JProfiler x64 is an award-winning all-in-one Java profiler. JProfiler's intuitive GUI helps you find performance bottlenecks, pin ... memory leaks and resolve threading issues. JProfiler supports the following modes of operation: Live ...
JProfiler 10.1.2An award-winning all-in-one Java profiler
JProfiler offers various ways to record the call tree to optimize for performance or detail. The thread or thread group as well as the thread status can be chosen for all views. All views can be aggregated on a method, class, package or Java EE component level.
JProfiler 10.1.2 details
|Released:||Jun 14, 2018|
|File size:||57.00 MB|
|Keywords:||Java profiler, heap walker, profile data, Java, profiler, profile|
Windows 10 Blog
JProfiler for Windows 10 - Full description
JProfiler is an award-winning all-in-one Java profiler. JProfiler's intuitive GUI helps you find performance bottlenecks, pin down memory leaks and resolve threading issues.
JProfiler supports the following modes of operation:
Live profiling of a local session
Once you define how your application is started, JProfiler can profile it and you immediately see live data from the profiled JVM. To eliminate the need for session configuration, you can use one of the many IDE plugins to profile the application from within your favorite IDE.
Live profiling of a remote session
By modifying the VM parameters of the java start command you can get any Java application to listen for a connection from the JProfiler GUI. The profiled application can not only run on your local computer, JProfiler can attach to a profiled application over the network. In addition, JProfiler provides numerous integration wizards for all popular application servers that help you in setting up your application for profiling.
You do not have to connect with the JProfiler GUI to the profiled application in order to profile it: With offline profiling you can use JProfiler's powerful trigger system or the JProfiler API to control the profiling agent and save snapshots to disk. At a later time you can open these snapshots in the JProfiler GUI or programmatically export profiling views with the command line export tool or the export ant task.
In JProfiler, you can save a snapshot of all current profiling data to disk. JProfiler offers a rich comparison facility to see what has changed between two or more snapshots. Alternatively you can create comparison reports programmatically with the command line comparison tool or the comparison ant task.
Viewing an HPROF snapshot
JProfiler can open HPROF snapshots that have been taken with JVM tools such as jconsole or jmap or that have been triggerd by the -XX:+HeapDumpOnOutOfMemoryError JVM parameter.
The following list gives a high level overview of the profiling views in JProfiler:
JProfiler's memory view section offers dynamically updated views on memory usage and views that show information about allocations spots. All views have several aggregation levels and can show live and garbage collected objects.
Shows classes or packages of all objects on the heap with instance counts and size information. You can mark current values and show differences.
Shows classes or packages of all recorded objects. You can mark current values and show differences.
Allocation call tree
Shows a call tree or methods, classes, packages or Java EE components with annotated allocations of selected classes.
Allocation hot spots
Shows a list of methods, classes, packages or Java EE components that allocate selected classes. You can mark current values and show differences. The tree of backtraces can be shown for each hot spot.
Shows a timeline with a graph of instance counts for selected classes.
In JProfiler's heap walker you can take a snapshot of the heap and drill down to objects of interest by performing selection steps. The heap walker has five views:
Shows all classes and their instances.
Shows allocation tree and allocation hot spots for recorded objects.
Shows the objects that block the largest parts of the heap from being garbage collected. The dominator tree can be expanded in place to show these retained objects.
Shows a graph of references for individual objects and offers a "show path to garbage collector root" functionality. Also offers cumulated views for incoming and outgoing references.
Shows instance and class data for individual objects.
Shows a time-resolved histogram of recorded objects.