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Every block of code takes a different amount of time to execute. Just like products in a supermarket, the individual methods of an API have their own cost. These small differences add up, but the supermarket strategy of comparing prices when selecting each item will not work for code. Unlike a shopping cart, which might contain a few dozen items, an application can contain hundreds of thousands of lines of code. Hand-picking each one would take far too long. Just as the cost of items will vary from store to store, the cost of a method will vary from platform to platform. Making code-level decisions based on architectural quirks is like recommending a brand because one store has it on sale. It s also just as prone to obsolescence. For example, in Objective-C, it used to be much more expensive to enter a try block than to throw an exception. You might make coding decisions based on that knowledge, but that s a risky proposition. Implementation details are not guaranteed, so code that relies on them is prone to breakage. In the 64-bit version of Objective-C, throwing exceptions is now much more expensive than entering a try block.

You can also verify that the images are in the ListBox by looking at the Objects and Timeline panel (see Figure 12-10).

CanGetObject() CanAddObject() CanEditObject() CanDeleteObject() While it would be nice if these methods were part of a standard interface, it isn t possible to define static methods through an interface, so that s not an option. Nor is it possible to define static methods in a base class like BusinessBase and then override them in a subclass. Instead, it is necessary to manually implement them in every business class.

The rest of the chapter will cover the implementation of the four primary base classes a business developer will use to create editable and read-only business objects and collections: Csla.BusinessBase<T> Csla.BusinessListBase<T,C> Csla.ReadOnlyBase<T> Csla.ReadOnlyListBase<T,C> Let s walk through each of these in turn.

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class AttributeTester<T> where T : Attribute { public bool TestForFieldAttribute(Type classType, string fieldName) { FieldInfo fieldInfo = classType.GetField(fieldName); return Attribute.IsDefined(fieldInfo, typeof(T)); } public T GetFieldAttribute(Type classType, string fieldName) { FieldInfo fieldInfo = classType.GetField(fieldName); return Attribute.GetCustomAttribute(fieldInfo, typeof(T)) as T;

The first catch block in this code catches C++ exceptions of type int, and the second one catches any CTS-compliant managed exceptions. When a C++ exception of a type other than int is thrown, the CLR s exception mapping mechanism will detect this and map the exception to a managed exception. Since the SEH exception code of a C++ exception (0xE06d7363) is not handled specially, the runtime maps it to an SEHException. You should always catch C++ exceptions before you catch managed exceptions of type System::Object^, System::Exception^, System::SystemException^, System::Runtime::InteropServices::ExternalException^, and System::Runtime::InteropServices::SEHException^. The first four types mentioned are base classes of SEHException. If a C++ exception is thrown and a catch block for one of the exceptions mentioned here is found, the runtime will map the exception to an SEHException. In the following code, the exception handler for int would never be executed: int main() { try { f(); } catch (Exception^ ex) { Console::WriteLine(ex->GetType()->FullName); } catch (int i) { Console::WriteLine("int exception, value={0}", i); } }

The NestedClass entry must hold a valid reference to the TypeDef table. [run time] The EnclosingClass entry must hold a valid reference to the TypeDef table, one that differs from the reference held by the NestedClass entry. The table must contain no duplicate records with the same NestedClass entries. The table must contain no records with the same EnclosingClass entries and NestedClass entries referencing TypeDef records with matching names in other words, a nested class must have a unique name within its encloser. The table must contain no sets of records forming a circular nesting pattern for example, A nested in B, B nested in C, C nested in A.

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