We are going to write a small Twitter clone that will allow the users to post messages to a public stream.
Installation:
psql
CREATE DATABASE cheeps;
\c cheeps;
Run the query saved in file 01_creating_cheep_table.sql
STRAIGHT UP
As a Maker
So that I can let people know what I am doing
#### I want to post a message (peep) to chitter
As a maker
So that I can see what others are saying
#### I want to see all peeps in reverse chronological order
As a Maker
So that I can better appreciate the context of a peep
#### I want to see the time at which it was made
As a Maker
So that I can post messages on Chitter as me
#### I want to sign up for Chitter
HARDER
As a Maker
So that only I can post messages on Chitter as me
I want to log in to Chitter
As a Maker
So that I can avoid others posting messages on Chitter as me
I want to log out of Chitter
ADVANCED
As a Maker
So that I can stay constantly tapped in to the shouty box of Chitter
I want to receive an email if I am tagged in a Peep
In this unit, you integrated a database into Bookmark Manager using the PG gem and SQL queries. You can continue to use this approach when building Chitter Challenge.
If you'd like more technical challenge now, try using an Object Relational Mapper as the database interface.
Some useful resources: DataMapper
Ruby Object Mapper
ActiveRecord
- You don't have to be logged in to see the peeps.
- Makers sign up to chitter with their email, password, name and a username (e.g. [email protected], password123, Sam Morgan, sjmog).
- The username and email are unique.
- Peeps (posts to chitter) have the name of the maker and their user handle.
- Your README should indicate the technologies used, and give instructions on how to install and run the tests.
If you have time you can implement the following:
- In order to start a conversation as a maker I want to reply to a peep from another maker.
And/Or:
- Work on the CSS to make it look good.
Good luck and let the chitter begin!
In code review we'll be hoping to see:
- All tests passing
- High Test coverage (>95% is good)
- The code is elegant: every class has a clear responsibility, methods are short etc.
Reviewers will potentially be using this code review rubric. Referring to this rubric in advance may make the challenge somewhat easier. You should be the judge of how much challenge you want at this moment.
Opening a pull request against this repository will will trigger Travis CI to perform a build of your application and run your full suite of RSpec tests. If any of your tests rely on a connection with your database - and they should - this is likely to cause a problem. The build of your application created by has no connection to the local database you will have created on your machine, so when your tests try to interact with it they'll be unable to do so and will fail.
If you want a green tick against your pull request you'll need to configure Travis' build process by adding the necessary steps for creating your database to the .travis.yml file.
Please ensure you have the following AT THE TOP of your spec_helper.rb in order to have test coverage stats generated on your pull request:
require 'simplecov'
require 'simplecov-console'
SimpleCov.formatter = SimpleCov::Formatter::MultiFormatter.new([
SimpleCov::Formatter::Console,
# Want a nice code coverage website? Uncomment this next line!
# SimpleCov::Formatter::HTMLFormatter
])
SimpleCov.startYou can see your test coverage when you run your tests. If you want this in a graphical form, uncomment the HTMLFormatter line and see what happens!