DoublyList-cpp- #include -DoublyList-h- using namespace std- void Doub.pdf
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DoublyList.cpp: #include "DoublyList.h" using namespace std; void DoublyList::insertFront(int newData) { if (first == nullptr) { first = new DLLNode(newData, nullptr, nullptr); last = first; // Common error: Forgetting to reset pointer last. } else { first = new DLLNode(newData, nullptr, first); first->getNext()->setPrev(first); // Common error: Forgetting to connect pointer // prev of what is now the second node to the // new first node. } ++count; } void DoublyList::printForward() const { DLLNode* current = first; while (current != nullptr) { cout << current->getData() << " "; current = current->getNext(); } } void DoublyList::printReverse() const { DLLNode* current = last; while (current != nullptr) { cout << current->getData() << " "; current = current->getPrev(); } } void DoublyList::clearList() { DLLNode* temp = first; while (first != nullptr) { first = first->getNext(); delete temp; temp = first; } last = nullptr; // Don't forget to reset pointer last to nullptr. count = 0; } DoublyList::~DoublyList() { if (first != nullptr) clearList(); } DoublyList.h #ifndef DOUBLYLIST_H #define DOUBLYLIST_H #include <string> #include <iostream> class DLLNode { public: DLLNode() : data(0), prev(nullptr), next(nullptr) {} DLLNode(int theData, DLLNode* prevLink, DLLNode* nextLink) : data(theData), prev(prevLink), next(nextLink) {} int getData() const { return data; } DLLNode* getPrev() const { return prev; } DLLNode* getNext() const { return next; } void setData(int theData) { data = theData; } void setPrev(DLLNode* prevLink) { prev = prevLink; } void setNext(DLLNode* nextLink) { next = nextLink; } ~DLLNode(){} private: int data; // To simplify, we are using only one piece of data. DLLNode* prev; DLLNode* next; }; class DoublyList { public: DoublyList() : first(nullptr), last(nullptr), count(0) {} void insertFront(int newData); void printForward() const; void printReverse() const; void rotateNodesRight(int); void clearList(); ~DoublyList(); private: // Pointer to the first node in the list. DLLNode*first; // Pointer to the last node in the list. DLLNode*last; // Number of nodes in the list. int count; }; #endif Main.cpp #include "DoublyList.h" #include <iostream> #include <vector> using namespace std; int main() { vector<vector<int>> data = { {25, 76, 35, 67, 15, 98}, {1, 2, 3, 4, 5, 6, 7, 8, 9}, {10, 20}, {34, 56, 78, 12, 89, 34, 76, 28, 54, 22, 41}, {123, 873, 619}, }; vector<int> nodesToRotate = { 2, 3, 1, 9, 2 }; { DoublyList doublyList; int vectorSize = static_cast<int>(data.size()); for (int i = 0; i < vectorSize; ++i) { int innerSize = static_cast<int>(data[i].size()); for (int j = innerSize - 1; j >= 0; --j) doublyList.insertFront(data[i].at(j)); cout << "Rotate right: " << nodesToRotate[i] << "\n"; cout << " List is: "; doublyList.printForward(); cout << "\n"; doublyList.rotateNodesRight(nodesToRotate[i]); cout << "After rotating:"; cout << "\n Print forward: "; doublyList.printForward(); cout << "\nPrint backwards: "; doublyList.printReverse(.
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![};
vector<int> nodesToRotate = { 2, 3, 1, 9, 2 };
{
DoublyList doublyList;
int vectorSize = static_cast<int>(data.size());
for (int i = 0; i < vectorSize; ++i)
{
int innerSize = static_cast<int>(data[i].size());
for (int j = innerSize - 1; j >= 0; --j)
doublyList.insertFront(data[i].at(j));
cout << "Rotate right: " << nodesToRotate[i] << "n";
cout << " List is: ";
doublyList.printForward();
cout << "n";
doublyList.rotateNodesRight(nodesToRotate[i]);
cout << "After rotating:";
cout << "n Print forward: ";
doublyList.printForward();
cout << "nPrint backwards: ";
doublyList.printReverse();
cout << "nn";
doublyList.clearList();
}
}
cout << "n";
system("Pause");
return 0;
Function rotateNodesRight() - This function is a member function of the class DoublyList. -
Parameter: An int that stores the number of times that the rotation occurs. - The function works
as the previous one, with the difference that the rotation occurs to the right. Again, this is about
resetting pointers, not about moving data. - Example Page 4 of 5 List is: 257635671598
Parameter is: 2 After rotating, list is: 15 98 25 76 35 67 - Assumptions - The list has at least 2
elements. - The parameter is always smaller than the number of elements in the list. -
Restrictions: - Cannot create helper functions.](https://image.slidesharecdn.com/doublylist-cpp-include-doublylist-h-usingnamespacestd-voiddoub-230316071331-ebe793df/85/DoublyList-cpp-include-DoublyList-h-using-namespace-std-void-Doub-pdf-4-320.jpg)
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-------------------------------------------------------------------------------------------------------
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*/
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std::list<std::string> listOfWords;
std::list<std::string>::iterator listIter;
listOfWords.push_back("house");
listOfWords.push_back("cup");
listOfWords.push_back("car");
listOfWords.push_back("lamp");
// TODO: write call to find() to search for 'lamp' in the listOfWords and write
// the code to test for it
// TODO: write call to find() to search for 'music' in the listOfWords and write
// the code to test for it
// working with a list of listItems
std::list<ListItem> listOfItems;
std::list<ListItem>::iterator listItemIter;
listOfItems.push_back(ListItem("shoes", 150.95));
listOfItems.push_back(ListItem("laptop", 1245.85));
listOfItems.push_back(ListItem("dress", 85.68));
listOfItems.push_back(ListItem("polo shirt", 25.67));
// TODO: write call to find() to search for the 'dress' object in the listOfItems and write
// the code to test for it
// TODO: write call to find() to search for the 'slacks' object that cost '85.68' in the listOfItems and
write
// the code to test for it
return 0;
}
(ListItem.h)
#ifndef LISTITEMH
#define LISTITEMH
#include <string>
using namespace std;
class ListItem {
public:
ListItem();
ListItem(string itemInit, double priceInit);
// Print this node
void PrintNodeData();
// TODO: write the prototype for the '==' overload
// TODO: write the prototype for '<<' overload (hint: must be a friend)
private:
string item;
double price;
};
#endif
(ListIem.cpp)
#include "ListItem.h"
#include <iostream>
ListItem::ListItem() {
item = "";
price = 0.0;
}
ListItem::ListItem(string itemInit, double priceInit) {
item = itemInit;
price = priceInit;
}
// Print this node
void ListItem::PrintNodeData() {
cout << item << ": $" << price << endl;
}
// TODO: write the definition for the '==' overload
// TODO: write the prototype for '<<' overload
Given a Listitem class, complete main() using algorithms from the STL (STL Algorithms). An
example algorithm the find(): find (Inputiterator first, Inputiterator last, const T& val) The find uses
two iterators for the bounds of the search, first and last. The 3rd parameter is the value being
searched for. if we look inside the find() we might see code like this (ref cplusplus.com): The
description of find () states "The function uses operator== to compare the individual elements to
.
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http://staffwww.fullcoll.edu/aclifton/courses/cs133_fa16/files/dlist.h
This is my code below: dlist.cc
-------------------------------------------------------------------------------------------------------
#include
#include \"dlist.h\"
dlist::node* dlist::at(int n){
node* c = _head;
while(n > 0 && c){
c = c->next;
n--;
}
return c;
}
void dlist::insert(node* previous, int value){
node* n = new node{value, previous->next};
previous->next = n;
}//update tail
void dlist::del(node* which){
node* nn = which->next;
which->next = nn->next;
delete nn;
}
void dlist::push_back(int value){
node* n = new node{value, nullptr};
_tail->next = n;
_tail-> n;
}
void dlist::push_front(int value){
node* n = new node(value, nullptr);
_head->prev = n;
_head-> n;
}
void dlist::pop_front(){
node* n = _head;
_head = _head->next;
delete n;
}
void dlist::pop_back(){
node* n = _tail;
_tail = _tail->prev;
delete n;
}
int dlist::size() {
node* c = _head;
int s = 0;
while(c){
s++;
c = c->next;
}
return s;
}
--------------------------------------------------------------------------------
Please fix and complete my code, and I also need whole code contatining main function for
testing dlist.cc In this assignment, you will implement a doubly-linked list class. together with
some list operations. To make things easier, you\'ll implement a list of int rather than a template
class pragma once dlist. h Doubly linked lists of ints include Kostream class dlist public: d list
struct node int value node next node prev; node\' head() const return -head; node\" tail() const t
return -tail Implement ALL the following methods Returns the node at a particular index (0 is the
head node at(int) Insert a new value, after an existing one void insert(node *previous int value
Delete the given node void del (node which)
Solution
#include
#include
#include
/*
* Node Declaration
*/
using namespace std;
struct node
{
int value;
string name;
struct node *next;
struct node *prev;
}*start;
/*class declaration
class dlist
{
public:
void create_list(int value);
void push_front(int value);
void push_back(int value, int position);
void pop_front(int value);
void pop_back(int value);
void display_dlist();
void reverse();
dlist()
{
start = NULL;
head=NULL;
last=NULL;
}
bool empty() const { return head==NULL; }
friend ostream& operator<<(ostream& ,const dlist& );
void insert(const string& );
void remove(const string& );
private:
node* head() const { return _head; }
node* tail() const { return _tail; }
};
dlist.cc:
/* Create Double Link List*/
void dlist::create_list(int value)
{
struct node *s, *temp;
temp = new(struct node);
temp->info = value;
temp->next = NULL;
if (start == NULL)
{
temp->prev = NULL;
start = temp;
}
else
{
s = start;
while (s->next != NULL)
s = s->next;
s->next = temp;
temp->prev = s;
}
}
/*
* Insertion at the beginning
*/
void dlist::add_begin(int value)
{
if (start == NULL)
{
cout<<\"First Create the list.\"<prev = NULL;
temp->info = val.
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Based on her own experience of progressing to a senior project role and leading a team of 35 project professionals, Sacha shared not just how to land that dream role, but how to be successful in it and most importantly, how to enjoy it!
Sacha included her top tips for aspiring leaders – the things you really need to know but people rarely tell you!
We also celebrated our Midlands Regional Network Awards 2025, and presenting the award for Midlands Student of the Year 2025.
This session provided the opportunity for personal reflection on areas attendees are currently focussing on in order to be successful versus what really makes a difference.
Sacha answered some common questions about what it takes to thrive at a senior level in a fast-paced project environment: Do I need a degree? How do I balance work with family and life outside of work? How do I get leadership experience before I become a line manager?
The session was full of practical takeaways and the audience also had the opportunity to get their questions answered on the evening with a live Q&A session.
Attendees hopefully came away feeling more confident, motivated and empowered to progress their careers
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Structure
1. *Brain*: The insect brain is a complex structure that processes sensory information, controls behavior, and integrates information.
2. *Ventral nerve cord*: A chain of ganglia (nerve clusters) that runs along the insect's body, controlling movement and sensory processing.
3. *Peripheral nervous system*: Nerves that connect the central nervous system to sensory organs and muscles.
Functions
1. *Sensory processing*: Insects can detect and respond to various stimuli, such as light, sound, touch, taste, and smell.
2. *Motor control*: The nervous system controls movement, including walking, flying, and feeding.
3. *Behavioral responThe *nervous system of insects* is a complex network of nerve cells (neurons) and supporting cells that process and transmit information. Here's an overview:
Structure
1. *Brain*: The insect brain is a complex structure that processes sensory information, controls behavior, and integrates information.
2. *Ventral nerve cord*: A chain of ganglia (nerve clusters) that runs along the insect's body, controlling movement and sensory processing.
3. *Peripheral nervous system*: Nerves that connect the central nervous system to sensory organs and muscles.
Functions
1. *Sensory processing*: Insects can detect and respond to various stimuli, such as light, sound, touch, taste, and smell.
2. *Motor control*: The nervous system controls movement, including walking, flying, and feeding.
3. *Behavioral responses*: Insects can exhibit complex behaviors, such as mating, foraging, and social interactions.
Characteristics
1. *Decentralized*: Insect nervous systems have some autonomy in different body parts.
2. *Specialized*: Different parts of the nervous system are specialized for specific functions.
3. *Efficient*: Insect nervous systems are highly efficient, allowing for rapid processing and response to stimuli.
The insect nervous system is a remarkable example of evolutionary adaptation, enabling insects to thrive in diverse environments.
The insect nervous system is a remarkable example of evolutionary adaptation, enabling insects to thrive
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DoublyList-cpp- #include -DoublyList-h- using namespace std- void Doub.pdf
- 1. DoublyList.cpp: #include "DoublyList.h" using namespace std; void DoublyList::insertFront(int newData) { if (first == nullptr) { first = new DLLNode(newData, nullptr, nullptr); last = first; // Common error: Forgetting to reset pointer last. } else { first = new DLLNode(newData, nullptr, first); first->getNext()->setPrev(first); // Common error: Forgetting to connect pointer // prev of what is now the second node to the // new first node. } ++count; } void DoublyList::printForward() const { DLLNode* current = first; while (current != nullptr) { cout << current->getData() << " "; current = current->getNext(); } } void DoublyList::printReverse() const { DLLNode* current = last; while (current != nullptr) { cout << current->getData() << " "; current = current->getPrev(); } }
- 2. void DoublyList::clearList() { DLLNode* temp = first; while (first != nullptr) { first = first->getNext(); delete temp; temp = first; } last = nullptr; // Don't forget to reset pointer last to nullptr. count = 0; } DoublyList::~DoublyList() { if (first != nullptr) clearList(); } DoublyList.h #ifndef DOUBLYLIST_H #define DOUBLYLIST_H #include <string> #include <iostream> class DLLNode { public: DLLNode() : data(0), prev(nullptr), next(nullptr) {} DLLNode(int theData, DLLNode* prevLink, DLLNode* nextLink) : data(theData), prev(prevLink), next(nextLink) {} int getData() const { return data; } DLLNode* getPrev() const { return prev; } DLLNode* getNext() const { return next; } void setData(int theData) { data = theData; } void setPrev(DLLNode* prevLink) { prev = prevLink; } void setNext(DLLNode* nextLink) { next = nextLink; } ~DLLNode(){} private: int data; // To simplify, we are using only one piece of data. DLLNode* prev;
- 3. DLLNode* next; }; class DoublyList { public: DoublyList() : first(nullptr), last(nullptr), count(0) {} void insertFront(int newData); void printForward() const; void printReverse() const; void rotateNodesRight(int); void clearList(); ~DoublyList(); private: // Pointer to the first node in the list. DLLNode*first; // Pointer to the last node in the list. DLLNode*last; // Number of nodes in the list. int count; }; #endif Main.cpp #include "DoublyList.h" #include <iostream> #include <vector> using namespace std; int main() { vector<vector<int>> data = { {25, 76, 35, 67, 15, 98}, {1, 2, 3, 4, 5, 6, 7, 8, 9}, {10, 20}, {34, 56, 78, 12, 89, 34, 76, 28, 54, 22, 41}, {123, 873, 619},
- 4. }; vector<int> nodesToRotate = { 2, 3, 1, 9, 2 }; { DoublyList doublyList; int vectorSize = static_cast<int>(data.size()); for (int i = 0; i < vectorSize; ++i) { int innerSize = static_cast<int>(data[i].size()); for (int j = innerSize - 1; j >= 0; --j) doublyList.insertFront(data[i].at(j)); cout << "Rotate right: " << nodesToRotate[i] << "n"; cout << " List is: "; doublyList.printForward(); cout << "n"; doublyList.rotateNodesRight(nodesToRotate[i]); cout << "After rotating:"; cout << "n Print forward: "; doublyList.printForward(); cout << "nPrint backwards: "; doublyList.printReverse(); cout << "nn"; doublyList.clearList(); } } cout << "n"; system("Pause"); return 0; Function rotateNodesRight() - This function is a member function of the class DoublyList. - Parameter: An int that stores the number of times that the rotation occurs. - The function works as the previous one, with the difference that the rotation occurs to the right. Again, this is about resetting pointers, not about moving data. - Example Page 4 of 5 List is: 257635671598 Parameter is: 2 After rotating, list is: 15 98 25 76 35 67 - Assumptions - The list has at least 2 elements. - The parameter is always smaller than the number of elements in the list. - Restrictions: - Cannot create helper functions.