windows-nt/Source/XPSP1/NT/enduser/speech/lib/perl/iit/util.pm

1093 lines
26 KiB
Perl
Raw Normal View History

2020-09-26 03:20:57 -05:00
use Win32::Process; #allows multiprocessing
use Win32API::Registry 0.13 qw( :ALL );
sub Isx86()
{
return(lc($PROCESSOR_ARCHITECTURE) eq "x86");
}
sub IsAlpha()
{
return(lc($PROCESSOR_ARCHITECTURE) eq "alpha");
}
####################################################################################
# RemovePath()
# simply returns the path from a string argument (retains arguments passed as well)
# a-jbilas, 04/10/99
####################################################################################
sub RemovePath
{
local($sFile) = @_;
$sFile =~ s/^\S*\/(\S*\b)/$1/g;
$sFile =~ s/^\S*\\(\S*\b)/$1/g;
return($sFile);
}
####################################################################################
# GetPath()
# simply returns the path from a string (filename) argument
# a-jbilas, 05/11/99
####################################################################################
sub GetPath
{
local($sFile) = @_;
$sFile =~ s/\//\\/g;
$sFile =~ s/\s+.*$//g;
$sFile =~ s/\\[^\\]*$//g;
return($sFile);
}
####################################################################################
# IsMemberOf()
# returns 1 if the first argument is found in the other arguments, 0 otherwise
# comparisons are case-insensitive
# I've been too lazy to implement __LAZY mode, but the idea is that if a list
# is passed with __LAZY as one of its arguments, word completion matching will occur
# a-jbilas, 03/20/99 - created
####################################################################################
sub IsMemberOf
{
carp("Usage: bool IsMemberOf(item, list) ")
unless(@_ >= 1);
if (scalar(@_) == 1)
{
PrintL("Warning: empty list passed to IsMemberOf(@_ ...)\n", PL_VERBOSE);
}
my($item) = $_[0];
shift(@_);
if ($_[0] eq "__LAZY") #compare first letters only (lazy mode)
{
$item =~ s/^(.).*/$1/;
foreach $member (@_)
{
$member =~ s/^(.).*/$1/; #assume that item will not be _.*
if (lc($item) eq lc($member))
{
return(1);
}
}
}
else
{
foreach $member (@_)
{
if (lc($item) eq lc($member))
{
return(1);
}
}
}
return(0);
}
sub IsSubstrOf
{
carp("Usage: bool IsSubstrOf(item, list) ")
unless(@_ >= 1);
my($elem) = $_[0];
shift(@_);
foreach $member (@_)
{
if ($member =~ /$elem/i)
{
return(1);
}
}
return(0);
}
####################################################################################
# FmtDeltaTime()
# takes a ctime difference number and returns the difference formatted in an (hour),
# minute, second string
# dougp, 03/20/99 - created
####################################################################################
sub FmtDeltaTime
{
local($diff) = @_;
local($min) = int($diff / 60);
local($sec) = $diff - $min * 60;
local($hour) = int($min / 60);
$min = $min - $hour * 60;
if ($hour > 0)
{
return sprintf("%2d:%02d:%02d", $hour, $min, $sec);
}
else
{
return sprintf("%02d:%02d", $min, $sec);
}
}
####################################################################################
# Intersect()
# returns common elements of two lists (does not modify lists)
# NOTE: remember to use * notation when calling (call by reference)
# a-jbilas, 05/10/99 - created
####################################################################################
sub Intersect
{
local(*list1, *list2) = @_;
my(@m_lIntersectList) = ();
foreach $elem (@list1)
{
if (IsMemberOf($elem, @list2))
{
push(@m_lIntersectList, $elem);
}
}
return(@m_lIntersectList);
}
####################################################################################
# Subtract()
# returns elements in passed list 1 but not in passed list 2 (does not modify lists)
# NOTE: remember to use * notation when calling (call by reference)
# a-jbilas, 06/18/99 - created
####################################################################################
sub Subtract
{
local(*list1, *list2) = @_;
local(@m_lSubtractList) = ();
foreach $elem (@list1)
{
if (!IsMemberOf($elem, @list2))
{
@m_lSubtractList = ($elem, @m_lSubtractList);
}
}
return(@m_lSubtractList);
}
####################################################################################
# Union()
# returns elements in passed list 1 appended with elements in passed list 2 (no duplicates,
# does not modify lists)
# NOTE: remember to use * notation when calling (call by reference)
# a-jbilas, 06/21/99 - created
####################################################################################
sub Union
{
local(*list1, *list2) = @_;
my(@m_lUnionList) = @list1;
foreach $elem (@list2)
{
if (!IsMemberOf($elem, @m_lUnionList))
{
@m_lUnionList = (@m_lUnionList, $elem);
}
}
return(@m_lUnionList);
}
####################################################################################
# RemoveFromList()
# remove all occurrences of an element from a list
# returns the number of occurrences found in the list
# NOTE: remember to use * notation when calling (call by reference)
# a-jbilas, 04/20/99 - created
####################################################################################
sub RemoveFromList
{
carp("Usage: bool RemoveFromList(item, list) ")
unless(@_ >= 1);
if (@_ == 1)
{
if ($bVerbose) { print(STDOUT "Warning: empty list passed to RemoveFromList(@_ ...)\n"); }
return(0);
}
local($item, *list) = @_;
local($occurences) = 0;
for ($index = (@list - 1) ; $index >= 0 ; --$index)
{
if ($list[$index] =~ /^$item$/)
{
splice(@list, $index, 1);
++$occurences;
}
}
if ($bVerbose) { print(STDOUT "Warning: no occurences of $item in @list found in RemoveFromList()\n"); }
return($occurences);
}
####################################################################################
# SpawnProcess()
# Spawns a new instance of specified application in param1, with arguments in param2
# return Process Object on success, 0 on failure
# if third param provided: calling process will wait on called process for n seconds
# or until the process exits. If process has not exited by specified time, it will
# be killed - returns false if process failure, forced kill, process ID if process
# successfully exited within specified time
# a-jbilas, 06/01/99 - created
####################################################################################
sub SpawnProcess($;$$)
{
local($sTheApp, $sTheArgs, $nTimeout) = @_;
local($pTheApp) = 0;
if ($sTheApp !~ /(\/|\\)/)
{
my($sTheAppWithPath) = FindOnPath($sTheApp);
if ($sTheAppWithPath)
{
$sTheApp = $sTheAppWithPath;
}
}
if (!-e $sTheApp)
{
PrintL("Cannot spawn process, '$sTheApp' does not exist\n", PL_BIGERROR);
}
else
{
PrintL(" - Spawning new instance of '$sTheApp $sTheArgs'\n");
if (!Win32::Process::Create($pTheApp,
$sTheApp,
RemovePath($sTheApp)." ".$sTheArgs,
0,
NORMAL_PRIORITY_CLASS,
"."))
{
PrintL("SpawnProcess() Error\n", PL_BIGERROR);
PrintMsgBlock(Win32::FormatMessage(Win32::GetLastError()));
$pTheApp = 0;
}
elsif ($nTimeout ne "")
{
$pTheApp->Wait($nTimeout * 1000);
if (IsProcessRunning($pTheApp))
{
$pTheApp->Kill(1);
use integer;
PrintL($sTheApp." process still running after ".($nTimeout)." seconds, process killed\n",
(IsCritical() ? PL_BIGERROR : PL_ERROR));
$pTheApp = 0;
}
}
}
return($pTheApp);
}
sub IsProcessRunning($)
{
if (!$_[0])
{
return(0);
}
else
{
if ($_[0]->Wait(1))
{
return(0);
}
else
{
return(1);
}
}
}
####################################################################################
# GetBuildNumber()
# returns the official buildnumber based on OTOOLS standards (at startyear, monthoffset)
# a-jbilas, 04/10/99 - created
####################################################################################
sub GetBuildNumber
#stolen from monthday.c
{
# REVIEW: anyone use gz time?
carp("Usage: GetBuildNumber([startyear], [monthoffset]) ")
unless (@_ < 3);
local($nStartYear, $nMonthOffset) = @_;
if ($nStartYear eq "")
{
$nStartYear = 1999;
}
local($nCurYear, $nCurMon, $nCurDay, $x) = (0, 0, 0, 0);
($x, $x, $x, $nCurDay, $nCurMon, $nCurYear, $x, $x, $x) = localtime(time());
local($nBaseMonth) = $nCurMon + 1 + ($nCurYear - ($nStartYear - 1900) ) * 12;
if (defined $nMonthOffset) { $nBaseMonth = $nBaseMonth + $nMonthOffset; }
# stick leading 0's in front if single digit values
#if (length($nBaseMonth) == 1) { $nBaseMonth = "0$nBaseMonth"; } #nBaseMonth is actually cast to a string here
#if (length($nCurDay) == 1) { $nCurDay = "0$sCurDay"; } #nCurDay is actually cast to a string here
#return("$nBaseMonth$nCurDay");
return sprintf "%02d%02d", $nBaseMonth, $nCurDay;
}
####################################################################################
# Pause()
# pauses the program until user hits 'enter' key
# (for breakpoint/testing only, don't leave in build)
# a-jbilas, 03/10/99 - created
####################################################################################
sub Pause()
{
print(STDOUT "press <enter> to continue ...\n");
while(<STDIN> ne "\n") {}
}
####################################################################################
# TranslateToHTTP()
# returns the http address of a file
# a-jbilas, 07/01/99 - created
####################################################################################
sub TranslateToHTTP($)
{
my($sLog) = @_;
if ($sLog =~ /wwwroot/)
{
$sLog =~ s/\\/\//g;
$sLog =~ s/wwwroot\///i;
return("http:".$sLog);
}
else
{
$sLog =~ s/\\/\//g;
return("file:".$sLog);
}
}
####################################################################################
# Windiff()
# Spawns a new instance of Windiff and compares the two given filename arguments
# return Process Object on success, 0 on failure
# a-jbilas, 06/01/99 - created
####################################################################################
sub Windiff($$)
{
local($file1, $file2) = @_;
local($pWindiff) = 0;
if (!-e $file1)
{
PrintToLogErr("Cannot run windiff, '$file1' does not exist\n");
}
elsif (!-e $file2)
{
PrintToLogErr("Cannot run windiff, '$file2' does not exist\n");
}
else
{
PrintToLog(" - Spawning new instance of 'windiff $file1 $file2'\n");
if (!Win32::Process::Create($pWindiff,
$cmdWindiff,
"windiff $file1 $file2",
0,
NORMAL_PRIORITY_CLASS,
"."))
{
PrintToLogErr("Windiff() Error: ".Win32::FormatMessage(Win32::GetLastError()));
$pWindiff = 0;
}
}
return($pWindiff);
}
####################################################################################
# GetOS()
# Stolen from smueller off the PDK newsgroup
# a-jbilas, 06/16/99 - created
####################################################################################
sub GetOS()
{
if (defined &Win32::IsWinNT && Win32::IsWinNT)
{
return("NT");
}
elsif (defined &Win32::IsWin95 && Win32::IsWin95)
{
return("95");
}
else
{
return($^O);
}
}
####################################################################################
# WriteArrayToExcel()
# Passed an Excel doc (short form) language and list, the array will be written to the appropriate
# Excel spreadsheet bvtperf.xls column and percent diffs will be added to the previous column
# NOTE: plData is a pointer to a list
# globals used: $sBuildNumber
# a-jbilas, 06/17/99 - created
####################################################################################
sub WriteArrayToExcel
{
carp("Usage: WriteArrayToExcel(sExcelDoc, sLanguage, plData) ")
unless(@_ == 3);
local($m_sExcelDoc, $m_sLang, *m_lData) = @_;
local($rc) = 1;
if ($bOfficialBuild && !$bNoCopy)
{
PrintL(" - Recording results to server ...\n", PL_BLUE);
eval
{
$ex = Win32::OLE->GetActiveObject('Excel.Application')
};
if ($@)
{
PrintL("Error in GetExcelSheet(): Excel not installed\n", PL_ERROR);
$rc = 0;
}
elsif (!defined $ex)
{
$ex = Win32::OLE->new('Excel.Application', sub {$_[0]->Quit;});
if (!$ex)
{
PrintL("Error in GetExcelSheet(): Cannot start Excel\n", PL_ERROR);
$rc = 0;
}
}
if ($rc)
{
my($book) = $ex->Workbooks->Open($m_sExcelDoc);
my($sheet) = $book->Worksheets(1);
my($currentCell) = 'A1';
my($nBuildNumber) = $sBuildNumber;
# must remove leading zero to compare with Excel
$nBuildNumber =~ s/^0+//;
while (lc($sheet->Range($currentCell)->{'Value'}) ne lc($m_sLang))
{
$currentCell = NextRow($currentCell);
}
# we are now at the correct language in the spreadsheet (but we need to get to the correct build)
my($prevCell) = NextColumn($currentCell);
$currentCell = NextColumn($prevCell); # assume first buildnumber will never be blank
while ($sheet->Range(NextColumn($currentCell))->{'Value'} ne ""
&& $sheet->Range(NextColumn($currentCell))->{'Value'} ne $nBuildNumber)
{
$prevCell = NextColumn($currentCell);
$currentCell = NextColumn($prevCell);
}
# we are now at the correct build column header (if its already there, we'll just overwrite it)
# this ugly bit of script will enter the values of @lFullTimeResults into the Excell
# doc and enter the differencing equation in the previous column
my($resultCell) = NextColumn($currentCell);
$sheet->Range($currentCell)->{'Value'} = '-->';
$sheet->Range($resultCell)->{'Value'} = $nBuildNumber;
$prevCell = NextRow($prevCell);
$currentCell = NextRow($currentCell);
$resultCell = NextRow($resultCell);
for ($index = 0 ; $index < @m_lData; ++$index)
{
$prevCell = NextRow($prevCell);
$currentCell = NextRow($currentCell);
$resultCell = NextRow($resultCell);
$sheet->Range($resultCell)->{'Value'} = $m_lData[$index];
$sheet->Range($currentCell)->{'Value'} = "\=IF(".$resultCell."\=0, 0 , ".$resultCell."\/".$prevCell."-1)";
}
# save and exit
if (!$book->Save)
{
PrintL("Error: could not save Excel timing log\n", PL_ERROR);
$rc = 0;
}
undef $book;
undef $ex;
}
}
return($rc);
}
####################################################################################
# GetActiveCodePage()
# returns the active code page for your shell (as a string)
# a-jbilas, 05/18/99 - created
####################################################################################
sub GetActiveCodePage()
{
local($_Execute) = 1;
my($success) = Execute('chcp', 0, "QUIET");
my($sCodePage) = $_Execute;
undef $_Execute;
if ($success)
{
chomp($sCodePage);
$sCodePage =~ s/[^\d]*(\d+)[^\d]*/$1/;
}
else
{
$sCodePage = "";
}
return($sCodePage);
}
####################################################################################
# NextColumn(), NextColumnHelper()
# Excell helper function
# given a cell descriptor string (ex. 'A1') it returns a cell descriptor for the
# next column (of the same row)
# returns null on failure
# a-jbilas, 06/08/99 - created
####################################################################################
sub NextColumn($)
{
carp("Usage: NextColumn(cell) ")
unless(@_ == 1);
my($sCell) = @_;
my($sRow) = @_;
my($sColumn) = @_;
$sColumn =~ s/(\s|\d)//g;
$sRow =~ s/[^\d]//g;
$sColumn = uc($sColumn);
if (length($sColumn - 1) <= 0)
{
carp("invalid cell $sCell ");
return("");
}
return(NextColumnHelper($sColumn).$sRow);
}
sub NextColumnHelper($)
{
my($inputString) = @_;
my($rightChar) = substr($inputString, length($inputString) - 1, 1);
my($leftChars) = substr($inputString, 0, length($inputString) - 1);
if ($rightChar eq 'Z')
{
$rightChar = 'A';
return(NextColumnHelper($leftChars).$rightChar);
}
elsif ($rightChar eq '')
{
$rightChar = 'A';
}
else
{
++$rightChar;
return($leftChars.$rightChar);
}
}
####################################################################################
# NextRow()
# Excell helper function
# given a cell descriptor string (ex. 'A1') it returns a cell descriptor for the
# next row (of the same column)
# a-jbilas, 06/08/99 - created
####################################################################################
sub NextRow($)
{
carp("Usage: NextRow(cell) ")
unless(@_ == 1);
my($sCell) = @_;
my($sRow) = @_;
my($sColumn) = @_;
$sColumn =~ s/(\s|\d)//g;
$sRow =~ s/[^\d]//g;
$sRow = $sRow + 1;
return($sColumn.$sRow);
}
sub GetDayRange
{
my($nNow) = time();
my($x, $nDay, $nMon, $nYear);
($x, $x, $x, $nDay, $nMon, $nYear, $x, $x, $x) = localtime($nNow);
my ($retVal) = ($nMon + 1).'/'.$nDay.'/'.($nYear + 1900);
if (!$_[0])
{
return($retVal);
}
($x, $x, $x, $nDay, $nMon, $nYear, $x, $x, $x) = localtime($nNow - $_[0] * 24 * 60 * 60);
return(($nMon + 1).'/'.$nDay.'/'.($nYear + 1900));
}
sub ResizeString($$)
{
my($str, $size) = @_;
if (length($str) > $size)
{
if ($size < 6)
{
PrintL("CondenseString() error: Size must be greater than 5", PL_BIGWARNING);
return($str);
}
my($size1) = (($size / 2) + ($size % 2)) - 2;
my($size2) = ($size / 2) - 1;
my($newStr) = substr($str, 0, $size1);
$newStr .= "...";
$newStr .= substr($str, (length($str) - $size2 + 1), $size2);
return($newStr);
}
elsif (length($str) < $size)
{
return($str." " x ($size - length($str)));
}
else
{
return($str);
}
}
sub HTMLToStr($)
{
my($str) = $_[0];
$str =~ s/<[^>]*>//g;
return($str);
}
sub GetKeyCaseInsensitive
{
my($matchkey, %hash) = @_;
foreach $key (keys(%hash))
{
if (lc($key) eq lc($matchkey))
{
return($hash{$key});
}
}
return("");
}
sub SetKeyCaseInsensitive
{
local($matchkey, $setkey, *hash) = @_;
foreach $key (keys(%hash))
{
if (lc($key) eq lc($matchkey))
{
$hash{$key} = $setkey;
return(1);
}
}
return(0);
}
sub RunCheckShip
{
my($rc) = 1;
my($sErrors) = "";
foreach $file (@_)
{
local($_Execute) = 1;
Execute($cmdChkShip.' -chxsl '.$file);
foreach $line (split("\n", $_Execute))
{
if (!/No clean mapping found/)
{
$sErrors .= $line."\n";
}
}
undef $_Execute;
}
if ($sErrors)
{
PrintL("\n");
PrintL("CheckShip Errors\n", PL_BIGERROR);
PrintMsgBlock($sErrors);
PrintL(("-" x 60)."\n".$sErrors."\n\n", PL_ERROR);
$rc = 0;
}
if (!$rc && IsCritical())
{
$bcStatus |= BC_CHKSHIPFAILED;
}
return($rc);
}
sub GetLocalTime()
{
local(@lst) = split(/ +/, localtime(time()));
local(@tm) = split(":", $lst[3], 3);
$dom = "am";
if ($tm[0] > 12)
{
$dom = "pm";
$tm[0] = $tm[0] - 12;
}
elsif ($tm[0] == 12)
{
$dom = "pm";
}
elsif ($tm[0] == 0)
{
$tm = 12;
}
return($lst[0]." @ ".$tm[0].":".$tm[1].":".$tm[2]." ".$dom." - ".$lst[1]." ".$lst[2].", ".$lst[4]);
}
sub RemoveKeyFromHash
{
local($elem, %hOldHash) = @_;
local(%hNewHash) = ();
foreach $key (keys(%hOldHash))
{
if ($key ne $elem)
{
%hNewHash->{$key} = %hOldHash->{$key};
}
}
return(%hNewHash);
}
sub StrToL($)
{
return(split(/ +/, $_[0]));
}
# computer, subkey, field, [hkey]
sub GetRemoteProjRegKey($$$;$)
{
my($hKey);
RegConnectRegistry($_[0], ($_[3] ? $_[3] : HKEY_LOCAL_MACHINE), $hKey );
if (!$hKey)
{
PrintL("Registry Error: Cannot connect to ".$_[0]."'s remote registry (cannot get key)\n\n", PL_BIGERROR);
PrintMsgBlock($^E);
return(0);
}
else
{
return(GetProjRegKey($_[1], $_[2], $hKey));
}
}
# computer, subkey, field, [hkey]
sub GetRemoteRegKey($$$;$)
{
my($hKey);
RegConnectRegistry($_[0], ($_[3] ? $_[3] : HKEY_LOCAL_MACHINE), $hKey );
if (!$hKey)
{
PrintL("Registry Error: Cannot connect to ".$_[0]."'s remote registry (cannot get key)\n\n", PL_BIGERROR);
PrintMsgBlock($^E);
return(0);
}
else
{
return(GetRegKey($_[1], $_[2], $hKey));
}
}
# computer, subkey, field, value, [hkey]
sub SetRemoteProjRegKey($$$$;$)
{
my($hKey);
RegConnectRegistry($_[0], ($_[4] ? $_[4] : HKEY_LOCAL_MACHINE), $hKey);
if (!$hKey)
{
PrintL("Registry Error: Cannot connect to ".$_[0]."'s remote registry (cannot set key)\n\n", PL_BIGERROR);
PrintMsgBlock($^E);
return(0);
}
else
{
return(SetProjRegKey($_[1], $_[2], $_[3], $hKey));
}
}
# computer, subkey, field, value, [hkey]
sub SetRemoteRegKey($$$$;$)
{
my($hKey);
RegConnectRegistry($_[0], ($_[4] ? $_[4] : HKEY_LOCAL_MACHINE), $hKey);
if (!$hKey)
{
PrintL("Registry Error: Cannot connect to ".$_[0]."'s remote registry (cannot set key)\n\n", PL_BIGERROR);
PrintMsgBlock($^E);
return(0);
}
else
{
return(SetRegKey($_[1], $_[2], $_[3], $hKey));
}
}
# subkey, field, [hkey]
# returns null str if key not exist
sub GetProjRegKey($$;$)
{
if ($sRegKeyBase eq "")
{
PrintL("RegKeyBase not set, cannot get registry key\n\n", PL_BIGERROR);
PrintMsgBlock($^E);
return("");
}
else
{
return(GetRegKey($sRegKeyBase.($_[0] eq "" ? "" : "\\").$_[0], $_[1], $_[2]));
}
}
#subkey, field, [hkey]
sub GetRegKey($$;$)
{
my($key, $retVal);
RegOpenKeyEx(($_[2] ? $_[2] : HKEY_LOCAL_MACHINE), $_[0], 0, KEY_READ, $key);
if (!$key)
{
return("");
}
else
{
RegQueryValueEx($key, $_[1], [], REG_SZ, $retVal, 0);
RegCloseKey($key);
return($retVal);
}
}
# subkey, field, value, [hkey]
sub SetProjRegKey($$$;$)
{
if ($sRegKeyBase eq "")
{
PrintL("RegKeyBase not set, cannot set registry key\n\n", PL_BIGERROR);
PrintMsgBlock($^E);
return("");
}
else
{
return(SetRegKey($sRegKeyBase.($_[0] eq "" ? "" : "\\").$_[0], $_[1], $_[2], $_[3]));
}
}
# subkey, field, value, [hkey]
sub SetRegKey($$$;$)
{
my($key);
my($rc) = 1;
RegCreateKeyEx(($_[3] ? $_[3] : HKEY_LOCAL_MACHINE),
$_[0],
0,
"",
REG_OPTION_NON_VOLATILE,
KEY_WRITE,
[],
$key,
[]);
if (!$key)
{
PrintL("Error inserting registry key ".$_[0]." into registry\n", PL_BIGERROR);
PrintMsgBlock($^E);
$rc = 0;
}
else
{
if (!RegSetValueEx($key, $_[1], 0, REG_SZ, $_[2], length($_[2])))
{
$rc = 0;
}
RegCloseKey($key);
}
return($rc);
}
# subkey, [field], [hkey]
# rc only false on failure to open reg key
sub DelRegKey($;$$)
{
my($rc) = 1;
if ($_[0] eq "")
{
PrintL("Attempted to delete base reg key!\n\n", PL_BIGERROR);
return(0);
}
RegOpenKeyEx(($_[2] ? $_[2] : HKEY_LOCAL_MACHINE), ($_[1] ne "" ? $_[0] : ""), 0, KEY_WRITE, $key);
if (!$key)
{
PrintL("Error removing registry key ".$_[0]."\n", PL_BIGERROR);
PrintMsgBlock($^E);
$rc = 0;
}
else
{
if ($_[1] ne "")
{
if (!RegDeleteValue($key, $_[1]))
{
$rc = 0;
}
}
else
{
if (!RegDeleteKey($key, $_[0]))
{
$rc = 0;
}
}
RegCloseKey($key);
}
return($rc);
}
# computer, subkey, [field], [hkey]
# rc only false on failure to open reg key
sub DelRemoteRegKey($$;$$)
{
my($hKey);
RegConnectRegistry($_[0], ($_[3] ? $_[3] : HKEY_LOCAL_MACHINE), $hKey);
if (!$hKey)
{
PrintL("Registry Error: Cannot connect to ".$computer."'s remote registry (cannot set key)\n\n", PL_BIGERROR);
PrintMsgBlock($^E);
return(0);
}
else
{
return(DelRegKey($_[1], $_[2], $hKey));
}
}
sub RLC
{
return(substr($_[0], 0, length($_[0] - 1)));
}
$__IITUTILPM = 1;
1;