Question 1

Friendship cannot be declared between a class template and:

Accepted Answer

A)  A class-template specialization. 
B)  A member function of another class. 
C)  Another class template. 
D)  A global function. 
A)  A class-template specialization. 
B)  A member function of another class. 
C)  Another class template. 
D)  A global function. C

Question 2

Nontype parameters are:

Accepted Answer

A)  Unable to have default arguments. 
B)  Specified before the angle-bracket-enclosed type-parameter list. 
C)  const. 
D)  Required for class templates. 
A)  Unable to have default arguments. 
B)  Specified before the angle-bracket-enclosed type-parameter list. 
C)  const. 
D)  Required for class templates. C

Question 3

Select the incorrect statement.

Accepted Answer

A)  A class-template specialization can be used to derive a class template. 
B)  A class template can be derived from a nontemplate class. 
C)  A non-template class can be used to derive a class-template specialization. 
D)  A non-template class can be derived from a class template-specialization. 
A)  A class-template specialization can be used to derive a class template. 
B)  A class template can be derived from a nontemplate class. 
C)  A non-template class can be used to derive a class-template specialization. 
D)  A non-template class can be derived from a class template-specialization. C

Question 4

Default type parameters are allowed only:

Accepted Answer

A)  If the class template also has nontype parameters. 
B)  If the class template does not have any nontype parameters. 
C)  If the class is used as a container class. 
D)  As the rightmost trailing) parameters in a template's type-parameter list. 
A)  If the class template also has nontype parameters. 
B)  If the class template does not have any nontype parameters. 
C)  If the class is used as a container class. 
D)  As the rightmost trailing) parameters in a template's type-parameter list.

Question 5

The relationship between function templates and function-template specializations is most similar to the relationship between:

Accepted Answer

A)  Classes and objects. 
B)  Classes and functions. 
C)  Functions and return types. 
D)  Headers and source files. 
A)  Classes and objects. 
B)  Classes and functions. 
C)  Functions and return types. 
D)  Headers and source files.

Question 6

Class templates:

Accepted Answer

A)  May include the statement template anywhere. 
B)  Must put template before the class definition. 
C)  Must include template inside the class definition. 
D)  Have the option of including the optional statement template. 
A)  May include the statement template anywhere. 
B)  Must put template before the class definition. 
C)  Must include template inside the class definition. 
D)  Have the option of including the optional statement template.

Question 7

Function templates:

Accepted Answer

A)  Can include objects of template classes as parameters. 
B)  Must have return type T. 
C)  Do not need a separate template statement if they take objects from a template class as a parameter. 
D)  Do not need a separate template statement. 
A)  Can include objects of template classes as parameters. 
B)  Must have return type T. 
C)  Do not need a separate template statement if they take objects from a template class as a parameter. 
D)  Do not need a separate template statement.

Question 8

A difference between function-template specializations and overloaded functions is that:

Accepted Answer

A)  Function-template specializations are generated by the compiler, not the programmer. 
B)  Function-template specializations cannot accept user-defined types. 
C)  Function-template specializations do not perform identical operations on each data type. 
D)  Overloaded functions usually do not perform similar operations on each data type. 
A)  Function-template specializations are generated by the compiler, not the programmer. 
B)  Function-template specializations cannot accept user-defined types. 
C)  Function-template specializations do not perform identical operations on each data type. 
D)  Overloaded functions usually do not perform similar operations on each data type.

Question 9

Which of the following is false?

Accepted Answer

A)  With a non-template class, one copy of a static data member is shared among all objects created from that class. 
B)  Each class-template specialization created from a class template has its own copy of each static data member. 
C)  static data members of both template and non-template classes are initialized at file scope. 
D)  One copy of each static member function is shared between all class-template specializations in the class template. 
A)  With a non-template class, one copy of a static data member is shared among all objects created from that class. 
B)  Each class-template specialization created from a class template has its own copy of each static data member. 
C)  static data members of both template and non-template classes are initialized at file scope. 
D)  One copy of each static member function is shared between all class-template specializations in the class template.

Question 10

For a class template, the binary scope resolution operator ::) is needed:

Accepted Answer

A)  Only in the definitions of the member functions defined outside the class. 
B)  Both in the prototype and definition of a member function. 
C)  Only if multiple class-template specializations will be created from this class template. 
D)  In neither the definition nor prototype of member functions. 
A)  Only in the definitions of the member functions defined outside the class. 
B)  Both in the prototype and definition of a member function. 
C)  Only if multiple class-template specializations will be created from this class template. 
D)  In neither the definition nor prototype of member functions.

Question 11

A function template can be overloaded by:

Accepted Answer

A)  Using other function templates with the same function name and parameters. 
B)  Using non-template functions with the same name and different parameters. 
C)  Using non-template functions with a different name but the same parameters. 
D)  Using other function templates with a different name but the same parameters. 
A)  Using other function templates with the same function name and parameters. 
B)  Using non-template functions with the same name and different parameters. 
C)  Using non-template functions with a different name but the same parameters. 
D)  Using other function templates with a different name but the same parameters.

Question 12

Assuming that all four of the following functions are defined, which one will be called by the function call square 23.4 )?

Accepted Answer

A)  template T square T num ) 
B)  template T1 square T1 num1, T2 num2 ) 
C)  int square int num ) 
D)  double square double num ) 
A)  template T square T num ) 
B)  template T1 square T1 num1, T2 num2 ) 
C)  int square int num ) 
D)  double square double num )

Question 13

Function-template specializations:

Accepted Answer

A)  Are identical to macros. 
B)  Are generated at compile time. 
C)  Have a maximum allowed number of type parameters. 
D)  Are not more concise than the equivalent set of overloaded functions. 
A)  Are identical to macros. 
B)  Are generated at compile time. 
C)  Have a maximum allowed number of type parameters. 
D)  Are not more concise than the equivalent set of overloaded functions.

Friendship cannot be declared between a class template and:

Nontype parameters are:

Select the incorrect statement.

Default type parameters are allowed only:

The relationship between function templates and function-template specializations is most similar to the relationship between:

Class templates:

Function templates:

A difference between function-template specializations and overloaded functions is that:

Which of the following is false?

For a class template, the binary scope resolution operator ::) is needed:

A function template can be overloaded by:

Assuming that all four of the following functions are defined, which one will be called by the function call square 23.4 )?

Function-template specializations:

Introduction to Computers, the Internet and the World Wide Web

Introduction to C Programming

Control Statements, Part 1

Control Statements, Part 2

Functions and an Introduction to Recursion

Arrays and Vectors

Pointers and Pointer-Based Strings

Sequential-Access Files

Classes

Classes: a Deeper Look, Part 2

Operator Overloading; String and Array Objects

Object-Oriented Programming: Inheritance

Object-Oriented Programming: Polymorphism

Stream Inputoutput

Exception Handling

File Processing

Class String and String Stream Processing

Searching and Sorting

Data Structures

Standard Template Library Stl

Bits, Characters, C Strings and Structs

Boost Libraries, Technical Report 1 and C0x

Other Topics

ATM Case Study, Part 1: Object-Oriented Design With the Uml

ATM Case Study, Part 2: Implementing an Object-Oriented Design

Game Programming With Ogre

Filters

Exam 14: Templates

Friendship cannot be declared between a class template and:

Nontype parameters are:

Select the incorrect statement.

Default type parameters are allowed only:

The relationship between function templates and function-template specializations is most similar to the relationship between:

Class templates:

Function templates:

A difference between function-template specializations and overloaded functions is that:

Which of the following is false?

For a class template, the binary scope resolution operator ::) is needed:

A function template can be overloaded by:

Assuming that all four of the following functions are defined, which one will be called by the function call square 23.4 )?

Function-template specializations:

Introduction to Computers, the Internet and the World Wide Web

Introduction to C Programming

Control Statements, Part 1

Control Statements, Part 2

Functions and an Introduction to Recursion

Arrays and Vectors

Pointers and Pointer-Based Strings

Sequential-Access Files

Classes

Classes: a Deeper Look, Part 2

Operator Overloading; String and Array Objects

Object-Oriented Programming: Inheritance

Object-Oriented Programming: Polymorphism

Stream Inputoutput

Exception Handling

File Processing

Class String and String Stream Processing

Searching and Sorting

Data Structures

Standard Template Library Stl

Bits, Characters, C Strings and Structs

Boost Libraries, Technical Report 1 and C0x

Other Topics

ATM Case Study, Part 1: Object-Oriented Design With the Uml

ATM Case Study, Part 2: Implementing an Object-Oriented Design

Game Programming With Ogre

Filters