################ 
##            ## 
## Exercice 4 ## 
##            ## 
################ 
print('\nExercice 4\n')

## Question 4.1


def max_abs(x,y) :
    if abs(x) > abs(y) :
        return x
    elif abs(x) == abs(y) :
        if x > 0 :
            return x
        else : # abs(x)==abs(y) et x<=y
            return y
    else : # abs(x)<abs(y)
        return y

x=3
y=-5
print('max_abs(',x,',',y,')=',max_abs(x,y),sep='')

x=5
y=-3
print('max_abs(',x,',',y,')=',max_abs(x,y),sep='')


assert max_abs(3,-5)==-5
assert max_abs(-3,5)==5
assert max_abs(-4,4)==4

def max_abs2(x,y) :
    if abs(x) > abs(y) :
        return x
    elif abs(x) == abs(y) and x > 0 :
        return x
    else :
        return y    

assert(max_abs2(3,-5)==-5)
assert(max_abs2(-3,5)==5)
assert(max_abs2(-4,4)==4)

x=3
y=-5
print('max_abs2(',x,',',y,')=',max_abs(x,y),sep='')

x=5
y=-3
print('max_abs2(',x,',',y,')=',max_abs(x,y),sep='')


def max_abs3(x,y) :
    if abs(x) > abs(y) or (abs(x) == abs(y) and x > 0) :
        return x
    return y # Pourquoi est-ce que ça marche ?

assert(max_abs3(3,-5)==-5)
assert(max_abs3(-3,5)==5)
assert(max_abs3(-4,4)==4)


x=3
y=-5
print('max_abs3(',x,',',y,')=',max_abs(x,y),sep='')

x=5
y=-3
print('max_abs3(',x,',',y,')=',max_abs(x,y),sep='')




## Question 4.2


def print_max_abs(x,y,msg) :
    if abs(x) > abs(y) or (abs(x) == abs(y) and x > 0) :
        print(msg , x)
    else :
        print(msg , y)    


print_max_abs(3,-5,"Message")
print_max_abs(-3,5,"Le plus grand en valeur absolue est :")


def print_max_abs_erreur(x,y) : # Version fautive
    if abs(x) > abs(y) or (abs(x) == abs(y) and x > 0) :
        print(msg,x)
    print(msg,y)





## Question 4.3

def print_max_abs(x,y,msg) :
    print(msg, max_abs(x,y))    

print_max_abs(3,-5,"Message")
print_max_abs(-3,5,"Le plus grand en valeur absolue est :")





################ 
##            ## 
## Exercice 5 ## 
##            ## 
################ 
print('\nExercice 5\n')

def hms(n) :
	secondes = n%60
	minutes_dont_heures = n//60
	minutes = minutes_dont_heures%60
	heures  = minutes_dont_heures//60
	print(n,'--->',heures,'heure(s)', minutes,'minute(s)',secondes,'seconde(s)')

# Il faut toujours faire des tests sur des valeurs simples
hms(60)
hms(3600)
hms(4567)

def hms(n):
    secondes = n%60
    minutes_dont_heures = n//60
    minutes = minutes_dont_heures%60
    heures  = minutes_dont_heures//60
    if secondes<=1: # On peut faire deux cas
        msg_secondes="seconde"
    else:
        msg_secondes="secondes"

    msg_minutes="minutes" # on peux aussi mettre 
    msg_heures="heures"   # des valeurs par défaut
    if minutes<=1: # et les modifier si nécessaire
        msg_minutes="minute"
    if heures<=1:
        msg_heures="heure"
    print(n,'--->',heures,msg_heures, minutes,msg_minutes,secondes,msg_secondes)

hms(60)
hms(3600)
hms(4567)


################ 
##            ## 
## Exercice 6 ## 
##            ## 
################ 
print('\nExercice 6\n')


def spy():
    print('My name is')
    return 7




## Question 6.1


spy()

## Question 6.2


spy 

## Question 6.3


spy() + spy()


## Question 6.4


max(spy() , spy())

## Question 6.5


spy() == 7 or spy() == 'My name is'

## Question 6.6


print(spy())

## Question 6.7


print(print(spy()))