====stack class====
===Stack()===
<code c++>
Stack *mystack = new Stack;
</code>

^  Function  ^  Parameter(s)  ^  Return value  |
|  Stack()  |  none  |  pointer to the newly allocated stack  |

Stack() is the parameterless constructor that is responsible for creating a new instance of a stack.

===Stack(int)===
<code c++>
Stack *mystack = new Stack(4);
</code>

^  Function  ^  Parameter(s)  ^  Return value  |
|  Stack()  |  int to be assigned to the maximum stack length  |  pointer to the newly allocated stack  |

Stack(int) is the overloaded constructor that is responsible for creating a new instance of a stack.
===~Stack()===
^  Function  ^  Parameter(s)  ^  Return value  |
| Destructor | None | None |
<code c++> 
delete stack;
</code>
===void push(LNode *)===
<code c++>
mystack -> push(tmp);
</code>

^  Function  ^  Parameter(s)  ^  Return value  |
|  push(LNode *)  |  LNode * to be added to top of stack  |  void  |

push(LNode *) is a method to add a LNode * to top of stack.
===void push(int)===
<code c++>
mystack -> push(4);
</code>
^  Function  ^  Parameter(s)  ^  Return value  |
| Adds an integer value onto stack |value to put into new node | None |
===LNode *pop()===
<code c++>
tmp = mystack -> pop();
</code>
^  Function  ^  Parameter(s)  ^  Return value  |
| Removes top node from stack | None | Returns pointer to node just removed |
===LNode *peek()===
<code c++>
tmp = mystack -> peek();
</code>
^  Function  ^  Parameter(s)  ^  Return value  |
| Returns value of top Node | None | Location of top node on stack |
===int getLength()===
<code c++>
length = mystack -> getLength();
</code>
^  Function  ^  Parameter(s)  ^  Return value  |
| Gets length of stack | None | Int value of length |
===bool setLength(int)===
<code c++>
status = mystack -> setLength(4);
</code>
^  Function  ^  Parameter(s)  ^  Return value  |
| Sets length of stack | int length to set stack | Returns success vs failure |




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