JoaoJunior/formatted-java-preprocessed-code-APR

public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).reloadDocument(documentId, Boolean.FALSE); }

public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).reloadDocument(documentId, Boolean.TRUE); }

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public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).reloadDocument(documentId, Boolean.TRUE); }

public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).reloadDocument(documentId, remoteReload); }

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public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).reloadDocument(documentId, remoteReload); }

public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).reloadSystemMessage(systemMessageId); }

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public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).reloadSystemMessage(systemMessageId); }

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public void removeSearchFilter() { SwingUtilities.invokeLater(new Runnable() { public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).removeFilter(searchFilter); } }); }

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public void run() { ((BrowserMainAvatar) avatarRegistry.get(AvatarId.BROWSER_MAIN)).removeFilter(searchFilter); }

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List<User> readTeam(final Long containerId) { logger.info(getApiId("[READ TEAM]")); logger.debug(containerId); return CollectionsUtil.proxy(getInternalArtifactModel().readTeam(containerId)); }

List<User> readTeam(final Long containerId) { logger.info(getApiId("[READ TEAM]")); logger.debug(containerId); final Set<User> team = getInternalArtifactModel().readTeam(containerId); if(team.isEmpty()) { return new ArrayList<User>(0); } else { return CollectionsUtil.proxy(getInternalArtifactModel().readTeam(containerId)); } }

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public void invoke(final Data data) { final Long containerId = (Long) data.get(DataKey.CONTAINER_ID); getContainerModel().createDraft(containerId); browser.fireContainerDraftCreated(containerId, Boolean.FALSE); }

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public CreateDocumentTxHandler(final Browser browser) { super(); this.browser = browser; this.dModel = browser.getDocumentModel(); this.javaFileListFlavor = DataFlavor.javaFileListFlavor; this.logger = LoggerFactory.getLogger(getClass()); }

public CreateDocumentTxHandler(final Browser browser) { super(); this.browser = browser; this.dModel = browser.getDocumentModel(); this.logger = LoggerFactory.getLogger(getClass()); }

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public boolean importData(final JComponent comp, final Transferable t) { if(!canImport(comp, t.getTransferDataFlavors())) { return false; } List data = null; try { data = (List) t.getTransferData(javaFileListFlavor); } catch(final UnsupportedFlavorException ufx) { logger.error(IMPORT_UFX, ufx); return false; } catch(final IOException iox) { logger.error(IMPORT_IOX, iox); return false; } // create documents for each file transferred final Set<Long> createdIds = new HashSet<Long>(); boolean didPass = true; for(final Object datum : data) { final File file = (File) datum; try { final Document document = dModel.create(file.getName(), null, file); createdIds.add(document.getId()); } catch(final ParityException px) { logger.error(IMPORT_PX, px); didPass = false; } } if(didPass) { browser.fireDocumentsCreated(createdIds); browser.setInfoMessage("Document.Created"); return true; } else { // try to undo the created docs for(final Long id : createdIds) { try { dModel.delete(id); } catch(final ParityException px) { logger.error(IMPORT_UNDO_PX, px); } } return false; } }

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public boolean importData(final JComponent comp, final Transferable t) { if(!canImport(comp, t.getTransferDataFlavors())) { return false; } List data = null; try { data = (List) t.getTransferData(javaFileListFlavor); } catch(final UnsupportedFlavorException ufx) { logger.error(IMPORT_UFX, ufx); return false; } catch(final IOException iox) { logger.error(IMPORT_IOX, iox); return false; } // create documents for each file transferred final Set<Long> createdIds = new HashSet<Long>(); boolean didPass = true; for(final Object datum : data) { final File file = (File) datum; try { final Document document = dModel.create(file.getName(), null, file); createdIds.add(document.getId()); } catch(final ParityException px) { logger.error(IMPORT_PX, px); didPass = false; } } if(didPass) { browser.fireDocumentsCreated(createdIds); browser.setInfoMessage("Document.Created"); return true; } else { // try to undo the created docs for(final Long id : createdIds) { try { dModel.delete(id); } catch(final ParityException px) { logger.error(IMPORT_UNDO_PX, px); } } return false; } }

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public boolean importData(final JComponent comp, final Transferable t) { if(!canImport(comp, t.getTransferDataFlavors())) { return false; } List data = null; try { data = (List) t.getTransferData(javaFileListFlavor); } catch(final UnsupportedFlavorException ufx) { logger.error(IMPORT_UFX, ufx); return false; } catch(final IOException iox) { logger.error(IMPORT_IOX, iox); return false; } // create documents for each file transferred final Set<Long> createdIds = new HashSet<Long>(); boolean didPass = true; for(final Object datum : data) { final File file = (File) datum; try { final Document document = dModel.create(file.getName(), null, file); createdIds.add(document.getId()); } catch(final ParityException px) { logger.error(IMPORT_PX, px); didPass = false; } } if(didPass) { browser.fireDocumentsCreated(createdIds); browser.setInfoMessage("Document.Created"); return true; } else { // try to undo the created docs for(final Long id : createdIds) { try { dModel.delete(id); } catch(final ParityException px) { logger.error(IMPORT_UNDO_PX, px); } } return false; } }

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private static void initLogging(final Workspace workspace) { final Properties log4j = ConfigFactory.newInstance("log4j.properties"); switch (Version.getMode()) { case DEVELOPMENT: log4j.setProperty("log4j.logger.com.thinkparity", "DEBUG,FILE"); break; case DEMO: case PRODUCTION: log4j.setProperty("log4j.logger.com.thinkparity", "WARN,FILE"); break; case TESTING: log4j.setProperty("log4j.logger.com.thinkparity", "INFO,FILE"); break; default: Assert.assertUnreachable("UNKNOWN MODE"); } log4j.setProperty("log4j.appender.FILE.File", new File(workspace.getLogDirectory(), "thinkParity.log").getAbsolutePath()); PropertyConfigurator.configure(log4j); new Log4JWrapper().logInfo("{0} - {1} - {2}", Version.getName(), Version.getMode(), Version.getBuildId()); }

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private Display createContent() { if(null == content) { content = new ContentDisplay(); // HEIGHT ContentDisplay 472 applySize(content, 472); } return content; }

private Display createContent() { if(null == content) { content = new ContentDisplay(); // HEIGHT ContentDisplay 472 applySize(content, 469); } return content; }

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private Display createStatus() { if(null == status) { status = new StatusDisplay(); // HEIGHT Status Display 20 applySize(status, 20); } return status; }

private Display createStatus() { if(null == status) { status = new StatusDisplay(); // HEIGHT Status Display 20 applySize(status, 23); } return status; }

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void displayMainStatusAvatar() { final Data input = new Data(1); input.set(MainStatusAvatar.DataKey.PROFILE, getProfile()); setInput(AvatarId.MAIN_STATUS, input); displayStatus(AvatarId.MAIN_STATUS); }

void displayMainStatusAvatar() { final Data input = new Data(2); input.set(MainStatusAvatar.DataKey.PROFILE, getProfile()); setInput(AvatarId.MAIN_STATUS, input); displayStatus(AvatarId.MAIN_STATUS); }

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protected void assertNotTeamMember(final Object assertion, final Long artifactId, final JabberId userId) { final List<TeamMember> team = getInternalArtifactModel().readTeam2(artifactId); final User user = getInternalUserModel().read(userId); if (null != user) Assert.assertNotTrue(assertion, contains(team, user)); }

protected void assertNotTeamMember(final Object assertion, final Long artifactId, final JabberId userId) { final List<TeamMember> team = getArtifactModel().readTeam2(artifactId); final User user = getInternalUserModel().read(userId); if (null != user) Assert.assertNotTrue(assertion, contains(team, user)); }

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protected void assertTeamMember(final Object assertion, final Long artifactId, final JabberId userId) { final List<TeamMember> team = getInternalArtifactModel().readTeam2(artifactId); Assert.assertNotTrue(assertion, contains(team, getInternalUserModel().read(userId))); }

protected void assertTeamMember(final Object assertion, final Long artifactId, final JabberId userId) { final List<TeamMember> team = getArtifactModel().readTeam2(artifactId); Assert.assertNotTrue(assertion, contains(team, getInternalUserModel().read(userId))); }

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protected Boolean doesExistVersion(final Long artifactId, final Long versionId) { return getInternalArtifactModel().doesVersionExist(artifactId, versionId); }

protected Boolean doesExistVersion(final Long artifactId, final Long versionId) { return getArtifactModel().doesVersionExist(artifactId, versionId); }

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protected Boolean isKeyHolder(final Long artifactId) throws ParityException { assertOnline("USER NOT ONLINE"); final InternalArtifactModel artifactModel = getInternalArtifactModel(); return artifactModel.isFlagApplied(artifactId, ArtifactFlag.KEY) && isRemoteKeyHolder(artifactModel.readUniqueId(artifactId)); }

protected Boolean isKeyHolder(final Long artifactId) throws ParityException { assertOnline("USER NOT ONLINE"); final InternalArtifactModel artifactModel = getArtifactModel(); return artifactModel.isFlagApplied(artifactId, ArtifactFlag.KEY) && isRemoteKeyHolder(artifactModel.readUniqueId(artifactId)); }

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protected TeamMember localTeamMember(final Long artifactId) { final List<TeamMember> team = getInternalArtifactModel().readTeam2(artifactId); return get(team, localUser()); }

protected TeamMember localTeamMember(final Long artifactId) { final List<TeamMember> team = getArtifactModel().readTeam2(artifactId); return get(team, localUser()); }

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protected UUID readArtifactUniqueId(final Long artifactId) { return getInternalArtifactModel().readUniqueId(artifactId); }

protected UUID readArtifactUniqueId(final Long artifactId) { return getArtifactModel().readUniqueId(artifactId); }

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protected Long readNextVersionId(final Long artifactId) { final Long latestVersionId = getInternalArtifactModel().readLatestVersionId(artifactId); return null == latestVersionId ? Versioning.START : latestVersionId + Versioning.INCREMENT; }

protected Long readNextVersionId(final Long artifactId) { final Long latestVersionId = getArtifactModel().readLatestVersionId(artifactId); return null == latestVersionId ? Versioning.START : latestVersionId + Versioning.INCREMENT; }

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public void testGet() { try { Project project; for(Fixture datum : data) { project = datum.projectModel.get(datum.projectId); assertNotNull(project); assertEquals(datum.expectedProject, project); } } catch(Throwable t) { fail(getFailMessage(t)); } }

public void testGet() { try { Project project; for(Fixture datum : data) { project = datum.projectModel.get(datum.projectId); assertEquals(datum.expectedProject, project); } } catch(Throwable t) { fail(getFailMessage(t)); } }

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private TxUtils() { super(); }

private TxUtils() { super(); this.logger = LoggerFactory.getLogger(getClass()); }

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public Long create(final String artifactId, final String groupId, final String path, final Library.Type type, final String version) throws XMPPException { final XMPPSession session = openSession(); try { session.setRemoteMethod("library:create"); session.setParameter("artifactId", artifactId); session.setParameter("groupId", groupId); session.setParameter("path", path); session.setParameter("type", type); session.setParameter("version", version); session.execute(); if(session.containsResult()) { session.commit(); return session.getLong("id"); } else { throw new XMPPException( "[RMODEL] [LIBRARY] [XMPP IO] [UNABLE TO CREATE LIBRARY]"); } } catch(final Exception x) { session.rollback(); throw new XMPPException(x); } finally { session.close(); } }

public Long create(final String artifactId, final String groupId, final String path, final Library.Type type, final String version) throws XMPPException { final XMPPSession session = openAnonymousSession(); try { session.setRemoteMethod("library:create"); session.setParameter("artifactId", artifactId); session.setParameter("groupId", groupId); session.setParameter("path", path); session.setParameter("type", type); session.setParameter("version", version); session.execute(); if(session.containsResult()) { session.commit(); return session.getLong("id"); } else { throw new XMPPException( "[RMODEL] [LIBRARY] [XMPP IO] [UNABLE TO CREATE LIBRARY]"); } } catch(final Exception x) { session.rollback(); throw new XMPPException(x); } finally { session.close(); } }

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public void createBytes(final Long libraryId, final byte[] bytes, final String checksum) throws XMPPException { final XMPPSession session = openSession(); try { session.setRemoteMethod("library:createbytes"); session.setParameter("id", libraryId); session.setParameter("bytes", bytes); session.setParameter("checksum", checksum); session.execute(); session.commit(); } catch(final Exception x) { session.rollback(); throw new XMPPException(x); } finally { session.close(); } }

public void createBytes(final Long libraryId, final byte[] bytes, final String checksum) throws XMPPException { final XMPPSession session = openAnonymousSession(); try { session.setRemoteMethod("library:createbytes"); session.setParameter("id", libraryId); session.setParameter("bytes", bytes); session.setParameter("checksum", checksum); session.execute(); session.commit(); } catch(final Exception x) { session.rollback(); throw new XMPPException(x); } finally { session.close(); } }

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public void delete(final Long libraryId) throws XMPPException { final XMPPSession session = openSession(); try { session.setRemoteMethod("library:delete"); session.setParameter("id", libraryId); session.execute(); } catch(final Exception x) { session.rollback(); throw new XMPPException(x); } finally { session.close(); } }

public void delete(final Long libraryId) throws XMPPException { final XMPPSession session = openAnonymousSession(); try { session.setRemoteMethod("library:delete"); session.setParameter("id", libraryId); session.execute(); } catch(final Exception x) { session.rollback(); throw new XMPPException(x); } finally { session.close(); } }

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public Library read(final Long libraryId) throws XMPPException { final XMPPSession session = openSession(); try { session.setRemoteMethod("library:read"); session.setParameter("id", libraryId); session.execute(); if(session.containsResult()) { return extractLibrary(session); } else { return null; } } finally { session.close(); } }

public Library read(final Long libraryId) throws XMPPException { final XMPPSession session = openAnonymousSession(); try { session.setRemoteMethod("library:read"); session.setParameter("id", libraryId); session.execute(); if(session.containsResult()) { return extractLibrary(session); } else { return null; } } finally { session.close(); } }

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public LibraryBytes readBytes(final Long libraryId) throws XMPPException { final XMPPSession session = openSession(); try { session.setRemoteMethod("library:readbytes"); session.setParameter("id", libraryId); session.execute(); if(session.containsResult()) { return extractLibraryBytes(session); } else { return null; } } catch(final Exception x) { throw new XMPPException(x); } finally { session.close(); } }

public LibraryBytes readBytes(final Long libraryId) throws XMPPException { final XMPPSession session = openAnonymousSession(); try { session.setRemoteMethod("library:readbytes"); session.setParameter("id", libraryId); session.execute(); if(session.containsResult()) { return extractLibraryBytes(session); } else { return null; } } catch(final Exception x) { throw new XMPPException(x); } finally { session.close(); } }

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public byte[] readSmallBytes(final Long libraryId) throws XMPPException { final XMPPSession session = openSession(); try { session.setRemoteMethod("library:readbytes"); session.setParameter("id", libraryId); session.execute(); if(session.containsResult()) { return extractSmallLibraryBytes(session); } else { return null; } } catch(final Exception x) { throw new XMPPException(x); } finally { session.close(); } }

public byte[] readSmallBytes(final Long libraryId) throws XMPPException { final XMPPSession session = openAnonymousSession(); try { session.setRemoteMethod("library:readbytes"); session.setParameter("id", libraryId); session.execute(); if(session.containsResult()) { return extractSmallLibraryBytes(session); } else { return null; } } catch(final Exception x) { throw new XMPPException(x); } finally { session.close(); } }

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public void invoke(final Data data) { final Long artifactId = (Long) data.get(DataKey.ARTIFACT_ID); getArtifactModel().applyFlagSeen(artifactId); }

public void invoke(final Data data) { final Long artifactId = (Long) data.get(DataKey.ARTIFACT_ID); final ArtifactType artifactType = (ArtifactType) data.get(DataKey.ARTIFACT_TYPE); if (!getArtifactModel().hasBeenSeen(artifactId)) { getArtifactModel().applyFlagSeen(artifactId); browser.fireArtifactFlagSeen(artifactId, artifactType, Boolean.FALSE); } }

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private void syncDocuments() { // sync the documents with the visible documents visibleDocuments.clear(); visibleDocuments.addAll(documents); ModelFilterManager.filter(visibleDocuments, documentFilter); // sync visible documents with the swing list's model ListItem li; for(int i = 0; i < visibleDocuments.size(); i++) { li = ListItem.create(visibleDocuments.get(i)); if(!jListModel.contains(li)) { jListModel.add(i, li); } } final ListItem[] modelItems = new ListItem[jListModel.size()]; jListModel.copyInto(modelItems); for(final ListItem li2 : modelItems) { if(li2 instanceof DocumentListItem) { if(!visibleDocuments.contains(((DocumentListItem) li2).getDisplayDocument())) { jListModel.removeElement(li2); } } } if(1 > visibleDocuments.size()) { browser.disableHistory(); } else { browser.enableHistory(); } }

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public void delete(final Long artifactId) throws HypersonicException { final Session session = openSession(); try { final Long[] auditIds = listAuditIds(session, artifactId); final Long[] metaDataIds = listMetaDataIds(session, auditIds); session.prepareStatement(SQL_DELETE_AUDIT_META_DATA); for(final Long metaDataId : metaDataIds) { session.setLong(1, metaDataId); if(1 != session.executeUpdate()) throw new HypersonicException("Could not delete audit meta data."); } for(final Long metaDataId : metaDataIds) getMetaDataIO().delete(session, metaDataId); session.prepareStatement(SQL_DELETE_AUDIT_VERSION); session.setLong(1, artifactId); int rowsDeleted = session.executeUpdate(); if(0 != rowsDeleted && 1 != rowsDeleted) throw new HypersonicException("Could not delete audit version."); session.prepareStatement(SQL_DELETE_AUDIT); session.setLong(1, artifactId); if(1 != session.executeUpdate()) throw new HypersonicException("Could not delete audit."); session.commit(); } catch(final HypersonicException hx) { session.rollback(); throw hx; } finally { session.close(); } }

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public void delete(final Long artifactId) throws HypersonicException { final Session session = openSession(); try { final Long[] auditIds = listAuditIds(session, artifactId); final Long[] metaDataIds = listMetaDataIds(session, auditIds); session.prepareStatement(SQL_DELETE_AUDIT_META_DATA); for(final Long metaDataId : metaDataIds) { session.setLong(1, metaDataId); if(1 != session.executeUpdate()) throw new HypersonicException("Could not delete audit meta data."); } for(final Long metaDataId : metaDataIds) getMetaDataIO().delete(session, metaDataId); session.prepareStatement(SQL_DELETE_AUDIT_VERSION); session.setLong(1, artifactId); int rowsDeleted = session.executeUpdate(); if(0 != rowsDeleted && 1 != rowsDeleted) throw new HypersonicException("Could not delete audit version."); session.prepareStatement(SQL_DELETE_AUDIT); session.setLong(1, artifactId); if(1 != session.executeUpdate()) throw new HypersonicException("Could not delete audit."); session.commit(); } catch(final HypersonicException hx) { session.rollback(); throw hx; } finally { session.close(); } }

public void delete(final Long artifactId) throws HypersonicException { final Session session = openSession(); try { final Long[] auditIds = listAuditIds(session, artifactId); final Long[] metaDataIds = listMetaDataIds(session, auditIds); session.prepareStatement(SQL_DELETE_AUDIT_META_DATA); for(final Long metaDataId : metaDataIds) { session.setLong(1, metaDataId); if(auditIds.length != session.executeUpdate()) throw new HypersonicException("Could not delete audit meta data."); } for(final Long metaDataId : metaDataIds) getMetaDataIO().delete(session, metaDataId); session.prepareStatement(SQL_DELETE_AUDIT_VERSION); session.setLong(1, artifactId); int rowsDeleted = session.executeUpdate(); if(0 != rowsDeleted && 1 != rowsDeleted) throw new HypersonicException("Could not delete audit version."); session.prepareStatement(SQL_DELETE_AUDIT); session.setLong(1, artifactId); if(auditIds.length != session.executeUpdate()) throw new HypersonicException("Could not delete audit."); session.commit(); } catch(final HypersonicException hx) { session.rollback(); throw hx; } finally { session.close(); } }

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private ReceiveKeyEvent extractReceiveKey(final Session session) { final ReceiveKeyEvent receiveKeyEvent = new ReceiveKeyEvent(); receiveKeyEvent.setArtifactId(session.getLong("ARTIFACT_ID")); receiveKeyEvent.setArtifactVersionId(session.getLong("ARTIFACT_VERSION_ID")); receiveKeyEvent.setCreatedBy(session.getQualifiedUsername("CREATED_BY")); receiveKeyEvent.setCreatedOn(session.getCalendar("CREATED_ON")); receiveKeyEvent.setId(session.getLong("ARTIFACT_AUDIT_ID")); receiveKeyEvent.setType(session.getAuditEventTypeFromInteger("ARTIFACT_AUDIT_TYPE_ID")); final MetaData[] metaData = readMetaData(receiveKeyEvent.getId(), MetaDataKey.RECEIVED_FROM); receiveKeyEvent.setReceivedFrom((JabberId) metaData[0].getValue()); return receiveKeyEvent; }

private ReceiveKeyEvent extractReceiveKey(final Session session) { final ReceiveKeyEvent receiveKeyEvent = new ReceiveKeyEvent(); receiveKeyEvent.setArtifactId(session.getLong("ARTIFACT_ID")); receiveKeyEvent.setCreatedBy(session.getQualifiedUsername("CREATED_BY")); receiveKeyEvent.setCreatedOn(session.getCalendar("CREATED_ON")); receiveKeyEvent.setId(session.getLong("ARTIFACT_AUDIT_ID")); receiveKeyEvent.setType(session.getAuditEventTypeFromInteger("ARTIFACT_AUDIT_TYPE_ID")); final MetaData[] metaData = readMetaData(receiveKeyEvent.getId(), MetaDataKey.RECEIVED_FROM); receiveKeyEvent.setReceivedFrom((JabberId) metaData[0].getValue()); return receiveKeyEvent; }

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private SendKeyEvent extractSendKey(final Session session) { final SendKeyEvent sendKeyEvent = new SendKeyEvent(); sendKeyEvent.setArtifactId(session.getLong("ARTIFACT_ID")); sendKeyEvent.setArtifactVersionId(session.getLong("ARTIFACT_VERSION_ID")); sendKeyEvent.setCreatedBy(session.getQualifiedUsername("CREATED_BY")); sendKeyEvent.setCreatedOn(session.getCalendar("CREATED_ON")); sendKeyEvent.setId(session.getLong("ARTIFACT_AUDIT_ID")); sendKeyEvent.setType(session.getAuditEventTypeFromInteger("ARTIFACT_AUDIT_ID")); final MetaData[] metaData = readMetaData(sendKeyEvent.getId(), MetaDataKey.SENT_TO); sendKeyEvent.setSentTo((JabberId) metaData[0].getValue()); return sendKeyEvent; }

private SendKeyEvent extractSendKey(final Session session) { final SendKeyEvent sendKeyEvent = new SendKeyEvent(); sendKeyEvent.setArtifactId(session.getLong("ARTIFACT_ID")); sendKeyEvent.setArtifactVersionId(session.getLong("ARTIFACT_VERSION_ID")); sendKeyEvent.setCreatedBy(session.getQualifiedUsername("CREATED_BY")); sendKeyEvent.setCreatedOn(session.getCalendar("CREATED_ON")); sendKeyEvent.setId(session.getLong("ARTIFACT_AUDIT_ID")); sendKeyEvent.setType(session.getAuditEventTypeFromInteger("ARTIFACT_AUDIT_TYPE_ID")); final MetaData[] metaData = readMetaData(sendKeyEvent.getId(), MetaDataKey.SENT_TO); sendKeyEvent.setSentTo((JabberId) metaData[0].getValue()); return sendKeyEvent; }

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private JMenuItem getKeyRequestAcceptMenuItem(final ListItem listItem, final KeyRequest keyRequest) { return listItem.createJMenuItem("KeyRequestAccept", new ActionListener() { public void actionPerformed(final ActionEvent e) { runAcceptKeyRequest(listItem, document.getId(), keyRequest.getId()); } }); }

private JMenuItem getKeyRequestAcceptMenuItem(final ListItem listItem, final KeyRequest keyRequest) { final Object[] arguments = new Object[] { keyRequest.getRequestedByName() }; return listItem.createJMenuItem("KeyRequestAccept", arguments, new ActionListener() { public void actionPerformed(final ActionEvent e) { runAcceptKeyRequest(listItem, document.getId(), keyRequest.getId()); } }); }

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protected Reader acquireReader(String url) throws IOException, Exception { if (!this.isAbsoluteUrl) { // for relative URLs, delegate to our peer return new StringReader(acquireString(url)); } else { // absolute URL try { // handle absolute URLs ourselves, using java.net.URL URL u = new URL(url); //URL u = new URL("http", "proxy.hi.is", 8080, target); URLConnection uc = u.openConnection(); InputStream i = uc.getInputStream(); // okay, we've got a stream; encode it appropriately Reader r = null; String charSet; // charSet extracted according to RFC 2045, section 5.1 String contentType = uc.getContentType(); if (contentType != null) { charSet = this.getContentTypeAttribute(contentType, "charset"); if (charSet == null) { charSet = DEFAULT_ENCODING; } } else { charSet = DEFAULT_ENCODING; } try { r = new InputStreamReader(i, charSet); } catch (Exception ex) { r = new InputStreamReader(i, DEFAULT_ENCODING); } // check response code for HTTP URLs before returning, per spec, // before returning if (uc instanceof HttpURLConnection) { int status = ((HttpURLConnection)uc).getResponseCode(); if (status < 200 || status > 299) { throw new Exception(status + " " + url); } } return r; } catch (IOException ex) { throw new Exception("Problem accessing the absolute URL \"" + url + "\". " + ex); } catch (RuntimeException ex) { // because the spec makes us throw new Exception("Problem accessing the absolute URL \"" + url + "\". " + ex); } } }

protected Reader acquireReader(String url) throws IOException, Exception { if (!this.isAbsoluteUrl) { // for relative URLs, delegate to our peer return new StringReader(acquireString(url)); } else { // absolute URL try { // handle absolute URLs ourselves, using java.net.URL URL u = new URL(url); //URL u = new URL("http", "proxy.hi.is", 8080, target); URLConnection uc = u.openConnection(); InputStream i = uc.getInputStream(); // okay, we've got a stream; encode it appropriately Reader r = null; String charSet; // charSet extracted according to RFC 2045, section 5.1 String contentType = uc.getContentType(); if (contentType != null) { charSet = ImportSupport.getContentTypeAttribute(contentType, "charset"); if (charSet == null) { charSet = DEFAULT_ENCODING; } } else { charSet = DEFAULT_ENCODING; } try { r = new InputStreamReader(i, charSet); } catch (Exception ex) { r = new InputStreamReader(i, DEFAULT_ENCODING); } // check response code for HTTP URLs before returning, per spec, // before returning if (uc instanceof HttpURLConnection) { int status = ((HttpURLConnection)uc).getResponseCode(); if (status < 200 || status > 299) { throw new Exception(status + " " + url); } } return r; } catch (IOException ex) { throw new Exception("Problem accessing the absolute URL \"" + url + "\". " + ex); } catch (RuntimeException ex) { // because the spec makes us throw new Exception("Problem accessing the absolute URL \"" + url + "\". " + ex); } } }

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ArchiveTabAvatar(final TabPanelExtension extension) { super(extension, new ArchiveTabModel(extension)); model.setSession(getSession()); setPopupDelegate(model.getPopupDelegate()); }

ArchiveTabAvatar(final TabPanelExtension extension) { super(extension, new ArchiveTabModel(extension)); model.setSession(getSession()); setSortByDelegate(model); }

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private void doToggleExpansion(final TabPanel tabPanel) { final ContactTabPanel contactTabPanel = (ContactTabPanel) tabPanel; final Boolean expanded; if (isExpanded(contactTabPanel)) { expanded = Boolean.FALSE; } else { // NOTE-BEGIN:multi-expand to allow multiple selection in the list; remove here for (final TabPanel visiblePanel : visiblePanels) { if (isExpanded(visiblePanel)) { doToggleExpansion(visiblePanel); } } // NOTE-END:multi-expand expanded = Boolean.TRUE; } contactTabPanel.setExpanded(expanded); expandedState.put(tabPanel, expanded); }

private void doToggleExpansion(final TabPanel tabPanel) { final ContactTabPanel contactTabPanel = (ContactTabPanel) tabPanel; final Boolean expanded; if (isExpanded(contactTabPanel)) { expanded = Boolean.FALSE; } else { // NOTE-BEGIN:multi-expand to allow multiple selection in the list; remove here for (final TabPanel visiblePanel : visiblePanels) { if (isExpanded(visiblePanel)) { doToggleExpansion(visiblePanel); } } // NOTE-END:multi-expand expanded = Boolean.TRUE; } expandedState.put(tabPanel, expanded); }

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void handleArtifactPublished(final UUID uniqueId, final Long versionId, final String name, final UUID artifactUniqueId, final Long artifactVersionId, final String artifactName, final ArtifactType artifactType, final String artifactChecksum, final String artifactStreamId, final JabberId publishedBy, final Calendar publishedOn) { logger.logApiId(); logger.logVariable("uniqueId", uniqueId); logger.logVariable("versionId", versionId); logger.logVariable("name", name); logger.logVariable("artifactUniqueId", artifactUniqueId); logger.logVariable("artifactVersionId", artifactVersionId); logger.logVariable("artifactName", artifactName); logger.logVariable("artifactType", artifactType); logger.logVariable("artifactChecksum", artifactChecksum); logger.logVariable("artifactStreamId", artifactStreamId); logger.logVariable("publishedBy", publishedBy); logger.logVariable("publishedOn", publishedOn); try { assertIsNotLocalUserId(publishedBy); // determine the existance of the container and the version. final InternalArtifactModel artifactModel = getInternalArtifactModel(); final Boolean doesExist = artifactModel.doesExist(uniqueId); final Boolean doesVersionExist; final Long containerId; final Container container; final ContainerVersion version; if (doesExist) { containerId = artifactModel.readId(uniqueId); container = read(containerId); doesVersionExist = artifactModel.doesVersionExist(containerId, versionId); if (doesVersionExist) { version = readVersion(container.getId(), versionId); } else { version = createVersion(container.getId(), versionId, publishedBy, publishedOn); } } else { doesVersionExist = Boolean.FALSE; // ensure the published by user exists locally getInternalUserModel().readLazyCreate(publishedBy); container = new Container(); container.setCreatedBy(publishedBy); container.setCreatedOn(publishedOn); container.setName(name); container.setState(ArtifactState.ACTIVE); container.setType(ArtifactType.CONTAINER); container.setUniqueId(uniqueId); container.setUpdatedBy(container.getCreatedBy()); container.setUpdatedOn(container.getCreatedOn()); // create containerIO.create(container); // create version version = createVersion(container.getId(), versionId, publishedBy, publishedOn); // create remote info artifactModel.createRemoteInfo(container.getId(), publishedBy, container.getCreatedOn()); // index getIndexModel().indexContainer(container.getId()); } // handle the artifact by specific type final ArtifactVersion artifactVersion; switch(artifactType) { case DOCUMENT: artifactVersion = handleDocumentPublished(artifactUniqueId, artifactVersionId, artifactName, artifactChecksum, artifactStreamId, publishedBy, publishedOn); break; case CONTAINER: default: throw Assert.createUnreachable("UNKNOWN ARTIFACT TYPE"); } containerIO.addVersion(version.getArtifactId(), version.getVersionId(), artifactVersion.getArtifactId(), artifactVersion.getVersionId(), artifactVersion.getArtifactType()); final Container postPublish = read(container.getId()); final ContainerVersion postPublishVersion = readVersion(version.getArtifactId(), version.getVersionId()); notifyContainerPublished(postPublish, null, postPublishVersion, remoteEventGenerator); } catch(final Throwable t) { throw translateError(t); } }

void handleArtifactPublished(final UUID uniqueId, final Long versionId, final String name, final UUID artifactUniqueId, final Long artifactVersionId, final String artifactName, final ArtifactType artifactType, final String artifactChecksum, final String artifactStreamId, final JabberId publishedBy, final Calendar publishedOn) { logger.logApiId(); logger.logVariable("uniqueId", uniqueId); logger.logVariable("versionId", versionId); logger.logVariable("name", name); logger.logVariable("artifactUniqueId", artifactUniqueId); logger.logVariable("artifactVersionId", artifactVersionId); logger.logVariable("artifactName", artifactName); logger.logVariable("artifactType", artifactType); logger.logVariable("artifactChecksum", artifactChecksum); logger.logVariable("artifactStreamId", artifactStreamId); logger.logVariable("publishedBy", publishedBy); logger.logVariable("publishedOn", publishedOn); try { assertIsNotLocalUserId(publishedBy); // determine the existance of the container and the version. final InternalArtifactModel artifactModel = getInternalArtifactModel(); final Boolean doesExist = artifactModel.doesExist(uniqueId); final Long containerId; final Container container; final ContainerVersion version; if (doesExist) { containerId = artifactModel.readId(uniqueId); container = read(containerId); doesVersionExist = artifactModel.doesVersionExist(containerId, versionId); if (doesVersionExist) { version = readVersion(container.getId(), versionId); } else { version = createVersion(container.getId(), versionId, publishedBy, publishedOn); } } else { doesVersionExist = Boolean.FALSE; // ensure the published by user exists locally getInternalUserModel().readLazyCreate(publishedBy); container = new Container(); container.setCreatedBy(publishedBy); container.setCreatedOn(publishedOn); container.setName(name); container.setState(ArtifactState.ACTIVE); container.setType(ArtifactType.CONTAINER); container.setUniqueId(uniqueId); container.setUpdatedBy(container.getCreatedBy()); container.setUpdatedOn(container.getCreatedOn()); // create containerIO.create(container); // create version version = createVersion(container.getId(), versionId, publishedBy, publishedOn); // create remote info artifactModel.createRemoteInfo(container.getId(), publishedBy, container.getCreatedOn()); // index getIndexModel().indexContainer(container.getId()); } // handle the artifact by specific type final ArtifactVersion artifactVersion; switch(artifactType) { case DOCUMENT: artifactVersion = handleDocumentPublished(artifactUniqueId, artifactVersionId, artifactName, artifactChecksum, artifactStreamId, publishedBy, publishedOn); break; case CONTAINER: default: throw Assert.createUnreachable("UNKNOWN ARTIFACT TYPE"); } containerIO.addVersion(version.getArtifactId(), version.getVersionId(), artifactVersion.getArtifactId(), artifactVersion.getVersionId(), artifactVersion.getArtifactType()); final Container postPublish = read(container.getId()); final ContainerVersion postPublishVersion = readVersion(version.getArtifactId(), version.getVersionId()); notifyContainerPublished(postPublish, null, postPublishVersion, remoteEventGenerator); } catch(final Throwable t) { throw translateError(t); } }

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void handleArtifactPublished(final UUID uniqueId, final Long versionId, final String name, final UUID artifactUniqueId, final Long artifactVersionId, final String artifactName, final ArtifactType artifactType, final String artifactChecksum, final String artifactStreamId, final JabberId publishedBy, final Calendar publishedOn) { logger.logApiId(); logger.logVariable("uniqueId", uniqueId); logger.logVariable("versionId", versionId); logger.logVariable("name", name); logger.logVariable("artifactUniqueId", artifactUniqueId); logger.logVariable("artifactVersionId", artifactVersionId); logger.logVariable("artifactName", artifactName); logger.logVariable("artifactType", artifactType); logger.logVariable("artifactChecksum", artifactChecksum); logger.logVariable("artifactStreamId", artifactStreamId); logger.logVariable("publishedBy", publishedBy); logger.logVariable("publishedOn", publishedOn); try { assertIsNotLocalUserId(publishedBy); // determine the existance of the container and the version. final InternalArtifactModel artifactModel = getInternalArtifactModel(); final Boolean doesExist = artifactModel.doesExist(uniqueId); final Boolean doesVersionExist; final Long containerId; final Container container; final ContainerVersion version; if (doesExist) { containerId = artifactModel.readId(uniqueId); container = read(containerId); doesVersionExist = artifactModel.doesVersionExist(containerId, versionId); if (doesVersionExist) { version = readVersion(container.getId(), versionId); } else { version = createVersion(container.getId(), versionId, publishedBy, publishedOn); } } else { doesVersionExist = Boolean.FALSE; // ensure the published by user exists locally getInternalUserModel().readLazyCreate(publishedBy); container = new Container(); container.setCreatedBy(publishedBy); container.setCreatedOn(publishedOn); container.setName(name); container.setState(ArtifactState.ACTIVE); container.setType(ArtifactType.CONTAINER); container.setUniqueId(uniqueId); container.setUpdatedBy(container.getCreatedBy()); container.setUpdatedOn(container.getCreatedOn()); // create containerIO.create(container); // create version version = createVersion(container.getId(), versionId, publishedBy, publishedOn); // create remote info artifactModel.createRemoteInfo(container.getId(), publishedBy, container.getCreatedOn()); // index getIndexModel().indexContainer(container.getId()); } // handle the artifact by specific type final ArtifactVersion artifactVersion; switch(artifactType) { case DOCUMENT: artifactVersion = handleDocumentPublished(artifactUniqueId, artifactVersionId, artifactName, artifactChecksum, artifactStreamId, publishedBy, publishedOn); break; case CONTAINER: default: throw Assert.createUnreachable("UNKNOWN ARTIFACT TYPE"); } containerIO.addVersion(version.getArtifactId(), version.getVersionId(), artifactVersion.getArtifactId(), artifactVersion.getVersionId(), artifactVersion.getArtifactType()); final Container postPublish = read(container.getId()); final ContainerVersion postPublishVersion = readVersion(version.getArtifactId(), version.getVersionId()); notifyContainerPublished(postPublish, null, postPublishVersion, remoteEventGenerator); } catch(final Throwable t) { throw translateError(t); } }

void handleArtifactPublished(final UUID uniqueId, final Long versionId, final String name, final UUID artifactUniqueId, final Long artifactVersionId, final String artifactName, final ArtifactType artifactType, final String artifactChecksum, final String artifactStreamId, final JabberId publishedBy, final Calendar publishedOn) { logger.logApiId(); logger.logVariable("uniqueId", uniqueId); logger.logVariable("versionId", versionId); logger.logVariable("name", name); logger.logVariable("artifactUniqueId", artifactUniqueId); logger.logVariable("artifactVersionId", artifactVersionId); logger.logVariable("artifactName", artifactName); logger.logVariable("artifactType", artifactType); logger.logVariable("artifactChecksum", artifactChecksum); logger.logVariable("artifactStreamId", artifactStreamId); logger.logVariable("publishedBy", publishedBy); logger.logVariable("publishedOn", publishedOn); try { assertIsNotLocalUserId(publishedBy); // determine the existance of the container and the version. final InternalArtifactModel artifactModel = getInternalArtifactModel(); final Boolean doesExist = artifactModel.doesExist(uniqueId); final Boolean doesVersionExist; final Long containerId; final Container container; final ContainerVersion version; if (doesExist) { containerId = artifactModel.readId(uniqueId); container = read(containerId); final Boolean doesVersionExist = artifactModel.doesVersionExist(containerId, versionId); if (doesVersionExist) { version = readVersion(container.getId(), versionId); } else { version = createVersion(container.getId(), versionId, publishedBy, publishedOn); } } else { doesVersionExist = Boolean.FALSE; // ensure the published by user exists locally getInternalUserModel().readLazyCreate(publishedBy); container = new Container(); container.setCreatedBy(publishedBy); container.setCreatedOn(publishedOn); container.setName(name); container.setState(ArtifactState.ACTIVE); container.setType(ArtifactType.CONTAINER); container.setUniqueId(uniqueId); container.setUpdatedBy(container.getCreatedBy()); container.setUpdatedOn(container.getCreatedOn()); // create containerIO.create(container); // create version version = createVersion(container.getId(), versionId, publishedBy, publishedOn); // create remote info artifactModel.createRemoteInfo(container.getId(), publishedBy, container.getCreatedOn()); // index getIndexModel().indexContainer(container.getId()); } // handle the artifact by specific type final ArtifactVersion artifactVersion; switch(artifactType) { case DOCUMENT: artifactVersion = handleDocumentPublished(artifactUniqueId, artifactVersionId, artifactName, artifactChecksum, artifactStreamId, publishedBy, publishedOn); break; case CONTAINER: default: throw Assert.createUnreachable("UNKNOWN ARTIFACT TYPE"); } containerIO.addVersion(version.getArtifactId(), version.getVersionId(), artifactVersion.getArtifactId(), artifactVersion.getVersionId(), artifactVersion.getArtifactType()); final Container postPublish = read(container.getId()); final ContainerVersion postPublishVersion = readVersion(version.getArtifactId(), version.getVersionId()); notifyContainerPublished(postPublish, null, postPublishVersion, remoteEventGenerator); } catch(final Throwable t) { throw translateError(t); } }

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void handleArtifactPublished(final UUID uniqueId, final Long versionId, final String name, final UUID artifactUniqueId, final Long artifactVersionId, final String artifactName, final ArtifactType artifactType, final String artifactChecksum, final String artifactStreamId, final JabberId publishedBy, final Calendar publishedOn) { logger.logApiId(); logger.logVariable("uniqueId", uniqueId); logger.logVariable("versionId", versionId); logger.logVariable("name", name); logger.logVariable("artifactUniqueId", artifactUniqueId); logger.logVariable("artifactVersionId", artifactVersionId); logger.logVariable("artifactName", artifactName); logger.logVariable("artifactType", artifactType); logger.logVariable("artifactChecksum", artifactChecksum); logger.logVariable("artifactStreamId", artifactStreamId); logger.logVariable("publishedBy", publishedBy); logger.logVariable("publishedOn", publishedOn); try { assertIsNotLocalUserId(publishedBy); // determine the existance of the container and the version. final InternalArtifactModel artifactModel = getInternalArtifactModel(); final Boolean doesExist = artifactModel.doesExist(uniqueId); final Boolean doesVersionExist; final Long containerId; final Container container; final ContainerVersion version; if (doesExist) { containerId = artifactModel.readId(uniqueId); container = read(containerId); doesVersionExist = artifactModel.doesVersionExist(containerId, versionId); if (doesVersionExist) { version = readVersion(container.getId(), versionId); } else { version = createVersion(container.getId(), versionId, publishedBy, publishedOn); } } else { doesVersionExist = Boolean.FALSE; // ensure the published by user exists locally getInternalUserModel().readLazyCreate(publishedBy); container = new Container(); container.setCreatedBy(publishedBy); container.setCreatedOn(publishedOn); container.setName(name); container.setState(ArtifactState.ACTIVE); container.setType(ArtifactType.CONTAINER); container.setUniqueId(uniqueId); container.setUpdatedBy(container.getCreatedBy()); container.setUpdatedOn(container.getCreatedOn()); // create containerIO.create(container); // create version version = createVersion(container.getId(), versionId, publishedBy, publishedOn); // create remote info artifactModel.createRemoteInfo(container.getId(), publishedBy, container.getCreatedOn()); // index getIndexModel().indexContainer(container.getId()); } // handle the artifact by specific type final ArtifactVersion artifactVersion; switch(artifactType) { case DOCUMENT: artifactVersion = handleDocumentPublished(artifactUniqueId, artifactVersionId, artifactName, artifactChecksum, artifactStreamId, publishedBy, publishedOn); break; case CONTAINER: default: throw Assert.createUnreachable("UNKNOWN ARTIFACT TYPE"); } containerIO.addVersion(version.getArtifactId(), version.getVersionId(), artifactVersion.getArtifactId(), artifactVersion.getVersionId(), artifactVersion.getArtifactType()); final Container postPublish = read(container.getId()); final ContainerVersion postPublishVersion = readVersion(version.getArtifactId(), version.getVersionId()); notifyContainerPublished(postPublish, null, postPublishVersion, remoteEventGenerator); } catch(final Throwable t) { throw translateError(t); } }

void handleArtifactPublished(final UUID uniqueId, final Long versionId, final String name, final UUID artifactUniqueId, final Long artifactVersionId, final String artifactName, final ArtifactType artifactType, final String artifactChecksum, final String artifactStreamId, final JabberId publishedBy, final Calendar publishedOn) { logger.logApiId(); logger.logVariable("uniqueId", uniqueId); logger.logVariable("versionId", versionId); logger.logVariable("name", name); logger.logVariable("artifactUniqueId", artifactUniqueId); logger.logVariable("artifactVersionId", artifactVersionId); logger.logVariable("artifactName", artifactName); logger.logVariable("artifactType", artifactType); logger.logVariable("artifactChecksum", artifactChecksum); logger.logVariable("artifactStreamId", artifactStreamId); logger.logVariable("publishedBy", publishedBy); logger.logVariable("publishedOn", publishedOn); try { assertIsNotLocalUserId(publishedBy); // determine the existance of the container and the version. final InternalArtifactModel artifactModel = getInternalArtifactModel(); final Boolean doesExist = artifactModel.doesExist(uniqueId); final Boolean doesVersionExist; final Long containerId; final Container container; final ContainerVersion version; if (doesExist) { containerId = artifactModel.readId(uniqueId); container = read(containerId); doesVersionExist = artifactModel.doesVersionExist(containerId, versionId); if (doesVersionExist) { version = readVersion(container.getId(), versionId); } else { version = createVersion(container.getId(), versionId, publishedBy, publishedOn); } } else { // ensure the published by user exists locally getInternalUserModel().readLazyCreate(publishedBy); container = new Container(); container.setCreatedBy(publishedBy); container.setCreatedOn(publishedOn); container.setName(name); container.setState(ArtifactState.ACTIVE); container.setType(ArtifactType.CONTAINER); container.setUniqueId(uniqueId); container.setUpdatedBy(container.getCreatedBy()); container.setUpdatedOn(container.getCreatedOn()); // create containerIO.create(container); // create version version = createVersion(container.getId(), versionId, publishedBy, publishedOn); // create remote info artifactModel.createRemoteInfo(container.getId(), publishedBy, container.getCreatedOn()); // index getIndexModel().indexContainer(container.getId()); } // handle the artifact by specific type final ArtifactVersion artifactVersion; switch(artifactType) { case DOCUMENT: artifactVersion = handleDocumentPublished(artifactUniqueId, artifactVersionId, artifactName, artifactChecksum, artifactStreamId, publishedBy, publishedOn); break; case CONTAINER: default: throw Assert.createUnreachable("UNKNOWN ARTIFACT TYPE"); } containerIO.addVersion(version.getArtifactId(), version.getVersionId(), artifactVersion.getArtifactId(), artifactVersion.getVersionId(), artifactVersion.getArtifactType()); final Container postPublish = read(container.getId()); final ContainerVersion postPublishVersion = readVersion(version.getArtifactId(), version.getVersionId()); notifyContainerPublished(postPublish, null, postPublishVersion, remoteEventGenerator); } catch(final Throwable t) { throw translateError(t); } }

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public DOMTestCase(DOMTestDocumentBuilderFactory factory) { super(factory); framework = null; }

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public Border getBorder() { if(isExpanded()) { return new Expanded(); } else { return new Default(); } }

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public ImageIcon getNodeIcon() { if(isExpanded()) { return imageCache.read(DocumentIcon.NODE_EXPANDED); } else { return imageCache.read(DocumentIcon.NODE_DEFAULT); } }

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private void installDataListener() { final DefaultListModel listModel = model.getListModel(); listModel.addListDataListener(new ListDataListener() { public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } }); }

private void installDataListener() { final DefaultListModel listModel = model.getListModel(); listModel.addListDataListener(new ListDataListener() { public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); } tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); }*/ debug(); } public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); }*/ debug(); } public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); }*/ debug(); } }); }

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private void installDataListener() { final DefaultListModel listModel = model.getListModel(); listModel.addListDataListener(new ListDataListener() { public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } }); }

private void installDataListener() { final DefaultListModel listModel = model.getListModel(); listModel.addListDataListener(new ListDataListener() { public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } }); }

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private void installDataListener() { final DefaultListModel listModel = model.getListModel(); listModel.addListDataListener(new ListDataListener() { public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } }); }

private void installDataListener() { final DefaultListModel listModel = model.getListModel(); listModel.addListDataListener(new ListDataListener() { public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); } }); }

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public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); } tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); }*/ debug(); }

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public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

public void contentsChanged(final ListDataEvent e) { debug(); // update from index 0 to index 1 for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { panelConstraints.gridy = i; tabJPanel.remove(i); final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = e.getIndex0(); i <= e.getIndex1(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

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public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); }*/ debug(); }

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public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

public void intervalAdded(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Adding an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // refresh the element at index 0 and the elements after index 0 for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

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public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); }*/ debug(); }

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public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.revalidate(); tabJPanel.repaint(); tabJScrollPane.revalidate(); tabJScrollPane.repaint(); revalidate(); repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

public void intervalRemoved(final ListDataEvent e) { debug(); tabJPanel.remove(fillJLabel); // Removing an interval can cause the border on the interval before it to change, // so adjust the start index to one before the interval added. int startIndex = e.getIndex0(); if (startIndex > 0) { startIndex--; } // remove index 0 tabJPanel.remove(e.getIndex0()); // refresh from index 0 forward for (int i = startIndex; i < listModel.size(); i++) { panelConstraints.gridy = i; final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.setPreferredSize(panel.getPreferredSize(i==(listModel.size()-1))); panel.prepareForRepaint(); panel.setBackground(panel.getBackgroundColor()); panel.setBorder(panel.getBorder(i==(listModel.size()-1))); tabJPanel.add(panel, panelConstraints.clone(), i); panel.afterRepaint(); } tabJPanel.add(fillJLabel, fillConstraints, listModel.size()); tabJPanel.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJPanel.repaint(); tabJScrollPane.validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } tabJScrollPane.repaint(); validate(); for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.prepareForRepaintAfterValidate(); } repaint(); /* for (int i = startIndex; i < listModel.size(); i++) { final DefaultTabPanel panel = (DefaultTabPanel) listModel.get(i); panel.afterRepaint(); }*/ debug(); }

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void handleTeamMemberAdded(final UUID uniqueId, final JabberId jabberId) { logApiId(); logVariable("uniqueId", uniqueId); logVariable("jabberId", jabberId); try { final Long artifactId = readId(uniqueId); // if receiving your own team member added event you have just been // added to the team; so download the entire team. if (jabberId.equals(localUserId())) { final List<JabberId> remoteTeam = getInternalSessionModel().readArtifactTeam(uniqueId); for (final JabberId remoteUser : remoteTeam) { addTeamMember(artifactId, remoteUser); } } else { addTeamMember(artifactId, jabberId); } } catch(final Throwable t) { throw translateError(t); } }

void handleTeamMemberAdded(final UUID uniqueId, final JabberId jabberId) { logApiId(); logVariable("uniqueId", uniqueId); logVariable("jabberId", jabberId); try { final Long artifactId = readId(uniqueId); // if receiving your own team member added event you have just been // added to the team; so download the entire team. if (jabberId.equals(localUserId())) { final List<JabberId> remoteTeam = getInternalSessionModel().readArtifactTeam(uniqueId); for (final JabberId remoteUser : remoteTeam) { try { addTeamMember(artifactId, remoteUser); } catch (final TrueAssertion ta) { if ("TEAM MEMBER ALREADY ADDED".equals(ta.getMessage())) { logWarning(ta); } else { throw ta; } } } } else { addTeamMember(artifactId, jabberId); } } catch(final Throwable t) { throw translateError(t); } }

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public DoubleTypeConverterImpl(ValueFactory factory) { super(factory); }

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public void run() { LOGGER.logApiId(); LOGGER.logVariable("streamId", streamId); LOGGER.logVariable("streamId", streamOffset); LOGGER.logVariable("streamId", streamSize); try { final OutputStream output = streamServer.openOutputStream(streamSession, streamId, streamOffset); int len; long total = streamOffset.longValue(); final byte[] b = new byte[streamSession.getBufferSize()]; try { while((len = input.read(b)) > 0) { LOGGER.logDebug("Upstream recieved: {0}/{1}", total += len, streamSize); output.write(b, 0, len); output.flush(); } } finally { output.flush(); output.close(); } } catch (final IOException iox) { throw new StreamException(iox); } }

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private JMenu getSendVersionMenu() { final Contact[] team = avatar.getTeam(historyItem.getDocumentId()); final JMenu jMenu = MenuFactory.create(getString("SendVersion")); for(final Contact teamMember : team) { jMenu.add(createJMenuItem( "SendVersion.TeamMember", new Object[] {teamMember.getFirstName(), teamMember.getLastName(), teamMember.getOrganization()}, new ActionListener() { public void actionPerformed(final ActionEvent e) { avatar.getController().runSendArtifactVersion(getDocumentId(), teamMember, getVersionId()); } })); } return jMenu; }

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public void populatePopupMenu(final MouseEvent e, final JPopupMenu jPopupMenu) { if(isVersionAttached()) { jPopupMenu.add(getOpenVersionMenuItem()); jPopupMenu.add(getSendVersionMenu()); } }

public void populatePopupMenu(final MouseEvent e, final JPopupMenu jPopupMenu) { if(isVersionAttached()) { jPopupMenu.add(getOpenVersionMenuItem()); if(!isClosed()) { final Contact[] team = avatar.getTeam(historyItem.getDocumentId()); if(0 < team.length) { jPopupMenu.add(getSendVersionMenu(team)); } } } }

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public Project get(final UUID id) throws FileNotFoundException, IOException { logger.info("get(UUID)"); logger.debug(id); final Index index = readIndex(getIndexXmlFile()); return readProject(index.lookupXmlFile(id)); }

public Project get(final UUID id) throws FileNotFoundException, IOException { logger.info("get(UUID)"); logger.debug(id); final Index index = readIndex(getIndexXmlFile()); final File xmlFile = index.lookupXmlFile(id); if(null == xmlFile) { return null; } else { return readProject(xmlFile); } }

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private void initComponents() { javax.swing.JButton cancelJButton; javax.swing.JLabel contactsJLabel; javax.swing.JScrollPane contactsJScrollPane; javax.swing.JSeparator jSeparator_1; javax.swing.JLabel teamJLabel; javax.swing.JScrollPane teamJScrollPane; javax.swing.JLabel versionJLabel; documentJLabel = LabelFactory.create(); versionJLabel = LabelFactory.create(getString("VersionLabel")); versionJComboBox = ComboBoxFactory.create(); includeKeyJCheckBox = CheckBoxFactory.create(getString("IncludeKeyCheckBox")); jSeparator_1 = SeparatorFactory.create(); sendToJPanel = new javax.swing.JPanel(); teamJLabel = LabelFactory.create(getString("TeamLabel")); contactsJLabel = LabelFactory.create(getString("ContactsLabel")); teamJScrollPane = ScrollPaneFactory.create(); teamJList = ListFactory.create(); contactsJScrollPane = ScrollPaneFactory.create(); contactsJList = ListFactory.create(); sendJButton = ButtonFactory.create(getString("SendButton")); cancelJButton = ButtonFactory.create(getString("CancelButton")); vSpacerJLabel = LabelFactory.create(); setOpaque(false); versionJComboBox.setModel(versionModel); versionJComboBox.setRenderer(new VersionListCellRenderer()); versionJComboBox.addItemListener(new java.awt.event.ItemListener() { public void itemStateChanged(java.awt.event.ItemEvent e) { versionJComboBoxItemStateChanged(e); } }); includeKeyJCheckBox.setBorder(javax.swing.BorderFactory.createEmptyBorder(0, 0, 0, 0)); includeKeyJCheckBox.setMargin(new java.awt.Insets(0, 0, 0, 0)); includeKeyJCheckBox.addChangeListener(new javax.swing.event.ChangeListener() { public void stateChanged(javax.swing.event.ChangeEvent e) { includeKeyJCheckBoxStateChanged(e); } }); teamJList.setCellRenderer(new UserListCellRenderer()); teamJList.setModel(teamModel); teamJList.setSelectionModel(teamSelectionModel); teamJList.addListSelectionListener(new javax.swing.event.ListSelectionListener() { public void valueChanged(javax.swing.event.ListSelectionEvent e) { teamJListValueChanged(e); } }); teamJScrollPane.setViewportView(teamJList); contactsJList.setCellRenderer(new UserListCellRenderer()); contactsJList.setModel(contactsModel); contactsJList.setSelectionModel(contactsSelectionModel); contactsJList.addListSelectionListener(new javax.swing.event.ListSelectionListener() { public void valueChanged(javax.swing.event.ListSelectionEvent e) { contactsJListValueChanged(e); } }); contactsJScrollPane.setViewportView(contactsJList); org.jdesktop.layout.GroupLayout sendToJPanelLayout = new org.jdesktop.layout.GroupLayout(sendToJPanel); sendToJPanel.setLayout(sendToJPanelLayout); sendToJPanelLayout.setHorizontalGroup( sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(sendToJPanelLayout.createSequentialGroup() .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(teamJLabel) .add(teamJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 173, Short.MAX_VALUE)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.TRAILING, false) .add(contactsJLabel, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, Short.MAX_VALUE) .add(contactsJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 181, Short.MAX_VALUE))) ); sendToJPanelLayout.setVerticalGroup( sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(sendToJPanelLayout.createSequentialGroup() .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(teamJLabel) .add(contactsJLabel)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(teamJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 89, Short.MAX_VALUE) .add(contactsJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 89, Short.MAX_VALUE)) .addContainerGap()) ); sendJButton.addActionListener(new java.awt.event.ActionListener() { public void actionPerformed(java.awt.event.ActionEvent e) { sendJButtonActionPerformed(e); } }); cancelJButton.addActionListener(new java.awt.event.ActionListener() { public void actionPerformed(java.awt.event.ActionEvent e) { cancelJButtonActionPerformed(e); } }); org.jdesktop.layout.GroupLayout layout = new org.jdesktop.layout.GroupLayout(this); this.setLayout(layout); layout.setHorizontalGroup( layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(org.jdesktop.layout.GroupLayout.TRAILING, layout.createSequentialGroup() .addContainerGap() .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.TRAILING) .add(org.jdesktop.layout.GroupLayout.LEADING, sendToJPanel, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, Short.MAX_VALUE) .add(documentJLabel, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 360, Short.MAX_VALUE) .add(layout.createSequentialGroup() .add(cancelJButton) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendJButton) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED)) .add(org.jdesktop.layout.GroupLayout.LEADING, jSeparator_1, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 360, Short.MAX_VALUE) .add(layout.createSequentialGroup() .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(versionJLabel) .add(vSpacerJLabel)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(org.jdesktop.layout.GroupLayout.TRAILING, includeKeyJCheckBox, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 309, Short.MAX_VALUE) .add(org.jdesktop.layout.GroupLayout.TRAILING, versionJComboBox, 0, 309, Short.MAX_VALUE)))) .addContainerGap()) ); layout.setVerticalGroup( layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(layout.createSequentialGroup() .addContainerGap() .add(documentJLabel) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(versionJLabel) .add(versionJComboBox, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(includeKeyJCheckBox) .add(vSpacerJLabel)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(jSeparator_1, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE, 10, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendToJPanel, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, Short.MAX_VALUE) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(cancelJButton) .add(sendJButton)) .addContainerGap()) ); }// </editor-fold>//GEN-END:initComponents

private void initComponents() { javax.swing.JButton cancelJButton; javax.swing.JLabel contactsJLabel; javax.swing.JScrollPane contactsJScrollPane; javax.swing.JSeparator jSeparator_1; javax.swing.JLabel teamJLabel; javax.swing.JScrollPane teamJScrollPane; javax.swing.JLabel versionJLabel; documentJLabel = LabelFactory.create(); versionJLabel = LabelFactory.create(getString("VersionLabel")); versionJComboBox = ComboBoxFactory.create(); includeKeyJCheckBox = CheckBoxFactory.create(getString("IncludeKeyCheckBox")); jSeparator_1 = SeparatorFactory.create(); sendToJPanel = new javax.swing.JPanel(); teamJLabel = LabelFactory.create(getString("TeamLabel")); contactsJLabel = LabelFactory.create(getString("ContactsLabel")); teamJScrollPane = ScrollPaneFactory.create(); teamJList = ListFactory.create(); contactsJScrollPane = ScrollPaneFactory.create(); contactsJList = ListFactory.create(); sendJButton = ButtonFactory.create(getString("SendButton")); cancelJButton = ButtonFactory.create(getString("CancelButton")); vSpacerJLabel = LabelFactory.create(); versionJComboBox.setModel(versionModel); versionJComboBox.setRenderer(new VersionListCellRenderer()); versionJComboBox.addItemListener(new java.awt.event.ItemListener() { public void itemStateChanged(java.awt.event.ItemEvent e) { versionJComboBoxItemStateChanged(e); } }); includeKeyJCheckBox.setBorder(javax.swing.BorderFactory.createEmptyBorder(0, 0, 0, 0)); includeKeyJCheckBox.setMargin(new java.awt.Insets(0, 0, 0, 0)); includeKeyJCheckBox.addChangeListener(new javax.swing.event.ChangeListener() { public void stateChanged(javax.swing.event.ChangeEvent e) { includeKeyJCheckBoxStateChanged(e); } }); teamJList.setCellRenderer(new UserListCellRenderer()); teamJList.setModel(teamModel); teamJList.setSelectionModel(teamSelectionModel); teamJList.addListSelectionListener(new javax.swing.event.ListSelectionListener() { public void valueChanged(javax.swing.event.ListSelectionEvent e) { teamJListValueChanged(e); } }); teamJScrollPane.setViewportView(teamJList); contactsJList.setCellRenderer(new UserListCellRenderer()); contactsJList.setModel(contactsModel); contactsJList.setSelectionModel(contactsSelectionModel); contactsJList.addListSelectionListener(new javax.swing.event.ListSelectionListener() { public void valueChanged(javax.swing.event.ListSelectionEvent e) { contactsJListValueChanged(e); } }); contactsJScrollPane.setViewportView(contactsJList); org.jdesktop.layout.GroupLayout sendToJPanelLayout = new org.jdesktop.layout.GroupLayout(sendToJPanel); sendToJPanel.setLayout(sendToJPanelLayout); sendToJPanelLayout.setHorizontalGroup( sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(sendToJPanelLayout.createSequentialGroup() .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(teamJLabel) .add(teamJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 173, Short.MAX_VALUE)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.TRAILING, false) .add(contactsJLabel, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, Short.MAX_VALUE) .add(contactsJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 181, Short.MAX_VALUE))) ); sendToJPanelLayout.setVerticalGroup( sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(sendToJPanelLayout.createSequentialGroup() .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(teamJLabel) .add(contactsJLabel)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendToJPanelLayout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(teamJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 89, Short.MAX_VALUE) .add(contactsJScrollPane, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 89, Short.MAX_VALUE)) .addContainerGap()) ); sendJButton.addActionListener(new java.awt.event.ActionListener() { public void actionPerformed(java.awt.event.ActionEvent e) { sendJButtonActionPerformed(e); } }); cancelJButton.addActionListener(new java.awt.event.ActionListener() { public void actionPerformed(java.awt.event.ActionEvent e) { cancelJButtonActionPerformed(e); } }); org.jdesktop.layout.GroupLayout layout = new org.jdesktop.layout.GroupLayout(this); this.setLayout(layout); layout.setHorizontalGroup( layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(org.jdesktop.layout.GroupLayout.TRAILING, layout.createSequentialGroup() .addContainerGap() .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.TRAILING) .add(org.jdesktop.layout.GroupLayout.LEADING, sendToJPanel, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, Short.MAX_VALUE) .add(documentJLabel, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 360, Short.MAX_VALUE) .add(layout.createSequentialGroup() .add(cancelJButton) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendJButton) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED)) .add(org.jdesktop.layout.GroupLayout.LEADING, jSeparator_1, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 360, Short.MAX_VALUE) .add(layout.createSequentialGroup() .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(versionJLabel) .add(vSpacerJLabel)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(org.jdesktop.layout.GroupLayout.TRAILING, includeKeyJCheckBox, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, 309, Short.MAX_VALUE) .add(org.jdesktop.layout.GroupLayout.TRAILING, versionJComboBox, 0, 309, Short.MAX_VALUE)))) .addContainerGap()) ); layout.setVerticalGroup( layout.createParallelGroup(org.jdesktop.layout.GroupLayout.LEADING) .add(layout.createSequentialGroup() .addContainerGap() .add(documentJLabel) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(versionJLabel) .add(versionJComboBox, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(includeKeyJCheckBox) .add(vSpacerJLabel)) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(jSeparator_1, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE, 10, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED) .add(sendToJPanel, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, org.jdesktop.layout.GroupLayout.PREFERRED_SIZE) .addPreferredGap(org.jdesktop.layout.LayoutStyle.RELATED, org.jdesktop.layout.GroupLayout.DEFAULT_SIZE, Short.MAX_VALUE) .add(layout.createParallelGroup(org.jdesktop.layout.GroupLayout.BASELINE) .add(cancelJButton) .add(sendJButton)) .addContainerGap()) ); }// </editor-fold>//GEN-END:initComponents

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protected void error(HttpServletRequest request, HttpServletResponse response, Exception cause) throws ServletException { try { StringBuffer html = new StringBuffer(); html.append("<html>"); html.append("<title>Error</title>"); html.append("<body bgcolor=\"#ffffff\">"); html.append("<h2>VelocityViewServlet : Error processing the template</h2>"); html.append("<pre>"); String why = cause.getMessage(); if (why != null && why.trim().length() > 0) { html.append(why); html.append("<br>"); } StringWriter sw = new StringWriter(); cause.printStackTrace(new PrintWriter(sw)); html.append(sw.toString()); html.append("</pre>"); html.append("</body>"); html.append("</html>"); response.getOutputStream().print(html.toString()); } catch (Exception e) { // clearly something is quite wrong. // let's log the new exception then give up and // throw a servlet exception that wraps the first one Velocity.error("Exception while printing error screen: "+e); throw new ServletException(cause); } }

protected void error(HttpServletRequest request, HttpServletResponse response, Exception cause) throws ServletException { try { StringBuffer html = new StringBuffer(); html.append("<html>"); html.append("<title>Error</title>"); html.append("<body bgcolor=\"#ffffff\">"); html.append("<h2>VelocityViewServlet : Error processing the template</h2>"); html.append("<pre>"); String why = cause.getMessage(); if (why != null && why.trim().length() > 0) { html.append(why); html.append("<br>"); } StringWriter sw = new StringWriter(); cause.printStackTrace(new PrintWriter(sw)); html.append(sw.toString()); html.append("</pre>"); html.append("</body>"); html.append("</html>"); response.getWriter().print(html.toString()); } catch (Exception e) { // clearly something is quite wrong. // let's log the new exception then give up and // throw a servlet exception that wraps the first one Velocity.error("Exception while printing error screen: "+e); throw new ServletException(cause); } }

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protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { ServletOutputStream output = response.getOutputStream(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(new OutputStreamWriter(output, encoding), 4*1024, true); } else { vw.recycle(new OutputStreamWriter(output, encoding)); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * OutputStreamWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { PrintWriter pw = response.getWriter(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(new OutputStreamWriter(output, encoding), 4*1024, true); } else { vw.recycle(new OutputStreamWriter(output, encoding)); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * OutputStreamWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

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protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { ServletOutputStream output = response.getOutputStream(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(new OutputStreamWriter(output, encoding), 4*1024, true); } else { vw.recycle(new OutputStreamWriter(output, encoding)); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * OutputStreamWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { ServletOutputStream output = response.getOutputStream(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(pw, 4*1024, true); } else { vw.recycle(new OutputStreamWriter(output, encoding)); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * OutputStreamWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

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protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { ServletOutputStream output = response.getOutputStream(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(new OutputStreamWriter(output, encoding), 4*1024, true); } else { vw.recycle(new OutputStreamWriter(output, encoding)); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * OutputStreamWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { ServletOutputStream output = response.getOutputStream(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(new OutputStreamWriter(output, encoding), 4*1024, true); } else { vw.recycle(pw); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * OutputStreamWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

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protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { ServletOutputStream output = response.getOutputStream(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(new OutputStreamWriter(output, encoding), 4*1024, true); } else { vw.recycle(new OutputStreamWriter(output, encoding)); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * OutputStreamWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

protected void mergeTemplate(Template template, Context context, HttpServletResponse response) throws ResourceNotFoundException, ParseErrorException, MethodInvocationException, IOException, UnsupportedEncodingException, Exception { ServletOutputStream output = response.getOutputStream(); VelocityWriter vw = null; try { vw = (VelocityWriter)writerPool.get(); if (vw == null) { vw = new VelocityWriter(new OutputStreamWriter(output, encoding), 4*1024, true); } else { vw.recycle(new OutputStreamWriter(output, encoding)); } template.merge(context, vw); } finally { try { if (vw != null) { // flush and put back into the pool // don't close to allow us to play // nicely with others. vw.flush(); /* This hack sets the VelocityWriter's internal ref to the * PrintWriter to null to keep memory free while * the writer is pooled. See bug report #18951 */ vw.recycle(null); writerPool.put(vw); } } catch (Exception e) { // do nothing } } }

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public Project(final Project parent, final String name, final Calendar createdOn, final String createdBy, final String keyHolder, final String description, final File directory, final UUID id) { super(parent, name, description, createdOn, createdBy, keyHolder, id); this.directory = directory; // sub-projects documents and contacts are set in the project // via the addXXX\setXXX apis. this.projects = new Vector<Project>(0); this.documents = new Vector<Document>(0); }

public Project(final Project parent, final String name, final Calendar createdOn, final String createdBy, final String keyHolder, final String description, final File directory, final UUID id) { super(parent, name, description, createdOn, createdBy, id); this.directory = directory; // sub-projects documents and contacts are set in the project // via the addXXX\setXXX apis. this.projects = new Vector<Project>(0); this.documents = new Vector<Document>(0); }

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private JLabel getCloseButton() { javax.swing.JLabel closeJLabel = new JLabel(ImageIOUtil.readIcon("BrowserTitle_Close.png")); closeJLabel.addMouseListener(new java.awt.event.MouseAdapter() { public void mouseClicked(java.awt.event.MouseEvent evt) { closeJLabelMouseClicked(evt); } public void mouseEntered(java.awt.event.MouseEvent evt) { closeJLabelMouseEntered(evt); } public void mouseExited(java.awt.event.MouseEvent evt) { closeJLabelMouseExited(evt); } }); return closeJLabel; }

private JLabel getCloseButton() { javax.swing.JLabel closeJLabel = new JLabel(CLOSE_ICON); closeJLabel.addMouseListener(new java.awt.event.MouseAdapter() { public void mouseClicked(java.awt.event.MouseEvent evt) { closeJLabelMouseClicked(evt); } public void mouseEntered(java.awt.event.MouseEvent evt) { closeJLabelMouseEntered(evt); } public void mouseExited(java.awt.event.MouseEvent evt) { closeJLabelMouseExited(evt); } }); return closeJLabel; }

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private JLabel getMaximizeButton() { javax.swing.JLabel maximizeJLabel = new JLabel(ImageIOUtil.readIcon("BrowserTitle_Maximize.png")); maximizeJLabel.addMouseListener(new java.awt.event.MouseAdapter() { public void mouseClicked(java.awt.event.MouseEvent evt) { maximizeJLabelMouseClicked(evt); } public void mouseEntered(java.awt.event.MouseEvent evt) { maximizeJLabelMouseEntered(evt); } public void mouseExited(java.awt.event.MouseEvent evt) { maximizeJLabelMouseExited(evt); } }); return maximizeJLabel; }

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public void mouseClicked(java.awt.event.MouseEvent evt) { closeJLabelMouseClicked(evt); }

public void mouseClicked(java.awt.event.MouseEvent evt) { maximizeJLabelMouseClicked(evt); }

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public void mouseEntered(java.awt.event.MouseEvent evt) { closeJLabelMouseEntered(evt); }

public void mouseEntered(java.awt.event.MouseEvent evt) { maximizeJLabelMouseEntered(evt); }

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public void mouseExited(java.awt.event.MouseEvent evt) { closeJLabelMouseExited(evt); }

public void mouseExited(java.awt.event.MouseEvent evt) { maximizeJLabelMouseExited(evt); }

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private JLabel getMinimizeButton() { javax.swing.JLabel minimizeJLabel = new JLabel(ImageIOUtil.readIcon("BrowserTitle_Minimize.png")); minimizeJLabel.addMouseListener(new java.awt.event.MouseAdapter() { public void mouseClicked(java.awt.event.MouseEvent evt) { minimizeJLabelMouseClicked(evt); } public void mouseEntered(java.awt.event.MouseEvent evt) { minimizeJLabelMouseEntered(evt); } public void mouseExited(java.awt.event.MouseEvent evt) { minimizeJLabelMouseExited(evt); } }); return minimizeJLabel; }

private JLabel getMinimizeButton() { javax.swing.JLabel minimizeJLabel = new JLabel(MINIMIZE_ICON); minimizeJLabel.addMouseListener(new java.awt.event.MouseAdapter() { public void mouseClicked(java.awt.event.MouseEvent evt) { minimizeJLabelMouseClicked(evt); } public void mouseEntered(java.awt.event.MouseEvent evt) { minimizeJLabelMouseEntered(evt); } public void mouseExited(java.awt.event.MouseEvent evt) { minimizeJLabelMouseExited(evt); } }); return minimizeJLabel; }

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public void mouseClicked(java.awt.event.MouseEvent evt) { maximizeJLabelMouseClicked(evt); }

public void mouseClicked(java.awt.event.MouseEvent evt) { minimizeJLabelMouseClicked(evt); }

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public void mouseEntered(java.awt.event.MouseEvent evt) { maximizeJLabelMouseEntered(evt); }

public void mouseEntered(java.awt.event.MouseEvent evt) { minimizeJLabelMouseEntered(evt); }

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public void mouseExited(java.awt.event.MouseEvent evt) { maximizeJLabelMouseExited(evt); }

public void mouseExited(java.awt.event.MouseEvent evt) { minimizeJLabelMouseExited(evt); }

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public void mouseClicked(java.awt.event.MouseEvent evt) { minimizeJLabelMouseClicked(evt); }

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public void mouseEntered(java.awt.event.MouseEvent evt) { minimizeJLabelMouseEntered(evt); }

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public void mouseExited(java.awt.event.MouseEvent evt) { minimizeJLabelMouseExited(evt); }

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private void maximizeJLabelMouseEntered(java.awt.event.MouseEvent evt) { ((JLabel) evt.getSource()).setIcon(MAX_ROLLOVER_ICON); }

private void maximizeJLabelMouseEntered(java.awt.event.MouseEvent evt) { if (browser.isBrowserWindowMaximized()) { ((JLabel) evt.getSource()).setIcon(UNMAXIMIZE_ROLLOVER_ICON); } else { ((JLabel) evt.getSource()).setIcon(MAXIMIZE_ROLLOVER_ICON); } }

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private void maximizeJLabelMouseExited(java.awt.event.MouseEvent evt) { ((JLabel) evt.getSource()).setIcon(MAX_ICON); }

private void maximizeJLabelMouseExited(java.awt.event.MouseEvent evt) { if (browser.isBrowserWindowMaximized()) { ((JLabel) evt.getSource()).setIcon(UNMAXIMIZE_ICON); } else { ((JLabel) evt.getSource()).setIcon(MAXIMIZE_ICON); } }

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private void minimizeJLabelMouseEntered(java.awt.event.MouseEvent evt) { ((JLabel) evt.getSource()).setIcon(MIN_ROLLOVER_ICON); }

private void minimizeJLabelMouseEntered(java.awt.event.MouseEvent evt) { ((JLabel) evt.getSource()).setIcon(MINIMIZE_ROLLOVER_ICON); }

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private void minimizeJLabelMouseExited(java.awt.event.MouseEvent evt) { ((JLabel) evt.getSource()).setIcon(MIN_ICON); }

private void minimizeJLabelMouseExited(java.awt.event.MouseEvent evt) { ((JLabel) evt.getSource()).setIcon(MINIMIZE_ICON); }

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public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logger.logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

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public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logger.logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

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public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logger.logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

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public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

public XMPPMethodResponse execute(final XMPPConnection xmppConnection) { // add an executed on parameter setParameter(Xml.All.EXECUTED_ON, DateUtil.getInstance()); // create a collector for the response final PacketCollector idCollector = createPacketCollector(xmppConnection); // TIME This is a local timestamp. logVariable("preSendPacket", DateUtil.getInstance()); xmppConnection.sendPacket(this); // TIME This is a local timestamp. logVariable("postSendPacket", DateUtil.getInstance()); // this sleep has been inserted because when packets are sent within // x milliseconds of each other, they tend to get swallowed by the // smack library try { Thread.sleep(75); } catch(final InterruptedException ix) {} // the timeout is used because the timeout is not expected to be long; // and it helps debug non-implemented responses logVariable("preResponseCollected", DateUtil.getInstance()); try { final XMPPMethodResponse response =// (XMPPMethodResponse) idCollector.nextResult(7 * 1000); (XMPPMethodResponse) idCollector.nextResult(); return response; } catch (final Throwable t) { final String errorId = new ErrorHelper().getErrorId(t); logger.logError(t, errorId); logger.logError("name:{0}", name); logger.logError("xmppConnection:{0}", xmppConnection); throw new XMPPException(errorId); } finally { // re-set the parameters post execution logger.logVariable("postResponseCollected", DateUtil.getInstance()); parameters.clear(); } }

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public String getChildElementXML() { final StringBuffer childElementXML = new StringBuffer() .append("<query xmlns=\"jabber:iq:parity:") .append(name) .append("\">") .append(getParametersXML()) .append("</query>"); logVariable("childElementXML.length():", childElementXML.length()); return childElementXML.toString(); }

public String getChildElementXML() { final StringBuffer childElementXML = new StringBuffer() .append("<query xmlns=\"jabber:iq:parity:") .append(name) .append("\">") .append(getParametersXML()) .append("</query>"); logger.logVariable("childElementXML.length()", childElementXML.length()); logger.logVariable("childElementXML", childElementXML); return childElementXML.toString(); }

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public String getPublicationDate() { return getProperty(keyPublicationDate); }

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public String getTitle() { return getProperty(keyTitle); }

public String getTitle() { return (String) getProperty(keyTitle); }

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public AmberMessage() { storage = new Properties(); }

public AmberMessage() { storage = new Hashtable<String, Object>(); }

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public void setProperty(String key, String value) { storage.setProperty(key, value); }

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public void fromYAML(String in) { storage = (Properties) YAML.load(in); }

public void fromYAML(String in) { storage = (Hashtable<String, Object>) YAML.load(in); }

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public String getProperty(String key) { return storage.getProperty(key); }

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protected File getXmlFile(final Document document, final DocumentVersion version) throws FileNotFoundException, IOException { logger.info("getXmlFile(Document,DocumentVersion)"); logger.debug(document); logger.debug(version); return new File( getXmlFileDirectory(document), new StringBuffer(document.getName()) .append(".") .append(version.getVersion()) .append(IXmlIOConstants.FILE_EXTENSION_DOCUMENT_VERSION) .toString()); }

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private void writeIndexXml(final Document document) throws FileNotFoundException, IOException { synchronized(indexLock) { final IndexXmlIO indexXmlIO = new IndexXmlIO(workspace); final Index index = indexXmlIO.get(); index.addLookup(document.getId(), getXmlFile(document)); write(index, getIndexXmlFile()); } }

private void writeIndexXml(final Document document) throws FileNotFoundException, IOException { synchronized(indexLock) { final IndexXmlIO indexXmlIO = new IndexXmlIO(workspace); final Index index = indexXmlIO.get(); index.addXmlFileLookup(document.getId(), getXmlFile(document)); write(index, getIndexXmlFile()); } }

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private void formMouseEntered(final java.awt.event.MouseEvent evt, final Component component) { if ((!resizeDragging) && (!moveDragging) && (resizeEdges!=ResizeEdges.NO_EDGE)) { initResize(evt, component); } }

private void formMouseEntered(final java.awt.event.MouseEvent evt, final Component component) { if (enabled &&(!resizeDragging) && (!moveDragging) && (resizeEdges!=ResizeEdges.NO_EDGE)) { initResize(evt, component); } }

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private void formMouseMoved(final java.awt.event.MouseEvent evt, final Component component) { if ((!resizeDragging) && (!moveDragging) && (resizeEdges!=ResizeEdges.NO_EDGE)) { initResize(evt, component); } }

private void formMouseMoved(final java.awt.event.MouseEvent evt, final Component component) { if (enabled && (!resizeDragging) && (!moveDragging) && (resizeEdges!=ResizeEdges.NO_EDGE)) { initResize(evt, component); } }

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