bChiquet

from fractions import gcd
import unittest
from itertools import combinations


baseMods=[(3, 'fizz'),
          (5, 'buzz'),
          (7, 'foo')]

mods = []

bChiquet

main = do
    hspec $ do
        describe "thisYearCoef" $ do
            it "starts at 100" $ do
                thisYearCoef New `shouldBe` 100
            it "decreases by 5percent from previous year without accident" $ do
                thisYearCoef (Existing 100) `shouldBe` 95
                thisYearCoef (Existing 95) `shouldBe` 90
                thisYearCoef (Existing 80) `shouldBe` 76
        

bChiquet

--Haskell as OO code

data Card = Card Rank Suit  -- my object data
  deriving (Eq, Show)       -- The "Card" objects inherits Eq, Show from its subcomponents (Eq = equals, Show = toString)
  
instance Ord Card where     -- I say Card implements the interface Ord
  compare (Card rank1 _) (Card rank2 _) = compare rank1 rank2  -- Ord has the compare method so I implement it for Card

bChiquet

import random

city = {"gold"      : 5,
        "food"      : 5,
        "health"    : 5,
        "civilians" : 5,
        "army"      : 5}

def hasFallen (city) :
    def militaryPutsch(city):

bChiquet

event_reaction_map = {}


def apply_events_triggered_by(event):
        if event in event_reaction_map:
            for reaction in event_reaction_map[event]:
                reaction()


def react_to(event):

bChiquet

the castle

Rules

Avoid the fall of your city

description

Your city is modeled by several gauges :

• gold
• wheat

bChiquet

event_reaction_map = {}


def apply_effects_of(event):
        if event in event_reaction_map:
            for reaction in event_reaction_map[event]:
                reaction()


def react_to(event):

bChiquet

from unittest import TestCase

class Anything:
    def __eq__(self, other):
        return True

    def __ne__(self, other):
        return False

bChiquet

# Let's start with an easy challenge... Hundreds of visitors shop inside a shopping mall .
# The aim of this challenge is to determine how many people are present in the shopping mall
# at a given point in time.
#
# Data
#
# Input

bChiquet

import Test.Hspec

main = hspec $ do
  describe "fizbuzz" $ do
    it "1 gives 1" $ do
      fizzBuzz 1 `shouldBe` "1"
    it "2 gives 2" $ do
      fizzBuzz 2 `shouldBe` "2"
    it "3 gives fizz" $ do
      fizzBuzz 3 `shouldBe` "fizz"