/**
* Represents a panel that displays the Energy Consumption Simulation section of the Statistics Tab
* information page.
*/
public abstract class EnergyModelStatisticsPanel extends JPanel {
private static final long serialVersionUID = 1L;
// Returns the font used for the header portion of the panel.
protected static final Font HEADER_FONT = new Font("HeaderFont", Font.BOLD, 16);
// Returns the font used for the data portion of the panel.
protected static final Font TEXT_FONT = new Font("TEXT_FONT", Font.PLAIN, 12);
// Returns a constant value for header data spacing.
protected static final int HEADER_DATA_SPACING = 10;
private JLabel gpsActiveLabel;
private JLabel gpsActiveValueLabel;
private JLabel gpsStandbyLabel;
private JLabel gpsStandbyValueLabel;
private JLabel gpsTotalLabel;
private JLabel gpsTotalValueLabel;
private JLabel cameraTotalLabel;
private JLabel cameraTotalValueLabel;
private JLabel bluetoothActiveLabel;
private JLabel bluetoothActiveValueLabel;
private JLabel bluetoothStandbyLabel;
private JLabel bluetoothStandbyValueLabel;
private JLabel bluetoothTotalLabel;
private JLabel bluetoothTotalValueLabel;
private JLabel screenTotalLabel;
private JLabel screenTotalValueLabel;
private static final ResourceBundle rb = ResourceBundleManager.getDefaultBundle();
private static final String units = rb.getString("energy.units");
private JPanel energyStatisticsLeftAlligmentPanel = null;
private JPanel energyStatisticsPanel = null;
private JLabel energyStatisticsHeaderLabel = null;
private JPanel spacePanel = null;
// Returns the JPanel object encapsulated by this class.
protected JPanel energyConsumptionStatsPanel = null;
// Returns a map of strings that contain the energy statistics column in the panel.
protected Map<String, String> energyContent = new LinkedHashMap<String, String>();
/** Initializes a new instance of the EnergyModelStatisticsPanel class. */
public EnergyModelStatisticsPanel() {
super(new BorderLayout(10, 10));
setBackground(UIManager.getColor(AROUIManager.PAGE_BACKGROUND_KEY));
setBorder(BorderFactory.createEmptyBorder(0, 0, 10, 0));
init();
add(energyStatisticsLeftAlligmentPanel, BorderLayout.WEST);
}
/**
* Refreshes the label values in the EnergyModelStatisticsPanel using the specified trace data.
*
* @param analysis - The Analysis object containing the trace data.
*/
public synchronized void refresh(TraceData.Analysis analysis) {
energyContent.clear();
NumberFormat nf = NumberFormat.getNumberInstance();
nf.setMaximumFractionDigits(2);
nf.setMinimumFractionDigits(2);
refreshRRCStatistic(analysis, nf);
if (analysis != null) {
updatePeripheralStatistics(analysis, nf, units, analysis.getEnergyModel());
updatePeripheralStatisticsValues();
} else {
updatePeripheralStatistics(null, null, null, null);
}
}
/**
* Returns a Map containing key-value pairs of the energy consumption statistics data.
*
* @return A Map object containing the energy consumption statistics data.
*/
public Map<String, String> getEnergyContent() {
return Collections.unmodifiableMap(energyContent);
}
/**
* Refreshes the JPanel that contains the RRC portion of the Energy Consumption statistics data.
*
* @param analysis - The Analysis object containing the trace data.
* @param nf - The number format used to display the label values.
*/
protected abstract void refreshRRCStatistic(TraceData.Analysis analysis, NumberFormat nf);
/** Creates the JPanel that contains the RRC statistics data. */
protected abstract void createRRCStatsPanel();
private void init() {
energyConsumptionStatsPanel = new JPanel(new GridLayout(17, 2, 5, 5));
energyStatisticsLeftAlligmentPanel = new JPanel(new BorderLayout());
energyConsumptionStatsPanel.setBackground(UIManager.getColor(AROUIManager.PAGE_BACKGROUND_KEY));
energyStatisticsLeftAlligmentPanel.setBackground(
UIManager.getColor(AROUIManager.PAGE_BACKGROUND_KEY));
createRRCStatsPanel();
createPeripheralStatisticsPanel();
energyStatisticsPanel = new JPanel();
energyStatisticsPanel.setLayout(new VerticalLayout());
energyStatisticsPanel.setBackground(UIManager.getColor(AROUIManager.PAGE_BACKGROUND_KEY));
energyStatisticsHeaderLabel = new JLabel(rb.getString("energy.title"));
energyStatisticsHeaderLabel.setFont(HEADER_FONT);
energyStatisticsPanel.add(energyStatisticsHeaderLabel);
spacePanel = new JPanel();
spacePanel.setPreferredSize(new Dimension(this.getWidth(), HEADER_DATA_SPACING));
spacePanel.setBackground(UIManager.getColor(AROUIManager.PAGE_BACKGROUND_KEY));
energyStatisticsPanel.add(spacePanel);
energyStatisticsPanel.add(energyConsumptionStatsPanel);
energyStatisticsLeftAlligmentPanel.add(energyStatisticsPanel, BorderLayout.WEST);
}
/** Creates the JPanel that contains the peripheral statistics data. */
private void createPeripheralStatisticsPanel() {
gpsActiveLabel = new JLabel(rb.getString("energy.gpsActive"));
gpsActiveLabel.setFont(TEXT_FONT);
gpsActiveValueLabel = new JLabel();
gpsActiveValueLabel.setFont(TEXT_FONT);
gpsStandbyLabel = new JLabel(rb.getString("energy.gpsStandby"));
gpsStandbyLabel.setFont(TEXT_FONT);
gpsStandbyValueLabel = new JLabel();
gpsStandbyValueLabel.setFont(TEXT_FONT);
gpsTotalLabel = new JLabel(rb.getString("energy.gpsTotal"));
gpsTotalLabel.setFont(TEXT_FONT);
gpsTotalValueLabel = new JLabel();
gpsTotalValueLabel.setFont(TEXT_FONT);
cameraTotalLabel = new JLabel(rb.getString("energy.cameraTotal"));
cameraTotalLabel.setFont(TEXT_FONT);
cameraTotalValueLabel = new JLabel();
cameraTotalValueLabel.setFont(TEXT_FONT);
bluetoothActiveLabel = new JLabel(rb.getString("energy.bluetoothActive"));
bluetoothActiveLabel.setFont(TEXT_FONT);
bluetoothActiveValueLabel = new JLabel();
bluetoothActiveValueLabel.setFont(TEXT_FONT);
bluetoothStandbyLabel = new JLabel(rb.getString("energy.bluetoothStandby"));
bluetoothStandbyLabel.setFont(TEXT_FONT);
bluetoothStandbyValueLabel = new JLabel();
bluetoothStandbyValueLabel.setFont(TEXT_FONT);
bluetoothTotalLabel = new JLabel(rb.getString("energy.bluetoothTotal"));
bluetoothTotalLabel.setFont(TEXT_FONT);
bluetoothTotalValueLabel = new JLabel();
bluetoothTotalValueLabel.setFont(TEXT_FONT);
screenTotalLabel = new JLabel(rb.getString("energy.screenTotal"));
screenTotalLabel.setFont(TEXT_FONT);
screenTotalValueLabel = new JLabel();
screenTotalValueLabel.setFont(TEXT_FONT);
energyConsumptionStatsPanel.add(gpsActiveLabel);
energyConsumptionStatsPanel.add(gpsActiveValueLabel);
energyConsumptionStatsPanel.add(gpsStandbyLabel);
energyConsumptionStatsPanel.add(gpsStandbyValueLabel);
energyConsumptionStatsPanel.add(gpsTotalLabel);
energyConsumptionStatsPanel.add(gpsTotalValueLabel);
energyConsumptionStatsPanel.add(cameraTotalLabel);
energyConsumptionStatsPanel.add(cameraTotalValueLabel);
energyConsumptionStatsPanel.add(bluetoothActiveLabel);
energyConsumptionStatsPanel.add(bluetoothActiveValueLabel);
energyConsumptionStatsPanel.add(bluetoothStandbyLabel);
energyConsumptionStatsPanel.add(bluetoothStandbyValueLabel);
energyConsumptionStatsPanel.add(bluetoothTotalLabel);
energyConsumptionStatsPanel.add(bluetoothTotalValueLabel);
energyConsumptionStatsPanel.add(screenTotalLabel);
energyConsumptionStatsPanel.add(screenTotalValueLabel);
}
/**
* Updates the JPanel that contains the Energy Consumption statistics data.
*
* @param TraceData .Analysis analysis data
* @param NumberFormat The display format
* @param String The units for energy
* @param EnergyModel The energy model
*/
private void updatePeripheralStatistics(
TraceData.Analysis analysis, NumberFormat nf, String units, EnergyModel model) {
if (analysis != null) {
gpsActiveValueLabel.setText(
MessageFormat.format(units, nf.format(model.getGpsActiveEnergy())));
gpsStandbyValueLabel.setText(
MessageFormat.format(units, nf.format(model.getGpsStandbyEnergy())));
gpsTotalValueLabel.setText(MessageFormat.format(units, nf.format(model.getTotalGpsEnergy())));
cameraTotalValueLabel.setText(
MessageFormat.format(units, nf.format(model.getTotalCameraEnergy())));
bluetoothActiveValueLabel.setText(
MessageFormat.format(units, nf.format(model.getBluetoothActiveEnergy())));
bluetoothStandbyValueLabel.setText(
MessageFormat.format(units, nf.format(model.getBluetoothStandbyEnergy())));
bluetoothTotalValueLabel.setText(
MessageFormat.format(units, nf.format(model.getTotalBluetoothEnergy())));
screenTotalValueLabel.setText(
MessageFormat.format(units, nf.format(model.getTotalScreenEnergy())));
} else {
gpsActiveValueLabel.setText(null);
gpsStandbyValueLabel.setText(null);
gpsTotalValueLabel.setText(null);
cameraTotalValueLabel.setText(null);
bluetoothActiveValueLabel.setText(null);
bluetoothStandbyValueLabel.setText(null);
bluetoothTotalValueLabel.setText(null);
screenTotalValueLabel.setText(null);
}
}
/** Updates the JPanel that contains the Energy Consumption statistics data with values. */
private void updatePeripheralStatisticsValues() {
energyContent.put(rb.getString("energy.gpsActive"), gpsActiveValueLabel.getText());
energyContent.put(rb.getString("energy.gpsStandby"), gpsStandbyValueLabel.getText());
energyContent.put(rb.getString("energy.gpsTotal"), gpsTotalValueLabel.getText());
energyContent.put(rb.getString("energy.cameraTotal"), cameraTotalValueLabel.getText());
energyContent.put(rb.getString("energy.bluetoothActive"), bluetoothActiveValueLabel.getText());
energyContent.put(
rb.getString("energy.bluetoothStandby"), bluetoothStandbyValueLabel.getText());
energyContent.put(rb.getString("energy.bluetoothTotal"), bluetoothTotalValueLabel.getText());
energyContent.put(rb.getString("energy.screenTotal"), screenTotalValueLabel.getText());
}
/**
* Method to add the energy statistics content in the csv file
*
* @throws IOException
*/
public FileWriter addEnergyContent(FileWriter writer) throws IOException {
final String lineSep = System.getProperty(rb.getString("statics.csvLine.seperator"));
for (Map.Entry<String, String> iter : energyContent.entrySet()) {
String individualVal = iter.getValue().replace(rb.getString("statics.csvCell.seperator"), "");
writer.append(iter.getKey());
writer.append(rb.getString("statics.csvCell.seperator"));
if (individualVal.contains(rb.getString("statics.csvUnits.j"))) {
writer.append(
individualVal.substring(0, individualVal.indexOf(rb.getString("statics.csvUnits.j"))));
writer.append(rb.getString("statics.csvCell.seperator"));
writer.append(rb.getString("statics.csvUnits.j"));
} else {
writer.append(individualVal);
}
writer.append(lineSep);
}
return writer;
}
} // @jve:decl-index=0:visual-constraint="10,10"
/** Represents the data table model for the Configuration dialog. */
public class ConfigurationTableModel extends DataTableModel<ConfigurationData> {
private static final long serialVersionUID = 1L;
private static final ResourceBundle rb = ResourceBundleManager.getDefaultBundle();
/** An integer that identifies the attribute column. */
public static final int PROFILE_ATTRIBUTE_COLUMN = 0;
/** An integer that identifies the data column. */
public static final int PROFILE_DATA_COLUMN = 1;
private static final String[] columns = {
rb.getString("configurationTableModel.PROFILE_ATTRIBUTE_COLUMN"),
rb.getString("configurationTableModel.PROFILE_DATA_COLUMN")
};
private File file;
private String name;
private ProfileType profileType;
/** Initializes a new instance of the ConfigurationTableModel class. */
public ConfigurationTableModel() {
super(columns);
}
/**
* Initializes a new instance of the ConfigurationTableModel class using the specified profile.
* Sets the default profile for the Configuration table.
*
* @param profile - The new default profile for the Configuration table.
* @see Profile
*/
public ConfigurationTableModel(Profile profile) {
super(columns);
setProfile(profile);
}
/**
* Sets the profile data for the Configuration table model.
*
* @param profile - The profile for the Configuration table.
*/
public synchronized void setProfile(Profile profile) {
this.file = profile.getFile();
this.name = profile.getName();
List<ConfigurationData> data = new ArrayList<ConfigurationData>();
if (profile instanceof Profile3G) {
this.profileType = ProfileType.T3G;
} else if (profile instanceof ProfileLTE) {
this.profileType = ProfileType.LTE;
} else {
throw new IllegalArgumentException("Invalid Profile type");
}
data.add(
new ConfigurationData(
rb.getString("configuration.CARRIER"), Profile.CARRIER, profile.getCarrier()));
data.add(
new ConfigurationData(
rb.getString("configuration.DEVICE"), Profile.DEVICE, profile.getDevice()));
if (profile instanceof Profile3G) {
// Adding 3G Profile
Profile3G profile3g = (Profile3G) profile;
data.add(
new ConfigurationData(
rb.getString("configuration.DCH_FACH_TIMER"),
Profile3G.DCH_FACH_TIMER,
Double.toString(profile3g.getDchFachTimer())));
data.add(
new ConfigurationData(
rb.getString("configuration.FACH_IDLE_TIMER"),
Profile3G.FACH_IDLE_TIMER,
Double.toString(profile3g.getFachIdleTimer())));
data.add(
new ConfigurationData(
rb.getString("configuration.IDLE_DCH_PROMO_MIN"),
Profile3G.IDLE_DCH_PROMO_MIN,
Double.toString(profile3g.getIdleDchPromoMin())));
data.add(
new ConfigurationData(
rb.getString("configuration.IDLE_DCH_PROMO_AVG"),
Profile3G.IDLE_DCH_PROMO_AVG,
Double.toString(profile3g.getIdleDchPromoAvg())));
data.add(
new ConfigurationData(
rb.getString("configuration.IDLE_DCH_PROMO_MAX"),
Profile3G.IDLE_DCH_PROMO_MAX,
Double.toString(profile3g.getIdleDchPromoMax())));
data.add(
new ConfigurationData(
rb.getString("configuration.FACH_DCH_PROMO_MIN"),
Profile3G.FACH_DCH_PROMO_MIN,
Double.toString(profile3g.getFachDchPromoMin())));
data.add(
new ConfigurationData(
rb.getString("configuration.FACH_DCH_PROMO_AVG"),
Profile3G.FACH_DCH_PROMO_AVG,
Double.toString(profile3g.getFachDchPromoAvg())));
data.add(
new ConfigurationData(
rb.getString("configuration.FACH_DCH_PROMO_MAX"),
Profile3G.FACH_DCH_PROMO_MAX,
Double.toString(profile3g.getFachDchPromoMax())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_UL_TH"),
Profile3G.RLC_UL_TH,
Integer.toString(profile3g.getRlcUlTh())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_DL_TH"),
Profile3G.RLC_DL_TH,
Integer.toString(profile3g.getRlcDlTh())));
data.add(
new ConfigurationData(
rb.getString("configuration.DCH_TIMER_RESET_SIZE"),
Profile3G.DCH_TIMER_RESET_SIZE,
Integer.toString(profile3g.getDchTimerResetSize())));
data.add(
new ConfigurationData(
rb.getString("configuration.DCH_TIMER_RESET_WIN"),
Profile3G.DCH_TIMER_RESET_WIN,
Double.toString(profile3g.getDchTimerResetWin())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_UL_RATE_P2"),
Profile3G.RLC_UL_RATE_P2,
Double.toString(profile3g.getRlcUlRateP2())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_UL_RATE_P1"),
Profile3G.RLC_UL_RATE_P1,
Double.toString(profile3g.getRlcUlRateP1())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_UL_RATE_P0"),
Profile3G.RLC_UL_RATE_P0,
Double.toString(profile3g.getRlcUlRateP0())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_DL_RATE_P2"),
Profile3G.RLC_DL_RATE_P2,
Double.toString(profile3g.getRlcDlRateP2())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_DL_RATE_P1"),
Profile3G.RLC_DL_RATE_P1,
Double.toString(profile3g.getRlcDlRateP1())));
data.add(
new ConfigurationData(
rb.getString("configuration.RLC_DL_RATE_P0"),
Profile3G.RLC_DL_RATE_P0,
Double.toString(profile3g.getRlcDlRateP0())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_DCH"),
Profile3G.POWER_DCH,
Double.toString(profile3g.getPowerDch())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_FACH"),
Profile3G.POWER_FACH,
Double.toString(profile3g.getPowerFach())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_IDLE"),
Profile3G.POWER_IDLE,
Double.toString(profile3g.getPowerIdle())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_IDLE_DCH"),
Profile3G.POWER_IDLE_DCH,
Double.toString(profile3g.getPowerIdleDch())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_FACH_DCH"),
Profile3G.POWER_FACH_DCH,
Double.toString(profile3g.getPowerFachDch())));
data.add(
new ConfigurationData(
rb.getString("configuration.W_THROUGHPUT"),
ProfileLTE.W_THROUGHPUT,
Double.toString(profile3g.getThroughputWindow())));
} else if (profile instanceof ProfileLTE) {
// Adding LTE Parameters
ProfileLTE profileLte = (ProfileLTE) profile;
data.add(
new ConfigurationData(
rb.getString("configuration.T_PROMOTION"),
ProfileLTE.T_PROMOTION,
Double.toString(profileLte.getPromotionTime())));
data.add(
new ConfigurationData(
rb.getString("configuration.TI_DRX"),
ProfileLTE.INACTIVITY_TIMER,
Double.toString(profileLte.getInactivityTimer())));
data.add(
new ConfigurationData(
rb.getString("configuration.TIS_DRX"),
ProfileLTE.T_SHORT_DRX,
Double.toString(profileLte.getDrxShortTime())));
data.add(
new ConfigurationData(
rb.getString("configuration.TON_DRX"),
ProfileLTE.T_DRX_PING,
Double.toString(profileLte.getDrxPingTime())));
data.add(
new ConfigurationData(
rb.getString("configuration.T_TAIL_DRX"),
ProfileLTE.T_LONG_DRX,
Double.toString(profileLte.getDrxLongTime())));
data.add(
new ConfigurationData(
rb.getString("configuration.T_ONIDLE"),
ProfileLTE.T_IDLE_PING,
Double.toString(profileLte.getIdlePingTime())));
data.add(
new ConfigurationData(
rb.getString("configuration.TPS_DRX"),
ProfileLTE.T_SHORT_DRX_PING_PERIOD,
Double.toString(profileLte.getDrxShortPingPeriod())));
data.add(
new ConfigurationData(
rb.getString("configuration.TPI_DRX"),
ProfileLTE.T_LONG_DRX_PING_PERIOD,
Double.toString(profileLte.getDrxLongPingPeriod())));
data.add(
new ConfigurationData(
rb.getString("configuration.PPL_DRX"),
ProfileLTE.T_IDLE_PING_PERIOD,
Double.toString(profileLte.getIdlePingPeriod())));
data.add(
new ConfigurationData(
rb.getString("configuration.W_THROUGHPUT"),
ProfileLTE.W_THROUGHPUT,
Double.toString(profileLte.getThroughputWindow())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_P_PROMOTION"),
ProfileLTE.P_PROMOTION,
Double.toString(profileLte.getLtePromotionPower())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_P_SHORT_DRX"),
ProfileLTE.P_SHORT_DRX_PING,
Double.toString(profileLte.getDrxShortPingPower())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_LONG_DRX"),
ProfileLTE.P_LONG_DRX_PING,
Double.toString(profileLte.getDrxLongPingPower())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_TAIL"),
ProfileLTE.P_TAIL,
Double.toString(profileLte.getLteTailPower())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_IDLE"),
ProfileLTE.P_IDLE_PING,
Double.toString(profileLte.getLteIdlePingPower())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_ALPHA_UP"),
ProfileLTE.LTE_ALPHA_UP,
Double.toString(profileLte.getLteAlphaUp())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_ALPHA_DOWN"),
ProfileLTE.LTE_ALPHA_DOWN,
Double.toString(profileLte.getLteAlphaDown())));
data.add(
new ConfigurationData(
rb.getString("configuration.LTE_BETA"),
ProfileLTE.LTE_BETA,
Double.toString(profileLte.getLteBeta())));
}
data.add(
new ConfigurationData(
rb.getString("configuration.BURST_TH"),
Profile.BURST_TH,
Double.toString(profile.getBurstTh())));
data.add(
new ConfigurationData(
rb.getString("configuration.LONG_BURST_TH"),
Profile.LONG_BURST_TH,
Double.toString(profile.getLongBurstTh())));
data.add(
new ConfigurationData(
rb.getString("configuration.USER_INPUT_TH"),
Profile.USER_INPUT_TH,
Double.toString(profile.getUserInputTh())));
data.add(
new ConfigurationData(
rb.getString("configuration.PERIOD_MIN_CYCLE"),
Profile.PERIOD_MIN_CYCLE,
Double.toString(profile.getPeriodMinCycle())));
data.add(
new ConfigurationData(
rb.getString("configuration.PERIOD_CYCLE_TOL"),
Profile.PERIOD_CYCLE_TOL,
Double.toString(profile.getPeriodCycleTol())));
data.add(
new ConfigurationData(
rb.getString("configuration.PERIOD_MIN_SAMPLES"),
Profile.PERIOD_MIN_SAMPLES,
Integer.toString(profile.getPeriodMinSamples())));
data.add(
new ConfigurationData(
rb.getString("configuration.LARGE_BURST_DURATION"),
Profile.LARGE_BURST_DURATION,
Double.toString(profile.getLargeBurstDuration())));
data.add(
new ConfigurationData(
rb.getString("configuration.LARGE_BURST_SIZE"),
Profile.LARGE_BURST_SIZE,
Integer.toString(profile.getLargeBurstSize())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_GPS_ACTIVE"),
Profile.POWER_GPS_ACTIVE,
Double.toString(profile.getPowerGpsActive())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_GPS_STANDBY"),
Profile.POWER_GPS_STANDBY,
Double.toString(profile.getPowerGpsStandby())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_CAMERA_ON"),
Profile.POWER_CAMERA_ON,
Double.toString(profile.getPowerCameraOn())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_WIFI_ACTIVE"),
Profile.POWER_WIFI_ACTIVE,
Double.toString(profile.getPowerWifiActive())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_WIFI_STANDBY"),
Profile.POWER_WIFI_STANDBY,
Double.toString(profile.getPowerWifiStandby())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_BLUETOOTH_ACTIVE"),
Profile.POWER_BLUETOOTH_ACTIVE,
Double.toString(profile.getPowerBluetoothActive())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_BLUETOOTH_STANDBY"),
Profile.POWER_BLUETOOTH_STANDBY,
Double.toString(profile.getPowerBluetoothStandby())));
data.add(
new ConfigurationData(
rb.getString("configuration.POWER_SCREEN_ON"),
Profile.POWER_SCREEN_ON,
Double.toString(profile.getPowerScreenOn())));
setData(data);
}
/**
* Returns the profile represented by this table model.
*
* @return The profile for the Configuration table.
* @throws ProfileException
*/
public Profile getProfile() throws ProfileException {
Properties props = new Properties();
for (ConfigurationData data : getData()) {
String value = data.getProfileData();
String attribute = data.getProfileAttr();
if (value != null) {
props.setProperty(attribute, value);
}
}
Profile profile = null;
switch (profileType) {
case T3G:
if (file != null) {
profile = new Profile3G(file, props);
} else {
profile = new Profile3G(name, props);
}
break;
case LTE:
if (file != null) {
profile = new ProfileLTE(file, props);
} else {
profile = new ProfileLTE(name, props);
}
break;
}
return profile;
}
@Override
protected Object getColumnValue(ConfigurationData item, int columnIndex) {
switch (columnIndex) {
case PROFILE_ATTRIBUTE_COLUMN:
return item.getProfileDesc();
case PROFILE_DATA_COLUMN:
return item.getProfileData();
}
return null;
}
/**
* Returns a value that indicates whether the specified data cell is editable or not.
*
* @param row – The row number of the cell.
* @param col – The column number of the cell.
* @return A boolean value that is “true” if the cell is editable, and “false” if it is not.
*/
@Override
public boolean isCellEditable(int row, int col) {
return col == PROFILE_DATA_COLUMN;
}
/**
* Sets the value of the specified profile data item.
*
* @param Value – The value to set for the data item.
* @param rowIndex – The row index of the data item.
* @param columnIndex - The column index of the data item.
*/
@Override
public void setValueAt(Object value, int rowIndex, int columnIndex) {
// data[rowIndex][columnIndex] = value;
// fireTableCellUpdated(rowIndex, columnIndex);
super.setValueAt(value, rowIndex, columnIndex);
if (columnIndex == PROFILE_DATA_COLUMN) {
String s = value.toString();
ConfigurationData cd = getValueAt(rowIndex);
cd.setProfileData(s);
fireTableCellUpdated(rowIndex, PROFILE_DATA_COLUMN);
}
}
}
/** Represents the Diagnostic tab screen. */
public class AROAdvancedTabb extends JPanel {
private static final long serialVersionUID = 1L;
private static final ResourceBundle rb = ResourceBundleManager.getDefaultBundle();
private static final int MAX_ZOOM = 4;
private static final Double matchingSecondsRange = 0.5;
// Split pane for TCP flow data
private JSplitPane internalPanel;
// TCP Flows header
private JPanel tcpFlowsHeadingPanel;
private JLabel tcpFlowsLabel;
// Components for TCP Flows scroll table
private JPanel jTCPFlowsPanel;
private JScrollPane jTCPFlowsScrollPane;
private TCPFlowsTableModel jTCPFlowsTableModel = new TCPFlowsTableModel();
private DataTable<TCPSession> jTCPFlowsTable;
// TCP flow detail tabbed pane
private JTabbedPane jTCPFlowsContentTabbedPane;
private RequestResponseDetailsPanel jHttpReqResPanel;
// Packet view
private JScrollPane jPacketViewTapScrollPane;
private PacketInfoTableModel jPacketViewTableModel = new PacketInfoTableModel();
private DataTable<PacketInfo> jPacketViewTable;
// Content view
private JScrollPane jContentViewScrollPane; // Content View
private JTextArea jContentTextArea; // Context text
// network profile panel
private DeviceNetworkProfilePanel deviceNetworkProfilePanel;
// Chart panel
private GraphPanel graphPanel;
private AROVideoPlayer aroVideoPlayer;
// Trace data currently displayed
private TraceData.Analysis analysisData;
/** Initializes a new instance of the AROAdvancedTabb class. */
public AROAdvancedTabb() {
this.setLayout(new BorderLayout());
// Add profile panel
this.add(getDeviceNetworkProfilePanel(), BorderLayout.NORTH);
JPanel chartAndTablePanel = new JPanel();
chartAndTablePanel.setLayout(new BorderLayout());
// Add chart
chartAndTablePanel.add(getGraphPanel(), BorderLayout.NORTH);
// Add TCP flows split pane
chartAndTablePanel.add(getOrientationPanel(), BorderLayout.CENTER);
this.add(chartAndTablePanel, BorderLayout.CENTER);
}
/**
* Sets the trace data to be displayed on the Diagnostic tab screen.
*
* @param analysisData The trace analysis data to be displayed.
*/
public synchronized void setAnalysisData(TraceData.Analysis analysisData) {
this.analysisData = analysisData;
if (analysisData != null) {
jTCPFlowsTableModel.setData(analysisData.getTcpSessions());
} else {
jTCPFlowsTableModel.setData(null);
}
getGraphPanel().resetChart(analysisData);
deviceNetworkProfilePanel.refresh(analysisData);
}
/**
* Sets the video player to be used with this AROAdvancedTabb. The video player displays a video
* of screen captures that were recorded while trace data was being captured. The current time
* position in the video playback is updated to match the selected time position in the
* AROAdvancedTabb chart.
*
* @param videoPlayer An AROVideoPlayer object representing the video player to be used with this
* AROAdvancedTabb.
*/
public void setVideoPlayer(AROVideoPlayer videoPlayer) {
aroVideoPlayer = videoPlayer;
}
/**
* Sets the chart options in the AROAdvancedTab to the specified List of ChartPlotOptions.
*
* @param optionsSelected A List containing the chart plot options. Typically, these are the
* options selected using the ChartPlotOptions dialog in the View menu.
*/
public void setChartOptions(List<ChartPlotOptions> optionsSelected) {
this.getGraphPanel().setChartOptions(optionsSelected);
}
private JSplitPane getOrientationPanel() {
if (internalPanel == null) {
internalPanel =
new JSplitPane(
JSplitPane.VERTICAL_SPLIT, getJTCPFlowsPanel(), getJTCPFlowsContentTabbedPane());
internalPanel.setResizeWeight(.5);
internalPanel.updateUI();
}
return internalPanel;
}
/** Initializes and returns the Device network profile panel. */
private DeviceNetworkProfilePanel getDeviceNetworkProfilePanel() {
if (deviceNetworkProfilePanel == null) {
deviceNetworkProfilePanel = new DeviceNetworkProfilePanel();
}
return deviceNetworkProfilePanel;
}
/** Returns the Panel that contains the graph. */
private GraphPanel getGraphPanel() {
if (this.graphPanel == null) {
this.graphPanel = new GraphPanel();
graphPanel.setZoomFactor(2);
graphPanel.setMaxZoom(MAX_ZOOM);
graphPanel.addGraphPanelListener(
new GraphPanelListener() {
@Override
public void graphPanelClicked(double timeStamp) {
setTimeLineLinkedComponents(timeStamp, matchingSecondsRange);
if (aroVideoPlayer != null) {
aroVideoPlayer.setMediaDisplayTime(timeStamp);
}
}
});
}
return this.graphPanel;
}
/**
* Returns the video player associated with this instance.
*
* @return An AROVideoPlayer object.
*/
public AROVideoPlayer getVideoPlayer() {
return aroVideoPlayer;
}
/** Initializes and returns the Tabbed pane at the bottom. */
private JTabbedPane getJTCPFlowsContentTabbedPane() {
if (jTCPFlowsContentTabbedPane == null) {
jTCPFlowsContentTabbedPane = new JTabbedPane();
jTCPFlowsContentTabbedPane.addTab(
rb.getString("tcp.tab.reqResp"), null, getJHttpReqResPanel(), null);
jTCPFlowsContentTabbedPane.addTab(
rb.getString("tcp.tab.packet"), null, getJPacketViewTapScrollPane(), null);
jTCPFlowsContentTabbedPane.addTab(
rb.getString("tcp.tab.content"), null, getJContentViewScrollPane(), null);
jTCPFlowsContentTabbedPane.addChangeListener(
new ChangeListener() {
@Override
public void stateChanged(ChangeEvent e) {
if (jTCPFlowsContentTabbedPane.getSelectedComponent()
== getJContentViewScrollPane()) {
TCPSession sess = jTCPFlowsTable.getSelectedItem();
if (sess != null) {
jContentTextArea.setText(sess.getDataText());
jContentTextArea.setCaretPosition(0);
} else {
jContentTextArea.setText(null);
}
}
}
});
}
return jTCPFlowsContentTabbedPane;
}
/** @return the jHttpReqResPanel */
private RequestResponseDetailsPanel getJHttpReqResPanel() {
if (jHttpReqResPanel == null) {
jHttpReqResPanel = new RequestResponseDetailsPanel();
}
return jHttpReqResPanel;
}
/**
* Initializes jTCPFlowsPanel
*
* @return javax.swing.JPanel
*/
private JPanel getJTCPFlowsPanel() {
if (jTCPFlowsPanel == null) {
jTCPFlowsPanel = new JPanel();
jTCPFlowsPanel.setPreferredSize(new Dimension(400, 160));
jTCPFlowsPanel.setLayout(new BorderLayout());
jTCPFlowsPanel.add(getTcpFlowsHeadingPanel(), BorderLayout.NORTH);
jTCPFlowsPanel.add(getJTCPFlowsScrollPane(), BorderLayout.CENTER);
}
return jTCPFlowsPanel;
}
/** Initializes and returns the PacketViewTapScrollPane */
private JScrollPane getJPacketViewTapScrollPane() {
if (jPacketViewTapScrollPane == null) {
jPacketViewTapScrollPane = new JScrollPane(getJPacketViewTable());
}
return jPacketViewTapScrollPane;
}
/** Returns the DataTable for the packet view. */
private DataTable<PacketInfo> getJPacketViewTableAsDataTable() {
return jPacketViewTable;
}
/** Initializes and returns the Packet View Table. */
private JTable getJPacketViewTable() {
if (jPacketViewTable == null) {
jPacketViewTable = new DataTable<PacketInfo>(jPacketViewTableModel);
jPacketViewTable.setAutoCreateRowSorter(true);
jPacketViewTable.setGridColor(Color.LIGHT_GRAY);
jPacketViewTable
.getSelectionModel()
.addListSelectionListener(
new ListSelectionListener() {
PacketInfo packetInfo;
@Override
public synchronized void valueChanged(ListSelectionEvent arg0) {
PacketInfo packetInfo = jPacketViewTable.getSelectedItem();
if (packetInfo != null && packetInfo != this.packetInfo) {
double crossHairValue = packetInfo.getTimeStamp();
boolean centerGraph =
!(crossHairValue <= graphPanel.getViewportUpperBound()
&& crossHairValue >= graphPanel.getViewportLowerBound());
graphPanel.setGraphView(crossHairValue, centerGraph);
getJHttpReqResPanel().select(packetInfo.getRequestResponseInfo());
if (aroVideoPlayer != null) {
aroVideoPlayer.setMediaDisplayTime(graphPanel.getCrosshair());
}
}
this.packetInfo = packetInfo;
}
});
}
return jPacketViewTable;
}
/** Initializes and returns the Scroll Pane for the Content View tab at the bottom. */
private JScrollPane getJContentViewScrollPane() {
if (jContentViewScrollPane == null) {
if (jContentTextArea == null) {
jContentTextArea = new JTextArea(10, 20);
}
jContentViewScrollPane = new JScrollPane(jContentTextArea);
jContentTextArea.setLineWrap(true);
jContentTextArea.setCaretPosition(0);
jContentViewScrollPane.setPreferredSize(new Dimension(100, 200));
}
return jContentViewScrollPane;
}
/** Initializes and returns the TCPFlowsScrollPane. */
private JScrollPane getJTCPFlowsScrollPane() {
if (jTCPFlowsScrollPane == null) {
jTCPFlowsScrollPane = new JScrollPane(getJTCPFlowsTable());
jTCPFlowsScrollPane.setPreferredSize(new Dimension(100, 200));
}
return jTCPFlowsScrollPane;
}
/** Initializes and returns the Scroll Pane for the TCP flows table. */
private DataTable<TCPSession> getJTCPFlowsTable() {
if (jTCPFlowsTable == null) {
jTCPFlowsTable = new DataTable<TCPSession>(jTCPFlowsTableModel);
jTCPFlowsTable.setAutoCreateRowSorter(true);
jTCPFlowsTable.setGridColor(Color.LIGHT_GRAY);
jTCPFlowsTable
.getSelectionModel()
.addListSelectionListener(
new ListSelectionListener() {
private TCPSession tcp;
@Override
public synchronized void valueChanged(ListSelectionEvent arg0) {
TCPSession tcp = jTCPFlowsTable.getSelectedItem();
if (tcp != this.tcp) {
if (tcp != null) {
jPacketViewTableModel.setData(tcp.getPackets());
jPacketViewTable.setGridColor(Color.LIGHT_GRAY);
if (!tcp.getPackets().isEmpty()) {
jPacketViewTable.getSelectionModel().setSelectionInterval(0, 0);
}
if (jTCPFlowsContentTabbedPane.getSelectedComponent()
== getJContentViewScrollPane()) {
jContentTextArea.setText(tcp.getDataText());
}
jContentTextArea.setCaretPosition(0);
getJHttpReqResPanel().setData(tcp.getRequestResponseInfo());
} else {
jPacketViewTableModel.removeAllRows();
getJHttpReqResPanel().setData(null);
jContentTextArea.setText(null);
}
this.tcp = tcp;
}
}
});
}
return jTCPFlowsTable;
}
/** Creates the TCP Flows heading panel. */
private JPanel getTcpFlowsHeadingPanel() {
if (tcpFlowsHeadingPanel == null) {
tcpFlowsHeadingPanel = new JPanel();
tcpFlowsHeadingPanel.setLayout(new GridBagLayout());
tcpFlowsHeadingPanel.add(getTcpFlowsLabel());
tcpFlowsHeadingPanel.setPreferredSize(new Dimension(110, 20));
}
return tcpFlowsHeadingPanel;
}
/** Returns the TCP flows label. */
private JLabel getTcpFlowsLabel() {
if (tcpFlowsLabel == null) {
tcpFlowsLabel = new JLabel(rb.getString("tcp.title"));
}
return tcpFlowsLabel;
}
/**
* Sets the chart cross hair to the specified timestamp in the chart.
*
* @param timeStamp - The timestamp in the chart to which the cross hair should be set.
*/
public synchronized void setTimeLineLinkedComponents(double timeStamp) {
if (analysisData != null) {
if (timeStamp < 0.0) {
timeStamp = 0.0;
}
if (timeStamp > analysisData.getTraceData().getTraceDuration()) {
timeStamp = analysisData.getTraceData().getTraceDuration();
}
getGraphPanel().setGraphView(timeStamp);
}
}
/** Method to set the time on graph panel. */
private synchronized void setTimeLineLinkedComponents(
double timeStamp, double dTimeRangeInterval) {
if (analysisData != null) {
boolean bTCPTimeStampFound = false;
boolean bExactMatch = false;
// Do exact match of dTimeInterval == 0.0;
// If dTimeInterval < 0.0, don't try to match up with the TCP_Flow
// or packets when click comes from graph or video
if (dTimeRangeInterval == 0.0) {
bExactMatch = true;
} else if (dTimeRangeInterval < 0.0) {
repaint();
return;
}
// Attempt to find corresponding packet for time.
double packetTimeStamp = 0.0;
double packetTimeStampDiff = 0.0;
double previousPacketTimeStampDiff = 9999.0;
TCPSession bestMatchingTcpSession = null;
PacketInfo bestMatchingPacketInfo = null;
for (TCPSession tcpSess : analysisData.getTcpSessions()) {
PacketInfo packetInfo =
getBestMatchingPacketInTcpSession(tcpSess, bExactMatch, timeStamp, dTimeRangeInterval);
if (packetInfo != null) {
packetTimeStamp = packetInfo.getTimeStamp();
packetTimeStampDiff = timeStamp - packetTimeStamp;
if (packetTimeStampDiff < 0.0) {
packetTimeStampDiff *= -1.0;
}
if (packetTimeStampDiff < previousPacketTimeStampDiff) {
bestMatchingTcpSession = tcpSess;
bestMatchingPacketInfo = packetInfo;
bTCPTimeStampFound = true;
}
}
}
if (bTCPTimeStampFound) {
getJTCPFlowsTable().selectItem(bestMatchingTcpSession);
jPacketViewTable.selectItem(bestMatchingPacketInfo);
jPacketViewTable.setGridColor(Color.LIGHT_GRAY);
if (bestMatchingPacketInfo != null) {
jHttpReqResPanel.select(bestMatchingPacketInfo.getRequestResponseInfo());
} else {
jHttpReqResPanel.select(null);
}
} else {
getJTCPFlowsTable().selectItem(null);
jPacketViewTable.selectItem(null);
jHttpReqResPanel.select(null);
if (aroVideoPlayer != null) {
aroVideoPlayer.setMediaDisplayTime(graphPanel.getCrosshair());
}
}
}
}
/** Provides the Best matching packet info from the provided tcp session. */
private PacketInfo getBestMatchingPacketInTcpSession(
TCPSession tcpSession, boolean bExactMatch, double timeStamp, double dTimeRangeInterval) {
// Try to eliminate session before iterating through packets
if (tcpSession.getSessionStartTime() > timeStamp
|| tcpSession.getSessionEndTime() < timeStamp) {
return null;
}
double packetTimeStamp = 0.0;
PacketInfo matchedPacket = null;
for (PacketInfo p : tcpSession.getPackets()) {
packetTimeStamp = p.getTimeStamp();
if ((bExactMatch && (packetTimeStamp == timeStamp))
|| ((packetTimeStamp >= (timeStamp - dTimeRangeInterval))
&& (packetTimeStamp <= (timeStamp + dTimeRangeInterval)))) {
matchedPacket = p;
}
}
return matchedPacket;
}
/**
* Highlights the specified TCP session in the TCP flows table.
*
* @param tcpSession - The TCPSession object to be highlighted.
*/
public void setHighlightedTCP(TCPSession tcpSession) {
getJTCPFlowsTable().selectItem(tcpSession);
}
/**
* Highlights the specified packet in the Packet view table.
*
* @param packetInfo The PacketInfo object representing the packet to be highlighted.
*/
public void setHighlightedPacketView(PacketInfo packetInfo) {
if (packetInfo.getSession() != null) {
setHighlightedTCP(packetInfo.getSession());
getJPacketViewTableAsDataTable().selectItem(packetInfo);
}
}
/**
* Selects the specified request/response object in the request/response list
*
* @param rr - The HttpRequestResponseInfo object to be selected in the list.
*/
public void setHighlightedRequestResponse(HttpRequestResponseInfo rr) {
if (rr != null) {
setHighlightedTCP(rr.getSession());
getJTCPFlowsContentTabbedPane().setSelectedComponent(getJHttpReqResPanel());
}
getJHttpReqResPanel().setHighlightedRequestResponse(rr);
}
/** Resets the size of any panes that have been split so that they are of equal size. */
public void resetSplitPanesAdvancedTabb() {
internalPanel.setDividerLocation(0.5);
}
/**
* Returns the currently displayed graph panel.
*
* @return An object containing the currently displayed graph panel.
*/
public GraphPanel getDisplayedGraphPanel() {
return this.graphPanel;
}
}