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Allows you to choose between instrumentation and sampling types of performance monitoring. Indicates whether the performance session should include statistics about the .NET Framework and its memory usage. Allows you to specify the location for the reports, the name, the naming convention, and whether the reports are added to the project. Allows you to select the order in which the binaries are launched. The binaries that are identified here are those in the Target folder of the performance session. See the Target Options section of this chapter. Allows you to specify what type of event you are sampling. The options are Clock Cycles, Page Faults, System Calls, and Performance Counter. Sets the length of time or number of operations before the data is sampled. This is Sample Event specific. Shows the performance counters you can choose to sample. This only applies to the Performance Counter sampling event. Allows the binaries to be profiled and to be compiled and run from a different location. Allows you to specify commands to run either before or after the instrumentation session occurs. These activities can be instrumented or not, depending on your needs. Allows you to supply command-line arguments to the performance application (discussed in the section Profiling Production Applications later in this chapter). Allows you to collect performance information as it relates to the actual CPU. This information is more useful for understanding the processes occurring on the system while your application is being profiled.

If you are a seasoned traditional C++ programmer, you probably saw immediately a problem with the handle s ability to change addresses. There is no fixed pointer address to access the object in memory. In prior versions of C++/CLI (Managed Extensions for C++), the same syntax was used for addressing managed and unmanaged data. Not only did this lead to confusion, but it also did not make it apparent that the pointer was managed and thus could change. With the new handle syntax, it is far less confusing and readily apparent that the object is managed. Unfortunately, the volatility of the handle address also leads to the problem that passing a handle to a managed object, as a parameter to an unmanaged function call, will fail. To solve this problem, C++/CLI has added the pin_ptr<> keyword, which stops the CLR from changing its location during the compacting phase of garbage collection. The pointer remains pinned so long as the pinned pointer stays in scope or until the pointer is assigned the value of nullptr.

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pets.insert(pets.end(), gcnew Pet("Zipper")); pets.insert(King); pets.insert(gcnew Pet("Buster")); // -------------------------------------------------------------------System::Console::WriteLine("\nInserting duplicate elements to set" + " display by for loop using reverse_iterator:"); // pair<set<Pet^>::iterator, bool> success; /** Does not work **/ set<Pet^>::pair_iter_bool success; success = pets.insert(gcnew Pet("New_Puppy")); Console::WriteLine("First Time {0} is added {1}", success.first->Name, success.second "successfully" : "unsuccessfully");

Allows you to specify that you will collect performance trace data from a number of providers. This is information that typically goes directly to the Performance Monitor in Windows. Allows you to choose to display the performance information by number of clock cycles or in milliseconds. You can also change the number of functions displayed in the summary view on the first page of the performance report.

success = pets.insert(gcnew Pet("New_Puppy")); Console::WriteLine("Second Time {0} is added {1}", success.first->Name, success.second "successfully" : "unsuccessfully"); set<Pet^>::reverse_iterator pet_ri; for(pet_ri = pets.rbegin(); pet_ri != pets.rend(); pet_ri++) System::Console::Write("{0} ", pet_ri->Name); // -------------------------------------------------------------------System::Console::WriteLine("\n\nInsert pets from .NET generic List<T>" + " display by IEnumerator<> interface:"); List<Pet^>^ morepets = gcnew List<Pet^>(); morepets->Add(gcnew Pet("Daisy")); morepets->Add(gcnew Pet("Lady")); pets.insert(morepets); for each (Pet^ pet in pets) System::Console::Write("{0} ", pet->Name); // -------------------------------------------------------------------System::Console::WriteLine("\n\nInsert pets into copy set" + " less 2nd, last & 'Lady'" + " display by IEnumerator<> interface:"); set<Pet^> copy; set<Pet^>::iterator pets_e = pets.end(); copy.insert(pets.begin(), --pets_e); set<Pet^>::iterator pets_cb = copy.begin(); copy.erase(++pets_cb); copy.erase(gcnew Pet("Lady")); for each (Pet^ pet in copy) System::Console::Write("{0} ", pet->Name); // -------------------------------------------------------------------Console::WriteLine("\n\nFound = {0}", copy.find(King)->Name); set<Pet^>::iterator Lady = copy.find(gcnew Pet("Lady")); Console::WriteLine("Did {0}Find = Lady", (Lady == copy.end()) "not " : ""); // ******************************************************************** System::Console::WriteLine("\n*********************"); System::Console::WriteLine("* multiset Examples *"); System::Console::WriteLine("*********************"); multiset<Pet^> mpets; mpets.insert(gcnew Pet("King")); mpets.insert(gcnew Pet("Buster")); mpets.insert(mpets.end(), gcnew Pet("Zipper"));

// VideoCell.m #import "VideoCell.h" @implementation VideoCell @synthesize urlPath, mpc; + (NSString *)reuseIdentifier { return @"VideoCell"; } + (CGFloat)rowHeight { return 200; } - (void)setupMpc { if (mpc) { // we've already got one of these, time to get rid of it [mpc.view removeFromSuperview]; self.mpc = nil;

// -------------------------------------------------------------------System::Console::WriteLine("\nInsert elements (with duplicate) to multiset" + " display by IEnumerator<> interface:"); mpets.insert(gcnew Pet("New_Puppy")); multiset<Pet^>::iterator New_Puppy = mpets.insert(gcnew Pet("New_Puppy")); mpets.insert(morepets); // generic List<Pet^> from above

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