/*

* 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 "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.s60tools.swmtanalyser.data;

/**

 * This class is used to store thread information at one cycle

 */

public class ThreadData {

	private String name;						//name of the thread

	private int cycleNo;						//number of the swmt cycle

	private long heapChunkSize = -1;			//size of the heap chunk

	private long maxHeapSize = -1;				//maximum size of the heap

	private long heapAllocatedSpace = -1;		//allocated heap space	

	private long heapFreeSpace = -1;			//free heap space

	private long freeSlackSize = -1;			//free slack space

	private long allocatedCells = -1;			//number of allocated cells in the heap

	private long freeCells = -1;				//number of free cells in the heap.

	private long largestAllocCellSize = -1;		//size of the largest allocated cell

	private long largestFreeCellSize = -1;		//size of the largest free cell

	private long openFiles = 0;				//number of open files	

	private long stackSize = -1;				//size of stack

	private long psHandles = 0;				//number of p&s handles

	private boolean isKernelHandleDeleted;

	private int heapStatus;

	private int stackStatus;

	/**

	 * Default constructor

	 * @param name name of the thread.

	 */

	public ThreadData(String name){

		this.name = name;

	}

	/**

	 * Copy constructor

	 * @param target thread data to copy initial values from

	 */

	public ThreadData(ThreadData target)

	{

		this.name = target.name;

		this.heapChunkSize = target.heapChunkSize;

		this.maxHeapSize = target.maxHeapSize;

		this.heapAllocatedSpace = target.heapAllocatedSpace;

		this.heapFreeSpace = target.heapFreeSpace;

		this.freeSlackSize = target.freeSlackSize;

		this.allocatedCells = target.allocatedCells;

		this.freeCells = target.freeCells;

		this.largestAllocCellSize = target.largestAllocCellSize;

		this.largestFreeCellSize = target.largestFreeCellSize;

		this.openFiles = target.openFiles;

		this.stackSize = target.stackSize;

		this.psHandles = target.psHandles;

		this.stackStatus = target.stackStatus;

		this.heapStatus = target.heapStatus;

	}

	public long getAllocatedCells() {

		return allocatedCells;

	}

	public void setAllocatedCells(long allocatedCells) {

		this.allocatedCells = allocatedCells;

	}

	public long getFreeCells() {

		return freeCells;

	}

	public void setFreeCells(long freeCells) {

		this.freeCells = freeCells;

	}

	public long getFreeSlackSize() {

		return freeSlackSize;

	}

	public void setFreeSlackSize(long freeSlackSize) {

		this.freeSlackSize = freeSlackSize;

	}

	public long getHeapAllocatedSpace() {

		return heapAllocatedSpace;

	}

	public void setHeapAllocatedSpace(long heapAllocatedSpace) {

		this.heapAllocatedSpace = heapAllocatedSpace;

	}

	public long getHeapChunkSize() {

		return heapChunkSize;

	}

	public void setHeapChunkSize(long heapChunkSize) {

		this.heapChunkSize = heapChunkSize;

	}

	public long getHeapFreeSpace() {

		return heapFreeSpace;

	}

	public void setHeapFreeSpace(long heapFreeSpace) {

		this.heapFreeSpace = heapFreeSpace;

	}

	public long getMaxHeapSize() {

		return maxHeapSize;

	}

	public void setMaxHeapSize(long maxHeapSize) {

		this.maxHeapSize = maxHeapSize;

	}

	public String getName() {

		return name;

	}

	public long getOpenFiles() {

		return openFiles;

	}

	public void setOpenFiles(long openFiles) {

		this.openFiles = openFiles;

	}

	public long getPsHandles() {

		return psHandles;

	}

	public void setPsHandles(long psHandles) {

		this.psHandles = psHandles;

	}

	public long getStackSize() {

		return stackSize;

	}

	public void setStackSize(long stackSize) {

		this.stackSize = stackSize;

	}

	public long getLargestAllocCellSize() {

		return largestAllocCellSize;

	}

	public void setLargestAllocCellSize(long largestAllocCellSize) {

		this.largestAllocCellSize = largestAllocCellSize;

	}

	public long getLargestFreeCellSize() {

		return largestFreeCellSize;

	}

	public void setLargestFreeCellSize(long largestFreeCellSize) {

		this.largestFreeCellSize = largestFreeCellSize;

	}

	public int getStatus()

	{

		return heapStatus;

	}

	public void setStatus(int status)

	{

		this.heapStatus = status;

	}

	public int getStackStatus() {

		return stackStatus;

	}

	public void setStackStatus(int stackStatus) {

		this.stackStatus = stackStatus;

	}

	public int getCycleNumber() {

		return cycleNo;

	}

	public void setCycleNumber(int cycleNo) {

		this.cycleNo = cycleNo;

	}

	public boolean isKernelHandleDeleted() {

		return isKernelHandleDeleted;

	}

	public void setKernelHandleDeleted(boolean isKernelHandleDeleted) {

		this.isKernelHandleDeleted = isKernelHandleDeleted;

	}

}