rodloboz

Mistral

Mix.install([
  {:mistral, "~> 0.3.0"},
  {:anthropix, "~> 0.6"},
  {:kino, "~> 0.15.0"},
])

rodloboz

def hello(name = "world")
  "Hello, #{name}!"
end

rodloboz

FROM ruby:2.6.5-alpine

RUN apk add --update --no-cache bash build-base nodejs sqlite-dev tzdata postgresql-dev yarn

RUN gem install bundler:2.1.4

WORKDIR /usr/src/app

COPY package.json yarn.lock ./
RUN yarn install --check-files

rodloboz

# Gem/Library to allow Ruby to interact with the DB
require 'sqlite3'
require 'byebug'

require_relative 'doctor'

# Create a DB connection
DB = SQLite3::Database.new("doctors.db")

#[[1, "John Smith", 39, "Anesthesiologist"], [2, "Emma Reale", 31, "Cardiologist"]]

rodloboz

DB = "connection to the DB"

def find_tracks_by_genre(genre_name)
  query = <<SQL
  SELECT tracks.name, tracks.composer
  FROM tracks
  JOIN playlist_tracks ON playlist_tracks.track_id = tracks.id
  JOIN playlists ON playlist_tracks.playlist_id = playlists.id
  WHERE playlists.name = '#{genre_name}';
  SQL

rodloboz

-- GIVE ALL THE PATIENT NAMES
SELECT first_name, last_name FROM patients;

-- GIVE ALL THE DOCTOR NAMES
SELECT first_name, last_name FROM doctors;

-- GIVE ME ALL YOU GOT ON PATIENTS
SELECT * FROM patients;

-- GIVE ME ALL THE PATIENTS AGED 21

rodloboz

require_relative "task"
require_relative "task_repository"
require_relative "tasks_controller"
require_relative "router"

require "byebug"


# Create an instance of TaskRepository
task_repository = TaskRepository.new

rodloboz

# color, brand, speed

# Class names are in UpperCamelCase
# Open a class statement
class Car
  attr_reader :brand, :license_plate # Creates GETTERS
  # attr_writer :color # Creates SETTERS
  attr_accessor :color # Creates GETTERS and SETTERS

rodloboz

# CEO - Chief Executive Officer
# ASAP - as soon as possible
# DIY - DO IT YOURSELF


def acronymize(sentence)
  # sentence.upcase.split.map(&:chr).join

rodloboz

# Write a game where the player has to guess a
# random price between 1 and 100 chosen by the program.
# The program should keep asking until the player
# guesses the right price.
# When the guess is right, the program displays how
# many guesses it took the player to win.

# generate random price between 1 and 100
# ask the player for a number (between 1 to 100)
# store attempt number