Search & Filtering
#During each loop:
#-Create a variable called priceLevelLabel consisting of the text 'Price Level: 'followed
# by the price.
#-Add priceLevelLabel and the price as two separate items to a new list (the sub-List).
#-Append the sub-List to displayList.
for price in self.levelsList:
class List
{
public:
int item;
int pos=0;
List* nextNode;
};
void Insert_Element(List** head, char data)
{
List* node = new List();
node->item = data;
node->nextNode = (*head);
(*head) = node;
}
void PrinList(List *node){
List *temp = node;
while(temp !=NULL){
cout<<temp->item<<" ";
node->pos ++;
temp = temp->nextNode;
}
cout<<"\n";
}
int Length(List *node){
return node->pos;
}
bool is_Empty(List *node){
if(node->pos==0){
return true;
}
else {
return false;
}
}
void Copy_List(List*node, List *list){
List * temp = node;
while(temp !=NULL){
int data = temp->item;
Insert_Element(&list, data);
temp = temp->nextNode;
}
cout<<"The copied list is:\n";
PrinList(list);
}
note:
Create constructor(default,parameterized and copy) and a manu of test the functions.
# Create displayList
displayList = []
# Loop through the prices in levelsList.
# During each loop:
# - Create a variable called priceLevelLabel consisting of the text 'Price Level: '
followed by the price.
# - Add priceLevelLabel and the price as two separate items to a new list (the sub-List).
# - Append the sub-List to displayList. for price in self.levelsList:
. . .
# Create a variable called previousPriceLabel consisting of the text 'Previous Price: ' followed
# by previousPrice. # Add previousPriceLabel and previousPrice as two separate items to a new list (the sub-List). # Append the sub-List to displayList.
. . .
# replace ellipsis with applicable cod
#because it was set to currentPrice above, which also was 0 before we updated
#it above via getBitMexPrice().
#So, when we reach this point during the first loop, previousPrice will be 0
#while currentPrice would have just been updated via getBitMexPrice().
#We don't want to create the impression that the price shot up from 0 to
#currentPrice.
#ThereFore, if previousPrice == 0.0, it must be set equal to currentPrice here.
Why do we care that the expressions are equivalent? (5) 2.3.3 How can we determine that the expressions are equivalent?
Input:
7
9-13 8-7 18-10
18
Output:
2
Given the following declarations, what is the result of each of the assignments?
int w = 5, y = 9, z = 2;
a. z = w * y;
b. z += y;
c. y /= z;
d. y %= z;
e. y += y++;
f. y += --y;
Prepare a c++ program
board[4][3] = { {2,3,1},{15,25,13},{20,4,7},{11,18,14}};
Given the following declarations, what is the result of each of each output?
char a = 'a', b = 'B';
char c = ' ', d;
string s = "This is fun.";
int e;
System.out.println a. ("a = " + a); b.("a = " + 'a'); c.(a + b);
d. (s);
e. (s.length());
Prepare a c++ program of the two-dimensional array of the sample run below:
Sample Run:
[0] [1] [2] [3] [4] [5]
[0]
[1]
[2]
[3]
[4]
[5] 9.5
[6]
[7]
[8]
[9]
[10]
[11]
