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In the HeapRoots application, you select the top-level objects in a heap dump, and determine if the object is defined or referenced from other objects. You can see how the memory is used by loading it into the symbol database. HeapRoots Server Description: This server is a service located on the server where the heap dump files are located. It reads the heap dump files, parses out the structure information, and returns the basic information to the client. You can also choose which objects to include and which not to. HeapRoots Client Description: This client can read the heap dump files (it does not currently support reading data from the server), parse the structure, and display the basic information. You can export the basic information into a database, send it to a mail server, or both. You can also choose to only include or exclude specific objects. The following describes a usage scenario for the client application. You have identified a bug, and the root cause is a memory leak. To investigate the root cause, you create a heap dump of your Java heap. Open a heap dump file from the IBM Developer Kit, and select the top-level objects to include. Figure 1: Sample HeapDump File Note: The heap dump file must be located on the server from which you want to gather information. You can run HeapRoots using Java Web Start. Follow the instructions below to install HeapRoots for use with the IBM JDK: 1. Download and install the latest Java Web Start. 2. Download the latest Java SDK. 3. Download the latest version of HeapRoots from the HeapRoots download page. 4. Extract the contents of the downloaded zip file into the /jdk directory of the Java SDK. 5. Start the HeapRoots installation wizard and click Next. Note: The HeapRoots installation wizard will install the necessary libraries for the HeapRoots Java SDK, and will determine the appropriate JVM to use. 6. Click Finish. Note: The IBM JDK must be added to the list of JVMs in the “add or change a JVM” dialog box. 7. Start the HeapRoots program, and click the HeapRoots button on the toolbar. Figure 2: HeapRoots Note: You must log on as a user with administrative rights. 8. Select a heap dump

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The KEYMACRO=name parameter is used to define the key for the heap dump. By default, the name of the heap dump key is KEYMACRO. The name can be changed by using the KEYMACRO=value parameter. You can also define an individual heap dump key as KEYMACRO=value parameter. To define the memory leaks debugging process, see the list of memory leaks debugging parameters. To assign the default heap dump key, use the KEYMACRO=value parameter with the following options: !KEYMACRO=value! The options are separated by a space. The KEYMACRO=value option is only valid when assigned as the default heap dump key. User Parameter Description: The name of the heap dump. HeapDumpKey Key Parameter Description: The name of the heap dump key to which the path of the heap dump should be added. The value can be one of the following: * When a heap dump is triggered, the path is appended to the dump key. * When a heap dump is triggered, the path is copied to the dump key. value is a 32-character, non-alphanumeric string. When value is empty, no heap dump key is added to the path. The application name The JVM argument -Dkeymacro=name Indicates the command line argument for the application name. If this option is not specified, an application name can be used by prepending it to the command line. Java virtual machine memory configuration parameters The JVM also has a set of memory parameters which can be changed from the command line and affect the amount of memory available for class instances and arrays. You can control how much memory is made available for class instances and arrays using the JVM memory configuration parameters, which are also available when the JVM is started using the -Xmemory option. The JVM memory configuration parameters are listed below. Parameter Description -Xmx !Parameter value! !The maximum memory that should be used for heap allocation If the specified value is zero, the JVM uses the same default limit as used by the garbage collector. -Xms !Parameter value! !The initial memory that should be made available for heap allocation This value must be greater than or equal to the value specified for -Xmx. -XX:+PrintGCDetails Prints information on GC progress when a86638bb04

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HeapRoots is a tool that takes a heap dump and analyzes it to detect and highlight leaks in the heap. It shows you the locations in memory of objects that have not been released. You should use HeapRoots in conjunction with the Java heap space analyzer for a more thorough analysis of your heap dump. Use the following command line to run HeapRoots: java -Xmx64M -XX:+UseConcMarkSweepGC -XX:+CMSClassUnloadingEnabled -XX:CMSInitiatingOccupancyFraction=75 -XX:+UseCMSInitiatingOccupancyOnly -XX:+CMSMarkSweepAtMostOnce -XX:+CMSIncrementalMode -XX:+CMSIncrementalPacing -XX:+UseCMSInitiatingOccupancyOnly -XX:+UseParallelOldGC -XX:+AggressiveOpts -XX:+UseNewGC -Dsun.io.serialization.extendedproperty=true -Dsun.io.serialization.extendedproperties=true -Dsun.io.serialization.extendedproperty.pre=true -Dsun.java2d.noddraw=true -Dsun.jnu.encoding=GBK -Dsun.java2d.dpuf=true -Dsun.java2d.powervr=true -Dsun.java2d.vm_spec=intel -XX:+CMSClassUnloadingEnabled -XX:+CMSIncrementalMode -XX:+CMSIncrementalPacing -XX:+UseG1GC -Xnoclassgc -XX:+UseThreadLocalObjects -XX:+UseStringDeduplication -XX:+UseConcMarkSweepGC -XX:+CMSClassUnloadingEnabled -XX:+CMSIncrementalMode -XX:+CMSIncrementalPacing -XX:+UseG1GC -XX:+UseParNewGC -XX:+UseTLAB -XX:+UseLocalInterpreter -XX:+HugeTLABs -XX:+CMSIncrementalMode -XX:+CMSIncrementalPacing -XX:+UseG1GC -XX:+UseConcMarkSweepGC -XX:+UseCMSIncrementalMode -XX:+UseCMSIncrementalP

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The out of memory type exceptions which can occur during runtime are well documented. However, what is often not explained is the effect these exceptions have on the heap. In this article I explain how the heap is affected by these exceptions. I will cover the most common cases. For those out of memory situations, I will also discuss the causes of the problem and explain the difference between a system exception and an out of memory exception. The stack trace obtained from the System.out.println (e.g. Method A invokes Method B and finally Method C) of each method is typically analyzed to determine the cause of the out of memory exception. This is very useful to see what is on the call stack and where to start digging. However, this analysis assumes that the in-memory object has not been garbage collected. This is not always true because the current data area may be different from the data area of the object. With HeapRoots you can analyze the heap dump of a given out of memory situation. This enables you to see if the current heap storage of the object matches the object itself. If so, this means the object has not been garbage collected. Since it is impossible to find out if the object is actually garbage collected, we will use the term live object. If you run a heap dump of an out of memory situation, HeapRoots will show you the following two pieces of information: 1. First it will show you the identifier and the name of the object. 2. The heap dump can also be analyzed to see if the in-memory object matches the object you have. If not, this means the object has been garbage collected. This functionality is useful to: 1. Find out if the object is alive or dead 2. Find out where the object should live 3. See if the object is an object that should be garbage collected == What I have learned == Running a heap dump of an out of memory situation yields the following results: Out of memory type exceptions: – Object was allocated in memory – Current memory storage matches object storage – Object is alive System type exceptions: – Allocation failure – Out of memory type exception

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