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<?php
/**
*
* This file is part of the phpBB Forum Software package.
*
* @copyright (c) phpBB Limited <https://www.phpbb.com>
* @license GNU General Public License, version 2 (GPL-2.0)
*
* For full copyright and license information, please see
* the docs/CREDITS.txt file.
*
*/

namespace phpbb\template;

/**
* Stores variables assigned to template.
*/
class context
{
	/**
	* variable that holds all the data we'll be substituting into
	* the compiled templates. Takes form:
	* --> $this->tpldata[block][iteration#][child][iteration#][child2][iteration#][variablename] == value
	* if it's a root-level variable, it'll be like this:
	* --> $this->tpldata[.][0][varname] == value
	*
	* @var array
	*/
	private $tpldata = array('.' => array(0 => array()));

	/**
	* @var array Reference to template->tpldata['.'][0]
	*/
	private $rootref;

	/**
	* @var bool
	*/
	private $num_rows_is_set;

	public function __construct()
	{
		$this->clear();
	}

	/**
	* Clears template data set.
	*/
	public function clear()
	{
		$this->tpldata = array('.' => array(0 => array()));
		$this->rootref = &$this->tpldata['.'][0];
		$this->num_rows_is_set = false;
	}

	/**
	* Assign a single scalar value to a single key.
	*
	* Value can be a string, an integer or a boolean.
	*
	* @param string $varname Variable name
	* @param string $varval Value to assign to variable
	* @return true
	*/
	public function assign_var($varname, $varval)
	{
		$this->rootref[$varname] = $varval;

		return true;
	}

	/**
	* Append text to the string value stored in a key.
	*
	* Text is appended using the string concatenation operator (.).
	*
	* @param string $varname Variable name
	* @param string $varval Value to append to variable
	* @return true
	*/
	public function append_var($varname, $varval)
	{
		$this->rootref[$varname] = (isset($this->rootref[$varname]) ? $this->rootref[$varname] : '') . $varval;

		return true;
	}

	/**
	* Returns a reference to template data array.
	*
	* This function is public so that template renderer may invoke it.
	* Users should alter template variables via functions in \phpbb\template\template.
	*
	* Note: modifying returned array will affect data stored in the context.
	*
	* @return array template data
	*/
	public function &get_data_ref()
	{
		// returning a reference directly is not
		// something php is capable of doing
		$ref = &$this->tpldata;

		if (!$this->num_rows_is_set)
		{
			/*
			* We do not set S_NUM_ROWS while adding a row, to reduce the complexity
			* If we would set it on adding, each subsequent adding would cause
			* n modifications, resulting in a O(n!) complexity, rather then O(n)
			*/
			foreach ($ref as $loop_name => &$loop_data)
			{
				if ($loop_name === '.')
				{
					continue;
				}

				$this->set_num_rows($loop_data);
			}
			$this->num_rows_is_set = true;
		}

		return $ref;
	}

	/**
	* Set S_NUM_ROWS for each row in this template block
	*
	* @param array $loop_data
	*/
	protected function set_num_rows(&$loop_data)
	{
		$s_num_rows = sizeof($loop_data);
		foreach ($loop_data as &$mod_block)
		{
			foreach ($mod_block as $sub_block_name => &$sub_block)
			{
				// If the key name is lowercase and the data is an array,
				// it could be a template loop. So we set the S_NUM_ROWS there
				// aswell.
				if ($sub_block_name === strtolower($sub_block_name) && is_array($sub_block))
				{
					$this->set_num_rows($sub_block);
				}
			}

			// Check whether we are inside a block before setting the variable
			if (isset($mod_block['S_BLOCK_NAME']))
			{
				$mod_block['S_NUM_ROWS'] = $s_num_rows;
			}
		}
	}

	/**
	* Returns a reference to template root scope.
	*
	* This function is public so that template renderer may invoke it.
	* Users should not need to invoke this function.
	*
	* Note: modifying returned array will affect data stored in the context.
	*
	* @return array template data
	*/
	public function &get_root_ref()
	{
		// rootref is already a reference
		return $this->rootref;
	}

	/**
	* Assign key variable pairs from an array to a specified block
	*
	* @param string $blockname Name of block to assign $vararray to
	* @param array $vararray A hash of variable name => value pairs
	* @return true
	*/
	public function assign_block_vars($blockname, array $vararray)
	{
		$this->num_rows_is_set = false;
		if (strpos($blockname, '.') !== false)
		{
			// Nested block.
			$blocks = explode('.', $blockname);
			$blockcount = sizeof($blocks) - 1;

			$str = &$this->tpldata;
			for ($i = 0; $i < $blockcount; $i++)
			{
				$str = &$str[$blocks[$i]];
				$str = &$str[sizeof($str) - 1];
			}

			$s_row_count = isset($str[$blocks[$blockcount]]) ? sizeof($str[$blocks[$blockcount]]) : 0;
			$vararray['S_ROW_COUNT'] = $vararray['S_ROW_NUM'] = $s_row_count;

			// Assign S_FIRST_ROW
			if (!$s_row_count)
			{
				$vararray['S_FIRST_ROW'] = true;
			}

			// Assign S_BLOCK_NAME
			$vararray['S_BLOCK_NAME'] = $blocks[$blockcount];

			// Now the tricky part, we always assign S_LAST_ROW and remove the entry before
			// This is much more clever than going through the complete template data on display (phew)
			$vararray['S_LAST_ROW'] = true;
			if ($s_row_count > 0)
			{
				unset($str[$blocks[$blockcount]][($s_row_count - 1)]['S_LAST_ROW']);
			}

			// Now we add the block that we're actually assigning to.
			// We're adding a new iteration to this block with the given
			// variable assignments.
			$str[$blocks[$blockcount]][] = $vararray;
		}
		else
		{
			// Top-level block.
			$s_row_count = (isset($this->tpldata[$blockname])) ? sizeof($this->tpldata[$blockname]) : 0;
			$vararray['S_ROW_COUNT'] = $vararray['S_ROW_NUM'] = $s_row_count;

			// Assign S_FIRST_ROW
			if (!$s_row_count)
			{
				$vararray['S_FIRST_ROW'] = true;
			}

			// Assign S_BLOCK_NAME
			$vararray['S_BLOCK_NAME'] = $blockname;

			// We always assign S_LAST_ROW and remove the entry before
			$vararray['S_LAST_ROW'] = true;
			if ($s_row_count > 0)
			{
				unset($this->tpldata[$blockname][($s_row_count - 1)]['S_LAST_ROW']);
			}

			// Add a new iteration to this block with the variable assignments we were given.
			$this->tpldata[$blockname][] = $vararray;
		}

		return true;
	}

	/**
	* Assign key variable pairs from an array to a whole specified block loop
	*
	* @param string $blockname Name of block to assign $block_vars_array to
	* @param array $block_vars_array An array of hashes of variable name => value pairs
	* @return true
	*/
	public function assign_block_vars_array($blockname, array $block_vars_array)
	{
		foreach ($block_vars_array as $vararray)
		{
			$this->assign_block_vars($blockname, $vararray);
		}

		return true;
	}

	/**
	* Change already assigned key variable pair (one-dimensional - single loop entry)
	*
	* An example of how to use this function:
	* {@example alter_block_array.php}
	*
	* @param	string	$blockname	the blockname, for example 'loop'
	* @param	array	$vararray	the var array to insert/add or merge
	* @param	mixed	$key		Key to search for
	*
	* array: KEY => VALUE [the key/value pair to search for within the loop to determine the correct position]
	*
	* int: Position [the position to change or insert at directly given]
	*
	* If key is false the position is set to 0
	* If key is true the position is set to the last entry
	*
	* @param	string	$mode		Mode to execute (valid modes are 'insert' and 'change')
	*
	*	If insert, the vararray is inserted at the given position (position counting from zero).
	*	If change, the current block gets merged with the vararray (resulting in new key/value pairs be added and existing keys be replaced by the new \value).
	*
	* Since counting begins by zero, inserting at the last position will result in this array: array(vararray, last positioned array)
	* and inserting at position 1 will result in this array: array(first positioned array, vararray, following vars)
	*
	* @return bool false on error, true on success
	*/
	public function alter_block_array($blockname, array $vararray, $key = false, $mode = 'insert')
	{
		$this->num_rows_is_set = false;
		if (strpos($blockname, '.') !== false)
		{
			// Nested block.
			$blocks = explode('.', $blockname);
			$blockcount = sizeof($blocks) - 1;

			$block = &$this->tpldata;
			for ($i = 0; $i < $blockcount; $i++)
			{
				if (($pos = strpos($blocks[$i], '[')) !== false)
				{
					$name = substr($blocks[$i], 0, $pos);

					if (strpos($blocks[$i], '[]') === $pos)
					{
						$index = sizeof($block[$name]) - 1;
					}
					else
					{
						$index = min((int) substr($blocks[$i], $pos + 1, -1), sizeof($block[$name]) - 1);
					}
				}
				else
				{
					$name = $blocks[$i];
					$index = sizeof($block[$name]) - 1;
				}
				$block = &$block[$name];
				$block = &$block[$index];
			}

			$block = &$block[$blocks[$i]]; // Traverse the last block
		}
		else
		{
			// Top-level block.
			$block = &$this->tpldata[$blockname];
		}

		// Change key to zero (change first position) if false and to last position if true
		if ($key === false || $key === true)
		{
			$key = ($key === false) ? 0 : sizeof($block);
		}

		// Get correct position if array given
		if (is_array($key))
		{
			// Search array to get correct position
			list($search_key, $search_value) = @each($key);

			$key = null;
			foreach ($block as $i => $val_ary)
			{
				if ($val_ary[$search_key] === $search_value)
				{
					$key = $i;
					break;
				}
			}

			// key/value pair not found
			if ($key === null)
			{
				return false;
			}
		}

		// Insert Block
		if ($mode == 'insert')
		{
			// Make sure we are not exceeding the last iteration
			if ($key >= sizeof($this->tpldata[$blockname]))
			{
				$key = sizeof($this->tpldata[$blockname]);
				unset($this->tpldata[$blockname][($key - 1)]['S_LAST_ROW']);
				$vararray['S_LAST_ROW'] = true;
			}
			else if ($key === 0)
			{
				unset($this->tpldata[$blockname][0]['S_FIRST_ROW']);
				$vararray['S_FIRST_ROW'] = true;
			}

			// Assign S_BLOCK_NAME
			$vararray['S_BLOCK_NAME'] = $blockname;

			// Re-position template blocks
			for ($i = sizeof($block); $i > $key; $i--)
			{
				$block[$i] = $block[$i-1];

				$block[$i]['S_ROW_COUNT'] = $block[$i]['S_ROW_NUM'] = $i;
			}

			// Insert vararray at given position
			$block[$key] = $vararray;
			$block[$key]['S_ROW_COUNT'] = $block[$key]['S_ROW_NUM'] = $key;

			return true;
		}

		// Which block to change?
		if ($mode == 'change')
		{
			if ($key == sizeof($block))
			{
				$key--;
			}

			$block[$key] = array_merge($block[$key], $vararray);

			return true;
		}

		return false;
	}

	/**
	* Reset/empty complete block
	*
	* @param string $blockname Name of block to destroy
	* @return true
	*/
	public function destroy_block_vars($blockname)
	{
		$this->num_rows_is_set = false;
		if (strpos($blockname, '.') !== false)
		{
			// Nested block.
			$blocks = explode('.', $blockname);
			$blockcount = sizeof($blocks) - 1;

			$str = &$this->tpldata;
			for ($i = 0; $i < $blockcount; $i++)
			{
				$str = &$str[$blocks[$i]];
				$str = &$str[sizeof($str) - 1];
			}

			unset($str[$blocks[$blockcount]]);
		}
		else
		{
			// Top-level block.
			unset($this->tpldata[$blockname]);
		}

		return true;
	}
}
ss="hl opt">::printer_type{$printer->{str_type}}; 1; } sub setup_remote_cups_server { my ($printer, $in) = @_; $in->set_help('configureRemoteCUPSServer') if $::isInstall; my $queue = $printer->{OLD_QUEUE}; #- hack to handle cups remote server printing, #- first read /etc/cups/cupsd.conf for variable BrowsePoll address:port my ($server, $port, $default); # Return value: 0 when nothing was changed ("Apply" never pressed), 1 # when "Apply" was at least pressed once. my $retvalue = 0; while (1) { # Read CUPS config file my @cupsd_conf = printer::read_cupsd_conf(); foreach (@cupsd_conf) { /^\s*BrowsePoll\s+(\S+)/ and $server = $1, last; } $server =~ /([^:]*):(.*)/ and ($server, $port) = ($1, $2); # Read printer list my @queuelist = printer::read_cups_printer_list(); if ($#queuelist >=0) { $default = printer::get_cups_default_printer(); my $queue; for $queue (@queuelist) { if ($queue =~ /^\s*$default/) { $default = $queue; } } } else { push(@queuelist, "None"); $default = "None"; } #- Remember the server/port settings to check whether the user changed #- them. my $oldserver = $server; my $oldport = $port; #- then ask user for this combination and rewrite /etc/cups/cupsd.conf #- according to new settings. There are no other point where such #- information is written in this file. if ($in->ask_from_ ({ title => _("Remote CUPS server"), messages => _("With a remote CUPS server, you do not have to configure any printer here; CUPS servers inform your machine automatically about their printers. All printers known to your machine currently are listed in the \"Default printer\" field. Choose the default printer for your machine there and click the \"Apply/Re-read printers\" button. Click the same button to refresh the list (it can take up to 30 seconds after the start of CUPS until all remote printers are visible). When your CUPS server is in a different network, you have to give the CUPS server IP address and optionally the port number to get the printer information from the server, otherwise leave these fields blank."), cancel => _("Close"), ok => _("Apply/Re-read printers"), callbacks => { complete => sub { unless (!$server || network::is_ip($server)) { $in->ask_warn('', _("The IP address should look like 192.168.1.20")); return (1,0); } if ($port !~ /^\d*$/) { $in->ask_warn('', _("The port number should be an integer!")); return (1,1); } return 0; } } }, [ { label => _("Default printer"), val => \$default, not_edit => 0, list => \@queuelist}, #{ label => _("Default printer") }, #{ val => \$default, # format => \&translate, not_edit => 0, list => \@queuelist}, { label => _("CUPS server IP"), val => \$server }, { label => _("Port"), val => \$port } ] )) { # We have clicked "Apply/Re-read" $retvalue = 1; # Set default printer if ($default =~ /^\s*([^\s\(\)]+)\s*\(/) { $default = $1; } if ($default ne "None") { printer::set_cups_default_printer($default); } # Set BrowsePoll line if (($server ne $oldserver) || ($port ne $oldport)) { $server && $port and $server = "$server:$port"; if ($server) { @cupsd_conf = map { $server and s/^\s*BrowsePoll\s+(\S+)/BrowsePoll $server/ and $server = ''; $_ } @cupsd_conf; $server and push @cupsd_conf, "\nBrowsePoll $server\n"; } else { @cupsd_conf = map { s/^\s*BrowsePoll\s+(\S+)/\#BrowsePoll $1/; $_ } @cupsd_conf; } printer::write_cupsd_conf(@cupsd_conf); sleep 3; } } else { last; } } return $retvalue; } sub setup_printer_connection { my ($printer, $in) = @_; # Choose the appropriate connection config dialog my $done = 1; for ($printer->{TYPE}) { /LOCAL/ and setup_local ($printer, $in) and last; /LPD/ and setup_lpd ($printer, $in) and last; /SOCKET/ and setup_socket ($printer, $in) and last; /SMB/ and setup_smb ($printer, $in) and last; /NCP/ and setup_ncp ($printer, $in) and last; /URI/ and setup_uri ($printer, $in) and last; /POSTPIPE/ and setup_postpipe ($printer, $in) and last; $done = 0; last; } return $done; } sub auto_detect { my ($in) = @_; { my $w = $in->wait_message(_("Test ports"), _("Detecting devices...")); modules::get_alias("usb-interface") and eval { modules::load("printer"); sleep(2); }; foreach (qw(parport_pc lp parport_probe parport)) { eval { modules::unload($_); }; #- on kernel 2.4 parport has to be unloaded to probe again } foreach (qw(parport_pc lp parport_probe)) { eval { modules::load($_); }; #- take care as not available on 2.4 kernel (silent error). } } my $b = before_leaving { eval { modules::unload("parport_probe") } }; detect_devices::whatPrinter(); } sub setup_local { my ($printer, $in) = @_; my $queue = $printer->{OLD_QUEUE}; my @port = (); my @str = (); my $device; my @parport = auto_detect($in); # $printer->{currentqueue}{queuedata} foreach (@parport) { $_->{val}{DESCRIPTION} and push @str, _("A printer, model \"%s\", has been detected on ", $_->{val}{DESCRIPTION}) . $_->{port}; } if ($::expert || !@str) { @port = detect_devices::whatPrinterPort(); } else { @port = map { $_->{port} } grep { $_->{val}{DESCRIPTION} } @parport; } if (($printer->{configured}{$queue}) && ($printer->{currentqueue}{'connect'} =~ m/^file:/)) { $device = $printer->{currentqueue}{'connect'}; $device =~ s/^file://; } elsif ($port[0]) { $device = $port[0]; } if ($in) { $::expert or $in->set_help('configurePrinterDev') if $::isInstall; return if !$in->ask_from(_("Local Printer Device"), _("What device is your printer connected to (note that /dev/lp0 is equivalent to LPT1:)?\n") . (join "\n", @str), [ { label => _("Printer Device"), val => \$device, list => \@port, not_edit => !$::expert } ], complete => sub { unless ($device ne "") { $in->ask_warn('', _("Device/file name missing!")); return (1,0); } return 0; } ); } #- make the DeviceURI from $device. $printer->{currentqueue}{'connect'} = "file:" . $device; #- Read the printer driver database if necessary if ((keys %printer::thedb) == 0) { printer::read_printer_db($printer->{SPOOLER}); } #- Search the database entry which matches the detected printer best foreach (@parport) { $device eq $_->{port} or next; $printer->{DBENTRY} = bestMatchSentence ($_->{val}{DESCRIPTION}, keys %printer::thedb); } 1; } sub setup_lpd { my ($printer, $in) = @_; my $uri; my $remotehost; my $remotequeue; my $queue = $printer->{OLD_QUEUE}; if (($printer->{configured}{$queue}) && ($printer->{currentqueue}{'connect'} =~ m/^lpd:/)) { $uri = $printer->{currentqueue}{'connect'}; $uri =~ m!^\s*lpd://([^/]+)/([^/]+)/?\s*$!; $remotehost = $1; $remotequeue = $2; } else { $remotehost = ""; $remotequeue = "lp"; } return if !$in->ask_from(_("Remote lpd Printer Options"), _("To use a remote lpd printer, you need to supply the hostname of the printer server and the printer name on that server."), [ { label => _("Remote host name"), val => \$remotehost }, { label => _("Remote printer name"), val => \$remotequeue } ], complete => sub { unless ($remotehost ne "") { $in->ask_warn('', _("Remote host name missing!")); return (1,0); } unless ($remotequeue ne "") { $in->ask_warn('', _("Remote printer name missing!")); return (1,1); } return 0; } ); #- make the DeviceURI from user input. $printer->{currentqueue}{'connect'} = "lpd://$remotehost/$remotequeue"; #- LPD does not support filtered queues to a remote LPD server by itself #- It needs an additional program as "rlpr" if (($printer->{SPOOLER} eq 'lpd') && (!$::testing) && (!printer::files_exist((qw(/usr/bin/rlpr))))) { $in->do_pkgs->install('rlpr'); } 1; } sub setup_smb { my ($printer, $in) = @_; my $uri; my $smbuser = ""; my $smbpassword = ""; my $workgroup = ""; my $smbserver = ""; my $smbserverip = ""; my $smbshare = ""; my $queue = $printer->{OLD_QUEUE}; if (($printer->{configured}{$queue}) && ($printer->{currentqueue}{'connect'} =~ m/^smb:/)) { $uri = $printer->{currentqueue}{'connect'}; $uri =~ m!^\s*smb://(.*)$!; my $parameters = $1; # Get the user's login and password from the URI if ($parameters =~ m!([^@]*)@([^@]+)!) { my $login = $1; $parameters = $2; if ($login =~ m!([^:]*):([^:]*)!) { $smbuser = $1; $smbpassword = $2; } else { $smbuser = $login; $smbpassword = ""; } } else { $smbuser = ""; $smbpassword = ""; } # Get the workgroup, server, and share name if ($parameters =~ m!([^/]*)/([^/]+)/([^/]+)$!) { $workgroup = $1; $smbserver = $2; $smbshare = $3; } elsif ($parameters =~ m!([^/]+)/([^/]+)$!) { $workgroup = ""; $smbserver = $1; $smbshare = $2; } else { die "The \"smb://\" URI must at least contain the server name and the share name!\n"; } if (network::is_ip($smbserver)) { $smbserverip = $smbserver; $smbserver = ""; } } return if !$in->ask_from(_("SMB (Windows 9x/NT) Printer Options"), _("To print to a SMB printer, you need to provide the SMB host name (Note! It may be different from its TCP/IP hostname!) and possibly the IP address of the print server, as well as the share name for the printer you wish to access and any applicable user name, password, and workgroup information."), [ { label => _("SMB server host"), val => \$smbserver }, { label => _("SMB server IP"), val => \$smbserverip }, { label => _("Share name"), val => \$smbshare }, { label => _("User name"), val => \$smbuser }, { label => _("Password"), val => \$smbpassword, hidden => 1 }, { label => _("Workgroup"), val => \$workgroup }, ], complete => sub { unless ((network::is_ip($smbserverip)) || ($smbserverip eq "")) { $in->ask_warn('', _("IP address should be in format 1.2.3.4")); return (1,1); } unless (($smbserver ne "") || ($smbserverip ne "")) { $in->ask_warn('', _("Either the server name or the server's IP must be given!")); return (1,0); } unless ($smbshare ne "") { $in->ask_warn('', _("Samba share name missing!")); return (1,2); } return 0; } ); #- make the DeviceURI from, try to probe for available variable to #- build a suitable URI. $printer->{currentqueue}{'connect'} = join '', ("smb://", ($smbuser && ($smbuser . ($smbpassword && ":$smbpassword") . "@")), ($workgroup && ("$workgroup/")), ($smbserver || $smbserverip), "/$smbshare"); if ((!$::testing) && (!printer::files_exist((qw(/usr/bin/smbclient))))) { $in->do_pkgs->install('samba-client'); } $printer->{SPOOLER} eq 'cups' and printer::restart_queue($printer); 1; } sub setup_ncp { my ($printer, $in) = @_; my $uri; my $ncpuser = ""; my $ncppassword = ""; my $ncpserver = ""; my $ncpqueue = ""; my $queue = $printer->{OLD_QUEUE}; if (($printer->{configured}{$queue}) && ($printer->{currentqueue}{'connect'} =~ m/^ncp:/)) { $uri = $printer->{currentqueue}{'connect'}; $uri =~ m!^\s*ncp://(.*)$!; my $parameters = $1; # Get the user's login and password from the URI if ($parameters =~ m!([^@]*)@([^@]+)!) { my $login = $1; $parameters = $2; if ($login =~ m!([^:]*):([^:]*)!) { $ncpuser = $1; $ncppassword = $2; } else { $ncpuser = $login; $ncppassword = ""; } } else { $ncpuser = ""; $ncppassword = ""; } # Get the workgroup, server, and share name if ($parameters =~ m!([^/]+)/([^/]+)$!) { $ncpserver = $1; $ncpqueue = $2; } else { die "The \"ncp://\" URI must at least contain the server name and the share name!\n"; } } return if !$in->ask_from(_("NetWare Printer Options"), _("To print on a NetWare printer, you need to provide the NetWare print server name (Note! it may be different from its TCP/IP hostname!) as well as the print queue name for the printer you wish to access and any applicable user name and password."), [ { label => _("Printer Server"), val => \$ncpserver }, { label => _("Print Queue Name"), val => \$ncpqueue }, { label => _("User name"), val => \$ncpuser }, { label => _("Password"), val => \$ncppassword, hidden => 1 } ], complete => sub { unless ($ncpserver ne "") { $in->ask_warn('', _("NCP server name missing!")); return (1,0); } unless ($ncpqueue ne "") { $in->ask_warn('', _("NCP queue name missing!")); return (1,1); } return 0; } ); # Generate the Foomatic URI $printer->{currentqueue}{'connect'} = join '', ("ncp://", ($ncpuser && ($ncpuser . ($ncppassword && ":$ncppassword") . "@")), "$ncpserver/$ncpqueue"); if ((!$::testing) && (!printer::files_exist((qw(/usr/bin/nprint))))) { $in->do_pkgs->install('ncpfs'); } 1; } sub setup_socket { my ($printer, $in) = @_; my ($hostname, $port); my $uri; my $remotehost; my $remoteport; my $queue = $printer->{OLD_QUEUE}; if (($printer->{configured}{$queue}) && ($printer->{currentqueue}{'connect'} =~ m/^socket:/)) { $uri = $printer->{currentqueue}{'connect'}; $uri =~ m!^\s*socket://([^/:]+):([0-9]+)/?\s*$!; $remotehost = $1; $remoteport = $2; } else { $remotehost = ""; $remoteport = "9100"; } return if !$in->ask_from(_("Socket Printer Options"), _("To print to a socket printer, you need to provide the