bugged
stringlengths
6
599k
fixed
stringlengths
6
40.8M
__index_level_0__
int64
0
3.24M
public void setNextFocusableComponent(Component aComponent) { }
public void setNextFocusableComponent(Component aComponent) { }
14,032
public void setOpaque(boolean isOpaque) { boolean oldOpaque = opaque; opaque = isOpaque; firePropertyChange("opaque", oldOpaque, opaque); }
public void setOpaque(boolean isOpaque) { boolean oldOpaque = opaque; opaque = isOpaque; firePropertyChange("opaque", oldOpaque, opaque); }
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public void setOpaque(boolean isOpaque) { boolean oldOpaque = opaque; opaque = isOpaque; firePropertyChange("opaque", oldOpaque, opaque); }
public void setOpaque(boolean isOpaque) { boolean oldOpaque = opaque; opaque = isOpaque; firePropertyChange("opaque", oldOpaque, opaque); }
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public void setPreferredSize(Dimension pref) { Dimension oldPreferredSize = preferredSize; preferredSize = pref; firePropertyChange("preferredSize", oldPreferredSize, preferredSize); }
public void setPreferredSize(Dimension pref) { Dimension oldPreferredSize = preferredSize; preferredSize = pref; firePropertyChange("preferredSize", oldPreferredSize, preferredSize); }
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public void setPreferredSize(Dimension pref) { Dimension oldPreferredSize = preferredSize; preferredSize = pref; firePropertyChange("preferredSize", oldPreferredSize, preferredSize); }
public void setPreferredSize(Dimension pref) { Dimension oldPreferredSize = preferredSize; preferredSize = pref; firePropertyChange("preferredSize", oldPreferredSize, preferredSize); }
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public void setRequestFocusEnabled(boolean e) { requestFocusEnabled = e; }
public void setRequestFocusEnabled(boolean e) { requestFocusEnabled = e; }
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public void setRequestFocusEnabled(boolean e) { requestFocusEnabled = e; }
public void setRequestFocusEnabled(boolean e) { requestFocusEnabled = e; }
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public void setToolTipText(String text) { if (text == null) { ToolTipManager.sharedInstance().unregisterComponent(this); toolTipText = null; return; } // XXX: The tip text doesn't get updated unless you set it to null // and then to something not-null. This is consistent with the behaviour // of Sun's ToolTipManager. String oldText = toolTipText; toolTipText = text; if (oldText == null) ToolTipManager.sharedInstance().registerComponent(this); }
public void setToolTipText(String text) { if (text == null) { ToolTipManager.sharedInstance().unregisterComponent(this); toolTipText = null; return; } // XXX: The tip text doesn't get updated unless you set it to null // and then to something not-null. This is consistent with the behaviour // of Sun's ToolTipManager. String oldText = toolTipText; toolTipText = text; if (oldText == null) ToolTipManager.sharedInstance().registerComponent(this); }
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public void setToolTipText(String text) { if (text == null) { ToolTipManager.sharedInstance().unregisterComponent(this); toolTipText = null; return; } // XXX: The tip text doesn't get updated unless you set it to null // and then to something not-null. This is consistent with the behaviour // of Sun's ToolTipManager. String oldText = toolTipText; toolTipText = text; if (oldText == null) ToolTipManager.sharedInstance().registerComponent(this); }
public void setToolTipText(String text) { if (text == null) { ToolTipManager.sharedInstance().unregisterComponent(this); toolTipText = null; return; } // XXX: The tip text doesn't get updated unless you set it to null // and then to something not-null. This is consistent with the behaviour // of Sun's ToolTipManager. String oldText = toolTipText; toolTipText = text; if (oldText == null) ToolTipManager.sharedInstance().registerComponent(this); }
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public void setToolTipText(String text) { if (text == null) { ToolTipManager.sharedInstance().unregisterComponent(this); toolTipText = null; return; } // XXX: The tip text doesn't get updated unless you set it to null // and then to something not-null. This is consistent with the behaviour // of Sun's ToolTipManager. String oldText = toolTipText; toolTipText = text; if (oldText == null) ToolTipManager.sharedInstance().registerComponent(this); }
public void setToolTipText(String text) { if (text == null) { ToolTipManager.sharedInstance().unregisterComponent(this); toolTipText = null; return; } // XXX: The tip text doesn't get updated unless you set it to null // and then to something not-null. This is consistent with the behaviour // of Sun's ToolTipManager. String oldText = toolTipText; toolTipText = text; if (oldText == null) ToolTipManager.sharedInstance().registerComponent(this); }
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protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
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protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
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protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
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protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
protected void setUI(ComponentUI newUI) { if (ui != null) ui.uninstallUI(this); ComponentUI oldUI = ui; ui = newUI; if (ui != null) ui.installUI(this); firePropertyChange("UI", oldUI, newUI); }
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public void setVerifyInputWhenFocusTarget(boolean verifyInputWhenFocusTarget) { if (this.verifyInputWhenFocusTarget == verifyInputWhenFocusTarget) return; this.verifyInputWhenFocusTarget = verifyInputWhenFocusTarget; firePropertyChange("verifyInputWhenFocusTarget", ! verifyInputWhenFocusTarget, verifyInputWhenFocusTarget); }
public void setVerifyInputWhenFocusTarget(boolean verifyInputWhenFocusTarget) { if (this.verifyInputWhenFocusTarget == verifyInputWhenFocusTarget) return; this.verifyInputWhenFocusTarget = verifyInputWhenFocusTarget; firePropertyChange("verifyInputWhenFocusTarget", ! verifyInputWhenFocusTarget, verifyInputWhenFocusTarget); }
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public void unregisterKeyboardAction(KeyStroke aKeyStroke) { // FIXME: Must be implemented. }
public void unregisterKeyboardAction(KeyStroke aKeyStroke) { // FIXME: Must be implemented. }
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public void unregisterKeyboardAction(KeyStroke aKeyStroke) { // FIXME: Must be implemented. }
public void unregisterKeyboardAction(KeyStroke aKeyStroke) { // FIXME: Must be implemented. }
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public void update(Graphics g) { paint(g); }
public void update(Graphics g) { paint(g); }
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public void updateUI() { System.out.println("update UI not overwritten in class: " + this); }
public void updateUI() { System.out.println("update UI not overwritten in class: " + this); }
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public JRootPane createRootPane() { return new JRootPane(); }
protected JRootPane createRootPane() { return new JRootPane(); }
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protected boolean isRootPaneCheckingEnabled() { return checking; }
protected boolean isRootPaneCheckingEnabled() { return rootPaneCheckingEnabled; }
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public void setRootPane(JRootPane root) { if (rootPane != null) remove(rootPane); rootPane = root; add(rootPane, BorderLayout.CENTER); }
protected void setRootPane(JRootPane root) { if (rootPane != null) remove(rootPane); rootPane = root; add(rootPane, BorderLayout.CENTER); }
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protected void setRootPaneCheckingEnabled(boolean enabled) { checking = enabled; }
protected void setRootPaneCheckingEnabled(boolean enabled) { rootPaneCheckingEnabled = enabled; }
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public void run() {// if (parent == null)// parent = new JFrame(); try { if (sendEMail.send()) {// JOptionPane.showMessageDialog(// parent,// LangTool.getString("em.confirmationMessage")// + " "// + (String) toAddress.getSelectedItem(),// LangTool.getString("em.titleConfirmation"),// JOptionPane.INFORMATION_MESSAGE);//// if (session != null) {// config.setProperty(// "emailTo",// getToTokens(// config.getStringProperty("emailTo"),// toAddress));// config.saveSessionProps();// setToCombo(config.getStringProperty("emailTo"), toAddress);// } }// } catch (IOException ioe) {// System.out.println(ioe.getMessage()); } catch (Exception ex) { System.out.println(ex.getMessage()); } }
sendEMail.release(); sendEMail = null; sendEMail.release(); sendEMail = null; sendEMail.release(); sendEMail = null; publicsendEMail.release(); sendEMail = null; voidsendEMail.release(); sendEMail = null; run()sendEMail.release(); sendEMail = null; {// ifsendEMail.release(); sendEMail = null; (parentsendEMail.release(); sendEMail = null; ==sendEMail.release(); sendEMail = null; null)// parentsendEMail.release(); sendEMail = null; =sendEMail.release(); sendEMail = null; newsendEMail.release(); sendEMail = null; JFrame(); trysendEMail.release(); sendEMail = null; { ifsendEMail.release(); sendEMail = null; (sendEMail.send())sendEMail.release(); sendEMail = null; {// JOptionPane.showMessageDialog(// parent,// LangTool.getString("em.confirmationMessage")// +sendEMail.release(); sendEMail = null; "sendEMail.release(); sendEMail = null; "// +sendEMail.release(); sendEMail = null; (String)sendEMail.release(); sendEMail = null; toAddress.getSelectedItem(),// LangTool.getString("em.titleConfirmation"),// JOptionPane.INFORMATION_MESSAGE);//// ifsendEMail.release(); sendEMail = null; (sessionsendEMail.release(); sendEMail = null; !=sendEMail.release(); sendEMail = null; null)sendEMail.release(); sendEMail = null; {// config.setProperty(// "emailTo",// getToTokens(// config.getStringProperty("emailTo"),// toAddress));// config.saveSessionProps();// setToCombo(config.getStringProperty("emailTo"),sendEMail.release(); sendEMail = null; toAddress);// } }// }sendEMail.release(); sendEMail = null; catchsendEMail.release(); sendEMail = null; (IOExceptionsendEMail.release(); sendEMail = null; ioe)sendEMail.release(); sendEMail = null; {// System.out.println(ioe.getMessage()); }sendEMail.release(); sendEMail = null; catchsendEMail.release(); sendEMail = null; (ExceptionsendEMail.release(); sendEMail = null; ex)sendEMail.release(); sendEMail = null; { System.out.println(ex.getMessage()); }sendEMail.release(); sendEMail = null; sendEMail.release(); sendEMail = null; sendEMail.release(); sendEMail = null; }
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private void sendIt(Frame parent, SendEMail sem) { setSendEMail(sem); new Thread(this).start();// if (parent == null)// parent = new JFrame();//// try {// if (sem.send()) {//// JOptionPane.showMessageDialog(// parent,// LangTool.getString("em.confirmationMessage")// + " "// + (String) toAddress.getSelectedItem(),// LangTool.getString("em.titleConfirmation"),// JOptionPane.INFORMATION_MESSAGE);//// if (session != null) {// config.setProperty(// "emailTo",// getToTokens(// config.getStringProperty("emailTo"),// toAddress));// config.saveSessionProps();// setToCombo(config.getStringProperty("emailTo"), toAddress);// }// }// } catch (IOException ioe) {// System.out.println(ioe.getMessage());// } catch (Exception ex) {// System.out.println(ex.getMessage());// } }
private void sendIt(Frame parent, SendEMail sem) { setSendEMail(sem); new Thread(this).start();// if (parent == null)// parent = new JFrame();//// try {// if (sem.send()) {//// JOptionPane.showMessageDialog(// parent,// LangTool.getString("em.confirmationMessage")// + " "// + (String) toAddress.getSelectedItem(),// LangTool.getString("em.titleConfirmation"),// JOptionPane.INFORMATION_MESSAGE);//// if (session != null) {// config.setProperty(// "emailTo",// getToTokens(// config.getStringProperty("emailTo"),// toAddress));// config.saveSessionProps();// setToCombo(config.getStringProperty("emailTo"), toAddress);// }// }// } catch (IOException ioe) {// System.out.println(ioe.getMessage());// } catch (Exception ex) {// System.out.println(ex.getMessage());// } }
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private JPanel setupMailPanel(String fileName) { JPanel semp = new JPanel(); semp.setLayout(new GridBagLayout()); text = new JRadioButton(LangTool.getString("em.text")); graphic = new JRadioButton(LangTool.getString("em.graphic")); normal = new JRadioButton(LangTool.getString("em.normalmail"),true); screenshot = new JRadioButton(LangTool.getString("em.screenshot")); // Group the radio buttons. ButtonGroup tGroup = new ButtonGroup(); tGroup.add(text); tGroup.add(graphic); ButtonGroup mGroup = new ButtonGroup(); mGroup.add(normal); mGroup.add(screenshot); text.setSelected(false); text.setEnabled(false); graphic.setEnabled(false); JLabel screenDump = new JLabel(LangTool.getString("em.screendump")); JLabel tol = new JLabel(LangTool.getString("em.to")); JLabel subl = new JLabel(LangTool.getString("em.subject")); JLabel bodyl = new JLabel(LangTool.getString("em.body")); JLabel fnl = new JLabel(LangTool.getString("em.fileName")); JLabel tom = new JLabel(LangTool.getString("em.typeofmail")); browse = new JButton(LangTool.getString("em.choosefile")); browse.addActionListener(new java.awt.event.ActionListener() { public void actionPerformed(ActionEvent e) { browse_actionPerformed(e); } }); toAddress = new JComboBox(); toAddress.setPreferredSize(new Dimension(175, 25)); toAddress.setEditable(true); subject = new JTextField(30); bodyText = new JTextArea(6, 30); JScrollPane bodyScrollPane = new JScrollPane(bodyText); bodyScrollPane.setHorizontalScrollBarPolicy( JScrollPane.HORIZONTAL_SCROLLBAR_AS_NEEDED); bodyScrollPane.setVerticalScrollBarPolicy( JScrollPane.VERTICAL_SCROLLBAR_AS_NEEDED); attachmentName = new JTextField(fileName, 30); attachmentName.setText(""); text.addItemListener(new java.awt.event.ItemListener() { public void itemStateChanged(java.awt.event.ItemEvent e) { setAttachmentName(); } }); normal.addItemListener(new java.awt.event.ItemListener() { public void itemStateChanged(java.awt.event.ItemEvent e) { setTypeOfMail(); } }); if (sendScreen) { screenshot.setSelected(true); } else { normal.setSelected(true); } config = null; if (session != null) { config = session.getConfiguration(); if (config.isPropertyExists("emailTo")) { setToCombo(config.getStringProperty("emailTo"), toAddress); } } semp.setBorder(BorderFactory.createEtchedBorder()); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 0; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(tom, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 0; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 15, 5, 5); semp.add(normal, gbc); gbc = new GridBagConstraints(); gbc.gridx = 2; gbc.gridy = 0; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 45, 5, 10); semp.add(screenshot, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 1; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(0, 10, 5, 5); semp.add(screenDump, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 1; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(0, 15, 5, 5); semp.add(text, gbc); gbc = new GridBagConstraints(); gbc.gridx = 2; gbc.gridy = 1; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(0, 45, 5, 10); semp.add(graphic, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 2; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(tol, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 2; gbc.gridwidth = 2; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(toAddress, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 3; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(subl, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 3; gbc.gridwidth = 2; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(subject, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 4; gbc.gridheight = 3; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(bodyl, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 4; gbc.gridwidth = 2; gbc.gridheight = 3; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(bodyScrollPane, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 7; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(fnl, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 7; gbc.gridwidth = 2; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(attachmentName, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 8; gbc.gridwidth = 2; gbc.anchor = GridBagConstraints.CENTER; gbc.insets = new Insets(5, 5, 10, 10); semp.add(browse, gbc); return semp; }
private JPanel setupMailPanel(String fileName) { JPanel semp = new JPanel(); semp.setLayout(new GridBagLayout()); text = new JRadioButton(LangTool.getString("em.text")); graphic = new JRadioButton(LangTool.getString("em.graphic")); normal = new JRadioButton(LangTool.getString("em.normalmail"),true); screenshot = new JRadioButton(LangTool.getString("em.screenshot")); // Group the radio buttons. ButtonGroup tGroup = new ButtonGroup(); tGroup.add(text); tGroup.add(graphic); ButtonGroup mGroup = new ButtonGroup(); mGroup.add(normal); mGroup.add(screenshot); text.setSelected(false); text.setEnabled(false); graphic.setEnabled(false); JLabel screenDump = new JLabel(LangTool.getString("em.screendump")); JLabel tol = new JLabel(LangTool.getString("em.to")); JLabel subl = new JLabel(LangTool.getString("em.subject")); JLabel bodyl = new JLabel(LangTool.getString("em.body")); JLabel fnl = new JLabel(LangTool.getString("em.fileName")); JLabel tom = new JLabel(LangTool.getString("em.typeofmail")); browse = new JButton(LangTool.getString("em.choosefile")); browse.addActionListener(new java.awt.event.ActionListener() { public void actionPerformed(ActionEvent e) { browse_actionPerformed(e); } }); toAddress = new JComboBox(); toAddress.setPreferredSize(new Dimension(175, 25)); toAddress.setEditable(true); subject = new JTextField(30); bodyText = new JTextArea(6, 30); JScrollPane bodyScrollPane = new JScrollPane(bodyText); bodyScrollPane.setHorizontalScrollBarPolicy( JScrollPane.HORIZONTAL_SCROLLBAR_AS_NEEDED); bodyScrollPane.setVerticalScrollBarPolicy( JScrollPane.VERTICAL_SCROLLBAR_AS_NEEDED); attachmentName = new JTextField(fileName, 30); attachmentName.setText(""); text.addItemListener(new java.awt.event.ItemListener() { public void itemStateChanged(java.awt.event.ItemEvent e) { setAttachmentName(); } }); normal.addItemListener(new java.awt.event.ItemListener() { public void itemStateChanged(java.awt.event.ItemEvent e) { setTypeOfMail(); } }); if (sendScreen) { screenshot.setSelected(true); } else { normal.setSelected(true); } config = null; if (session != null) { config = session.getConfiguration(); if (config.isPropertyExists("emailTo")) { setToCombo(config.getStringProperty("emailTo"), toAddress); } } semp.setBorder(BorderFactory.createEtchedBorder()); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 0; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(tom, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 0; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 15, 5, 5); semp.add(normal, gbc); gbc = new GridBagConstraints(); gbc.gridx = 2; gbc.gridy = 0; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 45, 5, 10); semp.add(screenshot, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 1; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(0, 10, 5, 5); semp.add(screenDump, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 1; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(0, 15, 5, 5); semp.add(text, gbc); gbc = new GridBagConstraints(); gbc.gridx = 2; gbc.gridy = 1; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(0, 45, 5, 10); semp.add(graphic, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 2; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(tol, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 2; gbc.gridwidth = 2; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(toAddress, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 3; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(subl, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 3; gbc.gridwidth = 2; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(subject, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 4; gbc.gridheight = 3; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(bodyl, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 4; gbc.gridwidth = 2; gbc.gridheight = 3; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(bodyScrollPane, gbc); gbc = new GridBagConstraints(); gbc.gridx = 0; gbc.gridy = 7; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 10, 5, 5); semp.add(fnl, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 7; gbc.gridwidth = 2; gbc.fill = GridBagConstraints.HORIZONTAL; gbc.anchor = GridBagConstraints.WEST; gbc.insets = new Insets(5, 5, 5, 10); semp.add(attachmentName, gbc); gbc = new GridBagConstraints(); gbc.gridx = 1; gbc.gridy = 8; gbc.gridwidth = 2; gbc.anchor = GridBagConstraints.CENTER; gbc.insets = new Insets(5, 5, 10, 10); semp.add(browse, gbc); return semp; }
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public byte[] getEncoded() { return getEncoded(IKeyPairCodec.RAW_FORMAT); }
public byte[] getEncoded() { return getEncoded(defaultFormat); }
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public String getFormat() { return KeyPairCodecFactory.getEncodingShortName(defaultFormat); }
public String getFormat() { return FormatUtil.getEncodingShortName(defaultFormat); }
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public boolean isEqual(AttributeSet attr) { return attr != null && attr.containsAttributes(this) && this.containsAttributes(attr); }
public boolean isEqual(AttributeSet attr) { return attr != null && attr.containsAttributes(this) && this.containsAttributes(attr); }
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public void propertyChange(PropertyChangeEvent evt) { if (evt.getPropertyName().equals(JInternalFrame.IS_MAXIMUM_PROPERTY)) { if (frame.isMaximum()) maximizeFrame(frame); else minimizeFrame(frame); } else if (evt.getPropertyName().equals(JInternalFrame.IS_CLOSED_PROPERTY)) closeFrame(frame); else if (evt.getPropertyName().equals(JInternalFrame.IS_ICON_PROPERTY)) { if (frame.isIcon()) iconifyFrame(frame); else deiconifyFrame(frame); } else if (evt.getPropertyName().equals(JInternalFrame.IS_SELECTED_PROPERTY)) { if (frame.isSelected()) activateFrame(frame); else getDesktopManager().deactivateFrame(frame); } else if (evt.getPropertyName().equals(JInternalFrame.ROOT_PANE_PROPERTY) || evt.getPropertyName().equals(JInternalFrame.GLASS_PANE_PROPERTY)) { Component old = (Component) evt.getOldValue(); old.removeMouseListener(glassPaneDispatcher); old.removeMouseMotionListener(glassPaneDispatcher); Component newPane = (Component) evt.getNewValue(); newPane.addMouseListener(glassPaneDispatcher); newPane.addMouseMotionListener(glassPaneDispatcher); frame.revalidate(); } /* FIXME: need to add ancestor properties to JComponents. else if (evt.getPropertyName().equals(JComponent.ANCESTOR_PROPERTY)) { if (desktopPane != null) desktopPane.removeComponentListener(componentListener); desktopPane = frame.getDesktopPane(); if (desktopPane != null) desktopPane.addComponentListener(componentListener); } */ }
public void propertyChange(PropertyChangeEvent evt) { if (evt.getPropertyName().equals(JInternalFrame.IS_MAXIMUM_PROPERTY)) { if (frame.isMaximum()) maximizeFrame(frame); else minimizeFrame(frame); } else if (evt.getPropertyName().equals(JInternalFrame.IS_CLOSED_PROPERTY)) closeFrame(frame); else if (evt.getPropertyName().equals(JInternalFrame.IS_ICON_PROPERTY)) { if (frame.isIcon()) iconifyFrame(frame); else deiconifyFrame(frame); } else if (evt.getPropertyName().equals(JInternalFrame.IS_SELECTED_PROPERTY)) { if (frame.isSelected()) activateFrame(frame); else getDesktopManager().deactivateFrame(frame); } else if (evt.getPropertyName().equals(JInternalFrame.ROOT_PANE_PROPERTY) || evt.getPropertyName().equals(JInternalFrame.GLASS_PANE_PROPERTY)) { Component old = (Component) evt.getOldValue(); old.removeMouseListener(glassPaneDispatcher); old.removeMouseMotionListener(glassPaneDispatcher); Component newPane = (Component) evt.getNewValue(); newPane.addMouseListener(glassPaneDispatcher); newPane.addMouseMotionListener(glassPaneDispatcher); frame.revalidate(); } /* FIXME: need to add ancestor properties to JComponents. else if (evt.getPropertyName().equals(JComponent.ANCESTOR_PROPERTY)) { if (desktopPane != null) desktopPane.removeComponentListener(componentListener); desktopPane = frame.getDesktopPane(); if (desktopPane != null) desktopPane.addComponentListener(componentListener); } */ }
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protected DesktopManager getDesktopManager() { DesktopManager value = frame.getDesktopPane().getDesktopManager(); if (value == null) value = createDesktopManager(); return value; }
protected DesktopManager getDesktopManager() { DesktopManager value = null; JDesktopPane pane = frame.getDesktopPane(); if (pane != null) value = frame.getDesktopPane().getDesktopManager(); if (value == null) value = createDesktopManager(); return value; }
14,064
public void mouseClicked(MouseEvent event) { // TODO: Implement double- and triple-click behaviour here. }
int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } publicint count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } voidint count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } mouseClicked(MouseEventint count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } event)int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } {int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } //int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } TODO:int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } Implementint count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } double-int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } andint count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } triple-clickint count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } behaviourint count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } here.int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } int count = event.getClickCount(); if (count >= 2) { int newDot = getComponent().viewToModel(event.getPoint()); JTextComponent t = getComponent(); try { if (count == 3) t.select(Utilities.getRowStart(t, newDot), Utilities.getRowEnd(t, newDot)); else { int nextWord = Utilities.getNextWord(t, newDot); if (newDot == nextWord) t.select(nextWord, Utilities.getNextWord(t, nextWord)); else { int previousWord = Utilities.getPreviousWord(t, newDot); int previousWordEnd = Utilities.getWordEnd(t, previousWord); if (newDot >= previousWordEnd && newDot <= nextWord) t.select(previousWordEnd, nextWord); else t.select(previousWord, previousWordEnd); } } } catch(BadLocationException ble) { } dot = newDot; } }
14,065
public void paint(Graphics g) { JTextComponent comp = getComponent(); if (comp == null) return; int dot = getDot(); Rectangle rect = null; try { rect = textComponent.modelToView(dot); } catch (BadLocationException e) { AssertionError ae; ae = new AssertionError("Unexpected bad caret location: " + dot); ae.initCause(e); throw ae; } if (rect == null) return; // Check if paint has possibly been called directly, without a previous // call to damage(). In this case we need to do some cleanup first. if ((x != rect.x) || (y != rect.y)) { repaint(); // Erase previous location of caret. x = rect.x; y = rect.y; width = 1; height = rect.height; } // Now draw the caret on the new position if visible. if (visible) { g.setColor(textComponent.getCaretColor()); g.drawLine(rect.x, rect.y, rect.x, rect.y + rect.height); } }
public void paint(Graphics g) { JTextComponent comp = getComponent(); if (comp == null) return; dot = Math.min(dot, textComponent.getDocument().getLength()); dot = Math.max(dot, 0); Rectangle rect = null; try { rect = textComponent.modelToView(dot); } catch (BadLocationException e) { AssertionError ae; ae = new AssertionError("Unexpected bad caret location: " + dot); ae.initCause(e); throw ae; } if (rect == null) return; // Check if paint has possibly been called directly, without a previous // call to damage(). In this case we need to do some cleanup first. if ((x != rect.x) || (y != rect.y)) { repaint(); // Erase previous location of caret. x = rect.x; y = rect.y; width = 1; height = rect.height; } // Now draw the caret on the new position if visible. if (visible) { g.setColor(textComponent.getCaretColor()); g.drawLine(rect.x, rect.y, rect.x, rect.y + rect.height); } }
14,067
public WordBreakIterator() { iter = null; }
public WordBreakIterator() { iter = null; }
14,068
public Object clone() { return new WordBreakIterator(this); }
public Object clone() { return new WordBreakIterator(this); }
14,069
private final boolean isHan(char c) { return c >= 0x4e00 && c <= 0x9fff; }
private final boolean isHan(char c) { return c >= 0x4e00 && c <= 0x9fff; }
14,070
private final boolean isHira(char c) { return c >= 0x3040 && c <= 0x309f; }
private final boolean isHira(char c) { return c >= 0x3040 && c <= 0x309f; }
14,071
private final boolean isKata(char c) { return c >= 0x30a0 && c <= 0x30ff; }
private final boolean isKata(char c) { return c >= 0x30a0 && c <= 0x30ff; }
14,072
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,073
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,074
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,075
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,076
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,077
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,078
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,079
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,080
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,081
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
public int next() { int end = iter.getEndIndex(); if (iter.getIndex() == end) return DONE; while (iter.getIndex() < end) { char c = iter.current(); if (c == CharacterIterator.DONE) break; int type = Character.getType(c); char n = iter.next(); if (n == CharacterIterator.DONE) break; // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. boolean is_letter = Character.isLetter(c); if (c != '\'' && !is_letter && type != Character.NON_SPACING_MARK && Character.isLetter(n)) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (c != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); // Special case Japanese. if (!is_hira && !is_kata && !is_han && type != Character.NON_SPACING_MARK && (isHira(n) || isKata(n) || isHan(n))) break; if (is_hira || is_kata || is_han || is_letter) { // Now we need to do some lookahead. We might need to do // quite a bit of lookahead, so we save our position and // restore it later. int save = iter.getIndex(); // Skip string of non spacing marks. while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.next(); if (n == CharacterIterator.DONE) break; if ((is_hira && !isHira(n)) || (is_kata && !isHira(n) && !isKata(n)) || (is_han && !isHira(n) && !isHan(n)) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (is_letter && !Character.isLetter(n) && n != '\'')) break; iter.setIndex(save); } } return iter.getIndex(); }
14,082
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,083
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,084
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,085
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,086
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,087
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,088
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,089
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,090
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
14,091
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
public int previous() { int start = iter.getBeginIndex(); if (iter.getIndex() == start) return DONE; while (iter.getIndex() >= start) { char c = iter.previous(); if (c == CharacterIterator.DONE) break; boolean is_hira = isHira(c); boolean is_kata = isKata(c); boolean is_han = isHan(c); boolean is_letter = Character.isLetter(c); char n = iter.previous(); if (n == CharacterIterator.DONE) break; iter.next(); int type = Character.getType(n); // Break after paragraph separators. if (type == Character.PARAGRAPH_SEPARATOR || type == Character.LINE_SEPARATOR) break; // Break between letters and non-letters. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && !Character.isLetter(n) && type != Character.NON_SPACING_MARK && is_letter) break; // Always break after certain symbols, such as punctuation. // This heuristic is derived from hints in the JCL book and is // not part of Unicode. It seems to be right, however. // FIXME: we treat apostrophe as part of a word. This // is an English-ism. if (n != '\'' && (type == Character.DASH_PUNCTUATION || type == Character.START_PUNCTUATION || type == Character.END_PUNCTUATION || type == Character.CONNECTOR_PUNCTUATION || type == Character.OTHER_PUNCTUATION || type == Character.MATH_SYMBOL || type == Character.CURRENCY_SYMBOL || type == Character.MODIFIER_SYMBOL || type == Character.OTHER_SYMBOL || type == Character.FORMAT || type == Character.CONTROL)) break; // Special case Japanese. if ((is_hira || is_kata || is_han) && !isHira(n) && !isKata(n) && !isHan(n) && type != Character.NON_SPACING_MARK) break; // We might have to skip over non spacing marks to see what's // on the other side. if (!is_hira || (!is_letter && c != '\'')) { int save = iter.getIndex(); while (n != CharacterIterator.DONE && Character.getType(n) == Character.NON_SPACING_MARK) n = iter.previous(); iter.setIndex(save); // This is a strange case: a bunch of non-spacing marks at // the beginning. We treat the current location as a word // break. if (n == CharacterIterator.DONE) break; if ((isHira(n) && !is_hira) || (isKata(n) && !is_hira && !is_kata) || (isHan(n) && !is_hira && !is_han) // FIXME: we treat apostrophe as part of a word. This // is an English-ism. || (!is_letter && c != '\'' && Character.isLetter(n))) break; } } return iter.getIndex(); }
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public JApplet() { super.setLayout(new BorderLayout(1, 1)); getRootPane(); // Will do set/create. initStageDone = true; // Init stage is now over. }
public JApplet() { super.setLayout(new BorderLayout(1, 1)); getRootPane(); // Will do set/create. setRootPaneCheckingEnabled(true); // Init stage is now over. }
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protected void addImpl(Component comp, Object constraints, int index) { // If we're adding in the initialization stage use super.add. // Otherwise pass the add onto the content pane. if (!initStageDone) super.addImpl(comp, constraints, index); else { if (isRootPaneCheckingEnabled()) throw new Error("Do not use add() on JApplet directly. Use " + "getContentPane().add() instead"); getContentPane().add(comp, constraints, index); } }
protected void addImpl(Component comp, Object constraints, int index) { // If we're adding in the initialization stage use super.add. // Otherwise pass the add onto the content pane. if (isRootPaneCheckingEnabled()) getContentPane().add(comp, constraints, index); else super.addImpl(comp, constraints, index); else { if (isRootPaneCheckingEnabled()) throw new Error("Do not use add() on JApplet directly. Use " + "getContentPane().add() instead"); getContentPane().add(comp, constraints, index); } }
14,094
protected void addImpl(Component comp, Object constraints, int index) { // If we're adding in the initialization stage use super.add. // Otherwise pass the add onto the content pane. if (!initStageDone) super.addImpl(comp, constraints, index); else { if (isRootPaneCheckingEnabled()) throw new Error("Do not use add() on JApplet directly. Use " + "getContentPane().add() instead"); getContentPane().add(comp, constraints, index); } }
protected void addImpl(Component comp, Object constraints, int index) { // If we're adding in the initialization stage use super.add. // Otherwise pass the add onto the content pane. if (!initStageDone) super.addImpl(comp, constraints, index); else { if (isRootPaneCheckingEnabled()) throw new Error("Do not use add() on JApplet directly. Use " + "getContentPane().add() instead"); getContentPane().add(comp, constraints, index); } }
14,095
public void setLayout(LayoutManager manager) { // Check if we're in initialization stage. If so, call super.setLayout // otherwise, valid calls go to the content pane if (initStageDone) { if (isRootPaneCheckingEnabled()) throw new Error("Cannot set layout. Use getContentPane().setLayout()" + "instead."); getContentPane().setLayout(manager); } else super.setLayout(manager); }
public void setLayout(LayoutManager manager) { // Check if we're in initialization stage. If so, call super.setLayout // otherwise, valid calls go to the content pane if (initStageDone) { if (isRootPaneCheckingEnabled()) throw new Error("Cannot set layout. Use getContentPane().setLayout()" + "instead."); getContentPane().setLayout(manager); } else super.setLayout(manager); }
14,096
public void setLayout(LayoutManager manager) { // Check if we're in initialization stage. If so, call super.setLayout // otherwise, valid calls go to the content pane if (initStageDone) { if (isRootPaneCheckingEnabled()) throw new Error("Cannot set layout. Use getContentPane().setLayout()" + "instead."); getContentPane().setLayout(manager); } else super.setLayout(manager); }
public void setLayout(LayoutManager manager) { // Check if we're in initialization stage. If so, call super.setLayout // otherwise, valid calls go to the content pane if (initStageDone) { if (isRootPaneCheckingEnabled()) throw new Error("Cannot set layout. Use getContentPane().setLayout()" + "instead."); getContentPane().setLayout(manager); } else super.setLayout(manager); }
14,097
public void setLayout(LayoutManager manager) { // Check if we're in initialization stage. If so, call super.setLayout // otherwise, valid calls go to the content pane if (initStageDone) { if (isRootPaneCheckingEnabled()) throw new Error("Cannot set layout. Use getContentPane().setLayout()" + "instead."); getContentPane().setLayout(manager); } else super.setLayout(manager); }
public void setLayout(LayoutManager manager) { // Check if we're in initialization stage. If so, call super.setLayout // otherwise, valid calls go to the content pane if (initStageDone) { if (isRootPaneCheckingEnabled()) throw new Error("Cannot set layout. Use getContentPane().setLayout()" + "instead."); getContentPane().setLayout(manager); else super.setLayout(manager); }
14,098
public TaggedXMLDataIOStyle(Array parentArray) { Log.debug("in TaggedXMLDataIOStyle, constructor"); this.parentArray = parentArray; }
public TaggedXMLDataIOStyle(Array parentArray) { this.parentArray = parentArray; }
14,099
protected void specificIOStyleToXDF( OutputStream outputstream,String indent) { boolean niceOutput = Specification.getInstance().isPrettyXDFOutput(); //write out the tags info String[] tags = getAxisTags(); List axisList = parentArray.getAxisList(); String axisId; String tag; int stop = axisList.size(); synchronized (axisList) { for (int i = 0; i <stop; i++) { axisId = ((AxisInterface) axisList.get(i)).getAxisId(); tag = tags[i]; if (niceOutput) { writeOut(outputstream, Constants.NEW_LINE); writeOut(outputstream, indent); } writeOut(outputstream, "<" + TagToAxisNodeName + " axisIdRef=\"" + axisId + "\"" + " tag = \"" + tag + "\"/>"); } } }
protected void specificIOStyleToXDF( OutputStream outputstream,String indent) { boolean niceOutput = Specification.getInstance().isPrettyXDFOutput(); //write out the tags info String[] tags = getAxisTags(); List axisList = parentArray.getAxisList(); String axisId; String tag; int stop = axisList.size(); synchronized (axisList) { for (int i = 0; i <stop; i++) { axisId = ((AxisInterface) axisList.get(i)).getAxisId(); tag = tags[i]; if (niceOutput) { writeOut(outputstream, Constants.NEW_LINE); writeOut(outputstream, indent); } writeOut(outputstream, "<" + TagToAxisNodeName + " axisIdRef=\""); writeOutAttribute(outputstream, axisId); writeOut(outputstream, "\""); writeOut(outputstream, " tag = \""); writeOutAttribute(outputstream, tag); writeOut(outputstream, "\""); } } }
14,100
private void addByteDataToCurrentArray ( Locator location, byte[] data, int startByte, int endByte, int amount, String endian ) // throws SetDataException throws SAXException { ArrayList commandList = (ArrayList) ((FormattedXMLDataIOStyle) CurrentArray.getXMLDataIOStyle()).getFormatCommands(); int nrofIOCmd = commandList.size(); int bytes_added = startByte; if (endByte > 0 && amount > endByte) amount = endByte; try { while (bytes_added < amount) { FormattedIOCmd currentIOCmd = (FormattedIOCmd) commandList.get(CurrentIOCmdIndex); // readCell if (currentIOCmd instanceof ReadCellFormattedIOCmd) { DataFormat currentDataFormat = DataFormatList[CurrentDataFormatIndex]; int bytes_to_add = currentDataFormat.numOfBytes(); // String strValue = new String(data, bytes_added, bytes_to_add);// Log.errorln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if ( currentDataFormat instanceof IntegerDataFormat || currentDataFormat instanceof FloatDataFormat ) { String thisData = new String(data,bytes_added,bytes_to_add);// Log.errorln("Got Href Formatted Number Data:["+thisData.trim()+ "]["+bytes_added+"]["+bytes_to_add+"]"); try { addDataToCurrentArray(location, thisData.trim(), currentDataFormat, IntRadix[CurrentDataFormatIndex]); } catch (SetDataException e) { throw new SetDataException("Unable to setData:["+thisData+"], ignoring request"+e.getMessage()); } } else if (currentDataFormat instanceof StringDataFormat) { String thisData = new String(data,bytes_added,bytes_to_add);// Log.errorln("Got Href Formatted Character Data:["+thisData+ "]["+bytes_added+"]["+bytes_to_add+"]"); try { addDataToCurrentArray(location, thisData, currentDataFormat, IntRadix[CurrentDataFormatIndex]); } catch (SetDataException e) { throw new SetDataException("Unable to setData:["+thisData+"], ignoring request"+e.getMessage()); } } else if (currentDataFormat instanceof BinaryFloatDataFormat) { if (bytes_to_add == 4) { float myValue = convert4bytesToFloat(endian, data, bytes_added); //Log.errorln("Got Href Data BFloatSingle:["+myValue.toString()+"]["+bytes_added+"]["+bytes_to_add+"]"); CurrentArray.setData(location, myValue); } else if (bytes_to_add == 8) { // Log.errorln("Got Href Data BFloatDouble:["+myValue.toString()+"]["+bytes_added+"]["+bytes_to_add+"]"); double myValue = convert8bytesToDouble(endian, data, bytes_added); CurrentArray.setData(location, myValue); } else { Log.errorln("Error: got floating point with bit size != (32|64). Ignoring data."); } } else if (currentDataFormat instanceof BinaryIntegerDataFormat) { // short myValue = convert2bytesToShort (endian, data, bytes_added); // Log.errorln("Got Href Data Integer:["+myValue+ "]["+bytes_added+"]["+bytes_to_add+"]"); // int numOfBytes = ((BinaryIntegerDataFormat) currentDataFormat).numOfBytes(); // int myValue = convertBytesToInteger (bytes_to_add, endian, data, bytes_added); // CurrentArray.setData(location, myValue); // is it better to use a dispatch table here? switch (bytes_to_add) { case 1: { // 8-bit short val = convert1byteToShort (data, bytes_added); CurrentArray.setData(location, val); break; } case 2: { // 16-bit short val = convert2bytesToShort (endian, data, bytes_added); CurrentArray.setData(location, val); break; } case 3: { // 24-bit (unusual) int val = convert3bytesToInt (endian, data, bytes_added); CurrentArray.setData(location, val); break; } case 4: { // 32-bit int val = convert4bytesToInt (endian, data, bytes_added); CurrentArray.setData(location, val); break; } case 8: { // 64-bit long val = convert8bytesToLong (endian, data, bytes_added); CurrentArray.setData(location, val); break; } default: Log.errorln("XDF Can't handle binary integers of byte size:"+bytes_to_add+". Aborting!"); System.exit(-1); } } // advance the data pointer to next location location.next(); // advance our global pointer to the current DataFormat if (NrofDataFormats > 1) if (CurrentDataFormatIndex == (NrofDataFormats - 1)) CurrentDataFormatIndex = 0; else CurrentDataFormatIndex++; bytes_added += bytes_to_add; } else if (currentIOCmd instanceof SkipCharFormattedIOCmd) { Integer bytes_to_skip = ((SkipCharFormattedIOCmd) currentIOCmd).getCount(); bytes_added += bytes_to_skip.intValue(); } else if (currentIOCmd instanceof RepeatFormattedIOCmd) { // shouldnt happen Log.errorln("Argh getFormatCommands not working right, got repeat command in addByteData!!!"); System.exit(-1); } // advance our global pointer to the current IOCmd if (nrofIOCmd> 1) if (CurrentIOCmdIndex == (nrofIOCmd - 1)) CurrentIOCmdIndex = 0; else CurrentIOCmdIndex++; } } catch (SetDataException e) { throw new SAXException("Failed to load external data at byte_read:"+bytes_added+" msg:"+e.getMessage()); } }
String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); private void addByteDataToCurrentArray ( Locator location,String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); byte[] data,String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int startByte,String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int endByte,String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int amount,String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String endianString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); ) //String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); throws SetDataExceptionString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); throws SAXExceptionString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); ArrayList commandList = (ArrayList)String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); ((FormattedXMLDataIOStyle) CurrentArray.getXMLDataIOStyle()).getFormatCommands();String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int nrofIOCmd = commandList.size();String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int bytes_added = startByte;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if (endByte > 0 && amount > endByte)String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); amount = endByte;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); try {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); while (bytes_added < amount) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); FormattedIOCmd currentIOCmd = (FormattedIOCmd) commandList.get(CurrentIOCmdIndex);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // readCellString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if (currentIOCmd instanceof ReadCellFormattedIOCmd) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); DataFormat currentDataFormat = DataFormatList[CurrentDataFormatIndex];String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int bytes_to_add = currentDataFormat.numOfBytes();String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); //String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add);//String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); Log.errorln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if ( currentDataFormat instanceof IntegerDataFormatString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); || currentDataFormat instanceof FloatDataFormatString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); ) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String thisData = new String(data,bytes_added,bytes_to_add);//String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); Log.errorln("Got Href Formatted Number Data:["+thisData.trim()+ "]["+bytes_added+"]["+bytes_to_add+"]");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); try {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); addDataToCurrentArray(location, thisData.trim(), currentDataFormat, IntRadix[CurrentDataFormatIndex]);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } catch (SetDataException e) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); throw new SetDataException("Unable to setData:["+thisData+"], ignoring request"+e.getMessage());String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } else if (currentDataFormat instanceof StringDataFormat) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String thisData = new String(data,bytes_added,bytes_to_add);//String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); Log.errorln("Got Href Formatted Character Data:["+thisData+ "]["+bytes_added+"]["+bytes_to_add+"]");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); try {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); addDataToCurrentArray(location, thisData, currentDataFormat, IntRadix[CurrentDataFormatIndex]);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } catch (SetDataException e) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); throw new SetDataException("Unable to setData:["+thisData+"], ignoring request"+e.getMessage());String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } else if (currentDataFormat instanceof BinaryFloatDataFormat) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if (bytes_to_add == 4) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); float myValue = convert4bytesToFloat(endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); //Log.errorln("Got Href Data BFloatSingle:["+myValue.toString()+"]["+bytes_added+"]["+bytes_to_add+"]");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentArray.setData(location, myValue);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } else if (bytes_to_add == 8) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // Log.errorln("Got Href Data BFloatDouble:["+myValue.toString()+"]["+bytes_added+"]["+bytes_to_add+"]");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); double myValue = convert8bytesToDouble(endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentArray.setData(location, myValue);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } else {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); Log.errorln("Error: got floating point with bit size != (32|64). Ignoring data.");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } else if (currentDataFormat instanceof BinaryIntegerDataFormat) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // short myValue = convert2bytesToShort (endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // Log.errorln("Got Href Data Integer:["+myValue+ "]["+bytes_added+"]["+bytes_to_add+"]");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // int numOfBytes = ((BinaryIntegerDataFormat) currentDataFormat).numOfBytes();String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // int myValue = convertBytesToInteger (bytes_to_add, endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // CurrentArray.setData(location, myValue);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // is it better to use a dispatch table here?String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); switch (bytes_to_add)String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); case 1: { // 8-bitString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); short val = convert1byteToShort (data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentArray.setData(location, val);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); break;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); case 2: { // 16-bitString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); short val = convert2bytesToShort (endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentArray.setData(location, val);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); break;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); case 3: { // 24-bit (unusual)String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int val = convert3bytesToInt (endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentArray.setData(location, val);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); break;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); case 4: { // 32-bitString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); int val = convert4bytesToInt (endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentArray.setData(location, val);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); break;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); case 8: { // 64-bitString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); long val = convert8bytesToLong (endian, data, bytes_added);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentArray.setData(location, val);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); break;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); default:String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); Log.errorln("XDF Can't handle binary integers of byte size:"+bytes_to_add+". Aborting!");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); System.exit(-1);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // advance the data pointer to next locationString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); location.next();String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // advance our global pointer to the current DataFormatString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if (NrofDataFormats > 1)String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if (CurrentDataFormatIndex == (NrofDataFormats - 1))String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentDataFormatIndex = 0;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); elseString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentDataFormatIndex++;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); bytes_added += bytes_to_add;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } else if (currentIOCmd instanceof SkipCharFormattedIOCmd) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); Integer bytes_to_skip = ((SkipCharFormattedIOCmd) currentIOCmd).getCount();String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); bytes_added += bytes_to_skip.intValue();String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } else if (currentIOCmd instanceof RepeatFormattedIOCmd) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // shouldnt happenString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); Log.errorln("Argh getFormatCommands not working right, got repeat command in addByteData!!!");String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); System.exit(-1);String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); // advance our global pointer to the current IOCmdString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if (nrofIOCmd> 1)String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); if (CurrentIOCmdIndex == (nrofIOCmd - 1))String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentIOCmdIndex = 0;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); elseString strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); CurrentIOCmdIndex++;String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); } catch (SetDataException e) {String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); throw new SAXException("Failed to load external data at byte_read:"+bytes_added+" msg:"+e.getMessage());String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); String strValue = new String(data, bytes_added, bytes_to_add); Log.debugln("AddByteData READCELL string(off:"+bytes_added+" len:"+bytes_to_add+") => ["+strValue+"]"); }
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public final void printMe() { Thread printerThread = new PrinterThread(screen,font,numCols,numRows,colorBg); printerThread.start(); }
public final void printMe() { Thread printerThread = new PrinterThread(screen, font, numCols, numRows, colorBg, (Session)gui); printerThread.start(); }
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public void sendKeys(String text) {// if (text == null) {// return;// } if (isStatusErrorCode() && !resetRequired) { resetError(); if (!cursorActive) setCursorOn(); } if (keyboardLocked) { if(text.equals("[reset]") || text.equals("[sysreq]") || text.equals("[attn]")) { simulateMnemonic(getMnemonicValue(text)); } else { if (isStatusErrorCode()) { Toolkit.getDefaultToolkit().beep(); return; } keysBuffered = true; setKBIndicatorOn(); if(bufferedKeys == null){ bufferedKeys = text; return; } else { bufferedKeys += text; return; } } } else { if (keysBuffered) { if (bufferedKeys != null) { text = bufferedKeys + text; } keysBuffered = false; setKBIndicatorOff(); bufferedKeys = null; } // check to see if position is in a field and if it is then change // current field to that field isInField(lastPos,true); if (text.length() == 1 && !text.equals("[") && !text.equals("]")) { simulateKeyStroke(text.charAt(0)); } else { strokenizer.setKeyStrokes(text); String s; boolean done = false; while (strokenizer.hasMoreKeyStrokes() && !keyboardLocked && !isStatusErrorCode() && !done) { s = strokenizer.nextKeyStroke(); if (s.length() == 1) { simulateKeyStroke(s.charAt(0)); } else { if (s != null) { simulateMnemonic(getMnemonicValue(s)); } else System.out.println(" send keys mnemonic " + s); } if (keyboardLocked) { bufferedKeys = strokenizer.getUnprocessedKeyStroked(); if (bufferedKeys != null) { keysBuffered = true; setKBIndicatorOn(); } done = true; } } } } }
publicvoidsendKeys(Stringtext){//if(text==null){//return;//}if(isStatusErrorCode()&&!resetRequired){resetError();if(!cursorActive)setCursorOn();}if(keyboardLocked){if(text.equals("[reset]")||text.equals("[sysreq]")||text.equals("[attn]")){simulateMnemonic(getMnemonicValue(text));}else{if(isStatusErrorCode()){Toolkit.getDefaultToolkit().beep();return;}keysBuffered=true;setKBIndicatorOn();if(bufferedKeys==null){bufferedKeys=text;return;}else{bufferedKeys+=text;return;}}}else{if(keysBuffered){if(bufferedKeys!=null){text=bufferedKeys+text;}keysBuffered=false;setKBIndicatorOff();bufferedKeys=null;}//checktoseeifpositionisinafieldandifitisthenchange//currentfieldtothatfieldisInField(lastPos,true);if(text.length()==1&&!text.equals("[")&&!text.equals("]")){simulateKeyStroke(text.charAt(0));}else{strokenizer.setKeyStrokes(text);Strings;booleandone=false;while(strokenizer.hasMoreKeyStrokes()&&!keyboardLocked&&!isStatusErrorCode()&&!done){s=strokenizer.nextKeyStroke();if(s.length()==1){simulateKeyStroke(s.charAt(0));}else{if(s!=null){simulateMnemonic(getMnemonicValue(s));}elseSystem.out.println("sendkeysmnemonic"+s);}if(keyboardLocked){bufferedKeys=strokenizer.getUnprocessedKeyStroked();if(bufferedKeys!=null){keysBuffered=true;setKBIndicatorOn();}done=true;}}}}}
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public void layoutContainer(Container parent) { // Position editor component to the left of arrow button if combo box is // editable int editorWidth = comboBox.getBounds().width - arrowButtonWidth - 2; if (comboBox.isEditable()) editor.setBounds(borderInsets.left, borderInsets.top, editorWidth, comboBox.getBounds().height - borderInsets.left - borderInsets.top); arrowButton.setBounds(editorWidth, 2, arrowButtonWidth, comboBox.getBounds().height - 4); comboBox.revalidate(); }
public void layoutContainer(Container parent) { // Position editor component to the left of arrow button if combo box is // editable int arrowSize = comboBox.getHeight(); int editorWidth = comboBox.getBounds().width - arrowSize; if (comboBox.isEditable()) editor.setBounds(borderInsets.left, borderInsets.top, editorWidth, comboBox.getBounds().height - borderInsets.left - borderInsets.top); arrowButton.setBounds(editorWidth, 2, arrowButtonWidth, comboBox.getBounds().height - 4); comboBox.revalidate(); }
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public void layoutContainer(Container parent) { // Position editor component to the left of arrow button if combo box is // editable int editorWidth = comboBox.getBounds().width - arrowButtonWidth - 2; if (comboBox.isEditable()) editor.setBounds(borderInsets.left, borderInsets.top, editorWidth, comboBox.getBounds().height - borderInsets.left - borderInsets.top); arrowButton.setBounds(editorWidth, 2, arrowButtonWidth, comboBox.getBounds().height - 4); comboBox.revalidate(); }
public void layoutContainer(Container parent) { // Position editor component to the left of arrow button if combo box is // editable int editorWidth = comboBox.getBounds().width - arrowButtonWidth - 2; if (comboBox.isEditable()) editor.setBounds(borderInsets.left, borderInsets.top, editorWidth, comboBox.getBounds().height - borderInsets.left - borderInsets.top); arrowButton.setBounds(editorWidth, 2, arrowButtonWidth, comboBox.getBounds().height - 4); comboBox.revalidate(); }
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public Dimension preferredLayoutSize(Container parent) { Dimension d = new Dimension(0, 0); if (largestItemSize == null) largestItemSize = getLargestItemSize(); // add size for the area that will display selected item d.width += largestItemSize.getWidth(); d.height += largestItemSize.getHeight(); // add size of the arrow button d.width += arrowButtonWidth; // add width and height of the border d.width += borderInsets.left + borderInsets.right; d.height += borderInsets.left + borderInsets.right; // Add combo box's insets Insets insets = parent.getInsets(); d.width += insets.left + insets.right; d.width += insets.left + insets.right; return d; }
public Dimension preferredLayoutSize(Container parent) { Dimension d = new Dimension(0, 0); if (largestItemSize == null) largestItemSize = getLargestItemSize(); // add size for the area that will display selected item d.width += largestItemSize.getWidth(); d.height += largestItemSize.getHeight(); // add size of the arrow button d.width += arrowButtonWidth; // add width and height of the border d.width += borderInsets.left + borderInsets.right; d.height += borderInsets.left + borderInsets.right; // Add combo box's insets Insets insets = parent.getInsets(); d.width += insets.left + insets.right; d.width += insets.left + insets.right; return d; }
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public void intervalAdded(ListDataEvent e) { // must determine if the size of the combo box should change int start = e.getIndex0(); int end = e.getIndex1(); ComboBoxModel model = comboBox.getModel(); ListCellRenderer renderer = comboBox.getRenderer(); if (largestItemSize == null) largestItemSize = new Dimension(0, 0); for (int i = start; i < end; i++) { Object item = model.getElementAt(i); Component comp = renderer.getListCellRendererComponent(new JList(), item, -1, false, false); if (comp.getPreferredSize().getWidth() > largestItemSize.getWidth()) largestItemSize = comp.getPreferredSize(); } }
public void intervalAdded(ListDataEvent e) { // must determine if the size of the combo box should change int start = e.getIndex0(); int end = e.getIndex1(); ComboBoxModel model = comboBox.getModel(); ListCellRenderer renderer = comboBox.getRenderer(); if (largestItemSize == null) largestItemSize = new Dimension(0, 0); for (int i = start; i < end; i++) { Object item = model.getElementAt(i); Component comp = renderer.getListCellRendererComponent(new JList(), item, -1, false, false); if (comp.getPreferredSize().getWidth() > largestItemSize.getWidth()) largestItemSize = comp.getPreferredSize(); } }
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public void intervalAdded(ListDataEvent e) { // must determine if the size of the combo box should change int start = e.getIndex0(); int end = e.getIndex1(); ComboBoxModel model = comboBox.getModel(); ListCellRenderer renderer = comboBox.getRenderer(); if (largestItemSize == null) largestItemSize = new Dimension(0, 0); for (int i = start; i < end; i++) { Object item = model.getElementAt(i); Component comp = renderer.getListCellRendererComponent(new JList(), item, -1, false, false); if (comp.getPreferredSize().getWidth() > largestItemSize.getWidth()) largestItemSize = comp.getPreferredSize(); } }
public void intervalAdded(ListDataEvent e) { // must determine if the size of the combo box should change int start = e.getIndex0(); int end = e.getIndex1(); ComboBoxModel model = comboBox.getModel(); ListCellRenderer renderer = comboBox.getRenderer(); if (largestItemSize == null) largestItemSize = new Dimension(0, 0); for (int i = start; i < end; i++) { Object item = model.getElementAt(i); Component comp = renderer.getListCellRendererComponent(new JList(), item, -1, false, false); if (comp.getPreferredSize().getWidth() > largestItemSize.getWidth()) largestItemSize = comp.getPreferredSize(); } }
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public void intervalAdded(ListDataEvent e) { // must determine if the size of the combo box should change int start = e.getIndex0(); int end = e.getIndex1(); ComboBoxModel model = comboBox.getModel(); ListCellRenderer renderer = comboBox.getRenderer(); if (largestItemSize == null) largestItemSize = new Dimension(0, 0); for (int i = start; i < end; i++) { Object item = model.getElementAt(i); Component comp = renderer.getListCellRendererComponent(new JList(), item, -1, false, false); if (comp.getPreferredSize().getWidth() > largestItemSize.getWidth()) largestItemSize = comp.getPreferredSize(); } }
public void intervalAdded(ListDataEvent e) { // must determine if the size of the combo box should change int start = e.getIndex0(); int end = e.getIndex1(); ComboBoxModel model = comboBox.getModel(); ListCellRenderer renderer = comboBox.getRenderer(); if (largestItemSize == null) largestItemSize = new Dimension(0, 0); for (int i = start; i < end; i++) { Object item = model.getElementAt(i); Component comp = renderer.getListCellRendererComponent(new JList(), item, -1, false, false); if (comp.getPreferredSize().getWidth() > largestItemSize.getWidth()) largestItemSize = comp.getPreferredSize(); } }
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public void intervalRemoved(ListDataEvent e) { // recalculate display size of the JComboBox. largestItemSize = getLargestItemSize(); comboBox.repaint(); }
public void intervalRemoved(ListDataEvent e) { // recalculate display size of the JComboBox. displaySize = getDisplaySize(); comboBox.repaint(); }
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public void mousePressed(MouseEvent e) { if (comboBox.isEnabled()) { if (e.getSource() instanceof JComboBox) { arrowButton.getModel().setPressed(true); arrowButton.getModel().setArmed(true); } comboBox.repaint(); if (e.getSource() instanceof BasicArrowButton) toggleOpenClose(); } }
public void mousePressed(MouseEvent e) { if (comboBox.isEnabled()) { if (e.getSource() instanceof JComboBox) { arrowButton.getModel().setPressed(true); arrowButton.getModel().setArmed(true); } comboBox.repaint(); if (e.getSource() instanceof BasicArrowButton) toggleOpenClose(); } }
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public void configureArrowButton() { arrowButton.addMouseListener(mouseListener); }
public void configureArrowButton() { arrowButton.setEnabled(comboBox.isEnabled()); arrowButton.setFont(comboBox.getFont()); arrowButton.setMargin(new Insets(0, 0, 0, 0)); }
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protected Dimension getDefaultSize() { return new Dimension(6, 17); }
protected Dimension getDefaultSize() { return new Dimension(100, 5); }
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public Dimension getMaximumSize(JComponent c) { return null; }
public Dimension getMaximumSize(JComponent c) { return MAXIMUM_SIZE; }
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public Dimension getMinimumSize(JComponent c) { return null; }
public Dimension getMinimumSize(JComponent c) { Dimension d = getDisplaySize(); Dimension arrowDim = arrowButton.getPreferredSize(); Dimension result = new Dimension(d.width + arrowDim.width, Math.max(d.height, arrowDim.height)); return result; }
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public Dimension getPreferredSize(JComponent c) { // return null to indicate that combo box's layout will determin its // preferred size return null; }
public Dimension getPreferredSize(JComponent c) { // return null to indicate that combo box's layout will determin its // preferred size return getMinimumSize(c); }
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protected void installComponents() { // create and install arrow button arrowButton = createArrowButton(); comboBox.add(arrowButton); // Set list that will be used by BasicComboBoxRender // in order to determine the right colors when rendering listBox = new JList(); Color background = arrowButton.getBackground(); listBox.setBackground(background); listBox.setSelectionBackground(background.darker()); Color foreground = arrowButton.getForeground(); listBox.setForeground(foreground); listBox.setSelectionForeground(foreground); // set editor and renderer for the combo box. Editor is used // only if combo box becomes editable, otherwise renderer is used // to paint the selected item; combobox is not editable by default. comboBox.setRenderer(createRenderer()); comboBox.setEditor(createEditor()); editor = comboBox.getEditor().getEditorComponent(); // create drop down list of items popup = createPopup(); comboBox.revalidate(); }
configureArrowButton(); configureArrowButton(); protectedconfigureArrowButton(); voidconfigureArrowButton(); installComponents()configureArrowButton(); configureArrowButton(); {configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); //configureArrowButton(); createconfigureArrowButton(); andconfigureArrowButton(); installconfigureArrowButton(); arrowconfigureArrowButton(); buttonconfigureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); arrowButtonconfigureArrowButton(); =configureArrowButton(); createArrowButton();configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); comboBox.add(arrowButton);configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); //configureArrowButton(); SetconfigureArrowButton(); listconfigureArrowButton(); thatconfigureArrowButton(); willconfigureArrowButton(); beconfigureArrowButton(); usedconfigureArrowButton(); byconfigureArrowButton(); BasicComboBoxRenderconfigureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); //configureArrowButton(); inconfigureArrowButton(); orderconfigureArrowButton(); toconfigureArrowButton(); determineconfigureArrowButton(); theconfigureArrowButton(); rightconfigureArrowButton(); colorsconfigureArrowButton(); whenconfigureArrowButton(); renderingconfigureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); listBoxconfigureArrowButton(); =configureArrowButton(); newconfigureArrowButton(); JList();configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); ColorconfigureArrowButton(); backgroundconfigureArrowButton(); =configureArrowButton(); arrowButton.getBackground();configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); listBox.setBackground(background);configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); listBox.setSelectionBackground(background.darker());configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); ColorconfigureArrowButton(); foregroundconfigureArrowButton(); =configureArrowButton(); arrowButton.getForeground();configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); listBox.setForeground(foreground);configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); listBox.setSelectionForeground(foreground);configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); //configureArrowButton(); setconfigureArrowButton(); editorconfigureArrowButton(); andconfigureArrowButton(); rendererconfigureArrowButton(); forconfigureArrowButton(); theconfigureArrowButton(); comboconfigureArrowButton(); box.configureArrowButton(); EditorconfigureArrowButton(); isconfigureArrowButton(); usedconfigureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); //configureArrowButton(); onlyconfigureArrowButton(); ifconfigureArrowButton(); comboconfigureArrowButton(); boxconfigureArrowButton(); becomesconfigureArrowButton(); editable,configureArrowButton(); otherwiseconfigureArrowButton(); rendererconfigureArrowButton(); isconfigureArrowButton(); usedconfigureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); //configureArrowButton(); toconfigureArrowButton(); paintconfigureArrowButton(); theconfigureArrowButton(); selectedconfigureArrowButton(); item;configureArrowButton(); comboboxconfigureArrowButton(); isconfigureArrowButton(); notconfigureArrowButton(); editableconfigureArrowButton(); byconfigureArrowButton(); default.configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); comboBox.setRenderer(createRenderer());configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); comboBox.setEditor(createEditor());configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); editorconfigureArrowButton(); =configureArrowButton(); comboBox.getEditor().getEditorComponent();configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); //configureArrowButton(); createconfigureArrowButton(); dropconfigureArrowButton(); downconfigureArrowButton(); listconfigureArrowButton(); ofconfigureArrowButton(); itemsconfigureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); popupconfigureArrowButton(); =configureArrowButton(); createPopup();configureArrowButton(); configureArrowButton(); configureArrowButton(); configureArrowButton(); comboBox.revalidate();configureArrowButton(); configureArrowButton(); }
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protected void installComponents() { // create and install arrow button arrowButton = createArrowButton(); comboBox.add(arrowButton); // Set list that will be used by BasicComboBoxRender // in order to determine the right colors when rendering listBox = new JList(); Color background = arrowButton.getBackground(); listBox.setBackground(background); listBox.setSelectionBackground(background.darker()); Color foreground = arrowButton.getForeground(); listBox.setForeground(foreground); listBox.setSelectionForeground(foreground); // set editor and renderer for the combo box. Editor is used // only if combo box becomes editable, otherwise renderer is used // to paint the selected item; combobox is not editable by default. comboBox.setRenderer(createRenderer()); comboBox.setEditor(createEditor()); editor = comboBox.getEditor().getEditorComponent(); // create drop down list of items popup = createPopup(); comboBox.revalidate(); }
protected void installComponents() { // create and install arrow button arrowButton = createArrowButton(); comboBox.add(arrowButton); // Set list that will be used by BasicComboBoxRender // in order to determine the right colors when rendering listBox = new JList(); Color background = arrowButton.getBackground(); listBox.setBackground(background); listBox.setSelectionBackground(background.darker()); Color foreground = arrowButton.getForeground(); listBox.setForeground(foreground); listBox.setSelectionForeground(foreground); // set editor and renderer for the combo box. Editor is used // only if combo box becomes editable, otherwise renderer is used // to paint the selected item; combobox is not editable by default. comboBox.setRenderer(createRenderer()); comboBox.setEditor(createEditor()); editor = comboBox.getEditor().getEditorComponent(); // create drop down list of items popup = createPopup(); comboBox.revalidate(); }
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protected void installDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(defaults.getColor("ComboBox.background")); comboBox.setFont(defaults.getFont("ComboBox.font")); comboBox.setForeground(defaults.getColor("ComboBox.foreground")); // Set default color that should be used to to render selected item // of the combo box. shadow = defaults.getColor("Button.shadow"); darkShadow = defaults.getColor("Button.darkShadow"); lightHighlight = defaults.getColor("Button.light"); highlight = defaults.getColor("Button.highlight"); }
protected void installDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(defaults.getColor("ComboBox.background")); comboBox.setFont(defaults.getFont("ComboBox.font")); comboBox.setForeground(defaults.getColor("ComboBox.foreground")); // Set default color that should be used to to render selected item // of the combo box. shadow = defaults.getColor("Button.shadow"); darkShadow = defaults.getColor("Button.darkShadow"); lightHighlight = defaults.getColor("Button.light"); highlight = defaults.getColor("Button.highlight"); }
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protected void installDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(defaults.getColor("ComboBox.background")); comboBox.setFont(defaults.getFont("ComboBox.font")); comboBox.setForeground(defaults.getColor("ComboBox.foreground")); // Set default color that should be used to to render selected item // of the combo box. shadow = defaults.getColor("Button.shadow"); darkShadow = defaults.getColor("Button.darkShadow"); lightHighlight = defaults.getColor("Button.light"); highlight = defaults.getColor("Button.highlight"); }
protected void installDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(defaults.getColor("ComboBox.background")); comboBox.setFont(defaults.getFont("ComboBox.font")); comboBox.setForeground(defaults.getColor("ComboBox.foreground")); // Set default color that should be used to to render selected item // of the combo box. shadow = defaults.getColor("Button.shadow"); darkShadow = defaults.getColor("Button.darkShadow"); lightHighlight = defaults.getColor("Button.light"); highlight = defaults.getColor("Button.highlight"); }
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protected void installListeners() { // install combo box's listeners propertyChangeListener = createPropertyChangeListener(); comboBox.addPropertyChangeListener(propertyChangeListener); focusListener = createFocusListener(); comboBox.addFocusListener(focusListener); itemListener = createItemListener(); comboBox.addItemListener(itemListener); keyListener = createKeyListener(); comboBox.addKeyListener(keyListener); mouseListener = createMouseListener(); comboBox.addMouseListener(mouseListener); // install listeners that listen to combo box model listDataListener = createListDataListener(); comboBox.getModel().addListDataListener(listDataListener); configureArrowButton(); }
protected void installListeners() { // install combo box's listeners propertyChangeListener = createPropertyChangeListener(); comboBox.addPropertyChangeListener(propertyChangeListener); focusListener = createFocusListener(); comboBox.addFocusListener(focusListener); itemListener = createItemListener(); comboBox.addItemListener(itemListener); keyListener = createKeyListener(); comboBox.addKeyListener(keyListener); mouseListener = createMouseListener(); arrowButton.addMouseListener(mouseListener); // install listeners that listen to combo box model listDataListener = createListDataListener(); comboBox.getModel().addListDataListener(listDataListener); configureArrowButton(); }
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protected void installListeners() { // install combo box's listeners propertyChangeListener = createPropertyChangeListener(); comboBox.addPropertyChangeListener(propertyChangeListener); focusListener = createFocusListener(); comboBox.addFocusListener(focusListener); itemListener = createItemListener(); comboBox.addItemListener(itemListener); keyListener = createKeyListener(); comboBox.addKeyListener(keyListener); mouseListener = createMouseListener(); comboBox.addMouseListener(mouseListener); // install listeners that listen to combo box model listDataListener = createListDataListener(); comboBox.getModel().addListDataListener(listDataListener); configureArrowButton(); }
protected void installListeners() { // install combo box's listeners propertyChangeListener = createPropertyChangeListener(); comboBox.addPropertyChangeListener(propertyChangeListener); focusListener = createFocusListener(); comboBox.addFocusListener(focusListener); itemListener = createItemListener(); comboBox.addItemListener(itemListener); keyListener = createKeyListener(); comboBox.addKeyListener(keyListener); mouseListener = createMouseListener(); comboBox.addMouseListener(mouseListener); // install listeners that listen to combo box model listDataListener = createListDataListener(); comboBox.getModel().addListDataListener(listDataListener); }
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public boolean isFocusTraversable(JComboBox c) { if (comboBox.isEditable()) return true; return false; }
public boolean isFocusTraversable(JComboBox c) { if (!comboBox.isEditable()) return true; return false; }
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public void paint(Graphics g, JComponent c) { if (c instanceof JComboBox) { JComboBox cb = (JComboBox) c; paintBorder(g, comboBox.getBounds(), hasFocus); Rectangle rect = rectangleForCurrentValue(); paintCurrentValueBackground(g, rect, hasFocus); paintCurrentValue(g, rect, hasFocus); } }
public void paint(Graphics g, JComponent c) { if (c instanceof JComboBox) { JComboBox cb = (JComboBox) c; paintBorder(g, comboBox.getBounds(), hasFocus); Rectangle rect = rectangleForCurrentValue(); paintCurrentValueBackground(g, rect, hasFocus); paintCurrentValue(g, rect, hasFocus); } }
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public void paintCurrentValue(Graphics g, Rectangle bounds, boolean hasFocus) { if (! comboBox.isEditable()) { Object currentValue = comboBox.getSelectedItem(); boolean isPressed = arrowButton.getModel().isPressed(); /* Gets the component to be drawn for the current value. * If there is currently no selected item we will take an empty * String as replacement. */ Component comp = comboBox.getRenderer() .getListCellRendererComponent(listBox, (currentValue != null ? currentValue : ""), -1, isPressed, hasFocus); if (! comboBox.isEnabled()) comp.setEnabled(false); g.translate(borderInsets.left, borderInsets.top); comp.setBounds(0, 0, bounds.width, bounds.height); comp.paint(g); g.translate(-borderInsets.left, -borderInsets.top); comboBox.revalidate(); } else comboBox.getEditor().setItem(comboBox.getSelectedItem()); }
public void paintCurrentValue(Graphics g, Rectangle bounds, boolean hasFocus) { if (! comboBox.isEditable()) { Object currentValue = comboBox.getSelectedItem(); boolean isPressed = arrowButton.getModel().isPressed(); /* Gets the component to be drawn for the current value. * If there is currently no selected item we will take an empty * String as replacement. */ Component comp = comboBox.getRenderer() .getListCellRendererComponent(listBox, (currentValue != null ? currentValue : ""), -1, isPressed, hasFocus); if (! comboBox.isEnabled()) comp.setEnabled(false); g.translate(borderInsets.left, borderInsets.top); comp.setBounds(0, 0, bounds.width, bounds.height); comp.paint(g); g.translate(-borderInsets.left, -borderInsets.top); comboBox.revalidate(); } else comboBox.getEditor().setItem(comboBox.getSelectedItem()); }
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protected Rectangle rectangleForCurrentValue() { Rectangle cbBounds = comboBox.getBounds(); // Subtract width or the arrow button and border insets Rectangle rectForCurrentValue = new Rectangle(cbBounds.x + borderInsets.left, cbBounds.y + borderInsets.top, cbBounds.width - arrowButtonWidth - borderInsets.left - borderInsets.right, cbBounds.height - borderInsets.top - borderInsets.bottom); return rectForCurrentValue; }
protected Rectangle rectangleForCurrentValue() { Rectangle cbBounds = comboBox.getBounds(); // Subtract width or the arrow button and border insets Rectangle rectForCurrentValue = new Rectangle(cbBounds.x + borderInsets.left, cbBounds.y + borderInsets.top, cbBounds.width - arrowButtonWidth - borderInsets.left - borderInsets.right, cbBounds.height - borderInsets.top - borderInsets.bottom); return rectForCurrentValue; }
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public void unconfigureArrowButton() { arrowButton.removeMouseListener(mouseListener); }
public void unconfigureArrowButton() { }
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protected void uninstallDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(null); comboBox.setFont(null); comboBox.setForeground(null); shadow = null; darkShadow = null; lightHighlight = null; highlight = null; }
protected void uninstallDefaults() { if (comboBox.getFont() instanceof UIResource) comboBox.setFont(null); comboBox.setBackground(null); comboBox.setFont(null); comboBox.setForeground(null); shadow = null; darkShadow = null; lightHighlight = null; highlight = null; }
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protected void uninstallDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(null); comboBox.setFont(null); comboBox.setForeground(null); shadow = null; darkShadow = null; lightHighlight = null; highlight = null; }
protected void uninstallDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(null); comboBox.setFont(null); comboBox.setForeground(null); shadow = null; darkShadow = null; lightHighlight = null; highlight = null; }
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protected void uninstallDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(null); comboBox.setFont(null); comboBox.setForeground(null); shadow = null; darkShadow = null; lightHighlight = null; highlight = null; }
protected void uninstallDefaults() { UIDefaults defaults = UIManager.getLookAndFeelDefaults(); comboBox.setBackground(null); comboBox.setFont(null); comboBox.setForeground(null); shadow = null; darkShadow = null; highlight = null; }
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protected void uninstallListeners() { comboBox.removePropertyChangeListener(propertyChangeListener); propertyChangeListener = null; comboBox.removeFocusListener(focusListener); focusListener = null; comboBox.removeItemListener(itemListener); itemListener = null; comboBox.removeKeyListener(keyListener); keyListener = null; comboBox.removeMouseListener(mouseListener); mouseListener = null; comboBox.getModel().removeListDataListener(listDataListener); listDataListener = null; unconfigureArrowButton(); }
protected void uninstallListeners() { comboBox.removePropertyChangeListener(propertyChangeListener); propertyChangeListener = null; comboBox.removeFocusListener(focusListener); focusListener = null; comboBox.removeItemListener(itemListener); itemListener = null; comboBox.removeKeyListener(keyListener); keyListener = null; arrowButton.removeMouseListener(mouseListener); mouseListener = null; comboBox.getModel().removeListDataListener(listDataListener); listDataListener = null; unconfigureArrowButton(); }
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protected void uninstallListeners() { comboBox.removePropertyChangeListener(propertyChangeListener); propertyChangeListener = null; comboBox.removeFocusListener(focusListener); focusListener = null; comboBox.removeItemListener(itemListener); itemListener = null; comboBox.removeKeyListener(keyListener); keyListener = null; comboBox.removeMouseListener(mouseListener); mouseListener = null; comboBox.getModel().removeListDataListener(listDataListener); listDataListener = null; unconfigureArrowButton(); }
protected void uninstallListeners() { comboBox.removePropertyChangeListener(propertyChangeListener); propertyChangeListener = null; comboBox.removeFocusListener(focusListener); focusListener = null; comboBox.removeItemListener(itemListener); itemListener = null; comboBox.removeKeyListener(keyListener); keyListener = null; comboBox.removeMouseListener(mouseListener); mouseListener = null; comboBox.getModel().removeListDataListener(listDataListener); listDataListener = null; }
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public Object createValue(UIDefaults table) { InputMap im = new InputMap (); for (int i = 0; 2*i+1 < bind.length; ++i) { im.put (KeyStroke.getKeyStroke ((String) bind[2*i]), bind[2*i+1]); } return im; }
public Object createValue(UIDefaults table) { InputMapUIResource im = new InputMapUIResource (); for (int i = 0; 2*i+1 < bind.length; ++i) { im.put (KeyStroke.getKeyStroke ((String) bind[2*i]), bind[2*i+1]); } return im; }
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public Object createValue(UIDefaults table) { InputMap im = new InputMap (); for (int i = 0; 2*i+1 < bind.length; ++i) { im.put (KeyStroke.getKeyStroke ((String) bind[2*i]), bind[2*i+1]); } return im; }
public Object createValue(UIDefaults table) { InputMap im = new InputMap (); for (int i = 0; 2*i+1 < bind.length; ++i) { Object curr = bind[2*i]; if (curr instanceof KeyStroke) im.put((KeyStroke) curr, bind[2*i+1]); else im.put(KeyStroke.getKeyStroke((String) curr), bind[2*i+1]); } return im; }
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