Ero sivun ”Toistinaseman mainostaminen APRS-asemille” versioiden välillä
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Scripti joka OH6RUC:llä tutkii aprs-rf.logia. Jos asema radiolla kuultu asema on lähempänä kuin 30km niin sille mainostetaan ripiitteriä puheella. Puhe | Scripti joka OH6RUC:llä tutkii aprs-rf.logia. Jos asema radiolla kuultu asema on lähempänä kuin 30km niin sille mainostetaan ripiitteriä puheella. Puhe tehdään festival puhesyntetisaattorilla. | ||
Versio 13. joulukuuta 2010 kello 10.37
Scripti joka OH6RUC:llä tutkii aprs-rf.logia. Jos asema radiolla kuultu asema on lähempänä kuin 30km niin sille mainostetaan ripiitteriä puheella. Puhe tehdään festival puhesyntetisaattorilla.
#!/usr/bin/php -q <?php /* aprs-repeater-advertiser.php v1.0 - repeater advertiser to APRS users Copyright (C) 2010 Kari Karvonen <oh6ktt@toimii.net> 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, either version 3 of the License, or (at your option) any later version. 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, see <http://www.gnu.org/licenses/>. */ $aprxrflogfile = "/tmp/aprx-rf.log"; $stationdbfile = "/tmp/oh6ruc-aprs-db.txt"; $repeater_call = "OH6RUC"; /* need to match aprs-rf.log */ $repeater_lat = "63.53666"; $repeater_lon = "23.69180"; $floodprotect = 60*60*24; /* after this time old station will be notified again. Seconds. */ $maxdistance = 30; /* km */ $denytxfile = "/tmp/ptt-on"; /* if this file exist, no announcement will be send */ $debug = false; $prefixwave = "/opt/thelinkbox/wav/aprs-repeater-advertiser-1.wav"; /* wave before callsigns */ $suffixwave = "/opt/thelinkbox/wav/aprs-repeater-advertiser-2.wav"; /* wave after callsigns */ $tempwavetxt = "/tmp/aprs-repeater-advertiser.txt"; $tempwave = "/tmp/aprs-repeater-advertiser.wav"; /* code begins */ $parserdb = array(); $victims = array(); $stationdb = unserialize(@file_get_contents($stationdbfile)); if (empty($stationdb)) $stationdb = array(); $aprxrflog = @file($aprxrflogfile); if ($aprxrflog == false) die("Cannot open $aprxrflogfile\n"); function decimal_distance($lat1 = "", $lon1 = "", $lat2 = "", $lon2 = "") { //$radius is determined using the following formula //(360 degrees)*(60 minutes per degree)*(1.852) km per minute //give a circumference of 40003.2 km //radius is circumference/(2*pi) which gives us 6637km or 3956miles $radius = 3956; $lat1 = deg2rad ($lat1); $lat2 = deg2rad ($lat2); $lon1 = deg2rad ($lon1); $lon2 = deg2rad ($lon2); //Haversine Formula (from R.W. Sinnott, "Virtues of the Haversine", //Sky and Telescope, vol. 68, no. 2, 1984, p. 159): $dlon = $lon2-$lon1; $dlat = $lat2-$lat1; $sinlat = sin($dlat/2); $sinlon = sin($dlon/2); $a = ($sinlat * $sinlat) + cos($lat1) * cos($lat2) * ($sinlon*$sinlon); $c = 2 * asin(min(1,sqrt($a))); $d = $radius * $c; return round($d,2); } for ($tmp = 0; $tmp < count($aprxrflog); $tmp++) { $line = $aprxrflog[$tmp]; if (preg_match('/^([0-9]{4})-([0-9]{2})-([0-9]{2}) ([0-9]{2}):([0-9]{2}):([0-9]{2}).([0-9]{3}) '.$repeater_call.' R (.+)>APOTC1,'.$repeater_call.'(.+):\!(.+)/', $line, $matches)) { $callsign = strtolower(trim($matches[8])); if (preg_match('/([0-9.]{7})N\/([0-9.]{8})E/',$matches[10],$plaincoords)) { /* koordinaatteja ei ole pakattu */ $lat = floatval($plaincoords[1])/100; $long = floatval($plaincoords[2])/100; } else { /* koordinaatit on pakattu */ $y1 = ord(substr($matches[10],1,1)); $y2 = ord(substr($matches[10],2,1)); $y3 = ord(substr($matches[10],3,1)); $y4 = ord(substr($matches[10],4,1)); $x1 = ord(substr($matches[10],5,1)); $x2 = ord(substr($matches[10],6,1)); $x3 = ord(substr($matches[10],7,1)); $x4 = ord(substr($matches[10],8,1)); $lat = 90 - (($y1-33) * 91*91*91 + ($y2-33) * 91*91 + ($y3-33) * 91 + $y4-33) / 380926; $long = -180 + (($x1-33) * 91*91*91 + ($x2-33) * 91*91 + ($x3-33) * 91 + $x4-33) / 190463; } $distance = decimal_distance($repeater_lat, $repeater_lon, $lat, $long); $lastheard = mktime($matches[4], $matches[5], $matches[6], $matches[2], $matches[3], $matches[1]); $parserdb[$callsign] = array("lastheard" => $lastheard, "distance" => $distance); } } function callsign2finnish($callsign) { $chartospeech = array(); $chartospeech["-"] = "viiva"; $chartospeech["a"] = "aa"; $chartospeech["b"] = "bee"; $chartospeech["c"] = "see"; $chartospeech["d"] = "dee"; $chartospeech["e"] = "ee"; $chartospeech["f"] = "äf"; $chartospeech["g"] = "gee"; $chartospeech["h"] = "hoo"; $chartospeech["i"] = "hee"; $chartospeech["j"] = "jii"; $chartospeech["k"] = "koo"; $chartospeech["l"] = "äl"; $chartospeech["m"] = "äm"; $chartospeech["n"] = "äm"; $chartospeech["o"] = "oo"; $chartospeech["p"] = "pee"; $chartospeech["q"] = "kuu"; $chartospeech["r"] = "är"; $chartospeech["s"] = "äs"; $chartospeech["t"] = "tee"; $chartospeech["u"] = "uu"; $chartospeech["v"] = "vee"; $chartospeech["w"] = "tuplavee"; $chartospeech["x"] = "äks"; $chartospeech["y"] = "yy"; $chartospeech["z"] = "tseta"; $chartospeech["å"] = "oo"; $chartospeech["ä"] = "ää"; $chartospeech["ö"] = "öö"; $chartospeech["1"] = "yks"; $chartospeech["2"] = "kaks"; $chartospeech["3"] = "kol"; $chartospeech["4"] = "nel"; $chartospeech["5"] = "viis"; $chartospeech["6"] = "kuus"; $chartospeech["7"] = "seiska"; $chartospeech["8"] = "kasi"; $chartospeech["9"] = "ysi"; $chartospeech["0"] = "nolla"; $msg = ""; for ($tmp = 0; $tmp<strlen($callsign); $tmp++) { $character = substr($callsign,$tmp,1); /* don't say -9 */ if ($character == "-") { return $msg; } $aanne = $chartospeech[$character]; $msg.= $aanne; } return ($msg); } ksort($parserdb); foreach ($parserdb as $callsign => $tiedot) { $distance = $tiedot["distance"]; $lastheard = $tiedot["lastheard"]; if ($debug) echo "Call $callsign. "; if (array_key_exists($callsign, $stationdb)) { if ($debug) echo "Found from stationdb. "; if ($stationdb[$callsign]["lastheard"]<(time()-$floodprotect)) { if ($debug) echo "Floodprotect active. "; if ($distance < $maxdistance) { /* Found in stationdb, too old ja inside circle */ if ($debug) echo "Inside circle ($distance/$maxdistance). Update stationdb. Add to victims."; $victims[] = $callsign; $stationdb[$callsign]["lastheard"] = $lastheard; $stationdb[$callsign]["distance"] = $distance; } else { /* liian kaukana */ if ($debug) echo "Outside circle ($distance/$maxdistance). Update stationdb."; $stationdb[$callsign]["lastheard"] = $lastheard; $stationdb[$callsign]["distance"] = $distance; } } else { if ($debug) echo "Floodprotect active. Update stationdb. "; $stationdb[$callsign]["lastheard"] = $lastheard; $stationdb[$callsign]["distance"] = $distance; } } else { if ($debug) echo "Not found from stationdb. "; if ($distance < $maxdistance) { if ($debug) echo "Inside circle ($distance/$maxdistance). Update stationdb. Add to victims."; $victims[] = $callsign; $stationdb[$callsign]["lastheard"] = $lastheard; $stationdb[$callsign]["distance"] = $distance; } else { if ($debug) echo "Outside circle ($distance/$maxdistance). Ignore."; } } if ($debug) echo "\n"; } file_put_contents($stationdbfile, serialize($stationdb)); $msg = ""; if (count($victims) == 0) { /* do nothing */ } else { if (!file_exists($denytxfile)) { @unlink($tempwavetxt); @unlink($tempwave); foreach ($victims as $victim) { $msg .= callsign2finnish($victim).", "; } $msg=substr($msg,0,-2); file_put_contents($tempwavetxt, utf8_decode($msg)); system("/usr/bin/text2wave -F 8000 < ".$tempwavetxt." -o ".$tempwave); system("/usr/sbin/tlbcmd \"port OH6RUC-Kaustinen; say -c ".$prefixwave."; say -c ".$tempwave."; say -c ".$suffixwave."\""); } else { if ($debug) echo "Cannot advertise. Advertises denied by $denytxfile lock file.\n"; } } ?>