winforms pdf 417

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when you know there is a problem with the application and you need to pinpoint it using the performance tools. For day-to-day monitoring of applications, sampling provides better performance and over the longer term will help you narrow down the area of performance problems.

Now that you have exactly what you want in the collection, it is time to find the elements you need to process via the key. (By the way, if you are not processing via a key, then you should probably be using a list collection, as the overhead is a lot less.) If you know that there is only zero or one instance of the key in the container, you would use the find() method: set<Pet^>::iterator Lady = pets.find(gcnew Pet("Lady")); The find() method returns an iterator to the element in the container. If it does not find it, it returns set::end(). So you could check if the element was found with code like this: (Lady == copy.end()) "not found" : "found" For the set container you will probably always use this method, but for the multiset things are a bit trickier. This is because if more than one element matches the key in the container, then one element that matches the key is still returned, but you can t determine which one of the duplicated keys it is. When there is a possibility of duplicate key values, you need to use multiset<Pet^>::pair_iter_iter FindSE = mpets.equal_range(gcnew Pet("New Puppy")); for (; FindSE.first != FindSE.second; ++FindSE.first) System::Console::Write("{0} ", FindSE.first->Name); The equal_range() method returns a pair of iterators. The first iterator references the first element that matches the key, and the second iterator references the element just beyond the last element matching the key. If there is no matching element to the key, both iterators reference the same element just beyond the element where the key value should have matched.

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Any useful tips or words of wisdom for developers looking to port their own iPhone apps to the iPad platform I think it s easy to underestimate the amount of work involved in redesigning an iPhone app to work well on the iPad. In many ways, it s an entirely new design problem. On the iPhone, you could get away with pushing a view controller onto a navigation controller, but on the iPad, you ll likely need a custom transition if you want things to feel right. It s going to take more effort than just scaling up your old interface.

The MSDN documentation says that this method returns a cliext::pair<iterator, iterator>, but it returns a pair_iter_iter, which maps to Microsoft::VisualC::StlClr::GenericPair<iterator, iterator>, and that is not the same.

With this implementation, the performance tool can tell how long a function takes to execute, how long subfunctions take to execute, how many times a function is called, and other detailed information. This is the real power of instrumentation: the ability to know everything about an application while it is running. However, there is a drawback to this. Instrumentation uses averages and totals. It does not display information about single calls.

In the background, the equal_range() method executes something like this: multiset<Pet^>::iterator puppiesLower = mpets.lower_bound(gcnew Pet("New Puppy")); multiset<Pet^>::iterator puppiesUpper = mpets.upper_bound(gcnew Pet("New Puppy")); And then it is stuffing the two iterators in the return value. These two bound methods are fairly easy to understand. The lower_bound() method looks through the container and returns an iterator to the first element that has a matching key. If it doesn t find a match, it returns an iterator to the element just beyond where the key should have been found. The upper_bound() method looks through the container and returns an iterator to the element just beyond the last matching key or, if not found, the element just beyond where the key should have been. Listing 7-17 shows the STL/CLR set and multiset in action. Listing 7-17. Working with the STL/CLR set and multiset #include <cliext/set> using namespace System; using namespace cliext; using namespace System::Collections::Generic; // insert ref class Pet here int main(array<System::String ^> ^args) { System::Console::WriteLine("****************"); System::Console::WriteLine("* set Examples *"); System::Console::WriteLine("****************"); set<Pet^> pets; Pet^ King = gcnew Pet("King");

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