sysperfana/perfinvestigator/com.nokia.carbide.cpp.pi.address/src/com/nokia/carbide/cpp/pi/address/AddrThreadTable.java
/*
* Copyright (c) 2009 Nokia Corporation and/or its subsidiary(-ies).
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of the License "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description:
*
*/
package com.nokia.carbide.cpp.pi.address;
import java.awt.Toolkit;
import java.awt.datatransfer.Clipboard;
import java.awt.datatransfer.StringSelection;
import java.awt.event.FocusEvent;
import java.text.DecimalFormat;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Collections;
import java.util.Comparator;
import java.util.Enumeration;
import java.util.Hashtable;
import java.util.Vector;
import org.eclipse.jface.viewers.CheckStateChangedEvent;
import org.eclipse.jface.viewers.CheckboxTableViewer;
import org.eclipse.jface.viewers.ICheckStateListener;
import org.eclipse.jface.viewers.ISelectionChangedListener;
import org.eclipse.jface.viewers.IStructuredContentProvider;
import org.eclipse.jface.viewers.ITableLabelProvider;
import org.eclipse.jface.viewers.LabelProvider;
import org.eclipse.jface.viewers.SelectionChangedEvent;
import org.eclipse.jface.viewers.Viewer;
import org.eclipse.swt.SWT;
import org.eclipse.swt.events.SelectionAdapter;
import org.eclipse.swt.events.SelectionEvent;
import org.eclipse.swt.graphics.Color;
import org.eclipse.swt.graphics.Image;
import org.eclipse.swt.layout.FormAttachment;
import org.eclipse.swt.layout.FormData;
import org.eclipse.swt.layout.FormLayout;
import org.eclipse.swt.widgets.Composite;
import org.eclipse.swt.widgets.Decorations;
import org.eclipse.swt.widgets.Display;
import org.eclipse.swt.widgets.Event;
import org.eclipse.swt.widgets.Listener;
import org.eclipse.swt.widgets.Menu;
import org.eclipse.swt.widgets.MenuItem;
import org.eclipse.swt.widgets.Sash;
import org.eclipse.swt.widgets.Table;
import org.eclipse.swt.widgets.TableColumn;
import org.eclipse.swt.widgets.TableItem;
import com.nokia.carbide.cpp.internal.pi.analyser.NpiInstanceRepository;
import com.nokia.carbide.cpp.internal.pi.analyser.ProfileVisualiser;
import com.nokia.carbide.cpp.internal.pi.interfaces.ISaveSamples;
import com.nokia.carbide.cpp.internal.pi.model.ProfiledBinary;
import com.nokia.carbide.cpp.internal.pi.model.ProfiledFunction;
import com.nokia.carbide.cpp.internal.pi.model.ProfiledGeneric;
import com.nokia.carbide.cpp.internal.pi.model.ProfiledThread;
import com.nokia.carbide.cpp.internal.pi.model.ProfiledThreshold;
import com.nokia.carbide.cpp.internal.pi.visual.Defines;
import com.nokia.carbide.cpp.internal.pi.visual.PIEvent;
import com.nokia.carbide.cpp.internal.pi.visual.PIVisualSharedData;
import com.nokia.carbide.cpp.pi.editors.PIPageEditor;
import com.nokia.carbide.cpp.pi.util.TableColorPalette;
public class AddrThreadTable extends GenericAddrTable
{
// local copy of profiled threads, which we can sort
// without affecting the original
Vector<ProfiledGeneric> profiledThreads = new Vector<ProfiledGeneric>();
// changes made to support priority plugin
private boolean priorityAdded = false;
private Hashtable<Integer,String> priorityTable;
private Hashtable<Integer,Integer> priorityValues;
public AddrThreadTable(GppTraceGraph myGraph, Composite parent)
{
this.myGraph = myGraph;
this.parent = parent;
}
public void createTableViewer(int drawMode)
{
if (this.parent == null)
return;
// Thread table:
// checkbox + colored or white background
// percent load
// thread name
// sample count
// priority (optional)
// Check the drawMode, and use it to decide whether or not to show a color column
// or the number of samples
switch (drawMode)
{
case Defines.THREADS:
case Defines.BINARIES_THREADS:
case Defines.BINARIES_FUNCTIONS_THREADS:
case Defines.FUNCTIONS_THREADS:
case Defines.FUNCTIONS_BINARIES_THREADS:
case Defines.THREADS_FUNCTIONS:
case Defines.THREADS_FUNCTIONS_BINARIES:
case Defines.THREADS_BINARIES:
case Defines.THREADS_BINARIES_FUNCTIONS:
case Defines.BINARIES_THREADS_FUNCTIONS:
case Defines.FUNCTIONS_THREADS_BINARIES:
{
break;
}
default:
// no thread table in this draw mode
return;
}
// create the table viewer
this.tableViewer = CheckboxTableViewer.newCheckList(this.parent,
SWT.BORDER | SWT.MULTI | SWT.H_SCROLL | SWT.V_SCROLL | SWT.FULL_SELECTION);
// add the check state handler, label provider and content provider
tableViewer.addCheckStateListener(new SharedCheckHandler());
tableViewer.setLabelProvider(new shownThreadsLabelProvider());
tableViewer.setContentProvider(new shownThreadsContentProvider());
tableViewer.addSelectionChangedListener(new ISelectionChangedListener() {
public void selectionChanged(SelectionChangedEvent arg0) {
if (copyAction == null)
return;
// when selection changes, the ability to copy may change
copyAction.setEnabled(table.getSelectionCount() > 0);
PIPageEditor.getActionBars().updateActionBars();
}
});
createDefaultActions();
// make sure the table viewer has a sorter
if (this.sorter == null)
this.sorter = new GppTableSorter();
this.table = tableViewer.getTable();
this.table.setRedraw(false);
// give the table a heading for use in copying and exported
this.table.setData(Messages.getString("AddrThreadTable.threads")); //$NON-NLS-1$
// create the columns
TableColumn column;
// data associated with the TableViewer will note which columns contain hex values
// Keep this in the order in which columns have been created
// Includes the priority column
boolean[] isHex = {false, false, false, false, false};
this.table.setData("isHex", isHex); //$NON-NLS-1$
// select/deselect column
column = new TableColumn(table, SWT.CENTER);
column.setText(COLUMN_HEAD_SHOW);
column.setWidth(COLUMN_WIDTH_SHOW);
column.setData(new Integer(COLUMN_ID_SHOW));
column.setMoveable(true);
column.setResizable(true);
column.addSelectionListener(new ColumnSelectionHandler());
// percent load column
column = new TableColumn(table, SWT.RIGHT);
column.setText(COLUMN_HEAD_PERCENT_LOAD);
column.setWidth(COLUMN_WIDTH_PERCENT_LOAD);
column.setData(new Integer(COLUMN_ID_PERCENT_LOAD));
column.setMoveable(true);
column.setResizable(true);
column.addSelectionListener(new ColumnSelectionHandler());
// thread name column
column = new TableColumn(table, SWT.LEFT);
column.setText(COLUMN_HEAD_THREAD);
column.setWidth(COLUMN_WIDTH_THREAD_NAME);
column.setData(new Integer(COLUMN_ID_THREAD));
column.setMoveable(true);
column.setResizable(true);
column.addSelectionListener(new ColumnSelectionHandler());
// sample count column
column = new TableColumn(table, SWT.CENTER);
column.setText(COLUMN_HEAD_SAMPLE_COUNT);
column.setWidth(COLUMN_WIDTH_SAMPLE_COUNT);
column.setData(new Integer(COLUMN_ID_SAMPLE_COUNT));
column.setMoveable(true);
column.setResizable(true);
column.addSelectionListener(new ColumnSelectionHandler());
// priority column
if (priorityAdded)
this.addPriorityColumn();
// listen for mouse clicks: to select a row, pop up a menu, etc.
table.addMouseListener(new TableMouseListener());
// listen for key sequences such as Ctrl-A and Ctrl-C
table.addKeyListener(new TableKeyListener());
table.addFocusListener(new AddrTableFocusListener());
// add form data in case later we add a sash to the right
FormData viewerData = new FormData();
viewerData.top = new FormAttachment(0);
viewerData.bottom = new FormAttachment(100);
viewerData.left = new FormAttachment(0);
viewerData.right = new FormAttachment(100);
table.setLayoutData(viewerData);
table.setLayout(new FormLayout());
table.setHeaderVisible(true);
table.setLinesVisible(true);
table.setRedraw(true);
}
public void setTableViewer(CheckboxTableViewer tableViewer)
{
this.tableViewer = tableViewer;
if (tableViewer == null)
this.table = null;
}
public void setTableViewer(int drawMode)
{
if (this.parent == null)
return;
createTableViewer(drawMode);
// sort by percent load
this.sortColumn = COLUMN_ID_SAMPLE_COUNT;
this.sortAscending = false;
// profiledThreads and tableItemData contain one entry per table row
updateProfiledAndItemData(false);
quickSort(sortColumn, profiledThreads);
// initially, all rows are checked
this.tableViewer.setAllChecked(true);
}
public void refreshTableViewer()
{
if (this.tableViewer == null)
return;
this.tableViewer.setInput(tableItemData);
addColor(this.myGraph.getDrawMode());
}
public void addColor(int drawMode)
{
if (this.tableViewer == null)
return;
// make sure that this table's colors are being shown
if ( (drawMode != Defines.THREADS)
&& (drawMode != Defines.BINARIES_THREADS)
&& (drawMode != Defines.BINARIES_FUNCTIONS_THREADS)
&& (drawMode != Defines.FUNCTIONS_THREADS)
&& (drawMode != Defines.FUNCTIONS_BINARIES_THREADS))
return;
ProfiledGeneric pGeneric;
TableItem[] items = this.table.getItems();
for (int i = 0; i < items.length; i++) {
pGeneric = (ProfiledGeneric) items[i].getData();
// Color color = ((GppTrace)this.myGraph.getTrace()).getThreadColorPalette().getColor(pGeneric.getNameString());
items[i].setBackground(COLOR_COLUMN_INDEX, pGeneric.getColor());
}
table.redraw();
}
public void removeColor(int drawMode)
{
if (this.tableViewer == null)
return;
// make sure that this table's colors should not be shown
if ( (drawMode == Defines.THREADS)
|| (drawMode == Defines.BINARIES_THREADS)
|| (drawMode == Defines.BINARIES_FUNCTIONS_THREADS)
|| (drawMode == Defines.FUNCTIONS_THREADS)
|| (drawMode == Defines.FUNCTIONS_BINARIES_THREADS))
return;
TableItem[] items = this.table.getItems();
for (int i = 0; i < items.length; i++) {
items[i].setBackground(COLOR_COLUMN_INDEX, this.parent.getDisplay().getSystemColor(SWT.COLOR_WHITE));
}
table.redraw();
}
private static class shownThreadsContentProvider implements IStructuredContentProvider {
public shownThreadsContentProvider() {
super();
}
public Object[] getElements(Object inputElement) {
return ((Vector) inputElement).toArray();
}
public void dispose() {
}
public void inputChanged(Viewer viewer, Object oldInput, Object newInput) {
}
}
private class shownThreadsLabelProvider extends LabelProvider implements ITableLabelProvider {
public shownThreadsLabelProvider() {
super();
}
public String getColumnText(Object element, int columnIndex) {
int graphIndex = myGraph.getGraphIndex();
int columnId = ((Integer) table.getColumn(columnIndex).getData()).intValue();
if (element instanceof ProfiledThreshold) {
ProfiledThreshold pThreshold = (ProfiledThreshold) element;
switch (columnId)
{
case COLUMN_ID_SHOW:
{
return SHOW_ITEM_VALUE;
}
case COLUMN_ID_PERCENT_LOAD:
{
// Percent load string
double startTime = PIPageEditor.currentPageEditor().getStartTime();
double endTime = PIPageEditor.currentPageEditor().getEndTime();
if ( (startTime == -1)
|| (endTime == -1)
|| (startTime == endTime)) {
pThreshold.setAverageLoadValueString(graphIndex, ""); //$NON-NLS-1$
} else {
float load = (float) (pThreshold.getSampleCount(graphIndex)/(endTime - startTime)/10.0);
if (load < 0.005)
pThreshold.setAverageLoadValueString(graphIndex, Messages.getString("AddrThreadTable.zeroFormat")); //$NON-NLS-1$
else
pThreshold.setAverageLoadValueString(graphIndex, load);
}
return pThreshold.getAverageLoadValueString(graphIndex);
}
case COLUMN_ID_THREAD:
{
DecimalFormat timeFormat = new DecimalFormat(Messages.getString("AddrThreadTable.decimalFormat")); //$NON-NLS-1$
int count = pThreshold.getItemCount(graphIndex);
return count + (count > 1 ? Messages.getString("AddrThreadTable.thresholdMsg1") : Messages.getString("AddrThreadTable.thresholdMsg2")) //$NON-NLS-1$ //$NON-NLS-2$
+ timeFormat.format((Double)NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdLoadThread") * 100.0) + Messages.getString("AddrThreadTable.thresholdMsg3") //$NON-NLS-1$ //$NON-NLS-2$
+ (Integer)NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountThread") + Messages.getString("AddrThreadTable.thresholdMsg4"); //$NON-NLS-1$ //$NON-NLS-2$
}
case COLUMN_ID_SAMPLE_COUNT:
{
// Sample count
return String.valueOf(pThreshold.getSampleCount(graphIndex));
}
default:
{
return ""; //$NON-NLS-1$
}
}
}
if (!(element instanceof ProfiledThread))
return ""; //$NON-NLS-1$
ProfiledThread profiledItem = (ProfiledThread) element;
switch (columnId)
{
case COLUMN_ID_SHOW:
{
return SHOW_ITEM_VALUE;
}
case COLUMN_ID_PERCENT_LOAD:
{
// Percent load string
return profiledItem.getAverageLoadValueString(graphIndex);
}
case COLUMN_ID_THREAD:
{
// Thread
if (profiledItem.getNameString().startsWith("*Native*")) //$NON-NLS-1$
return Messages.getString("AddrThreadTable.NOSthreads"); //$NON-NLS-1$
else
return profiledItem.getNameString();
}
case COLUMN_ID_SAMPLE_COUNT:
{
// Sample count
return String.valueOf(profiledItem.getSampleCount(graphIndex));
}
case COLUMN_ID_PRIORITY:
{
if (priorityAdded) {
String priority = priorityTable.get(new Integer(profiledItem.getThreadId()));
if (priority == null)
return Messages.getString("AddrThreadTable.unknownPriority"); //$NON-NLS-1$
else
return priority;
}
return ""; //$NON-NLS-1$
}
default:
{
break;
}
}
// should never get here
return ""; //$NON-NLS-1$
}
public Image getColumnImage(Object element, int columnIndex) {
return null;
}
}
public void action(String actionString)
{
int graphIndex = this.myGraph.getGraphIndex();
if ( actionString.equals("add") //$NON-NLS-1$
|| actionString.equals("remove")) //$NON-NLS-1$
{
actionAddRemove(actionString, graphIndex);
return;
}
else if ( actionString.equals("addall") //$NON-NLS-1$
|| actionString.equals("removeall")) //$NON-NLS-1$
{
actionAddRemoveAll(actionString, graphIndex);
return;
}
else if (actionString.equals("recolor")) //$NON-NLS-1$
{
actionRecolor();
return;
}
else if (actionString.equals("copy")) //$NON-NLS-1$
{
actionCopyOrSave(true, this.table, CHECKBOX_NO_TEXT, false, "\t", "\n"); //$NON-NLS-1$ //$NON-NLS-2$
return;
}
else if (actionString.equals("copyTable")) //$NON-NLS-1$
{
actionCopyOrSave(true, this.table, CHECKBOX_NO_TEXT, true, "\t", "\n"); //$NON-NLS-1$ //$NON-NLS-2$
return;
}
else if (actionString.equals("copyDrilldown")) //$NON-NLS-1$
{
actionCopyOrSaveDrilldown(true, "\t"); //$NON-NLS-1$
return;
}
else if (actionString.equals("saveTable")) //$NON-NLS-1$
{
actionCopyOrSave(false, this.table, CHECKBOX_NO_TEXT, true, ",", "\n"); //$NON-NLS-1$ //$NON-NLS-2$
return;
}
else if (actionString.equals("saveDrilldown")) //$NON-NLS-1$
{
actionCopyOrSaveDrilldown(false, ","); //$NON-NLS-1$
return;
}
else if (actionString.equals("saveSamples")) //$NON-NLS-1$
{
SaveSampleString saveSampleString = new SaveSampleString(graphIndex, myGraph.getDrawMode());
actionSaveSamples(saveSampleString); //$NON-NLS-1$
return;
}
else if (actionString.equals("savePrioritySamples")) //$NON-NLS-1$
{
SavePrioritySampleString saveSampleString = new SavePrioritySampleString(graphIndex, myGraph.getDrawMode());
actionSaveSamples(saveSampleString); //$NON-NLS-1$
return;
}
else if (actionString.equals("selectAll")) //$NON-NLS-1$
{
actionSelectAll();
return;
}
else if (actionString.equals("doubleClick")) //$NON-NLS-1$
{
copyAction.setEnabled(false);
PIPageEditor.getActionBars().updateActionBars();
return;
}
else if (actionString.equals("thread-only")) //$NON-NLS-1$
{
actionThread();
return;
}
else if (actionString.equals("thread-binary")) //$NON-NLS-1$
{
actionThreadBinary();
return;
}
else if (actionString.equals("thread-binary-function")) //$NON-NLS-1$
{
actionThreadBinaryFunction();
return;
}
else if (actionString.equals("thread-function")) //$NON-NLS-1$
{
actionThreadFunction();
return;
}
else if (actionString.equals("thread-function-binary")) //$NON-NLS-1$
{
actionThreadFunctionBinary();
return;
}
else if ( (actionString.equals("binary-only")) //$NON-NLS-1$
|| (actionString.equals("binary-thread")) //$NON-NLS-1$
|| (actionString.equals("binary-thread-function")) //$NON-NLS-1$
|| (actionString.equals("binary-function")) //$NON-NLS-1$
|| (actionString.equals("binary-function-thread"))) //$NON-NLS-1$
{
// let the binary page action handler handle it
this.myGraph.getBinaryTable().action(actionString);
return;
}
else if ( (actionString.equals("function-only")) //$NON-NLS-1$
|| (actionString.equals("function-thread")) //$NON-NLS-1$
|| (actionString.equals("function-thread-binary")) //$NON-NLS-1$
|| (actionString.equals("function-binary")) //$NON-NLS-1$
|| (actionString.equals("function-binary-thread"))) //$NON-NLS-1$
{
// let the function page action handler handle it
this.myGraph.getFunctionTable().action(actionString);
return;
}
else if (actionString.equals("changeThresholdThread")) //$NON-NLS-1$
{
ProfiledThreshold threshold = this.myGraph.getThresholdThread();
boolean enabled = threshold.isEnabled(graphIndex);
this.tableItemData.clear();
this.profiledThreads.clear();
this.myGraph.getSortedThreads().clear();
if (threshold.getItems(graphIndex) != null)
threshold.getItems(graphIndex).clear();
threshold.initAll();
// if this appears, it needs to be the first item, so that it is drawn at the bottom
myGraph.getSortedThreads().add(threshold);
int threadThreshold = (Integer) NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountThread"); //$NON-NLS-1$
for (int i = 0; i < this.myGraph.getGppTrace().getSortedThreads().size(); i++) {
ProfiledGeneric nextElement = (ProfiledGeneric)this.myGraph.getGppTrace().getSortedThreads().get(i);
if (nextElement.getTotalSampleCount() < threadThreshold) {
nextElement.setEnabled(graphIndex, enabled);
threshold.addItem(graphIndex, nextElement, 0);
} else {
tableItemData.add(nextElement);
profiledThreads.add(nextElement);
myGraph.getSortedThreads().add(nextElement);
}
}
if (threshold.getItemCount(graphIndex) != 0) {
tableItemData.add(threshold);
profiledThreads.add(threshold);
} else {
// remove the threshold item
myGraph.getSortedThreads().remove(0);
}
refreshTableViewer();
threshold.setEnabled(graphIndex, enabled);
// make sure that checkboxes shown reflect the actual enabled values
TableItem[] tableItems = this.table.getItems();
for (int i = 0; i < tableItems.length; i++) {
if (tableItems[i].getData() instanceof ProfiledGeneric) {
ProfiledGeneric pGeneric = (ProfiledGeneric) tableItems[i].getData();
if (tableItems[i].getChecked() != pGeneric.isEnabled(graphIndex))
tableItems[i].setChecked(pGeneric.isEnabled(graphIndex));
}
}
this.myGraph.genericRefreshCumulativeThreadTable();
}
else if (actionString.equals("saveTableTest")) //$NON-NLS-1$
{
// copy save file contents to the clipboard for easy viewing
Clipboard cb = Toolkit.getDefaultToolkit().getSystemClipboard();
SaveTableString getString = new SaveTableString(this.table, CHECKBOX_NO_TEXT, ",", "\n"); //$NON-NLS-1$ //$NON-NLS-2$
String copyString = getString.getData();
StringSelection contents = new StringSelection(copyString);
cb.setContents(contents, contents);
return;
}
else if (actionString.equals("saveDrilldownTest")) //$NON-NLS-1$
{
// copy save file contents to the clipboard for easy viewing
Clipboard cb = Toolkit.getDefaultToolkit().getSystemClipboard();
Table[] tables = getDrillDownTables();
int tableCount = 0;
while (tableCount < tables.length && tables[tableCount] != null)
tableCount++;
SaveDrillDownString getString = new SaveDrillDownString(tableCount, tables, ","); //$NON-NLS-1$
String copyString = getString.getData();
StringSelection contents = new StringSelection(copyString);
cb.setContents(contents, contents);
return;
}
}
private void actionAddRemove(String actionString, int graphIndex)
{
ProfiledGeneric pGeneric;
int totalSamples = 0;
// true for "add", false for "remove"
boolean addIt = actionString.equals("add"); //$NON-NLS-1$
TableItem[] selectedItems = this.table.getSelection();
for (int i = 0; i < selectedItems.length; i++)
{
selectedItems[i].setChecked(addIt);
Object item = ((TableItem)selectedItems[i]).getData();
if (item instanceof ProfiledGeneric)
{
pGeneric = (ProfiledGeneric)item;
pGeneric.setEnabled(graphIndex, addIt);
totalSamples += pGeneric.getSampleCount(graphIndex);
if (item instanceof ProfiledThreshold)
{
ProfiledThreshold pThreshold = (ProfiledThreshold)item;
ArrayList<ProfiledGeneric> items = pThreshold.getItems(graphIndex);
for (int j = 0; j < items.size(); j++)
items.get(j).setEnabled(graphIndex, addIt);
}
}
}
// this table's set of checkbox-selected rows has changed,
// so propagate that information
Object[] selectedValues = this.tableViewer.getCheckedElements();
String[] nameList = new String[selectedValues.length];
for (int i = 0; i < selectedValues.length; i++)
{
if (selectedValues[i] instanceof ProfiledGeneric)
{
pGeneric = (ProfiledGeneric)selectedValues[i];
nameList[i] = pGeneric.getNameString();
}
}
PIVisualSharedData shared = myGraph.getSharedDataInstance();
shared.GPP_SelectedThreadNames = nameList;
if ( (totalSamples != 0)
|| (myGraph.getDrawMode() == Defines.THREADS))
selectionChangeNotify();
this.table.deselectAll();
}
private void actionAddRemoveAll(String actionString, int graphIndex)
{
ProfiledGeneric pGeneric;
// true for "add", false for "remove"
boolean addIt = actionString.equals("addall"); //$NON-NLS-1$
TableItem[] selectedItems = this.table.getItems();
String[] nameList = new String[selectedItems.length];
for (int i = 0; i < selectedItems.length; i++)
{
selectedItems[i].setChecked(addIt);
Object item = ((TableItem)selectedItems[i]).getData();
if (item instanceof ProfiledGeneric)
{
pGeneric = (ProfiledGeneric)item;
pGeneric.setEnabled(graphIndex, addIt);
nameList[i] = pGeneric.getNameString();
if (item instanceof ProfiledThreshold)
{
ProfiledThreshold pThreshold = (ProfiledThreshold)item;
ArrayList<ProfiledGeneric> items = pThreshold.getItems(graphIndex);
for (int j = 0; j < items.size(); j++)
items.get(j).setEnabled(graphIndex, addIt);
}
}
}
// this table's set of checkbox-selected rows has changed,
// so propagate that information
PIVisualSharedData shared = myGraph.getSharedDataInstance();
shared.GPP_SelectedThreadNames = nameList;
selectionChangeNotify();
this.table.deselectAll();
}
private void actionRecolor()
{
int uid = this.myGraph.getUid();
GppTrace gppTrace = this.myGraph.getGppTrace();
// recolor selected items
boolean didRecolor = false;
TableItem[] selectedItems = table.getSelection();
for (int i = 0; i < selectedItems.length;i++)
{
if (selectedItems[i].getData() instanceof ProfiledGeneric)
{
ProfiledGeneric pGeneric = (ProfiledGeneric)selectedItems[i].getData();
TableColorPalette palette = ((GppTrace)this.myGraph.getTrace()).getThreadColorPalette();
String nameKey = pGeneric.getNameString();
if (palette.recolorEntryDialog(table.getShell(), nameKey))
{
Color color = palette.getColor(nameKey);
Color oldColor = pGeneric.getColor();
if (color.equals(oldColor))
continue;
didRecolor = true;
if (!(pGeneric instanceof ProfiledThreshold)) {
PIPageEditor.currentPageEditor().setDirty();
pGeneric.setColor(color);
} else {
// for the threshold item, we must change every graph's thread threshold item
gppTrace.getGppGraph(PIPageEditor.THREADS_PAGE, uid).getThresholdThread().setColor(color);
gppTrace.getGppGraph(PIPageEditor.BINARIES_PAGE, uid).getThresholdThread().setColor(color);
gppTrace.getGppGraph(PIPageEditor.FUNCTIONS_PAGE, uid).getThresholdThread().setColor(color);
}
}
// recoloring should only be done in a draw mode that displays this table's colors
selectedItems[i].setBackground(COLOR_COLUMN_INDEX, palette.getColor(nameKey));
}
}
if (!didRecolor)
return;
table.redraw();
this.myGraph.repaint();
this.myGraph.setGraphImageChanged(true); // any selection change to drill down will change graph
// if any other tabs are displaying this type of graph, they need to be scheduled for redrawing
for (int i = 0; i < 3; i++) {
GppTraceGraph graph = gppTrace.getGppGraph(i, uid);
if (graph == this.myGraph)
continue;
int drawMode = graph.getDrawMode();
if ( (drawMode == Defines.THREADS)
|| (drawMode == Defines.BINARIES_THREADS)
|| (drawMode == Defines.BINARIES_FUNCTIONS_THREADS)
|| (drawMode == Defines.FUNCTIONS_THREADS)
|| (drawMode == Defines.FUNCTIONS_BINARIES_THREADS)) {
graph.getThreadTable().addColor(drawMode);
graph.setGraphImageChanged(true); // any selection change to drill down will change graph
graph.repaint();
}
}
}
private void actionThread()
{
// current drawMode should be THREADS, THREADS_BINARIES, THREADS_BINARIES_FUNCTIONS,
// THREADS_FUNCTIONS, or THREADS_FUNCTIONS_BINARIES
int drawMode = this.myGraph.getDrawMode();
if ( (drawMode != Defines.THREADS_BINARIES)
&& (drawMode != Defines.THREADS_BINARIES_FUNCTIONS)
&& (drawMode != Defines.THREADS_FUNCTIONS)
&& (drawMode != Defines.THREADS_FUNCTIONS_BINARIES))
{
// this case should be drawMode == Defines.THREADS
return;
}
setIsDrilldown(false);
// set the page's graph title
ProfileVisualiser pV = NpiInstanceRepository.getInstance().getProfilePage(this.myGraph.getUid(), this.myGraph.getGraphIndex());
pV.getTitle().setText(Messages.getString("AddrThreadTable.threadLoad")); //$NON-NLS-1$
pV.getTitle2().setText(""); //$NON-NLS-1$
// get rid of any existing tables and sashes
if (this.myGraph.getLeftSash() != null) {
this.myGraph.getLeftSash().dispose();
this.myGraph.setLeftSash(null);
// detach the table from the sash
try {
FormData formData = (FormData) this.table.getLayoutData();
formData.right = new FormAttachment(100);
} catch (ClassCastException e1) {
}
}
if (this.myGraph.getRightSash() != null) {
this.myGraph.getRightSash().dispose();
this.myGraph.setRightSash(null);
}
if ( (this.myGraph.getBinaryTable() != null)
&& (this.myGraph.getBinaryTable().getTable() != null)) {
this.myGraph.getBinaryTable().getTableViewer().getTable().dispose();
this.myGraph.getBinaryTable().setTableViewer(null);
}
if ( (this.myGraph.getFunctionTable() != null)
&& (this.myGraph.getFunctionTable().getTable() != null)) {
this.myGraph.getFunctionTable().getTableViewer().getTable().dispose();
this.myGraph.getFunctionTable().setTableViewer(null);
}
// set the draw mode
this.myGraph.setDrawMode(Defines.THREADS);
// add colors to the rightmost table
addColor(Defines.THREADS);
this.parent.layout();
this.myGraph.repaint();
}
private void actionThreadBinary()
{
// current drawMode should be THREADS, THREADS_BINARIES, or THREADS_BINARIES_FUNCTIONS
int drawMode = this.myGraph.getDrawMode();
int graphIndex = this.myGraph.getGraphIndex();
if ( drawMode != Defines.THREADS
&& drawMode != Defines.THREADS_BINARIES_FUNCTIONS) {
return;
}
setIsDrilldown(true);
if (drawMode == Defines.THREADS) {
// set the page's graph title
ProfileVisualiser pV = NpiInstanceRepository.getInstance().getProfilePage(this.myGraph.getUid(), this.myGraph.getGraphIndex());
pV.getTitle().setText(Messages.getString("AddrThreadTable.binaryLoad")); //$NON-NLS-1$
pV.getTitle2().setText(Messages.getString("AddrThreadTable.threadTo")); //$NON-NLS-1$
// set the draw mode before populating table viewers, since the
// color column depends on the draw mode
this.myGraph.setDrawMode(Defines.THREADS_BINARIES);
// create the binary graph table viewer
AddrBinaryTable binaryTable = this.myGraph.getBinaryTable();
binaryTable.createTableViewer(Defines.THREADS_BINARIES);
binaryTable.setIsDrilldown(true);
// create a reduced set of binary entries based on enabled thread entries
GppTrace gppTrace = (GppTrace) this.myGraph.getTrace();
Vector<ProfiledGeneric> binaries = gppTrace.setThreadBinary(graphIndex);
this.myGraph.setProfiledBinaries(binaries);
// put check marks on all rows, and sort by sample count
binaryTable.quickSort(COLUMN_ID_SAMPLE_COUNT, this.myGraph.getProfiledBinaries());
binaryTable.updateProfiledAndItemData(true);
binaryTable.getTableViewer().setAllChecked(true);
binaryTable.getTableViewer().refresh();
// put check marks on all enabled thread rows
for (int i = 0; i < this.table.getItemCount(); i++) {
ProfiledGeneric pThread = (ProfiledGeneric) this.table.getItem(i).getData();
if (pThread.isEnabled(graphIndex))
this.table.getItem(i).setChecked(true);
}
// remove colors where appropriate
removeColor(Defines.THREADS_BINARIES);
// connect the tables with a sash
Sash leftSash = new Sash(this.parent, SWT.VERTICAL);
final FormData leftSashData = new FormData();
leftSashData.top = new FormAttachment(0);
leftSashData.bottom = new FormAttachment(100);
leftSashData.left = new FormAttachment(50); // middle
leftSash.setLayoutData(leftSashData);
final Composite sashParent = this.parent;
leftSash.addListener(SWT.Selection, new Listener() {
public void handleEvent(Event event) {
if (event.detail != SWT.DRAG) {
leftSashData.left = new FormAttachment(0, event.x);
sashParent.layout();
}
}
});
myGraph.setLeftSash(leftSash);
// attach the binary table to the sash
final FormData viewerData = new FormData();
viewerData.top = new FormAttachment(0);
viewerData.bottom = new FormAttachment(100);
viewerData.left = new FormAttachment(leftSash);
viewerData.right = new FormAttachment(100);
binaryTable.getTable().setLayoutData(viewerData);
// attach the thread table to the sash
try {
FormData formData = (FormData) this.table.getLayoutData();
formData.right = new FormAttachment(leftSash);
} catch (ClassCastException e1) {
}
this.parent.layout();
this.myGraph.repaint();
} else if (drawMode == Defines.THREADS_BINARIES_FUNCTIONS) {
// set the page's graph title
ProfileVisualiser pV = NpiInstanceRepository.getInstance().getProfilePage(this.myGraph.getUid(), this.myGraph.getGraphIndex());
pV.getTitle().setText(Messages.getString("AddrThreadTable.binaryLoad")); //$NON-NLS-1$
pV.getTitle2().setText(Messages.getString("AddrThreadTable.threadTo")); //$NON-NLS-1$
// get rid of the function table and its sash
if (this.myGraph.getRightSash() != null) {
this.myGraph.getRightSash().dispose();
this.myGraph.setRightSash(null);
}
if ( (this.myGraph.getFunctionTable() != null)
&& (this.myGraph.getFunctionTable().getTable() != null)) {
this.myGraph.getFunctionTable().getTableViewer().getTable().dispose();
this.myGraph.getFunctionTable().setTableViewer(null);
}
// get rid of the middle table's connection to the sash
try {
FormData formData = (FormData) this.myGraph.getBinaryTable().getTable().getLayoutData();
formData.right = new FormAttachment(100);
} catch (ClassCastException e1) {
}
// move the left sash to the middle
try {
FormData formData = (FormData) this.myGraph.getLeftSash().getLayoutData();
formData.left = new FormAttachment(50); // middle
} catch (ClassCastException e1) {
}
// set the draw mode
this.myGraph.setDrawMode(Defines.THREADS_BINARIES);
// show colors in the rightmost table
this.myGraph.getBinaryTable().addColor(Defines.THREADS_BINARIES);
this.parent.layout();
this.myGraph.repaint();
}
// this case should be drawMode == Defines.THREADS_BINARIES
return;
}
private void actionThreadBinaryFunction()
{
// current drawMode should be THREADS_BINARIES or THREADS_BINARIES_FUNCTIONS
int drawMode = this.myGraph.getDrawMode();
int graphIndex = this.myGraph.getGraphIndex();
if (drawMode != Defines.THREADS_BINARIES) {
// this case should be drawMode == Defines.THREADS_BINARIES_FUNCTIONS
return;
}
setIsDrilldown(true);
// set the page's graph title
ProfileVisualiser pV = NpiInstanceRepository.getInstance().getProfilePage(this.myGraph.getUid(), this.myGraph.getGraphIndex());
pV.getTitle().setText(Messages.getString("AddrThreadTable.functionLoad")); //$NON-NLS-1$
pV.getTitle2().setText(Messages.getString("AddrThreadTable.threadToBinaryTo")); //$NON-NLS-1$
// set the draw mode before populating table viewers, since the
// color column depends on the draw mode
this.myGraph.setDrawMode(Defines.THREADS_BINARIES_FUNCTIONS);
// create the function graph table viewer
AddrFunctionTable functionTable = this.myGraph.getFunctionTable();
functionTable.createTableViewer(Defines.THREADS_BINARIES_FUNCTIONS);
functionTable.setIsDrilldown(true);
// create a reduced set of function entries based on enabled thread and binary entries
GppTrace gppTrace = (GppTrace) this.myGraph.getTrace();
Vector<ProfiledGeneric> functions = gppTrace.setThreadBinaryFunction(graphIndex);
this.myGraph.setProfiledFunctions(functions);
// put check marks on all rows, and sort by sample count
functionTable.quickSort(COLUMN_ID_SAMPLE_COUNT, this.myGraph.getProfiledFunctions());
functionTable.updateProfiledAndItemData(true);
functionTable.getTableViewer().setAllChecked(true);
functionTable.getTableViewer().refresh();
// remove colors where appropriate
this.myGraph.getBinaryTable().removeColor(Defines.THREADS_BINARIES_FUNCTIONS);
// connect the 2nd and 3rd tables with a sash
Sash rightSash = new Sash(this.parent, SWT.VERTICAL);
final FormData rightSashData = new FormData();
rightSashData.top = new FormAttachment(0);
rightSashData.bottom = new FormAttachment(100);
rightSashData.left = new FormAttachment(67); // two thirds
rightSash.setLayoutData(rightSashData);
final Composite sashParent = this.parent;
rightSash.addListener(SWT.Selection, new Listener() {
public void handleEvent(Event event) {
if (event.detail != SWT.DRAG) {
rightSashData.left = new FormAttachment(0, event.x);
sashParent.layout();
}
}
});
myGraph.setRightSash(rightSash);
// attach the function table to the sash
final FormData viewerData = new FormData();
viewerData.top = new FormAttachment(0);
viewerData.bottom = new FormAttachment(100);
viewerData.left = new FormAttachment(rightSash);
viewerData.right = new FormAttachment(100);
functionTable.getTable().setLayoutData(viewerData);
// attach the binary table to the sash
try {
FormData formData = (FormData) this.myGraph.getBinaryTable().getTable().getLayoutData();
formData.right = new FormAttachment(rightSash);
} catch (ClassCastException e1) {
}
// move the left sash to 1/3 from the left
try {
FormData formData = (FormData) this.myGraph.getLeftSash().getLayoutData();
formData.left = new FormAttachment(33); // one third
} catch (ClassCastException e1) {
}
this.parent.layout();
this.myGraph.repaint();
}
private void actionThreadFunction()
{
// current drawMode should be THREADS, THREADS_FUNCTIONS, or THREADS_FUNCTIONS_BINARIES
int drawMode = this.myGraph.getDrawMode();
int graphIndex = this.myGraph.getGraphIndex();
if ( drawMode != Defines.THREADS
&& drawMode != Defines.THREADS_FUNCTIONS_BINARIES) {
return;
}
setIsDrilldown(true);
if (drawMode == Defines.THREADS) {
// set the page's graph title
ProfileVisualiser pV = NpiInstanceRepository.getInstance().getProfilePage(this.myGraph.getUid(), this.myGraph.getGraphIndex());
pV.getTitle().setText(Messages.getString("AddrThreadTable.functionLoad")); //$NON-NLS-1$
pV.getTitle2().setText(Messages.getString("AddrThreadTable.threadTo")); //$NON-NLS-1$
// set the draw mode
this.myGraph.setDrawMode(Defines.THREADS_FUNCTIONS);
// create the function graph table viewer
AddrFunctionTable functionTable = this.myGraph.getFunctionTable();
functionTable.createTableViewer(Defines.THREADS_FUNCTIONS);
functionTable.setIsDrilldown(true);
// create a reduced set of function entries based on enabled thread and binary entries
GppTrace gppTrace = (GppTrace) this.myGraph.getTrace();
Vector<ProfiledGeneric> functions = gppTrace.setThreadFunction(graphIndex);
this.myGraph.setProfiledFunctions(functions);
// put check marks on all rows, and sort by sample count
functionTable.quickSort(COLUMN_ID_SAMPLE_COUNT, this.myGraph.getProfiledFunctions());
functionTable.updateProfiledAndItemData(true);
functionTable.getTableViewer().setAllChecked(true);
functionTable.getTableViewer().refresh();
// remove colors where appropriate
removeColor(Defines.THREADS_FUNCTIONS);
// connect the tables with a sash
Sash leftSash = new Sash(this.parent, SWT.VERTICAL);
final FormData leftSashData = new FormData();
leftSashData.top = new FormAttachment(0);
leftSashData.bottom = new FormAttachment(100);
leftSashData.left = new FormAttachment(50); // middle
leftSash.setLayoutData(leftSashData);
final Composite sashParent = this.parent;
leftSash.addListener(SWT.Selection, new Listener() {
public void handleEvent(Event event) {
if (event.detail != SWT.DRAG) {
leftSashData.left = new FormAttachment(0, event.x);
sashParent.layout();
}
}
});
myGraph.setLeftSash(leftSash);
// attach the function table to the sash
final FormData viewerData = new FormData();
viewerData.top = new FormAttachment(0);
viewerData.bottom = new FormAttachment(100);
viewerData.left = new FormAttachment(leftSash);
viewerData.right = new FormAttachment(100);
functionTable.getTable().setLayoutData(viewerData);
// attach the thread table to the sash
try {
FormData formData = (FormData) this.table.getLayoutData();
formData.right = new FormAttachment(leftSash);
} catch (ClassCastException e1) {
}
this.parent.layout();
this.myGraph.repaint();
} else if (drawMode == Defines.THREADS_FUNCTIONS_BINARIES) {
// set the page's graph title
ProfileVisualiser pV = NpiInstanceRepository.getInstance().getProfilePage(this.myGraph.getUid(), this.myGraph.getGraphIndex());
pV.getTitle().setText(Messages.getString("AddrThreadTable.functionLoad")); //$NON-NLS-1$
pV.getTitle2().setText(Messages.getString("AddrThreadTable.threadTo")); //$NON-NLS-1$
// get rid of the binary table and its sash
if (this.myGraph.getRightSash() != null) {
this.myGraph.getRightSash().dispose();
this.myGraph.setRightSash(null);
}
if ( (this.myGraph.getBinaryTable() != null)
&& (this.myGraph.getBinaryTable().getTable() != null)) {
this.myGraph.getBinaryTable().getTableViewer().getTable().dispose();
this.myGraph.getBinaryTable().setTableViewer(null);
}
// get rid of the middle table's connection to the sash
try {
FormData formData = (FormData) this.myGraph.getFunctionTable().getTable().getLayoutData();
formData.right = new FormAttachment(100);
} catch (ClassCastException e1) {
}
// move the left sash to the middle
try {
FormData formData = (FormData) this.myGraph.getLeftSash().getLayoutData();
formData.left = new FormAttachment(50); // middle
} catch (ClassCastException e1) {
}
// set the draw mode
this.myGraph.setDrawMode(Defines.THREADS_FUNCTIONS);
// show colors in the rightmost table
this.myGraph.getFunctionTable().addColor(Defines.THREADS_FUNCTIONS);
this.parent.layout();
this.myGraph.repaint();
}
// this case should be drawMode == Defines.THREADS_BINARIES
return;
}
private void actionThreadFunctionBinary()
{
// current drawMode is THREADS_FUNCTIONS, or THREADS_FUNCTIONS_BINARIES
int drawMode = this.myGraph.getDrawMode();
int graphIndex = this.myGraph.getGraphIndex();
if (drawMode != Defines.THREADS_FUNCTIONS) {
// this case should be drawMode == Defines.THREADS_FUNCTIONS_BINARIES
return;
}
setIsDrilldown(true);
// set the page's graph title
ProfileVisualiser pV = NpiInstanceRepository.getInstance().getProfilePage(this.myGraph.getUid(), this.myGraph.getGraphIndex());
pV.getTitle().setText(Messages.getString("AddrThreadTable.binaryLoad")); //$NON-NLS-1$
pV.getTitle2().setText(Messages.getString("AddrThreadTable.threadToFunctionTo")); //$NON-NLS-1$
// set the draw mode
this.myGraph.setDrawMode(Defines.THREADS_FUNCTIONS_BINARIES);
// create the binary graph table viewer
AddrBinaryTable binaryTable = this.myGraph.getBinaryTable();
binaryTable.createTableViewer(Defines.THREADS_FUNCTIONS_BINARIES);
binaryTable.setIsDrilldown(true);
// create a reduced set of binary entries based on enabled thread and function entries
GppTrace gppTrace = (GppTrace) this.myGraph.getTrace();
Vector<ProfiledGeneric> binaries = gppTrace.setThreadFunctionBinary(graphIndex);
this.myGraph.setProfiledBinaries(binaries);
// put check marks on all rows, and sort by sample count
binaryTable.quickSort(COLUMN_ID_SAMPLE_COUNT, this.myGraph.getProfiledBinaries());
binaryTable.updateProfiledAndItemData(true);
binaryTable.getTableViewer().setAllChecked(true);
binaryTable.getTableViewer().refresh();
// remove colors where appropriate
this.myGraph.getFunctionTable().removeColor(Defines.THREADS_FUNCTIONS_BINARIES);
// connect the 2nd and 3rd tables with a sash
Sash rightSash = new Sash(this.parent, SWT.VERTICAL);
final FormData rightSashData = new FormData();
rightSashData.top = new FormAttachment(0);
rightSashData.bottom = new FormAttachment(100);
rightSashData.left = new FormAttachment(67); // two thirds
rightSash.setLayoutData(rightSashData);
final Composite sashParent = this.parent;
rightSash.addListener(SWT.Selection, new Listener() {
public void handleEvent(Event event) {
if (event.detail != SWT.DRAG) {
rightSashData.left = new FormAttachment(0, event.x);
sashParent.layout();
}
}
});
myGraph.setRightSash(rightSash);
// attach the binary table to the sash
final FormData viewerData = new FormData();
viewerData.top = new FormAttachment(0);
viewerData.bottom = new FormAttachment(100);
viewerData.left = new FormAttachment(rightSash);
viewerData.right = new FormAttachment(100);
binaryTable.getTable().setLayoutData(viewerData);
// attach the function table to the sash
try {
FormData formData = (FormData) this.myGraph.getFunctionTable().getTable().getLayoutData();
formData.right = new FormAttachment(rightSash);
} catch (ClassCastException e1) {
}
// move the left sash to 1/3 from the left
try {
FormData formData = (FormData) this.myGraph.getLeftSash().getLayoutData();
formData.left = new FormAttachment(33); // one third
} catch (ClassCastException e1) {
}
this.parent.layout();
this.myGraph.repaint();
}
public void focusGained(FocusEvent e) {}
public void focusLost(FocusEvent e) {}
public void piEventReceived(PIEvent be)
{
if (be.getType() == PIEvent.SELECTION_AREA_CHANGED3)
{
// % loads, % load strings, and/or sample counts have been updated
// due to a change in the graph area selected, and all table items
// need to be checked
updateProfiledAndItemData(true);
Display.getDefault().syncExec(new Runnable() {
public void run() {
quickSort(sortColumn, profiledThreads);
// initially, all rows are selected
tableViewer.setAllChecked(true);
table.redraw();
}
});
}
else if ( (be.getType() == PIEvent.SELECTION_AREA_CHANGED2)
|| (be.getType() == PIEvent.CHANGED_THREAD_TABLE))
{
int graphIndex = this.myGraph.getGraphIndex();
// This routine does not change which threads are enabled, but it enables
// all entries in the 2nd and 3rd tables.
// It assumes that GppTrace.setSelectedArea(), action("add") or action("remove") has set
// the % load and sample counts for threads, except for the threshold list.
if (be.getType() == PIEvent.SELECTION_AREA_CHANGED2) {
int thresholdCount = (Integer)NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountThread"); //$NON-NLS-1$
if (thresholdCount > 0) {
Vector<ProfiledGeneric> pGeneric = this.myGraph.getProfiledThreads();
int sampleCount = 0;
for (int i = 0; i < pGeneric.size(); i++)
if (pGeneric.elementAt(i).getTotalSampleCount() < thresholdCount)
sampleCount += pGeneric.elementAt(i).getSampleCount(graphIndex);
this.myGraph.getThresholdThread().setSampleCount(graphIndex, sampleCount);
}
}
// redraw this table
Display.getDefault().syncExec(new Runnable() {
public void run() {
if ( (sortColumn == COLUMN_ID_PERCENT_LOAD)
|| (sortColumn == COLUMN_ID_SAMPLE_COUNT))
{
quickSort(sortColumn, profiledThreads);
}
else
refreshTableViewer();
table.redraw();
}
});
int drawMode = this.myGraph.getDrawMode();
if (drawMode == Defines.THREADS)
return;
GppTrace trace = (GppTrace)(this.myGraph.getTrace());
Vector<ProfiledGeneric> traceThreads = trace.getIndexedThreads();
int startSampleIndex = trace.getStartSampleIndex();
int endSampleIndex = trace.getEndSampleIndex();
double percentPerSample;
if (startSampleIndex == endSampleIndex)
percentPerSample = 0.0;
else
percentPerSample = 100.0 / ((double)(endSampleIndex - startSampleIndex));
PIEvent be3 = new PIEvent(be.getValueObject(), PIEvent.SELECTION_AREA_CHANGED3);
switch (drawMode) {
case Defines.THREADS_BINARIES:
{
// get new binary counts and loads
Vector<ProfiledGeneric> traceBinaries = trace.getIndexedBinaries();
Vector<ProfiledGeneric> graphBinaries = this.myGraph.getProfiledBinaries();
Hashtable<String,String> foundBinaries = new Hashtable<String,String>();
// previous binaries are not necessarily graphed this time
Enumeration<ProfiledGeneric> enu = graphBinaries.elements();
while (enu.hasMoreElements()) {
ProfiledBinary pBinary = (ProfiledBinary) enu.nextElement();
pBinary.setEnabled(graphIndex, false);
}
graphBinaries.clear();
ProfiledThreshold thresholdBinary = this.myGraph.getThresholdBinary();
if (thresholdBinary.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdBinary.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
GppSample[] sortedSamples = trace.getSortedGppSamples();
// set up in case we find binaries below the threshold
boolean lowBinary;
thresholdBinary.init(graphIndex);
int binaryThreshold = (Integer) NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountBinary"); //$NON-NLS-1$
for (int i = startSampleIndex; i < endSampleIndex; i++) {
GppSample sample = sortedSamples[i];
ProfiledThread pThread = (ProfiledThread) traceThreads.elementAt(sample.threadIndex);
if (pThread.isEnabled(graphIndex)) {
// binary list is based on threads
ProfiledBinary pBinary = (ProfiledBinary) traceBinaries.elementAt(sample.binaryIndex);
String binaryName = pBinary.getNameString();
lowBinary = pBinary.getTotalSampleCount() < binaryThreshold;
if (!foundBinaries.containsKey(binaryName)) {
foundBinaries.put(binaryName, binaryName);
if (lowBinary) {
thresholdBinary.addItem(graphIndex, pBinary, 1);
} else {
pBinary.setEnabled(graphIndex, true);
pBinary.setSampleCount(graphIndex, 1);
graphBinaries.add(pBinary);
}
} else {
if (lowBinary)
thresholdBinary.incSampleCount(graphIndex);
else
pBinary.incSampleCount(graphIndex);
}
}
}
// set the % load
for (int i = 0; i < graphBinaries.size(); i++) {
ProfiledBinary pBinary = (ProfiledBinary) graphBinaries.elementAt(i);
pBinary.setLoadAndString(graphIndex, (float)(pBinary.getSampleCount(graphIndex)*percentPerSample));
}
thresholdBinary.setLoadAndString(graphIndex,
(float)(thresholdBinary.getSampleCount(graphIndex)*percentPerSample));
// update the table items and redraw the table
this.myGraph.getBinaryTable().piEventReceived(be3);
break;
}
case Defines.THREADS_BINARIES_FUNCTIONS:
{
// get new binary and function counts and loads
Vector<ProfiledGeneric> traceBinaries = trace.getIndexedBinaries();
Vector<ProfiledGeneric> traceFunctions = trace.getIndexedFunctions();
Vector<ProfiledGeneric> graphBinaries = this.myGraph.getProfiledBinaries();
Vector<ProfiledGeneric> graphFunctions = this.myGraph.getProfiledFunctions();
Hashtable<String,String> foundBinaries = new Hashtable<String,String>();
Hashtable<String,String> foundFunctions = new Hashtable<String,String>();
// previous functions are not necessarily graphed this time
Enumeration<ProfiledGeneric> enuFunctions = graphFunctions.elements();
while (enuFunctions.hasMoreElements()) {
ProfiledFunction pFunction = (ProfiledFunction) enuFunctions.nextElement();
pFunction.setEnabled(graphIndex, false);
}
graphFunctions.clear();
ProfiledThreshold thresholdFunction = this.myGraph.getThresholdFunction();
if (thresholdFunction.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdFunction.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
// previous binaries are not necessarily graphed this time
Enumeration<ProfiledGeneric> enuBinary = graphBinaries.elements();
while (enuBinary.hasMoreElements()) {
ProfiledBinary pBinary = (ProfiledBinary) enuBinary.nextElement();
pBinary.setEnabled(graphIndex, false);
}
graphBinaries.clear();
ProfiledThreshold thresholdBinary = this.myGraph.getThresholdBinary();
if (thresholdBinary.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdBinary.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
GppSample[] sortedSamples = trace.getSortedGppSamples();
// set up in case we find functions below the threshold
boolean lowFunction;
thresholdFunction.init(graphIndex);
// set up in case we find binaries below the threshold
boolean lowBinary;
thresholdBinary.init(graphIndex);
int binaryThreshold = (Integer) NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountBinary"); //$NON-NLS-1$
for (int i = startSampleIndex; i < endSampleIndex; i++) {
GppSample sample = sortedSamples[i];
ProfiledThread pThread = (ProfiledThread) traceThreads.elementAt(sample.threadIndex);
if (pThread.isEnabled(graphIndex)) {
// binary list is based on threads
ProfiledBinary pBinary = (ProfiledBinary) traceBinaries.elementAt(sample.binaryIndex);
String binaryName = pBinary.getNameString();
lowBinary = pBinary.getTotalSampleCount() < binaryThreshold;
if (!foundBinaries.containsKey(binaryName)) {
foundBinaries.put(binaryName, binaryName);
if (lowBinary) {
thresholdBinary.addItem(graphIndex, pBinary, 1);
} else {
pBinary.setEnabled(graphIndex, true);
pBinary.setSampleCount(graphIndex, 1);
graphBinaries.add(pBinary);
}
} else {
if (lowBinary)
thresholdBinary.incSampleCount(graphIndex);
else
pBinary.incSampleCount(graphIndex);
}
// function list is based on threads and binaries
ProfiledFunction pFunction = (ProfiledFunction) traceFunctions.elementAt(sample.functionIndex);
String functionName = pFunction.getNameString();
lowFunction = pFunction.getTotalSampleCount() < (Integer)NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountFunction"); //$NON-NLS-1$
if (!foundFunctions.containsKey(functionName)) {
foundFunctions.put(functionName, functionName);
if (lowFunction) {
thresholdFunction.addItem(graphIndex, pFunction, 1);
} else {
pFunction.setEnabled(graphIndex, true);
pFunction.setSampleCount(graphIndex, 1);
graphFunctions.add(pFunction);
}
} else {
if (lowFunction)
thresholdFunction.incSampleCount(graphIndex);
else
pFunction.incSampleCount(graphIndex);
}
}
}
// set the % load
for (int i = 0; i < graphBinaries.size(); i++) {
ProfiledBinary pBinary = (ProfiledBinary) graphBinaries.elementAt(i);
pBinary.setLoadAndString(graphIndex, (float)(pBinary.getSampleCount(graphIndex)*percentPerSample));
}
thresholdBinary.setLoadAndString(graphIndex,
(float)(thresholdBinary.getSampleCount(graphIndex)*percentPerSample));
for (int i = 0; i < graphFunctions.size(); i++) {
ProfiledFunction pFunction = (ProfiledFunction) graphFunctions.elementAt(i);
pFunction.setLoadAndString(graphIndex, (float)(pFunction.getSampleCount(graphIndex)*percentPerSample));
}
thresholdFunction.setLoadAndString(graphIndex,
(float)(thresholdFunction.getSampleCount(graphIndex)*percentPerSample));
// update the table items and redraw the table
this.myGraph.getBinaryTable().piEventReceived(be3);
this.myGraph.getFunctionTable().piEventReceived(be3);
break;
}
case Defines.THREADS_FUNCTIONS:
{
// get new function counts and loads
Vector<ProfiledGeneric> traceFunctions = trace.getIndexedFunctions();
Vector<ProfiledGeneric> graphFunctions = this.myGraph.getProfiledFunctions();
Hashtable<String,String> foundFunctions = new Hashtable<String,String>();
// previous functions are not necessarily graphed this time
Enumeration<ProfiledGeneric> enu = graphFunctions.elements();
while (enu.hasMoreElements()) {
ProfiledFunction pFunction = (ProfiledFunction) enu.nextElement();
pFunction.setEnabled(graphIndex, false);
}
graphFunctions.clear();
ProfiledThreshold thresholdFunction = this.myGraph.getThresholdFunction();
if (thresholdFunction.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdFunction.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
GppSample[] sortedSamples = trace.getSortedGppSamples();
// set up in case we find functions below the threshold
boolean lowFunction;
thresholdFunction.init(graphIndex);
int functionThreshold = (Integer) NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountFunction"); //$NON-NLS-1$
for (int i = startSampleIndex; i < endSampleIndex; i++) {
GppSample sample = sortedSamples[i];
ProfiledThread pThread = (ProfiledThread) traceThreads.elementAt(sample.threadIndex);
if (pThread.isEnabled(graphIndex)) {
// function list is based on threads
ProfiledFunction pFunction = (ProfiledFunction) traceFunctions.elementAt(sample.functionIndex);
String functionName = pFunction.getNameString();
lowFunction = pFunction.getTotalSampleCount() < functionThreshold;
if (!foundFunctions.containsKey(functionName)) {
foundFunctions.put(functionName, functionName);
if (lowFunction) {
thresholdFunction.addItem(graphIndex, pFunction, 1);
} else {
pFunction.setEnabled(graphIndex, true);
pFunction.setSampleCount(graphIndex, 1);
graphFunctions.add(pFunction);
}
} else {
if (lowFunction)
thresholdFunction.incSampleCount(graphIndex);
else
pFunction.incSampleCount(graphIndex);
}
}
}
// set the % load
for (int i = 0; i < graphFunctions.size(); i++) {
ProfiledFunction pFunction = (ProfiledFunction) graphFunctions.elementAt(i);
pFunction.setLoadAndString(graphIndex, (float)(pFunction.getSampleCount(graphIndex)*percentPerSample));
}
thresholdFunction.setLoadAndString(graphIndex,
(float)(thresholdFunction.getSampleCount(graphIndex)*percentPerSample));
// update the table items and redraw the table
this.myGraph.getFunctionTable().piEventReceived(be3);
break;
}
case Defines.THREADS_FUNCTIONS_BINARIES:
{
// get new function and binary counts and loads
Vector<ProfiledGeneric> traceBinaries = trace.getIndexedBinaries();
Vector<ProfiledGeneric> traceFunctions = trace.getIndexedFunctions();
Vector<ProfiledGeneric> graphBinaries = this.myGraph.getProfiledBinaries();
Vector<ProfiledGeneric> graphFunctions = this.myGraph.getProfiledFunctions();
Hashtable<String,String> foundBinaries = new Hashtable<String,String>();
Hashtable<String,String> foundFunctions = new Hashtable<String,String>();
// previous binaries are not necessarily graphed this time
Enumeration<ProfiledGeneric> enuBinaries = graphBinaries.elements();
while (enuBinaries.hasMoreElements()) {
ProfiledBinary pBinary = (ProfiledBinary) enuBinaries.nextElement();
pBinary.setEnabled(graphIndex, false);
}
graphBinaries.clear();
ProfiledThreshold thresholdBinary = this.myGraph.getThresholdBinary();
if (thresholdBinary.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdBinary.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
// previous functions are not necessarily graphed this time
Enumeration<ProfiledGeneric> enuFunctions = graphFunctions.elements();
while (enuFunctions.hasMoreElements()) {
ProfiledFunction pFunction = (ProfiledFunction) enuFunctions.nextElement();
pFunction.setEnabled(graphIndex, false);
}
graphFunctions.clear();
ProfiledThreshold thresholdFunction = this.myGraph.getThresholdFunction();
if (thresholdFunction.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdFunction.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
GppSample[] sortedSamples = trace.getSortedGppSamples();
// set up in case we find binaries below the threshold
boolean lowBinary;
thresholdBinary.init(graphIndex);
// set up in case we find functions below the threshold
boolean lowFunction;
thresholdFunction.init(graphIndex);
int functionThreshold = (Integer) NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountFunction"); //$NON-NLS-1$
for (int i = startSampleIndex; i < endSampleIndex; i++) {
GppSample sample = sortedSamples[i];
ProfiledThread pThread = (ProfiledThread) traceThreads.elementAt(sample.threadIndex);
if (pThread.isEnabled(graphIndex)) {
// function list is based on threads
ProfiledFunction pFunction = (ProfiledFunction) traceFunctions.elementAt(sample.functionIndex);
String functionName = pFunction.getNameString();
lowFunction = pFunction.getTotalSampleCount() < functionThreshold;
if (!foundFunctions.containsKey(functionName)) {
foundFunctions.put(functionName, functionName);
if (lowFunction) {
thresholdFunction.addItem(graphIndex, pFunction, 1);
} else {
pFunction.setEnabled(graphIndex, true);
pFunction.setSampleCount(graphIndex, 1);
graphFunctions.add(pFunction);
}
} else {
if (lowFunction)
thresholdFunction.incSampleCount(graphIndex);
else
pFunction.incSampleCount(graphIndex);
}
// binary list is based on threads and functions
ProfiledBinary pBinary = (ProfiledBinary) traceBinaries.elementAt(sample.binaryIndex);
String binaryName = pBinary.getNameString();
lowBinary = pBinary.getTotalSampleCount() < (Integer)NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountBinary"); //$NON-NLS-1$
if (!foundBinaries.containsKey(binaryName)) {
foundBinaries.put(binaryName, binaryName);
if (lowBinary) {
thresholdBinary.addItem(graphIndex, pBinary, 1);
} else {
pBinary.setEnabled(graphIndex, true);
pBinary.setSampleCount(graphIndex, 1);
graphBinaries.add(pBinary);
}
} else {
if (lowBinary)
thresholdBinary.incSampleCount(graphIndex);
else
pBinary.incSampleCount(graphIndex);
}
}
}
// set the % load
for (int i = 0; i < graphBinaries.size(); i++) {
ProfiledBinary pBinary = (ProfiledBinary) graphBinaries.elementAt(i);
pBinary.setLoadAndString(graphIndex, (float)(pBinary.getSampleCount(graphIndex)*percentPerSample));
}
thresholdBinary.setLoadAndString(graphIndex,
(float)(thresholdBinary.getSampleCount(graphIndex)*percentPerSample));
for (int i = 0; i < graphFunctions.size(); i++) {
ProfiledFunction pFunction = (ProfiledFunction) graphFunctions.elementAt(i);
pFunction.setLoadAndString(graphIndex, (float)(pFunction.getSampleCount(graphIndex)*percentPerSample));
}
thresholdFunction.setLoadAndString(graphIndex,
(float)(thresholdFunction.getSampleCount(graphIndex)*percentPerSample));
// update the table items and redraw the table
this.myGraph.getBinaryTable().piEventReceived(be3);
this.myGraph.getFunctionTable().piEventReceived(be3);
break;
}
default:
{
break;
}
}
}
else if (be.getType() == PIEvent.CHANGED_BINARY_TABLE)
{
// This routine enables all entries in the next table
int drawMode = this.myGraph.getDrawMode();
if (drawMode != Defines.THREADS_BINARIES_FUNCTIONS)
return;
// we don't need to redraw the thread table, since it has not changed
GppTrace trace = (GppTrace)(this.myGraph.getTrace());
Vector<ProfiledGeneric> traceBinaries = trace.getIndexedBinaries();
int graphIndex = this.myGraph.getGraphIndex();
int startSampleIndex = trace.getStartSampleIndex();
int endSampleIndex = trace.getEndSampleIndex();
double percentPerSample;
if (startSampleIndex == endSampleIndex)
percentPerSample = 0.0;
else
percentPerSample = 100.0 / ((double)(endSampleIndex - startSampleIndex));
PIEvent be3 = new PIEvent(be.getValueObject(), PIEvent.SELECTION_AREA_CHANGED3);
// get new function counts and loads
Vector<ProfiledGeneric> traceFunctions = trace.getIndexedFunctions();
Vector<ProfiledGeneric> graphFunctions = this.myGraph.getProfiledFunctions();
Hashtable<String,String> foundFunctions = new Hashtable<String,String>();
// previous functions are not necessarily graphed this time
Enumeration<ProfiledGeneric> enu = graphFunctions.elements();
while (enu.hasMoreElements()) {
ProfiledFunction pFunction = (ProfiledFunction) enu.nextElement();
pFunction.setEnabled(graphIndex, false);
}
graphFunctions.clear();
ProfiledThreshold thresholdFunction = this.myGraph.getThresholdFunction();
if (thresholdFunction.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdFunction.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
GppSample[] sortedSamples = trace.getSortedGppSamples();
// set up in case we find functions below the threshold
boolean lowFunction;
thresholdFunction.init(graphIndex);
for (int i = startSampleIndex; i < endSampleIndex; i++) {
GppSample sample = sortedSamples[i];
ProfiledBinary pBinary = (ProfiledBinary) traceBinaries.elementAt(sample.binaryIndex);
if (pBinary.isEnabled(graphIndex)) {
// function list is based on binaries
ProfiledFunction pFunction = (ProfiledFunction) traceFunctions.elementAt(sample.functionIndex);
String functionName = pFunction.getNameString();
lowFunction = pFunction.getTotalSampleCount() < (Integer)NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountFunction"); //$NON-NLS-1$
if (!foundFunctions.containsKey(functionName)) {
foundFunctions.put(functionName, functionName);
if (lowFunction) {
thresholdFunction.addItem(graphIndex, pFunction, 1);
} else {
pFunction.setEnabled(graphIndex, true);
pFunction.setSampleCount(graphIndex, 1);
graphFunctions.add(pFunction);
}
} else {
if (lowFunction)
thresholdFunction.incSampleCount(graphIndex);
else
pFunction.incSampleCount(graphIndex);
}
}
}
// set the % load
for (int i = 0; i < graphFunctions.size(); i++) {
ProfiledFunction pFunction = (ProfiledFunction) graphFunctions.elementAt(i);
pFunction.setLoadAndString(graphIndex, (float)(pFunction.getSampleCount(graphIndex)*percentPerSample));
}
thresholdFunction.setLoadAndString(graphIndex,
(float)(thresholdFunction.getSampleCount(graphIndex)*percentPerSample));
// update the table items and redraw the table
this.myGraph.getFunctionTable().piEventReceived(be3);
}
else if (be.getType() == PIEvent.CHANGED_FUNCTION_TABLE)
{
// This routine enables all entries in the next table
int drawMode = this.myGraph.getDrawMode();
if (drawMode != Defines.THREADS_FUNCTIONS_BINARIES)
return;
// we don't need to redraw the thread table, since it has not changed
GppTrace trace = (GppTrace)(this.myGraph.getTrace());
Vector<ProfiledGeneric> traceFunctions = trace.getIndexedFunctions();
int graphIndex = this.myGraph.getGraphIndex();
int startSampleIndex = trace.getStartSampleIndex();
int endSampleIndex = trace.getEndSampleIndex();
double percentPerSample;
if (startSampleIndex == endSampleIndex)
percentPerSample = 0.0;
else
percentPerSample = 100.0 / ((double)(endSampleIndex - startSampleIndex));
PIEvent be3 = new PIEvent(be.getValueObject(), PIEvent.SELECTION_AREA_CHANGED3);
// get new counts and loads
Vector<ProfiledGeneric> traceBinaries = trace.getIndexedBinaries();
Vector<ProfiledGeneric> graphBinaries = this.myGraph.getProfiledBinaries();
Hashtable<String,String> foundBinaries = new Hashtable<String,String>();
// previous binaries are not necessarily graphed this time
Enumeration<ProfiledGeneric> enu = graphBinaries.elements();
while (enu.hasMoreElements()) {
ProfiledBinary pBinary = (ProfiledBinary) enu.nextElement();
pBinary.setEnabled(graphIndex, false);
}
graphBinaries.clear();
ProfiledThreshold thresholdBinary = this.myGraph.getThresholdBinary();
if (thresholdBinary.isEnabled(graphIndex)) {
ArrayList<ProfiledGeneric> items = thresholdBinary.getItems(graphIndex);
// disable all items below the threshold
for (int i = 0; i < items.size(); i++) {
items.get(i).setEnabled(graphIndex, false);
}
}
GppSample[] sortedSamples = trace.getSortedGppSamples();
// set up in case we find binaries below the threshold
boolean lowBinary;
thresholdBinary.init(graphIndex);
int binaryThreshold = (Integer) NpiInstanceRepository.getInstance().activeUidGetPersistState("com.nokia.carbide.cpp.pi.address.thresholdCountBinary"); //$NON-NLS-1$
for (int i = startSampleIndex; i < endSampleIndex; i++) {
GppSample sample = sortedSamples[i];
ProfiledFunction pFunction = (ProfiledFunction) traceFunctions.elementAt(sample.functionIndex);
if (pFunction.isEnabled(graphIndex)) {
// binary list is based on functions
ProfiledBinary pBinary = (ProfiledBinary) traceBinaries.elementAt(sample.binaryIndex);
String binaryName = pBinary.getNameString();
lowBinary = pBinary.getTotalSampleCount() < binaryThreshold;
if (!foundBinaries.containsKey(binaryName)) {
foundBinaries.put(binaryName, binaryName);
if (lowBinary) {
thresholdBinary.addItem(graphIndex, pBinary, 1);
} else {
pBinary.setEnabled(graphIndex, true);
pBinary.setSampleCount(graphIndex, 1);
graphBinaries.add(pBinary);
}
} else {
if (lowBinary)
thresholdBinary.incSampleCount(graphIndex);
else
pBinary.incSampleCount(graphIndex);
}
}
}
// set the % load
for (int i = 0; i < graphBinaries.size(); i++) {
ProfiledBinary pBinary = (ProfiledBinary) graphBinaries.elementAt(i);
pBinary.setLoadAndString(graphIndex, (float)(pBinary.getSampleCount(graphIndex)*percentPerSample));
}
thresholdBinary.setLoadAndString(graphIndex,
(float)(thresholdBinary.getSampleCount(graphIndex)*percentPerSample));
// update the table items and redraw the table
this.myGraph.getBinaryTable().piEventReceived(be3);
}
}
public void setSelectedNames()
{
Object[] selectedValues = this.tableViewer.getCheckedElements();
String[] threadNames = new String[selectedValues.length];
for (int i = 0; i < selectedValues.length; i++)
{
if (selectedValues[i] instanceof ProfiledThread)
{
ProfiledThread pt = (ProfiledThread)selectedValues[i];
threadNames[i] = pt.getNameString();
}
}
PIVisualSharedData shared = myGraph.getSharedDataInstance();
shared.GPP_SelectedThreadNames = threadNames;
}
private class SharedCheckHandler implements ICheckStateListener
{
public void checkStateChanged(CheckStateChangedEvent event) {
if (!(event.getElement() instanceof ProfiledGeneric))
return;
// set the stored value to the checkbox value
ProfiledGeneric pg = (ProfiledGeneric)event.getElement();
pg.setEnabled(myGraph.getGraphIndex(), event.getChecked());
// this table's set of checkbox-selected rows has changed, so propagate that information
setSelectedNames();
if ( (pg.getSampleCount(myGraph.getGraphIndex()) != 0)
|| (myGraph.getDrawMode() == Defines.THREADS))
selectionChangeNotify();
table.deselectAll();
}
}
protected void selectionChangeNotify() {
PIEvent be = new PIEvent(null, PIEvent.CHANGED_THREAD_TABLE);
myGraph.piEventReceived(be);
}
public void sortOnColumnSelection(TableColumn tableColumn) {
int columnId = ((Integer) tableColumn.getData()).intValue();
if (sortColumn == columnId) {
// sort in other order
sortAscending = !sortAscending;
} else {
// sort in the default order
switch (columnId)
{
case COLUMN_ID_SHOW:
case COLUMN_ID_PERCENT_LOAD:
case COLUMN_ID_SAMPLE_COUNT:
case COLUMN_ID_PRIORITY:
{
// sort in descending order (for checked boxes column, this means selected boxes first)
sortAscending = false;
break;
}
case COLUMN_ID_THREAD:
{
// sort in ascending order
sortAscending = true;
break;
}
default:
{
return;
}
}
}
sortColumn = columnId;
quickSort(sortColumn, profiledThreads);
}
private class ColumnSelectionHandler extends SelectionAdapter
{
public void widgetSelected(SelectionEvent e)
{
// wait for the previous sort to finish
if (sorting || !(e.widget instanceof TableColumn))
return;
sortOnColumnSelection((TableColumn) e.widget);
}
}
public void updateProfiledAndItemData(boolean setInput)
{
tableItemData.clear();
profiledThreads.clear();
// profiledThreads and tableItemData contain one entry per table row
Enumeration<ProfiledGeneric> enu = myGraph.getProfiledThreads().elements();
while (enu.hasMoreElements())
{
ProfiledThread nextElement = (ProfiledThread)enu.nextElement();
tableItemData.add(nextElement);
profiledThreads.add(nextElement);
}
if (myGraph.getThresholdThread().getItemCount(myGraph.getGraphIndex()) != 0) {
tableItemData.add(myGraph.getThresholdThread());
profiledThreads.add(myGraph.getThresholdThread());
}
// now sort the items in increasing total sample count, so that they graph correctly
Object[] sorted = myGraph.getProfiledThreads().toArray();
Arrays.sort(sorted, new Comparator<Object>() {
public int compare(Object arg0, Object arg1)
{
if (arg0 instanceof ProfiledGeneric && arg1 instanceof ProfiledGeneric)
return ((ProfiledGeneric)arg0).getTotalSampleCount() -
((ProfiledGeneric)arg1).getTotalSampleCount();
else
return 0;
}
});
// now create the sorted list used to draw the graph
myGraph.getSortedThreads().clear();
if (myGraph.getThresholdThread().getItemCount(myGraph.getGraphIndex()) != 0)
myGraph.getSortedThreads().add(myGraph.getThresholdThread());
for (int i = 0; i < sorted.length; i++)
myGraph.getSortedThreads().add((ProfiledGeneric) sorted[i]);
// refresh the table, if needed
if (setInput)
refreshTableViewer();
}
public void quickSort(int sortBy, Vector<ProfiledGeneric> profiled)
{
if (profiled.size() == 0)
return;
this.sorting = true;
ProfiledGeneric pGeneric = profiled.elementAt(profiled.size() - 1);
if (pGeneric instanceof ProfiledThreshold) {
profiled.removeElementAt(profiled.size() - 1);
}
this.sorter.setupSort(sortBy, this.myGraph.getGraphIndex(), sortAscending);
switch (sortBy) {
case COLUMN_ID_SHOW:
{
this.sorter.quickSortByShow(profiled);
break;
}
case COLUMN_ID_PERCENT_LOAD:
{
this.sorter.quickSortByAverageLoad(profiled);
break;
}
case COLUMN_ID_THREAD:
{
this.sorter.quickSortByThread(profiled);
break;
}
case COLUMN_ID_BINARY:
{
this.sorter.quickSortByBinary(profiled);
break;
}
case COLUMN_ID_FUNCTION:
{
this.sorter.quickSortByFunction(profiled);
break;
}
case COLUMN_ID_SAMPLE_COUNT:
{
this.sorter.quickSortBySampleCount(profiled);
break;
}
case COLUMN_ID_PRIORITY:
{
this.sorter.quickSortByPriority(profiled, priorityValues);
break;
}
default:
{
break;
}
}
Enumeration<ProfiledGeneric> e = this.sorter.getSortedList().elements();
tableItemData = setTableItemData(e);
if (pGeneric instanceof ProfiledThreshold) {
tableItemData.add(pGeneric);
profiled.add(pGeneric);
}
// find the column corresponding to sortBy, and give it a column direction
// NOTE: treat sort by binary path then by binary name as sort by path
if (sortBy == COLUMN_ID_FULL_PATH)
sortBy = COLUMN_ID_PATH;
else if (sortBy == COLUMN_ID_FULL_IN_PATH)
sortBy = COLUMN_ID_IN_BINARY_PATH;
TableColumn sortByColumn = null;
for (int i = 0; i < this.table.getColumnCount(); i++) {
if (this.table.getColumn(i).getData() instanceof Integer) {
if (((Integer)this.table.getColumn(i).getData()) == sortBy) {
sortByColumn = this.table.getColumn(i);
break;
}
}
}
if (sortByColumn != null) {
this.table.setSortColumn(sortByColumn);
this.table.setSortDirection(sortAscending ? SWT.UP : SWT.DOWN);
}
refreshTableViewer();
this.sorting = false;
}
protected MenuItem getSavePrioritySamplesItem(Menu menu, boolean enabled) {
MenuItem saveSamplesItem = new MenuItem(menu, SWT.PUSH);
saveSamplesItem.setText(Messages.getString("AddrThreadTable.savePrioritySamples")); //$NON-NLS-1$
saveSamplesItem.setEnabled(enabled);
if (enabled) {
saveSamplesItem.addSelectionListener(new SelectionAdapter() {
public void widgetSelected(SelectionEvent e) {
action("savePrioritySamples"); //$NON-NLS-1$
}
});
}
return saveSamplesItem;
}
protected Menu getTableMenu(Decorations parent, int graphIndex, int drawMode) {
// get rid of last Menu created so we don't have double menu
// in on click
if (contextMenu != null) {
contextMenu.dispose();
}
// recreate each time, in case the drawMode has changed since creation
contextMenu = new Menu(parent, SWT.POP_UP);
// Use drawMode to determine the drill down items and
// whether to show a color column
addDrillDownItems(contextMenu, drawMode);
// check and uncheck boxes
new MenuItem(contextMenu, SWT.SEPARATOR);
getCheckRows(contextMenu, this.table.getSelectionCount() > 0);
// select all, copy, and copy all
new MenuItem(contextMenu, SWT.SEPARATOR);
getSelectAllItem(contextMenu, this.table.getItemCount() > 0);
getCopyItem(contextMenu, this.table.getSelectionCount() > 0);
getCopyTableItem(contextMenu, this.table.getItemCount() > 0);
// copy drilldown tables, if in drilldown mode
switch (drawMode)
{
case Defines.THREADS:
case Defines.BINARIES:
case Defines.FUNCTIONS:
getCopyDrilldownItem(contextMenu, false);
break;
default:
getCopyDrilldownItem(contextMenu, true);
break;
}
// save all and save drilldown tables, if in drilldown mode
new MenuItem(contextMenu, SWT.SEPARATOR);
getSaveTableItem(contextMenu, this.table.getItemCount() > 0);
switch (drawMode)
{
case Defines.THREADS:
case Defines.BINARIES:
case Defines.FUNCTIONS:
getSaveDrilldownItem(contextMenu, false);
break;
default:
getSaveDrilldownItem(contextMenu, true);
break;
}
double startTime = PIPageEditor.currentPageEditor().getStartTime();
double endTime = PIPageEditor.currentPageEditor().getEndTime();
// save raw samples
boolean haveSamples = false;
for (int i = 0; !haveSamples && i < profiledThreads.size(); i++) {
ProfiledGeneric pg = profiledThreads.get(i);
haveSamples = pg.isEnabled(graphIndex) && pg.getSampleCount(graphIndex) > 0;
}
if (!haveSamples || (startTime == -1) || (endTime == -1) || (startTime == endTime))
getSaveSamplesItem(contextMenu, Messages.getString("AddrThreadTable.threads"), false); //$NON-NLS-1$
else
getSaveSamplesItem(contextMenu, Messages.getString("AddrThreadTable.threads"), true); //$NON-NLS-1$
// save priority samples
if (priorityAdded) {
if (!haveSamples || (startTime == -1) || (endTime == -1) || (startTime == endTime))
getSavePrioritySamplesItem(contextMenu, false);
else
getSavePrioritySamplesItem(contextMenu, true);
}
// recolor selected threads
switch (drawMode)
{
case Defines.THREADS:
case Defines.BINARIES_THREADS:
case Defines.BINARIES_FUNCTIONS_THREADS:
case Defines.FUNCTIONS_THREADS:
case Defines.FUNCTIONS_BINARIES_THREADS:
{
// recolor selected items
new MenuItem(contextMenu, SWT.SEPARATOR);
getRecolorItem(contextMenu, Messages.getString("AddressPlugin.threads"), //$NON-NLS-1$
this.table.getSelectionCount() > 0);
break;
}
case Defines.THREADS_FUNCTIONS:
case Defines.THREADS_FUNCTIONS_BINARIES:
case Defines.THREADS_BINARIES:
case Defines.THREADS_BINARIES_FUNCTIONS:
case Defines.BINARIES_THREADS_FUNCTIONS:
case Defines.FUNCTIONS_THREADS_BINARIES:
{
break;
}
default:
break;
}
new MenuItem(contextMenu, SWT.SEPARATOR);
getChangeThresholds(contextMenu);
contextMenu.setVisible(true);
return contextMenu;
}
protected void addPriorityColumn(Hashtable<Integer,String> priorities)
{
if (priorityAdded)
return;
// store the priority information
this.priorityTable = priorities;
priorityValues = new Hashtable<Integer,Integer>();
for (Enumeration<Integer> e = priorityTable.keys(); e.hasMoreElements();)
{
Integer key = e.nextElement();
priorityValues.put(key, parsePriorityValue(this.priorityTable.get(key)));
}
// if the tableViewer already exists, add a column
if ( (tableViewer != null)
&& (tableViewer.getTable() != null))
{
Display.getDefault().syncExec( new Runnable() {
public void run() {
addPriorityColumn();
}
});
}
priorityAdded = true;
}
private void addPriorityColumn()
{
TableColumn column;
column = new TableColumn(tableViewer.getTable(), SWT.LEFT);
column.setText(COLUMN_HEAD_PRIORITY);
column.setWidth(COLUMN_WIDTH_PRIORITY);
column.setData(new Integer(COLUMN_ID_PRIORITY));
column.setMoveable(true);
column.setResizable(true);
column.addSelectionListener(new ColumnSelectionHandler());
}
private Integer parsePriorityValue(String priorityString)
{
if (priorityString == null || priorityString.equals(Messages.getString("AddrThreadTable.unsolvedPriority"))) //$NON-NLS-1$
return new Integer(Integer.MIN_VALUE);
else
{
int endIndex = priorityString.indexOf(Messages.getString("AddrThreadTable.priorityStringEnding")); //$NON-NLS-1$
int beginIndex = priorityString.indexOf(Messages.getString("AddrThreadTable.priorityStringStart")); //$NON-NLS-1$
String value = priorityString.substring(beginIndex+2, endIndex);
return new Integer(Integer.parseInt(value));
}
}
// class to pass sample data to the save wizard
public class SavePrioritySampleString implements ISaveSamples {
int graphIndex;
int drawMode;
boolean done = false;
public SavePrioritySampleString(int graphIndex, int drawMode) {
this.graphIndex = graphIndex;
this.drawMode = drawMode;
}
public String getData() {
if (done)
return null;
String returnString = getPrioritySampleString(graphIndex, drawMode);
done = true;
return returnString;
}
public String getData(int size) {
return getData();
}
public int getIndex() {
return done ? 1 : 0;
}
public void clear() {
done = false;
}
}
protected class PrioritySample {
int time;
ProfiledThread pt;
String priorityString;
PrioritySample(int time, ProfiledThread pt, String priorityString) {
this.time = time;
this.pt = pt;
this.priorityString = priorityString;
}
}
protected void createPrioritySample(ArrayList<PrioritySample> prioritySamples, int graphIndex, ProfiledThread pt, int startTime, int endTime) {
PrioritySample localSample = null;
boolean addedLocalSample = false;
String priority = priorityTable.get(new Integer(pt.getThreadId()));
if (priority == null) {
prioritySamples.add(new PrioritySample(0, pt, Messages.getString("AddrThreadTable.unknownPriority"))); //$NON-NLS-1$
return;
}
localSample = new PrioritySample(0, pt, Messages.getString("AddrThreadTable.unrecordedPriority")); //$NON-NLS-1$
addedLocalSample = false;
while (priority.indexOf('(') != -1) {
while (priority.charAt(0) == ' ') // remove leading spaces
priority = priority.substring(1);
int nextMatch = priority.indexOf('(');
String priorityStr = priority.substring(0, nextMatch); // priority is before the open paren
priority = priority.substring(nextMatch + 1); // consume the paren, too
nextMatch = priority.indexOf(')');
String timeStr = priority.substring(0, nextMatch - 1);
double d = Double.parseDouble(timeStr) * 1000.0;
int time = (int) d;
if (time > endTime) {
// we're past the end
if (!addedLocalSample) {
// previous priority was before the start time, but include it anyway
prioritySamples.add(localSample);
return;
}
} else if (time < startTime) {
// we're before the start
// only keep the priority closest to the start time
localSample = new PrioritySample(time, pt, priorityStr);
} else {
// we're in the interval, so add the previous sample, if needed
if (!addedLocalSample && time != startTime)
prioritySamples.add(localSample);
localSample = new PrioritySample(time, pt, priorityStr);
prioritySamples.add(localSample);
addedLocalSample = true;
}
priority = priority.substring(nextMatch + 1);
}
if (localSample != null && !addedLocalSample)
prioritySamples.add(localSample);
}
protected class PrioritySampleCompare implements Comparator<PrioritySample> {
public int compare(PrioritySample ps1, PrioritySample ps2) {
try {
if (ps1.time == ps2.time)
return ps1.pt.getNameString().compareToIgnoreCase(ps2.pt.getNameString());
else
return ps1.time - ps2.time;
} catch (Exception e) {
return 0;
}
}
}
protected String getPrioritySampleString(int graphIndex, int drawMode)
{
GppTraceGraph graph = (GppTraceGraph)(this.myGraph);
GppTrace trace = (GppTrace)(graph.getTrace());
int startIndex = trace.getStartSampleIndex();
int endIndex = trace.getEndSampleIndex();
ArrayList<PrioritySample> prioritySamples = new ArrayList<PrioritySample>();
ProfiledThread pt;
for (int i = 0; i < profiledThreads.size(); i++) {
if (!profiledThreads.get(i).isEnabled(graphIndex) || profiledThreads.get(i).getSampleCount(graphIndex) <= 0)
continue;
if (profiledThreads.get(i) instanceof ProfiledThread) {
pt = (ProfiledThread) profiledThreads.get(i);
createPrioritySample(prioritySamples, graphIndex, pt, startIndex, endIndex);
} else if (profiledThreads.get(i) instanceof ProfiledThreshold) {
ProfiledThreshold pth = (ProfiledThreshold) profiledThreads.get(i);
for (int j = 0; j < pth.getItems(graphIndex).size(); j++) {
pt = (ProfiledThread) pth.getItems(graphIndex).get(j);
if (pt.isEnabled(graphIndex) && pt.getSampleCount(graphIndex) > 0)
createPrioritySample(prioritySamples, graphIndex, pt, startIndex, endIndex);
}
}
}
Collections.sort(prioritySamples, new PrioritySampleCompare());
String returnString = "Time (ms),Thread,Priority\n"; //$NON-NLS-1$
for (PrioritySample sample : prioritySamples) {
returnString += sample.time + "," + sample.pt.getNameString() + "," //$NON-NLS-1$ //$NON-NLS-2$
+ sample.priorityString + "\n"; //$NON-NLS-1$ //$NON-NLS-2$
}
return returnString;
}
}