def login_():
em = EntityManager()
db = em.get_db()
userId = -1
questions = [
inquirer.RequiredText("email", "Addresse email"),
inquirer.Password("password", "Mot de passe")
]
while "Verfication de l'utilisateur":
try:
answers = inquirer.prompt(questions)
if len(answers.keys()) != 2:
return False
username = answers["email"]
password = answers["password"]
#cuGetTypeBien = db.cursor(dictionary=True)
users = Personne.where(
"email= '{}' AND mot_de_passe='{}' LIMIT 0,1".format(
username, password))
#userRes = cuGetTypeBien.fetchall()
if len(users) == 1:
g = Gui()
g.user = users[0]
userId = users[0].id
break
print("L'utilisateur n'existe pas")
except KeyboardInterrupt:
return False
return True
def register_():
print("Hello new user, please fill out the following form \n\n")
entity = Personne()
answers = None
fields = [
"nom",
"prenom",
]
questions = [
inquirer.Text("nom", message="Nouveau nom"),
inquirer.Text("prenom", message="Nouveau prénom"),
inquirer.List("genre", message="Genre", choices=["Homme", "Femme", "Agender", "Pangender", "Androgyne", "Genre fluide"]),
inquirer.Email("email","Email"),
inquirer.Password("mot_de_passe", message="Mot de passe")
]
while "Create a user uniquely with his email":
answers = inquirer.prompt(questions)
if answers is None or not len(answers.keys()) :
return False
#check if user doesn't aready exist
#TODO change he email field to actual email table field
if len(Personne.where("`email` = '{}'".format(answers["email"]))) > 0:
print("Un utilisateur avec l'email {} existe déjà...\n\n".format(answers["email"]))
else:
break
logging.debug("Creating user (%s) with values %s", entity, answers)
for field, value in answers.items():
setattr(entity, field, value)
logging.debug("Entite personne %s", entity)
print("\nMerci, maintenant nous voulons encore recuillir votre adresse \n")
ad_data = get_address()
if not len(ad_data.keys()):
return False
adresse = Addresse.create(**ad_data)
p = Personne(**answers)
p.adresse_id = adresse.id
p.save()
logging.debug("personne %s", p)
g = Gui()
g.user = p
print("Utilisateur crée avec succès!")
Page.wait_input()
return True
def change_email():
g = Gui()
current_user = g.user
questions = [inquirer.Email("email", message="nouvelle email")]
answers = inquirer.prompt(questions)
if "email" not in answers.keys():
return False
email = answers["email"]
if len(Personne.where("`email`='{}'".format(email))) > 0:
print("Un utilisateur possède déjà cette email...")
Page.wait_input()
return False
query = "UPDATE personne SET email='{}' WHERE id = {}".format(
answers["email"], current_user.id)
logging.debug("QUERY: %s", query)
cursor = db.cursor()
cursor.execute(query)
db.commit()
if cursor.rowcount > 0:
print("Email mis à jour")
else:
print("Echec de la mise à jour")
Page.wait_input()
return True
def displayRental():
g = Gui()
# a ajouter avant where
query = "SELECT * FROM location_personne INNER JOIN search_biens ON bien_immobilier_id = search_biens.bien_id WHERE location_personne.date_arrivee > NOW() AND location_personne.estConfirme IS NULL AND personne_id = {}".format(
g.user.id)
logging.debug(query)
locations = getQueryRes(query)
headerBiens = [
"Cap. person.", "Taille (m²)", "type_bien", "Description", "Rue",
"Commune", "Etat", "date arrivee", "date depart"
]
biens = []
for location in locations:
biens.append([
location["capacite"], location["taille"], location["type_bien"],
location["description"], location["rue"], location["commune"],
location["etat"], location["date_arrivee"], location["date_depart"]
])
if biens:
print(
tt.to_string(
data=biens,
header=headerBiens,
style=tt.styles.ascii_thin_double,
))
input("Appuyez sur une touche")
return True
def rentals_before():
Page.clear()
g = Gui()
current_user = g.user
logging.debug("Current user id %s", current_user.id)
#Print my buildings
cursor = db.cursor(dictionary=True)
query = "SELECT *, location.id location_id, location.date_arrivee, DATE_ADD(location.date_arrivee, INTERVAL location.duree DAY) as date_depart FROM location_prioprietaire INNER JOIN location on location.bien_immobilier_id = location_prioprietaire.bien_id WHERE proprietaire_id = {} AND estConfirme = 1 AND location.date_arrivee < DATE(NOW())".format(
current_user.id)
logging.debug("QUERY: %s", query)
cursor.execute(query)
my_rentals = cursor.fetchall()
db.commit()
logging.debug("LOCATION EN ATTENTE : %s", my_rentals)
headers = [
"id", "Type de bien", "description", "addresse", "date arrivée",
"date départ"
]
def build_addresse(ad):
if ad is None:
return ""
return "" + ad["rue"] + " " + ad["numero"] + " " + ad[
"etat"] + "(" + ad["commune"] + ")"
data = list(
map(
lambda x: (x["bien_id"], x["type_bien"], x["description"][:20],
build_addresse(x), x["date_arrivee"], x["date_depart"]),
my_rentals))
if len(data) <= 0:
data = [["" for i in range(len(headers))]]
string = tt.to_string(
data,
header=headers,
style=tt.styles.ascii_thin_double,
)
print(string)
#Actions on buildings
mapping_actions = {"Retour": "return"}
actions = [
inquirer.List("action",
message="Que voulez vous faire?",
choices=["Retour"])
]
action = inquirer.prompt(actions)
logging.debug("CHOOSING TO DO %s ON BUILDING", action)
if action is None or "action" not in action.keys():
return False
action = mapping_actions[action["action"]]
if action == "return":
return False
def start_gui():
try:
app = QApplication(sys.argv)
Gui(app)
timer = QTimer()
timer.timeout.connect(lambda: None)
timer.start(100)
sys.exit(app.exec_())
except Exception:
logging.error('unexpected error', exc_info=True)
def change_menu():
g = Gui()
user_type = g.user_type
if user_type == "proprietaire":
main.append_item(search)
main.append_item(RentalMenu)
main.append_item(manage_properties)
main.append_item(profil_page)
else:
main.append_item(search)
main.append_item(RentalMenu)
main.append_item(profil_page)
def change_address():
g = Gui()
current_user = g.user
query = "DELETE FROM adresse WHERE id = {}".format(current_user.adresse_id)
logging.debug("EXECUTING QUERY: %s", query)
cursor = db.cursor()
cursor.execute(query)
db.commit()
if cursor.rowcount > 0:
address = Addresse.create(**get_address())
current_user.adresse_id = address.id
current_user.save()
print("Mise à jour de l'adresse effectué!")
else:
print("Impossible de mettre à jour l'adresse actuel")
Page.wait_input()
return True
def change_password():
g = Gui()
current_user = g.user
questions = [inquirer.Password("password", message="nouveau mot de passe")]
answers = inquirer.prompt(questions)
if "password" not in answers.keys():
return False
query = "UPDATE personne SET mot_de_passe='{}' WHERE id = {}".format(
answers["password"], current_user.id)
logging.debug("QUERY: %s", query)
cursor = db.cursor()
cursor.execute(query)
db.commit()
if cursor.rowcount > 0:
print("Mot de passe mis à jour")
else:
print("Echec de la mise à jour")
Page.wait_input()
return True
def change_data():
g = Gui()
current_user = g.user
questions = [
inquirer.Text("nom", message="Nouveau nom"),
inquirer.Text("prenom", message="Nouveau prénom"),
inquirer.List("genre",
message="Genre",
choices=[
"Homme", "Femme", "Agender", "Pangender",
"Androgyne", "Genre fluide"
],
default=current_user.genre)
]
answers = inquirer.prompt(questions)
if "genre" not in answers.keys():
return False
fields = {k: v for k, v in answers.items() if v}
if len(fields.keys()) <= 0:
return False
set_query = "SET "
for k, v in fields.items():
set_query += "{} = '{}', ".format(k, v)
query = "UPDATE personne {} WHERE id = {}".format(set_query[:-2],
current_user.id)
logging.debug("QUERY: %s", query)
cursor = db.cursor()
cursor.execute(query)
db.commit()
if cursor.rowcount > 0:
print("Mot de passe mis à jour")
else:
print("Echec de la mise à jour")
Page.wait_input()
return True
print("Mise à jour de vos donnée personnel effectué avec succès")
Page.wait_input()
def rentals_future():
Page.clear()
g = Gui()
current_user = g.user
logging.debug("Current user id %s", current_user.id)
#Print my buildings
cursor = db.cursor(dictionary=True)
query = "SELECT *, location.id location_id, location.date_arrivee, DATE_ADD(location.date_arrivee, INTERVAL location.duree DAY) date_depart FROM location_prioprietaire INNER JOIN location on location.bien_immobilier_id = location_prioprietaire.bien_id WHERE proprietaire_id = {} AND estConfirme = 1 AND DATE_ADD(location.date_arrivee, INTERVAL location.duree DAY) > DATE(NOW())".format(
current_user.id)
logging.debug("QUERY: %s", query)
cursor.execute(query)
my_rentals = cursor.fetchall()
db.commit()
logging.debug("LOCATION EN ATTENTE : %s", my_rentals)
headers = [
"id", "Type de bien", "description", "addresse", "date arrivée",
"date départ"
]
def build_addresse(ad):
if ad is None:
return ""
return "" + ad["rue"] + " " + ad["numero"] + " " + ad[
"etat"] + "(" + ad["commune"] + ")"
data = list(
map(
lambda x: (x["bien_id"], x["type_bien"], x["description"][:20],
build_addresse(x), x["date_arrivee"], x["date_depart"]),
my_rentals))
if len(data) <= 0:
data = [["" for i in range(len(headers))]]
string = tt.to_string(
data,
header=headers,
style=tt.styles.ascii_thin_double,
)
print(string)
#Actions on buildings
mapping_actions = {"Refuser la location": "refuse", "Retour": "return"}
actions = [
inquirer.List("action",
message="Que voulez vous faire?",
choices=["Refuser la location", "Retour"])
]
action = inquirer.prompt(actions)
logging.debug("CHOOSING TO DO %s ON BUILDING", action)
if action is None or "action" not in action.keys():
return False
action = mapping_actions[action["action"]]
if action == "return":
return False
#Check that it actually is our building
building_id = input("\n Numéro du bien: ")
if not len(building_id):
return False
building_id = int(building_id)
building_by_id = {x["bien_immobilier_id"]: x for x in my_rentals}
logging.debug(building_by_id)
if building_id not in building_by_id.keys():
print("Vous ne pouvez editer ce bien.")
Page.wait_input()
return False
#Build query
query = ""
if action == "refuse":
query = "UPDATE location SET `estConfirme` = NULL WHERE bien_immobilier_id = {}".format(
building_id)
logging.debug("QUERY: %s", query)
cursor = db.cursor()
cursor.execute(query)
try:
db.commit()
if cursor.rowcount > 0:
print("Location mis à jour avec succès")
return True
else:
print("Impossible de mettre à jour la location")
return False
except:
db.rollback()
Page.wait_input()
def building_modal(building=None):
existed = False
if building is None:
building = BienImmobilier()
else:
building = BienImmobilier.find(building["bien_id"])
existed = True
type_bien = TypeBien.find()
type_bien_default = building.type_bien_nom if building.exists else None
fields = [
inquirer.RequiredText("description", message="Description"),
inquirer.Numeric("charges", message="Charges"),
inquirer.Numeric("tarif_journalier", message="Tarifs journaliers"),
inquirer.Numeric("capacite", message="Capacité"),
inquirer.Numeric("taille", message="Taille"),
inquirer.List("type_bien_nom",
message="Type de bien",
choices=list(map(lambda x: x.nom, type_bien)),
default=type_bien_default)
]
if building.exists:
msg_address = "Voulez vous changer l'adresse actuel"
fields.append(inquirer.Confirm("address_change", message=msg_address))
answers = inquirer.prompt(fields)
if answers is None:
return False
answers = {k: v
for k, v in answers.items()
if str(v).strip()} #filter out empty answers
if not len(answers.keys()):
return False
if building.exists and answers["address_change"] is True:
query = "SET FOREIGN_KEY_CHECKS=0; DELETE FROM adresse WHERE id = {}; SET FOREIGN_KEY_CHECKS=1;".format(
building.adresse_id)
cursor = db.cursor()
logging.debug("QUERY: %s", query)
for res in cursor.execute(query, multi=True):
pass
db.commit()
building.adresse_id = None
# saving part
g = Gui()
current_user = g.user
data_for_building = {
k: v
for k, v in answers.items() if k is not "address_change"
}
building._fill(**data_for_building)
if not building.exists:
try:
address_data = get_address()
address = Addresse.create(**address_data)
building.adresse_id = address.id
building.proprietaire_id = current_user.id
building.save()
print("Bien immobilier crée correctement")
return True
except Exception as e:
logging.debug(e)
print("Impossible d'insérer le bien immobilier")
return False
else:
try:
if answers["address_change"]:
address_data = get_address()
address = Addresse.create(**address_data)
building.adresse_id = address.id
building.proprietaire_id = current_user.id
building.save()
print("Bien immobilier mis à jour correctement")
return True
except Exception as e:
logging.debug(e)
print("Impossible d'insérer le bien immobilier")
return False
def my_properties_():
Page.clear()
g = Gui()
current_user = g.user
logging.debug("Current user id %s", current_user.id)
#Print my buildings
cursor = db.cursor(dictionary=True)
query = "SELECT * FROM search_biens WHERE proprietaire = {}".format(
current_user.id)
logging.debug("QUERY: %s", query)
cursor.execute(query)
my_rentals = cursor.fetchall()
db.commit()
logging.debug(my_rentals)
headers = ["id", "Type de bien", "description", "addresse"]
def build_addresse(ad):
if ad is None:
return ""
return "" + ad["rue"] + " " + ad["numero"] + " " + ad[
"etat"] + "(" + ad["commune"] + ")"
data = list(
map(
lambda x: (x["bien_id"], x["type_bien"], x["description"][:20],
build_addresse(x)), my_rentals))
if len(data) <= 0:
data = [["" for i in range(len(headers))]]
string = tt.to_string(
data,
header=headers,
style=tt.styles.ascii_thin_double,
)
print(string)
#Actions on buildings
mapping_actions = {
"Créer un nouveau bien": "create",
"Mettre à jour un bien": "update",
"Supprimer un bien": "delete",
"Retour": "return"
}
actions = [
inquirer.List("action",
message="Que voulez vous faire?",
choices=[
"Créer un nouveau bien", "Mettre à jour un bien",
"Supprimer un bien", "Retour"
])
]
action = inquirer.prompt(actions)
logging.debug("CHOOSING TO DO %s ON BUILDING", action)
if action is None or "action" not in action.keys():
return False
action = mapping_actions[action["action"]]
if action == "return":
return False
if action == "create":
b = building_modal()
if b:
print("Nouvelle imeuble créé!")
Page.wait_input()
return True
building_id = input("\n Numéro du bien: ")
if not len(building_id):
return False
building_id = int(building_id)
building_by_id = {x["bien_id"]: x for x in my_rentals}
logging.debug("MES APPARTEMENTS %s", building_by_id)
if building_id not in building_by_id.keys():
print("Vous ne pouvez editer ce bien.")
Page.wait_input()
return False
current_building = building_by_id[building_id]
if action == "update":
building_modal(current_building)
Page.wait_input()
elif action == "delete":
#get building
query = "DELETE from bien_immobilier WHERE id = {}".format(building_id)
logging.debug("QUERY: %s", query)
cursor = db.cursor()
cursor.execute(query)
try:
db.commit()
if cursor.rowcount > 0:
print("Bien immobilier supprimé avec succès")
return True
else:
print("Impossible de supprimer le bien immobilier")
return False
except:
db.rollback()
Page.wait_input()
def set_user_mode(mode): g = Gui() g.user_type = mode return True
def main():
"""Run the software."""
gui = Gui(config.DBCONNECT)
if hasattr(gui, "current_screen") and gui.db.mydb:
while gui.current_screen:
gui.screen_select()
def search_():
# permet d'envoyer une requete et renvoie le résultat
def getQueryRes(query):
cu = db.cursor()
cu.execute(query)
return cu.fetchall()
# permet d'insérer les résultat au moyen d'une requete
def insert(query):
cu = db.cursor()
cu.execute(query)
db.commit()
logging.debug(cu.statement)
return cu.rowcount is 1
# ajouter une query
def addAndToQuery(query, fieldName, value):
if query:
query += " AND {} = '{}'".format(fieldName, value)
else:
query = " {} = '{}'".format(fieldName, value)
return query
# permet de créer une requete where avec les fields spécifier
def createWhere(choices, field, binaryOp="OR"):
firstLoop = True
query = ""
for choice in choices.get('interests'):
if not firstLoop:
query += " {} ".format(binaryOp)
query += "{} = '{}'".format(field, choice)
firstLoop = False
return query
# permet de créer le where de l'adresse / position de bien
def createWherePosition(answers):
query = ""
if answers.get('pays'):
query = "pays='{}'".format(answers.get('pays'))
if answers.get('commune'):
query = addAndToQuery(query, "commune", answers.get('commune'))
if answers.get('postalCode'):
query = addAndToQuery(query, "npa", answers.get('postalCode'))
return query
# https://stackoverflow.com/questions/354038/how-do-i-check-if-a-string-is-a-number-float
def isNumber(s):
try:
int(s)
return True
except ValueError:
return False
# use to check date
def isValidDate(date):
try:
datetime.strptime(date, '%d/%m/%Y')
return True
except ValueError:
return False
# use to check user date input
def isValidDateOrNone(date):
if date:
return isValidDate(date)
else:
return True
# demande la date
def askDate(canBeNull=True):
startDate = ""
duration = -1
while "check date is empty or valid":
dateCriteria = inquirer.prompt([
inquirer.Text('startDate',
message="Entrez une date de début",
validate=lambda x: isValidDateOrNone(x))
])
startDateStr = dateCriteria.get('startDate')
# Si l'utilisateur fournit une date on lui force à mettre une durée
if startDateStr:
startDate = datetime.strptime(startDateStr, '%d/%m/%Y')
durationCriteria = inquirer.prompt([
inquirer.Text(
'duration',
message="Entrez une durée (nombre de jours)",
validate=lambda x: isNumber(x) and int(x) > 0),
])
duration = int(durationCriteria.get('duration'))
break
else:
if canBeNull:
break
print(
"la date doit être au format jour/mois/annee => eg: 12/12/2020"
)
return startDate, duration
def isNumberOrQ(number, maxIdx):
return (isNumber(number) and int(number) > 0
and int(number) <= maxIdx) or str(number) is "Q"
def createSearchQuery(fournitreWhere, typeBienWhere, positionWhere,
unavailableBienQuery):
searchQuery = "SELECT * FROM search_biens"
# Si il y a des fourniture, on fait un jointure
if fournitreWhere:
searchQuery += " INNER JOIN fourniture ON bien_id = bien_immobilier_id"
# Si il y a des critères à la recherche on ajoute le mot clé WHERE à la requête
if fournitreWhere or positionWhere or typeBienWhere or unavailableBienQuery:
searchQuery += " WHERE "
whereQuery = ""
# On ajoute les différents critères à la requête
if fournitreWhere:
whereQuery += fournitureWhere
if typeBienWhere:
if whereQuery:
whereQuery = "(" + whereQuery + ") AND (" + typeBienWhere + ")"
else:
whereQuery += typeBienWhere
if positionWhere:
if whereQuery:
whereQuery = "(" + whereQuery + ") AND (" + positionWhere + ")"
else:
whereQuery += positionWhere
if unavailableBienQuery:
if whereQuery:
whereQuery = "(" + whereQuery + ") AND (" + unavailableBienQuery + ")"
else:
whereQuery += unavailableBienQuery
return searchQuery + whereQuery
# TYPE DE BIEN
bienChoices = inquirer.prompt([
inquirer.Checkbox('interests',
message="Quel genre de bien cherchez-vous ?",
choices=list(
map(lambda bien: bien[0],
getQueryRes("SELECT * FROM type_bien")))),
])
# FOURNITURE
fournitureChoices = inquirer.prompt([
inquirer.Checkbox(
'interests',
message="Quel genre de fourniture sont nécessaire pour vous ?",
choices=list(
map(lambda type: type[0],
getQueryRes("SELECT nom FROM type_fourniture")))),
])
print("\n")
positionCriteria = inquirer.prompt([
inquirer.Text('pays', message="Entrez un pays"),
inquirer.Text('commune', message="Entrez une commune"),
inquirer.Text('postalCode', message="Entrez une NPA")
])
positionWhere = createWherePosition(positionCriteria)
typeBienWhere = createWhere(bienChoices, "type_bien")
fournitureWhere = createWhere(fournitureChoices, "nom_fourniture", "OR")
fournitureQuery = ""
if fournitureWhere:
fournitureQuery = "bien_id IN (SELECT bien_immobilier_id FROM fourniture WHERE {} GROUP BY bien_immobilier_id HAVING COUNT(*) = {})".format(
fournitureWhere, len(fournitureChoices.get('interests')))
startDate = ""
duration = ""
startDate, duration = askDate()
unavailableBienQuery = ""
if startDate:
endDate = startDate + timedelta(days=duration)
sqlStartDate = startDate.strftime('%Y-%m-%d') # date, pas datetime
sqlEndDate = endDate.strftime('%Y-%m-%d')
print()
unavailableBienQuery = "bien_id NOT IN (SELECT DISTINCT bien_immobilier_id FROM location WHERE (('{}' BETWEEN date_arrivee AND DATE_ADD(date_arrivee, INTERVAL duree DAY )) OR (date_arrivee BETWEEN '{}' AND '{}') OR (DATE_ADD(date_arrivee, INTERVAL duree DAY) BETWEEN '{}' AND '{}')) AND estConfirme = 1) ".format(
sqlStartDate, sqlStartDate, sqlEndDate, sqlStartDate, sqlEndDate)
searchQuery = createSearchQuery(fournitureQuery, typeBienWhere,
positionWhere, unavailableBienQuery)
goodsRes = getQueryRes(searchQuery)
if (len(goodsRes) == 0):
print("Aucun resultat")
input("Tappez une touche pour continuer")
return False
headerBiens = [
"Indice ", "ID", "Cap. person.", "Taille (m²)", "type_bien",
"Description", "Rue", "Commune", "Etat"
]
# affichage des résultat
while True:
biens = []
Page.clear()
idx = 1
for good in goodsRes:
biens.append([
idx, good[0], good[2], good[1], good[5], good[3], good[9],
good[7], good[8]
])
idx = idx + 1
print(
tt.to_string(
data=biens,
header=headerBiens,
style=tt.styles.ascii_thin_double,
))
bienIdx = inquirer.prompt([
inquirer.Text('bienIdx',
message="Sélectionnez un bien (ou q pour quitter) ",
validate=lambda idx: isNumberOrQ(idx, len(goodsRes)))
])
bienIdx = bienIdx["bienIdx"]
# afficher un bien ou quitter
if bienIdx is "Q":
return False
idx = int(bienIdx)
idx = idx - 1
fournitures = getQueryRes(
"SELECT * FROM fourniture WHERE bien_immobilier_id = {}".format(
goodsRes[idx][0]))
print("Info appartement ----------------")
print("id du bien : {}".format(goodsRes[idx][0]))
print("Capacite personne : {}".format(goodsRes[idx][2]))
print("Taille (m²) : {}".format(goodsRes[idx][1]))
print("Type bien: {}".format(goodsRes[idx][5]))
print("Description: {}".format(goodsRes[idx][3]))
print("Tarif: {}".format(goodsRes[idx][14]))
print("Charge: {}".format(goodsRes[idx][15]))
print("Adresse: {} {} {} {} {}".format(goodsRes[idx][9],
goodsRes[idx][11],
goodsRes[idx][12],
goodsRes[idx][7],
goodsRes[idx][4]))
if fournitures:
print("Fournitures Disponbiles: ")
for fourniture in fournitures:
print(" -" + fourniture[3])
# réserver ?
reserver = inquirer.prompt([
inquirer.Text("ouiNon",
message="Souhaitez-vous réserver ce bien (O/N) ?",
validate=lambda x: x is "O" or x is "N")
])
# si O on réserve autrement on réaffiche les résultats
if reserver.get('ouiNon') is "O":
if startDate == "":
startDate, duration = askDate(False)
g = Gui()
isFreeQuery = getQueryRes(
"SELECT bien_est_libre({},'{}',{})".format(
goodsRes[idx][0], startDate, duration))
query = "INSERT INTO location(date_arrivee, duree, estConfirme, locataire_id, bien_immobilier_id) VALUES('{}',{}, NULL,{},{})".format(
startDate, duration, g.user.id, goodsRes[idx][0])
if isFreeQuery[0][0] and insert(query):
print("Votre réservation à bien été faite...")
input("Appuyez sur une touche")
return True
else:
print("Bien indisponible")
input("Appuyez sur une touche")
return False
_, parsed,not_parsed = self.explorer.getFolderContent(os.path.normpath(d))
print("List lengths \n parsed : ")
print(len(parsed))
print("not parsed : ")
print(len(not_parsed))
for m in parsed:
self.parsedList.insert(tkinter.END, m["title"])
for m in not_parsed:
self.nonParsedList.insert(tkinter.END, m["title"])
def addDirectory(self,event):
self.parsedList.delete(0, tkinter.END)
self.nonParsedList.delete(0, tkinter.END)
directory = askdirectory(initialdir=os.getcwd(), mustexist=True)
print(directory)
if directory is None :
return #user selected nothing
self.parseDirectory(directory)
def requestAction(self, actionName):
pass
def handleAction(self, actionName, data):
if actionName == "parse-directory":
self.parseDirectory(data)
if __name__ == '__main__':
from app.gui.gui import Gui
g = Gui.instance()
g.addComponent(ExplorerFrame(g))
g.dispatchAction("parse-directory","../../../stubs/FILM_a_trier")
g.start()
import sys, os dir_path = os.path.dirname(os.path.realpath(__file__)) sys.path.append(os.path.join(dir_path, "app")) import app from app.config import * from app.db import * from app.cli.cli_manager import Cli from app.gui.gui import Gui from app.gui.pages.home_page import home config, db = app.boot() g = Gui() g.boot(home) g.run()