Project: VideoStoreAPI

The overall goal of this project is to create a system that a video store (remember those?) could use to track their inventory of rental videos and their collection of customers.

You will use the technology of your choice to construct a RESTful API. The goal of this API is to quickly serve information about the store's video collection, customer information, and to update rental status. This repository provides two JSON datafiles to serve as the initial seeds for this system.

movies.json contains information about the videos available to rent at the store. The data is presented as an array of objects, with each object having the following key-value pairs:

• title: The title of the film
• overview: A short plot synopsis
• release_date: When the film was originally released
• inventory: How many copies of the film the video store owns

customers.json contains information about the customers that have rented with the store in the past. The data is presented as, you guessed it, an array of objects, with each object have the following key-value pairs:

• id: A unique identifier
• name: The customer's name
• registered_at: When the customer first visited the store
• The customer's physical address, composed of:
  • address
  • city
  • state
  • postal_code
• phone: Primary contact phone number
• account_credit: For reason we'd rather not get into, the store owes all of their customers a little bit of money; this amount is made available to customers as credit toward future rentals.

Project Baseline

• Read the API Requirements below and create a pseudo-code "routes" file that
  • defines the endpoints your API will need
  • the HTTP verbs each endpoint will use
  • and any data that must be provided to the endpoint in order for it to do its work.
• Create a new app to serve as the API.
• Create a route that responds to /zomg that serves a json-encoded "it works!" method.
• Seed your database using the provided json data.

API Requirements

The API you build should have the following capabilities. The schema of your database/datastore, and the structure of the endpoints are completely up to you.

Authentication

• There is not an authentication requirement for this project; assume all users interacting with the API are video store employees.

Customers

• Retrive a list of all customers
• Retrive a subset of customers
  • Given a sort column, return n customer records, offset by p records (this will be used to create "pages" of customers)
  • Sort columns are
    • name
    • registered_at
    • postal_code
• Given a customer's id...
  • List the movies they currently have checked out
  • List the movies a customer has checked out in the past
    • ordered by check out date
    • includes return date

Movies

• Retrieve a list of all movies
• Retrieve a subset of movies
  • Given a sort column, return n movie records, offset by p records (this will be used to create "pages" of movies)
  • Sort columns are
    • title
    • release_date
• Given a movie's title...
  • Get a list of customers that have currently checked out a copy of the film
  • Get a list of customers that have checked out a copy in the past
    • ordered by customer id
    • ordered by customer name
    • ordered by check out date

Rental

• Look a movie up by title to see
  • it's synopsis
  • release date
  • and inventory total
• Know if a movie has any inventory available to rent
• See a list of customers that have currently checked out any of the movie's inventory
• Given a customer's id and a movie's title ...
  • "check out" one of the movie's inventory to the customer
    • Establish a return date
    • Charge the customer's account (cost up to you)
  • "check in" one of customer's rentals
    • return the movie to its inventory
• See a list of customers with overdue movies

Interface

• This part of the project is purely an API; all interactions should happen over HTTP requests. There is no front-end, user-facing interface.

Testing

• All endpoints should be tested
• No specific coverage requirements