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def TasksController
  def index
    Task.where(index_params)
  end
  def create
    Task.create!(create_params)
  end
  
  private
  

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module Main where
import System.Environment
import Text.ParserCombinators.Parsec
import Control.Monad
import Data.Char

main :: IO ()
main = do putStrLn "What would you like to calculate:"
          input <- getLine
          putStrLn $ readExpr input

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class Array
  def second
    self[1]
  end
end
class Integer
  def one?
    raise "Not Binary" unless self == 1 || self == 0
    self == 1
  end

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Intro to FP and Elixir

##Targeted Audience

The targeted audience are both beginners to functional programming who have experience in programming with at least one imperative style language. The content may also be appealing to those who have programmed in other functional programming languages (e.g. Haskell, Clojure, F#, etc.) or even Erlang programmers, but the content will not be specifically geared towards them.

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## Sort Algorithms in Elixir

# Selection Sort

defmodule Selection do
  def sort(list) when is_list(list) do
    do_selection(list, [])
  end

  def do_selection([head|[]], acc) do

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def foo(args)
 raise ArgumentError unless args.count == 2 && args.keys.include? :bar
 # your code goes here 
end

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class DotStringsParser

  REGEX_QUOTED = /\"((\\\"|[^\"])+)\"/
  REGEX_KEY_VALUE = /#{REGEX_QUOTED}\s*=\s*#{REGEX_QUOTED}/

  def initialize
    @hash = {}
  end

  def convert_to_array(line)