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+ " proplemFiles: " + problemFiles.size(); | + " problemFiles: " + problemFiles.size(); | public String toString() { return resultState + " Newfiles: " + newFiles.size() + " changed files: " + changedFiles.size() + " deleted files: " + deletedFiles.size() + " restoredFiles: " + restoredFiles.size() + " movedFiles: " + movedFiles.size() + " proplemFiles: " + problemFiles.size(); } |
List transfersToBreak = new LinkedList(); | List<Transfer> transfersToBreak = new LinkedList<Transfer>(); | public void breakTransfers(Member node) { List transfersToBreak = new LinkedList(); if (!downloads.isEmpty()) { // Search for dls to break synchronized (downloads) { for (Iterator it = downloads.values().iterator(); it.hasNext();) { Download download = (Download) it.next(); if (download.getPartner().equals(node)) { transfersToBreak.add(download); } } } } // Search for uls to break if (!queuedUploads.isEmpty()) { synchronized (queuedUploads) { for (Iterator it = queuedUploads.iterator(); it.hasNext();) { Upload upload = (Upload) it.next(); if (upload.getPartner().equals(node)) { transfersToBreak.add(upload); } } } } if (!activeUploads.isEmpty()) { synchronized (activeUploads) { for (Iterator it = activeUploads.iterator(); it.hasNext();) { Upload upload = (Upload) it.next(); if (upload.getPartner().equals(node)) { transfersToBreak.add(upload); } } } } if (!transfersToBreak.isEmpty()) { // Now break these Transfers for (Iterator it = transfersToBreak.iterator(); it.hasNext();) { Transfer transfer = (Transfer) it.next(); setBroken(transfer); } } } |
return pendingDownloads.contains(fInfo); | Download dummyDownload = new Download(fInfo); return pendingDownloads.contains(dummyDownload); | public boolean isDownloadingPending(FileInfo fInfo) { return pendingDownloads.contains(fInfo); } |
if (upload.isBroken()) { | FolderRepository repo = getController().getFolderRepository(); File diskFile = upload.getFile().getDiskFile(repo); if (diskFile == null || !diskFile.exists()) { Folder folder = repo.getFolder(upload.getFile().getFolderInfo()); if (folder.isKnown(upload.getFile())) { FileInfo localFileInfo = folder.getFile(upload.getFile()); if (localFileInfo.isDeleted()) { return null; } if (folder.getSyncProfile().isAutoDetectLocalChanges()) { folder.forceScanOnNextMaintenance(); } return null; } return null; } if (upload.isBroken()) { | public Upload queueUpload(Member from, RequestDownload dl) { if (dl == null || dl.file == null) { throw new NullPointerException("Downloadrequest/File is null"); } // Never upload db files !! if (Folder.DB_FILENAME.equalsIgnoreCase(dl.file.getName()) || Folder.DB_BACKUP_FILENAME.equalsIgnoreCase(dl.file.getName())) { log() .error( from.getNick() + " has illegally requested to download a folder database file"); return null; } Upload oldUpload = null; Upload upload = new Upload(this, from, dl); if (upload.isBroken()) { // Check if this download is broken return null; } // Check if we have a old upload to break synchronized (activeUploads) { synchronized (queuedUploads) { int oldUploadIndex = activeUploads.indexOf(upload); if (oldUploadIndex >= 0) { oldUpload = activeUploads.get(oldUploadIndex); activeUploads.remove(oldUploadIndex); } oldUploadIndex = queuedUploads.indexOf(upload); if (oldUploadIndex >= 0) { if (oldUpload != null) { // Should never happen throw new IllegalStateException( "Found illegal upload. is in list of queued AND active uploads: " + oldUpload); } oldUpload = queuedUploads.get(oldUploadIndex); queuedUploads.remove(oldUploadIndex); } } } if (oldUpload != null) { log().warn( "Received already known download request for " + dl.file + " from " + from.getNick() + ", overwriting old request"); // Stop former upload request oldUpload.abort(); oldUpload.shutdown(); setBroken(oldUpload); } synchronized (queuedUploads) { log().debug( "Upload enqueud: " + dl.file + ", startOffset: " + dl.startOffset + ", to: " + from); queuedUploads.add(upload); } // If upload is not started, tell peer if (!upload.isStarted()) { from.sendMessageAsynchron(new DownloadQueued(upload.getFile()), null); } if (!upload.isBroken()) { fireUploadRequested(new TransferManagerEvent(this, upload)); } // Trigger working thread triggerTransfersCheck(); return upload; } |
List uploadsToStart = new LinkedList(); List uploadsToStartNodes = new LinkedList(); List uploadsToBreak = new LinkedList(); List downloadsToBreak = new LinkedList(); | List<Upload> uploadsToStart = new LinkedList<Upload>(); List<Member> uploadsToStartNodes = new LinkedList<Member>(); List<Upload> uploadsToBreak = new LinkedList<Upload>(); List<Download> downloadsToBreak = new LinkedList<Download>(); | public void run() { long waitTime = getController().getWaitTime() * 2; int count = 0; List uploadsToStart = new LinkedList(); List uploadsToStartNodes = new LinkedList(); List uploadsToBreak = new LinkedList(); List downloadsToBreak = new LinkedList(); while (!Thread.currentThread().isInterrupted()) { // Check uploads/downloads every 10 seconds if (logVerbose) { log().verbose("Checking uploads/downloads"); } // Check uploads to start uploadsToStart.clear(); uploadsToStartNodes.clear(); uploadsToBreak.clear(); if (logVerbose) { log().verbose("Checking queued uploads"); } synchronized (queuedUploads) { for (Iterator it = queuedUploads.iterator(); it.hasNext();) { Upload upload = (Upload) it.next(); if (upload.isBroken()) { // add to break dls uploadsToBreak.add(upload); } else if ((hasFreeUploadSlots() || upload.getPartner() .isOnLAN()) && !uploadingTo(upload.getPartner()) && !uploadsToStartNodes.contains(upload.getPartner())) { // start the upload if we have free slots // and not uploading to member currently // or user is on local network // TODO should check if this file is not sended (or is // being send) to other user in the last minute or so to // allow for disitributtion of that file by user that // just received that file from us // Enqueue upload to friends and lan members first int uploadIndex = upload.getPartner().isFriend() ? 0 : uploadsToStart.size(); log().verbose( "Starting upload at queue index: " + uploadIndex); uploadsToStart.add(uploadIndex, upload); // Do not start another upload to that node // I implemented this wrong // I want to allow a start of 2 more uploads to a // partner on lan. // if (upload.getPartner().isOnLAN()) { // if (lanUploadCount++==2) { // uploadsToStartNodes.add(upload.getPartner()); // } // } else { // add to list of nodes to indicate are already // uploading to this partner uploadsToStartNodes.add(upload.getPartner()); // } } } } if (logVerbose) { log().verbose( "Starting " + uploadsToStart.size() + " Uploads, " + uploadsToBreak.size() + " are getting broken"); } // Start uploads for (Iterator it = uploadsToStart.iterator(); it.hasNext();) { Upload upload = (Upload) it.next(); upload.start(); } for (Iterator it = uploadsToBreak.iterator(); it.hasNext();) { Upload upload = (Upload) it.next(); // Set broken setBroken(upload); } // Check pending downloads checkPendingDownloads(); // Checking downloads downloadsToBreak.clear(); int activeDownloads = 0; int sleepingDownloads = 0; if (logVerbose) { log().verbose("Checking downloads"); } synchronized (downloads) { for (Iterator it = downloads.values().iterator(); it.hasNext();) { Download download = (Download) it.next(); if (download.isBroken()) { // Set broken downloadsToBreak.add(download); } else if (download.isStarted()) { activeDownloads++; } else { sleepingDownloads++; } } } if (logVerbose) { log().verbose( "Breaking " + downloadsToBreak.size() + " downloads"); } // Now set broken downloads for (Iterator it = downloadsToBreak.iterator(); it.hasNext();) { Download download = (Download) it.next(); setBroken(download); } // log upload / donwloads if (count % 2 == 0) { log().debug( "Transfers: " + activeDownloads + " download(s), " + sleepingDownloads + " in queue, " + activeUploads.size() + " upload(s), " + queuedUploads.size() + " in queue, " + Format.NUMBER_FORMATS.format(getUploadCounter() .calculateCurrentKBS()) + " KByte/s"); } count++; // wait a bit to next work try { synchronized (waitTrigger) { waitTrigger.wait(waitTime); } // Wait another 100ms to avoid spamming via trigger Thread.sleep(100); } catch (InterruptedException e) { // Break break; } } } |
List<Download> storedDownloads = new ArrayList(pendingDownloads); | List<Download> storedDownloads = new ArrayList<Download>( pendingDownloads); | private void storeDownloads() { // Store pending downloads try { // Collect all download infos List<Download> storedDownloads = new ArrayList(pendingDownloads); int nPending = downloads.size(); int nCompleted = completedDownloads.size(); synchronized (downloads) { storedDownloads.addAll(downloads.values()); } synchronized (completedDownloads) { storedDownloads.addAll(completedDownloads); } log().verbose( "Storing " + storedDownloads.size() + " downloads (" + nPending + " pending, " + nCompleted + " completed)"); File transferFile = new File(Controller.getMiscFilesLocation(), getController().getConfigName() + ".transfers"); // for testing we should support getConfigName() with subdirs new File(transferFile.getParent()).mkdirs(); OutputStream fOut = new BufferedOutputStream(new FileOutputStream( transferFile)); ObjectOutputStream oOut = new ObjectOutputStream(fOut); oOut.writeObject(storedDownloads); oOut.close(); } catch (IOException e) { log().error("Unable to store pending downloads", e); } } |
if (notInFriendsTreeNodes != null && !notInFriendsTreeNodes.contains(node) && !node.isMySelf()) { notInFriendsTreeNodes.addChild(node); | if (!getNotInFriendsTreeNodes().contains(node) && !node.isMySelf()) { getNotInFriendsTreeNodes().addChild(node); | public void addChatMember(Member node) { if (notInFriendsTreeNodes != null && !notInFriendsTreeNodes.contains(node) && !node.isMySelf()) { notInFriendsTreeNodes.addChild(node); } updateTreeNodes(); } |
return friendsTreeNode.indexOf(node) >= 0 || notInFriendsTreeNodes.indexOf(node) >= 0; | return getFriendsTreeNode().indexOf(node) >= 0 || getNotInFriendsTreeNodes().indexOf(node) >= 0; | public boolean hasMemberNode(Member node) { return friendsTreeNode.indexOf(node) >= 0 || notInFriendsTreeNodes.indexOf(node) >= 0; } |
if (friendsTreeNode != null) { friendsTreeNode.removeChild(e.getNode()); } if (notInFriendsTreeNodes != null) { notInFriendsTreeNodes.removeChild(e.getNode()); } | getFriendsTreeNode().removeChild(e.getNode()); getNotInFriendsTreeNodes().removeChild(e.getNode()); | public void nodeRemoved(NodeManagerEvent e) { if (friendsTreeNode != null) { friendsTreeNode.removeChild(e.getNode()); } if (notInFriendsTreeNodes != null) { notInFriendsTreeNodes.removeChild(e.getNode()); } updateTreeNodes(); } |
if (notInFriendsTreeNodes != null) { notInFriendsTreeNodes.removeChild(member); } | getNotInFriendsTreeNodes().removeChild(member); | public void removeChatMember(Member member) { if (notInFriendsTreeNodes != null) { notInFriendsTreeNodes.removeChild(member); } updateTreeNodes(); } |
if (friendsTreeNode != null) { if (member.isFriend()) { friendsTreeNode.addChild(member); notInFriendsTreeNodes.removeChild(member); } else { friendsTreeNode.removeChild(member); notInFriendsTreeNodes.addChild(member); } | if (member.isFriend()) { getFriendsTreeNode().addChild(member); getNotInFriendsTreeNodes().removeChild(member); } else { getFriendsTreeNode().removeChild(member); getNotInFriendsTreeNodes().addChild(member); | private void updateFriendStatus(Member member) { if (friendsTreeNode != null) { if (member.isFriend()) { friendsTreeNode.addChild(member); notInFriendsTreeNodes.removeChild(member); } else { friendsTreeNode.removeChild(member); notInFriendsTreeNodes.addChild(member); } } updateTreeNodes(); } |
boolean inFriendsTreeNode = friendsTreeNode.indexOf(member) >= 0; | boolean inFriendsTreeNode = getFriendsTreeNode().indexOf(member) >= 0; | private void updateNotOnFriendList(Member member) { boolean inFriendsTreeNode = friendsTreeNode.indexOf(member) >= 0; if (notInFriendsTreeNodes != null && member.isOnLAN() && !inFriendsTreeNode) { boolean inNotInFriendNodesList = notInFriendsTreeNodes .indexOf(member) >= 0; if (member.isCompleteyConnected()) { if (!inNotInFriendNodesList) { // Add if not already in list notInFriendsTreeNodes.addChild(member); } } else { if (inNotInFriendNodesList) { // Remove from list notInFriendsTreeNodes.removeChild(member); } } } updateTreeNodes(); } |
if (notInFriendsTreeNodes != null && member.isOnLAN() | if (getNotInFriendsTreeNodes() != null && member.isOnLAN() | private void updateNotOnFriendList(Member member) { boolean inFriendsTreeNode = friendsTreeNode.indexOf(member) >= 0; if (notInFriendsTreeNodes != null && member.isOnLAN() && !inFriendsTreeNode) { boolean inNotInFriendNodesList = notInFriendsTreeNodes .indexOf(member) >= 0; if (member.isCompleteyConnected()) { if (!inNotInFriendNodesList) { // Add if not already in list notInFriendsTreeNodes.addChild(member); } } else { if (inNotInFriendNodesList) { // Remove from list notInFriendsTreeNodes.removeChild(member); } } } updateTreeNodes(); } |
boolean inNotInFriendNodesList = notInFriendsTreeNodes | boolean inNotInFriendNodesList = getNotInFriendsTreeNodes() | private void updateNotOnFriendList(Member member) { boolean inFriendsTreeNode = friendsTreeNode.indexOf(member) >= 0; if (notInFriendsTreeNodes != null && member.isOnLAN() && !inFriendsTreeNode) { boolean inNotInFriendNodesList = notInFriendsTreeNodes .indexOf(member) >= 0; if (member.isCompleteyConnected()) { if (!inNotInFriendNodesList) { // Add if not already in list notInFriendsTreeNodes.addChild(member); } } else { if (inNotInFriendNodesList) { // Remove from list notInFriendsTreeNodes.removeChild(member); } } } updateTreeNodes(); } |
notInFriendsTreeNodes.addChild(member); | getNotInFriendsTreeNodes().addChild(member); | private void updateNotOnFriendList(Member member) { boolean inFriendsTreeNode = friendsTreeNode.indexOf(member) >= 0; if (notInFriendsTreeNodes != null && member.isOnLAN() && !inFriendsTreeNode) { boolean inNotInFriendNodesList = notInFriendsTreeNodes .indexOf(member) >= 0; if (member.isCompleteyConnected()) { if (!inNotInFriendNodesList) { // Add if not already in list notInFriendsTreeNodes.addChild(member); } } else { if (inNotInFriendNodesList) { // Remove from list notInFriendsTreeNodes.removeChild(member); } } } updateTreeNodes(); } |
notInFriendsTreeNodes.removeChild(member); | getNotInFriendsTreeNodes().removeChild(member); | private void updateNotOnFriendList(Member member) { boolean inFriendsTreeNode = friendsTreeNode.indexOf(member) >= 0; if (notInFriendsTreeNodes != null && member.isOnLAN() && !inFriendsTreeNode) { boolean inNotInFriendNodesList = notInFriendsTreeNodes .indexOf(member) >= 0; if (member.isCompleteyConnected()) { if (!inNotInFriendNodesList) { // Add if not already in list notInFriendsTreeNodes.addChild(member); } } else { if (inNotInFriendNodesList) { // Remove from list notInFriendsTreeNodes.removeChild(member); } } } updateTreeNodes(); } |
if (onlineTreeNodes != null) { boolean inOnlineList = onlineTreeNodes.indexOf(member) >= 0; | boolean inOnlineList = getOnlineTreeNode().indexOf(member) >= 0; | private void updateOnlineStatus(Member member) { if (onlineTreeNodes != null) { boolean inOnlineList = onlineTreeNodes.indexOf(member) >= 0; if (member.isCompleteyConnected()) { if (!inOnlineList) { // Add if not already in list onlineTreeNodes.addChild(member); } } else { if (inOnlineList) { // Remove from list onlineTreeNodes.removeChild(member); } } } updateTreeNodes(); } |
if (member.isCompleteyConnected()) { if (!inOnlineList) { onlineTreeNodes.addChild(member); } } else { if (inOnlineList) { onlineTreeNodes.removeChild(member); } | if (member.isCompleteyConnected()) { if (!inOnlineList) { getOnlineTreeNode().addChild(member); } } else { if (inOnlineList) { getOnlineTreeNode().removeChild(member); | private void updateOnlineStatus(Member member) { if (onlineTreeNodes != null) { boolean inOnlineList = onlineTreeNodes.indexOf(member) >= 0; if (member.isCompleteyConnected()) { if (!inOnlineList) { // Add if not already in list onlineTreeNodes.addChild(member); } } else { if (inOnlineList) { // Remove from list onlineTreeNodes.removeChild(member); } } } updateTreeNodes(); } |
} | } else if (message instanceof ObjectMessage) { return (quickfix.Message)((ObjectMessage)message).getObject(); } | public Object fromMessage(Message message) throws JMSException, MessageConversionException { quickfix.Message qfMessage = null; if(message instanceof TextMessage) { if(LoggerAdapter.isDebugEnabled(this)) { LoggerAdapter.debug("Received JMS msg: "+message, this); } // todo: handle validation when creating quickfix message try { qfMessage = new quickfix.Message(((TextMessage)message).getText()); } catch (InvalidMessage e) { throw new MessageConversionException("Exception converting message", e); } } else if (message instanceof BytesMessage){ LoggerAdapter.debug("Received JMS msg: "+message, this); try { BytesMessage bytesMessage = ((BytesMessage)message); int length = (int)bytesMessage.getBodyLength(); byte [] buf = new byte[length]; String possibleString = new String(buf, "UTF-16"); if (possibleString.startsWith(FIX_PREAMBLE)){ qfMessage = new quickfix.Message(possibleString); } } catch (Exception ex){ throw new MessageConversionException("Exception converting message", ex); } } return qfMessage; } |
String path = "C:\\tinyos\\cygwin\\opt\\tinyos-1.x\\tools\\java\\edu\\rice\\compass\\waveletConfig.xml"; FileInputStream fs = new FileInputStream(path); XMLDecoder obj = new XMLDecoder(fs); wc = (WaveletConfig) obj.readObject(); obj.close(); mote = new WaveletMote[wc.mScale.length]; mData = new MoteData(wc.mScale.length); dataDone = wc.mScale.length; for (int i = 0; i < wc.mScale.length; i++) mote[i] = new WaveletMote(i + 1, wc); moteListen.registerListener(new UnicastPack(), new WaveletConfigServer()); System.out.println("Ready to hear from motes..."); | if (args[0].equals("pack")) { moteSend = new MoteSend(false); if (args[1].equals("b")) { BroadcastPack tPack = new BroadcastPack(); tPack.set_data_type(MOTECOMMAND); tPack.set_data_data_moteCmd_cmd((short) Integer.parseInt(args[2])); moteSend.sendPack(tPack); } else if (args[1].equals("u")) { UnicastPack tPack = new UnicastPack(); tPack.set_data_dest((short) Integer.parseInt(args[2])); tPack.set_data_type(MOTECOMMAND); tPack.set_data_data_moteCmd_cmd((short) Integer.parseInt(args[3])); moteSend.sendPack(tPack); } System.exit(0); } else if (args[0].equals("prog")) { moteSend = new MoteSend(true); String path = "C:\\tinyos\\cygwin\\opt\\tinyos-1.x\\tools\\java\\edu\\rice\\compass\\waveletConfig.xml"; FileInputStream fs = new FileInputStream(path); XMLDecoder obj = new XMLDecoder(fs); wc = (WaveletConfig) obj.readObject(); obj.close(); mote = new WaveletMote[wc.mScale.length]; mData = new MoteData(wc.mScale.length); dataDone = wc.mScale.length; for (int i = 0; i < wc.mScale.length; i++) mote[i] = new WaveletMote(i + 1, wc); moteListen.registerListener(new UnicastPack(), new WaveletConfigServer()); System.out.println("Ready to hear from motes..."); } | public static void main(String[] args) throws IOException, ClassNotFoundException { // Fixed path name for now String path = "C:\\tinyos\\cygwin\\opt\\tinyos-1.x\\tools\\java\\edu\\rice\\compass\\waveletConfig.xml"; FileInputStream fs = new FileInputStream(path); XMLDecoder obj = new XMLDecoder(fs); // Read in the config data wc = (WaveletConfig) obj.readObject(); obj.close(); // Setup mote data mote = new WaveletMote[wc.mScale.length]; mData = new MoteData(wc.mScale.length); dataDone = wc.mScale.length; for (int i = 0; i < wc.mScale.length; i++) mote[i] = new WaveletMote(i + 1, wc); // Setup data listener moteListen.registerListener(new UnicastPack(), new WaveletConfigServer()); System.out.println("Ready to hear from motes..."); } |
moteSend.sendPack(mote[id - 1].getNextDataPack()); | moteSend .sendPack(mote[id - 1].getNextDataPack((short) 0, (short) -1)); | public void messageReceived(int to, Message m) { UnicastPack pack = (UnicastPack) m; int id = pack.get_data_src(); if (pack.get_data_dest() != 0) return; // This would be quite strange switch (pack.get_data_type()) { case WAVELETCONFHEADER: // If true, this is the initial request, else an ACK. if (pack.get_data_data_wConfHeader_numLevels() == 0) { System.out.println("Got header request from mote " + id); try { moteSend.sendPack(mote[id - 1].getHeaderPack()); System.out.println("Sent header pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { System.out.println("Got header ack from mote " + id); try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } break; case WAVELETCONFDATA: System.out.println("Got data ack from mote " + id); // Send the next packet if (mote[id - 1].isSending()) { try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { // Check if all motes are done if (!startSent) { boolean done = true; for (int i = 0; i < mote.length; i++) { if (mote[i].isSending()) { done = false; break; } } if (done) { try { moteSend.sendPack(startDataSet()); startSent = true; System.out.println("Sent start command to mote " + id); } catch (IOException e) { e.printStackTrace(); } } } } break; case WAVELETDATA: if (pack.get_data_data_wData_state() == S_DONE) { mData.lightwt[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempwt[id - 1] = pack.getElement_data_data_wData_value(TEMP); if (--dataDone == 0) saveData(); } else if (pack.get_data_data_wData_state() == S_RAW) { mData.lightraw[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempraw[id - 1] = pack.getElement_data_data_wData_value(TEMP); } break; } } |
moteSend.sendPack(mote[id - 1].getNextDataPack()); | short curPack = pack.get_data_data_wConfData_packNum(); short curLevel = pack.get_data_data_wConfData_level(); moteSend.sendPack(mote[id - 1].getNextDataPack(curLevel, curPack)); | public void messageReceived(int to, Message m) { UnicastPack pack = (UnicastPack) m; int id = pack.get_data_src(); if (pack.get_data_dest() != 0) return; // This would be quite strange switch (pack.get_data_type()) { case WAVELETCONFHEADER: // If true, this is the initial request, else an ACK. if (pack.get_data_data_wConfHeader_numLevels() == 0) { System.out.println("Got header request from mote " + id); try { moteSend.sendPack(mote[id - 1].getHeaderPack()); System.out.println("Sent header pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { System.out.println("Got header ack from mote " + id); try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } break; case WAVELETCONFDATA: System.out.println("Got data ack from mote " + id); // Send the next packet if (mote[id - 1].isSending()) { try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { // Check if all motes are done if (!startSent) { boolean done = true; for (int i = 0; i < mote.length; i++) { if (mote[i].isSending()) { done = false; break; } } if (done) { try { moteSend.sendPack(startDataSet()); startSent = true; System.out.println("Sent start command to mote " + id); } catch (IOException e) { e.printStackTrace(); } } } } break; case WAVELETDATA: if (pack.get_data_data_wData_state() == S_DONE) { mData.lightwt[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempwt[id - 1] = pack.getElement_data_data_wData_value(TEMP); if (--dataDone == 0) saveData(); } else if (pack.get_data_data_wData_state() == S_RAW) { mData.lightraw[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempraw[id - 1] = pack.getElement_data_data_wData_value(TEMP); } break; } } |
} else { | } if (!mote[id - 1].isSending()) { | public void messageReceived(int to, Message m) { UnicastPack pack = (UnicastPack) m; int id = pack.get_data_src(); if (pack.get_data_dest() != 0) return; // This would be quite strange switch (pack.get_data_type()) { case WAVELETCONFHEADER: // If true, this is the initial request, else an ACK. if (pack.get_data_data_wConfHeader_numLevels() == 0) { System.out.println("Got header request from mote " + id); try { moteSend.sendPack(mote[id - 1].getHeaderPack()); System.out.println("Sent header pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { System.out.println("Got header ack from mote " + id); try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } break; case WAVELETCONFDATA: System.out.println("Got data ack from mote " + id); // Send the next packet if (mote[id - 1].isSending()) { try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { // Check if all motes are done if (!startSent) { boolean done = true; for (int i = 0; i < mote.length; i++) { if (mote[i].isSending()) { done = false; break; } } if (done) { try { moteSend.sendPack(startDataSet()); startSent = true; System.out.println("Sent start command to mote " + id); } catch (IOException e) { e.printStackTrace(); } } } } break; case WAVELETDATA: if (pack.get_data_data_wData_state() == S_DONE) { mData.lightwt[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempwt[id - 1] = pack.getElement_data_data_wData_value(TEMP); if (--dataDone == 0) saveData(); } else if (pack.get_data_data_wData_state() == S_RAW) { mData.lightraw[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempraw[id - 1] = pack.getElement_data_data_wData_value(TEMP); } break; } } |
startSent = true; System.out.println("Sent start command to mote " + id); } catch (IOException e) { | System.out.println("Last mote was " + id + ", sent start command"); } catch (Exception e) { | public void messageReceived(int to, Message m) { UnicastPack pack = (UnicastPack) m; int id = pack.get_data_src(); if (pack.get_data_dest() != 0) return; // This would be quite strange switch (pack.get_data_type()) { case WAVELETCONFHEADER: // If true, this is the initial request, else an ACK. if (pack.get_data_data_wConfHeader_numLevels() == 0) { System.out.println("Got header request from mote " + id); try { moteSend.sendPack(mote[id - 1].getHeaderPack()); System.out.println("Sent header pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { System.out.println("Got header ack from mote " + id); try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } break; case WAVELETCONFDATA: System.out.println("Got data ack from mote " + id); // Send the next packet if (mote[id - 1].isSending()) { try { moteSend.sendPack(mote[id - 1].getNextDataPack()); System.out.println("Sent data pack to mote " + id); } catch (IOException e) { e.printStackTrace(); } } else { // Check if all motes are done if (!startSent) { boolean done = true; for (int i = 0; i < mote.length; i++) { if (mote[i].isSending()) { done = false; break; } } if (done) { try { moteSend.sendPack(startDataSet()); startSent = true; System.out.println("Sent start command to mote " + id); } catch (IOException e) { e.printStackTrace(); } } } } break; case WAVELETDATA: if (pack.get_data_data_wData_state() == S_DONE) { mData.lightwt[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempwt[id - 1] = pack.getElement_data_data_wData_value(TEMP); if (--dataDone == 0) saveData(); } else if (pack.get_data_data_wData_state() == S_RAW) { mData.lightraw[id - 1] = pack.getElement_data_data_wData_value(LIGHT); mData.tempraw[id - 1] = pack.getElement_data_data_wData_value(TEMP); } break; } } |
System.exit(0); | private void saveData() { // Fixed path name for now String path = "C:\\tinyos\\cygwin\\opt\\tinyos-1.x\\tools\\java\\edu\\rice\\compass\\waveletData.xml"; try { FileOutputStream fs = new FileOutputStream(path); //Thread.currentThread().setContextClassLoader(getClass().getClassLoader()); XMLEncoder obj = new XMLEncoder(fs); obj.writeObject(mData); obj.close(); System.out.println("Data write successful!"); } catch (Exception e) { e.printStackTrace(); } } |
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public MoteSend() { | public MoteSend(boolean clear) { if (clear) { | public MoteSend() { //if (sequenceNo == 0) //sequenceNo = restoreSequenceNo(); sequenceNo = 1; } |
} else { if (sequenceNo == 0) sequenceNo = restoreSequenceNo(); } | public MoteSend() { //if (sequenceNo == 0) //sequenceNo = restoreSequenceNo(); sequenceNo = 1; } |
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if ((downloadCounter == null || downloadCounter.getBytesExpected() != totalSize) && member.isMySelf()) { downloadCounter = new TransferCounter(memberSize, totalSize); } | synchronized void calculate0() { log().verbose("calc stats " +folder.getName() + " stats@: " + (System.currentTimeMillis() - startTime)); isCalculating = true; //log().verbose("Recalculation statisitcs on " + folder); // clear statistics before syncPercentages.clear(); filesCount.clear(); sizes.clear(); // Get ALL files, also offline users FileInfo[] allFiles = folder.getAllFiles(true); totalNormalFilesCount = 0; totalExpectedFilesCount = 0; totalDeletedFilesCount = 0; // Containing all deleted files Set deletedFiles = new HashSet(); for (int i = 0; i < allFiles.length; i++) { FileInfo fInfo = allFiles[i]; if (fInfo.isDeleted()) { totalDeletedFilesCount++; deletedFiles.add(fInfo); } else if (fInfo.isExpected(folder.getController() .getFolderRepository())) { totalExpectedFilesCount++; } else { totalNormalFilesCount++; } } log().verbose( "Got " + deletedFiles.size() + " total deleted files on folder"); // calculate total sizes totalSize = Util.calculateSize(allFiles, true); totalFilesCount = allFiles.length; int nCalculatedMembers = 0; double totalSyncTemp = 0; Member[] members = folder.getMembers(); for (int i = 0; i < members.length; i++) { Member member = members[i]; FileInfo[] memberFileList = folder.getFiles(member); if (memberFileList == null) { continue; } long memberSize = Util.calculateSize(memberFileList, true); int memberFileCount = memberFileList.length; Set memberFiles = new HashSet(Arrays.asList(memberFileList)); for (Iterator it = deletedFiles.iterator(); it.hasNext();) { FileInfo deletedOne = (FileInfo) it.next(); if (!memberFiles.contains(deletedOne)) { // Add to my size memberSize += deletedOne.getSize(); memberFileCount++; } } double syncPercentage = (((double) memberSize) / totalSize) * 100; if (totalSize == 0) { syncPercentage = 100; } nCalculatedMembers++; totalSyncTemp += syncPercentage; syncPercentages.put(member, new Double(syncPercentage)); filesCount.put(member, new Integer(memberFileCount)); sizes.put(member, new Long(memberSize)); } // Calculate total sync totalSyncPercentage = totalSyncTemp / nCalculatedMembers; log().verbose( "Recalculated: " + totalNormalFilesCount + " normal, " + totalExpectedFilesCount + " expected, " + totalDeletedFilesCount + " deleted"); // Fire event folder.fireStatisticsCalculated(); lastCalc = System.currentTimeMillis(); isCalculating = false; log().verbose("calc stats " +folder.getName() + " done @: " + (System.currentTimeMillis() - startTime)); } |
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log().verbose("Updating files of folder " + folder); | if (logVerbose) { log().verbose("Updating files of folder " + folder); } | public void handleMessage(Member source, Message message) { Folder folder = null; if (message instanceof FileList) { FileList list = (FileList) message; folder = getController().getFolderRepository().getFolder( list.folder); } else if (message instanceof FolderFilesChanged) { FolderFilesChanged changes = (FolderFilesChanged) message; folder = getController().getFolderRepository().getFolder( changes.folder); } if (folder != null) { // Update tree on that folder log().verbose("Updating files of folder " + folder); TreeModelEvent te = new TreeModelEvent(this, new Object[]{getRoot(), getJoinedFoldersTreeNode(), folder.getTreeNode()}); fireTreeStructureChanged(te); } } |
log().warn( "expandFolderRepository idDispatch?" + EventQueue.isDispatchThread()); | private void expandFolderRepository() { if (getJoinedFoldersTreeNode().getChildCount() > 0 && !expandedJoinedFolders) { log().verbose("Expanding foined folders on navtree"); // Expand joined folders TreePath joinedFolders = new TreePath(new Object[]{getRoot(), getJoinedFoldersTreeNode()}); getController().getUIController().getControlQuarter().getUITree() .expandPath(joinedFolders); expandedJoinedFolders = true; } } |
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toolbar = createToolBar(); | private void initComponents() { quickInfo = new RootQuickInfoPanel(getController()); final RootTableModel rootTableModel = new RootTableModel( getController()); rootTable = new RootTable(rootTableModel, getController()); tableScroller = new JScrollPane(rootTable); Util.whiteStripTable(rootTable); Util.removeBorder(tableScroller); Util.setZeroHeight(tableScroller); rootTable.addMouseListener(new DoubleClickAction(new AbstractAction() { public void actionPerformed(ActionEvent e) { int row = rootTable.getSelectedRow(); TreeNode node = (TreeNode) rootTableModel.getValueAt(row, 0); getUIController().getControlQuarter().setSelected(node); } })); toolbar = createToolBar(); } |
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return new Dummy_Process(); | DataProcess newProcess = new Dummy_Process(); parseMetadata(dataSourceElement, newProcess); return newProcess; | public DataProcess readDataSource(Element dataSourceElement) throws SMLException { // TODO parse DataSource structure return new Dummy_Process(); } |
if (readMetadata) { if (metadataReader == null) metadataReader = new MetadataReader(dom); Metadata metadata = metadataReader.readMetadata(processElement); dataProcess.setProperty(DataProcess.METADATA, metadata); } | public DataProcess readProcess(Element processElement) throws SMLException { DataProcess dataProcess; // read process core info (model or chain) if (dom.existElement(processElement, "processes")) dataProcess = readProcessChain(processElement); else dataProcess = readProcessModel(processElement); // read metadata if needed if (readMetadata) { if (metadataReader == null) metadataReader = new MetadataReader(dom); Metadata metadata = metadataReader.readMetadata(processElement); dataProcess.setProperty(DataProcess.METADATA, metadata); } dataProcess.setName(processElement.getLocalName()); return dataProcess; } |
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parseMetadata(processModelElement, newProcess); | public DataProcess readProcessModel(Element processModelElement) throws SMLException { // get process urn String uri = dom.getAttributeValue(processModelElement, "method/href"); // load process DataProcess newProcess; if (createExecutableProcess) newProcess = processLoader.loadProcess(uri); else newProcess = new Dummy_Process(); // read output/output/parameter structures readProcessIO(processModelElement, newProcess); // set process type (=method uri) newProcess.setType(uri); return newProcess; } |
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jListPatterns.setPreferredSize(new Dimension(130, 150)); | Dimension size = new Dimension(200, 150); | private JPanel createPatternsPanel() { blackListPatternsListModel = new BlackListPatternsListModel(); jListPatterns = new JList(blackListPatternsListModel); jListPatterns.addListSelectionListener(new ListSelectionListener() { public void valueChanged(ListSelectionEvent listSelectionEvent) { selectionModel.setSelection(jListPatterns.getSelectedValue()); } }); jListPatterns.setPreferredSize(new Dimension(130, 150)); JScrollPane scroller = new JScrollPane(jListPatterns); FormLayout layout = new FormLayout("pref, 4dlu, pref", "pref"); PanelBuilder builder = new PanelBuilder(layout); CellConstraints cc = new CellConstraints(); builder.add(scroller, cc.xy(1, 1)); builder.add(createButtonBar(), cc.xy(3, 1)); return builder.getPanel(); } |
scroller.setPreferredSize(size); | private JPanel createPatternsPanel() { blackListPatternsListModel = new BlackListPatternsListModel(); jListPatterns = new JList(blackListPatternsListModel); jListPatterns.addListSelectionListener(new ListSelectionListener() { public void valueChanged(ListSelectionEvent listSelectionEvent) { selectionModel.setSelection(jListPatterns.getSelectedValue()); } }); jListPatterns.setPreferredSize(new Dimension(130, 150)); JScrollPane scroller = new JScrollPane(jListPatterns); FormLayout layout = new FormLayout("pref, 4dlu, pref", "pref"); PanelBuilder builder = new PanelBuilder(layout); CellConstraints cc = new CellConstraints(); builder.add(scroller, cc.xy(1, 1)); builder.add(createButtonBar(), cc.xy(3, 1)); return builder.getPanel(); } |
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builder.add(showAdvangedSettingsBox, cc.xywh(3, row, 7, 1)); | builder.add(showAdvancedSettingsBox, cc.xywh(3, row, 7, 1)); | public JPanel getUIPanel() { if (panel == null) { FormLayout layout = new FormLayout( "right:100dlu, 7dlu, 30dlu, 3dlu, 15dlu, 10dlu, 30dlu, 30dlu, pref", "pref, 3dlu, pref, 3dlu, pref, 3dlu, pref, 3dlu, top:pref, 3dlu, top:pref, 3dlu, pref, 3dlu, pref, 3dlu, pref, 3dlu, pref, 7dlu"); PanelBuilder builder = new PanelBuilder(layout); builder.setBorder(Borders .createEmptyBorder("3dlu, 0dlu, 0dlu, 0dlu")); CellConstraints cc = new CellConstraints(); int row = 1; builder.add(new JLabel(Translation .getTranslation("preferences.dialog.nickname")), cc.xy(1, row)); builder.add(nickField, cc.xywh(3, row, 7, 1)); row += 2; builder.add(new JLabel(Translation .getTranslation("preferences.dialog.language")), cc.xy(1, row)); builder.add(languageChooser, cc.xywh(3, row, 7, 1)); row += 2; builder .add(new JLabel(Translation .getTranslation("preferences.dialog.xbehavior")), cc.xy(1, row)); builder.add(xBehaviorChooser, cc.xywh(3, row, 7, 1)); row += 2; builder.add(new JLabel(Translation .getTranslation("preferences.dialog.colortheme")), cc .xy(1, row)); builder.add(colorThemeChooser, cc.xywh(3, row, 7, 1)); row += 2; builder.add(new JLabel(Translation .getTranslation("preferences.dialog.basedir")), cc.xy(1, row)); builder.add(localBaseSelectField, cc.xywh(3, row, 7, 1)); row += 2; builder.add(createDesktopShortcutsBox, cc.xywh(3, row, 7, 1)); row += 2; builder.add(showAdvangedSettingsBox, cc.xywh(3, row, 7, 1)); // Add info for non-windows systems if (!OSUtil.isWindowsSystem()) { builder.appendRow(new RowSpec("pref")); builder.appendRow(new RowSpec("7dlu")); // Add info for non-windows system row += 2; builder.add(new JLabel(Translation .getTranslation("preferences.dialog.nonwindowsinfo")), cc .xywh(1, row, 7, 1)); } panel = builder.getPanel(); } return panel; } |
.equals(getController().getConfig().get(SHOWADVANGEDSETTINGS)))); | .equals(getController().getConfig().get(SHOWADVANCEDSETTINGS)))); | private void initComponents() { writeTrigger = new Trigger(); showAdvancedSettingsModel = new ValueHolder(Boolean.valueOf("true" .equals(getController().getConfig().get(SHOWADVANGEDSETTINGS)))); nickField = new JTextField(getController().getMySelf().getNick()); ValueModel csModel = new PreferencesAdapter(getController() .getPreferences(), "createdesktopshortcuts", Boolean.TRUE); createDesktopShortcutsBox = BasicComponentFactory.createCheckBox( new BufferedValueModel(csModel, writeTrigger), Translation .getTranslation("preferences.dialog.createdesktopshortcuts")); // Only available on windows systems createDesktopShortcutsBox.setEnabled(OSUtil.isWindowsSystem()); // Language selector languageChooser = createLanguageChooser(); // Build color theme chooser colorThemeChooser = createThemeChooser(); if (UIManager.getLookAndFeel() instanceof PlasticXPLookAndFeel) { colorThemeChooser.setEnabled(true); oldTheme = PlasticXPLookAndFeel.getPlasticTheme(); } else { // Only available if PlasicXPLookAndFeel is enabled colorThemeChooser.setEnabled(false); } // Create xBehaviorchooser ValueModel xBehaviorModel = new PreferencesAdapter(getController() .getPreferences(), "quitonx", Boolean.FALSE); // Build behavior chooser xBehaviorChooser = createXBehaviorChooser(new BufferedValueModel( xBehaviorModel, writeTrigger)); // Only available on systems with system tray xBehaviorChooser.setEnabled(OSUtil.isSystraySupported()); if (!xBehaviorChooser.isEnabled()) { // Display exit on x if not enabled xBehaviorModel.setValue(Boolean.TRUE); } // Local base selection localBaseHolder = new ValueHolder(getController().getFolderRepository() .getFoldersBasedir()); localBaseSelectField = ComplexComponentFactory .createDirectorySelectionField(Translation .getTranslation("preferences.dialog.basedir.title"), localBaseHolder, null); showAdvangedSettingsBox = BasicComponentFactory.createCheckBox( showAdvancedSettingsModel, Translation .getTranslation("preferences.dialog.showadvanged")); } |
showAdvangedSettingsBox = BasicComponentFactory.createCheckBox( | showAdvancedSettingsBox = BasicComponentFactory.createCheckBox( | private void initComponents() { writeTrigger = new Trigger(); showAdvancedSettingsModel = new ValueHolder(Boolean.valueOf("true" .equals(getController().getConfig().get(SHOWADVANGEDSETTINGS)))); nickField = new JTextField(getController().getMySelf().getNick()); ValueModel csModel = new PreferencesAdapter(getController() .getPreferences(), "createdesktopshortcuts", Boolean.TRUE); createDesktopShortcutsBox = BasicComponentFactory.createCheckBox( new BufferedValueModel(csModel, writeTrigger), Translation .getTranslation("preferences.dialog.createdesktopshortcuts")); // Only available on windows systems createDesktopShortcutsBox.setEnabled(OSUtil.isWindowsSystem()); // Language selector languageChooser = createLanguageChooser(); // Build color theme chooser colorThemeChooser = createThemeChooser(); if (UIManager.getLookAndFeel() instanceof PlasticXPLookAndFeel) { colorThemeChooser.setEnabled(true); oldTheme = PlasticXPLookAndFeel.getPlasticTheme(); } else { // Only available if PlasicXPLookAndFeel is enabled colorThemeChooser.setEnabled(false); } // Create xBehaviorchooser ValueModel xBehaviorModel = new PreferencesAdapter(getController() .getPreferences(), "quitonx", Boolean.FALSE); // Build behavior chooser xBehaviorChooser = createXBehaviorChooser(new BufferedValueModel( xBehaviorModel, writeTrigger)); // Only available on systems with system tray xBehaviorChooser.setEnabled(OSUtil.isSystraySupported()); if (!xBehaviorChooser.isEnabled()) { // Display exit on x if not enabled xBehaviorModel.setValue(Boolean.TRUE); } // Local base selection localBaseHolder = new ValueHolder(getController().getFolderRepository() .getFoldersBasedir()); localBaseSelectField = ComplexComponentFactory .createDirectorySelectionField(Translation .getTranslation("preferences.dialog.basedir.title"), localBaseHolder, null); showAdvangedSettingsBox = BasicComponentFactory.createCheckBox( showAdvancedSettingsModel, Translation .getTranslation("preferences.dialog.showadvanged")); } |
.getTranslation("preferences.dialog.showadvanged")); | .getTranslation("preferences.dialog.showadvanced")); | private void initComponents() { writeTrigger = new Trigger(); showAdvancedSettingsModel = new ValueHolder(Boolean.valueOf("true" .equals(getController().getConfig().get(SHOWADVANGEDSETTINGS)))); nickField = new JTextField(getController().getMySelf().getNick()); ValueModel csModel = new PreferencesAdapter(getController() .getPreferences(), "createdesktopshortcuts", Boolean.TRUE); createDesktopShortcutsBox = BasicComponentFactory.createCheckBox( new BufferedValueModel(csModel, writeTrigger), Translation .getTranslation("preferences.dialog.createdesktopshortcuts")); // Only available on windows systems createDesktopShortcutsBox.setEnabled(OSUtil.isWindowsSystem()); // Language selector languageChooser = createLanguageChooser(); // Build color theme chooser colorThemeChooser = createThemeChooser(); if (UIManager.getLookAndFeel() instanceof PlasticXPLookAndFeel) { colorThemeChooser.setEnabled(true); oldTheme = PlasticXPLookAndFeel.getPlasticTheme(); } else { // Only available if PlasicXPLookAndFeel is enabled colorThemeChooser.setEnabled(false); } // Create xBehaviorchooser ValueModel xBehaviorModel = new PreferencesAdapter(getController() .getPreferences(), "quitonx", Boolean.FALSE); // Build behavior chooser xBehaviorChooser = createXBehaviorChooser(new BufferedValueModel( xBehaviorModel, writeTrigger)); // Only available on systems with system tray xBehaviorChooser.setEnabled(OSUtil.isSystraySupported()); if (!xBehaviorChooser.isEnabled()) { // Display exit on x if not enabled xBehaviorModel.setValue(Boolean.TRUE); } // Local base selection localBaseHolder = new ValueHolder(getController().getFolderRepository() .getFoldersBasedir()); localBaseSelectField = ComplexComponentFactory .createDirectorySelectionField(Translation .getTranslation("preferences.dialog.basedir.title"), localBaseHolder, null); showAdvangedSettingsBox = BasicComponentFactory.createCheckBox( showAdvancedSettingsModel, Translation .getTranslation("preferences.dialog.showadvanged")); } |
config.setProperty(SHOWADVANGEDSETTINGS, showAdvangedSettingsBox | config.setProperty(SHOWADVANCEDSETTINGS, showAdvancedSettingsBox | public void save() { Properties config = getController().getConfig(); // Write properties into core writeTrigger.triggerCommit(); // Set locale if (languageChooser.getSelectedItem() instanceof Locale) { Locale locale = (Locale) languageChooser.getSelectedItem(); // Check if we need to restart needsRestart |= !Util.equals(locale.getLanguage(), Translation .getActiveLocale().getLanguage()); // Save settings Translation.saveLocalSetting(locale); } else { // Remove setting Translation.saveLocalSetting(null); } // Set folder base String folderbase = (String) localBaseHolder.getValue(); ConfigurationEntry.FOLDER_BASEDIR.setValue(getController(), folderbase); // Store ui theme if (UIManager.getLookAndFeel() instanceof PlasticXPLookAndFeel) { PlasticTheme theme = PlasticXPLookAndFeel.getPlasticTheme(); config.put("uitheme", theme.getClass().getName()); if (!Util.equals(theme, oldTheme)) { // FIXME: Themechange does not repaint SimpleInternalFrames. // thus restart required needsRestart = true; } } // Nickname if (!StringUtils.isBlank(nickField.getText())) { getController().changeNick(nickField.getText(), false); } // setAdvanged config.setProperty(SHOWADVANGEDSETTINGS, showAdvangedSettingsBox .isSelected() + ""); } |
int known = getController().getNodeManager().getNodes().length; | int known = getController().getNodeManager().countNodes(); | private void update() { int connected = getController().getNodeManager().countConnectedNodes(); int online = getController().getNodeManager().countOnlineNodes(); int known = getController().getNodeManager().getNodes().length; connectedUsers.setText(connected + ""); onlineUsers.setText(online + ""); knownUsers.setText(known + ""); FolderRepository repo = getController().getFolderRepository(); List list = repo.getUnjoinedFoldersList(); long totalUnjoinedBytes = 0; long totalUnjoinedFiles = 0; for (int i = 0; i < list.size(); i++) { FolderInfo folderInfo = (FolderInfo) list.get(i); totalUnjoinedBytes += folderInfo.bytesTotal; totalUnjoinedFiles += folderInfo.filesCount; } Folder[] folders = repo.getFolders(); long totalJoinedFiles = 0; long totalJoinedBytes = 0; for (int i = 0; i < folders.length; i++) { totalJoinedFiles += folders[i].getFilesCount(); totalJoinedBytes += folders[i].getStatistic().getSize( getController().getMySelf()); } publicFoldersSize.setText(Format.formatBytes(totalUnjoinedBytes)); localFoldersSize.setText(Format.formatBytes(totalJoinedBytes)); numberOfPublicFiles.setText(Format.formatLong(totalUnjoinedFiles)); numberOfLocalFiles.setText(Format.formatLong(totalJoinedFiles)); int publicFolders = list.size(); int localFolders = repo.getFoldersCount(); publicFolderCount.setText(publicFolders + ""); localFolderCount.setText(localFolders + ""); } |
renamedFileInfo.setModifiedInfo(controller.getNodeManager() .getMySelf().getInfo(), new Date(newFile.lastModified())); | public FileInfo solve(Controller controller) { Folder folder = controller.getFolderRepository().getFolder( fileInfo.getFolderInfo()); File file = folder.getDiskFile(fileInfo); if (!file.exists()) { return null; } String newName = null; switch (problemType) { case CONTAINS_ILLEGAL_LINUX_CHARS : { // this wont happen now anyway (we will fail te read those files // correct) // String newName = removeChars(fileInfo.getFilenameOnly(), "/" // ); // new File(folder.getLocalBase(), // fileInfo.getLocationInFolder() + "/"); break; } case CONTAINS_ILLEGAL_MACOSX_CHARS : { newName = removeChars(fileInfo.getFilenameOnly(), ":/"); newName = makeUniqueAndValid(controller, newName); break; } case CONTAINS_ILLEGAL_WINDOWS_CHARS : { newName = removeChars(fileInfo.getFilenameOnly(), "|\\?*<\":>/"); newName = makeUniqueAndValid(controller, newName); break; } case ENDS_WITH_ILLEGAL_WINDOWS_CHARS : {// add a -1 to the filename newName = fileInfo.getFilenameOnly() + FILENAME_SUFFIX; int count = 2; while (!isUnique(controller, newName)) { newName = fileInfo.getFilenameOnly() + "-" + count++; } break; } case IS_RESERVED_WINDOWS_WORD : { newName = addSuffix(controller); break; } case TO_LONG : { // shorten till unique filename found newName = fileInfo.getFilenameOnly().substring(0, 254); int length = 253; while (!isUnique(controller, newName)) { newName = fileInfo.getFilenameOnly().substring(0, length--); } break; } case DUPLICATE_FOUND : { newName = addSuffix(controller); break; } default : { throw new IllegalStateException("invalid problemType: " + problemType); } } if (newName == null) { return null; } File newFile = new File(folder.getLocalBase(), fileInfo .getLocationInFolder() + "/" + newName); if (file.renameTo(newFile)) { FileInfo renamedFileInfo = new FileInfo(folder, newFile); fileInfo = renamedFileInfo; return renamedFileInfo; } return null; } |
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} public boolean fireInEventDispathThread() { return false; | public void requestFileList(final Controller controller, final RequestFileListCallback callback) { if (callback == null) { throw new NullPointerException("Callback is null"); } log().warn("Started filelist retrieval for " + folderInfo.name); if (connectToMembers(controller, true) <= 0) { // Filelist not available fileListAvailable = Boolean.FALSE; // Request over callback.fileListRequestOver(); return; } // Request started currentlyRequesting = true; // Listener on nodemanager. Send requests for filelist on folder final NodeManagerListener nmListener = new NodeManagerListener() { public void nodeConnected(NodeManagerEvent e) { if (hasMember(e.getNode().getInfo())) { log().warn( "Requesting filelist for " + folderInfo.name + " from " + e.getNode().getNick()); e.getNode().sendMessageAsynchron( new RequestFileList(folderInfo), null); } } public void nodeRemoved(NodeManagerEvent e) { } public void nodeAdded(NodeManagerEvent e) { } public void nodeDisconnected(NodeManagerEvent e) { } public void friendAdded(NodeManagerEvent e) { } public void friendRemoved(NodeManagerEvent e) { } public void settingsChanged(NodeManagerEvent e) { } }; controller.getNodeManager().addNodeManagerListener(nmListener); // Listener for filelists final MessageListener messageListener = new MessageListener() { public void handleMessage(Member source, Message message) { // log().warn("Got message " + message + " from " + source); if (message instanceof FileList) { FileList fileList = (FileList) message; if (!folderInfo.equals(fileList.folder)) { // Does not match our folder return; } // Yeah, filelist available fileListAvailable = Boolean.TRUE; // Tell callback callback.fileListReceived(source, fileList); } } }; controller.getNodeManager().addMessageListenerToAllNodes( messageListener); // Now request on nodes, that are already connected synchronized (this) { for (int i = 0; i < members.length; i++) { Member node = members[i].getNode(controller); if (node != null && node.isCompleteyConnected()) { // Request filelist node.sendMessageAsynchron(new RequestFileList(folderInfo), null); log().warn( "Sent filelist request for " + folderInfo.name + " to " + node.getNick()); } } } // Request cleanup afterwards Thread requestCleaner = new Thread("FileList request for " + folderInfo.name) { public void run() { try { Thread .sleep(Constants.FOLDER_FILELIST_REQUEST_LENGTH * 1000); } catch (InterruptedException e) { log().verbose(e); return; } log().warn("Filelist request for " + folderInfo.name + " over"); // Request over / Cleanup currentlyRequesting = false; if (fileListAvailable == null) { // Filelist not available fileListAvailable = Boolean.FALSE; } controller.getNodeManager().removeMessageListener( messageListener); controller.getNodeManager().removeNodeManagerListener( nmListener); // Tell callback callback.fileListRequestOver(); synchronized (FolderDetails.this) { if (memberCount() > 0) { for (int i = 0; i < members.length; i++) { Member member = members[i].getNode(controller); if (member != null) { // Remove interesting mark member.removedInterestingMark(); } } } } } }; requestCleaner.setDaemon(true); requestCleaner.start(); } |
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assertEquals(2, fileInfo.getVersion()); | public void testDeletionSync() throws IOException, InterruptedException { // file "host" and "client" folder1.setSyncProfile(SyncProfile.MANUAL_DOWNLOAD); folder2.setSyncProfile(SyncProfile.SYNCHRONIZE_PCS); File file1 = createTestFile(folder1, "/TestFile.txt", "This are the contents of the testfile".getBytes()); File file2 = createTestFile(folder1, "/TestFile2.txt", "This are the contents of the 2nd testfile".getBytes()); File file3 = createTestFile(folder1, "/sub/sub/TestFile3.txt", "This are the contents of the 3nd testfile".getBytes()); // Let him scan the new content folder1.forceNextScan(); folder1.scan(); assertEquals(3, folder1.getFilesCount()); // Give them time to copy Thread.sleep(3000); // Test ;) assertEquals(3, folder2.getFilesCount()); // Version should be the 0 for new files for (FileInfo fileInfo : folder1.getFiles()) { assertEquals(0, fileInfo.getVersion()); } // Version should be the 0 for new files for (FileInfo fileInfo : folder2.getFiles()) { assertEquals(0, fileInfo.getVersion()); } // No active downloads? assertEquals(0, getContoller2().getTransferManager() .getActiveDownloadCount()); assertEquals(getContoller1().getRecycleBin().getSize(), 0); assertEquals(getContoller2().getRecycleBin().getSize(), 0); file1.delete(); file2.delete(); file3.delete(); assertFalse(file1.exists()); assertFalse(file2.exists()); assertFalse(file3.exists()); // Let him scan the new content folder1.forceNextScan(); folder1.scan(); // all 3 must be deleted FileInfo[] folder1Files = folder1.getFiles(); for (FileInfo fileInfo : folder1Files) { assertTrue(fileInfo.isDeleted()); assertEquals(1, fileInfo.getVersion()); } // Give them time to remote deletion Thread.sleep(3000); // all 3 must be deleted remote FileInfo[] folder2Files = folder2.getFiles(); for (FileInfo fileInfo : folder2Files) { assertTrue(fileInfo.isDeleted()); assertEquals(1, fileInfo.getVersion()); File file = folder2.getDiskFile(fileInfo); assertFalse(file.exists()); } assertEquals(getContoller2().getRecycleBin().getSize(), 3); // switch profiles folder2.setSyncProfile(SyncProfile.MANUAL_DOWNLOAD); folder1.setSyncProfile(SyncProfile.SYNCHRONIZE_PCS); RecycleBin recycleBin = getContoller2().getRecycleBin(); List<FileInfo> folder2deletedFiles = getContoller2().getRecycleBin() .getAllRecycledFiles(); for (FileInfo deletedFileInfo : folder2deletedFiles) { recycleBin.restoreFromRecycleBin(deletedFileInfo); } // all 3 must not be deleted at folder2 for (FileInfo fileInfo : folder2.getFiles()) { assertFalse(fileInfo.isDeleted()); assertEquals(2, fileInfo.getVersion()); File file = folder2.getDiskFile(fileInfo); assertTrue(file.exists()); } // Give them time to undelete sync (means downloading;) Thread.sleep(3000); // all 3 must not be deleted anymore at folder1 for (FileInfo fileInfo : folder1.getFiles()) { assertFalse(fileInfo.isDeleted()); } // Version should be the same (file did not change, it was only deleted // and restored!) for (FileInfo fileInfo : folder2.getFiles()) { assertEquals(0, fileInfo.getVersion()); } // Version should be the same (file did not change, it was only deleted // and restored!) for (FileInfo fileInfo : folder1.getFiles()) { assertEquals(0, fileInfo.getVersion()); } } |
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LOG.verbose(e); | public static String loadDebugReport(MemberInfo node) { Reject.ifNull(node, "Node is null"); String fileName = "Node." + node.nick + ".report.txt"; try { File file = new File("debug/nodeinfos/" + fileName); InputStream fIn = new BufferedInputStream(new FileInputStream(file)); byte[] buffer = new byte[(int) file.length()]; fIn.read(buffer); return new String(buffer); } catch (IOException e) { LOG.warn("Debug report for " + node.nick + " not found (" + fileName + ")"); LOG.verbose(e); } return null; } |
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log().debug( remoteFileList.folder + ": Received new filelist (" + remoteFileList.folder.filesCount + " file(s)) from " + this); | if (logVerbose) { log().verbose( remoteFileList.folder + ": Received new filelist (" + remoteFileList.folder.filesCount + " file(s)) from " + this); } | public void handleMessage(Message message) { if (message == null) { throw new NullPointerException( "Unable to handle message, message is null"); } // related folder is filled if message is a folder related message FolderInfo targetedFolderInfo = null; Folder targetFolder = null; if (message instanceof FolderRelatedMessage) { targetedFolderInfo = ((FolderRelatedMessage) message).folder; targetFolder = getController().getFolderRepository().getFolder( targetedFolderInfo); } // do all the message processing // Processing of message also should take only // a short time, because member is not able // to received any other message meanwhile ! // Identity is not handled HERE ! if (message instanceof FolderList) { FolderList fList = (FolderList) message; lastFolderList = fList; joinToLocalFolders(fList); // Notify waiting ppl synchronized (folderListWaiter) { folderListWaiter.notifyAll(); } // Inform folder repo getController().getFolderRepository().receivedFolderList(this, fList); } else if (message instanceof RequestNetworkFolderList) { RequestNetworkFolderList request = (RequestNetworkFolderList) message; // Answer request for network folder list if (request.completeList()) { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository())); } else { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository(), request.folders)); } } else if (message instanceof NetworkFolderList) { NetworkFolderList netFolderList = (NetworkFolderList) message; // Inform repo getController().getFolderRepository().receivedNetworkFolderList( this, netFolderList); } else if (message instanceof RequestFileList) { if (targetFolder != null && !targetFolder.isSecret()) { // a file list of a folder if (logVerbose) { log().verbose( targetFolder + ": Sending new filelist to " + this); } sendMessagesAsynchron(FileList .createFileListMessages(targetFolder)); } else { // Send folder not found if not found or folder is secret sendMessageAsynchron(new Problem("Folder not found: " + targetedFolderInfo, false), null); } } else if (message instanceof RequestDownload) { // a download is requested RequestDownload dlReq = (RequestDownload) message; getController().getTransferManager().queueUpload(this, dlReq); } else if (message instanceof DownloadQueued) { // set queued flag here, if we received status from other side DownloadQueued dlQueued = (DownloadQueued) message; getController().getTransferManager().setQueued(dlQueued); } else if (message instanceof AbortDownload) { AbortDownload abort = (AbortDownload) message; // Abort the upload getController().getTransferManager().abortUpload(abort.file, this); } else if (message instanceof FileChunk) { // File chunk received FileChunk chunk = (FileChunk) message; getController().getTransferManager().chunkReceived(chunk, this); } else if (message instanceof RequestNodeList) { // Nodemanager will handle that RequestNodeList request = (RequestNodeList) message; getController().getNodeManager().receivedRequestNodeList(request, this); } else if (message instanceof KnownNodes) { KnownNodes newNodes = (KnownNodes) message; // TODO Move this code into NodeManager.receivedKnownNodes(....) if (isMaster()) { // Set friendship setFriend(true); log().verbose("Syncing friendlist with master"); } // This might also just be a search result and thus not include us // mutalFriend = false; for (int i = 0; i < newNodes.nodes.length; i++) { MemberInfo remoteNodeInfo = newNodes.nodes[i]; if (remoteNodeInfo == null) { continue; } if (getInfo().equals(remoteNodeInfo)) { // Take his info updateInfo(remoteNodeInfo); } if (remoteNodeInfo .equals(getController().getMySelf().getInfo())) { // Check for mutal friendship mutalFriend = remoteNodeInfo.isFriend; } // Syncing friendlist with master if (isMaster()) { Member node = remoteNodeInfo.getNode(getController(), true); node.setFriend(remoteNodeInfo.isFriend); } } // Queue arrived node list at nodemanager getController().getNodeManager().queueNewNodes(newNodes.nodes); } else if (message instanceof RequestNodeInformation) { // send him our node information sendMessageAsynchron(new NodeInformation(getController()), null); } else if (message instanceof TransferStatus) { // Hold transfer status lastTransferStatus = (TransferStatus) message; } else if (message instanceof NodeInformation) { if (logVerbose) { log().verbose("Node information received"); } if (Logger.isLogToFileEnabled()) { Debug.writeNodeInformation((NodeInformation) message); } // Cache the last node information // lastNodeInformation = (NodeInformation) message; } else if (message instanceof SettingsChange) { SettingsChange settingsChange = (SettingsChange) message; if (settingsChange.newInfo != null) { log().debug( this.getInfo().nick + " changed nick to " + settingsChange.newInfo.nick); setNick(settingsChange.newInfo.nick); } } else if (message instanceof FileList) { FileList remoteFileList = (FileList) message; log().debug( remoteFileList.folder + ": Received new filelist (" + remoteFileList.folder.filesCount + " file(s)) from " + this); // Add filelist to filelist cache Map<FileInfo, FileInfo> cachedFileList = Collections .synchronizedMap(new HashMap<FileInfo, FileInfo>( remoteFileList.files.length)); for (int i = 0; i < remoteFileList.files.length; i++) { cachedFileList.put(remoteFileList.files[i], remoteFileList.files[i]); } lastFiles.put(remoteFileList.folder, cachedFileList); // Trigger requesting if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, remoteFileList); } } else if (message instanceof FolderFilesChanged) { log().debug("FileListChange received: " + message); if (logVerbose) { log().verbose("FileListChange received: " + message); } FolderFilesChanged changes = (FolderFilesChanged) message; // Correct filelist Map<FileInfo, FileInfo> cachedFileList = getLastFileList0(changes.folder); if (cachedFileList == null) { log().warn( "Received folder changes on " + changes.folder.name + ", but not received the full filelist"); return; } synchronized (cachedFileList) { if (changes.added != null) { for (int i = 0; i < changes.added.length; i++) { FileInfo file = changes.added[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.modified != null) { for (int i = 0; i < changes.modified.length; i++) { FileInfo file = changes.modified[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.removed != null) { for (int i = 0; i < changes.removed.length; i++) { FileInfo file = changes.removed[i]; cachedFileList.remove(file); cachedFileList.put(file, file); // file removed so if downloading break the download TransferManager tm = getController() .getTransferManager(); if (tm.isDownloadingFileFrom(file, this)) { if (logVerbose) { log().verbose( "downloading removed file breaking it! " + file + " " + this); } tm.abortDownload(file, this); } } } } if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, changes); } } else if (message instanceof Invitation) { // Invitation to folder Invitation invitation = (Invitation) message; // To ensure invitor is correct invitation.invitor = this.getInfo(); getController().getFolderRepository().invitationReceived( invitation, true, false); } else if (message instanceof Problem) { Problem problem = (Problem) message; if (problem.problemCode == Problem.YOU_ARE_BORING) { // Finds us boring // set unable to connect log().debug("Node finds us boring, not longer connect"); unableToConnect = true; // Not connected to public network isConnectedToNetwork = true; } else { log().warn("Problem received: " + problem); } if (problem.fatal) { // Shutdown shutdown(); } } else if (message instanceof SearchNodeRequest) { // Send nodelist that matches the search. final SearchNodeRequest request = (SearchNodeRequest) message; new Thread("Search node request") { public void run() { List<MemberInfo> reply = new LinkedList<MemberInfo>(); for (Member m : getController().getNodeManager() .getValidNodes()) { if (m.matches(request.searchString)) { reply.add(m.getInfo()); } } if (!reply.isEmpty()) { sendMessageAsynchron(new KnownNodes(reply .toArray(new MemberInfo[0])), null); } } }.start(); } else { log().warn( "Unknown message received from peer: " + message.getClass().getName()); } // now give the message to all message listeners fireMessageToListeners(message); } |
log().debug("FileListChange received: " + message); | public void handleMessage(Message message) { if (message == null) { throw new NullPointerException( "Unable to handle message, message is null"); } // related folder is filled if message is a folder related message FolderInfo targetedFolderInfo = null; Folder targetFolder = null; if (message instanceof FolderRelatedMessage) { targetedFolderInfo = ((FolderRelatedMessage) message).folder; targetFolder = getController().getFolderRepository().getFolder( targetedFolderInfo); } // do all the message processing // Processing of message also should take only // a short time, because member is not able // to received any other message meanwhile ! // Identity is not handled HERE ! if (message instanceof FolderList) { FolderList fList = (FolderList) message; lastFolderList = fList; joinToLocalFolders(fList); // Notify waiting ppl synchronized (folderListWaiter) { folderListWaiter.notifyAll(); } // Inform folder repo getController().getFolderRepository().receivedFolderList(this, fList); } else if (message instanceof RequestNetworkFolderList) { RequestNetworkFolderList request = (RequestNetworkFolderList) message; // Answer request for network folder list if (request.completeList()) { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository())); } else { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository(), request.folders)); } } else if (message instanceof NetworkFolderList) { NetworkFolderList netFolderList = (NetworkFolderList) message; // Inform repo getController().getFolderRepository().receivedNetworkFolderList( this, netFolderList); } else if (message instanceof RequestFileList) { if (targetFolder != null && !targetFolder.isSecret()) { // a file list of a folder if (logVerbose) { log().verbose( targetFolder + ": Sending new filelist to " + this); } sendMessagesAsynchron(FileList .createFileListMessages(targetFolder)); } else { // Send folder not found if not found or folder is secret sendMessageAsynchron(new Problem("Folder not found: " + targetedFolderInfo, false), null); } } else if (message instanceof RequestDownload) { // a download is requested RequestDownload dlReq = (RequestDownload) message; getController().getTransferManager().queueUpload(this, dlReq); } else if (message instanceof DownloadQueued) { // set queued flag here, if we received status from other side DownloadQueued dlQueued = (DownloadQueued) message; getController().getTransferManager().setQueued(dlQueued); } else if (message instanceof AbortDownload) { AbortDownload abort = (AbortDownload) message; // Abort the upload getController().getTransferManager().abortUpload(abort.file, this); } else if (message instanceof FileChunk) { // File chunk received FileChunk chunk = (FileChunk) message; getController().getTransferManager().chunkReceived(chunk, this); } else if (message instanceof RequestNodeList) { // Nodemanager will handle that RequestNodeList request = (RequestNodeList) message; getController().getNodeManager().receivedRequestNodeList(request, this); } else if (message instanceof KnownNodes) { KnownNodes newNodes = (KnownNodes) message; // TODO Move this code into NodeManager.receivedKnownNodes(....) if (isMaster()) { // Set friendship setFriend(true); log().verbose("Syncing friendlist with master"); } // This might also just be a search result and thus not include us // mutalFriend = false; for (int i = 0; i < newNodes.nodes.length; i++) { MemberInfo remoteNodeInfo = newNodes.nodes[i]; if (remoteNodeInfo == null) { continue; } if (getInfo().equals(remoteNodeInfo)) { // Take his info updateInfo(remoteNodeInfo); } if (remoteNodeInfo .equals(getController().getMySelf().getInfo())) { // Check for mutal friendship mutalFriend = remoteNodeInfo.isFriend; } // Syncing friendlist with master if (isMaster()) { Member node = remoteNodeInfo.getNode(getController(), true); node.setFriend(remoteNodeInfo.isFriend); } } // Queue arrived node list at nodemanager getController().getNodeManager().queueNewNodes(newNodes.nodes); } else if (message instanceof RequestNodeInformation) { // send him our node information sendMessageAsynchron(new NodeInformation(getController()), null); } else if (message instanceof TransferStatus) { // Hold transfer status lastTransferStatus = (TransferStatus) message; } else if (message instanceof NodeInformation) { if (logVerbose) { log().verbose("Node information received"); } if (Logger.isLogToFileEnabled()) { Debug.writeNodeInformation((NodeInformation) message); } // Cache the last node information // lastNodeInformation = (NodeInformation) message; } else if (message instanceof SettingsChange) { SettingsChange settingsChange = (SettingsChange) message; if (settingsChange.newInfo != null) { log().debug( this.getInfo().nick + " changed nick to " + settingsChange.newInfo.nick); setNick(settingsChange.newInfo.nick); } } else if (message instanceof FileList) { FileList remoteFileList = (FileList) message; log().debug( remoteFileList.folder + ": Received new filelist (" + remoteFileList.folder.filesCount + " file(s)) from " + this); // Add filelist to filelist cache Map<FileInfo, FileInfo> cachedFileList = Collections .synchronizedMap(new HashMap<FileInfo, FileInfo>( remoteFileList.files.length)); for (int i = 0; i < remoteFileList.files.length; i++) { cachedFileList.put(remoteFileList.files[i], remoteFileList.files[i]); } lastFiles.put(remoteFileList.folder, cachedFileList); // Trigger requesting if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, remoteFileList); } } else if (message instanceof FolderFilesChanged) { log().debug("FileListChange received: " + message); if (logVerbose) { log().verbose("FileListChange received: " + message); } FolderFilesChanged changes = (FolderFilesChanged) message; // Correct filelist Map<FileInfo, FileInfo> cachedFileList = getLastFileList0(changes.folder); if (cachedFileList == null) { log().warn( "Received folder changes on " + changes.folder.name + ", but not received the full filelist"); return; } synchronized (cachedFileList) { if (changes.added != null) { for (int i = 0; i < changes.added.length; i++) { FileInfo file = changes.added[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.modified != null) { for (int i = 0; i < changes.modified.length; i++) { FileInfo file = changes.modified[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.removed != null) { for (int i = 0; i < changes.removed.length; i++) { FileInfo file = changes.removed[i]; cachedFileList.remove(file); cachedFileList.put(file, file); // file removed so if downloading break the download TransferManager tm = getController() .getTransferManager(); if (tm.isDownloadingFileFrom(file, this)) { if (logVerbose) { log().verbose( "downloading removed file breaking it! " + file + " " + this); } tm.abortDownload(file, this); } } } } if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, changes); } } else if (message instanceof Invitation) { // Invitation to folder Invitation invitation = (Invitation) message; // To ensure invitor is correct invitation.invitor = this.getInfo(); getController().getFolderRepository().invitationReceived( invitation, true, false); } else if (message instanceof Problem) { Problem problem = (Problem) message; if (problem.problemCode == Problem.YOU_ARE_BORING) { // Finds us boring // set unable to connect log().debug("Node finds us boring, not longer connect"); unableToConnect = true; // Not connected to public network isConnectedToNetwork = true; } else { log().warn("Problem received: " + problem); } if (problem.fatal) { // Shutdown shutdown(); } } else if (message instanceof SearchNodeRequest) { // Send nodelist that matches the search. final SearchNodeRequest request = (SearchNodeRequest) message; new Thread("Search node request") { public void run() { List<MemberInfo> reply = new LinkedList<MemberInfo>(); for (Member m : getController().getNodeManager() .getValidNodes()) { if (m.matches(request.searchString)) { reply.add(m.getInfo()); } } if (!reply.isEmpty()) { sendMessageAsynchron(new KnownNodes(reply .toArray(new MemberInfo[0])), null); } } }.start(); } else { log().warn( "Unknown message received from peer: " + message.getClass().getName()); } // now give the message to all message listeners fireMessageToListeners(message); } |
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log().verbose("FileListChange received: " + message); } | log().debug("FileListChange received: " + message); } | public void handleMessage(Message message) { if (message == null) { throw new NullPointerException( "Unable to handle message, message is null"); } // related folder is filled if message is a folder related message FolderInfo targetedFolderInfo = null; Folder targetFolder = null; if (message instanceof FolderRelatedMessage) { targetedFolderInfo = ((FolderRelatedMessage) message).folder; targetFolder = getController().getFolderRepository().getFolder( targetedFolderInfo); } // do all the message processing // Processing of message also should take only // a short time, because member is not able // to received any other message meanwhile ! // Identity is not handled HERE ! if (message instanceof FolderList) { FolderList fList = (FolderList) message; lastFolderList = fList; joinToLocalFolders(fList); // Notify waiting ppl synchronized (folderListWaiter) { folderListWaiter.notifyAll(); } // Inform folder repo getController().getFolderRepository().receivedFolderList(this, fList); } else if (message instanceof RequestNetworkFolderList) { RequestNetworkFolderList request = (RequestNetworkFolderList) message; // Answer request for network folder list if (request.completeList()) { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository())); } else { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository(), request.folders)); } } else if (message instanceof NetworkFolderList) { NetworkFolderList netFolderList = (NetworkFolderList) message; // Inform repo getController().getFolderRepository().receivedNetworkFolderList( this, netFolderList); } else if (message instanceof RequestFileList) { if (targetFolder != null && !targetFolder.isSecret()) { // a file list of a folder if (logVerbose) { log().verbose( targetFolder + ": Sending new filelist to " + this); } sendMessagesAsynchron(FileList .createFileListMessages(targetFolder)); } else { // Send folder not found if not found or folder is secret sendMessageAsynchron(new Problem("Folder not found: " + targetedFolderInfo, false), null); } } else if (message instanceof RequestDownload) { // a download is requested RequestDownload dlReq = (RequestDownload) message; getController().getTransferManager().queueUpload(this, dlReq); } else if (message instanceof DownloadQueued) { // set queued flag here, if we received status from other side DownloadQueued dlQueued = (DownloadQueued) message; getController().getTransferManager().setQueued(dlQueued); } else if (message instanceof AbortDownload) { AbortDownload abort = (AbortDownload) message; // Abort the upload getController().getTransferManager().abortUpload(abort.file, this); } else if (message instanceof FileChunk) { // File chunk received FileChunk chunk = (FileChunk) message; getController().getTransferManager().chunkReceived(chunk, this); } else if (message instanceof RequestNodeList) { // Nodemanager will handle that RequestNodeList request = (RequestNodeList) message; getController().getNodeManager().receivedRequestNodeList(request, this); } else if (message instanceof KnownNodes) { KnownNodes newNodes = (KnownNodes) message; // TODO Move this code into NodeManager.receivedKnownNodes(....) if (isMaster()) { // Set friendship setFriend(true); log().verbose("Syncing friendlist with master"); } // This might also just be a search result and thus not include us // mutalFriend = false; for (int i = 0; i < newNodes.nodes.length; i++) { MemberInfo remoteNodeInfo = newNodes.nodes[i]; if (remoteNodeInfo == null) { continue; } if (getInfo().equals(remoteNodeInfo)) { // Take his info updateInfo(remoteNodeInfo); } if (remoteNodeInfo .equals(getController().getMySelf().getInfo())) { // Check for mutal friendship mutalFriend = remoteNodeInfo.isFriend; } // Syncing friendlist with master if (isMaster()) { Member node = remoteNodeInfo.getNode(getController(), true); node.setFriend(remoteNodeInfo.isFriend); } } // Queue arrived node list at nodemanager getController().getNodeManager().queueNewNodes(newNodes.nodes); } else if (message instanceof RequestNodeInformation) { // send him our node information sendMessageAsynchron(new NodeInformation(getController()), null); } else if (message instanceof TransferStatus) { // Hold transfer status lastTransferStatus = (TransferStatus) message; } else if (message instanceof NodeInformation) { if (logVerbose) { log().verbose("Node information received"); } if (Logger.isLogToFileEnabled()) { Debug.writeNodeInformation((NodeInformation) message); } // Cache the last node information // lastNodeInformation = (NodeInformation) message; } else if (message instanceof SettingsChange) { SettingsChange settingsChange = (SettingsChange) message; if (settingsChange.newInfo != null) { log().debug( this.getInfo().nick + " changed nick to " + settingsChange.newInfo.nick); setNick(settingsChange.newInfo.nick); } } else if (message instanceof FileList) { FileList remoteFileList = (FileList) message; log().debug( remoteFileList.folder + ": Received new filelist (" + remoteFileList.folder.filesCount + " file(s)) from " + this); // Add filelist to filelist cache Map<FileInfo, FileInfo> cachedFileList = Collections .synchronizedMap(new HashMap<FileInfo, FileInfo>( remoteFileList.files.length)); for (int i = 0; i < remoteFileList.files.length; i++) { cachedFileList.put(remoteFileList.files[i], remoteFileList.files[i]); } lastFiles.put(remoteFileList.folder, cachedFileList); // Trigger requesting if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, remoteFileList); } } else if (message instanceof FolderFilesChanged) { log().debug("FileListChange received: " + message); if (logVerbose) { log().verbose("FileListChange received: " + message); } FolderFilesChanged changes = (FolderFilesChanged) message; // Correct filelist Map<FileInfo, FileInfo> cachedFileList = getLastFileList0(changes.folder); if (cachedFileList == null) { log().warn( "Received folder changes on " + changes.folder.name + ", but not received the full filelist"); return; } synchronized (cachedFileList) { if (changes.added != null) { for (int i = 0; i < changes.added.length; i++) { FileInfo file = changes.added[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.modified != null) { for (int i = 0; i < changes.modified.length; i++) { FileInfo file = changes.modified[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.removed != null) { for (int i = 0; i < changes.removed.length; i++) { FileInfo file = changes.removed[i]; cachedFileList.remove(file); cachedFileList.put(file, file); // file removed so if downloading break the download TransferManager tm = getController() .getTransferManager(); if (tm.isDownloadingFileFrom(file, this)) { if (logVerbose) { log().verbose( "downloading removed file breaking it! " + file + " " + this); } tm.abortDownload(file, this); } } } } if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, changes); } } else if (message instanceof Invitation) { // Invitation to folder Invitation invitation = (Invitation) message; // To ensure invitor is correct invitation.invitor = this.getInfo(); getController().getFolderRepository().invitationReceived( invitation, true, false); } else if (message instanceof Problem) { Problem problem = (Problem) message; if (problem.problemCode == Problem.YOU_ARE_BORING) { // Finds us boring // set unable to connect log().debug("Node finds us boring, not longer connect"); unableToConnect = true; // Not connected to public network isConnectedToNetwork = true; } else { log().warn("Problem received: " + problem); } if (problem.fatal) { // Shutdown shutdown(); } } else if (message instanceof SearchNodeRequest) { // Send nodelist that matches the search. final SearchNodeRequest request = (SearchNodeRequest) message; new Thread("Search node request") { public void run() { List<MemberInfo> reply = new LinkedList<MemberInfo>(); for (Member m : getController().getNodeManager() .getValidNodes()) { if (m.matches(request.searchString)) { reply.add(m.getInfo()); } } if (!reply.isEmpty()) { sendMessageAsynchron(new KnownNodes(reply .toArray(new MemberInfo[0])), null); } } }.start(); } else { log().warn( "Unknown message received from peer: " + message.getClass().getName()); } // now give the message to all message listeners fireMessageToListeners(message); } |
log().debug("isOnLAN(): " + isOnLAN()); log().debug("getController().isLanOnly():" + getController().isLanOnly()); | public boolean isInteresting() { log().debug("isOnLAN(): " + isOnLAN()); log().debug("getController().isLanOnly():" + getController().isLanOnly()); if (!isOnLAN() && getController().isLanOnly()) { return false; } log().debug("isFriend(): " + isFriend()); log().debug("hasJoinedAnyFolder(): " + hasJoinedAnyFolder()); boolean interesting = (interestMarks > 0) || isFriend() || isOnLAN() || hasJoinedAnyFolder(); if (!interesting && (getController().getMySelf().isSupernode() || isSupernode())) { // Still capable of new connections? interesting = !getController().getNodeManager() .maxConnectionsReached(); } return interesting; } |
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log().debug("isFriend(): " + isFriend()); log().debug("hasJoinedAnyFolder(): " + hasJoinedAnyFolder()); | public boolean isInteresting() { log().debug("isOnLAN(): " + isOnLAN()); log().debug("getController().isLanOnly():" + getController().isLanOnly()); if (!isOnLAN() && getController().isLanOnly()) { return false; } log().debug("isFriend(): " + isFriend()); log().debug("hasJoinedAnyFolder(): " + hasJoinedAnyFolder()); boolean interesting = (interestMarks > 0) || isFriend() || isOnLAN() || hasJoinedAnyFolder(); if (!interesting && (getController().getMySelf().isSupernode() || isSupernode())) { // Still capable of new connections? interesting = !getController().getNodeManager() .maxConnectionsReached(); } return interesting; } |
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public boolean fireInEventDispathThread() { return true; } | public static JLabel createOnlineStateLabel(final Controller controller) { final JLabel label = SimpleComponentFactory.createLabel(); NodeManagerListener nodeListener = new NodeManagerListener() { public void friendAdded(NodeManagerEvent e) { } public void friendRemoved(NodeManagerEvent e) { } public void nodeAdded(NodeManagerEvent e) { updateOnlineStateLabel(label, controller); } public void nodeConnected(NodeManagerEvent e) { updateOnlineStateLabel(label, controller); } public void nodeDisconnected(NodeManagerEvent e) { updateOnlineStateLabel(label, controller); } public void nodeRemoved(NodeManagerEvent e) { updateOnlineStateLabel(label, controller); } public void settingsChanged(NodeManagerEvent e) { } }; // set initial values updateOnlineStateLabel(label, controller); // Add behavior controller.getNodeManager().addNodeManagerListener(nodeListener); return label; } |
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log().verbose( "Chunk, " + Format.NUMBER_FORMATS.format(chunkSize) + " bytes, uploaded in " + (System.currentTimeMillis() - start) + "ms to " + member.getNick()); | private boolean sendChunks() { try { if (this == null) { throw new NullPointerException("Upload is null"); } if (getPartner() == null) { throw new NullPointerException("Upload member is null"); } if (getFile() == null) { throw new NullPointerException("Upload file is null"); } if (isBroken()) { throw new TransferException("Upload broken: " + this); } Member member = getPartner(); FileInfo theFile = getFile(); // connection still alive ? if (!member.isConnected()) { log().error("Upload broken, member disconnected: " + this); return false; } // TODO: check if member is in folder of file File f = theFile.getDiskFile(getController().getFolderRepository()); if (f == null) { throw new TransferException(this + ": Myself not longer on " + theFile.getFolderInfo()); } if (raf == null) { if (!f.exists()) { throw new TransferException(theFile + " not found, download canceled. '" + f.getAbsolutePath() + "'"); } if (!f.canRead()) { throw new TransferException("Cannot read file. '" + f.getAbsolutePath() + "'"); } } log().info( "Upload started " + this + " starting at " + getStartOffset()); long startTime = System.currentTimeMillis(); try { if (f.length() == 0) { // Handle files with zero size. // Just send one empty FileChunk FileChunk chunk = new FileChunk(theFile, 0, new byte[]{}); member.sendMessage(chunk); } else { // Handle usual files. size > 0 // Chunk size int chunkSize = member.isOnLAN() ? TransferManager.MAX_CHUNK_SIZE : (int) getTransferManager() .getAllowedUploadCPSForWAN(); if (chunkSize == 0) { chunkSize = TransferManager.MAX_CHUNK_SIZE; } // Keep care of maximum chunk size chunkSize = Math.min(chunkSize, TransferManager.MAX_CHUNK_SIZE); if (chunkSize <= 0) { log().error("Illegal chunk size: " + chunkSize); } if (raf == null) { raf = new RandomAccessFile(f, "r"); } // InputStream fin = new BufferedInputStream( // new FileInputStream(f)); // starting at offset // fin.skip(upload.getStartOffset()); long offset = getStartOffset(); byte[] buffer = new byte[chunkSize]; int read; do { if (isAborted()) { // Abort upload return false; } if (isBroken()) { throw new TransferException("Upload broken: " + this); } raf.seek(offset); read = raf.read(buffer); // read = fin.read(buffer); if (read < 0) { // stop ul break; } byte[] data; if (read == buffer.length) { // Take buffer unchanged as data data = buffer; } else { // We have read less bytes then our buffer, copy // data data = new byte[read]; System.arraycopy(buffer, 0, data, 0, read); } FileChunk chunk = new FileChunk(theFile, offset, data); offset += data.length; long start = System.currentTimeMillis(); member.sendMessage(chunk); getCounter().chunkTransferred(chunk); getTransferManager().getUploadCounter() .chunkTransferred(chunk); if (logVerbose) { log().verbose( "Chunk, " + Format.NUMBER_FORMATS.format(chunkSize) + " bytes, uploaded in " + (System.currentTimeMillis() - start) + "ms to " + member.getNick()); } } while (read > 0); // fin.close(); } long took = System.currentTimeMillis() - startTime; getTransferManager().logTransfer(false, took, theFile, member); // upload completed successfully return true; } catch (FileNotFoundException e) { throw new TransferException( "File not found to upload. " + theFile, e); } catch (IOException e) { throw new TransferException("Problem reading file. " + theFile, e); } catch (ConnectionException e) { throw new TransferException("Connection problem to " + getPartner(), e); } } catch (TransferException e) { // problems on upload log().error(e); return false; } } |
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seperator = ";"; | seperator = ","; | public void setEnabled(Plugin plugin, boolean enabled) { log().debug("enable: " + enabled + " " + plugin); if (enabled) { synchronized (disabledPlugins) { disabledPlugins.remove(plugin); } plugin.start(); synchronized (plugins) { plugins.add(plugin); } } else { synchronized (plugins) { plugins.remove(plugin); } plugin.stop(); synchronized (disabledPlugins) { disabledPlugins.add(plugin); } } String enabledPluginsPropertyValue = ""; String seperator = ""; synchronized (plugins) { for (Plugin plug : plugins) { enabledPluginsPropertyValue += seperator + plug.getClass().getName(); seperator = ";"; } } ConfigurationEntry.PLUGINS.setValue(getController(), enabledPluginsPropertyValue); String disabledPluginsPropertyValue = ""; seperator = ""; synchronized (disabledPlugins) { for (Plugin plug : disabledPlugins) { disabledPluginsPropertyValue += seperator + plug.getClass().getName(); seperator = ";"; } } ConfigurationEntry.PLUGINS_DISABLED.setValue(getController(), disabledPluginsPropertyValue); firePluginStatusChange(plugin); } |
String FolerLeaveText = null; | String folderLeaveText = null; | public void actionPerformed(ActionEvent e) { // check selected item on tree Object target = getUIController().getControlQuarter().getSelectedItem(); if (target instanceof FolderDetails) { //join FolderDetails foDetails = (FolderDetails) target; FolderJoinPanel panel = new FolderJoinPanel(getController(), foDetails.getFolderInfo()); panel.open(); } else if (target instanceof Folder) { //leave Folder folder = (Folder) target; //create folderleave dialog message boolean SyncFlag = folder.isSynchronizing(); String FolerLeaveText = null; if(SyncFlag){ FolerLeaveText = Translation .getTranslation("folderleave.dialog.text", folder.getInfo().name) + Translation .getTranslation("folderleave.dialog.sync_warning", folder.getInfo().name); }else{ FolerLeaveText = Translation .getTranslation("folderleave.dialog.text", folder.getInfo().name); } int choice = JOptionPane.showConfirmDialog(getUIController() .getMainFrame().getUIComponent(), FolerLeaveText, Translation .getTranslation("folderleave.dialog.title", folder.getInfo().name), JOptionPane.OK_CANCEL_OPTION, JOptionPane.QUESTION_MESSAGE, Icons.LEAVE_FOLDER); if (choice == JOptionPane.OK_OPTION) { getController().getPreferences().put( "folder." + folder.getName() + ".last-localbase", folder.getLocalBase().getAbsolutePath()); getController().getFolderRepository().removeFolder(folder); } } } |
FolerLeaveText = Translation | folderLeaveText = Translation | public void actionPerformed(ActionEvent e) { // check selected item on tree Object target = getUIController().getControlQuarter().getSelectedItem(); if (target instanceof FolderDetails) { //join FolderDetails foDetails = (FolderDetails) target; FolderJoinPanel panel = new FolderJoinPanel(getController(), foDetails.getFolderInfo()); panel.open(); } else if (target instanceof Folder) { //leave Folder folder = (Folder) target; //create folderleave dialog message boolean SyncFlag = folder.isSynchronizing(); String FolerLeaveText = null; if(SyncFlag){ FolerLeaveText = Translation .getTranslation("folderleave.dialog.text", folder.getInfo().name) + Translation .getTranslation("folderleave.dialog.sync_warning", folder.getInfo().name); }else{ FolerLeaveText = Translation .getTranslation("folderleave.dialog.text", folder.getInfo().name); } int choice = JOptionPane.showConfirmDialog(getUIController() .getMainFrame().getUIComponent(), FolerLeaveText, Translation .getTranslation("folderleave.dialog.title", folder.getInfo().name), JOptionPane.OK_CANCEL_OPTION, JOptionPane.QUESTION_MESSAGE, Icons.LEAVE_FOLDER); if (choice == JOptionPane.OK_OPTION) { getController().getPreferences().put( "folder." + folder.getName() + ".last-localbase", folder.getLocalBase().getAbsolutePath()); getController().getFolderRepository().removeFolder(folder); } } } |
.getMainFrame().getUIComponent(), FolerLeaveText, Translation | .getMainFrame().getUIComponent(), folderLeaveText, Translation | public void actionPerformed(ActionEvent e) { // check selected item on tree Object target = getUIController().getControlQuarter().getSelectedItem(); if (target instanceof FolderDetails) { //join FolderDetails foDetails = (FolderDetails) target; FolderJoinPanel panel = new FolderJoinPanel(getController(), foDetails.getFolderInfo()); panel.open(); } else if (target instanceof Folder) { //leave Folder folder = (Folder) target; //create folderleave dialog message boolean SyncFlag = folder.isSynchronizing(); String FolerLeaveText = null; if(SyncFlag){ FolerLeaveText = Translation .getTranslation("folderleave.dialog.text", folder.getInfo().name) + Translation .getTranslation("folderleave.dialog.sync_warning", folder.getInfo().name); }else{ FolerLeaveText = Translation .getTranslation("folderleave.dialog.text", folder.getInfo().name); } int choice = JOptionPane.showConfirmDialog(getUIController() .getMainFrame().getUIComponent(), FolerLeaveText, Translation .getTranslation("folderleave.dialog.title", folder.getInfo().name), JOptionPane.OK_CANCEL_OPTION, JOptionPane.QUESTION_MESSAGE, Icons.LEAVE_FOLDER); if (choice == JOptionPane.OK_OPTION) { getController().getPreferences().put( "folder." + folder.getName() + ".last-localbase", folder.getLocalBase().getAbsolutePath()); getController().getFolderRepository().removeFolder(folder); } } } |
while (!stopped && activityTookedMS() < 1000) { System.out.println("hier 2"); | while (!stopped && activityTookedMS() < 1000) { | public void run() { if (stopped) { return; } // Step 1) Wait few seconds while (!stopped && activityTookedMS() < 1000) { System.out.println("hier 2"); try { Thread.sleep(200); } catch (InterruptedException e) { throw new RuntimeException(e); } } if (stopped) { return; } // Step 2) Show dialog try { lock.acquire(); } catch (InterruptedException e) { throw new RuntimeException(e); } initComponents(); lock.release(); if (!stopped) { dialog.setVisible(true); } } |
LogFactory logFactory = new ScreenLogFactory(false, false, true); | LogFactory logFactory = new ScreenLogFactory(settings); | public void init(ConfigData config) throws Exception { mCurFixVersion = config.get(ConnectionConstants.FIX_VERSION_KEY, FIX_VERSION_DEFAULT); FIXDataDictionaryManager.setFIXVersion(mCurFixVersion); String senderCompID = config.get(ConnectionConstants.FIX_SENDER_COMP_ID, ""); String targetCompID = config.get(ConnectionConstants.FIX_TARGET_COMP_ID, ""); mFixServerAddress = config.get(ConnectionConstants.FIX_SERVER_ADDRESS, ""); String dataDictionary = config.get(Session.SETTING_DATA_DICTIONARY, ""); String useDataDictionary = config.get(Session.SETTING_USE_DATA_DICTIONARY, "N"); long fixServerPort = config.getLong(ConnectionConstants.FIX_SERVER_PORT, 0); String resetOnLogout = config.get(Session.SETTING_RESET_ON_LOGOUT, "Y"); String resetOnDisconnect = config.get(Session.SETTING_RESET_ON_DISCONNECT, "Y"); String sendResetSeqNumFlag = config.get(Session.SETTING_RESET_WHEN_INITIATING_LOGON, "Y"); QuickFIXDescriptor descriptor = sFIXVersionMap.get(mCurFixVersion); if (descriptor == null) { throw new ClassNotFoundException( "Could not find class for fix version " + mCurFixVersion); } mMessageFactory = descriptor.getMessageFactory(); // populate the default FIX session settings Map<String, Object> defaults = new HashMap<String, Object>(); defaults.put("ConnectionType","initiator"); defaults.put("HeartBtInt",Long.toString(30)); defaults.put("FileStorePath","store"); defaults.put("StartTime","00:00:00"); defaults.put("EndTime","00:00:00"); defaults.put(Session.SETTING_DATA_DICTIONARY, dataDictionary); defaults.put("UseDataDictionary",useDataDictionary); defaults.put("ReconnectInterval",Long.toString(15)); defaults.put(Session.SETTING_RESET_ON_LOGOUT, resetOnLogout); defaults.put(Session.SETTING_RESET_ON_DISCONNECT, resetOnDisconnect); defaults.put(Session.SETTING_RESET_WHEN_INITIATING_LOGON, sendResetSeqNumFlag); defaults.put(SOCKET_CONNECT_HOST,mFixServerAddress); defaults.put(SOCKET_CONNECT_PORT,Long.toString(fixServerPort)); String [] keys = config.keys(); for (String key : keys) { if (key.startsWith(ConnectionConstants.FIX_SERVER_ADDRESS) && key.length() > ConnectionConstants.FIX_SERVER_ADDRESS.length() + 1) { String suffix = key.substring(ConnectionConstants.FIX_SERVER_ADDRESS.length() + 1); String newKey = SOCKET_CONNECT_HOST + suffix; defaults.put(newKey, config.get(key, "")); } } for (String key : keys) { if (key.startsWith(ConnectionConstants.FIX_SERVER_PORT) && key.length() > ConnectionConstants.FIX_SERVER_PORT.length()) { String suffix = key.substring(ConnectionConstants.FIX_SERVER_PORT.length() + 1); String newKey = SOCKET_CONNECT_PORT + suffix; defaults.put(newKey, config.get(key, "")); } } SessionSettings settings = new SessionSettings(); // this poorly named set method sets the defaults for the session settings settings.set(defaults); SessionID id = new SessionID(mCurFixVersion, senderCompID, targetCompID, ""); settings.setString(id, "BeginString", mCurFixVersion); settings.setString(id, "SenderCompID", senderCompID); settings.setString(id, "TargetCompID", targetCompID); settings.setString(id, "SessionQualifier", ""); MessageStoreFactory storeFactory = new FileStoreFactory(settings); LogFactory logFactory = new ScreenLogFactory(false, false, true); mSocketInitiator = new SocketInitiator(this, storeFactory, settings, logFactory, getMessageFactory()); mDefaultSessionID = new SessionID(mCurFixVersion, senderCompID, targetCompID, null); mSessionMap.put(mDefaultSessionID, sessionAdapter); startSocketInitiator(mSocketInitiator); } |
super(new UploadsTableModel(transferManager)); | super(new UploadsTableModel(transferManager, true)); | public UploadsTable(TransferManager transferManager) { super(new UploadsTableModel(transferManager)); // Table setup setRowHeight(Icons.NODE.getIconHeight() + 3); setColumnSelectionAllowed(false); setShowGrid(false); //setFocusable(false); // Setup renderer TableCellRenderer transferTableCellRenderer = new TransferTableCellRenderer( transferManager.getController()); setDefaultRenderer(FileInfo.class, transferTableCellRenderer); setDefaultRenderer(FolderInfo.class, transferTableCellRenderer); setDefaultRenderer(Transfer.class, transferTableCellRenderer); setDefaultRenderer(Member.class, transferTableCellRenderer); setDefaultRenderer(Long.class, transferTableCellRenderer); // Set table columns setupColumns(); } |
log().debug(nfe); | throttle = 100; | public void updateSpeedLimits() { int throttle = 100; if (getController().isSilentMode()) { try { throttle = Integer .parseInt(ConfigurationEntry.UPLOADLIMIT_SILENTMODE_THROTTLE .getValue(getController())); if (throttle < 0) { throttle = 0; } else if (throttle > 100) { throttle = 100; } } catch (NumberFormatException nfe) { log().debug(nfe); } } // Any setting that is "unlimited" will stay unlimited! bandwidthProvider.setLimitBPS(sharedLANOutputHandler, getAllowedUploadCPSForLAN() * throttle / 100); bandwidthProvider.setLimitBPS(sharedWANOutputHandler, getAllowedUploadCPSForWAN() * throttle / 100); bandwidthProvider.setLimitBPS(sharedLANInputHandler, getAllowedDownloadCPSForLAN() * throttle / 100); bandwidthProvider.setLimitBPS(sharedWANInputHandler, getAllowedDownloadCPSForWAN() * throttle / 100); } |
boolean dbExisted = dbFile.exists(); boolean dbBackupExisted = dbFileBackup.exists(); | private void storeFolderDB() { if (!shutdown) { if (!getController().isStarted()) { // Not storing return; } } synchronized (scanLock) { File dbFile = new File(localBase, DB_FILENAME); File dbFileBackup = new File(localBase, DB_BACKUP_FILENAME); boolean dbExisted = dbFile.exists(); boolean dbBackupExisted = dbFileBackup.exists(); try { FileInfo[] files = getFiles(); dbFile.createNewFile(); OutputStream fOut = new BufferedOutputStream( new FileOutputStream(dbFile)); ObjectOutputStream oOut = new ObjectOutputStream(fOut); // Store files oOut.writeObject(files); // Store members oOut.writeObject(Util.asMemberInfos(getMembers())); // Store doNotAutoDownloadFileList if (blacklist != null) { log().debug("write do not auto download"); oOut.writeObject(blacklist); } oOut.close(); fOut.close(); log().debug("Successfully wrote folder database file"); // make file hidden now if (!dbExisted) { Util.setAttributesOnWindows(dbFile, true, true); } else { System.err .println("Not setting attributes on already existing database file: " + dbFile.getAbsolutePath()); } // Make backup Util.copyFile(dbFile, dbFileBackup); if (!dbBackupExisted) { Util.setAttributesOnWindows(dbFileBackup, true, true); } else { System.err .println("Not setting attributes on already existing database backup file: " + dbFileBackup.getAbsolutePath()); } } catch (IOException e) { // TODO: if something failed shoudn't we try to restore the // backup (if backup exists and bd file not after this? log().error( this + ": Unable to write database file " + dbFile.getAbsolutePath()); log().verbose(e); } } } |
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dbFile.createNewFile(); | if (dbFile.exists()) { dbFile.delete(); } dbFile.createNewFile() ; | private void storeFolderDB() { if (!shutdown) { if (!getController().isStarted()) { // Not storing return; } } synchronized (scanLock) { File dbFile = new File(localBase, DB_FILENAME); File dbFileBackup = new File(localBase, DB_BACKUP_FILENAME); boolean dbExisted = dbFile.exists(); boolean dbBackupExisted = dbFileBackup.exists(); try { FileInfo[] files = getFiles(); dbFile.createNewFile(); OutputStream fOut = new BufferedOutputStream( new FileOutputStream(dbFile)); ObjectOutputStream oOut = new ObjectOutputStream(fOut); // Store files oOut.writeObject(files); // Store members oOut.writeObject(Util.asMemberInfos(getMembers())); // Store doNotAutoDownloadFileList if (blacklist != null) { log().debug("write do not auto download"); oOut.writeObject(blacklist); } oOut.close(); fOut.close(); log().debug("Successfully wrote folder database file"); // make file hidden now if (!dbExisted) { Util.setAttributesOnWindows(dbFile, true, true); } else { System.err .println("Not setting attributes on already existing database file: " + dbFile.getAbsolutePath()); } // Make backup Util.copyFile(dbFile, dbFileBackup); if (!dbBackupExisted) { Util.setAttributesOnWindows(dbFileBackup, true, true); } else { System.err .println("Not setting attributes on already existing database backup file: " + dbFileBackup.getAbsolutePath()); } } catch (IOException e) { // TODO: if something failed shoudn't we try to restore the // backup (if backup exists and bd file not after this? log().error( this + ": Unable to write database file " + dbFile.getAbsolutePath()); log().verbose(e); } } } |
if (!dbExisted) { Util.setAttributesOnWindows(dbFile, true, true); } else { System.err .println("Not setting attributes on already existing database file: " + dbFile.getAbsolutePath()); } | private void storeFolderDB() { if (!shutdown) { if (!getController().isStarted()) { // Not storing return; } } synchronized (scanLock) { File dbFile = new File(localBase, DB_FILENAME); File dbFileBackup = new File(localBase, DB_BACKUP_FILENAME); boolean dbExisted = dbFile.exists(); boolean dbBackupExisted = dbFileBackup.exists(); try { FileInfo[] files = getFiles(); dbFile.createNewFile(); OutputStream fOut = new BufferedOutputStream( new FileOutputStream(dbFile)); ObjectOutputStream oOut = new ObjectOutputStream(fOut); // Store files oOut.writeObject(files); // Store members oOut.writeObject(Util.asMemberInfos(getMembers())); // Store doNotAutoDownloadFileList if (blacklist != null) { log().debug("write do not auto download"); oOut.writeObject(blacklist); } oOut.close(); fOut.close(); log().debug("Successfully wrote folder database file"); // make file hidden now if (!dbExisted) { Util.setAttributesOnWindows(dbFile, true, true); } else { System.err .println("Not setting attributes on already existing database file: " + dbFile.getAbsolutePath()); } // Make backup Util.copyFile(dbFile, dbFileBackup); if (!dbBackupExisted) { Util.setAttributesOnWindows(dbFileBackup, true, true); } else { System.err .println("Not setting attributes on already existing database backup file: " + dbFileBackup.getAbsolutePath()); } } catch (IOException e) { // TODO: if something failed shoudn't we try to restore the // backup (if backup exists and bd file not after this? log().error( this + ": Unable to write database file " + dbFile.getAbsolutePath()); log().verbose(e); } } } |
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if (!dbBackupExisted) { Util.setAttributesOnWindows(dbFileBackup, true, true); } else { System.err .println("Not setting attributes on already existing database backup file: " + dbFileBackup.getAbsolutePath()); } | private void storeFolderDB() { if (!shutdown) { if (!getController().isStarted()) { // Not storing return; } } synchronized (scanLock) { File dbFile = new File(localBase, DB_FILENAME); File dbFileBackup = new File(localBase, DB_BACKUP_FILENAME); boolean dbExisted = dbFile.exists(); boolean dbBackupExisted = dbFileBackup.exists(); try { FileInfo[] files = getFiles(); dbFile.createNewFile(); OutputStream fOut = new BufferedOutputStream( new FileOutputStream(dbFile)); ObjectOutputStream oOut = new ObjectOutputStream(fOut); // Store files oOut.writeObject(files); // Store members oOut.writeObject(Util.asMemberInfos(getMembers())); // Store doNotAutoDownloadFileList if (blacklist != null) { log().debug("write do not auto download"); oOut.writeObject(blacklist); } oOut.close(); fOut.close(); log().debug("Successfully wrote folder database file"); // make file hidden now if (!dbExisted) { Util.setAttributesOnWindows(dbFile, true, true); } else { System.err .println("Not setting attributes on already existing database file: " + dbFile.getAbsolutePath()); } // Make backup Util.copyFile(dbFile, dbFileBackup); if (!dbBackupExisted) { Util.setAttributesOnWindows(dbFileBackup, true, true); } else { System.err .println("Not setting attributes on already existing database backup file: " + dbFileBackup.getAbsolutePath()); } } catch (IOException e) { // TODO: if something failed shoudn't we try to restore the // backup (if backup exists and bd file not after this? log().error( this + ": Unable to write database file " + dbFile.getAbsolutePath()); log().verbose(e); } } } |
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+ dbFile.getAbsolutePath()); | + dbFile.getAbsolutePath(), e); | private void storeFolderDB() { if (!shutdown) { if (!getController().isStarted()) { // Not storing return; } } synchronized (scanLock) { File dbFile = new File(localBase, DB_FILENAME); File dbFileBackup = new File(localBase, DB_BACKUP_FILENAME); boolean dbExisted = dbFile.exists(); boolean dbBackupExisted = dbFileBackup.exists(); try { FileInfo[] files = getFiles(); dbFile.createNewFile(); OutputStream fOut = new BufferedOutputStream( new FileOutputStream(dbFile)); ObjectOutputStream oOut = new ObjectOutputStream(fOut); // Store files oOut.writeObject(files); // Store members oOut.writeObject(Util.asMemberInfos(getMembers())); // Store doNotAutoDownloadFileList if (blacklist != null) { log().debug("write do not auto download"); oOut.writeObject(blacklist); } oOut.close(); fOut.close(); log().debug("Successfully wrote folder database file"); // make file hidden now if (!dbExisted) { Util.setAttributesOnWindows(dbFile, true, true); } else { System.err .println("Not setting attributes on already existing database file: " + dbFile.getAbsolutePath()); } // Make backup Util.copyFile(dbFile, dbFileBackup); if (!dbBackupExisted) { Util.setAttributesOnWindows(dbFileBackup, true, true); } else { System.err .println("Not setting attributes on already existing database backup file: " + dbFileBackup.getAbsolutePath()); } } catch (IOException e) { // TODO: if something failed shoudn't we try to restore the // backup (if backup exists and bd file not after this? log().error( this + ": Unable to write database file " + dbFile.getAbsolutePath()); log().verbose(e); } } } |
"4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref"); | "4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref"); | private void initComponents() { quickInfo = new FolderQuickInfoPanel(getController()); leaveFolderButton = new JButton(new LeaveAction(getController())); sendInvitationButton = new JButton(getUIController() .getInviteUserAction()); syncFolderButton = new JButton(getUIController().getScanFolderAction()); openLocalFolder = new OpenLocalFolder(getController()); localFolderLabel = new JLabel(); folderTypeLabel = new JLabel(); deletedFilesCountLabel = new JLabel(); expectedFilesCountLabel = new JLabel(); totalFilesCountLabel = new JLabel(); totalNormalFilesCountLabel = new JLabel(); totalSizeLabel = new JLabel(); fileCountLabel = new JLabel(); sizeLabel = new JLabel(); syncPercentageLabel = new JLabel(); totalSyncPercentageLabel = new JLabel(); toolbar = createToolBar(); FormLayout layout = new FormLayout( "4dlu, pref, 4dlu, pref", "4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref"); PanelBuilder builder = new PanelBuilder(layout); CellConstraints cc = new CellConstraints(); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.choose_sync_profile")), cc.xy( 2, 2)); builder.add(createChooserAndHelpPanel(), cc.xy(4, 2)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.folder_type")), cc.xy(2, 4)); builder.add(folderTypeLabel, cc.xy(4, 4)); JLabel locFolderLabel = new JLabel(Translation .getTranslation("folderpanel.hometab.local_folder_location")); builder.add(locFolderLabel, cc.xy(2, 6)); builder.add(createLocalFolderLabelLink(), cc.xy(4, 6)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.number_of_local_files_in_folder")), cc.xy(2, 8)); builder.add(totalNormalFilesCountLabel, cc.xy(4, 8)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.number_of_deleted_files_in_folder")), cc.xy(2, 10)); builder.add(deletedFilesCountLabel, cc.xy(4, 10)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.number_of_available_files_at_other_members")), cc.xy(2, 12)); builder.add(expectedFilesCountLabel, cc.xy(4, 12)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.total_number_of_files")), cc .xy(2, 14)); builder.add(totalFilesCountLabel, cc.xy(4, 14)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.local_size")), cc.xy(2, 16)); builder.add(sizeLabel, cc.xy(4, 16)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.total_size")), cc.xy(2, 18)); builder.add(totalSizeLabel, cc.xy(4, 18)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.synchronisation_percentage")), cc.xy(2, 20)); builder.add(syncPercentageLabel, cc.xy(4, 20)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.total_synchronisation_percentage")), cc.xy(2, 22)); builder.add(totalSyncPercentageLabel, cc.xy(4, 22)); folderDetailsPanel = builder.getPanel(); } |
builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.synchronisation_eta")), cc.xy(2, 24)); builder.add(syncETALabel, cc.xy(4, 24)); | private void initComponents() { quickInfo = new FolderQuickInfoPanel(getController()); leaveFolderButton = new JButton(new LeaveAction(getController())); sendInvitationButton = new JButton(getUIController() .getInviteUserAction()); syncFolderButton = new JButton(getUIController().getScanFolderAction()); openLocalFolder = new OpenLocalFolder(getController()); localFolderLabel = new JLabel(); folderTypeLabel = new JLabel(); deletedFilesCountLabel = new JLabel(); expectedFilesCountLabel = new JLabel(); totalFilesCountLabel = new JLabel(); totalNormalFilesCountLabel = new JLabel(); totalSizeLabel = new JLabel(); fileCountLabel = new JLabel(); sizeLabel = new JLabel(); syncPercentageLabel = new JLabel(); totalSyncPercentageLabel = new JLabel(); toolbar = createToolBar(); FormLayout layout = new FormLayout( "4dlu, pref, 4dlu, pref", "4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref, 4dlu, pref"); PanelBuilder builder = new PanelBuilder(layout); CellConstraints cc = new CellConstraints(); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.choose_sync_profile")), cc.xy( 2, 2)); builder.add(createChooserAndHelpPanel(), cc.xy(4, 2)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.folder_type")), cc.xy(2, 4)); builder.add(folderTypeLabel, cc.xy(4, 4)); JLabel locFolderLabel = new JLabel(Translation .getTranslation("folderpanel.hometab.local_folder_location")); builder.add(locFolderLabel, cc.xy(2, 6)); builder.add(createLocalFolderLabelLink(), cc.xy(4, 6)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.number_of_local_files_in_folder")), cc.xy(2, 8)); builder.add(totalNormalFilesCountLabel, cc.xy(4, 8)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.number_of_deleted_files_in_folder")), cc.xy(2, 10)); builder.add(deletedFilesCountLabel, cc.xy(4, 10)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.number_of_available_files_at_other_members")), cc.xy(2, 12)); builder.add(expectedFilesCountLabel, cc.xy(4, 12)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.total_number_of_files")), cc .xy(2, 14)); builder.add(totalFilesCountLabel, cc.xy(4, 14)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.local_size")), cc.xy(2, 16)); builder.add(sizeLabel, cc.xy(4, 16)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.total_size")), cc.xy(2, 18)); builder.add(totalSizeLabel, cc.xy(4, 18)); builder.add(new JLabel(Translation .getTranslation("folderpanel.hometab.synchronisation_percentage")), cc.xy(2, 20)); builder.add(syncPercentageLabel, cc.xy(4, 20)); builder .add( new JLabel( Translation .getTranslation("folderpanel.hometab.total_synchronisation_percentage")), cc.xy(2, 22)); builder.add(totalSyncPercentageLabel, cc.xy(4, 22)); folderDetailsPanel = builder.getPanel(); } |
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if (entries == null){ return 0; } | public double getProgress() { double total = 0; double progress = 0; for (PositionProgress anEntry : entries) { total += 1; progress += anEntry.getProgress(); } return (total > 0 ? (progress/total) : 0); } |
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if (logEnabled) { | if (logVerbose) { | private final boolean scanFile(File fileToScan, String currentDirName) { if (!fileToScan.exists()) { // hardware no longer available return false; } // this is a incomplete fileinfo just find one fast in the remaining // list // log().verbose( // "scanFile: " + fileToScan + " curdirname: " + currentDirName); totalFilesCount++; String filename; if (currentDirName.length() == 0) { filename = fileToScan.getName(); } else { filename = currentDirName + "/" + fileToScan.getName(); } FileInfo fInfo = new FileInfo(currentScanningFolder.getInfo(), filename); FileInfo exists; synchronized (remaining) { exists = remaining.remove(fInfo); } if (exists != null) {// file was known if (exists.isDeleted()) { // file restored synchronized (restoredFiles) { restoredFiles.add(exists); } } else { boolean changed = false; long modification = fileToScan.lastModified(); if (exists.getModifiedDate().getTime() < modification) { // disk file = newer changed = true; } long size = fileToScan.length(); if (exists.getSize() != size) { // size changed log().error( "rare size change (modification date the same?!): from " + exists.getSize() + " to: " + size); changed = true; } if (changed) { synchronized (changedFiles) { changedFiles.add(exists); } } } } else {// file is new if (logEnabled) { log().verbose( "NEW file found: " + fInfo.getName() + " hash: " + fInfo.hashCode()); } FileInfo info = new FileInfo(currentScanningFolder, fileToScan); info.setFolder(currentScanningFolder); info.setSize(fileToScan.length()); info.setModifiedInfo(getController().getMySelf().getInfo(), new Date(fileToScan.lastModified())); synchronized (newFiles) { newFiles.add(info); } } return true; } |
for (FileInfo info : remaining.keySet()) { info.setSize(0); } | public ScanResult scanFolder(Folder folder) { Reject.ifNull(folder, "folder cannot be null"); if (currentScanningFolder != null) { throw new IllegalStateException( "Not allowed to start another scan while scanning is in process"); } if (logEnabled) { log().info("scan folder: " + folder.getName() + " start"); } long started = System.currentTimeMillis(); currentScanningFolder = folder; File base = currentScanningFolder.getLocalBase(); remaining = currentScanningFolder.getKnownFiles(); if (!scan(base) || failure) { // if false there was an IOError reset(); ScanResult result = new ScanResult(); result.setResultState(ScanResult.ResultState.HARDWARE_FAILURE); return result; } if (abort) { reset(); ScanResult result = new ScanResult(); result.setResultState(ScanResult.ResultState.USER_ABORT); return result; } List<FileInfo> moved = tryFindMovements(remaining, newFiles); Map<FileInfo, List<String>> problemFiles = tryFindProblems(newFiles); ScanResult result = new ScanResult(); result.setChangedFiles(changedFiles); result.setNewFiles(newFiles); result.setDeletedFiles(new ArrayList<FileInfo>(remaining.keySet())); result.setMovedFiles(moved); result.setProblemFiles(problemFiles); result.setRestoredFiles(restoredFiles); result.setTotalFilesCount(totalFilesCount); result.setResultState(ScanResult.ResultState.SCANNED); //here temporary as long as not enabled for testing, should be in folder if (result.getResultState().equals(ScanResult.ResultState.SCANNED)) { if (result.getProblemFiles().size() > 0) { FileNameProblemHandler handler = getController() .getFolderRepository().getFileNameProblemHandler(); if (handler != null) { handler.fileNameProblemsDetected(new FileNameProblemEvent( currentScanningFolder, result)); } } } reset(); if (logEnabled) { log().info( "scan folder " + folder.getName() + " done in " + (System.currentTimeMillis() - started)); } return result; } |
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boolean askFriendship = getController().getPreferences().getBoolean(Member.CONFIG_ASKFORFRIENDSHIP, false); | boolean askFriendship = PreferencesEntry.CONFIG_ASKFORFRIENDSHIP.getValueBoolean(getController()); | private void initComponents() { Preferences pref = getController().getPreferences(); boolean askFriendship = getController().getPreferences().getBoolean(Member.CONFIG_ASKFORFRIENDSHIP, false); boolean testConnectivity = pref.getBoolean( LimitedConnectivityChecker.PREF_NAME_TEST_CONNECTIVITY, true); // true = default boolean warnOnClose = pref.getBoolean( // true = FolderRepository.CONFIG_WARN_ON_CLOSE, true); // default boolean filenamCheck = pref.getBoolean(Folder.PREF_FILE_NAME_CHECK, true);// true = default askForFriendship = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.ask_to_add_to_friends_if_node_becomes_member_of_folder"), askFriendship); warnOnCloseIfNotInSync = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.warnoncloseifnotinsync"), warnOnClose); warnOnLimitedConnectivity = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.warnonlimitedconnectivity"), testConnectivity); warnOnPossibleFilenameProblems = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.warnonpossiblefilenameproblems"), filenamCheck); } |
boolean warnOnClose = pref.getBoolean( FolderRepository.CONFIG_WARN_ON_CLOSE, true); | boolean warnOnClose = PreferencesEntry.CONFIG_WARN_ON_CLOSE.getValueBoolean(getController()); | private void initComponents() { Preferences pref = getController().getPreferences(); boolean askFriendship = getController().getPreferences().getBoolean(Member.CONFIG_ASKFORFRIENDSHIP, false); boolean testConnectivity = pref.getBoolean( LimitedConnectivityChecker.PREF_NAME_TEST_CONNECTIVITY, true); // true = default boolean warnOnClose = pref.getBoolean( // true = FolderRepository.CONFIG_WARN_ON_CLOSE, true); // default boolean filenamCheck = pref.getBoolean(Folder.PREF_FILE_NAME_CHECK, true);// true = default askForFriendship = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.ask_to_add_to_friends_if_node_becomes_member_of_folder"), askFriendship); warnOnCloseIfNotInSync = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.warnoncloseifnotinsync"), warnOnClose); warnOnLimitedConnectivity = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.warnonlimitedconnectivity"), testConnectivity); warnOnPossibleFilenameProblems = new JCheckBox( Translation .getTranslation("preferences.dialog.dialogs.warnonpossiblefilenameproblems"), filenamCheck); } |
getController().getPreferences().putBoolean(Member.CONFIG_ASKFORFRIENDSHIP, askFriendship); | PreferencesEntry.CONFIG_ASKFORFRIENDSHIP.setValue(getController(), askFriendship); | public void save() { Preferences pref = getController().getPreferences(); boolean testConnectivity = warnOnLimitedConnectivity.isSelected(); boolean warnOnClose = warnOnCloseIfNotInSync.isSelected(); boolean filenamCheck = warnOnPossibleFilenameProblems.isSelected(); boolean askFriendship = askForFriendship.isSelected(); getController().getPreferences().putBoolean(Member.CONFIG_ASKFORFRIENDSHIP, askFriendship); pref.putBoolean(LimitedConnectivityChecker.PREF_NAME_TEST_CONNECTIVITY, testConnectivity); pref.putBoolean(FolderRepository.CONFIG_WARN_ON_CLOSE, warnOnClose); pref.putBoolean(Folder.PREF_FILE_NAME_CHECK, filenamCheck); } |
pref.putBoolean(FolderRepository.CONFIG_WARN_ON_CLOSE, warnOnClose); | PreferencesEntry.CONFIG_WARN_ON_CLOSE.setValue(getController(), warnOnClose); | public void save() { Preferences pref = getController().getPreferences(); boolean testConnectivity = warnOnLimitedConnectivity.isSelected(); boolean warnOnClose = warnOnCloseIfNotInSync.isSelected(); boolean filenamCheck = warnOnPossibleFilenameProblems.isSelected(); boolean askFriendship = askForFriendship.isSelected(); getController().getPreferences().putBoolean(Member.CONFIG_ASKFORFRIENDSHIP, askFriendship); pref.putBoolean(LimitedConnectivityChecker.PREF_NAME_TEST_CONNECTIVITY, testConnectivity); pref.putBoolean(FolderRepository.CONFIG_WARN_ON_CLOSE, warnOnClose); pref.putBoolean(Folder.PREF_FILE_NAME_CHECK, filenamCheck); } |
.getScanResult().getProblemFiles(); System.out.println(problems); | .getScanResult().getProblemFiles(); | protected void setUp() throws Exception { if (OSUtil.isLinux()) { System.out.println("running linux specific Filename problem test"); super.setUp(); setupTestFolder(SyncProfile.MANUAL_DOWNLOAD); folderScanner = new FolderScanner(getController()); folderScanner.start(); getController().getFolderRepository().setFileNameProblemHandler( new FileNameProblemHandler() { public void fileNameProblemsDetected( FileNameProblemEvent fileNameProblemEvent) { handlerCalledCount++; Map<FileInfo, List<FilenameProblem>> problems = fileNameProblemEvent .getScanResult().getProblemFiles(); System.out.println(problems); assertEquals(10, problems.size()); } }); } } |
.getScanResult().getProblemFiles(); System.out.println(problems); | .getScanResult().getProblemFiles(); | public void fileNameProblemsDetected( FileNameProblemEvent fileNameProblemEvent) { handlerCalledCount++; Map<FileInfo, List<FilenameProblem>> problems = fileNameProblemEvent .getScanResult().getProblemFiles(); System.out.println(problems); assertEquals(10, problems.size()); } |
defaultRegistryProvider = new RegistryProviderOSGI(); | registryProvider = new RegistryProviderOSGI(); | private void createRegistry() throws CoreException { // Determine primary and alternative registry locations. Eclipse extension registry cache // can be found in one of the two locations: // a) in the local configuration area (standard location passed in by the platform) -> priority // b) in the shared configuration area (typically, shared install is used) File[] registryLocations; boolean[] readOnlyLocations; Location configuration = OSGIUtils.getDefault().getConfigurationLocation(); File primaryDir = new File(configuration.getURL().getPath() + '/' + STORAGE_DIR); boolean primaryReadOnly = configuration.isReadOnly(); Location parentLocation = configuration.getParentLocation(); if (parentLocation != null) { File secondaryDir = new File(parentLocation.getURL().getFile() + '/' + IRegistryConstants.RUNTIME_NAME); registryLocations = new File[] {primaryDir, secondaryDir}; readOnlyLocations = new boolean[] {primaryReadOnly, true}; // secondary Eclipse location is always read only } else { registryLocations = new File[] {primaryDir}; readOnlyLocations = new boolean[] {primaryReadOnly}; } EquinoxRegistryStrategy registryStrategy = new EquinoxRegistryStrategy(registryLocations, readOnlyLocations, masterRegistryKey); registry = RegistryFactory.createRegistry(registryStrategy, masterRegistryKey, userRegistryKey); registryRegistration = context.registerService(IExtensionRegistry.class.getName(), registry, new Hashtable()); defaultRegistryProvider = new RegistryProviderOSGI(); // Set the registry provider and specify this as a default registry: RegistryProviderFactory.setDefault(defaultRegistryProvider); } |
RegistryProviderFactory.setDefault(defaultRegistryProvider); | RegistryProviderFactory.setDefault(registryProvider); | private void createRegistry() throws CoreException { // Determine primary and alternative registry locations. Eclipse extension registry cache // can be found in one of the two locations: // a) in the local configuration area (standard location passed in by the platform) -> priority // b) in the shared configuration area (typically, shared install is used) File[] registryLocations; boolean[] readOnlyLocations; Location configuration = OSGIUtils.getDefault().getConfigurationLocation(); File primaryDir = new File(configuration.getURL().getPath() + '/' + STORAGE_DIR); boolean primaryReadOnly = configuration.isReadOnly(); Location parentLocation = configuration.getParentLocation(); if (parentLocation != null) { File secondaryDir = new File(parentLocation.getURL().getFile() + '/' + IRegistryConstants.RUNTIME_NAME); registryLocations = new File[] {primaryDir, secondaryDir}; readOnlyLocations = new boolean[] {primaryReadOnly, true}; // secondary Eclipse location is always read only } else { registryLocations = new File[] {primaryDir}; readOnlyLocations = new boolean[] {primaryReadOnly}; } EquinoxRegistryStrategy registryStrategy = new EquinoxRegistryStrategy(registryLocations, readOnlyLocations, masterRegistryKey); registry = RegistryFactory.createRegistry(registryStrategy, masterRegistryKey, userRegistryKey); registryRegistration = context.registerService(IExtensionRegistry.class.getName(), registry, new Hashtable()); defaultRegistryProvider = new RegistryProviderOSGI(); // Set the registry provider and specify this as a default registry: RegistryProviderFactory.setDefault(defaultRegistryProvider); } |
removeUnwatedExtensions(); | removeUnwantedExtensions(); | public void start(BundleContext context) throws Exception { this.context = context; RegistryProperties.setContext(context); createRegistry(); removeUnwatedExtensions(); } |
stopRegistry(); | public void stop(BundleContext context) throws Exception { stopRegistry(); RegistryProperties.setContext(null); } |
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} else { throw new IllegalStateException(); | } else { log().debug("Don't know how to handle: " + selection.getClass()); | public void update() { Object[] selections = getSelectionModel().getSelections(); Object displayTarget = getUIController().getInformationQuarter() .getDisplayTarget(); Folder folder; if (displayTarget instanceof Directory) { folder = ((Directory) displayTarget).getRootFolder(); } else if (displayTarget instanceof Folder) { folder = (Folder) displayTarget; } else { return; } if (selections != null && selections.length != 0) { setEnabled(false); Blacklist blacklist = folder.getBlacklist(); for (Object selection : selections) { if (selection instanceof FileInfo) { if (!blacklist.isIgnored((FileInfo) selection)) { // found one that was not ignored // enable this action setEnabled(true); } } else if (selection instanceof Directory) { Directory dir = (Directory) selection; if (!blacklist.areIgnored(dir.getFiles())) { // found a dir that was not ignored // enable this action setEnabled(true); } } else { throw new IllegalStateException(); } } } } |
return input.getAllMessagesList(); | FilterList<MessageHolder> filterList = new FilterList<MessageHolder>(input.getAllMessagesList()); return filterList; | public EventList<MessageHolder> extractList(FIXMessageHistory input) { return input.getAllMessagesList(); } |
return (FilterList<MessageHolder>) getMessagesViewer().getInput(); | return (FilterList<MessageHolder>) getInput(); | protected FilterList<MessageHolder> getFilterList() { return (FilterList<MessageHolder>) getMessagesViewer().getInput(); } |
getMessagesViewer().refresh(); | public void setShowHeartbeats(boolean shouldShow){ FilterList<MessageHolder> list = getFilterList(); if (shouldShow){ list.setMatcher(HEARTBEAT_MATCHER); } else { list.setMatcher(null); } } |
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return new MarketceteraTestSuite(OrderManagerTest.class); | return new MarketceteraTestSuite(OrderManagerTest.class, OrderManagementSystem.OMS_MESSAGE_BUNDLE_INFO); | public static Test suite() { try { // create an instance of OMS new OrderManagementSystemIT.MyOMS(OrderManagementSystem.CONFIG_FILE_NAME); } catch (ConfigFileLoadingException ex) { // do nothing } return new MarketceteraTestSuite(OrderManagerTest.class); } |
new IConsole[] { new MainConsole(), new MainConsole() }); | new IConsole[] { new MainConsole() }); | public void initialize(IWorkbenchConfigurer configurer) { configurer.setSaveAndRestore(true); ConsolePlugin.getDefault().getConsoleManager().addConsoles( new IConsole[] { new MainConsole(), new MainConsole() }); } |
TransferManager tm = getController() .getTransferManager(); if (tm.isDownloadingFileFrom(file, this)) { if (logVerbose) { log().verbose( "downloading removed file breaking it! " + file + " " + this); } tm.abortDownload(file, this); } | public void handleMessage(Message message) { if (message == null) { throw new NullPointerException( "Unable to handle message, message is null"); } // related folder is filled if message is a folder related message FolderInfo targetedFolderInfo = null; Folder targetFolder = null; if (message instanceof FolderRelatedMessage) { targetedFolderInfo = ((FolderRelatedMessage) message).folder; targetFolder = getController().getFolderRepository().getFolder( targetedFolderInfo); } // do all the message processing // Processing of message also should take only // a short time, because member is not able // to received any other message meanwhile ! // Identity is not handled HERE ! if (message instanceof FolderList) { FolderList fList = (FolderList) message; lastFolderList = fList; joinToLocalFolders(fList); // Notify waiting ppl synchronized (folderListWaiter) { folderListWaiter.notifyAll(); } // Inform folder repo getController().getFolderRepository().receivedFolderList(this, fList); } else if (message instanceof RequestNetworkFolderList) { RequestNetworkFolderList request = (RequestNetworkFolderList) message; // Answer request for network folder list if (request.completeList()) { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository())); } else { sendMessagesAsynchron(NetworkFolderList .createNetworkFolderLists(getController() .getFolderRepository(), request.folders)); } } else if (message instanceof NetworkFolderList) { NetworkFolderList netFolderList = (NetworkFolderList) message; // Inform repo getController().getFolderRepository().receivedNetworkFolderList( this, netFolderList); } else if (message instanceof RequestFileList) { if (targetFolder != null && !targetFolder.isSecret()) { // a file list of a folder if (logVerbose) { log().verbose( targetFolder + ": Sending new filelist to " + this); } sendMessagesAsynchron(FileList .createFileListMessages(targetFolder)); } else { // Send folder not found if not found or folder is secret sendMessageAsynchron(new Problem("Folder not found: " + targetedFolderInfo, false), null); } } else if (message instanceof RequestDownload) { // a download is requested RequestDownload dlReq = (RequestDownload) message; getController().getTransferManager().queueUpload(this, dlReq); } else if (message instanceof DownloadQueued) { // set queued flag here, if we received status from other side DownloadQueued dlQueued = (DownloadQueued) message; getController().getTransferManager().setQueued(dlQueued); } else if (message instanceof AbortDownload) { AbortDownload abort = (AbortDownload) message; // Abort the upload getController().getTransferManager().abortUpload(abort.file, this); } else if (message instanceof FileChunk) { // File chunk received FileChunk chunk = (FileChunk) message; getController().getTransferManager().chunkReceived(chunk, this); } else if (message instanceof RequestNodeList) { // Nodemanager will handle that RequestNodeList request = (RequestNodeList) message; getController().getNodeManager().receivedRequestNodeList(request, this); } else if (message instanceof KnownNodes) { KnownNodes newNodes = (KnownNodes) message; // TODO Move this code into NodeManager.receivedKnownNodes(....) if (isMaster()) { // Set friendship setFriend(true); log().verbose("Syncing friendlist with master"); } // This might also just be a search result and thus not include us // mutalFriend = false; for (int i = 0; i < newNodes.nodes.length; i++) { MemberInfo remoteNodeInfo = newNodes.nodes[i]; if (remoteNodeInfo == null) { continue; } if (getInfo().equals(remoteNodeInfo)) { // Take his info updateInfo(remoteNodeInfo); } if (remoteNodeInfo .equals(getController().getMySelf().getInfo())) { // Check for mutal friendship mutalFriend = remoteNodeInfo.isFriend; } // Syncing friendlist with master if (isMaster()) { Member node = remoteNodeInfo.getNode(getController(), true); node.setFriend(remoteNodeInfo.isFriend); } } // Queue arrived node list at nodemanager getController().getNodeManager().queueNewNodes(newNodes.nodes); } else if (message instanceof RequestNodeInformation) { // send him our node information sendMessageAsynchron(new NodeInformation(getController()), null); } else if (message instanceof TransferStatus) { // Hold transfer status lastTransferStatus = (TransferStatus) message; } else if (message instanceof NodeInformation) { if (logVerbose) { log().verbose("Node information received"); } if (Logger.isLogToFileEnabled()) { Debug.writeNodeInformation((NodeInformation) message); } // Cache the last node information // lastNodeInformation = (NodeInformation) message; } else if (message instanceof SettingsChange) { SettingsChange settingsChange = (SettingsChange) message; if (settingsChange.newInfo != null) { log().debug( this.getInfo().nick + " changed nick to " + settingsChange.newInfo.nick); setNick(settingsChange.newInfo.nick); } } else if (message instanceof FileList) { FileList remoteFileList = (FileList) message; log().debug( remoteFileList.folder + ": Received new filelist (" + remoteFileList.folder.filesCount + " file(s)) from " + this); // Add filelist to filelist cache Map<FileInfo, FileInfo> cachedFileList = Collections .synchronizedMap(new HashMap<FileInfo, FileInfo>( remoteFileList.files.length)); for (int i = 0; i < remoteFileList.files.length; i++) { cachedFileList.put(remoteFileList.files[i], remoteFileList.files[i]); } lastFiles.put(remoteFileList.folder, cachedFileList); // Trigger requesting if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, remoteFileList); } } else if (message instanceof FolderFilesChanged) { if (logVerbose) { log().verbose("FileListChange received: " + message); } FolderFilesChanged changes = (FolderFilesChanged) message; // Correct filelist Map<FileInfo, FileInfo> cachedFileList = getLastFileList0(changes.folder); if (cachedFileList == null) { log().warn( "Received folder changes on " + changes.folder.name + ", but not received the full filelist"); return; } synchronized (cachedFileList) { if (changes.added != null) { for (int i = 0; i < changes.added.length; i++) { FileInfo file = changes.added[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.modified != null) { for (int i = 0; i < changes.modified.length; i++) { FileInfo file = changes.modified[i]; cachedFileList.remove(file); cachedFileList.put(file, file); } } if (changes.removed != null) { for (int i = 0; i < changes.removed.length; i++) { FileInfo file = changes.removed[i]; cachedFileList.remove(file); cachedFileList.put(file, file); // file removed so if downloading break the download //TransferManager tm = getController().getTransferManager(); //if (tm.isDownloading(file)) { // tm.abortDownload(file, this); //} } } } if (targetFolder != null) { // Write filelist if (Logger.isLogToFileEnabled()) { // Write filelist to disk File debugFile = new File("debug/" + targetFolder.getName() + "/" + getNick() + ".list.txt"); Debug.writeFileList(cachedFileList.keySet(), "FileList of folder " + targetFolder.getName() + ", member " + this + ":", debugFile); } // Inform folder targetFolder.fileListChanged(this, changes); } } else if (message instanceof Invitation) { // Invitation to folder Invitation invitation = (Invitation) message; // To ensure invitor is correct invitation.invitor = this.getInfo(); getController().getFolderRepository().invitationReceived( invitation, true, false); } else if (message instanceof Problem) { Problem problem = (Problem) message; if (problem.problemCode == Problem.YOU_ARE_BORING) { // Finds us boring // set unable to connect log().debug("Node finds us boring, not longer connect"); unableToConnect = true; // Not connected to public network isConnectedToNetwork = true; } else { log().warn("Problem received: " + problem); } if (problem.fatal) { // Shutdown shutdown(); } } else if (message instanceof SearchNodeRequest) { // Send nodelist that matches the search. final SearchNodeRequest request = (SearchNodeRequest) message; new Thread("Search node request") { public void run() { List<MemberInfo> reply = new LinkedList<MemberInfo>(); for (Member m : getController().getNodeManager() .getValidNodes()) { if (m.matches(request.searchString)) { reply.add(m.getInfo()); } } if (!reply.isEmpty()) { sendMessageAsynchron(new KnownNodes(reply .toArray(new MemberInfo[0])), null); } } }.start(); } else { log().warn( "Unknown message received from peer: " + message.getClass().getName()); } // now give the message to all message listeners fireMessageToListeners(message); } |
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+ " New Filelist received from " + from); | + " New Filelist received from " + from + " #files: " + newList.files.length); | public void fileListChanged(Member from, FileList newList) { log().debug( getController().getMySelf().getNick() + " New Filelist received from " + from); // don't do this in the server version if (rootDirectory != null) { getDirectory().addAll(from, newList.files); } if (getSyncProfile().isAutodownload()) { // Trigger file requestor if (logVerbose) { log().verbose( "Triggering file requestor because of new remote file list from " + from); } getController().getFolderRepository().getFileRequestor() .triggerFileRequesting(); } // Handle remote deleted files handleRemoteDeletedFiles(false); // TODO should be done by Directory that has actualy changed? fireRemoteContentsChanged(); } |
returnMessage.setField(fillMessage.getField(new Account())); | try { returnMessage.setField(fillMessage.getField(new Account())); } catch (FieldNotFound ex) { } returnMessage.getHeader().setField(new MsgType(MsgType.EXECUTION_REPORT)); | private Message computeAveragePrice(Message avgPriceMessage, Message fillMessage) throws FieldNotFound { Message returnMessage = null; if (avgPriceMessage == null){ returnMessage = new Message(); returnMessage.setField(fillMessage.getField(new Side())); returnMessage.setField(fillMessage.getField(new Symbol())); returnMessage.setField(fillMessage.getField(new OrderQty())); returnMessage.setField(fillMessage.getField(new CumQty())); returnMessage.setField(fillMessage.getField(new LeavesQty())); returnMessage.setField(fillMessage.getField(new AvgPx())); returnMessage.setField(fillMessage.getField(new Account())); } else { BigDecimal existingCumQty = new BigDecimal(avgPriceMessage.getString(CumQty.FIELD)); BigDecimal existingAvgPx = new BigDecimal(avgPriceMessage.getString(AvgPx.FIELD)); BigDecimal newLastQty = new BigDecimal(avgPriceMessage.getString(LastQty.FIELD)); BigDecimal newLastPx = new BigDecimal(avgPriceMessage.getString(LastPx.FIELD)); BigDecimal newTotal = existingCumQty.add(newLastQty); if (newTotal.compareTo(BigDecimal.ZERO) != 0){ BigDecimal numerator = existingCumQty.multiply(existingAvgPx).add(newLastQty.multiply(newLastPx)); BigDecimal newAvgPx = numerator.divide(newTotal); avgPriceMessage.setString(AvgPx.FIELD, newAvgPx.toPlainString()); avgPriceMessage.setString(CumQty.FIELD, newTotal.toPlainString()); } returnMessage = avgPriceMessage; } return returnMessage; } |
BigDecimal newLastQty = new BigDecimal(avgPriceMessage.getString(LastQty.FIELD)); BigDecimal newLastPx = new BigDecimal(avgPriceMessage.getString(LastPx.FIELD)); | BigDecimal newLastQty = new BigDecimal(fillMessage.getString(LastQty.FIELD)); BigDecimal newLastPx = new BigDecimal(fillMessage.getString(LastPx.FIELD)); | private Message computeAveragePrice(Message avgPriceMessage, Message fillMessage) throws FieldNotFound { Message returnMessage = null; if (avgPriceMessage == null){ returnMessage = new Message(); returnMessage.setField(fillMessage.getField(new Side())); returnMessage.setField(fillMessage.getField(new Symbol())); returnMessage.setField(fillMessage.getField(new OrderQty())); returnMessage.setField(fillMessage.getField(new CumQty())); returnMessage.setField(fillMessage.getField(new LeavesQty())); returnMessage.setField(fillMessage.getField(new AvgPx())); returnMessage.setField(fillMessage.getField(new Account())); } else { BigDecimal existingCumQty = new BigDecimal(avgPriceMessage.getString(CumQty.FIELD)); BigDecimal existingAvgPx = new BigDecimal(avgPriceMessage.getString(AvgPx.FIELD)); BigDecimal newLastQty = new BigDecimal(avgPriceMessage.getString(LastQty.FIELD)); BigDecimal newLastPx = new BigDecimal(avgPriceMessage.getString(LastPx.FIELD)); BigDecimal newTotal = existingCumQty.add(newLastQty); if (newTotal.compareTo(BigDecimal.ZERO) != 0){ BigDecimal numerator = existingCumQty.multiply(existingAvgPx).add(newLastQty.multiply(newLastPx)); BigDecimal newAvgPx = numerator.divide(newTotal); avgPriceMessage.setString(AvgPx.FIELD, newAvgPx.toPlainString()); avgPriceMessage.setString(CumQty.FIELD, newTotal.toPlainString()); } returnMessage = avgPriceMessage; } return returnMessage; } |
numerator.setScale(10); | private Message computeAveragePrice(Message avgPriceMessage, Message fillMessage) throws FieldNotFound { Message returnMessage = null; if (avgPriceMessage == null){ returnMessage = new Message(); returnMessage.setField(fillMessage.getField(new Side())); returnMessage.setField(fillMessage.getField(new Symbol())); returnMessage.setField(fillMessage.getField(new OrderQty())); returnMessage.setField(fillMessage.getField(new CumQty())); returnMessage.setField(fillMessage.getField(new LeavesQty())); returnMessage.setField(fillMessage.getField(new AvgPx())); returnMessage.setField(fillMessage.getField(new Account())); } else { BigDecimal existingCumQty = new BigDecimal(avgPriceMessage.getString(CumQty.FIELD)); BigDecimal existingAvgPx = new BigDecimal(avgPriceMessage.getString(AvgPx.FIELD)); BigDecimal newLastQty = new BigDecimal(avgPriceMessage.getString(LastQty.FIELD)); BigDecimal newLastPx = new BigDecimal(avgPriceMessage.getString(LastPx.FIELD)); BigDecimal newTotal = existingCumQty.add(newLastQty); if (newTotal.compareTo(BigDecimal.ZERO) != 0){ BigDecimal numerator = existingCumQty.multiply(existingAvgPx).add(newLastQty.multiply(newLastPx)); BigDecimal newAvgPx = numerator.divide(newTotal); avgPriceMessage.setString(AvgPx.FIELD, newAvgPx.toPlainString()); avgPriceMessage.setString(CumQty.FIELD, newTotal.toPlainString()); } returnMessage = avgPriceMessage; } return returnMessage; } |
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Map<MSymbol, Message> tempMap = new HashMap<MSymbol, Message>(); | Map<SymbolSide, Message> tempMap = new HashMap<SymbolSide, Message>(); | public FIXMessageHistory getAveragePriceHistory() { ArrayList<MessageHolder> messages = new ArrayList<MessageHolder>(); Map<MSymbol, Message> tempMap = new HashMap<MSymbol, Message>(); for (MessageHolder holder : messageList) { if (holder instanceof IncomingMessageHolder) { IncomingMessageHolder inHolder = (IncomingMessageHolder) holder; Message message = inHolder.getMessage(); try { // NOTE: generally you should get this field as // a BigDecimal, but because we're just comparing // to zero, it's ok if (message.getDouble(LastQty.FIELD) > 0) { MSymbol symbol = new MSymbol(message.getString(Symbol.FIELD)); tempMap.put(symbol, computeAveragePrice(tempMap.get(symbol), message)); } } catch (FieldNotFound e) { // do nothing } } } for (MSymbol aKey : tempMap.keySet()) { messages.add(new IncomingMessageHolder(tempMap.get(aKey))); } return new FIXMessageHistory(messages); } |
tempMap.put(symbol, computeAveragePrice(tempMap.get(symbol), message)); | String side = message.getString(Side.FIELD); SymbolSide symbolSide = new SymbolSide(symbol, side); tempMap.put(symbolSide, computeAveragePrice(tempMap.get(symbol), message)); | public FIXMessageHistory getAveragePriceHistory() { ArrayList<MessageHolder> messages = new ArrayList<MessageHolder>(); Map<MSymbol, Message> tempMap = new HashMap<MSymbol, Message>(); for (MessageHolder holder : messageList) { if (holder instanceof IncomingMessageHolder) { IncomingMessageHolder inHolder = (IncomingMessageHolder) holder; Message message = inHolder.getMessage(); try { // NOTE: generally you should get this field as // a BigDecimal, but because we're just comparing // to zero, it's ok if (message.getDouble(LastQty.FIELD) > 0) { MSymbol symbol = new MSymbol(message.getString(Symbol.FIELD)); tempMap.put(symbol, computeAveragePrice(tempMap.get(symbol), message)); } } catch (FieldNotFound e) { // do nothing } } } for (MSymbol aKey : tempMap.keySet()) { messages.add(new IncomingMessageHolder(tempMap.get(aKey))); } return new FIXMessageHistory(messages); } |
for (MSymbol aKey : tempMap.keySet()) { | for (SymbolSide aKey : tempMap.keySet()) { | public FIXMessageHistory getAveragePriceHistory() { ArrayList<MessageHolder> messages = new ArrayList<MessageHolder>(); Map<MSymbol, Message> tempMap = new HashMap<MSymbol, Message>(); for (MessageHolder holder : messageList) { if (holder instanceof IncomingMessageHolder) { IncomingMessageHolder inHolder = (IncomingMessageHolder) holder; Message message = inHolder.getMessage(); try { // NOTE: generally you should get this field as // a BigDecimal, but because we're just comparing // to zero, it's ok if (message.getDouble(LastQty.FIELD) > 0) { MSymbol symbol = new MSymbol(message.getString(Symbol.FIELD)); tempMap.put(symbol, computeAveragePrice(tempMap.get(symbol), message)); } } catch (FieldNotFound e) { // do nothing } } } for (MSymbol aKey : tempMap.keySet()) { messages.add(new IncomingMessageHolder(tempMap.get(aKey))); } return new FIXMessageHistory(messages); } |
oms.createApplicationContext("oms.xml", true); | ApplicationContext appCtx = oms.createApplicationContext("oms.xml", true); SocketInitiator initiator = (SocketInitiator) appCtx.getBean("socketInitiator", SocketInitiator.class); AccessViolator violator = new AccessViolator(SessionConnector.class); Map allSessions = (Map) violator.getField("sessions", initiator); Session[] sessionArr = (Session[]) allSessions.values().toArray(new Session[0]); OMSAdmin adminBean = new OMSAdmin(sessionArr[0]); oms.registerMBean(adminBean, true); | public static void main(String [] args) throws ConfigFileLoadingException { try { OrderManagementSystem oms = new OrderManagementSystem(); oms.createApplicationContext("oms.xml", true); oms.startWaitingForever(); if(LoggerAdapter.isDebugEnabled(LOGGER_NAME)) { LoggerAdapter.debug("OMS main finishing", LOGGER_NAME); } } catch (Exception ex) { LoggerAdapter.error(MessageKey.ERROR.getLocalizedMessage(), ex, LOGGER_NAME); } finally { LoggerAdapter.info(MessageKey.APP_EXIT.getLocalizedMessage(), LOGGER_NAME); } } |
if (folder == directoryTable.getDirectory().getRootFolder()) { | Directory dir = directoryTable.getDirectory(); if (dir != null && folder == dir.getRootFolder()) { | public void folderChanged(FolderEvent folderEvent) { Folder folder = (Folder) folderEvent.getSource(); if (folder == directoryTable.getDirectory().getRootFolder()) { update(); } else { log().debug("not listening to folder " + folder); } } |
setupTestFolder(SyncProfile.SYNCHRONIZE_PCS); | joinTestFolder(SyncProfile.SYNCHRONIZE_PCS); | protected void setUp() throws Exception { super.setUp(); makeFriends(); setupTestFolder(SyncProfile.SYNCHRONIZE_PCS); } |
Member testNode1 = cont1.getMySelf().getInfo().getNode(cont2); connected = testNode1 != null && testNode1.isCompleteyConnected(); | protected void connect(Controller cont1, Controller cont2) throws InterruptedException, ConnectionException { Reject.ifTrue(!cont1.isStarted(), "Controller1 not started yet"); Reject.ifTrue(!cont2.isStarted(), "Controller2 not started yet"); // Connect System.out.println("Connecting controllers..."); cont1.connect(cont2.getConnectionListener().getLocalAddress()); boolean connected = false; int i = 0; do { i++; Member testNode1 = cont1.getMySelf().getInfo().getNode(cont2); connected = testNode1 != null && testNode1.isCompleteyConnected(); Thread.sleep(1000); if (i > 100) { fail("Unable to connect nodes"); } } while (!connected); System.out.println("Both Controller connected"); } |
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if (i > 100) { | if (i > 20) { | protected void connect(Controller cont1, Controller cont2) throws InterruptedException, ConnectionException { Reject.ifTrue(!cont1.isStarted(), "Controller1 not started yet"); Reject.ifTrue(!cont2.isStarted(), "Controller2 not started yet"); // Connect System.out.println("Connecting controllers..."); cont1.connect(cont2.getConnectionListener().getLocalAddress()); boolean connected = false; int i = 0; do { i++; Member testNode1 = cont1.getMySelf().getInfo().getNode(cont2); connected = testNode1 != null && testNode1.isCompleteyConnected(); Thread.sleep(1000); if (i > 100) { fail("Unable to connect nodes"); } } while (!connected); System.out.println("Both Controller connected"); } |
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