def get(self):
""" Returns user's publicity. """
current_user_username = get_jwt_identity()
user_status = DbHandler.get_user_publicity(
DbHandler.get_user_id(current_user_username))
return make_response(jsonify(publicity=user_status), 200)
def post(self, id):
""" Return links related to specific user ID, if user is public.
Also if you provide special date, it will return links from that time.
"""
args = parser.parse_args()
date_from = args['date_from']
page = args['page']
page_size = args['page_size']
if page and page_size:
if page_size > MAX_LINKS_PER_PAGE:
return make_response(
jsonify(msg="Requested page size " +
"is larger than our max limit!"), 400)
links_list = DbHandler.get_public_user_links(
id, page, page_size, date_from)
else:
links_list = DbHandler.get_public_user_links(id,
date_from=date_from)
if links_list == 'USER_NOT_FOUND':
return make_response(jsonify(msg='User not found!'), 404)
elif links_list == 'LINK_NOT_FOUND':
return make_response(jsonify(msg='Link not found!'), 404)
elif links_list == 'USER_NOT_PUBLIC':
return make_response(jsonify(msg='User is not public!'), 403)
elif links_list == 'WRONG_DATE_FORMAT':
return make_response(
jsonify(msg='Input date does not match format' +
'"YYYY-MM-DD hh:mm"'), 400)
else:
return make_response(jsonify(links_list), 200)
def post(self):
""" Return users activities paginated from a special date (If provided).
"""
args = parser.parse_args(strict=True)
date_from = args['date_from']
page = args['page']
page_size = args['page_size']
if page and page_size:
if page_size > MAX_ACTIVITIES_PER_PAGE:
return make_response(
jsonify(msg="Requested page size " +
"is larger than our max limit!"), 400)
activity_list = DbHandler.get_users_activity_list(
page, page_size, date_from)
else:
activity_list = DbHandler.get_users_activity_list(
date_from=date_from)
if activity_list == 'WRONG_FORMAT':
return make_response(
jsonify(msg="Input does not match format 'YYYY-MM-DD hh:mm'"),
400)
elif activity_list == 'NOT_FOUND':
return make_response(
jsonify(msg="Didn't found any activity from that time"), 404)
else:
return make_response(jsonify(activity_list), 200)
def get(self, pattern):
""" Return links that contains special keyword paginated. """
current_user_username = get_jwt_identity()
args = parser.parse_args()
page = args['page']
page_size = args['page_size']
if page and page_size:
if page_size > MAX_LINKS_PER_PAGE:
return make_response(
jsonify(msg="Requested page size " +
"is larger than our max limit!"),
400
)
links_list = DbHandler.get_links_by_pattern(current_user_username,
pattern, page,
page_size)
else:
links_list = DbHandler.get_links_by_pattern(current_user_username,
pattern)
if links_list == 'PATTERN_NOT_FOUND':
return make_response(
jsonify(msg="Pattern not found!"),
404
)
else:
return make_response(
jsonify(links_list),
200
)
def __init__(self):
self.data = None
self.db_handler = None
self.error_log = []
self.start_time = datetime.now()
self.current_time = datetime.now()
self.players = []
self.db_handler = DbHandler()
def delete(self):
""" Delete current user's profile """
current_user_username = get_jwt_identity()
status = DbHandler.delete_user_profile(current_user_username)
if status == 'OK':
return make_response(jsonify(msg="User's profile deleted."), 200)
else:
return make_response(jsonify(msg="Server Error!"), 500)
def get(self, id=None):
""" If client requests for /categories will get whole categories;
else if requests for /categories/[ID] will get specified category.
"""
current_user_username = get_jwt_identity()
categories_list = DbHandler.get_categories(current_user_username, id)
if categories_list == 'ID_NOT_FOUND':
return make_response(jsonify(msg="Category not found!"), 404)
else:
return make_response(jsonify(categories_list), 200)
def get(self, id):
""" Return links by special Category ID paginated"""
args = parser.parse_args()
current_user_username = get_jwt_identity()
page = args['page']
page_size = args['page_size']
if page and page_size:
if page_size > MAX_LINKS_PER_PAGE:
return make_response(
jsonify(msg="Requested page size " +
"is larger than our max limit!"), 400)
links_list = DbHandler.get_links_by_category(
current_user_username, id, page, page_size)
else:
links_list = DbHandler.get_links_by_category(
current_user_username, id)
if links_list == 'CATEGORY_NOT_FOUND':
return make_response(jsonify(msg="Category not found!"), 404)
else:
return make_response(jsonify(links_list), 200)
def put(self, id):
""" Update categories related to Link ID. """
current_user_username = get_jwt_identity()
args = parser.parse_args()
new_categories = args['new_categories']
update_status = DbHandler.update_link_categories(
current_user_username, new_categories, id)
if update_status == 'LINK_NOT_FOUND':
return make_response(jsonify(msg="Link ID not found!"), 404)
else:
return make_response(jsonify(msg="Categories updated."), 200)
def __init__(self):
self.dbHandler = DbHandler()
self.data = self.dbHandler.data
self.key = [
"RACE", "JOB", "EV", "EVMAX", "EA", "EAMAX", "COU", "INT", "CHA",
"AD", "FO", "AT", "PRD", "DESTINY", "SKILLS", "GOLD", "SILVER",
"BRONZE", "LEVEL", "SEX", "XP", "NAME", "STUFF", "WEAPONS",
"PLAYER"
]
self.mapping = {
self.key[0]: "Race",
self.key[1]: "Métier",
self.key[2]: "Energie vitale",
self.key[3]: "Energie vitale maximale",
self.key[4]: "Energie astrale",
self.key[5]: "Energie astrale maximale",
self.key[6]: "Courage",
self.key[7]: "Intelligence",
self.key[8]: "Charisme",
self.key[9]: "Adresse",
self.key[10]: "Force",
self.key[11]: "Attaque",
self.key[12]: "Parade",
self.key[13]: "Points de destin",
self.key[14]: "Compétences",
self.key[15]: "Pièces d'or",
self.key[16]: "Pièces d'argent",
self.key[17]: "Pièces de bronze",
self.key[18]: "Niveau",
self.key[19]: "Sexe",
self.key[20]: "Points d'expérience",
self.key[21]: "Nom",
self.key[22]: "Equipement",
self.key[23]: "Armes",
self.key[23]: "Joueur"
}
def put(self):
""" Update user's publicity setting. """
parser = reqparse.RequestParser(bundle_errors=True)
parser.add_argument('publicity', type=bool, required=True)
args = parser.parse_args()
current_user_username = get_jwt_identity()
publicity = args['publicity']
status = DbHandler.update_user_publicity(current_user_username,
publicity)
if status == 'OK':
return make_response(jsonify(msg="Publicity updated."), 200)
else:
return make_response(jsonify(msg="Server Error!"), 500)
def reset_password(reset_token: str, new_password: str) -> str:
""" Step 3: Change user's password if the token for changing
password is valid"""
try:
user_id = ResetPasswordCore.__validate_reset_password_token(
reset_token)
except SignatureExpired:
return ('EXPIRED')
except BadSignature:
return ('INVALID_TOKEN')
status = DbHandler.reset_user_forgotten_password(user_id, new_password)
if status == 'OK':
return ('OK')
else:
return ('FAILED')
def get_n_digit_auth_code(username: str) -> str:
""" Step 1: Start process of resetting password. Return hash format of
user's ID + random generated N digit code."""
id = DbHandler.get_user_id(username)
if id == -1:
return "USER_NOT_FOUND"
random_code = ResetPasswordCore.__generate_n_digit_code()
forget_password_rendered_page = ResetPasswordCore.\
__render_forget_password_page(random_code)
ResetPasswordCore.__send_email_to_user(
username, 'Restfulness Forget Password Code',
forget_password_rendered_page)
return (ResetPasswordCore.__generate_hash_string(id, random_code))
def delete(self, id):
current_user_username = get_jwt_identity()
remove_status = DbHandler.remove_link(current_user_username, id)
if remove_status == "OK":
return make_response(
jsonify(msg="Link removed successfully.", link_id=id),
200
)
elif remove_status == "USER_IS_NOT_OWNER":
return make_response(
jsonify(msg="You don't have permission to " +
"remove this link"), 403
)
elif remove_status == "ID_NOT_FOUND":
return make_response(
jsonify(msg="Link doesn't exists!"), 404
)
def post(self):
args = parser.parse_args()
username = args["username"]
password = args["password"]
# Check if username and password are correct
user = DbHandler.validate_login(username, password)
return_message = ""
if user:
# Identity can be any data that is json serializable
access_token = create_access_token(identity=username)
return_message = make_response(jsonify(access_token=access_token),
200)
else:
return_message = make_response(
jsonify({"msg": "Bad username or password"}), 401)
return return_message
def post(self):
parser = reqparse.RequestParser(bundle_errors=True)
parser.add_argument('url', type=str, required=True)
# Get a list of strings {'categories': ['X', 'Y', 'Z']}
parser.add_argument('categories', type=str, action='append')
args = parser.parse_args()
current_user_username = get_jwt_identity()
url = args['url']
categories_name = args['categories']
# Validate link
if not validators.url(url):
return make_response(
jsonify(msg="Link is not valid. Valid link looks like: " +
"http://example.com or https://example.com"), 400)
link_id = DbHandler.append_new_link(current_user_username, url,
categories_name)
return make_response(jsonify(id=link_id), 200)
def post(self):
args = parser.parse_args()
username = args["username"]
password = args["password"]
# Validate if username is Email or not
if not validators.email(username):
return make_response(
jsonify(msg="Username should be an valid Email."), 400)
validate_sign_up = DbHandler.add_new_user(username, password)
return_message = ""
if validate_sign_up == "OK":
return_message = make_response(
jsonify(username=username, msg="User created"), 200)
elif validate_sign_up == "USER_EXISTS":
return_message = make_response(jsonify({"msg": "Username exists"}),
403)
return return_message
class CharacterDBHandler:
def __init__(self):
self.dbHandler = DbHandler()
self.data = self.dbHandler.data
self.key = [
"RACE", "JOB", "EV", "EVMAX", "EA", "EAMAX", "COU", "INT", "CHA",
"AD", "FO", "AT", "PRD", "DESTINY", "SKILLS", "GOLD", "SILVER",
"BRONZE", "LEVEL", "SEX", "XP", "NAME", "STUFF", "WEAPONS",
"PLAYER"
]
self.mapping = {
self.key[0]: "Race",
self.key[1]: "Métier",
self.key[2]: "Energie vitale",
self.key[3]: "Energie vitale maximale",
self.key[4]: "Energie astrale",
self.key[5]: "Energie astrale maximale",
self.key[6]: "Courage",
self.key[7]: "Intelligence",
self.key[8]: "Charisme",
self.key[9]: "Adresse",
self.key[10]: "Force",
self.key[11]: "Attaque",
self.key[12]: "Parade",
self.key[13]: "Points de destin",
self.key[14]: "Compétences",
self.key[15]: "Pièces d'or",
self.key[16]: "Pièces d'argent",
self.key[17]: "Pièces de bronze",
self.key[18]: "Niveau",
self.key[19]: "Sexe",
self.key[20]: "Points d'expérience",
self.key[21]: "Nom",
self.key[22]: "Equipement",
self.key[23]: "Armes",
self.key[23]: "Joueur"
}
def initialize(self):
self.dbHandler.retrieve_game()
def mappingCharStat(self, aKey, aChar):
if aKey == self.key[0]:
return aChar.race
elif aKey == self.key[1]:
return aChar.job
elif aKey == self.key[2]:
return aChar.ev
elif aKey == self.key[3]:
return aChar.evMax
elif aKey == self.key[4]:
return aChar.ea
elif aKey == self.key[5]:
return aChar.eaMax
elif aKey == self.key[6]:
return aChar.courage
elif aKey == self.key[7]:
return aChar.intelligence
elif aKey == self.key[8]:
return aChar.charisme
elif aKey == self.key[9]:
return aChar.adresse
elif aKey == self.key[10]:
return aChar.force
elif aKey == self.key[11]:
return aChar.attaque
elif aKey == self.key[12]:
return aChar.parade
elif aKey == self.key[13]:
return aChar.pointsDeDestin
elif aKey == self.key[14]:
return str(aChar.competences)
elif aKey == self.key[15]:
return aChar.piecesOr
elif aKey == self.key[16]:
return aChar.piecesArgent
elif aKey == self.key[17]:
return aChar.piecesBronze
elif aKey == self.key[18]:
return aChar.niveau
elif aKey == self.key[19]:
return aChar.sexe
elif aKey == self.key[20]:
return aChar.experience
elif aKey == self.key[21]:
return aChar.name
elif aKey == self.key[22]:
return str(aChar.stuff)
elif aKey == self.key[23]:
return str(aChar.weapons)
elif aKey == self.key[24]:
return str(aChar.userName)
def readFileForCharacter(self, userId):
for aPlayer in self.data['settings']['characters']:
if aPlayer["PLAYER"] == userId:
return aPlayer
def importCharacter(self, userName):
values = self.readFileForCharacter(userName)
aNewCharacter = CharacterV2()
aNewCharacter.userName = values["PLAYER"]
aNewCharacter.name = values["NAME"]
aNewCharacter.name = values["NAME"]
aNewCharacter.race = values["RACE"]
aNewCharacter.job = values["JOB"]
aNewCharacter.ev = values["EV"]
aNewCharacter.evMax = values["EVMAX"]
aNewCharacter.ea = values["EA"]
aNewCharacter.eaMax = values["EAMAX"]
aNewCharacter.courage = values["COU"]
aNewCharacter.intelligence = values["INT"]
aNewCharacter.charisme = values["CHA"]
aNewCharacter.adresse = values["AD"]
aNewCharacter.force = values["FO"]
aNewCharacter.attaque = values["AT"]
aNewCharacter.parade = values["PRD"]
aNewCharacter.pointsDeDestin = values["DESTINY"]
aNewCharacter.competences = values["SKILLS"]
aNewCharacter.piecesOr = values["GOLD"]
aNewCharacter.piecesArgent = values["SILVER"]
aNewCharacter.piecesBronze = values["BRONZE"]
aNewCharacter.niveau = values["LEVEL"]
aNewCharacter.sexe = values["SEX"]
aNewCharacter.experience = values["XP"]
aNewCharacter.stuff = values["STUFF"]
aNewCharacter.weapons = values["WEAPONS"]
return aNewCharacter
def convertKey(self, aKey):
return self.mapping[aKey]
def displayBasicInfos(self, aCharacter):
return self.displayListOfInfos(0x00ff00, aCharacter,
["RACE", "JOB", "SEX", "LEVEL", "XP"],
aCharacter.name)
def displayBasicStats(self, aCharacter, displayName=False):
return self.displayListOfInfos(
0x00ff00, aCharacter,
["EV", "EA", "DESTINY", "GOLD", "AT", "PRD", "AD"],
(aCharacter.name if displayName else None))
def displayAttackInfo(self, aCharacter, displayName=False):
return self.displayListOfInfos(
0x00ff00, aCharacter, ["AT", "PRD", "AD"],
(aCharacter.name if displayName else None))
def displayMoneyInfos(self, aCharacter, displayName=False):
return self.displayListOfInfos(
0x00ff00, aCharacter, ["GOLD"],
(aCharacter.name if displayName else None))
def displaySkills(self, aCharacter, displayName=False):
return self.displayListOfInfos(
0x00ff00, aCharacter, ["SKILLS"],
(aCharacter.name if displayName else None))
def displayStuff(self, aCharacter, displayName=False):
return self.displayListOfInfos(
0x00ff00, aCharacter, ["STUFF"],
(aCharacter.name if displayName else None))
def displayWeapons(self, aCharacter, displayName=False):
return self.displayListOfInfos(
0x00ff00, aCharacter, ["WEAPONS"],
(aCharacter.name if displayName else None))
def displayListOfInfos(self, color, aCharacter, listOfStats, title=None):
embedFormated = discord.Embed(color=color, title=title)
for aStat in listOfStats:
strValue = self.mappingCharStat(aStat, aCharacter)
if (aStat == "EA" or aStat == "EV"):
strValue = (self.mappingCharStat(aStat, aCharacter) + "/" +
self.mappingCharStat(aStat + "MAX", aCharacter))
elif aStat == "GOLD":
strValue = (self.mappingCharStat("GOLD", aCharacter) + "/" +
self.mappingCharStat("SILVER", aCharacter) + "/" +
self.mappingCharStat("BRONZE", aCharacter))
embedFormated.add_field(name=self.mapping[aStat],
value=strValue,
inline=True)
return embedFormated
def displayMinimumInfoCharacter(self, aCharacter):
embeds = [self.displayBasicStats(aCharacter, True)]
return embeds
def displayWeaponsCharacter(self, aCharacter):
embeds = [self.displayWeapons(aCharacter, True)]
return embeds
def displayStuffCharacter(self, aCharacter):
embeds = [self.displayStuff(aCharacter, True)]
return embeds
def displaySkillsCharacter(self, aCharacter):
embeds = [self.displaySkills(aCharacter, True)]
return embeds
def displayInfoCharacter(self, aCharacter):
embeds = [
self.displayListOfInfos(
0x00ff00, aCharacter,
["RACE", "JOB", "SEX", "GOLD", "LEVEL", "XP"]),
self.displayListOfInfos(0x00ff00, aCharacter,
["EV", "EA", "DESTINY"]),
self.displayListOfInfos(0x00ff00, aCharacter, ["AT", "PRD", "AD"]),
self.displayListOfInfos(0x00ff00, aCharacter,
["SKILLS", "STUFF", "WEAPONS"])
]
return embeds
def moneyOperation(self, userName, amount):
theChar = self.readFileForCharacter(userName)
print(theChar)
operations = amount.split("/")
if len(operations) >= 1:
tempOr = int(theChar["GOLD"]) + int(operations[0])
if (tempOr < 0):
tempOr = 0
theChar["GOLD"] = str(tempOr)
if len(operations) >= 2:
tempArgent = int(theChar["SILVER"]) + int(operations[1])
if (tempArgent < 0):
tempArgent = 0
theChar["SILVER"] = str(tempArgent)
if len(operations) >= 3:
tempBronze = int(theChar["BRONZE"]) + int(operations[2])
if (tempBronze < 0):
tempBronze = 0
theChar["BRONZE"] = str(tempBronze)
self.dbHandler.update_game()
return theChar["GOLD"], theChar["SILVER"], theChar["BRONZE"]
def increaseEv(self, userName, amount):
theCharSheet = self.readFileForCharacter(userName)
tempEv = int(theCharSheet["EV"]) + amount
if (tempEv > int(theCharSheet["EVMAX"])):
tempEv = int(theCharSheet["EVMAX"])
if (tempEv < 0):
tempEv = 0
theCharSheet["EV"] = str(tempEv)
self.dbHandler.update_game()
return theCharSheet["EV"]
def decreaseEv(self, userName, amount):
return self.increaseEv(userName, (0 - amount))
def increaseEvGroup(self, amount):
print("increase")
result = []
for aPlayer in self.dbHandler.data['settings']['characters']:
print("Decrease player" + aPlayer["PLAYER"])
tempEv = int(aPlayer["EV"]) + amount
if (tempEv > int(aPlayer["EVMAX"])):
tempEv = int(aPlayer["EVMAX"])
if (tempEv < 0):
tempEv = 0
aPlayer["EV"] = str(tempEv)
result.append({
'id': aPlayer["PLAYER"],
'remainingLife': aPlayer["EV"]
})
print('Save Changes')
self.dbHandler.update_game()
return result
def decreaseEvGroup(self, amount):
print("Decrease")
return self.increaseEvGroup((0 - amount))
class SettingsHandler:
pattern = "%d/%m/%Y - %H:%M"
key_start_time = "start_time"
key_current_time = "current_time"
key_players = "players"
key_settings = 'settings'
def __init__(self):
self.data = None
self.db_handler = None
self.error_log = []
self.start_time = datetime.now()
self.current_time = datetime.now()
self.players = []
self.db_handler = DbHandler()
def initialize(self):
self.db_handler.retrieve_game()
self.data = self.db_handler.data
self.fill_data()
def fill_data(self): # TODO Improve way of handling non-present date
self.start_time = datetime.strptime(self.data[self.key_settings][self.key_start_time], self.pattern)
self.current_time = datetime.strptime(self.data[self.key_settings][self.key_current_time], self.pattern)
self.players = self.data[self.key_settings][self.key_players]
def get_elapsed_time(self):
return self.current_time - self.start_time
def add_time(self, delta):
a_time_delta = timedelta(minutes=delta)
self.current_time += a_time_delta
return self.current_time
def save_settings(self):
self.data[self.key_settings][self.key_current_time] = self.current_time.strftime(self.pattern)
self.db_handler.update_game()
#TODO Improve result handling
# 'normal','bon','excellent'
def compute_rest(self, quality, delta):
if delta > 540:
delta = 540
if quality == "normal":
return int(delta / 240)
elif quality == "bon":
return int(delta / 120)
elif quality == "excellent":
return int(delta / 60)
else:
self.error_log.append({"error_code": 3,
"error_msg": "Invalid Rest Quality",
"context": "compute_rest",
"timestamp": datetime.now()})
raise ValueError("Choix entre 'normal'|'bon'|'excellent'")
# 'normale','rapide','barbare'
def compute_walk(self, rythme, delta):
injury = 0
if delta > 480:
injury += int(1+(delta-480)/60)
if rythme == "normale":
injury += 0
elif rythme == "rapide":
injury += int(delta / 240) + 1
elif rythme == "barbare":
injury += int(delta / 120) + 1
else:
self.error_log.append({"error_code": 4,
"error_msg": "Invalid Walk Quality",
"context": "compute_walk",
"timestamp": datetime.now()})
raise ValueError("Choix entre 'normale'|'rapide'|'barbare'")
return injury
def handle_rest(self, quality, length, embed):
db_handler = self.get_character_db_handler()
try:
delta = int(length)
except ValueError:
print("Not an integer")
return False
try:
heal = self.compute_rest(quality, delta)
except ValueError as e:
embed.add_field(value=str(e))
return False
players = db_handler.increaseEvGroup(heal)
for a_player in players:
embed.add_field(
name= "Soin enregistrée",
value="Le joueur <@" + a_player['id'] + "> a soigné " + str(int(heal)) + " points de vie.\nIl reste " +
a_player['remainingLife'] + " points de vie.",
inline=False)
return True
def handle_walk(self, rythme, length, embed):
db_handler = self.get_character_db_handler()
delta = 0
try:
delta = int(length)
except ValueError:
print("Not an integer")
return False
injury = 0
try:
injury = self.compute_walk(rythme, delta)
except ValueError as e:
embed.add_field(value=str(e))
return False
players = db_handler.decreaseEvGroup(injury)
for a_player in players:
embed.add_field(
name= "Blessure enregistrée",
value="Le joueur <@" + a_player['id'] + "> a pris " + str(int(injury)) +
" points de dégats.\nIl reste " + a_player['remainingLife'] + " points de vie.",
inline=False)
return True
def get_character_db_handler(self):
db_handler = CharacterDBHandler()
return db_handler