Closed kishan-25 closed 1 month ago
Please share the screenshot of working, to get it merged.
On Sat, 5 Oct 2024 at 18:17, Balkishan Bajpay @.***> wrote:
On Sat, 5 Oct 2024 at 23:35, Ayush Tiwari @.***> wrote:
Please share the screenshot of working, to get it merged.
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Images added & plz review once and let me know if you need further changes . Thank you accepting my pull request .
Please the share the screenshot.
Also added up in the STACK folder and shared on your gmail .
@Ayu-hack Sir can you plz specify me the location to upload the screenshot.
Here only in comments section like you have shared above.
Great ! Merged. More repos are available for pull requests, and they’re part of Hacktoberfest 2024. Feel free to tag me in your Hacktoberfest certificate or badges LinkedIn post! 😄
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Description:
This includes the implementation of the Stack data structure in C++ using three different underlying structures: Static Array, Dynamic Array, and Linked List. Each implementation follows the LIFO (Last In, First Out) principle and showcases key stack operations.
1. Stack using Static Array: A fixed-size stack implementation using a static array. Operations implemented: Push: Adds an element to the top of the stack (fails if the stack is full). Pop: Removes the top element (fails if the stack is empty). Peek/Top: Returns the top element without removing it. isEmpty: Checks if the stack is empty. isFull: Checks if the stack is full (since the size is fixed). Constraints: Stack size must be predefined, and it cannot grow beyond the allocated memory. 2. Stack using Dynamic Array: A resizable stack implementation using a dynamic array that grows and shrinks as needed. Operations implemented: Push: Adds an element to the top of the stack. The array resizes dynamically when full (usually doubles in size). Pop: Removes the top element (fails if the stack is empty). Peek/Top: Returns the top element without removing it. Resize: Dynamically adjusts the size of the array based on the stack’s usage (increasing and decreasing memory when necessary). isEmpty: Checks if the stack is empty. Benefits: More flexible in terms of memory usage compared to a static array, but with a slight overhead for resizing. 3. Stack using Linked List: A dynamic memory implementation where each element is a node in a linked list. Operations implemented: Push: Adds a new node to the top of the stack (the head of the linked list). Pop: Removes the top node (fails if the stack is empty). Peek/Top: Returns the value of the top node without removing it. isEmpty: Checks if the stack is empty. Advantages: Efficient memory usage with no predefined size, ideal for cases where the number of elements is unknown or constantly changing. Purpose: The purpose of this pull request is to demonstrate the flexibility of stack implementations using different data structures and provide a comparative analysis of performance and memory management across:
Fixed-size (Static Array). Resizable (Dynamic Array). Dynamic memory allocation (Linked List). Testing: Each implementation has been tested for edge cases such as pushing into a full stack, popping from an empty stack, and handling dynamic resizing.