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| The line containing a throw statement is known as the ________. |
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| The ________ block contains code that directly or indirectly might cause an exception to be thrown. |
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| The ______ block handles an exception. |
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| When writing function or class templates, you use a(n) ________ to specify the generic data type. |
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| The beginning of a template is marked by a(n) ______. |
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| When defining objects of class templates, the ________ you wish to pass into the type parameter must be specified. |
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| A(n) ______ template works with a specific data type. |
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| A(n) ________ container organizes data in a sequential fashion similar to an array. |
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| A(n) _______ container uses keys to rapidly access elements. |
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| _______ are pointer like objects used to access data stored in a container. |
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| The ________ exception is thrown when the new operator fails to allocate the requested amount of memory. |
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| There can only be one catch block in a program. t/f |
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| When an exception is thrown, but not caught, the program ignores the error. t/f |
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| Data may be passed with an exception by storing it in members of an exception class. t/f |
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| Once an exception has been thrown, it is not possible for the program to jump back to the throw point. |
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| All type parameters defined in a function template must appear at least once in the function parameter list. t/f |
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| The compiler creates an instance of a function template in memory as soon as it encounters the template. t/f |
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| A class object passed to a function template must overload any operators used on the class object by the template. t/f |
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| Only one generic type may be used with a template. t/f |
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| In the function template definition, it is not necessary to use each type parameter declared in the template prefix. t/f |
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| It is possible to overload two function templates. t/f |
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| It is possible to overload a function template and an ordinary (nontemplate) function. t/f |
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| A class template may not be derived from another class template. t/f |
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| A class template may not be used as a base class. t/f |
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| Specialized templates work with a specific data type. t/f |
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| When defining an iterator from the STL, the compiler automatically creates the right kind, depending upon the container it is to be used with. t/f |
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| STL algorithms are implemented as function templates. t/f |
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