/** null if not requested. */ DDACheckJob(Random r, File directory, File readFilename, File writeFilename) { this.directory = directory; this.readFilename = readFilename; this.writeFilename = writeFilename; byte[] random = new byte[128]; r.nextBytes(random); this.readContent = HexUtil.bytesToHex(random); r.nextBytes(random); this.writeContent = HexUtil.bytesToHex(random); }
/** Dump the individual components of the key to System.out. */ public void decompose() { String r = routingKey == null ? "none" : HexUtil.bytesToHex(routingKey); String k = cryptoKey == null ? "none" : HexUtil.bytesToHex(cryptoKey); String e = extra == null ? "none" : HexUtil.bytesToHex(extra); System.out.println("FreenetURI" + this); System.out.println("Key type : " + keyType); System.out.println("Routing key: " + r); System.out.println("Crypto key : " + k); System.out.println("Extra : " + e); System.out.println("Doc name : " + (docName == null ? "none" : docName)); System.out.print("Meta strings: "); if (metaStr == null) System.out.println("none"); else System.out.println(Arrays.asList(metaStr).toString()); }
public void decompose() { String r = routingKey == null ? "none" : HexUtil.bytesToHex(routingKey); String k = cryptoKey == null ? "none" : HexUtil.bytesToHex(cryptoKey); String e = extra == null ? "none" : HexUtil.bytesToHex(extra); System.out.println("FreenetURI" + this); System.out.println("Key type : " + keyType); System.out.println("Routing key: " + r); System.out.println("Crypto key : " + k); System.out.println("Extra : " + e); System.out.println("Doc name : " + (docName == null ? "none" : docName)); System.out.print("Meta strings: "); if (metaStr == null) System.err.println("none"); else for (int i = 0; i < metaStr.length; i++) { System.err.print(metaStr[i]); if (i == metaStr.length - 1) System.err.println(); else System.err.print(", "); } }
public FCPConnectionHandler(Socket s, FCPServer server) { this.sock = s; this.server = server; isClosed = false; this.bf = server.core.tempBucketFactory; requestsByIdentifier = new HashMap<String, ClientRequest>(); uskSubscriptions = new HashMap<String, SubscribeUSK>(); this.inputHandler = new FCPConnectionInputHandler(this); this.outputHandler = new FCPConnectionOutputHandler(this); byte[] identifier = new byte[16]; server.node.random.nextBytes(identifier); this.connectionIdentifier = HexUtil.bytesToHex(identifier); }
@Override public boolean removeKey( final Key key, final SendableGet client, final long time, ObjectContainer container) { boolean found = false; final String keyAsBytes = HexUtil.bytesToHex(key.getFullKey()); Query query = container.query(); query.constrain(PersistentCooldownQueueItem.class); query.descend("keyAsBytes").constrain(keyAsBytes); // The result from parent will be huge, and client may be huge too. // Don't bother with a join, just check in the evaluation. // query.descend("client").constrain(client); // query.descend("parent").constrain(this); Evaluation eval = new Evaluation() { private static final long serialVersionUID = 1537102695504880276L; @Override public void evaluate(Candidate candidate) { PersistentCooldownQueueItem item = (PersistentCooldownQueueItem) candidate.getObject(); if (item.client != client) { candidate.include(false); return; } if (item.parent != PersistentCooldownQueue.this) { candidate.include(false); return; } Key k = item.key; candidate.objectContainer().activate(k, 5); if (k.equals(key)) candidate.include(true); else { candidate.include(false); candidate.objectContainer().deactivate(k, 5); } } }; query.constrain(eval); ObjectSet<PersistentCooldownQueueItem> results = query.execute(); while (results.hasNext()) { found = true; PersistentCooldownQueueItem i = (PersistentCooldownQueueItem) results.next(); i.delete(container); itemsFromLastTime.remove(i); } return found; }
private void makeMainPage( ToadletContext ctx, List<String> errors, String key, int hexWidth, boolean automf, boolean deep, boolean ml) throws ToadletContextClosedException, IOException, RedirectException, URISyntaxException { PageNode page = pluginContext.pageMaker.getPageNode(i18n("KeyExplorer.PageTitle"), ctx); HTMLNode pageNode = page.outer; HTMLNode contentNode = page.content; byte[] data = null; GetResult getresult = null; String extraParams = "&hexwidth=" + hexWidth; if (automf) { extraParams += "&automf=checked"; } if (deep) { extraParams += "&deep=checked"; } if (ml) { extraParams += "&ml=checked"; } FreenetURI furi = null; FreenetURI retryUri = null; try { if (key != null && (key.trim().length() > 0)) { furi = URISanitizer.sanitizeURI( errors, key, false, URISanitizer.Options.NOMETASTRINGS, URISanitizer.Options.SSKFORUSK); retryUri = furi; if (ml) { // multilevel is requestet Metadata tempMD = KeyExplorerUtils.simpleManifestGet(pluginContext.pluginRespirator, furi); FetchResult tempResult = KeyExplorerUtils.splitGet(pluginContext.pluginRespirator, tempMD); getresult = new GetResult(tempResult.asBucket(), true); data = tempResult.asByteArray(); } else { // normal get getresult = KeyExplorerUtils.simpleGet(pluginContext.pluginRespirator, furi); data = BucketTools.toByteArray(getresult.getData()); } } } catch (MalformedURLException e) { errors.add("MalformedURL: " + key); } catch (IOException e) { Logger.error(this, "500", e); errors.add("IO Error: " + e.getMessage()); } catch (MetadataParseException e) { errors.add("Metadata Parse Error: " + e.getMessage()); } catch (FetchException e) { errors.add("Get failed (" + e.mode + "): " + e.getMessage()); } catch (KeyListenerConstructionException e) { Logger.error(this, "Hu?", e); errors.add("Internal Error: " + e.getMessage()); } finally { if (getresult != null) getresult.free(); } HTMLNode uriBox = createUriBox( pluginContext, ((furi == null) ? null : furi.toString(false, false)), hexWidth, automf, deep, errors); if (errors.size() > 0) { contentNode.addChild(createErrorBox(errors, path(), retryUri, extraParams)); errors.clear(); } contentNode.addChild(uriBox); if (data != null) { Metadata md = null; if (getresult.isMetaData()) { try { md = Metadata.construct(data); } catch (MetadataParseException e) { errors.add("Metadata parse error: " + e.getMessage()); } if (md != null) { if (automf && md.isArchiveManifest()) { if (md.getArchiveType() == ARCHIVE_TYPE.TAR) { writeTemporaryRedirect( ctx, "", KeyUtilsPlugin.PLUGIN_URI + "/Site/?mftype=TARmanifest&key=" + furi + extraParams); return; } else if (md.getArchiveType() == ARCHIVE_TYPE.ZIP) { writeTemporaryRedirect( ctx, "", KeyUtilsPlugin.PLUGIN_URI + "/Site/?mftype=ZIPmanifest&key=" + furi + extraParams); return; } else { errors.add("Unknown Archive Type: " + md.getArchiveType().name()); } } if (automf && md.isSimpleManifest()) { writeTemporaryRedirect( ctx, "", KeyUtilsPlugin.PLUGIN_URI + "/Site/?mftype=simplemanifest&key=" + furi + extraParams); return; } } } String title = "Key: " + furi.toString(false, false); if (getresult.isMetaData()) title = title + "\u00a0(MetaData)"; HTMLNode dataBox2 = pluginContext.pageMaker.getInfobox("#", title, contentNode); dataBox2.addChild("%", "<pre lang=\"en\" style=\"font-family: monospace;\">\n"); dataBox2.addChild("#", hexDump(data, hexWidth)); dataBox2.addChild("%", "\n</pre>"); if (getresult.isMetaData()) { if (md != null) { HTMLNode metaBox = pluginContext.pageMaker.getInfobox("#", "Decomposed metadata", contentNode); metaBox.addChild("#", "Metadata version " + Short.toString(md.getParsedVersion())); metaBox.addChild("br"); metaBox.addChild("#", "Document type:\u00a0"); if (md.isSimpleRedirect()) { metaBox.addChild("#", "SimpleRedirect"); } else if (md.isSimpleManifest()) { metaBox.addChild("#", "SimpleManifest"); } else if (md.isArchiveInternalRedirect()) { metaBox.addChild("#", "ArchiveInternalRedirect"); } else if (md.isArchiveMetadataRedirect()) { metaBox.addChild("#", "ArchiveMetadataRedirect"); } else if (md.isArchiveManifest()) { metaBox.addChild("#", "ArchiveManifest"); } else if (md.isMultiLevelMetadata()) { metaBox.addChild("#", "MultiLevelMetadata"); } else if (md.isSymbolicShortlink()) { metaBox.addChild("#", "SymbolicShortlink"); } else { metaBox.addChild("#", "<Unknown document type>"); } metaBox.addChild("br"); final String MIMEType = md.getMIMEType(); if (MIMEType != null) { metaBox.addChild("#", "MIME Type: " + MIMEType); metaBox.addChild("br"); } if (md.haveFlags()) { metaBox.addChild("#", "Flags:\u00a0"); boolean isFirst = true; if (md.isSplitfile()) { metaBox.addChild("#", "SplitFile"); isFirst = false; } if (md.isCompressed()) { if (isFirst) isFirst = false; else metaBox.addChild("#", "\u00a0"); metaBox.addChild("#", "Compressed (" + md.getCompressionCodec().name + ")"); } if (md.hasTopData()) { if (isFirst) isFirst = false; else metaBox.addChild("#", "\u00a0"); metaBox.addChild("#", "HasTopData"); } if (isFirst) metaBox.addChild("#", "<No flag set>"); } metaBox.addChild("br"); if (md.isCompressed()) { metaBox.addChild("#", "Decompressed size: " + md.uncompressedDataLength() + " bytes."); } else { metaBox.addChild("#", "Uncompressed"); } metaBox.addChild("br"); if (md.topCompatibilityMode != 0) { metaBox.addChild("#", "Compatibility mode: " + md.getTopCompatibilityMode().toString()); metaBox.addChild("br"); } if (md.hasTopData()) { metaBox.addChild("#", "Top Block Data:"); metaBox.addChild("br"); metaBox.addChild( "#", "\u00a0\u00a0DontCompress: " + Boolean.toString(md.topDontCompress)); metaBox.addChild("br"); metaBox.addChild( "#", "\u00a0\u00a0Compressed size: " + Long.toString(md.topCompressedSize) + " bytes."); metaBox.addChild("br"); metaBox.addChild( "#", "\u00a0\u00a0Decompressed Size: " + Long.toString(md.topSize) + " bytes."); metaBox.addChild("br"); metaBox.addChild( "#", "\u00a0\u00a0Blocks: " + Integer.toString(md.topBlocksRequired) + " required, " + Integer.toString(md.topBlocksTotal) + " total."); metaBox.addChild("br"); } final HashResult[] hashes = md.getHashes(); if (hashes != null && hashes.length > 0) { metaBox.addChild("#", "Hashes:"); metaBox.addChild("br"); for (final HashResult hash : hashes) { metaBox.addChild( "#", "\u00a0\u00a0" + hash.type.name() + ": " + HexUtil.bytesToHex(hash.result)); metaBox.addChild("br"); } } if (md.isSplitfile()) { metaBox.addChild("#", "Splitfile size\u00a0=\u00a0" + md.dataLength() + " bytes."); metaBox.addChild("br"); byte[] splitfileCryptoKey = md.getCustomSplitfileKey(); if (splitfileCryptoKey != null) { metaBox.addChild( "#", "Splitfile CryptoKey\u00a0=\u00a0" + HexUtil.bytesToHex(splitfileCryptoKey)); metaBox.addChild("br"); } } metaBox.addChild("#", "Options:"); metaBox.addChild("br"); if (md.isSimpleManifest()) { metaBox.addChild( new HTMLNode( "a", "href", KeyUtilsPlugin.PLUGIN_URI + "/Site/?mftype=simplemanifest&key=" + furi + extraParams, "reopen as manifest")); metaBox.addChild("br"); } if (md.isArchiveManifest()) { metaBox.addChild( new HTMLNode( "a", "href", KeyUtilsPlugin.PLUGIN_URI + "/Site/?mftype=" + md.getArchiveType().name() + "manifest&key=" + furi + extraParams, "reopen as manifest")); metaBox.addChild("br"); } if (md.isMultiLevelMetadata()) { if (ml) metaBox.addChild( new HTMLNode( "a", "href", KeyUtilsPlugin.PLUGIN_URI + "/?key=" + furi + extraParams, "explore multilevel")); else metaBox.addChild( new HTMLNode( "a", "href", KeyUtilsPlugin.PLUGIN_URI + "/?ml=checked&key=" + furi + extraParams, "explore multilevel")); metaBox.addChild("br"); } FreenetURI uri = md.getSingleTarget(); if (uri != null) { String sfrUri = uri.toString(false, false); metaBox.addChild("#", sfrUri); metaBox.addChild("#", "\u00a0"); metaBox.addChild(new HTMLNode("a", "href", "/?key=" + sfrUri, "open")); metaBox.addChild("#", "\u00a0"); metaBox.addChild( new HTMLNode( "a", "href", KeyUtilsPlugin.PLUGIN_URI + "/?key=" + sfrUri + extraParams, "explore")); } else { metaBox.addChild(new HTMLNode("a", "href", "/?key=" + furi, "reopen normal")); } metaBox.addChild("br"); if ((uri == null) && md.isSplitfile()) { metaBox.addChild( new HTMLNode( "a", "href", KeyUtilsPlugin.PLUGIN_URI + "/Split?key=" + furi.toString(false, false), "reopen as splitfile")); metaBox.addChild("br"); metaBox.addChild( new HTMLNode( "a", "href", KeyUtilsPlugin.PLUGIN_URI + "/Download?action=splitdownload&key=" + furi.toString(false, false), "split-download")); metaBox.addChild("br"); } } } if (errors.size() > 0) contentNode.addChild(createErrorBox(errors)); } contentNode.addChild(Utils.makeDonateFooter(_intl)); writeHTMLReply(ctx, 200, "OK", pageNode.generate()); }