carlosble

type Percentage = Percentage of float
type ResidentDiscount = ResidentDiscount of Percentage
type FamilyDiscount = FamilyDiscount of Percentage
type SpecialResidentDiscount = SpecialResidentDiscount of Percentage 
type BussinesClub = BussinesClub of Percentage
type SpanishSubsidy = 
   | SpecialResident of SpecialResidentDiscount
   | Resident of ResidentDiscount
   | Family of FamilyDiscount

carlosble

//
class Rating {}

class SessionSequence {
    private int sequenceNumber;

    public SessionSequence(int sequenceNumber){
        this.sequenceNumber = sequenceNumber;
    }

carlosble

class ProjectBillingService {
    private final CustomerContract contract;
    private final DeveloperHistoryRepository repository;
    /*...*/
    public ProjectBillingService(DeveloperHistoryRepository repository, CustomerContract contract) {
        this.repository = repository;
        this.contract = contract;
    }
    /*...*/
    public BigDecimal calculateCost(YearMonth yearMonth){

carlosble

import org.junit.Test;

import java.util.Arrays;
import java.util.Objects;

import static org.assertj.core.api.Assertions.*;

public class BenchmarkTests {

    static class Record implements Comparable<Record> {

carlosble

import unittest

from camera import Controller, Sensor, Recorder
from doublex import Spy, Stub, assert_that, called


class CameraTestsUsingLibrary(unittest.TestCase):
    def test_asks_the_recorder_to_stop_recording_when_no_information_received_from_sensor(self):
        sensor = Stub(Sensor)
        recorder = Spy(Recorder)

carlosble

import unittest

from camera import Controller, Sensor, Recorder


class MockMovementSensor(Sensor):
    def is_detecting_movement(self) -> bool:
        return True

carlosble

import unittest

from camera import Controller, Sensor, Recorder


class CameraTests(unittest.TestCase):
    sensor: Sensor
    recorder: Recorder
    controller: Controller

carlosble

import unittest

from camera import Controller, Sensor, Recorder


class CameraTests(unittest.TestCase):
    def test_asks_the_recorder_to_stop_recording_when_no_information_received_from_sensor(self):
        sensor = Sensor()  # mocks
        recorder = Recorder()  # mocks
        self.called = False

carlosble

class Sensor:
    """Lo vamos a simular"""
    def is_detecting_movement(self) -> bool:
        pass


class Recorder:
    """Lo vamos a simular"""
    def start_recording(self):

carlosble

import unittest


from cards import who_wins

# ToDo List:
# diferente cantidad de cartas -> raise error
#    ['1'],['3','4'] -> raise error
# cartas con invalidos,
#    'W' -> raise error