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Introduction to the Profiling API The documentation and examples for the .NET Profiling API are not available from MSDN, but they are on your machine if you've installed Visual Studio .NET. The magic place is <Visual Studio .NET Installation Dir>\SDK\v1.1\Tools Developers Guide. In that directory, you'll find the Docs directory, which contains all the Word documents that describe everything from the Profiling API, to the Debugging API, to the Metadata API, as well as the complete ECMA specifications for the Common Language Infrastructure (CLI). The Samples directory contains examples of .NET compilers, Profile API examples, and an assembly dependency walker. There are many hidden gems among the documents and examples, and if you're at all curious as to how things work in .NET, the Samples directory is an excellent place to start your research. The document that describes the Profiling API is, appropriately enough, Profiling.DOC. There are two ways to do profiling. The first way is though a process called sampling, in which the profiler peeks at the profilee at a specific number of millisecond intervals and checks what's running hence the name sampling profiler. The other method is nonsampling, where the profiler monitors every call and returns synchronously so that it can track everything that occurs in the profilee. The .NET Profiling API handles both types of profiling very easily. As I mentioned in the introduction to this chapter, the Profiling API 405

Note If you draw an object with a width greater than its height, its direction is horizontal . If its

The role of this type of video is to make the presentation feel like a typical meeting The videos in these two presentations serve two different purposes, with some overlap The video in the software training presentation shows viewers how to accomplish a task The talking head video is intended to create speaker recognition The speaker s face doesn t directly convey the speech s meaning; it s the audio that conveys the meaning If the audience sees a face, especially one that is recognized, the words might be more.

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allows you to do much more than simple profiling. Table 10-1 provides the complete list of items you can be notified about when you write a program using the Profiling API. It's relatively trivial to get these notifications, so you'll probably see all sorts of very neat tools in the future.

height exceeds its width, its direction is vertical . Unfortunately, this does not also apply to spin buttons, which are very similar in terms of functionality . If you use ActiveX controls instead, you can set a Minimum value that is greater than the Maximum value in order to reverse the direction of the control . This is well worth doing if it helps you meet specific logical and ergonomic requirements .

Table 10-1: Profiling API Support Item Run time AppDomain Assembly Module Class Function Thread Remoting Notification Types Managed execution (all threads) suspended and resumed, individual managed thread suspend and resume Startup, shutdown Load, unload Load, unload, attach Load, unload JIT Compilation, cache function search, pitched (removed from memory), inlined, unload Created, destroyed, assigned to an OS thread Client invocation, client message sending, client receiving reply, server receiving message, invocation, server sending reply Managed to unmanaged, unmanaged to managed, COM VTable creation, COM VTable destruction time Suspend, suspend aborted, resume, thread suspended, thread resumed Object allocated, allocations by class, moved reference, object references, root references Thrown, search, filter, catcher entered, catcher found, call OS handler, unwind function, unwind finally, CLR catcher found, CLR catcher executed

Control for Selecting an Indicator Category The combo box with the (optional) name of oF1_BoxIndicators01 must be configured so that an indicator category can be selected . If you ve already created and configured the first combo box (for selecting a period) as described above, you can repeat the procedure very simply as follows thanks to the naming conventions of the rS1 .Method:

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Figure 19-5: Creating a new Release.SWS configuration 3. If you're using SettingsMaster (and you should be), setting the compiler and linker switches is trivial. Click the SettingsMaster Custom Project Update button and, when prompted, choose the Release-SWS.XML file. This will take care of ensuring the minimal settings are all set up. If you want to run SWS on a Debug build, choose the Debug-SWS.XML file. (Both files are in the SettingsMaster\SettingsMaster directory.) 4. If you aren't using SettingsMaster (shame on you!), you'll need to add the following settings to the compiler (CL.EXE) for your Release-SWS project. Please see 2 for information on how to set these. /Zi (Debug Information Format) /Gy (Enable Function-Level Linking) /Gh (Enable _penter Hook Function) There's no standard setting for this switch, so you'll have to select the Command Line node under the C/C++ folder and enter it manually.

Figure 7-9 Apart from the references used, this is otherwise identical to the control for selecting a period .

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The following settings must be added to the linker (LINK.EXE) for your Release-SWS project: /DEBUG (Generate Debug Info). /OPT:REF (Optimization, eliminate unreferenced functions). 5. Add SWSDLL.LIB to the dependencies. For doing a Debug-SWS configuration, you'll just need to add the /Gh switch to CL.EXE and the dependency on SWSDLL.LIB. Running Applications Using SWS After your application is set up and compiled, you encounter the hardest step in using SWS: running your application. You need to sit down and think long and hard about what the most common usage scenarios are for your application. If you have an existing application, you should probably schedule some customer visits to see which common usage applies to all. If you have a new application, you should sit down with the marketing or customer representative folks to plan the actions. After you've got the scenarios down, you'll need to run your application through each of them on various machines under various loads. You'll probably want to invest in making those scenarios repeatable with an automation tool such as Tester from 16. When you first run your application with SWS, you'll notice two new files created in the directory in which each SWS compiled binary resides: <filename>.SWS and <filename>.1.SWS. The SWS file without the number in it is the base file that contains the addresses and sizes of each function for the module as well as room for the execution counts. This file is copied over to a new file on each live run so that the symbol lookup doesn't have to take place on each run. The files with the number in them indicate a live run 675

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