PhoneNumber class

class PhoneNumber :

    def __init__(self,c,z,pr,po) :
        self.country = c
        self.zone = z
        self.prefix = pr
        self.postfix = po

    def call(self) :
        print("Calling number " + str(self))

    def __str__(self):
        return "+" + self.country + "(0)" + self.zone \
               + "/" + self.prefix + self.postfix

Creating and using PhoneNumber objects

>>> number_kim = PhoneNumber("32","10","4","79111")
>>> print(number_kim)
+32(0)10/479111
>>> number_kim = PhoneNumber("32","10","4","79111")
>>> print(number_kim)
+32(0)10/479111
>>> number_kim.call()
Calling number +32(0)10/479111

NokiaPhone class

class NokiaPhone :

    def __init__(self,s,p,t,n) :
        self.marque = "Nokia"
        self.serie = s
        self.poids = p
        self.taille = t
        self.numero = n

    def print_type(self) :
        print(self.marque + " " + str(self.serie))

    def print_specs(self) :
        self.print_type()
        print("Poids:  " + str(self.poids) + " g")
        print("Taille: " + self.taille + " mm")

    def print(self) :
        self.print_specs()
        print(self.numero)

    def __eq__(self, other) :
        return (self.marque == other.marque)     \
               and (self.serie == other.serie)   \
               and (self.poids == other.poids)   \
               and (self.taille == other.taille)

    def __str__(self) :
        return self.marque + " " + str(self.serie) + "\n" \
               + "Poids:  " + str(self.poids) + " g" + "\n" \
               + "Taille: " + self.taille + " mm" + "\n"

Creating and using NokiaPhone objects

>>> phone_kim = NokiaPhone(5110,170,"132x48x31",number_kim)
>>> phone_kim.print()
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm
+32(0)10/479111

>>> phone_kim.print_specs()
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm

>>> phone_kim.print_type()
Nokia 5110

>>> print(phone_kim)
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm

Attention : phone_kim.print() ≠ print(phone_kim) ! Pourquoi ?

>>> number_charles = PhoneNumber("32","10","4","79222")
>>> nokia_charles = NokiaPhone(7.1,160,"150x71x8",number_charles)
>>> print(nokia_charles)
Nokia 7.1
Poids:  160 g
Taille: 150x71x8 mm

>>> number_siegfried = PhoneNumber("32","10","4","79333")
>>> nokia_siegfried = NokiaPhone(5110,170,"132x48x31",number_siegfried)
>>> nokia_siegfried.print_specs()
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm

>>> phone_charles = phone_kim
>>> phone_charles.marque = "Alcatel"
>>> phone_charles = None
>>> print(phone_kim)
Alcatel 5110
Poids:  170 g
Taille: 132x48x31 mm

>>> nokia_kim = NokiaPhone(5110,170,"132x48x31",number_kim)
>>> nokia_siegfried = NokiaPhone(5110,170,"132x48x31",number_siegfried)
>>> print(nokia_kim == nokia_siegfried) # appelera la méthode magique __eq__
True
>>> print(nokia_kim is nokia_siegfried) # appelera la méthode magique __eq__
False

>>> import copy
>>> nokia_siegfried = copy.copy(nokia_kim)
>>> nokia_kim.poids = 200
>>> print(nokia_kim)
Nokia 5110
Poids:  200 g
Taille: 132x48x31 mm
>>> print(nokia_siegfried)
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm

>>> kim_phone = NokiaPhone(5110,170,"132x48x31",number_kim)
>>> siegfried_phone = copy.copy(kim_phone)
>>> charles_phone = copy.deepcopy(kim_phone)
>>> number_kim.postfix = "79000"
>>> kim_phone.print()
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm
+32(0)10/479000
>>> siegfried_phone.print()
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm
+32(0)10/479000
>>> charles_phone.print()
Nokia 5110
Poids:  170 g
Taille: 132x48x31 mm
+32(0)10/479111

Attention : le numéro de téléphone de Charles n'a pas changé (deep copy) mais le numéro de Siegried a changé (shallow copy).