API Endpoints for pingcap/autoflow

Overview

To understand the routes defined in the pingcap/autoflow codebase, one must explore the main entry points of the web application, typically found in the code files where the routing logic is implemented. This documentation details the various routes, how they are structured, and examples to illustrate their implementation.

Key Routing Files

The primary routing configuration is often located in specific directories or files relevant to the web framework being used. In the context of pingcap/autoflow, the relevant components are typically found in TypeScript files that manage the router. Below are the details of these routes.

TypeScript Routing Implementation

1. Router Implementation

   The routes are usually defined within a router setup file, typically structured in a way similar to the following example:

   import { createRouter, createWebHistory } from 'vue-router';
   import Home from '@/views/Home.vue';
   import About from '@/views/About.vue';
   import NotFound from '@/views/NotFound.vue';
   
   const routes = [
   {
   path: '/',
   name: 'Home',
   component: Home,
   },
   {
   path: '/about',
   name: 'About',
   component: About,
   },
   {
   path: '/:catchAll(.*)',
   name: 'NotFound',
   component: NotFound,
   },
   ];
   const router = createRouter({
   history: createWebHistory(),
   routes,
   });
   export default router;
   

   This code snippet showcases a basic setup featuring a homepage (/), an about page (/about), and a catch-all route for non-defined paths handling (404 - Not Found).

Route Parameterization

Routes can also leverage dynamic segments to capture parameters:

{
path: '/users/:id',
name: 'UserDetail',
component: UserDetail,
}

This route will match URLs like /users/123, allowing for the dynamic retrieval of user details by their ID.

Python API Routing

In instances where routing is established via a Flask or Django application in Python, the routes can be defined as follows:

from flask import Flask, jsonify

app = Flask(name)
@app.route('/api/users', methods=['GET'])
def get_users():
return jsonify(users)
@app.route('/api/users/<int:user_id>', methods=['GET'])
def get_user(user_id):
user = find_user_by_id(user_id)
return jsonify(user)

In this snippet, a RESTful API exposes user data at /api/users and provides access to individual users via /api/users/<user_id>.

Frontend Route Links

In the frontend components, navigation links directly relate to the defined routes:

<router-link to="/">Home</router-link>
<router-link to="/about">About</router-link>

This leverages the routes set up in the TypeScript code to navigate throughout the application.

Conclusion

The routing structure in the pingcap/autoflow codebase consists of a mixture of static and dynamic routes defined in TypeScript for the frontend and Python for the API endpoints. Each route serves a particular purpose and allows for organized navigation and data retrieval within the application, demonstrating a clear and modular structure that supports scalability and maintainability.

Source: pingcap/autoflow Codebase.