This is my take on the Somos take home task. Please review
- First run
npm install - Run
npm run startto start the GraphQL Server. This generates the GraphQL Query types and spins up an Apollo GraphQL Server - Once running, you can go to
http://localhost:4000/to interact with the server via Apollo Explorer. - Run
npm run codegento generate GraphQL Typescript types without needing to run the server. - Run
npm run testto run test cases.
You can also see all of the documentation on the Schema tab in the Apollo Explorer after going to http://localhost:4000/
| Query | Description |
|---|---|
| getBook(id:int) | Get a specific book |
| getBooks | Get all available books |
| getAuthor(id:int) | Get a specific author |
| getAuthors | Get all available authors |
| Mutation | Description |
|---|---|
| updateBook(id:int book:Book) | update a specific book |
| removeBook(id:int) | removes a book |
| addBook(book:Book) | adds a book |
| addAuthor(author:Author) | adds an author (in order to add an author to a book you need to add/update a book) |
| removeAuthor(id:int) | removes author (in order to remove an author from a book, use updateBook) |
Each section is a specific folder in /src. This describes the purpose
This directory houses all of the code that interacts with the database or any external connection. Keeping these connections separate so that it is more modular.In this case, the database is just in memory state.
This directory holds all of the necessary types, interfaces, and error classes involved with a entity in the application. In this case, there are 2 entities: Book and Author.
This directory is where all of the business logic is held. The code here will
This directory holds all of the GraphQL schemas.