//LogParserPLASMA.java
//-------------------------------------
//part of YACY
//(C) by Michael Peter Christen; mc@anomic.de
//first published on http://www.anomic.de
//Frankfurt, Germany, 2004
//
//This file ist contributed by Matthias Soehnholz
//last major change: $LastChangedDate$ by $LastChangedBy$
//Revision: $LastChangedRevision$
//
//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
//
//Using this software in any meaning (reading, learning, copying, compiling,
//running) means that you agree that the Author(s) is (are) not responsible
//for cost, loss of data or any harm that may be caused directly or indirectly
//by usage of this softare or this documentation. The usage of this software
//is on your own risk. The installation and usage (starting/running) of this
//software may allow other people or application to access your computer and
//any attached devices and is highly dependent on the configuration of the
//software which must be done by the user of the software; the author(s) is
//(are) also not responsible for proper configuration and usage of the
//software, even if provoked by documentation provided together with
//the software.
//
//Any changes to this file according to the GPL as documented in the file
//gpl.txt aside this file in the shipment you received can be done to the
//lines that follows this copyright notice here, but changes must not be
//done inside the copyright notive above. A re-distribution must contain
//the intact and unchanged copyright notice.
//Contributions and changes to the program code must be marked as such.
package de.anomic.server.logging.logParsers;
import java.util.HashSet;
import java.util.Hashtable;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
public class LogParserPLASMA implements LogParser{
/** the version of the LogParser - <strong>Double</strong>*/
public static final String PARSER_VERSION = "version";
/** the amount of URLs received during DHT - <strong>Integer</strong> */
public static final String URLS_RECEIVED = "urlSum";
/** the amount of URLs requested during DHT - <strong>Integer</strong> */
public static final String URLS_REQUESTED = "urlReqSum";
/** the amount of URLs blocked during DHT because they match the peer's blacklist - <strong>Integer</strong> */
public static final String URLS_BLOCKED = "blockedURLSum";
/** the amount of words received during DHT - <strong>Integer</strong> */
public static final String WORDS_RECEIVED = "wordsSum";
/** the amount of RWIs received during DHT - <strong>Integer</strong> */
public static final String RWIS_RECEIVED = "rwiSum";
/** the amount of RWIs blocked during DHT because their entries match the peer's blacklist - <strong>Integer</strong> */
public static final String RWIS_BLOCKED = "blockedRWISum";
/** total time receiving RWIs during DHT in milli seconds - <strong>Long</strong> */
public static final String RWIS_RECEIVED_TIME = "rwiTimeSum";
/** total time receiving URLs during DHT in milli seconds - <strong>Long</strong> */
public static final String URLS_RECEIVED_TIME = "urlTimeSum";
/** the traffic sent during DHT in bytes - <strong>Long</strong> */
public static final String DHT_TRAFFIC_SENT = "DHTSendTraffic";
/** the amount of URLs requested by other peers and sent by this one - <strong>Integer</strong> */
public static final String DHT_URLS_SENT = "DHTSendURLs";
/** the amount of rejected DHT transfers from other peers (i.e. because this peer was busy) - <strong>Integer</strong> */
public static final String DHT_REJECTED = "RWIRejectCount";
/** the peer-names from whose DHT transfers were rejected - <strong>HasSet</strong> */
public static final String DHT_REJECTED_PEERS_NAME = "DHTRejectPeerNames";
/** the peer-hashes from whose DHT transfers were rejected - <strong>HasSet</strong> */
public static final String DHT_REJECTED_PEERS_HASH = "DHTRejectPeerHashs";
/** the peer-names this peer sent DHT chunks to - <strong>HasSet</strong> */
public static final String DHT_SENT_PEERS_NAME = "DHTPeerNames";
/** the peer-hashes this peer sent DHT chunks to - <strong>HasSet</strong> */
public static final String DHT_SENT_PEERS_HASH = "DHTPeerHashs";
/** total amount of selected peers for index distribution - <strong>Integer</strong> */
public static final String DHT_SELECTED = "DHTSelectionTargetCount";
/** total amount of words selected for index distribution - <strong>Integer</strong> */
public static final String DHT_WORDS_SELECTED = "DHTSelectionWordsCount";
/** total time selecting words for index distribution - <strong>Integer</strong> */
public static final String DHT_WORDS_SELECTED_TIME = "DHTSelectionWordsTimeCount";
/** the minimal DHT distance during peer-selection for index distribution - <strong>Double</strong> */
public static final String DHT_DISTANCE_MIN = "minDHTDist";
/** the maximal DHT distance during peer-selection for index distribution - <strong>Double</strong> */
public static final String DHT_DISTANCE_MAX = "maxDHTDist";
/** the average DHT distance during peer-selection for index distribution - <strong>Double</strong> */
public static final String DHT_DISTANCE_AVERAGE = "avgDHTDist";
/** how many times remote peers were too busy to accept the index transfer - <strong>Integer</strong> */
public static final String PEERS_BUSY = "busyPeerCount";
/** how many times not enough peers for index distribution were found - <strong>Integer</strong> */
public static final String PEERS_TOO_LESS = "notEnoughDHTPeers";
/** how many times the index distribution failed (i.e. due to time-out or other reasons) - <strong>Integer</strong> */
public static final String DHT_SENT_FAILED = "failedIndexDistributionCount";
/** how many times the error "<code>tried to create left child-node twice</code>" occured - <strong>Integer</strong> */
public static final String ERROR_CHILD_TWICE_LEFT = "leftChildTwiceCount";
/** how many times the error "<code>tried to create right child-node twice</code>" occured - <strong>Integer</strong> */
public static final String ERROR_CHILD_TWICE_RIGHT = "rightChildTwiceCount";
/** how many ranking distributions were executed successfully - <strong>Integer</strong> */
public static final String RANKING_DIST = "rankingDistributionCount";
/** total time the ranking distributions took - <strong>Integer</strong> */
public static final String RANKING_DIST_TIME = "rankingDistributionTime";
/** how many ranking distributions failed - <strong>Integer</strong> */
public static final String RANKING_DIST_FAILED = "rankingDistributionFailCount";
/** how many times the error "<code>Malformed URL</code>" occured - <strong>Integer</strong> */
public static final String ERROR_MALFORMED_URL = "malformedURLCount";
/** the amount of indexed sites - <strong>Integer</strong> */
public static final String INDEXED_SITES = "indexedSites";
/** total amount of indexed words - <strong>Integer</strong> */
public static final String INDEXED_WORDS = "indexedWords";
/** total size of all indexed sites - <strong>Integer</strong> */
public static final String INDEXED_SITES_SIZE = "indexedSiteSizeSum";
/** total amount of indexed anchors - <strong>Integer</strong> */
public static final String INDEXED_ANCHORS = "indexedAnchors";
/** total time needed for stacking the site of an indexing - <strong>Integer</strong> */
public static final String INDEXED_STACK_TIME = "indexedStackingTime";
/** total time needed for parsing during indexing - <strong>Integer</strong> */
public static final String INDEXED_PARSE_TIME = "indexedParsingTime";
/** total time needed for the actual indexing during indexing - <strong>Integer</strong> */
public static final String INDEXED_INDEX_TIME = "indexedIndexingTime";
/** total time needed for storing the results of an indexing - <strong>Integer</strong> */
public static final String INDEXED_STORE_TIME = "indexedStorageTime";
/** accumulated time needed to parse the log entries up to now (in ms)*/
public static final String TOTAL_PARSER_TIME = "totalParserTime";
/** times the parser was called, respectively amount of independant log-lines */
public static final String TOTAL_PARSER_RUNS = "totalParserRuns";
private final double parserVersion = 0.1;
private final String parserType = "PLASMA";
//RegExp for LogLevel I
private static final Pattern i1 = Pattern.compile("Received (\\d*) URLs from peer [\\w-_]{12}:[\\w-_]*/[\\w.-]* in (\\d*) ms, Blocked (\\d*) URLs");
private static final Pattern i2 = Pattern.compile("Received (\\d*) Entries (\\d*) Words \\[[\\w-_]{12} .. [\\w-_]{12}\\]/[\\w.-]* from [\\w-_]{12}:[\\w-_]*/[\\w.-]*, processed in (\\d*) milliseconds, requesting (\\d*)/(\\d*) URLs, blocked (\\d*) RWIs");
private static final Pattern i2_2 = Pattern.compile("Received (\\d*) Entries (\\d*) Words \\[[\\w-_]{12} .. [\\w-_]{12}\\]/[\\w.-]* from [\\w-_]{12}:[\\w-_]*, processed in (\\d*) milliseconds, requesting (\\d*)/(\\d*) URLs, blocked (\\d*) RWIs");
private static final Pattern i3 = Pattern.compile("Index transfer of (\\d*) words \\[[\\w-_]{12} .. [\\w-_]{12}\\] to peer ([\\w-_]*):([\\w-_]{12}) in (\\d*) seconds successful \\((\\d*) words/s, (\\d*) Bytes\\)");
private static final Pattern i4 = Pattern.compile("Index transfer of (\\d*) entries (\\d*) words \\[[\\w-_]{12} .. [\\w-_]{12}\\] and (\\d*) URLs to peer ([\\w-_]*):([\\w-_]{12}) in (\\d*) seconds successful \\((\\d*) words/s, (\\d*) Bytes\\)");
private static final Pattern i5 = Pattern.compile("Selected \\w* DHT target peer ([\\w-_]*):([\\w-_]{12}), distance = ([\\w.-]*)");
private static final Pattern i6 = Pattern.compile("Rejecting RWIs from peer ([\\w-_]{12}):([\\w-_]*)/([\\w.]*) ([\\w. ]*)");
private static final Pattern i7 = Pattern.compile("DHT distribution: transfer to peer [\\w-]* finished.");
private static final Pattern i8 = Pattern.compile("Index selection of (\\d*) words \\[[\\w-_]{12} .. [\\w-_]{12}\\] in (\\d*) seconds");
private static final Pattern i9 = Pattern.compile("RankingDistribution - transmitted file [\\w-:.\\\\]* to [\\w.]*:\\d* successfully in (\\d)* seconds");
private static final Pattern i10 = Pattern.compile("RankingDistribution - error transmitting file");
private static final Pattern i11 = Pattern.compile("Peer [\\w-_]*:[\\w-_]{12} is busy\\. Waiting \\d* ms\\.");
//private static Pattern i12 = Pattern.compile("\\*Indexed \\d* words in URL [\\w:.&/%-~$\u00A7@=]* \\[[\\w-_]{12}\\]");
private static final Pattern i13 = Pattern.compile("WROTE HEADER for |LOCALCRAWL\\[\\d*, \\d*, \\d*, \\d*\\]|REJECTED WRONG STATUS TYPE");
//RegExp for LogLevel W
private static final Pattern w1 = Pattern.compile("found not enough \\(\\d*\\) peers for distribution");
private static final Pattern w2 = Pattern.compile("Transfer to peer ([\\w-_]*):([\\w-_]{12}) failed:'(\\w*)'");
//RegExp for LogLevel E
private static final Pattern e1 = Pattern.compile("INTERNAL ERROR AT plasmaCrawlLURL:store:de.anomic.kelondro.kelondroException: tried to create (\\w*) node twice in db");
private static final Pattern e2 = Pattern.compile("INTERNAL ERROR [\\w./: ]* java.net.MalformedURLException");
private Matcher m;
//RegExp for advancedParser
//private Pattern adv1 = Pattern.compile("\\*Indexed (\\d*) words in URL [\\w:.&?/%-=]* \\[[\\w-_]{12}\\]\\n\\tDescription: ([\\w- ]*)\\n\\tMimeType: ([\\w-_/]*) \\| Size: (\\d*) bytes \\| Anchors: (\\d*)\\n\\tStackingTime: (\\d*) ms \\| ParsingTime: (\\d*) ms \\| IndexingTime: (\\d*) ms \\| StorageTime: (\\d*) ms");
private static Pattern adv1 = Pattern.compile(
"\\*Indexed (\\d+) words in URL [\\w:.&/%-~;$\u00A7@=]* \\[[\\w_-]{12}\\]\\r?\\n?" +
"\\tDescription: +([\\w-\\.,:!='\"|/+@\\(\\) \\t]*)\\r?\\n?" +
"\\tMimeType: ([\\w_~/-]*) \\| Charset: ([\\w-]*) \\| Size: (\\d+) bytes \\| Anchors: (\\d+)\\r?\\n?" +
"\\tStackingTime:[ ]*(\\d+) ms \\| ParsingTime:[ ]*(\\d+) ms \\| IndexingTime: (\\d+) ms \\| StorageTime: (\\d+) ms");
private int urlSum=0;
private int urlReqSum=0;
private int blockedURLSum=0;
private int wordsSum=0;
private int rwiSum=0;
private int blockedRWISum=0;
private long urlTimeSum=0;
private long rwiTimeSum=0;
private long DHTSendTraffic=0;
private int DHTSendURLs=0;
private int RWIRejectCount=0;
private HashSet RWIRejectPeerNames = new HashSet();
private HashSet RWIRejectPeerHashs = new HashSet();
private HashSet DHTPeerNames = new HashSet();
private HashSet DHTPeerHashs = new HashSet();
private int DHTSelectionTargetCount = 0;
private int DHTSelectionWordsCount = 0;
private int DHTSelectionWordsTimeCount = 0;
private double minDHTDist = 1;
private double maxDHTDist = 0;
private double avgDHTDist = 0;
private int busyPeerCount = 0;
private int notEnoughDHTPeers = 0;
private int failedIndexDistributionCount = 0;
private int leftChildTwiceCount = 0;
private int rightChildTwiceCount = 0;
private int rankingDistributionCount = 0;
private int rankingDistributionTime = 0;
private int rankingDistributionFailCount = 0;
private int malformedURLCount = 0;
private int indexedSites = 0;
private int indexedWordSum = 0;
private int indexedSiteSizeSum = 0;
private int indexedAnchorsCount = 0;
private int indexedStackingTime = 0;
private int indexedParsingTime = 0;
private int indexedIndexingTime = 0;
private int indexedStorageTime = 0;
private long totalParserTime = 0;
private int totalParserRuns = 0;
public int parse(String logLevel, String logLine) {
long start = System.currentTimeMillis();
if (logLevel.equals("INFO")){
m = i1.matcher (logLine);
if (m.find () && m.groupCount() >= 3) {
//System.out.println(m.group(1) + " " + m.group(2) + " " + m.group(3));
urlSum += Integer.parseInt(m.group(1));
urlTimeSum += Integer.parseInt(m.group(2));
blockedURLSum += Integer.parseInt(m.group(3));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i2.matcher (logLine);
if (m.find () && m.groupCount() >= 6) {
rwiSum += Integer.parseInt(m.group(1));
wordsSum += Integer.parseInt(m.group(2));
rwiTimeSum += Integer.parseInt(m.group(3));
urlReqSum += Integer.parseInt(m.group(4));
blockedRWISum += Integer.parseInt(m.group(6));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i2_2.matcher (logLine);
if (m.find () && m.groupCount() >= 6) {
rwiSum += Integer.parseInt(m.group(1));
wordsSum += Integer.parseInt(m.group(2));
rwiTimeSum += Integer.parseInt(m.group(3));
urlReqSum += Integer.parseInt(m.group(4));
blockedRWISum += Integer.parseInt(m.group(6));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i3.matcher (logLine);
if (m.find () && m.groupCount() >= 6) {
DHTSendTraffic += Integer.parseInt(m.group(6));
DHTPeerNames.add(m.group(2));
DHTPeerHashs.add(m.group(3));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i4.matcher (logLine);
if (m.find () && m.groupCount() >= 8) {
DHTSendTraffic += Integer.parseInt(m.group(8));
DHTSendURLs += Integer.parseInt(m.group(3));
DHTPeerNames.add(m.group(4));
DHTPeerHashs.add(m.group(5));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i5.matcher (logLine);
if (m.find () && m.groupCount() >= 3) {
minDHTDist = Math.min(minDHTDist, Double.parseDouble(m.group(3)));
maxDHTDist = Math.max(maxDHTDist, Double.parseDouble(m.group(3)));
avgDHTDist += Double.parseDouble(m.group(3));
DHTSelectionTargetCount++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i6.matcher (logLine);
if (m.find () && m.groupCount() >= 2) {
RWIRejectPeerNames.add(m.group(2));
RWIRejectPeerHashs.add(m.group(1));
RWIRejectCount++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i7.matcher (logLine);
if (m.find ()) {
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i8.matcher (logLine);
if (m.find () && m.groupCount() >= 2) {
DHTSelectionWordsCount += Double.parseDouble(m.group(1));
DHTSelectionWordsTimeCount += Double.parseDouble(m.group(2));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i9.matcher (logLine);
if (m.find () && m.groupCount() >= 1) {
rankingDistributionCount++;
rankingDistributionTime += Integer.parseInt(m.group(1));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i10.matcher (logLine);
if (m.find ()) {
rankingDistributionFailCount++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = i11.matcher (logLine);
if (m.find ()) {
busyPeerCount++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
// m = i12.matcher (logLine);
//
// if (m.find ()) {
// return 3;
// }
m = i13.matcher (logLine);
if (m.find ()) {
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = adv1.matcher (logLine);
if (m.find() && m.groupCount() >= 10) {
indexedSites++;
indexedWordSum += Integer.parseInt(m.group(1));
indexedSiteSizeSum += Integer.parseInt(m.group(5));
indexedAnchorsCount += Integer.parseInt(m.group(6));
indexedStackingTime += Integer.parseInt(m.group(7));
indexedParsingTime += Integer.parseInt(m.group(8));
indexedIndexingTime += Integer.parseInt(m.group(9));
indexedStorageTime += Integer.parseInt(m.group(10));
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
} else if (logLevel.equals("WARNING")){
m = w1.matcher (logLine);
if (m.find ()) {
notEnoughDHTPeers++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = w2.matcher (logLine);
if (m.find ()) {
failedIndexDistributionCount++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
} else if (logLevel.equals("SEVERE")){
m = e1.matcher (logLine);
if (m.find () && m.groupCount() >= 1) {
if (m.group(1).equals("leftchild")) leftChildTwiceCount++;
else if (m.group(1).equals("rightchild")) rightChildTwiceCount++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
m = e2.matcher (logLine);
if (m.find ()) {
malformedURLCount++;
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return 0;
}
}
totalParserTime += (System.currentTimeMillis() - start);
totalParserRuns++;
return -1;
}
public Hashtable getResults() {
Hashtable results = new Hashtable();
results.put(PARSER_VERSION , new Double(parserVersion));
results.put(URLS_RECEIVED , new Integer(urlSum));
results.put(URLS_REQUESTED , new Integer(urlReqSum));
results.put(URLS_BLOCKED , new Integer(blockedURLSum));
results.put(WORDS_RECEIVED , new Integer(wordsSum));
results.put(RWIS_RECEIVED , new Integer(rwiSum));
results.put(RWIS_BLOCKED , new Integer(blockedRWISum));
results.put(URLS_RECEIVED_TIME , new Long(urlTimeSum));
results.put(RWIS_RECEIVED_TIME , new Long(rwiTimeSum));
results.put(DHT_TRAFFIC_SENT , new Long(DHTSendTraffic));
results.put(DHT_URLS_SENT , new Integer(DHTSendURLs));
results.put(DHT_REJECTED , new Integer(RWIRejectCount));
results.put(DHT_REJECTED_PEERS_NAME , RWIRejectPeerNames);
results.put(DHT_REJECTED_PEERS_HASH , RWIRejectPeerHashs);
results.put(DHT_SENT_PEERS_NAME , DHTPeerNames);
results.put(DHT_SENT_PEERS_HASH , DHTPeerHashs);
results.put(DHT_SELECTED , new Integer(DHTSelectionTargetCount));
results.put(DHT_WORDS_SELECTED , new Integer(DHTSelectionWordsCount));
results.put(DHT_WORDS_SELECTED_TIME , new Integer(DHTSelectionWordsTimeCount));
results.put(DHT_DISTANCE_MIN , new Double(minDHTDist));
results.put(DHT_DISTANCE_MAX , new Double(maxDHTDist));
results.put(DHT_DISTANCE_AVERAGE , new Double(avgDHTDist / DHTSelectionTargetCount));
results.put(PEERS_BUSY , new Integer(busyPeerCount));
results.put(PEERS_TOO_LESS , new Integer(notEnoughDHTPeers));
results.put(DHT_SENT_FAILED , new Integer(failedIndexDistributionCount));
results.put(ERROR_CHILD_TWICE_LEFT , new Integer(leftChildTwiceCount));
results.put(ERROR_CHILD_TWICE_RIGHT , new Integer(rightChildTwiceCount));
results.put(RANKING_DIST , new Integer(rankingDistributionCount));
results.put(RANKING_DIST_TIME , new Integer(rankingDistributionTime));
results.put(RANKING_DIST_FAILED , new Integer(rankingDistributionFailCount));
results.put(ERROR_MALFORMED_URL , new Integer(malformedURLCount));
results.put(INDEXED_SITES , new Integer(indexedSites));
results.put(INDEXED_WORDS , new Integer(indexedWordSum));
results.put(INDEXED_SITES_SIZE , new Integer(indexedSiteSizeSum));
results.put(INDEXED_ANCHORS , new Integer(indexedAnchorsCount));
results.put(INDEXED_STACK_TIME , new Integer(indexedStackingTime));
results.put(INDEXED_PARSE_TIME , new Integer(indexedParsingTime));
results.put(INDEXED_INDEX_TIME , new Integer(indexedIndexingTime));
results.put(INDEXED_STORE_TIME , new Integer(indexedStorageTime));
results.put(TOTAL_PARSER_TIME , new Long(totalParserTime));
results.put(TOTAL_PARSER_RUNS , new Integer(totalParserRuns));
return results;
}
public String getParserType() {
return parserType;
}
public double getParserVersion() {
return parserVersion;
}
public void printResults() {
if(rankingDistributionCount == 0) rankingDistributionCount = 1;
if(DHTSelectionWordsTimeCount == 0) DHTSelectionWordsTimeCount = 1;
if(indexedSites != 0) indexedSites++;
System.out.println("INDEXER: Indexed " + indexedSites + " sites in " + (indexedStackingTime + indexedParsingTime + indexedIndexingTime + indexedStorageTime) + " milliseconds.");
System.out.println("INDEXER: Indexed " + indexedWordSum + " words on " + indexedSites + " sites. (avg. words per site: " + (indexedWordSum / indexedSites) + ").");
System.out.println("INDEXER: Total Size of indexed sites: " + indexedSiteSizeSum + " bytes (avg. size per site: " + (indexedSiteSizeSum / indexedSites) + " bytes).");
System.out.println("INDEXER: Total Number of Anchors found: " + indexedAnchorsCount + "(avg. Anchors per site: " + (indexedAnchorsCount / indexedSites) + ").");
System.out.println("INDEXER: Total StackingTime: " + indexedStackingTime + " milliseconds (avg. StackingTime: " + (indexedStackingTime / indexedSites) + " milliseconds).");
System.out.println("INDEXER: Total ParsingTime: " + indexedParsingTime + " milliseconds (avg. ParsingTime: " + (indexedParsingTime / indexedSites) + " milliseconds).");
System.out.println("INDEXER: Total IndexingTime: " + indexedIndexingTime + " milliseconds (avg. IndexingTime: " + (indexedIndexingTime / indexedSites) + " milliseconds).");
System.out.println("INDEXER: Total StorageTime: " + indexedStorageTime + " milliseconds (avg. StorageTime: " + (indexedStorageTime / indexedSites) + " milliseconds).");
if(urlSum != 0) urlSum++;
System.out.println("DHT: Recieved " + urlSum + " Urls in " + urlTimeSum + " ms. Blocked " + blockedURLSum + " URLs.");
System.out.println("DHT: " + urlTimeSum / urlSum + " milliseconds per URL.");
if(rwiSum != 0) rwiSum++;
System.out.println("DHT: Recieved " + rwiSum + " RWIs from " + wordsSum + " Words in " + rwiTimeSum + " ms. " + urlReqSum + " requested URLs.");
System.out.println("DHT: Blocked " + blockedRWISum + " RWIs before requesting URLs, because URL-Hash was blacklisted.");
System.out.println("DHT: " + rwiTimeSum / rwiSum + " milliseconds per RWI.");
System.out.println("DHT: Rejected " + RWIRejectCount + " Indextransfers from " + RWIRejectPeerNames.size() + " PeerNames with " + RWIRejectPeerHashs.size() + " PeerHashs.");
System.out.println("DHT: " + ((double)Math.round(DHTSendTraffic*100/(1024*1024)))/100 + " MegaBytes (" + DHTSendTraffic + " Bytes) of DHT-Transfertraffic.");
System.out.println("DHT: Sended " + DHTSendURLs + " URLs via DHT.");
System.out.println("DHT: DHT Transfers send to " + DHTPeerNames.size() + " Peernames with " + DHTPeerHashs.size() + " Peerhashs.");
System.out.println("DHT: Totally selected " + DHTSelectionWordsCount + " words in " + DHTSelectionWordsTimeCount + " seconds (" + (float)DHTSelectionWordsCount/DHTSelectionWordsTimeCount + " words/s)");
System.out.println("DHT: Selected " + DHTSelectionTargetCount + " possible DHT Targets (min. Distance: " + minDHTDist + " max. Distance: " + maxDHTDist + " avg. Distance: " + ((double)avgDHTDist/DHTSelectionTargetCount));
System.out.println("DHT: " + busyPeerCount + " times a targetpeer was too busy to accept a transfer.");
System.out.println("DHT: " + notEnoughDHTPeers + " times there were not enought targetpeers for the selected DHTChunk");
System.out.println("DHT: IndexDistribution failed " + failedIndexDistributionCount + " times.");
System.out.println("RANKING: Transmitted " + rankingDistributionCount + " Rankingfiles in " + rankingDistributionTime + " seconds (" + rankingDistributionTime/rankingDistributionCount + " seconds/file)");
System.out.println("RANKING: RankingDistribution failed " + rankingDistributionFailCount + " times.");
if (leftChildTwiceCount != 0)
System.out.println("ERRORS: tried " + leftChildTwiceCount + " times to create leftchild node twice in db");
if (rightChildTwiceCount != 0)
System.out.println("ERRORS: tried " + rightChildTwiceCount + " times to create rightchild node twice in db");
if (malformedURLCount != 0)
System.out.println("ERRORS: " + malformedURLCount + " MalformedURLExceptions accord.");
}
}