def print_results(l_competitors):
print("Prénom",end="\t")
print("Nom",end="\t")
print("Sexe",end="\t")
print("Num.",end="\t")
print("Performance")
l_temp = l_competitors
while not list1.is_empty(l_temp):
l_tete = list1.head(l_temp)
performance = ()
if len(get_firstname(l_tete)) <= 7 :
print(get_firstname(l_tete),end="\t")
print(get_lastname(l_tete),end="\t")
print(get_sex(l_tete),end="\t")
print(get_bibnum(l_tete),end="\t")
else :
print(get_firstname(l_tete),end=" ")
print(get_lastname(l_tete),end=" ")
print(get_sex(l_tete),end="\t")
print(get_bibnum(l_tete),end=" ")
if get_performance(l_tete) == None :
print()
else :
performance = get_performance(l_tete)
if len(str(get_hours(performance))) == 1 :
print("0" + str(get_hours(performance)),end=":")
elif len(str(get_hours(performance))) == 2 :
print(str(get_hours(performance)),end=":")
print(get_minutes(performance),end=":")
print(get_secondes(performance))
l_temp = list1.tail(l_temp)
def read_performances(filename):
assert (".csv" in filename), 'Le fichier doit être un fichier csv !'
clef = list1.empty_list()
cle = []
stream = open(filename, "r")
phrase = stream.readline()
phrase = stream.readline()
while phrase != '':
cle = phrase.split(';')
temp = cle[3].replace('\n', '')
quadra = (cle[0], create(int(cle[1]), int(cle[2]), int(temp)))
if list1.is_empty(clef):
clef = list1.cons(quadra, clef)
else:
clef = list1.cons(quadra, clef)
phrase = stream.readline()
clef = list1.reverse(clef)
return clef
def read_competitors(filename):
assert(".csv" in filename),'Le fichier doit être un fichier csv !'
clef = list1.empty_list()
d = {}
cle = []
stream = open(filename,"r")
phrase = stream.readline()
phrase = stream.readline()
cpt = 1
while phrase != '' :
cle = phrase.split(';')
d = create (cle[0], cle[1], cle[2], cpt)
if list1.is_empty(clef) :
clef = list1.cons(d,clef)
else :
clef = list1.cons(d,clef)
phrase = stream.readline()
cpt = cpt + 1
clef = list1.reverse(clef)
return clef
def set_performances(l_competitors, l_performances):
l_temp = l_competitors
l_competitor_with_performances = list1.empty_list()
while not list1.is_empty(l_performances):
if get_bibnum(list1.head(l_temp)) == int(
list1.head(l_performances)[0]):
#Vérifie le num du candidat avec le numéro de la performance
l_competitor_with_performances = list1.cons(
list1.head(l_temp), l_competitor_with_performances)
set_perf(list1.head(l_competitor_with_performances),
list1.head(l_performances)[1])
l_performances = list1.tail(l_performances)
else:
l_competitor_with_performances = list1.cons(
list1.head(l_temp), l_competitor_with_performances)
l_temp = list1.tail(l_temp)
l_competitors = l_competitor_with_performances
l_competitors = list1.reverse(l_competitors)
def save_results(l_competitors,filename):
stream = open(filename + ".csv","w+")
l_temp = l_competitors
stream.write("Prénom;Nom;Sexe;Num_dossard;Performance\n")
while not list1.is_empty(l_temp) :
l_tete = list1.head(l_temp)
stream.write(str(get_firstname(l_tete)) + ";")
stream.write(str(get_lastname(l_tete)) + ";")
stream.write(str(get_sex(l_tete)) + ";")
stream.write(str(get_bibnum(l_tete)) + ";")
if get_performance(l_tete) == None:
stream.write("\n")
else :
performance = get_performance(l_tete)
if len(str(get_hours(performance))) == 1 :
stream.write("0" + str(get_hours(performance)) + ":")
elif len(str(get_hours(performance))) == 2 :
stream.write(str(get_hours(performance)) + ":")
stream.write(str(get_minutes(performance)) + ":")
stream.write(str(get_secondes(performance)) + "\n")
l_temp = list1.tail(l_temp)
stream.close()