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yacy_search_server/source/net/yacy/search/Switchboard.java

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// Switchboard.java
// (C) 2004-2007 by Michael Peter Christen; mc@yacy.net, Frankfurt a. M., Germany
// first published 2004 on http://yacy.net
//
// This is a part of YaCy, a peer-to-peer based web search engine
//
// $LastChangedDate$
// $LastChangedRevision$
// $LastChangedBy$
//
// LICENSE
//
// 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
/*
This class holds the run-time environment of the plasma
Search Engine. It's data forms a blackboard which can be used
to organize running jobs around the indexing algorithm.
The blackboard consist of the following entities:
- storage: one plasmaStore object with the url-based database
- configuration: initialized by properties once, then by external functions
- job queues: for parsing, condensing, indexing
*/
package net.yacy.search;
import java.io.BufferedInputStream;
import java.io.BufferedOutputStream;
import java.io.BufferedReader;
import java.io.ByteArrayInputStream;
import java.io.ByteArrayOutputStream;
import java.io.File;
import java.io.FileInputStream;
import java.io.FileNotFoundException;
import java.io.FileOutputStream;
import java.io.IOException;
import java.io.InputStream;
import java.io.InputStreamReader;
import java.io.OutputStream;
import java.io.PrintWriter;
import java.io.Reader;
import java.net.InetAddress;
import java.net.MalformedURLException;
import java.net.ServerSocket;
import java.net.Socket;
import java.security.NoSuchAlgorithmException;
import java.security.PublicKey;
import java.security.spec.InvalidKeySpecException;
import java.text.ParseException;
import java.text.SimpleDateFormat;
import java.util.ArrayList;
import java.util.Collection;
import java.util.Collections;
import java.util.Date;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Iterator;
import java.util.LinkedHashMap;
import java.util.LinkedHashSet;
import java.util.List;
import java.util.Locale;
import java.util.Map;
import java.util.Properties;
import java.util.Set;
import java.util.SortedSet;
import java.util.TreeMap;
import java.util.TreeSet;
import java.util.concurrent.ArrayBlockingQueue;
import java.util.concurrent.BlockingQueue;
import java.util.concurrent.ConcurrentHashMap;
import java.util.concurrent.LinkedBlockingQueue;
import java.util.concurrent.Semaphore;
import java.util.concurrent.atomic.AtomicInteger;
import java.util.regex.Pattern;
import java.util.regex.PatternSyntaxException;
import java.util.zip.Deflater;
import java.util.zip.GZIPInputStream;
import java.util.zip.GZIPOutputStream;
import java.util.zip.ZipEntry;
import java.util.zip.ZipInputStream;
import javax.servlet.http.HttpServletRequest;
import org.apache.solr.common.SolrDocument;
import org.apache.solr.common.SolrException;
import org.apache.solr.common.SolrInputDocument;
import org.apache.solr.core.SolrCore;
import org.apache.solr.search.SyntaxError;
import com.cybozu.labs.langdetect.DetectorFactory;
import com.cybozu.labs.langdetect.LangDetectException;
import com.google.common.io.Files;
import net.yacy.cora.date.GenericFormatter;
import net.yacy.cora.document.WordCache;
import net.yacy.cora.document.analysis.Classification;
import net.yacy.cora.document.encoding.ASCII;
import net.yacy.cora.document.encoding.UTF8;
import net.yacy.cora.document.feed.RSSFeed;
import net.yacy.cora.document.feed.RSSMessage;
import net.yacy.cora.document.feed.RSSReader;
import net.yacy.cora.document.id.AnchorURL;
import net.yacy.cora.document.id.DigestURL;
import net.yacy.cora.document.id.MultiProtocolURL;
import net.yacy.cora.federate.solr.FailCategory;
import net.yacy.cora.federate.solr.Ranking;
import net.yacy.cora.federate.solr.connector.ShardSelection;
import net.yacy.cora.federate.solr.instance.EmbeddedInstance;
import net.yacy.cora.federate.solr.instance.RemoteInstance;
import net.yacy.cora.federate.yacy.CacheStrategy;
import net.yacy.cora.lod.vocabulary.Tagging;
import net.yacy.cora.order.Base64Order;
import net.yacy.cora.order.Digest;
import net.yacy.cora.order.NaturalOrder;
import net.yacy.cora.protocol.ClientIdentification;
import net.yacy.cora.protocol.ConnectionInfo;
import net.yacy.cora.protocol.Domains;
import net.yacy.cora.protocol.RequestHeader;
import net.yacy.cora.protocol.Scanner;
import net.yacy.cora.protocol.TimeoutRequest;
import net.yacy.cora.protocol.http.HTTPClient;
import net.yacy.cora.protocol.http.ProxySettings;
import net.yacy.cora.util.CommonPattern;
import net.yacy.cora.util.ConcurrentLog;
import net.yacy.cora.util.Memory;
import net.yacy.crawler.CrawlStacker;
import net.yacy.crawler.CrawlSwitchboard;
import net.yacy.crawler.HarvestProcess;
import net.yacy.crawler.data.Cache;
import net.yacy.crawler.data.CrawlProfile;
import net.yacy.crawler.data.CrawlProfile.CrawlAttribute;
import net.yacy.crawler.data.CrawlQueues;
import net.yacy.crawler.data.NoticedURL;
import net.yacy.crawler.data.NoticedURL.StackType;
import net.yacy.crawler.data.ResultImages;
import net.yacy.crawler.data.ResultURLs;
import net.yacy.crawler.data.ResultURLs.EventOrigin;
import net.yacy.crawler.data.Transactions;
import net.yacy.crawler.retrieval.Request;
import net.yacy.crawler.retrieval.Response;
import net.yacy.crawler.robots.RobotsTxt;
import net.yacy.data.BlogBoard;
import net.yacy.data.BlogBoardComments;
import net.yacy.data.BookmarkHelper;
import net.yacy.data.BookmarksDB;
import net.yacy.data.ListManager;
import net.yacy.data.MessageBoard;
import net.yacy.data.UserDB;
import net.yacy.data.UserDB.AccessRight;
import net.yacy.data.WorkTables;
import net.yacy.data.wiki.WikiBoard;
import net.yacy.data.wiki.WikiCode;
import net.yacy.data.wiki.WikiParser;
import net.yacy.document.Condenser;
import net.yacy.document.Document;
import net.yacy.document.LibraryProvider;
import net.yacy.document.Parser;
import net.yacy.document.ProbabilisticClassifier;
import net.yacy.document.TextParser;
import net.yacy.document.Tokenizer;
import net.yacy.document.VocabularyScraper;
import net.yacy.document.content.DCEntry;
import net.yacy.document.content.SurrogateReader;
import net.yacy.document.importer.JsonListImporter;
import net.yacy.document.importer.OAIListFriendsLoader;
import net.yacy.document.importer.WarcImporter;
import net.yacy.document.parser.audioTagParser;
import net.yacy.document.parser.pdfParser;
import net.yacy.document.parser.html.Evaluation;
import net.yacy.gui.Audio;
import net.yacy.gui.Tray;
import net.yacy.http.YaCyHttpServer;
import net.yacy.kelondro.blob.ArrayStack;
import net.yacy.kelondro.blob.BEncodedHeap;
import net.yacy.kelondro.blob.Tables;
import net.yacy.kelondro.blob.Tables.SortDirection;
import net.yacy.kelondro.data.meta.URIMetadataNode;
import net.yacy.kelondro.data.word.Word;
import net.yacy.kelondro.logging.GuiHandler;
import net.yacy.kelondro.logging.ThreadDump;
import net.yacy.kelondro.rwi.ReferenceContainer;
import net.yacy.kelondro.util.FileUtils;
import net.yacy.kelondro.util.MemoryControl;
import net.yacy.kelondro.util.OS;
import net.yacy.kelondro.util.SetTools;
import net.yacy.kelondro.workflow.BusyThread;
import net.yacy.kelondro.workflow.InstantBusyThread;
import net.yacy.kelondro.workflow.OneTimeBusyThread;
import net.yacy.kelondro.workflow.WorkflowProcessor;
import net.yacy.kelondro.workflow.WorkflowThread;
import net.yacy.peers.DHTSelection;
import net.yacy.peers.Dispatcher;
import net.yacy.peers.EventChannel;
import net.yacy.peers.Network;
import net.yacy.peers.NewsPool;
import net.yacy.peers.Protocol;
import net.yacy.peers.Seed;
import net.yacy.peers.SeedDB;
import net.yacy.peers.graphics.NetworkGraph;
import net.yacy.peers.graphics.WebStructureGraph;
import net.yacy.peers.operation.yacyBuildProperties;
import net.yacy.peers.operation.yacyRelease;
import net.yacy.peers.operation.yacyUpdateLocation;
import net.yacy.repository.Blacklist;
import net.yacy.repository.Blacklist.BlacklistType;
import net.yacy.repository.FilterEngine;
import net.yacy.repository.LoaderDispatcher;
import net.yacy.search.index.Fulltext;
import net.yacy.search.index.Segment;
import net.yacy.search.index.Segment.ReferenceReportCache;
import net.yacy.search.index.SingleDocumentMatcher;
import net.yacy.search.query.AccessTracker;
import net.yacy.search.query.SearchEvent;
import net.yacy.search.query.SearchEventCache;
import net.yacy.search.ranking.RankingProfile;
import net.yacy.search.schema.CollectionConfiguration;
import net.yacy.search.schema.CollectionSchema;
import net.yacy.search.schema.WebgraphConfiguration;
import net.yacy.search.snippet.TextSnippet;
import net.yacy.server.serverCore;
import net.yacy.server.serverSwitch;
import net.yacy.server.http.RobotsTxtConfig;
import net.yacy.utils.CryptoLib;
import net.yacy.utils.crypt;
import net.yacy.utils.upnp.UPnP;
import net.yacy.visualization.CircleTool;
public final class Switchboard extends serverSwitch {
final static String SOLR_COLLECTION_CONFIGURATION_NAME_OLD = "solr.keys.default.list";
public final static String SOLR_COLLECTION_CONFIGURATION_NAME = "solr.collection.schema";
public final static String SOLR_WEBGRAPH_CONFIGURATION_NAME = "solr.webgraph.schema";
public static long lastPPMUpdate = System.currentTimeMillis() - 30000;
private static final int dhtMaxContainerCount = 500;
private int dhtMaxReferenceCount = 1000;
// colored list management
public static SortedSet<String> badwords = new TreeSet<>(NaturalOrder.naturalComparator);
public static SortedSet<String> stopwords = new TreeSet<>(NaturalOrder.naturalComparator);
public static SortedSet<String> blueList = null;
public static SortedSet<byte[]> stopwordHashes = null;
public static Blacklist urlBlacklist = null;
public static WikiParser wikiParser = null;
// storage management
public File htCachePath;
public final File dictionariesPath, classificationPath;
public File listsPath;
public File htDocsPath;
public File workPath;
public File releasePath;
public File networkRoot;
public File queuesRoot;
public File surrogatesInPath;
public File surrogatesOutPath;
public Segment index;
public LoaderDispatcher loader;
public CrawlSwitchboard crawler;
public CrawlQueues crawlQueues;
public CrawlStacker crawlStacker;
public MessageBoard messageDB;
public WikiBoard wikiDB;
public BlogBoard blogDB;
public BlogBoardComments blogCommentDB;
public RobotsTxt robots;
public Map<String, Object[]> outgoingCookies, incomingCookies;
public volatile long proxyLastAccess, localSearchLastAccess, remoteSearchLastAccess, adminAuthenticationLastAccess, optimizeLastRun;
public Network yc;
public ResourceObserver observer;
public UserDB userDB;
public BookmarksDB bookmarksDB;
public WebStructureGraph webStructure;
public ConcurrentHashMap<String, TreeSet<Long>> localSearchTracker, remoteSearchTracker; // mappings from requesting host to a TreeSet of Long(access time)
public int searchQueriesRobinsonFromLocal = 0; // absolute counter of all local queries submitted on this peer from a local or autheticated used
public int searchQueriesRobinsonFromRemote = 0; // absolute counter of all local queries submitted on this peer from a remote IP without authentication
public float searchQueriesGlobal = 0f; // partial counter of remote queries (1/number-of-requested-peers)
public SortedSet<byte[]> clusterhashes; // a set of cluster hashes
public List<Pattern> networkWhitelist, networkBlacklist;
public FilterEngine domainList;
private Dispatcher dhtDispatcher;
public LinkedBlockingQueue<String> trail; // connect infos from cytag servlet
public SeedDB peers;
public Set<String> localcluster_scan;
public WorkTables tables;
public Tray tray;
private long lastStats = 0; // time when the last row was written to the stats table
public WorkflowProcessor<IndexingQueueEntry> indexingDocumentProcessor;
public WorkflowProcessor<IndexingQueueEntry> indexingCondensementProcessor;
public WorkflowProcessor<IndexingQueueEntry> indexingAnalysisProcessor;
public WorkflowProcessor<IndexingQueueEntry> indexingStorageProcessor;
public RobotsTxtConfig robotstxtConfig = null;
public boolean useTailCache;
public boolean exceed134217727;
public final long startupTime = System.currentTimeMillis();
private final Semaphore shutdownSync = new Semaphore(0);
private boolean terminate = false;
private boolean startupAction = true; // this is set to false after the first event
private static Switchboard sb;
public HashMap<String, Object[]> crawlJobsStatus = new HashMap<>();
public Switchboard(final File dataPath, final File appPath, final String initPath, final String configPath) {
super(dataPath, appPath, initPath, configPath);
sb = this;
// check if port is already occupied
final int port = this.getLocalPort();
if (TimeoutRequest.ping(Domains.LOCALHOST, port, 500)) {
throw new RuntimeException(
"a server is already running on the YaCy port "
+ port
+ "; possibly another YaCy process has not terminated yet. Please stop YaCy before running a new instance.");
}
MemoryTracker.startSystemProfiling();
// set loglevel and log
this.setLog(new ConcurrentLog("SWITCHBOARD"));
AccessTracker.setDumpFile(new File(dataPath, "DATA/LOG/queries.log"));
// set timeoutrequests
final boolean timeoutrequests = this.getConfigBool("timeoutrequests", true);
TimeoutRequest.enable = timeoutrequests;
// UPnP port mapping
if ( this.getConfigBool(SwitchboardConstants.UPNP_ENABLED, false) ) {
new OneTimeBusyThread("UPnP.addPortMappings") {
@Override
public boolean jobImpl() throws Exception {
UPnP.addPortMappings();
return true;
}
}.start();
}
// init TrayIcon if possible
this.tray = new Tray(this);
// remote proxy configuration
this.initRemoteProxy();
// memory configuration
final long tableCachingLimit = this.getConfigLong("tableCachingLimit", 419430400L);
if ( MemoryControl.available() > tableCachingLimit ) {
this.useTailCache = true;
}
this.exceed134217727 = this.getConfigBool("exceed134217727", true);
if ( MemoryControl.available() > 1024L * 1024L * 1024L * 2L ) {
this.exceed134217727 = true;
}
// load values from configs
final File indexPath = this.getDataPath(SwitchboardConstants.INDEX_PRIMARY_PATH, SwitchboardConstants.INDEX_PATH_DEFAULT);
this.log.config("Index Primary Path: " + indexPath.toString());
final File archivePath = this.getDataPath(SwitchboardConstants.INDEX_ARCHIVE_PATH, SwitchboardConstants.INDEX_ARCHIVE_DEFAULT);
this.log.config("Index Archive Path: " + archivePath.toString());
this.listsPath =
this.getDataPath(SwitchboardConstants.LISTS_PATH, SwitchboardConstants.LISTS_PATH_DEFAULT);
this.log.config("Lists Path: " + this.listsPath.toString());
this.htDocsPath =
this.getDataPath(SwitchboardConstants.HTDOCS_PATH, SwitchboardConstants.HTDOCS_PATH_DEFAULT);
this.log.config("HTDOCS Path: " + this.htDocsPath.toString());
this.workPath = this.getDataPath(SwitchboardConstants.WORK_PATH, SwitchboardConstants.WORK_PATH_DEFAULT);
this.workPath.mkdirs();
// if default work files exist, copy them (don't overwrite existing!)
final File defaultWorkPath = new File(appPath, "defaults/data/work");
if (defaultWorkPath.list() != null) {
for (final String fs : defaultWorkPath.list()) {
final File wf = new File(this.workPath, fs);
if (!wf.exists()) {
try {
Files.copy(new File(defaultWorkPath, fs), wf);
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
}
}
}
this.log.config("Work Path: " + this.workPath.toString());
this.dictionariesPath =
this.getDataPath(
SwitchboardConstants.DICTIONARY_SOURCE_PATH,
SwitchboardConstants.DICTIONARY_SOURCE_PATH_DEFAULT);
this.log.config("Dictionaries Path:" + this.dictionariesPath.toString());
if (!this.dictionariesPath.exists()) this.dictionariesPath.mkdirs();
this.classificationPath =
this.getDataPath(
SwitchboardConstants.CLASSIFICATION_SOURCE_PATH,
SwitchboardConstants.CLASSIFICATION_SOURCE_PATH_DEFAULT);
this.log.config("Classification Path:" + this.classificationPath.toString());
if (!this.classificationPath.exists()) this.classificationPath.mkdirs();
CollectionConfiguration.UNIQUE_HEURISTIC_PREFER_HTTPS = this.getConfigBool("search.ranking.uniqueheuristic.preferhttps", false);
CollectionConfiguration.UNIQUE_HEURISTIC_PREFER_WWWPREFIX = this.getConfigBool("search.ranking.uniqueheuristic.preferwwwprefix", true);
// init libraries
this.log.config("initializing libraries");
new Thread("LibraryProvider.initialize") {
@Override
public void run() {
LibraryProvider.initialize(Switchboard.this.dictionariesPath);
// persistent Vocabulary Switches
final Set<String> omit = Switchboard.this.getConfigSet("search.result.show.vocabulary.omit");
for (final String o: omit) {
final Tagging t = LibraryProvider.autotagging.getVocabulary(o);
if (t != null) {
t.setFacet(false);
} else {
Switchboard.this.log.config("search.result.show.vocabulary.omit configuration value contains an unknown vocabulary name : " + o);
}
}
final Set<String> linkedDataVocs = Switchboard.this
.getConfigSet(SwitchboardConstants.VOCABULARIES_MATCH_LINKED_DATA_NAMES);
for (final String vocName : linkedDataVocs) {
final Tagging t = LibraryProvider.autotagging.getVocabulary(vocName);
if (t != null) {
t.setMatchFromLinkedData(true);
} else {
Switchboard.this.log.config(SwitchboardConstants.VOCABULARIES_MATCH_LINKED_DATA_NAMES
+ " configuration value contains an unknown vocabulary name : " + vocName);
}
}
Thread.currentThread().setName("ProbabilisticClassification.initialize");
ProbabilisticClassifier.initialize(Switchboard.this.classificationPath);
}
}.start();
// init the language detector
this.log.config("Loading language profiles");
try {
DetectorFactory.loadProfile(new File(appPath, "langdetect").toString());
} catch (final LangDetectException e) {
ConcurrentLog.logException(e);
}
// init global host name cache
Domains.init(new File(this.workPath, "globalhosts.list"));
// init sessionid name file
final String sessionidNamesFile = this.getConfig("sessionidNamesFile", "defaults/sessionid.names");
this.log.config("Loading sessionid file " + sessionidNamesFile);
MultiProtocolURL.initSessionIDNames(FileUtils.loadList(new File(this.getAppPath(), sessionidNamesFile)));
// init tables
this.tables = new WorkTables(this.workPath);
// set a high maximum cache size to current size; this is adopted later automatically
final int wordCacheMaxCount = (int) this.getConfigLong(SwitchboardConstants.WORDCACHE_MAX_COUNT, 20000);
this.setConfig(SwitchboardConstants.WORDCACHE_MAX_COUNT, Integer.toString(wordCacheMaxCount));
/* Init outgoing connections clients with user defined settings */
this.initOutgoingConnectionSettings();
/* Init outgoing connections pools with user defined settings */
this.initOutgoingConnectionPools();
// load the network definition
try {
this.overwriteNetworkDefinition(this.getSysinfo());
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
// create custom user agent
ClientIdentification.generateCustomBot(
this.getConfig(SwitchboardConstants.CRAWLER_USER_AGENT_NAME, ""),
this.getConfig(SwitchboardConstants.CRAWLER_USER_AGENT_STRING, ""),
(int) this.getConfigLong(SwitchboardConstants.CRAWLER_USER_AGENT_MINIMUMDELTA, 500),
(int) this.getConfigLong(SwitchboardConstants.CRAWLER_USER_AGENT_CLIENTTIMEOUT , 1000));
// start indexing management
this.log.config("Starting Indexing Management");
final String networkName = this.getConfig(SwitchboardConstants.NETWORK_NAME, "");
final long fileSizeMax = (OS.isWindows) ? this.getConfigLong("filesize.max.win", Integer.MAX_VALUE) : this.getConfigLong( "filesize.max.other", Integer.MAX_VALUE);
final int redundancy = (int) this.getConfigLong("network.unit.dhtredundancy.senior", 1);
final int partitionExponent = (int) this.getConfigLong("network.unit.dht.partitionExponent", 0);
this.networkRoot = new File(new File(indexPath, networkName), "NETWORK");
this.queuesRoot = new File(new File(indexPath, networkName), "QUEUES");
this.networkRoot.mkdirs();
this.queuesRoot.mkdirs();
// prepare a solr index profile switch list
final File solrCollectionConfigurationInitFile = new File(this.getAppPath(), "defaults/" + SOLR_COLLECTION_CONFIGURATION_NAME);
final File solrCollectionConfigurationWorkFile = new File(this.getDataPath(), "DATA/SETTINGS/" + SOLR_COLLECTION_CONFIGURATION_NAME);
final File solrWebgraphConfigurationInitFile = new File(this.getAppPath(), "defaults/" + SOLR_WEBGRAPH_CONFIGURATION_NAME);
final File solrWebgraphConfigurationWorkFile = new File(this.getDataPath(), "DATA/SETTINGS/" + SOLR_WEBGRAPH_CONFIGURATION_NAME);
CollectionConfiguration solrCollectionConfigurationWork = null;
WebgraphConfiguration solrWebgraphConfigurationWork = null;
// migrate the old Schema file path to a new one
final File solrCollectionConfigurationWorkOldFile = new File(this.getDataPath(), "DATA/SETTINGS/" + SOLR_COLLECTION_CONFIGURATION_NAME_OLD);
if (solrCollectionConfigurationWorkOldFile.exists() && !solrCollectionConfigurationWorkFile.exists()) solrCollectionConfigurationWorkOldFile.renameTo(solrCollectionConfigurationWorkFile);
// initialize the collection schema if it does not yet exist
if (!solrCollectionConfigurationWorkFile.exists()) try {
Files.copy(solrCollectionConfigurationInitFile, solrCollectionConfigurationWorkFile);
} catch (final IOException e) {ConcurrentLog.logException(e);}
// lazy definition of schema: do not write empty fields
final boolean solrlazy = this.getConfigBool(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_LAZY, true);
// define collection schema
try {
final CollectionConfiguration solrCollectionConfigurationInit = new CollectionConfiguration(solrCollectionConfigurationInitFile, solrlazy);
solrCollectionConfigurationWork = new CollectionConfiguration(solrCollectionConfigurationWorkFile, solrlazy);
// update the working scheme with the backup scheme. This is necessary to include new features.
// new features are always activated by default (if activated in input-backupScheme)
solrCollectionConfigurationWork.fill(solrCollectionConfigurationInit, true);
solrCollectionConfigurationWork.commit();
} catch (final IOException e) {ConcurrentLog.logException(e);}
// initialize the webgraph schema if it does not yet exist
if (!solrWebgraphConfigurationWorkFile.exists()) try {
Files.copy(solrWebgraphConfigurationInitFile, solrWebgraphConfigurationWorkFile);
} catch (final IOException e) {ConcurrentLog.logException(e);}
// define webgraph schema
try {
final WebgraphConfiguration solrWebgraphConfigurationInit = new WebgraphConfiguration(solrWebgraphConfigurationInitFile, solrlazy);
solrWebgraphConfigurationWork = new WebgraphConfiguration(solrWebgraphConfigurationWorkFile, solrlazy);
solrWebgraphConfigurationWork.fill(solrWebgraphConfigurationInit, true);
solrWebgraphConfigurationWork.commit();
} catch (final IOException e) {ConcurrentLog.logException(e);}
// define boosts
Ranking.setMinTokenLen(this.getConfigInt(SwitchboardConstants.SEARCH_RANKING_SOLR_DOUBLEDETECTION_MINLENGTH, 3));
Ranking.setQuantRate(this.getConfigFloat(SwitchboardConstants.SEARCH_RANKING_SOLR_DOUBLEDETECTION_QUANTRATE, 0.5f));
for (int i = 0; i <= 3; i++) {
// must be done every time the boosts change
final Ranking r = solrCollectionConfigurationWork.getRanking(i);
final String name = this.getConfig(SwitchboardConstants.SEARCH_RANKING_SOLR_COLLECTION_BOOSTNAME_ + i, "_dummy" + i);
String boosts = this.getConfig(SwitchboardConstants.SEARCH_RANKING_SOLR_COLLECTION_BOOSTFIELDS_ + i, "text_t^1.0");
final String fq = this.getConfig(SwitchboardConstants.SEARCH_RANKING_SOLR_COLLECTION_FILTERQUERY_ + i, "");
String bq = this.getConfig(SwitchboardConstants.SEARCH_RANKING_SOLR_COLLECTION_BOOSTQUERY_ + i, "");
String bf = this.getConfig(SwitchboardConstants.SEARCH_RANKING_SOLR_COLLECTION_BOOSTFUNCTION_ + i, "");
// apply some hard-coded patches for earlier experiments we do not want any more
if (bf.equals("product(recip(rord(last_modified),1,1000,1000),div(product(log(product(references_external_i,references_exthosts_i)),div(references_internal_i,host_extent_i)),add(crawldepth_i,1)))") ||
bf.equals("scale(cr_host_norm_i,1,20)")) bf = "";
if (bf.equals("recip(rord(last_modified),1,1000,1000)")) bf = "recip(ms(NOW,last_modified),3.16e-11,1,1)"; // that was an outdated date boost that did not work well
if (i == 0 && bq.equals("fuzzy_signature_unique_b:true^100000.0")) bq = "crawldepth_i:0^0.8 crawldepth_i:1^0.4";
if (bq.equals("crawldepth_i:0^0.8 crawldepth_i:1^0.4")) bq = "crawldepth_i:0^0.8\ncrawldepth_i:1^0.4"; // Fix issue with multiple Boost Queries
if (boosts.equals("url_paths_sxt^1000.0,synonyms_sxt^1.0,title^10000.0,text_t^2.0,h1_txt^1000.0,h2_txt^100.0,host_organization_s^100000.0")) boosts = "url_paths_sxt^3.0,synonyms_sxt^0.5,title^5.0,text_t^1.0,host_s^6.0,h1_txt^5.0,url_file_name_tokens_t^4.0,h2_txt^2.0";
r.setName(name);
r.updateBoosts(boosts);
r.setFilterQuery(fq);
r.setBoostQuery(bq);
r.setBoostFunction(bf);
}
// initialize index
ReferenceContainer.maxReferences = this.getConfigInt("index.maxReferences", 0);
final File segmentsPath = new File(new File(indexPath, networkName), "SEGMENTS");
try {this.index = new Segment(this.log, segmentsPath, archivePath, solrCollectionConfigurationWork, solrWebgraphConfigurationWork);} catch (final IOException e) {ConcurrentLog.logException(e);}
if (this.getConfigBool(SwitchboardConstants.CORE_SERVICE_RWI, true)) try {
this.index.connectRWI(wordCacheMaxCount, fileSizeMax);
} catch (final IOException e) {ConcurrentLog.logException(e);}
if (this.getConfigBool(SwitchboardConstants.CORE_SERVICE_CITATION, true)) try {
this.index.connectCitation(wordCacheMaxCount, fileSizeMax);
} catch (final IOException e) {ConcurrentLog.logException(e);}
if (this.getConfigBool(SwitchboardConstants.CORE_SERVICE_FULLTEXT,
SwitchboardConstants.CORE_SERVICE_FULLTEXT_DEFAULT)) {
try {this.index.fulltext().connectLocalSolr();} catch (final IOException e) {ConcurrentLog.logException(e);}
}
this.index.fulltext().setUseWebgraph(this.getConfigBool(SwitchboardConstants.CORE_SERVICE_WEBGRAPH, false));
// set up the solr interface
final String solrurls = this.getConfig(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_URL, "http://127.0.0.1:8983/solr");
final boolean usesolr = this.getConfigBool(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_ENABLED,
SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_ENABLED_DEFAULT) & solrurls.length() > 0;
final int solrtimeout = this.getConfigInt(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_TIMEOUT, 60000);
final boolean writeEnabled = this.getConfigBool(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_WRITEENABLED, true);
final boolean trustSelfSignedOnAuthenticatedServer = Switchboard.getSwitchboard().getConfigBool(
SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_AUTHENTICATED_ALLOW_SELF_SIGNED,
SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_AUTHENTICATED_ALLOW_SELF_SIGNED_DEFAULT);
if (usesolr && solrurls != null && solrurls.length() > 0) {
try {
final ArrayList<RemoteInstance> instances = RemoteInstance.getShardInstances(solrurls, null, null, solrtimeout, trustSelfSignedOnAuthenticatedServer);
final String shardMethodName = this.getConfig(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_SHARDING, ShardSelection.Method.MODULO_HOST_MD5.name());
final ShardSelection.Method shardMethod = ShardSelection.Method.valueOf(shardMethodName);
this.index.fulltext().connectRemoteSolr(instances, shardMethod, writeEnabled);
} catch (final IOException e ) {
ConcurrentLog.logException(e);
}
}
// initialize network database
final File mySeedFile = new File(this.networkRoot, SeedDB.DBFILE_OWN_SEED);
this.peers =
new SeedDB(
this.networkRoot,
"seed.new.heap",
"seed.old.heap",
"seed.pot.heap",
mySeedFile,
redundancy,
partitionExponent,
false,
this.exceed134217727);
final String agent = this.getConfig(SwitchboardConstants.NETWORK_UNIT_AGENT, "");
if (!agent.isEmpty()) this.peers.setMyName(agent); // this can thus be set using the environment variable yacy.network.unit.agent
// initialize peer scan
this.localcluster_scan = Collections.newSetFromMap(new ConcurrentHashMap<>());
if (this.getConfigBool("scan.enabled", false)) {
new OneTimeBusyThread("Switchboard.scanForOtherYaCyInIntranet") {
@Override
public boolean jobImpl() throws Exception {
Switchboard.this.localcluster_scan.addAll(Scanner.scanForOtherYaCyInIntranet());
return true;
}
}.start();
}
// load domainList
try {
this.domainList = null;
if (!this.getConfig("network.unit.domainlist", "").equals("")) {
final Reader r = this.getConfigFileFromWebOrLocally(
this.getConfig("network.unit.domainlist", ""),
this.getAppPath().getAbsolutePath(),
new File(this.networkRoot, "domainlist.txt"));
this.domainList = new FilterEngine();
final BufferedReader br = new BufferedReader(r);
this.domainList.loadList(br, null);
br.close();
}
} catch (final FileNotFoundException e ) {
this.log.severe("CONFIG: domainlist not found: " + e.getMessage());
} catch (final IOException e ) {
this.log.severe("CONFIG: error while retrieving domainlist: " + e.getMessage());
}
// create a crawler
this.crawler = new CrawlSwitchboard(this);
// start yacy core
this.log.config("Starting YaCy Protocol Core");
this.yc = new Network(this);
new OneTimeBusyThread("Switchboard.loadSeedLists") {
@Override
public boolean jobImpl() throws Exception {
Switchboard.this.loadSeedLists();
return true;
}
}.start();
//final long startedSeedListAquisition = System.currentTimeMillis();
// init a DHT transmission dispatcher
this.dhtDispatcher = (this.peers.sizeConnected() == 0) ? null : new Dispatcher(this, true, 10000);
// set up local robots.txt
this.robotstxtConfig = RobotsTxtConfig.init(this);
// setting timestamp of last proxy access
this.proxyLastAccess = System.currentTimeMillis() - 10000;
this.localSearchLastAccess = System.currentTimeMillis() - 10000;
this.remoteSearchLastAccess = System.currentTimeMillis() - 10000;
this.adminAuthenticationLastAccess = 0; // timestamp last admin authentication (as not autenticated here, stamp with 0)
this.optimizeLastRun = System.currentTimeMillis();
this.webStructure = new WebStructureGraph(new File(this.queuesRoot, "webStructure.map"));
// configuring list path
if ( !(this.listsPath.exists()) ) {
this.listsPath.mkdirs();
}
// load coloured lists
if ( blueList == null ) {
// read only once upon first instantiation of this class
final String f =
this.getConfig(SwitchboardConstants.LIST_BLUE, SwitchboardConstants.LIST_BLUE_DEFAULT);
final File plasmaBlueListFile = new File(f);
if ( f != null ) {
blueList = SetTools.loadList(plasmaBlueListFile, NaturalOrder.naturalComparator);
} else {
blueList = new TreeSet<>();
}
this.log.config("loaded blue-list from file "
+ plasmaBlueListFile.getName()
+ ", "
+ blueList.size()
+ " entries, "
+ ppRamString(plasmaBlueListFile.length() / 1024));
}
// load blacklist
this.log.config("Loading blacklist ...");
final File blacklistsPath =
this.getDataPath(SwitchboardConstants.LISTS_PATH, SwitchboardConstants.LISTS_PATH_DEFAULT);
urlBlacklist = new Blacklist(blacklistsPath);
ListManager.switchboard = this;
ListManager.listsPath = blacklistsPath;
ListManager.reloadBlacklists();
// Set jvm default locale to match UI language (
String lng = this.getConfig("locale.language", "en");
if (!"browser".equals(lng) && !"default".equals(lng)) {
Locale.setDefault(new Locale(lng));
} else {
lng = "en"; // default = English
}
// load badwords (to filter the topwords)
if ( badwords == null || badwords.isEmpty() ) {
File badwordsFile = new File(appPath, "DATA/SETTINGS/" + SwitchboardConstants.LIST_BADWORDS_DEFAULT);
if (!badwordsFile.exists()) {
badwordsFile = new File(appPath, "defaults/" + SwitchboardConstants.LIST_BADWORDS_DEFAULT);
}
badwords = SetTools.loadList(badwordsFile, NaturalOrder.naturalComparator);
this.log.config("loaded badwords from file "
+ badwordsFile.getName()
+ ", "
+ badwords.size()
+ " entries, "
+ ppRamString(badwordsFile.length() / 1024));
}
// load stopwords (to filter query and topwords)
if ( stopwords == null || stopwords.isEmpty() ) {
File stopwordsFile = new File(dataPath, "DATA/SETTINGS/" + SwitchboardConstants.LIST_STOPWORDS_DEFAULT);
if (!stopwordsFile.exists()) {
stopwordsFile = new File(appPath, "defaults/"+SwitchboardConstants.LIST_STOPWORDS_DEFAULT);
}
stopwords = SetTools.loadList(stopwordsFile, NaturalOrder.naturalComparator);
// append locale language stopwords using setting of interface language (file yacy.stopwords.xx)
// english is stored as default (needed for locale html file overlay)
File stopwordsFilelocale = new File (dataPath, "DATA/SETTINGS/"+stopwordsFile.getName()+"."+lng);
if (!stopwordsFilelocale.exists()) stopwordsFilelocale = new File (appPath, "defaults/"+stopwordsFile.getName()+"."+lng);
if (stopwordsFilelocale.exists()) {
// load YaCy locale stopword list
stopwords.addAll(SetTools.loadList(stopwordsFilelocale, NaturalOrder.naturalComparator));
this.log.config("append stopwords from file " + stopwordsFilelocale.getName());
} else {
// alternatively load/append default solr stopword list
stopwordsFilelocale = new File (appPath, "defaults/solr/lang/stopwords_" + lng + ".txt");
if (stopwordsFilelocale.exists()) {
stopwords.addAll(SetTools.loadList(stopwordsFilelocale, NaturalOrder.naturalComparator));
this.log.config("append stopwords from file " + stopwordsFilelocale.getName());
}
}
}
// start a cache manager
this.log.config("Starting HT Cache Manager");
// create the cache directory
this.htCachePath =
this.getDataPath(SwitchboardConstants.HTCACHE_PATH, SwitchboardConstants.HTCACHE_PATH_DEFAULT);
this.log.info("HTCACHE Path = " + this.htCachePath.getAbsolutePath());
final long maxCacheSize =
1024L * 1024L * Long.parseLong(this.getConfig(SwitchboardConstants.PROXY_CACHE_SIZE, "2")); // this is megabyte
Cache.init(this.htCachePath, this.peers.mySeed().hash, maxCacheSize,
this.getConfigLong(SwitchboardConstants.HTCACHE_SYNC_LOCK_TIMEOUT,
SwitchboardConstants.HTCACHE_SYNC_LOCK_TIMEOUT_DEFAULT),
this.getConfigInt(SwitchboardConstants.HTCACHE_COMPRESSION_LEVEL,
SwitchboardConstants.HTCACHE_COMPRESSION_LEVEL_DEFAULT));
final File transactiondir = new File(this.htCachePath, "snapshots");
Transactions.init(transactiondir, this.getConfigLong(SwitchboardConstants.SNAPSHOTS_WKHTMLTOPDF_TIMEOUT,
SwitchboardConstants.SNAPSHOTS_WKHTMLTOPDF_TIMEOUT_DEFAULT));
// create the surrogates directories
this.surrogatesInPath =
this.getDataPath(
SwitchboardConstants.SURROGATES_IN_PATH,
SwitchboardConstants.SURROGATES_IN_PATH_DEFAULT);
this.log.info("surrogates.in Path = " + this.surrogatesInPath.getAbsolutePath());
this.surrogatesInPath.mkdirs();
this.surrogatesOutPath =
this.getDataPath(
SwitchboardConstants.SURROGATES_OUT_PATH,
SwitchboardConstants.SURROGATES_OUT_PATH_DEFAULT);
this.log.info("surrogates.out Path = " + this.surrogatesOutPath.getAbsolutePath());
this.surrogatesOutPath.mkdirs();
// copy opensearch heuristic config (if not exist)
final File osdConfig = new File(this.getDataPath(), "DATA/SETTINGS/heuristicopensearch.conf");
if (!osdConfig.exists()) {
final File osdDefaultConfig = new File(appPath, "defaults/heuristicopensearch.conf");
this.log.info("heuristic.opensearch list Path = " + osdDefaultConfig.getAbsolutePath());
try {
Files.copy(osdDefaultConfig, osdConfig);
} catch (final IOException ex) { }
}
// create the release download directory
this.releasePath =
this.getDataPath(SwitchboardConstants.RELEASE_PATH, SwitchboardConstants.RELEASE_PATH_DEFAULT);
this.releasePath.mkdirs();
this.log.info("RELEASE Path = " + this.releasePath.getAbsolutePath());
// starting message board
try {
this.initMessages();
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
// starting wiki
try {
this.initWiki();
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
//starting blog
try {
this.initBlog();
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
// init User DB
this.log.config("Loading User DB");
final File userDbFile = new File(this.getDataPath(), "DATA/SETTINGS/user.heap");
try {
this.userDB = new UserDB(userDbFile);
this.log.config("Loaded User DB from file "
+ userDbFile.getName()
+ ", "
+ this.userDB.size()
+ " entries"
+ ", "
+ ppRamString(userDbFile.length() / 1024));
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
// init html parser evaluation scheme
File parserPropertiesPath = new File(appPath, "defaults/");
String[] settingsList = parserPropertiesPath.list();
for ( final String l : settingsList ) {
if ( l.startsWith("parser.") && l.endsWith(".properties") ) {
try {
Evaluation.add(new File(parserPropertiesPath, l));
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
}
}
parserPropertiesPath = new File(this.getDataPath(), "DATA/SETTINGS/");
settingsList = parserPropertiesPath.list();
for ( final String l : settingsList ) {
if ( l.startsWith("parser.") && l.endsWith(".properties") ) {
try {
Evaluation.add(new File(parserPropertiesPath, l));
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
}
}
// init bookmarks DB: needs more time since this does a DNS lookup for each Bookmark.
// Can be started concurrently
new Thread("Switchboard.initBookmarks") {
@Override
public void run() {
try {
Switchboard.this.initBookmarks();
} catch (final IOException e ) {
ConcurrentLog.logException(e);
}
}
}.start();
// define a realtime parsable mimetype list
this.log.config("Parser: Initializing Mime Type deny list");
final boolean enableAudioTags = this.getConfigBool("parser.enableAudioTags", false);
this.log.config("Parser: parser.enableAudioTags= "+enableAudioTags);
final Set<String> denyExt = this.getConfigSet(SwitchboardConstants.PARSER_EXTENSIONS_DENY);
final Set<String> denyMime = this.getConfigSet(SwitchboardConstants.PARSER_MIME_DENY);
/* audioTagParser is disabled by default as it needs a temporary file (because of the JAudiotagger implementation) for each parsed document */
if (!enableAudioTags) {
denyExt.addAll(audioTagParser.SupportedAudioFormat.getAllFileExtensions());
denyMime.addAll(audioTagParser.SupportedAudioFormat.getAllMediaTypes());
this.setConfig(SwitchboardConstants.PARSER_EXTENSIONS_DENY, denyExt);
this.setConfig(SwitchboardConstants.PARSER_MIME_DENY, denyMime);
this.setConfig("parser.enableAudioTags", true);
}
TextParser.setDenyMime(this.getConfig(SwitchboardConstants.PARSER_MIME_DENY, ""));
TextParser.setDenyExtension(this.getConfig(SwitchboardConstants.PARSER_EXTENSIONS_DENY, ""));
pdfParser.individualPages = this.getConfigBool(SwitchboardConstants.PARSER_PDF_INDIVIDUALPAGES, false);
pdfParser.individualPagePropertyname = this.getConfig(SwitchboardConstants.PARSER_PDF_INDIVIDUALPAGES_KEY, "page");
// start a loader
this.log.config("Starting Crawl Loader");
this.loader = new LoaderDispatcher(this);
// load the robots.txt db
this.log.config("Initializing robots.txt DB");
this.robots = new RobotsTxt(this.tables, this.loader,
this.getConfigInt(SwitchboardConstants.ROBOTS_TXT_THREADS_ACTIVE_MAX, SwitchboardConstants.ROBOTS_TXT_THREADS_ACTIVE_MAX_DEFAULT));
try {
this.log.config("Loaded robots.txt DB: " + this.robots.size() + " entries");
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
// load oai tables
final Map<String, File> oaiFriends =
OAIListFriendsLoader.loadListFriendsSources(
new File(appPath, "defaults/oaiListFriendsSource.xml"),
this.getDataPath());
OAIListFriendsLoader.init(this.loader, oaiFriends, ClientIdentification.yacyInternetCrawlerAgent);
this.crawlQueues = new CrawlQueues(this, this.queuesRoot);
// on startup, resume all crawls
this.setConfig(SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL + "_isPaused", "false");
this.setConfig(SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL + "_isPaused_cause", "");
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL + "_isPaused", "false");
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL + "_isPaused_cause", "");
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER + "_isPaused", "false");
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER + "_isPaused_cause", "");
this.crawlJobsStatus.put(SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL, new Object[] {new Object(), false});
this.crawlJobsStatus.put(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL, new Object[] {new Object(), false});
this.crawlJobsStatus.put(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER, new Object[] {new Object(), false});
// init cookie-Monitor
this.log.config("Starting Cookie Monitor");
this.outgoingCookies = new ConcurrentHashMap<>();
this.incomingCookies = new ConcurrentHashMap<>();
// init search history trackers
this.localSearchTracker = new ConcurrentHashMap<>(); // String:TreeSet - IP:set of Long(accessTime)
this.remoteSearchTracker = new ConcurrentHashMap<>();
// init messages: clean up message symbol
final File notifierSource =
new File(this.getAppPath(), this.getConfig(
SwitchboardConstants.HTROOT_PATH,
SwitchboardConstants.HTROOT_PATH_DEFAULT) + "/env/grafics/empty.gif");
final File notifierDest =
new File(
this.getDataPath(SwitchboardConstants.HTDOCS_PATH, SwitchboardConstants.HTDOCS_PATH_DEFAULT),
"notifier.gif");
try {
Files.copy(notifierSource, notifierDest);
} catch (final IOException e ) {
}
// init nameCacheNoCachingList
try {
Domains.setNoCachingPatterns(this.getConfig(SwitchboardConstants.HTTPC_NAME_CACHE_CACHING_PATTERNS_NO, ""));
} catch (final PatternSyntaxException pse) {
ConcurrentLog.severe("Switchboard", "Invalid regular expression in "
+ SwitchboardConstants.HTTPC_NAME_CACHE_CACHING_PATTERNS_NO
+ " property: " + pse.getMessage());
System.exit(-1);
}
// generate snippets cache
this.log.config("Initializing Snippet Cache");
TextSnippet.statistics.setEnabled(this.getConfigBool(SwitchboardConstants.DEBUG_SNIPPETS_STATISTICS_ENABLED,
SwitchboardConstants.DEBUG_SNIPPETS_STATISTICS_ENABLED_DEFAULT));
// init the wiki
wikiParser = new WikiCode();
// initializing the resourceObserver
this.observer = new ResourceObserver(this);
final ResourceObserver resourceObserver = this.observer;
new OneTimeBusyThread("ResourceObserver.resourceObserverJob") {
@Override
public boolean jobImpl() throws Exception {
resourceObserver.resourceObserverJob();
return true;
}
}.start();
// initializing the stackCrawlThread
this.crawlStacker =
new CrawlStacker(
this.robots,
this.crawlQueues,
this.crawler,
this.index,
this.peers,
this.isIntranetMode(),
this.isGlobalMode(),
this.domainList); // Intranet and Global mode may be both true!
// possibly switch off localIP check
Domains.setNoLocalCheck(this.isAllIPMode());
// check status of account configuration: when local url crawling is allowed, it is not allowed
// that an automatic authorization of localhost is done, because in this case crawls from local
// addresses are blocked to prevent attack szenarios where remote pages contain links to localhost
// addresses that can steer a YaCy peer
if ( !this.getConfigBool(SwitchboardConstants.ADMIN_ACCOUNT_FOR_LOCALHOST, false) ) {
if ( this.getConfig(SwitchboardConstants.ADMIN_ACCOUNT_B64MD5, "").startsWith("0000") ) {
// the password was set automatically with a random value.
// We must remove that here to prevent that a user cannot log in any more
this.setConfig(SwitchboardConstants.ADMIN_ACCOUNT_B64MD5, "");
// after this a message must be generated to alert the user to set a new password
this.log.info("RANDOM PASSWORD REMOVED! User must set a new password");
}
}
// initializing dht chunk generation
this.dhtMaxReferenceCount = (int) this.getConfigLong(SwitchboardConstants.INDEX_DIST_CHUNK_SIZE_START, 50);
// init robinson cluster
// before we do that, we wait some time until the seed list is loaded.
this.clusterhashes = this.peers.clusterHashes(this.getConfig("cluster.peers.yacydomain", ""));
// deploy blocking threads
this.indexingStorageProcessor =
new WorkflowProcessor<>(
"storeDocumentIndex",
"This is the sequencing step of the indexing queue. Files are written as streams, too much councurrency would destroy IO performance. In this process the words are written to the RWI cache, which flushes if it is full.",
new String[] {
"RWI/Cache/Collections"
},
in -> {
Switchboard.this.storeDocumentIndex(in);
return null;
},
2,
null,
1);
this.indexingAnalysisProcessor =
new WorkflowProcessor<>(
"webStructureAnalysis",
"This just stores the link structure of the document into a web structure database.",
new String[] {
"storeDocumentIndex"
},
in -> Switchboard.this.webStructureAnalysis(in),
WorkflowProcessor.availableCPU + 1,
this.indexingStorageProcessor,
WorkflowProcessor.availableCPU);
this.indexingCondensementProcessor =
new WorkflowProcessor<>(
"condenseDocument",
"This does a structural analysis of plain texts: markup of headlines, slicing into phrases (i.e. sentences), markup with position, counting of words, calculation of term frequency.",
new String[] {
"webStructureAnalysis"
},
in -> Switchboard.this.condenseDocument(in),
WorkflowProcessor.availableCPU + 1,
this.indexingAnalysisProcessor,
WorkflowProcessor.availableCPU);
this.indexingDocumentProcessor =
new WorkflowProcessor<>(
"parseDocument",
"This does the parsing of the newly loaded documents from the web. The result is not only a plain text document, but also a list of URLs that are embedded into the document. The urls are handed over to the CrawlStacker. This process has two child process queues!",
new String[] {
"condenseDocument", "CrawlStacker"
},
in -> Switchboard.this.parseDocument(in),
Math.max(20, WorkflowProcessor.availableCPU * 2), // it may happen that this is filled with new files from the search process. That means there should be enough place for two result pages
this.indexingCondensementProcessor,
WorkflowProcessor.availableCPU);
// deploy busy threads
this.log.config("Starting Threads");
MemoryControl.gc(10000, "plasmaSwitchboard, help for profiler"); // help for profiler - thq
this.deployThread(
SwitchboardConstants.CLEANUP,
"Cleanup",
"cleaning process",
null,
new InstantBusyThread("Switchboard.cleanupJob", 30000, 10000) {
@Override
public boolean jobImpl() throws Exception {
return Switchboard.this.cleanupJob();
}
@Override
public int getJobCount() {
return Switchboard.this.cleanupJobSize();
}
@Override
public void freememImpl() {
}
},
60000); // all 10 minutes, wait 1 minute until first run
this.deployThread(
SwitchboardConstants.SCHEDULER,
"Scheduler",
"starts scheduled processes from the API Processing table",
null,
new InstantBusyThread("Switchboard.schedulerJob", 30000, 10000) {
@Override
public boolean jobImpl() throws Exception {
return Switchboard.this.schedulerJob();
}
@Override
public int getJobCount() {
return Switchboard.this.schedulerJobSize();
}
@Override
public void freememImpl() {
}
},
60000); // all 10 minutes, wait 1 minute until first run
this.deployThread(
SwitchboardConstants.SURROGATES,
"Surrogates",
"A thread that polls the SURROGATES path and puts all Documents in one surroagte file into the indexing queue.",
null,
new InstantBusyThread("Switchboard.surrogateProcess", 20000, 0) {
@Override
public boolean jobImpl() throws Exception {
return Switchboard.this.surrogateProcess();
}
@Override
public int getJobCount() {
return Switchboard.this.surrogateQueueSize();
}
@Override
public void freememImpl() {
Switchboard.this.surrogateFreeMem();
}
},
10000);
this.initRemoteCrawler(this.getConfigBool(SwitchboardConstants.CRAWLJOB_REMOTE, false));
this.initAutocrawl(this.getConfigBool(SwitchboardConstants.AUTOCRAWL, false));
final CrawlQueues crawlQueue = this.crawlQueues;
this.deployThread(
SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL,
"Local Crawl",
"thread that performes a single crawl step from the local crawl queue",
"/IndexCreateQueues_p.html?stack=LOCAL",
new InstantBusyThread("CrawlQueues.coreCrawlJob", 0, 0) {
@Override
public boolean jobImpl() throws Exception {
return crawlQueue.coreCrawlJob();
}
@Override
public int getJobCount() {
return crawlQueue.coreCrawlJobSize();
}
@Override
public void freememImpl() {
crawlQueue.freemem();
}
},
10000);
final Network net = this.yc;
this.deployThread(
SwitchboardConstants.SEED_UPLOAD,
"Seed-List Upload",
"task that a principal peer performes to generate and upload a seed-list to a ftp account",
null,
new InstantBusyThread("Network.publishSeedList", 600000, 300000) {
@Override
public boolean jobImpl() throws Exception {
net.publishSeedList();
return true;
}
},
180000);
this.deployThread(
SwitchboardConstants.PEER_PING,
"YaCy Core",
"this is the p2p-control and peer-ping task",
null,
new InstantBusyThread("Network.peerPing", 30000, 30000) {
@Override
public boolean jobImpl() throws Exception {
net.peerPing();
return true;
}
},
10000);
this.deployThread(
SwitchboardConstants.INDEX_DIST,
"DHT Distribution",
"selection, transfer and deletion of index entries that are not searched on your peer, but on others",
null,
new InstantBusyThread("Switchboard.dhtTransferJob", 10000, 1000) {
@Override
public boolean jobImpl() throws Exception {
return Switchboard.this.dhtTransferJob();
}
},
60000,
Long.parseLong(this.getConfig(SwitchboardConstants.INDEX_DIST_IDLESLEEP, "5000")),
Long.parseLong(this.getConfig(SwitchboardConstants.INDEX_DIST_BUSYSLEEP, "0")),
Long.parseLong(this.getConfig(SwitchboardConstants.INDEX_DIST_MEMPREREQ, "1000000")),
Double.parseDouble(this.getConfig(SwitchboardConstants.INDEX_DIST_LOADPREREQ, "9.0")));
// set network-specific performance attributes
if ( this.firstInit ) {
this.setRemotecrawlPPM(Math.max(1, (int) this.getConfigLong("network.unit.remotecrawl.speed", 60)));
}
// test routine for snippet fetch
//Set query = new HashSet();
//query.add(CrawlSwitchboardEntry.word2hash("Weitergabe"));
//query.add(CrawlSwitchboardEntry.word2hash("Zahl"));
//plasmaSnippetCache.result scr = snippetCache.retrieve(new URL("http://www.heise.de/mobil/newsticker/meldung/mail/54980"), query, true);
//plasmaSnippetCache.result scr = snippetCache.retrieve(new URL("http://www.heise.de/security/news/foren/go.shtml?read=1&msg_id=7301419&forum_id=72721"), query, true);
//plasmaSnippetCache.result scr = snippetCache.retrieve(new URL("http://www.heise.de/kiosk/archiv/ct/2003/4/20"), query, true, 260);
this.trail = new LinkedBlockingQueue<>();
this.log.config("Finished Switchboard Initialization");
}
/**
* Initialize outgoing connections custom settings
*/
public void initOutgoingConnectionSettings() {
final String systemEnableSniExt = System.getProperty("jsse.enableSNIExtension");
if(systemEnableSniExt == null) {
/* Only apply custom configuration when the JVM system option jsse.enableSNIExtension is not defined */
HTTPClient.ENABLE_SNI_EXTENSION
.set(this.getConfigBool(SwitchboardConstants.HTTP_OUTGOING_GENERAL_TLS_SNI_EXTENSION_ENABLED,
HTTPClient.ENABLE_SNI_EXTENSION_DEFAULT));
RemoteInstance.ENABLE_SNI_EXTENSION.set(this.getConfigBool(SwitchboardConstants.HTTP_OUTGOING_REMOTE_SOLR_TLS_SNI_EXTENSION_ENABLED,
RemoteInstance.ENABLE_SNI_EXTENSION_DEFAULT));
}
}
/**
* Initialize outgoing connections pools with user defined settings
*/
private void initOutgoingConnectionPools() {
int generalPoolMaxTotal = this.getConfigInt(SwitchboardConstants.HTTP_OUTGOING_POOL_GENERAL_MAX_TOTAL,
SwitchboardConstants.HTTP_OUTGOING_POOL_GENERAL_MAX_TOTAL_DEFAULT);
if (generalPoolMaxTotal <= 0) {
/* Fix eventually wrong value from the config file */
generalPoolMaxTotal = SwitchboardConstants.HTTP_OUTGOING_POOL_GENERAL_MAX_TOTAL_DEFAULT;
this.setConfig(SwitchboardConstants.HTTP_OUTGOING_POOL_GENERAL_MAX_TOTAL, generalPoolMaxTotal);
}
HTTPClient.initPoolMaxConnections(HTTPClient.CONNECTION_MANAGER, generalPoolMaxTotal);
int remoteSolrPoolMaxTotal = this.getConfigInt(SwitchboardConstants.HTTP_OUTGOING_POOL_REMOTE_SOLR_MAX_TOTAL,
SwitchboardConstants.HTTP_OUTGOING_POOL_REMOTE_SOLR_MAX_TOTAL_DEFAULT);
if (remoteSolrPoolMaxTotal <= 0) {
/* Fix eventually wrong value from the config file */
remoteSolrPoolMaxTotal = SwitchboardConstants.HTTP_OUTGOING_POOL_REMOTE_SOLR_MAX_TOTAL_DEFAULT;
this.setConfig(SwitchboardConstants.HTTP_OUTGOING_POOL_REMOTE_SOLR_MAX_TOTAL, remoteSolrPoolMaxTotal);
}
RemoteInstance.initPoolMaxConnections(RemoteInstance.CONNECTION_MANAGER, remoteSolrPoolMaxTotal);
}
final String getSysinfo() {
return this.getConfig(SwitchboardConstants.NETWORK_NAME, "") + (this.isRobinsonMode() ? "-" : "/") + this.getConfig(SwitchboardConstants.NETWORK_DOMAIN, "global");
}
@Override
public void setHttpServer(final YaCyHttpServer server) {
super.setHttpServer(server);
// finally start jobs which shall be started after start-up
new Thread("Switchboard.setHttpServer") {
@Override
public void run() {
try {Thread.sleep(10000);} catch (final InterruptedException e) {} // needs httpd up
Switchboard.this.schedulerJob(); // trigger startup actions
}
}.start();
}
public int getIndexingProcessorsQueueSize() {
return this.indexingDocumentProcessor.getQueueSize()
+ this.indexingCondensementProcessor.getQueueSize()
+ this.indexingAnalysisProcessor.getQueueSize()
+ this.indexingStorageProcessor.getQueueSize();
}
public void overwriteNetworkDefinition(final String sysinfo) throws FileNotFoundException, IOException {
// load network configuration into settings
String networkUnitDefinition =
this.getConfig("network.unit.definition", "defaults/yacy.network.freeworld.unit");
if (networkUnitDefinition.isEmpty()) networkUnitDefinition = "defaults/yacy.network.freeworld.unit"; // patch for a strange failure case where the path was overwritten by empty string
// patch old values
if ( networkUnitDefinition.equals("yacy.network.unit") ) {
networkUnitDefinition = "defaults/yacy.network.freeworld.unit";
this.setConfig("network.unit.definition", networkUnitDefinition);
}
// remove old release and bootstrap locations
final Iterator<String> ki = this.configKeys();
final ArrayList<String> d = new ArrayList<>();
String k;
while ( ki.hasNext() ) {
k = ki.next();
if ( k.startsWith("network.unit.update.location") || k.startsWith("network.unit.bootstrap") ) {
d.add(k);
}
}
for ( final String s : d ) {
this.removeConfig(s); // must be removed afterwards otherwise a ki.remove() would not remove the property on file
}
// include additional network definition properties into our settings
// note that these properties cannot be set in the application because they are
// _always_ overwritten each time with the default values. This is done so on purpose.
// the network definition should be made either consistent for all peers,
// or independently using a bootstrap URL
Map<String, String> initProps;
final Reader netDefReader =
this.getConfigFileFromWebOrLocally(networkUnitDefinition, this.getAppPath().getAbsolutePath(), new File(
this.workPath,
"network.definition.backup"));
initProps = FileUtils.table(netDefReader);
this.setConfig(initProps);
// set release locations
int i = 0;
CryptoLib cryptoLib;
try {
cryptoLib = new CryptoLib();
while ( true ) {
final String location = this.getConfig("network.unit.update.location" + i, "");
if ( location.isEmpty() ) {
break;
}
DigestURL locationURL;
try {
// try to parse url
locationURL = new DigestURL(location);
} catch (final MalformedURLException e ) {
break;
}
PublicKey publicKey = null;
// get public key if it's in config
try {
final String publicKeyString =
this.getConfig("network.unit.update.location" + i + ".key", null);
if ( publicKeyString != null ) {
final byte[] publicKeyBytes =
Base64Order.standardCoder.decode(publicKeyString.trim());
publicKey = cryptoLib.getPublicKeyFromBytes(publicKeyBytes);
}
} catch (final InvalidKeySpecException e ) {
ConcurrentLog.logException(e);
}
final yacyUpdateLocation updateLocation = new yacyUpdateLocation(locationURL, publicKey);
yacyRelease.latestReleaseLocations.add(updateLocation);
i++;
}
} catch ( final NoSuchAlgorithmException e1 ) {
ConcurrentLog.logException(e1);
}
// set white/blacklists
this.networkWhitelist = Domains.makePatterns(this.getConfig(SwitchboardConstants.NETWORK_WHITELIST, ""));
this.networkBlacklist = Domains.makePatterns(this.getConfig(SwitchboardConstants.NETWORK_BLACKLIST, ""));
/*
// in intranet and portal network set robinson mode
if (networkUnitDefinition.equals("defaults/yacy.network.webportal.unit") ||
networkUnitDefinition.equals("defaults/yacy.network.intranet.unit")) {
// switch to robinson mode
setConfig("crawlResponse", "false");
setConfig(plasmaSwitchboardConstants.INDEX_DIST_ALLOW, false);
setConfig(plasmaSwitchboardConstants.INDEX_RECEIVE_ALLOW, false);
}
// in freeworld network set full p2p mode
if (networkUnitDefinition.equals("defaults/yacy.network.freeworld.unit")) {
// switch to robinson mode
setConfig("crawlResponse", "true");
setConfig(plasmaSwitchboardConstants.INDEX_DIST_ALLOW, true);
setConfig(plasmaSwitchboardConstants.INDEX_RECEIVE_ALLOW, true);
}
*/
// write the YaCy network identification inside the yacybot client user agent to distinguish networks
ClientIdentification.generateYaCyBot(sysinfo);
}
/**
* Switch network configuration to the new specified one
* @param networkDefinition YaCy network definition file path (relative to the app path) or absolute URL
* @throws FileNotFoundException when the file was not found
* @throws IOException when an error occured
*/
public void switchNetwork(final String networkDefinition) throws FileNotFoundException, IOException {
this.log.info("SWITCH NETWORK: switching to '" + networkDefinition + "'");
// pause crawls
final boolean lcp = this.crawlJobIsPaused(SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL);
if ( !lcp ) {
this.pauseCrawlJob(SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL, "network switch to " + networkDefinition);
}
final boolean rcp = this.crawlJobIsPaused(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL);
if ( !rcp ) {
this.pauseCrawlJob(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL, "network switch to " + networkDefinition);
}
// trigger online caution
this.proxyLastAccess = System.currentTimeMillis() + 3000; // at least 3 seconds online caution to prevent unnecessary action on database meanwhile
this.log.info("SWITCH NETWORK: SHUT DOWN OF OLD INDEX DATABASE...");
// clean search events which have cached relations to the old index
SearchEventCache.cleanupEvents(true);
// switch the networks
synchronized ( this ) {
// remember the solr scheme
final CollectionConfiguration collectionConfiguration = this.index.fulltext().getDefaultConfiguration();
final WebgraphConfiguration webgraphConfiguration = this.index.fulltext().getWebgraphConfiguration();
// shut down
this.crawler.close();
if ( this.dhtDispatcher != null ) {
this.dhtDispatcher.close();
}
/* Crawlstacker is eventually triggering write operations on this.index : we must therefore close it before closing this.index */
this.crawlStacker.announceClose();
this.crawlStacker.close();
this.index.close();
this.webStructure.close();
this.log.info("SWITCH NETWORK: START UP OF NEW INDEX DATABASE...");
// new properties
this.setConfig("network.unit.definition", networkDefinition);
this.overwriteNetworkDefinition(this.getSysinfo());
final File indexPrimaryPath =
this.getDataPath(SwitchboardConstants.INDEX_PRIMARY_PATH, SwitchboardConstants.INDEX_PATH_DEFAULT);
final int wordCacheMaxCount =
(int) this.getConfigLong(SwitchboardConstants.WORDCACHE_MAX_COUNT, 20000);
final long fileSizeMax =
(OS.isWindows) ? this.getConfigLong("filesize.max.win", Integer.MAX_VALUE) : this.getConfigLong("filesize.max.other", Integer.MAX_VALUE);
final int redundancy = (int) this.getConfigLong("network.unit.dhtredundancy.senior", 1);
final int partitionExponent = (int) this.getConfigLong("network.unit.dht.partitionExponent", 0);
final String networkName = this.getConfig(SwitchboardConstants.NETWORK_NAME, "");
this.networkRoot = new File(new File(indexPrimaryPath, networkName), "NETWORK");
this.queuesRoot = new File(new File(indexPrimaryPath, networkName), "QUEUES");
this.networkRoot.mkdirs();
this.queuesRoot.mkdirs();
// clear statistic data
ResultURLs.clearStacks();
// remove heuristics
this.setConfig(SwitchboardConstants.HEURISTIC_SITE, false);
this.setConfig(SwitchboardConstants.HEURISTIC_OPENSEARCH, false);
// relocate
this.peers.relocate(
this.networkRoot,
redundancy,
partitionExponent,
this.useTailCache,
this.exceed134217727);
final File segmentsPath = new File(new File(indexPrimaryPath, networkName), "SEGMENTS");
final File archivePath = this.getDataPath(SwitchboardConstants.INDEX_ARCHIVE_PATH, SwitchboardConstants.INDEX_ARCHIVE_DEFAULT);
this.index = new Segment(this.log, segmentsPath, archivePath, collectionConfiguration, webgraphConfiguration);
if (this.getConfigBool(SwitchboardConstants.CORE_SERVICE_RWI, true)) this.index.connectRWI(wordCacheMaxCount, fileSizeMax);
if (this.getConfigBool(SwitchboardConstants.CORE_SERVICE_CITATION, true)) this.index.connectCitation(wordCacheMaxCount, fileSizeMax);
if (this.getConfigBool(SwitchboardConstants.CORE_SERVICE_FULLTEXT,
SwitchboardConstants.CORE_SERVICE_FULLTEXT_DEFAULT)) {
this.index.fulltext().connectLocalSolr();
}
this.index.fulltext().setUseWebgraph(this.getConfigBool(SwitchboardConstants.CORE_SERVICE_WEBGRAPH, false));
// set up the solr interface
final String solrurls = this.getConfig(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_URL, "http://127.0.0.1:8983/solr");
final boolean usesolr = this.getConfigBool(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_ENABLED,
SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_ENABLED_DEFAULT) & solrurls.length() > 0;
final int solrtimeout = this.getConfigInt(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_TIMEOUT, 60000);
final boolean writeEnabled = this.getConfigBool(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_WRITEENABLED, true);
final boolean trustSelfSignedOnAuthenticatedServer = Switchboard.getSwitchboard().getConfigBool(
SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_AUTHENTICATED_ALLOW_SELF_SIGNED,
SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_AUTHENTICATED_ALLOW_SELF_SIGNED_DEFAULT);
if (usesolr && solrurls != null && solrurls.length() > 0) {
try {
final ArrayList<RemoteInstance> instances = RemoteInstance.getShardInstances(solrurls, null, null, solrtimeout, trustSelfSignedOnAuthenticatedServer);
final String shardMethodName = this.getConfig(SwitchboardConstants.FEDERATED_SERVICE_SOLR_INDEXING_SHARDING, ShardSelection.Method.MODULO_HOST_MD5.name());
final ShardSelection.Method shardMethod = ShardSelection.Method.valueOf(shardMethodName);
this.index.fulltext().connectRemoteSolr(instances, shardMethod, writeEnabled);
} catch (final IOException e ) {
ConcurrentLog.logException(e);
}
}
// create a crawler
this.crawlQueues.relocate(this.queuesRoot); // cannot be closed because the busy threads are working with that object
this.crawler = new CrawlSwitchboard(this);
// init a DHT transmission dispatcher
this.dhtDispatcher = (this.peers.sizeConnected() == 0) ? null : new Dispatcher(this, true, 10000);
// create new web structure
this.webStructure = new WebStructureGraph(new File(this.queuesRoot, "webStructure.map"));
// load domainList
try {
this.domainList = null;
if ( !this.getConfig("network.unit.domainlist", "").equals("") ) {
final Reader r = this.getConfigFileFromWebOrLocally(
this.getConfig("network.unit.domainlist", ""),
this.getAppPath().getAbsolutePath(),
new File(this.networkRoot, "domainlist.txt"));
this.domainList = new FilterEngine();
final BufferedReader br = new BufferedReader(r);
this.domainList.loadList(br, null);
br.close();
}
} catch (final FileNotFoundException e ) {
this.log.severe("CONFIG: domainlist not found: " + e.getMessage());
} catch (final IOException e ) {
this.log.severe("CONFIG: error while retrieving domainlist: " + e.getMessage());
}
this.crawlStacker =
new CrawlStacker(
this.robots,
this.crawlQueues,
this.crawler,
this.index,
this.peers,
"local.any".indexOf(this.getConfig(SwitchboardConstants.NETWORK_DOMAIN, "global")) >= 0,
"global.any".indexOf(this.getConfig(SwitchboardConstants.NETWORK_DOMAIN, "global")) >= 0,
this.domainList);
}
Domains.setNoLocalCheck(this.isAllIPMode()); // possibly switch off localIP check
// start up crawl jobs
this.continueCrawlJob(SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL);
this.continueCrawlJob(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL);
this.log
.info("SWITCH NETWORK: FINISHED START UP, new network is now '" + networkDefinition + "'.");
// set the network-specific remote crawl ppm
this.setRemotecrawlPPM(Math.max(1, (int) this.getConfigLong("network.unit.remotecrawl.speed", 60)));
}
public void setRemotecrawlPPM(final int ppm) {
final long newBusySleep = Math.max(100, 60000 / ppm);
// propagate to crawler
final BusyThread rct = this.getThread(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL);
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL_BUSYSLEEP, newBusySleep);
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL_IDLESLEEP,
Math.min(10000, newBusySleep * 10));
if (rct != null) {
rct.setBusySleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL_BUSYSLEEP, 1000));
rct.setIdleSleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL_IDLESLEEP, 10000));
}
// propagate to loader
final BusyThread rcl = this.getThread(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER);
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER_BUSYSLEEP, newBusySleep * 4);
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER_IDLESLEEP,
Math.min(10000, newBusySleep * 20));
if (rcl != null) {
rcl.setBusySleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER_BUSYSLEEP, 1000));
rcl.setIdleSleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER_IDLESLEEP, 10000));
}
}
/**
* Initialisize and perform all settings to enable remote crawls
* (if remote crawl is not in use, save the resources) If called with
* activate==false worker threads are closed and removed (to free resources)
*
* @param activate true=enable, false=disable
*/
public void initRemoteCrawler(final boolean activate) {
this.setConfig(SwitchboardConstants.CRAWLJOB_REMOTE, activate);
this.peers.mySeed().setFlagAcceptRemoteCrawl(activate);
if (activate) {
this.crawlQueues.initRemoteCrawlQueues();
final CrawlQueues queues = this.crawlQueues;
BusyThread rct = this.getThread(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL);
if (rct == null) {
this.deployThread(
SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL,
"Remote Crawl Job",
"thread that performes a single crawl/indexing step triggered by a remote peer",
"/IndexCreateQueues_p.html?stack=REMOTE",
new InstantBusyThread("CrawlQueues.remoteTriggeredCrawlJob", 0, 0) {
@Override
public boolean jobImpl() throws Exception {
return queues.remoteTriggeredCrawlJob();
}
@Override
public int getJobCount() {
return queues.remoteTriggeredCrawlJobSize();
}
},
10000);
rct = this.getThread(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL);
}
rct.setBusySleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL_BUSYSLEEP, 1000));
rct.setIdleSleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL_IDLESLEEP, 10000));
BusyThread rcl = this.getThread(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER);
if (rcl == null) {
this.deployThread(
SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER,
"Remote Crawl URL Loader",
"thread that loads remote crawl lists from other peers",
null,
new InstantBusyThread("CrawlQueues.remoteCrawlLoaderJob", 10000, 10000) {
@Override
public boolean jobImpl() throws Exception {
return queues.remoteCrawlLoaderJob();
}
},
10000);
rcl = this.getThread(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER);
}
rcl.setBusySleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER_BUSYSLEEP, 1000));
rcl.setIdleSleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER_IDLESLEEP, 10000));
} else { // activate==false, terminate and remove threads
this.terminateThread(SwitchboardConstants.CRAWLJOB_REMOTE_CRAWL_LOADER, true);
this.terminateThread(SwitchboardConstants.CRAWLJOB_REMOTE_TRIGGERED_CRAWL, true);
}
}
/**
* Initialise the Autocrawl thread
* @param activate true=enable, false=disable
*/
public void initAutocrawl(final boolean activate) {
this.setConfig(SwitchboardConstants.AUTOCRAWL, activate);
if (activate) {
BusyThread acr = this.getThread(SwitchboardConstants.CRAWLJOB_AUTOCRAWL);
if (acr == null) {
final CrawlQueues queues = this.crawlQueues;
this.deployThread(
SwitchboardConstants.CRAWLJOB_AUTOCRAWL,
"Autocrawl",
"Thread that selects and automatically adds crawling jobs to the local queue",
null,
new InstantBusyThread("CrawlQueues.autocrawlJob", 10000, 10000) {
@Override
public boolean jobImpl() throws Exception {
return queues.autocrawlJob();
}
},
10000);
acr = this.getThread(SwitchboardConstants.CRAWLJOB_AUTOCRAWL);
}
acr.setBusySleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_AUTOCRAWL_BUSYSLEEP, 10000));
acr.setIdleSleep(this.getConfigLong(SwitchboardConstants.CRAWLJOB_AUTOCRAWL_IDLESLEEP, 10000));
}
}
public void initMessages() throws IOException {
this.log.config("Starting Message Board");
final File messageDbFile = new File(this.workPath, "message.heap");
this.messageDB = new MessageBoard(messageDbFile);
this.log.config("Loaded Message Board DB from file "
+ messageDbFile.getName()
+ ", "
+ this.messageDB.size()
+ " entries"
+ ", "
+ ppRamString(messageDbFile.length() / 1024));
}
public void initWiki() throws IOException {
this.log.config("Starting Wiki Board");
final File wikiDbFile = new File(this.workPath, "wiki.heap");
this.wikiDB = new WikiBoard(wikiDbFile, new File(this.workPath, "wiki-bkp.heap"));
this.log.config("Loaded Wiki Board DB from file "
+ wikiDbFile.getName()
+ ", "
+ this.wikiDB.size()
+ " entries"
+ ", "
+ ppRamString(wikiDbFile.length() / 1024));
}
public void initBlog() throws IOException {
this.log.config("Starting Blog");
final File blogDbFile = new File(this.workPath, "blog.heap");
this.blogDB = new BlogBoard(blogDbFile);
this.log.config("Loaded Blog DB from file "
+ blogDbFile.getName()
+ ", "
+ this.blogDB.size()
+ " entries"
+ ", "
+ ppRamString(blogDbFile.length() / 1024));
final File blogCommentDbFile = new File(this.workPath, "blogComment.heap");
this.blogCommentDB = new BlogBoardComments(blogCommentDbFile);
this.log.config("Loaded Blog-Comment DB from file "
+ blogCommentDbFile.getName()
+ ", "
+ this.blogCommentDB.size()
+ " entries"
+ ", "
+ ppRamString(blogCommentDbFile.length() / 1024));
}
public void initBookmarks() throws IOException {
this.log.config("Loading Bookmarks DB");
final File bookmarksFile = new File(this.workPath, "bookmarks.heap");
final File tagsFile = new File(this.workPath, "bookmarkTags.heap");
final File datesFile = new File(this.workPath, "bookmarkDates.heap");
tagsFile.delete();
this.bookmarksDB = new BookmarksDB(bookmarksFile, datesFile);
this.log.config("Loaded Bookmarks DB from files "
+ bookmarksFile.getName()
+ ", "
+ tagsFile.getName());
this.log.config(this.bookmarksDB.tagsSize()
+ " Tag, "
+ this.bookmarksDB.bookmarksSize()
+ " Bookmarks");
}
public static Switchboard getSwitchboard() {
return sb;
}
public boolean isP2PMode() {
return this.getConfig(SwitchboardConstants.NETWORK_BOOTSTRAP_SEEDLIST_STUB + "0", null) != null;
}
public boolean isIntranetMode() {
return "local.any".indexOf(this.getConfig(SwitchboardConstants.NETWORK_DOMAIN, "global")) >= 0;
}
public boolean isGlobalMode() {
return "global.any".indexOf(this.getConfig(SwitchboardConstants.NETWORK_DOMAIN, "global")) >= 0;
}
public boolean isAllIPMode() {
return "any".indexOf(this.getConfig(SwitchboardConstants.NETWORK_DOMAIN, "global")) >= 0;
}
/**
* In nocheck mode the isLocal property is not checked to omit DNS lookup. Can only be done in allip mode
*
* @return true when in nocheck mode
*/
public boolean isIPNoCheckMode() {
return this.isAllIPMode() && this.getConfigBool(SwitchboardConstants.NETWORK_DOMAIN_NOCHECK, false);
}
public boolean isRobinsonMode() {
// we are in robinson mode, if we do not exchange index by dht distribution
// we need to take care that search requests and remote indexing requests go only
// to the peers in the same cluster, if we run a robinson cluster.
return (this.peers != null && this.peers.sizeConnected() == 0)
|| (!this.getConfigBool(SwitchboardConstants.INDEX_DIST_ALLOW, false) &&
!this.getConfigBool(SwitchboardConstants.INDEX_RECEIVE_ALLOW, false));
}
public boolean isPublicRobinson() {
// robinson peers may be member of robinson clusters, which can be public or private
// this does not check the robinson attribute, only the specific subtype of the cluster
final String clustermode =
this.getConfig(SwitchboardConstants.CLUSTER_MODE, SwitchboardConstants.CLUSTER_MODE_PUBLIC_PEER);
return (clustermode.equals(SwitchboardConstants.CLUSTER_MODE_PUBLIC_CLUSTER))
|| (clustermode.equals(SwitchboardConstants.CLUSTER_MODE_PUBLIC_PEER));
}
public boolean isInMyCluster(final String peer) {
// check if the given peer is in the own network, if this is a robinson cluster
// depending on the robinson cluster type, the peer String may be a peerhash (b64-hash)
// or a ip:port String or simply a ip String
// if this robinson mode does not define a cluster membership, false is returned
if ( peer == null ) {
return false;
}
if ( !this.isRobinsonMode() ) {
return false;
}
final String clustermode =
this.getConfig(SwitchboardConstants.CLUSTER_MODE, SwitchboardConstants.CLUSTER_MODE_PUBLIC_PEER);
if ( clustermode.equals(SwitchboardConstants.CLUSTER_MODE_PUBLIC_CLUSTER) ) {
// check if we got the request from a peer in the public cluster
return this.clusterhashes.contains(ASCII.getBytes(peer));
}
return false;
}
public boolean isInMyCluster(final Seed seed) {
// check if the given peer is in the own network, if this is a robinson cluster
// if this robinson mode does not define a cluster membership, false is returned
if ( seed == null ) {
return false;
}
if ( !this.isRobinsonMode() ) {
return false;
}
final String clustermode =
this.getConfig(SwitchboardConstants.CLUSTER_MODE, SwitchboardConstants.CLUSTER_MODE_PUBLIC_PEER);
if ( clustermode.equals(SwitchboardConstants.CLUSTER_MODE_PUBLIC_CLUSTER) ) {
// check if we got the request from a peer in the public cluster
return this.clusterhashes.contains(ASCII.getBytes(seed.hash));
}
return false;
}
/**
* tests if hash occurs in any database.
* @param hash
* @return if it exists, the name of the database is returned, if it not exists, null is returned
*/
public HarvestProcess getHarvestProcess(final String hash) {
if (this.index.fulltext().getDefaultConnector().exists(hash)) return HarvestProcess.LOADED;
final HarvestProcess hp = this.crawlQueues.exists(ASCII.getBytes(hash));
if (hp != null) return hp;
return null; // todo: can also be in error
}
public void urlRemove(final Segment segment, final byte[] hash) {
segment.fulltext().remove(hash);
ResultURLs.remove(ASCII.String(hash));
this.crawlQueues.removeURL(hash);
}
public String getURL(final byte[] urlhash) throws IOException {
if (urlhash == null) return null;
if (urlhash.length == 0) return null;
final String url = this.index.fulltext().getURL(ASCII.String(urlhash));
if (url != null) return url;
final DigestURL returl = this.crawlQueues.getURL(urlhash); // getURL may be null
if (returl != null)
return returl.toNormalform(true);
return null;
}
public String getURL(final String urlhash) throws IOException {
if (urlhash == null) return null;
if (urlhash.length() == 0) return null;
final String url = this.index.fulltext().getURL(urlhash);
if (url != null) return url;
final DigestURL returl = this.crawlQueues.getURL(urlhash.getBytes()); // getURL may be null
if (returl != null)
return returl.toNormalform(true);
return null;
}
public RankingProfile getRanking() {
return (this.getConfig(SwitchboardConstants.SEARCH_RANKING_RWI_PROFILE, "").isEmpty())
? new RankingProfile(Classification.ContentDomain.TEXT)
: new RankingProfile("", crypt.simpleDecode(this.getConfig(SwitchboardConstants.SEARCH_RANKING_RWI_PROFILE, "")));
}
/**
* checks if the proxy, the local search or remote search was accessed some time before If no limit is
* exceeded, null is returned. If a limit is exceeded, then the name of the service that caused the
* caution is returned
*
* @return null or a service name
*/
public String onlineCaution() {
if ( System.currentTimeMillis() - this.proxyLastAccess < Integer.parseInt(this.getConfig(
SwitchboardConstants.PROXY_ONLINE_CAUTION_DELAY,
"100")) ) {
return "proxy";
}
if ( System.currentTimeMillis() - this.localSearchLastAccess < Integer.parseInt(this.getConfig(
SwitchboardConstants.LOCALSEACH_ONLINE_CAUTION_DELAY,
"1000")) ) {
return "localsearch";
}
if ( System.currentTimeMillis() - this.remoteSearchLastAccess < Integer.parseInt(this.getConfig(
SwitchboardConstants.REMOTESEARCH_ONLINE_CAUTION_DELAY,
"500")) ) {
return "remotesearch";
}
return null;
}
/**
* Creates a human readable string from a number which represents the size of a file. The method has a
* side effect: It changes the input. Since the method is private and only used in this class for values
* which are not used later, this should be OK in this case, but one should never use this method without
* thinking about the side effect. [MN]
*
* @param bytes the length of a file
* @return the length of a file in human readable form
*/
private static String ppRamString(long bytes) {
if ( bytes < 1024 ) {
return bytes + " KByte";
}
bytes = bytes / 1024;
if ( bytes < 1024 ) {
return bytes + " MByte";
}
bytes = bytes / 1024;
if ( bytes < 1024 ) {
return bytes + " GByte";
}
return (bytes / 1024) + "TByte";
}
/**
* {@link CrawlProfile Crawl Profiles} are saved independently from the queues themselves and therefore
* have to be cleaned up from time to time. This method only performs the clean-up if - and only if - the
* {@link Switchboard switchboard}, {@link LoaderDispatcher loader} and {@link CrawlQueues local
* crawl} queues are all empty.
* <p>
* Then it iterates through all existing {@link CrawlProfile crawl profiles} and removes all profiles
* which are not hard-coded.
* </p>
* <p>
* <i>If this method encounters DB-failures, the profile DB will be reseted and</i> <code>true</code><i>
* will be returned</i>
* </p>
*
* @return whether this method has done something or not (i.e. because the queues have been filled or
* there are no profiles left to clean up)
* @throws <b>InterruptedException</b> if the current thread has been interrupted, i.e. by the shutdown
* procedure
*/
public boolean cleanProfiles() throws InterruptedException {
if (this.getIndexingProcessorsQueueSize() > 0 ||
this.crawlQueues.activeWorkerEntries().size() > 0 ||
this.crawlQueues.coreCrawlJobSize() > 0 ||
this.crawlQueues.limitCrawlJobSize() > 0 ||
this.crawlQueues.remoteTriggeredCrawlJobSize() > 0 ||
this.crawlQueues.noloadCrawlJobSize() > 0 ||
(this.crawlStacker != null && !this.crawlStacker.isEmpty()) ||
!this.crawlQueues.noticeURL.isEmpty()) {
return false;
}
return this.crawler.clear();
}
public synchronized void close() {
this.log.config("SWITCHBOARD SHUTDOWN STEP 1: sending termination signal to managed threads:");
/* Print also to the standard output : when this method is triggered by the shutdown hook thread, the LogManager is likely to have
* been concurrently reset by its own shutdown hook thread */
System.out.println("SWITCHBOARD Performing shutdown steps...");
MemoryTracker.stopSystemProfiling();
this.terminateAllThreads(true);
net.yacy.gui.framework.Switchboard.shutdown();
this.log.config("SWITCHBOARD SHUTDOWN STEP 2: sending termination signal to threaded indexing");
// closing all still running db importer jobs
this.crawlStacker.announceClose();
this.crawlStacker.close();
this.crawlQueues.close();
this.robots.close();
this.indexingDocumentProcessor.shutdown();
this.indexingCondensementProcessor.shutdown();
this.indexingAnalysisProcessor.shutdown();
this.indexingStorageProcessor.shutdown();
if ( this.dhtDispatcher != null ) {
this.dhtDispatcher.close();
}
// de.anomic.http.client.Client.closeAllConnections();
this.wikiDB.close();
this.blogDB.close();
this.blogCommentDB.close();
this.userDB.close();
if ( this.bookmarksDB != null ) {
this.bookmarksDB.close(); // may null if concurrent initialization was not finished
}
this.messageDB.close();
this.webStructure.close();
this.crawler.close();
this.log.config("SWITCHBOARD SHUTDOWN STEP 3: sending termination signal to database manager (stand by...)");
this.index.close();
this.peers.close();
Cache.close();
this.tables.close();
Domains.close();
AccessTracker.dumpLog();
Switchboard.urlBlacklist.close();
ArrayStack.shutdownDeleteService();
UPnP.deletePortMappings();
this.tray.remove();
try {
HTTPClient.closeConnectionManager();
} catch (final InterruptedException e ) {
ConcurrentLog.logException(e);
}
RemoteInstance.closeConnectionManager();
this.log.config("SWITCHBOARD SHUTDOWN TERMINATED");
/* Print also to the standard output : when this method is triggered by the shutdown hook thread, the LogManager is likely to have
* been concurrently reset by its own shutdown hook thread */
System.out.println("SWITCHBOARD Shutdown steps terminated.");
}
/**
* pass a response to the indexer
*
* @param response
* @return null if successful, an error message otherwise
*/
public String toIndexer(final Response response) {
assert response != null;
// get next queue entry and start a queue processing
if ( response == null ) {
if ( this.log.isFine() ) {
this.log.fine("deQueue: queue entry is null");
}
return "queue entry is null";
}
if ( response.profile() == null ) {
if ( this.log.isFine() ) {
this.log.fine("deQueue: profile is null");
}
return "profile is null";
}
// check if the document should be indexed based on proxy/crawler rules
String noIndexReason = "unspecified indexing error";
if ( response.processCase(this.peers.mySeed().hash) == EventOrigin.PROXY_LOAD ) {
// proxy-load
noIndexReason = response.shallIndexCacheForProxy();
} else {
// normal crawling
noIndexReason = response.shallIndexCacheForCrawler();
}
/*
* Eventually check if a parser supports the media type. Depending on the crawl
* profile, the indexingDocumentProcessor can eventually index only URL metadata
* using the generic parser for unsupported media types
*/
if ( noIndexReason == null && !response.profile().isIndexNonParseableUrls()) {
noIndexReason = TextParser.supports(response.url(), response.getMimeType());
}
// check X-YACY-Index-Control
// With the X-YACY-Index-Control header set to "no-index" a client could disallow
// yacy to index the response returned as answer to a request
if ( noIndexReason == null && response.requestProhibitsIndexing() ) {
noIndexReason = "X-YACY-Index-Control header prohibits indexing";
}
// check accepted domain / localhost accesses
if ( noIndexReason == null ) {
noIndexReason = this.crawlStacker.urlInAcceptedDomain(response.url());
}
// in the noIndexReason is set, indexing is not allowed
if ( noIndexReason != null ) {
// log cause and close queue
//if (log.isFine()) log.logFine("deQueue: not indexed any word in URL " + response.url() + "; cause: " + noIndexReason);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(response.url(), response.depth(), response.profile(), FailCategory.FINAL_PROCESS_CONTEXT, noIndexReason, -1);
// finish this entry
return "not allowed: " + noIndexReason;
}
this.indexingDocumentProcessor.enQueue(new IndexingQueueEntry(
response,
null,
null));
return null;
}
public boolean processSurrogate(final String s) {
final File infile = new File(this.surrogatesInPath, s);
if ( !infile.exists() || !infile.canWrite() || !infile.canRead() ) {
return false;
}
final File outfile = new File(this.surrogatesOutPath, s);
//if (outfile.exists()) return false;
boolean moved = false;
if ( s.endsWith("xml.zip") ) {
// open the zip file with all the xml files in it
ZipInputStream zis = null;
try {
final InputStream is = new BufferedInputStream(new FileInputStream(infile));
zis = new ZipInputStream(is);
ZipEntry entry;
while ( (entry = zis.getNextEntry()) != null ) {
int size;
final byte[] buffer = new byte[2048];
final ByteArrayOutputStream baos = new ByteArrayOutputStream();
while ( (size = zis.read(buffer, 0, buffer.length)) != -1 ) {
baos.write(buffer, 0, size);
}
baos.flush();
this.processSurrogateXML(new ByteArrayInputStream(baos.toByteArray()), entry.getName());
baos.close();
if (this.shallTerminate()) break;
}
} catch (final IOException e ) {
ConcurrentLog.logException(e);
} finally {
moved = infile.renameTo(outfile);
if (zis != null) try {zis.close();} catch (final IOException e) {
this.log.warn("Could not close zip input stream on file " + infile);
}
}
return moved;
} else if (s.endsWith(".warc") || s.endsWith(".warc.gz")) {
try {
final WarcImporter wri = new WarcImporter(infile);
wri.start();
try {
wri.join();
} catch (final InterruptedException ex) {
return moved;
}
moved = infile.renameTo(outfile);
} catch (final IOException ex) {
this.log.warn("IO Error processing warc file " + infile);
}
return moved;
} else if (s.endsWith(".jsonlist") || s.endsWith(".jsonlist.gz") || s.endsWith(".flatjson")) {
return this.processSurrogateJson(infile, outfile);
}
InputStream is = null;
try {
is = new BufferedInputStream(new FileInputStream(infile));
if (s.endsWith(".gz")) is = new GZIPInputStream(is, 65535);
this.processSurrogateXML(is, infile.getName());
} catch (final IOException e ) {
ConcurrentLog.logException(e);
} finally {
if (!this.shallTerminate()) {
moved = infile.renameTo(outfile);
if ( moved ) {
// check if this file is already compressed, if not, compress now
if ( !outfile.getName().endsWith(".gz") ) {
final String gzname = outfile.getName() + ".gz";
final File gzfile = new File(outfile.getParentFile(), gzname);
try (
/* Resources automatically closed by this try-with-resources statement */
final FileOutputStream fileOutStream = new FileOutputStream(gzfile);
final OutputStream os = new BufferedOutputStream(new GZIPOutputStream(fileOutStream, 65536){{this.def.setLevel(Deflater.BEST_COMPRESSION);}});
final FileInputStream fileInStream = new FileInputStream(outfile);
final BufferedInputStream bis = new BufferedInputStream(fileInStream);
) {
FileUtils.copy(bis, os);
if ( gzfile.exists() ) {
FileUtils.deletedelete(outfile);
}
} catch (final IOException e ) {
/* Catch but log any IO exception that can occur on copy, automatic closing or streams creation */
ConcurrentLog.logException(e);
}
}
this.log.info("processed surrogate " + infile);
}
}
if (is != null) try {is.close();} catch (final IOException e) {
this.log.warn("Could not close input stream on file " + infile);
}
}
return moved;
}
private boolean processSurrogateJson(final File infile, final File outfile) {
// parse a file that can be generated with yacy_grid_parser
// see https://github.com/yacy/yacy_grid_parser/blob/master/README.md
this.log.info("processing json surrogate " + infile);
try {
final JsonListImporter importer = new JsonListImporter(infile, false, false);
importer.run();
} catch (final IOException e) {
this.log.warn(e);
}
final boolean moved = infile.renameTo(outfile);
return moved;
}
private void processSurrogateXML(final InputStream is, final String name) throws IOException {
final int concurrency = Runtime.getRuntime().availableProcessors();
// start reader thread
final SurrogateReader reader = new SurrogateReader(is, 100, this.crawlStacker, this.index.fulltext().getDefaultConfiguration(), concurrency);
final Thread readerThread = new Thread(reader, name);
readerThread.setPriority(Thread.MAX_PRIORITY); // we must have maximum prio here because this thread feeds the other threads. It must always be ahead of them.
readerThread.start();
// start indexer threads
assert this.crawlStacker != null;
final Thread[] indexer = new Thread[concurrency];
for (int t = 0; t < concurrency; t++) {
indexer[t] = new Thread("Switchboard.processSurrogateXML-" + t) {
@Override
public void run() {
final VocabularyScraper scraper = new VocabularyScraper();
Object surrogateObj;
while ((surrogateObj = reader.take()) != SurrogateReader.POISON_DOCUMENT ) {
assert surrogateObj != null;
/* When parsing a full-text Solr xml data dump Surrogate reader produces SolrInputDocument instances */
if(surrogateObj instanceof SolrInputDocument) {
final SolrInputDocument surrogate = (SolrInputDocument)surrogateObj;
try {
// enrich the surrogate
final String id = (String) surrogate.getFieldValue(CollectionSchema.id.getSolrFieldName());
final String text = (String) surrogate.getFieldValue(CollectionSchema.text_t.getSolrFieldName());
final DigestURL rootURL = new DigestURL((String) surrogate.getFieldValue(CollectionSchema.sku.getSolrFieldName()), ASCII.getBytes(id));
if (text != null && text.length() > 0 && id != null ) {
// run the tokenizer on the text to get vocabularies and synonyms
final Tokenizer tokenizer = new Tokenizer(rootURL, text, LibraryProvider.dymLib, true, scraper);
final Map<String, Set<String>> facets = Document.computeGenericFacets(tokenizer.tags());
// overwrite the given vocabularies and synonyms with new computed ones
Switchboard.this.index.fulltext().getDefaultConfiguration().enrich(surrogate, tokenizer.synonyms(), facets);
}
/* Update the ResultURLS stack for monitoring */
final byte[] myPeerHash = ASCII.getBytes(Switchboard.this.peers.mySeed().hash);
ResultURLs.stack(
ASCII.String(rootURL.hash()),
rootURL.getHost(),
myPeerHash,
myPeerHash,
EventOrigin.SURROGATES);
} catch (final MalformedURLException e) {
ConcurrentLog.logException(e);
}
// write the surrogate into the index
Switchboard.this.index.putDocument(surrogate);
} else if(surrogateObj instanceof DCEntry) {
/* When parsing a MediaWiki dump Surrogate reader produces DCEntry instances */
// create a queue entry
final DCEntry entry = (DCEntry)surrogateObj;
final Document document = entry.document();
final Request request =
new Request(
ASCII.getBytes(Switchboard.this.peers.mySeed().hash),
entry.getIdentifier(true),
null,
"",
entry.getDate(),
Switchboard.this.crawler.defaultSurrogateProfile.handle(),
0,
Switchboard.this.crawler.defaultSurrogateProfile.timezoneOffset());
final Response response = new Response(request, null, null, Switchboard.this.crawler.defaultSurrogateProfile, false, null);
final IndexingQueueEntry queueEntry =
new IndexingQueueEntry(response, new Document[] {document}, null);
Switchboard.this.indexingCondensementProcessor.enQueue(queueEntry);
}
if (Switchboard.this.shallTerminate()) break;
}
}
};
indexer[t].setPriority(5);
indexer[t].start();
}
// wait for termination of indexer threads
for (int t = 0; t < concurrency; t++) {
try {indexer[t].join();} catch (final InterruptedException e) {}
}
}
public int surrogateQueueSize() {
// count surrogates
final String[] surrogatelist = this.surrogatesInPath.list();
if ( surrogatelist.length > 100 ) {
return 100;
}
int count = 0;
for ( final String s : surrogatelist ) {
if ( s.endsWith(".xml")
|| s.endsWith(".xml.gz")
|| s.endsWith(".xml.zip")
|| s.endsWith(".warc")
|| s.endsWith(".warc.gz")
|| s.endsWith(".jsonlist")
|| s.endsWith(".flatjson") ) {
count++;
}
if ( count >= 100 ) {
break;
}
}
return count;
}
public void surrogateFreeMem() {
// do nothing
}
public boolean surrogateProcess() {
// work off fresh entries from the proxy or from the crawler
final String cautionCause = this.onlineCaution();
if ( cautionCause != null ) {
if ( this.log.isFine() ) {
this.log.fine("deQueue: online caution for "
+ cautionCause
+ ", omitting resource stack processing");
}
return false;
}
try {
// check surrogates
final String[] surrogatelist = this.surrogatesInPath.list();
if ( surrogatelist != null && surrogatelist.length > 0 ) {
// look if the is any xml inside
for ( final String surrogate : surrogatelist ) {
// check for interruption
this.checkInterruption();
if ( surrogate.endsWith(".xml")
|| surrogate.endsWith(".xml.gz")
|| surrogate.endsWith(".xml.zip")
|| surrogate.endsWith(".warc")
|| surrogate.endsWith(".warc.gz")
|| surrogate.endsWith(".jsonlist")
|| surrogate.endsWith(".jsonlist.gz")
|| surrogate.endsWith(".flatjson")
|| surrogate.endsWith(".flatjson.gz") ) {
// read the surrogate file and store entry in index
if ( this.processSurrogate(surrogate) ) {
return true;
}
}
}
}
} catch (final InterruptedException e ) {
return false;
}
return false;
}
public static void clearCaches() {
// flush caches in used libraries
pdfParser.clearPdfBoxCaches();
// clear caches
if (WordCache.sizeCommonWords() > 1000) WordCache.clearCommonWords();
Word.clearCache();
// Domains.clear();
// clean up image stack
ResultImages.clearQueues();
// flush the document compressor cache
Cache.commit();
Digest.cleanup(); // don't let caches become permanent memory leaks
// clear graphics caches
CircleTool.clearcache();
NetworkGraph.clearcache();
}
public int schedulerJobSize() {
try {
return this.tables.size(WorkTables.TABLE_API_NAME);
} catch (final IOException e) {
ConcurrentLog.logException(e);
return 0;
}
}
/**
* Check scheduled api calls scheduled execution time and execute all jobs due
* @return true if calls have been executed
*/
public boolean schedulerJob() {
// execute scheduled API actions
Tables.Row row;
final Collection<String> pks = new LinkedHashSet<>();
final Date now = new Date();
try {
final Iterator<Tables.Row> plainIterator = this.tables.iterator(WorkTables.TABLE_API_NAME);
final Iterator<Tables.Row> mapIterator = Tables.orderByDate(plainIterator, WorkTables.TABLE_API_COL_DATE_LAST_EXEC, null, SortDirection.ASC).iterator();
while (mapIterator.hasNext()) {
row = mapIterator.next();
if (row == null) continue;
// select api calls according to scheduler settings
final int stime = row.get(WorkTables.TABLE_API_COL_APICALL_SCHEDULE_TIME, 0);
if (stime > 0) { // has scheduled repeat
final Date date_next_exec = row.get(WorkTables.TABLE_API_COL_DATE_NEXT_EXEC, (Date) null);
if (date_next_exec != null) { // has been executed before
if (now.after(date_next_exec)) pks.add(UTF8.String(row.getPK()));
} else { // was never executed before
pks.add(UTF8.String(row.getPK()));
}
}
// select api calls according to event settings
final String kind = row.get(WorkTables.TABLE_API_COL_APICALL_EVENT_KIND, "off");
if (!"off".equals(kind)) {
final String action = row.get(WorkTables.TABLE_API_COL_APICALL_EVENT_ACTION, "startup");
if ("startup".equals(action)) {
if (this.startupAction) {
pks.add(UTF8.String(row.getPK()));
if ("once".equals(kind)) {
row.put(WorkTables.TABLE_API_COL_APICALL_EVENT_KIND, "off");
sb.tables.update(WorkTables.TABLE_API_NAME, row);
}
}
} else try {
final SimpleDateFormat dateFormat = new SimpleDateFormat("yyyyMMddHHmm");
final long d = dateFormat.parse(dateFormat.format(new Date()).substring(0, 8) + action).getTime();
final long cycle = this.getThread(SwitchboardConstants.CLEANUP).getBusySleep();
if (d < System.currentTimeMillis() && System.currentTimeMillis() - d < cycle) {
pks.add(UTF8.String(row.getPK()));
if ("once".equals(kind)) {
row.put(WorkTables.TABLE_API_COL_APICALL_EVENT_KIND, "off");
row.put(WorkTables.TABLE_API_COL_DATE_NEXT_EXEC, "");
sb.tables.update(WorkTables.TABLE_API_NAME, row);
}
}
} catch (final ParseException e) {}
}
}
} catch (final IOException e) {
ConcurrentLog.logException(e);
}
this.startupAction = false;
// execute api calls
final Map<String, Integer> callResult = this.tables.execAPICalls("localhost", this.getLocalPort(), pks, this.getConfig(SwitchboardConstants.ADMIN_ACCOUNT_USER_NAME, "admin"), this.getConfig(SwitchboardConstants.ADMIN_ACCOUNT_B64MD5, ""));
for ( final Map.Entry<String, Integer> call : callResult.entrySet() ) {
this.log.info("Scheduler executed api call, response " + call.getValue() + ": " + call.getKey());
}
return pks.size() > 0;
}
public int cleanupJobSize() {
int c = 1; // run this always!
if (this.crawlQueues.delegatedURL != null && (this.crawlQueues.delegatedURL.size() > 1000) ) {
c++;
}
if ( (this.crawlQueues.errorURL.stackSize() > 1000) ) {
c++;
}
for ( final EventOrigin origin : EventOrigin.values() ) {
if ( ResultURLs.getStackSize(origin) > 1000 ) {
c++;
}
}
return c;
}
public boolean cleanupJob() {
ConcurrentLog.ensureWorkerIsRunning();
try {
clearCaches();
// write a thread dump to log path
try {
final File tdlog = new File(this.dataPath, "DATA/LOG/threaddump.txt");
final PrintWriter out = new PrintWriter(tdlog);
final String threaddump = ThreadDump.threaddump(this, true, 0, false, 0);
out.println(threaddump);
out.close();
} catch (final IOException e) {
this.log.info("cannot write threaddump", e);
}
// clear caches if necessary
if ( !MemoryControl.request(128000000L, false) ) {
this.index.clearCaches();
SearchEventCache.cleanupEvents(false);
this.trail.clear();
GuiHandler.clear();
}
// stop greedylearning if limit is reached
if (this.getConfigBool(SwitchboardConstants.GREEDYLEARNING_ACTIVE, false)) {
final long cs = this.index.fulltext().collectionSize();
if (cs > this.getConfigInt(SwitchboardConstants.GREEDYLEARNING_LIMIT_DOCCOUNT, 0)) {
this.setConfig(SwitchboardConstants.GREEDYLEARNING_ACTIVE, false);
this.log.info("finishing greedy learning phase, size=" +cs);
}
}
// refresh recrawl dates
try {
CrawlProfile selentry;
for ( final byte[] handle : this.crawler.getActive() ) {
selentry = this.crawler.getActive(handle);
if ( selentry.handle() == null ) {
this.crawler.removeActive(handle);
continue;
}
boolean insert = false;
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_RECRAWL_JOB) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_RECRAWL_JOB_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_PROXY) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_PROXY_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_LOCAL_TEXT) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_LOCAL_TEXT_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_GLOBAL_TEXT) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_GLOBAL_TEXT_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_GREEDY_LEARNING_TEXT) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_GREEDY_LEARNING_TEXT_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_LOCAL_MEDIA) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_LOCAL_MEDIA_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_GLOBAL_MEDIA) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_SNIPPET_GLOBAL_MEDIA_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( selentry.name().equals(CrawlSwitchboard.CRAWL_PROFILE_SURROGATE) ) {
selentry.put(CrawlProfile.CrawlAttribute.RECRAWL_IF_OLDER.key, Long.toString(CrawlProfile.getRecrawlDate(CrawlSwitchboard.CRAWL_PROFILE_SURROGATE_RECRAWL_CYCLE).getTime()));
insert = true;
}
if ( insert ) {
this.crawler.putActive(UTF8.getBytes(selentry.handle()), selentry);
}
}
} catch (final Exception e ) {
ConcurrentLog.logException(e);
}
// close unused connections
ConnectionInfo.cleanUp();
// clean up delegated stack
this.checkInterruption();
if (this.crawlQueues.delegatedURL != null && (this.crawlQueues.delegatedURL.size() > 1000) ) {
if ( this.log.isFine() ) {
this.log.fine("Cleaning Delegated-URLs report stack, "
+ this.crawlQueues.delegatedURL.size()
+ " entries on stack");
}
this.crawlQueues.delegatedURL.clear();
}
// clean up error stack
this.checkInterruption();
if ( (this.crawlQueues.errorURL.stackSize() > 1000) ) {
if ( this.log.isFine() ) {
this.log.fine("Cleaning Error-URLs report stack, "
+ this.crawlQueues.errorURL.stackSize()
+ " entries on stack");
}
this.crawlQueues.errorURL.clearStack();
}
// clean up loadedURL stack
for ( final EventOrigin origin : EventOrigin.values() ) {
this.checkInterruption();
if ( ResultURLs.getStackSize(origin) > 1000 ) {
if ( this.log.isFine() ) {
this.log.fine("Cleaning Loaded-URLs report stack, "
+ ResultURLs.getStackSize(origin)
+ " entries on stack "
+ origin.getCode());
}
ResultURLs.clearStack(origin);
}
}
// clean up news
this.checkInterruption();
try {
if ( this.log.isFine() ) {
this.log.fine("Cleaning Incoming News, "
+ this.peers.newsPool.size(NewsPool.INCOMING_DB)
+ " entries on stack");
}
this.peers.newsPool.automaticProcess(this.peers);
} catch (final Exception e ) {
ConcurrentLog.logException(e);
}
if ( this.getConfigBool("cleanup.deletionProcessedNews", true) ) {
this.peers.newsPool.clear(NewsPool.PROCESSED_DB);
}
if ( this.getConfigBool("cleanup.deletionPublishedNews", true) ) {
this.peers.newsPool.clear(NewsPool.PUBLISHED_DB);
}
// clean up seed-dbs
if ( this.getConfigBool("routing.deleteOldSeeds.permission", true) ) {
final long deleteOldSeedsTime =
this.getConfigLong("routing.deleteOldSeeds.time", 7) * 24 * 3600000;
Iterator<Seed> e = this.peers.seedsSortedDisconnected(true, Seed.LASTSEEN);
Seed seed = null;
final List<String> deleteQueue = new ArrayList<>();
this.checkInterruption();
// clean passive seeds
while ( e.hasNext() ) {
seed = e.next();
if ( seed != null ) {
//list is sorted -> break when peers are too young to delete
if ( !seed.isLastSeenTimeout(deleteOldSeedsTime) ) {
break;
}
deleteQueue.add(seed.hash);
}
}
for ( int i = 0; i < deleteQueue.size(); ++i ) {
this.peers.removeDisconnected(deleteQueue.get(i));
}
deleteQueue.clear();
e = this.peers.seedsSortedPotential(true, Seed.LASTSEEN);
this.checkInterruption();
// clean potential seeds
while ( e.hasNext() ) {
seed = e.next();
if ( seed != null ) {
//list is sorted -> break when peers are too young to delete
if ( !seed.isLastSeenTimeout(deleteOldSeedsTime) ) {
break;
}
deleteQueue.add(seed.hash);
}
}
for ( int i = 0; i < deleteQueue.size(); ++i ) {
this.peers.removePotential(deleteQueue.get(i));
}
}
// check if update is available and
// if auto-update is activated perform an automatic installation and restart
final yacyRelease updateVersion = yacyRelease.rulebasedUpdateInfo(false);
if ( updateVersion != null ) {
// there is a version that is more recent. Load it and re-start with it
this.log.info("AUTO-UPDATE: downloading more recent release " + updateVersion.getUrl());
final File downloaded = updateVersion.downloadRelease();
final boolean devenvironment = new File(this.getAppPath(), ".git").exists();
if ( devenvironment ) {
this.log
.info("AUTO-UPDATE: omitting update because this is a development environment");
} else if ( (downloaded == null) || (!downloaded.exists()) || (downloaded.length() == 0) ) {
this.log
.info("AUTO-UPDATE: omitting update because download failed (file cannot be found, is too small or signature is bad)");
} else {
if(yacyRelease.deployRelease(downloaded)) {
this.terminate(10, "auto-update to install " + downloaded.getName());
this.log.info("AUTO-UPDATE: deploy and restart initiated");
} else {
this.log
.info("AUTO-UPDATE: omitting update because an error occurred while trying to deploy the release.");
}
}
}
// initiate broadcast about peer startup to spread supporter url
if ( !this.isRobinsonMode() && this.peers.newsPool.size(NewsPool.OUTGOING_DB) == 0 ) {
// read profile
final Properties profile = new Properties();
final File profileFile = new File(this.dataPath, "DATA/SETTINGS/profile.txt");
FileInputStream fileIn = null;
try {
fileIn = new FileInputStream(profileFile);
profile.load(fileIn);
} catch (final IOException e ) {
} finally {
if ( fileIn != null ) {
try {
fileIn.close();
} catch (final Exception e ) {
this.log.warn("Could not close input stream on file " + profileFile);
}
}
}
final String homepage = (String) profile.get("homepage");
if ( (homepage != null) && (homepage.length() > 10) ) {
final Properties news = new Properties();
news.put("homepage", profile.get("homepage"));
this.peers.newsPool.publishMyNews(
this.peers.mySeed(),
NewsPool.CATEGORY_PROFILE_BROADCAST,
news);
}
}
// update the cluster set
this.clusterhashes = this.peers.clusterHashes(this.getConfig("cluster.peers.yacydomain", ""));
// check if we are reachable and try to map port again if not (e.g. when router rebooted)
if ( this.getConfigBool(SwitchboardConstants.UPNP_ENABLED, false) && this.peers.mySeed().isJunior() ) {
UPnP.addPortMappings();
}
// after all clean up is done, check the resource usage
this.observer.resourceObserverJob();
// clean up profiles
this.checkInterruption();
// execute the (post-) processing steps for all entries that have a process tag assigned
final boolean allCrawlsFinished = this.crawler.allCrawlsFinished(this.crawlQueues);
int proccount = 0;
if (!this.crawlJobIsPaused(SwitchboardConstants.CRAWLJOB_LOCAL_CRAWL)) {
final Fulltext fulltext = this.index.fulltext();
final CollectionConfiguration collection1Configuration = fulltext.getDefaultConfiguration();
final boolean process_key_exist = collection1Configuration.contains(CollectionSchema.process_sxt);
if (!process_key_exist) this.log.info("postprocessing deactivated: field process_sxt is not enabled");
final boolean reference_index_exist = (this.index.connectedCitation() || fulltext.useWebgraph());
if (!reference_index_exist) this.log.info("postprocessing deactivated: no reference index avilable; activate citation index or webgraph");
final boolean minimum_ram_fullfilled = MemoryControl.available() > this.getConfigLong("postprocessing.minimum_ram", 0);
if (!minimum_ram_fullfilled) this.log.info("postprocessing deactivated: no enough ram (" + MemoryControl.available() + "), needed " + this.getConfigLong("postprocessing.minimum_ram", 0) + ", to force change field postprocessing.minimum_ram");
final boolean minimum_load_fullfilled = Memory.getSystemLoadAverage() < this.getConfigFloat("postprocessing.maximum_load", 0);
if (!minimum_load_fullfilled) this.log.info("postprocessing deactivated: too high load (" + Memory.getSystemLoadAverage() + ") > " + this.getConfigFloat("postprocessing.maximum_load", 0) + ", to force change field postprocessing.maximum_load");
final boolean postprocessing = process_key_exist && reference_index_exist && minimum_ram_fullfilled && minimum_load_fullfilled;
if (!postprocessing) this.log.info("postprocessing deactivated: constraints violated");
if (allCrawlsFinished) {
// refresh the search cache
SearchEventCache.cleanupEvents(true);
sb.index.clearCaches(); // every time the ranking is changed we need to remove old orderings
if (postprocessing) {
// run postprocessing on all profiles
final ReferenceReportCache rrCache = this.index.getReferenceReportCache();
proccount += collection1Configuration.postprocessing(this.index, rrCache, null, this.getConfigBool("postprocessing.partialUpdate", true));
this.index.fulltext().commit(true); // without a commit the success is not visible in the monitoring
}
this.crawler.cleanProfiles(this.crawler.getActiveProfiles());
this.log.info("cleanup post-processed " + proccount + " documents");
} else {
final Set<String> deletionCandidates = collection1Configuration.contains(CollectionSchema.harvestkey_s.getSolrFieldName()) ?
this.crawler.getFinishedProfiles(this.crawlQueues) : new HashSet<>();
final int cleanupByHarvestkey = deletionCandidates.size();
if (cleanupByHarvestkey > 0) {
if (postprocessing) {
// run postprocessing on these profiles
final ReferenceReportCache rrCache = this.index.getReferenceReportCache();
for (final String profileHash: deletionCandidates) proccount += collection1Configuration.postprocessing(this.index, rrCache, profileHash, this.getConfigBool("postprocessing.partialUpdate", true));
this.index.fulltext().commit(true); // without a commit the success is not visible in the monitoring
}
this.crawler.cleanProfiles(deletionCandidates);
this.log.info("cleanup removed " + cleanupByHarvestkey + " crawl profiles, post-processed " + proccount + " documents");
}
}
}
if (allCrawlsFinished) {
// flush caches
Domains.clear();
this.crawlQueues.noticeURL.clear();
// do solr optimization
/*
long idleSearch = System.currentTimeMillis() - this.localSearchLastAccess;
long idleAdmin = System.currentTimeMillis() - this.adminAuthenticationLastAccess;
long deltaOptimize = System.currentTimeMillis() - this.optimizeLastRun;
boolean optimizeRequired = deltaOptimize > 60000 * 60 * 2 && idleAdmin > 600000; // optimize if user is idle for 10 minutes and at most every 2 hours
int opts = Math.min(10, Math.max(1, (int) (fulltext.collectionSize() / 1000000)));
if (proccount > 0) {
opts++; // have postprocessings will force optimazion with one more Segment which is small an quick
optimizeRequired = true;
}
log.info("Solr auto-optimization: idleSearch=" + idleSearch + ", idleAdmin=" + idleAdmin + ", deltaOptimize=" + deltaOptimize + ", proccount=" + proccount);
if (optimizeRequired) {
if (idleSearch < 600000) opts++; // < 10 minutes idle time will cause a optimization with one more Segment which is small an quick
log.info("Solr auto-optimization: running solr.optimize(" + opts + ")");
fulltext.optimize(opts);
this.optimizeLastRun = System.currentTimeMillis();
}
*/
}
// write statistics
if (System.currentTimeMillis() - this.lastStats > 1500000 /*25min, should cause 2 entries every hour at least*/) try {
final BEncodedHeap statTable = this.tables.getHeap("stats");
final Map<String, byte[]> entry = new LinkedHashMap<>();
if (this.isP2PMode()) {
entry.put("aM", ASCII.getBytes(Integer.toString(this.peers.sizeActiveSince(30 * 1440)))); // activeLastMonth
entry.put("aW", ASCII.getBytes(Integer.toString(this.peers.sizeActiveSince(7 * 1440)))); // activeLastWeek
entry.put("aD", ASCII.getBytes(Integer.toString(this.peers.sizeActiveSince(1440)))); // activeLastDay
entry.put("aH", ASCII.getBytes(Integer.toString(this.peers.sizeActiveSince(60)))); // activeLastHour
entry.put("cC", ASCII.getBytes(Integer.toString(this.peers.sizeConnected()))); // countConnected (Active Senior)
entry.put("cD", ASCII.getBytes(Integer.toString(this.peers.sizeDisconnected()))); // countDisconnected (Passive Senior)
entry.put("cP", ASCII.getBytes(Integer.toString(this.peers.sizePotential()))); // countPotential (Junior)
entry.put("cR", ASCII.getBytes(Long.toString(this.index.RWICount()))); // count of the RWI entries
}
entry.put("cI", ASCII.getBytes(Long.toString(this.index.fulltext().collectionSize()))); // size of the index (number of documents)
final byte[] pk = ASCII.getBytes(GenericFormatter.SHORT_MINUTE_FORMATTER.format()); // the primary key is the date, the maximum length is 12 characters which is sufficient for up-to-minute accuracy
statTable.put(pk, entry);
this.lastStats = System.currentTimeMillis();
} catch (final IOException e) {}
// show deadlocks if there are any in the log
if (Memory.deadlocks() > 0) Memory.logDeadlocks();
// clean up
System.gc();
return true;
} catch (final InterruptedException e ) {
this.log.info("cleanupJob: Shutdown detected");
return false;
}
}
/**
* With this function the crawling process can be paused
*
* @param jobType
*/
public void pauseCrawlJob(final String jobType, final String cause) {
final Object[] status = this.crawlJobsStatus.get(jobType);
synchronized ( status[SwitchboardConstants.CRAWLJOB_SYNC] ) {
status[SwitchboardConstants.CRAWLJOB_STATUS] = Boolean.TRUE;
}
this.setConfig(jobType + "_isPaused", "true");
this.setConfig(jobType + "_isPaused_cause", cause);
this.log.warn("Crawl job '" + jobType + "' is paused: " + cause);
}
/**
* Continue the previously paused crawling
*
* @param jobType
*/
public void continueCrawlJob(final String jobType) {
final Object[] status = this.crawlJobsStatus.get(jobType);
synchronized ( status[SwitchboardConstants.CRAWLJOB_SYNC] ) {
if ( ((Boolean) status[SwitchboardConstants.CRAWLJOB_STATUS]).booleanValue() ) {
status[SwitchboardConstants.CRAWLJOB_STATUS] = Boolean.FALSE;
status[SwitchboardConstants.CRAWLJOB_SYNC].notifyAll();
}
}
this.setConfig(jobType + "_isPaused", "false");
}
/**
* @param jobType
* @return <code>true</code> if crawling was paused or <code>false</code> otherwise
*/
public boolean crawlJobIsPaused(final String jobType) {
final Object[] status = this.crawlJobsStatus.get(jobType);
synchronized ( status[SwitchboardConstants.CRAWLJOB_SYNC] ) {
return ((Boolean) status[SwitchboardConstants.CRAWLJOB_STATUS]).booleanValue();
}
}
/**
* Parse a response to produce a new document to add to the index.
*/
public IndexingQueueEntry parseDocument(final IndexingQueueEntry in) {
in.queueEntry.updateStatus(Response.QUEUE_STATE_PARSING);
Document[] documents = null;
try {
documents = this.parseDocument(in.queueEntry);
} catch (final Exception e ) {
documents = null;
}
if ( documents == null ) {
return null;
}
return new IndexingQueueEntry(in.queueEntry, documents, null);
}
private Document[] parseDocument(final Response response) throws InterruptedException {
Document[] documents = null;
//final Pattern rewritePattern = Pattern.compile(";jsessionid.*");
final EventOrigin processCase = response.processCase(this.peers.mySeed().hash);
if ( this.log.isFine() ) {
this.log.fine(
"processResourceStack processCase=" + processCase
+ ", depth=" + response.depth()
+ ", maxDepth=" + ((response.profile() == null) ? "null" : Integer.toString(response.profile().depth()))
+ ", must-match=" + ((response.profile() == null) ? "null" : response.profile().formattedUrlMustMatchPattern())
+ ", must-not-match=" + ((response.profile() == null) ? "null" : response.profile().urlMustNotMatchPattern().toString())
+ ", initiatorHash=" + ((response.initiator() == null) ? "null" : ASCII.String(response.initiator()))
+ ", url=" + response.url()); // DEBUG
}
// PARSE CONTENT
final long parsingStartTime = System.currentTimeMillis();
if ( response.getContent() == null ) {
// fetch the document from cache
response.setContent(Cache.getContent(response.url().hash()));
if ( response.getContent() == null ) {
this.log.warn("the resource '" + response.url() + "' is missing in the cache.");
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(response.url(), response.depth(), response.profile(), FailCategory.FINAL_LOAD_CONTEXT, "missing in cache", -1);
return null;
}
}
assert response.getContent() != null;
try {
final String supportError = TextParser.supports(response.url(), response.getMimeType());
if (supportError != null) {
/* No parser available or format is denied */
if(response.profile().isIndexNonParseableUrls()) {
/* Apply the generic parser add the URL as a simple link (no content metadata) to the index */
documents = TextParser.genericParseSource(new AnchorURL(response.url()),
response.getMimeType(),
response.getCharacterEncoding(),
response.profile().defaultValency(),
response.profile().valencySwitchTagNames(),
response.profile().scraper(),
response.profile().timezoneOffset(),
response.depth(),
response.getContent());
} else {
this.log.warn("Resource '" + response.url().toNormalform(true) + "' is not supported. " + supportError);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(response.url(), response.depth(), response.profile(), FailCategory.FINAL_PROCESS_CONTEXT, supportError, -1);
return null;
}
} else {
// parse the document
documents =
TextParser.parseSource(
new AnchorURL(response.url()),
response.getMimeType(),
response.getCharacterEncoding(),
response.profile().defaultValency(),
response.profile().valencySwitchTagNames(),
response.profile().scraper(),
response.profile().timezoneOffset(),
response.depth(),
response.getContent());
}
if ( documents == null ) {
throw new Parser.Failure("Parser returned null.", response.url());
}
} catch (final Parser.Failure e ) {
this.log.warn("Unable to parse the resource '" + response.url().toNormalform(true) + "'. " + e.getMessage());
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(response.url(), response.depth(), response.profile(), FailCategory.FINAL_PROCESS_CONTEXT, e.getMessage(), -1);
return null;
}
final long parsingEndTime = System.currentTimeMillis();
// put anchors on crawl stack
final long stackStartTime = System.currentTimeMillis();
// check if the documents have valid urls; this is not a bug patch; it is possible that
// i.e. the result of a feed parsing results in documents from domains which shall be filtered by the crawl profile
if (response.profile() != null) {
final ArrayList<Document> newDocs = new ArrayList<>();
for (final Document doc: documents) {
//doc.rewrite_dc_source(rewritePattern, "");
final String rejectReason = this.crawlStacker.checkAcceptanceChangeable(doc.dc_source(), response.profile(), 1 /*depth is irrelevant here, we just make clear its not the start url*/);
if (rejectReason == null) {
newDocs.add(doc);
} else {
// we consider this as fail urls to have a tracking of the problem
if (rejectReason != null && !rejectReason.startsWith(CrawlStacker.CRAWL_REJECT_REASON_DOUBLE_IN_PREFIX)) {
this.crawlStacker.nextQueue.errorURL.push(response.url(), response.depth(), response.profile(), FailCategory.FINAL_LOAD_CONTEXT, rejectReason, -1);
}
}
}
if (newDocs.size() != documents.length) {
documents = (Document[]) newDocs.toArray();
}
}
// collect anchors within remaining documents
if ((processCase == EventOrigin.PROXY_LOAD || processCase == EventOrigin.LOCAL_CRAWLING) &&
(
response.profile() == null ||
response.depth() < response.profile().depth() ||
response.profile().crawlerNoDepthLimitMatchPattern().matcher(response.url().toNormalform(true)).matches()
)
) {
final Pattern crawlerOriginUrlMustMatch = response.profile().getCrawlerOriginUrlMustMatchPattern();
final Pattern crawlerOriginUrlMustNotMatch = response.profile().getCrawlerOriginUrlMustNotMatchPattern();
if (!(crawlerOriginUrlMustMatch == CrawlProfile.MATCH_ALL_PATTERN
|| crawlerOriginUrlMustMatch.matcher(response.url().toNormalform(true)).matches())
|| (crawlerOriginUrlMustNotMatch != CrawlProfile.MATCH_NEVER_PATTERN
&& crawlerOriginUrlMustNotMatch.matcher(response.url().toNormalform(true)).matches())) {
if (this.log.isInfo()) {
this.log.info("CRAWL: Ignored links from document at " + response.url().toNormalform(true)
+ " : prevented by regular expression on URL origin of links, "
+ CrawlAttribute.CRAWLER_ORIGIN_URL_MUSTMATCH + " = " + crawlerOriginUrlMustMatch.pattern()
+ ", " + CrawlAttribute.CRAWLER_ORIGIN_URL_MUSTNOTMATCH + " = "
+ crawlerOriginUrlMustNotMatch.pattern());
}
} else {
for (final Document d: documents) {
d.setDepth(response.depth());
}
// get the hyperlinks
final Map<AnchorURL, String> hl = Document.getHyperlinks(documents, !response.profile().obeyHtmlRobotsNofollow());
final boolean addAllLinksToCrawlStack = response.profile().isIndexNonParseableUrls() /* unsupported resources have to be indexed as pure links if no parser support them */
|| response.profile().isCrawlerAlwaysCheckMediaType() /* the crawler must always load resources to double-check the actual Media Type even on unsupported file extensions */;
/* Handle media links */
for (final Map.Entry<DigestURL, String> entry : Document.getImagelinks(documents).entrySet()) {
if (addAllLinksToCrawlStack
|| (response.profile().indexMedia() && TextParser.supportsExtension(entry.getKey()) == null)) {
hl.put(new AnchorURL(entry.getKey()), entry.getValue());
}
}
for (final Map.Entry<DigestURL, String> entry : Document.getApplinks(documents).entrySet()) {
if (addAllLinksToCrawlStack
|| (response.profile().indexMedia() && TextParser.supportsExtension(entry.getKey()) == null)) {
hl.put(new AnchorURL(entry.getKey()), entry.getValue());
}
}
for (final Map.Entry<DigestURL, String> entry : Document.getVideolinks(documents).entrySet()) {
if (addAllLinksToCrawlStack
|| (response.profile().indexMedia() && TextParser.supportsExtension(entry.getKey()) == null)) {
hl.put(new AnchorURL(entry.getKey()), entry.getValue());
}
}
for (final Map.Entry<DigestURL, String> entry : Document.getAudiolinks(documents).entrySet()) {
if (addAllLinksToCrawlStack
|| (response.profile().indexMedia() && TextParser.supportsExtension(entry.getKey()) == null)) {
hl.put(new AnchorURL(entry.getKey()), entry.getValue());
}
}
// insert those hyperlinks to the crawler
MultiProtocolURL nextUrl;
for ( final Map.Entry<AnchorURL, String> nextEntry : hl.entrySet() ) {
// check for interruption
this.checkInterruption();
// process the next hyperlink
nextUrl = nextEntry.getKey();
String u = nextUrl.toNormalform(true, true);
if ( !(u.startsWith("http://")
|| u.startsWith("https://")
|| u.startsWith("ftp://")
|| u.startsWith("smb://") || u.startsWith("file://")) ) {
continue;
}
// rewrite the url
final String u0 = LibraryProvider.urlRewriter.apply(u);
if (!u.equals(u0)) {
this.log.info("REWRITE of url = \"" + u + "\" to \"" + u0 + "\"");
u = u0;
}
//Matcher m = rewritePattern.matcher(u);
//if (m.matches()) u = m.replaceAll("");
// enqueue the hyperlink into the pre-notice-url db
final int nextdepth = nextEntry.getValue() != null && nextEntry.getValue().equals(Document.CANONICAL_MARKER) ? response.depth() : response.depth() + 1; // canonical documents are on the same depth
try {
this.crawlStacker.enqueueEntry(new Request(
response.initiator(),
new DigestURL(u),
response.url().hash(),
nextEntry.getValue(),
new Date(),
response.profile().handle(),
nextdepth,
response.profile().timezoneOffset()));
} catch (final MalformedURLException e ) {
ConcurrentLog.logException(e);
}
}
final long stackEndTime = System.currentTimeMillis();
if ( this.log.isInfo() ) {
this.log.info("CRAWL: ADDED "
+ hl.size()
+ " LINKS FROM "
+ response.url().toNormalform(true)
+ ", STACKING TIME = "
+ (stackEndTime - stackStartTime)
+ ", PARSING TIME = "
+ (parsingEndTime - parsingStartTime));
}
}
}
return documents;
}
/**
* This does a structural analysis of plain texts: markup of headlines, slicing
* into phrases (i.e. sentences), markup with position, counting of words,
* calculation of term frequency.
*/
public IndexingQueueEntry condenseDocument(final IndexingQueueEntry in) {
in.queueEntry.updateStatus(Response.QUEUE_STATE_CONDENSING);
final CrawlProfile profile = in.queueEntry.profile();
final String urls = in.queueEntry.url().toNormalform(true);
// check profile attributes which prevent indexing (while crawling is allowed)
if (!profile.indexText() && !profile.indexMedia()) {
if (this.log.isInfo()) this.log.info("Not Condensed Resource '" + urls + "': indexing of this media type not wanted by crawl profile");
return new IndexingQueueEntry(in.queueEntry, in.documents, null);
} else if (!profile.indexMedia()) { // check for media excluded for indexing
// check media by file extension
if ( Classification.isMediaExtension(MultiProtocolURL.getFileExtension(in.queueEntry.url().getFileName()))) {
this.log.info("Not Condensed Resource '" + urls + "': indexing of media files not wanted by crawl profile");
return new IndexingQueueEntry(in.queueEntry, in.documents, null);
}
// double check media by mime in case of no file extension
final Classification.ContentDomain cd = Classification.getContentDomainFromMime(in.queueEntry.getMimeType());
// don't exclude contentdomain.app (from mime) to keep pdf word etc.
if (cd == Classification.ContentDomain.IMAGE || cd == Classification.ContentDomain.VIDEO || cd == Classification.ContentDomain.AUDIO ) {
this.log.info("Not Condensed Resource '" + urls + "': indexing of media not wanted by crawl profile");
return new IndexingQueueEntry(in.queueEntry, in.documents, null);
}
}
// check mustmatch pattern
Pattern mustmatchurl = profile.indexUrlMustMatchPattern();
if (mustmatchurl != CrawlProfile.MATCH_ALL_PATTERN && !mustmatchurl.matcher(urls).matches()) {
String info = "Not Condensed Resource '" + urls + "': indexing prevented by regular expression on url; indexUrlMustMatchPattern = " + mustmatchurl.pattern();
if (this.log.isInfo()) this.log.info(info);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(in.queueEntry.url(), in.queueEntry.depth(), profile, FailCategory.FINAL_PROCESS_CONTEXT, info, -1);
return new IndexingQueueEntry(in.queueEntry, in.documents, null);
}
// check mustnotmatch
Pattern mustnotmatchurl = profile.indexUrlMustNotMatchPattern();
if (mustnotmatchurl != CrawlProfile.MATCH_NEVER_PATTERN && mustnotmatchurl.matcher(urls).matches()) {
String info = "Not Condensed Resource '" + urls + "': indexing prevented by regular expression on url; indexUrlMustNotMatchPattern = " + mustnotmatchurl;
if (this.log.isInfo()) this.log.info(info);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(in.queueEntry.url(), in.queueEntry.depth(), profile, FailCategory.FINAL_PROCESS_CONTEXT, info, -1);
return new IndexingQueueEntry(in.queueEntry, in.documents, null);
}
// check which files may take part in the indexing process
final List<Document> doclist = new ArrayList<>();
docloop: for (final Document document : in.documents) {
// check canonical
if (profile.noindexWhenCanonicalUnequalURL()) {
AnchorURL canonical = document.getCanonical();
DigestURL source = document.dc_source();
if (canonical != null && source != null) {
String canonical_norm = canonical.toNormalform(true);
String source_norm = source.toNormalform(true);
if (!canonical_norm.equals(source_norm)) {
String info = "Not Condensed Resource '" + urls + "': denied, canonical != source; canonical = " +canonical_norm + "; source = " + source_norm;
if (this.log.isInfo()) this.log.info(info);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(in.queueEntry.url(), in.queueEntry.depth(), profile, FailCategory.FINAL_PROCESS_CONTEXT, info, -1);
continue docloop;
}
}
}
// check indexing denied flags
if (document.indexingDenied() && profile.obeyHtmlRobotsNoindex() && !this.isIntranetMode()) {
if (this.log.isInfo()) this.log.info("Not Condensed Resource '" + urls + "': denied by document-attached noindexing rule");
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(in.queueEntry.url(), in.queueEntry.depth(), profile, FailCategory.FINAL_PROCESS_CONTEXT, "denied by document-attached noindexing rule", -1);
continue docloop;
}
// check content pattern must-match
Pattern mustmatchcontent = profile.indexContentMustMatchPattern();
if (mustmatchcontent != CrawlProfile.MATCH_ALL_PATTERN && !mustmatchcontent.matcher(document.getTextString()).matches()) {
String info = "Not Condensed Resource '" + urls + "': indexing prevented by regular expression on content; indexContentMustMatchPattern = " + mustmatchcontent.pattern() ;
if (this.log.isInfo()) this.log.info(info);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(in.queueEntry.url(), in.queueEntry.depth(), profile, FailCategory.FINAL_PROCESS_CONTEXT, info, -1);
continue docloop;
}
// check content pattern must-not-match
Pattern mustnotmatchcontent = profile.indexContentMustNotMatchPattern();
if (mustnotmatchcontent != CrawlProfile.MATCH_NEVER_PATTERN && mustnotmatchcontent.matcher(document.getTextString()).matches()) {
String info = "Not Condensed Resource '" + urls + "': indexing prevented by regular expression on content; indexContentMustNotMatchPattern = " + mustnotmatchcontent.pattern();
if (this.log.isInfo()) this.log.info(info);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(in.queueEntry.url(), in.queueEntry.depth(), profile, FailCategory.FINAL_PROCESS_CONTEXT, info, -1);
continue docloop;
}
/* Check document media type (aka MIME type)*/
final Pattern mustMatchMediaType = profile.getIndexMediaTypeMustMatchPattern();
final Pattern mustNotMatchMediaType = profile.getIndexMediaTypeMustNotMatchPattern();
if (!(mustMatchMediaType == CrawlProfile.MATCH_ALL_PATTERN
|| mustMatchMediaType.matcher(document.dc_format()).matches())
|| (mustNotMatchMediaType != CrawlProfile.MATCH_NEVER_PATTERN
&& mustNotMatchMediaType.matcher(document.dc_format()).matches())) {
final String failReason = new StringBuilder(
"indexing prevented by regular expression on media type; indexContentMustMatchPattern = ")
.append(CrawlAttribute.INDEXING_MEDIA_TYPE_MUSTMATCH).append(" = ")
.append(mustMatchMediaType.pattern()).append(", ")
.append(CrawlAttribute.INDEXING_MEDIA_TYPE_MUSTNOTMATCH).append(" = ")
.append(mustNotMatchMediaType.pattern()).toString();
if (this.log.isInfo()) {
this.log.info("Not Condensed Resource '" + urls + " : " + failReason);
}
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(in.queueEntry.url(), in.queueEntry.depth(), profile,
FailCategory.FINAL_PROCESS_CONTEXT, failReason, -1);
continue docloop;
}
/* The eventual Solr/Lucene filter query will be checked just before adding the document to the index,
* when the SolrInputDocument is built, at storeDocumentIndex()*/
doclist.add(document);
}
if ( doclist.isEmpty() ) {
return new IndexingQueueEntry(in.queueEntry, in.documents, null);
}
in.documents = doclist.toArray(new Document[doclist.size()]);
final Condenser[] condenser = new Condenser[in.documents.length];
for ( int i = 0; i < in.documents.length; i++ ) {
condenser[i] =
new Condenser(
in.documents[i], in.queueEntry.profile().scraper(), in.queueEntry.profile().indexText(),
in.queueEntry.profile().indexMedia(),
LibraryProvider.dymLib, true,
this.index.fulltext().getDefaultConfiguration().contains(CollectionSchema.dates_in_content_dts),
profile.timezoneOffset());
// update image result list statistics
// its good to do this concurrently here, because it needs a DNS lookup
// to compute a URL hash which is necessary for a double-check
ResultImages.registerImages(in.queueEntry.url(), in.documents[i], (profile == null)
? true
: !profile.remoteIndexing());
}
return new IndexingQueueEntry(in.queueEntry, in.documents, condenser);
}
/**
* Perform web structure analysis on parsed documents and update the web structure graph.
*/
public IndexingQueueEntry webStructureAnalysis(final IndexingQueueEntry in) {
in.queueEntry.updateStatus(Response.QUEUE_STATE_STRUCTUREANALYSIS);
for (final Document document : in.documents) {
assert this.webStructure != null;
assert in != null;
assert in.queueEntry != null;
assert in.documents != null;
assert in.queueEntry != null;
this.webStructure.generateCitationReference(in.queueEntry.url(), document); // [outlinksSame, outlinksOther]
}
return in;
}
/**
* Store a new entry to the local index.
*/
public void storeDocumentIndex(final IndexingQueueEntry in) {
in.queueEntry.updateStatus(Response.QUEUE_STATE_INDEXSTORAGE);
// the condenser may be null in case that an indexing is not wanted (there may be a no-indexing flag in the file)
if ( in.condenser != null ) {
for ( int i = 0; i < in.documents.length; i++ ) {
final CrawlProfile profile = in.queueEntry.profile();
this.storeDocumentIndex(
in.queueEntry,
in.queueEntry.profile().collections(),
in.documents[i],
in.condenser[i],
null,
profile == null ? "crawler" : profile.handle());
}
}
in.queueEntry.updateStatus(Response.QUEUE_STATE_FINISHED);
}
/**
*
* @param queueEntry
* @param collections
* @param document
* @param condenser
* @param searchEvent
* @param sourceName if this document was created by a crawl, then the sourceName contains the crawl hash
*/
private void storeDocumentIndex(
final Response queueEntry,
final Map<String, Pattern> collections,
final Document document,
final Condenser condenser,
final SearchEvent searchEvent,
final String sourceName) {
//TODO: document must carry referer, size and last modified
// CREATE INDEX
final String dc_title = document.dc_title();
final DigestURL url = document.dc_source();
final DigestURL referrerURL = queueEntry.referrerURL();
EventOrigin processCase = queueEntry.processCase(this.peers.mySeed().hash);
/* This entry may have been locally created by the MediaWiki dump reader :
* we can distinguish the case here from a regular local crawl with the crawl profile used */
if(this.crawler != null && queueEntry.profile() == this.crawler.defaultSurrogateProfile) {
processCase = EventOrigin.SURROGATES;
}
final CrawlProfile profile = queueEntry.profile();
if (condenser == null || (document.indexingDenied() && profile.obeyHtmlRobotsNoindex())) {
//if (this.log.isInfo()) log.logInfo("Not Indexed Resource '" + queueEntry.url().toNormalform(false, true) + "': denied by rule in document, process case=" + processCase);
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(url, queueEntry.depth(), profile, FailCategory.FINAL_PROCESS_CONTEXT, "denied by rule in document, process case=" + processCase, -1);
return;
}
if ( profile != null && !profile.indexText() && !profile.indexMedia() ) {
//if (this.log.isInfo()) log.logInfo("Not Indexed Resource '" + queueEntry.url().toNormalform(false, true) + "': denied by profile rule, process case=" + processCase + ", profile name = " + queueEntry.profile().name());
// create a new errorURL DB entry
this.crawlQueues.errorURL.push(url, queueEntry.depth(), profile, FailCategory.FINAL_LOAD_CONTEXT, "denied by profile rule, process case="
+ processCase
+ ", profile name = "
+ profile.collectionName(), -1);
return;
}
// remove stopwords
this.log.info("Excluded " + condenser.excludeWords(stopwords) + " words in URL " + url.toNormalform(true));
final CollectionConfiguration collectionConfig = this.index.fulltext().getDefaultConfiguration();
final String language = Segment.votedLanguage(url, url.toNormalform(true), document, condenser); // identification of the language
final CollectionConfiguration.SolrVector vector = collectionConfig.yacy2solr(this.index, collections, queueEntry.getResponseHeader(),
document, condenser, referrerURL, language, profile.isPushCrawlProfile(),
this.index.fulltext().useWebgraph() ? this.index.fulltext().getWebgraphConfiguration() : null, sourceName);
/*
* One last posible filtering step before adding to index : using the eventual
* profile Solr querie filters
*/
final String profileSolrFilterError = this.checkCrawlProfileSolrFilters(profile, vector);
if (profileSolrFilterError != null) {
this.crawlQueues.errorURL.push(url, queueEntry.depth(), profile, FailCategory.FINAL_LOAD_CONTEXT,
profileSolrFilterError + ", process case=" + processCase + ", profile name = "
+ profile.collectionName(),
-1);
return;
}
// STORE WORD INDEX
final SolrInputDocument newEntry =
this.index.storeDocument(
url,
profile,
queueEntry.getResponseHeader(),
document,
vector,
language,
condenser,
searchEvent,
sourceName,
this.getConfigBool(SwitchboardConstants.NETWORK_UNIT_DHT, false),
this.getConfigBool(SwitchboardConstants.PROXY_TRANSPARENT_PROXY, false) ? "http://127.0.0.1:" + sb.getConfigInt(SwitchboardConstants.SERVER_PORT, 8090) : null,
this.getConfig("crawler.http.acceptLanguage", null));
final RSSFeed feed =
EventChannel.channels(queueEntry.initiator() == null
? EventChannel.PROXY
: Base64Order.enhancedCoder.equal(
queueEntry.initiator(),
ASCII.getBytes(this.peers.mySeed().hash))
? EventChannel.LOCALINDEXING
: EventChannel.REMOTEINDEXING);
feed.addMessage(new RSSMessage("Indexed web page", dc_title, queueEntry.url(), ASCII.String(queueEntry.url().hash())));
if (this.getConfigBool(SwitchboardConstants.DECORATION_AUDIO, false)) Audio.Soundclip.newdoc.play(-20.0f);
// store rss feeds in document into rss table
for ( final Map.Entry<DigestURL, String> rssEntry : document.getRSS().entrySet() ) {
final Tables.Data rssRow = new Tables.Data();
rssRow.put("referrer", url.hash());
rssRow.put("url", UTF8.getBytes(rssEntry.getKey().toNormalform(true)));
rssRow.put("title", UTF8.getBytes(rssEntry.getValue()));
rssRow.put("recording_date", new Date());
try {
this.tables.update("rss", rssEntry.getKey().hash(), rssRow);
} catch (final IOException e ) {
ConcurrentLog.logException(e);
}
}
// update url result list statistics
ResultURLs.stack(
ASCII.String(url.hash()), // loaded url db entry
url.getHost(),
queueEntry.initiator(), // initiator peer hash
UTF8.getBytes(this.peers.mySeed().hash), // executor peer hash
processCase // process case
);
// update profiling info
if ( System.currentTimeMillis() - lastPPMUpdate > 20000 ) {
// we don't want to do this too often
this.updateMySeed();
EventTracker.update(EventTracker.EClass.PPM, Long.valueOf(currentPPM()), true);
lastPPMUpdate = System.currentTimeMillis();
}
EventTracker.update(EventTracker.EClass.INDEX, url.toNormalform(true), false);
// if this was performed for a remote crawl request, notify requester
if ( (processCase == EventOrigin.GLOBAL_CRAWLING) && (queueEntry.initiator() != null) ) {
final Seed initiatorPeer = this.peers.getConnected(queueEntry.initiator());
if ( initiatorPeer != null ) {
// start a thread for receipt sending to avoid a blocking here
try {
final SolrDocument sd = this.index.fulltext().getDefaultConfiguration().toSolrDocument(newEntry);
new Thread(new receiptSending(initiatorPeer, new URIMetadataNode(sd)), "sending receipt to " + ASCII.String(queueEntry.initiator())).start();
} catch (final MalformedURLException ex) {
this.log.info("malformed url: "+ex.getMessage());
}
}
}
}
/**
* Check that the given Solr document matches the eventual crawl profil Solr
* query filters.
*
* @param profile
* the eventual crawl profile.
* @param document
* the Solr document to check. Must not be null.
* @return an eventual error message or null when no Solr query filters are
* defined or when they match with the Solr document.
* @throws IllegalArgumentException
* when the document is null
*/
private String checkCrawlProfileSolrFilters(final CrawlProfile profile,
final CollectionConfiguration.SolrVector document) throws IllegalArgumentException {
if (profile != null) {
final String indexFilterQuery = profile.get(CrawlAttribute.INDEXING_SOLR_QUERY_MUSTMATCH.key);
final String indexSolrQueryMustNotMatch = profile.get(CrawlAttribute.INDEXING_SOLR_QUERY_MUSTNOTMATCH.key);
if ((indexFilterQuery != null && !indexFilterQuery.isEmpty()
&& !CrawlProfile.SOLR_MATCH_ALL_QUERY.equals(indexFilterQuery))
|| (indexSolrQueryMustNotMatch != null
&& !CrawlProfile.SOLR_EMPTY_QUERY.equals(indexSolrQueryMustNotMatch))) {
final EmbeddedInstance embeddedSolr = this.index.fulltext().getEmbeddedInstance();
final SolrCore embeddedCore = embeddedSolr != null ? embeddedSolr.getDefaultCore() : null;
final boolean embeddedSolrConnected = embeddedSolr != null && embeddedCore != null;
if (!embeddedSolrConnected) {
return "no connected embedded instance for profile Solr query filter";
}
if ((indexFilterQuery != null && !indexFilterQuery.isEmpty()
&& !CrawlProfile.SOLR_MATCH_ALL_QUERY.equals(indexFilterQuery))) {
try {
if (!SingleDocumentMatcher.matches(document, indexFilterQuery, embeddedCore)) {
return "denied by profile Solr query must-match filter";
}
} catch (final SyntaxError | SolrException e) {
return "invalid syntax for profile Solr query must-match filter";
} catch (final RuntimeException e) {
return "could not parse the Solr query must-match filter";
}
}
if (indexSolrQueryMustNotMatch != null
&& !CrawlProfile.SOLR_EMPTY_QUERY.equals(indexSolrQueryMustNotMatch)) {
try {
if (SingleDocumentMatcher.matches(document, indexSolrQueryMustNotMatch, embeddedCore)) {
return "denied by profile Solr query must-not-match filter";
}
} catch (final SyntaxError | SolrException e) {
return "invalid syntax for profile Solr query must-not-match filter";
} catch (final RuntimeException e) {
return "could not parse the Solr query must-not-match filter";
}
}
}
}
return null;
}
public final void addAllToIndex(
final DigestURL url,
final Map<AnchorURL, String> links,
final SearchEvent searchEvent,
final String heuristicName,
final Map<String, Pattern> collections,
final boolean doublecheck) {
final List<DigestURL> urls = new ArrayList<>();
// add the landing page to the index. should not load that again since it should be in the cache
if (url != null) {
urls.add(url);
}
// check if some of the links match with the query
final Map<AnchorURL, String> matcher = searchEvent.query.separateMatches(links);
// take the matcher and load them all
for (final Map.Entry<AnchorURL, String> entry : matcher.entrySet()) {
urls.add(new DigestURL(entry.getKey(), (byte[]) null));
}
// take then the no-matcher and load them also
for (final Map.Entry<AnchorURL, String> entry : links.entrySet()) {
urls.add(new DigestURL(entry.getKey(), (byte[]) null));
}
this.addToIndex(urls, searchEvent, heuristicName, collections, doublecheck);
}
public void reload(final Collection<String> reloadURLStrings, final Map<String, Pattern> collections, final boolean doublecheck) {
final Collection<DigestURL> reloadURLs = new ArrayList<>(reloadURLStrings.size());
final Collection<String> deleteIDs = new ArrayList<>(reloadURLStrings.size());
for (final String u: reloadURLStrings) {
DigestURL url;
try {
url = new DigestURL(u);
reloadURLs.add(url);
deleteIDs.add(ASCII.String(url.hash()));
} catch (final MalformedURLException e) {
}
}
this.remove(deleteIDs);
if (doublecheck) this.index.fulltext().commit(false); // if not called here the double-cgeck in addToIndex will reject the indexing
this.addToIndex(reloadURLs, null, null, collections, doublecheck);
}
public void remove(final Collection<String> deleteIDs) {
this.index.fulltext().remove(deleteIDs);
for (final String id: deleteIDs) {
final byte[] idh = ASCII.getBytes(id);
this.crawlQueues.removeURL(idh);
try {Cache.delete(idh);} catch (final IOException e) {}
}
}
public void remove(final byte[] urlhash) {
this.index.fulltext().remove(urlhash);
this.crawlQueues.removeURL(urlhash);
try {Cache.delete(urlhash);} catch (final IOException e) {}
}
public void stackURLs(final Collection<DigestURL> rootURLs, final CrawlProfile profile, final Set<DigestURL> successurls, final Map<DigestURL,String> failurls) {
if (rootURLs == null || rootURLs.size() == 0) return;
if (rootURLs.size() == 1) {
// for single stack requests, do not use the multithreading overhead;
final DigestURL url = rootURLs.iterator().next();
// delete robots entry
sb.robots.delete(url);
try {
if (url.getHost() != null) { // might be null for file://
Cache.delete(RobotsTxt.robotsURL(RobotsTxt.getHostPort(url)).hash());
}
} catch (final IOException e) {}
// stack
String failreason;
if ((failreason = Switchboard.this.stackUrl(profile, url)) == null) successurls.add(url); else failurls.put(url, failreason);
return;
}
// do this concurrently
final int threads = Math.min(rootURLs.size(), Math.min(50, Runtime.getRuntime().availableProcessors() * 2 + 1)); // it makes sense to have more threads than cores because those threads do a lot of waiting during IO
this.log.info("stackURLs: starting " + threads + " threads for " + rootURLs.size() + " root urls.");
final BlockingQueue<DigestURL> rootURLsQueue = new ArrayBlockingQueue<>(rootURLs.size());
for (final DigestURL u: rootURLs) try {rootURLsQueue.put(u);} catch (final InterruptedException e) {}
for (int i = 0; i < threads; i++) {
final String name = "Switchboard.stackURLs-" + i + "-" + profile.handle();
final Thread t = new Thread(name) {
@Override
public void run() {
DigestURL url;
int successc = 0, failc = 0;
while ((url = rootURLsQueue.poll()) != null) {
// delete robots entry
sb.robots.delete(url);
try {
if (url.getHost() != null) { // might be null for file://
Cache.delete(RobotsTxt.robotsURL(RobotsTxt.getHostPort(url)).hash());
}
} catch (final IOException e) {}
// stack
String failreason;
if ((failreason = Switchboard.this.stackUrl(profile, url)) == null) {
successurls.add(url);
successc++;
} else {
failurls.put(url, failreason);
failc++;
}
this.setName(name); // the name is constantly overwritten by the http client
}
Switchboard.this.log.info("stackURLs: terminated stack thread " + name + " with " + successc + " success and " + failc + " fail stackings.");
}
};
t.start(); // we let the thread dangling around here. It's better than a timeout in the http request.
}
}
/**
* stack the url to the crawler
* @param profile
* @param url
* @return null if this was ok. If this failed, return a string with a fail reason
*/
public String stackUrl(final CrawlProfile profile, final DigestURL url) {
final byte[] handle = ASCII.getBytes(profile.handle());
// remove url from the index to be prepared for a re-crawl
final byte[] urlhash = url.hash();
this.remove(urlhash);
// because the removal is done concurrenlty, it is possible that the crawl
// stacking may fail because of double occurrences of that url. Therefore
// we must wait here until the url has actually disappeared
int t = 100;
while (t-- > 0) {
if (!this.index.exists(ASCII.String(urlhash))) break;
try {Thread.sleep(100);} catch (final InterruptedException e) {}
ConcurrentLog.fine("Switchboard", "STACKURL: waiting for deletion, t=" + t);
//if (t == 20) this.index.fulltext().commit(true);
if (t == 1) this.index.fulltext().commit(false);
}
// special handling of ftp protocol
if (url.isFTP()) {
try {
this.crawler.putActive(handle, profile);
/* put ftp site entries on the crawl stack,
* using the crawl profile depth to control how many children folders of the url are stacked */
this.crawlStacker.enqueueEntriesFTP(
this.peers.mySeed().hash.getBytes(),
profile,
url,
false,
profile.timezoneOffset());
return null;
} catch (final Exception e) {
// mist
ConcurrentLog.logException(e);
return "problem crawling an ftp site: " + e.getMessage();
}
}
// remove the document from the error-db
final Set<String> hosthashes = new HashSet<>();
hosthashes.add(url.hosthash());
this.crawlQueues.errorURL.removeHosts(hosthashes);
this.index.fulltext().remove(urlhash);
// get a scraper to get the title
Document scraper;
try {
scraper = this.loader.loadDocument(url, CacheStrategy.IFFRESH, BlacklistType.CRAWLER, profile.getAgent());
} catch (final IOException e) {
return "scraper cannot load URL: " + e.getMessage();
}
final String title = scraper == null ? url.toNormalform(true) : scraper.dc_title();
final String description = scraper.dc_description().length > 0 ? scraper.dc_description()[0] : "";
// add the url to the crawl stack
this.crawler.removePassive(handle); // if there is an old entry, delete it
this.crawler.putActive(handle, profile);
final String reasonString = this.crawlStacker.stackCrawl(new Request(
this.peers.mySeed().hash.getBytes(),
url,
null,
"CRAWLING-ROOT",
new Date(),
profile.handle(),
0,
profile.timezoneOffset()
));
if (reasonString != null) return reasonString;
// create a bookmark from crawl start url
final Set<String> tags=ListManager.string2set(BookmarkHelper.cleanTagsString("/crawlStart"));
tags.add("crawlStart");
final Set<String> keywords = scraper.dc_subject();
if (keywords != null) {
for (final String k: keywords) {
final String kk = BookmarkHelper.cleanTagsString(k);
if (kk.length() > 0) tags.add(kk);
}
}
// TODO: what to do with the result ?
//String tagStr = tags.toString();
//if (tagStr.length() > 2 && tagStr.startsWith("[") && tagStr.endsWith("]")) tagStr = tagStr.substring(1, tagStr.length() - 2);
// we will create always a bookmark to use this to track crawled hosts
final BookmarksDB.Bookmark bookmark = this.bookmarksDB.createorgetBookmark(url.toNormalform(true), "admin");
if (bookmark != null) {
bookmark.setProperty(BookmarksDB.Bookmark.BOOKMARK_TITLE, title);
bookmark.setProperty(BookmarksDB.Bookmark.BOOKMARK_DESCRIPTION, description);
bookmark.setPublic(false);
bookmark.setTags(tags, true);
this.bookmarksDB.saveBookmark(bookmark);
}
// that was ok
return null;
}
/**
* load the content of some URLs, parse the content and add the content to the index This process is started
* concurrently. The method returns immediately after the call.
* Loaded/indexed pages are added to the given SearchEvent. If this is not required prefer addToCrawler
* to spare concurrent processes, bandwidth and intransparent crawl/load activity
*
* @param urls the urls that shall be indexed
* @param searchEvent (optional) a search event that shall get results from the indexed pages directly
* feeded. If object is null then it is ignored
* @throws IOException
* @throws Parser.Failure
*/
public void addToIndex(final Collection<DigestURL> urls, final SearchEvent searchEvent, final String heuristicName, final Map<String, Pattern> collections, final boolean doublecheck) {
final Map<String, DigestURL> urlmap = new HashMap<>();
for (final DigestURL url: urls) urlmap.put(ASCII.String(url.hash()), url);
if (searchEvent != null) {
for (final String id: urlmap.keySet()) searchEvent.addHeuristic(ASCII.getBytes(id), heuristicName, true);
}
final List<Request> requests = new ArrayList<>();
for (final Map.Entry<String, DigestURL> e: urlmap.entrySet()) {
final String urlName = e.getValue().toNormalform(true);
if (doublecheck) {
if (this.index.exists(e.getKey())) {
this.log.info("addToIndex: double " + urlName);
continue;
}
}
final Request request = this.loader.request(e.getValue(), true, true);
final CrawlProfile profile = this.crawler.get(ASCII.getBytes(request.profileHandle()));
final String acceptedError = this.crawlStacker.checkAcceptanceChangeable(e.getValue(), profile, 0);
if (acceptedError != null) {
this.log.warn("addToIndex: cannot load " + urlName + ": " + acceptedError);
continue;
}
requests.add(request);
}
new Thread() {
@Override
public void run() {
for (final Request request: requests) {
final DigestURL url = request.url();
final String urlName = url.toNormalform(true);
Thread.currentThread().setName("Switchboard.addToIndex:" + urlName);
try {
final Response response = Switchboard.this.loader.load(request, CacheStrategy.IFFRESH, BlacklistType.CRAWLER, ClientIdentification.yacyIntranetCrawlerAgent);
if (response == null) {
throw new IOException("response == null");
}
if (response.getContent() == null) {
throw new IOException("content == null");
}
if (response.getResponseHeader() == null) {
throw new IOException("header == null");
}
final Document[] documents = response.parse();
if (documents != null) {
for (final Document document: documents) {
final CrawlProfile profile = Switchboard.this.crawler.get(ASCII.getBytes(request.profileHandle()));
if (document.indexingDenied() && (profile == null || profile.obeyHtmlRobotsNoindex())) {
throw new Parser.Failure("indexing is denied", url);
}
final Condenser condenser = new Condenser(
document, null, true, true, LibraryProvider.dymLib, true,
Switchboard.this.index.fulltext().getDefaultConfiguration().contains(CollectionSchema.dates_in_content_dts),
searchEvent == null ? 0 : searchEvent.query.timezoneOffset);
ResultImages.registerImages(url, document, true);
Switchboard.this.webStructure.generateCitationReference(url, document);
Switchboard.this.storeDocumentIndex(
response,
collections,
document,
condenser,
searchEvent,
"heuristic:" + heuristicName);
Switchboard.this.log.info("addToIndex fill of url " + urlName + " finished");
}
}
} catch (final IOException e ) {
Switchboard.this.log.warn("addToIndex: failed loading " + urlName + ": " + e.getMessage());
} catch (final Parser.Failure e ) {
Switchboard.this.log.warn("addToIndex: failed parsing " + urlName + ": " + e.getMessage());
}
}
}
}.start();
}
/**
* add urls to Crawler - which itself loads the URL, parses the content and adds it to the index
* transparent alternative to "addToIndex" including, double in crawler check, display in crawl monitor
* but doesn't return results for a ongoing search
*
* @param urls the urls that shall be indexed
* @param asglobal true adds the url to global crawl queue (for remote crawling), false to the local crawler
*/
public void addToCrawler(final Collection<DigestURL> urls, final boolean asglobal) {
final Map<String, DigestURL> urlmap = new HashMap<>();
for (final DigestURL url: urls) urlmap.put(ASCII.String(url.hash()), url);
for (final Map.Entry<String, DigestURL> e: urlmap.entrySet()) {
if (this.index.exists(e.getKey())) continue; // double
final DigestURL url = e.getValue();
final Request request = this.loader.request(url, true, true);
final CrawlProfile profile = this.crawler.get(ASCII.getBytes(request.profileHandle()));
String acceptedError = this.crawlStacker.checkAcceptanceChangeable(url, profile, 0);
if (acceptedError == null) acceptedError = this.crawlStacker.checkAcceptanceInitially(url, profile);
if (acceptedError != null) {
this.log.info("addToCrawler: cannot load " + url.toNormalform(true) + ": " + acceptedError);
continue;
}
final String s;
if (asglobal) {
s = this.crawlQueues.noticeURL.push(StackType.GLOBAL, request, profile, this.robots);
} else {
s = this.crawlQueues.noticeURL.push(StackType.LOCAL, request, profile, this.robots);
}
if (s != null) {
this.log.info("addToCrawler: failed to add " + url.toNormalform(true) + ": " + s);
}
}
}
public class receiptSending implements Runnable
{
private final Seed initiatorPeer;
private final URIMetadataNode reference;
public receiptSending(final Seed initiatorPeer, final URIMetadataNode reference) {
this.initiatorPeer = initiatorPeer;
this.reference = reference;
}
@Override
public void run() {
final long t = System.currentTimeMillis();
final Map<String, String> response = Protocol.crawlReceipt(Switchboard.this,
Switchboard.this.peers.mySeed(), this.initiatorPeer, "crawl", "fill", "indexed", this.reference,
"");
if ( response == null ) {
Switchboard.this.log.info("Sending crawl receipt for '"
+ this.reference.url().toNormalform(true)
+ "' to "
+ this.initiatorPeer.getName()
+ " FAILED, send time = "
+ (System.currentTimeMillis() - t));
return;
}
final String delay = response.get("delay");
Switchboard.this.log.info("Sending crawl receipt for '"
+ this.reference.url().toNormalform(true)
+ "' to "
+ this.initiatorPeer.getName()
+ " success, delay = "
+ delay
+ ", send time = "
+ (System.currentTimeMillis() - t));
}
}
/**
* check authentication status for request access shall be granted if return value >= 2; these are the
* cases where an access is granted to protected pages:
* - access from localhost is granted and access comes from localhost: auth-level 3
* - access comes from localhost and the realm-value
* of a http-authentify String is equal to the stored base64MD5: auth-level 3
* - access comes with matching http-authentify: auth-level 4
*
* @param requestHeader
* - requestHeader.AUTHORIZATION = B64encode("adminname:password") or = B64encode("adminname:valueOf_Base64MD5cft")
* - adminAccountBase64MD5 = MD5(B64encode("adminname:password") or = "MD5:"+MD5("adminname:peername:password")
* @return the auth-level as described above or 1 which means 'not authorized'. a 0 is returned in case of
* fraud attempts
*/
public int adminAuthenticated(final RequestHeader requestHeader) {
// authorization (earlier) by servlet container with username/password
// as this stays true as long as authenticated browser is open (even after restart of YaCy) add a timeout check to look at credentials again
// TODO: same is true for credential checks below (at least with BASIC auth -> login should expire at least on restart
if (requestHeader.isUserInRole(UserDB.AccessRight.ADMIN_RIGHT.toString())) {
if (this.adminAuthenticationLastAccess + 60000 > System.currentTimeMillis()) // 1 minute
return 4; // hard-authenticated, quick return
}
// authorization for localhost, only if flag is set to grant localhost access as admin
final boolean accessFromLocalhost = requestHeader.accessFromLocalhost();
if (accessFromLocalhost && this.getConfigBool(SwitchboardConstants.ADMIN_ACCOUNT_FOR_LOCALHOST, false)) {
this.adminAuthenticationLastAccess = System.currentTimeMillis();
return 3; // soft-authenticated for localhost
}
// get the authorization string from the header
final String realmProp = (requestHeader.get(RequestHeader.AUTHORIZATION, "")).trim();
final String realmValue = realmProp.isEmpty() ? null : realmProp.substring(6); // take out "BASIC "
// authorization with admin keyword in configuration
if ( realmValue == null || realmValue.isEmpty() ) {
return 1;
}
if (HttpServletRequest.BASIC_AUTH.equalsIgnoreCase(requestHeader.getAuthType())) {
// security check against too long authorization strings (for BASIC auth)
if (realmValue.length() > 256) {
return 0;
}
} else {
// handle DIGEST auth by servlet container
if (requestHeader.getUserPrincipal() != null) { // user is authenticated (by Servlet container)
if (requestHeader.isUserInRole(AccessRight.ADMIN_RIGHT.toString())) {
// we could double check admin right (but we trust embedded container)
// String username = requestHeader.getUserPrincipal().getName();
// if ((username.equalsIgnoreCase(sb.getConfig(SwitchboardConstants.ADMIN_ACCOUNT_USER_NAME, "admin")))
// || (sb.userDB.getEntry(username).hasRight(AccessRight.ADMIN_RIGHT)))
this.adminAuthenticationLastAccess = System.currentTimeMillis();
return 4; // has admin right
}
}
}
// authorization by encoded password, only for localhost access
final String adminAccountUserName = this.getConfig(SwitchboardConstants.ADMIN_ACCOUNT_USER_NAME, "admin");
final String adminAccountBase64MD5 = this.getConfig(SwitchboardConstants.ADMIN_ACCOUNT_B64MD5, "");
final String pass = Base64Order.standardCoder.encodeString(adminAccountUserName + ":" + adminAccountBase64MD5);
if ( accessFromLocalhost && (pass.equals(realmValue)) ) { // assume realmValue as is in cfg
this.adminAuthenticationLastAccess = System.currentTimeMillis();
return 3; // soft-authenticated for localhost
}
// authorization by hit in userDB (authtype username:encodedpassword - handed over by DefaultServlet)
if ( this.userDB.hasAdminRight(requestHeader, requestHeader.getCookies()) ) {
this.adminAuthenticationLastAccess = System.currentTimeMillis();
return 4; //return, because 4=max
}
// athorization by BASIC auth (realmValue = "adminname:password")
if (adminAccountBase64MD5.startsWith("MD5:")) {
// handle new option adminAccountBase64MD5="MD5:xxxxxxx" = encodeMD5Hex ("adminname:peername:password")
String realmtmp = Base64Order.standardCoder.decodeString(realmValue); //decode to clear text
final int i = realmtmp.indexOf(':');
if (i >= 3) { // put peer name in realmValue (>3 is ok to skip "MD5:" and usernames are min 4 characters, in basic auth realm "user:pwd")
realmtmp = realmtmp.substring(0, i + 1) + sb.getConfig(SwitchboardConstants.ADMIN_REALM,"YaCy") + ":" + realmtmp.substring(i + 1);
if (adminAccountBase64MD5.substring(4).equals(Digest.encodeMD5Hex(realmtmp))) {
this.adminAuthenticationLastAccess = System.currentTimeMillis();
return 4; // hard-authenticated, all ok
}
} else {
// handle DIGEST auth (realmValue = adminAccountBase (set for lecacyHeader in DefaultServlet for authenticated requests)
if (adminAccountBase64MD5.equals(realmValue)) {
this.adminAuthenticationLastAccess = System.currentTimeMillis();
return 4; // hard-authenticated, all ok
}
}
} else {
// handle old option adminAccountBase64MD5="xxxxxxx" = encodeMD55Hex(encodeB64("adminname:password")
if (adminAccountBase64MD5.equals(Digest.encodeMD5Hex(realmValue))) {
this.adminAuthenticationLastAccess = System.currentTimeMillis();
return 4; // hard-authenticated, all ok
}
}
return 1;
}
public String encodeDigestAuth(final String user, final String pw) {
return "MD5:" + Digest.encodeMD5Hex(user + ":" + sb.getConfig(SwitchboardConstants.ADMIN_REALM,"YaCy") + ":" + pw);
}
public String encodeBasicAuth(final String user, final String pw) {
return Digest.encodeMD5Hex(user + ":" + pw);
}
/**
* @param header servlet request headers
* @return true when the headers contains valid admin authentication information
*/
public boolean verifyAuthentication(final RequestHeader header) {
// handle access rights
switch ( this.adminAuthenticated(header) ) {
case 0: // wrong password given
//try { Thread.sleep(3000); } catch (final InterruptedException e) { } // prevent brute-force
return false;
case 1: // no password given
return false;
case 2: // no password stored
return true;
case 3: // soft-authenticated for localhost only
return true;
case 4: // hard-authenticated, all ok
return true;
default:
return false;
}
}
public String dhtShallTransfer() {
final String cautionCause = this.onlineCaution();
if ( cautionCause != null ) {
return "online caution for " + cautionCause + ", dht transmission";
}
if ( this.peers == null ) {
return "no DHT distribution: seedDB == null";
}
if ( this.peers.mySeed() == null ) {
return "no DHT distribution: mySeed == null";
}
if ( this.peers.mySeed().isVirgin() ) {
return "no DHT distribution: status is virgin";
}
if ( this.peers.noDHTActivity() ) {
return "no DHT distribution: network too small";
}
if ( !this.getConfigBool(SwitchboardConstants.NETWORK_UNIT_DHT, true) ) {
return "no DHT distribution: disabled by network.unit.dht";
}
if ( this.getConfig(SwitchboardConstants.INDEX_DIST_ALLOW, "false").equalsIgnoreCase("false") ) {
return "no DHT distribution: not enabled (per setting)";
}
final Segment indexSegment = this.index;
if ( indexSegment.RWICount() < 100 ) {
return "no DHT distribution: not enough words - wordIndex.size() = "
+ indexSegment.RWICount();
}
if ( (this.getConfig(SwitchboardConstants.INDEX_DIST_ALLOW_WHILE_CRAWLING, "false").equalsIgnoreCase("false")) && (!this.crawlQueues.noticeURL.isEmptyLocal()) ) {
return "no DHT distribution: crawl in progress: noticeURL.stackSize() = "
+ this.crawlQueues.noticeURL.size()
+ ", sbQueue.size() = "
+ this.getIndexingProcessorsQueueSize();
}
if ( (this.getConfig(SwitchboardConstants.INDEX_DIST_ALLOW_WHILE_INDEXING, "false").equalsIgnoreCase("false")) && (this.getIndexingProcessorsQueueSize() > 1) ) {
return "no DHT distribution: indexing in progress: noticeURL.stackSize() = "
+ this.crawlQueues.noticeURL.size()
+ ", sbQueue.size() = "
+ this.getIndexingProcessorsQueueSize();
}
return null; // this means; yes, please do dht transfer
}
public boolean dhtTransferJob() {
if ( this.dhtDispatcher == null ) {
return false;
}
final String rejectReason = this.dhtShallTransfer();
if ( rejectReason != null ) {
if ( this.log.isFine() ) {
this.log.fine(rejectReason);
}
return false;
}
boolean hasDoneSomething = false;
final long kbytesUp = ConnectionInfo.getActiveUpbytes() / 1024;
// accumulate RWIs to transmission buffer
if ( this.dhtDispatcher.bufferSize() > this.peers.scheme.verticalPartitions() ) {
this.log.info("dhtTransferJob: no selection, too many entries in transmission buffer: "
+ this.dhtDispatcher.bufferSize());
} else if ( MemoryControl.available() < 1024 * 1024 * 25 ) {
this.log.info("dhtTransferJob: no selection, too less memory available : "
+ (MemoryControl.available() / 1024 / 1024)
+ " MB");
} else if ( ConnectionInfo.getLoadPercent() > 50 ) {
this.log.info("dhtTransferJob: too many connections in httpc pool : "
+ ConnectionInfo.getCount());
// close unused connections
// Client.cleanup();
} else if ( kbytesUp > 128 ) {
this.log.info("dhtTransferJob: too much upload(1), currently uploading: " + kbytesUp + " Kb");
} else {
byte[] startHash = null, limitHash = null;
int tries = 10;
while ( tries-- > 0 ) {
startHash = DHTSelection.selectRandomTransferStart();
assert startHash != null;
limitHash = DHTSelection.limitOver(this.peers, startHash);
if ( limitHash != null ) {
break;
}
}
if ( limitHash == null || startHash == null ) {
this.log.info("dhtTransferJob: approaching full DHT dispersion.");
return false;
}
this.log.info("dhtTransferJob: selected " + ASCII.String(startHash) + " as start hash");
this.log.info("dhtTransferJob: selected " + ASCII.String(limitHash) + " as limit hash");
final boolean enqueued =
this.dhtDispatcher.selectContainersEnqueueToBuffer(
startHash,
limitHash,
dhtMaxContainerCount,
this.dhtMaxReferenceCount,
5000);
hasDoneSomething = hasDoneSomething | enqueued;
this.log.info("dhtTransferJob: result from enqueueing: " + ((enqueued) ? "true" : "false"));
}
// check if we can deliver entries to other peers
if ( this.dhtDispatcher.transmissionSize() >= 10 ) {
this.log
.info("dhtTransferJob: no dequeueing from buffer to transmission: too many concurrent sessions: "
+ this.dhtDispatcher.transmissionSize());
} else if ( ConnectionInfo.getLoadPercent() > 75 ) {
this.log.info("dhtTransferJob: too many connections in httpc pool : "
+ ConnectionInfo.getCount());
// close unused connections
// Client.cleanup();
} else if ( kbytesUp > 256 ) {
this.log.info("dhtTransferJob: too much upload(2), currently uploading: " + kbytesUp + " Kb");
} else {
final boolean dequeued = this.dhtDispatcher.dequeueContainer();
hasDoneSomething = hasDoneSomething | dequeued;
this.log.info("dhtTransferJob: result from dequeueing: " + ((dequeued) ? "true" : "false"));
}
return hasDoneSomething;
}
public final void heuristicSite(final SearchEvent searchEvent, final String host) {
new Thread("Switchboard.heuristicSite:" + host) {
@Override
public void run() {
String r = host;
if ( r.indexOf("//", 0) < 0 ) {
r = "http://" + r;
}
// get the links for a specific site
AnchorURL url;
try {
url = new AnchorURL(r);
} catch (final MalformedURLException e ) {
ConcurrentLog.logException(e);
return;
}
final Map<AnchorURL, String> links;
searchEvent.oneFeederStarted();
try {
links = Switchboard.this.loader.loadLinks(url, CacheStrategy.NOCACHE, BlacklistType.SEARCH, ClientIdentification.yacyIntranetCrawlerAgent, searchEvent.query.timezoneOffset);
if ( links != null ) {
final Iterator<AnchorURL> i = links.keySet().iterator();
while ( i.hasNext() ) {
if ( !i.next().getHost().endsWith(host) ) {
i.remove();
}
}
// add all pages to the index
Switchboard.this.addAllToIndex(url, links, searchEvent, "site", CrawlProfile.collectionParser("site"), true);
}
} catch (final Throwable e ) {
ConcurrentLog.logException(e);
} finally {
searchEvent.oneFeederTerminated();
}
}
}.start();
}
/**
* Get the outbound links of the result and add each unique link to crawler queue
* Is input resulturl a full index document with outboundlinks these will be used
* otherwise url is loaded and links are extracted/parsed
*
* @param resulturl the result doc which outbound links to add to crawler
*/
public final void heuristicSearchResults(final URIMetadataNode resulturl) {
new Thread("Switchboard.heuristicSearchResults") {
@Override
public void run() {
// get the links for a specific site
final DigestURL startUrl = resulturl.url();
// result might be rich metadata, try to get outbout links directly from result
Set<DigestURL> urls;
final Iterator<String> outlinkit = URIMetadataNode.getLinks(resulturl, false);
if (outlinkit.hasNext()) {
urls = new HashSet<>();
while (outlinkit.hasNext()) {
try {
urls.add(new DigestURL(outlinkit.next()));
} catch (final MalformedURLException ex) { }
}
} else { // otherwise get links from loader
urls = null;
try {
final Map<AnchorURL, String> links;
links = Switchboard.this.loader.loadLinks(startUrl, CacheStrategy.IFFRESH, BlacklistType.SEARCH, ClientIdentification.yacyIntranetCrawlerAgent, 0);
if (links != null) {
if (links.size() < 1000) { // limit to 1000 to skip large index pages
final Iterator<AnchorURL> i = links.keySet().iterator();
if (urls == null) urls = new HashSet<>();
while (i.hasNext()) {
final DigestURL url = i.next();
final boolean islocal = (url.getHost() == null && startUrl.getHost() == null) || (url.getHost() != null && startUrl.getHost() != null && url.getHost().contentEquals(startUrl.getHost()));
// add all external links or links to different page to crawler
if ( !islocal ) {// || (!startUrl.getPath().endsWith(url.getPath()))) {
urls.add(url);
}
}
}
}
} catch (final Throwable e) { }
}
if (urls != null && urls.size() > 0) {
final boolean globalcrawljob = Switchboard.this.getConfigBool(SwitchboardConstants.HEURISTIC_SEARCHRESULTS_CRAWLGLOBAL,false);
Switchboard.this.addToCrawler(urls, globalcrawljob);
}
}
}.start();
}
/**
* Queries a remote opensearch system, expects RSS feed as response, parses the RSS feed and
* - adds the results to the results of the searchEvent
* - adds the results to the local index
*
* @param urlpattern the search query url (e.g. http://search.org?query=searchword)
* @param searchEvent
* @param feedName short/internal name of the remote system
* @deprecated use FederateSearchManager(SearchEvent) instead
*/
@Deprecated // not used (since 2015-01-18, v1.81)
public final void heuristicRSS(
final String urlpattern,
final SearchEvent searchEvent,
final String feedName) {
new Thread("heuristicRSS:" + feedName) {
@Override
public void run() {
final DigestURL url;
try {
url = new DigestURL(MultiProtocolURL.unescape(urlpattern));
} catch (final MalformedURLException e1 ) {
ConcurrentLog.warn("heuristicRSS", "url not well-formed: '" + urlpattern + "'");
return;
}
// if we have an url then try to load the rss
RSSReader rss = null;
searchEvent.oneFeederStarted();
try {
final Response response =
Switchboard.this.loader.load(Switchboard.this.loader.request(url, true, false), CacheStrategy.NOCACHE, BlacklistType.SEARCH, ClientIdentification.yacyIntranetCrawlerAgent);
final byte[] resource = (response == null) ? null : response.getContent();
rss = resource == null ? null : RSSReader.parse(RSSFeed.DEFAULT_MAXSIZE, resource);
if ( rss != null ) {
final Map<AnchorURL, String> links = new TreeMap<>();
AnchorURL uri;
for ( final RSSMessage message : rss.getFeed() ) {
try {
uri = new AnchorURL(message.getLink());
links.put(uri, message.getTitle());
} catch (final MalformedURLException e ) {
}
}
ConcurrentLog.info("heuristicRSS", "Heuristic: adding "
+ links.size()
+ " links from '"
+ feedName
+ "' rss feed");
// add all pages to the index
Switchboard.this.addAllToIndex(null, links, searchEvent, feedName, CrawlProfile.collectionParser("rss"), true);
}
} catch (final Throwable e ) {
} finally {
searchEvent.oneFeederTerminated();
}
}
}.start();
}
public static int currentPPM() {
return EventTracker.countEvents(EventTracker.EClass.INDEX, 20000) * 3;
}
public float averageQPM() {
final long uptime = (System.currentTimeMillis() - this.startupTime) / 1000;
return (this.searchQueriesRobinsonFromRemote + this.searchQueriesGlobal) * 60f / Math.max(uptime, 1f);
}
public float averageQPMGlobal() {
final long uptime = (System.currentTimeMillis() - this.startupTime) / 1000;
return (this.searchQueriesGlobal) * 60f / Math.max(uptime, 1f);
}
public float averageQPMPrivateLocal() {
final long uptime = (System.currentTimeMillis() - this.startupTime) / 1000;
return (this.searchQueriesRobinsonFromLocal) * 60f / Math.max(uptime, 1f);
}
public float averageQPMPublicLocal() {
final long uptime = (System.currentTimeMillis() - this.startupTime) / 1000;
return (this.searchQueriesRobinsonFromRemote) * 60f / Math.max(uptime, 1f);
}
private static long indeSizeCache = 0;
private static long indexSizeTime = 0;
public void updateMySeed() {
this.peers.mySeed().put(Seed.PORT, Integer.toString(this.getPublicPort(SwitchboardConstants.SERVER_PORT, 8090)));
//the speed of indexing (pages/minute) of the peer
final long uptime = (System.currentTimeMillis() - this.startupTime) / 1000;
final Seed mySeed = this.peers.mySeed();
mySeed.put(Seed.ISPEED, Integer.toString(currentPPM()));
mySeed.put(Seed.RSPEED, Float.toString(this.averageQPM()));
mySeed.put(Seed.UPTIME, Long.toString(uptime / 60)); // the number of minutes that the peer is up in minutes/day (moving average MA30)
final long t = System.currentTimeMillis();
if (t - indexSizeTime > 60000) {
indeSizeCache = sb.index.fulltext().collectionSize();
indexSizeTime = t;
}
mySeed.put(Seed.LCOUNT, Long.toString(indeSizeCache)); // the number of links that the peer has stored (LURL's)
mySeed.put(Seed.NCOUNT, Integer.toString(this.crawlQueues.noticeURL.size())); // the number of links that the peer has noticed, but not loaded (NURL's)
mySeed.put(Seed.RCOUNT, Integer.toString(this.crawlQueues.noticeURL.stackSize(NoticedURL.StackType.GLOBAL))); // the number of links that the peer provides for remote crawling (ZURL's)
mySeed.put(Seed.ICOUNT, Long.toString(this.index.RWICount())); // the minimum number of words that the peer has indexed (as it says)
mySeed.put(Seed.SCOUNT, Integer.toString(this.peers.sizeConnected())); // the number of seeds that the peer has stored
mySeed.put(Seed.CCOUNT, Float.toString(((int) ((this.peers.sizeConnected() + this.peers.sizeDisconnected() + this.peers.sizePotential()) * 60.0f / (uptime + 1.01f)) * 100.0f) / 100.0f)); // the number of clients that the peer connects (as connects/hour)
mySeed.put(Seed.VERSION, yacyBuildProperties.getReleaseStub());
mySeed.setFlagDirectConnect(true);
mySeed.setLastSeenUTC();
mySeed.put(Seed.UTC, GenericFormatter.UTCDiffString());
mySeed.setFlagAcceptRemoteCrawl(this.getConfigBool(SwitchboardConstants.CRAWLJOB_REMOTE, false));
mySeed.setFlagAcceptRemoteIndex(this.getConfigBool(SwitchboardConstants.INDEX_RECEIVE_ALLOW, true));
mySeed.setFlagSSLAvailable(this.getHttpServer() != null && this.getHttpServer().withSSL() && this.getConfigBool("server.https", false));
if (mySeed.getFlagSSLAvailable()) mySeed.put(Seed.PORTSSL, Integer.toString(this.getPublicPort(SwitchboardConstants.SERVER_SSLPORT, 8443)));
// set local ips
final String staticIP = this.getConfig(SwitchboardConstants.SERVER_STATICIP, "");
if (staticIP.length() > 0) mySeed.setIP(staticIP);
final Set<String> publicips = this.myPublicIPs();
if (!mySeed.clash(publicips)) mySeed.setIPs(publicips);
}
public void loadSeedLists() {
// uses the superseed to initialize the database with known seeds
String seedListFileURL;
final int sc = this.peers.sizeConnected();
Network.log.info("BOOTSTRAP: " + sc + " seeds known from previous run, concurrently starting seedlist loader");
// - use the superseed to further fill up the seedDB
final AtomicInteger scc = new AtomicInteger(0);
int c = 0;
while ( true ) {
if ( Thread.currentThread().isInterrupted() ) {
break;
}
seedListFileURL = this.getConfig(SwitchboardConstants.NETWORK_BOOTSTRAP_SEEDLIST_STUB + c, "");
if ( seedListFileURL.isEmpty() ) {
break;
}
c++;
if ( seedListFileURL.startsWith("http://") || seedListFileURL.startsWith("https://") ) {
this.peers.loadSeedListConcurrently(seedListFileURL, scc, (int) this.getConfigLong("bootstrapLoadTimeout", 20000), c > 0);
}
}
}
public void initRemoteProxy() {
// reading the proxy host name
final String host = this.getConfig("remoteProxyHost", "").trim();
// reading the proxy host port
int port;
try {
port = Integer.parseInt(this.getConfig("remoteProxyPort", "3128"));
} catch (final NumberFormatException e ) {
port = 3128;
}
// create new config
ProxySettings.port = port;
ProxySettings.host = host;
ProxySettings.setProxyUse4HTTP(ProxySettings.host != null && ProxySettings.host.length() > 0 && this.getConfigBool("remoteProxyUse", false));
ProxySettings.setProxyUse4HTTPS(this.getConfig("remoteProxyUse4SSL", "true").equalsIgnoreCase("true"));
ProxySettings.user = this.getConfig("remoteProxyUser", "").trim();
ProxySettings.password = this.getConfig("remoteProxyPwd", "").trim();
// determining addresses for which the remote proxy should not be used
final String remoteProxyNoProxy = this.getConfig("remoteProxyNoProxy", "").trim();
ProxySettings.noProxy = CommonPattern.COMMA.split(remoteProxyNoProxy);
// trim split entries
int i = 0;
for ( final String pattern : ProxySettings.noProxy ) {
ProxySettings.noProxy[i] = pattern.trim();
i++;
}
}
public void checkInterruption() throws InterruptedException {
final Thread curThread = Thread.currentThread();
if ( (curThread instanceof WorkflowThread) && ((WorkflowThread) curThread).shutdownInProgress() ) {
throw new InterruptedException("Shutdown in progress ...");
} else if ( this.terminate || curThread.isInterrupted() ) {
throw new InterruptedException("Shutdown in progress ...");
}
}
/**
* Triggers asynchronous shutdown occurring after a given delay
* @param delay delay time in milliseconds
* @param reason shutdown reason for log information
*/
public void terminate(final long delay, final String reason) {
if ( delay <= 0 ) {
throw new IllegalArgumentException("The shutdown delay must be greater than 0.");
}
this.log.info("caught delayed terminate request: " + reason);
(new Shutdown(this, delay, reason)).start();
}
public boolean shallTerminate() {
return this.terminate;
}
public void terminate(final String reason) {
this.terminate = true;
this.log.info("caught terminate request: " + reason);
this.tray.setShutdown();
this.shutdownSync.release();
}
public boolean isTerminated() {
return this.terminate;
}
/**
* Wait until the shutdown semaphore is released.
* Optionally if config defines a shutdown port a thread is initalized, to
* listen on a defined shutdown port on the local loopback address. If a
* connection is made to the shutdown port an a text containig "shutdown"
* command, a shutdown is initiated.
* @return
* @throws InterruptedException
*/
public boolean waitForShutdown() throws InterruptedException {
final int shutdownPort;
if ((shutdownPort = this.getConfigInt(SwitchboardConstants.SERVER_SHUTDOWNPORT, 0)) > 0) {
// init thread to listen to a shutdown port - to receive a shutdown signal
final Thread shutdownThread = new Thread("Switchboard.waitForShutdown") {
@Override
public void run() {
ServerSocket ss = null;
try {
shutdownloop: while (true) {
ss = new ServerSocket(shutdownPort, 0, InetAddress.getLoopbackAddress());
final Socket shSocket = ss.accept();
final InputStream in = shSocket.getInputStream();
final BufferedReader inreader = new BufferedReader(new InputStreamReader(in));
final String cmd = inreader.readLine(); // read a input line to check for command shutdown
// check for shutdown command, accept e.g. http://localhost:8009/shutdown connect with input line "GET /shutdown HTTP/1.1"
if (cmd != null && !cmd.isEmpty()) {
if (cmd.contains("shutdown")) {
if (cmd.contains("HTTP")) { // write a min. http response
final OutputStream out = shSocket.getOutputStream();
out.write(UTF8.getBytes("HTTP/1.1 200 OK"));
out.write(serverCore.CRLF);
out.close();
}
ss.close();
Switchboard.this.terminate("shutdown signal received on shutdown port");
} else if (cmd.contains("restart")) {
if (cmd.contains("HTTP")) { // write a min. http response
final OutputStream out = shSocket.getOutputStream();
out.write(UTF8.getBytes("HTTP/1.1 200 OK"));
out.write(serverCore.CRLF);
out.close();
}
ss.close();
yacyRelease.restart();
}
break shutdownloop; // important to get out of the loop
}
ss.close(); // we don't want to accept any additional input (abort/disconnect if not expected input)
}
} catch (final IOException ex) {
} finally {
if (ss != null) {
try {
ss.close();
} catch (final IOException ex) { }
}
}
}
};
shutdownThread.start();
}
this.shutdownSync.acquire();
return this.terminate;
}
}
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