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sing the step-by-step approach explained in 7, you can inject managed code parts into a C++ project Due to the source code compatibility, you can easily call from native code to managed code by just declaring the functions you want to call However, in the samples discussed so far, the managed functions called from native code and the native functions called from managed code have had void as a return type, and no arguments For nontrivial scenarios, functions with less simplistic signatures are obviously needed The first important thing you have to understand is that if you compile to native code, your source code cannot use managed types at all Just as C doesn t know anything about C++ classes, C++ doesn t know about managed types In the other direction, the situation looks better.

Let s suppose that our code uses the symbolic constants of an enumeration declared in a third-party assembly We compile the code, and the symbolic constants are replaced with their values Forget for a moment that we must have that third-party assembly available at compile time But we will need to recompile the code every time the enumeration changes, and we have no control over the enumeration because it is defined outside our jurisdiction In another scenario, when we declare an enumeration in one of our own modules, we must recompile all the modules that reference this enumeration once it is changed Let s suppose also for the sake of an argument that we don t like this situation, so we decide to devise our own enumeration: class public value sealed MagicNumber { field public int32 _value_ // Specialname value__ is // reserved for enums .

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Source code compiled to managed code can use all native types as well as all managed types, just as C++ code can use C structs, enums, and unions, as well as C++ classes To say this in other words, the C++ type system is the lowest common denominator between sources compiled to native code and sources compiled to managed code This means that you have to restrict yourself to the C++ type system if you define methods that act as migration boundaries all managed functions that should be callable from native code and all native functions that should be callable from managed code can use only native types However, any kind of native type can be used in the method signature You can use native classes, structs, unions, enums, pointers of any level of indirection, references, and const variants of all native types.

field public static valuetype MagicNumber MagicOne at D_00 field public static valuetype MagicNumber MagicTwo at D_04 field public static valuetype MagicNumber MagicThree at D_08 } data D_00 = int32(123) data D_04 = int32(456) data D_08 = int32(789) This solution looks good, except in the platform-independence department We conquered the recompilation problem and can at last address the symbolic constants by their symbols (names), through field access instructions This approach presents a problem, though: the fields representing the symbolic constants can be written to Let s try again with a class constructor; refer to the sample MyEnumsil on the Apress Web site: class public value sealed MagicNumber { field private int32 _value_ // Specialname value__ is // reserved for enums field public static initonly valuetype MagicNumber MagicOne field public static initonly valuetype MagicNumber MagicTwo field public static initonly valuetype MagicNumber MagicThree method public static specialname void .

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