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yakupbeyoglu / ForgeAPI

ForgeAPI is a powerful and automated C++ tool(compiler) designed to streamline the process of building RESTful APIs from structured JSON inputs.
MIT License
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Graph Data structure #4

Open yakupbeyoglu opened 8 hours ago

yakupbeyoglu commented 8 hours ago

Objective

Develop a graph data structure to manage and analyze dependencies between components, facilitating hierarchical sorting and build order determination.

Description

A graph data structure will be used to represent dependencies between different tasks or components in the compiler. This will help in determining the correct order for processing tasks based on their dependencies.

Tasks

  1. Define Graph Data Structure

    • Objective: Design the graph data structure to represent nodes (tasks/components) and edges (dependencies).
    • Details: Implement nodes to represent tasks and edges to represent dependencies between tasks.

  2. Implement Graph Operations

    • Task: Add Node
      • Objective: Implement functionality to add nodes (tasks) to the graph.
    • Task: Add Edge
      • Objective: Implement functionality to add edges (dependencies) between nodes.
    • Task: Remove Node
      • Objective: Implement functionality to remove nodes from the graph.
    • Task: Remove Edge
      • Objective: Implement functionality to remove edges from the graph.
    • Task: Retrieve Dependencies
      • Objective: Implement functionality to retrieve all dependencies for a given node.

  3. Implement Hierarchical Sorting Algorithm (Khans)

    • Objective: Develop an algorithm to sort nodes based on their dependencies, ensuring that each node is processed only after its dependencies are resolved.
    • Details: Implement algorithms like Topological Sorting to determine the correct order of processing.

  4. Integrate with Dependency Analysis

    • Objective: Integrate the graph data structure with the dependency analysis module of the compiler.
    • Details: Use the graph to determine build order and manage task execution based on dependencies.

  5. Testing and Validation

    • Task: Unit Testing
      • Objective: Develop unit tests to verify the correctness of graph operations.
    • Task: Integration Testing
      • Objective: Test the graph’s integration with the dependency analysis module to ensure it handles real-world scenarios effectively.
    • Task: Performance Evaluation
      • Objective: Evaluate the performance of graph operations and sorting algorithms to ensure efficiency.

  6. Documentation

    • Objective: Document the graph data structure and its operations, including usage examples and API documentation.
    • Details: Provide comprehensive documentation for developers on how to use and integrate the graph data structure.