Secured Linked List

The SecuredLinkedList is a library that provides the functionality of a linked list (like in Java or C#). Furthermore, the implementation is thread-safe, see demo two_core_demo.ino. The following figure illustrates the available functions. A detailed description of the functions can be found below.

Functions

• Secured Linked List
• Functions
  • SecuredLinkedList()
  • void push(T t)
  • T pop()
  • void add(unsigned int index, T t)
  • void remove(unsigned int index)
  • T get(unsigned int index)
  • void unshift(T t)
  • T shift()
  • unsigned int size()
  • void clear()

SecuredLinkedList()

The SecuredLinkedList can be instantiated as follows.

SecuredLinkedList<int> listA = SecuredLinkedList<int>();
SecuredLinkedList<int> *listB = new SecuredLinkedList<int>();

void push(T t)

Adds an element to the end of the list.

int t = 4;
listA.push(t);
listB->push(t);

T pop()

Takes the last element from the list. The list no longer contains the element.

Serial.println(listA.pop());
Serial.println(listB->pop());

void add(unsigned int index, T t)

Inserts an element into the according index.

int t = 2;
listA.push(3, t);
listB->push(3, t);

void remove(unsigned int index)

Remove an element on index.

listA.remove(3);
listB->remove(3);

T get(unsigned int index)

Fetches the element from the according index. The list still contains the element.

Serial.println(listA.get(2));
Serial.println(listB->get()2);

void unshift(T t)

Adds an element to the beginning of the list.

int t = 3;
listA.unshift(t);
listB->unshift(t);

T shift()

Takes the first element from the list. The list no longer contains the element.

Serial.println(listA.shift());
Serial.println(listB->shift());

unsigned int size()

Returns the number of elements.

Serial.println(listA.size());
Serial.println(listB->size());

void clear()

Deletes all items from the list.

listA.clear();
listB->clear();