Windows2003-3790/tools/postbuildscripts/cddata.cmd

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2001-01-01 00:00:00 +01:00
@REM -----------------------------------------------------------------
@REM
@REM cddata.cmd - WadeLa, BPerkins
@REM Reads inf files and generates file lists for postbuild
@REM
@REM Copyright (c) Microsoft Corporation. All rights reserved.
@REM
@REM -----------------------------------------------------------------
@perl -x "%~f0" %*
@goto :EOF
#!perl
#line 13
use strict;
use Carp;
use File::Basename;
use File::Copy;
use IO::File;
use lib $ENV{RAZZLETOOLPATH} . "\\PostBuildScripts";
use lib $ENV{RAZZLETOOLPATH};
use PbuildEnv;
use ParseArgs;
use Logmsg;
use cksku;
use A2U;
use ReadSetupFiles;
BEGIN {
# A2u is setting itself as the script_name
$ENV{SCRIPT_NAME} = 'cddata.cmd';
}
sub Usage { print<<USAGE; exit(1) }
cddata [-f] [-c] [-d] [-x] [-g <search>] [-o <filename>] [-l <language>]
-f Force list generation -- don't read old list
-c Create CDFs
-d Create CD lists (compression lists, link lists)
-t Create exTension lists
-x Don't truncate against bindiff file
-g <search> Print to STDOUT or <Filename> the results
of a search on the given input (see below)
-o <filename> Send search output to the given filename
-n Compare files found during the last full cddata creation
with files expected from the dosnet.inf for each sku
For the search command, valid expressions are:
Field=xxx Return entries whose "Field" is exactly xxx
Field?yyy Return entries whose "Field" contains yyy
Field!zzz Return entries whose "Field" does not contain zzz
Field1=xxx:Field2=yyy logically 'and's results
Field names can be found in the keylist file
USAGE
# avoid search and replace for now, new template sets lang in the env.
my $lang = $ENV{lang};
# global switches/values set on the command line
my ($ForceCreate, $CreateCDFs, $CreateLists, $CreateExtLists, $NoUseBindiff,
$ArgSearchList, $OutputFile, $MakeDosnetChecks);
parseargs('?' => \&Usage,
'f' => \$ForceCreate,
'c' => \$CreateCDFs,
'd' => \$CreateLists,
'x' => \$NoUseBindiff,
't' => \$CreateExtLists,
'g:'=> \$ArgSearchList,
'o:'=> \$OutputFile,
'n' => \$MakeDosnetChecks);
# Global variables
my( $TempDir );
my( $Argument, $KeyFileName, $i );
my( $nttree, $razpath );
my( $Media, $DrmTxt, $Excludes, $Specsign, $Subdirs, $Layout, $LayoutTXT );
my( $BigPrint, $BldArch, $AmX86 );
my( @StructFields, %FieldLocations, @StructDefaults );
my( %Hash, %RenameMap );
my( $Key, @PrinterFiles, %Drmfiles );
my( $Printer, $FieldName, @SearchPatterns, $SOperator, $SFieldName );
my( $SFlagValue, $SearchHitCount, $FoundFlag, $SearchPattern );
my( $BinDiffFile, $KeyFileName2, $IncFlag, $RootCdfDir);
my( %CopyLocations );
my( @AllSkus, @CDDataSKUs );
my( @ConvertList );
#
# PROGRAM BEGINS
#
logmsg( "Beginning ..." );
if ( !Main() ) {
exit 1;
}
else {
exit 0;
}
sub Main {
$KeyFileName = "cddata.txt";
# set up paths to important files
$nttree = $ENV{ "_NTPostBld" };
$razpath= $ENV{ "RazzleToolPath" };
$TempDir = $ENV{ "TMP" };
$Media = $nttree . "\\congeal\_scripts\\\_media.inx";
$DrmTxt = $nttree . "\\congeal\_scripts\\drmlist.txt";
$Excludes = $razpath . "\\PostBuildScripts\\exclude.lst";
$Specsign = $razpath . "\\PostBuildScripts\\specsign.lst";
$Subdirs = $razpath . "\\PostBuildScripts\\subdirs.lst";
$Layout = $nttree . "\\congeal\_scripts\\layout.inx";
$LayoutTXT = $nttree . "\\congeal\_scripts\\layout.txt";
$BinDiffFile = $nttree . "\\build\_logs\\bindiff.txt";
$RootCdfDir = "$TempDir\\CDFs";
$BigPrint = $nttree . "\\ntprint.inf";
# When adding additional skus remember to edit the functions
# GetSkuIdLetter() and ReadSetupFiles::GetSetupDir()
@AllSkus = qw(PRO PER SRV BLA SBS ADS DTC);
# FUTURE: If we ever get rid of @AllSkus (good idea) should use cksku::GetSkus
@CDDataSKUs = grep {cksku::CkSku($_, $lang, $ENV{_BuildArch})} @AllSkus;
# All skus except PRO are based off another sku
my %sku_hierarchy = ( PER => 'PRO',
SRV => 'PRO',
ADS => 'SRV',
BLA => 'SRV',
SBS => 'SRV',
DTC => 'ADS' );
# Remove the RootCdfDir
# Why? Commenting this out for now -- if this goes away permanently remove
# $RootCdfDir as this is the only place it is used (at least as of this comment)
#system ( "if exist $RootCdfDir rd /s /q $RootCdfDir" );
# Set IncFlag to false until we know otherwise
undef $IncFlag;
$BldArch = $ENV{ "\_BuildArch" };
undef( $AmX86 );
if ( ( $BldArch =~ /x86/i ) || ( $BldArch =~ /amd64/i ) || ( $BldArch =~ /ia64/i ) ) {
$AmX86 = 1;
}
# enumerate fields
# Signed -- am i catalog signed?
# Prods -- what prods am i in? designated by letter ( pro=w, per=p, etc) - see GetSkuIdLetter()
# Driver -- am i in driver.cab? i.e., did i come from an excdosnt?
# Comp -- do i get compressed by default?
# Print -- am i a printer?
# Dosnet -- did i come from a dosnet?
# Unicode -- do i get converted to unicode?
# DrvIndex -- which drivercab am i in? designated by sku ID letter
# DrmLevel -- am i drm encrypted?
# Rename -- installed name (nul = no rename)
# DoRename -- the file appears with its target name and needs renamed for the media
#
# Just to make things really confusing we decided to make d2
# mean tablet files for x86 and wow files for 64-bit machines.
# So we are going to stick with the trend and do things based
# on architecture.
# (x86) Tablet -- am i a Tablet PC File
# (64) WOW -- am i a wow file
#
# also, see default settings for each of these fields just below.
# CHANGEME
@StructFields = ( "Signed", "Prods", "Driver", "Comp", "Print", "Dosnet",
"Unicode", "DrvIndex", "DRMLevel", "Rename", "DoRename" );
if ( 'x86' eq lc$BldArch ) {
push @StructFields ,"TabletPC";
}
else {
push @StructFields, "WOW";
}
%FieldLocations = ();
for ( $i = 0; $i < @StructFields; $i++ ) {
$FieldLocations{ $StructFields[ $i ] } = $i;
}
# create defaults
@StructDefaults = ( "t", "nul", "f", "t", "f", "f", "f",
"nul", "f", "nul", ,"f", "f"); # CHANGEME
# see if we've already made our lists. if so, don't regen them.
if ( ( ! ( defined( $ForceCreate ) ) ) &&
( -e "$TempDir\\$KeyFileName" ) ) {
logmsg( "Reading previously created key list ..." );
# read in the list instead of creating it
if ( !ReadHashData( "$TempDir\\$KeyFileName" ) ) {
return;
}
if ( -e $BinDiffFile &&
2 != HandleDiffFiles() ) {
logmsg( "Writing keylist to $KeyFileName ..." );
if ( !WriteHashData( "$TempDir\\$KeyFileName" ) ) {
return;
}
}
} else {
# begin!
undef( %Hash );
undef( %CopyLocations );
# Need to get these for all flavors as
# this is a cumulative thing DTC = ADS + SRV + PRO
# FUTURE: switch this to use @CDDataSKus and %sku_hierarchy
foreach ( @AllSkus ) {
AddDosnet( $_, $nttree );
}
foreach ( @CDDataSKUs ) {
MarkExcDosnet( $_, $nttree );
}
# FUTURE: We could probably just pass @CDDataSKUs for these and be fine
AddMedia( $Media, \@AllSkus );
AddSpecsign( $Specsign, \@AllSkus );
AddSubdirs( $Subdirs, \@AllSkus );
# mark all driver files
foreach ( @CDDataSKUs ) {
AddDrvIndex( $_, $nttree );
}
# read in some info from layout (compressable, renamed)
logmsg( "Marking all uncompressable and renamed entries ..." );
# FUTURE: we should just read the layout entries from layout.inf.
# This would get turned on now but I am not sure about
# availability on intl builds (namely the unusual ones like CHH)
# Plus it would be a bit slower.
#foreach ( @CDDataSKUs ) {
# AddLayout( $_, $nttree, \%sku_hierarchy );
#}
# FUTURE: This could likely be passed CDDataSKUs instead of ALLSkus
# but then again we should just be using the code above...
MarkLayoutAttributes( [$Layout, $LayoutTXT], \@AllSkus );
SpecialExclusions();
# at this point, we have all files from dosnet's excdosnt's and _media
# now, if a key is in sedinf dir, add a listing for sedinf\key
logmsg( "Adding keys for ". (join ", ", sort keys %sku_hierarchy). " ..." );
# FUTURE: Using @AllSkus as we need to match what is in the hash and
# we used it above -- can switch to @CDDataSKUs with above
FindAllSkuSpecificFiles( \%Hash, $nttree, \%sku_hierarchy, \@AllSkus );
# mark all printer keys
logmsg( "Marking all printer entries ..." );
# @PrinterFiles = `infflist.exe $BigPrint`;
# the GetPrinterFiles subroutine will populate the @PrinterFiles array
# in the same manner that calling infflist.exe would.
GetPrinterFiles( $BigPrint );
foreach $Printer ( @PrinterFiles ) {
chomp( $Printer );
if ( !$Printer ) { next; }
ChangeSettings( $Printer, "Print=t" );
}
# Get the list of files to convert to unicode.
@ConvertList = A2U::CdDataUpdate();
foreach my $convertfile ( @ConvertList ) {
ChangeSettings( $convertfile, "Unicode=t" );
}
#
# Get the list of files with DRMLevel attributes
#
undef(%Drmfiles);
GetDrmFiles( \%Drmfiles, $DrmTxt );
foreach $Key ( sort keys %Drmfiles )
{
chomp $Key;
if( !$Key ) { next; }
ChangeSettings( $Key, "DRMLevel=$Drmfiles{$Key}" );
}
# WOW Files are not going to be found in the tree in the
# following search and they will therefore be discarded
# from the list, but we need to know which wow files
# are compressed and which aren't so we will extract
# that information here
if ( 'x86' ne lc$BldArch ) {
MakeWOWList($nttree) if $CreateLists;
}
# mark all unsigned keys and remove non-existent key/files:
# unsigned files are printers, *.cat, and things in exclude.lst
ExcludeSigning( $Excludes ); # must be done after subdirs.lst !!!
logmsg( "Pruning entries and marking all unsignable entries ..." );
foreach $Key ( keys( %Hash ) ) {
my $fExists;
if ( GetFlag( $Key, "DoRename" ) eq 't' ) {
$fExists = -e "$nttree\\". GetFlag( $Key, "Rename" );
}
else {
$fExists = -e "$nttree\\$Key";
}
if ( !$fExists &&
GetFlag( $Key, "Rename" ) ne "nul" &&
-e "$nttree\\".GetFlag($Key, "Rename") ) {
ChangeSettings( $Key, "DoRename=t" );
}
elsif ( !$fExists &&
substr( $Key, -4, 4 ) ne ".cat" ) {
delete( $Hash{ $Key } );
}
elsif ( GetFlag( $Key, "Print" ) eq "t" ||
substr( $Key, -4, 4 ) eq ".cat" ) {
ChangeSettings( $Key, "Signed=f" );
}
}
# save off a copy of the full key file for bindiff.pl to cue off of
if ( ( ! ( -e "$TempDir\\$KeyFileName.full" ) ) ||
( defined( $ForceCreate ) ) ) {
logmsg( "Writing keylist to $KeyFileName.full ..." );
if ( !WriteHashData( "$TempDir\\$KeyFileName.full" ) ) {
return;
}
}
if ( !copy("$TempDir\\$KeyFileName.full", "$nttree\\build_logs\\$KeyFileName.full") ) {
errmsg ( "Error copying $TempDir\\$KeyFileName.full to $nttree\\build_logs\\$KeyFileName.full ($!)" );
return;
}
if ( -e $BinDiffFile &&
2 != HandleDiffFiles() ) {
logmsg( "Writing keylist to $KeyFileName ..." );
if ( !WriteHashData( "$TempDir\\$KeyFileName" ) ) {
return;
}
}
else {
logmsg( "Copying full list to $KeyFileName" );
if ( !copy("$TempDir\\$KeyFileName.full", "$TempDir\\$KeyFileName" ) ) {
errmsg ( "Error copying $TempDir\\$KeyFileName.full to $TempDir\\$KeyFileName ($!)" );
return;
}
}
# jeezuz! we're done! (Mike Carlson, v1)
}
if ( defined( $ArgSearchList ) ) {
logmsg( "Search pattern is \'$ArgSearchList\' ..." );
# user has asked to see a search on the hash
if ( defined( $OutputFile ) ) {
if ( open( OUTFILE, ">$OutputFile" ) ) {
print( OUTFILE "; Results for search $ArgSearchList\n" );
} else {
errmsg( "Failed to open $OutputFile for writing ($!)." );
undef( $OutputFile );
}
}
@SearchPatterns = split( /\:/, $ArgSearchList );
$SearchHitCount = 0;
foreach $Key ( keys( %Hash ) ) {
$FoundFlag = 1;
foreach $SearchPattern ( @SearchPatterns ) {
$SearchPattern =~ /^(\S*)([\=\?\!])(.*)$/;
$SOperator = $2;
$SFieldName = $1; $SFlagValue = $3;
if ( $SOperator eq '=' &&
GetFlag( $Key, $SFieldName ) ne $SFlagValue ) {
undef $FoundFlag;
} elsif ( $SOperator eq '?' &&
GetFlag( $Key, $SFieldName ) !~ /$SFlagValue/ ) {
undef $FoundFlag;
} elsif ( $SOperator eq '!' &&
GetFlag( $Key, $SFieldName ) =~ /\Q$SFlagValue\E/ ) {
undef $FoundFlag;
}
}
if ( $FoundFlag ) {
$SearchHitCount++;
if ( $OutputFile ) {
print( OUTFILE "$Key = ". (join ":", map {(defined $Hash{$Key}->[$_])?$Hash{$Key}->[$_]:$StructDefaults[$_]} (0..$#StructFields)). "\n" );
} else {
print( "$Key = ". (join ":", map {(defined $Hash{$Key}->[$_])?$Hash{$Key}->[$_]:$StructDefaults[$_]} (0..$#StructFields)). "\n" );
}
}
}
if ( $OutputFile ) { close OUTFILE }
logmsg( "Files found: $SearchHitCount" );
}
# now we can generate cdfs and any other lists we need
MakeLists();
# Generate extension lists for rebase/rebind
MakeExtensionLists() if (!$IncFlag || $CreateExtLists);
if ( $MakeDosnetChecks ) {
logmsg( "Reading in full cddata for dosnet checks ..." );
if ( !ReadHashData("$TempDir\\$KeyFileName.full") ) {
return;
}
CheckDosnet( $nttree, $_, \%sku_hierarchy ) foreach (@CDDataSKUs);
}
logmsg( "Finished." );
return 1;
}
# <Implement your subs here>
sub ReadHashData
{
my $infile = shift;
if ( !open INFILE, $infile ) {
errmsg( "Failed to parse old keylist.txt ($!)." );
return;
}
my @KeyListLines = <INFILE>;
close INFILE;
# Clear global hash
undef( %Hash );
my $KeyListLine;
foreach $KeyListLine ( @KeyListLines ) {
chomp $KeyListLine;
if ( !$KeyListLine ||
$KeyListLine =~ /^;/ ) { next; }
# <filename> = a:bbbb:c:d:e:f
$KeyListLine =~ /^(\S*)( = )(.*)$/;
my ($KeyFileName2, $KeyValues) = ($1, $3);
my @TheseSettings = split( /\:/, $KeyValues );
my $CurSet = join ":", map { "$StructFields[$_]=$TheseSettings[$_]" } (0..$#StructFields);
NewSettings( $KeyFileName2, $CurSet );
}
return 1;
}
sub WriteHashData
{
my $outfile = shift;
if ( !open OUTFILE, ">$outfile" ) {
errmsg( "Failed to open $outfile for writing ($!)." );
return;
}
print( OUTFILE "; Fields are listed as follows:\n; " );
#old output began with a space so just in case here is a backup method
#print OUTFILE map { " $_" } @StructFields;
print OUTFILE (join " ", @StructFields). "\n";
foreach $Key ( keys( %Hash ) ) {
print OUTFILE "$Key = ". (join ":", map {(defined $Hash{$Key}->[$_])?$Hash{$Key}->[$_]:$StructDefaults[$_]} (0..$#StructFields)). "\n";
}
close OUTFILE;
return 1;
}
#
# Function:
# GetSkuIdLetter
#
# Arguments:
#
# Sku (scalar) - sku to return single-letter ID for
#
# Purpose:
# Returns the letter used by cddata to identify the sku
# per=p, pro=w, bla=b, sbs=l, srv=s, ads=e, dtc=d
#
# Returns:
# String representing setup dir
# UNDEF on failure
sub GetSkuIdLetter
{
my $Sku = lc$_[0];
my %id = ( per => 'p',
pro => 'w',
bla => 'b',
sbs => 'l',
srv => 's',
ads => 'e',
dtc => 'd' );
if ( exists $id{$Sku} ) {
return $id{$Sku};
}
else {
# Unrecognized SKU
return;
}
}
sub FindAllSkuSpecificFiles
{
my $file_info = shift;
my $root_path = shift;
my $sku_hierarchy = shift;
my $all_skus = shift;
my %processed_skus;
my $fFail;
foreach ( keys %$sku_hierarchy )
{
if ( !FindSkuSpecificFiles( $_,
$file_info,
$root_path,
$sku_hierarchy,
$all_skus,
\%processed_skus ) )
{
$fFail++;
}
}
if ( $fFail )
{
return;
}
else
{
return 1;
}
}
sub FindSkuSpecificFiles
{
my $sku = shift;
# Not going to use this right now as ChangeSettings() and NewSettings()
# both reference the global hash, and this would just be confusing aliasing
my $file_info = shift;
my $root_path = shift;
my $sku_hierarchy = shift;
my $all_skus = shift;
my $processed_skus = shift;
# reference sku in uppercase
$sku = uc$sku;
# If we are a base, don't do anything
if ( !exists $sku_hierarchy->{$sku} )
{
return 1;
}
# if we have already been called we are done
elsif ( exists $processed_skus->{$sku} )
{
return 1;
}
# Reverse the hierarchy list to find out who is dependent on us
my %dependents = map{ lc$_ => 1 } GetDependentSkus( $sku, $sku_hierarchy );
# Make sure any dependent skus have had a chance to be processed before us.
# This is so that they pickup files closest to them before taking our closest ones
foreach ( keys %dependents )
{
if ( !exists $processed_skus->{$_} )
{
if ( !FindSkuSpecificFiles( $_,
$file_info,
$root_path,
$sku_hierarchy,
$all_skus,
$processed_skus ) )
{
return;
}
}
}
my $removeRelatedSkus = join ":", map {"Prods-". GetSkuIdLetter($_)} ($sku, keys %dependents);
my $removeUnrelatedSkus = join ":", map {"Prods-". GetSkuIdLetter($_)} grep {lc$sku ne lc$_ && !exists $dependents{lc$_}} @$all_skus;
# Need to know where to look for sku-specific files
my $sku_dir = ReadSetupFiles::GetSetupDir( $sku );
# ASSERT
if ( '.' eq $sku_dir ) { croak "$sku is returning the base directory as its directory" }
my $path = $root_path . ($root_path !~ /\\$/?'\\':''). $sku_dir;
# Get a list of all files under sku path
my @sku_files = map {chomp; s/^\Q$path\E\\//i; lc$_} `dir /s/b/a-d "$path\\"`;
my $file;
foreach $file ( @sku_files )
{
my $frename;
if ( !exists $Hash{$file} ) {
# If we match the name of a target-rename file, then
# just switch our name to the one that appears in dosnet
if ( !exists $RenameMap{$file} ) {
next;
}
else {
$file = $RenameMap{$file};
$frename = 1;
}
}
# inherit properties from original entry
my $copy = $Hash{$file}; my @copy = @$copy;
$Hash{ "$sku_dir\\$file" } = \@copy;
# remove skus from our new entry that are unrelated to our sku
ChangeSettings( "$sku_dir\\$file", $removeUnrelatedSkus. ($frename?":DoRename=t":"") );
# If we are left with nothing, remove the new key
if ( GetFlag( "$sku_dir\\$file", "Prods" ) eq "nul" ) {
delete $Hash{ "$sku_dir\\$file" };
}
# remove our sku and all of our dependent skus from the original entry
# as we are now all going to use this newly found file/key
ChangeSettings( $file, $removeRelatedSkus );
# If nobody is now using the original key, remove it
if ( GetFlag( $file, "Prods" ) eq "nul" ) { delete( $Hash{ $file } ); }
}
# This sku was successfully processed
$processed_skus->{$sku} = 1;
return 1;
}
sub GetDependentSkus
{
my $sku = shift;
my $sku_hierarchy = shift;
my @dependents;
foreach ( keys %$sku_hierarchy )
{
if ( uc$sku eq $sku_hierarchy->{$_} )
{
push @dependents, $_;
push @dependents, GetDependentSkus($_, $sku_hierarchy);
}
}
return @dependents;
}
sub GetSkuSearchPaths
{
my $sku = shift;
my $root_path = shift;
my $sku_hierarchy = shift;
return map{"$root_path". ($root_path !~ /\\$/?"\\":""). $_} GetSkuOrderedLayers($sku, $sku_hierarchy);
}
sub GetSkuOrderedLayers
{
my $sku = shift;
my $sku_hierarchy = shift;
my @layers = ( ReadSetupFiles::GetSetupDir( $sku ) );
if ( exists $sku_hierarchy->{uc$sku} )
{
push @layers, GetSkuOrderedLayers( $sku_hierarchy->{uc$sku}, $sku_hierarchy );
}
return @layers;
}
sub AddDosnet
{
my( $Sku, $RootPath ) = @_;
my( $File, @Files, @SecondaryFiles );
my( $StructSettings );
logmsg( "Adding files in $Sku dosnet ..." );
if ( !ReadSetupFiles::ReadDosnet( $RootPath,
$Sku,
$BldArch,
\@Files,
\@SecondaryFiles ) ) {
errmsg( "Can't add $Sku dosnet files to hash." );
return;
}
$StructSettings = "Dosnet=t:Prods+". GetSkuIdLetter($Sku);
foreach $File ( @Files ) {
$File = lc$File;
if ( exists $Hash{ $File } ) {
ChangeSettings( $File, $StructSettings );
} else {
NewSettings( $File, $StructSettings );
}
}
# WOW vs TabletPC secondary files
if ( 'x86' eq lc$BldArch ) {
$StructSettings .= ":TabletPC=t";
}
else {
$StructSettings .= ":WOW=t";
}
foreach $File ( @SecondaryFiles ) {
$File = lc$File;
if ( exists $Hash{ $File } ) {
ChangeSettings( $File, $StructSettings );
} else {
NewSettings( $File, $StructSettings );
}
}
return 1;
}
sub MarkExcDosnet
{
my( $Sku, $RootPath ) = @_;
my( $File, @Files );
my( $StructSettings );
logmsg( "Adding files in $Sku excdosnt ..." );
if ( !ReadSetupFiles::ReadExcDosnet( $RootPath,
$Sku,
\@Files ) ) {
errmsg( "Can't add $Sku excdosnt files to hash." );
return;
}
$StructSettings = "Driver=t:Dosnet=f:Comp=f:Prods+". GetSkuIdLetter($Sku);
foreach $File ( @Files ) {
$File = lc$File;
if ( exists $Hash{ $File } ) {
ChangeSettings( $File, $StructSettings );
} else { # following old behavior -- there shouldn't be any files to add here
NewSettings( $File, $StructSettings );
}
}
}
sub AddMedia
{
my( $MediaPath, $MarkSkus ) = @_;
my( $File, %FileHash, @MediaLines );
my( $StructSettings, $Uncomp );
logmsg( "Adding files in $MediaPath ..." );
unless ( open MEDIA, $MediaPath ) {
errmsg( "Failed to open $MediaPath ($!)" );
return;
}
@MediaLines = <MEDIA>;
close MEDIA;
# Can use the layout parser to read the media file
if ( !ReadSetupFiles::ParseLayoutFile( \@MediaLines,
$BldArch,
\%FileHash ) ) {
errmsg( "Can't add $MediaPath files to hash." )
}
$StructSettings = "Prods=" . (join '', map {GetSkuIdLetter($_)} @$MarkSkus);
foreach $File ( keys %FileHash ) {
$Uncomp = $FileHash{$File}{BootMediaOrd} =~ /^_/;
$File = lc$File;
if ( exists $Hash{ $File } ) {
ChangeSettings( $File, $StructSettings. ($Uncomp?":Comp=f":"") );
} else {
NewSettings( $File, $StructSettings. ($Uncomp?":Comp=f":"") );
}
}
return 1;
}
sub ChangeSettings
{
my( $File, $StructSettings ) = @_;
my( @Requests, $Request );
my( $FldLoc, $Operator, $SetVal );
if ( !$File ) { return; }
$File = lc$File;
if ( ! exists $Hash{ $File } ) { return; }
@Requests = split( /\:/, $StructSettings );
foreach $Request ( @Requests ) {
if ( $Request !~ /^(\w+)([\=\+\-]{1})(\S+|".*")$/ ) {
wrnmsg( "Invalid settings specified for $File ($Request)" );
next;
}
$FldLoc = $FieldLocations{ $1 };
$Operator = $2; $SetVal = $3;
# look for a "="
if ( $Operator eq "\?" ) { next; }
if ( $Operator eq "\=" ) {
# set the field explicitly
$Hash{$File}->[$FldLoc] = $SetVal;
}
# look for a "+"
elsif ( $Operator eq "\+" ) {
# add the field to the list if not there
if ( !defined $Hash{$File}->[ $FldLoc ] ||
$Hash{$File}->[ $FldLoc ] !~ /$SetVal/ ) {
$Hash{$File}->[ $FldLoc ] .= $SetVal;
}
}
# look for a "-"
elsif ( ( $Operator eq "\-" ) && ( defined $Hash{$File}->[ $FldLoc ] ) ) {
# sub the field from the list if there
$Hash{$File}->[ $FldLoc ] =~ s/$SetVal//;
if ( !$Hash{$File}->[ $FldLoc ] ) {
undef $Hash{$File}->[ $FldLoc ];
}
}
# If we have changed the value to match the default, undef it
if ( defined $Hash{$File}->[$FldLoc] &&
$Hash{$File}->[$FldLoc] eq $StructDefaults[$FldLoc] ) {
undef $Hash{$File}->[$FldLoc];
}
}
return 1;
}
sub NewSettings
{
my( $File, $StructSettings ) = @_;
$File = lc$File;
my @newEntry = map {undef} (1..@StructFields);
$Hash{ $File } = \@newEntry;
$StructSettings =~ s/\?/\=/g;
return ChangeSettings( $File, $StructSettings );
}
sub AddSpecsign
{
my( $SpecFile, $AllSkus ) = @_;
my( @SpecLines, $Line );
logmsg( "Adding files in $SpecFile ..." );
unless ( open( INFILE, $SpecFile ) ) {
errmsg( "Failed to open $SpecFile ($!)." );
return( undef );
}
my $StructSettings = "Signed=t";
@SpecLines = <INFILE>;
close( INFILE );
foreach $Line ( @SpecLines ) {
chomp( $Line );
if ( !$Line ||
substr( $Line, 0, 1 ) eq ";" ) { next; }
# add file with defaults to hash
$Line = lc$Line;
if ( exists( $Hash{ $Line } ) ) {
ChangeSettings( $Line, $StructSettings );
} else {
NewSettings( $Line, $StructSettings. ":Comp=f" );
}
}
return 1;
}
sub AddSubdirs
{
my( $SubdirsFile, $AllSkus ) = @_;
my( @DirsLines, $Line, $SubName );
my( $DirName, $IsRecursive, @DirList, $TreeLen );
logmsg( "Adding files in $SubdirsFile ..." );
unless ( open( INFILE, $SubdirsFile ) ) {
errmsg( "Failed to open $SubdirsFile ($!)." );
return;
}
my $StructSettings = "Signed=t:Prods=". (join '', map{ GetSkuIdLetter($_) } @$AllSkus);
@DirsLines = <INFILE>;
close( INFILE );
$TreeLen = length( $nttree ) + 1;
foreach $Line ( @DirsLines ) {
chomp( $Line );
if ( !$Line || substr( $Line, 0, 1 ) eq ";" ) {
next;
}
( $DirName, $IsRecursive ) = split( /\s+/, $Line );
if ( ! ( -d "$nttree\\$DirName" ) ) {
wrnmsg( "Directory '$DirName' from subdirs.lst does not exist -- skipping" );
next;
}
if ( defined( $IsRecursive ) ) {
@DirList = `dir /a-d /b /s $nttree\\$DirName`;
} else {
@DirList = `dir /a-d /b $nttree\\$DirName`;
}
foreach $SubName ( @DirList ) {
chomp( $SubName );
if ( defined( $IsRecursive ) ) {
$SubName = substr( $SubName, $TreeLen );
} else {
$SubName = "$DirName\\" . $SubName;
}
$SubName = lc$SubName;
if ( !$SubName ) { next; }
if ( exists( $Hash{ $SubName } ) ) {
ChangeSettings( $SubName, $StructSettings. ($DirName eq "lang"?":Comp=t":"") );
} else {
NewSettings( $SubName, $StructSettings. ($DirName eq "lang"?":Comp=t":":Comp=f") );
}
}
}
return 1;
}
sub AddLayout
{
my( $Sku, $RootPath, $SkuHierarchy ) = @_;
my( $File, %FileHash );
my( $StructSettings );
logmsg( "Adding files in $Sku layout ..." );
if ( !ReadSetupFiles::ReadLayout( $RootPath,
$Sku,
$BldArch,
\%FileHash ) ) {
errmsg( "Can't add $Sku layout files to hash." );
return;
}
my @searchKeys = GetSkuOrderedLayers( $Sku, $SkuHierarchy );
foreach $File ( keys %FileHash ) {
my $FileInfo = $FileHash{$File};
my @Settings;
# Mark uncompressed files
if ( $FileInfo->{BootMediaOrd} =~ /^_/ ) {
push @Settings, "Comp=f";
}
# Add rename information
if ( $FileInfo->{TargetName} ) {
push @Settings, "Rename=$FileInfo->{TargetName}";
}
if ( @Settings ) {
foreach ( @searchKeys ) {
# Update the key we will be using in construction of our SKU
if ( ChangeSettings( ($_ ne "."?"$_\\":"").lc$File, join ":", @Settings ) ) {
last;
}
}
}
}
return 1;
}
sub MarkLayoutAttributes
{
my( $ConcatFiles, $AllSkus ) = @_;
my( $File, %FileHash );
my( $StructSettings );
my @LayoutLines;
foreach ( @$ConcatFiles ) {
unless ( open( INFILE, $_ ) ) {
errmsg( "Failed to open $_ ($!)." );
return;
}
push @LayoutLines, <INFILE>;
close INFILE;
}
if ( !ReadSetupFiles::ParseLayoutFile( \@LayoutLines,
$BldArch,
\%FileHash ) ) {
errmsg( "Failed adding info from ". (join ", ", @$ConcatFiles) ." to hash." );
return;
}
foreach $File ( keys %FileHash ) {
my $FileInfo = $FileHash{$File};
my $FileName = lc$File;
my @Settings;
$FileName =~ s/.*://; # remove possible @x:@x: tags
# Mark uncompressed files
if ( $FileInfo->{BootMediaOrd} =~ /^_/ ) {
push @Settings, "Comp=f";
}
# Add rename information
if ( $FileInfo->{TargetName} ) {
my $rename_file = $FileInfo->{TargetName};
push @Settings, "Rename=$rename_file";
$rename_file =~ s/"//g;
$RenameMap{lc$rename_file} = $FileName;
}
if ( @Settings ) {
ChangeSettings( $FileName, join ":", @Settings );
}
}
return 1;
}
sub ExcludeSigning
{
my( $ExcFile ) = @_;
my( @ExcLines, $Line );
unless ( open( INFILE, $ExcFile ) ) {
errmsg( "Failed to open $ExcFile ($!)." );
return;
}
@ExcLines = <INFILE>;
close( INFILE );
foreach $Line ( @ExcLines ) {
chomp( $Line );
if ( !$Line || substr( $Line, 0, 1 ) eq ";" ) {
next;
}
ChangeSettings( $Line, "Signed=f" );
}
return 1;
}
sub GetFlag
{
my( $Key, $FieldFlag ) = @_;
my( @FieldList );
if ( !exists $Hash{$Key} ) { carp "Attempting to lookup info for invalid key $Key" }
if ( !exists $FieldLocations{ $FieldFlag } ) { carp "Attempting to lookup invalid value '$FieldFlag'" }
my $FldLoc = $FieldLocations{ $FieldFlag };
return (defined $Hash{$Key}->[$FldLoc])?$Hash{$Key}->[$FldLoc]:$StructDefaults[$FldLoc];
}
sub MakeInfCdf
{
my( $Skus ) = @_;
my( $Key, $Flags );
my ( $CdfExt );
my $DrmLevel = "ATTR1=0x10010001:DRMLevel:";
if ( $IncFlag ) { $CdfExt = ".icr"; }
else { $CdfExt = ".cdf"; }
logmsg( "Generating nt5inf$CdfExt for ". (join ', ', @$Skus). " ..." );
my %SkuInfo; # sku_id, file_handle, temp_dir
for ( $i = 0; $i < @$Skus; $i++ ) {
my $CdfDir;
my $SkuName = lc$Skus->[$i];
my $SkuSubDir = ReadSetupFiles::GetSetupDir( $SkuName );
my $fh;
$CdfDir = "$TempDir\\CDFs". ( $SkuSubDir ne '.'?"\\$SkuSubDir":"" );
system( "if not exist $CdfDir md $CdfDir" );
# Open the CDF files for writing
$fh = new IO::File ">$CdfDir\\nt5inf$CdfExt";
if ( !defined $fh ) {
errmsg( "Unable to open $CdfDir\\nt5inf$CdfExt for writing ($!)." );
foreach (keys %SkuInfo) {$SkuInfo{$_}->[1]->close() if defined $SkuInfo{$_}->[1]}
return;
}
$SkuInfo{$SkuName} = [lc GetSkuIdLetter($SkuName), $fh, $CdfDir];
}
my $AllProductTags = join '', sort map {lc GetSkuIdLetter($_)} @AllSkus;
if ( !$IncFlag ) {
# put in CDF header crap
my $header = join "\n", ( "[CatalogHeader]",
"Name=nt5inf",
"PublicVersion=0x0000001",
"EncodingType=0x00010001",
"CATATTR1=0x10010001:OSAttr:2:5.2",
"",
"[CatalogFiles]" );
$_->print("$header\n") foreach map {$SkuInfo{$_}->[1]} (keys %SkuInfo);
}
foreach $Key ( keys( %Hash ) ) {
$Flags = lc GetFlag( $Key, "Prods" );
if ( $Flags eq 'nul' ) {next}
# Sort sku ids so we can compare with an entry matching all skus
$Flags = join '', sort split '', $Flags;
if ( $Flags ne $AllProductTags &&
GetFlag( $Key, "Signed" ) eq "t" ) {
my $path;
if ( GetFlag( $Key, "DoRename" ) eq 't' ) {
$path = "$nttree\\".GetFlag( $Key, "Rename" );
}
else {
$path = "$nttree\\$Key";
}
my $Sku;
foreach $Sku ( keys %SkuInfo ) {
my $ProductTag = $SkuInfo{$Sku}->[0];
if ( $Flags =~ /$ProductTag/ ) {
if ( !$IncFlag ) {
$SkuInfo{$Sku}->[1]->print( "<hash>$path=$path\n" );
$SkuInfo{$Sku}->[1]->print( "<hash>$path$DrmLevel", GetFlag( $Key, "DRMLevel" ), "\n" ) if( GetFlag( $Key, "DRMLevel" ) ne "f" );
}
else {
$SkuInfo{$Sku}->[1]->print( "$path\n" );
}
}
}
}
}
# special exemptions
# mark the wks layout.inf as signed in the srv nt5inf.cdf
if ( exists $SkuInfo{'srv'} ) {
if ( !$IncFlag ) {
$SkuInfo{'srv'}->[1]->print( "<hash>$nttree\\layout.inf=$nttree\\layout.inf\n" );
}
elsif ( exists $Hash{ "srvinf\\layout.inf" } ) {
$SkuInfo{'srv'}->[1]->print( "$nttree\\layout.inf\n" );
}
}
close $SkuInfo{$_}->[1] foreach ( keys %SkuInfo );
# copy the CDF to the build_logs for intl
my( $BaseCopyDir ) = "$nttree\\build_logs\\cdfs";
mkdir( $BaseCopyDir, 0777 ) if ( ! -d $BaseCopyDir );
foreach ( keys %SkuInfo ) {
if ( !copy($SkuInfo{$_}->[2]."\\nt5inf$CdfExt", "$BaseCopyDir\\nt5".$SkuInfo{$_}->[0]."inf$CdfExt" ) ) {
wrnmsg( "Failed to copy nt5inf.cdf for $_ into the build ($!) ..." );
}
}
}
sub MakeMainCdfs
{
my( $CdfName, $PrtName ) = @_;
my( $Key, $Flags, $DrmLevel );
my ( $CdfExt );
$DrmLevel = "ATTR1=0x10010001:DRMLevel:";
if ( $IncFlag ) { $CdfExt = ".icr"; }
else { $CdfExt = ".cdf"; }
logmsg( "Generating $CdfName$CdfExt and $PrtName$CdfExt ..." );
system( "if not exist $TempDir\\CDFs md $TempDir\\CDFs" );
unless ( open( CDF, ">$TempDir\\CDFs\\$CdfName$CdfExt" ) ) {
errmsg( "Unable to open $CdfName$CdfExt for writing ($!)." );
return;
}
unless ( open( PRINTER, ">$TempDir\\CDFs\\$PrtName$CdfExt" ) ) {
errmsg( "Unable to open $PrtName$CdfExt for writing ($!)." );
close( CDF );
return;
}
my $AllProductTags = join '', sort map {GetSkuIdLetter($_)} @AllSkus;
if ( !$IncFlag ) {
foreach( "\[CatalogHeader\]",
"Name=$CdfName",
"PublicVersion=0x0000001",
"EncodingType=0x00010001",
"CATATTR1=0x10010001:OSAttr:2:5.2",
"",
"\[CatalogFiles\]" ) {
print CDF "$_\n";
}
foreach( "\[CatalogHeader\]",
"Name=$PrtName",
"PublicVersion=0x0000001",
"EncodingType=0x00010001",
"CATATTR1=0x10010001:OSAttr:2:5.0,2:5.1,2:5.2",
"",
"\[CatalogFiles\]" ) {
print PRINTER "$_\n";
}
}
foreach $Key ( keys( %Hash ) ) {
$Flags = GetFlag( $Key, "Prods" );
# Sort sku ids so we can compare with an entry matching all skus
if ( "nul" ne $Flags ) { $Flags = join '', sort split '', $Flags }
if ( ($Flags eq $AllProductTags || $Flags eq "nul") &&
GetFlag( $Key, "Signed" ) eq "t" )
{
my $path;
if ( GetFlag( $Key, "DoRename" ) eq 't' ) {
$path = "$nttree\\".GetFlag( $Key, "Rename" );
}
else {
$path = "$nttree\\$Key";
}
if ( !$IncFlag ) {
print CDF "<hash>$path=$path\n";
print (CDF "<hash>$path$DrmLevel", GetFlag( $Key, "DRMLevel" ), "\n" ) if( GetFlag( $Key, "DRMLevel" ) ne "f" );
}
else {
print CDF "$path\n";
}
}
if ( GetFlag( $Key, "Print" ) eq "t" ) {
my $path;
if ( GetFlag( $Key, "DoRename" ) eq 't' ) {
$path = "$nttree\\".GetFlag( $Key, "Rename" );
}
else {
$path = "$nttree\\$Key";
}
if ( !$IncFlag ) {
print PRINTER "<hash>$path=$path\n";
}
else {
print PRINTER "$path\n";
}
}
}
close CDF;
close PRINTER;
# copy the cdfs for intl
my( $BaseCopyDir ) = "$nttree\\build_logs\\cdfs";
mkdir( $BaseCopyDir, 0777 ) if ( ! -d $BaseCopyDir );
if ( !copy("$TempDir\\CDFs\\$CdfName$CdfExt", $BaseCopyDir ) ) {
wrnmsg( "Failed to copy nt5.cdf into the build ($!) ..." );
}
if ( !copy("$TempDir\\CDFs\\$PrtName$CdfExt", $BaseCopyDir ) ) {
wrnmsg( "Failed to copy $PrtName.cdf into the build ($!) ..." );
}
}
sub MakeProdLists
{
my( $Skus ) = @_;
my( $Key, $CompName );
logmsg( "Generating product lists for ". (join ', ', @$Skus). " ..." );
# SkuInfo array members:
# 0 - sku id letter
# 1 - (handle) all files
# 2 - (handle) compressed files
# 3 - (handle) uncompressed files
# 4 - (handle) all files from subdirectories
# 5 - (handle) compressed files from subdirectories
# 6 - (handle) uncompressed files from subdirectories
my %SkuInfo;
for ( $i = 0; $i < @$Skus; $i++ ) {
my $SkuName = lc$Skus->[$i];
$SkuInfo{$SkuName} = [lc GetSkuIdLetter($SkuName)];
# Open the log files for writing
my $offHandle = 1;
foreach ( "", "comp", "uncomp", "sub", "subcomp", "subuncomp" ) {
$SkuInfo{$SkuName}->[$offHandle] = new IO::File ">$TempDir\\$SkuName$_.lst";
if ( !defined $SkuInfo{$SkuName}->[$offHandle] ) {
errmsg( "Unable to open $TempDir\\$SkuName$_.lst for writing ($!)." );
foreach my $Sku (keys %SkuInfo) {close $_ foreach grep{defined $_} map {$SkuInfo{$Sku}->[$_]} (1..6)}
return;
}
$offHandle++;
}
}
foreach $Key ( keys( %Hash ) ) {
if ( ( GetFlag( $Key, "Driver" ) eq "t" ) &&
( GetFlag( $Key, "Dosnet" ) eq "f" ) ) { next; }
my $Flags = GetFlag( $Key, "Prods" );
my $TabletPC = ('x86' eq lc$BldArch)?GetFlag( $Key, "TabletPC" ):'f';
if ( $Flags ne "nul" ) {
# Get the arrays of the skus that care about this file
# (arrays because we don't care about the names anymore)
# If a file is a TabletPC file then exclude it from the pro lists
my @matchingSkus = map {$SkuInfo{$_}}
grep {$Flags =~ /$SkuInfo{$_}->[0]/ &&
!('pro' eq lc$_ && 't' eq $TabletPC)} (keys %SkuInfo);
if ( !@matchingSkus ) { next; }
my $file;
if ( GetFlag( $Key, "DoRename" ) eq 't' ) {
$file = GetFlag( $Key, "Rename" );
}
else {
$file = $Key;
}
if ( $file =~ /\\(\S+)$/ ) { $_->[4]->print( "$1\n" ) foreach(@matchingSkus); }
else { $_->[1]->print( "$file\n" ) foreach(@matchingSkus); }
if ( GetFlag( $Key, "Comp" ) eq "t" ) {
$CompName = MakeCompName( $file );
if ( $CompName =~ /\\(\S+)$/ ) { $_->[5]->print( "$1\n" ) foreach(@matchingSkus); }
else { $_->[2]->print( "$CompName\n" ) foreach(@matchingSkus); }
} else {
if ( $file =~ /\\(\S+)$/ ) { $_->[6]->print( "$1\n" ) foreach(@matchingSkus); }
else { $_->[3]->print( "$file\n" ) foreach(@matchingSkus); }
}
}
}
# Close file handles
foreach my $Sku (keys %SkuInfo) {close $_ foreach grep{defined $_} map {$SkuInfo{$Sku}->[$_]} (1..6)}
return 1;
}
sub MakeTabletList
{
my($key,$CompName);
unless ( open( FILE, ">$TempDir\\TabletPc.lst" ) ){
errmsg( "Failed to open TabletPc.lst ($!)" );
}
unless ( open( FILECOMP, ">$TempDir\\TabletPcComp.lst" ) ){
errmsg( "Failed to open TabletPcComp.lst ($!)" );
}
unless ( open( FILEUNCOMP, ">$TempDir\\TabletPcUnComp.lst" ) ){
errmsg( "Failed to open TabletPcUnComp.lst ($!)" );
}
foreach $key ( keys( %Hash ) ) {
if ( GetFlag( $key, "TabletPC" ) eq "t" ){
my $file;
if ( GetFlag( $key, "DoRename" ) eq 't' ) {
$file = GetFlag( $key, "Rename" );
# don't know about renaming tablet files, so
# add a warning until someone who knows better
# can decide if this is acceptable
wrnmsg( "Tablet file $Key marked for rename to $file" );
}
else {
$file = $key;
}
print( FILE "$file \n");
if ( GetFlag( $key, "Comp" ) eq "t" ) {
$CompName = MakeCompName( $file );
print( FILECOMP "$CompName \n");
} else {
print( FILEUNCOMP "$file \n");
}
}
}
close (FILE);
close (FILECOMP);
close (FILEUNCOMP);
}
sub MakeWOWList
{
my $root_path = shift;
my($key,$CompName);
unless ( open( FILE, ">$root_path\\congeal_scripts\\WOWfiles.lst" ) ){
errmsg( "Failed to open WOWfiles.lst ($!)" );
}
unless ( open( FILECOMP, ">$root_path\\congeal_scripts\\WOWfilesComp.lst" ) ){
errmsg( "Failed to open WOWfilesComp.lst ($!)" );
}
unless ( open( FILEUNCOMP, ">$root_path\\congeal_scripts\\WOWfilesUnComp.lst" ) ){
errmsg( "Failed to open WOWfilesUnComp.lst ($!)" );
}
foreach $key ( keys( %Hash ) ) {
if ( GetFlag( $key, "WOW" ) eq "t" ){
my $file;
if ( GetFlag( $key, "DoRename" ) eq 't' ) {
$file = GetFlag( $key, "Rename" );
wrnmsg( "WOW file $key marked for rename to $file" );
}
else {
$file = $key;
}
print( FILE "$file \n");
if ( GetFlag( $key, "Comp" ) eq "t" ) {
$CompName = MakeCompName( $file );
print( FILECOMP "$CompName \n");
} else {
print( FILEUNCOMP "$file \n");
}
}
}
close (FILE);
close (FILECOMP);
close (FILEUNCOMP);
}
sub MakeRenameList
{
my ( $skus ) = @_;
my($key,$comp_name,$comp_rename);
# SkuInfo array members:
# 0 - sku id letter
# 1 - (handle) standard rename files
# 2 - (handle) rename file using compressed names when the entry is marked as compressed
my %sku_info;
for ( $i = 0; $i < @$skus; $i++ ) {
my $sku_name = lc$skus->[$i];
$sku_info{$sku_name} = [lc GetSkuIdLetter($sku_name)];
# Open the log files for writing
my $off_handle = 1;
foreach ( "", "_c" ) {
$sku_info{$sku_name}->[$off_handle] = new IO::File ">$TempDir\\$sku_name"."rename$_.lst";
if ( !defined $sku_info{$sku_name}->[$off_handle] ) {
errmsg( "Unable to open $TempDir\\$sku_name"."rename$_.lst for writing ($!)." );
foreach my $sku (keys %sku_info) {close $_ foreach grep{defined $_} map {$sku_info{$sku}->[$_]} (1..6)}
return;
}
$off_handle++;
}
}
foreach $key ( keys %Hash ) {
if ( GetFlag( $key, "DoRename" ) eq 't' ) {
my $rename;
my $file;
my $flags = GetFlag( $key, "Prods" );
my $target_name = GetFlag( $key, "Rename" );
$target_name =~ s/"//g;
if ( $flags eq 'nul' ) { next }
# Get the arrays of the skus that care about this file
# (arrays because we don't care about the names anymore)
# If a file is a TabletPC file then exclude it from the pro lists
my @matching_skus = map {$sku_info{$_}}
grep {$flags =~ /$sku_info{$_}->[0]/} (keys %sku_info);
if ( !@matching_skus ) { next; }
# Want any path to be on the target name and not the source name
# (want relative path to actual file and then the rename name)
if ( $key =~ /\\([^\\]+)$/ ) {
$file = $1;
$rename = "$`\\$target_name";
}
else {
$file = $key;
$rename = $target_name;
}
# Special warning case for file-names with spaces
if ( $rename =~ /\s/ ) {
wrnmsg( "$key has been renamed to '$rename' containing spaces -- unsupported" );
}
$_->[1]->print( "$rename:$file\n" ) foreach(@matching_skus);
if ( GetFlag( $key, "Comp" ) eq "t" ) {
$comp_name = MakeCompName( $file );
$comp_rename = MakeCompName( $rename );
$_->[2]->print( "$comp_rename:$comp_name\n" ) foreach(@matching_skus);
} else {
$_->[2]->print( "$rename:$file\n" ) foreach(@matching_skus);
}
}
}
# Close file handles
foreach my $sku (keys %sku_info) {close $_ foreach grep{defined $_} map {$sku_info{$sku}->[$_]} (1..6)}
return 1;
}
#
# MakeDriverCabLists
#
# Arguments: $SkuName, $SkuLetter
#
# Purpose: generate driver lists for drivercab based on the sku given
#
# Returns: nothing
#
sub MakeDriverCabLists
{
# get passed args
my( $Skus ) = @_;
my @lists = @$Skus;
# Clear any previous lists
my @prev_lists = grep {-e $_} map {"$TempDir\\$_"."drivers.txt"} (@lists, 'common');
foreach ( @prev_lists ) {
unlink $_ or errmsg ( "Unable to delete $_ ($!)" );
}
if ( !$IncFlag ) {
unshift @lists, "common";
}
logmsg( "Generating driver lists for ". (join ', ', @lists). " ..." );
# SkuInfo array members:
# 0 - sku id letter
# 1 - (handle) driver cab files
# 2 - name of list file
my %ListInfo;
for ( $i = 0; $i < @lists; $i++ ) {
my $ListName = lc$lists[$i];
my $ListLog = "$TempDir\\$ListName"."drivers.txt";
my $fh;
$fh = new IO::File ">$ListLog";
if ( !defined $fh ) {
errmsg ( "Unable to open $ListLog for writing ($!)." );
foreach (keys %ListInfo) {$ListInfo{$_}->[1]->close() if defined $ListInfo{$_}->[1]}
return;
}
$ListInfo{$ListName} = [($ListName ne 'common'?lc GetSkuIdLetter($ListName):join '', sort map{ lc GetSkuIdLetter($_) } @CDDataSKUs),
$fh,
$ListLog];
}
foreach $Key ( keys( %Hash ) ) {
my $skus = lc GetFlag( $Key, "DrvIndex" );
if ( $skus eq 'nul' ) { next; }
# Sort sku ids so we can compare with common (all skus)
$skus = join '', sort split '', $skus;
my %matches;
# If we are in full mode and this is a common driver
# that is the only list that we want to write it to
if ( exists $ListInfo{'common'} &&
$skus eq $ListInfo{'common'}->[0] ) {
$matches{'common'} = $ListInfo{'common'};
}
else {
%matches = map{$_ => $ListInfo{$_}} grep {$skus =~ /$ListInfo{$_}->[0]/} (keys %ListInfo);
if ( !%matches ) { next; }
}
my $file;
if ( GetFlag( $Key, "DoRename" ) eq 't' ) {
$file = GetFlag( $Key, "Rename" );
wrnmsg( "Driver file $Key marked for rename to $file" );
}
else {
$file = $Key;
}
$_->print( "$file\n" ) foreach map{$matches{$_}->[1]} (keys %matches);
}
# close the file handles
foreach (keys %ListInfo) {$ListInfo{$_}->[1]->close() if defined $ListInfo{$_}->[1]}
# delete the list if it has zero length
foreach ( map {$ListInfo{$_}->[2]} keys %ListInfo ) {
if ( -z $_ &&
!unlink $_ ) {
errmsg( "Failed to delete zero length driver list $_ ($!)..." );
}
}
}
sub MakeCompLists
{
my( $Key, $CompFile, $Ext );
my $Binaries = $ENV{'_NTPOSTBLD'};
my $CompressedBinaries = "$Binaries\\comp";
logmsg( "Generating compression lists ..." );
unless ( ( open( ALL, ">$TempDir\\allcomp.lst" ) ) &&
( open( PRE, ">$TempDir\\precomp.lst" ) ) &&
( open( POST, ">$TempDir\\postcomp.lst" ) ) ) {
errmsg( "Failed to open main compression lists ($!)." );
close( ALL );
close( PRE );
close( POST );
return;
}
# NOTE: keep these lower-cased so we don't need to lower-case them when comparing
my %allowed_subdirs = map { $_ => 1 } grep { $_ ne '.' } map { lc ReadSetupFiles::GetSetupDir($_) } @AllSkus;
$allowed_subdirs{lang} = 1;
my %onlyall_extensions = ( cat => 1 );
my %postcompress_extensions = ( ax => 1,
cat => 1,
com => 1,
cpl => 1,
dll => 1,
drv => 1,
exe => 1,
ocx => 1,
scr => 1,
tsp => 1 );
foreach $Key ( keys( %Hash ) ) {
if ( GetFlag( $Key, "Comp" ) eq "t" ) {
if ( $Key =~ /^([^\\]+)\\/ &&
!exists $allowed_subdirs{lc$1} ) {
next;
}
my $file;
if ( GetFlag( $Key, "DoRename" ) eq 't' ) {
$file = GetFlag( $Key, "Rename" );
}
else {
$file = $Key;
}
$CompFile = MakeCompName( $file );
print( ALL "$Binaries\\$file $CompressedBinaries\\$CompFile\n" );
($Ext) = $Key =~ /\.([^\.]+)$/; # use the source extension
if ( !exists $onlyall_extensions{lc$Ext} &&
!exists $postcompress_extensions{lc$Ext} ) {
print( PRE "$Binaries\\$file $CompressedBinaries\\$CompFile\n" );
}
if ( !exists $onlyall_extensions{lc$Ext} &&
exists $postcompress_extensions{lc$Ext} ) {
print( POST "$Binaries\\$file $CompressedBinaries\\$CompFile\n" );
}
}
}
close( ALL );
close( PRE );
close( POST );
logmsg( "Sorting generated lists ..." );
system( "sort $TempDir\\allcomp.lst /o $TempDir\\allcomp.lst" );
system( "sort $TempDir\\precomp.lst /o $TempDir\\precomp.lst" );
system( "sort $TempDir\\postcomp.lst /o $TempDir\\postcomp.lst" );
}
sub MakeExtensionLists
{
logmsg( "Creating extension lists ..." );
my %handles_to_extension_lists;
# Use our own subdirectory
mkdir "$ENV{_NTPostBld}\\congeal_scripts\\exts", 0777 if ( ! -d "$ENV{_NTPostBld}\\congeal_scripts\\exts" );
foreach my $key ( keys( %Hash ) ) {
my ($ext) = $key =~ /\.([^\.]+)$/;
$ext ||= 'noext';
if ( !exists $handles_to_extension_lists{$ext} ) {
$handles_to_extension_lists{$ext} = new IO::File ">$ENV{_NTPostBld}\\congeal_scripts\\exts\\$ext\_files.lst";
if ( !exists $handles_to_extension_lists{$ext} ) {
errmsg( "Error opening $ENV{_NTPostBld}\\congeal_scripts\\exts\\$ext\_files.lst for writing ($!)" );
return;
}
}
my $file;
if ( GetFlag( $key, "DoRename" ) eq 't' ) {
$file = GetFlag( $key, "Rename" );
}
else {
$file = $key;
}
$handles_to_extension_lists{$ext}->print("$file\n");
}
# close all open handles
foreach ( keys %handles_to_extension_lists ) {
$handles_to_extension_lists{$_}->close();
}
return 1;
}
sub MakeLists
{
if ( ( defined( $CreateCDFs ) ) || ( defined( $CreateLists ) ) ) {
logmsg( "Beginning CDF and list generation ..." );
}
if ( 'x86' eq lc$BldArch ) {
MakeTabletList();
}
if ( defined( $CreateCDFs ) ) {
# let's make some cdf's
MakeMainCdfs( "nt5", "ntprint" );
MakeInfCdf( \@CDDataSKUs );
}
if ( defined( $CreateLists ) ) {
# let's make some product lists
MakeProdLists( \@CDDataSKUs );
# let's make some drivercab lists
MakeDriverCabLists( \@CDDataSKUs );
# let's make some compression lists
MakeCompLists();
# need to know which files we are responsible for renaming
MakeRenameList( \@CDDataSKUs );
}
if ( ( defined( $CreateCDFs ) ) || ( defined( $CreateLists ) ) ) {
logmsg( "Finished creating CDFs and lists." );
}
}
sub MakeCompName
{
my $fullname = shift;
my ($filename, $path) = fileparse($fullname);
$filename =~ s!(\.([^\.]*))?$!
if (not $2) { "._" } elsif (length $2 < 3) { ".$2_" } else { '.' . substr($2,0,-1) . '_' } !ex;
return ($path eq '.\\'?'':$path).$filename;
}
sub SpecialExclusions
{
# force ntkrnlmp.exe to be uncompressed on ia64 builds
if ( $BldArch =~ /ia64/i ) {
ChangeSettings( "ntkrnlmp.exe", "Comp=f" );
}
ChangeSettings( "driver.cab", "Signed=f" );
}
sub HandleDiffFiles
{
# declare locals
my( @BinDiffs, $NumDiffsLimit, %DiffFiles, $Line );
# here we need to make a decision.
# we can either do an incremental build if the diff list is smaller than
# some number of files, or we can run a full postbuild.
# first, set the limit on the number of differing files before running
# a full postbuild.
$NumDiffsLimit = 100;
undef $IncFlag;
# if the user specifically asked for no bindiff truncation, just return
if ( defined( $NoUseBindiff ) ) {
logmsg( "Not truncating against bindiff files ..." );
return 2;
}
# open the diff file and read it in
unless ( open( INFILE, $BinDiffFile ) ) {
errmsg( "Failed to open new file list '$BinDiffFile' ($!)" );
errmsg( "will assume a full postbuild is needed." );
return;
}
@BinDiffs = <INFILE>;
close( INFILE );
# make sure we're under the limit
if ( @BinDiffs > $NumDiffsLimit ) {
logmsg( "Too many files have changed, ignoring bindiff file." );
return 2;
}
# if we're here, then we have a small enough number of different files
# that we'll run an incremental postbuild.
# set a flag to indicate we are in incremental mode
$IncFlag = 1;
# so what we want to do is remove all hashes that do NOT appear in
# the diff file.
foreach $Line ( @BinDiffs ) {
chomp( $Line );
$Line = lc$Line;
# add the files to the temp hash
# print( "DEBUG: diff file '$Line'\n" );
$DiffFiles{ $Line } = 1;
}
foreach $Key ( keys( %Hash ) ) {
$Line = "\L$nttree\\$Key";
# print( "DEBUG: key check '$Line'\n" );
unless ( $DiffFiles{ $Line } ) { delete( $Hash{ $Key } ); }
}
# and we're done!
# just return true.
return 1;
}
sub GetPrinterFiles
{
# get passed args
my( $PrintFileName ) = @_;
# declare locals
my( @PrintLines, $Line, $PrintMe, $PrinterName, $Junk );
unless ( open( INFILE, $PrintFileName ) ) {
errmsg( "Failed to open $PrintFileName to determine printers ($!)" );
undef( @PrinterFiles );
return;
}
@PrintLines = <INFILE>;
close( INFILE );
undef( $PrintMe );
foreach $Line ( @PrintLines ) {
# first, a simple unicode conversion
$Line =~ s/\000//g;
# now a chomp that handles \r also
$Line =~ s/[\r\n]//g;
if ( ( length( $Line ) == 0 ) || ( $Line =~ /^\;/ ) ) { next; }
if ( $Line =~ /^\[/ ) { undef( $PrintMe ); }
if ( $PrintMe ) {
( $PrinterName, $Junk ) = split( /\s+/, $Line );
push( @PrinterFiles, $PrinterName );
}
if ( $Line =~ /\[SourceDisksFiles\]/ ) { $PrintMe = 1; }
}
}
sub AddDrvIndex
{
# get passed args
my( $Sku, $RootPath ) = @_;
my( @Files, $File, $StatusChange );
# declare status
logmsg( "Marking drivers in $Sku drvindex ..." );
if ( !ReadSetupFiles::ReadDrvIndex( $RootPath,
$Sku,
\@Files ) ) {
}
$StatusChange = "DrvIndex+". GetSkuIdLetter($Sku);
foreach $File ( @Files ) {
if ( $Hash{ "$File" } ) {
ChangeSettings( $File, $StatusChange );
} else {
NewSettings( $File, $StatusChange );
}
}
}
#--
# GetDrmFiles
#
# First parameter is reference to associate array
# Associated array will be filled with values from $DrmTxt file.
#--
sub GetDrmFiles
{
#--
# Passed parameters
#--
my( $ref, $txtfile ) = @_;
#--
# Local variables
#--
my( $line, @DrmFileLines, $filename, $drmvalue, $rem );
unless( -f $txtfile )
{
wrnmsg( "Failed to find $txtfile to determine drm files" );
undef( %$ref );
return;
}
unless( open( INFILE, $txtfile ) )
{
errmsg( "Failed to open $txtfile to determine drm files ($!)" );
undef( %$ref );
return;
}
@DrmFileLines = <INFILE>;
close( INFILE );
foreach $line ( @DrmFileLines )
{
chomp $line;
s/\s+//g;
if( ( $line =~ /^\s*$/ ) || ( $line =~ /^[\;\#]/ ) ) { next; }
( $filename, $drmvalue, $rem ) = split( /\:/, $line );
$$ref{$filename} = $drmvalue;
}
}
sub CheckDosnet
{
my( $RootPath, $Sku, $SkuHierarchy ) = @_;
my( $File, $ListName );
my ( @DosnetFiles, @SecondaryDosnetFiles );
if ( !ReadSetupFiles::ReadDosnet( $RootPath,
$Sku,
$BldArch,
\@DosnetFiles,
\@SecondaryDosnetFiles ) ) {
errmsg( "Failed parsing dosnet.inf for $Sku" );
return;
}
if ( lc$Sku eq 'ads' ) {
$ListName = $TempDir . "\\entnetck.lst";
}
else {
$ListName = $TempDir . "\\$Sku". "netck.lst";
}
unless ( open( LIST, ">$ListName" ) ) {
errmsg( "Failed to open $ListName for writing ($!)." );
return( undef );
}
my @possibleLocations = GetSkuOrderedLayers($Sku, $SkuHierarchy);;
my $missingFiles = 0;
foreach $File ( @DosnetFiles ) {
my $fFound;
foreach ( @possibleLocations ) {
if ( exists $Hash{$_ ne '.'?"\L$_\\$File":lc$File} ) {
$fFound = 1;
last;
}
}
if ( !$fFound ) {
$missingFiles++;
print( LIST "$File\n" );
}
}
close LIST;
if ( $missingFiles ) {
logmsg( "$missingFiles missing files found for $Sku -- see $ListName" );
}
else {
logmsg( "No missing files for $Sku." );
}
}