Windows-Server-2003/tools/comlib.pm

524 lines
15 KiB
Perl

#----------------------------------------------------------------//
# Script: comlib.pm
#
# (c) 2000 Microsoft Corporation. All rights reserved.
#
# Purpose: This script contains all the common perl routines.
#
# Version: <1.00> 07/28/2000 : Suemiao Rossognol
#----------------------------------------------------------------//
package comlib;
$VERSION = '1.00';
###-----Require section and extern modual.----------------------//
require 5.003;
use strict;
use lib $ENV{RazzleToolPath };
use lib "$ENV{RazzleToolPath }\\PostBuildScripts";
#no strict 'vars';
#no strict 'subs';
#no strict 'refs';
use Logmsg;
use cklang;
use hashtext;
use DfsMap;
#----------------------------------------------------------------//
#Function: LockProcess
# Parameter: (1) Language
# (2) Build Branch
# (3) Lock Object
#----------------------------------------------------------------//
sub LockProcess
{
my ( $pLang, $pBranch, $pLockObj ) = @_;
##### Define Semaphore location
my $lock_Location;
if( !($lock_Location = &GetIniSetting::GetSettingEx( $pBranch, $pLang, "DFSSemaphore") ) )
{
errmsg( "[DFSSemaphore] is undefined in INI file." );
return 0;
}
logmsg( "DFS Semaphore [$lock_Location]");
##### Acquire DFS Semaphore lock
if( !(${$pLockObj} = new LockProc( $lock_Location, 60000) ) )
{
errmsg( "Problem acquiring lock using [$lock_Location]" );
return 0;
}
logmsg( "Acquiring lock for exclusive DFS access..." );
while ( !$$pLockObj->Lock() )
{
errmsg ("Failed to acquire semaphore lock.");
return 0;
}
return 1;
}
#----------------------------------------------------------------//
#Function: TieDfsView
# Parameter: (1) Language
# (2) Build Branch
# (3) Tiehash Object
#----------------------------------------------------------------//
sub TieDfsView
{
my ( $pLang, $pBranch, $pTieObj ) = @_;
##### Get DFS Root name
my $dfsRoot;
if( !($dfsRoot = &GetIniSetting::GetSettingEx( $pBranch, $pLang,"DFSRootName" ) ) )
{
errmsg( "[DFSRootName] undefined in INI file." );
return 0;
}
##### Access DFS through a TIE hash
logmsg( "Tie full DFS view [$dfsRoot] information." );
if ( ! tie %$pTieObj, 'DfsMap', $dfsRoot )
{
errmsg( "Error accessing DFS." );
return 0;
}
return 1;
}
#----------------------------------------------------------------//
#Function: ParseDfsMapText
# Parameter: (1) Sku (2) Build profile hash, key used:package
#
# Return: (1) Hash Array
#----------------------------------------------------------------//
sub ParseDfsMapText
{
my ( $pSkus, $pbldInfo ) = @_;
my ( @theHash, @rtary, $theRootShare, $theSubShare, $theRootDir, $theLink );
my $dfsMapFile = "$ENV{razzletoolpath}\\PostBuildScripts\\raiseall.txt";
@theHash=();
&HashText::Read_Text_Hash( 1, $dfsMapFile, \@theHash );
my $extraLine;
for my $line ( @theHash)
{
next if( $pbldInfo->{"package"} && lc $pbldInfo->{"package"} ne lc $line->{ Package } );
next if( $pbldInfo->{"pkgtarget"} && lc $pbldInfo->{"pkgtarget"} ne "all" &&
lc $line->{ Target } ne "all" && lc $pbldInfo->{"pkgtarget"} ne lc $line->{ Target } );
next if( %$pSkus && !exists( $pSkus->{$line->{Sku}}) );
#### Handle Micro replacement
&ReplaceMicro( \$line->{ RootShare }, $line->{Sku}, $pbldInfo );
&ReplaceMicro( \$line->{ SubShare }, $line->{Sku}, $pbldInfo );
&ReplaceMicro( \$line->{ RootDir }, $line->{Sku}, $pbldInfo );
&ReplaceMicro( \$line->{ Link }, $line->{Sku}, $pbldInfo );
push( @rtary, $line );
#### Add mapping for usa\<buildNO>\<archType>.cov links
my %covUsaLine;
if( $line->{Package} eq "OS" && lc $pbldInfo->{"lang"} eq "cov" )
{
%covUsaLine = %{$line};
$covUsaLine{Link} =~ s/$pbldInfo->{"lang"}/usa/;
$covUsaLine{Link} =~ s/$pbldInfo->{"arch"}$pbldInfo->{"type"}/$pbldInfo->{"arch"}$pbldInfo->{"type"}.cov/;
push( @rtary, \%covUsaLine );
}
#### Add mapping for Neutral mui builds with misc links
my %miscMuiLine;
if( $line->{Package} eq "Neutral" )
{
%miscMuiLine = %{$line};
$miscMuiLine{Link} =~ s/$pbldInfo->{"lang"}/misc/;
push( @rtary, \%miscMuiLine );
}
}
return ( @rtary );
}
#----------------------------------------------------------------//
#Function: ReplaceMicro
# Parameter: (1)String to be replaced (2)Sku (3)Build Profile Hash
#
# Return: none
#----------------------------------------------------------------//
sub ReplaceMicro
{
my ( $pStr, $pSku, $pbldInfo ) =@_;
$pbldInfo->{shareno} = $pbldInfo->{no} if( !$pbldInfo->{shareno} );
$$pStr =~ s/\$\(BLANK\)//g;
$$pStr =~ s/\$\(SKU\)/$pSku/g;
$$pStr =~ s/\$\(SERVER\)/\\\\$pbldInfo->{server}/g;
$$pStr =~ s/\$\(BUILD\)/$pbldInfo->{basename}/g;
$$pStr =~ s/\$\(LANG\)/$pbldInfo->{lang}/g;
$$pStr =~ s/\$\(BLDNO\)/$pbldInfo->{no}/g;
$$pStr =~ s/\$\(SHARENO\)/$pbldInfo->{shareno}/g;
$$pStr =~ s/\$\(BRANCH\)/$pbldInfo->{branch}/g;
$$pStr =~ s/\$\(RELEASE\)/$pbldInfo->{release}/g;
$$pStr =~ s/\$\(SYMREL\)/$pbldInfo->{symshare}/g;
$$pStr =~ s/\$\(DFSBRANCH\)/$pbldInfo->{dfsbranch}/g;
$$pStr =~ s/\$\(ARCH\)/$pbldInfo->{arch}/g;
$$pStr =~ s/\$\(TYPE\)/$pbldInfo->{type}/g;
$$pStr =~ s/\$\(TS\)/$pbldInfo->{ts}/g;
}
#----------------------------------------------------------------//
#Function: GetReleaseShareName
# Parameter: (1) Build Branch
# (2) Language
#----------------------------------------------------------------//
sub GetReleaseShareName
{
my ( $bldBranch, $lang ) = @_;
my ($releaseShareName);
my( @iniRequest ) = ( "AlternateReleaseDir", "ReleaseDir");
for my $keyReleaseDir( @iniRequest )
{
$releaseShareName = &GetIniSetting::GetSettingEx( $bldBranch, $lang,$keyReleaseDir );
last if( $releaseShareName );
}
$releaseShareName = "release" if( !$releaseShareName );
return ( $releaseShareName );
}
#----------------------------------------------------------------//
#Function: ParseNetShare
#Parameter: (1) Share name
# (2) Parsing String, such as "Path", "Permissions:"
#
# Return: Share Path or access ID and permission in hash array
#----------------------------------------------------------------//
sub ParseNetShare
{
my ( $pShareName, $pParseStr ) = @_;
my ( @results, %shareInfo );
if( $pShareName !~ /^\\\\(.+)\\(.+)$/ )
{
$pShareName = "\\\\$ENV{computername}\\$pShareName ";
}
my @tmpFile = `rmtshare $pShareName`;
my $match;
for my $theLine ( @tmpFile )
{
chomp $theLine;
next if( !$theLine );
last if( $theLine =~ "The command completed successfully." );
if( $theLine =~ /$pParseStr/i )
{
if( $pParseStr =~ /Permissions:/i ){ $match = 1; next;}
### parse path, return key-path text, value-path
@results = split( /\s+/, $theLine );
return $results[1];
}
push ( @results, $theLine ) if( $match );
}
#### Parse permissions, return key-Access ID, value-permission
for my $line ( @results )
{
my @tmp = split( /\:/, $line );
for( @tmp )
{
$_ =~ s/(\s+)?([^\s+]+)(\s+)?/$2/;
}
$shareInfo{$tmp[0]}=$tmp[1];
}
return ( %shareInfo );
}
#----------------------------------------------------------------//
#Function: ParseTable
# Parameter: (1) Group (2) Language (3) Architecture (4) Debug type
# Return: Hash Array Table
#----------------------------------------------------------------//
sub ParseTable
{
my ( $pGroup, $pLang, $pArch, $pType ) = @_;
my @theHash=();
&HashText::Read_Text_Hash( 1, "$ENV{RazzleToolPath}\\PostBuildScripts\\miscrel.txt", \@theHash );
my @hashKey = qw( SourceDir DestDir );
for (my $inx=0; $inx< @theHash ; $inx++)
{
my $theTarg = lc( $theHash[$inx]->{ Target } );
my $theGroup = lc( $theHash[$inx]->{ Group } );
my $theLang = lc( $theHash[$inx]->{ Lang } );
my $theArch = lc( $theHash[$inx]->{ Arch } );
my $theType = lc( $theHash[$inx]->{ Type } );
if( $theGroup ne $pGroup )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
if( $theLang ne "all" )
{
if( !&cklang::CkLang( $pLang, $theLang ) )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
}
if( $theArch ne "all" && $theArch ne $pArch )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
if( $theType ne "all" && $theType ne $pType )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
}
return @theHash;
}
#----------------------------------------------------------------//
#Function: CreateExcludeFile
# Parameter: (1) String with path sepearated by ;
# Return: Exclude file contains all the excluded dirs
#----------------------------------------------------------------//
sub CreateExcludeFile
{
my ( $pExcludeStr ) = @_;
my $tmpfile = "$ENV{temp}\\tmpfile";
if( !open( TMP, ">$tmpfile" ) )
{
errmsg( "Fail to open [$tmpfile] for write." );
return 0;
}
if( $pExcludeStr )
{
my @tDirs = split( /\;/, $pExcludeStr );
for ( @tDirs ) { print TMP "\\$_\\\n"; }
}
close ( TMP );
return $tmpfile;
}
#----------------------------------------------------------------//
#Function: ParsePrsListFile
# Parameter: (1) Language (2) Architecture (3) Debug type (4) Table File Name
# Return: Hash Array Table
#----------------------------------------------------------------//
sub ParsePrsListFile
{
my ( $pLang, $pArch, $pType, $pListFile ) = @_;
my ( @theHash );
@theHash=();
&HashText::Read_Text_Hash( 1, $pListFile, \@theHash );
for (my $inx=0; $inx< @theHash; $inx++)
{
my $theFileName = lc( $theHash[$inx]->{ Filename } );
my $theLang = lc( $theHash[$inx]->{ ValidLangs } );
my $excludLang = lc( $theHash[$inx]->{ Exceptions} );
my $theArch = lc( $theHash[$inx]->{ ValidArchs } );
my $theType = lc( $theHash[$inx]->{ ValidDebug } );
my $theAltName = lc( $theHash[$inx]->{ AltName } );
if( &cklang::CkLang( $pLang, $excludLang ) )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
if( $theLang ne "all" )
{
if( !&cklang::CkLang( $pLang, $theLang ) )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
}
if( $theArch ne "all" && $theArch ne lc($pArch) )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
if( $theType ne "all" && $theType ne lc($pType) )
{
splice( @theHash, $inx, 1);
--$inx;
next;
}
if( $theAltName eq "none" )
{
my @tmpFile = split( /\\/, $theFileName);
$theHash[$inx]->{ AltName } = $tmpFile[$#tmpFile];
}
# Add to handle fusion special mui path
# path with $(ARCH)
my $tmpValue;
while( $theHash[$inx]->{ Filename } =~ /^(.*)(\$\(ARCH)\)(.*)$/ )
{
if( lc($pArch) eq "x86" ) { $tmpValue = "i386"; } else { $tmpValue = "ia64"; }
$theHash[$inx]->{ Filename }= $1.$tmpValue.$3;
}
# path with $(CD)
my $stop=0;
while( $theHash[$inx]->{ Filename } =~ /^(.*)(\$\(CD)\)(.*)$/ )
{
if( $tmpValue = &Which_MuiCD( $pLang ) )
{
$theHash[$inx]->{ Filename }= $1."CD$tmpValue".$3;
next;
}
errmsg( "[$theHash[$inx]->{ Filename }] is not valid for parsing" );
splice( @theHash, $inx, 1);
$stop =1;
last;
}
next if( $stop );
# path with $(LANG)
while( $theHash[$inx]->{ Filename } =~ /^(.*)(\$\(lang)\)(.*)$/ )
{
$theHash[$inx]->{ Filename }= $1.$pLang.$3;
if ($pLang!~/usa/i){
# fix for like $(lang)\asms\6000\msft\vcrtlint\vcrtlint.cat in combined_fusionlist.txt
&dbgmsg("renamed ". $theHash[$inx]->{ Filename }) if $theHash[$inx]->{ Filename } =~/^$pLang\\/i;
$theHash[$inx]->{ Filename } =~ s/^$pLang\\//ig;
if ($pLang =~ /mir/i){
my $pseudoLang = $pLang;
# my $pseudoLang = &cklang::FieldByName($Special_Lang, "PSEUDOLANG");
$pseudoLang ="ARA" ;
$theHash[$inx]->{ Filename } =~ s/\b$pLang\b/$pseudoLang/ig;
&dbgmsg("renamed ". $theHash[$inx]->{ Filename });
}
}
}
}
return @theHash;
}
#----------------------------------------------------------------//
#Function: ParsePrsSubmitLog
#Parameter: (1) FileName (2) Parsing string
#
# Return: Match Value
#----------------------------------------------------------------//
sub ParsePrsSubmitLog
{
my ( $pSubmitLog, $pParseStr ) = @_;
my $parseValue = 0;
my @outfile = &ReadFile( $pSubmitLog );
for my $theLine ( @outfile )
{
if( $theLine =~ /$pParseStr(.+)/ )
{
$parseValue = $1;
last;
}
}
return $parseValue;
}
#----------------------------------------------------------------//
#Function: ReadFile
# Parameter: (1) FileName
#
# Return: Array of file content
#----------------------------------------------------------------//
sub ReadFile
{
my ( $pFileName ) = @_;
my ( @tmp );
if( !open( TMP, $pFileName ) )
{
errmsg( "Fail on open [$pFileName] for read. Exit" );
return 0;
}
chomp( @tmp = <TMP> );
close( TMP );
return @tmp;
}
#----------------------------------------------------------------//
#Function: Which_MuiCD
# Parameter: (1) Abbreviated language defined in the codes.txt
# Return: (1) Number of CD - 0 is not found
#----------------------------------------------------------------//
sub Which_MuiCD
{
my ( $pLang ) = @_;
my %muicdLayout =
( 1 => "CHS CHH FR GER JPN KOR",
2 => "ARA BR ES HEB IT NL SV",
3 => "CS DA FI NO RU",
4 => "EL HU PL PT TR",
5 => "SK SL" );
for my $theCD( keys %muicdLayout )
{
my @tmp = split( /\s+/, $muicdLayout{$theCD} );
for my $theLang ( @tmp )
{
if( $theLang eq uc($pLang) ) { return $theCD; }
}
}
return 0;
}
#----------------------------------------------------------------//
#Function: CheckError
# Parameter: (1)$pErrFile - the Error File Name with full path
# Return: (0) - File exists and is not empty
# (1) - File not exists or is empty
#----------------------------------------------------------------//
sub CheckError
{
my( $pErrFile, $pSucessStr )=@_;
if( (-e $pErrFile) && `wc -l $pErrFile`>0 )
{
logmsg("Please check error at $pErrFile\n");
return 0;
}
logmsg("$pSucessStr\n");
return 1;
}
#------------------------------------------------------------------//
#Function: ExecuteSystem
#Parameter: (1) Command line for system call
# (2) Extra string to be populated to error message
#------------------------------------------------------------------//
sub ExecuteSystem {
my ( $pCmdLine, $pExtraStr)=@_;
if( defined $ENV{LOGFILE} ) { logmsg("$pExtraStr$pCmdLine"); }
system( $pCmdLine );
if( $? )
{
if( defined $ENV{ERRFILE} ) { errmsg( "$pExtraStr$pCmdLine" ); }
return 0;
}
return 1;
}
#----------------------------------------------------------------//
1;