package network::adsl; # $Id$ use common; use run_program; use network::tools; use network::ethernet; use modules; use vars qw(@ISA @EXPORT); @ISA = qw(Exporter); @EXPORT = qw(adsl_conf_backend); sub get_wizard { my ($wiz) = @_; my $netc = $wiz->{var}{netc}; my %l = ( 'pppoe' => N("use PPPoE"), 'pptp' => N("use PPTP"), 'dhcp' => N("use DHCP"), 'speedtouch' => N("Alcatel Speedtouch USB") . if_($netc->{autodetect}{adsl}{speedtouch}, N(" - detected")), 'sagem' => N("Sagem (using PPPoA) USB") . if_($netc->{autodetect}{adsl}{sagem}, N(" - detected")), 'sagem_dhcp' => N("Sagem (using DHCP) USB") . if_($netc->{autodetect}{adsl}{sagem}, N(" - detected")), # 'eci' => N("ECI Hi-Focus"), # this one needs eci agreement ); $wiz->{var}{adsl} = { connection_list => \%l, type => "", }; add2hash($wiz->{pages}, { adsl_old => { name => N("Connect to the Internet") . "\n\n" . N("The most common way to connect with adsl is pppoe. Some connections use PPTP, a few use DHCP. If you do not know, choose 'use PPPoE'"), data => [ { label => N("ADSL connection type:"), val => \$wiz->{var}{adsl}{type}, list => [ sort values %l ] }, ], pre => sub { $wiz->{var}{adsl}{type} = $l{sagem}; # debug $wiz->{var}{adsl}{type} ||= find { $netc->{autodetect}{adsl}{$_} } keys %l; print qq(\n\ntype is "$wiz->{var}{adsl}{type}"\n\n); }, post => sub { $wiz->{var}{adsl}{type} = find { $l{$_} eq $wiz->{var}{adsl}{type} } keys %l; my $adsl = $wiz->{var}{adsl}{connection}; my $type = $wiz->{var}{adsl}{type}; my $netcnx = $wiz->{var}{netcnx}; $netcnx->{type} = "adsl_$type"; $netcnx->{"adsl_$type"} = {}; $netcnx->{"adsl_$type"}{vpivci} = '' if $type =~ /eci|speedtouch/; return 'ethernet' if $type eq 'dhcp'; adsl_probe_info($adsl, $netc, $type); # my ($adsl, $netc, $intf, $adsl_type) = @_; # ask_info2($adsl, $netc); return "hw_account"; }, }, }); } sub adsl_probe_info { my ($adsl, $netc, $adsl_type, $o_adsl_modem) = @_; my $pppoe_file = "$::prefix/etc/ppp/pppoe.conf"; my %pppoe_conf; %pppoe_conf = getVarsFromSh($pppoe_file) if (! defined $adsl_type || $adsl_type eq 'pppoe') && -f $pppoe_file; my $login = $pppoe_conf{USER}; foreach (qw(/etc/ppp/peers/ppp0 /etc/ppp/options /etc/ppp/options.adsl)) { ($login) = map { if_(/^user\s+"([^"]+)"/, $1) } cat_("$::prefix/$_") if !$login && -r "$::prefix/$_"; } my $passwd = passwd_by_login($login); if (!$netc->{vpi} && !$netc->{vci} && member($o_adsl_modem, qw(eci speedtouch))) { ($netc->{vpi}, $netc->{vci}) = (map { if_(/^.*-vpi\s+(\d+)\s+-vci\s+(\d+)/, map { sprintf("%x", $_) } $1, $2) } cat_("$::prefix/etc/ppp/peers/ppp0")); } $pppoe_conf{DNS1} ||= ''; $pppoe_conf{DNS2} ||= ''; add2hash($netc, { dnsServer2 => $pppoe_conf{DNS1}, dnsServer3 => $pppoe_conf{DNS2}, DOMAINNAME2 => '' }); add2hash($adsl, { login => $login, passwd => $passwd, passwd2 => '' }); } sub adsl_detect() { require list_modules; require detect_devices; my @modules = list_modules::category2modules('network/usb_dsl'); # return an hash compatible with what drakconnect expect us to return: my %compat = ( 'speedtch' => 'speedtouch', 'eagle-usb' => 'sagem', ); return { bewan => [ detect_devices::getBewan() ], eci => [ detect_devices::getECI() ], map { $compat{$_} || $_ => [ detect_devices::matching_driver($_) ] } @modules, }; } sub sagem_set_parameters { my ($netc) = @_; my %l = map { $_ => sprintf("%08s", $netc->{$_}) } qw(vci vpi Encapsulation); foreach my $cfg_file (qw(/etc/analog/adiusbadsl.conf /etc/eagle-usb/eagle-usb.conf)) { substInFile { s/Linetype=.*\n/Linetype=0000000A\n/; #- use CMVs s/VCI=.*\n/VCI=$l{vci}\n/; s/VPI=.*\n/VPI=$l{vpi}\n/; s/Encapsulation=.*\n/Encapsulation=$l{Encapsulation}\n/; s/STATIC_IP=.*\n//; s!</eaglectrl>!STATIC_IP=$netc->{static_ip}\n</eaglectrl>! if $netc->{static_ip}; #- TODO: add ISP info, $netc->{provider_id} } "$::prefix$cfg_file"; } #- create CMV symlinks for both POTS and ISDN lines foreach my $type (qw(p i)) { my $cmv; my ($country) = $netc->{provider_id} =~ /^([a-zA-Z]+)\d+$/; #- try to find a CMV for this specific ISP $cmv = "$::prefix/etc/eagle-usb/CMVe${type}$netc->{provider_id}.txt" if $netc->{provider_id}; #- if not found, try to found a CMV for the country -f $cmv or $cmv = "$::prefix/etc/eagle-usb/CMVe${type}${country}.txt"; #- fallback on the generic CMV if no other matched -f $cmv or $cmv = "$::prefix/etc/eagle-usb/CMVe${type}WO.txt"; symlinkf($cmv, "$::prefix/etc/eagle-usb/CMVe${type}.txt"); } #- remove this otherwise eaglectrl won't start unlink("$::prefix/etc/eagle-usb/eagle-usb_must_be_configured"); } sub adsl_conf_backend { my ($in, $modules_conf, $adsl, $netc, $intf, $adsl_device, $adsl_type, $o_netcnx) = @_; # FIXME: should not be needed: defined $o_netcnx and $netc->{adsltype} = $o_netcnx->{type}; $netc->{adsltype} ||= "adsl_$adsl_type"; $adsl_type eq 'pptp' and $adsl_device = 'pptp_modem'; $adsl_type eq 'capi' and $adsl_device = 'capi_modem'; my $bewan_module; $bewan_module = $o_netcnx->{bus} eq 'PCI' ? 'unicorn_pci_atm' : 'unicorn_usb_atm' if $adsl_device eq "bewan"; # all supported modems came with their own pppoa module, so no need for "plugin pppoatm.so" my %modems = ( bewan => { start => qq( modprobe pppoatm # ActivationMode=1 modprobe $bewan_module # wait for the modem to be set up: sleep 10 ), stop => qq(modprobe -r $bewan_module), plugin => { pppoa => "pppoatm.so " . join('.', hex($netc->{vpi}), hex($netc->{vci})) }, ppp_options => qq( default-asyncmap hide-password noaccomp nobsdcomp nodeflate novj novjccomp lcp-echo-interval 20 lcp-echo-failure 3 sync ), }, speedtouch => { modules => [ qw(speedtch) ], start => '/usr/bin/speedtouch-start --nocall', overide_script => 1, server => { pppoa => qq("/usr/sbin/pppoa3 -c") }, plugin => { pppoa => "pppoatm.so " . join('.', hex($netc->{vpi}), hex($netc->{vci})), }, ppp_options => qq( sync noaccomp), aliases => [ ['char-major-108', 'ppp_generic'], ['tty-ldisc-3', 'ppp_async'], ['tty-ldisc-13', 'n_hdlc'], ['tty-ldisc-14', 'ppp_synctty'], ['ppp-compress-21', 'bsd_comp'], ['ppp-compress-24', 'ppp_deflate'], ['ppp-compress-26', 'ppp_deflate'] ], }, sagem => { modules => [ qw(eagle-usb) ], start => 'grep -qs eagle-usb /var/run/usb/* || /sbin/eaglectrl -d', stop => "/usr/bin/killall pppoa", get_intf => '/sbin/eaglectrl -i', server => { pppoa => q("/sbin/fctStartAdsl -t 1 -i"), }, ppp_options => qq( mru 1492 mtu 1492 nobsdcomp nodeflate noaccomp -am novjccomp), aliases => [ ['char-major-108', 'ppp_generic'], ['tty-ldisc-3', 'ppp_async'], ['tty-ldisc-13', 'n_hdlc'], ['tty-ldisc-14', 'ppp_synctty'] ], }, eci => { start => '/usr/bin/startmodem', server => { pppoe => qq("/usr/bin/pppoeci -v 1 -vpi $netc->{vpi} -vci $netc->{vci}"), }, ppp_options => qq( noipdefault sync noaccomp linkname eciadsl lcp-echo-interval 0) }, pptp_modem => { server => { pptp => qq("/usr/sbin/pptp 10.0.0.138 --nolaunchpppd"), }, }, capi_modem => { ppp_options => qq( connect /bin/true ipcp-accept-remote ipcp-accept-local sync noauth lcp-echo-interval 5 lcp-echo-failure 3 lcp-max-configure 50 lcp-max-terminate 2 noccp noipx mru 1492 mtu 1492), plugin => { capi => qq(capiplugin.so avmadsl) }, }, ); my %generic = ( pppoe => { server => '"pppoe -I ' . ($modems{$adsl_device}{get_intf} ? "`$modems{$adsl_device}{get_intf}`" : $netc->{NET_DEVICE}) . '"', ppp_options => qq(default-asyncmap mru 1492 mtu 1492 noaccomp noccp nobsdcomp novjccomp nodeflate lcp-echo-interval 20 lcp-echo-failure 3 ), } ); if ($adsl_type =~ /^pp|^capi$/) { mkdir_p("$::prefix/etc/ppp"); $in->do_pkgs->install('ppp') if !$>; my %packages = ( pppoa => [ qw(ppp-pppoatm) ], pppoe => [ qw(ppp-pppoe rp-pppoe) ], pptp => [ qw(pptp-linux) ], capi => [ qw(isdn4k-utils) ], #- capi4linux service ); $in->do_pkgs->install(@{$packages{$adsl_type}}) if !$>; my $pty_option = exists $modems{$adsl_device}{server}{$adsl_type} ? "pty $modems{$adsl_device}{server}{$adsl_type}" : exists $generic{$adsl_type}{server} ? "pty $generic{$adsl_type}{server}" : ""; my $plugin = exists $modems{$adsl_device}{plugin}{$adsl_type} && "plugin $modems{$adsl_device}{plugin}{$adsl_type}"; my $noipdefault = $adsl_type eq 'pptp' ? '' : 'noipdefault'; my $ppp_options = exists $modems{$adsl_device}{ppp_options} ? $modems{$adsl_device}{ppp_options} : exists $generic{$adsl_type}{ppp_options} ? $generic{$adsl_type}{ppp_options} : ""; output("$::prefix/etc/ppp/peers/ppp0", qq(lock persist noauth usepeerdns defaultroute $noipdefault $ppp_options kdebug 1 nopcomp noccp novj holdoff 4 maxfail 25 $pty_option $plugin user "$adsl->{login}" )); write_secret_backend($adsl->{login}, $adsl->{passwd}); if ($netc->{NET_DEVICE} =~ /^eth/) { my $net_device = $netc->{NET_DEVICE}; $intf->{$net_device} = { DEVICE => $net_device, BOOTPROTO => 'none', NETMASK => '255.255.255.0', NETWORK => '10.0.0.0', BROADCAST => '10.0.0.255', ONBOOT => 'yes', }; } } #- FIXME: ppp0 and ippp0 are hardcoded my $metric = network::tools::get_default_metric("adsl"); #- FIXME, do not override if already set output_with_perm("$::prefix/etc/sysconfig/network-scripts/ifcfg-ppp0", 0705, qq(DEVICE=ppp0 ONBOOT=no TYPE=ADSL METRIC=$metric )) unless member($adsl_type, qw(manual dhcp)); #- remove file used with sagem for dhcp/static connections unlink("$::prefix/etc/sysconfig/network-scripts/ifcfg-sagem"); #- set vpi, vci and encapsulation parameters for sagem if ($adsl_device eq 'sagem') { $netc->{static_ip} = $intf->{sagem}{IPADDR} if $adsl_type eq 'manual'; sagem_set_parameters($netc); } #- set aliases if (exists $modems{$adsl_device}{aliases}) { $modules_conf->set_alias($_->[0], $_->[1]) foreach @{$modems{$adsl_device}{aliases}}; $::isStandalone and $modules_conf->write; } #- remove the "speedtch off" alias that was written by Mandrakelinux 10.0 $adsl_device eq 'speedtouch' and $modules_conf->remove_alias('speedtch'); if ($adsl_type eq "capi") { require network::isdn; network::isdn::setup_capi_conf($adsl->{capi}); services::stop("isdn4linux"); services::do_not_start_service_on_boot("isdn4linux"); services::start_service_on_boot("capi4linux"); services::start("capi4linux"); #- install and run drdsl for dsl connections, once capi driver is loaded $in->do_pkgs->ensure_is_installed_if_available("drdsl", "/usr/sbin/drdsl"); run_program::rooted($::prefix, "/usr/sbin/drdsl"); } #- load modules and run modem-specific start programs #- useful during install, or in case the packages have been installed after the device has been plugged my @modules = (@{$modems{$adsl_device}{modules}}, map { $_->[1] } @{$modems{$adsl_device}{aliases}}); @modules or @modules = qw(ppp_synctty ppp_async ppp_generic n_hdlc); #- required for pppoe/pptp connections @modules && eval { modules::load(@modules) } or log::l("failed to load " . join(',', @modules), " modules: $@"); $modems{$adsl_device}{start} and run_program::rooted($::prefix, $modems{$adsl_device}{start}); } 1;