You are given a few simple tasks in order to exercise the skills learned through the first lectures from the Node.js course. The main goal is to improve your knowledge on using async operations, modules and building the design of your applications, all that in a Node.js environment.

Extend the IMDB scrapper from here. Now, the scrapper only parses simple information about each movie (its title and id in IMDB).

• Fork the repository in your account
• Add your teammates as committers

• Extract the wait() method
• Find a way to improve the generation of urls
  • i.e. use some kind of string formatters
    • Hint Lodash and its template engine may be your solution\
• Extract all "magic" values to meaningful constants
• Extract into a module all simple-movie-scrapping functionality
  • app.js should be just the entry-point of the application

• Using the simple-movie-scrapping functionality, extract in your database ~2000 movies

• Write functionality for extracting detailed information for the simple movies

  • Store them in a new collection, i.e. MovieDetails
  • Do not change the SimpleMovie mongoose model in any way

• For each movie extract:

  • At least one cover image (its link)
  • Optional trailer (its link), if one is available
  • Title
  • Description/Storyline
  • Categories (Genres)
  • Release date
  • List of actors
    • Nested documents
    • Have name of the role in the movie, name, id in IMDB and profile image (its link)
  • Use this page for reference

• Write functionality for extracting detailed information for actors

  • Store them in a new collection, i.e. Actors
  • Do not store actors detailed info in SimpleMovie or MovieDetails mongoose models

• For each actor extract:

  • At least profile image (its link)
  • Name
  • Biography
  • A list of movies, he took part in:
    • For each movie extract name of the movie, the id of the Movie in IMDB, and the name of the character
  • Use this page for reference

• Review your application and think of a way to improve the quality
  • More abstraction of the modules
  • Extracting constants and "magic" values
  • etc...

• Each team member submits the team's solution at the course page