|
|
# script for crc file generation # version : 1.1 # date : 5/17/99 # author : hiroi # 1/12/00 - updated by jfeltis
#ARGV[0] : src prop server path : \\ntdev\\release\main\usa\2197\x86fre #ARGV[1] : dst path : \\ntbldsrv\\crc$ #ARGV[2], ARGV[3], ARGV[4]... : products : pro, bla, sbs, srv, ent, ads
%Products = ( 'pro' => 0, 'bla' => 0, 'sbs' => 0, 'srv' => 0, 'ads' => 0, 'dtc' => 0 );
@Products = ( 'pro', 'bla', 'sbs', 'srv', 'ads', 'dtc' );
$SleepTime = 300; # 5 minutes $RetryCount= 100; # 100 times
#main # argument check if( $#ARGV < 2 ) { &usage; exit(1); }
$SrcBasePath; $DstPath; $Error = &argcheck; die $Error if ($Error ne '');
print "src is $SrcBasePath\n"; print "dst is $DstPath\n";
$LogFileName = &MakeLogFileName($SrcBasePath, $DstPath); $BaseCRCFileName= &MakeBaseCRCFileName($SrcBasePath, $DstPath);
# if the log file exists then another release server is working on the CRCs, so exit if( -e $LogFileName ) {print "$LogFileName exists\n"; exit 0; }
#print "doing CRC for $ARGV[0]\n";
open(LOGFILE, "> $LogFileName");
select( (select(LOGFILE), $|=1)[0] ); # auto flush LOGFILE
foreach $Product (@Products) { if( $Products{$Product} ) { print "compute CRC for $Product\n"; $SrcPath = "$SrcBasePath\\$Product"; $CRCFileName1 = "$BaseCRCFileName\_$Product\.crc"; $CRCFileName2 = "$BaseCRCFileName\_$Product\.txt"; $CompressedCRCFileName = "$BaseCRCFileName\_$Product\.tx\_"; if( -e $SrcPath && -d_ ) { # if src dir exists $rc = &DoCommand( "crcwalk $SrcPath > $CRCFileName1") && &ModifyCRCFile($CRCFileName1,$CRCFileName2,$Product)&& &DoCommand( "compress -r $CRCFileName2 > nul") && &GetCRCofCRCFile($CompressedCRCFileName) && &DoCommand( "del /F/Q $CRCFileName2 > nul"); if( $rc ) { &LogOutput( "$CRCFileName2 was generated and compressed successfully\n" ); } else { &LogOutput( "Error:Couldn't generate CRC file $SrcPath\n" ); } } else { &LogOutput( "Error:Target product $Product is not found at $SrcBasePath\n" ); } } } close(LOGFILE); #end main
sub DoCommand { local( $command ) = @_; do { $rc = !system($command); unless($rc) { &LogOutput( "Retrying $command\n"); sleep($SleepTime); $RetryCount--; } } until( $rc || !$RetryCount ); $rc; }
# param1 Input file name # param2 Output file name # param3 Product name # This routine modify the each line of the crc file(input file) # \\kkntx86t\2040.usa.x86\chk.pub\ddk\inc\afilter.h 0x01BE1502 89FB5DD4 7313 0x307989D0 # to like below # chk.pub\ddk\inc\afilter.h 0x01BE1502 89FB5DD4 7313 0x307989D0 sub ModifyCRCFile { local($inFile, $outFile, $product) = @_; do { $rc = open(IN,$inFile) && open(OUT,">$outFile"); if( $rc ) { while(<IN>) { chop; /\\$product\\(.*)$/; print OUT "$1\n"; } close(IN); close(OUT); &DoCommand( "del /F/Q $inFile > nul"); } else { &LogOutput( "Couldn't modify CRC file $inFile to $outFile\n"); } } until $rc; $rc; }
# This routine calculate the CRC of $file # and output the result to logfile sub GetCRCofCRCFile { local( $fname ) = @_; $command = "crcwalk $fname > $fname\.crc"; $rc = &DoCommand( $command ); if( $rc ) { open( CRC, "$fname\.crc" ); &LogOutput( <CRC> ); close(CRC); &DoCommand( "del /F/Q $fname\.crc > nul"); } $rc; }
# param1 src path : \\\\ntrelic2\\release\usa\2197.x86fre.main.000106-2102
# param1 src path : \\ntbuilds\\release\main\usa\2197\x86fre # param2 dst path : \\\\scratch\\scratch\\crc$ # return logfilename : \\\\scratch\\scratch\\crc\\crc_usa_2197_x86_fre.log
sub MakeLogFileName { local( $srcpath, $dstpath ) = @_; # $srcpath =~ /.*\\([^\.]+)\\([^\.]+)\.([^\.]+)\.([^\.]+)\.([0-9]+\-[0-9]+)$/; # $srcpath =~ /.*\\([^\.]+)\\([^\.]+)\.([^\.]{3})([^\.]{3})\.([^\.]+)\.([0-9]+\-[0-9]+)$/; $srcpath =~ /.*\\([^\.]+)\\([0-9]+)\\([^\.]+)([^\.]{3})$/; $logfilename = "$dstpath\\crc\_$1\_$2\_$3\_$4\.log"; $logfilename; }
# param1 src path : \\\\ntrelic2\\release\usa\2197.x86fre.main.000106-2102
# param1 src path : \\ntbuilds\\release\main\usa\2197\x86fre # param2 dst path : \\\\scratch\\scratch\\crc$ # return baseCRCFileName : \\\\scratch\\scratch\\crc\\crc_usa_2197_x86_fre sub MakeBaseCRCFileName { local( $srcpath, $dstpath ) = @_; # $srcpath =~ /.*\\([^\.]+)\\([^\.]+)\.([^\.]{3})([^\.]{3})\.([^\.]+)\.([0-9]+\-[0-9]+)$/; $srcpath =~ /.*\\([^\.]+)\\([0-9]+)\\([^\.]+)([^\.]{3})$/; $baseCRCFileName = "$dstpath\\crc\_$1\_$2\_$3\_$4"; $baseCRCFileName; }
sub LogOutput { local($message) = @_; @tm = localtime(time()); $tm[4]++; $str = "$tm[4]/$tm[3] $tm[2]:$tm[1]:$tm[0] $message"; print $str; print LOGFILE $str; }
# Check if arguments are right or not sub argcheck { $ErrorMessage = "";
ARGCHK: { $ARGV[0]=~ s/[\\]+$//; $ARGV[1]=~ s/[\\]+$//; # unless ( -e $ARGV[0] && -d _ ) { $ErrorMessage = "$ARGV[0] not found\n"; last ARGCHK; } $SrcBasePath = $ARGV[0]; # unless ( -e $ARGV[1] && -d _ ) { $ErrorMessage = "$ARGV[1] not found\n"; last ARGCHK; } $DstPath = $ARGV[1];
$i = 2; do { $str = $ARGV[$i]; $str =~ tr/A-Z/a-z/; unless ( defined $Products{ $str } ) { $ErrorMessage = "$ARGV[$i] is not correct product\n"; last ARGCHK; } $Products{$str} = 1; } until( $ARGV[++$i] =~ /^[\/\-](.*)/ || $i > $#ARGV); } $ErrorMessage; }
# Show the usage about arguments when they were not right sub usage { print " perl $thispl buildpath dstpath products\n" . "\n" . " i.e) perl $thispl \\\\ntrelic2\\usa\.2033\.x86 \\\\SomeServer\\SomeShare\\crc pro\n" . " perl $thispl \\\\ntrelic2\\usa\.2033\.x86 \\\\SomeServer\\SomeShare\\crc pro bla sbs srv ads dtc\n"; }
|