Please write in “correct” in the box next to the lines that are correct. If the line is wrong, please correct the entire line. Write the correct line in the provided box next to the line.

INSTRUCTIONS TO CANDIDATES

ANSWER ALL QUESTIONS

need to have the C++ program that bends rules of Hangman using ElviHangman.cpp & FamilySet.cpp together with FamilySet.h (please see attached files that includes readme file for instruction & Clion setups).

Please note that this program requires CLion to run (just like the last request). Please look at/follows instructions in the readme file and please make sure the code passes the main tests (Elvilhangman.cpp & FamilySet.cpp, FamilySet.cpp) and

all individual unit tests (FamilySet_Tests) inside Clion. Please see attachment below for more info. Please also, answer questions. 

1) Correct the following code:

Please write in “correct” in the box next to the lines that are correct.   If the line is wrong, please correct the entire line.   Write the correct line in the provided box next to the line.

 

Template <class T>

Void ChunkQueue <T>::Enqueue(int value)_ _ _ _ _

{

If (head==tail)_ _ _ _

{

head=new Node;

tail=head;_ _ _ _ _--->tail=nullptr

next=nullptr;_ _ _ _ _

prev=nullptr;_ _ _ _ _

len=0; _ _  _ _ _

{

tail--->values[0]=value;_ _ _ _ _

len++;//_ _ _ _

If (tail-->len=<ARRAY_SIZE)//_ _ _ _ _

{

node*newTail=new Node;

newTail-->next=tail;_ _ _ _ _ _

newTail-->prev=nullptr;_ _ _ _

newTail-->len=0;

tail-->next=newTail;_ _ _ _

tail=nullptr;_ _ _ _

}

}

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

2) Fill in the blanks

The following program outputs four lines of output.

Write what the output would be for each line:

Line1:”_ _ _      _ _ _”

Line2:”_ _ _      _ _ _   _ _ _   _ _ _   _ _ _”

Line3:”_ _ _     _ _ _    _ _ _   _ _ _   _ _ _”

For the purpose of this problem assume that the variables i main are stored at the following memory addresses:

The variable a in the main is stored at address 100

The variable b in the main is stored at address 200

The variable c in the main is stored at address 300

The variable d  in the main is stored at address 400

The variable e in the main is stored at address 500

Memory allocated on the heap using new will be stored at address 800

Void mystery (int *a, int & b) {

B- -;

*a=6;

caut<<*a<<””<<b<<endl;

a=&b;

}

Int main () {

Int a=2;

Int b=60;

Int c=200;

Int *d=new int;

*d=b;

d=&b;

Int *e=&c;

Mystery (d,c);

Caut <<a<<””<<b<<””<<c<<””<<d<<””<<e<<endl;

caut<<8a<<””<<8b<<””<<8c<<””<<*d<<””<<8e<<endl;

Return 0;

}

 

 

 

 

 

 

 

 

 

 

 

3) Code

Complete code

Template <class T>

Void Trec<T>:: Add (T elem) {

Node* curr=_ _ _;

//create newNode

Node*newNode=_ _ _;

_ _ _=elem;

_ _ _=1;

NewNode-->_ _ _=nullptr;

newnode-->right=_ _ _;

if(_ _ _( )) {

root=_ _ _;

_ _ _++;

return;

}

while (_ _ _):=nullptr) {

If (elem=curr-->value) {

delete NewNode;

_ _ _ ++;

break;

}

else if (elem<curr-->value) {

If (_ _ _) {

curr-->left=_ _ _

break;

} else {

curr=_ _ _;

}

}

else {

If (curr-->right==_ _ _)

_ _ _=newNode;

_ _ _;//found the left

} else (

_ _ _=curr-->right;

}

}

}

_ _ _++;

}

Template <class T>

Void tree <T>::place In Order (Node * node) {

If (node==_ _ _) {

return;

}

Place in order (_ _ _);

for (int i=0; i<_ _ _; i ++) {

iterQue.push(_ _ _);

}

Place In Order (_ _ _ _);

 

 

 

 

 

 

 

 

 

Attachments:

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