The C++ Boost library contains "smart" types of these objects that work properly with exceptions, as well as an "intrusive" example that includes an embedded reference count. A dispatch table contains an array of these objects. When two or more of these entities have the same value, aliasing occurs. During serialization of data for storage, these objects are (*) de-swizzled. Garbage collection is used to free up ones that
The C++ Boost library contains "smart" types of these objects that work properly with exceptions, as well as an "intrusive" example that includes an embedded reference count. A dispatch table contains an array of these objects. When two or more of these entities have the same value, aliasing occurs. During serialization of data for storage, these objects are (*) de-swizzled. Garbage collection is used to free up ones that are no longer used, since those examples can cause segmentation faults. Dynamic memory allocation uses these to store addresses. In Java, accessing nonexistent objects throws an exception named for the null type of these. For 10 points, name these data types used to refer to memory addresses.
The C++ Boost library contains "smart" types of these objects that work properly with exceptions, as well as an "intrusive" example that includes an embedded reference count.
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