This system is composed of a Java Backend powered by Spring Boot & PostgreSql, and an AngularJS single page web app.

It is deployed with Heroku at [this site] (https://limitless-beach-88483.herokuapp.com/ "app")

This is a very simple program, leveraging Spring Boot to expose a REST interface to the database. The only notable features are:

• It uses Hibernate validators to constraint CPF values on insert/update.
• The database uses a join table with lazy fetching for the relation between Physicians and Specialties. ** This means the web app must make additional requests to list a physician's specialties, and a specialty associated physicians.

Run "mvn package" on the project root.

• Replace the Spring Boot generated REST interface with a service facade
• Use inheritance to make Physician extend Person

This app was designed following Google's Material Design using the angular-material lib.

It uses a tab panel to navigate between patients, physicians and specialties, and list components to display each kind of entity. Creation and edition of entities is done in-page to avoid pop-ups.

The appropriated entity lists are refreshed every time a tab is changed.

The physician's specialties are selected through an auto-complete field with text search to avoid a large combo box.

CPF validation is powered by ng-cpf-cnpj.

The web app source is in src/main/resources/static/

• Use a packaging system, such as Webpack
• Create a git repository for the web app, and include it in the backent through a git submodule
• Move the pagination controls to it's own directive, or use a ready made lib (couldn't find one ready for material design).
• Add icons to the listings (phone, etc).
• Maybe force the "create" FAB to the bottom of the page
• Create a "details" page for specialties, since it's physician list can become convoluted.
• Double check responsive layout.

Spring Boot and Heroku (first time I used either tech). I was very pleased with Heroku's simplicity, and with Spring Boot's code generation capabilities.