Implement Topological Sorting for Directed Acyclic Graph (DAG) #590
Description
This issue is dedicated to implementing the topological sorting algorithm for directed acyclic graphs (DAGs) in our Python project. Topological sorting is a fundamental graph algorithm that has practical applications in tasks like scheduling, dependency resolution, and determining the order of tasks or events.
The proposed changes for this issue include:
Implementing a Python function, say topological_sort, that performs topological sorting on a given DAG.
Ensuring that the function correctly orders the vertices in a way that respects the graph's directed edges and represents a valid topological order.
The benefits of implementing this feature are as follows:
Enhanced scheduling capabilities: Users can apply topological sorting to schedule tasks or processes with dependencies efficiently.
Improved codebase: The addition of this graph algorithm enhances the project's versatility for solving real-world problems.