def testGetTheLimit(self):
stu = Student()
self.assertEqual(stu.getLimitOfTries("receita"),6)
self.assertNotEqual(stu.getLimitOfTries("receita"),5)
self.assertEqual(stu.getLimitOfTries("manchete"),9)
self.assertEqual(stu.getLimitOfTries("resenha"),15)
self.assertEqual(stu.getLimitOfTries("noticia"),30)
self.assertEqual(stu.getLimitOfTries("artigo"),15)
self.assertEqual(stu.getLimitOfTries("horoscopo"),15)
self.assertEqual(stu.getLimitOfTries("cronica"),18)
self.assertEqual(stu.getLimitOfTries("nonexistinggenre"),0)
self.assertNotEqual(stu.getLimitOfTries("nonexistinggenre"),1)
def main():
# Creamos una instancia de Persona
p1 = Person('John', 36)
# Obtenemos los atributos de la instancia
print(p1.name) # John
print(p1.age) # 36
# Ejecutamos la función greet() de la clase Persona
print(p1.greet()) # Hello my name is John
# Usamos get para obtener el atributo name
print('The created person name is ' + p1.getName() + ' at the beginning')
# Usamos set para modificar el atributo name
p1.setName('Marta')
print('Now the name changed to ' + p1.getName())
# __rpr__ devuelve la info de la instancia en formato string
print(p1.__repr__())
# __str__ muestra en pantalla la info de la instancia
print(p1.__str__())
# Creamos una instancia de Student, heredera de Person
s1 = Student('Noelia', 24)
# Comprobamos que podemos usar los métodos de Person
s1.greet()
# Creamos una instancia de Teacher, heredera de Person
t1 = Teacher('Roger', 42, 0)
# Comprobamos que podemo usar los métodos de Person...
print("The teacher's name is: " + t1.getName())
# y que también se pueden usar métodos propios de Teacher
print('And his patience is: ' + str(t1.getPatience()))
def testSaveText(self):
stu = Student()
self.assertTrue(stu.saveText("Didier", "Escola Santa Clara", 'manchete', "here comes the text!"))
self.assertTrue(stu.saveText("Didier", "Escola Santa Clara", 'manchete', "here comes the text!",["crit1","crit2"]))
def testGetLastText(self):
stu = Student()
self.assertTrue(stu.saveText("Didier", "Escola Santa Clara", 'manchete', "here comes the text!"))
self.assertEqual(stu.getLastText("Escola Santa Clara","Didier",'manchete'),"here comes the text!")
def testPassedTheLimitOfTries(self):
stu = Student()
stu.saveText("Didier", "Escola Santa Clara", 'noticia', "text1",[])
stu.saveText("Didier", "Escola Santa Clara", 'noticia', "text2",["crit1","crit2"])
stu.saveText("Didier", "Escola Santa Clara", 'noticia', "text3")
stu.saveText("Didier", "Escola Santa Clara", 'noticia', "text4")
self.assertFalse(stu.passedTheLimitOfTries("Didier","Escola Santa Clara","noticia"))
stu.saveText("Didier", "Escola Santa Clara", 'noticia', "text5")
stu.saveText("Didier", "Escola Santa Clara", 'noticia', "text6")
self.assertTrue(stu.passedTheLimitOfTries("Didier","Escola Santa Clara","noticia"))
return wrapper
@log
def now(a):
print('2017-09-24')
print(a)
now("liuyinghui")
print(now.__name__)
print(sys.path)
std = St("liuyinghui", 100)
std.score = 85
std.Print()
print(std)
print(St)
print(std.GetGrade())
f = open("d:/hello.txt", 'rb')
string1 = f.readline()
print((string1))
string2 = str(string1)
print((string2))
f.close()
with open("d:/hello.txt", 'r') as f:
string3 = f.read()
print(string3)
