Question 1

Where in your program can you place function templates? Do any restrictions apply?

Accepted Answer

You can place function templates at the start of a program file, in the global area above the main() function.Alternatively, you can place them in a separate file, and include that file in your program with an #include statement. In either case, the definition of the class template (the statement that contains the word template and the angle brackets holding the class name) and the function template itself must reside in the same source file.When you create a function template, you can't place the template definition and the function code in separate files because the function can't be compiled into object format without knowing the types, and the function won't "know" that it needs to recognize the types without the template definition.,

Question 2

What happens when you call a function template?

Accepted Answer

When you call a function template, the compiler determines the type of the actual argument passed to the function. The compiler substitutes the argument type for the generic type in the function template, creating a generated function that uses the appropriate type. The designation of the parameterized type is implicit; that is, it is determined not by naming the type, but by the compiler's ability to determine the argument type.The compiler generates code for as many different functions as it needs, depending on the function calls that are made.,

Question 3

FIFO stands for ____________________.

Accepted Answer

first in first out,first in, first out

Question 4

When you create a(n) ____, you create a list of same-type objects at adjacent memory locations.

Accepted Answer

A)  array 
B)  linked list 
C)  queue 
D)  stack 
A)  array 
B)  linked list 
C)  queue 
D)  stack

Question 5

The terms template function and ____ are often used interchangeably.

Accepted Answer

A)  template class 
B)  generic method 
C)  function template 
D)  class template 
A)  template class 
B)  generic method 
C)  function template 
D)  class template

Question 6

Match between columns
                        Premises: data structure in which elements are removed in LIFO order

Accepted Answer

The Answer of queue and function template and stack and is...

Question 7

Match between columns
                        Premises: is generated by a function template

Accepted Answer

The Answer of stack and template class and generic parameter is...

Question 8

The function call ____ specifies that someFunction 's parameterized type (for example, T ) will be char , no matter what type someArgument is.

Accepted Answer

A)  someFunction:char(someArgument); 
B)  someFunction (someArgument); 
C)  someFunction((char) someArgument); 
D)  someFunction{char}(someArgument); 
A)  someFunction:char(someArgument); 
B)  someFunction (someArgument); 
C)  someFunction((char) someArgument); 
D)  someFunction{char}(someArgument);

Question 9

Function templates ____ support multiple parameters.

Accepted Answer

A)  can 
B)  cannot 
C)  sometimes 
D)  should not 
A)  can 
B)  cannot 
C)  sometimes 
D)  should not

Question 10

At a minimum, what components should a linked list element have?

Accepted Answer

A linked list is a chain of ob

Question 11

When is explicitly specifying a type for the parameterized type useful?

Accepted Answer

Explicitly specifying a type for the par

Question 12

A(n) ____ is one that can stand for any number of C++ types.

Accepted Answer

A)  abstract data type 
B)  generic parameter 
C)  structure 
D)  container class 
A)  abstract data type 
B)  generic parameter 
C)  structure 
D)  container class

Question 13

The subscript for any array can hold a value of 0 through ____.

Accepted Answer

A)  1 
B)  the array size 
C)  1 less than the array's size 
D)  1 more than the array's size 
A)  1 
B)  the array size 
C)  1 less than the array's size 
D)  1 more than the array's size

Question 14

A(n) ____ is a template class that has been written to perform common class tasks.

Accepted Answer

A)  parameterized argument 
B)  abstract data type 
C)  container class 
D)  generic class 
A)  parameterized argument 
B)  abstract data type 
C)  container class 
D)  generic class

Question 15

Match between columns
                        Premises: is generated by a class template

Accepted Answer

The Answer of function template and template function and family is...

Question 16

To create a function template that employs multiple generic types, you simply use a(n) ____ for each type.

Accepted Answer

A)  #include statement 
B)  function prototype 
C)  unique type identifier 
D)  separate template class 
A)  #include statement 
B)  function prototype 
C)  unique type identifier 
D)  separate template class

Question 17

Match between columns
                        Premises: can stand for any number of C++ types

Accepted Answer

The Answer of template class and family of functions and is...

Question 18

Function templates cannot use variables of multiple types.

Accepted Answer

A) True 
 B)False

Question 19

You can overload function templates only when each version of the function takes a different parameter list.

Accepted Answer

A) True 
 B)False

Question 20

The purpose of container classes is to manage groups of other classes.

Accepted Answer

A) True 
 B)False

Where in your program can you place function templates? Do any restrictions apply?

What happens when you call a function template?

FIFO stands for ____________________.

When you create a(n) ____, you create a list of same-type objects at adjacent memory locations.

The terms template function and ____ are often used interchangeably.

The function call ____ specifies that someFunction 's parameterized type (for example, T ) will be char , no matter what type someArgument is.

Function templates ____ support multiple parameters.

At a minimum, what components should a linked list element have?

When is explicitly specifying a type for the parameterized type useful?

A(n) ____ is one that can stand for any number of C++ types.

The subscript for any array can hold a value of 0 through ____.

A(n) ____ is a template class that has been written to perform common class tasks.

To create a function template that employs multiple generic types, you simply use a(n) ____ for each type.

Function templates cannot use variables of multiple types.

You can overload function templates only when each version of the function takes a different parameter list.

The purpose of container classes is to manage groups of other classes.

An Overview of Object-Oriented Programming and C++

Evaluating C Expressions

Making Decisions

Performing Loops

Understanding Arrays, Strings and Pointers

Using C++ Functions

Using Classes

Class Features and Design Issues

Understanding Friends and Overloading Operators

Understanding Inheritance

Handling Exceptions

Advanced Input and Output

Advanced Topics

Filters

Exam 11: Using Templates

Where in your program can you place function templates? Do any restrictions apply?

What happens when you call a function template?

FIFO stands for ____________________.

When you create a(n) ____, you create a list of same-type objects at adjacent memory locations.

The terms template function and ____ are often used interchangeably.

The function call ____ specifies that someFunction 's parameterized type (for example, T ) will be char , no matter what type someArgument is.

Function templates ____ support multiple parameters.

At a minimum, what components should a linked list element have?

When is explicitly specifying a type for the parameterized type useful?

A(n) ____ is one that can stand for any number of C++ types.

The subscript for any array can hold a value of 0 through ____.

A(n) ____ is a template class that has been written to perform common class tasks.

To create a function template that employs multiple generic types, you simply use a(n) ____ for each type.

Function templates cannot use variables of multiple types.

You can overload function templates only when each version of the function takes a different parameter list.

The purpose of container classes is to manage groups of other classes.

An Overview of Object-Oriented Programming and C++

Evaluating C Expressions

Making Decisions

Performing Loops

Understanding Arrays, Strings and Pointers

Using C++ Functions

Using Classes

Class Features and Design Issues

Understanding Friends and Overloading Operators

Understanding Inheritance

Handling Exceptions

Advanced Input and Output

Advanced Topics

Filters