package printer::main;
# $Id$
use strict;
use common;
use run_program;
use printer::data;
use printer::services;
use printer::default;
use printer::cups;
use printer::detect;
use handle_configs;
use services;
use lang;
use vars qw(@ISA @EXPORT);
@ISA = qw(Exporter);
@EXPORT = qw(%printer_type %printer_type_inv);
#-Did we already read the subroutines of /usr/sbin/ptal-init?
my $ptalinitread = 0;
our %printer_type = (
N("Local printer") => "LOCAL",
N("Remote printer") => "REMOTE",
N("Printer on remote CUPS server") => "CUPS",
N("Printer on remote lpd server") => "LPD",
N("Network printer (TCP/Socket)") => "SOCKET",
N("Printer on SMB/Windows 95/98/NT server") => "SMB",
N("Printer on NetWare server") => "NCP",
N("Enter a printer device URI") => "URI",
N("Pipe job into a command") => "POSTPIPE"
);
our %printer_type_inv = reverse %printer_type;
our %thedb;
#------------------------------------------------------------------------------
sub spooler() {
# LPD is taken from the menu for the moment because the classic LPD is
# highly unsecure. Depending on how the GNU lpr development is going on
# LPD support can be reactivated by uncommenting the following line.
#return @spooler_inv{qw(cups lpd lprng pdq)};
# LPRng is not officially supported any more since version 9.0 of
# this distribution, so show it only in the spooler menu when it
# was manually installed.
# PDQ is not officially supported any more since version 9.1, so
# show it only in the spooler menu when it was manually installed.
return map { $spoolers{$_}{long_name} } qw(cups),
if_(files_exist(qw(/usr/bin/pdq)), 'pdq'),
if_(files_exist(qw(/usr/lib/filters/lpf /usr/sbin/lpd)), 'lprng');
}
sub printer_type($) {
my ($printer) = @_;
for ($printer->{SPOOLER}) {
/cups/ and return @printer_type_inv{qw(LOCAL LPD SOCKET SMB), if_($printer->{expert}, qw(URI))};
/lpd/ and return @printer_type_inv{qw(LOCAL LPD SOCKET SMB NCP), if_($printer->{expert}, qw(POSTPIPE URI))};
/lprng/ and return @printer_type_inv{qw(LOCAL LPD SOCKET SMB NCP), if_($printer->{expert}, qw(POSTPIPE URI))};
/pdq/ and return @printer_type_inv{qw(LOCAL LPD SOCKET), if_($printer->{expert}, qw(URI))};
}
}
sub SIGHUP_daemon {
my ($service) = @_;
if ($service eq "cupsd") { $service = "cups" };
# PDQ has no daemon, exit.
if ($service eq "pdq") { return 1 };
# CUPS needs auto-correction for its configuration
run_program::rooted($::prefix, "/usr/sbin/correctcupsconfig") if $service eq "cups";
# Name of the daemon
my %daemons = (
"lpr" => "lpd",
"lpd" => "lpd",
"lprng" => "lpd",
"cups" => "cupsd",
"devfs" => "devfsd",
);
my $daemon = $daemons{$service};
$daemon = $service unless defined $daemon;
# if ($service eq "cups") {
# # The current CUPS (1.1.13) dies on SIGHUP, do the normal restart.
# printer::services::restart($service);
# # CUPS needs some time to come up.
# printer::services::wait_for_cups();
# } else {
# Send the SIGHUP
run_program::rooted($::prefix, "/usr/bin/killall", "-HUP", $daemon);
if ($service eq "cups") {
# CUPS needs some time to come up.
printer::services::wait_for_cups();
}
return 1;
}
sub assure_device_is_available_for_cups {
# Checks whether CUPS already "knows" a certain port, it does not
# know it usually when the appropriate kernel module is loaded
# after CUPS was started or when the printer is turned on after
# CUPS was started. CUPS 1.1.12 and newer refuses to set up queues
# on devices which it does not know, it points these queues to
# file:/dev/null instead. Restart CUPS if necessary to assure that
# CUPS knows the device.
my ($device) = @_;
my $sdevice = handle_configs::searchstr($device);
my ($result, $i);
# USB printers get special model-dependent URLs in "lpinfo -v" here
# checking is complicated, so we simply restart CUPS then and ready.
if ($device =~ /usb/) {
$result = printer::services::restart("cups");
return 1;
}
my $maxattempts = 3;
for ($i = 0; $i < $maxattempts; $i++) {
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") .
'/bin/sh -c "export LC_ALL=C; /usr/sbin/lpinfo -v" |') or
die 'Could not run "lpinfo"!';
while (my $line = <$F>) {
if ($line =~ /$sdevice/) { # Found a line containing the device
# name, so CUPS knows it.
close $F;
return 1;
}
}
close $F;
$result = printer::services::restart("cups");
}
return $result;
}
sub spooler_in_security_level {
# Was the current spooler already added to the current security level?
my ($spooler, $level) = @_;
my $sp;
$sp = $spooler eq "lpr" || $spooler eq "lprng" ? "lpd" : $spooler;
my $file = "$::prefix/etc/security/msec/server.$level";
if (-f $file) {
open(my $F, "< $file") or return 0;
while (my $line = <$F>) {
if ($line =~ /^\s*$sp\s*$/) {
close $F;
return 1;
}
}
close $F;
}
return 0;
}
sub add_spooler_to_security_level {
my ($spooler, $level) = @_;
my $sp;
$sp = $spooler eq "lpr" || $spooler eq "lprng" ? "lpd" : $spooler;
my $file = "$::prefix/etc/security/msec/server.$level";
if (-f $file) {
eval { append_to_file($file, "$sp\n") } or return 0;
}
return 1;
}
sub pdq_panic_button {
my $setting = $_[0];
if (-f "$::prefix/usr/sbin/pdqpanicbutton") {
run_program::rooted($::prefix, "/usr/sbin/pdqpanicbutton", "--$setting")
or die "Could not $setting PDQ panic buttons!";
}
}
sub copy_printer_params($$) {
my ($from, $to) = @_;
map { $to->{$_} = $from->{$_} } grep { $_ ne 'configured' } keys %$from;
#- avoid cycles-----------------^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
}
sub getinfo($) {
my ($prefix) = @_;
my $printer = {};
$::prefix = $prefix;
# Initialize $printer data structure
resetinfo($printer);
return $printer;
}
#------------------------------------------------------------------------------
sub resetinfo($) {
my ($printer) = @_;
$printer->{QUEUE} = "";
$printer->{OLD_QUEUE} = "";
$printer->{OLD_CHOICE} = "";
$printer->{ARGS} = "";
$printer->{DBENTRY} = "";
$printer->{DEFAULT} = "";
$printer->{currentqueue} = {};
# -check which printing system was used previously and load the information
# -about its queues
read_configured_queues($printer);
}
sub read_configured_queues($) {
my ($printer) = @_;
my @QUEUES;
# Get the default spooler choice from the config file
$printer->{SPOOLER} ||= printer::default::get_spooler();
if (!$printer->{SPOOLER}) {
#- Find the first spooler where there are queues
foreach my $spooler (qw(cups pdq lprng lpd)) {
#- Is the spooler's daemon running?
my $service = $spooler;
if ($service eq "lprng") {
$service = "lpd";
}
if ($service ne "pdq") {
next unless services::is_service_running($service);
# daemon is running, spooler found
$printer->{SPOOLER} = $spooler;
}
#- poll queue info
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") .
"foomatic-configure -P -q -s $spooler |") or
die "Could not run foomatic-configure";
eval join('', <$F>);
close $F;
if ($service eq "pdq") {
#- Have we found queues? PDQ has no damon, so we consider
#- it in use when there are defined printer queues
if ($#QUEUES != -1) {
$printer->{SPOOLER} = $spooler;
last;
}
} else {
#- For other spoolers we have already found a running
#- daemon when we have arrived here
last;
}
}
} else {
#- Poll the queues of the current default spooler
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") .
"foomatic-configure -P -q -s $printer->{SPOOLER} -r |") or
die "Could not run foomatic-configure";
eval join('', <$F>);
close $F;
}
$printer->{configured} = {};
my $i;
my $N = $#QUEUES + 1;
for ($i = 0; $i < $N; $i++) {
# Set the default printer
$printer->{DEFAULT} = $QUEUES[$i]{queuedata}{queue} if
$QUEUES[$i]{queuedata}{default};
# Advance to the next entry if the current is a remotely defined
# printer
next if $QUEUES[$i]{queuedata}{remote};
# Add an entry for a locally defined queue
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}} =
$QUEUES[$i];
if (!$QUEUES[$i]{make} || !$QUEUES[$i]{model}) {
if ($printer->{SPOOLER} eq "cups") {
$printer->{OLD_QUEUE} = $QUEUES[$i]{queuedata}{queue};
my $descr = get_descr_from_ppd($printer);
if ($descr =~ m/^([^\|]*)\|([^\|]*)(\|.*|)$/) {
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{make} ||= $1;
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{model} ||= $2;
}
# Read out which PPD file was originally used to set up this
# queue
if (open(my $F, "< $::prefix/etc/cups/ppd/$QUEUES[$i]{queuedata}{queue}.ppd")) {
while (my $line = <$F>) {
if ($line =~ /^\*%MDKMODELCHOICE:(.+)$/) {
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{ppd} = $1;
}
}
close $F;
}
# Mark that we have a CUPS queue but do not know the name
# the PPD file in /usr/share/cups/model
if (!$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{ppd}) {
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{ppd} = '1';
}
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{driver} = 'PPD';
$printer->{OLD_QUEUE} = "";
}
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{make} ||= "";
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{model} ||= N("Unknown model");
} else {
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{make} = $QUEUES[$i]{make};
$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{model} = $QUEUES[$i]{model};
}
# Fill in "options" field
if (my $args = $printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{args}) {
my @options;
foreach my $arg (@$args) {
push(@options, "-o");
my $optstr = $arg->{name} . "=" . $arg->{default};
push(@options, $optstr);
}
@{$printer->{configured}{$QUEUES[$i]{queuedata}{queue}}{queuedata}{options}} = @options;
}
# Construct an entry line for tree view in main window of
# printerdrake
make_menuentry($printer, $QUEUES[$i]{queuedata}{queue});
}
}
sub make_menuentry {
my ($printer, $queue) = @_;
my $spooler = $spoolers{$printer->{SPOOLER}}{short_name};
my $connect = $printer->{configured}{$queue}{queuedata}{connect};
my $localremote = N("Configured on this machine");
my $make = $printer->{configured}{$queue}{queuedata}{make};
my $model = $printer->{configured}{$queue}{queuedata}{model};
my $connection;
if ($connect =~ m!^(file|parallel):/dev/lp(\d+)$!) {
my $number = $2;
$connection = N(" on parallel port #%s", $number);
} elsif ($connect =~ m!^(file|usb):/dev/usb/lp(\d+)$!) {
my $number = $2;
$connection = N(", USB printer #%s", $number);
} elsif ($connect =~ m!^usb://!) {
$connection = N(", USB printer");
} elsif ($connect =~ m!^ptal://?(.+?)$!) {
my $ptaldevice = $1;
if ($ptaldevice =~ /^mlc:par:(\d+)$/) {
my $number = $1;
$connection = N(", multi-function device on parallel port #%s",
$number);
} elsif ($ptaldevice =~ /^mlc:par:/) {
$connection = N(", multi-function device on a parallel port");
} elsif ($ptaldevice =~ /^mlc:usb:/) {
$connection = N(", multi-function device on USB");
} elsif ($ptaldevice =~ /^hpjd:/) {
$connection = N(", multi-function device on HP JetDirect");
} else {
$connection = N(", multi-function device");
}
} elsif ($connect =~ m!^file:(.+)$!) {
$connection = N(", printing to %s", $1);
} elsif ($connect =~ m!^lpd://([^/]+)/([^/]+)/?$!) {
$connection = N(" on LPD server \"%s\", printer \"%s\"", $1, $2);
} elsif ($connect =~ m!^socket://([^/:]+):([^/:]+)/?$!) {
$connection = N(", TCP/IP host \"%s\", port %s", $1, $2);
} elsif ($connect =~ m!^smb://([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^smb://.*/([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^smb://.*\@([^/\@]+)/([^/\@]+)/?$!) {
$connection = N(" on SMB/Windows server \"%s\", share \"%s\"", $1, $2);
} elsif ($connect =~ m!^ncp://([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^ncp://.*/([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^ncp://.*\@([^/\@]+)/([^/\@]+)/?$!) {
$connection = N(" on Novell server \"%s\", printer \"%s\"", $1, $2);
} elsif ($connect =~ m!^postpipe:(.+)$!) {
$connection = N(", using command %s", $1);
} else {
$connection = ($printer->{expert} ? ", URI: $connect" : "");
}
my $sep = "!";
$printer->{configured}{$queue}{queuedata}{menuentry} =
($printer->{expert} ? "$spooler$sep" : "") .
"$localremote$sep$queue: $make $model$connection";
}
sub connectionstr {
my ($connect) = @_;
my $connection;
if ($connect =~ m!^(file|parallel):/dev/lp(\d+)$!) {
my $number = $2;
$connection = N("Parallel port #%s", $number);
} elsif ($connect =~ m!^(file|usb):/dev/usb/lp(\d+)$!) {
my $number = $2;
$connection = N("USB printer #%s", $number);
} elsif ($connect =~ m!^usb://!) {
$connection = N("USB printer");
} elsif ($connect =~ m!^ptal://?(.+?)$!) {
my $ptaldevice = $1;
if ($ptaldevice =~ /^mlc:par:(\d+)$/) {
my $number = $1;
$connection = N("Multi-function device on parallel port #%s",
$number);
} elsif ($ptaldevice =~ /^mlc:par:/) {
$connection = N("Multi-function device on a parallel port");
} elsif ($ptaldevice =~ /^mlc:usb:/) {
$connection = N("Multi-function device on USB");
} elsif ($ptaldevice =~ /^hpjd:/) {
$connection = N("Multi-function device on HP JetDirect");
} else {
$connection = N("Multi-function device");
}
} elsif ($connect =~ m!^file:(.+)$!) {
$connection = N("Prints into %s", $1);
} elsif ($connect =~ m!^lpd://([^/]+)/([^/]+)/?$!) {
$connection = N("LPD server \"%s\", printer \"%s\"", $1, $2);
} elsif ($connect =~ m!^socket://([^/:]+):([^/:]+)/?$!) {
my ($host, $port) = ($1, $2);
$connection = N("TCP/IP host \"%s\", port %s", $host, $port);
} elsif ($connect =~ m!^smb://([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^smb://.*/([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^smb://.*\@([^/\@]+)/([^/\@]+)/?$!) {
$connection = N("SMB/Windows server \"%s\", share \"%s\"", $1, $2);
} elsif ($connect =~ m!^ncp://([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^ncp://.*/([^/\@]+)/([^/\@]+)/?$! ||
$connect =~ m!^ncp://.*\@([^/\@]+)/([^/\@]+)/?$!) {
$connection = N("Novell server \"%s\", printer \"%s\"", $1, $2);
} elsif ($connect =~ m!^postpipe:(.+)$!) {
$connection = N("Uses command %s", $1);
} else {
$connection = N("URI: %s", $connect);
}
return $connection;
}
sub read_printer_db {
my ($printer, $spooler) = @_;
my $DBPATH; #- don't have to do close ... and don't modify globals at least
# Generate the Foomatic printer/driver overview, read it from the
# appropriate file when it is already generated
open($DBPATH, ($::testing ? $::prefix : "chroot $::prefix/ ") . #-#
"foomatic-configure -O -q |") or
die "Could not run foomatic-configure";
my $entry = {};
my $inentry = 0;
my $indrivers = 0;
my $inautodetect = 0;
my $autodetecttype = "";
local $_;
while (<$DBPATH>) {
chomp;
if ($inentry) {
# We are inside a printer entry
if ($indrivers) {
# We are inside the drivers block of a printers entry
if (m!^\s*\s*$!) {
# End of drivers block
$indrivers = 0;
} elsif (m!^\s*(.+)\s*$!) {
push @{$entry->{drivers}}, $1;
}
} elsif ($inautodetect) {
# We are inside the autodetect block of a printers entry
# All entries inside this block will be ignored
if ($autodetecttype) {
if (m!^.*\s*$!) {
# End of general, parallel, USB, or SNMP section
$autodetecttype = "";
} elsif (m!^\s*\s*([^<>]+)\s*\s*$!) {
# Manufacturer
$entry->{devidmake} = $1;
} elsif (m!^\s*\s*([^<>]+)\s*\s*$!) {
# Model
$entry->{devidmodel} = $1;
} elsif (m!^\s*\s*([^<>]+)\s*\s*$!) {
# Description
$entry->{deviddesc} = $1;
} elsif (m!^\s*\s*([^<>]+)\s*\s*$!) {
# Command set
$entry->{devidcmdset} = $1;
} elsif (m!^\s*\s*([^<>]+)\s*\s*$!) {
# Full ID string
my $idstr = $1;
$idstr =~ m!(MFG|MANUFACTURER):([^;]+);!i
and $entry->{devidmake} = $2;
$idstr =~ m!(MDL|MODEL):([^;]+);!i
and $entry->{devidmodel} = $2;
$idstr =~ m!(DES|DESCRIPTION):([^;]+);!i
and $entry->{deviddesc} = $2;
$idstr =~ m!(CMD|COMMAND\s*SET):([^;]+);!i
and $entry->{devidcmdset} = $2;
}
} else {
if (m!^.*\s*$!) {
# End of autodetect block
$inautodetect = 0;
} elsif (m!^\s*<(general|parallel|usb|snmp)>\s*$!) {
# Beginning of parallel, USB, or SNMP section
$autodetecttype = $1;
}
}
} else {
if (m!^\s*\s*$!) {
# entry completed
$inentry = 0;
# Expert mode:
# Make one database entry per driver with the entry name
# manufacturer|model|driver
if ($printer->{expert}) {
foreach my $driver (@{$entry->{drivers}}) {
my $driverstr;
if ($driver eq "Postscript") {
$driverstr = "PostScript";
} else {
$driverstr = "GhostScript + $driver";
}
if ($driver eq $entry->{defaultdriver}) {
$driverstr .= " (recommended)";
}
$entry->{ENTRY} = "$entry->{make}|$entry->{model}|$driverstr";
$entry->{ENTRY} =~ s/^CITOH/C.ITOH/i;
$entry->{ENTRY} =~
s/^KYOCERA[\s\-]*MITA/KYOCERA/i;
$entry->{driver} = $driver;
# Duplicate contents of $entry because it is multiply entered to the database
map { $thedb{$entry->{ENTRY}}{$_} = $entry->{$_} } keys %$entry;
}
} else {
# Recommended mode
# Make one entry per printer, with the recommended
# driver (manufacturerer|model)
$entry->{ENTRY} = "$entry->{make}|$entry->{model}";
$entry->{ENTRY} =~ s/^CITOH/C.ITOH/i;
$entry->{ENTRY} =~
s/^KYOCERA[\s\-]*MITA/KYOCERA/i;
if ($entry->{defaultdriver}) {
$entry->{driver} = $entry->{defaultdriver};
map { $thedb{$entry->{ENTRY}}{$_} = $entry->{$_} } keys %$entry;
}
}
$entry = {};
} elsif (m!^\s*\s*([^\s<>]+)\s*\s*$!) {
# Foomatic printer ID
$entry->{printer} = $1;
} elsif (m!^\s*(.+)\s*$!) {
# Printer manufacturer
$entry->{make} = uc($1);
} elsif (m!^\s*(.+)\s*$!) {
# Printer model
$entry->{model} = $1;
} elsif (m!(.+)!) {
# Printer default driver
$entry->{defaultdriver} = $1;
} elsif (m!^\s*\s*$!) {
# Drivers block
$indrivers = 1;
@{$entry->{drivers}} = ();
} elsif (m!^\s*\s*$!) {
# Autodetect block
$inautodetect = 1;
}
}
} else {
if (m!^\s*\s*$!) {
# new entry
$inentry = 1;
}
}
}
close $DBPATH;
# Add raw queue
$entry->{ENTRY} = N("Raw printer (No driver)");
$entry->{driver} = "raw";
$entry->{make} = "";
$entry->{model} = N("Unknown model");
$thedb{$entry->{ENTRY}}{$_} = $entry->{$_} foreach keys %$entry;
#- Load CUPS driver database if CUPS is used as spooler
if ($spooler && $spooler eq "cups") {
poll_ppd_base($printer);
}
#my @entries_db_short = sort keys %printer::thedb;
#%descr_to_db = map { $printer::thedb{$_}{DESCR}, $_ } @entries_db_short;
#%descr_to_help = map { $printer::thedb{$_}{DESCR}, $printer::thedb{$_}{ABOUT} } @entries_db_short;
#@entry_db_description = keys %descr_to_db;
#db_to_descr = reverse %descr_to_db;
}
sub read_foomatic_options ($) {
my ($printer) = @_;
# Generate the option data for the chosen printer/driver combo
my $COMBODATA;
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") .
"foomatic-configure -P -q -p $printer->{currentqueue}{printer}" .
" -d $printer->{currentqueue}{driver}" .
($printer->{OLD_QUEUE} ?
" -s $printer->{SPOOLER} -n $printer->{OLD_QUEUE}" : "") .
($printer->{SPECIAL_OPTIONS} ?
" $printer->{SPECIAL_OPTIONS}" : "")
. " |") or
die "Could not run foomatic-configure";
eval join('', (<$F>));
close $F;
# Return the arguments field
return $COMBODATA->{args};
}
sub read_ppd_options ($) {
my ($printer) = @_;
# Generate the option data for a given PPD file
my $COMBODATA;
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") .
"foomatic-configure -P -q" .
" --ppd /usr/share/cups/model/$printer->{currentqueue}{ppd}" .
($printer->{OLD_QUEUE} ?
" -s $printer->{SPOOLER} -n $printer->{OLD_QUEUE}" : "") .
($printer->{SPECIAL_OPTIONS} ?
" $printer->{SPECIAL_OPTIONS}" : "")
. " |") or
die "Could not run foomatic-configure";
eval join('', (<$F>));
close $F;
# Return the arguments field
return $COMBODATA->{args};
}
my %sysconfig = getVarsFromSh("$::prefix/etc/sysconfig/printing");
sub set_cups_special_options {
my ($queue) = @_;
# Set some special CUPS options
my @lpoptions = chomp_(cat_("$::prefix/etc/cups/lpoptions"));
# If nothing is already configured, set text file borders of half an inch
# and decrease the font size a little bit, so nothing of the text gets
# cut off by unprintable borders.
if (!any { /$queue.*\s(page-(top|bottom|left|right)|lpi|cpi)=/ } @lpoptions) {
run_program::rooted($::prefix, "lpoptions",
"-p", $queue,
"-o", "page-top=36", "-o", "page-bottom=36",
"-o", "page-left=36", "-o page-right=36",
"-o", "cpi=12", "-o", "lpi=7", "-o", "wrap");
}
# Let images fill the whole page by default
if (!any { /$queue.*\s(scaling|natural-scaling|ppi)=/ } @lpoptions) {
run_program::rooted($::prefix, "lpoptions",
"-p", $queue,
"-o", "scaling=100");
}
return 1;
}
sub set_cups_autoconf {
my ($autoconf) = @_;
$sysconfig{CUPS_CONFIG} = $autoconf ? "automatic" : "manual";
setVarsInSh("$::prefix/etc/sysconfig/printing", \%sysconfig);
# Restart CUPS
printer::services::restart("cups") if $autoconf;
return 1;
}
sub get_cups_autoconf() { $sysconfig{CUPS_CONFIG} ne 'manual' ? 1 : 0 }
sub set_usermode {
my ($usermode) = @_;
$sysconfig{USER_MODE} = $usermode ? "expert" : "recommended";
setVarsInSh("$::prefix/etc/sysconfig/printing", \%sysconfig) if !$::testing;
return $usermode;
}
sub get_usermode() { $sysconfig{USER_MODE} eq 'expert' ? 1 : 0 }
sub set_jap_textmode {
my $textmode = ($_[0] ? 'cjk' : '');
substInFile {
s!^(\s*text/plain\s+\S+\s+\d+\s+)\S+(\s*$)!$1${textmode}texttops$2!
} "$::prefix/etc/cups/mime.convs";
return 1;
}
sub get_jap_textmode() {
my @mimeconvs = cat_("$::prefix/etc/cups/mime.convs");
(m!^\s*text/plain\s+\S+\s+\d+\s+(\S+)\s*$!m and
$1 eq 'cjktexttops' and return 1) foreach @mimeconvs;
return 0;
}
#----------------------------------------------------------------------
# Handling of /etc/cups/cupsd.conf
sub read_cupsd_conf() {
cat_("$::prefix/etc/cups/cupsd.conf");
}
sub write_cupsd_conf {
my (@cupsd_conf) = @_;
output("$::prefix/etc/cups/cupsd.conf", @cupsd_conf);
#- restart cups after updating configuration.
printer::services::restart("cups");
}
sub read_location {
# Return the lines inside the [path] location block
#
#
# ...
#
my ($cupsd_conf_ptr, $path) = @_;
my @result;
if (any { m!^\s*! } @$cupsd_conf_ptr) {
my $location_start = -1;
my $location_end = -1;
# Go through all the lines, bail out when start and end line found
for (my $i = 0;
$i <= $#{$cupsd_conf_ptr} && $location_end == -1;
$i++) {
if ($cupsd_conf_ptr->[$i] =~ m!^\s*<\s*Location\s+$path\s*>!) {
# Start line of block
$location_start = $i;
} elsif ($cupsd_conf_ptr->[$i] =~
m!^\s*<\s*/Location\s*>! &&
$location_start != -1) {
# End line of block
$location_end = $i;
last;
} elsif ($location_start >= 0 && $location_end < 0) {
# Inside the location block
push(@result, $cupsd_conf_ptr->[$i]);
}
}
} else {
# If there is no root location block, set the result array to
# "undef"
@result = undef;
}
return @result;
}
sub rip_location {
# Cut out the [path] location block
#
#
# ...
#
#
# so that it can be treated seperately without affecting the
# rest of the file
my ($cupsd_conf_ptr, $path) = @_;
my @location;
my $location_start = -1;
my $location_end = -1;
if (any { m!^\s*! } @$cupsd_conf_ptr) {
# Go through all the lines, bail out when start and end line found
for (my $i = 0;
$i <= $#{$cupsd_conf_ptr} && $location_end == -1;
$i++) {
if ($cupsd_conf_ptr->[$i] =~ m!^\s*<\s*Location\s+$path\s*>!) {
# Start line of block
$location_start = $i;
} elsif ($cupsd_conf_ptr->[$i] =~
m!^\s*<\s*/Location\s*>! &&
$location_start != -1) {
# End line of block
$location_end = $i;
last;
}
}
# Rip out the block and store it seperately
@location =
splice(@$cupsd_conf_ptr, $location_start,
$location_end - $location_start + 1);
} else {
# If there is no location block, create one
$location_start = $#{$cupsd_conf_ptr} + 1;
@location = ("\n", "\n");
}
return $location_start, @location;
}
sub insert_location {
# Re-insert a location block ripped with "rip_location"
my ($cupsd_conf_ptr, $location_start, @location) = @_;
splice(@$cupsd_conf_ptr, $location_start,0,@location);
}
sub add_to_location {
# Add a directive to a given location (only if it is not already there)
my ($cupsd_conf_ptr, $path, $directive) = @_;
my ($location_start, @location) = rip_location($cupsd_conf_ptr, $path);
my $success = handle_configs::insert_directive(\@location, $directive);
insert_location($cupsd_conf_ptr, $location_start, @location);
return $success;
}
sub remove_from_location {
# Remove a directive from a given location
my ($cupsd_conf_ptr, $path, $directive) = @_;
my ($location_start, @location) = rip_location($cupsd_conf_ptr, $path);
my $success = handle_configs::remove_directive(\@location, $directive);
insert_location($cupsd_conf_ptr, $location_start, @location);
return $success;
}
sub replace_in_location {
# Replace a directive in a given location
my ($cupsd_conf_ptr, $path, $olddirective, $newdirective) = @_;
my ($location_start, @location) = rip_location($cupsd_conf_ptr, $path);
my $success = handle_configs::replace_directive(\@location,
$olddirective,
$newdirective);
insert_location($cupsd_conf_ptr, $location_start, @location);
return $success;
}
sub add_allowed_host {
# Add a host or network which should get access to the local printer(s)
my ($cupsd_conf_ptr, $host) = @_;
return (handle_configs::insert_directive($cupsd_conf_ptr,
"BrowseAddress $host") and
add_to_location($cupsd_conf_ptr, "/", "Allow From $host"));
}
sub remove_allowed_host {
# Remove a host or network which should get access to the local
# printer(s)
my ($cupsd_conf_ptr, $host) = @_;
return (handle_configs::remove_directive($cupsd_conf_ptr, "BrowseAddress $host") and
remove_from_location($cupsd_conf_ptr, "/",
"Allow From $host"));
}
sub replace_allowed_host {
# Remove a host or network which should get access to the local
# printer(s)
my ($cupsd_conf_ptr, $oldhost, $newhost) = @_;
return (handle_configs::replace_directive($cupsd_conf_ptr,
"BrowseAddress $oldhost",
"BrowseAddress $newhost") and
replace_in_location($cupsd_conf_ptr, "/", "Allow From $newhost",
"Allow From $newhost"));
}
sub broadcastaddress {
# Determines the broadcast address (for "BrowseAddress" line) for
# a given network IP
my ($address) = @_;
if ($address =~ /^\d+\.\*$/) {
$address =~ s/\*$/255.255.255/;
} elsif ($address =~ /^\d+\.\d+\.\*$/) {
$address =~ s/\*$/255.255/;
} elsif ($address =~ /^\d+\.\d+\.\d+\.\*$/) {
$address =~ s/\*$/255/;
} elsif ($address =~ m!^(\d+)\.(\d+)\.(\d+)\.(\d+)/(\d+)$!) {
my $numadr = ($1 << 24) + ($2 << 16) + ($3 << 8) + $4;
my $mask = ((1 << $5) - 1) << (32 - $5);
my $broadcast = $numadr | (~$mask);
$address =
(($broadcast & (255 << 24)) >> 24) . '.' .
(($broadcast & (255 << 16)) >> 16) . '.' .
(($broadcast & (255 << 8)) >> 8) . '.' .
($broadcast & 255);
} elsif ($address =~
m!^(\d+)\.(\d+)\.(\d+)\.(\d+)/(\d+)\.(\d+)\.(\d+)\.(\d+)$!) {
my $numadr = ($1 << 24) + ($2 << 16) + ($3 << 8) + $4;
my $mask = ($5 << 24) + ($6 << 16) + ($7 << 8) + $8;
my $broadcast = $numadr | (~$mask);
$address =
(($broadcast & (255 << 24)) >> 24) . '.' .
(($broadcast & (255 << 16)) >> 16) . '.' .
(($broadcast & (255 << 8)) >> 8) . '.' .
($broadcast & 255);
}
return $address;
}
sub networkaddress {
# Guesses a network address for a given broadcast address
my ($address) = @_;
if ($address =~ /\.255$/) {
while ($address =~ s/\.255$//) {};
$address .= ".*";
}
return $address;
}
sub localprintersshared {
# Do we broadcast our local printers
my ($printer) = @_;
return ($printer->{cupsconfig}{keys}{Browsing} !~ /off/i &&
$printer->{cupsconfig}{keys}{BrowseInterval} != 0 &&
$#{$printer->{cupsconfig}{keys}{BrowseAddress}} >= 0);
}
sub remotebroadcastsaccepted {
# Do we accept broadcasts from remote CUPS servers?
my ($printer) = @_;
# Is browsing not turned on at all?
if ($printer->{cupsconfig}{keys}{Browsing} =~ /off/i) {
return 0;
}
# No "BrowseDeny" lines at all
if ($#{$printer->{cupsconfig}{keys}{BrowseDeny}} < 0) {
return 1;
}
my $havedenyall =
join('', @{$printer->{cupsconfig}{keys}{BrowseDeny}}) =~
/All/im;
my $havedenylocal =
join('', @{$printer->{cupsconfig}{keys}{BrowseDeny}}) =~
/\@LOCAL/im;
my $orderallowdeny =
$printer->{cupsconfig}{keys}{BrowseOrder} =~
/allow\s*,\s*deny/i;
my $haveallowremote = 0;
foreach my $allowline (@{$printer->{cupsconfig}{keys}{BrowseAllow}}) {
next if
$allowline =~ /^\s*(localhost|0*127\.0+\.0+\.0*1|none)\s*$/i;
$haveallowremote = 1;
}
# A line denying all (or at least the all LANs) together with the order
# "allow,deny" or without "BrowseAllow" lines (which allow the
# broadcasts of at least one remote resource).
if (($havedenyall || $havedenylocal) &&
($orderallowdeny || !$haveallowremote)) {
return 0;
}
return 1;
}
sub clientnetworks {
# Determine the client networks to which the printers will be
# shared If the configuration is supported by our simplified
# interface ("Deny From All", "Order Deny,Allow", "Allow From ..."
# lines in " ... ", a "BrowseAddress ..."
# line for each "Allow From ..." line), return the list of allowed
# client networks ("Allow"/"BrowseAddress" lines), if not, return
# the list of all items which are at least one of the
# "BrowseAddresse"s or one of the "Allow From" addresses together
# with a flag that the setup is not supported.
my ($printer) = @_;
# Check for a "Deny From All" line
my $havedenyfromall =
(join('', @{$printer->{cupsconfig}{root}{DenyFrom}}) =~
/All/im ? 1 : 0);
# Check for "Deny From XXX" with XXX != All
my $havedenyfromnotall =
($#{$printer->{cupsconfig}{root}{DenyFrom}} - $havedenyfromall < 0 ?
0 : 1);
# Check for a "BrowseDeny All" line
my $havebrowsedenyall =
(join('', @{$printer->{cupsconfig}{keys}{BrowseDeny}}) =~
/All/im ? 1 : 0);
# Check for "BrowseDeny XXX" with XXX != All
my $havebrowsedenynotall =
($#{$printer->{cupsconfig}{keys}{BrowseDeny}} -
$havebrowsedenyall < 0 ? 0 : 1);
my @sharehosts;
my $haveallowfromlocalhost = 0;
my $haveallowedhostwithoutbrowseaddress = 0;
my $haveallowedhostwithoutbrowseallow = 0;
# Go through all "Allow From" lines
foreach my $line (@{$printer->{cupsconfig}{root}{AllowFrom}}) {
if ($line =~ /^\s*(localhost|0*127\.0+\.0+\.0*1)\s*$/i) {
# Line pointing to localhost
$haveallowfromlocalhost = 1;
} elsif ($line =~ /^\s*(none)\s*$/i) {
# Skip "Allow From None" lines
} elsif (!member($line, @sharehosts)) {
# Line pointing to remote server
push(@sharehosts, $line);
if (!member(broadcastaddress($line),
@{$printer->{cupsconfig}{keys}{BrowseAddress}})) {
$haveallowedhostwithoutbrowseaddress = 1;
}
if (!member($line,
@{$printer->{cupsconfig}{keys}{BrowseAllow}})) {
$haveallowedhostwithoutbrowseallow = 1;
}
}
}
my $havebrowseaddresswithoutallowedhost = 0;
# Go through all "BrowseAdress" lines
foreach my $line (@{$printer->{cupsconfig}{keys}{BrowseAddress}}) {
if ($line =~ /^\s*(localhost|0*127\.0+\.0+\.0*1)\s*$/i) {
# Skip lines pointing to localhost
} elsif ($line =~ /^\s*(none)\s*$/i) {
# Skip "Allow From None" lines
} elsif (!member($line, map { broadcastaddress($_) } @sharehosts)) {
# Line pointing to remote server
push(@sharehosts, networkaddress($line));
if ($printer->{cupsconfig}{localprintersshared}) {
$havebrowseaddresswithoutallowedhost = 1;
}
}
}
my $havebrowseallowwithoutallowedhost = 0;
# Go through all "BrowseAllow" lines
foreach my $line (@{$printer->{cupsconfig}{keys}{BrowseAllow}}) {
if ($line =~ /^\s*(localhost|0*127\.0+\.0+\.0*1)\s*$/i) {
# Skip lines pointing to localhost
} elsif ($line =~ /^\s*(none)\s*$/i) {
# Skip "BrowseAllow None" lines
} elsif (!member($line, @sharehosts)) {
# Line pointing to remote server
push(@sharehosts, $line);
#$havebrowseallowwithoutallowedhost = 1;
}
}
my $configunsupported = (!$havedenyfromall || $havedenyfromnotall ||
!$havebrowsedenyall || $havebrowsedenynotall ||
!$haveallowfromlocalhost ||
$haveallowedhostwithoutbrowseaddress ||
$havebrowseaddresswithoutallowedhost ||
$haveallowedhostwithoutbrowseallow ||
$havebrowseallowwithoutallowedhost);
return $configunsupported, @sharehosts;
}
sub makesharehostlist {
# Human-readable strings for hosts onto which the local printers
# are shared
my ($printer) = @_;
my @sharehostlist;
my %sharehosthash;
foreach my $host (@{$printer->{cupsconfig}{clientnetworks}}) {
if ($host =~ /\@LOCAL/i) {
$sharehosthash{$host} = N("Local network(s)");
} elsif ($host =~ /\@IF\((.*)\)/i) {
$sharehosthash{$host} = N("Interface \"%s\"", $1);
} elsif ($host =~ m!(/|^\*|\*$|^\.)!) {
$sharehosthash{$host} = N("Network %s", $host);
} else {
$sharehosthash{$host} = N("Host %s", $host);
}
push(@sharehostlist, $sharehosthash{$host});
}
my %sharehosthash_inv = reverse %sharehosthash;
return { list => \@sharehostlist,
hash => \%sharehosthash,
invhash => \%sharehosthash_inv };
}
sub makebrowsepolllist {
# Human-readable strings for hosts from which the print queues are
# polled
my ($printer) = @_;
my @browsepolllist;
my %browsepollhash;
foreach my $host (@{$printer->{cupsconfig}{BrowsePoll}}) {
my ($ip, $port);
if ($host =~ /^([^:]+):([^:]+)$/) {
$ip = $1;
$port = $2;
} else {
$ip = $host;
$port = '631';
}
$browsepollhash{$host} = N("%s (Port %s)", $ip, $port);
push(@browsepolllist, $browsepollhash{$host});
}
my %browsepollhash_inv = reverse %browsepollhash;
return { list => \@browsepolllist,
hash => \%browsepollhash,
invhash => \%browsepollhash_inv };
}
sub is_network_ip {
# Determine whwther the given string is a valid network IP
my ($address) = @_;
$address =~ /^(\d+)\.(\d+)\.(\d+)\.(\d+)$/ ||
$address =~ /^(\d+\.){1,3}\*$/ ||
$address =~ m!^(\d+)\.(\d+)\.(\d+)\.(\d+)/(\d+)$! ||
$address =~
m!^(\d+)\.(\d+)\.(\d+)\.(\d+)/(\d+)\.(\d+)\.(\d+)\.(\d+)$!;
}
sub read_cups_config {
# Read the information relevant to the printer sharing dialog from
# the CUPS configuration
my ($printer) = @_;
# From /etc/cups/cupsd.conf
# Keyword "Browsing"
$printer->{cupsconfig}{keys}{Browsing} =
handle_configs::read_unique_directive($printer->{cupsconfig}{cupsd_conf},
'Browsing', 'On');
# Keyword "BrowseInterval"
$printer->{cupsconfig}{keys}{BrowseInterval} =
handle_configs::read_unique_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseInterval', '30');
# Keyword "BrowseAddress"
@{$printer->{cupsconfig}{keys}{BrowseAddress}} =
handle_configs::read_directives($printer->{cupsconfig}{cupsd_conf},
'BrowseAddress');
# Keyword "BrowseAllow"
@{$printer->{cupsconfig}{keys}{BrowseAllow}} =
handle_configs::read_directives($printer->{cupsconfig}{cupsd_conf},
'BrowseAllow');
# Keyword "BrowseDeny"
@{$printer->{cupsconfig}{keys}{BrowseDeny}} =
handle_configs::read_directives($printer->{cupsconfig}{cupsd_conf},
'BrowseDeny');
# Keyword "BrowseOrder"
$printer->{cupsconfig}{keys}{BrowseOrder} =
handle_configs::read_unique_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseOrder', 'deny,allow');
# Keyword "BrowsePoll" (needs "Browsing On")
if ($printer->{cupsconfig}{keys}{Browsing} !~ /off/i) {
@{$printer->{cupsconfig}{BrowsePoll}} =
handle_configs::read_directives($printer->{cupsconfig}{cupsd_conf},
'BrowsePoll');
}
# Root location
@{$printer->{cupsconfig}{rootlocation}} =
read_location($printer->{cupsconfig}{cupsd_conf}, '/');
# Keyword "Allow from"
@{$printer->{cupsconfig}{root}{AllowFrom}} =
handle_configs::read_directives($printer->{cupsconfig}{rootlocation},
'Allow From');
# Remove the IPs pointing to the local machine
my @localips = printer::detect::getIPsOfLocalMachine();
@{$printer->{cupsconfig}{root}{AllowFrom}} =
grep {
!member($_, @localips)
} @{$printer->{cupsconfig}{root}{AllowFrom}};
# Keyword "Deny from"
@{$printer->{cupsconfig}{root}{DenyFrom}} =
handle_configs::read_directives($printer->{cupsconfig}{rootlocation},
'Deny From');
# Keyword "Order"
$printer->{cupsconfig}{root}{Order} =
handle_configs::read_unique_directive($printer->{cupsconfig}{rootlocation},
'Order', 'Deny,Allow');
# Widget settings
# Local printers available to other machines?
$printer->{cupsconfig}{localprintersshared} =
localprintersshared($printer);
# This machine is accepting printers shared by remote machines?
$printer->{cupsconfig}{remotebroadcastsaccepted} =
remotebroadcastsaccepted($printer);
# To which machines are the local printers available?
($printer->{cupsconfig}{customsharingsetup},
@{$printer->{cupsconfig}{clientnetworks}}) =
clientnetworks($printer);
}
sub write_cups_config {
# Write the information edited via the printer sharing dialog into
# the CUPS configuration
my ($printer) = @_;
# Local printers available to other machines?
if ($printer->{cupsconfig}{localprintersshared}) {
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'Browsing On');
if ($printer->{cupsconfig}{keys}{BrowseInterval} == 0) {
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseInterval 30');
}
} else {
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseInterval 0');
}
# This machine is accepting printers shared by remote machines?
if ($printer->{cupsconfig}{remotebroadcastsaccepted}) {
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'Browsing On');
if (!$printer->{cupsconfig}{customsharingsetup}) {
# If we broadcast our printers, let's accept the broadcasts
# from the machines to which we broadcast
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseDeny All');
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseOrder Deny,Allow');
}
} else {
if ($printer->{cupsconfig}{localprintersshared} ||
$#{$printer->{cupsconfig}{BrowsePoll}} >= 0) {
# Deny all broadcasts, but leave all "BrowseAllow" lines
# untouched
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseDeny All');
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseOrder Allow,Deny');
} else {
# We also do not share printers, if we also do not
# "BrowsePoll", we turn browsing off to do not need to deal
# with any addresses
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'Browsing Off');
}
}
# To which machines are the local printers available?
if (!$printer->{cupsconfig}{customsharingsetup}) {
my @localips = printer::detect::getIPsOfLocalMachine();
# root location block
@{$printer->{cupsconfig}{rootlocation}} =
"\n" .
"Order Deny,Allow\n" .
"Deny From All\n" .
"Allow From 127.0.0.1\n" .
(@localips ?
"Allow From " .
join("\nAllow From ", @localips) .
"\n" : "") .
($printer->{cupsconfig}{localprintersshared} &&
$#{$printer->{cupsconfig}{clientnetworks}} >= 0 ?
"Allow From " .
join("\nAllow From ",
grep {
!member($_, @localips)
} @{$printer->{cupsconfig}{clientnetworks}}) .
"\n" : "") .
"\n";
my ($location_start, @_location) =
rip_location($printer->{cupsconfig}{cupsd_conf}, "/");
insert_location($printer->{cupsconfig}{cupsd_conf}, $location_start,
@{$printer->{cupsconfig}{rootlocation}});
# "BrowseAddress" lines
if ($#{$printer->{cupsconfig}{clientnetworks}} >= 0) {
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseAddress ' .
join("\nBrowseAddress ",
map { broadcastaddress($_) }
@{$printer->{cupsconfig}{clientnetworks}}));
} else {
handle_configs::comment_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseAddress')
}
# Set "BrowseAllow" lines
if ($#{$printer->{cupsconfig}{clientnetworks}} >= 0) {
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseAllow ' .
join("\nBrowseAllow ",
@{$printer->{cupsconfig}{clientnetworks}}));
} else {
handle_configs::comment_directive($printer->{cupsconfig}{cupsd_conf},
'BrowseAllow');
}
}
# Set "BrowsePoll" lines
if ($#{$printer->{cupsconfig}{BrowsePoll}} >= 0) {
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'BrowsePoll ' .
join("\nBrowsePoll ",
@{$printer->{cupsconfig}{BrowsePoll}}));
# "Browsing" must be on for "BrowsePoll" to work
handle_configs::set_directive($printer->{cupsconfig}{cupsd_conf},
'Browsing On');
} else {
handle_configs::comment_directive($printer->{cupsconfig}{cupsd_conf},
'BrowsePoll');
}
}
sub clean_cups_config {
# Clean $printer data structure from all settings not related to
# the CUPS printer sharing dialog
my ($printer) = @_;
delete $printer->{cupsconfig}{keys};
delete $printer->{cupsconfig}{root};
delete $printer->{cupsconfig}{cupsd_conf};
delete $printer->{cupsconfig}{rootlocation};
}
#----------------------------------------------------------------------
sub read_printers_conf {
my ($printer) = @_;
my $current;
#- read /etc/cups/printers.conf file.
#- according to this code, we are now using the following keys for each queues.
#- DeviceURI > lpd://printer6/lp
#- Info > Info Text
#- Location > Location Text
#- State > Idle|Stopped
#- Accepting > Yes|No
open(my $PRINTERS, "$::prefix/etc/cups/printers.conf") or return;
local $_;
while (<$PRINTERS>) {
chomp;
/^\s*#/ and next;
if (/^\s*<(?:DefaultPrinter|Printer)\s+([^>]*)>/) { $current = { mode => 'cups', QUEUE => $1, } }
elsif (m!\s*!) { $current->{QUEUE} && $current->{DeviceURI} or next; #- minimal check of synthax.
add2hash($printer->{configured}{$current->{QUEUE}} ||= {}, $current); $current = undef }
elsif (/\s*(\S*)\s+(.*)/) { $current->{$1} = $2 }
}
close $PRINTERS;
#- assume this printing system.
$printer->{SPOOLER} ||= 'cups';
}
sub get_direct_uri() {
#- get the local printer to access via a Device URI.
my @direct_uri;
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") . "/usr/sbin/lpinfo -v |");
local $_;
while (<$F>) {
/^(direct|usb|serial)\s+(\S*)/ and push @direct_uri, $2;
}
close $F;
@direct_uri;
}
sub checkppd {
# Check whether the PPD file is valid
my ($printer, $ppdfile) = @_;
return 1 if $printer->{SPOOLER} ne "cups";
return run_program::rooted($::prefix, "cupstestppd", "-q",
$ppdfile);
}
sub installppd {
# Install the PPD file in /usr/share/cups/model/printerdrake/
my ($printer, $ppdfile) = @_;
return "" if !$ppdfile;
# Install PPD file
mkdir_p("$::prefix/usr/share/cups/model/printerdrake");
# "cp_f()" is broken, it hangs infinitely
# cp_f($ppdfile, "$::prefix/usr/share/cups/model/printerdrake");
run_program::rooted($::prefix, "cp", "-f", $ppdfile,
"$::prefix/usr/share/cups/model/printerdrake");
$ppdfile =~ s!^(.*)(/[^/]+)$!/usr/share/cups/model/printerdrake$2!;
chmod 0644, "$::prefix$ppdfile";
# Restart CUPS to register new PPD file
printer::services::restart("cups") if $printer->{SPOOLER} eq "cups";
# Re-read printer database
%thedb = ();
read_printer_db($printer, $printer->{SPOOLER});
# Return description string of the PPD file
my $ppdentry = get_descr_from_ppdfile($printer, $ppdfile);
return $ppdentry;
}
sub clean_manufacturer_name {
my ($make) = @_;
# Clean some manufacturer's names so that every manufacturer has only
# one entry in the tree list
$make =~ s/^CANON\W.*$/CANON/i;
$make =~ s/^LEXMARK.*$/LEXMARK/i;
$make =~ s/^HEWLETT?[\s\-]*PACKARD/HP/i;
$make =~ s/^SEIKO[\s\-]*EPSON/EPSON/i;
$make =~ s/^KYOCERA[\s\-]*MITA/KYOCERA/i;
$make =~ s/^CITOH/C.ITOH/i;
$make =~ s/^OKI(|[\s\-]*DATA)\s*$/OKIDATA/i;
$make =~ s/^(SILENTWRITER2?|COLORMATE)/NEC/i;
$make =~ s/^(XPRINT|MAJESTIX)/XEROX/i;
$make =~ s/^QMS-PS/QMS/i;
$make =~ s/^(PERSONAL|LASERWRITER)/APPLE/i;
$make =~ s/^DIGITAL/DEC/i;
$make =~ s/\s+Inc\.//i;
$make =~ s/\s+Corp\.//i;
$make =~ s/\s+SA\.//i;
$make =~ s/\s+S\.\s*A\.//i;
$make =~ s/\s+Ltd\.//i;
$make =~ s/\s+International//i;
$make =~ s/\s+Int\.//i;
return uc($make);
}
sub ppd_entry_str {
my ($mf, $descr, $lang) = @_;
my ($model, $driver);
if ($descr) {
# Apply the beautifying rules of poll_ppd_base
if ($descr =~ /Foomatic \+ Postscript/) {
$descr =~ s/Foomatic \+ Postscript/PostScript/;
} elsif ($descr =~ /Foomatic/i) {
$descr =~ s/Foomatic/GhostScript/i;
} elsif ($descr =~ /CUPS\+Gimp-Print/i) {
$descr =~ s/CUPS\+Gimp-Print/CUPS + Gimp-Print/i;
} elsif ($descr =~ /Series CUPS/i) {
$descr =~ s/Series CUPS/Series, CUPS/i;
} elsif ($descr !~ /(PostScript|GhostScript|CUPS|Foomatic)/i) {
$descr .= ", PostScript";
}
# Split model and driver
$descr =~ s/\s*Series//i;
$descr =~ s/\((.*?(PostScript|PS.*).*?)\)/$1/i;
if ($descr =~
/^\s*(Generic\s*PostScript\s*Printer)\s*,?\s*(.*)$/i ||
$descr =~
/^\s*(PostScript\s*Printer)\s*,?\s*(.*)$/i ||
$descr =~ /^([^,]+[^,\s])\s*,?\s*(Foomatic.*)$/i ||
$descr =~ /^([^,]+[^,\s])\s*,?\s*(GhostScript.*)$/i ||
$descr =~ /^([^,]+[^,\s])\s*,?\s*(CUPS.*)$/i ||
$descr =~ /^([^,]+[^,\s])\s*,?\s+(PS.*)$/i ||
$descr =~
/^([^,]+[^,\s])\s*,?\s*(\(v?\.?\s*\d\d\d\d\.\d\d\d\).*)$/i ||
$descr =~ /^([^,]+[^,\s])\s*,?\s*(v\d+\.\d+.*)$/i ||
$descr =~ /^([^,]+[^,\s])\s*,?\s*(PostScript.*)$/i ||
$descr =~ /^([^,]+)\s*,?\s*(.+)$/) {
$model = $1;
$driver = $2;
$model =~ s/[\-\s,]+$//;
$driver =~ s/\b(PS|PostScript\b)/PostScript/gi;
$driver =~ s/(PostScript)(.*)(PostScript)/$1$2/i;
$driver =~
s/^\s*(\(?v?\.?\s*\d\d\d\d\.\d\d\d\)?|v\d+\.\d+)([,\s]*)(.*?)\s*$/$3$2$1/i;
$driver =~ s/,\s*\(/ (/g;
$driver =~ s/[\-\s,]+$//;
$driver =~ s/^[\-\s,]+//;
$driver =~ s/\s+/ /g;
if ($driver !~ /[a-z]/i) {
$driver = "PostScript " . $driver;
$driver =~ s/ $//;
}
} else {
# Some PPDs do not have the ", " part.
$model = $descr;
$driver = "PostScript";
}
}
# Remove manufacturer's name from the beginning of the model
# name (do not do this with manufacturer names which contain
# odd characters)
$model =~ s/^$mf[\s\-]+//i
if $mf && $mf !~ m![\\/\(\)\[\]\|\.\$\@\%\*\?]!;
# Clean some manufacturer's names
$mf = clean_manufacturer_name($mf);
# Rename Canon "BJC XXXX" models into "BJC-XXXX" so that the
# models do not appear twice
if ($mf eq "CANON") {
$model =~ s/BJC\s+/BJC-/;
}
# New MF devices from Epson have mis-spelled name in PPD files for
# native CUPS drivers of Gimp-Print
if ($mf eq "EPSON") {
$model =~ s/Stylus CX\-/Stylus CX/;
}
# Remove the "Oki" from the beginning of the model names of Okidata
# printers
if ($mf eq "OKIDATA") {
$model =~ s/Oki\s+//i;
}
# Try again to remove manufacturer's name from the beginning of the
# model name, this with the cleaned manufacturer name
$model =~ s/^$mf[\s\-]+//i
if $mf && $mf !~ m![\\/\(\)\[\]\|\.\$\@\%\*\?]!;
# Put out the resulting description string
uc($mf) . '|' . $model . '|' . $driver .
($lang && " (" . lang::locale_to_main_locale($lang) . ")");
}
sub get_descr_from_ppd {
my ($printer) = @_;
#- if there is no ppd, this means this is a raw queue.
if (! -r "$::prefix/etc/cups/ppd/$printer->{OLD_QUEUE}.ppd") {
return "|" . N("Unknown model");
}
return get_descr_from_ppdfile($printer, "/etc/cups/ppd/$printer->{OLD_QUEUE}.ppd");
}
sub get_descr_from_ppdfile {
my ($printer, $ppdfile) = @_;
my %ppd;
# Remove ".gz" from end of file name, so that "catMaybeCompressed" works
$ppdfile =~ s/\.gz$//;
eval {
local $_;
foreach (catMaybeCompressed("$::prefix$ppdfile")) {
# "OTHERS|Generic PostScript printer|PostScript (en)";
/^\*([^\s:]*)\s*:\s*"([^"]*)"/ and
do { $ppd{$1} = $2; next };
/^\*([^\s:]*)\s*:\s*([^\s"]*)/ and
do { $ppd{$1} = $2; next };
}
};
my $descr = ($ppd{NickName} || $ppd{ShortNickName} || $ppd{ModelName});
my $make = $ppd{Manufacturer};
my $lang = $ppd{LanguageVersion};
my $entry = ppd_entry_str($make, $descr, $lang);
if (!$printer->{expert}) {
# Remove driver from printer list entry when in recommended mode
$entry =~ s/^([^\|]+\|[^\|]+)\|.*$/$1/;
}
return $entry;
}
sub ppd_devid_data {
my ($ppd) = @_;
$ppd = "$::prefix/usr/share/cups/model/$ppd";
my @content;
if ($ppd =~ /\.gz$/i) {
@content = cat_("$::prefix/bin/zcat $ppd |") or return "", "";
} else {
@content = cat_($ppd) or return "", "";
}
my ($devidmake, $devidmodel);
/^\*Manufacturer:\s*"(.*)"\s*$/ and $devidmake = $1
foreach @content;
/^\*Product:\s*"\(?(.*?)\)?"\s*$/ and $devidmodel = $1
foreach @content;
return $devidmake, $devidmodel;
}
sub poll_ppd_base() {
my ($printer) = @_;
#- Before trying to poll the ppd database available to cups, we have
#- to make sure the file /etc/cups/ppds.dat is no more modified.
#- If cups continue to modify it (because it reads the ppd files
#- available), the poll_ppd_base program simply cores :-)
# else cups will not be happy! and ifup lo don't run ?
run_program::rooted($::prefix, 'ifconfig', 'lo', '127.0.0.1');
printer::services::start_not_running_service("cups");
my $driversthere = scalar(keys %thedb);
foreach (1..60) {
open(my $PPDS, ($::testing ? $::prefix :
"chroot $::prefix/ ") .
"/usr/bin/poll_ppd_base -a |");
local $_;
while (<$PPDS>) {
chomp;
my ($ppd, $mf, $descr, $lang) = split /\|/;
if ($ppd eq "raw") { next }
$ppd && $mf && $descr and do {
my $key = ppd_entry_str($mf, $descr, $lang);
my ($model, $driver) = ($1, $2) if $key =~ /^[^\|]+\|([^\|]+)\|(.*)$/;
# Clean some manufacturer's names
$mf = clean_manufacturer_name($mf);
# Remove language tag
$driver =~ s/\s*\([a-z]{2}(|_[A-Z]{2})\)\s*$//;
# Recommended Foomatic PPD? Extract "(recommended)"
my $isrecommended =
$driver =~ s/\s+\(recommended\)\s*$//i;
# Remove trailing white space
$driver =~ s/\s+$//;
# For Foomatic: Driver with "GhostScript + "
my $fullfoomaticdriver = $driver;
# Foomatic PPD? Extract driver name
my $isfoomatic =
$driver =~ s/^\s*(GhostScript|Foomatic)\s*\+\s*//i;
# Foomatic PostScript driver?
$isfoomatic ||= $descr =~ /Foomatic/i;
# Native CUPS?
my $isnativecups = $driver =~ /CUPS/i;
# Native PostScript
my $isnativeps = !$isfoomatic && !$isnativecups;
# Key without language tag (key as it was produced for the
# entries from the Foomatic XML database)
my $keynolang = $key;
$keynolang =~ s/\s*\([a-z]{2}(|_[A-Z]{2})\)\s*$//;
if (!$isfoomatic) {
# Driver is PPD when the PPD is a non-Foomatic one
$driver = "PPD";
} else {
# Remove language tag in menu entry when PPD is from
# Foomatic
$key = $keynolang;
}
if (!$printer->{expert}) {
# Remove driver from printer list entry when in
# recommended mode
$key =~ s/^([^\|]+\|[^\|]+)\|.*$/$1/;
# Only replace an existing printer entry if
# - its driver is not the same as the driver of the
# new one
# AND if one of the following items is true
# - The existing entry uses a "Foomatic + Postscript"
# driver and the new one is native PostScript
# - The existing entry is a Foomatic entry and the new
# one is "recommended"
# - The existing entry is a native PostScript entry
# and the new entry is a "recommended" driver other
# then "Foomatic + Postscript"
if (defined($thedb{$key})) {
next if lc($thedb{$key}{driver}) eq
lc($driver);
if ($isnativeps &&
$thedb{$key}{driver} =~ /^PostScript$/i ||
$thedb{$key}{driver} ne "PPD" && $isrecommended ||
$thedb{$key}{driver} eq "PPD" && $isrecommended && $driver ne "PostScript") {
# Remove the old entry
delete $thedb{$key};
} else {
next;
}
}
} elsif ((defined
$thedb{"$mf|$model|$fullfoomaticdriver"} ||
defined
$thedb{"$mf|$model|$fullfoomaticdriver (recommended)"}) &&
$isfoomatic) {
# Expert mode: There is already an entry for the
# same printer/driver combo produced by the
# Foomatic XML database, so do not make a second
# entry
next;
} elsif (defined
$thedb{"$mf|$model|PostScript (recommended)"} &&
$isnativeps) {
# Expert mode: "Foomatic + Postscript" driver is
# recommended and this is a PostScript PPD? Make
# this PPD the recommended one
foreach (keys
%{$thedb{"$mf|$model|PostScript (recommended)"}}) {
$thedb{"$mf|$model|PostScript"}{$_} =
$thedb{"$mf|$model|PostScript (recommended)"}{$_};
}
delete
$thedb{"$mf|$model|PostScript (recommended)"};
if (!$isrecommended) {
$key .= " (recommended)";
}
} elsif ($driver =~ /PostScript/i &&
$isrecommended && $isfoomatic &&
(my @foundkeys = grep {
/^$mf\|$model\|/ && !/CUPS/i &&
$thedb{$_}{driver} eq "PPD"
} keys %thedb)) {
# Expert mode: "Foomatic + Postscript" driver is
# recommended and there was a PostScript PPD? Make
# the PostScript PPD the recommended one
my $firstfound = $foundkeys[0];
if (!(any { /\(recommended\)/ } @foundkeys)) {
# Do it only if none of the native PostScript
# PPDs for this printer is already "recommended"
foreach (keys %{$thedb{$firstfound}}) {
$thedb{"$firstfound (recommended)"}{$_} =
$thedb{$firstfound}{$_};
}
delete $thedb{$firstfound};
}
$key =~ s/\s*\(recommended\)//;
} elsif ($driver !~ /PostScript/i &&
$isrecommended && $isfoomatic &&
(@foundkeys = grep {
/^$mf\|$model\|.*\(recommended\)/ &&
!/CUPS/i && $thedb{$_}{driver} eq "PPD"
} keys %thedb)) {
# Expert mode: Foomatic driver other than "Foomatic +
# Postscript" is recommended and there was a PostScript
# PPD which was recommended? Make The Foomatic driver
# the recommended one
foreach my $sourcekey (@foundkeys) {
# Remove the "recommended" tag
my $destkey = $sourcekey;
$destkey =~ s/\s+\(recommended\)\s*$//i;
foreach (keys %{$thedb{$sourcekey}}) {
$thedb{$destkey}{$_} = $thedb{$sourcekey}{$_};
}
delete $thedb{$sourcekey};
}
}
$thedb{$key}{ppd} = $ppd;
$thedb{$key}{make} = $mf;
$thedb{$key}{model} = $model;
$thedb{$key}{driver} = $driver;
# Get auto-detection data
#my ($devidmake, $devidmodel) = ppd_devid_data($ppd);
#$thedb{$key}{devidmake} = $devidmake;
#$thedb{$key}{devidmodel} = $devidmodel;
}
}
close $PPDS;
scalar(keys %thedb) - $driversthere > 5 and last;
#- we have to try again running the program, wait here a little
#- before.
sleep 1;
}
#scalar(keys %descr_to_ppd) > 5 or
# die "unable to connect to cups server";
}
#-******************************************************************************
#- write functions
#-******************************************************************************
sub configure_queue($) {
my ($printer) = @_;
#- Create the queue with "foomatic-configure", in case of queue
#- renaming copy the old queue
my $quotedconnect = $printer->{currentqueue}{connect};
$quotedconnect =~ s/\$/\\\$/g; # Quote '$' in URI
run_program::rooted($::prefix, "foomatic-configure", "-q",
"-s", $printer->{currentqueue}{spooler},
"-n", $printer->{currentqueue}{queue},
($printer->{currentqueue}{queue} ne
$printer->{OLD_QUEUE} &&
$printer->{configured}{$printer->{OLD_QUEUE}} ?
("-C", $printer->{OLD_QUEUE}) : ()),
"-c", $quotedconnect,
($printer->{currentqueue}{foomatic} ?
("-p", $printer->{currentqueue}{printer},
"-d", $printer->{currentqueue}{driver}) :
($printer->{currentqueue}{ppd} ?
("--ppd",
($printer->{currentqueue}{ppd} !~ m!^/! ?
"/usr/share/cups/model/" : "") .
$printer->{currentqueue}{ppd}) :
("-d", "raw"))),
"-N", $printer->{currentqueue}{desc},
"-L", $printer->{currentqueue}{loc},
@{$printer->{currentqueue}{options}}
) or return 0;;
if ($printer->{currentqueue}{ppd}) {
# Add a comment line containing the path of the used PPD file to the
# end of the PPD file
if ($printer->{currentqueue}{ppd} ne '1') {
append_to_file("$::prefix/etc/cups/ppd/$printer->{currentqueue}{queue}.ppd", "*%MDKMODELCHOICE:$printer->{currentqueue}{ppd}\n");
}
}
# Make sure that queue is active
if ($printer->{SPOOLER} ne "pdq") {
run_program::rooted($::prefix, "foomatic-printjob",
"-s", $printer->{currentqueue}{spooler},
"-C", "up", $printer->{currentqueue}{queue});
}
# In case of CUPS set some more useful defaults for text and image
# printing
if ($printer->{SPOOLER} eq "cups") {
set_cups_special_options($printer->{currentqueue}{queue});
}
# Check whether a USB printer is configured and activate USB printing if so
my $useUSB = 0;
foreach (values %{$printer->{configured}}) {
$useUSB ||= $_->{queuedata}{connect} =~ /usb/i ||
$_->{DeviceURI} =~ /usb/i;
}
$useUSB ||= $printer->{currentqueue}{connect} =~ /usb/i;
if ($useUSB) {
my $f = "$::prefix/etc/sysconfig/usb";
my %usb = getVarsFromSh($f);
$usb{PRINTER} = "yes";
setVarsInSh($f, \%usb);
}
# Open permissions for device file when PDQ is chosen as spooler
# so normal users can print.
if ($printer->{SPOOLER} eq 'pdq') {
if ($printer->{currentqueue}{connect} =~
m!^\s*(file|parallel|usb|serial):(\S*)\s*$!) {
set_permissions($1, "666");
}
}
# Make a new printer entry in the $printer structure
$printer->{configured}{$printer->{currentqueue}{queue}}{queuedata} =
{};
copy_printer_params($printer->{currentqueue},
$printer->{configured}{$printer->{currentqueue}{queue}}{queuedata});
# Construct an entry line for tree view in main window of
# printerdrake
make_menuentry($printer, $printer->{currentqueue}{queue});
# Store the default option settings
$printer->{configured}{$printer->{currentqueue}{queue}}{args} = {};
$printer->{configured}{$printer->{currentqueue}{queue}}{args} =
$printer->{ARGS};
# Clean up
delete($printer->{ARGS});
$printer->{OLD_CHOICE} = "";
$printer->{ARGS} = {};
$printer->{DBENTRY} = "";
$printer->{currentqueue} = {};
return 1;
}
sub remove_queue($$) {
my ($printer, $queue) = @_;
run_program::rooted($::prefix, "foomatic-configure", "-R", "-q",
"-s", $printer->{SPOOLER},
"-n", $queue);
# Delete old stuff from data structure
delete $printer->{configured}{$queue};
delete($printer->{currentqueue});
delete($printer->{ARGS});
$printer->{OLD_CHOICE} = "";
$printer->{ARGS} = {};
$printer->{DBENTRY} = "";
$printer->{currentqueue} = {};
}
sub restart_queue($) {
my ($printer) = @_;
my $queue = $printer->{QUEUE};
# Restart the daemon(s)
for ($printer->{SPOOLER}) {
/cups/ and do {
#- restart cups.
printer::services::restart("cups");
last };
/lpr|lprng/ and do {
#- restart lpd.
foreach ("/var/spool/lpd/$queue/lock", "/var/spool/lpd/lpd.lock") {
my $pidlpd = (cat_("$::prefix$_"))[0];
kill 'TERM', $pidlpd if $pidlpd;
unlink "$::prefix$_";
}
printer::services::restart("lpd"); sleep 1;
last };
}
# Kill the jobs
run_program::rooted($::prefix, "foomatic-printjob", "-R",
"-s", $printer->{SPOOLER},
"-P", $queue, "-");
}
sub print_pages($@) {
my ($printer, @pages) = @_;
my $queue = $printer->{QUEUE};
my $lpr = "/usr/bin/foomatic-printjob";
my $lpq = "$lpr -Q";
# Print the pages
foreach (@pages) {
my $page = $_;
# Only text and PostScript can be printed directly with all spoolers,
# images must be treated seperately
if ($page =~ /\.jpg$/) {
if ($printer->{SPOOLER} ne "cups") {
# Use "convert" from ImageMagick for non-CUPS spoolers
system(($::testing ? $::prefix : "chroot $::prefix/ ") .
"/usr/bin/convert $page -page 427x654+100+65 PS:- | " .
($::testing ? $::prefix : "chroot $::prefix/ ") .
"$lpr -s $printer->{SPOOLER} -P $queue");
} else {
# Use CUPS's internal image converter with CUPS, tell it
# to let the image occupy 90% of the page size (so nothing
# gets cut off by unprintable borders)
run_program::rooted($::prefix, $lpr, "-s", $printer->{SPOOLER},
"-P", $queue, "-o", "scaling=90", $page);
}
} else {
run_program::rooted($::prefix, $lpr, "-s", $printer->{SPOOLER},
"-P", $queue, $page);
}
}
sleep 5; #- allow lpr to send pages.
# Check whether the job is queued
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") . "$lpq -s $printer->{SPOOLER} -P $queue |");
my @lpq_output =
grep { !/^no entries/ && !(/^Rank\s+Owner/ .. /^\s*$/) } <$F>;
close $F;
@lpq_output;
}
sub help_output {
my ($printer, $spooler) = @_;
my $queue = $printer->{QUEUE};
open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") . sprintf($spoolers{$spooler}{help}, $queue));
my $helptext = join("", <$F>);
close $F;
$helptext ||= "Option list not available!\n";
return $helptext;
}
sub print_optionlist {
my ($printer) = @_;
my $queue = $printer->{QUEUE};
my $lpr = "/usr/bin/foomatic-printjob";
# Print the option list pages
if ($printer->{configured}{$queue}{queuedata}{foomatic}) {
run_program::rooted($::prefix, $lpr, "-s", $printer->{SPOOLER},
"-P", $queue, "-o", "docs",
"/etc/bashrc");
} elsif ($printer->{configured}{$queue}{queuedata}{ppd}) {
system(($::testing ? $::prefix : "chroot $::prefix/ ") .
"/usr/bin/lphelp $queue | " .
($::testing ? $::prefix : "chroot $::prefix/ ") .
"$lpr -s $printer->{SPOOLER} -P $queue");
}
}
# ---------------------------------------------------------------
#
# Spooler config stuff
#
# ---------------------------------------------------------------
sub get_copiable_queues {
my ($oldspooler, $newspooler) = @_;
my @queuelist; #- here we will list all Foomatic-generated queues
# Get queue list with foomatic-configure
open(my $QUEUEOUTPUT, ($::testing ? $::prefix : "chroot $::prefix/ ") .
"foomatic-configure -Q -q -s $oldspooler |") or
die "Could not run foomatic-configure";
my $entry = {};
my $inentry = 0;
local $_;
while (<$QUEUEOUTPUT>) {
chomp;
if ($inentry) {
# We are inside a queue entry
if (m!^\s*\s*$!) {
# entry completed
$inentry = 0;
if ($entry->{foomatic} && $entry->{spooler} eq $oldspooler) {
# Is the connection type supported by the new
# spooler?
if ($newspooler eq "cups" && $entry->{connect} =~ /^(file|ptal|lpd|socket|smb|ipp):/ ||
$newspooler =~ /^(lpd|lprng)$/ && $entry->{connect} =~ /^(file|ptal|lpd|socket|smb|ncp|postpipe):/ ||
$newspooler eq "pdq" && $entry->{connect} =~ /^(file|ptal|lpd|socket):/) {
push(@queuelist, $entry->{name});
}
}
$entry = {};
} elsif (m!^\s*(.+)\s*$!) {
# queue name
$entry->{name} = $1;
} elsif (m!^\s*(.+)\s*$!) {
# connection type (URI)
$entry->{connect} = $1;
}
} else {
if (m!^\s*\s*$!) {
# new entry
$inentry = 1;
$entry->{foomatic} = $1;
$entry->{spooler} = $2;
}
}
}
close $QUEUEOUTPUT;
return @queuelist;
}
sub copy_foomatic_queue {
my ($printer, $oldqueue, $oldspooler, $newqueue) = @_;
run_program::rooted($::prefix, "foomatic-configure", "-q",
"-s", $printer->{SPOOLER},
"-n", $newqueue,
"-C", $oldspooler, $oldqueue);
# In case of CUPS set some more useful defaults for text and image printing
if ($printer->{SPOOLER} eq "cups") {
set_cups_special_options($newqueue);
}
}
# ------------------------------------------------------------------
#
# Stuff for non-interactive printer configuration
#
# ------------------------------------------------------------------
# Check whether a given URI (for example of an existing queue matches
# one of the auto-detected printers
sub autodetectionentry_for_uri {
my ($uri, @autodetected) = @_;
if ($uri =~ m!^usb://([^/]+)/([^/\?]+)(|\?serial=(\S+))$!) {
# USB device with URI referring to printer model
my $make = $1;
my $model = $2;
my $serial = $4;
if ($make && $model) {
$make =~ s/\%20/ /g;
$model =~ s/\%20/ /g;
$serial =~ s/\%20/ /g;
$make =~ s/Hewlett[-\s_]Packard/HP/;
$make =~ s/HEWLETT[-\s_]PACKARD/HP/;
my $smake = handle_configs::searchstr($make);
my $smodel = handle_configs::searchstr($model);
foreach my $p (@autodetected) {
next if $p->{port} !~ /usb/i;
next if ((!$p->{val}{MANUFACTURER} ||
$p->{val}{MANUFACTURER} ne $make) &&
(!$p->{val}{DESCRIPTION} ||
$p->{val}{DESCRIPTION} !~ /^\s*$smake\s+/));
next if ((!$p->{val}{MODEL} ||
$p->{val}{MODEL} ne $model) &&
(!$p->{val}{DESCRIPTION} ||
$p->{val}{DESCRIPTION} !~ /\s+$smodel\s*$/));
next if ($serial &&
(!$p->{val}{SERIALNUMBER} ||
$p->{val}{SERIALNUMBER} ne $serial));
return $p;
}
}
} elsif ($uri =~ m!^ptal://?mlc:!) {
# HP multi-function device (controlled by HPOJ)
my $ptaldevice = $uri;
$ptaldevice =~ s!^ptal://?mlc:!!;
if ($ptaldevice =~ /^par:(\d+)$/) {
my $device = "/dev/lp$1";
foreach my $p (@autodetected) {
next if !$p->{port} ||
$p->{port} ne $device;
return $p;
}
} else {
my $model = $2 if $ptaldevice =~ /^(usb|par):(.*)$/;
$model =~ s/_/ /g;
foreach my $p (@autodetected) {
next if !$p->{val}{MODEL} ||
$p->{val}{MODEL} ne $model;
return $p;
}
}
} elsif ($uri =~ m!^(socket|smb|file|parallel|usb|serial):/!) {
# Local print-only device, Ethernet-(TCP/Socket)-connected printer,
# or printer on Windows server
my $device = $uri;
$device =~ s/^(file|parallel|usb|serial)://;
foreach my $p (@autodetected) {
next if !$p->{port} ||
$p->{port} ne $device;
return $p;
}
}
return undef;
}
# ------------------------------------------------------------------
#
# Configuration of HP multi-function devices
#
# ------------------------------------------------------------------
sub configure_hpoj {
my ($device, @autodetected) = @_;
# Make the subroutines of /usr/sbin/ptal-init available
# It's only necessary to read it at the first call of this subroutine,
# the subroutine definitions stay valid after leaving this subroutine.
if (!$ptalinitread) {
open(my $PTALINIT, "$::prefix/usr/sbin/ptal-init") or do {
die "unable to open $::prefix/usr/sbin/ptal-init";
};
my @ptalinitfunctions; # subroutine definitions in /usr/sbin/ptal-init
local $_;
while (<$PTALINIT>) {
if (m!sub main!) {
last;
} elsif (m!^[^#]! && !(m!^\s*exec\b!)) {
# Comment lines and the "exec" line (probably obsolete
# Red Hat workaround) are skipped.
# Make the subroutines also working during installation
if ($::isInstall) {
s!\$::prefix!\$hpoj_prefix!g;
s!prefix="/usr"!prefix="$::prefix/usr"!g;
s!etcPtal="/etc/ptal"!etcPtal="$::prefix/etc/ptal"!g;
s!varLock="/var/lock"!varLock="$::prefix/var/lock"!g;
s!varRunPrefix="/var/run"!varRunPrefix="$::prefix/var/run"!g;
s!/sbin/lsmod!/usr/bin/lsmod!g;
s!/sbin/modprobe!/usr/bin/modprobe!g;
s!/sbin/rmmod!/usr/bin/rmmod!g;
s!(my\s*\$osPlatform\s*=\s*).*?$!$1"Linux";!g;
s!chomp\s*\$osPlatform\s*;\s*$!!g;
s!(my\s*\$linuxVersion\s*=\s*).*?$!$1"$kernelversion";!g;
s!^\s*\$linuxVersion\s*=~\s*s.*$!!g;
s!chomp\s*\$linuxVersion\s*;\s*$!!g;
s!(my\s*\$usbprintermodule\s*=\s*).*?$!$1"$usbprintermodule";!g;
}
push @ptalinitfunctions, $_;
}
}
close $PTALINIT;
eval "package printer::hpoj;
@ptalinitfunctions
sub getDevnames {
return (%devnames)
}
sub getConfigInfo {
return (%configInfo)
}";
if ($::isInstall) {
# Needed for photo card reader detection during installation
system("ln -s $::prefix/var/run/ptal-mlcd /var/run/ptal-mlcd");
system("ln -s $::prefix/etc/ptal /etc/ptal");
}
$ptalinitread = 1;
}
# Read the HPOJ config file and check whether this device is already
# configured
printer::hpoj::setupVariables();
printer::hpoj::readDeviceInfo();
$device =~ m!^/dev/\S*lp(\d+)$! or
$device =~ m!^/dev/printers/(\d+)$! or
$device =~ m!^socket://([^:]+)$! or
$device =~ m!^socket://([^:]+):(\d+)$!;
my $model = $1;
my ($model_long, $serialnumber, $serialnumber_long) = ("", "", "");
my $cardreader = 0;
my $device_ok = 1;
my $bus;
my $address_arg = "";
my $base_address = "";
my $hostname = "";
my $port = $2;
if ($device =~ /usb/) {
$bus = "usb";
} elsif ($device =~ /par/ ||
$device =~ m!/dev/lp! ||
$device =~ /printers/) {
$bus = "par";
$address_arg = printer::detect::parport_addr($device);
eval "$base_address = $1" if $address_arg =~ /^\s*-base\s+(\S+)/;
} elsif ($device =~ /socket/) {
$bus = "hpjd";
$hostname = $model;
return "" if $port && ($port < 9100 || $port > 9103);
if ($port && $port != 9100) {
$port -= 9100;
$hostname .= ":$port";
}
} else {
return "";
}
if ($#autodetected < 0) {
# Make a pseudo structure for the auto-detected data if there is
# no auto-detected data (for example when configuring manually)
$autodetected[0] = {
'port' => $device,
'val' => {
'MODEL' => N("Unknown model")
}
};
}
my $devdata;
foreach (@autodetected) {
$device eq $_->{port} or next;
$devdata = $_;
# $model is for the PTAL device name, so make sure that it is unique
# so in the case of the model name auto-detection having failed leave
# the port number or the host name as model name.
my $searchunknown = N("Unknown model");
if ($_->{val}{MODEL} &&
$_->{val}{MODEL} !~ /$searchunknown/i &&
$_->{val}{MODEL} !~ /^\s*$/) {
$model = $_->{val}{MODEL};
}
$serialnumber = $_->{val}{SERIALNUMBER};
services::stop("hpoj") if $bus ne "hpjd";
# Check if the device is really an HP multi-function device
#my $libusb = 0;
foreach my $libusb (0, 1) {
# Do access via libusb/user mode only if we have a USB device
next if $libusb && $bus ne "usb";
# Preliminary workaround to make the user-mode USB devices
# (LIDIL devices) installable as verification of the HPOJ
# settings of these devices does not work yet. The workaround
# will probably removed after version 9.2 of this distribution.
# Note: This workaround leaves out the checking for a photo
# memory card reader, but to my knowledge there are no LIDIL
# devices with card reader yet.
if ($libusb) {
$device_ok = 1;
next;
}
my $printermoduleunloaded = 0;
if ($bus ne "hpjd") {
if (!$libusb) {
# Start ptal-mlcd daemon for locally connected devices
# (kernel mode with "printer"/"usblp" module for USB).
run_program::rooted($::prefix,
"ptal-mlcd", "$bus:probe",
"-device",
$device, split(' ',$address_arg));
} else {
# Start ptal-mlcd daemon for user-mode USB devices
# (all LIDIL MF devices as HP PSC 1xxx and OfficeJet
# 4xxx)
my $usbdev = usbdevice($_->{val});
if (defined($usbdev)) {
# Unload kernel module "printer"/"usblp"
if (modules::any_conf->read->get_probeall("usb-interface")) {
eval(modules::unload($usbprintermodule));
$printermoduleunloaded = 1;
}
# Start ptal-mlcd
run_program::rooted($::prefix,
"ptal-mlcd", "$bus:probe",
"-device", $usbdev);
} else {
# We could not determine the USB device number,
# so we cannot check this device in user mode
next;
}
}
}
$device_ok = 0;
my $ptalprobedevice = $bus eq "hpjd" ? "hpjd:$hostname" : "mlc:$bus:probe";
if (open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") . "/usr/bin/ptal-devid $ptalprobedevice |")) {
my $devid = join("", <$F>);
close $F;
if ($devid) {
$device_ok = 1;
if (open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") . "/usr/bin/ptal-devid $ptalprobedevice -long -mdl 2>/dev/null |")) {
$model_long = join("", <$F>);
close $F;
chomp $model_long;
# If SNMP or local port auto-detection failed but
# HPOJ auto-detection succeeded, fill in model name
# here.
if (!$_->{val}{MODEL} ||
$_->{val}{MODEL} =~ /$searchunknown/i ||
$_->{val}{MODEL} =~ /^\s*$/) {
if ($model_long =~ /:([^:;]+);/) {
$_->{val}{MODEL} = $1;
$model = $_->{val}{MODEL};
$model =~ s/ /_/g;
}
}
}
if (open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") . "/usr/bin/ptal-devid $ptalprobedevice -long -sern 2>/dev/null |")) { #-#
$serialnumber_long = join("", <$F>);
close $F;
chomp $serialnumber_long;
}
$cardreader = 1 if printer::hpoj::cardReaderDetected($ptalprobedevice);
}
}
if ($bus ne "hpjd") {
# Stop ptal-mlcd daemon for locally connected devices
if (open(my $F, ($::testing ? $::prefix : "chroot $::prefix/ ") . qq(ps auxwww | grep "ptal-mlcd $bus:probe" | grep -v grep | ))) {
my $line = <$F>;
if ($line =~ /^\s*\S+\s+(\d+)\s+/) {
my $pid = $1;
kill 15, $pid;
}
close $F;
}
$printermoduleunloaded &&
eval(modules::load($usbprintermodule));
}
last if $device_ok;
}
printer::services::start("hpoj") if $bus ne "hpjd";
last;
}
# No, it is not an HP multi-function device.
return "" if !$device_ok;
# If $model_long and $serialnumber_long stay empty, fill them with
# $model and $serialnumber
$model_long ||= $model;
$serialnumber_long ||= $serialnumber;
# Determine the ptal device name from already existing config files
my $ptalprefix =
($bus eq "hpjd" ? "hpjd:" : "mlc:$bus:");
my $ptaldevice = printer::hpoj::lookupDevname($ptalprefix, $model_long,
$serialnumber_long, $base_address);
# It's all done for us, the device is already configured
return $ptaldevice if defined($ptaldevice);
# Determine the ptal name for a new device
if ($bus eq "hpjd") {
$ptaldevice = "hpjd:$hostname";
} else {
$ptaldevice = $model;
$ptaldevice =~ s![\s/]+!_!g;
$ptaldevice = "mlc:$bus:$ptaldevice";
}
# Delete any old/conflicting devices
printer::hpoj::deleteDevice($ptaldevice);
if ($bus eq "par") {
while (1) {
my $oldDevname = printer::hpoj::lookupDevname("mlc:par:",undef,undef,$base_address);
last unless defined($oldDevname);
printer::hpoj::deleteDevice($oldDevname);
}
}
# Configure the device
# Open configuration file
open(my $CONFIG, "> $::prefix/etc/ptal/$ptaldevice") or
die "Could not open /etc/ptal/$ptaldevice for writing!\n";
# Write file header.
my $date = chomp_(`date`);
print $CONFIG
qq(
# Added $date by "printerdrake"
# The basic format for this file is "key[+]=value".
# If you say "+=" instead of "=", then the value is appended to any
# value already defined for this key, rather than replacing it.
# Comments must start at the beginning of the line. Otherwise, they may
# be interpreted as being part of the value.
# If you have multiple devices and want to define options that apply to
# all of them, then put them in the file /etc/ptal/defaults, which is read
# in before this file.
# The format version of this file:
# ptal-init ignores devices with incorrect/missing versions.
init.version=2
);
# Write model string.
if ($model_long !~ /\S/) {
print $CONFIG
"\n" .
qq(# "printerdrake" couldn't read the model but added this device anyway:\n) .
"# ";
} else {
print $CONFIG
"\n" .
"# The device model that was originally detected on this port:\n" .
qq(# If this ever changes, then you should re-run "printerdrake"\n) .
"# to delete and re-configure this device.\n";
if ($bus eq "par") {
print $CONFIG
"# Comment out if you don't care what model is really connected to this\n" .
"# parallel port.\n";
}
}
print $CONFIG
qq(init.mlcd.append+=-devidmatch "$model_long"\n);
# Write serial-number string.
if ($serialnumber_long !~ /\S/) {
print $CONFIG
"\n" .
"# The device's serial number is unknown.\n" .
"# ";
} else {
print $CONFIG
"\n" .
"# The serial number of the device that was originally detected on this port:\n";
if ($bus =~ /^[pu]/) {
print $CONFIG
"# Comment out if you want to disable serial-number matching.\n";
}
}
print $CONFIG
qq(init.mlcd.append+=-devidmatch "$serialnumber_long"\n);
if ($bus =~ /^[pu]/) {
print $CONFIG
"\n" .
"# Standard options passed to ptal-mlcd:\n" .
"init.mlcd.append+=";
if ($bus eq "usb") {
# Important: don't put more quotes around /dev/usb/lp[0-9]*,
# because ptal-mlcd currently does no globbing:
print $CONFIG "-device /dev/usb/lp0 /dev/usb/lp1 /dev/usb/lp2 /dev/usb/lp3 /dev/usb/lp4 /dev/usb/lp5 /dev/usb/lp6 /dev/usb/lp7 /dev/usb/lp8 /dev/usb/lp9 /dev/usb/lp10 /dev/usb/lp11 /dev/usb/lp12 /dev/usb/lp13 /dev/usb/lp14 /dev/usb/lp15";
} elsif ($bus eq "par") {
print $CONFIG "$address_arg -device $device";
}
print $CONFIG "\n" .
"\n" .
"# ptal-mlcd's remote console can be useful for debugging, but may be a\n" .
"# security/DoS risk otherwise. In any case, it's accessible with the\n" .
qq(# command "ptal-connect mlc:: -service PTAL-MLCD-CONSOLE".\n) .
"# Uncomment the following line if you want to enable this feature for\n" .
"# this device:\n" .
"# init.mlcd.append+=-remconsole\n" .
"\n" .
"# If you need to pass any other command-line options to ptal-mlcd, then\n" .
"# add them to the following line and uncomment the line:\n" .
"# init.mlcd.append+=\n" .
"\n" .
"# By default ptal-printd is started for mlc: devices. If you use CUPS,\n" .
"# then you may not be able to use ptal-printd, and you can uncomment the\n" .
"# following line to disable ptal-printd for this device:\n" .
"# init.printd.start=0\n";
} else {
print $CONFIG
"\n" .
"# By default ptal-printd isn't started for hpjd: devices.\n" .
"# If for some reason you want to start it for this device, then\n" .
"# uncomment the following line:\n" .
"init.printd.start=1\n";
}
print $CONFIG
"\n" .
"# If you need to pass any additional command-line options to ptal-printd,\n" .
"# then add them to the following line and uncomment the line:\n" .
"# init.printd.append+=\n";
if ($cardreader) {
print $CONFIG
"\n" .
"# Uncomment the following line to enable ptal-photod for this device:\n" .
"init.photod.start=1\n" .
"\n" .
"# If you have more than one photo-card-capable peripheral and you want to\n" .
"# assign particular TCP port numbers and mtools drive letters to each one,\n" .
qq(# then change the line below to use the "-portoffset " option.\n) .
"init.photod.append+=-maxaltports 26\n";
}
close($CONFIG);
printer::hpoj::readOneDevice($ptaldevice);
# Restart HPOJ
printer::services::restart("hpoj");
# Return HPOJ device name to form the URI
return $ptaldevice;
}
sub devicefound {
my ($usbid, $model, $serial) = @_;
# Compare the output of "lsusb -vv" with the elements of the device
# ID string
if ($serial && $usbid->{SERIALNUMBER} eq $serial) {
# Match of serial number has absolute priority
return 1;
} elsif ($model && $usbid->{MODEL} eq $model) {
# Try to match the model name otherwise
return 1;
}
return 0;
}
sub usbdevice() {
my ($usbid) = @_;
# Run "lsusb -vv¨ and search the given device to get its USB bus and
# device numbers
open(my $F, ($::testing ? "" : "chroot $::prefix/ ") .
'/bin/sh -c "export LC_ALL=C; lsusb -vv 2> /dev/null" |')
or return undef;
my ($bus, $device, $model, $serial) = ("", "", "", "");
my $found = 0;
while (my $line = <$F>) {
chomp $line;
if ($line =~ m/^\s*Bus\s+(\d+)\s+Device\s+(\d+)\s*:/i) {
# head line of a new device
my ($newbus, $newdevice) = ($1, $2);
last if (($model || $serial) &&
($found = devicefound($usbid, $model, $serial)));
($bus, $device) = ($newbus, $newdevice);
} elsif ($line =~ m/^\s*iProduct\s+\d+\s+(.+)$/i) {
# model line
next if $device eq "";
$model = $1;
} elsif ($line =~ m/^\s*iSerial\s+\d+\s+(.+)$/i) {
# model line
next if $device eq "";
$serial = $1;
}
}
close $F;
# Check last entry
$found = devicefound($usbid, $model, $serial);
return 0 if !$found;
return sprintf("%%%03d%%%03d", $bus, $device);
}
sub config_sane() {
# Add HPOJ backend to /etc/sane.d/dll.conf if needed (no individual
# config file /etc/sane.d/hpoj.conf necessary, the HPOJ driver finds the
# scanner automatically)
return if member("hpoj", chomp_(cat_("$::prefix/etc/sane.d/dll.conf")));
eval { append_to_file("$::prefix/etc/sane.d/dll.conf", "hpoj\n") } or
die "can't write SANE config in /etc/sane.d/dll.conf: $!";
}
sub config_photocard() {
# Add definitions for the drives p:. q:, r:, and s: to /etc/mtools.conf
cat_("$::prefix/etc/mtools.conf") !~ m/^\s*drive\s+p:/m or return;
append_to_file("$::prefix/etc/mtools.conf", <<'EOF');
# Drive definitions added for the photo card readers in HP multi-function
# devices driven by HPOJ
drive p: file=":0" remote
drive q: file=":1" remote
drive r: file=":2" remote
drive s: file=":3" remote
# This turns off some file system integrity checks of mtools, it is needed
# for some photo cards.
mtools_skip_check=1
EOF
# Generate a config file for the graphical mtools frontend MToolsFM or
# modify the existing one
my $mtoolsfmconf;
if (-f "$::prefix/etc/mtoolsfm.conf") {
$mtoolsfmconf = cat_("$::prefix/etc/mtoolsfm.conf") or die "can't read MToolsFM config in $::prefix/etc/mtoolsfm.conf: $!";
my $alloweddrives = lc($1) if $mtoolsfmconf =~ m/^\s*DRIVES\s*=\s*"([A-Za-z ]*)"/m;
foreach my $letter ("p", "q", "r", "s") {
$alloweddrives .= $letter if $alloweddrives !~ /$letter/;
}
$mtoolsfmconf =~ s/^\s*DRIVES\s*=\s*"[A-Za-z ]*"/DRIVES="$alloweddrives"/m;
$mtoolsfmconf =~ s/^\s*LEFTDRIVE\s*=\s*"[^"]*"/LEFTDRIVE="p"/m;
#"# Fix emacs syntax highlighting
} else {
$mtoolsfmconf = <<'EOF';
# MToolsFM config file. comments start with a hash sign.
#
# This variable sets the allowed driveletters (all lowercase). Example:
# DRIVES="ab"
DRIVES="apqrs"
#
# This variable sets the driveletter upon startup in the left window.
# An empty string or space is for the hardisk. Example:
# LEFTDRIVE="a"
LEFTDRIVE="p"
#
# This variable sets the driveletter upon startup in the right window.
# An empty string or space is for the hardisk. Example:
# RIGHTDRIVE="a"
RIGHTDRIVE=" "
EOF
}
output("$::prefix/etc/mtoolsfm.conf", $mtoolsfmconf);
}
sub setcupslink {
my ($printer) = @_;
return 1 if !$::isInstall || $printer->{SPOOLER} ne "cups" || -d "/etc/cups/ppd";
system("ln -sf $::prefix/etc/cups /etc/cups");
return 1;
}
1;