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Steve Schnepp
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184
plugins/weather/buienradar_
Executable file
184
plugins/weather/buienradar_
Executable file
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#!/usr/bin/perl
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#
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# Munin plugin for graphing the weather information provided by BuienRadar (The Netherlands)
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#
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# Copyright (C) 2011 - Rowdy Schwachofer (http://rowdy.nl)
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# BuienRadar: http://www.buienradar.nl
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#
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#
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# This program is free software: you can redistribute it and/or modify it under the terms of the
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# GNU General Public License as published by the Free Software Foundation, either version 3 of
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# the License, or (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without
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# even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
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# General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License along with this program.
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# If not, see <http://www.gnu.org/licenses/>.
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#
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#
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### Requirements
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# This plugin uses the perl module LibXML. You should have it installed... :)
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#
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#
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#
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### Configuration example
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# Use these settings in your client config in /etc/munin/plugin-conf.d/munin-node
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# For the language you can use 'nl' (Dutch) or 'en'. O well, everything exept 'nl' will just show
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# the english version. :)
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#
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# [buienradar*]
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# env.language = 'en'
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# env.temperature = 'yes'
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# env.temperature10cm = 'yes'
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# env.humidity = 'yes'
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# env.windspeedMS = 'yes'
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# env.windspeedBF = 'yes'
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# env.airpressure = 'yes'
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# env.view = 'yes'
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# env.gusts = 'yes'
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# env.rain = 'yes'
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#
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#
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#
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### Installation Example
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# Below is a example to monitor station Venlo (6391). Codes for the station can be seen at the end of
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# this source or can be show with the command './buienradar_ stations'
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#
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# wget -O /usr/lib/munin/plugins/buienradar_ http://exchange.munin-monitoring.org/plugins/buienradar_/version/1/download
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# chmod a+x /usr/lib/munin/plugins/buienradar
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# ln -s /usr/lib/munin/plugins/buienradar_ /etc/munin/plugins/buienradar_6391
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# /etc/init.d/munin-node restart
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#
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use strict;
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use warnings;
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use XML::LibXML;
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use Data::Dumper;
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# Getting the enviroment variabeles
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my $LAN = $ENV{language} || "en";
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my $TMP = $ENV{temperature} || "yes";
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my $TMP10CM = $ENV{temperature10cm} || "yes";
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my $HUM = $ENV{humidity} || "yes";
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my $WSMS = $ENV{windspeedMS} || "yes";
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my $WSBF = $ENV{windspeedBF} || "yes";
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my $AP = $ENV{airpressure} || "yes";
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my $VIEW = $ENV{view} || "yes";
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my $GUSTS = $ENV{gusts} || "yes";
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my $RAIN = $ENV{rain} || "yes";
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# Do we need to print the station list?
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if (defined $ARGV[0] and $ARGV[0] eq "stations") {
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die print_stations();
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}
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# Getting the station
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my $station = "";
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if ($0 =~ /buienradar_(\w+)$/i) {
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$station = $1;
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} elsif (not defined $ARGV[0] or ($ARGV[0] ne "config" and $ARGV[0] ne "stations")) {
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# Let's show a nice error message and display the list of stations
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die "Error:\n"
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."We need to know what station you want to monitor. Please set your station this way \n\n"
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." ln -s /usr/lib/munin/plugins/buienradar_ /etc/munin/plugins/buienradar_STATIONCODE\n\n"
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.print_stations();
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}
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# Let's first try to find the station that is requested
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my $xml = "http://xml.buienradar.nl";
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my $parser = XML::LibXML->new();
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my $doc = $parser->parse_file($xml);
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my $stationNode = "//weerstation[stationcode/text() = '$station']/";
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my $stationName = "Regio ".$doc->findvalue($stationNode."/stationnaam/\@regio")." (".$doc->findnodes($stationNode."/stationnaam/text()").")";
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if($stationName eq "") {
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# Darn, no station name found. This means we don't provided a correct id.
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die "Error:\n"
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."You have provided an invalid station code. (".$station.") Please use a correct one.\n\n"
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.print_stations();
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}
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# Output for config
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if(defined $ARGV[0] && $ARGV[0] eq 'config') {
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print "graph_title ".$stationName."\n";
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print "graph_category Weather\n";
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if($LAN eq "nl") {
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# Dutch Language
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if($TMP eq "yes") { print "tmp.label Temperatuur (C)\n"; }
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if($TMP10CM eq "yes") { print "tmp10cm.label Temperatuur op 10cm (C)\n"; }
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if($HUM eq "yes") { print "hum.label Luchtvochtigheid\n"; }
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if($WSMS eq "yes") { print "wsms.label Windsnelheid (ms)\n"; }
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if($WSBF eq "yes") { print "wsbf.label Windsnelheid (Bft)\n"; }
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if($AP eq "yes") { print "ap.label Luchtdruk\n"; }
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if($VIEW eq "yes") { print "view.label Zichtmeters\n"; }
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if($GUSTS eq "yes") { print "gusts.label Windstoten (ms)\n"; }
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if($RAIN eq "yes") { print "rain.label Regen (mm p/u)\n"; }
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}
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else {
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# All other languages
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if($TMP eq "yes") { print "tmp.label Temperature (C)\n"; }
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if($TMP10CM eq "yes") { print "tmp10cm.label Temperature 10cm (C)\n"; }
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if($HUM eq "yes") { print "hum.label Humidity\n"; }
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if($WSMS eq "yes") { print "wsms.label Wind speed (ms)\n"; }
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if($WSBF eq "yes") { print "wsbf.label Wind Speef (Bft)\n"; }
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if($AP eq "yes") { print "ap.label Air pressure\n"; }
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if($VIEW eq "yes") { print "view.label View (m)\n"; }
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if($GUSTS eq "yes") { print "gusts.label Wind gusts (ms)\n"; }
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if($RAIN eq "yes") { print "rain.label Rain (mm p/h)\n"; }
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}
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exit 0;
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}
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# Print the values
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if($TMP eq "yes") { print "tmp.value ".$doc->findnodes($stationNode."/temperatuurGC/text()")."\n"; }
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if($TMP10CM eq "yes") { print "tmp10cm.value ".$doc->findnodes($stationNode."/temperatuur10cm/text()")."\n"; }
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if($HUM eq "yes") { print "hum.value ".$doc->findnodes($stationNode."/luchtvochtigheid/text()")."\n"; }
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if($WSMS eq "yes") { print "wsms.value ".$doc->findnodes($stationNode."/windsnelheidMS/text()")."\n"; }
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if($WSBF eq "yes") { print "wsbf.value ".$doc->findnodes($stationNode."/windsnelheidBF/text()")."\n"; }
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if($AP eq "yes") { print "ap.value ".$doc->findnodes($stationNode."/luchtdruk/text()")."\n"; }
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if($VIEW eq "yes") { print "view.value ".$doc->findnodes($stationNode."/zichtmeters/text()")."\n"; }
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if($GUSTS eq "yes") { print "gusts.value ".$doc->findnodes($stationNode."/windstotenMS/text()")."\n"; }
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if($RAIN eq "yes") { print "rain.value ".$doc->findnodes($stationNode."/regenMMPU/text()")."\n"; }
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# Station codes
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# Static, I know I could do this dynamically, but since they don't change reguarly I choose this way
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# so I could present two nice rows whitout having to write a buncgh of code... :P
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sub print_stations {
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return "Available station codes, updated last on April 4th 2011\n\n"
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." [6391] Venlo (Station Arcen) [6275] Arnhem (Station Arnhem)\n"
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." [6249] Berkhout (Station Berkhout) [6308] Cadzand (Station Cadzand)\n"
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." [6260] Utrecht (Station Utrecht) [6235] Den Helder (Station Den Helder)\n"
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." [6370] Eindhoven (Station Eindhoven) [6321] Noordzee (Station Euro platform)\n"
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." [6350] Gilze Rijen (Station Gilze Rijen) [6323] Goes (Station Goes)\n"
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." [6283] Oost-Overijssel (Station Groenlo-Hupsel) [6280] Groningen (Station Groningen)\n"
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." [6315] Oost-Zeeland (Station Hansweert) [6278] Zwolle (Station Heino)\n"
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." [6356] Gorinchem (Station Herwijnen) [6330] Hoek van Holland (Station Hoek van Holland)\n"
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." [6311] Zuid-Zeeland (Station Hoofdplaat) [6279] Hoogeveen (Station Hoogeveen)\n"
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." [6251] Wadden (Station Hoorn Terschelling) [6258] Enkhuizen-Lelystad (Station Houtribdijk)\n"
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." [6285] Schiermonnikoog (Station Huibertgat) [6209] IJmond (Station IJmond)\n"
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." [6225] IJmuiden (Station IJmuiden) [6210] Katwijk (Station Katwijk)\n"
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." [6277] Noord-Groningen (Station Lauwersoog) [6320] Goeree (Station LE Goeree)\n"
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." [6270] Leeuwarden (Station Leeuwarden) [6269] Lelystad (Station Lelystad)\n"
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." [6348] West-Utrecht (Station Lopik-Cabauw) [6380] Maastricht (Station Maastricht)\n"
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." [6273] Noordoostpolder (Station Marknesse) [6286] Oost-Groningen (Station Nieuw Beerta)\n"
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." [6312] Oosterschelde (Station Oosterschelde) [6344] Rotterdam (Station Rotterdam)\n"
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." [6343] Rotterdam Haven (Station Rotterdam Geulhaven) [6316] Schaar (Station Schaar)\n"
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." [6240] Amsterdam (Station Schiphol) [6324] Midden-Zeeland (Station Stavenisse)\n"
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." [6267] West-Friesland (Station Stavoren) [6229] Texel (Station Texelhors)\n"
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." [6331] Tholen (Station Tholen) [6290] Twente (Station Twente)\n"
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." [6313] West-Zeeland (Station Vlakte aan de Raan) [6242] Vlieland (Station Vlieland)\n"
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." [6310] Vlissingen (Station Vlissingen) [6375] Uden (Station Volkel)\n"
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." [6319] Terneuzen (Station Westdorpe) [6248] Hoorn (Station Wijdenes)\n"
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." [6257] Wijk aan Zee (Station Wijk aan Zee) [6340] Woensdrecht (Station Woensdrecht)\n"
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." [6239] Noordzee (Station Zeeplatform F-3) [6252] Noordzee (Station Zeeplatform K13)\n";
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}
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50
plugins/weather/weather_press_
Executable file
50
plugins/weather/weather_press_
Executable file
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@ -0,0 +1,50 @@
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#!/usr/local/bin/python
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"""
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munin US NOAA weather plugin (http://weather.noaa.gov)
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Draws pressure in hPa.
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Copy/link file as 'weather_pressure_CODE', like: weather_pressure_LOWW for Austria, Vienna.
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Get the code by going to http://weather.noaa.gov, selecting your
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location, and copying the code from the address bar of your browser; should
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be something like CODE.html.
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Linux users might need to adjust the shebang.
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"""
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import sys
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import urllib
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import re
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url = 'http://weather.noaa.gov/pub/data/observations/metar/decoded/%s.TXT'
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re_hPa = re.compile('Pressure.*\((\d+) hPa\)')
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code = sys.argv[0][(sys.argv[0].rfind('_')+1):]
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if code == None: sys.exit(1)
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if len(sys.argv) == 2 and sys.argv[1] == "autoconf":
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print "yes"
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elif len(sys.argv) == 2 and sys.argv[1] == "config":
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print 'graph_title Atmospheric pressure at code %s' % code
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print 'graph_vlabel Pressure in hPa'
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print 'graph_category Weather'
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print 'pressure.label Pressure'
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print 'pressure.type GAUGE'
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print 'graph_args --base 1000 -l 850 -u 1050 --rigid'
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print 'graph_scale no'
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else:
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u = urllib.urlopen(url % code)
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txt = u.read()
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u.close()
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hPa = re_hPa.findall(txt)[0]
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print 'pressure.value %s' % hPa
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53
plugins/weather/weather_temp_
Executable file
53
plugins/weather/weather_temp_
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#!/usr/local/bin/python
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"""
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munin US NOAA weather plugin (http://weather.noaa.gov)
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Draws temperature/dew point in C.
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Copy/link file as 'weather_temp_CODE', like: weather_temp_LOWW for Austria, Vienna.
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Get the code by going to http://weather.noaa.gov, selecting your
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location, and copying the code from the address bar of your browser; should
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be something like CODE.html.
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Linux users might need to adjust the shebang.
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"""
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import sys
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import urllib
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import re
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url = 'http://weather.noaa.gov/pub/data/observations/metar/decoded/%s.TXT'
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re_C = re.compile('Temperature:.*\((-?\d+\.?\d?) C\)')
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re_DewC = re.compile('Dew.*\((-?\d+\.?\d?) C\)')
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code = sys.argv[0][(sys.argv[0].rfind('_')+1):]
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if code == None: sys.exit(1)
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if len(sys.argv) == 2 and sys.argv[1] == "autoconf":
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print "yes"
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elif len(sys.argv) == 2 and sys.argv[1] == "config":
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print 'graph_title Temperature and Dew Point at code %s' % code
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print 'graph_vlabel Temperature and Dew Point in C'
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print 'graph_category Weather'
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print 'temperature.label Temperature'
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print 'dewpoint.label Dew Point'
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print 'graph_args --base 1000 -l 0'
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else:
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u = urllib.urlopen(url % code)
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txt = u.read()
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u.close()
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C = re_C.findall(txt)[0]
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DewC = re_DewC.findall(txt)[0]
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print 'temperature.value %s' % C
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print 'dewpoint.value %s' % DewC
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