[Fedora-directory-commits] ldapserver/ldap/admin/src/scripts repl-monitor.pl.in, NONE, 1.1 repl-monitor.pl, 1.2, NONE
Nathan Kinder
nkinder at fedoraproject.org
Fri Dec 12 20:36:02 UTC 2008
Author: nkinder
Update of /cvs/dirsec/ldapserver/ldap/admin/src/scripts
In directory cvs1.fedora.phx.redhat.com:/tmp/cvs-serv14514
Added Files:
repl-monitor.pl.in
Removed Files:
repl-monitor.pl
Log Message:
Resolves: 250535
Summary: Make repl-monitor.pl a template to pass in correct perl environment.
--- NEW FILE repl-monitor.pl.in ---
#!@perlexec@
# BEGIN COPYRIGHT BLOCK
# This Program is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the Free Software
# Foundation; version 2 of the License.
#
# This Program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. 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., 59 Temple
# Place, Suite 330, Boston, MA 02111-1307 USA.
#
# In addition, as a special exception, Red Hat, Inc. gives You the additional
# right to link the code of this Program with code not covered under the GNU
# General Public License ("Non-GPL Code") and to distribute linked combinations
# including the two, subject to the limitations in this paragraph. Non-GPL Code
# permitted under this exception must only link to the code of this Program
# through those well defined interfaces identified in the file named EXCEPTION
# found in the source code files (the "Approved Interfaces"). The files of
# Non-GPL Code may instantiate templates or use macros or inline functions from
# the Approved Interfaces without causing the resulting work to be covered by
# the GNU General Public License. Only Red Hat, Inc. may make changes or
# additions to the list of Approved Interfaces. You must obey the GNU General
# Public License in all respects for all of the Program code and other code used
# in conjunction with the Program except the Non-GPL Code covered by this
# exception. If you modify this file, you may extend this exception to your
# version of the file, but you are not obligated to do so. If you do not wish to
# provide this exception without modification, you must delete this exception
# statement from your version and license this file solely under the GPL without
# exception.
#
#
# Copyright (C) 2001 Sun Microsystems, Inc. Used by permission.
# Copyright (C) 2007 Red Hat, Inc.
# All rights reserved.
# END COPYRIGHT BLOCK
##############################################################################
#
# FILE: repl-monitor.pl
#
# SYNOPSIS:
# repl-monitor.pl -f configuration-file [-h host] [-p port] [-r]
# [-u refresh-url] [-t refresh-interval]
#
# repl-monitor.pl -v
#
# DESCRIPTION:
# Given an LDAP replication "supplier" server, crawl over all the ldap
# servers via direct or indirect replication agreements.
# For each master replica discovered, display the maxcsn of the master
# and the replication status of all its lower level replicas.
# All output is in HTML.
#
# OPTIONS:
# -f configuration-file
# The configuration file contains the sections for the connection
# parameters, the server alias, and the thresholds for different colors
# when display the time lags between consumers and master.
# If the Admin Server is running on Windows, the configuration-file
# name may have format "D:/opt/replmon.conf".
#
# The connection parameter section consists of the section name
# followed by one of more connection parameter entries:
#
# [connection]
# host:port:binddn:bindpwd:bindcert
# host:port=shadowport:binddn:bindpwd:bindcert
# ...
#
# where host:port default (*:*) to that in a replication agreement,
# binddn default (*) to "cn=Directory Manager", and bindcert is the
# pathname of cert db if you want the script to connect to the server
# via SSL. If bindcert is omitted, the connection will be simple
# bind.
# "port=shadowport" means to use shadowport instead of port if port
# is specified in the replication agreement. This is useful when
# for example, ssl port is specified in a replication agreement,
# but you can't access the cert db from the machine where this
# script is running. So you could let the script to map the ssl
# port to a non-ssl port and use the simple bind.
#
# A server may have a dedicated or a share entry in the connection
# section. The script will find out the most matched entry for a given
# server. For example, if all the ldap servers except host1 share the
# same binddn and bindpassword, the connection section then just need
# two entries:
#
# [connection]
# *:*:binddn:bindpassword:
# host1:*:binddn:bindpassword:
#
# If a host:port is assigned an alias, then the alias instead of
# host:port will be displayed in The output file. Each host:port
# can have only one alias. But each alias may be used by more than
# one host:port.
#
# [alias]
# alias = host:port
# ...
#
# CSN time lags between masters and consumers might be displayed in
# different colors based on their range. The thresholds for different
# colors may be specified in color section:
#
# [color]
# lowmark (in minutes) = color
# ...
#
# If the color section or color entry is missing, the default color
# set is: green for [0-5) minutes lag, yellow [5-60), and red 60 and more.
#
# -h host
# Initial replication supplier's host. Default to the current host.
#
# -p port
# Initial replication supplier's port. Default to 389.
#
# -r If specified, -r causes the routine to be entered without printing
# HTML header information. This is suitable when making multiple calls
# to this routine (e.g. when specifying multiple, different, "unrelated"
# supplier servers) and expecting a single HTML output.
#
# -t refresh-interval
# Specify the refresh interval in seconds. This option has to be
# jointly used with option -u.
#
# -u refresh-url
# The output HTML file may invoke a CGI program periodically. If
# this CGI program in turn calls this script, the effect is that
# the output HTML file would automatically refresh itself. This
# is useful for continuing monitoring. See also option -t.
#
# -v Print out the version of this script
#
# DIAGNOSTICS:
# There are several ways to invoke this script if you got error
# "Can't locate Mozilla/LDAP/Conn.pm in @INC", or
# "usage: Undefined variable":
#
# 0. Prerequisite: NSPR, NSS, Mozilla LDAP C SDK, PerLDAP
#
# 1. Run this perl script via repl-monitor, which sets up LD_LIBRARY_PATH
# $ repl-monitor
#
# 2. If 1 does not work, try invoking this script as follows.
# Assuming <MYPERLDIR> contains Mozilla/LDAP:
# perl -I <MYPERLDIR> repl-monitor.pl
#
#############################################################################
# enable the use of our bundled perldap with our bundled ldapsdk libraries
# all of this nonsense can be omitted if the mozldapsdk and perldap are
# installed in the operating system locations (e.g. /usr/lib /usr/lib/perl5)
# this script is always invoked by repl-monitor-cgi.pl, which sets all of these
# If using this script standalone, be sure to set the shared lib path and
# the path to the perldap modules.
use lib qw(@perlpath@);
$usage = "\nusage: $0 -f configuration-file [-h host] [-p port] [-r] [-u refresh-url] [-t refresh-interval]\n\nor : $0 -v\n";
use Getopt::Std; # parse command line arguments
use Mozilla::LDAP::Conn; # LDAP module for Perl
use Mozilla::LDAP::Utils qw(normalizeDN); # LULU, utilities.
use Mozilla::LDAP::API qw(:api :ssl :apiv3 :constant); # Direct access to C API
use Time::Local; # to convert GMT Z strings to localtime
#
# Global variables
#
$product = "Directory Server Replication Monitor";
$version = "Version 1.0";
#
# ldap servers given or discovered from the replication agreements:
# @servers = (host:port=shadowport:binddn:password:cert_db)
#
# entries read from the connection section of the configuration file:
# @allconnections = (host:port=shadowport:binddn:password:cert_db)
#
# aliases of ldap servers read from the configuration file:
# %allaliases{$host:$port}= (alias)
#
# replicas discovered on all ldap servers
# @allreplicas = (server#:replicaroot:replicatype:serverid:replicadn)
#
# ruvs retrieved from all replicas
# @allruvs{replica#:masterid} = (rawcsn:decimalcsn;mon/day/year hh:mi:ss)
#
# agreements discovered on all ldap supplier servers:
# @allagreements = (supplier_replica#:consumer#:conntype:schedule:status)
# the array may take another format after the consumer replicas are located:
# @allagreements = (supplier_replica#:consumer_replica#:conntype:schedule:status)
#
#main
{
# turn off buffered I/O
$| = 1;
# Check for legal options
if (!getopts('h:p:f:ru:t:v')) {
print $usage;
exit -1;
}
if ($opt_v) {
print "$product - $version\n";
exit;
}
$interval = $opt_t;
$interval = 300 if ( !$interval || $interval <= 0 );
# Get current date/time
$nowraw = localtime();
($wday, $mm, $dd, $tt, $yy) = split(/ /, $nowraw);
$now = "$wday $mm $dd $yy $tt";
# if no -r (Reenter and skip html header), print html header
if (!$opt_r) {
# print the HTML header
&print_html_header;
} else {
# print separator for new replication set
print "<hr width=90% size=3><br>\n";
}
exit -1 if &validateArgs < 0;
exit if &read_cfg_file ($opt_f) < 0;
# Start with the given host and port
# The index names in %ld are defined in Mozilla::LDAP::Utils::ldapArgs()
&add_server ("$ld{host}:$ld{port}:$ld{bind}:$ld{pswd}:$ld{cert}");
$serveridx = 0;
while ($serveridx <= $#servers) {
if (&get_replicas ($serveridx) != 0 && $serveridx == 0) {
my ($host, $port, $binddn) = split (/:/, $servers[0]);
print("Login to $host:$port as \"$binddn\" failed\n");
exit;
}
$serveridx++;
}
&find_consumer_replicas;
&process_suppliers;
# All done! - well, for the current invokation only
# print "</body></html>\n";
exit;
}
sub validateArgs
{
my ($rc) = 0;
%ld = Mozilla::LDAP::Utils::ldapArgs();
if (!$opt_v && !$opt_f) {
print "<p>Error: Missing configuration file.\n";
print "<p>If you need help on the configuration file, Please go back and click the Help button.\n";
#print $usage; # Don't show usage in CGI
$rc = -1;
}
elsif (!$opt_h) {
chop ($ld{"host"} = `hostname`);
}
return $rc;
}
sub read_cfg_file
{
my ($fn) = @_;
unless (open(CFGFILEHANDLE, $fn)) {
print "<p>Error: Can't open \"$fn\": $!.\n";
print "<p>If you need help on the configuration file, Please go back and click the Help button.\n";
return -1;
}
$section = 0;
while (<CFGFILEHANDLE>) {
next if (/^\s*\#/ || /^\s*$/);
chop ($_);
if (m/^\[(.*)\]/) {
$section = $1;
}
else {
if ( $section =~ /conn/i ) {
push (@allconnections, $_);
}
elsif ( $section =~ /alias/i ) {
m/^\s*(\S.*)\s*=\s*(\S+)/;
$allaliases {$2} = $1;
}
elsif ( $section =~ /color/i ) {
m/^\s*(-?\d+)\s*=\s*(\S+)/;
$allcolors {$1} = $2;
}
}
}
if ( ! keys (%allcolors) ) {
$allcolors {0} = "#ccffcc"; #apple green
$allcolors {5} = "#ffffcc"; #cream yellow
$allcolors {60} = "#ffcccc"; #pale pink
}
@colorkeys = sort (keys (%allcolors));
close (CFGFILEHANDLE);
return 0;
}
sub get_replicas
{
my ($serveridx) = @_;
my ($conn, $host, $port, $shadowport, $binddn, $bindpwd, $bindcert);
my ($others);
my ($replica, $replicadn);
my ($ruv, $replicaroot, $replicatype, $serverid, $masterid, $maxcsn);
my ($type, $flag, $i);
my ($myridx, $ridx, $cidx);
#
# Bind to the server
#
($host, $port, $binddn, $bindpwd, $bindcert) = split (/:/, "$servers[$serveridx]", 5);
($port, $shadowport) = split (/=/, $port);
$shadowport = $port if !$shadowport;
$conn = new Mozilla::LDAP::Conn ($host, $shadowport, "$binddn", $bindpwd, $bindcert);
return -1 if (!$conn);
#
# Get all the replica on the server
#
$myridx = $#allreplicas + 1;
$replica = $conn->search ("cn=mapping tree,cn=config",
"sub",
"(objectClass=nsDS5Replica)", 0,
qw(nsDS5ReplicaRoot nsDS5ReplicaType nsDS5Flags nsDS5ReplicaId));
while ($replica) {
$replicadn = $replica->getDN;
$replicaroot = normalizeDN ($replica->{nsDS5ReplicaRoot}[0]);
$type = $replica->{nsDS5ReplicaType}[0];
$flag = $replica->{nsDS5Flags}[0];
$serverid = $replica->{nsDS5ReplicaId}[0];
# flag = 0: change log is not created
# type = 2: read only replica
# type = 3: updatable replica
$replicatype = $flag == 0 ? "consumer" : ($type == 2 ? "hub" : "master");
push (@allreplicas, "$serveridx:$replicaroot:$replicatype:$serverid:$replicadn");
$replica = $conn->nextEntry ();
}
#
# Get ruv for each replica
#
for ($ridx = $myridx; $ridx <= $#allreplicas; $ridx++) {
$replicaroot = $1 if ($allreplicas[$ridx] =~ /^\d+:([^:]*)/);
# do a one level search with nsuniqueid in the filter - this will force the use of the
# nsuniqueid index instead of the entry dn index, which seems to be unreliable in
# heavily loaded servers
$ruv = $conn->search($replicaroot, "one",
"(&(nsuniqueid=ffffffff-ffffffff-ffffffff-ffffffff)(objectClass=nsTombstone))",
0, qw(nsds50ruv nsruvReplicaLastModified));
next if !$ruv; # this should be an error case . . .
for ($ruv->getValues('nsds50ruv')) {
if (m/\{replica\s+(\d+).+?\}\s*\S+\s*(\S+)/i) {
$masterid = $1;
$maxcsn = &to_decimal_csn ($2);
$allruvs {"$ridx:$masterid"} = "$2:$maxcsn";
}
}
for ($ruv->getValues('nsruvReplicaLastModified')) {
if (m/\{replica\s+(\d+).+?\}\s*(\S+)/i) {
$masterid = $1;
$lastmodifiedat = hex($2);
my ($sec, $min, $hour, $mday, $mon, $year) = localtime ($lastmodifiedat);
$mon++;
$year += 1900;
$hour = "0".$hour if ($hour < 10);
$min = "0".$min if ($min < 10);
$sec = "0".$sec if ($sec < 10);
$allruvs {"$ridx:$masterid"} .= ";$mon/$mday/$year $hour:$min:$sec";
}
}
}
#
# Get all agreements for each supplier replica
#
for ($ridx = $myridx; $ridx <= $#allreplicas; $ridx++) {
$_ = $allreplicas[$ridx];
# Skip consumers
next if m/:consumer:/i;
m/:([^:]*)$/;
$replicadn = $1;
my @attrlist = qw(cn nsds5BeginReplicaRefresh nsds5replicaUpdateInProgress
nsds5ReplicaLastInitStatus nsds5ReplicaLastInitStart
nsds5ReplicaLastInitEnd nsds5replicaReapActive
nsds5replicaLastUpdateStart nsds5replicaLastUpdateEnd
nsds5replicaChangesSentSinceStartup nsds5replicaLastUpdateStatus
nsds5ReplicaHost
nsds5ReplicaPort nsDS5ReplicaBindMethod nsds5ReplicaUpdateSchedule);
$agreement = $conn->search("$replicadn", "sub", "(objectClass=nsDS5ReplicationAgreement)",
0, @attrlist);
while ($agreement) {
my %agmt = ();
# Push consumer to server stack if we have not already
$host = ($agreement->getValues('nsDS5ReplicaHost'))[0];
$port = ($agreement->getValues('nsDS5ReplicaPort'))[0];
$cidx = &add_server ("$host:$port");
for (@attrlist) {
$agmt{$_} = ($agreement->getValues($_))[0];
}
if ($agmt{nsDS5ReplicaBindMethod} =~ /simple/i) {
$agmt{nsDS5ReplicaBindMethod} = 'n';
}
if (!$agmt{nsds5ReplicaUpdateSchedule} ||
($agmt{nsds5ReplicaUpdateSchedule} eq '0000-2359 0123456') ||
($agmt{nsds5ReplicaUpdateSchedule} eq '*') ||
($agmt{nsds5ReplicaUpdateSchedule} eq '* *')) {
$agmt{nsds5ReplicaUpdateSchedule} = 'always in sync';
}
$agmt{ridx} = $ridx;
$agmt{cidx} = $cidx;
push @allagreements, \%agmt;
$agreement = $conn->nextEntry ();
}
}
$conn->close;
return 0;
}
#
# Initially, the agreements have consumer host:port info instead of
# replica info. This routine will find the consumer replica info
#
sub find_consumer_replicas
{
my ($m_ridx); # index of master's replica
my ($s_ridx); # index of supplier's replica
my ($c_ridx); # index of consumer's replica
my ($c_sidx); # index of consumer server
my ($remainder); #
my ($s_replicaroot); # supplier replica root
my ($c_replicaroot); # consumer replica root
my ($j, $val);
#
# Loop through every agreement defined on the current supplier replica
#
foreach (@allagreements) {
$s_ridx = $_->{ridx};
$c_sidx = $_->{cidx};
$s_replicaroot = $1 if ($allreplicas[$s_ridx] =~ /^\d+:([^:]*)/);
$c_replicaroot = "";
# $c_ridx will be assigned to -$c_sidx
# if the condumer is not accessible
# $c_sidx will not be zero since it's
# not the first server.
$c_ridx = -$c_sidx; # $c_sidx will not be zero
# Loop through consumer's replicas and find
# the counter part for the current supplier
# replica
for ($j = 0; $j <= $#allreplicas; $j++) {
# Get a replica on consumer
# I'm not sure what's going on here, but possibly could be made
# much simpler with normalizeDN and/or ldap_explode_dn
if ($allreplicas[$j] =~ /^$c_sidx:([^:]*)/) {
$val = $1;
# We need to find out the consumer
# replica that matches the supplier
# replicaroot most.
if ($s_replicaroot =~ /^.*$val$/i &&
length ($val) >= length ($c_replicaroot)) {
$c_ridx = $j;
# Avoid case-sensitive comparison
last if (length($s_replicaroot) == length($val));
$c_replicaroot = $val;
}
}
}
$_->{ridx} = $s_ridx;
$_->{cidx} = $c_ridx;
}
}
sub process_suppliers
{
my ($ridx, $mid, $maxcsn);
$mid = "";
$last_sidx = -1; # global variable for print html page
for ($ridx = 0; $ridx <= $#allreplicas; $ridx++) {
# Skip consumers and hubs
next if $allreplicas[$ridx] !~ /:master:(\d+):/i;
$mid = $1;
# Skip replicas without agreements defined yet
next if (! grep {$_->{ridx} == $ridx} @allagreements);
$maxcsn = &print_master_header ($ridx, $mid);
if ( "$maxcsn" != "none" ) {
&print_consumer_header ();
&print_consumers ($ridx, $mid);
}
&print_supplier_end;
}
if ($mid eq "") {
print "<p>The server is not a master or it has no replication agreement\n";
}
}
sub print_master_header
{
my ($ridx, $mid) = @_;
my ($myruv) = $allruvs {"$ridx:$mid"};
my ($maxcsnval) = split ( /;/, "$myruv" );
my ($maxcsn) = &to_string_csn ($maxcsnval);
my ($sidx, $replicaroot, $replicatype, $serverid) = split (/:/, $allreplicas[$ridx]);
# Print the master name
if ( $last_sidx != $sidx ) {
my ($ldapurl) = &get_ldap_url ($sidx, $sidx);
&print_legend if ( $last_sidx < 0);
print "<p><p><hr><p>\n";
print "\n<p><center class=page-subtitle><font color=#0099cc>\n";
print "Master:  $ldapurl</center>\n";
$last_sidx = $sidx;
}
# Print the current replica info onthe master
print "\n<p><table border=0 cellspacing=1 cellpadding=6 cols=10 width=100% class=bgColor9>\n";
print "\n<tr><td colspan=10><center>\n";
print "<font class=areatitle>Replica ID: </font>";
print "<font class=text28>$serverid</font>\n";
print "<font class=areatitle>Replica Root: </font>";
print "<font class=text28>$replicaroot</font>\n";
print "<font class=areatitle>Max CSN: </font>";
print "<font class=text28>$maxcsn</font>\n";
return $maxcsn;
}
sub print_consumer_header
{
#Print the header of consumer
print "\n<tr class=bgColor16>\n";
print "<th nowrap>Receiver</th>\n";
print "<th nowrap>Time Lag</th>\n";
print "<th nowrap>Max CSN</th>\n";
print "<th nowrap>Last Modify Time</th>\n";
print "<th nowrap>Supplier</th>\n";
print "<th nowrap>Sent/Skipped</th>\n";
print "<th nowrap>Update Status</th>\n";
print "<th nowrap>Update Started</th>\n";
print "<th nowrap>Update Ended</th>\n";
print "<th nowrap colspan=2>Schedule</th>\n";
print "<th nowrap>SSL?</th>\n";
print "</tr>\n";
}
sub print_consumers
{
my ($m_ridx, $mid) = @_;
my ($ignore, $m_replicaroot) = split (/:/, $allreplicas[$m_ridx]);
my (@consumers, @ouragreements, @myagreements);
my ($s_ridx, $c_ridx, $conntype, $schedule, $status);
my ($c_maxcsn_str, $lag, $markcolor);
my ($c_replicaroot, $c_replicatype);
my ($first_entry);
my ($nrows);
my ($found);
undef @ouragreements;
# Collect all the consumer replicas for the current master replica
push (@consumers, $m_ridx);
foreach (@consumers) {
$s_ridx = $_;
for (@allagreements) {
next if ($_->{ridx} != $s_ridx);
$c_ridx = $_->{cidx};
next if $c_ridx == $m_ridx;
push @ouragreements, $_;
$found = 0;
foreach (@consumers) {
if ($_ == $c_ridx) {
$found = 1;
last;
}
}
push (@consumers, $c_ridx) if !$found;
}
}
# Print each consumer replica
my ($myruv) = $allruvs {"$m_ridx:$mid"};
my ($m_maxcsn) = split ( /;/, "$myruv" );
foreach (@consumers) {
$c_ridx = $_;
next if $c_ridx == $m_ridx;
if ($c_ridx >= 0) {
$myruv = $allruvs {"$c_ridx:$mid"};
($c_maxcsn, $c_lastmodified) = split ( /;/, "$myruv" );
($c_maxcsn_str, $lag, $markcolor) = &cacl_time_lag ($m_maxcsn, $c_maxcsn);
$c_maxcsn_str =~ s/ /\<br\>/;
($c_sidx, $c_replicaroot, $c_replicatype) = split (/:/, $allreplicas[$c_ridx]);
$c_replicaroot = "same as master" if $m_replicaroot eq $c_replicaroot;
}
else {
# $c_ridx is actually -$c_sidx when c is not available
$c_sidx = -$c_ridx;
$c_maxcsn_str = "_";
$lag = "n/a";
$markcolor = red;
$c_replicaroot = "_";
$c_replicatype = "_";
}
$nrows = 0;
foreach (@ouragreements) {
next if ($_->{cidx} != $c_ridx);
$nrows++;
}
$first_entry = 1;
foreach (@ouragreements) {
next if ($_->{cidx} != $c_ridx);
$s_ridx = $_->{ridx};
$conntype = $_->{nsDS5ReplicaBindMethod};
$status = $_->{nsds5replicaLastUpdateStatus};
$schedule = $_->{nsds5ReplicaUpdateSchedule};
$s_sidx = $1 if $allreplicas [$s_ridx] =~ /^(\d+):/;
$s_ldapurl = &get_ldap_url ($s_sidx, "n/a");
# Print out the consumer's replica and ruvs
print "\n<tr class=bgColor13>\n";
if ($first_entry) {
$first_entry = 0;
$c_ldapurl = &get_ldap_url ($c_sidx, $conntype);
print "<td rowspan=$nrows width=5% class=bgColor5>$c_ldapurl<BR>Type: $c_replicatype</td>\n";
print "<td rowspan=$nrows width=5% nowrap bgcolor=$markcolor><center>$lag</center></td>\n";
print "<td rowspan=$nrows width=15% nowrap>$c_maxcsn_str</td>\n";
print "<td rowspan=$nrows width=15% nowrap>$c_lastmodified</td>\n";
}
print "<td width=5% nowrap><center>$s_ldapurl</center></td>\n";
my $changecount = $_->{nsds5replicaChangesSentSinceStartup};
if ( $changecount =~ /^$mid:(\d+)\/(\d+) / || $changecount =~ / $mid:(\d+)\/(\d+) / ) {
$changecount = "$1 / $2";
}
elsif ( $changecount =~ /^(\d+)$/ ) {
$changecount = $changecount . " / " . "$_->{nsds5replicaChangesSkippedSinceStartup}";
}
else {
$changecount = "0 / 0";
}
print "<td width=3% nowrap>$changecount</td>\n";
my $redfontstart = "";
my $redfontend = "";
if ($status =~ /error/i) {
$redfontstart = "<font color='red'>";
$redfontend = "</font>";
}
elsif ($status =~ /^(\d+) /) {
if ( $1 != 0 ) {
# warning
$redfontstart = "<font color='#FF7777'>";
$redfontend = "</font>";
}
}
print "<td width=20% nowrap>$redfontstart$status$redfontend</td>\n";
print "<td nowrap>", &format_z_time($_->{nsds5replicaLastUpdateStart}), "</td>\n";
print "<td nowrap>", &format_z_time($_->{nsds5replicaLastUpdateEnd}), "</td>\n";
if ( $schedule =~ /always/i ) {
print "<td colspan=2 width=10% nowrap>$schedule</td>\n";
}
else {
my ($ndays, @days);
$schedule =~ /(\d\d)(\d\d)-(\d\d)(\d\d) (\d+)/;
print "<td width=10% nowrap>$1:$2-$3:$4</td>\n";
$ndays = $5;
$ndays =~ s/(\d)/$1,/g;
@days = (Sun,Mon,Tue,Wed,Thu,Fri,Sat)[eval $ndays];
print "<td width=10% nowrap>@days</td>\n";
}
print "<td width=3% nowrap class=bgColor5>$conntype</td>\n";
}
}
}
sub cacl_time_lag
{
my ($s_maxcsn, $c_maxcsn) = @_;
my ($markcolor);
my ($csn_str);
my ($s_tm, $c_tm, $lag_tm, $lag_str, $hours, $minute);
$csn_str = &to_string_csn ($c_maxcsn);
if ($s_maxcsn && !$c_maxcsn) {
$lag_str = "- ?:??:??";
$markcolor = &get_color (36000); # assume consumer has big latency
}
elsif (!$s_maxcsn && $c_maxcsn) {
$lag_str = "+ ?:??:??";
$markcolor = &get_color (1); # consumer is ahead of supplier
}
elsif ($s_maxcsn le $c_maxcsn) {
$lag_str = "0:00:00";
$markcolor = &get_color (0);
}
else {
my ($rawcsn, $decimalcsn) = split (/:/, $s_maxcsn);
($s_tm) = split(/ /, $decimalcsn);
($rawcsn, $decimalcsn) = split (/:/, $c_maxcsn);
($c_tm) = split(/ /, $decimalcsn);
if ($s_tm > $c_tm) {
$lag_tm = $s_tm - $c_tm;
$lag_str = "- ";
$markcolor = &get_color ($lag_tm);
}
else {
$lag_tm = $c_tm - $s_tm;
$lag_str = "+ ";
$markcolor = $allcolors{ $colorkeys[0] }; # no delay
}
$hours = int ($lag_tm / 3600);
$lag_str .= "$hours:";
$lag_tm = $lag_tm % 3600;
$minutes = int ($lag_tm / 60);
$minutes = "0".$minutes if ($minutes < 10);
$lag_str .= "$minutes:";
$lag_tm = $lag_tm % 60;
$lag_tm = "0".$lag_tm if ($lag_tm < 10);
$lag_str .= "$lag_tm";
}
return ($csn_str, $lag_str, $markcolor);
}
#
# The subroutine would append a new entry to the end of
# @servers if the host and port are new to @servers.
#
sub add_server
{
my ($host, $port, $binddn, $bindpwd, $bindcert) = split (/:/, "@_");
my ($shadowport) = $port;
my ($domainpattern) = '\.[^:]+';
my ($i);
# Remove the domain name from the host name
my ($hostnode) = $host;
$hostnode = $1 if $host =~ /^(\w+)\./;
# new host:port
if ($binddn eq "" || $bindpwd eq "" && $bindcert eq "") {
#
# Look up connection parameter in the order of
# host:port
# host:*
# *:port
# *:*
#
my (@myconfig, $h, $p, $d, $w, $c);
(@myconfig = grep (/^$hostnode($domainpattern)*:$port\D/i, @allconnections)) ||
(@myconfig = grep (/^$hostnode($domainpattern)*:\*:/i, @allconnections)) ||
(@myconfig = grep (/^\*:$port\D/, @allconnections)) ||
(@myconfig = grep (/^\*:\*\D/, @allconnections));
if ($#myconfig >= 0) {
($h, $p, $d, $w, $c) = split (/:/, $myconfig[0]);
($p, $shadowport) = split (/=/, $p);
$p = "" if $p eq "*";
$c = "" if $c eq "*";
}
if ($binddn eq "" || $binddn eq "*") {
if ($d eq "" || $d eq "*") {
$binddn = "cn=Directory Manager";
}
else {
$binddn = $d;
}
}
$bindpwd = $w if ($bindpwd eq "" || $bindpwd eq "*");
$bindcert = $c if ($bindcert eq "" || $bindcert eq "*");
}
for ($i = 0; $i <= $#servers; $i++) {
return $i if ($servers[$i] =~ /$hostnode($domainpattern)*:\d*=$shadowport\D/i);
}
if ($shadowport) {
push (@servers, "$host:$port=$shadowport:$binddn:$bindpwd:$bindcert");
} else {
push (@servers, "$host:$port:$binddn:$bindpwd:$bindcert");
}
return $i;
}
sub get_ldap_url
{
my ($sidx, $conntype) = @_;
my ($host, $port) = split(/:/, $servers[$sidx]);
my ($shadowport);
($port, $shadowport) = split (/=/, $port);
my ($protocol, $ldapurl);
if ($port eq 636 && $conntype eq "0" || $conntype =~ /SSL/i) {
$protocol = ldaps;
}
else {
$protocol = ldap;
}
my ($instance) = $allaliases { "$host:$port" };
$instance = "$host:$port" if !$instance;
if ($conntype eq "n/a") {
$ldapurl = $instance;
}
else {
$ldapurl = "<a href=\"$protocol://$host:$port/\">$instance</a>";
}
return $ldapurl;
}
sub to_decimal_csn
{
my ($maxcsn) = @_;
if (!$maxcsn || $maxcsn eq "") {
return "none";
}
my ($tm, $seq, $masterid, $subseq) = unpack("a8 a4 a4 a4", $maxcsn);
$tm = hex($tm);
$seq = hex($seq);
$masterid = hex($masterid);
$subseq = hex($subseq);
return "$tm $seq $masterid $subseq";
}
sub to_string_csn
{
my ($rawcsn, $decimalcsn) = split(/:/, "@_");
if (!$rawcsn || $rawcsn eq "") {
return "none";
}
my ($tm, $seq, $masterid, $subseq) = split(/ /, $decimalcsn);
my ($sec, $min, $hour, $mday, $mon, $year) = localtime($tm);
$mon++;
$year += 1900;
foreach ($sec, $min, $hour, $mday, $mon) {
$_ = "0".$_ if ($_ < 10);
}
my ($csnstr) = "$mon/$mday/$year $hour:$min:$sec";
$csnstr .= " $seq $subseq" if ( $seq != 0 || $subseq != 0 );
return "$rawcsn ($csnstr)";
}
sub get_color
{
my ($lag_minute) = @_;
$lag_minute /= 60;
my ($color) = $allcolors { $colorkeys[0] };
foreach (@colorkeys) {
last if ($lag_minute < $_);
$color = $allcolors {$_};
}
return $color;
}
# subroutine to remove escaped encoding
sub unescape
{
#my ($_) = @_;
tr/+/ /;
s/%(..)/pack("c",hex($1))/ge;
$_;
}
sub print_html_header
{
# print the HTML header
print "Content-type: text/html\n\n";
print "<!DOCTYPE HTML PUBLIC \"-//W3C//DTD HTML 3.2//EN\"><html>\n";
print "<head><title>Replication Status</title>\n";
# print "<link type=text/css rel=stylesheet href=\"master-style.css\">\n";
print "<style text/css>\n";
print "Body, p, table, td, ul, li {color: #000000; font-family: Arial, Helvetica, sans-serif; font-size: 12px;}\n";
print "A {color:blue; text-decoration: none;}\n";
print "BODY {font-family: arial, helvetica, sans-serif}\n";
print "P {font-family: arial, helvetica, sans-serif}\n";
print "TH {font-weight: bold; font-family: arial, helvetica, sans-serif}\n";
print "TD {font-family: arial, helvetica, sans-serif}\n";
print ".bgColor1 {background-color: #003366;}\n";
print ".bgColor4 {background-color: #cccccc;}\n";
print ".bgColor5 {background-color: #999999;}\n";
print ".bgColor9 {background-color: #336699;}\n";
print ".bgColor13 {background-color: #ffffff;}\n";
print ".bgColor16 {background-color: #6699cc;}\n";
print ".text8 {color: #0099cc; font-size: 11px; font-weight: bold;}\n";
print ".text28 {color: #ffcc33; font-size: 12px; font-weight: bold;}\n";
print ".areatitle {font-weight: bold; color: #ffffff; font-family: arial, helvetica, sans-serif}\n";
print ".page-title {font-weight: bold; font-size: larger; font-family: arial, helvetica, sans-serif}\n";
print ".page-subtitle {font-weight: bold; font-family: arial, helvetica, sans-serif}\n";
print "</style></head>\n<body class=bgColor4>\n";
if ($opt_u) {
print "<meta http-equiv=refresh content=$interval; URL=$opt_u>\n";
}
print "<table border=0 cellspacing=0 cellpadding=10 width=100% class=bgColor1>\n";
print "<tr><td><font class=text8>$now</font></td>\n";
print "<td align=center class=page-title><font color=#0099CC>";
print "Directory Server Replication Status</font>\n";
if ($opt_u) {
print "<br><font class=text8>(This page updates every $interval seconds)</font>\n";
}
print "</td><td align=right valign=center width=25%><font class=text8>$version";
print "</font></td></table>\n";
}
sub print_legend
{
my ($nlegends) = $#colorkeys + 1;
print "\n<center><p><font class=page-subtitle color=#0099cc>Time Lag Legend:</font><p>\n";
print "<table cellpadding=6 cols=$nlegends width=40%>\n<tr>\n";
my ($i, $j);
for ($i = 0; $i < $nlegends - 1; $i++) {
$j = $colorkeys[$i];
print "\n<td bgcolor=$allcolors{$j}><center>within $colorkeys[$i+1] min</center></td>\n";
}
$j = $colorkeys[$i];
print "\n<td bgcolor=$allcolors{$j}><center>over $colorkeys[$i] min</center></td>\n";
print "\n<td bgcolor=red><center>server n/a</center></td>\n";
print "</table></center>\n";
}
sub print_supplier_end
{
print "</table>\n";
}
# given a string in generalized time format, convert to ascii time
sub format_z_time
{
my $zstr = shift;
return "n/a" if (! $zstr);
my ($year, $mon, $day, $hour, $min, $sec) =
($zstr =~ /(\d{4})(\d{2})(\d{2})(\d{2})(\d{2})(\d{2})/);
my $time = timegm($sec, $min, $hour, $day, ($mon-1), $year);
($sec, $min, $hour, $day, $mon, $year) = localtime($time);
$mon++;
$year += 1900;
foreach ($sec, $min, $hour, $day, $mon) {
$_ = "0".$_ if ($_ < 10);
}
return "$mon/$day/$year $hour:$min:$sec";
}
--- repl-monitor.pl DELETED ---
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