This is Gentoo's testing wiki. It is a non-operational environment and its textual content is outdated.
Please visit our production wiki at https://wiki.gentoo.org
Icinga
Introduction
Icinga is a fork of Nagios and is an extremely capable monitoring system. Installation of the basic system is pretty easy but there are lots of really useful add ons. This howto provides a copy n pastable install for many of those addons and integration.
Add hosts and service checks into Icinga itself is not covered but at the end of this install you will have pretty much all the components you could need. Fight with the usage rather than the install.
To make the most of this howto, ensure that the "you should be able to ..." steps actually work before progressing to the next bit. This system is huge and it is easy to get lost.
Prerequisites
This Howto assumes the following are up and running. Here I use a single vhost configuration file which is made up from all the various module definitions plus a few extras. If you prefer you should be able to follow the modular approach which is the proper Gentoo way.
- Install Apache including a method of authentication, and ideally SSL encryption
- Disable the default vhosts in /etc/conf.d/apache2
- Create a separate vhost in /etc/apache2/vhosts.d/ (see below for a sample config file)
- Install MySQL, with phpmyadmin (always handy) and a root password configured
- Consider using my package.use (see below) to get workable USE flags
Installation and configuration
- Install net-analyzer/icinga 1.10.2
- Add some extras:
- net-analyzer/nagios-check_ipmi_sensor
- net-analyzer/nagios-check_mysql_health
- sys-power/apcupsd nls -cgi -gnome -snmp -usb (this failed to compile for me unless I disabled some USE flags)
- net-analyzer/nagios-plugins-snmp
- Add the apache user to the icinga group and restart Apache:
root #
usermod -G icinga apache
root #
/etc/init.d/apache2 restart
- Amend the CGI configuration as required. Replace all occurrences of "icingaadmin" in the permission settings with a valid user that the web server authenticates or * which means any authenticated user.
lowercase_user_name=1 first_day_of_week=1 date_format=euro
- Start the daemon
root #
/etc/init.d/icinga start
- At this point Icinga should be up and running and the web interface should be usable at https://monitor.example.co.uk/icinga. The localhost should be monitored and probably showing an error for the http service (its switched off - we are only using https here).
Some of the Python plugins may need their #! lines changing to force /usr/bin/python2.7 if you have 3.x enabled
IDOUtils
- Setup the IDO related config
root #
cd /etc/icinga
root #
cp ido2db.cfg-sample ido2db.cfg
root #
cp idomod.cfg-sample idomod.cfg
root #
chown icinga:icinga ido*
root #
cd modules
root #
cp idoutils.cfg-sample idoutils.cfg
root #
chown icinga:icinga ido*
- Create the DB. The root password is echoed to the screen so watch out for shoulder surfers. A log file is spat out at the end.
root #
cd /usr/share/icinga/contrib/db/scripts
root #
sh create_mysqldb.sh
- Start daemons (The Icinga service will startup ico2db itself)
root #
/etc/init.d/icinga restart
- Check /var/log/icinga.log that IDO is happy
- Add to default run level
root #
rc-update add ido2db
root #
rc-update add icinga
Icinga-web
- net-analyzer/icinga-web 1.9.0 USE="apache2 mysql pnp -postgres"
- rrdtool may need media-fonts/dejavu installing
- Create Database
root #
echo "CREATE DATABASE icinga_web;" | mysql -p
root #
echo "GRANT SELECT,UPDATE,INSERT,DELETE ON icinga_web.* TO 'icinga_web'@'localhost' IDENTIFIED BY 'icinga_web';" | mysql -p
root #
echo "FLUSH PRIVILEGES;" | mysql -p
root #
cat /usr/share/icinga/icinga-web/contrib/mysql.sql | mysql icinga_web -p
- Change /etc/apache2/modules.d/00_default_settings.conf and set servertokens to Minimal and restart Apache
- Here we are using the web server to authenticate, so add this section to auth.xml. I put it after the default section. It seems to work fine but more research needed to find out exactly how it works.
<setting name="provider"> <ae:parameter name="http-basic-authentication"> <ae:parameter name="auth_create">true</ae:parameter> <ae:parameter name="auth_update">true</ae:parameter> </ae:parameter> </setting>
- At this point you should be able to point your browser at: https://monitor.example.co.uk/icinga-web, connect and see localhost being monitored. If there is no data in Icinga-Web then ensure that the ido2db service is running
Admin users
As we are using web server auth, then the root user becomes unavailable. Edit the database directly to enable another admin user:
- DB: icinga_web, Table: nsm_user. Find the user_id corresponding to the user to "upgrade"
- In the nsm_user_role table, add two additional entries for that user_id with role_id = 2 and 3
- Log the user out and in again and the admin menu should appear
To clear the Icinga-web cache:
root #
/usr/share/icinga/icinga-web/bin/clearcache.sh
WIP (from ebuild output): Please note that the magic_quotes_gpc setting must be disabled (in both apache and cli php.ini)
PNP4Nagios
The pnp USE flag for icinga-web pulls in PNP4nagios Bulk Mode with npcdmod - this means minimal extra configuration within Icinga. A module is loaded and that grads the process data and passes it to a daemon called npcd. npcd then proceesses that data and puts it into the rrds for the web interface
- Create rra config, no need to edit this, defaults are fine
root #
cd /etc/pnp/
root #
cp rra.cfg-sample rra.cfg
- Edit npcd config
# Changed from default (/var/lib/perfdata.dump) - JG 13 Aug 2013 perfdata_file = /var/spool/npcdmod/prefdata.dump
- Create a directory for npcdmod which runs from within Icinga to dump its data file into, npcd then gets data from there and processes it
root #
mkdir /var/spool/npcdmod/
root #
chown icinga:icinga /var/spool/npcdmod/
- Site local changes are made in config_local.php, leave all the other config files alone. On upgrades diff against them for any new parameters and add to the local config as needed. The ebuild correctly sets icinga perfdata but does not set nagios_base correctly
# Default was for Nagios JG 13 Aug 2013 $conf['nagios_base'] = "/icinga/cgi-bin";
- Create the PNP module configuration
define module{ module_name npcdmod module_type neb path /usr/lib/npcdmod.o args config_file=/etc/pnp/npcd.cfg }
- Amend icinga config to process prefdata
process_performance_data=1
- Setup the npcd service
root #
rc-update add npcd default
root #
/etc/init.d/npcd start
- Restart the icinga service to enable the module and start gathering data
root #
/etc/init.d/icinga restart
- Wait for a while for the graphs to be generated and start filling with data - this will take at least five minutes. You should see that npcd is mentioned in /var/log/icinga/icinga.log. Look for "npcdmod: Ready to run to have some fun!"
- Icinga-web: Expand the heading on a host or service (little blue square icon with an arrow) there should be a PNP section with links to the graphs.
- Icinga classic does not have built in support for PNP as such but the extra actions can be configured in a template for this which is not covered here.
Problem with Pango seemingly needing to access /root/? Do not try to chmod the path in the error to work around this fault. This manifests itself as a large dark red graph error.
A reboot, as previously mentioned, does not quite fix this (ie. the problem will return once you manually restart your webserver).
# use the fitting path as configured in /etc/passwd below: export HOME="/var/www/"
Restart the webserver after updating the file and pnp4nagios should run reliably from now on.
If you are using a webserver other than apache2 (nginx? lighttpd?), you will obviously have to adapt the paths and changes accordingly.
TODO - fix in webserver init-script may be needed
Debugging PNP
Debugging pnp can be hard. A script is available to help:
root #
cd /usr/src
root #
perl verify_pnp_config -c /etc/icinga/icinga.cfg -m npcdmod -p /etc/pnp/
I think that the script requires you to explicitly state the module using the broker_module parameter within the icinga.cfg, so you may have to convert back to that temporarily to run this test.
mk-livestatus
The Nagvis developers have deprecated using the ndomy driver and only recommend using mk-livestatus
- Create this module config file
define module{ module_name mklivestatus path /usr/lib/mk-livestatus/livestatus.o module_type neb args /var/lib/icinga/rw/live }
- Restart Icinga
root #
/etc/init.d/icinga restart
- Check /var/log/icinga/icinga.log for this: "livestatus: Finished initialization. Further log messages go to /var/log/icinga/livestatus.log"
Nagvis
Nagviz in Portage lags upstream quite badly - its the only package used here that does this. So I use a local ebuild. See below for how to create this. If Portage catches up then ignore that step and install directly.
- Create config from sample
root #
cp /etc/nagvis/nagvis.ini.php-sample /etc/nagvis/nagvis.ini.php
- Set some permissions
root #
chown apache /var/nagvis
root #
mkdir /etc/nagvis/profiles
root #
chown apache /etc/nagvis/profiles
- Edit config
; This will make new users into admins by default. Login with each user you want to be a manager and then revert it to Guests ; After that a manager can maintain the permissions from within the application ; See http://docs.nagvis.org/1.7/en_US/index.html logonmodule="LogonMixed" logonenvvar="REMOTE_USER" logonenvcreateuser="1" logonenvcreaterole=""Administrators" ; Disable the demo maps ;maps="demo-germany,demo-ham-racks,demo-load,demo-muc-srv1,demo-geomap,demo-automap" [paths] base="/usr/share/nagvis/" htmlbase="/nagvis" htmlcgi="/icinga/cgi-bin" [defaults] backend="live_1" [index] showrotations=0 [backend_live_1] backendtype="mklivestatus" socket="unix:/var/lib/icinga/rw/live"
- Remove demo data (put them somewhere for reference)
root #
mv /etc/nagvis/maps/*.cfg /tmp/
- Create a simple map - as you add systems to Icinga, this map will grow with it.
define global { object_id=0 sources=automap width=1440 height=950 iconset=std_medium render_mode=radial }
- Set permissions
root #
chown -r apache:apache /etc/nagvis/maps
- Test it - https://monitor.example.co.uk/nagvis. You should go straight though using web server authentication and become an admin. To reset the permissions, you can delete /etc/nagvis/auth.db - it will be recreated from scratch for you. Change logonenvcreaterole in nagvis.ini.cfg to change how future users will be created.
- Add a cronk to display Nagviz in icinga-web
<cronk name="iFrameViewNagvis"> <ae:parameter name="module">Cronks</ae:parameter> <ae:parameter name="action">System.IframeView</ae:parameter> <ae:parameter name="hide">false</ae:parameter> <ae:parameter name="description">Nagvis Maps views</ae:parameter> <ae:parameter name="name">Nagvis Display</ae:parameter> <ae:parameter name="image">cronks.Info2</ae:parameter> <ae:parameter name="categories">data</ae:parameter> <ae:parameter name="position">310</ae:parameter> <ae:parameter name="ae:parameter"> <ae:parameter name="url"><![CDATA[/nagvis/frontend/nagvis-js/]]></ae:parameter> <ae:parameter name="user">admin</ae:parameter> <ae:parameter name="password">admin</ae:parameter> </ae:parameter> </cronk>
- Clear the cache to enable the new cronk
root #
/usr/share/icinga/icinga-web/bin/clearcache.sh
Graphviz - This is pulled in further up the install. Make sure gts USE flag is switched on for triangulation library. This enables several of the layout algorithms.
Icinga Mobile
Work in progress
- Install a JVM first e.g. dev-java/oracle-jdk-bin
- Homepage: https://www.icinga.org/about/icinga-mobile/
root #
cd icinga-mobile
root #
autoconf
- Generate an API key in Icinga web
- Edit lib/Model/IcingaConfiguration.js and set the apikey
- Install the web app
root #
./configure --with-web-user=apache --with-web-group=apache --with-web-apache-path=/etc/apache2/modules.d --prefix=/usr/local/icinga-mobile
root #
make
root #
make install
root #
make install-apache-config
root #
/usr/bin/install -c -b -m 664 -o apache -g apache etc/apache/icinga-mobile.conf /etc/apache2/modules.d/icinga-mobile.conf
- Point your browser at https://monitor.example.co.uk/m
NagiosQL
- Download and untar source, patch with SP2.
- Move to /var/www/localhost/htdocs
- Symlink to ./nagiosql
- Set
date.timezone
in php.ini
[Date] date.timezone = Europe/London
- Create /etc/icinga/nagiosql and chown icinga:icinga and chmod g+s
- Temporary:
chown apache:apache /var/www/localhost/htdocs/nagiosql/config
- Run the setup wizard: https:// /nagiosql
- Set NagiosQL path values:
- Config: /etc/icinga/nagiosql and /etc/icinga
- Remove the install directory
- Temp disable the http -> https redirection so that you can login and amend the config, reload apache. You will need to amend the browser URL to set https: Administration -> Settings -> Server protocol -> https
- Put the redirector back and reload apache
- NagiosQL needs to write to this directory - this may need to be fixed every time Icinga is upgraded:
root #
chmod g+w /var/lib/icinga/spool/checkresults
- Change Icinga over to using the objects defined in NagiosQL in /etc/icinga/icinga.conf. Set this from within the web GUI itself: Administration -> Config Targets -> localhost
Notes
- Snags with Pango seemingly needing to access /root? - reboot fixes it! This manifests itself as graph errors when accessing PNP4Ngios pages
- Handy SQL - use in phpmyadmin:
- Find/Replace:
UPDATE `tbl_host` SET `alias` = REPLACE( `alias` , 'A string', 'Another string' )
- Embedded Perl (ePN). If you enable this note that Icinga prefers this to disable it (rather than nagios):
# icinga: -epn
Sample Apache configuration
The following sample Apache vhost configuration includes settings for mod_auth_kerb and SSL. Replace monitor and example.co.uk and make sure the SSLCert lines correspond to your environment. Note use of SetEnvIf to automatically "login" certain systems with a username where Kerberos fails - handy for automated systems to access this web server without having to be Kerberized. Replace the authentication settings in the Location / section for your environment.
APACHE2_OPTS="-D INFO -D SSL -D LANGUAGE -D PHP5 -D AUTH_KERB"
# Monitoring # JG 9 Aug 2013 Listen 443 <VirtualHost _default_:443> DocumentRoot "/var/www/localhost/htdocs" ServerName monitoring.example.co.uk:443 ServerAdmin admin@example.co.uk ErrorLog /var/log/apache2/mon_error_log TransferLog /var/log/apache2/mon_access_log SSLEngine on SSLHonorCipherOrder On SSLCipherSuite ECDHE-RSA-AES128-SHA256:AES128-GCM-SHA256:RC4:HIGH:!MD5:!aNULL:!EDH SSLCertificateFile /etc/apache2/ssl/server.crt SSLCertificateKeyFile /etc/apache2/ssl/server.key # Authorization/Authentication <Location /> AuthType Kerberos AuthName "Login" Krb5Keytab /etc/krb5.keytab KrbAuthRealms EXAMPLE.CO.UK KrbMethodNegotiate On KrbMethodK5Passwd On KrbServiceName HTTP/monitor@EXAMPLE.CO.UK Require valid-user Order allow,deny Allow from 127.0.0.1 Satisfy any SetEnvIf Remote_Addr 127\.0\.0\.1 REMOTE_USER=Mon </Location> <Directory "/var/www/localhost/htdocs"> Options Indexes FollowSymlinks AllowOverride All Order allow,deny Allow from all </Directory> ScriptAlias /cgi-bin/ "/var/www/localhost/cgi-bin/" <Directory "/var/www/localhost/cgi-bin"> AllowOverride None Options None Order allow,deny Allow from all </Directory> # Icinga ScriptAlias /icinga/cgi-bin/ /usr/lib/icinga/cgi-bin/ Alias /icinga /usr/share/icinga/htdocs <Directory "/usr/share/icinga/htdocs/"> Order allow,deny Allow from all </Directory> <Directory "/usr/lib/icinga/cgi-bin/"> Options ExecCGI Order allow,deny Allow from all </Directory> #### icinga-Web - taken from the module # Matching for module stylesheet and images AliasMatch "^/icinga-web/modules/([A-Za-z0-9]+)/resources/styles/([A-Za-z0-9]+\.css)$" "/usr/share/icinga/icinga-web/app/modules/$1/pub/styles/$2" AliasMatch "^/icinga-web/modules/([A-Za-z0-9]+)/resources/images/([A-Za-z_\-0-9]+\.(?:png|gif|jpg))$" "/usr/share/icinga/icinga-web/app/modules/$1/pub/images/$2" # Matching for Icinga Web and the ext3 framework Alias /icinga-web/js/ext3/ /usr/share/icinga/icinga-web/lib/ext3/ Alias /icinga-web/ /usr/share/icinga/icinga-web/pub/ RedirectMatch "^/icinga-web$" /icinga-web/ # Access to where the styles are located <DirectoryMatch "^/usr/share/icinga/icinga-web/app/modules/\w+/pub/styles/"> Options -Indexes -MultiViews Order allow,deny Allow from all </DirectoryMatch> # Access to where the images are located <DirectoryMatch "^/usr/share/icinga/icinga-web/app/modules/\w+/pub/images/"> Options -Indexes -MultiViews Order allow,deny Allow from all </DirectoryMatch> # Access to the ext3 library <Directory "/usr/share/icinga/icinga-web/lib/ext3/"> Options -Indexes -MultiViews Order allow,deny Allow from all </Directory> # Access to the public web folder of Icinga Web <Directory "/usr/share/icinga/icinga-web/pub/"> DirectoryIndex index.php Options -MultiViews -Indexes +FollowSymLinks RewriteEngine On # /icinga-web is base for all rewrite rules RewriteBase /icinga-web # If the requested URL does not exist (it's likely an agavi route), # pass it as path info to index.php, the Agavi dispatch script. RewriteRule ^$ index.php?/ [QSA,L] RewriteCond %{REQUEST_FILENAME} !-f RewriteCond %{REQUEST_FILENAME} !-d RewriteRule ".*" index.php?/$0 [QSA,L] <IfModule mod_deflate.c> # Insert filter SetOutputFilter DEFLATE # Netscape 4.x has some problems... BrowserMatch ^Mozilla/4 gzip-only-text/html # Netscape 4.06-4.08 have some more problems BrowserMatch ^Mozilla/4\.0[678] no-gzip # MSIE masquerades as Netscape, but it is fine BrowserMatch \bMSIE !no-gzip !gzip-only-text/html # Don't compress images SetEnvIfNoCase Request_URI \ \.(?:gif|jpe?g|png)$ no-gzip dont-vary # Make sure proxies don't deliver the wrong content <IfModule mod_headers.c> Header append Vary User-Agent env=!dont-vary </IfModule> </IfModule> <IfDefine APACHE2> AcceptPathInfo On </IfDefine> Order allow,deny Allow from all </Directory> # /icinga-web # PNP4Nagios Alias /pnp4nagios /usr/share/pnp/ <Directory /usr/share/pnp> AllowOverride AuthConfig Order allow,deny Allow from all RewriteEngine On Options FollowSymLinks RewriteBase /pnp4nagios # Protect application and system files from being viewed RewriteRule ^(application|modules|system) - [F,L] # Allow any files or directories that exist to be displayed directly RewriteCond %{REQUEST_FILENAME} !-f RewriteCond %{REQUEST_FILENAME} !-d # Rewrite all other URLs to index.php/URL RewriteRule .* index.php/$0 [PT,L] </Directory> # /PNP4Nagios # Nagvis Alias /nagvis "/usr/share/nagvis/" <Directory "/usr/share/nagvis/"> Options FollowSymLinks AllowOverride None Order allow,deny Allow from all </Directory> # /Nagvis # Icinga Mobile Alias /m /usr/local/icinga-mobile/ <Directory /usr/local/icinga-mobile/> DirectoryIndex index.html Options FollowSymLinks AllowOverride all Order allow,deny Allow from all </Directory> # /Icinga Mobile </VirtualHost>
Local ebuild for Nagvis
I cobbled this together from the existing ebuild and it works OK for me.
- Create a local overlay directory structure
root #
mkdir -p /usr/local/portage/net-analyzer/nagvis/files
root #
mkdir /usr/local/portage/metadata
root #
mkdir /usr/local/portage/profiles
- Name the repo
local-repo
- Set layout
masters=gentoo
- Ebuild files
# Copyright 1999-2009 Gentoo Foundation # Distributed under the terms of the GNU General Public License v2 # $Header: $ EAPI=4 inherit eutils confutils depend.php depend.apache DESCRIPTION="NagVis is a visualization addon for the well known network managment system Nagios." HOMEPAGE="http://www.nagvis.org/" SRC_URI="mirror://sourceforge/${PN}/${P}.tar.gz" LICENSE="GPL-2" SLOT="0" KEYWORDS="~amd64 ~ppc ~x86" IUSE="apache2" DEPEND="" RDEPEND="|| ( net-analyzer/nagios net-analyzer/icinga ) apache2? ( dev-lang/php[apache2] ) >=media-gfx/graphviz-2.14 net-analyzer/mk-livestatus dev-lang/php[gd,nls,json,session,pdo,sqlite,sockets,mysql,unicode,xml]" need_php_httpd want_apache2 pkg_setup() { confutils_require_built_with_all dev-lang/php gd nls json session pdo sqlite sockets mysql unicode xml depend.apache_pkg_setup } src_prepare() { epatch "${FILESDIR}"/${P}-base-path.patch epatch "${FILESDIR}"/${P}-global-definitions.patch grep -Rl "/usr/local" "${S}"/* | xargs sed -i s:/usr/local:/usr:g ||die sed -i s:@NAGVIS_WEB@:/nagvis:g "${S}"/etc/apache2-nagvis.conf-sample ||die sed -i s:@NAGVIS_PATH@:/usr/share/nagvis/:g "${S}"/etc/apache2-nagvis.conf-sample ||die sed -i s:/usr/nagios/var/rw/live:/var/nagios/rw/live:g "${S}"/etc/nagvis.ini.php-sample ||die } src_install() { dodoc README INSTALL insinto /usr/share/nagvis doins -r share/{config.php,index.php,frontend,netmap,server,userfiles} doins -r docs diropts -o apache -g root dodir /var/nagvis/tmpl/{cache,compile} diropts dosym /var/nagvis /usr/share/nagvis/var if use apache2 ; then insinto "${APACHE_MODULES_CONFDIR}" newins etc/apache2-nagvis.conf-sample 98_${PN}.conf fi insinto /etc/nagvis doins -r etc/{conf.d,geomap,.htaccess,nagvis.ini.php-sample} fowners apache:root /etc/nagvis fperms 0664 /etc/nagvis/nagvis.ini.php-sample dosym /etc/nagvis /usr/share/nagvis/etc diropts -o apache -g root -m0775 insopts -o apache -g root -m0664 doins -r etc/maps diropts insopts # move image maps dir from usr to var and symlink it back dodir /var/nagvis/userfiles/images mv "${D}"/usr/share/nagvis/userfiles/images/maps "${D}"/var/nagvis/userfiles/images/ ||die fowners apache:root /var/nagvis/userfiles/images/maps dosym /var/nagvis/userfiles/images/maps /usr/share/nagvis/userfiles/images/maps } pkg_postinst() { elog "Before running NagVis for the first time, you will need to set up" elog "/etc/nagvis/nagvis.ini.php" elog "A sample is in" elog "/etc/nagvis/nagvis.ini.php-sample" if use apache2 ; then elog elog "For web interface make sure to add -D NAGVIS to APACHE2_OPTS in" elog "/etc/conf.d/apache2 and to restart apache2. A default configuration" elog "has been placed at /etc/apache2/modules.d/98_${PN}.conf" fi elog "" elog "Default user/password are: nagiosadmin/nagiosadmin" elog " guest/guest" }
--- a/share/server/core/defines/global.php 2013-07-17 14:40:39.768577131 +0200 +++ b/share/server/core/defines/global.php 2013-07-17 14:41:44.492006012 +0200 @@ -65,7 +65,7 @@ define('DEBUGLEVEL', 6); // Path to the debug file -define('DEBUGFILE', '../../../var/nagvis-debug.log'); +define('DEBUGFILE', '../../var/nagvis-debug.log'); // It is possible to define a conf.d directory for splitting the main // configuration in several files. Only the values defined in the CONST_MAINCFG @@ -79,14 +79,14 @@ // The last value wins. // // Path to the main configuration file -define('CONST_MAINCFG', '../../../etc/nagvis.ini.php'); -define('CONST_MAINCFG_CACHE', '../../../var/nagvis-conf'); +define('CONST_MAINCFG', '../../etc/nagvis.ini.php'); +define('CONST_MAINCFG_CACHE', '../../var/nagvis-conf'); // Path to the main configuration conf.d directory -define('CONST_MAINCFG_DIR', '../../../etc/conf.d'); +define('CONST_MAINCFG_DIR', '../../etc/conf.d'); // The directory below the NagVis root which is shared by the webserver -define('HTDOCS_DIR', 'share'); +define('HTDOCS_DIR', ''); // Needed minimal PHP version define('CONST_NEEDED_PHP_VERSION', '5.0');
--- a/share/server/core/classes/GlobalMainCfg.php 2013-07-17 14:37:00.475733872 +0200 +++ b/share/server/core/classes/GlobalMainCfg.php 2013-07-17 14:37:46.745756044 +0200 @@ -1391,8 +1391,8 @@ * @author Roman Kyrylych <rkyrylych@op5.com> */ private function getBasePath() { - // Go 3 levels up from nagvis/share/nagvis to nagvis base path - return realpath(dirname($_SERVER['SCRIPT_FILENAME']) . '/../../..') . '/'; + // Go 2 levels up from share/nagvis to nagvis base path + return realpath(dirname($_SERVER['SCRIPT_FILENAME']) . '/../..') . '/'; // Note: the method below causes problems when <docroot>/nagvis is a symlink to <nagvis-base>/share // return realpath(dirname(dirname(dirname($_SERVER['SCRIPT_FILENAME'])))).'/'; }
- Digest the ebuild
root #
ebuild /usr/local/portage/net-analyzer/nagvis/nagvis-1.7.10.ebuild digest
- Add the repo to Portage
PORTDIR_OVERLAY="/usr/local/portage"
- If you use eix then update its database
root #
eix-update
- You should now be able to:
root #
emerge -va nagvis
These are the packages that would be merged, in order: Calculating dependencies... done! [ebuild N ] net-analyzer/nagvis-1.7.10::x-portage USE="apache2" 0 kB Total: 1 package (1 new), Size of downloads: 0 kB Would you like to merge these packages? [Yes/No]
USE flags
These are the flags I generally use and will provide a good starting point
dev-libs/libxml2 python media-gfx/graphviz cairo nls -X -devil -doc -examples -gtk gts -java -lasi -perl -postscript perl -python -qt4 -ruby -static-libs -svg -tcl net-analyzer/rrdtool perl python media-libs/gd fontconfig dev-lang/php ctype json pcre session unicode mysql mysqli bcmath filter simplexml gd pdo sqlite3 xslt sqlite dev-libs/libpcre -recursion-limit net-analyzer/icinga apache2 idoutils mysql plugins ssl -vim-syntax web -contrib eventhandler -lighttpd perl -postgres net-analyzer/icinga-web apache2 mysql pnp -postgres net-analyzer/nagios-plugins ipv6 ldap mysql -postgres samba snmp ssl nagios-dns -nagios-game nagios-ntp nagios-ping nagios-ssh radius -ups
References
- Links to docs for Icinga are provided from within the classic web and icinga web interface