def test_correct_numerals(self):
"""Roman.is_roman_numeral should return True for correct roman numerals."""
for numeral in correct_numerals:
self.assertTrue(
roman.Roman.is_roman_numeral(numeral),
msg="'{0}' is not an incorrect numeral.".format(numeral))
self.assertEqual(numeral, str(roman.Roman(numeral)))
def __init__(self):
self.__intergalactic = {}
self.__metal = {}
self._symbol = roman.Roman()
self._command_types = MappingProxyType({
"ASSIGMENT":
"^([A-Za-z]+) is ([A-Z])$",
"CREDITS":
"^([A-Za-z]+)([A-Za-z\\s]*) is ([0-9]+) (Credits)$",
"HOW_MUCH":
"^how much is (([A-Za-z\\s])+)\\?$",
"HOW_MANY":
"^how many Credits is (([A-Za-z\\s])+)\\?$",
})
def test_inversion(self):
for i in range(1, 4000):
self.assertEqual(int(roman.Roman(i)), i)
def test_known_numerals(self):
"""Roman(numeral) converts to the right integer."""
for numeral, value in known_numerals:
self.assertEqual(int(roman.Roman(numeral)), value)
def test_known_numerals(self):
"""Roman(integer) makes a correct numeral."""
for numeral, value in known_numerals:
self.assertEqual(str(roman.Roman(value)), numeral)
def test_two_plus_five(self):
self.assertEqual("VII", roman.Roman().add("II", "V"))
def test_one_plus_two(self):
self.assertEqual("III", roman.Roman().add("I", "II"))
def test_three_plus_three(self):
self.assertEqual("VI", roman.Roman().add("III", "III"))
def __init__(self, fenetre, **kwargs):
Tk.__init__(self)
self.title("Thot") # changer le titre de la fenêtre
self.geometry("1080x900") # changer les dimension de la fenêtre
self.minsize(480, 360) # fixer la taille min de la fenêtre
self.iconbitmap("thot.ico") # donner l'url du l'icone
self.config(background='#000000') # Donner la couleur de fond
self.main = Frame(fenetre, padding="4 4 4 4", background='#E2BC74') # On déclare la frame principale
self.main.pack(fill=BOTH)
fenetre.columnconfigure(0, weight=1)
fenetre.rowconfigure(0, weight=1)
self.Titre = Label(self.main, text="Bienvenue dans Thot", font=("Times New Roman", 32), bg='#FEFEFE', fg='#850606')
self.Titre.pack(side=TOP)
self.fenIntro = Label(self.main, text="Un logiciel de traitement de text indépendant et surtout libre.", font=("Times New Roman", 16), bg='#FEFEFE', fg='#000000')
self.fenIntro.pack(side=TOP)
self.cadreDoc = Frame(self.main, bg='#E0CDA9')
self.cadreDoc.pack(expand=YES)
self.cadreDocTitre = Label(self.cadreDoc, text="Document", font=("Times New Roman", 16), bg='#FEFEFE', fg='#000000')
self.cadreDocTitre.pack(side=TOP)
self.docs = ["Brouillon", "Compte-rendu, résumé, synthèse", "Devoirs de maths ou une autre science", "Devoirs littéraire ou d'histoire", "Lettre", "Rapports, thèse"]
self.docsB = list()
for i, doc in enumerate(self.docs):
self.docsB.append(Button(self.cadreDoc, text=doc, font=('Times New Roman', 16), bg="#000000", fg='#FEFEFE'))
self.docsB[i].pack()
self.cadreMuse = Frame(self.main, bg='#E1CE9A')
self.cadreMuse.pack(expand=YES)
self.cadreMuseTitre = Label(self.cadreMuse, text="Muse", font=("Times New Roman", 16), bg='#FEFEFE', fg='#000000')
self.cadreMuseTitre.pack(side=TOP)
self.muses = ["Film", "Court-métrage", "Vidéo", "Pub", "Livre", "Roman", "Nouvelle", "Pièce de théâtre", "Jeu"]
self.musesF = [lambda: film.Film(self), lambda: cm.CM(self), lambda: video.Video(self), lambda: pub.Pub(self), lambda: livre.Livre(self), lambda: roman.Roman(self), lambda: nouvelle.Nouvelle(self), lambda: theatre.Theatre(self), lambda: jeu.Jeu(self)]
self.musesB = list()
for i, muse in enumerate(self.muses):
self.musesB.append(Button(self.cadreMuse, text=muse, command=self.musesF[i], font=('Times New Roman', 16), bg="#000000", fg='#FEFEFE'))
self.musesB[i].pack()
self.cadreMuseTitre2 = Label(self.cadreMuse, text="Élément histoire", font=("Times New Roman", 16), bg='#FEFEFE', fg='#000000')
self.cadreMuseTitre2.pack()
self.muses2 = ["Personnage"]
self.muses2B = list()
for i, muse in enumerate(self.muses2):
self.muses2B.append(Button(self.cadreMuse, text=muse, font=('Times New Roman', 16), bg="#000000", fg='#FEFEFE'))
self.muses2B[i].pack()
def test_inversion():
for i in range(1, 4000):
assert_equal(int(roman.Roman(i)), i)
def test_to_integer():
"""Roman(numeral) converts to the right integer."""
for numeral, value in known_numerals:
assert_equal(int(roman.Roman(numeral)), value)
def test_from_integer():
"""Roman(integer) makes a correct numeral."""
for numeral, value in known_numerals:
assert_equal(str(roman.Roman(value)), numeral)