Java Interactive Profiler  Crack + For Windows [Updated-2022]
The Java Interactive Profiler is a low overhead and high performance profiler that is written entirely in Java.
You can turn it on and off, and control what it reports on.
It supports most of the same options as hprof, but has a greatly simplified interface.
NOTE: Java 5 support was included in version 0.20. This is the only version of JIP that includes Java5 support.
You can read more about the Java Interactive Profiler on the Java Performance Pages.
Java Interactive Profiler:
To use JIP on Windows or Mac OSX users will need a JDK version of at least 6. This is usually found in the JDK install directory. If you have a JDK version less than 5.0.1 then Java 5 support is not included. The version of JIP required is always shown in the version description. You can get more information about Java 5 support in JIP by downloading the Java Interactive Profiler 0.20 Java5 files.
Java Interactive Profiler Main Features:
￭ Minimum Overhead and High Performance. JIP is very lightweight. A Java program without profiling will run 20 times slower when it is turned on. When JIP is turned off, there is almost no overhead associated with using JIP.
￭ Very Low Overhead. Most hprof has a lot of overhead in its design. One of the major problems with hprof is that the native code is used in the profiling part of the profiler. This native code is very slow, but still has to be used to obtain profiling information. JIP, on the other hand, is written in pure Java and uses aspects which hook the classloader to track all performance data. This aspect is very low overhead and lets the developer concentrate on the code that he is trying to profile.
￭ Works with Java5. The profiling aspects of JIP support Java5 so you can turn the profiler on and off while the JavaVM is running.
￭ Filters by package and class name. JIP does not show the name of a package. It can however show the name of a class. This is very useful when the data you want to profile is stored in a utility class. You do not want to profile every class. You would rather profile the classes that you are using most often. JIP allows you to do exactly this.
￭ Supports dynamic loaders. The profiling aspects of JIP work with classloaders. This
Java Interactive Profiler  Crack
Java Interactive Profiler (JIP) is a low overhead and high performance profiler that is written entirely in Java.
JIP gives the developer the ability to turn the profiler on and off while the VM is running. You can also filter out classes and packages as well as control the output.
Here are some key features of "Java Interactive Profiler":
￭ Interactivity. hprof is not an interactive profiler. It starts when your program starts and ends when the JVM exits. In many cases this doesn't give you a true measure of performance since the Just In Time compiler doesn't compile code on the first pass. In addition, this type of profiler is not useable at all in web applications since you end up profiling the web container as well as the web application. JIP, on the other hand, allows you to turn the profiler on and off while the JVM is running.
￭ No native code. Most profilers have some native component. This is because most profilers use the JVMPI (Java Virtual Machine Profiling Interface) which requires the use of native components. JIP, however, is pure Java. It takes advantage of the Java5� feature which allows you to hook the classloader. JIP adds aspects to every method of every class that you want to profile. These aspects allow it to capture performance data.
￭ Very low overhead. Most profilers are very slow. In many cases hprof will cause a program to run 20 times slower. JIP, on the other hand, is lightweight. A VM with profiling turned on is about twice as slow as one without a profiler. When the profiler is turned off, there is almost no overhead associated with using JIP.
￭ Performance Timings. JIP gathers performance data. You cannot use most profilers to do timings of your application. hprof, for example, will show you the relative amount of time that is spent in different parts of your code, but hprof has so much overhead, that you cannot use it to get real world timing measurements. JIP, on the other hand, actually tracks the amount of time used to gather performance data and factors that time out of its analysis. This allows you to get close to real world timings for every class in your code. So there is no need to litter your code with System.currentTimeMillis()!
￭ Filters by package/class name. One
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