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See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 51 Franklin Street, Suite 500, Boston, MA 02110-1335, USA. # ------------------------------------------------------------------------- use strict; use Fcntl qw(:flock); use File::Basename qw(basename); use Getopt::Long; use IO::Seekable; my $program = basename($0); my $verbose = 0; # These formats are highly dependent on the quota record definitions in # mod_quotatab.h. Should those definitions change, these format strings will # need to be adjusted accordingly. my $limit_format = "Z81I1C1I1d3L3"; my $tally_format = "Z81I1d3L3"; # These sizes are determined by the sizes of the quota_limit_t and # quota_tally_t structs (NOT using C's sizeof(), though -- alignment issues) my $limit_reclen = 126; my $tally_reclen = 121; # the values for these variables is similarly dependent on the actual # values defined in mod_quotatab.h my $ALL_QUOTA = 10; my $USER_QUOTA = 20; my $GROUP_QUOTA = 30; my $CLASS_QUOTA = 40; my $HARD_LIMIT = 1; my $SOFT_LIMIT = 2; my $LIMIT_TABLE = 100; my $TALLY_TABLE = 101; my $LIMIT_MAGIC = hex(7626); my $TALLY_MAGIC = hex(7644); my $default_limit_table = "./ftpquota.limittab"; my $default_tally_table = "./ftpquota.tallytab"; my $default_name = ""; my $default_quota_type = $ALL_QUOTA; my $default_limit_type = $HARD_LIMIT; my $default_per_session = 0; my $default_bytes_in = -1.0; my $default_bytes_out = -1.0; my $default_bytes_xfer = -1.0; my $default_files_in = 0; my $default_files_out = 0; my $default_files_xfer = 0; my $byte_units = "byte"; my %opts = (); GetOptions(\%opts, 'Bu=n', 'bytes-upload=n', 'Bd=n', 'bytes-download=n', 'Bt=n', 'bytes-xfer=n', 'Fu=n', 'files-upload=n', 'Fd=n', 'files-download=n', 'Ft=n', 'files-xfer', 'L|limit-type=s', 'N|name=s', 'P|per-session', 'Q|quota-type=s', 'help', 'table-path=s', 'units=s', 'verbose', 'type=s', 'add-record', 'create-table', 'delete-record', 'show-records', 'update-record'); usage() if (defined($opts{'help'})); my ($table, $table_type); my %record = (); parse_options(); if (defined($opts{'add-record'})) { open_table(); wlock_table(); add_record(); unlock_table(); close_table(); exit 0; } if (defined($opts{'create-table'})) { open_table(); close_table(); exit 0; } if (defined($opts{'delete-record'})) { open_table(); wlock_table(); delete_record(); unlock_table(); close_table(); exit 0; } if (defined($opts{'show-records'})) { open_table(); rlock_table(); print_table(); unlock_table(); close_table(); exit 0; } if (defined($opts{'update-record'})) { open_table(); wlock_table(); update_record(); unlock_table(); close_table(); exit 0; } # if no operations have been specified, note this and exit print STDOUT "$program: no operations to perform, exiting\n"; exit; # ------------------------------------------------------------------------- sub add_record { print STDOUT "$program: adding record\n" if $verbose; my $add_quota_type; # first, find the matching record. Note that this option requires # both --name and --quota-type if (!defined($opts{'Q'})) { print STDOUT "$program: --add-record requires --quota-type option\n"; exit(1); } else { $add_quota_type = get_quota_type(quota_type => $opts{'Q'}); } if ($add_quota_type != $ALL_QUOTA) { if (!defined($opts{'N'})) { print STDOUT "$program: --add-record requires --name option\n"; exit(1); } } # now, see if there is a matching record already in the table if (find_record(name => $opts{'N'}, quota_type => $add_quota_type)) { print STDOUT "$program: unable to add record: matching record already exists\n"; exit(1); } # move to the end of the table, and write the new record set_table_position(0, SEEK_END); my $formatted_record; if ($table_type == $LIMIT_TABLE) { $formatted_record = pack($limit_format, $record{'name'}, $record{'quota_type'}, $record{'per_session'}, $record{'limit_type'}, $record{'bytes_in'}, $record{'bytes_out'}, $record{'bytes_xfer'}, $record{'files_in'}, $record{'files_out'}, $record{'files_xfer'}); } elsif ($table_type == $TALLY_TABLE) { $formatted_record = pack($tally_format, $record{'name'}, $record{'quota_type'}, $record{'bytes_in'}, $record{'bytes_out'}, $record{'bytes_xfer'}, $record{'files_in'}, $record{'files_out'}, $record{'files_xfer'}); } write_record(record => $formatted_record); } # ------------------------------------------------------------------------- sub check_table { my $data; print STDOUT "$program: checking table '$table'\n" if $verbose; sysread TABLE, $data, 4; # unpack what was read in my ($magic) = unpack("L", $data); if ($table_type == $LIMIT_TABLE) { if ($magic != $LIMIT_MAGIC) { print STDOUT "$program: bad header: $magic != $LIMIT_MAGIC\n" if $verbose; die "$program: mismatched table header, exiting\n"; } else { print STDOUT "$program: table has correct header\n" if $verbose; } } elsif ($table_type == $TALLY_TABLE) { if ($magic != $TALLY_MAGIC) { print STDOUT "$program: bad header magics: $magic != $TALLY_MAGIC\n" if $verbose; die "$program: mismatched table header, exiting\n"; } else { print STDOUT "$program: table has correct header\n" if $verbose; } } } # ------------------------------------------------------------------------- sub close_table { print STDOUT "$program: closing table '$table'\n" if $verbose; close(TABLE); } # ------------------------------------------------------------------------- sub delete_record { print STDOUT "$program: deleting record\n" if $verbose; my $delete_quota_type; # first, find the matching record. Note that this option requires # both --name and --quota-type if (!defined($opts{'Q'})) { print STDOUT "$program: --delete-record requires --quota-type option\n"; exit(1); } else { $delete_quota_type = get_quota_type(quota_type => $opts{'Q'}); } if ($delete_quota_type != $ALL_QUOTA) { if (!defined($opts{'N'})) { print STDOUT "$program: --delete-record requires --name option\n"; exit(1); } } # now, find the matching record in the table unless (find_record(name => $opts{'N'}, quota_type => $delete_quota_type)) { print STDOUT "$program: unable to delete record: no match found\n"; exit(1); } rewind_record(); print STDOUT "$program: modifying table '$table'\n" if $verbose; # first, record the current file position my $position = get_table_position(); # next, advance past this record to be deleted, and read in the # rest of the file seek_record(1); my ($nrecords, @records) = read_table(); # Rewind the previous position, and "delete" that record by simply # overwriting it. Note that this approach works for file tables -- # tables in other formats, such as SQL, will have a much easier time # deleting a quota record. set_table_position($position, SEEK_SET); if ($nrecords > 0) { for (my $i = 0; $i < $nrecords; $i++) { write_record(record => $records[$i]); } # Truncate the table truncate_table(len => get_table_position() - 4); } else { # Truncate the table truncate_table(len => $position - 4); } # done exit(0); } # ------------------------------------------------------------------------- sub find_record { my %args = @_; my $nrecords = 0; my $search_name = $args{'name'}; my $search_quota_type = $args{'quota_type'}; while (my $record = read_record()) { $nrecords++; my ($name, $quota_type, @junk); # unpack the binary record structure if ($table_type == $LIMIT_TABLE) { ($name, $quota_type, @junk) = unpack($limit_format, $record); } elsif ($table_type == $TALLY_TABLE) { ($name, $quota_type, @junk) = unpack($tally_format, $record); } # remove any NULs from $name $name =~ s/(\0*)?//; if ($search_quota_type == $ALL_QUOTA and $quota_type == $ALL_QUOTA) { return $record; } elsif ($name eq $search_name and $quota_type == $search_quota_type) { return $record; } } return undef; } # ------------------------------------------------------------------------- sub get_display_bytes { my %args = @_; my $bytes = $args{'bytes'}; if ($byte_units eq "byte") { # no calculation necessary unless ($bytes eq "unlimited" || $bytes <= 0) { return sprintf "bytes:\t%.2f", $bytes; } else { return sprintf "bytes:\tunlimited"; } } elsif ($byte_units eq "kilo") { # divide by 1024.0 my $adj_bytes = $bytes / 1024.0; unless ($bytes eq "unlimited" || $bytes <= 0) { return sprintf "Kb:\t%.2f", $adj_bytes; } else { return sprintf "Kb:\tunlimited"; } } elsif ($byte_units eq "mega") { # divide by 1024.0 * 1024.0 my $adj_bytes = $bytes / (1024.0 * 1024.0); unless ($bytes eq "unlimited" || $bytes <= 0) { return sprintf "Mb:\t%.2f", $adj_bytes; } else { return sprintf "Mb:\tunlimited"; } } elsif ($byte_units eq "giga") { # divide by 1024.0 * 1024.0 * 1024.0 my $adj_bytes = $bytes / (1024.0 * 1024.0 * 1024.0); unless ($bytes eq "unlimited" || $bytes <= 0) { return sprintf "Gb:\t%.2f", $adj_bytes; } else { return sprintf "Gb:\tunlimited"; } } } # ------------------------------------------------------------------------- sub get_quota_type { my %args = @_; my $quota_type = $args{'quota_type'}; # given the command-line --quote-type option value, return the # corresponding numeric value if ($quota_type eq "all") { return $ALL_QUOTA; } elsif ($quota_type eq "user") { return $USER_QUOTA; } elsif ($quota_type eq "group") { return $GROUP_QUOTA; } elsif ($quota_type eq "class") { return $CLASS_QUOTA; } else { print STDERR "$program: unknown quota type: $quota_type\n"; exit(1); } } # ------------------------------------------------------------------------- sub get_table_position { return sysseek(TABLE, 0, 1); } # ------------------------------------------------------------------------- sub open_table { # if the table doesn't exist, create it if requested if (defined($opts{'create-table'})) { die "$program: cannot create existing table\n" if (-e $table); print STDOUT "$program: creating new table\n" if $verbose; open(TABLE, "> $table") or die "$program: unable to create $table: $!\n"; print STDOUT "$program: writing header for new table\n" if $verbose; # write out the identifying header for the table type if ($table_type == $LIMIT_TABLE) { syswrite TABLE, pack("L", $LIMIT_MAGIC); } elsif ($table_type == $TALLY_TABLE) { syswrite TABLE, pack("L", $TALLY_MAGIC); } } else { print STDOUT "$program: opening table '$table'\n" if $verbose; if (defined($opts{'show-records'})) { open(TABLE, "< $table") or die "$program: unable to open $table: $!\n"; } else { open(TABLE, "+< $table") or die "$program: unable to open $table: $!\n"; } check_table(); } } # ------------------------------------------------------------------------- sub parse_options { $verbose = 1 if (defined($opts{'verbose'})); if (defined($opts{'type'})) { die "$program: unknown table type: $opts{'type'}\n" if ($opts{'type'} ne 'limit' and $opts{'type'} ne 'tally'); if ($opts{'type'} eq 'limit') { $table_type = $LIMIT_TABLE; $table = $default_limit_table; } if ($opts{'type'} eq 'tally') { $table_type = $TALLY_TABLE; $table = $default_tally_table; } } else { die "$program: missing required --type parameter\n"; } $table = $opts{'table-path'} if (defined($opts{'table-path'})); if (defined($opts{'N'})) { $record{'name'} = $opts{'N'}; # make sure the name is not too long die "$program: name is too long, must be less than 80 characters\n" if (length($record{'name'}) >= 80); } else { $record{'name'} = $default_name; } if (defined($opts{'P'})) { $record{'per_session'} = 1; } else { $record{'per_session'} = $default_per_session; } if (defined($opts{'Q'})) { if ($opts{'Q'} eq "all") { $record{'quota_type'} = $ALL_QUOTA; } elsif ($opts{'Q'} eq "user") { $record{'quota_type'} = $USER_QUOTA; # it's an error if there's no -N option present as well unless (defined($opts{'N'})) { print STDOUT "$program: quota type \"user\" requires --name option\n"; exit(1); } } elsif ($opts{'Q'} eq "group") { $record{'quota_type'} = $GROUP_QUOTA; # it's an error if there's no -N option present as well unless (defined($opts{'N'})) { print STDOUT "$program: quota type \"group\" requires --name option\n"; exit(1); } } elsif ($opts{'Q'} eq "class") { $record{'quota_type'} = $CLASS_QUOTA; # it's an error if there's no -N option present as well unless (defined($opts{'N'})) { print STDOUT "$program: quota type \"class\" requires --name option\n"; exit(1); } } else { print STDERR "$program: unknown quota type: $opts{'Q'}\n"; exit(1); } } else { $record{'quota_type'} = $ALL_QUOTA; } if (defined($opts{'L'})) { if ($opts{'L'} eq "hard") { $record{'limit_type'} = $HARD_LIMIT; } elsif ($opts{'L'} eq "soft") { $record{'limit_type'} = $SOFT_LIMIT; } else { print STDERR "$program: unknown limit type: $opts{'L'}\n"; exit(1); } } else { $record{'limit_type'} = $HARD_LIMIT; } # process the --units option, if present if (defined($opts{'units'})) { if ($opts{'units'} eq "B" or $opts{'units'} eq "byte") { $byte_units = "byte"; } elsif ($opts{'units'} eq "Kb" or $opts{'units'} eq "kilo") { $byte_units = "kilo"; } elsif ($opts{'units'} eq "Mb" or $opts{'units'} eq "mega") { $byte_units = "mega"; } elsif ($opts{'units'} eq "Gb" or $opts{'units'} eq "giga") { $byte_units = "giga"; } else { print STDERR "$program: unknown unit type: $opts{'units'}\n"; exit(1); } } if (defined($opts{'Bu'}) || defined($opts{'bytes-upload'})) { if (defined($opts{'Bu'}) && defined($opts{'bytes-upload'})) { print STDOUT "$program: do not use both --Bu and --bytes-upload options\n"; exit(1); } $record{'bytes_in'} = $opts{'Bu'} if (defined($opts{'Bu'})); $record{'bytes_in'} = $opts{'bytes-upload'} if (defined($opts{'bytes-upload'})); if ($record{'bytes_in'} <= 0.0) { print STDERR "$program: notice: upload bytes value '", $record{'bytes_in'}, "' means 'unlimited'\n"; } if ($record{'bytes_in'} != $default_bytes_in) { if ($byte_units eq "kilo") { $record{'bytes_in'} = $record{'bytes_in'} * 1024.0; } elsif ($byte_units eq "mega") { $record{'bytes_in'} = $record{'bytes_in'} * 1024.0 * 1024.0; } elsif ($byte_units eq "giga") { $record{'bytes_in'} = $record{'bytes_in'} * 1024.0 * 1024.0 * 1024.0; } } } else { $record{'bytes_in'} = $default_bytes_in if ($table_type == $LIMIT_TABLE); $record{'bytes_in'} = 0.0 if ($table_type == $TALLY_TABLE); } if (defined($opts{'Bd'}) || defined($opts{'bytes-download'})) { if (defined($opts{'Bd'}) && defined($opts{'bytes-download'})) { print STDOUT "$program: do not use both --Bd and --bytes-download options\n"; exit(1); } $record{'bytes_out'} = $opts{'Bd'} if (defined($opts{'Bd'})); $record{'bytes_out'} = $opts{'bytes-download'} if (defined($opts{'bytes-download'})); if ($record{'bytes_out'} <= 0.0) { print STDERR "$program: notice: download bytes value '", $record{'bytes_out'}, "' means 'unlimited'\n"; } if ($record{'bytes_out'} != $default_bytes_out) { if ($byte_units eq "kilo") { $record{'bytes_out'} = $record{'bytes_out'} * 1024.0; } elsif ($byte_units eq "mega") { $record{'bytes_out'} = $record{'bytes_out'} * 1024.0 * 1024.0; } elsif ($byte_units eq "giga") { $record{'bytes_out'} = $record{'bytes_out'} * 1024.0 * 1024.0 * 1024.0; } } } else { $record{'bytes_out'} = $default_bytes_out if ($table_type == $LIMIT_TABLE); $record{'bytes_out'} = 0.0 if ($table_type == $TALLY_TABLE); } if (defined($opts{'Bx'}) || defined($opts{'bytes-xfer'})) { if (defined($opts{'Bx'}) && defined($opts{'bytes-xfer'})) { print STDOUT "$program: do not use both --Bx and --bytes-xfer options\n"; exit(1); } $record{'bytes_xfer'} = $opts{'Bx'} if (defined($opts{'Bx'})); $record{'bytes_xfer'} = $opts{'bytes-xfer'} if (defined($opts{'bytes-xfer'})); if ($record{'bytes_xfer'} <= 0.0) { print STDERR "$program: notice: transfer bytes value '", $record{'bytes_xfer'}, "' means 'unlimited'\n"; } if ($record{'bytes_xfer'} != $default_bytes_xfer) { if ($byte_units eq "kilo") { $record{'bytes_xfer'} = $record{'bytes_xfer'} * 1024.0; } elsif ($byte_units eq "mega") { $record{'bytes_xfer'} = $record{'bytes_xfer'} * 1024.0 * 1024.0; } elsif ($byte_units eq "giga") { $record{'bytes_xfer'} = $record{'bytes_xfer'} * 1024.0 * 1024.0 * 1024.0; } } } else { $record{'bytes_xfer'} = $default_bytes_xfer if ($table_type == $LIMIT_TABLE); $record{'bytes_xfer'} = 0.0 if ($table_type == $TALLY_TABLE); } if (defined($opts{'Fu'}) || defined($opts{'files-upload'})) { if (defined($opts{'Fu'}) && defined($opts{'files-upload'})) { print STDOUT "$program: do not use both --Fu and --files-upload options\n"; exit(1); } $record{'files_in'} = $opts{'Fu'} if (defined($opts{'Fu'})); $record{'files_in'} = $opts{'files-upload'} if (defined($opts{'files-upload'})); if ($record{'files_in'} <= 0) { print STDERR "$program: notice: upload files value '", $record{'files_in'}, "' means 'unlimited'\n"; } } else { $record{'files_in'} = $default_files_in if ($table_type == $LIMIT_TABLE); $record{'files_in'} = 0 if ($table_type == $TALLY_TABLE); } if (defined($opts{'Fd'}) || defined($opts{'files-download'})) { if (defined($opts{'Fd'}) && defined($opts{'files-download'})) { print STDOUT "$program: do not use both --Fd and --files-download options\n"; exit(1); } $record{'files_out'} = $opts{'Fd'} if (defined($opts{'Fd'})); $record{'files_out'} = $opts{'files-download'} if (defined($opts{'files-download'})); if ($record{'files_out'} <= 0) { print STDERR "$program: notice: download files value '", $record{'files_out'}, "' means 'unlimited'\n"; } } else { $record{'files_out'} = $default_files_out if ($table_type == $LIMIT_TABLE); $record{'files_out'} = 0 if ($table_type == $TALLY_TABLE); } if (defined($opts{'Fx'}) || defined($opts{'files-xfer'})) { if (defined($opts{'Fx'}) && defined($opts{'files-xfer'})) { print STDOUT "$program: do not use both --Fx and --files-xfer options\n"; exit(1); } $record{'files_xfer'} = $opts{'Fx'} if (defined($opts{'Fx'})); $record{'files_xfer'} = $opts{'files-xfer'} if (defined($opts{'files-xfer'})); if ($record{'files_xfer'} <= 0) { print STDERR "$program: notice: transfer files value '", $record{'files_xfer'}, "' means 'unlimited'\n"; } } else { $record{'files_xfer'} = $default_files_xfer if ($table_type == $LIMIT_TABLE); $record{'files_xfer'} = 0 if ($table_type == $TALLY_TABLE); } } # ------------------------------------------------------------------------- sub print_record { my %args = @_; my $record = $args{'record'}; my ($name, $quota_type, $per_session, $limit_type, $bytes_in, $bytes_out, $bytes_xfer, $files_in, $files_out, $files_xfer); if ($table_type == $LIMIT_TABLE) { ($name, $quota_type, $per_session, $limit_type, $bytes_in, $bytes_out, $bytes_xfer, $files_in, $files_out, $files_xfer) = unpack($limit_format, $record); } elsif ($table_type == $TALLY_TABLE) { ($name, $quota_type, $bytes_in, $bytes_out, $bytes_xfer, $files_in, $files_out, $files_xfer) = unpack($tally_format, $record); } # make the symbolic values legible $quota_type = "All" if ($quota_type == $ALL_QUOTA); $quota_type = "User" if ($quota_type == $USER_QUOTA); $quota_type = "Group" if ($quota_type == $GROUP_QUOTA); $quota_type = "Class" if ($quota_type == $CLASS_QUOTA); if ($table_type == $LIMIT_TABLE) { $limit_type = "Hard" if ($limit_type == $HARD_LIMIT); $limit_type = "Soft" if ($limit_type == $SOFT_LIMIT); if ($per_session eq 1) { $per_session = "True"; } else { $per_session = "False"; } } # print "unlimited" if quota is unlimited, but only for limit tables if ($table_type == $LIMIT_TABLE) { $bytes_in = "unlimited" if ($bytes_in <= 0.0); $bytes_out = "unlimited" if ($bytes_out <= 0.0); $bytes_xfer = "unlimited" if ($bytes_xfer <= 0.0); $files_in = "unlimited" if ($files_in <= 0); $files_out = "unlimited" if ($files_out <= 0); $files_xfer = "unlimited" if ($files_xfer <= 0); } print STDOUT "-------------------------------------------\n"; print STDOUT " Name: $name\n"; print STDOUT " Quota Type: $quota_type\n"; if ($table_type == $LIMIT_TABLE) { print STDOUT " Per Session: $per_session\n"; print STDOUT " Limit Type: $limit_type\n"; } print STDOUT " Uploaded ", get_display_bytes('bytes' => $bytes_in), "\n"; print STDOUT " Downloaded ", get_display_bytes('bytes' => $bytes_out), "\n"; print STDOUT " Transferred ", get_display_bytes('bytes' => $bytes_xfer), "\n"; print STDOUT " Uploaded files:\t$files_in\n"; print STDOUT " Downloaded files:\t$files_out\n"; print STDOUT " Transferred files:\t$files_xfer\n"; } # ------------------------------------------------------------------------- sub print_table { my $have_records = 0; while (my $record = read_record()) { $have_records = 1; print_record(record => $record); } print STDOUT "$program: (empty table)\n" unless ($have_records); # done exit(0); } # ------------------------------------------------------------------------- sub read_record { my $record; my $bread; if ($table_type == $LIMIT_TABLE) { $bread = sysread TABLE, $record, $limit_reclen; } elsif ($table_type == $TALLY_TABLE) { $bread = sysread TABLE, $record, $tally_reclen; } if ($bread) { return $record; } else { return undef; } } # ------------------------------------------------------------------------- sub read_table { my @records = (); my $nrecords_read = 0; # read from TABLE while (my $record = read_record()) { $nrecords_read++; push(@records, $record); } return ($nrecords_read, @records); } # ------------------------------------------------------------------------- sub rewind_record { if ($table_type == $LIMIT_TABLE) { sysseek TABLE, -$limit_reclen, 1; } elsif ($table_type == $TALLY_TABLE) { sysseek TABLE, -$tally_reclen, 1; } } # ------------------------------------------------------------------------- sub rlock_table { print STDOUT "$program: read-locking table '$table'\n" if $verbose; flock(TABLE, LOCK_SH); } # ------------------------------------------------------------------------- sub seek_record { my ($n) = @_; if ($table_type == $LIMIT_TABLE) { sysseek TABLE, $limit_reclen, $n; } elsif ($table_type == $TALLY_TABLE) { sysseek TABLE, $tally_reclen, $n; } } # ------------------------------------------------------------------------- sub set_table_position { my ($position, $whence) = @_; my $result = sysseek(TABLE, $position, $whence); print STDOUT "$program: set table position to $result\n" if $verbose; return $result; } # ------------------------------------------------------------------------- sub truncate_table { my %args = @_; my $length = $args{'len'}; # don't forget about the header (4 bytes) truncate TABLE, $length + 4; } # ------------------------------------------------------------------------- sub unlock_table { print STDOUT "$program: unlocking table '$table'\n" if $verbose; flock(TABLE, LOCK_UN); } # ------------------------------------------------------------------------- sub update_record { my $current_record; my $search_quota_type; # first, find the matching record. Note that this option requires # both --name and --quota-type if (!defined($opts{'Q'})) { print STDOUT "$program: --update-record requires --quota-type option\n"; exit(1); } else { $search_quota_type = get_quota_type(quota_type => $opts{'Q'}); } if ($search_quota_type != $ALL_QUOTA) { if (!defined($opts{'N'})) { print STDOUT "$program: --update-record requires --name option\n"; exit(1); } } # now, find the matching record in the table open_table(); unless ($current_record = find_record(name => $opts{'N'}, quota_type => $search_quota_type)) { print STDOUT "$program: unable to update record: no match found\n"; exit(1); } rewind_record(); print STDOUT "$program: updating table '$table'\n" if $verbose; # now, adjust the current record with the updated values in the requested # record my ($name, $quota_type, $per_session, $limit_type, @junk); if ($table_type == $LIMIT_TABLE) { ($name, $quota_type, $per_session, $limit_type, @junk) = unpack($limit_format, $current_record); } elsif ($table_type == $TALLY_TABLE) { ($name, $quota_type, @junk) = unpack($tally_format, $current_record); } my $formatted_record; if ($table_type == $LIMIT_TABLE) { $formatted_record = pack($limit_format, $name, $quota_type, $record{'per_session'}, $record{'limit_type'}, $record{'bytes_in'}, $record{'bytes_out'}, $record{'bytes_xfer'}, $record{'files_in'}, $record{'files_out'}, $record{'files_xfer'}); } elsif ($table_type == $TALLY_TABLE) { $formatted_record = pack($tally_format, $name, $quota_type, $record{'bytes_in'}, $record{'bytes_out'}, $record{'bytes_xfer'}, $record{'files_in'}, $record{'files_out'}, $record{'files_xfer'}); } write_record(record => $formatted_record); # done exit(0); } # ------------------------------------------------------------------------- sub wlock_table { print STDOUT "$program: write-locking table '$table'\n" if $verbose; flock(TABLE, LOCK_EX); } # ------------------------------------------------------------------------- sub write_record { my %args = @_; my $record = $args{'record'}; print STDOUT "$program: writing record\n" if $verbose; die "$program: error writing table: $!\n" unless syswrite TABLE, $record; } # ------------------------------------------------------------------------- sub usage { print STDOUT <