| Current Path : /compat/linux/proc/68247/cwd/usr/local/majordomo/ |
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| Current File : //compat/linux/proc/68247/cwd/usr/local/majordomo/majordomo.pl |
# General subroutines for Majordomo
# $Source: /sources/cvsrepos/majordomo/majordomo.pl,v $
# $Revision: 1.58 $
# $Date: 2000/01/07 12:32:04 $
# $Author: cwilson $
# $State: Exp $
#
# $Header: /sources/cvsrepos/majordomo/majordomo.pl,v 1.58 2000/01/07 12:32:04 cwilson Exp $
#
# The exit codes for abort. Look in /usr/include/sysexits.h.
#
$EX_DATAERR = 65;
$EX_TEMPFAIL = 75;
$EX_NOUSER = 67;
package Majordomo;
$DEBUG = $main'DEBUG;
# Mail header hacking routines for Majordomo
#
# Derived from:
# Routines to parse out an RFC 822 mailheader
# E. H. Spafford, last mod: 11/91
#
# ParseMailHeader breaks out the header into an % array
# indexed by a lower-cased keyword, e.g.
# &ParseMailHeader(STDIN, *Array);
# use $Array{'subject'}
#
# Note that some duplicate lines (like "Received:") will get joined
# into a single entry in %Array; use @Array if you want them separate
# $Array will contain the unprocessed header, with embedded
# newlines
# @Array will contain the header, one line per entry
#
# RetMailAddr tries to pull out the "preferred" return address
# based on the presence or absence of various return-reply fields
# Call as &ParseMailHeader(FileHandle, *array)
sub main'ParseMailHeader ## Public
{
local($save1, $save2) = ($*, $/);
local($FH, *array) = @_;
local ($keyw, $val);
%array = ();
# force unqualified filehandles into callers' package
local($package) = caller;
$FH =~ s/^[^':]+$/$package'$&/;
($*, $/) = (1, '');
$array = $_ = <$FH>;
s/\n\s+/ /g;
@array = split('\n');
foreach $_ (@array)
{
($keyw, $val) = m/^([^:]+):\s*(.*\S)\s*$/g;
$keyw =~ y/A-Z/a-z/;
if (defined($array{$keyw})) {
$array{$keyw} .= ", $val";
} else {
$array{$keyw} = $val;
}
}
($*, $/) = ($save1, $save2);
}
# Call as $addr = &RetMailAddr(*array)
# This assumes that the header is in RFC 822 format
# We used to strip the raw address from the header here, but the address is
# stripped again before it gets to the mailer and we may want to use the
# whole thing when we do a subscription.
sub main'RetMailAddr ## Public
{
local(*array) = @_;
local($ReplyTo) = defined($array{'reply-to'}) ?
$array{'reply-to'} : $array{'from'};
$ReplyTo = $array{'apparently-from'} unless $ReplyTo;
$ReplyTo;
}
# @addrs = &ParseAddrs($addr_list)
sub main'ParseAddrs {
local($_) = shift;
1 while s/\([^\(\)]*\)//g; # strip comments
1 while s/"[^"]*"\s//g; # strip comments"
split(/,/); # split into parts
foreach (@_) {
1 while s/.*<(.*)>.*/$1/;
s/^\s+//;
s/\s+$//;
}
@_;
}
# Check to see if a list is valid. If it is, return the validated list
# name; if it's not, return ""
sub main'valid_list {
local($listdir) = shift;
# start with a space-separated list of the rest of the arguments
local($taint_list) = join(" ", @_);
# strip harmless matched leading and trailing angle brackets off the list
1 while $taint_list =~ s/^<(.*)>$/$1/;
# strip harmless trailing "@.*" off the list
$taint_list =~ s/\@.*$//;
# anything else funny with $taint_list probably isn't harmless; let's check
# start with $clean_list the same as $taint_list
local($clean_list) = $taint_list;
# clean up $clean_list
$clean_list =~ s/[^-_0-9a-zA-Z]*//g;
# if $clean_list no longer equals $taint_list, something's wrong
if ($clean_list ne $taint_list) {
return "";
}
# convert to all-lower-case
$clean_list =~ tr/A-Z/a-z/;
# check to see that $listdir/$clean_list exists
if (! -e "$listdir/$clean_list") {
return "";
}
return $clean_list;
}
# compare two email address to see if they "match" by converting to all
# lower case, then stripping off comments and comparing what's left. If
# a optional third argument is specified and it's not undefined, then
# partial matches (where the second argument is a substring of the first
# argument) should return true as well as exact matches.
#
# if optional third argument is 2, then compare the two addresses looking
# to see if the addresses are of the form user@dom.ain.com and user@ain.com
# if that is the format of the two addresses, then return true.
sub main'addr_match {
local($a1) = &main'chop_nl(shift);
local($a2) = &main'chop_nl(shift);
local($partial) = shift; # may be "undef"
print STDERR "addr_match: enter\n" if $DEBUG;
print STDERR "addr_match: comparing $a1 against $a2\n" if $DEBUG;
if ($partial == 1) {
$a1 =~ tr/A-Z/a-z/;
$a2 =~ tr/A-Z/a-z/;
if (index($a1, $a2) >= $[) {
return(1);
} else {
return(undef);
}
}
local(@a1, @a2);
$a1 =~ tr/A-Z/a-z/;
$a2 =~ tr/A-Z/a-z/;
@a1 = &main'ParseAddrs($a1);
@a2 = &main'ParseAddrs($a2);
if (($#a1 != 0) || ($#a2 != 0)) {
# Can't match, because at least one of them has either zero or
# multiple addresses
return(undef);
}
if ($partial == 2 && ($a1[0] ne $a2[0])) { # see if addresses are
# foo@baz.bax.edu, foo@bax.edu
local(@addr1,@addr2);
@addr1 = split(/\@/, $a1[0]);
@addr2 = split(/\@/, $a2[0]);
if ( $#addr1 == $#addr2 && $#addr1 == 1 &&
$addr1[0] eq $addr2[0] && (index($addr1[1], $addr2[1]) >= $[))
{
return(1);
}
}
return($a1[0] eq $a2[0]);
}
# These are package globals referenced by &setabortaddr and &abort
$abort_addr = "owner-majordomo";
sub main'set_abort_addr {
$abort_addr = shift unless ($#_ < $[);
}
# Abort the process, for the reason stated as the argument
local($log_disabled);
local($logging_abort, $mailing_abort);
sub main'abort { #'
# first, tell the requestor that something bad happened.
# XXX is this really meaningful for, say, resend?
if (-e main'REPLY) {
print main'REPLY <<END_MSG;
>>> Sorry, an error has occurred while processing your request
>>> The caretaker of Majordomo ( $abort_addr ) has been notified
>>> of the problem.
END_MSG
close (main'REPLY);
}
# print the reason for the abort to stderr; maybe someone will see it
print STDERR "$main'program_name: ABORT\n", join(" ", @_), "\n";
# log the reason for the abort, if possible. We don't log if the
# log is inaccessible, or if we're aborting trying to log that we're
# aborting.
unless ($log_disabled || $logging_abort) {
$logging_abort = join(" ", @_);
&main'log("ABORT", $logging_abort);
$logging_abort = "";
}
else {
# Use previous message if we recursed
@_ = ($logging_abort) if $logging_abort;
}
# send a message to the Majordomo owner, if possible. We don't mail
# if we're aborting trying to mail that we're aborting.
if (! $mailing_abort &&
defined($abort_addr) && defined($main'bounce_mailer)) {
$mailing_abort = 1; # Break recursion loops
# We must set the mailer correctly here just in case it was
# originally set to the normal mailer; that probably won't get us
# anywhere
&main'set_mailer($main'bounce_mailer);
&main'sendmail(ABORT, $abort_addr, "MAJORDOMO ABORT ($main'program_name)");#'
print ABORT <<"EOM";
MAJORDOMO ABORT ($main'program_name)!!
@_
EOM
close(ABORT);
}
exit $EX_DATAERR;
}
# bitch about a serious problem, but not fatal.
local($logging_warning, $mailing_warning);
sub main'bitch {
# print the warning to stderr in case all else fails
# maybe someone will see it
print STDERR "$main'program_name: WARNING\n", join(" ", @_), "\n";
# log the warning, if possible
unless ($log_disabled || $logging_warning) {
$logging_warning = 1;
&main'log("WARNING ", join(" ", @_), "\n"); #';
$logging_warning = 0;
}
# send a message to the Majordomo owner, if possible
if (! $mailing_warning &&
defined($abort_addr) && defined($main'bounce_mailer)) {
$mailing_warning = 1; # Break recursion loops
# We must set the mailer correctly here just in case it was
# originally set to the normal mailer; that probably won't get us
# anywhere
&main'set_mailer($main'bounce_mailer);
&main'sendmail(WARN, $abort_addr, "MAJORDOMO WARNING ($main'program_name)");#';
print WARN <<"EOM";
MAJORDOMO WARNING ($main'program_name)!!
@_
EOM
close(WARN);
$mailing_warning = 0;
}
}
# do a quick check of permissions.
#
sub main'check_permissions {
local($err);
if ( ! -w $log_file ) {
if ( ! -e $log_file ) { # log file may not exist, check dir perms.
local($dir);
($dir) = $log_file =~ m@^(/\S+)/@;
if ( ! -w $dir ) {
$err .= "Unable to create log file in $dir, check permissions.\n"; #
}
} else {
$err .= "Unable to write to log file, check permissions on $log_file\n";
}
}
if ( ! -w $main'listdir ) {
$err .= "Unable to write to list directory \$listdir, check permissions on $main'listdir\n";
}
if (length $err) {
$err = "While running with an effective uid of $> and an effective gid of $), Majordomo\nran into the following problems:\n" .
$err;
$log_disabled = 1;
&main'abort($err);#';
}
}
# These are package globals referenced by &setlogfile and &log
$log_file = "/tmp/log.$$";
$log_host = "UNKNOWN";
$log_program = "UNKNOWN";
$log_session = "UNKNOWN";
# set the log file
sub main'set_log {
$log_file = shift unless ($#_ < $[);
$log_host = shift unless ($#_ < $[);
$log_program = shift unless ($#_ < $[);
$log_session = shift unless ($#_ < $[);
}
# Log a message to the log
sub main'log {
print STDERR "$0: main'log()\n" if $DEBUG;
local($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime;
local(*MAILMSG);
print STDERR "$0: main'log(): opening logfile $log_file\n" if $DEBUG;
if (&main'lopen(LOG, ">>", $log_file)) { #';
# if the log is open, write to the log
printf LOG "%s %02d %02d:%02d:%02d %s %s[%d] {%s} ",
$ctime'MoY[$mon], $mday, $hour, $min, $sec,
$log_host, $log_program, $$, $log_session;
print LOG join(" ", @_), "\n";
&main'lclose(LOG);
} else {
print STDERR "$0: main'log(): log not open, writing to STDERR and attempting to mail.\n" if $DEBUG;
# otherwise, write to stderr
printf STDERR "%s[%d] {%s} ", $log_program, $$, $log_session;
print STDERR join(" ", @_), "\n";
# send a message to the Majordomo owner, if possible
if (defined($abort_addr)) {
&main'sendmail(MAILMSG, $abort_addr, # '(
"MAJORDOMO NOTICE: Can't open log");
printf MAILMSG "%s[%d] {%s} ", $log_program, $$, $log_session;
print MAILMSG join(" ", @_), "\n";
}
}
print STDERR "$0: main'log(): done\n" if $DEBUG;
}
# Globals referenced by &set_mail* and &sendmail
$mail_prog = "$sendmail_command -f\$sender -t";
$mail_from = $whoami;
$mail_sender = $whoami_owner;
# set the mailer
sub main'set_mailer {
$mail_prog = shift;
}
# set the default from address
sub main'set_mail_from {
$mail_from = shift;
}
# set the default sender address
sub main'set_mail_sender {
$mail_sender = shift;
}
# Exec a mailer process
sub main'do_exec_sendmail {
&main'abort("do_exec_sendmail, number of args <= 1 unsafe to exec")
if scalar(@_) <= 1;
# It makes sense to check to see that the mailer is valid here, but the
# abort routine must make certain that recursion doesn't develop,
# because abort calls this routine.
&main'abort("$main'program_name: do_exec_sendmail, mailer $_[0] not executable")
unless (-x $_[0]);
exec(@_);
die("Failed to exec mailer \"@_\": $!");
}
# Open a mailer on the far end of a filehandle
sub main'sendmail { #''
local($MAIL) = shift;
local($to) = shift;
local($subject) = shift;
local($from) = $mail_from;
local($sender) = $mail_sender;
# The following eval expands embedded variables like $sender
local($mail_cmd) = eval qq/"$mail_prog"/;
local($isParent);
if ($#_ >= $[) { $from = shift; }
if ($#_ >= $[) { $sender = shift; }
# force unqualified filehandles into caller's package
local($package) = caller;
$MAIL =~ s/^[^':]+$/$package'$&/;
# clean up the addresses, for use on the mailer command line
local(@to) = &main'ParseAddrs($to);
for (@to) {
$_ = join(", ", &main'ParseAddrs($_));
}
$to = join(", ", @to); #';
print STDERR "$0: main'sendmail: To $to, Subject $subject, From $from\n"
if $DEBUG;
print STDERR "$0: main'sendmail: Sender $sender, mail_cmd = $mail_cmd\n"
if $DEBUG;
# open the process
if (defined($isParent = open($MAIL, "|-"))) {
&main'do_exec_sendmail(split(' ', $mail_cmd))
unless ($isParent);
} else {
&main'abort("Failed to fork prior to mailer exec");
}
# Generate the header. Note the line beginning with "-"; this keeps
# this message from being reprocessed by Majordomo if some misbegotten
# mailer out there bounces it back.
print $MAIL
"To: $to
From: $from
Subject: $subject
Reply-To: $from
--
";
return;
}
# check the password for a list
sub main'valid_passwd {
local($listdir, $list, $passwd) = @_;
# is it a valid list?
local($clean_list) = &main'valid_list($listdir, $list);
if ($clean_list ne "") {
# it's a valid list check config passwd first
if (defined($main'config_opts{$clean_list,"admin_passwd"}) &&
$passwd eq $main'config_opts{$clean_list,"admin_passwd"} )
{ return 1; }
# read the password from the file in any case
if (&main'lopen(PASSWD, "", "$listdir/$clean_list.passwd")) {
local($file_passwd) = <PASSWD>;
&main'lclose(PASSWD);
$file_passwd = &main'chop_nl($file_passwd);
# got the password; now compare it to what the user sent
if ($passwd eq $file_passwd) {
return 1;
} else {
return 0;
}
} else {
return 0;
}
} else {
return 0;
}
}
# Check to see that this is a valid address.
# A valid address is a single address with
# no "|" in the address part. It may not start with a - either.
# If it has a / in it, we use some heuristics to find out if the address
# may be a file. Some other heuristics attempt to look for a valid X.400
# address. This is not infalible.
sub main'valid_addr {
local($addr, $list) = @_;
local(@addrs, $temp);
# Parse the address out into parts
@addrs = &main'ParseAddrs($addr);
# if there's not exactly 1 part, it's no good
# XXX Should inform the poor user of this fact.
if ($#addrs != 0) {
return undef;
}
local($_) = $addrs[0];
# Deal with unbalanced brackets or parenthesis in an address.
$temp = $_;
# Nuke anything within quotes.
1 while $temp =~ s/(^|([^\\\"]|\\.)+)\"(([^\\\"]|\\.)*|$)\"?/$1/g;
# Remove nested parentheses " <- placate emacs' highlighting
1 while $temp =~ s/\([^\(\)]*\)//g;
# Remove nested angle brackets
1 while $temp =~ s/\<[^\<\>]*\>//g;
# remove nested square brackets
1 while $temp =~ s/\[[^\[\]]*\]//g;
# If any parentheses of brackets remain, they are unbalanced and the
# address is illegal.
if ($temp =~ /[\(\)\<\>\[\]]/) {
if (-e main'REPLY) {
print main'REPLY <<"EOM"
**** The address you supplied, $_
**** Does not seem to be a legal Internet address. It seems to have an
**** uneven number of parentheses or brackets.
EOM
}
&main'log("WARNING", "Unbalanced address: $_");
return undef;
}
if ($temp =~ /[,;:]/) {
if (-e main'REPLY) {
print main'REPLY <<"EOM"
**** The address you supplied, $_
**** Does not seem to be a legal Internet address. It seems to have
**** unquoted colons, commas, or semicolons.
EOM
}
&main'log("WARNING", "Illegal chars in address: $_");
return undef;
}
# Deal with legal spaces in a stripped address, then check and reject
# any remaining space. Note that as I write this, the comment stripper
# ParseAddrs does not handle things like a quoted local part but I've
# included the correct routines just in case it ever does.
$temp = $_;
# We assume that the comment stripper will have eaten leading and
# trailing space.
# This mess turns "jason ti bb i tt s"@hpc.uh.edu into
# "jasontibbitts"@hpc.uh.edu
1 while $temp =~ s/\"(.*)\s(.*)\"/\"$1$2\"/g;
# This compresses space before dots or `@'s. " <- placate emacs' highlighting
1 while $temp =~ s/\s(\.|@)/$1/g;
# This compresses space after dots or `@'s.
1 while $temp =~ s/(\.|@)\s/$1/g;
# We've taken out all legitimate space from the address (yes, RFC822
# permits that kind of bogosity), so if the address has spaces, we have
# a problem.
if ($temp =~ /\s/) {
if (-e main'REPLY) {
print main'REPLY <<"EOM";
**** The address you supplied, $_
**** does not seem to be a legal Internet address. You may have supplied
**** your full name instead of your address, or you may have included your
**** name along with your address in a manner that does not comply with
**** Internet standards for addresses.
**** It is also possible that you are using a mailer that wraps long lines
**** and the end of your request ended up on the following line. If the
**** latter is true, try using backslashes to split long lines. (Split the
**** line between words, then put a backslash at the end of all but the
**** last line.)
EOM
}
&main'log("WARNING", "Illegal space in address: $_");
return undef;
}
# Addresses must have both an @ and a .
if (!(/\@/ && /\./)) {
if (-e main'REPLY) {
print main'REPLY <<"EOM";
**** The address you supplied, $_
**** is not a complete address. When providing an address, you must give
**** the full name of the machine including the domain part (like
**** host.corp.com), not just your user name or your name and the short
**** name of the machine (just user or user\@host is not legal).
EOM
}
&main'log("WARNING", "Non-domained address: $_");
return undef;
}
# o if there's a "|" in it, it's hostile
# o if there is a - sign at the front of the address, it may be an attempt
# to pass a flag to the MTA
# o bail if they're attempting to subscribe the list to itself
#
print STDERR "$0: valid_addr: comparing '$addr' to '$list'\n" if $DEBUG;
# XXX Should at least tell the user that there was a problem.
if ( /\|/ || /^-/ ) {
&main'abort("HOSTILE ADDRESS (invalid first char or |) $addr"); #'
return undef;
}
# Some sendmails are dumb enough to do bad things with this
if (/\:include\:/) {
&main'abort("HOSTILE ADDRESS (tried to use :include: syntax) $addr"); #'
return undef;
}
if ( $addr eq $list ) {
&main'abort("HOSTILE ADDRESS (tried to subscribe list) $addr"); # '
return undef;
}
# if the is a / in it, it may be an attempt to write to a file.
# or it may be an X.400, HP Openmail or some other dain bramaged
# address 8-(. We check this by breaking the address on '/'s
# and checking to see if the first component of the address
# exists. If it does we bounce it as a hostile address.
# XXX Again, we shouldn't be aborting without telling the user
if ( m#/# ) {
local(@components) = ($_ =~ /([\/\@]?[^\/\@]+)/g);
&main'abort("HOSTILE ADDRESS (path exists to /file) $addr")
if (-e "/$components[0]"); #'
&main'abort("HOSTILE ADDRESS (path exists to file) $addr")
if (-e "$components[0]"); #'
# then as an extra check that can be turned off in the majordomo.cf
# file we make sure that the last component of the address has an
# @ sign on it for an X.400->smtp gateway translation.
if (!$main'no_x400at) {
&main'abort("HOSTILE ADDRESS (no x400 \@) $addr") if (
"$components[$#components]" !~ /\@/); #'
}
# check to see that the c= and a[dm]= parts exist
if (!$main'no_true_x400) {
&main'abort("HOSTILE ADDRESS (no x400 c=) $addr")
if ($_ !~ m#/c=#); #'
&main'abort("HOSTILE ADDRESS (no x400 a[dm]=) $addr")
if ($_ !~ m#/a[dm]=#); #'
}
}
print STDERR "$0: valid_addr: exit\n" if $DEBUG;
return $_;
}
# is this a valid filename?
sub main'valid_filename {
local($directory) = shift;
local($list) = shift;
local($suffix) = shift;
local($taint_filename) = shift;
local($clean_filename);
# Safety check the filename.
if ($taint_filename =~ /^[\/.]|\.\.|[^-_0-9a-zA-Z.\/] /) {
return undef;
} else {
$clean_filename = $taint_filename;
}
if (! -f "$directory/$list$suffix/$clean_filename") {
return undef;
}
return "$directory/$list$suffix/$clean_filename";
}
# Chop any trailing newlines off of a string, and return the string
sub main'chop_nl {
if ($#_ >= $[) {
local($x) = shift;
$x =~ s/\n+$//;
return($x);
} else {
return(undef);
}
}
# Perform simple filename globbing, so we don't have to use the <...> glib
# syntax which has caused problems.
sub main'fileglob {
local($dir) = shift;
local($pat) = shift;
local(@files) = ();
opendir(DIR, $dir) || return undef;
@files = grep(/$pat/, readdir(DIR));
grep($_ = "$dir/$_", @files); # perl4 doesn't have map!
closedir(DIR);
return @files;
}
sub main'is_list_member {
local($subscriber, $listdir, $clean_list, $file) = @_;
local($matches) = 0;
local(*LIST);
local($_);
print STDERR "is_list_member: enter\n" if $DEBUG;
$file = "$listdir/$file" if defined $file && $file !~ m|^/|;
$file = "$listdir/$clean_list" unless defined $file;
print STDERR "is_list_member: checking $file for $subscriber\n"
if $DEBUG;
if (open(LIST, $file)) {
while (<LIST>) {
if (&main'addr_match($subscriber, $_,
(&main'cf_ck_bool($clean_list,"mungedomain") ? 2 : undef))) {
$matches++;
last;
}
}
close(LIST);
}
else {
&main'bitch("Can't read $file: $!"); #'"";
}
print STDERR "is_list_member: exit $matches\n" if $DEBUG;
return($matches);
}
# From: pdc@lunch.engr.sgi.com (Paul Close)
# > Shouldn't list and list-digest be equivalent for things like
# > retrieval of files? As it stands now, if I subscribe to
# > foo-list-digest and I want to retrieve a file for foo-list or list the
# > members of foo-list, and foo-list is a private list for these
# > purposes, then I'm out of luck.
#
# I agree. The approach I took for solving this was to add a function called
# private_okay() to use instead of list_member() in cases where you wanted to
# restrict function to members of the list or list-digest.
#
# If restrict_post is defined, private_okay searches those lists, otherwise
# it searches list and list-digest. Anywhere majordomo consults a private_*
# variable, I use private_okay instead of list_member. Works quite nicely.
#
# Added in access checking mechanisms as well to replace
# private_XYZ with some flexability. This will be exanded to be
# more flexible than the current [open|list|closed] capability.
# --Chan 96/04/23
#
sub main'access_check {
local($cmd, $subscriber,$listdir,$clean_list) = @_;
local(@lists,$list,$altlist,$total);
print STDERR "access_check: enter\n" if $DEBUG;
# bail right away if the command is disabled.
#
if ($main'config_opts{$clean_list, "${cmd}_access"} =~ /closed/) {#'
print STDERR "access_check: ${cmd}_access is closed.\n" if $DEBUG;
return 0 ;
}
# bail right away if the command is wide open
#
if ($main'config_opts{$clean_list, "${cmd}_access"} =~ /open/) {#'
print STDERR "access_check: ${cmd}_access is open.\n" if $DEBUG;
return 1;
}
# now check a little deeper.
#
if ( length($main'config_opts{$clean_list,'restrict_post'} )) {
@lists = split(/[:\s]+/,
$main'config_opts{$clean_list,'restrict_post'});
} else {
if ($clean_list =~ /(.*)-digest/) {
$altlist = $1;
} else {
$altlist = "$clean_list-digest";
}
@lists = ($clean_list);
push(@lists, $altlist) if -e "$listdir/$altlist";
}
print STDERR "access_check: checking lists " , join(', ', @lists), "\n"
if $DEBUG;
$total = 0;
foreach $list (@lists) {
$total += &main'is_list_member($subscriber, $listdir, $clean_list, $list);
}
print STDERR "access_check: exit\n" if $DEBUG;
return $total;
}
1;