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Your goal as a developer is to write performant Java code. Unfortunately, you can not divine this quality by direct inspection of your application code. Only well-defined shortcomings trigger problems in your application and the intuitive metrics of your debugger disappear in the jungle of numbers. A real-life example: In some situations, your application repeatedly completes a critical task with less than optimal performance. For example, a long-distance truck driver might encounter the same problem until he happens to stop and get a bite to eat. One more instance would do the job!
If you are a Java developer, you probably use Eclipse or NetBeans (more than 1.5). Both tools have profilers built in. When you use Eclipse or NetBeans you get access to data collected by the profilers. However, if you use IDEs, you are missing the flexibility of JProfiler with its extensive templates, uses cases and its comprehensive data views. You cannot modify the templates used with the IDE analysts and you have to wait until the next release of that tool. As a comparison, you can readily adjust the templates and have fine control over settings for JProfiler.
JProfiler lets you view profiling results in the familiar way. It is not like you work with a document that you have to interpret using a separate tool. You can see the bottom-up view for the call tree straightaway. You can select a wide collection of call tree presets, get control over memory utilization and live view information during analysis. The toplevel view offers a quick, but comprehensive overview of what's going on in your application.
The profiler can be used time and again for different profiling purposes. That's why JProfiler saves its profiling settings in the database. So, you can select profiling settings manually or define profiles that you frequently use. d2c66b5586