Leaked source code of windows server 2003
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1158 lines
35 KiB

@echo off
REM ------------------------------------------------------------------
REM
REM removerc.cmd
REM Move resource from US binaries to MUI resource binaries
REM Read $nttree\\build_logs\\LgNeutral\\lgntobuildlist.txt which generated by lgndata.cmd
REM
REM Copyright (c) Microsoft Corporation. All rights reserved.
REM
REM ------------------------------------------------------------------
perl -x "%~f0" %*
goto :EOF
#!perl
use strict;
use File::Basename;
use IO::File;
use lib $ENV{RAZZLETOOLPATH} . "\\PostBuildScripts";
use lib $ENV{RAZZLETOOLPATH};
use PbuildEnv;
use ParseArgs;
use Logmsg;
use cksku;
BEGIN {
$ENV{SCRIPT_NAME} = 'removerc.cmd';
}
sub Usage { print<<USAGE; exit(1) }
removerc
Move resource from US binaries to MUI resource binaries.
If CMF is enabled, add MUI resource to CMF.
Read nttree\\build_logs\\LgNeutral\\lgntobuildlist.txt which generated by lgndata.cmd
USAGE
# Global variables
my(@FILE_LIST);
my ( $Neutral_LogDir, $LGNToBuildList);
my( $LogFilename, $TempDir, $Rsrc_Temp );
my( $CodeBinDir, $OrigBinDir, $RCBinDir, $CMFBinDir, $CodeBinPath, $OrigBinPath, $RCBinPath, $RenamedRCBinPath,$CMFBinPath, $CMFFilePath);
my( $nttree, $razpath, $TempDir);
my ($LGNStatus);
my ($STS_Freshs, $STS_OK, $STS_ToBuildList, $STS_BuildList, $STS_Copy, $STS_RemoveRC, $STS_Unknown);
my($lang, $fNeedGenerateCMF, %RenameTable);
my(%CDDataSKUs, %INFPathSKUs);
##################
#
# parse command line
#
##################
parseargs( '?' => \&Usage,
'l:' => \$lang
);
&Main();
#
# Check if Language Neutral is enabled or not
#
sub IsLGNActivated()
{
my ($MUI_MAGIC, $Result);
$Result = 0;
$MUI_MAGIC= $ENV{ "MUI_MAGIC" };
if ( defined($MUI_MAGIC))
{
$Result=1;
}
return $Result
}
#
# Check if we need generate CMF (Compact Resource File)
#
sub IsCMFActivated()
{
my ($MUI_MAGIC_CMF, $Result);
$Result = 0;
$MUI_MAGIC_CMF= $ENV{ "MUI_MAGIC_CMF" };
if ( defined($MUI_MAGIC_CMF))
{
$Result=1;
}
return $Result
}
sub Main {
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
# Begin Main code section
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
# Return when you want to exit on error
#
my ($Mylang );
if (! &IsLGNActivated())
{
return 0;
}
#
# $lang must be set. Default is usa
#
if ( ! defined($lang))
{
$lang = $ENV{LANG};
if (! defined($lang))
{
$lang="usa";
}
}
$Mylang="\L$lang";
if ( $Mylang ne "usa")
{
return 0;
}
#
# Should we generate CMF (Compact resource file ?)
#
$fNeedGenerateCMF=&IsCMFActivated();
$Logmsg::DEBUG = 0; # set to 1 to activate logging of dbgmsg's
$LogFilename = $ENV{ "LOGFILE" };
if ( ! defined( $LogFilename ) )
{
$TempDir = $ENV{ "TMP" };
$LogFilename = "$TempDir\\$0.log";
}
$CodeBinDir=$ENV{ "CodeBinDir" };
if ( ! defined( $CodeBinDir) )
{
$CodeBinDir="CodeBin";
}
$RCBinDir=$ENV{ "RcBinDir" };
if ( ! defined( $RCBinDir) )
{
$RCBinDir="RCBin";
}
$OrigBinDir=$ENV{ "OrigBinDir" };
if ( ! defined( $OrigBinDir) )
{
$OrigBinDir="OrigBin";
}
$CMFBinDir=$ENV{ "CMFBinDir" };
if ( ! defined( $CMFBinDir) )
{
$CMFBinDir="CMFBin";
}
timemsg( "Beginning ...");
# set up paths to important files
$nttree = $ENV{ "_NTPostBld" };
$razpath= $ENV{ "RazzleToolPath" };
$TempDir = $ENV{ "TMP" };
$Rsrc_Temp="$TempDir\\Rsrc_temp";
$Neutral_LogDir = $nttree."\\build_logs\\LgNeutral";
$LGNToBuildList = $Neutral_LogDir."\\lgntobuildlist.txt";
$LGNStatus = $Neutral_LogDir."\\lgnStatusLock.txt";
$OrigBinPath = "$Neutral_LogDir\\$OrigBinDir";
$CodeBinPath="$Neutral_LogDir\\$CodeBinDir";
$RCBinPath ="$Neutral_LogDir\\$RCBinDir";
$RenamedRCBinPath="$Neutral_LogDir\\RenamedRCBin";
$CMFBinPath ="$Neutral_LogDir\\$CMFBinDir";
$CMFFilePath= "$CMFBinPath\\CompMUI.CMF";
$STS_Freshs = "Fresh";
$STS_OK = "OK";
$STS_ToBuildList="ToBuildList";
$STS_RemoveRC="RemoveRC";
$STS_BuildList="BuildList";
$STS_Copy="CopyBin";
$STS_Unknown="Unknown";
# Create three BIN folder if they do not exist
# Home for LGN
if (! -d $Neutral_LogDir )
{
errmsg("Fatal: $Neutral_LogDir doesn't exist");
exit(1);
}
# Origional Binary
if (! -d $OrigBinPath)
{
if (system("md $OrigBinPath") != 0)
{
errmsg("Fatal: can't create $OrigBinPath");
exit(1);
}
}
# Binary with resource moved out
if (! -d $CodeBinPath)
{
if (system("md $CodeBinPath") != 0)
{
errmsg("Fatal: can't create CodeBinPath");
exit(1);
}
}
# Binary contains resource only
if (! -d $RCBinPath)
{
if (system("md $RCBinPath") != 0)
{
errmsg("Fatal: can't create $RCBinPath");
exit(1);
}
}
if ($fNeedGenerateCMF)
{
if (! -d $RenamedRCBinPath)
{
if (system("md $RenamedRCBinPath") != 0)
{
errmsg("Fatal: can't create $RenamedRCBinPath");
exit(1);
}
}
}
unless ( -d $CMFBinPath)
{
if (system("md $CMFBinPath") != 0)
{
errmsg("Fatal: can't create $CMFBinPath");
exit(1);
}
}
#
# ToBuildList should be created by lgndata.cmd.
# logndata.cmd will be called by pbuild with -g parameter to generate the said list
#
unless ( -e $LGNToBuildList)
{
logmsg(" No files to be processed because $LGNToBuildList doesn't exist");
exit(0);
}
#
# Put binaries be processed in array @FILE_LIST
#
if (!&MakeSourceFileList())
{
errmsg ("Could not get the filtered contents of the source directory.");
}
#
# If CMF is enabled, we have to create rename table because some mui files should be renamed before it added to CMF
#
if ($fNeedGenerateCMF)
{
BuildRename4CMF();
}
#
# Generate resource dlls from the files in the source file list
# call muirct.exe to process binaries listed in @FILE_LIST
#
if (!&GenLGNResDlls())
{
errmsg ("Error(s) occurs in moving resource out of binaries");
}
#
# Done
#
LogStatus($STS_RemoveRC);
timemsg( "Finished." );
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
# End Main code section
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
}
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
#
# MakeSourceFileListl - gets list of appropriate files to process from $LGNToBuildList
#
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
sub MakeSourceFileList
{
my (@Bufs, $Result, $Line);
$Result = 0;
unless ( open(INFILE, $LGNToBuildList))
{
errmsg("Fatal: Can't open $LGNToBuildList");
return $Result;
}
@Bufs=<INFILE>;
close(INFILE);
foreach $Line (@Bufs)
{
chomp($Line);
$Line =~ s/\s//g;
if (length($Line) == 0)
{
next;
}
push(@FILE_LIST, $Line);
}
$Result = 1;
return $Result;
}
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
#
# IsFusionResource --- Check if the binary contains fusion resource (#24)
#
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
sub IsFusionResource
{
my ($FileName) = @_;
my (@Rsrc_Record,@Qualified,$Num, $Result);
#logmsg("rsrc.exe $FileName >$Rsrc_Temp ");
$Result = 0;
#
# Call RSRC to check
#
system("rsrc.exe $FileName >$Rsrc_Temp 2>nul");
unless (open(RSRCFILE, $Rsrc_Temp))
{
errmsg("Can't open RSRC for $FileName");
return $Result;
}
@Rsrc_Record=<RSRCFILE>;
close (RSRCFILE);
#
# Scan the output of rsrc.exe.
#
@Qualified=grep /^\s{3}18/ , @Rsrc_Record;
$Num=scalar(@Qualified);
if ($Num > 0 )
{
$Result = 1;
}
return $Result;
}
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
#
# MakeSourceFileList_All - gets list of appropriate files to process from $nttree
# Not used in this moment.
#
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
sub MakeSourceFileListlAll
{
logmsg ("Get list of appropriate files to process.");
my(@files,$filename);
# Initial messages
logmsg ("--------------------------------------------------------");
logmsg ("Move resource out of US binaries to MUI resource binaries");
logmsg ("--------------------------------------------------------");
# Get contents of source directory
if(!opendir(LOCBINDIR, $nttree)) {
errmsg ("Can't open $nttree");
return 0;
}
# Skip files won't contain resource. We also skip drivers(*.drv *.sys) because MUI currently doesn't support it
@files = grep !/\.(gpd|icm|ppd|bmp|txt|cab|cat|hlp|chm|chq|cnt|mfl|drv|sys|gif|cur|fon|sf2|jpg|p4|nls|uce|wmz|ttf|mof)$/i, readdir LOCBINDIR;
close(LOCBINDIR);
#
# Filter out non-binaries, store in global @FILE_LIST
# (muirct.exe gives errors on text files, and produces annoying
#
@FILE_LIST = ();
foreach (@files)
{
chomp($_);
$_ =~ s/\s//g;
if (length($_) == 0)
{
next;
}
if(-B "$nttree\\$_")
{
push(@FILE_LIST, "$nttree\\$_");
}
}
logmsg ("Success: Get list of appropriate files to process.");
return 1;
}
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
#
# GenResDlls - loops over the file list, performs muirct.exe, and logs output
# Work around fusion issue ---- Resource type #24
#
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
sub GenLGNResDlls
{
logmsg ("Loop over the file list, perform muirct.exe , and log output");
my( $Line, $error, $resdlls_created, @resdlls, $total_resdlls);
my( $muirct_command, $source, $source_new, $mui_new);
my ($error,@trash, $Backup);
# Process each (binary) file in the source directory
$resdlls_created = 0;
foreach $Line (@FILE_LIST)
{
chomp($Line);
$Line =~ s/\s//g;
if (length($Line) == 0)
{
next;
}
$source = "$nttree\\$Line";
$source_new = "$CodeBinPath\\$Line";
$mui_new = "$RCBinPath\\$Line.mui";
logmsg("$muirct_command");
if (-e $source_new)
{
system("del $source_new");
}
if (-e $mui_new)
{
system("del $mui_new");
}
if (&IsFusionResource($source))
{
# Keep: Icon(3) version(16)
# stay: 24 TYPELIB REGINST
#$muirct_command = "muirct.exe -l 0x0409 -k 16 -y 3 12 13 14 15 -p 24 TYPELIB $source $source_new $mui_new";
$muirct_command = "muirct.exe -l 0x0409 -k 16 -c $source -o 4 5 6 9 10 11 16 REGINST HTML MOFDATA 23 240 1024 2110 $source $source_new $mui_new";
}
else
{
#$muirct_command = "muirct.exe -l 0x0409 -k 16 -y 3 12 13 14 15 -p TYPELIB $source $source_new $mui_new";
$muirct_command = "muirct.exe -l 0x0409 -k 16 -c $source -o 4 5 6 9 10 11 16 REGINST HTML MOFDATA 23 240 1024 2110 $source $source_new $mui_new";
}
@trash=`$muirct_command`;
if ( ! -e $mui_new)
{
if ( -e $source_new)
{
system("del $source_new");
}
}
else
{
if ( ! -e $source_new)
{
if ( -e $mui_new)
{
system("del $mui_new");
}
}
else
{
$resdlls_created++;
$Backup="$OrigBinPath\\$Line";
#
# Backup origional binary to $OrigBinPath
#
system("copy/y $source $Backup");
#
# ADD this mui file to CMF file if CMF is enabled
#
if ($fNeedGenerateCMF)
{
AddtoCMF($resdlls_created,$Line);
}
}
}
}
# Final messages
logmsg ("RESULTS: muirct: Process Succeeded");
logmsg ("Number of resource-only dlls created in:...........($resdlls_created)");
return 1;
}
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
#
# GenResDlls_ALL - loops over the file list, performs muirct.exe, and logs output
# /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\
sub GenResDlls_All
{
logmsg ("Loop over the file list, perform muirct.exe , and log output");
my( $error, $resdlls_created, @resdlls, $total_resdlls);
my( $muirct_command, $source, $source_new, $mui_new);
my ($error,@trash);
# Process each (binary) file in the source directory
$resdlls_created = 0;
foreach $_ (@FILE_LIST)
{
$_ =~ s/\s//g;
if (length($_) == 0)
{
next;
}
$source = $_;
if ($_ =~ /\Q$nttree\E\\(.*)/)
{
$source_new = "$CodeBinPath\\$1";
$mui_new = "$RCBinPath\\$1.mui";
logmsg("$muirct_command");
$muirct_command = "muirct.exe -l 0x0409 -k 16 $source $source_new $mui_new";
@trash = `$muirct_command`;
$error = $?/256;
if(!$error)
{
$resdlls_created++;
}
}
}
# Get total number of resource-only dlls in destination directory
if(!opendir(TARGETDIR, $RCBinPath))
{
wrnmsg ("WARNING: Can't open $RCBinPath");
}
@resdlls = grep /\.mui$/, readdir TARGETDIR;
close(TARGETDIR);
$total_resdlls = scalar(@resdlls);
# Final messages
logmsg ("RESULTS: Process Succeeded");
logmsg ("Number of resource-only dlls created in:...........($resdlls_created)");
logmsg (" $RCBinPath");
logmsg ("Total number of resource-only dlls in:.............($total_resdlls)");
logmsg (" $RCBinPath");
return 1;
}
#
# Log the state of LGN processing so it can be restart anytime correctly
#
sub LogStatus
{
my ($TheStatus) = @_;
my ($Result);
$Result = 0;
unless (open(OUTFILE, ">$LGNStatus"))
{
errmsg("Fatal: can't create status file $LGNStatus");
return $Result;
}
print (OUTFILE "$TheStatus\n");
close(OUTFILE);
$Result = 1;
return $Result;
}
#
# Add one MUI resource file to CMF.
#
sub AddtoCMF
{
my ($Counter,$BinaryName) = @_;
my ($MUIPath, $muirct_command, $muirct_command0, @trash, $IsRenamed, @Renamed);
my ($Number, $Idx, $MUINewPath, $NewName,$CreateIt, $Result,$CodePath, $CodeNewPath);
$Result=0;
if ( defined($RenameTable{$BinaryName}))
{
$IsRenamed=1;
@Renamed=@{$RenameTable{$BinaryName}};
}
else
{
$IsRenamed=0;
}
logmsg("**** Counter : $Counter");
if ($Counter <= 1)
{
if ( -e $CMFFilePath)
{
system("del $CMFFilePath");
}
$muirct_command0 ="muirct.exe -m ";
$CreateIt=0;
}
else
{
$muirct_command0="muirct.exe -a ";
}
if (! $IsRenamed)
{
$MUIPath="$RCBinPath\\$BinaryName.mui";
$muirct_command=$muirct_command0."$MUIPath -f $CMFFilePath -e $CodeBinPath";
#@trash = `$muirct_command`;
`$muirct_command`;
logmsg("$muirct_command");
}
else
{
$Number=scalar(@Renamed);
for ($Idx=0; $Idx < $Number; $Idx++)
{
$NewName=$Renamed[$Idx];
$MUIPath="$RCBinPath\\$BinaryName.mui";
$MUINewPath="$RenamedRCBinPath\\$NewName.mui";
$CodePath="$CodeBinPath\\$BinaryName";
$CodeNewPath="$RenamedRCBinPath\\$NewName";
if (system("copy $MUIPath $MUINewPath") != 0)
{
errmsg("Can't copy renamed file: $MUINewPath");
return $Result;
}
if (system("copy $CodePath $CodeNewPath") != 0)
{
errmsg("Can't copy renamed file: $CodeNewPath");
return $Result;
}
$muirct_command=$muirct_command0."$MUINewPath -f $CMFFilePath -e $RenamedRCBinPath";
#@trash = `$muirct_command`;
`$muirct_command`;
logmsg("$muirct_command");
if (system("copy $CodeNewPath $CodePath") != 0)
{
errmsg("Can't copy back renamed file: $CodeNewPath");
return $Result;
}
if ( ($Counter <= 1) && ($CreateIt == 0))
{
$CreateIt=1;
$muirct_command0="muirct.exe -a ";
}
}
}
$Result=1;
return $Result;
}
#
# Build a rename table for those files will be renamed during setup
# for CMF, we have to check if a file will be renamed. If it's the case, we'll build the renamed one into CMF
#
sub BuildRename4CMF
{
my ($Sku, $Result);
my ($Path_Dosnet, $Path_Txtsetup, $Path_Layout, $Path_Dir);
my ($Path_Dosnet_sign, $Path_Txtsetup_sign, $Path_Layout_sign, $Path_Dir_sign);
$Result=0;
&BuildArray();
foreach $Sku ( keys(%CDDataSKUs))
{
# SKU populated ?
if ($CDDataSKUs{$Sku})
{
if ( !defined($INFPathSKUs{$Sku} ))
{
errmag("Fatal: $Sku has no corr. entry in INFPathSKUs");
return $Result;
}
#
# Read the INFs path for the SKU
#
($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign)=@{$INFPathSKUs{$Sku}};
#
# Rename information stored in the layout.inf
#
BuildRenameTableFromLayout($Path_Layout);
}
}
$Result=1;
return $Result;
}
#
# Build Up Rename Table
#
sub BuildRenameTableFromLayout
{
my ($FilePath) = @_;
my (@Items, @ItemsInSection, $Section, $Result, $nStart, $nEnd, $nStartTag1, $nStartTag2,$nStartDirs,$nEndDirs);
my ($nStart_Dir,$nEnd_Dir);
my ($ReplaceDirs, $Replace, $Line, $Entry);
my (@AddedItems, $FileName, $Path, $Idx, $Item_no);
my ($FileRenamed, $nUppbound);
my ($NoAlt, $BldArch, $AltSection,$nAltStart,$nAltEnd);
my ($LGNTagStart, $LGNTagEnd, $LGNDirs);
$Result = 0;
unless ( open(INFILE, $FilePath) )
{
errmsg ("Can't open $FilePath");
return $Result;
}
# Read into @Items
@Items=<INFILE>;
close(INFILE);
$LGNTagStart = "; Following are entries added for Language neutral resource files:\$\$\$ ";
$LGNTagEnd = "; End of entries for Language neutral resource files: \$\$\$";
$LGNDirs = "190 = mui\\fallback\\0409";
#
# First, we have to read [WinntDirectories] section to see if '190 = mui\fallback\0409' is there
#
$Section="WinntDirectories";
$nStartDirs=0;
$nEndDirs=0;
#
# Read [WinntDirectories] Section, position in nStart, nEnd
#
if (!ReadSection($Section,\@Items, \@ItemsInSection, \$nStart_Dir, \$nEnd_Dir, \$nStartDirs, \$nEndDirs,
$LGNDirs,"Nothing"))
{
errmsg("Fatal: Can't find $Section in $FilePath");
return $Result;
}
$Section="SourceDisksFiles";
$nStartTag1=0;
$nStartTag2=0;
#
# Read [SourceDisksFiles] Section, position in nStart, nEnd
#
if (!ReadSection($Section,\@Items, \@ItemsInSection, \$nStart, \$nEnd, \$nStartTag1, \$nStartTag2,
$LGNTagStart,$LGNTagEnd))
{
errmsg("Fatal: Can't find $Section in $FilePath");
return $Result;
}
#
# Read [SourceDisksFiles.<BldArch>] Section. This section contains platform specific files
#
my ($NoAlt, $BldArch, $AltSection);
$NoAlt=0;
$BldArch = $ENV{ "\_BuildArch" };
if ( $BldArch =~ /x86/i )
{
$AltSection= "$Section.x86";
}
elsif ( $BldArch =~ /amd64/i)
{
$AltSection= "$Section.amd64";
}
elsif ( $BldArch =~ /ia64/i )
{
$AltSection= "$Section.ia64";
}
else
{
$AltSection= "$Section.x86";
}
if (!ReadSection($AltSection,\@Items, \@ItemsInSection, \$nAltStart, \$nAltEnd, \$nStartTag1, \$nStartTag2,
$LGNTagStart,$LGNTagEnd))
{
errmsg(" Can't find $AltSection in $FilePath");
$NoAlt=1;
}
#
# Search Tag here
#
$nStartDirs=-1;
$nEndDirs=-1;
$nStartTag1=-1;
$nStartTag2=-1;
$ReplaceDirs="FALSE";
$Replace="FALSE";
$Idx=-1;
foreach (@Items)
{
chomp($_);
$Idx++;
# Find $LGNDirs, position in nStartDirs
if ( $_ eq $LGNDirs)
{
$nStartDirs = $Idx;
}
# Find$ LGN tag, position in nStartTag1, nStartTag2
if ( $_ eq $LGNTagStart)
{
$nStartTag1 = $Idx;
}
if ( $_ eq $LGNTagEnd)
{
$nStartTag2 = $Idx;
}
}
if ($nStartDirs != -1)
{
$ReplaceDirs = "TRUE";
}
if ( ($nStartTag1 != -1) && ($nStartTag2 != -1))
{
$Replace = "TRUE";
}
#
# Build up rename table here !
# Windows sepcify the renaming in txtsetup.txt and layout.inf
#
%RenameTable={};
if ($Replace eq "TRUE")
{
$nUppbound = $nStartTag1;
}
else
{
$nUppbound = $nEnd;
}
if (! &BuildRenameTable(\@Items,$nStart, $nUppbound,\%RenameTable))
{
errmsg("Can't build File Rename Table");
return $Result;
}
if ( ! $NoAlt )
{
if (! &BuildRenameTable(\@Items,$nAltStart, $nAltEnd,\%RenameTable))
{
errmsg("Can't build File Rename Table from $AltSection");
}
}
$Result=1;
return $Result;
}
#
# Search a Section of a INFs. INFs stored in @$pItemsList
#
sub ReadSection
{
my ($Section, $pItemsList, $pItemsInSection, $pnStart, $pnEnd, $pnStartTag1, $pnStartTag2, $Tag1,$Tag2) = @_;
my ($Index, $SectionStart, $SectionEnd, $Line, $Line_Org, $ReadFlag, $Result);
$ReadFlag = "FALSE";
$Index= -1;
$SectionStart = -1;
$SectionEnd = -1;
$Result = 0;
#
# Read The section
#
LINE: foreach $Line_Org (@$pItemsList)
{
$Line = $Line_Org;
chomp($Line);
$Index++;
if ( (length($Line) == 0) || (substr($Line,0,1) eq ";") || (substr($Line,0,1) eq "#") )
{
if ( $ReadFlag eq "TRUE" )
{
push (@$pItemsInSection, $Line_Org);
}
next;
}
if ( $Line =~ /^\[/ )
{
if ( $ReadFlag eq "TRUE")
{
$ReadFlag = "FALSE";
if ( $SectionStart != -1)
{
if ($SectionEnd == -1)
{
$SectionEnd = $Index-1;
}
}
last LINE;
}
}
if ( $Line =~ /^\[$Section\]/ ) # pattern in $Section !!!
{
$ReadFlag = "TRUE";
$SectionStart=$Index;
}
if ($ReadFlag eq "TRUE")
{
# Check if it's a LGN starting Tag
if ( $$pnStartTag1 != 0)
{
if ($Line eq $Tag1)
{
$$pnStartTag1 = $Index;
}
}
# Check if it's a LGN ending Tag
if ( $$pnStartTag2 != 0)
{
if ($Line eq $Tag2)
{
$$pnStartTag2 = $Index;
}
}
push(@$pItemsInSection, $Line_Org);
}
}
if ( $SectionStart != -1)
{
if ( $SectionEnd == -1)
{
$SectionEnd = $Index;
}
$Result = 1;
$$pnStart = $SectionStart;
$$pnEnd = $SectionEnd;
}
return $Result;
}
#
# Scan the entries of txtsetup.sif/layout.inf to find the files to be renamed
#
# If a file is renamed, then its associated mui file should be renamed also
#
sub BuildRenameTable
{
my ($pItems,$nStart, $nEnd,$pRenameTable)= @_;
my ($Line, $Trash, $Idx,$OldName,$NewName);
for ($Idx = $nStart; $Idx <= $nEnd; $Idx++)
{
$Line=$$pItems[$Idx];
chomp($Line);
if ( length($Line) == 0)
{
next;
}
if (substr($Line,0,1) eq ";")
{
next;
}
if ($Line =~ /=\s*[^,]*,[^,]*,[^,]*,[^,]*,[^,]*,[^,]*,[^,]*,[^,]*,[^,]*,[^,]*,([^,]+)/ )
{
$NewName=$1;
($OldName,$Trash) = split ( /=+/, $Line);
$OldName =~ s/\s//g;
$NewName=~ s/\s//g;
if ( defined( $$pRenameTable{$OldName}))
{
push(@{ $$pRenameTable{$OldName}},$NewName);
}
else
{
$$pRenameTable{$OldName}=[($NewName)];
}
}
}
return 1;
}
sub BuildArray
{
my ($BigDosnet, $PerDosnet, $BlaDosnet, $SbsDosnet, $SrvDosnet , $EntDosnet , $DtcDosnet);
my ($BigDosnet_sign, $PerDosnet_sign, $BlaDosnet_sign, $SbsDosnet_sign, $SrvDosnet_sign , $EntDosnet_sign , $DtcDosnet_sign);
my ($BigTxtsetup, $PerTxtsetup, $BlaTxtsetup, $SbsTxtsetup, $SrvTxtsetup, $EntTxtsetup, $DtcTxtsetup);
my ($BigTxtsetup_sign, $PerTxtsetup_sign, $BlaTxtsetup_sign, $SbsTxtsetup_sign, $SrvTxtsetup_sign, $EntTxtsetup_sign, $DtcTxtsetup_sign);
my ($BigLayout, $PerLayout, $BlaLayout, $SbsLayout, $SrvLayout , $EntLayout, $DtcLayout);
my ($BigLayout_sign, $PerLayout_sign, $BlaLayout_sign, $SbsLayout_sign, $SrvLayout_sign , $EntLayout_sign, $DtcLayout_sign);
my ($Path_Dosnet, $Path_Txtsetup, $Path_Layout, $Path_Dir);
my ($Path_Dosnet_sign, $Path_Txtsetup_sign, $Path_Layout_sign, $Path_Dir_sign);
#
# Get SKUs
#
%CDDataSKUs = map({uc$_ => cksku::CkSku($_, $lang, $ENV{_BuildArch})} qw(PRO PER SRV BLA SBS ADS DTC));
#
# Build Key INFs for SKUs
#
$BigDosnet = $nttree . "\\dosnet.inf";
$PerDosnet = $nttree . "\\perinf\\dosnet.inf";
$BlaDosnet = $nttree . "\\blainf\\dosnet.inf";
$SbsDosnet = $nttree . "\\sbsinf\\dosnet.inf";
$SrvDosnet = $nttree . "\\srvinf\\dosnet.inf";
$EntDosnet = $nttree . "\\entinf\\dosnet.inf";
$DtcDosnet = $nttree . "\\dtcinf\\dosnet.inf";
$BigTxtsetup = $nttree . "\\txtsetup.sif";
$PerTxtsetup = $nttree . "\\perinf\\txtsetup.sif";
$BlaTxtsetup = $nttree . "\\blainf\\txtsetup.sif";
$SbsTxtsetup = $nttree . "\\sbsinf\\txtsetup.sif";
$SrvTxtsetup = $nttree . "\\srvinf\\txtsetup.sif";
$EntTxtsetup = $nttree . "\\entinf\\txtsetup.sif";
$DtcTxtsetup = $nttree . "\\dtcinf\\txtsetup.sif";
$BigLayout = $nttree . "\\layout.inf";
$PerLayout = $nttree . "\\perinf\\layout.inf";
$BlaLayout = $nttree . "\\blainf\\layout.inf";
$SbsLayout = $nttree . "\\sbsinf\\layout.inf";
$SrvLayout = $nttree . "\\srvinf\\layout.inf";
$EntLayout = $nttree . "\\entinf\\layout.inf";
$DtcLayout = $nttree . "\\dtcinf\\layout.inf";
$BigDosnet_sign = $nttree . "\\realsign\\dosnet.inf";
$PerDosnet_sign = $nttree . "\\perinf\\realsign\\dosnet.inf";
$BlaDosnet_sign = $nttree . "\\blainf\\realsign\\dosnet.inf";
$SbsDosnet_sign = $nttree . "\\sbsinf\\realsign\\dosnet.inf";
$SrvDosnet_sign = $nttree . "\\srvinf\\realsign\\dosnet.inf";
$EntDosnet_sign = $nttree . "\\entinf\\realsign\\dosnet.inf";
$DtcDosnet_sign = $nttree . "\\dtcinf\\realsign\\dosnet.inf";
$BigTxtsetup_sign = $nttree . "\\realsign\\txtsetup.sif";
$PerTxtsetup_sign = $nttree . "\\perinf\\realsign\\txtsetup.sif";
$BlaTxtsetup_sign = $nttree . "\\blainf\\realsign\\txtsetup.sif";
$SbsTxtsetup_sign = $nttree . "\\sbsinf\\realsign\\txtsetup.sif";
$SrvTxtsetup_sign = $nttree . "\\srvinf\\realsign\\txtsetup.sif";
$EntTxtsetup_sign = $nttree . "\\entinf\\realsign\\txtsetup.sif";
$DtcTxtsetup_sign = $nttree . "\\dtcinf\\realsign\\txtsetup.sif";
$BigLayout_sign = $nttree . "\\realsign\\layout.inf";
$PerLayout_sign = $nttree . "\\perinf\\realsign\\layout.inf";
$BlaLayout_sign = $nttree . "\\blainf\\realsign\\layout.inf";
$SbsLayout_sign = $nttree . "\\sbsinf\\realsign\\layout.inf";
$SrvLayout_sign = $nttree . "\\srvinf\\realsign\\layout.inf";
$EntLayout_sign = $nttree . "\\entinf\\realsign\\layout.inf";
$DtcLayout_sign = $nttree . "\\dtcinf\\realsign\\layout.inf";
# PRO
$Path_Dosnet =$BigDosnet;
$Path_Txtsetup =$BigTxtsetup;
$Path_Layout =$BigLayout;
$Path_Dir ="ProInf";
$Path_Dosnet_sign =$BigDosnet_sign;
$Path_Txtsetup_sign =$BigTxtsetup_sign;
$Path_Layout_sign =$BigLayout_sign;
$Path_Dir_sign ="ProInf\\realsign";
$INFPathSKUs{"PRO"} = [ ($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign) ];
#PER
$Path_Dosnet =$PerDosnet;
$Path_Txtsetup =$PerTxtsetup;
$Path_Layout =$PerLayout;
$Path_Dir ="PerInf";
$Path_Dosnet_sign =$PerDosnet_sign;
$Path_Txtsetup_sign =$PerTxtsetup_sign;
$Path_Layout_sign =$PerLayout_sign;
$Path_Dir_sign ="PerInf\\realsign";
$INFPathSKUs{"PER"} = [ ($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign) ];
#SRV
$Path_Dosnet =$SrvDosnet;
$Path_Txtsetup =$SrvTxtsetup;
$Path_Layout =$SrvLayout;
$Path_Dir ="SrvInf";
$Path_Dosnet_sign =$SrvDosnet_sign;
$Path_Txtsetup_sign =$SrvTxtsetup_sign;
$Path_Layout_sign =$SrvLayout_sign;
$Path_Dir_sign ="SrvInf\\realsign";
$INFPathSKUs{"SRV"} = [ ($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign) ];
#BLA
$Path_Dosnet =$BlaDosnet;
$Path_Txtsetup =$BlaTxtsetup;
$Path_Layout =$BlaLayout;
$Path_Dir ="BlaInf";
$Path_Dosnet_sign =$BlaDosnet_sign;
$Path_Txtsetup_sign =$BlaTxtsetup_sign;
$Path_Layout_sign =$BlaLayout_sign;
$Path_Dir_sign ="BlaInf\\realsign";
$INFPathSKUs{"BLA"} = [ ($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign) ];
#SBS
$Path_Dosnet =$SbsDosnet;
$Path_Txtsetup =$SbsTxtsetup;
$Path_Layout =$SbsLayout;
$Path_Dir ="SbsInf";
$Path_Dosnet_sign =$SbsDosnet_sign ;
$Path_Txtsetup_sign =$SbsTxtsetup_sign ;
$Path_Layout_sign =$SbsLayout_sign ;
$Path_Dir_sign ="SbsInf\\realsign";
$INFPathSKUs{"SBS"} = [ ($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign) ];
#ADS (ENT)
$Path_Dosnet =$EntDosnet;
$Path_Txtsetup =$EntTxtsetup;
$Path_Layout =$EntLayout;
$Path_Dir ="EntInf";
$Path_Dosnet_sign =$EntDosnet_sign;
$Path_Txtsetup_sign =$EntTxtsetup_sign;
$Path_Layout_sign =$EntLayout_sign;
$Path_Dir_sign ="EntInf\\realsign";
$INFPathSKUs{"ADS"} = [ ($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign) ];
#DTC
$Path_Dosnet =$DtcDosnet;
$Path_Txtsetup =$DtcTxtsetup;
$Path_Layout =$DtcLayout;
$Path_Dir ="DtcInf";
$Path_Dosnet_sign =$DtcDosnet_sign;
$Path_Txtsetup_sign =$DtcTxtsetup_sign;
$Path_Layout_sign =$DtcLayout_sign;
$Path_Dir_sign ="DtcInf\\realsign";
$INFPathSKUs{"DTC"} = [ ($Path_Dosnet,$Path_Txtsetup,$Path_Layout,$Path_Dir, $Path_Dosnet_sign,$Path_Txtsetup_sign,$Path_Layout_sign,$Path_Dir_sign) ];
return 1;
}