// LogStatistic_p.java // ----------------------- // part of YaCy // (C) by Michael Peter Christen; mc@yacy.net // first published on http://www.anomic.de // Frankfurt, Germany, 2005 // Created 16.01.2007 // // This File is contributed by Franz Brausze // // $LastChangedDate: 2007-01-17 12:00:00 +0100 (Di, 17 Jan 2007) $ // $LastChangedRevision: 3216 $ // $LastChangedBy: karlchenofhell $ // // 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 2 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, write to the Free Software // Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA import java.util.HashSet; import java.util.Hashtable; import de.anomic.http.metadata.RequestHeader; import de.anomic.server.serverObjects; import de.anomic.server.serverSwitch; import de.anomic.yacy.logging.LogParser; public class LogStatistics_p { private static final String RESULTS = "results_"; @SuppressWarnings({ "unchecked", "boxing" }) public static serverObjects respond(final RequestHeader header, final serverObjects post, final serverSwitch env) { final serverObjects prop = new serverObjects(); Hashtable r = null; boolean displaySubmenu = false; prop.put("submenu", displaySubmenu ? "1" : "0"); if (r == null) { prop.put("results", "0"); return prop; } prop.put("results", "1"); String[] t; float l; prop.putNum(RESULTS + LogParser.DHT_DISTANCE_AVERAGE, (Long) r.get(LogParser.DHT_DISTANCE_AVERAGE)); prop.putNum(RESULTS + LogParser.DHT_DISTANCE_MAX, (Long) r.get(LogParser.DHT_DISTANCE_MAX)); prop.putNum(RESULTS + LogParser.DHT_DISTANCE_MIN, (Long) r.get(LogParser.DHT_DISTANCE_MIN)); prop.put(RESULTS + LogParser.DHT_REJECTED, (Integer) r.get(LogParser.DHT_REJECTED)); prop.put(RESULTS + LogParser.DHT_SELECTED, (Integer) r.get(LogParser.DHT_SELECTED)); prop.put(RESULTS + LogParser.DHT_SENT_FAILED, (Integer) r.get(LogParser.DHT_SENT_FAILED)); t = transformMem(((Long)r.get(LogParser.DHT_TRAFFIC_SENT)).longValue()); prop.put(RESULTS + LogParser.DHT_TRAFFIC_SENT, t[0]); prop.put(RESULTS + LogParser.DHT_TRAFFIC_SENT + "Unit", t[1]); prop.put(RESULTS + LogParser.DHT_URLS_SENT, (Integer) r.get(LogParser.DHT_URLS_SENT)); prop.put(RESULTS + LogParser.DHT_WORDS_SELECTED, (Integer) r.get(LogParser.DHT_WORDS_SELECTED)); t = transformTime(((Integer)r.get(LogParser.DHT_WORDS_SELECTED_TIME)).longValue() * 1000L); prop.put(RESULTS + LogParser.DHT_WORDS_SELECTED_TIME, t[0]); prop.put(RESULTS + LogParser.DHT_WORDS_SELECTED_TIME + "Unit", t[1]); prop.put(RESULTS + LogParser.ERROR_CHILD_TWICE_LEFT, (Integer) r.get(LogParser.ERROR_CHILD_TWICE_LEFT)); prop.put(RESULTS + LogParser.ERROR_CHILD_TWICE_RIGHT, (Integer) r.get(LogParser.ERROR_CHILD_TWICE_RIGHT)); prop.put(RESULTS + LogParser.ERROR_MALFORMED_URL, (Integer) r.get(LogParser.ERROR_MALFORMED_URL)); prop.put(RESULTS + LogParser.INDEXED_ANCHORS, (Integer) r.get(LogParser.INDEXED_ANCHORS)); // t = transformTime(((Integer)r.get(LogParser.INDEXED_INDEX_TIME)).longValue()); // prop.put(RESULTS + LogParser.INDEXED_INDEX_TIME, t[0]); // prop.put(RESULTS + LogParser.INDEXED_INDEX_TIME + "Unit", t[1]); // t = transformTime(((Integer)r.get(LogParser.INDEXED_PARSE_TIME)).longValue()); // prop.put(RESULTS + LogParser.INDEXED_PARSE_TIME, t[0]); // prop.put(RESULTS + LogParser.INDEXED_PARSE_TIME + "Unit", t[1]); prop.put(RESULTS + LogParser.INDEXED_SITES, (Integer) r.get(LogParser.INDEXED_SITES)); t = transformMem(((Integer)r.get(LogParser.INDEXED_SITES_SIZE)).longValue()); prop.put(RESULTS + LogParser.INDEXED_SITES_SIZE, t[0]); prop.put(RESULTS + LogParser.INDEXED_SITES_SIZE + "Unit", t[1]); // t = transformTime(((Integer)r.get(LogParser.INDEXED_STACK_TIME)).longValue()); // prop.put(RESULTS + LogParser.INDEXED_STACK_TIME, t[0]); // prop.put(RESULTS + LogParser.INDEXED_STACK_TIME + "Unit", t[1]); // t = transformTime(((Integer)r.get(LogParser.INDEXED_STORE_TIME)).longValue()); // prop.put(RESULTS + LogParser.INDEXED_STORE_TIME, t[0]); // prop.put(RESULTS + LogParser.INDEXED_STORE_TIME + "Unit", t[1]); t = transformTime(((Integer)r.get(LogParser.INDEXED_LINKSTORE_TIME)).longValue()); prop.put(RESULTS + LogParser.INDEXED_LINKSTORE_TIME, t[0]); prop.put(RESULTS + LogParser.INDEXED_LINKSTORE_TIME + "Unit", t[1]); t = transformTime(((Integer)r.get(LogParser.INDEXED_INDEXSTORE_TIME)).longValue()); prop.put(RESULTS + LogParser.INDEXED_INDEXSTORE_TIME, t[0]); prop.put(RESULTS + LogParser.INDEXED_INDEXSTORE_TIME + "Unit", t[1]); prop.put(RESULTS + LogParser.INDEXED_WORDS, (Integer) r.get(LogParser.INDEXED_WORDS)); prop.put(RESULTS + LogParser.PEERS_BUSY, (Integer) r.get(LogParser.PEERS_BUSY)); prop.put(RESULTS + LogParser.PEERS_TOO_LESS, (Integer) r.get(LogParser.PEERS_TOO_LESS)); prop.put(RESULTS + LogParser.RANKING_DIST, (Integer) r.get(LogParser.RANKING_DIST)); prop.put(RESULTS + LogParser.RANKING_DIST_FAILED, (Integer) r.get(LogParser.RANKING_DIST_FAILED)); t = transformTime(((Integer)r.get(LogParser.RANKING_DIST_TIME)).longValue()); prop.put(RESULTS + LogParser.RANKING_DIST_TIME, t[0]); prop.put(RESULTS + LogParser.RANKING_DIST_TIME + "Unit", t[1]); prop.put(RESULTS + LogParser.RWIS_BLOCKED, (Integer) r.get(LogParser.RWIS_BLOCKED)); prop.put(RESULTS + LogParser.RWIS_RECEIVED, (Integer) r.get(LogParser.RWIS_RECEIVED)); t = transformTime(((Long)r.get(LogParser.RWIS_RECEIVED_TIME)).longValue()); prop.put(RESULTS + LogParser.RWIS_RECEIVED_TIME, t[0]); prop.put(RESULTS + LogParser.RWIS_RECEIVED_TIME + "Unit", t[1]); prop.put(RESULTS + LogParser.URLS_BLOCKED, (Integer) r.get(LogParser.URLS_BLOCKED)); prop.put(RESULTS + LogParser.URLS_RECEIVED, (Integer) r.get(LogParser.URLS_RECEIVED)); t = transformTime(((Long)r.get(LogParser.URLS_RECEIVED_TIME)).longValue()); prop.put(RESULTS + LogParser.URLS_RECEIVED_TIME, t[0]); prop.put(RESULTS + LogParser.URLS_RECEIVED_TIME + "Unit", t[1]); prop.put(RESULTS + LogParser.URLS_REQUESTED, (Integer) r.get(LogParser.URLS_REQUESTED)); prop.put(RESULTS + LogParser.WORDS_RECEIVED, (Integer) r.get(LogParser.WORDS_RECEIVED)); l = ((Long)r.get(LogParser.TOTAL_PARSER_TIME)).floatValue(); t = transformTime((long)l); prop.put(RESULTS + LogParser.TOTAL_PARSER_TIME, t[0]); prop.put(RESULTS + LogParser.TOTAL_PARSER_TIME + "Unit", t[1]); prop.put(RESULTS + LogParser.TOTAL_PARSER_RUNS, (Integer) r.get(LogParser.TOTAL_PARSER_RUNS)); if ((l /= 1000) == 0) { prop.put(RESULTS + "avgExists", "0"); } else { prop.put(RESULTS + "avgExists", "1"); prop.put(RESULTS + "avgExists_avgParserRunsPerMinute", (int) (((Integer) r.get(LogParser.TOTAL_PARSER_RUNS)).floatValue() / l)); } String[] names = ((HashSet) r.get(LogParser.DHT_REJECTED_PEERS_NAME)).toArray(new String[1]); String[] hashes = ((HashSet) r.get(LogParser.DHT_REJECTED_PEERS_HASH)).toArray(new String[1]); int i; for (i = 0; i 0) ? "1" : "0"); prop.put(RESULTS + "useDHTRejectPeers_DHTRejectPeers", i); names = ((HashSet)r.get(LogParser.DHT_SENT_PEERS_NAME)).toArray(new String[1]); hashes = ((HashSet)r.get(LogParser.DHT_SENT_PEERS_HASH)).toArray(new String[1]); for (i = 0; i 0) ? "1" : "0"); prop.put(RESULTS + "useDHTPeers_DHTPeers", i); return prop; } private static final String MILLISECONDS = "ms"; private static final String SECONDS = "sec"; private static final String MINUTES = "min"; private static final String HOURS = "h"; private static final String DAYS = "days"; private static final String[] units = new String[] { "Bytes", "KiloBytes", "MegaBytes", "GigaBytes" }; private static String[] transformTime(long timems) { if (timems > 10000) timems /= 1000; else return new String[] { Long.toString(timems), MILLISECONDS }; if (timems > 180) timems /= 60; else return new String[] { Long.toString(timems), SECONDS }; if (timems > 600) timems /= 60; else return new String[] { Long.toString(timems), MINUTES }; if (timems > 240) timems /= 24; else return new String[] { Long.toString(timems), HOURS }; return new String[] { Long.toString(timems), DAYS }; } private static String[] transformMem(long mem) { int i; for (i=0; i= 10240; i++) mem /= 1024; return new String[] { Long.toString(mem), units[i] }; } }