Download EJ Technologies JProfiler v4.0 MacOSX keymaker by AGAiN

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    ▄▄  ▀█▄ ▀▄▄     ▀▀▀▀▀▀▀  AGAiN is proud to present.. ▀▀▀▀▀    ▄██▀  ▀▄▄██▀
  ▄██▌    ▀▓▄ ██▄                                               ▄█▀ ▄█▀  ▄▄
 ▓▓███▄    ▐█▌███▌               JProfiler v4.0               ▄██ ▄▓▀    ▐██▄
 ▓▓▓████▄▄▄▓▀▄██▓▓            (c) EJ Technologies            ▐███▐█▌    ▄███▓▓
  ▀██████▄▄▄█▀ █▓▀                                           ▓▓██▄▀▓▄▄▄████▓▓▓
 ▄▄▄▀▀████▀▀  ▄▀    Cracker...: AGAiN tEAM!                  ▀▓█ ▀█▄▄▄██████▀
███        ▄▄▀      Supplier..: AGAiN tEAM!                    ▀▄  ▀▀████▀▀▄▄▄
███▄   ▄▄██▀        Packager..: AGAiN tEAM!                      ▀▄▄        ███
 ▀███▀███▀          Tester....: AGAiN tEAM!                        ▀██▄▄   ▄███
    ▄██▀                                                             ▀███▀███▀
   ███▓                         Protection..: Serial                  ▀██▄
    ▀██▄                        Size........: 03 x 4.77mb           ▄▄▀ ▓███
       ▀▀▀                      Date........: 12/06/2005          ▄██  ▄██▀
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█▓  █▄████▀                                                         ▄▄▄     ▀▄
█▓  █████▄  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 4 introduces the following notable new         ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ features:                                                ▄▄████▀▀
█▓  █▄████▀                                                         ▓██▀    ▀▄
█▓  █████▄  Support for the new profiling interface in Java 1.5     ▀██     ▄██
 ▀█▄▄       and 1.6 (JVMTI). While the old profiling interface        ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  (JVMPI) is still supported in Java 1.5, it will be       ▄█▀▀
▄██     ▀██ removed in Java 1.6. Also, the JVMTI has a number of    █▓  █████▀
▓██▄    ▄▀  advantages: Taking a heap snapshot is much more stable  █▓  █▀████▄
 ▀▀████▄▄   and requires less memory than with JVMPI. It also        ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ works with all garbage collectors. Based on the new      ▄▄████▀▀
█▓  █▄████▀ functionality in JVMTI, JProfiler offers a new "All     ▓██▀    ▀▄
█▓  █████▄  objects" view that shows all objects on the heap. This  ▀██     ▄██
 ▀█▄▄       provides useful supplemental information to the           ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  "Recorded objects" view. The "All objects" view is       ▄█▀▀
▄██     ▀██ only visible when you profile with Java >=1.5.          █▓  █████▀
▓██▄    ▄▀                                                          █▓  █▀████▄
 ▀▀████▄▄   A non-blocking startup mode. You can now start your      ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ application server with profiling enabled and attach     ▄▄████▀▀
█▓  █▄████▀ JProfiler at any later time. JProfiler 4 offers         ▓██▀    ▀▄
█▓  █████▄  on-demand profiling since it now creates a very small   ▀██     ▄██
 ▀█▄▄       overhead when CPU and allocation recording are            ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  switched off. In addition, with JProfiler 4 we now       ▄█▀▀
▄██     ▀██ recommend to profile with the hotspot compiler          █▓  █████▀
▓██▄    ▄▀  enabled. Furthermore, JProfiler 4 consumes less memory  █▓  █▀████▄
 ▀▀████▄▄   and is faster, even when you record CPU and allocation   ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ data. All of this means that you can use JProfiler in    ▄▄████▀▀
█▓  █▄████▀ a production environment, should the need occur.        ▓██▀    ▀▄
█▓  █████▄                                                          ▀██     ▄██
 ▀█▄▄       Aggregation level selectors in the call tree and hot      ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  spot views. You can choose whether you would like to     ▄█▀▀
▄██     ▀██ display methods, classes, packages or J2EE components.  █▓  █████▀
▓██▄    ▄▀  The screenshot below shows the call tree for the        █▓  █▀████▄
 ▀▀████▄▄   "packages" aggregation level. As visual enhancements     ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ to the call tree, informative type icons are displayed   ▄▄████▀▀
█▓  █▄████▀ for all nodes and a percentage bar is now drawn after   ▓██▀    ▀▄
█▓  █████▄  the icon that gives quick visual feedback about total   ▀██     ▄██
 ▀█▄▄       and inherent time. Filtered classes are now drawn with    ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  a red marker.                                            ▄█▀▀
▄██     ▀██                                                         █▓  █████▀
▓██▄    ▄▀  Aggregation level selectors for the "Recorded objects"  █▓  █▀████▄
 ▀▀████▄▄   view, the "All objects" view and the classes view of     ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ the heap walker. Available aggregation levels are        ▄▄████▀▀
█▓  █▄████▀ "classes", "packages" and "J2EE components".            ▓██▀    ▀▄
█▓  █████▄                                                          ▀██     ▄██
 ▀█▄▄       J2EE component detection. JProfiler can now recognize     ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  servlets, JSPs and EJBs and displays them with           ▄█▀▀
▄██     ▀██ separate icons and display names in the call trees and  █▓  █████▀
▓██▄    ▄▀  hot spot backtraces. This works for all application     █▓  █▀████▄
 ▀▀████▄▄   servers without any additional configuration. Note the   ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ blue triangle for the JSP page and the red triangle      ▄▄████▀▀
█▓  █▄████▀ for the EJB method. JProfiler substitutes               ▓██▀    ▀▄
█▓  █████▄  container-generated class names with file names of      ▀██     ▄██
 ▀█▄▄       JSPs and the EJB interface names. The makes the           ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  interpretation of the call tree much easier.             ▄█▀▀
▄██     ▀██                                                         █▓  █████▀
▓██▄    ▄▀  JProfiler can now measure JDBC, JMS and JNDI calls and  █▓  █▀████▄
 ▀▀████▄▄   annotate them into the call tree. This works             ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ independently of the implementation of drivers and       ▄▄████▀▀
█▓  █▄████▀ providers and does not need any configuration. All      ▓██▀    ▀▄
█▓  █████▄  J2EE service calls are grouped by their type and        ▀██     ▄██
 ▀█▄▄       subsequently by their description.                        ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄                                                           ▄█▀▀
▄██     ▀██ Call tree splitting for request URLs. JProfiler can     █▓  █████▀
▓██▄    ▄▀  now split the call tree every time a new request URL    █▓  █▀████▄
 ▀▀████▄▄   is passed to a servlet or JSP. The exact splitting       ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ criteria can be configured or even performed with a      ▄▄████▀▀
█▓  █▄████▀ custom handler through the API. This feature allows     ▓██▀    ▀▄
█▓  █████▄  you to analyze the call tree separately for separate    ▀██     ▄██
 ▀█▄▄       classes of requests. In addition, it helps you to         ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  pinpoint URLs that are performance bottlenecks.          ▄█▀▀
▄██     ▀██                                                         █▓  █████▀
▓██▄    ▄▀  Hot spot types. Previously, JProfiler would only        █▓  █▀████▄
 ▀▀████▄▄   display hot spots for method calls. Now, JProfiler can   ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ also calculate hotspots for JDBC calls, JMS calls,       ▄▄████▀▀
█▓  █▄████▀ JNDI calls and URL invocations. This feature allows     ▓██▀    ▀▄
█▓  █████▄  you to analyze the call tree separately for separate    ▀██     ▄██
 ▀█▄▄       classes of requests. In addition, it helps you to         ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  pinpoint URLs that are performance bottlenecks. Below    ▄█▀▀
▄██     ▀██ you see a list of URL hot spots.                        █▓  █████▀
▓██▄    ▄▀                                                          █▓  █▀████▄
 ▀▀████▄▄   Bookmarks. Often it is important compare different       ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ views at the same time. In JProfiler 4, you can set a    ▄▄████▀▀
█▓  █▄████▀ bookmark in one view and have it displayed in all       ▓██▀    ▀▄
█▓  █████▄  time-resolved views at the same point in time. You can  ▀██     ▄██
 ▀█▄▄       add a marker at the current time with the bookmark        ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  toolbar button or place markers at times in the past     ▄█▀▀
▄██     ▀██ with the context menu. Bookmarks have a description     █▓  █████▀
▓██▄    ▄▀  that is displayed in a tooltip window when you hover    █▓  █▀████▄
 ▀▀████▄▄   with the mouse over the bookmark line. All bookmarks     ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ can be renamed manually.                                 ▄▄████▀▀
█▓  █▄████▀                                                         ▓██▀    ▀▄
█▓  █████▄  Recording of object allocation times. You can now       ▀██     ▄██
 ▀█▄▄       optionally record the allocation times for recorded       ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  objects. This allocation time will be displayed in the   ▄█▀▀
▄██     ▀██ reference graph and the data view of the heap walker.   █▓  █████▀
▓██▄    ▄▀  What's most important, you can now sort your object     █▓  █▀████▄
 ▀▀████▄▄   sets chronologically, either oldest first or newest      ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ first.                                                   ▄▄████▀▀
█▓  █▄████▀                                                         ▓██▀    ▀▄
█▓  █████▄  Time view in the heap walker. The new time view in the  ▀██     ▄██
 ▀█▄▄       heap walker shows you a time-resolved histogram of        ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  object allocations. You can select multiple time         ▄█▀▀
▄██     ▀██ intervals and create new object sets based on your      █▓  █████▀
▓██▄    ▄▀  selection. Together with the new bookmark feature,      █▓  █▀████▄
 ▀▀████▄▄   it's now possible to answer a new class of               ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ memory-related questions.                                ▄▄████▀▀
█▓  █▄████▀                                                         ▓██▀    ▀▄
█▓  █████▄  The heap walker can now calculate the exclusive deep    ▀██     ▄██
 ▀█▄▄       size of single objects or object sets. The exclusive      ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  deep size is the amount of memory that would be freed    ▄█▀▀
▄██     ▀██ if the object or objects set in question would be       █▓  █████▀
▓██▄    ▄▀  removed. In this way you can determine how much memory  █▓  █▀████▄
 ▀▀████▄▄   is really held on to by one or multiple objects. The     ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ exclusive deep size is displayed in the reference        ▄▄████▀▀
█▓  █▄████▀ graph and the data view of the heap walker.             ▓██▀    ▀▄
█▓  █████▄                                                          ▀██     ▄██
 ▀█▄▄       You can now select multiple references in the             ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  cumulated references view of the heap walker. This       ▄█▀▀
▄██     ▀██ enhances the flexibility when creating new object       █▓  █████▀
▓██▄    ▄▀  sets.                                                   █▓  █▀████▄
 ▀▀████▄▄                                                            ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ A hierarchical top-to-bottom layouter was added to the   ▄▄████▀▀
█▓  █▄████▀ reference graph in the heap walker. This makes it       ▓██▀    ▀▄
█▓  █████▄  easier to read long chains of references.               ▀██     ▄██
 ▀█▄▄                                                                 ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  For Java <=1.4 (JVMPI), you can now optionally not       ▄█▀▀
▄██     ▀██ record primitive object data in the heap walker. This   █▓  █████▀
▓██▄    ▄▀  reduces the memory requirement during a heap snapshot.  █▓  █▀████▄
 ▀▀████▄▄   When profiling with Java >=1.5 (JVMTI), primitive        ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ object data is always requested on demand, so this       ▄▄████▀▀
█▓  █▄████▀ option will not be visible.                             ▓██▀    ▀▄
█▓  █████▄                                                          ▀██     ▄██
 ▀█▄▄       Integration of recorded objects view and allocation       ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  views. To make it easier to jump from the recorded       ▄█▀▀
▄██     ▀██ object view to the allocation views, the context menu   █▓  █████▀
▓██▄    ▄▀  offers actions for calculating the allocation call      █▓  █▀████▄
 ▀▀████▄▄   tree or the allocation hot spots for a selected class.   ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ The allocation call tree and the allocation hot spots    ▄▄████▀▀
█▓  █▄████▀ are now class-resolved by default.                      ▓██▀    ▀▄
█▓  █████▄                                                          ▀██     ▄██
 ▀█▄▄       Threshold for the call tree. In order to be able to       ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  focus on the most time-consuming methods, you can        ▄█▀▀
▄██     ▀██ define a threshold for the inherent time in the call    █▓  █████▀
▓██▄    ▄▀  tree view settings. Only methods with an inherent time  █▓  █▀████▄
 ▀▀████▄▄   greater than the defined percentage of the total time    ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ will be displayed. Intermediate method nodes below the   ▄▄████▀▀
█▓  █▄████▀ threshold that have to be drawn in order to complete    ▓██▀    ▀▄
█▓  █████▄  the call tree are displayed with a grayed out icon.     ▀██     ▄██
 ▀█▄▄                                                                 ▀▀▄▄██▀▀
  ▄▄▀▀██▄▄  Remove unconnected methods in the call graph. When you   ▄█▀▀
▄██     ▀██ work with the call graph, you can end up with lots of   █▓  █████▀
▓██▄    ▄▀  unconnected methods if you delete call nodes. To help   █▓  █▀████▄
 ▀▀████▄▄   you clean up the call graph, an action was added that    ▀▄  ▄███▓▀
 ▄▀  ▀███▓▄ removes all methods that are not connected to the        ▄▄████▀▀
█▓  █▄████▀ selected method.                                        ▓██▀    ▀▄
█▓  █████▄                                                          ▀██     ▄██
▀██▄▄                                                                 ▀▀▄▄██▀▀
  ▀▄██▀█▄▄▄▄                                                         ▄█▀▀
     ▀▀▀▄▄▄▄▀▀▀▀▀▀▀▀▄▄▄▄▄▄                                          █▓  ▄▄▄
 ▄▀         ▀▀▀▀▀▀▄▄▄▄▄▄  ▀▀▀▀▀▄▄    ▄▄█▀▀▀█▄▄     ▄▄▄              █▓ ▀   ▀▀▄
█▓                      ▀▀▀▀▀▄▄  ▀▄ █████▓▓▓▓▓█ ▄██▀        ▄█▀      ▀▄      ▐▌
█▓  I n s t a l l  I n f o     █ ▄▀ ███████▓▓▓█ ███        █▀█    ▄▄▀  ▀▀▄▄▄▄▀
 ▀█▄▄                       ▄▄█▀▀    ▀▀█████▀▀   ▀██▄▄  ▄▄▀   ▀▀▀▀   ▄▀
  ▄▄▀▀██▄▄                                          ▀▀▀▀            █▓  █████▀
▄██     ▀██ Unzip, unrar and install the application.               █▓  █▀████▄
▓██▄    ▄▀  Keymaker is written in java, you can run it as           ▀▄  ▄███▓▀
 ▀▀████▄▄   executable (windows&linux) or from the console by        ▄▄████▀▀
 ▄▀  ▀███▓▄ typing: java -jar keymaker_name (solaris, macosx,       ▓██▀    ▀▄
█▓  █▄████▀ windows&linux too). In case you experience any          ▀██     ▄██
█▓  █████▄  problems, use one of the following serials:               ▀▀▄▄██▀▀
 ▀█▄▄       name&company: anything                                   ▄█▀▀
  ▄▄▀▀██▄▄  sn:                                                     █▓  █████▀
▄██     ▀██                                                         █▓  █▀████▄
▓██▄    ▄▀  A-G666#56421F-16ux8wvzv4r6v#1022                         ▀▄  ▄███▓▀
 ▀▀████▄▄   A-G666#37952F-1vyrdvrxznc59#8019                         ▄▄████▀▀
 ▄▀  ▀███▓▄ A-G666#25914F-3blwy4unfzl3#4428                         ▓██▀    ▀▄
█▓  █▄████▀ A-G666#20363F-h4nt6e8pcgcz#6126                         ▀██     ▄██
█▓  █████▄                                                            ▀▀▄▄██▀▀
 ▀█▄▄       Enjoy.                                                   ▄█▀▀
  ▄▄▀▀██▄▄                                                          █▓  █████▀
▄██     ▀██                                                         █▓  █▀████▄
▓██▄    ▄▀                                                           ▀▄  ▄███▓▀
 ▀▀████▄▄                                                            ▄▄████▀▀
 ▄▀  ▀███▓▄                                                         ▓██▀    ▀▄
█▓  █▄████▀   ▄                                                     ▀██     ▄██
█▓  █████▄     █▄▄     ▀▄▄▄                                           ▀▀▄▄██▀▀
 ▀█▄▄   ▀▄▄   ▄▀  ▀▀▄    ▀▄▀▀▄▄     ▄▄██▄▄     ▄▄   ▄▄▄██▓▓▓▓▄▄▄     ▄█▀▀
  ▄▄▀▀██▄▄ ▀▀▀     ▄▀     █    ▀▀▄ ▀      ▀█▄ ▀▓▓▀ ▀            ▀▀▄ █▓  █████▀
▄██     ▀██       ▀▀▀▄▄▄▄▀       ▐▌        ██                      ▀█▓  █▀████▄
▓██▄    ▄▀                     ▄▄▀        ▄█▀  - J o i n   U s ! -   ▀▄  ▄███▓▀
 ▀▀████▄▄                        ▀▀▄▄▄▄▄█▀▀                          ▄▄████▀▀
 ▄▀  ▀███▓▄                                                         ▓██▀    ▀▄
█▓  █▄████▀ Here we are AGAiN! Our  team is based on talented  and  ▀██     ▄██
█▓  █████▄  experienced people from different  known groups  which    ▀▀▄▄██▀▀
 ▀█▄▄       capabilities  connected  together  can  do   something   ▄█▀▀
  ▄▄▀▀██▄▄  outstanding.  If   you  are   interested   in  joining  █▓  █████▀
▄██     ▀██ us and if  you think  we  might need you  then  get in  █▓  █▀████▄
▓██▄    ▄▀  touch   with   us   at:   [email protected]            ▀▄  ▄███▓▀
 ▀▀████▄▄                                                            ▄▄████▀▀
 ▄▀  ▀███▓▄ Experienced   crackers,   coders,    software/hardware  ▓██▀    ▀▄
█▓  █▄████▀ suppliers, shell owners, are currently the ones we are  ▀██     ▄██
█▓  █████▄  mostly looking for.                                       ▀▀▄▄██▀▀
 ▀█▄▄                           ▄▄▄▄▀      ▄▄▄▄                      ▄█▀▀
  ▄▄▀▀██▄▄   ▄▄▄▀▀▀▀▀▀▀▀▄▄   ▄▀▀ ▄▀         ▀▄ ▀▀▄   ▄▄▀▀▀▀▀▀▀▀▄▄▄  █▓  █████▀
▄██     ▀██▀▀▄▄▄▄▄▄▄▄     ▀▄▀    ▀▄         ▄▀    ▀▄▀     ▄▄▄▄▄▄▄▄▀▀█▓  █▀████▄
▓██▄    ▄▀▄▀▀     ▀███    ▄▀       ▀█▄▄▄▄▄█▀       ▀▄    ███▀     ▀▀▄▀▄  ▄███▓▀
 ▀▀████▄▄         ▄██▄▄▄▀▀            ▀▀▀            ▀▀▄▄▄██▄        ▄▄████▀▀
 ▄▀  ▀███▓▄                    G r e e t i n g s                    ▓██▀    ▀▄
█▓  █▄████▀                                                         ▀██     ▄██
█▓  █████▄             SSG - LND - HAZE - SAC - VRL - EAT             ▀▀▄▄██▀▀
█▓                                                                    ▄▓█▀
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   ▀▄▄ ▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀ ██▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀▀ ██▀▀▀▀▀▀▀▀▀▀ █▀▀ ▓██ ▀▀▀███
      ▀▀█▄▄▄                    ▄▀ ▀▀▄▄            ▄▀ ▀▄▄▄     ▄▄▀    ▀██▄▄███▀
          ▀▀▀██▄▄▄▄       ▄▄▄▄▀▀       ▀▀▀▀▄▄▄▄▄▄▀▀       ▀▀▀▀▀          ▀▀▀
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              ▄▄▄▄▄▄   ▄▄▀▀ ▄▄▄▄     sCr/strick9!  ▀▀▀ ▀▀▀██████▄▄▄
       ▄▄▄▀▀▀▀    ▄▄█▀▀         ▀▀▀▄▄            ▄▄████▄  ▓▓▓▓ ▀▀███▄
    ▄▀▀        ▄█▀██▄               ▄██▄▄      ▄▀   ▀████ ▀███    ███
   ▐▌     ▀▄ ▄██▌ ██▌     ▄▄▄▄▄▄▄▄ ▐██▀▐██    ▐▌    ▄█▀▀    ▀██▄  ███
    ▀▄    ▄█  ██  ███  ▄██▀▀  ▐██▌ ▐██  ██▌   ▄█▄███  ▀  ▐██▄  ▀▀▐██▌
      ▀███▀  ▐█▌  ▐██▄▐███   ▄███ ▄██▌  ▐██  ▀  ▐██▌     ████▄   ███  ▀▀▄▄
 ▀▄▄        ▄██▄▄▀▀██▌ ▀████▀▐██▌  ██▌▀▀▄███▄   ███     ▐██▌▀██  ███     ███▄
   ▀██▄▄▄▄██▀▀    ▄███▄     ▄██▀  ▐██▄▄▄   ▀▀▀█▄▄▄    ▄▄██▀  ▀█▄▐██▌     ████
      ▀▀▀▀         ▀█▀▀████▀▀    ▄█▀   ▀█▄     ▄▄▄▀▀▀▀        ▀████▌  ▄▄██▀▀
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      Ascii Header      ▀▀▀▀▀       ▄▀▀▀▀▀█▄▄   ▀▀████▄█▄▄      ▄▄▄
  and layout by Scour/SAC 2003.             ▀██▄     ▀▀▀██████▄███▀
 Ascii footer by Scour and Strick9.     ▄   ▄██▀            ▀▀▀▀ ▄▓▄
                                         ▀▀██▄                    ▀ ▄
  " OOPS WE DID IT AGAiN! "                   ▀█▄
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FILE_ID.DIZ

keymaker for EJ Technologies JProfiler v4.0 MacOSX by AGAiN


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