7.1 Template Template The "Template Instantiation" compiler sees the declaration of the template, does not do anything, only when the template instantiation is waiting, define a template class object or template class refrence (reference must be initialized) Only the data discharge inside the Template class will be prepared accordingly, and the Static Data Member declared in the Template Class will also have memory. And just declare a Template Class Pointer does not have Template Instance. Note: At the time of Template Class Instantiation, its internal Member Functions does not follow the "entity". C STANDARD is only available when Member Functions is used. The reasons are 2: Maybe a program only uses several Member functions, there is no need to make a large amount of space and time for all Member functions; in addition, some Member function is also It is not available to any Class of Class to any. So if we have all Member functions, it is often possible to cause "compile time error", and the "unlaveiled" Member function will not be used in the case. So when is these MEMBER FUNCTION? There are two strategies: 1, when compiled; Check and type-related errors, but only check the words and words of the spell words and the type unrelated to the type. Name resolution in Template In the C Standard, "Scope of the Template Definition" - "Defines Template" program; "Scopte of the Template Instantiation" - "Sketch Template" program in Template In the case of a nonmember name, the resolution result is determined by the use of this NAME and is "used to show the parameter type" of this template ". If it is not related to each other, use "Scopte of the Templaration" to determine its Name; if you use "Scope of the Template Instantiation" to determine the Name 7.2 exception to support EH, you will make Member Class Objects or CLASSES for Base Class Sunjects is more complex. If a class is partially constructed, its Destructor must be a subjector or MEMBER Objects that has been constructed from sexual desire. This paragraph is not against the tenth of more EFF.
