class TestDescendants(unittest.TestCase):
def setUp(self):
self.alice = Person('Alice')
self.bob = Person('Bob')
self.charlie = Person('Charlie')
self.alice.children = [self.bob, self.charlie]
def test_descendants_simple(self):
self.assertEqual(self.alice.count_descendants(), 2)
def test_descendants_none(self):
self.assertEqual(self.bob.count_descendants(), 0)
def test_descendants_several(self):
self.bob.children = [Person('Ed'), Person('Danielle')]
fred = Person('Fred')
gerry = Person('Gerry')
holly = Person('Holly')
ian = Person('Ian')
self.charlie.children = [fred]
fred.children = [gerry]
gerry.children = [holly]
self.assertEqual(self.alice.count_descendants(), 7)
def tuplesToRelations(tupleList):
ret = set()
for tup in tupleList:
rel = Relation(Person([tup[0]]), convertRelation(tup[1]),
Person([tup[2]]))
ret.add(rel)
return ret
def test_descendants_several(self):
self.bob.children = [Person('Ed'), Person('Danielle')]
fred = Person('Fred')
gerry = Person('Gerry')
holly = Person('Holly')
ian = Person('Ian')
self.charlie.children = [fred]
fred.children = [gerry]
gerry.children = [holly]
self.assertEqual(self.alice.count_descendants(), 7)
def test_descendants_several(self):
self.bob.children = [Person('Ed'), Person('Danielle')]
fred = Person('Fred')
gerry = Person('Gerry')
holly = Person('Holly')
ian = Person('Ian')
self.charlie.children = [fred]
fred.children = [gerry]
gerry.children = [holly]
self.assertEqual(self.alice.count_descendants(), 7)
class TestDescendants(unittest.TestCase):
def setUp(self):
self.alice = Person('Alice')
self.bob = Person('Bob')
self.charlie = Person('Charlie')
self.alice.children = [self.bob, self.charlie]
def test_descendants_simple(self):
self.assertEqual(self.alice.count_descendants(), 2)
def test_descendants_none(self):
self.assertEqual(self.bob.count_descendants(), 0)
def test_descendants_several(self):
self.bob.children = [Person('Ed'), Person('Danielle')]
fred = Person('Fred')
gerry = Person('Gerry')
holly = Person('Holly')
ian = Person('Ian')
self.charlie.children = [fred]
fred.children = [gerry]
gerry.children = [holly]
self.assertEqual(self.alice.count_descendants(), 7)
from family import Person, Baby, Teenager, Adult, Senior
from family import load_from_file, save_to_file
#my_family = load_from_file("my_family.json")
#print "I have %d members in my family" % len(my_family)
b=[0,1]
# new baby!
b[0] = Person(3, "Tony", [7, 4, 2015], "Male", "Green")
b[0].last_name = "Rod"
b[1] = Baby(3, "jjjj", [7, 4, 2015], "Male", "Green")
b[1].last_name = "Foto"
#my_family.append(b)
save_to_file(b, "my_family.json")
'''
Created on Nov 25, 2012
@author: Karl
'''
from family import Person, Parent, Child, Sibling, Spouse
JOHN = Person(["John X. Smith"], ["John"], Person.MALE)
ANNE = Person(["Anne Smith"], ["Anne"], Person.FEMALE)
PETE = Person(["Pete"], [], Person.MALE)
BOB = Person(["Bob"], [], Person.MALE)
SUE = Person(["Sue"], [], Person.FEMALE)
ROBERT = Person(["Robert"], [], Person.MALE)
ANNA = Person(["Anna"], [], Person.FEMALE)
HANNAH = Person(["Hannah"], [], Person.FEMALE)
SAVANNAH = Person(["Savannah"], [], Person.FEMALE)
KEN = Person(["Ken Torse"], ["Ken"], Person.MALE)
JANE = Person(["Jane"], [], Person.FEMALE)
JOSEPH = Person(["Joseph"], [], Person.MALE)
JAKE = Person(["Jake"], [], Person.MALE)
JAMES = Person(["James"], [], Person.MALE)
FAMILY = [
Sibling(JOHN, JOSEPH),
Sibling(JOHN, JAKE),
Sibling(JOHN, JAMES),
Sibling(JOHN, JANE),
Parent(ANNE, JOHN),
Parent(PETE, JOHN),
Sibling(PETE, ANNA),
from family import Person
p = Person(1, "Julien", [12, 24, 1980], "Male", "Blue")
p.last_name = "Dupont"
print "%s has %d years old" % (p, p.age())
p2 = Person(2, "Marc", [2, 4, 1986], "Male", "Green")
p2.last_name = "Zuckerberg"
# print "%s is %d" % (p2, p2.age())
if p > p2:
print "%s is older than %s" % (p, p2)
else:
print "%s is younger than %s" % (p, p2)
from family import Person p = Person(1, "bilal", [12, 31, 1980], "Male", "Blue") p.last_name = "Dupont" print "New person %s %s" % (p.get_first_name(), p.last_name)
def setUp(self):
self.alice = Person('Alice')
self.bob = Person('Bob')
self.charlie = Person('Charlie')
self.alice.children = [self.bob, self.charlie]
from family import Person
p = Person(1, "Julien", [12, 24, 1980], "Male", "Blue")
p.last_name = "Dupont"
print "%s has %d years old" % (p, p.age())
p2 = Person(2, "Marc", [2, 4, 1986], "Male", "Green")
p2.last_name = "Zuckerberg"
if p > p2:
print "%s is older than %s" % (p, p2)
else:
print "%s is younger than %s" % (p, p2)
from family import Person
p = Person(1, "Julien", [12, 24, 1980], "Male", "Blue")
p.last_name = "Dupont"
print "%s is male: %s" % (p, p.is_male())
print "%s has %d years old" % (p, p.age())
p2 = Person(2, "Marc", [2, 4, 1986], "Male", "Green")
p2.last_name = "Zuckerberg"
if p > p2:
print "%s is older than %s" % (p, p2)
else:
print "%s is younger than %s" % (p, p2)
def setUp(self):
self.alice = Person('Alice')
self.bob = Person('Bob')
self.charlie = Person('Charlie')
self.alice.children = [self.bob, self.charlie]
from family import Person p = Person(1, "Julien", [12, 24, 1980], "Male", "Blue") p.last_name = "Dupont" print "New person %s %s" % (p.get_first_name(), p.last_name)
