self->{access}{network}{key}; return 0; } if ($self->{access}{network}{encryption} eq 'wpa-psk' && !convert_psk_key_for_wpa_supplicant($self->{access}{network}{key})) { $self->{network_access}{error}{message} = N("The pre-shared key should have between 8 and 63 ASCII characters, or 64 hexadecimal characters."); $self->{network_access}{error}{field} = \$self->{access}{network}{key}; return 0; } if (member($self->{access}{network}{encryption}, qw(open restricted)) && !convert_wep_key_for_wpa_supplicant($self->{access}{network}{key}, $self->{access}{network}{force_ascii_key})) { $self->{network_access}{error}{message} = N("The WEP key should have at most %d ASCII characters or %d hexadecimal characters.", $wpa_supplicant_max_wep_key_len, $wpa_supplicant_max_wep_key_len * 2); $self->{network_access}{error}{field} = \$self->{access}{network}{key}; return 0; } if ($self->{ifcfg}{WIRELESS_FREQ} && $self->{ifcfg}{WIRELESS_FREQ} !~ /[0-9.]*[kGM]/) { $self->{network_access}{error}{message} = N("Freq should have the suffix k, M or G (for example, \"2.46G\" for 2.46 GHz frequency), or add enough '0' (zeroes)."); $self->{network_access}{error}{field} = \$self->{ifcfg}{WIRELESS_FREQ}; return 0; } if ($self->{ifcfg}{WIRELESS_RATE} && $self->{ifcfg}{WIRELESS_RATE} !~ /[0-9.]*[kGM]/) { $self->{network_access}{error}{message} = N("Rate should have the suffix k, M or G (for example, \"11M\" for 11M), or add enough '0' (zeroes)."); $self->{network_access}{error}{field} = \$self->{ifcfg}{WIRELESS_RATE}; return 0; } return 1; } sub get_control_settings { my ($self) = @_; [ @{$self->SUPER::get_control_settings}, { text => N("Allow access point roaming"), val => \$self->{control}{roaming}, type => "bool", disabled => sub { is_wpa_supplicant_blacklisted($self->get_driver) } }, ]; } sub need_wpa_supplicant { my ($self) = @_; ($self->{control}{roaming} || $self->{access}{network}{encryption} =~ /^wpa-/) && !is_old_rt2x00($self->get_driver); } sub install_packages { my ($self, $in) = @_; if ($self->need_wpa_supplicant) { $in->do_pkgs->ensure_is_installed('wpa_supplicant', '/usr/sbin/wpa_supplicant') or return; $in->do_pkgs->ensure_is_installed('mandi', '/usr/sbin/mandi'); } $self->SUPER::install_packages($in); } sub build_ifcfg_settings { my ($self) = @_; my $settings = { WIRELESS_MODE => $self->{access}{network}{mode}, if_($self->need_wpa_supplicant, WIRELESS_WPA_DRIVER => wpa_supplicant_get_driver($self->get_driver), WIRELESS_WPA_REASSOCIATE => bool2yesno($self->need_wpa_supplicant_reassociate), MII_NOT_SUPPORTED => 'no', ), WIRELESS_ESSID => $self->{access}{network}{essid}, if_($self->{access}{network}{encryption} ne 'none', WIRELESS_ENC_KEY => convert_wep_key_for_iwconfig($self->{access}{network}{key}, $self->{access}{network}{force_ascii_key})), if_(member($self->{access}{network}{encryption}, qw(open restricted)), WIRELESS_ENC_MODE => $self->{access}{network}{encryption}), if_($self->need_rt2x00_iwpriv, #- use iwpriv for WPA with rt2400/rt2500 drivers, they don't plan to support wpa_supplicant WIRELESS_IWPRIV => qq(set AuthMode=WPAPSK set EncrypType=TKIP set SSID=$self->{access}{network}{essid} set WPAPSK="$self->{access}{network}{key}" set TxRate=0)), (map { $_ => $self->{ifcfg}{$_} } qw(WIRELESS_NWID WIRELESS_FREQ WIRELESS_SENS WIRELESS_RATE WIRELESS_RTS WIRELESS_FRAG WIRELESS_IWCONFIG WIRELESS_IWSPY), if_(!$self->need_rt2x00_iwpriv, 'WIRELESS_IWPRIV')), }; $self->SUPER::build_ifcfg_settings($settings); } sub add_network_to_wpa_supplicant { my ($self) = @_; if ($self->{access}{network}{encryption} eq 'wpa-eap') { wpa_supplicant_add_eap_network($self->{access}{network}); } else { wpa_supplicant_add_network($self->{access}{network}{essid}, $self->{access}{network}{bssid}, $self->{access}{network}{encryption}, $self->{access}{network}{key}, $self->{access}{network}{force_ascii_key}, $self->{access}{network}{mode}); } #- this should be handled by the monitoring daemon instead run_program::run('/usr/sbin/wpa_cli', 'reconfigure'); } sub write_settings { my ($self, $o_net, $o_modules_conf) = @_; my $network = $self->get_selected_network; network::network::write_wireless_conf($_, $self->build_ifcfg_settings) foreach grep { $_ } ($network ? $network->{ap} : ()), $self->{access}{network}{essid}; $self->add_network_to_wpa_supplicant if $self->need_wpa_supplicant; wlan_ng_configure($self->{access}{network}{essid}, $self->{access}{network}{key}, $self->get_interface, $self->get_driver) if $self->{thirdparty}{name} eq 'prism2'; $self->SUPER::write_settings($o_net, $o_modules_conf); } sub apply_network_selection { my ($self) = @_; require network::network; my $file = network::network::get_ifcfg_file($self->get_interface); network::network::write_interface_settings($self->build_ifcfg_settings, $file); $self->add_network_to_wpa_supplicant if $self->need_wpa_supplicant; } sub network_is_configured { my ($self, $network) = @_; if ($self->{control}{roaming}) { return defined $network->{id}; } else { my $wireless_ifcfg = get_network_ifcfg($network->{ap}) || defined $network->{essid} && get_network_ifcfg($network->{essid}); return $wireless_ifcfg; } } sub connect { my ($self, $_in, $net) = @_; $self->SUPER::connect; if ($self->{control}{roaming}) { my $network_id; foreach (0 .. 1) { $self->refresh_roaming_ids if $_; my $network = $self->get_selected_network; $network_id = $network->{id} if $network && defined $network->{id}; } if (defined $network_id) { if ($net->{monitor}) { log::explanations("selecting wpa_supplicant network $network_id through network monitor"); eval { $net->{monitor}->select_network($network_id) }; return !$@; } else { run_program::run('/usr/sbin/wpa_cli', 'select_network', $network_id); } } } } sub get_status_message { my ($self, $status) = @_; my $interface = $self->get_interface; my ($current_essid, $current_ap) = get_access_point($interface); my $network = $current_essid || $current_ap && "[$current_ap]"; { link_up => N("Associated to wireless network \"%s\" on interface %s", $network, $interface), link_down => N("Lost association to wireless network on interface %s", $interface), }->{$status} || $self->SUPER::get_status_message($status); } my $wpa_supplicant_conf = "/etc/wpa_supplicant.conf"; sub get_access_point { my ($intf) = @_; (chomp_(`/sbin/iwgetid -r $intf 2>/dev/null`), lc(chomp_(`/sbin/iwgetid -r -a $intf 2>/dev/null`))); } sub is_old_rt2x00 { my ($module) = @_; member($module, qw(rt2400 rt2500 rt2570 rt61 rt73)); } sub is_wpa_supplicant_blacklisted { my ($module) = @_; is_old_rt2x00($module); } sub need_wpa_supplicant_reassociate { my ($self) = @_; $self->get_driver eq 'rt61pci'; } sub need_rt2x00_iwpriv { my ($self) = @_; is_old_rt2x00($self->get_driver) && $self->{access}{network}{encryption} eq 'wpa-psk'; } sub get_hex_key { my ($key) = @_; #- odd number or non-hexa characters, consider the key as ASCII and prepend "s:" if ($key =~ /^([[:xdigit:]]{4}[\:-]?)+[[:xdigit:]]{2,}$/) { $key =~ s/[\:-]//g; return lc($key); } } sub convert_wep_key_for_iwconfig { my ($real_key, $force_ascii) = @_; !$force_ascii && get_hex_key($real_key) || "s:$real_key"; } sub convert_wep_key_for_wpa_supplicant { my ($key, $force_ascii) = @_; if (my $hex_key = !$force_ascii && get_hex_key($key)) { return length($hex_key) <= $wpa_supplicant_max_wep_key_len * 2 && $hex_key; } else { return length($key) <= $wpa_supplicant_max_wep_key_len && qq("$key"); } } sub get_wep_key_from_iwconfig { my ($key) = @_; my ($mode, $real_key) = $key =~ /^(?:(open|restricted)\s+)?(.*)$/; my $is_ascii = $real_key =~ s/^s://; my $force_ascii = to_bool($is_ascii && get_hex_key($real_key)); ($real_key, $mode eq 'restricted', $force_ascii); } sub convert_psk_key_for_wpa_supplicant { my ($key) = @_; my $l = length($key); $l == 64 ? get_hex_key($key) : $l >= 8 && $l <= 63 ? qq("$key") : undef; } #- FIXME: to be improved (quotes, comments) sub wlan_ng_update_vars { my ($file, $vars) = @_; substInFile { while (my ($key, $value) = each(%$vars)) { s/^#?\Q$key\E=(?:"[^#]*"|[^#\s]*)(\s*#.*)?/$key=$value$1/ and delete $vars->{$key}; } $_ .= join('', map { "$_=$vars->{$_}\n" } keys %$vars) if eof; } $file; } sub wlan_ng_configure { my ($essid, $key, $device, $module) = @_; my $wlan_conf_file = "$::prefix/etc/wlan/wlan.conf"; my @wlan_devices = split(/ /, (cat_($wlan_conf_file) =~ /^WLAN_DEVICES="(.*)"/m)[0]); push @wlan_devices, $device unless member($device, @wlan_devices); #- enable device and make it use the choosen ESSID wlan_ng_update_vars($wlan_conf_file, { WLAN_DEVICES => qq("@wlan_devices"), "SSID_$device" => qq("$essid"), "ENABLE_$device" => "y" }); my $wlan_ssid_file = "$::prefix/etc/wlan/wlancfg-$essid"; #- copy default settings for this ESSID if config file does not exist -f $wlan_ssid_file or cp_f("$::prefix/etc/wlan/wlancfg-DEFAULT", $wlan_ssid_file); #- enable/disable encryption wlan_ng_update_vars($wlan_ssid_file, { (map { $_ => $key ? "true" : "false" } qw(lnxreq_hostWEPEncrypt lnxreq_hostWEPDecrypt dot11PrivacyInvoked dot11ExcludeUnencrypted)), AuthType => $key ? qq("sharedkey") : qq("opensystem"), if_($key, dot11WEPDefaultKeyID => 0, dot11WEPDefaultKey0 => qq("$key") ) }); #- hide settings for non-root users chmod 0600, $wlan_conf_file; chmod 0600, $wlan_ssid_file; #- apply settings on wlan interface require services; services::restart($module eq 'prism2_cs' ? 'pcmcia' : 'wlan'); } sub wpa_supplicant_get_driver { my ($module) = @_; $module =~ /^hostap_/ ? "hostap" : $module eq "prism54" ? "prism54" : $module =~ /^ath_/ ? "madwifi" : $module =~ /^at76c50|atmel_/ ? "atmel" : "wext"; } sub wpa_supplicant_add_network { my ($essid, $bssid, $enc_mode, $key, $force_ascii, $mode) = @_; my $conf = wpa_supplicant_read_conf(); my $network = { ssid => qq("$essid"), scan_ssid => to_bool($bssid), #- hidden or non-broadcasted SSIDs if_($bssid, bssid => $bssid), if_($enc_mode ne 'none', priority => 1), }; if ($enc_mode eq 'wpa-psk') { $network->{psk} = convert_psk_key_for_wpa_supplicant($key); } else { $network->{key_mgmt} = 'NONE'; $network->{mode} = to_bool($mode eq 'Ad-Hoc'); if (member($enc_mode, qw(open restricted))) { put_in_hash($network, { wep_key0 => convert_wep_key_for_wpa_supplicant($key, $force_ascii), wep_tx_keyidx => 0, auth_alg => $enc_mode eq 'restricted' ? 'SHARED' : 'OPEN', }); } } @$conf = difference2($conf, [ wpa_supplicant_find_similar($conf, $network) ]); push @$conf, $network; wpa_supplicant_write_conf($conf); } sub wpa_supplicant_find_similar { my ($conf, $network) = @_; grep { my $current = $_; any { exists $network->{$_} && $network->{$_} eq $current->{$_} } qw(ssid bssid); } @$conf; } sub wpa_supplicant_read_conf() { my @conf; my $network; foreach (cat_($::prefix . $wpa_supplicant_conf)) { if ($network) { #- in a "network = {}" block # value is either the string with "quotes" - or a non-whitespace containing string if (/^\s*(\w+)=\s*(?|([^"]\S*)|("[^"]*")).*$/) { $network->{$1} = $2; } elsif (/^\}/) { #- end of network block push @conf, $network; undef $network; } } elsif (/^\s*network={/) { #- beginning of a new network block $network = {}; } } \@conf; } sub wpa_supplicant_write_conf { my ($conf) = @_; my $buf; my @conf = @$conf; my $network; foreach (cat_($::prefix . $wpa_supplicant_conf)) { if ($network) { #- in a "network = {}" block if (/^\s*(\w+)=(.*)$/) { push @{$network->{entries}}, { key => $1, value => $2 }; member($1, qw(ssid bssid)) and $network->{$1} = $2; } elsif (/^\}/) { #- end of network block, write it $buf .= "network={$network->{comment}\n"; my $new_network = first(wpa_supplicant_find_similar(\@conf, $network)); foreach (@{$network->{entries}}) { my $key = $_->{key}; if ($new_network) { #- do not write entry if not provided in the new network exists $new_network->{$key} or next; #- update value from the new network $_->{value} = delete $new_network->{$key}; } $buf .= " "; $buf .= "$key=$_->{value}" if $key; $buf .= "$_->{comment}\n"; } if ($new_network) { #- write new keys while (my ($key, $value) = each(%$new_network)) { $buf .= " $key=$value\n"; } } $buf .= "}\n"; $new_network and @conf = grep { $_ != $new_network } @conf; undef $network; } else { #- unrecognized, keep it anyway push @{$network->{entries}}, { comment => $_ }; } } else { if (/^\s*network={/) { #- beginning of a new network block $network = {}; } else { #- keep other options, comments $buf .= $_; } } } #- write remaining networks foreach (@conf) { $buf .= "\nnetwork={\n"; while (my ($key, $value) = each(%$_)) { $buf .= " $key=$value\n"; } $buf .= "}\n"; } output($::prefix . $wpa_supplicant_conf, $buf); #- hide keys for non-root users chmod 0600, $::prefix . $wpa_supplicant_conf; } sub wpa_supplicant_load_eap_settings { my ($network) = @_; my $quoted_essid = qq("$network->{essid}"); my $conf = wpa_supplicant_read_conf(); foreach my $old_net (@$conf) { if ($old_net->{ssid} eq $network->{essid} || $old_net->{ssid} eq $quoted_essid) { $network->{eapextra} = ''; foreach my $eap_var (keys %eap_vars) { next if $eap_var eq 'ssid'; my $ui_var = join('_', "eap", $eap_var); if (defined $old_net->{$eap_var}) { if ($eap_vars{$eap_var} == 0) { if ($network->{eapextra} eq "") { $network->{eapextra} = "$eap_var=$old_net->{$eap_var}"; } else { $network->{eapextra} = join('#', $network->{eapextra}, "$eap_var=$old_net->{$eap_var}"); } } else { $network->{$ui_var} = $old_net->{$eap_var}; #- remove quotes on selected variables $network->{$ui_var} = $1 if $eap_vars{$eap_var} == 2 && $network->{$ui_var} =~ /^"(.*)"$/; if ($eap_var eq "proto") { $network->{forceeap} = 'WPA2' if $old_net->{$eap_var} eq "RSN"; $network->{forceeap} = 'WPA' if $old_net->{$eap_var} eq "WPA"; } } } } last; } } } sub wpa_supplicant_add_eap_network { my ($ui_input) = @_; #- expect all variables for us to be prefixed with eap_ my $conf = wpa_supplicant_read_conf(); my $default_eap_cfg = { pairwise => 'CCMP TKIP', group => 'CCMP TKIP', proto => 'RSN WPA', key_mgmt => 'WPA-EAP IEEE8021X NONE', scan_ssid => 1, }; if ($ui_input->{forceeap} eq 'WPA') { #- WPA only $default_eap_cfg->{pairwise} = 'TKIP'; $default_eap_cfg->{group} = 'TKIP'; $default_eap_cfg->{proto} = 'WPA'; } elsif ($ui_input->{forceeap} eq 'WPA2') { #- WPA2 only $default_eap_cfg->{pairwise} = 'CCMP TKIP'; $default_eap_cfg->{group} = 'CCMP TKIP'; $default_eap_cfg->{proto} = 'RSN'; } my $network = { ssid => qq("$ui_input->{essid}") }; #- set the values foreach my $eap_var (keys %eap_vars) { my $key = join('_', "eap", $eap_var); if (!defined $ui_input->{$key} || $ui_input->{$key} =~ /auto detect/i) { $network->{$eap_var} = $default_eap_cfg->{$eap_var} if $default_eap_cfg->{$eap_var}; } else { #- do not define if blank, the save routine will delete entry from file next if !$ui_input->{$key}; $network->{$eap_var} = $eap_vars{$eap_var} == 2 ? qq("$ui_input->{$key}") : $ui_input->{$key}; } } #- handle eapextra as final overides if (defined $ui_input->{eapextra} && $ui_input->{eapextra} ne "") { #- FIXME: should split it on what the # sign? foreach my $eap_var (split('#', $ui_input->{eapextra})) { my ($key, $val) = split('=', $eap_var, 2); $network->{$key} = $val; } } $network->{mode} = to_bool($ui_input->{mode} eq 'Ad-Hoc'); @$conf = difference2($conf, [ wpa_supplicant_find_similar($conf, $network) ]); push @$conf, $network; wpa_supplicant_write_conf($conf); } 1;