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|
#python
from collections import namedtuple
class Personne(namedtuple('personne', 'nom profession adresse enfant')):
def __hash__(self):
return hash (self.nom)
def __eq__(self, other):
return self.nom == other.nom
class Enfant(namedtuple('enfant', 'nom ecole sport')):
def __hash__(self):
return hash (self.nom)
def __eq__(self, other):
return self.nom == other.nom
if __name__ == '__main__':
REF_DATA_E1 = [
("pauline", "term", "foot"),
("max", "cm2", ""),
("jeanne", "6", "tennis"),
]
ACTUAL_DATA_E1 = [
("lucie", "", ""),
("max", "cm2", "danse"),
("jeanne", "5", "tennis"),
]
reference_E1 = {}
for item in REF_DATA_E1:
p = Enfant(*item)
reference_E1[p] = p
actuel_E1 = {}
for item in ACTUAL_DATA_E1:
p = Enfant(*item)
actuel_E1[p] = p
REF_DATA = [
("paul", "plombier", "nantes", reference_E1),
("max", "commercial", "lyon", []),
("jeanne", "coo", "marseille", []),
("lilian", "CM", "lile", []),
("seb", "CM", "lile", []),
("maxime", "commercial", "lyon", []),
("maxime2", "commercial", "lyon", []),
]
ACTUAL_DATA = [
("seb", "CM", "paris", []),
("maxime", "ouvrier", "lyon", []),
("pauline", "", "nantes", []),
("paul", "plombier", "nantes", actuel_E1),
("max", "marketing", "lyon", []),
("jeanne", "coo", "aix", []),
("francis", "elec", "paris", []),
("jerem", "elec", "paris", []),
("jerem2", "elec", "paris", []),
]
reference = {}
for item in REF_DATA:
p = Personne(*item)
reference[p] = p
actuel = {}
for item in ACTUAL_DATA:
p = Personne(*item)
actuel[p] = p
sY = set(reference)
sZ = set(actuel)
set1 = sZ - sY
set2 = sY - sZ
list1 = list(set1)
list2 = list(set2)
print("nouvelles personnes :")
for P in list1:
print(str(P.nom))
del actuel[P]
print("\n")
print("personnes parties :")
for P in list2:
print(str(P.nom))
del reference[P]
print("\n")
dem = []
job = []
nouvelle_Enfant = []
enfant_Devenu_Adulte = []
classe = []
sport = []
for p in actuel:
r = reference.get(p)
if r and r.adresse != p.adresse:
dem.append(p)
if r and r.profession != p.profession:
job.append(p)
if r and r.enfant != p.enfant:
sYe = set(r.enfant)
sZe = set(p.enfant)
set1e = sZe - sYe
set2e = sYe - sZe
list1e = list(set1e)
list2e = list(set2e)
for Re in list2e:
enfant_Devenu_Adulte.append(str(Re.nom) + " pour " + str(r.nom))
del reference[r].enfant[Re]
for Pe in list1e:
nouvelle_Enfant.append(str(Pe.nom) + " pour " + str(p.nom))
del actuel[p].enfant[Pe]
for enfant_A in p.enfant:
enfant_R = r.enfant.get(enfant_A)
if enfant_R and enfant_R.ecole != enfant_A.ecole:
classe.append(enfant_A)
if enfant_R and enfant_R.sport != enfant_A.sport:
sport.append(enfant_A)
print("personnes qui ont déménagé :")
for p in dem:
print (p.nom)
print("\n")
print("personnes qui ont changé de job :")
for p in job:
print (p.nom)
print("\n")
print("nouveaux enfants :")
for enf in nouvelle_Enfant:
print (enf)
print("\n")
print("enfants devenus adultes :")
for enf in enfant_Devenu_Adulte:
print (enf)
print("\n")
print("enfants qui ont changé de classe :")
for enf in classe:
print (enf.nom)
print("\n")
print("enfants qui changer de sport :")
for enf in sport:
print (enf.nom)
print("\n") |
