Leaked source code of windows server 2003
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#+---------------------------------------------------------------------------
#
# Microsoft Windows
# Copyright (C) Microsoft Corporation, 1998.
#
# File: N E T W I Z . P L
#
# Contents: Perl script to perform the following tasks
# - generate the networking portion of an answerfile
# - force delete a component from registry
# - check net registry for consistency
#
# Notes: This script will work only on NT5.
#
# Author: kumarp 30-August-98
#
#----------------------------------------------------------------------------
#----------------------------------------------------------------------------
# Known issues:
# - None at present
#
# Future enhancements:
# - add more comments
# - combine chkaf.pl functionality into this
# - generate [NetBindings] section
# - InfId==* in case of single adapter (also InfIdReal)
#----------------------------------------------------------------------------
use Win32;
use Win32::Registry;
use Getopt::Long;
# -----------------------------------------------------------------
# Constants
#
my $NCF_VIRTUAL = 0x1;
my $NCF_SOFTWARE_ENUMERATED = 0x2;
my $NCF_PHYSICAL = 0x4;
my $NCF_HIDDEN = 0x8;
my $NCF_NO_SERVICE = 0x10;
my $NCF_NOT_USER_REMOVABLE = 0x20;
my $NCF_HAS_UI = 0x80;
my $NCF_MODEM = 0x100;
my $NCF_FILTER = 0x400;
my $NCF_DONTEXPOSELOWER = 0x1000;
my $NCF_HIDE_BINDING = 0x2000;
my $NCF_FORCE_TDI_NOTIFY = 0x4000;
my $NCF_FORCE_NDIS_NOTIFY = 0x8000;
my $NCF_FORCE_SCM_NOTIFY = 0x10000;
my $NCF_FIXED_BINDING = 0x2000;
#my $rp_network='nn';
my $rp_network = 'SYSTEM\\CurrentControlSet\\Control\\Network';
my $rk_network;
#my $rp_services = 'ss';
my $rp_services = 'SYSTEM\\CurrentControlSet\\Services';
my $rk_services;
#
# net guids
#
my $guid_net = '{4D36E972-E325-11CE-BFC1-08002BE10318}';
my $guid_net_protocols = '{4D36E975-E325-11CE-BFC1-08002BE10318}';
my $guid_net_services = '{4D36E974-E325-11CE-BFC1-08002BE10318}';
my $guid_net_clients = '{4D36E973-E325-11CE-BFC1-08002BE10318}';
#
# regular expressions
#
my $regex_infid = '[a-zA-Z_]+';
my $regex_guid = "{[0-9a-fA-F---]+}";
my $regex_service_name = '[a-zA-Z]+';
my $regex_special_chars= '[\s=%]';
# -----------------------------------------------------------------
# Globals
#
my @installed_services;
my %adapters;
my %protocols;
my %clients;
my %services;
my $comp_map =
{
'NetAdapters' => [$guid_net, \%adapters],
'NetProtocols' => [$guid_net_protocols, \%protocols],
'NetClients' => [$guid_net_clients, \%clients],
'NetServices' => [$guid_net_services, \%services],
};
$HKEY_LOCAL_MACHINE->Open($rp_network, $rk_network)
|| die "could not open $rp_network: $!";
$HKEY_LOCAL_MACHINE->Open($rp_services, $rk_services)
|| die "could not open $rp_services: $!";
$rk_services->GetKeys(\@installed_services);
#my %tvalues;
#my @tkeys;
#
# info about which parameters to read in from the registry
# for a component or a set of components
#
my $regkeymap =
{
# ---------------------------------------------
# Misc
#
'NetAdapters' =>
[
\['PnpInstanceID', 'InfId'],
\['Connection\\Name', 'ConnectionName'],
],
'NetComponentCommon' =>
[
\['ComponentId', 'InfId'],
\['Description'],
\['Ndi\\Service', 'Service'],
\['Ndi\\CoServices', 'CoServices'],
],
# ---------------------------------------------
# Protocols
#
'ms_tcpip' =>
[
\['<NetBT>Parameters\\EnableLMHOSTS'],
\['<NetBT>Parameters\\EnableDNS'],
\['SearchList'],
\['Parameters\\UseDomainNameDevolution'],
\['EnableSecurityFilters'], #??
\['ScopeID'],
],
'ms_tcpip.adapter' =>
[
\['Parameters\\Interfaces'],
\['NameServer'], # DNSServerSearchOrder
\['NameServerList'], # WinsServerList
\['NetBiosOption'], #?? Option in spec Options in tcpaf.cpp ?
\['DhcpClassId'], #?? only in spec, not in code ?
\['Domain'], # DNSDomain
\['EnableDHCP'],
\['IPAddress'],
\['SubnetMask'],
\['DefaultGateway'],
],
'ms_nwipx' =>
[
\['Parameters\\VirtualNetworkNumber'],
\['Parameters\\DedicatedRouter'],
\['Parameters\\EnableWANRouter'],
],
'ms_nwipx.adapter' =>
[
\['Parameters\\Adapters'], #?? make sure that adapter-instance-guid is used under this key. the code in nwlnkipx.cpp mentions szBindName ?
\['PktType'],
\['NetworkNumber']
],
'ms_appletalk' =>
[
\['Parameters\\DefaultPort'],
\['Parameters\\DesiredZone'],
\['Parameters\\EnableRouter'],
],
'ms_appletalk.adapter' =>
[
\['Parameters\\Adapters'], #?? make sure that adapter-instance-guid is used under this key. the code in atlkobj.cpp mentions AdapterId ?
\['SeedingNetwork'],
\['ZoneList'],
\['DefaultZone'],
\['NetworkRangeLowerEnd'],
\['NetworkRangeUpperEnd'],
],
'ms_pptp' =>
[
\['Parameters\\NumberLineDevices'],
],
# ---------------------------------------------
# Clients
#
'ms_msclient' =>
[
\['Parameters\\OtherDomains'],
\['<HKLM>SOFTWARE\\Microsoft\\Rpc\\NameService\\NetworkAddress'],
\['<HKLM>SOFTWARE\\Microsoft\\Rpc\\NameService\\Protocol'],
\['RPCSupportForBanyan'], #?? complex case
],
'ms_nwclient' =>
[
\['Parameters\\DefaultLocation'], # PreferredServer
\['Parameters\\DefaultScriptOptions'], #LogonScript
],
# ---------------------------------------------
# Services
#
'ms_server' =>
[
\["Parameters\\Size"],
\["Parameters\\Lmannounce"],
],
# BUGBUG: ras components not done yet
'ms_ras' =>
[
\['ForceEncryptedPassword'],
\['ForceEncryptedData'],
\['Multilink'],
\['DialinProtocols'],
\['NetBEUIClientAccess'],
\['TcpIpClientAccess'],
\['UseDHCP'],
\['IpPoolStart'],
\['IpPoolMask'],
\['ClientCanRequestIPAddress'],
\['IPXClientAccess'],
\['AutomaticNetworkNumbers'],
\['NetworkNumberFrom'],
\['AssignSameNetworkNumber'],
\['ClientsCanRequestIpxNodeNumber'],
],
};
#
# enumerate over components and store keys specified in regkeymap
# in the components info db
#
foreach $component_section (keys %{$comp_map})
{
my $guid = $$comp_map{$component_section}[0];
my $components = $$comp_map{$component_section}[1];
if ($rk_network->Open($guid, $rk_components))
{
@tkeys = ();
if ($rk_components->GetKeys(\@tkeys))
{
foreach $component (@tkeys)
{
if ($rk_components->Open($component, $rk_component))
{
if ($guid eq $guid_net)
{
if ($rk_component->Open('Connection', $rk_conn))
{
MapAndStoreKeys($components, $component,
$rk_component, $component_section);
$rk_conn->Close();
}
}
elsif (($tval = kQueryValue($rk_component,
'Characteristics')),
!($tval & $NCF_HIDDEN))
{
MapAndStoreKeys($components, $component,
$rk_component, 'NetComponentCommon');
my $infid = $$components{$component}{'InfId'};
my $service = $$components{$component}{'Service'};
if ($rk_services->Open($service, $rk_service))
{
MapAndStoreKeys($components, $component,
$rk_service, $infid);
MapAndStoreAdapterKeys($components, $component,
$rk_service, $infid);
}
}
$rk_component->Close();
}
}
}
$rk_components->Close();
}
}
#
# use info in regkeymap to map a value and then store it in components db
#
sub MapAndStoreKeys
{
my ($dbname, $component_instance, $rk, $component_name) = @_;
foreach $item (@{$$regkeymap{$component_name}})
{
# print "$$$item[0] --- $$$item[1]\n";
StoreKey($dbname, $component_instance, $rk,
$$$item[0], $$$item[1]);
}
}
#
# use info in regkeymap to map an adapter specific value and then
# store it in components db
#
sub MapAndStoreAdapterKeys
{
my ($dbname, $component_instance, $rk, $component_name) = @_;
my @adapter_items = @{$$regkeymap{$component_name . '.adapter'}};
my ($rk_adapter_params_base, $rk_adapter_params);
my $rp_adapter_params_base;
if (@adapter_items)
{
my $rp_adapter_params_base = $${shift(@adapter_items)}[0];
if ($rk->Open($rp_adapter_params_base, $rk_adapter_params_base))
{
foreach $adapter (keys %adapters)
{
if ($rk_adapter_params_base->Open($adapter, $rk_adapter_params))
{
foreach $item (@adapter_items)
{
StoreKey($dbname, $component_name . '.adapter.' . $adapter,
$rk_adapter_params, $$$item[0], $$$item[1]);
}
$rk_adapter_params->Close();
}
}
$rk_adapter_params_base->Close();
}
}
}
# -----------------------------------------------------------------
#
# Store a given key into components db
#
sub StoreKey
{
my ($dbname, $dbkey, $rk, $value, $key_name) = @_;
my $tval;
if (defined($key_name))
{
$key_to_use = $key_name;
}
elsif (!SplitValue($value, $dummy, $key_to_use))
{
$key_to_use = $value;
}
if ($value =~ /<($regex_service_name)>([^<>\s]+)/)
{
if ($1 eq 'HKLM')
{
$tval = kQueryValue($HKEY_LOCAL_MACHINE, $2);
}
elsif ($rk_services->Open($1, $rk_tservice))
{
$tval = kQueryValue($rk_tservice, $2);
$rk_tservice->Close();
}
}
else
{
$tval = kQueryValue($rk, $value);
}
if (defined($tval))
{
# print "$key_to_use <= $tval\n";
$$dbname{$dbkey}{$key_to_use} = $tval;
}
}
#
# We need this function since Perl's QueryValue function has a bug
#
sub kQueryValue
{
my ($hkey, $key_name) = @_;
my %tvalues;
my $tindex;
my ($value, $value_type, $subkey);
if (SplitValue($key_name, $subkey, $key_name))
{
if ($hkey->Open($subkey, $thkey))
{
$thkey->GetValues(\%tvalues);
$thkey->Close();
# print "$subkey + $key_name -> $tvalues{$key_name}[2]\n";
}
}
else
{
$hkey->GetValues(\%tvalues);
}
$value = $tvalues{$key_name}[2];
$value_type = $tvalues{$key_name}[1];
if ($value_type == 7)
{
my @vlist;
@vlist = split(chr(0), $value);
return \@vlist;
}
else
{
return $value;
}
}
#
# Split a path into end-item and remaining sub-path
#
sub SplitValue
{
my $tindex;
if (($tindex = rindex($_[0], '\\')) > 0)
{
$_[1] = substr($_[0], 0, $tindex);
$_[2] = substr($_[0], $tindex+1, 9999);
return 1;
}
else
{
return 0;
}
}
# -----------------------------------------------------------------
# Cleanup
$rk_network->Close();
$rk_services->Close();
# -----------------------------------------------------------------
# -----------------------------------------------------------------
# answerfile generation
#
my %af;
my $MAP_BOOL = 0x1;
my $MAP_ARRAY = 0x2;
my $MAP_TO_LIST = 0x4;
my $AF_COND_ValueMatch = 0x10000;
my $AF_COND_ShowIfEmpty = 0x20000;
my $afmap =
{
# ---------------------------------------------
# Misc
#
'NetAdapters' =>
[
\['InfId'],
\['ConnectionName'],
],
# ---------------------------------------------
# Protocols
#
'ms_tcpip' =>
[
\['EnableDNS', 'DNS', $MAP_BOOL],
\['SearchList', 'DNSSuffixSearchOrder', $MAP_TO_LIST],
\['UseDomainNameDevolution', undef, $MAP_BOOL],
\['EnableSecurityFilters', 'EnableSecurity', $MAP_BOOL],
\['ScopeID'],
\['EnableLMHOSTS', undef, $MAP_BOOL]
],
'ms_tcpip.adapter' =>
[
\['NameServer', 'DNSServerSearchOrder' ],
\['WINS'], #?? dump as Yes if WinsServerList is non-empty
\['NameServerList', 'WinsServerList' ],
\['NetBiosOption' ],
\['DhcpClassId' ],
\['Domain', 'DNSDomain'],
\['EnableDHCP', 'DHCP', $MAP_BOOL],
\['IPAddress', undef, $MAP_TO_LIST | $AF_COND_ValueMatch, 'EnableDHCP', 0],
\['SubnetMask', undef, $MAP_TO_LIST | $AF_COND_ValueMatch, 'EnableDHCP', 0],
\['DefaultGateway', undef, $MAP_TO_LIST | $AF_COND_ValueMatch, 'EnableDHCP', 0],
],
'ms_nwipx' =>
[
\['VirtualNetworkNumber'],
\['DedicatedRouter'],
\['EnableWANRouter'],
],
'ms_nwipx.adapter' =>
[
\['PktType'],
\['NetworkNumber']
],
'ms_appletalk' =>
[
\['DefaultPort'],
\['DesiredZone'],
\['EnableRouter'],
],
'ms_appletalk.adapter' =>
[
\['SeedingNetwork'],
\['ZoneList'],
\['DefaultZone'],
\['NetworkRangeLowerEnd'],
\['NetworkRangeUpperEnd'],
],
'ms_pptp' =>
[
\['NumberLineDevices'],
],
# ---------------------------------------------
# Clients
#
'ms_msclient' =>
[
\['OtherDomains', 'BrowseDomains', $MAP_TO_LIST],
\['NetworkAddress', 'NameServiceNetworkAddress'],
\['Protocol', 'NameServiceProtocol'],
\['RPCSupportForBanyan'],
],
'ms_nwclient' =>
[
\['DefaultLocation', 'PreferredServer'],
\['DefaultScriptOptions', 'LogonScript'],
],
# ---------------------------------------------
# Services
#
'ms_server' =>
[
\['Size', 'Optimization', $MAP_ARRAY, 1, 4, 1,
\['MinMemoryUsed', 'Balance',
'MaxThroughputForFileSharing', 'MaxThrouputForNetworkApps']],
\['Lmannounce', 'BroadcastsToLanman2Clients', $MAP_BOOL],
],
'ms_ras' =>
[
\['ForceEncryptedPassword'],
\['ForceEncryptedData'],
\['Multilink'],
\['DialinProtocols'],
\['NetBEUIClientAccess'],
\['TcpIpClientAccess'],
\['UseDHCP'],
\['IpPoolStart'],
\['IpPoolMask'],
\['ClientCanRequestIPAddress'],
\['IPXClientAccess'],
\['AutomaticNetworkNumbers'],
\['NetworkNumberFrom'],
\['AssignSameNetworkNumber'],
\['ClientsCanRequestIpxNodeNumber'],
],
};
my %adapter_map;
my %adapter_sections_map;
sub GenAnswerFile
{
AfAddSection('Networking');
my $cAdapter = 1;
my ($adapter_name, $params_section);
my $infid;
foreach $adapter (keys %adapters)
{
$adapter_name = 'Adapter' . $cAdapter++;
$params_section = AfParamsSectionName($adapter_name);
AfAddKey('NetAdapters', $adapter_name, $params_section);
#AfAddKey($params_section, 'InstanceGuid', $adapter);
$adapter_map{$adapter} = $adapter_name;
AfMapAndAddKeys(\%adapters, $adapter, 'NetAdapters',
$params_section);
}
foreach $component_section (keys %{$comp_map})
{
my $components = $$comp_map{$component_section}[1];
foreach $component (keys %{$components})
{
if ($component =~ /($regex_infid)\.adapter\.($regex_guid)/)
{
my ($proto_infid, $afmap_index, $adapter_guid)
= ($1, $1 . '.adapter', $2);
my $adapter_name = $adapter_map{$adapter_guid};
$params_section = AfParamsSectionName($proto_infid) .
".$adapter_name";
my $tadapter_sections;
$tadapter_sections = $adapter_sections_map{$proto_infid};
@$tadapter_sections = ($params_section, @$tadapter_sections);
@adapter_sections_map{$proto_infid} = $tadapter_sections;
AfAddKey($params_section, 'SpecificTo', $adapter_name);
AfMapAndAddKeys($components, $component,
$afmap_index, $params_section);
}
else
{
$infid = $$components{$component}{'InfId'};
$params_section = AfParamsSectionName($infid);
if ($component_section ne 'NetAdapters')
{
AfAddKey($component_section, $infid, $params_section);
}
if (defined($$afmap{$infid}))
{
AfMapAndAddKeys($components, $component,
$infid, $params_section);
}
}
}
}
foreach $proto_infid (keys %adapter_sections_map)
{
$params_section = AfParamsSectionName($proto_infid);
AfAddKey($params_section, 'AdapterSections',
join(',', @{$adapter_sections_map{$proto_infid}}));
}
}
sub AfMapAndAddKeys
{
my ($components_db, $component, $afmap_index,
$section) = @_;
my ($key_to_write, $key, $value);
my $map_flag;
my @afkeys = @{$$afmap{$afmap_index}};
foreach $afkey_item (@afkeys)
{
$key_to_write = defined($$$afkey_item[1]) ?
$$$afkey_item[1] : $$$afkey_item[0];
$key = $$$afkey_item[0];
if (defined($value = $$components_db{$component}{$key}))
{
$map_flag = $$$afkey_item[2];
if ($map_flag & $MAP_ARRAY)
{
my $lower_limit = $$$afkey_item[3];
my $upper_limit = $$$afkey_item[4];
my $base_offset = $$$afkey_item[5];
my $value_map = $$$afkey_item[6];
if (($value >= $lower_limit) &&
($value <= $upper_limit))
{
$value = $$$value_map[$value - $base_offset];
}
}
elsif ($map_flag & $MAP_BOOL)
{
$value = $value ? 'Yes' : 'No';
}
elsif ($map_flag & $MAP_TO_LIST)
{
$value = join(',', @{$value});
}
my $af_can_write = 1;
if ($map_flag & $AF_COND_ValueMatch)
{
my ($key_to_check, $value_to_match) =
($$$afkey_item[3], $$$afkey_item[4]);
my $tval;
$tval = $$components_db{$component}{$key_to_check};
if ($tval != $value_to_match)
{
$af_can_write = 0;
}
}
if (($value eq '') && (!($map_flag & $AF_COND_ShowIfEmpty)))
{
$af_can_write = 0;
}
if ($af_can_write)
{
AfAddKey($section, $key_to_write, $value);
}
}
}
}
sub AfParamsSectionName
{
return 'params.' . $_[0];
}
sub AfAddSection
{
$af{$_[0]}{''} = '<section>';
}
sub AfAddKey
{
$af{$_[0]}{$_[1]} = $_[2];
}
sub WriteAnswerFile
{
my $af_handle = $_[0];
foreach $section (keys %af)
{
print $af_handle "\n[$section]\n";
foreach $key (keys %{$af{$section}})
{
next if $key eq "";
$value = $af{$section}{$key};
if ($value =~ /$regex_special_chars/)
{
$value = '"' . $value . '"';
}
print $af_handle "$key = $value\n";
}
}
}
sub GenAndWriteAnswerFile
{
my $af_handle = $_[0];
GenAnswerFile();
WriteAnswerFile($af_handle);
}
sub ShowUsage
{
print <<'--usage-end--';
Usage:
netwiz [-h|?] [-c] [-d <component-inf-id>] [-g [<file-name>]]
Options:
-h|-? Show this help message
-c Check network configuration for consistency
-d Forcefully delete the specified component from
the registry. Not recommended for the faint of heart.
("Don't try it at home" type operation)
-g Generate the networking portion of AnswerFile that describes
the current networking configuration. If a file name
is not specified, dump to stdout.
--usage-end--
}
sub main
{
if ((grep {/[---\/][?h]/i} @ARGV) || ($ARGV[0] eq '') ||
!GetOptions('c', 'd=s', 'g:s') ||
(defined($opt_d) && ($opt_d eq '')))
{
ShowUsage();
exit;
}
if ($opt_d)
{
GetConfirmationAndForceRemoveComponent($opt_d);
}
elsif (defined($opt_g))
{
if ($opt_g eq '')
{
GenAndWriteAnswerFile(STDOUT);
}
else
{
open(AF_HANDLE, ">$opt_g") || die "Cannot open $opt_g: $!";
GenAndWriteAnswerFile(AF_HANDLE);
close(AF_HANDLE);
}
}
elsif ($opt_c)
{
CheckNetworkConfigConsistency();
}
}
main();
# -----------------------------------------------------------------
# Diagonostic stuff
#
sub LocateComponentById
{
my $infid = $_[0];
foreach $component_section (keys %{$comp_map})
{
my $class_guid = $$comp_map{$component_section}[0];
my $components = $$comp_map{$component_section}[1];
foreach $component (keys %{$components})
{
if ($$components{$component}{'InfId'} eq $infid)
{
return ($component, $class_guid);
}
}
}
return undef;
}
sub ForceRemoveComponent
{
my $infid = $_[0];
my ($comp_guid, $comp_class_guid);
if (($comp_guid, $comp_class_guid) = LocateComponentById($infid))
{
my $rp_class = "$rp_network\\$comp_class_guid";
my $rk_class;
if ($HKEY_LOCAL_MACHINE->Open($rp_class, $rk_class))
{
if ($ENV{'COMPUTERNAME'} =~ /(kumarp[19])/i)
{
print "Dont do this on $1!!\n";
exit;
}
if (RegDeleteKeyTree($rk_class, $comp_guid))
{
print "Deleted: HKLM\\$rp_class\\$comp_guid\n";
}
else
{
print "Error deleting key: HKLM\\$rp_class\\$comp_guid: $!\n";
}
$rk_class->Close();
}
}
}
sub GetConfirmationAndForceRemoveComponent
{
my $infid = $_[0];
if (GetConfirmation("Are you sure you want to forcefully remove '$infid'"))
{
ForceRemoveComponent($infid);
}
}
sub RegDeleteKeyTree
{
my ($rk, $subkey) = @_;
my $rk_subkey;
my $result = 1;
if ($result = $rk->Open($subkey, $rk_subkey))
{
my $tval;
my %tvals;
if ($result = $rk_subkey->GetValues(\%tvals))
{
foreach $tval (keys %tvals)
{
# print "deleting $subkey\\$tval...\n";
last if (!$rk_subkey->DeleteValue($tval));
}
my $tkey;
my @tkeys;
if ($rk_subkey->GetKeys(\@tkeys))
{
foreach $tkey (@tkeys)
{
last if (!($result = RegDeleteKeyTree($rk_subkey, $tkey)));
}
}
}
$rk_subkey->Close();
if ($result)
{
# print "deleting $subkey...\n";
$result = $rk->DeleteKey($subkey);
}
}
return $result;
}
sub CheckNetworkConfigConsistency
{
print "Checking services...\n";
CheckCoServices();
print "...done\n";
}
#
# - check that services listed using CoServices key are actually installed.
#
sub CheckCoServices
{
foreach $component_class ('NetProtocols', 'NetServices', 'NetClients')
{
my $components = $$comp_map{$component_class}[1];
foreach $component (keys %{$components})
{
my @coservices;
my @coservices_not_installed;
my $infid = $$components{$component}{'InfId'};
next if $infid eq '';
# print "$infid...";
@coservices = @{$$components{$component}{'CoServices'}};
@coservices_not_installed = SubtractLists(\@coservices,
\@installed_services);
if (scalar @coservices_not_installed)
{
print("$infid: the following service(s) are required for successful operation of this component, but do not seem to be installed: ",
join(', ', @coservices_not_installed));
}
}
}
}
sub SubtractLists
{
my ($list1, $list2) = @_;
my @result;
@result = grep { !IsInList($_, $list2) } @$list1;
return @result;
}
sub GetCommonItems
{
my ($list1, $list2) = @_;
my @common_items;
@common_items = grep { IsInList($_, $list2) } @$list1;
return @common_items;
}
sub IsInList
{
my $item = lc($_[0]);
my @item_list = @{$_[1]};
return scalar grep { lc($_) eq $item } @item_list;
}
sub IsInList1
{
my $item = lc($_[0]);
my @item_list = @{$_[1]};
my $t_item;
foreach $t_item (@item_list)
{
if (lc($t_item) eq $item)
{
return 1;
}
}
return 0;
}
# -----------------------------------------------------------------
# Misc helper stuff
#
sub GetConfirmation
{
my $question = $_[0];
my $answer;
while (!($answer =~ /[yn]/i))
{
print "$question ? [y/n]\n";
$answer = <STDIN>;
}
return $answer =~ /[y]/i;
}
# -----------------------------------------------------------------
# Misc debug helper stuff
#
sub pl
{
print "Items: ", join(", ", @_), "\n";
};
sub p
{
print join(", ", @_), "\n";
};
# -----------------------------------------------------------------