smeserver-qpsmtpd/sme7/smeserver-qpsmtpd-1.2.1-qplogsumm.patch

diff -Nur -x '*.orig' -x '*.rej' smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl mezzanine_patched_smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl
--- smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl      2007-06-08 07:51:51.000000000 -0600
+++ mezzanine_patched_smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl    1969-12-31 17:00:00.000000000 -0700
@@ -1,272 +0,0 @@
-#!/usr/bin/perl
-#
-
-=pod
-
-=head1 SUMMARY
-
-Works with multilog to analyse and summarise log entries generated by the logterse plugin.  It is designed
-to be invoked by multilog at log-rotation time.  This is specified by an argument to multilog similar to:
-
-=over 4
-
-multilog t !/path/to/qplogsumm ./main
-
-=back
-
-When qplogsumm is invoked, each line will be echoed, meaning the stored log is unchanged, but summary
-information will be written to fd 5 and so stored in the 'state' file by multilog.
-
-This file is fed in on fd 4 at the beginning of the next log rotation, so running totals, etc can be maintained.
-
-=head1 State file format:
-
-One entry per line containing three fields separated by whitespace:
-
-=over 4
-
-=item 1. Disposition (plugin) name.
-
-=item 2. tai64n timestamp recording the first time it was seen in a log.
-
-=item 3. long-term running total.
-
-=back
-
-A disposition is effectively the plugin name that called DENY or the string 'queued' for
-messages that made it through.
-
-A line containing a disposition name of LOGFILE_EPOCH and a timestamp for the earliest known log entry.
-
-Other derived data, such as percentages etc. can also appear in the file, commented
-by a # character.  This will be ignored on the next intake.
-
-=head1 AUTHOR
-
-Charles Butcher
-
-=head1 VERSION
-
-This is release 1.0
-
-=cut
-
-use strict;
-use POSIX qw(strftime);
-
-
-my $FS = "\t"; # field separator used by logterse plugin
-my %disp;      # hash of dispositions
-
-if (open PREVIOUS, "<&4")
-{
-    while (<PREVIOUS>)
-    {
-       chomp();
-       next if m/^#/;
-       next if m/^\s*$/;
-       my ($plug_name, $plug_epoch, $plug_cumulative) = split /\s/;
-       my $c = { epoch => $plug_epoch, cum => $plug_cumulative, curr => 0 };
-       $disp{$plug_name} = $c;
-    }
-
-    close PREVIOUS;
-}
-
-my $first_timestamp = 0;
-my $last_timestamp  = 0;
-
-
-while (<>)
-{
-    print;
-    chomp;
-    next unless m/terse plugin/;
-
-    my ($timestamp_part, $log_part) = split '`';
-    my ($current_timestamp) = split /\s/, $timestamp_part;
-    $first_timestamp = $current_timestamp unless $first_timestamp;
-    $last_timestamp = $current_timestamp;
-
-    my (@log_items) = split $FS, $log_part;
-    my $disposition = $log_items[5];
-    next unless defined $disposition;
-
-    if ($disp{$disposition})
-    {
-       $disp{$disposition}->{curr} = 1;
-    }
-    else  # a new plugin -- make a note of when it first appeared
-    {
-       my $c = { epoch => $current_timestamp, cum => 0, curr => 1 };
-       $disp{$disposition} = $c;
-    }
-}
-
-
-#
-# Set overall epoch
-#
-if (!exists $disp{'LOGFILE_EPOCH'})
-{
-    my $c = { epoch => $first_timestamp, cum => 0, curr => 0};
-    $disp{'LOGFILE_EPOCH'} = $c;
-}
-
-my $current_total    = 0;
-my $cumulative_total = 0;
-
-open HOLDOVER, ">&5" and select HOLDOVER;
-
-#
-# Output cumulative values for intake the next time a log is processed
-#
-for my $c (keys %disp)
-{
-    $disp{$c}->{cum} = $disp{$c}->{curr};
-    $current_total = $disp{$c}->{curr};
-    $cumulative_total = $disp{$c}->{cum};
-
-    printf "%-30.30s %s %12d\n", $c, $disp{$c}->{epoch}, $disp{$c}->{cum};
-}
-
-#
-# Output current logfile stats
-#
-
-my $current_elapsed = tai64diff($last_timestamp, $first_timestamp);
-
-printf "#
-# Most recent logfile
-# -------------------
-#
-# Start  : %s
-# Finish : %s
-# Elapsed: %s
-#
-# Total transactions : %9d
-# Average tx per hour: %9d
-",
-    tai64utc($first_timestamp),
-    tai64utc($last_timestamp),
-    seconds_to_days($current_elapsed),
-    $current_total,
-    $current_total / ($current_elapsed / 3600),
-    ;
-
-#
-# Output cumulative log stats
-#
-my $cumulative_elapsed = tai64diff($last_timestamp, $disp{'LOGFILE_EPOCH'}->{epoch});
-
-printf "#
-# Cumulative Totals
-# -----------------
-#
-# Start  : %s
-# Finish : %s
-# Elapsed: %s
-#
-# Total transactions : %12d
-# Average tx per hour: %12d
-",
-    tai64utc($disp{'LOGFILE_EPOCH'}->{epoch}),
-    tai64utc($last_timestamp),
-    seconds_to_days($cumulative_elapsed),
-    $cumulative_total,
-    $cumulative_total / ($cumulative_elapsed / 3600),
-    ;
-
-
-#
-# Output per-plugin stats
-#
-
-print "#
-#                                 Most Recent Logfile      Cumulative Totals
-# Disposition (plugin)            Total       Avg/Day      Total       Avg/Day
-# ----------------------------------------------------------------------------\n";
-
-my $printf_format = "# %-30.30s %6d %3d%% %8d %10d %3d%% %8d\n";
-
-foreach my $c (sort { $disp{$b}->{curr} <=> $disp{$a}->{curr} } keys %disp)
-{
-    next if ($c eq 'LOGFILE_EPOCH');
-
-    printf $printf_format,
-    $c,
-    $disp{$c}->{curr},
-    $disp{$c}->{curr} / $current_total * 100,
-    $disp{$c}->{curr} / ($current_elapsed / 86400),
-    $disp{$c}->{cum},
-    $disp{$c}->{cum} / $cumulative_total * 100,
-    $disp{$c}->{cum} / (tai64diff($last_timestamp, $disp{$c}->{epoch}) / 86400),
-    ;
-}
-
-print "# ----------------------------------------------------------------------------\n";
-printf $printf_format,
-    'TOTALS',
-    $current_total,
-    100,
-    $current_total / ($current_elapsed / 86400),
-    $cumulative_total,
-    100,
-    $cumulative_total / ($cumulative_elapsed / 86400),
-    ;
-
-exit 0;
-
-
-sub tai64utc {
-    my ($s) = @_;
-
-    # @400000003f6c7bc5253bf98c
-    # 0123456789012345678901234
-    # 0         1         2
-    #   |-------------||------|
-    if (substr($s, 0, 2) eq '@4') {
-        my $ts = hex(substr($s, 2, 15));
-        $s = strftime('%Y-%m-%d %H:%M:%S', gmtime($ts));
-    }
-    return $s;
-}
-
-#
-# Return difference in seconds
-#
-sub tai64diff
-{
-    my ($s1, $s2) = @_;
-
-    # @400000003f6c7bc5253bf98c
-    # 0123456789012345678901234
-    # 0         1         2
-    #   |-------------||------|
-    if (substr($s1, 0, 2) eq '@4' and substr($s2, 0, 2) eq '@4')
-    {
-        my $ts1 = hex(substr($s1, 2, 15));
-        my $ts2 = hex(substr($s2, 2, 15));
-       return $ts1 - $ts2;
-    }
-    else
-    {
-       return 0;
-    }
-}
-
-
-#
-# Return an english phrase representing a number of seconds
-#
-sub seconds_to_days
-{
-    my ($secs) = @_;
-
-    my $phrase = sprintf "%d days, ", ($secs / 86400);
-    $secs %= 86400;
-    $phrase .= sprintf "%d hours, ", ($secs / 3600);
-    $secs %= 3600;
-    $phrase .= sprintf "%d mins, %d secs", ($secs / 60), ($secs % 60);
-}
-
diff -Nur -x '*.orig' -x '*.rej' smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl mezzanine_patched_smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl
--- smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl     1969-12-31 17:00:00.000000000 -0700
+++ mezzanine_patched_smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl   2007-06-07 09:37:09.000000000 -0600
@@ -0,0 +1,272 @@
+#!/usr/bin/perl
+#
+
+=pod
+
+=head1 SUMMARY
+
+Works with multilog to analyse and summarise log entries generated by the logterse plugin.  It is designed
+to be invoked by multilog at log-rotation time.  This is specified by an argument to multilog similar to:
+
+=over 4
+
+multilog t !/path/to/qplogsumm ./main
+
+=back
+
+When qplogsumm is invoked, each line will be echoed, meaning the stored log is unchanged, but summary
+information will be written to fd 5 and so stored in the 'state' file by multilog.
+
+This file is fed in on fd 4 at the beginning of the next log rotation, so running totals, etc can be maintained.
+
+=head1 State file format:
+
+One entry per line containing three fields separated by whitespace:
+
+=over 4
+
+=item 1. Disposition (plugin) name.
+
+=item 2. tai64n timestamp recording the first time it was seen in a log.
+
+=item 3. long-term running total.
+
+=back
+
+A disposition is effectively the plugin name that called DENY or the string 'queued' for
+messages that made it through.
+
+A line containing a disposition name of LOGFILE_EPOCH and a timestamp for the earliest known log entry.
+
+Other derived data, such as percentages etc. can also appear in the file, commented
+by a # character.  This will be ignored on the next intake.
+
+=head1 AUTHOR
+
+Charles Butcher
+
+=head1 VERSION
+
+This is release 1.0
+
+=cut
+
+use strict;
+use POSIX qw(strftime);
+
+
+my $FS = "\t"; # field separator used by logterse plugin
+my %disp;      # hash of dispositions
+
+if (open PREVIOUS, "<&4")
+{
+    while (<PREVIOUS>)
+    {
+       chomp();
+       next if m/^#/;
+       next if m/^\s*$/;
+       my ($plug_name, $plug_epoch, $plug_cumulative) = split /\s/;
+       my $c = { epoch => $plug_epoch, cum => $plug_cumulative, curr => 0 };
+       $disp{$plug_name} = $c;
+    }
+
+    close PREVIOUS;
+}
+
+my $first_timestamp = 0;
+my $last_timestamp  = 0;
+
+
+while (<>)
+{
+    print;
+    chomp;
+    next unless m/terse plugin/;
+
+    my ($timestamp_part, $log_part) = split '`';
+    my ($current_timestamp) = split /\s/, $timestamp_part;
+    $first_timestamp = $current_timestamp unless $first_timestamp;
+    $last_timestamp = $current_timestamp;
+
+    my (@log_items) = split $FS, $log_part;
+    my $disposition = $log_items[5];
+    next unless defined $disposition;
+
+    if ($disp{$disposition})
+    {
+       $disp{$disposition}->{curr} = 1;
+    }
+    else  # a new plugin -- make a note of when it first appeared
+    {
+       my $c = { epoch => $current_timestamp, cum => 0, curr => 1 };
+       $disp{$disposition} = $c;
+    }
+}
+
+
+#
+# Set overall epoch
+#
+if (!exists $disp{'LOGFILE_EPOCH'})
+{
+    my $c = { epoch => $first_timestamp, cum => 0, curr => 0};
+    $disp{'LOGFILE_EPOCH'} = $c;
+}
+
+my $current_total    = 0;
+my $cumulative_total = 0;
+
+open HOLDOVER, ">&5" and select HOLDOVER;
+
+#
+# Output cumulative values for intake the next time a log is processed
+#
+for my $c (keys %disp)
+{
+    $disp{$c}->{cum} = $disp{$c}->{curr};
+    $current_total = $disp{$c}->{curr};
+    $cumulative_total = $disp{$c}->{cum};
+
+    printf "%-30.30s %s %12d\n", $c, $disp{$c}->{epoch}, $disp{$c}->{cum};
+}
+
+#
+# Output current logfile stats
+#
+
+my $current_elapsed = tai64diff($last_timestamp, $first_timestamp);
+
+printf "#
+# Most recent logfile
+# -------------------
+#
+# Start  : %s
+# Finish : %s
+# Elapsed: %s
+#
+# Total transactions : %9d
+# Average tx per hour: %9d
+",
+    tai64utc($first_timestamp),
+    tai64utc($last_timestamp),
+    seconds_to_days($current_elapsed),
+    $current_total,
+    $current_total / ($current_elapsed / 3600),
+    ;
+
+#
+# Output cumulative log stats
+#
+my $cumulative_elapsed = tai64diff($last_timestamp, $disp{'LOGFILE_EPOCH'}->{epoch});
+
+printf "#
+# Cumulative Totals
+# -----------------
+#
+# Start  : %s
+# Finish : %s
+# Elapsed: %s
+#
+# Total transactions : %12d
+# Average tx per hour: %12d
+",
+    tai64utc($disp{'LOGFILE_EPOCH'}->{epoch}),
+    tai64utc($last_timestamp),
+    seconds_to_days($cumulative_elapsed),
+    $cumulative_total,
+    $cumulative_total / ($cumulative_elapsed / 3600),
+    ;
+
+
+#
+# Output per-plugin stats
+#
+
+print "#
+#                                 Most Recent Logfile      Cumulative Totals
+# Disposition (plugin)            Total       Avg/Day      Total       Avg/Day
+# ----------------------------------------------------------------------------\n";
+
+my $printf_format = "# %-30.30s %6d %3d%% %8d %10d %3d%% %8d\n";
+
+foreach my $c (sort { $disp{$b}->{curr} <=> $disp{$a}->{curr} } keys %disp)
+{
+    next if ($c eq 'LOGFILE_EPOCH');
+
+    printf $printf_format,
+    $c,
+    $disp{$c}->{curr},
+    $disp{$c}->{curr} / $current_total * 100,
+    $disp{$c}->{curr} / ($current_elapsed / 86400),
+    $disp{$c}->{cum},
+    $disp{$c}->{cum} / $cumulative_total * 100,
+    $disp{$c}->{cum} / (tai64diff($last_timestamp, $disp{$c}->{epoch}) / 86400),
+    ;
+}
+
+print "# ----------------------------------------------------------------------------\n";
+printf $printf_format,
+    'TOTALS',
+    $current_total,
+    100,
+    $current_total / ($current_elapsed / 86400),
+    $cumulative_total,
+    100,
+    $cumulative_total / ($cumulative_elapsed / 86400),
+    ;
+
+exit 0;
+
+
+sub tai64utc {
+    my ($s) = @_;
+
+    # @400000003f6c7bc5253bf98c
+    # 0123456789012345678901234
+    # 0         1         2
+    #   |-------------||------|
+    if (substr($s, 0, 2) eq '@4') {
+        my $ts = hex(substr($s, 2, 15));
+        $s = strftime('%Y-%m-%d %H:%M:%S', gmtime($ts));
+    }
+    return $s;
+}
+
+#
+# Return difference in seconds
+#
+sub tai64diff
+{
+    my ($s1, $s2) = @_;
+
+    # @400000003f6c7bc5253bf98c
+    # 0123456789012345678901234
+    # 0         1         2
+    #   |-------------||------|
+    if (substr($s1, 0, 2) eq '@4' and substr($s2, 0, 2) eq '@4')
+    {
+        my $ts1 = hex(substr($s1, 2, 15));
+        my $ts2 = hex(substr($s2, 2, 15));
+       return $ts1 - $ts2;
+    }
+    else
+    {
+       return 0;
+    }
+}
+
+
+#
+# Return an english phrase representing a number of seconds
+#
+sub seconds_to_days
+{
+    my ($secs) = @_;
+
+    my $phrase = sprintf "%d days, ", ($secs / 86400);
+    $secs %= 86400;
+    $phrase .= sprintf "%d hours, ", ($secs / 3600);
+    $secs %= 3600;
+    $phrase .= sprintf "%d mins, %d secs", ($secs / 60), ($secs % 60);
+}
+
1	slords	1.1	diff -Nur -x '.orig' -x '.rej' smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl mezzanine_patched_smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl
2			--- smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl 2007-06-08 07:51:51.000000000 -0600
3			+++ mezzanine_patched_smeserver-qpsmtpd-1.2.1/local/bin/qplogsumm.pl 1969-12-31 17:00:00.000000000 -0700
4			@@ -1,272 +0,0 @@
5			-#!/usr/bin/perl
6			-#
7			-
8			-=pod
9			-
10			-=head1 SUMMARY
11			-
12			-Works with multilog to analyse and summarise log entries generated by the logterse plugin. It is designed
13			-to be invoked by multilog at log-rotation time. This is specified by an argument to multilog similar to:
14			-
15			-=over 4
16			-
17			-multilog t !/path/to/qplogsumm ./main
18			-
19			-=back
20			-
21			-When qplogsumm is invoked, each line will be echoed, meaning the stored log is unchanged, but summary
22			-information will be written to fd 5 and so stored in the 'state' file by multilog.
23			-
24			-This file is fed in on fd 4 at the beginning of the next log rotation, so running totals, etc can be maintained.
25			-
26			-=head1 State file format:
27			-
28			-One entry per line containing three fields separated by whitespace:
29			-
30			-=over 4
31			-
32			-=item 1. Disposition (plugin) name.
33			-
34			-=item 2. tai64n timestamp recording the first time it was seen in a log.
35			-
36			-=item 3. long-term running total.
37			-
38			-=back
39			-
40			-A disposition is effectively the plugin name that called DENY or the string 'queued' for
41			-messages that made it through.
42			-
43			-A line containing a disposition name of LOGFILE_EPOCH and a timestamp for the earliest known log entry.
44			-
45			-Other derived data, such as percentages etc. can also appear in the file, commented
46			-by a # character. This will be ignored on the next intake.
47			-
48			-=head1 AUTHOR
49			-
50			-Charles Butcher
51			-
52			-=head1 VERSION
53			-
54			-This is release 1.0
55			-
56			-=cut
57			-
58			-use strict;
59			-use POSIX qw(strftime);
60			-
61			-
62			-my $FS = "\t"; # field separator used by logterse plugin
63			-my %disp; # hash of dispositions
64			-
65			-if (open PREVIOUS, "<&4")
66			-{
67			- while (<PREVIOUS>)
68			- {
69			- chomp();
70			- next if m/^#/;
71			- next if m/^\s*$/;
72			- my ($plug_name, $plug_epoch, $plug_cumulative) = split /\s/;
73			- my $c = { epoch => $plug_epoch, cum => $plug_cumulative, curr => 0 };
74			- $disp{$plug_name} = $c;
75			- }
76			-
77			- close PREVIOUS;
78			-}
79			-
80			-my $first_timestamp = 0;
81			-my $last_timestamp = 0;
82			-
83			-
84			-while (<>)
85			-{
86			- print;
87			- chomp;
88			- next unless m/terse plugin/;
89			-
90			- my ($timestamp_part, $log_part) = split '`';
91			- my ($current_timestamp) = split /\s/, $timestamp_part;
92			- $first_timestamp = $current_timestamp unless $first_timestamp;
93			- $last_timestamp = $current_timestamp;
94			-
95			- my (@log_items) = split $FS, $log_part;
96			- my $disposition = $log_items[5];
97			- next unless defined $disposition;
98			-
99			- if ($disp{$disposition})
100			- {
101			- $disp{$disposition}->{curr} = 1;
102			- }
103			- else # a new plugin -- make a note of when it first appeared
104			- {
105			- my $c = { epoch => $current_timestamp, cum => 0, curr => 1 };
106			- $disp{$disposition} = $c;
107			- }
108			-}
109			-
110			-
111			-#
112			-# Set overall epoch
113			-#
114			-if (!exists $disp{'LOGFILE_EPOCH'})
115			-{
116			- my $c = { epoch => $first_timestamp, cum => 0, curr => 0};
117			- $disp{'LOGFILE_EPOCH'} = $c;
118			-}
119			-
120			-my $current_total = 0;
121			-my $cumulative_total = 0;
122			-
123			-open HOLDOVER, ">&5" and select HOLDOVER;
124			-
125			-#
126			-# Output cumulative values for intake the next time a log is processed
127			-#
128			-for my $c (keys %disp)
129			-{
130			- $disp{$c}->{cum} = $disp{$c}->{curr};
131			- $current_total = $disp{$c}->{curr};
132			- $cumulative_total = $disp{$c}->{cum};
133			-
134			- printf "%-30.30s %s %12d\n", $c, $disp{$c}->{epoch}, $disp{$c}->{cum};
135			-}
136			-
137			-#
138			-# Output current logfile stats
139			-#
140			-
141			-my $current_elapsed = tai64diff($last_timestamp, $first_timestamp);
142			-
143			-printf "#
144			-# Most recent logfile
145			-# -------------------
146			-#
147			-# Start : %s
148			-# Finish : %s
149			-# Elapsed: %s
150			-#
151			-# Total transactions : %9d
152			-# Average tx per hour: %9d
153			-",
154			- tai64utc($first_timestamp),
155			- tai64utc($last_timestamp),
156			- seconds_to_days($current_elapsed),
157			- $current_total,
158			- $current_total / ($current_elapsed / 3600),
159			- ;
160			-
161			-#
162			-# Output cumulative log stats
163			-#
164			-my $cumulative_elapsed = tai64diff($last_timestamp, $disp{'LOGFILE_EPOCH'}->{epoch});
165			-
166			-printf "#
167			-# Cumulative Totals
168			-# -----------------
169			-#
170			-# Start : %s
171			-# Finish : %s
172			-# Elapsed: %s
173			-#
174			-# Total transactions : %12d
175			-# Average tx per hour: %12d
176			-",
177			- tai64utc($disp{'LOGFILE_EPOCH'}->{epoch}),
178			- tai64utc($last_timestamp),
179			- seconds_to_days($cumulative_elapsed),
180			- $cumulative_total,
181			- $cumulative_total / ($cumulative_elapsed / 3600),
182			- ;
183			-
184			-
185			-#
186			-# Output per-plugin stats
187			-#
188			-
189			-print "#
190			-# Most Recent Logfile Cumulative Totals
191			-# Disposition (plugin) Total Avg/Day Total Avg/Day
192			-# ----------------------------------------------------------------------------\n";
193			-
194			-my $printf_format = "# %-30.30s %6d %3d%% %8d %10d %3d%% %8d\n";
195			-
196			-foreach my $c (sort { $disp{$b}->{curr} <=> $disp{$a}->{curr} } keys %disp)
197			-{
198			- next if ($c eq 'LOGFILE_EPOCH');
199			-
200			- printf $printf_format,
201			- $c,
202			- $disp{$c}->{curr},
203			- $disp{$c}->{curr} / $current_total * 100,
204			- $disp{$c}->{curr} / ($current_elapsed / 86400),
205			- $disp{$c}->{cum},
206			- $disp{$c}->{cum} / $cumulative_total * 100,
207			- $disp{$c}->{cum} / (tai64diff($last_timestamp, $disp{$c}->{epoch}) / 86400),
208			- ;
209			-}
210			-
211			-print "# ----------------------------------------------------------------------------\n";
212			-printf $printf_format,
213			- 'TOTALS',
214			- $current_total,
215			- 100,
216			- $current_total / ($current_elapsed / 86400),
217			- $cumulative_total,
218			- 100,
219			- $cumulative_total / ($cumulative_elapsed / 86400),
220			- ;
221			-
222			-exit 0;
223			-
224			-
225			-sub tai64utc {
226			- my ($s) = @_;
227			-
228			- # @400000003f6c7bc5253bf98c
229			- # 0123456789012345678901234
230			- # 0 1 2
231			- # \|-------------\|\|------\|
232			- if (substr($s, 0, 2) eq '@4') {
233			- my $ts = hex(substr($s, 2, 15));
234			- $s = strftime('%Y-%m-%d %H:%M:%S', gmtime($ts));
235			- }
236			- return $s;
237			-}
238			-
239			-#
240			-# Return difference in seconds
241			-#
242			-sub tai64diff
243			-{
244			- my ($s1, $s2) = @_;
245			-
246			- # @400000003f6c7bc5253bf98c
247			- # 0123456789012345678901234
248			- # 0 1 2
249			- # \|-------------\|\|------\|
250			- if (substr($s1, 0, 2) eq '@4' and substr($s2, 0, 2) eq '@4')
251			- {
252			- my $ts1 = hex(substr($s1, 2, 15));
253			- my $ts2 = hex(substr($s2, 2, 15));
254			- return $ts1 - $ts2;
255			- }
256			- else
257			- {
258			- return 0;
259			- }
260			-}
261			-
262			-
263			-#
264			-# Return an english phrase representing a number of seconds
265			-#
266			-sub seconds_to_days
267			-{
268			- my ($secs) = @_;
269			-
270			- my $phrase = sprintf "%d days, ", ($secs / 86400);
271			- $secs %= 86400;
272			- $phrase .= sprintf "%d hours, ", ($secs / 3600);
273			- $secs %= 3600;
274			- $phrase .= sprintf "%d mins, %d secs", ($secs / 60), ($secs % 60);
275			-}
276			-
277			diff -Nur -x '.orig' -x '.rej' smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl mezzanine_patched_smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl
278			--- smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl 1969-12-31 17:00:00.000000000 -0700
279			+++ mezzanine_patched_smeserver-qpsmtpd-1.2.1/root/usr/local/bin/qplogsumm.pl 2007-06-07 09:37:09.000000000 -0600
280			@@ -0,0 +1,272 @@
281			+#!/usr/bin/perl
282			+#
283			+
284			+=pod
285			+
286			+=head1 SUMMARY
287			+
288			+Works with multilog to analyse and summarise log entries generated by the logterse plugin. It is designed
289			+to be invoked by multilog at log-rotation time. This is specified by an argument to multilog similar to:
290			+
291			+=over 4
292			+
293			+multilog t !/path/to/qplogsumm ./main
294			+
295			+=back
296			+
297			+When qplogsumm is invoked, each line will be echoed, meaning the stored log is unchanged, but summary
298			+information will be written to fd 5 and so stored in the 'state' file by multilog.
299			+
300			+This file is fed in on fd 4 at the beginning of the next log rotation, so running totals, etc can be maintained.
301			+
302			+=head1 State file format:
303			+
304			+One entry per line containing three fields separated by whitespace:
305			+
306			+=over 4
307			+
308			+=item 1. Disposition (plugin) name.
309			+
310			+=item 2. tai64n timestamp recording the first time it was seen in a log.
311			+
312			+=item 3. long-term running total.
313			+
314			+=back
315			+
316			+A disposition is effectively the plugin name that called DENY or the string 'queued' for
317			+messages that made it through.
318			+
319			+A line containing a disposition name of LOGFILE_EPOCH and a timestamp for the earliest known log entry.
320			+
321			+Other derived data, such as percentages etc. can also appear in the file, commented
322			+by a # character. This will be ignored on the next intake.
323			+
324			+=head1 AUTHOR
325			+
326			+Charles Butcher
327			+
328			+=head1 VERSION
329			+
330			+This is release 1.0
331			+
332			+=cut
333			+
334			+use strict;
335			+use POSIX qw(strftime);
336			+
337			+
338			+my $FS = "\t"; # field separator used by logterse plugin
339			+my %disp; # hash of dispositions
340			+
341			+if (open PREVIOUS, "<&4")
342			+{
343			+ while (<PREVIOUS>)
344			+ {
345			+ chomp();
346			+ next if m/^#/;
347			+ next if m/^\s*$/;
348			+ my ($plug_name, $plug_epoch, $plug_cumulative) = split /\s/;
349			+ my $c = { epoch => $plug_epoch, cum => $plug_cumulative, curr => 0 };
350			+ $disp{$plug_name} = $c;
351			+ }
352			+
353			+ close PREVIOUS;
354			+}
355			+
356			+my $first_timestamp = 0;
357			+my $last_timestamp = 0;
358			+
359			+
360			+while (<>)
361			+{
362			+ print;
363			+ chomp;
364			+ next unless m/terse plugin/;
365			+
366			+ my ($timestamp_part, $log_part) = split '`';
367			+ my ($current_timestamp) = split /\s/, $timestamp_part;
368			+ $first_timestamp = $current_timestamp unless $first_timestamp;
369			+ $last_timestamp = $current_timestamp;
370			+
371			+ my (@log_items) = split $FS, $log_part;
372			+ my $disposition = $log_items[5];
373			+ next unless defined $disposition;
374			+
375			+ if ($disp{$disposition})
376			+ {
377			+ $disp{$disposition}->{curr} = 1;
378			+ }
379			+ else # a new plugin -- make a note of when it first appeared
380			+ {
381			+ my $c = { epoch => $current_timestamp, cum => 0, curr => 1 };
382			+ $disp{$disposition} = $c;
383			+ }
384			+}
385			+
386			+
387			+#
388			+# Set overall epoch
389			+#
390			+if (!exists $disp{'LOGFILE_EPOCH'})
391			+{
392			+ my $c = { epoch => $first_timestamp, cum => 0, curr => 0};
393			+ $disp{'LOGFILE_EPOCH'} = $c;
394			+}
395			+
396			+my $current_total = 0;
397			+my $cumulative_total = 0;
398			+
399			+open HOLDOVER, ">&5" and select HOLDOVER;
400			+
401			+#
402			+# Output cumulative values for intake the next time a log is processed
403			+#
404			+for my $c (keys %disp)
405			+{
406			+ $disp{$c}->{cum} = $disp{$c}->{curr};
407			+ $current_total = $disp{$c}->{curr};
408			+ $cumulative_total = $disp{$c}->{cum};
409			+
410			+ printf "%-30.30s %s %12d\n", $c, $disp{$c}->{epoch}, $disp{$c}->{cum};
411			+}
412			+
413			+#
414			+# Output current logfile stats
415			+#
416			+
417			+my $current_elapsed = tai64diff($last_timestamp, $first_timestamp);
418			+
419			+printf "#
420			+# Most recent logfile
421			+# -------------------
422			+#
423			+# Start : %s
424			+# Finish : %s
425			+# Elapsed: %s
426			+#
427			+# Total transactions : %9d
428			+# Average tx per hour: %9d
429			+",
430			+ tai64utc($first_timestamp),
431			+ tai64utc($last_timestamp),
432			+ seconds_to_days($current_elapsed),
433			+ $current_total,
434			+ $current_total / ($current_elapsed / 3600),
435			+ ;
436			+
437			+#
438			+# Output cumulative log stats
439			+#
440			+my $cumulative_elapsed = tai64diff($last_timestamp, $disp{'LOGFILE_EPOCH'}->{epoch});
441			+
442			+printf "#
443			+# Cumulative Totals
444			+# -----------------
445			+#
446			+# Start : %s
447			+# Finish : %s
448			+# Elapsed: %s
449			+#
450			+# Total transactions : %12d
451			+# Average tx per hour: %12d
452			+",
453			+ tai64utc($disp{'LOGFILE_EPOCH'}->{epoch}),
454			+ tai64utc($last_timestamp),
455			+ seconds_to_days($cumulative_elapsed),
456			+ $cumulative_total,
457			+ $cumulative_total / ($cumulative_elapsed / 3600),
458			+ ;
459			+
460			+
461			+#
462			+# Output per-plugin stats
463			+#
464			+
465			+print "#
466			+# Most Recent Logfile Cumulative Totals
467			+# Disposition (plugin) Total Avg/Day Total Avg/Day
468			+# ----------------------------------------------------------------------------\n";
469			+
470			+my $printf_format = "# %-30.30s %6d %3d%% %8d %10d %3d%% %8d\n";
471			+
472			+foreach my $c (sort { $disp{$b}->{curr} <=> $disp{$a}->{curr} } keys %disp)
473			+{
474			+ next if ($c eq 'LOGFILE_EPOCH');
475			+
476			+ printf $printf_format,
477			+ $c,
478			+ $disp{$c}->{curr},
479			+ $disp{$c}->{curr} / $current_total * 100,
480			+ $disp{$c}->{curr} / ($current_elapsed / 86400),
481			+ $disp{$c}->{cum},
482			+ $disp{$c}->{cum} / $cumulative_total * 100,
483			+ $disp{$c}->{cum} / (tai64diff($last_timestamp, $disp{$c}->{epoch}) / 86400),
484			+ ;
485			+}
486			+
487			+print "# ----------------------------------------------------------------------------\n";
488			+printf $printf_format,
489			+ 'TOTALS',
490			+ $current_total,
491			+ 100,
492			+ $current_total / ($current_elapsed / 86400),
493			+ $cumulative_total,
494			+ 100,
495			+ $cumulative_total / ($cumulative_elapsed / 86400),
496			+ ;
497			+
498			+exit 0;
499			+
500			+
501			+sub tai64utc {
502			+ my ($s) = @_;
503			+
504			+ # @400000003f6c7bc5253bf98c
505			+ # 0123456789012345678901234
506			+ # 0 1 2
507			+ # \|-------------\|\|------\|
508			+ if (substr($s, 0, 2) eq '@4') {
509			+ my $ts = hex(substr($s, 2, 15));
510			+ $s = strftime('%Y-%m-%d %H:%M:%S', gmtime($ts));
511			+ }
512			+ return $s;
513			+}
514			+
515			+#
516			+# Return difference in seconds
517			+#
518			+sub tai64diff
519			+{
520			+ my ($s1, $s2) = @_;
521			+
522			+ # @400000003f6c7bc5253bf98c
523			+ # 0123456789012345678901234
524			+ # 0 1 2
525			+ # \|-------------\|\|------\|
526			+ if (substr($s1, 0, 2) eq '@4' and substr($s2, 0, 2) eq '@4')
527			+ {
528			+ my $ts1 = hex(substr($s1, 2, 15));
529			+ my $ts2 = hex(substr($s2, 2, 15));
530			+ return $ts1 - $ts2;
531			+ }
532			+ else
533			+ {
534			+ return 0;
535			+ }
536			+}
537			+
538			+
539			+#
540			+# Return an english phrase representing a number of seconds
541			+#
542			+sub seconds_to_days
543			+{
544			+ my ($secs) = @_;
545			+
546			+ my $phrase = sprintf "%d days, ", ($secs / 86400);
547			+ $secs %= 86400;
548			+ $phrase .= sprintf "%d hours, ", ($secs / 3600);
549			+ $secs %= 3600;
550			+ $phrase .= sprintf "%d mins, %d secs", ($secs / 60), ($secs % 60);
551			+}
552			+