traceview/src/main/java/com/android/traceview/MethodData.java - platform/tools/swt - Git at Google

 /*
  * Copyright (C) 2006 The Android Open Source Project
  *
  * Licensed under the Apache License, Version 2.0 (the "License");
  * you may not use this file except in compliance with the License.
  * You may obtain a copy of the License at
  *
  *      http://www.apache.org/licenses/LICENSE-2.0
  *
  * Unless required by applicable law or agreed to in writing, software
  * distributed under the License is distributed on an "AS IS" BASIS,
  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  * See the License for the specific language governing permissions and
  * limitations under the License.
  */

 package com.android.traceview;

 import org.eclipse.swt.graphics.Color;
 import org.eclipse.swt.graphics.Image;

 import java.util.ArrayList;
 import java.util.Arrays;
 import java.util.Collection;
 import java.util.Comparator;
 import java.util.HashMap;

 public class MethodData {

     private int mId;
     private int mRank = -1;
     private String mClassName;
     private String mMethodName;
     private String mSignature;
     private String mName;
     private String mProfileName;
     private String mPathname;
     private int mLineNumber;
     private long mElapsedExclusiveCpuTime;
     private long mElapsedInclusiveCpuTime;
     private long mTopExclusiveCpuTime;
     private long mElapsedExclusiveRealTime;
     private long mElapsedInclusiveRealTime;
     private long mTopExclusiveRealTime;
     private int[] mNumCalls = new int[2]; // index 0=normal, 1=recursive
     private Color mColor;
     private Color mFadedColor;
     private Image mImage;
     private Image mFadedImage;
     private HashMap<Integer, ProfileData> mParents;
     private HashMap<Integer, ProfileData> mChildren;

     // The parents of this method when this method was in a recursive call
     private HashMap<Integer, ProfileData> mRecursiveParents;

     // The children of this method when this method was in a recursive call
     private HashMap<Integer, ProfileData> mRecursiveChildren;

     private ProfileNode[] mProfileNodes;
     private int mX;
     private int mY;
     private double mWeight;

     public MethodData(int id, String className) {
         mId = id;
         mClassName = className;
         mMethodName = null;
         mSignature = null;
         mPathname = null;
         mLineNumber = -1;
         computeName();
         computeProfileName();
     }

     public MethodData(int id, String className, String methodName,
             String signature, String pathname, int lineNumber) {
         mId = id;
         mClassName = className;
         mMethodName = methodName;
         mSignature = signature;
         mPathname = pathname;
         mLineNumber = lineNumber;
         computeName();
         computeProfileName();
     }

     public double addWeight(int x, int y, double weight) {
         if (mX == x && mY == y)
             mWeight += weight;
         else {
             mX = x;
             mY = y;
             mWeight = weight;
         }
         return mWeight;
     }

     public void clearWeight() {
         mWeight = 0;
     }

     public int getRank() {
         return mRank;
     }

     public void setRank(int rank) {
         mRank = rank;
         computeProfileName();
     }

     public void addElapsedExclusive(long cpuTime, long realTime) {
         mElapsedExclusiveCpuTime += cpuTime;
         mElapsedExclusiveRealTime += realTime;
     }

     public void addElapsedInclusive(long cpuTime, long realTime,
             boolean isRecursive, Call parent) {
         if (isRecursive == false) {
             mElapsedInclusiveCpuTime += cpuTime;
             mElapsedInclusiveRealTime += realTime;
             mNumCalls[0] += 1;
         } else {
             mNumCalls[1] += 1;
         }

         if (parent == null)
             return;

         // Find the child method in the parent
         MethodData parentMethod = parent.getMethodData();
         if (parent.isRecursive()) {
             parentMethod.mRecursiveChildren = updateInclusive(cpuTime, realTime,
                     parentMethod, this, false,
                     parentMethod.mRecursiveChildren);
         } else {
             parentMethod.mChildren = updateInclusive(cpuTime, realTime,
                     parentMethod, this, false, parentMethod.mChildren);
         }

         // Find the parent method in the child
         if (isRecursive) {
             mRecursiveParents = updateInclusive(cpuTime, realTime, this, parentMethod, true,
                     mRecursiveParents);
         } else {
             mParents = updateInclusive(cpuTime, realTime, this, parentMethod, true,
                     mParents);
         }
     }

     private HashMap<Integer, ProfileData> updateInclusive(long cpuTime, long realTime,
             MethodData contextMethod, MethodData elementMethod,
             boolean elementIsParent, HashMap<Integer, ProfileData> map) {
         if (map == null) {
             map = new HashMap<Integer, ProfileData>(4);
         } else {
             ProfileData profileData = map.get(elementMethod.mId);
             if (profileData != null) {
                 profileData.addElapsedInclusive(cpuTime, realTime);
                 return map;
             }
         }

         ProfileData elementData = new ProfileData(contextMethod,
                 elementMethod, elementIsParent);
         elementData.setElapsedInclusive(cpuTime, realTime);
         elementData.setNumCalls(1);
         map.put(elementMethod.mId, elementData);
         return map;
     }

     public void analyzeData(TimeBase timeBase) {
         // Sort the parents and children into decreasing inclusive time
         ProfileData[] sortedParents;
         ProfileData[] sortedChildren;
         ProfileData[] sortedRecursiveParents;
         ProfileData[] sortedRecursiveChildren;

         sortedParents = sortProfileData(mParents, timeBase);
         sortedChildren = sortProfileData(mChildren, timeBase);
         sortedRecursiveParents = sortProfileData(mRecursiveParents, timeBase);
         sortedRecursiveChildren = sortProfileData(mRecursiveChildren, timeBase);

         // Add "self" time to the top of the sorted children
         sortedChildren = addSelf(sortedChildren);

         // Create the ProfileNode objects that we need
         ArrayList<ProfileNode> nodes = new ArrayList<ProfileNode>();
         ProfileNode profileNode;
         if (mParents != null) {
             profileNode = new ProfileNode("Parents", this, sortedParents,
                     true, false);
             nodes.add(profileNode);
         }
         if (mChildren != null) {
             profileNode = new ProfileNode("Children", this, sortedChildren,
                     false, false);
             nodes.add(profileNode);
         }
         if (mRecursiveParents!= null) {
             profileNode = new ProfileNode("Parents while recursive", this,
                     sortedRecursiveParents, true, true);
             nodes.add(profileNode);
         }
         if (mRecursiveChildren != null) {
             profileNode = new ProfileNode("Children while recursive", this,
                     sortedRecursiveChildren, false, true);
             nodes.add(profileNode);
         }
         mProfileNodes = nodes.toArray(new ProfileNode[nodes.size()]);
     }

     // Create and return a ProfileData[] array that is a sorted copy
     // of the given HashMap values.
     private ProfileData[] sortProfileData(HashMap<Integer, ProfileData> map,
             final TimeBase timeBase) {
         if (map == null)
             return null;

         // Convert the hash values to an array of ProfileData
         Collection<ProfileData> values = map.values();
         ProfileData[] sorted = values.toArray(new ProfileData[values.size()]);

         // Sort the array by elapsed inclusive time
         Arrays.sort(sorted, new Comparator<ProfileData>() {
             @Override
             public int compare(ProfileData pd1, ProfileData pd2) {
                 if (timeBase.getElapsedInclusiveTime(pd2) > timeBase.getElapsedInclusiveTime(pd1))
                     return 1;
                 if (timeBase.getElapsedInclusiveTime(pd2) < timeBase.getElapsedInclusiveTime(pd1))
                     return -1;
                 return 0;
             }
         });
         return sorted;
     }

     private ProfileData[] addSelf(ProfileData[] children) {
         ProfileData[] pdata;
         if (children == null) {
             pdata = new ProfileData[1];
         } else {
             pdata = new ProfileData[children.length + 1];
             System.arraycopy(children, 0, pdata, 1, children.length);
         }
         pdata[0] = new ProfileSelf(this);
         return pdata;
     }

     public void addTopExclusive(long cpuTime, long realTime) {
         mTopExclusiveCpuTime += cpuTime;
         mTopExclusiveRealTime += realTime;
     }

     public long getTopExclusiveCpuTime() {
         return mTopExclusiveCpuTime;
     }

     public long getTopExclusiveRealTime() {
         return mTopExclusiveRealTime;
     }

     public int getId() {
         return mId;
     }

     private void computeName() {
         if (mMethodName == null) {
             mName = mClassName;
             return;
         }

         StringBuilder sb = new StringBuilder();
         sb.append(mClassName);
         sb.append(".");  //$NON-NLS-1$
         sb.append(mMethodName);
         sb.append(" ");  //$NON-NLS-1$
         sb.append(mSignature);
         mName = sb.toString();
     }

     public String getName() {
         return mName;
     }

     public String getClassName() {
         return mClassName;
     }

     public String getMethodName() {
         return mMethodName;
     }

     public String getProfileName() {
         return mProfileName;
     }

     public String getSignature() {
         return mSignature;
     }

     public void computeProfileName() {
         if (mRank == -1) {
             mProfileName = mName;
             return;
         }

         StringBuilder sb = new StringBuilder();
         sb.append(mRank);
         sb.append(" ");  //$NON-NLS-1$
         sb.append(getName());
         mProfileName = sb.toString();
     }

     public String getCalls() {
         return String.format("%d+%d", mNumCalls[0], mNumCalls[1]);
     }

     public int getTotalCalls() {
         return mNumCalls[0] + mNumCalls[1];
     }

     public Color getColor() {
         return mColor;
     }

     public void setColor(Color color) {
         mColor = color;
     }

     public void setImage(Image image) {
         mImage = image;
     }

     public Image getImage() {
         return mImage;
     }

     @Override
     public String toString() {
         return getName();
     }

     public long getElapsedExclusiveCpuTime() {
         return mElapsedExclusiveCpuTime;
     }

     public long getElapsedExclusiveRealTime() {
         return mElapsedExclusiveRealTime;
     }

     public long getElapsedInclusiveCpuTime() {
         return mElapsedInclusiveCpuTime;
     }

     public long getElapsedInclusiveRealTime() {
         return mElapsedInclusiveRealTime;
     }

     public void setFadedColor(Color fadedColor) {
         mFadedColor = fadedColor;
     }

     public Color getFadedColor() {
         return mFadedColor;
     }

     public void setFadedImage(Image fadedImage) {
         mFadedImage = fadedImage;
     }

     public Image getFadedImage() {
         return mFadedImage;
     }

     public void setPathname(String pathname) {
         mPathname = pathname;
     }

     public String getPathname() {
         return mPathname;
     }

     public void setLineNumber(int lineNumber) {
         mLineNumber = lineNumber;
     }

     public int getLineNumber() {
         return mLineNumber;
     }

     public ProfileNode[] getProfileNodes() {
         return mProfileNodes;
     }

     public static class Sorter implements Comparator<MethodData> {
         @Override
         public int compare(MethodData md1, MethodData md2) {
             if (mColumn == Column.BY_NAME) {
                 int result = md1.getName().compareTo(md2.getName());
                 return (mDirection == Direction.INCREASING) ? result : -result;
             }
             if (mColumn == Column.BY_INCLUSIVE_CPU_TIME) {
                 if (md2.getElapsedInclusiveCpuTime() > md1.getElapsedInclusiveCpuTime())
                     return (mDirection == Direction.INCREASING) ? -1 : 1;
                 if (md2.getElapsedInclusiveCpuTime() < md1.getElapsedInclusiveCpuTime())
                     return (mDirection == Direction.INCREASING) ? 1 : -1;
                 return md1.getName().compareTo(md2.getName());
             }
             if (mColumn == Column.BY_EXCLUSIVE_CPU_TIME) {
                 if (md2.getElapsedExclusiveCpuTime() > md1.getElapsedExclusiveCpuTime())
                     return (mDirection == Direction.INCREASING) ? -1 : 1;
                 if (md2.getElapsedExclusiveCpuTime() < md1.getElapsedExclusiveCpuTime())
                     return (mDirection == Direction.INCREASING) ? 1 : -1;
                 return md1.getName().compareTo(md2.getName());
             }
             if (mColumn == Column.BY_INCLUSIVE_REAL_TIME) {
                 if (md2.getElapsedInclusiveRealTime() > md1.getElapsedInclusiveRealTime())
                     return (mDirection == Direction.INCREASING) ? -1 : 1;
                 if (md2.getElapsedInclusiveRealTime() < md1.getElapsedInclusiveRealTime())
                     return (mDirection == Direction.INCREASING) ? 1 : -1;
                 return md1.getName().compareTo(md2.getName());
             }
             if (mColumn == Column.BY_EXCLUSIVE_REAL_TIME) {
                 if (md2.getElapsedExclusiveRealTime() > md1.getElapsedExclusiveRealTime())
                     return (mDirection == Direction.INCREASING) ? -1 : 1;
                 if (md2.getElapsedExclusiveRealTime() < md1.getElapsedExclusiveRealTime())
                     return (mDirection == Direction.INCREASING) ? 1 : -1;
                 return md1.getName().compareTo(md2.getName());
             }
             if (mColumn == Column.BY_CALLS) {
                 int result = md1.getTotalCalls() - md2.getTotalCalls();
                 if (result == 0)
                     return md1.getName().compareTo(md2.getName());
                 return (mDirection == Direction.INCREASING) ? result : -result;
             }
             if (mColumn == Column.BY_CPU_TIME_PER_CALL) {
                 double time1 = md1.getElapsedInclusiveCpuTime();
                 time1 = time1 / md1.getTotalCalls();
                 double time2 = md2.getElapsedInclusiveCpuTime();
                 time2 = time2 / md2.getTotalCalls();
                 double diff = time1 - time2;
                 int result = 0;
                 if (diff < 0)
                     result = -1;
                 else if (diff > 0)
                     result = 1;
                 if (result == 0)
                     return md1.getName().compareTo(md2.getName());
                 return (mDirection == Direction.INCREASING) ? result : -result;
             }
             if (mColumn == Column.BY_REAL_TIME_PER_CALL) {
                 double time1 = md1.getElapsedInclusiveRealTime();
                 time1 = time1 / md1.getTotalCalls();
                 double time2 = md2.getElapsedInclusiveRealTime();
                 time2 = time2 / md2.getTotalCalls();
                 double diff = time1 - time2;
                 int result = 0;
                 if (diff < 0)
                     result = -1;
                 else if (diff > 0)
                     result = 1;
                 if (result == 0)
                     return md1.getName().compareTo(md2.getName());
                 return (mDirection == Direction.INCREASING) ? result : -result;
             }
             return 0;
         }

         public void setColumn(Column column) {
             // If the sort column specified is the same as last time,
             // then reverse the sort order.
             if (mColumn == column) {
                 // Reverse the sort order
                 if (mDirection == Direction.INCREASING)
                     mDirection = Direction.DECREASING;
                 else
                     mDirection = Direction.INCREASING;
             } else {
                 // Sort names into increasing order, data into decreasing order.
                 if (column == Column.BY_NAME)
                     mDirection = Direction.INCREASING;
                 else
                     mDirection = Direction.DECREASING;
             }
             mColumn = column;
         }

         public Column getColumn() {
             return mColumn;
         }

         public void setDirection(Direction direction) {
             mDirection = direction;
         }

         public Direction getDirection() {
             return mDirection;
         }

         public static enum Column {
             BY_NAME, BY_EXCLUSIVE_CPU_TIME, BY_EXCLUSIVE_REAL_TIME,
             BY_INCLUSIVE_CPU_TIME, BY_INCLUSIVE_REAL_TIME, BY_CALLS,
             BY_REAL_TIME_PER_CALL, BY_CPU_TIME_PER_CALL,
         };

         public static enum Direction {
             INCREASING, DECREASING
         };

         private Column mColumn;
         private Direction mDirection;
     }
 }
	/*
	* Copyright (C) 2006 The Android Open Source Project
	*
	* Licensed under the Apache License, Version 2.0 (the "License");
	* you may not use this file except in compliance with the License.
	* You may obtain a copy of the License at
	*
	* http://www.apache.org/licenses/LICENSE-2.0
	*
	* Unless required by applicable law or agreed to in writing, software
	* distributed under the License is distributed on an "AS IS" BASIS,
	* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
	* See the License for the specific language governing permissions and
	* limitations under the License.
	*/

	package com.android.traceview;

	import org.eclipse.swt.graphics.Color;
	import org.eclipse.swt.graphics.Image;

	import java.util.ArrayList;
	import java.util.Arrays;
	import java.util.Collection;
	import java.util.Comparator;
	import java.util.HashMap;

	public class MethodData {

	private int mId;
	private int mRank = -1;
	private String mClassName;
	private String mMethodName;
	private String mSignature;
	private String mName;
	private String mProfileName;
	private String mPathname;
	private int mLineNumber;
	private long mElapsedExclusiveCpuTime;
	private long mElapsedInclusiveCpuTime;
	private long mTopExclusiveCpuTime;
	private long mElapsedExclusiveRealTime;
	private long mElapsedInclusiveRealTime;
	private long mTopExclusiveRealTime;
	private int[] mNumCalls = new int[2]; // index 0=normal, 1=recursive
	private Color mColor;
	private Color mFadedColor;
	private Image mImage;
	private Image mFadedImage;
	private HashMap<Integer, ProfileData> mParents;
	private HashMap<Integer, ProfileData> mChildren;

	// The parents of this method when this method was in a recursive call
	private HashMap<Integer, ProfileData> mRecursiveParents;

	// The children of this method when this method was in a recursive call
	private HashMap<Integer, ProfileData> mRecursiveChildren;

	private ProfileNode[] mProfileNodes;
	private int mX;
	private int mY;
	private double mWeight;

	public MethodData(int id, String className) {
	mId = id;
	mClassName = className;
	mMethodName = null;
	mSignature = null;
	mPathname = null;
	mLineNumber = -1;
	computeName();
	computeProfileName();
	}

	public MethodData(int id, String className, String methodName,
	String signature, String pathname, int lineNumber) {
	mId = id;
	mClassName = className;
	mMethodName = methodName;
	mSignature = signature;
	mPathname = pathname;
	mLineNumber = lineNumber;
	computeName();
	computeProfileName();
	}

	public double addWeight(int x, int y, double weight) {
	if (mX == x && mY == y)
	mWeight += weight;
	else {
	mX = x;
	mY = y;
	mWeight = weight;
	}
	return mWeight;
	}

	public void clearWeight() {
	mWeight = 0;
	}

	public int getRank() {
	return mRank;
	}

	public void setRank(int rank) {
	mRank = rank;
	computeProfileName();
	}

	public void addElapsedExclusive(long cpuTime, long realTime) {
	mElapsedExclusiveCpuTime += cpuTime;
	mElapsedExclusiveRealTime += realTime;
	}

	public void addElapsedInclusive(long cpuTime, long realTime,
	boolean isRecursive, Call parent) {
	if (isRecursive == false) {
	mElapsedInclusiveCpuTime += cpuTime;
	mElapsedInclusiveRealTime += realTime;
	mNumCalls[0] += 1;
	} else {
	mNumCalls[1] += 1;
	}

	if (parent == null)
	return;

	// Find the child method in the parent
	MethodData parentMethod = parent.getMethodData();
	if (parent.isRecursive()) {
	parentMethod.mRecursiveChildren = updateInclusive(cpuTime, realTime,
	parentMethod, this, false,
	parentMethod.mRecursiveChildren);
	} else {
	parentMethod.mChildren = updateInclusive(cpuTime, realTime,
	parentMethod, this, false, parentMethod.mChildren);
	}

	// Find the parent method in the child
	if (isRecursive) {
	mRecursiveParents = updateInclusive(cpuTime, realTime, this, parentMethod, true,
	mRecursiveParents);
	} else {
	mParents = updateInclusive(cpuTime, realTime, this, parentMethod, true,
	mParents);
	}
	}

	private HashMap<Integer, ProfileData> updateInclusive(long cpuTime, long realTime,
	MethodData contextMethod, MethodData elementMethod,
	boolean elementIsParent, HashMap<Integer, ProfileData> map) {
	if (map == null) {
	map = new HashMap<Integer, ProfileData>(4);
	} else {
	ProfileData profileData = map.get(elementMethod.mId);
	if (profileData != null) {
	profileData.addElapsedInclusive(cpuTime, realTime);
	return map;
	}
	}

	ProfileData elementData = new ProfileData(contextMethod,
	elementMethod, elementIsParent);
	elementData.setElapsedInclusive(cpuTime, realTime);
	elementData.setNumCalls(1);
	map.put(elementMethod.mId, elementData);
	return map;
	}

	public void analyzeData(TimeBase timeBase) {
	// Sort the parents and children into decreasing inclusive time
	ProfileData[] sortedParents;
	ProfileData[] sortedChildren;
	ProfileData[] sortedRecursiveParents;
	ProfileData[] sortedRecursiveChildren;

	sortedParents = sortProfileData(mParents, timeBase);
	sortedChildren = sortProfileData(mChildren, timeBase);
	sortedRecursiveParents = sortProfileData(mRecursiveParents, timeBase);
	sortedRecursiveChildren = sortProfileData(mRecursiveChildren, timeBase);

	// Add "self" time to the top of the sorted children
	sortedChildren = addSelf(sortedChildren);

	// Create the ProfileNode objects that we need
	ArrayList<ProfileNode> nodes = new ArrayList<ProfileNode>();
	ProfileNode profileNode;
	if (mParents != null) {
	profileNode = new ProfileNode("Parents", this, sortedParents,
	true, false);
	nodes.add(profileNode);
	}
	if (mChildren != null) {
	profileNode = new ProfileNode("Children", this, sortedChildren,
	false, false);
	nodes.add(profileNode);
	}
	if (mRecursiveParents!= null) {
	profileNode = new ProfileNode("Parents while recursive", this,
	sortedRecursiveParents, true, true);
	nodes.add(profileNode);
	}
	if (mRecursiveChildren != null) {
	profileNode = new ProfileNode("Children while recursive", this,
	sortedRecursiveChildren, false, true);
	nodes.add(profileNode);
	}
	mProfileNodes = nodes.toArray(new ProfileNode[nodes.size()]);
	}

	// Create and return a ProfileData[] array that is a sorted copy
	// of the given HashMap values.
	private ProfileData[] sortProfileData(HashMap<Integer, ProfileData> map,
	final TimeBase timeBase) {
	if (map == null)
	return null;

	// Convert the hash values to an array of ProfileData
	Collection<ProfileData> values = map.values();
	ProfileData[] sorted = values.toArray(new ProfileData[values.size()]);

	// Sort the array by elapsed inclusive time
	Arrays.sort(sorted, new Comparator<ProfileData>() {
	@Override
	public int compare(ProfileData pd1, ProfileData pd2) {
	if (timeBase.getElapsedInclusiveTime(pd2) > timeBase.getElapsedInclusiveTime(pd1))
	return 1;
	if (timeBase.getElapsedInclusiveTime(pd2) < timeBase.getElapsedInclusiveTime(pd1))
	return -1;
	return 0;
	}
	});
	return sorted;
	}

	private ProfileData[] addSelf(ProfileData[] children) {
	ProfileData[] pdata;
	if (children == null) {
	pdata = new ProfileData[1];
	} else {
	pdata = new ProfileData[children.length + 1];
	System.arraycopy(children, 0, pdata, 1, children.length);
	}
	pdata[0] = new ProfileSelf(this);
	return pdata;
	}

	public void addTopExclusive(long cpuTime, long realTime) {
	mTopExclusiveCpuTime += cpuTime;
	mTopExclusiveRealTime += realTime;
	}

	public long getTopExclusiveCpuTime() {
	return mTopExclusiveCpuTime;
	}

	public long getTopExclusiveRealTime() {
	return mTopExclusiveRealTime;
	}

	public int getId() {
	return mId;
	}

	private void computeName() {
	if (mMethodName == null) {
	mName = mClassName;
	return;
	}

	StringBuilder sb = new StringBuilder();
	sb.append(mClassName);
	sb.append("."); //$NON-NLS-1$
	sb.append(mMethodName);
	sb.append(" "); //$NON-NLS-1$
	sb.append(mSignature);
	mName = sb.toString();
	}

	public String getName() {
	return mName;
	}

	public String getClassName() {
	return mClassName;
	}

	public String getMethodName() {
	return mMethodName;
	}

	public String getProfileName() {
	return mProfileName;
	}

	public String getSignature() {
	return mSignature;
	}

	public void computeProfileName() {
	if (mRank == -1) {
	mProfileName = mName;
	return;
	}

	StringBuilder sb = new StringBuilder();
	sb.append(mRank);
	sb.append(" "); //$NON-NLS-1$
	sb.append(getName());
	mProfileName = sb.toString();
	}

	public String getCalls() {
	return String.format("%d+%d", mNumCalls[0], mNumCalls[1]);
	}

	public int getTotalCalls() {
	return mNumCalls[0] + mNumCalls[1];
	}

	public Color getColor() {
	return mColor;
	}

	public void setColor(Color color) {
	mColor = color;
	}

	public void setImage(Image image) {
	mImage = image;
	}

	public Image getImage() {
	return mImage;
	}

	@Override
	public String toString() {
	return getName();
	}

	public long getElapsedExclusiveCpuTime() {
	return mElapsedExclusiveCpuTime;
	}

	public long getElapsedExclusiveRealTime() {
	return mElapsedExclusiveRealTime;
	}

	public long getElapsedInclusiveCpuTime() {
	return mElapsedInclusiveCpuTime;
	}

	public long getElapsedInclusiveRealTime() {
	return mElapsedInclusiveRealTime;
	}

	public void setFadedColor(Color fadedColor) {
	mFadedColor = fadedColor;
	}

	public Color getFadedColor() {
	return mFadedColor;
	}

	public void setFadedImage(Image fadedImage) {
	mFadedImage = fadedImage;
	}

	public Image getFadedImage() {
	return mFadedImage;
	}

	public void setPathname(String pathname) {
	mPathname = pathname;
	}

	public String getPathname() {
	return mPathname;
	}

	public void setLineNumber(int lineNumber) {
	mLineNumber = lineNumber;
	}

	public int getLineNumber() {
	return mLineNumber;
	}

	public ProfileNode[] getProfileNodes() {
	return mProfileNodes;
	}

	public static class Sorter implements Comparator<MethodData> {
	@Override
	public int compare(MethodData md1, MethodData md2) {
	if (mColumn == Column.BY_NAME) {
	int result = md1.getName().compareTo(md2.getName());
	return (mDirection == Direction.INCREASING) ? result : -result;
	}
	if (mColumn == Column.BY_INCLUSIVE_CPU_TIME) {
	if (md2.getElapsedInclusiveCpuTime() > md1.getElapsedInclusiveCpuTime())
	return (mDirection == Direction.INCREASING) ? -1 : 1;
	if (md2.getElapsedInclusiveCpuTime() < md1.getElapsedInclusiveCpuTime())
	return (mDirection == Direction.INCREASING) ? 1 : -1;
	return md1.getName().compareTo(md2.getName());
	}
	if (mColumn == Column.BY_EXCLUSIVE_CPU_TIME) {
	if (md2.getElapsedExclusiveCpuTime() > md1.getElapsedExclusiveCpuTime())
	return (mDirection == Direction.INCREASING) ? -1 : 1;
	if (md2.getElapsedExclusiveCpuTime() < md1.getElapsedExclusiveCpuTime())
	return (mDirection == Direction.INCREASING) ? 1 : -1;
	return md1.getName().compareTo(md2.getName());
	}
	if (mColumn == Column.BY_INCLUSIVE_REAL_TIME) {
	if (md2.getElapsedInclusiveRealTime() > md1.getElapsedInclusiveRealTime())
	return (mDirection == Direction.INCREASING) ? -1 : 1;
	if (md2.getElapsedInclusiveRealTime() < md1.getElapsedInclusiveRealTime())
	return (mDirection == Direction.INCREASING) ? 1 : -1;
	return md1.getName().compareTo(md2.getName());
	}
	if (mColumn == Column.BY_EXCLUSIVE_REAL_TIME) {
	if (md2.getElapsedExclusiveRealTime() > md1.getElapsedExclusiveRealTime())
	return (mDirection == Direction.INCREASING) ? -1 : 1;
	if (md2.getElapsedExclusiveRealTime() < md1.getElapsedExclusiveRealTime())
	return (mDirection == Direction.INCREASING) ? 1 : -1;
	return md1.getName().compareTo(md2.getName());
	}
	if (mColumn == Column.BY_CALLS) {
	int result = md1.getTotalCalls() - md2.getTotalCalls();
	if (result == 0)
	return md1.getName().compareTo(md2.getName());
	return (mDirection == Direction.INCREASING) ? result : -result;
	}
	if (mColumn == Column.BY_CPU_TIME_PER_CALL) {
	double time1 = md1.getElapsedInclusiveCpuTime();
	time1 = time1 / md1.getTotalCalls();
	double time2 = md2.getElapsedInclusiveCpuTime();
	time2 = time2 / md2.getTotalCalls();
	double diff = time1 - time2;
	int result = 0;
	if (diff < 0)
	result = -1;
	else if (diff > 0)
	result = 1;
	if (result == 0)
	return md1.getName().compareTo(md2.getName());
	return (mDirection == Direction.INCREASING) ? result : -result;
	}
	if (mColumn == Column.BY_REAL_TIME_PER_CALL) {
	double time1 = md1.getElapsedInclusiveRealTime();
	time1 = time1 / md1.getTotalCalls();
	double time2 = md2.getElapsedInclusiveRealTime();
	time2 = time2 / md2.getTotalCalls();
	double diff = time1 - time2;
	int result = 0;
	if (diff < 0)
	result = -1;
	else if (diff > 0)
	result = 1;
	if (result == 0)
	return md1.getName().compareTo(md2.getName());
	return (mDirection == Direction.INCREASING) ? result : -result;
	}
	return 0;
	}

	public void setColumn(Column column) {
	// If the sort column specified is the same as last time,
	// then reverse the sort order.
	if (mColumn == column) {
	// Reverse the sort order
	if (mDirection == Direction.INCREASING)
	mDirection = Direction.DECREASING;
	else
	mDirection = Direction.INCREASING;
	} else {
	// Sort names into increasing order, data into decreasing order.
	if (column == Column.BY_NAME)
	mDirection = Direction.INCREASING;
	else
	mDirection = Direction.DECREASING;
	}
	mColumn = column;
	}

	public Column getColumn() {
	return mColumn;
	}

	public void setDirection(Direction direction) {
	mDirection = direction;
	}

	public Direction getDirection() {
	return mDirection;
	}

	public static enum Column {
	BY_NAME, BY_EXCLUSIVE_CPU_TIME, BY_EXCLUSIVE_REAL_TIME,
	BY_INCLUSIVE_CPU_TIME, BY_INCLUSIVE_REAL_TIME, BY_CALLS,
	BY_REAL_TIME_PER_CALL, BY_CPU_TIME_PER_CALL,
	};

	public static enum Direction {
	INCREASING, DECREASING
	};

	private Column mColumn;
	private Direction mDirection;
	}
	}