drakx - Mageia Installer and base platform for many utilities

diff options

author	Yukiko Bando <ybando@mandriva.com>	2007-09-26 14:49:16 +0000
committer	Yukiko Bando <ybando@mandriva.com>	2007-09-26 14:49:16 +0000
commit	2fd66de5dca1bf3a0bd04775858b5dcb3e05b04b (patch)
tree	ee5031eea9e64af6178271a2da1143263461440e /perl-install
parent	ce89dbb35f65ead43a7c37cca7b838bf372f3331 (diff)
download	drakx-2fd66de5dca1bf3a0bd04775858b5dcb3e05b04b.tar drakx-2fd66de5dca1bf3a0bd04775858b5dcb3e05b04b.tar.gz drakx-2fd66de5dca1bf3a0bd04775858b5dcb3e05b04b.tar.bz2 drakx-2fd66de5dca1bf3a0bd04775858b5dcb3e05b04b.tar.xz drakx-2fd66de5dca1bf3a0bd04775858b5dcb3e05b04b.zip

Japanese translation updated.

Diffstat (limited to 'perl-install')

-rw-r--r--

perl-install/standalone/po/ja.po

1 files changed, 24 insertions, 27 deletions

package scanner; # scanner.pm $Id: scanner.pm 257130 2009-04-28 13:10:22Z tv $ # Yves Duret <yduret at mandriva.com> # Till Kamppeter <till at mandriva.com> # Copyright (C) 2001-2008 Mandriva # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2, or (at your option) # any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # # pbs/TODO: # - scsi mis-configuration (should work better now) # - with 2 scanners same manufacturer -> will overwrite previous conf -> only 1 conf !! (should work now) # - lp: see printerdrake # - install: prefix --> done (partially) use common; use detect_devices; use log; use handle_configs; my $sanedir = "$::prefix/etc/sane.d"; my $scannerDBdir = "$::prefix$ENV{SHARE_PATH}/ldetect-lst"; our $scannerDB = readScannerDB("$scannerDBdir/ScannerDB"); sub confScanner { my ($model, $port, $vendor, $product, $firmware) = @_; $port ||= "$::prefix/dev/scanner"; my $a = $scannerDB->{$model}{server}; #print "file:[$a]\t[$model]\t[$port]\n| ", (join "\n| ", @{$scannerDB->{$model}{lines}}),"\n"; my @driverconf = cat_("$sanedir/$a.conf"); my @configlines = @{$scannerDB->{$model}{lines}}; foreach my $line (@configlines) { $line =~ s/\$DEVICE/$port/g if $port; next if $line =~ /\$DEVICE/; $line =~ s/\$VENDOR/$vendor/g if $vendor; next if $line =~ /\$VENDOR/; $line =~ s/\$PRODUCT/$product/g if $product; next if $line =~ /\$PRODUCT/; $line =~ s/\$FIRMWARE/$firmware/g if $firmware; next if $line =~ /\$FIRMWARE/; my $linetype; if ($line =~ /^(\S*)LINE\s+(.*?)$/) { $linetype = $1; $line = $2; } next if !$line; if (!$linetype || ($linetype eq "USB" && ($port =~ /usb/i || $vendor)) || ($linetype eq "PARPORT" && !$vendor && $port =~ /(parport|pt_drv|parallel)/i) || ($linetype eq "SCSI" && !$vendor && $port =~ m!(/sg|scsi|/scanner)!i)) { handle_configs::set_directive(\@driverconf, $line, 1); } elsif ($linetype eq "FIRMWARE" && $firmware) { handle_configs::set_directive(\@driverconf, $line, 0); } } output("$sanedir/$a.conf", @driverconf); add2dll($a); } sub add2dll { return if member($_[0], chomp_(cat_("$sanedir/dll.conf"))); my @dllconf = cat_("$sanedir/dll.conf"); handle_configs::add_directive(\@dllconf, $_[0]); output("$sanedir/dll.conf", @dllconf); } sub setfirmware { my ($backend, $firmwareline) = @_; my @driverconf = cat_("$sanedir/$backend.conf"); handle_configs::set_directive(\@driverconf, $firmwareline, 0); output("$sanedir/$backend.conf", @driverconf); } sub installfirmware { # Install the firmware file in /usr/share/sane/firmware my ($firmware, $backend) = @_; return "" if !$firmware; $in ||= interactive->vnew; # Install firmware run_program::rooted($::prefix, "mkdir", "-p", "/usr/share/sane/firmware") or do { $in->ask_warn(N("Error"), N("Could not create directory /usr/share/sane/firmware!")); return ""; }; # Link /usr/share/sane/firmware to /usr/share/sane/<backend name> as # some backends ignore the supplied absolute path to the firmware file # and always search their own directory if ($backend) { run_program::rooted($::prefix, "ln", "-sf", "/usr/share/sane/firmware", "/usr/share/sane/$backend") or do { $in->ask_warn(N("Error"), N("Could not create link /usr/share/sane/%s!", $backend)); return ""; }; } run_program::rooted($::prefix, "cp", "-f", $firmware, "/usr/share/sane/firmware") or do { $in->ask_warn(N("Error"), N("Could not copy firmware file %s to /usr/share/sane/firmware!", $firmware)); return ""; }; $firmware =~ s!^(.*)(/[^/]+)$!/usr/share/sane/firmware$2!; run_program::rooted($::prefix, "chmod", "644", $firmware) or do { $in->ask_warn(N("Error"), N("Could not set permissions of firmware file %s!", $firmware)); return ""; }; return $firmware; } sub configured { my ($in) = @_; my @res; my $parportscannerfound = 0; # Run "scanimage -L", to find the scanners which are already working open my $LIST, "LC_ALL=C scanimage -L |"; while (my $line = <$LIST>) { if ($line =~ /^\s*device\s*`([^`']+)'\s+is\s+a\s+(\S.*)$/) { # Extract port and description my $port = $1; my $description = $2; # Remove duplicate scanners appearing through saned and the # "net" backend next if $port =~ /^net:(localhost|127.0.0.1):/; # Is the scanner hooked to a parallel or serial port? if ($port =~ /(parport|pt_drv|parallel|ttys)/i) { $parportscannerfound = 1; } # Determine which SANE backend the scanner in question uses my $backend; $backend = $1 if $port =~ /^([^:]+):/; # Does the scanner need a firmware file my $firmwareline = firmwareline($backend); # Store collected data push @res, { port => $port, val => { DESCRIPTION => $description, if_($backend, BACKEND => $backend), if_($firmwareline, FIRMWARELINE => $firmwareline), } }; } } close $LIST; # We have a parallel port scanner, make it working for non-root users nonroot_access_for_parport($parportscannerfound, $in); return @res; } sub nonroot_access_for_parport { # This function configures a non-root access for parallel port # scanners by running saned as root, exporting the scanner to # localhost and letting the user's frontend use the "net" backend # to access the scanner through the loopback network device. # See also # http://www.linuxprinting.org/download/digitalimage/Scanning-as-Normal-User-on-Wierd-Scanner-Mini-HOWTO.txt # Desired state of this facility: 1: Enable, 0: Disable my ($enable, $in) = @_; # Is saned running? my $sanedrunning = services::starts_on_boot("saned"); # Is the "net" SANE backend active my $netbackendactive = find { /^\s*net\s*$/ } cat_("/etc/sane.d/dll.conf"); # Set this to 1 to tell the caller that the list of locally available # scanners has changed (Here if the SANE client configuration has # changed) my $changed = 0; my $importschanged = 0; if ($enable) { # Enable non-root access # Install/start saned if (!$sanedrunning) { # Make sure saned and xinetd is installed and # running if (!files_exist('/usr/sbin/xinetd', '/usr/sbin/saned')) { if (!$in->do_pkgs->install('xinetd', 'saned')) { $in->ask_warn(N("Scannerdrake"), N("Could not install the packages needed to share your scanner(s).") . " " . N("Your scanner(s) will not be available for non-root users.")); } return 0; } } # Modify /etc/xinetd.d/saned to let saned run as root my @sanedxinetdconf = cat_("/etc/xinetd.d/saned"); s/(user\s*=\s*).*$/$1root/ foreach @sanedxinetdconf; s/(group\s*=\s*).*$/$1root/ foreach @sanedxinetdconf; output("/etc/xinetd.d/saned", @sanedxinetdconf); # Read list of hosts to where to export the local scanners my @exports = cat_("/etc/sane.d/saned.conf"); # Read list of hosts from where to import scanners my @imports = cat_("/etc/sane.d/net.conf"); # Add "localhost" to the machines which saned exports handle_configs::set_directive(\@exports, "localhost") if !member("localhost\n", @exports); # Add "localhost" to the machines which "net" imports handle_configs::set_directive(\@imports, "localhost") if !member("localhost\n", @imports); # Write /etc/sane.d/saned.conf output("/etc/sane.d/saned.conf", @exports); # Write /etc/sane.d/net.conf output("/etc/sane.d/net.conf", @imports); # Make sure that the "net" backend is active scanner::add2dll("net"); # (Re)start saned and make sure that it gets started on # every boot services::start_service_on_boot("saned"); services::start_service_on_boot("xinetd"); services::restart("xinetd"); } else { # Disable non-root access if (-r "/etc/xinetd.d/saned") { # Modify /etc/xinetd.d/saned to let saned run as saned my @sanedxinetdconf = cat_("/etc/xinetd.d/saned"); s/(user\s*=\s*).*$/$1saned/ foreach @sanedxinetdconf; s/(group\s*=\s*).*$/$1saned/ foreach @sanedxinetdconf; output("/etc/xinetd.d/saned", @sanedxinetdconf); # Restart xinetd services::restart("xinetd") if $sanedrunning; } } return 1; } sub detect { my @configured = @_; my @res; # Run "sane-find-scanner", this also detects USB scanners which only # work with libusb. my @devices = detect_devices::probeall(); open my $DETECT, "LC_ALL=C sane-find-scanner -q |"; while (my $line = <$DETECT>) { my ($vendorid, $productid, $make, $model, $description, $port, $driver); my $real_device; if ($line =~ /^\s*found\s+USB\s+scanner/i) { # Found an USB scanner if ($line =~ /vendor=(0x[0-9a-f]+)[^0-9a-f\[]+[^\[]*\[([^\[\]]+)\].*prod(|uct)=(0x[0-9a-f]+)[^0-9a-f\[]+[^\[]*\[([^\[\]]+)\]/) { # Scanner connected via libusb $vendorid = $1; $make = $2; $productid = $4; $model = $5; $description = "$make|$model"; } elsif ($line =~ /vendor=(0x[0-9a-f]+)[^0-9a-f]+.*prod(|uct)=(0x[0-9a-f]+)[^0-9a-f]+/) { # Scanner connected via scanner.o kernel module $vendorid = $1; $productid = $3; } if ($vendorid && $productid) { my ($vendor) = $vendorid =~ /0x([0-9a-f]+)/; my ($id) = $productid =~ /0x([0-9a-f]+)/; my ($device) = grep { sprintf("%04x", $_->{vendor}) eq $vendor && sprintf("%04x", $_->{id}) eq $id } @devices; if ($device) { $driver = $device->{driver}; $real_device = $device; } else { #warn "Failed to lookup $vendorid and $productid!\n"; } # We have vendor and product ID, look up the scanner in # the usbtable foreach my $entry (common::catMaybeCompressed("$scannerDBdir/usbtable")) { if ($entry =~ /^\s*$vendorid\s+$productid\s+.*"([^"]+)"\s*$/) { $description = $1; $description =~ s/Seiko\s+Epson/Epson/i; if ($description =~ /^([^\|]+)\|(.*)$/) { $make = $1; $model = $2; } last; } } } } elsif ($line =~ /^\s*found\s+SCSI/i) { # SCSI scanner if ($line =~ /"([^"\s]+)\s+([^"]+?)\s+([^"\s]+)"/) { $make = $1; $model = $2; $description = "$make|$model"; } } else { # Comment line in output of "sane-find-scanner" next; } # The Alcatel Speed Touch internet scanner is not supported by # SANE next if $description =~ /Alcatel.*Speed.*Touch|Camera|ISDN|ADSL/i; # Extract port $port = $1 if $line =~ /\s+(\S+)\s*$/; # Check for duplicate (scanner.o/libusb) if ($port =~ /^libusb/) { my $duplicate = 0; foreach (@res) { if ($_->{val}{vendor} eq $vendorid && $_->{val}{id} eq $productid && $_->{port} =~ /dev.*usb.*scanner/ && !defined($_->{port2})) { # Duplicate entry found, merge the entries $_->{port2} = $port; $_->{val}{MANUFACTURER} ||= $make; $_->{val}{MODEL} ||= $model; $_->{val}{DESCRIPTION} ||= $description; $duplicate = 1; last; } } next if $duplicate; } # Store collected data push @res, { port => $port, val => { CLASS => 'SCANNER', MODEL => $model, MANUFACTURER => $make, DESCRIPTION => $description, id => $productid, vendor => $vendorid, driver => $driver, drakx_device => $real_device, } }; } close $DETECT; if (@configured) { # Remove scanners which are already working foreach my $d (@res) { my $searchport1 = handle_configs::searchstr(resolve_symlinks($d->{port})); my $searchport2 = handle_configs::searchstr(resolve_symlinks($d->{port2})); foreach my $c (@configured) { my $currentport = resolve_symlinks($c->{port}); if ($currentport =~ /$searchport1$/ || $searchport2 && $currentport =~ /$searchport2$/) { $d->{configured} = 1; last; } } } @res = grep { ! $_->{configured} } @res; } # blacklist device that have a driver b/c of buggy sane-find-scanner: return grep { member($_->{val}{driver}, qw(scanner unknown usbcore)) } @res; } sub resolve_symlinks { # Check if a given file (either the pure filename or in a SANE device # string as "<prefix>:<file>") is a symlink, if so expand the link. # If the new file name is a link, expand again, until finding the # physical file. my ($file) = @_; my $prefix = ""; if ($file =~ m!^([^/]*)(/.*)$!) { $prefix = $1; $file = $2; } else { return $file; } while (1) { my $ls = `ls -l $file 2> /dev/null`; if ($ls =~ m!\s($file)\s*\->\s*(\S+)\s*$!) { my $target = $2; if ($target !~ m!^/! && $file =~ m!^(.*)/[^/]+$!) { $target = "$1/$target"; } $file = $target; } else { last; } } return $prefix . $file; } sub get_usb_ids_for_port { my ($port) = @_; if ($port =~ /^\s*libusb:(\d+):(\d+)\s*$/) { # Use "lsusb" to find the USB IDs open my $DETECT, "LC_ALL=C lsusb -s $1:$2 |"; while (my $line = <$DETECT>) { if ($line =~ /ID\s+([0-9a-f]+):(0x[0-9a-f]+)($|\s+)/) { # Scanner connected via scanner.o kernel module


context:
space:
mode: