def create_large_educatives_and_seminar(cls):
NUMBER_OF_KENS = 50
NUMBER_OF_EDUCATIVES = 900
NUMBER_OF_HUGS = 45
NUMBER_OF_VEGETARIAN_HUGS = 8
kens = []
for i in xrange(NUMBER_OF_KENS):
ken = Ken()
ken.name = "Ken " + str(i)
kens.append(ken)
cls.session.add(ken)
educatives = []
for i in xrange(NUMBER_OF_EDUCATIVES):
educative = Educative()
if random.randint(0, 2) == 0:
educative.gender = MALE
else:
educative.gender = FEMALE
if random.randint(0, 9) == 0:
educative.food = VEGETARIAN
else:
educative.food = MEAT
educative.first_name = "Educative"
educative.last_name = str(i)
educative.ken = kens[random.randint(0, NUMBER_OF_KENS - 1)]
educatives.append(educative)
cls.session.add(educative)
seminar = Seminar()
seminar.name = 'Seminar'
cls.session.add(seminar)
camp1, camp2, camp3 = Camp(), Camp(), Camp()
camp1.name = 'Camp 1'
camp2.name = 'Camp 2'
camp3.name = 'Camp3'
seminar.camps += [camp1, camp2, camp3]
[cls.session.add(c) for c in seminar.camps]
hugs = []
for i in xrange(NUMBER_OF_HUGS):
hug = Hug()
hug.name = "Hug " + str(i)
hug.camp = seminar.camps[i % 3]
if i < NUMBER_OF_VEGETARIAN_HUGS:
hug.food = VEGETARIAN
hugs.append(hug)
cls.session.add(hug)
for j in xrange(random.randint(1, 2)):
madrich = Madrich()
madrich.first_name = "Madrich"
madrich.last_name = str(j)
madrich.ken = kens[random.randint(0, NUMBER_OF_KENS - 1)]
hug.madrichim.append(madrich)
cls.session.add(madrich)
return educatives, seminar
def create_small_educatives_and_seminar(cls):
misgav = Ken()
misgav.name = 'Misgav'
cls.session.add(misgav)
karmiel = Ken()
karmiel.name = 'Karmiel'
cls.session.add(karmiel)
aviad = Educative()
aviad.gender = MALE
aviad.first_name = "Aviad"
aviad.ken = misgav
cls.session.add(aviad)
naama = Educative()
naama.gender = FEMALE
naama.first_name = "Naama"
naama.ken = karmiel
cls.session.add(naama)
inbar = Educative()
inbar.gender = FEMALE
inbar.first_name = "Inbar"
inbar.ken = misgav
cls.session.add(inbar)
alon = Educative()
alon.gender = MALE
alon.first_name = "Alon"
alon.ken = karmiel
cls.session.add(alon)
seminar = Seminar()
cls.session.add(seminar)
camp = Camp()
camp.seminar = seminar
cls.session.add(camp)
hug1 = Hug()
hug1.name = "Hug1"
hug1.camp = camp
cls.session.add(hug1)
hug2 = Hug()
hug2.name = "Hug2"
hug2.camp = camp
cls.session.add(hug2)
return [aviad, naama, inbar, alon], seminar
def test_madrich(self):
ken = Ken()
ken.name = 'Misgav'
seminar = self.create_seminar(1, 1)
hug = seminar.camps[0].hugs[0]
aviad = Educative()
aviad.first_name = 'Aviad'
aviad.ken = ken
aviad.hug = hug
madrich = Madrich()
madrich.first_name = 'Cool'
madrich.last_name = 'Guy'
madrich.ken = ken
madrich.hug = hug
constraint = MadrichHardConstraint()
self.assertTrue(not constraint.is_valid(aviad, [aviad], seminar))
def test_ken_constant(self):
constraint = KenRandomSoftConstraint(10, 10, 10)
seminar = self.create_seminar(1, 2)
hugs = seminar.camps[0].hugs
ken1 = Ken()
ken1.name = "A"
ken2 = Ken()
ken2.name = "B"
second_ken = SecondKen()
second_ken.name = "c"
self.session.add(ken1)
self.session.add(ken2)
self.session.add(second_ken)
educative1 = Educative()
educative1.ken = ken1
educative1.hug = hugs[0]
self.session.add(educative1)
educative2 = Educative()
educative2.ken = ken1
educative2.hug = hugs[0]
self.session.add(educative2)
educative3 = Educative()
educative3.ken = ken1
educative3.hug = hugs[1]
self.session.add(educative3)
educative4 = Educative()
educative4.ken = ken2
educative4.second_ken = second_ken
educative4.hug = hugs[1]
self.session.add(educative4)
score = constraint.calculate_score([educative1, educative2, educative3, educative4], seminar)
self.assertEquals(score, 70)