def account_no_gen(user_name):
d = data()
alphabets = 'abcdefghijklmnopqrstuvwxyz'
acc_no = ''
acc_no += str(len(d.keys()) + 10)
for alpha in user_name:
if (len(acc_no) < 12):
if alpha in alphabets:
index = alphabets.rfind(alpha)
acc_no += str(index + 1)
else:
acc_no += '0'
else:
break
if len(acc_no) > 12:
final_acc_no = ''
for index in acc_no:
if len(final_acc_no) < 12:
final_acc_no += index
acc_no = final_acc_no
return acc_no
if len(acc_no) < 12:
remain_index = 12 - len(acc_no)
for index in range(remain_index):
acc_no += str(randint(0,9))
return acc_no
else:
return acc_no
def del_account():
d = data()
filename = join()
os.system('cls' if os.name == 'nt' else 'clear')
acc_name = input("Delete Account\nEnter Full Name : ")
if acc_name in d.keys():
acc_pin = str(input("Enter 4-Digit Pin : "))
if acc_pin == d[acc_name][0]:
os.system('cls' if os.name == 'nt' else 'clear')
print("Delete Account :", acc_name)
confirm = input("Please Confirm \n1. Yes \n2. No \n")
if (confirm == '1') or (confirm.lower().startswith('y')):
os.system('cls' if os.name == 'nt' else 'clear')
del d[acc_name]
#over_writing of existing file
with open(filename, "w") as rd:
r = csv.writer(rd)
r.writerow(['Name', 'PIN', 'Amount', 'History'])
rd.close()
with open(filename, "a") as ow:
for item in d.keys():
items = rot13(item)
over_write = [
items, d[item][0],
str(d[item][1]),
str(d[item][2])
]
o = csv.writer(ow)
o.writerow(over_write)
ow.close()
print("Account Deleted Successfully! \n")
return login_user()
elif (confirm == '2') or (confirm.lower().startswith('n')):
os.system('cls' if os.name == 'nt' else 'clear')
print("Account Not Deleted!")
return login_user()
else:
os.system('cls' if os.name == 'nt' else 'clear')
print("Account Not Deleted!")
return login_user()
else:
os.system('cls' if os.name == 'nt' else 'clear')
print("Pin Did Not Match!")
return login_user()
else:
os.system('cls' if os.name == 'nt' else 'clear')
print("Account Does Not Exist!")
return login_user()
def del_account():
d = data()
filename = join()
os.system('cls' if os.name == 'nt' else 'clear')
acc_name = input("Delete Account\nEnter Full Name : ")
if acc_name in d.keys():
acc_pin = str(input("Enter 4-Digit Pin : "))
if acc_pin == d[acc_name][0]:
os.system('cls' if os.name == 'nt' else 'clear')
print("Delete Account :", acc_name)
confirm = input("Please Confirm \n1. Yes \n2. No \n")
if (confirm == '1') or (confirm.lower().startswith('y')):
os.system('cls' if os.name == 'nt' else 'clear')
if d[acc_name] == d['abc xyz']:
del d[acc_name]
else:
del d[acc_name], d['abc xyz']
#over_writing of existing file
with open(filename, "w") as rd:
rd.write('nop klm:1234,0.0')
rd.close()
with open(filename, "a") as ow:
for item in d.keys():
items = rot13(item)
over_write = '\n' + items + ':' + d[item][
0] + ',' + str(d[item][1])
ow.write(over_write)
ow.close()
print("Account Deleted Successfully! \n")
return login_user()
elif (confirm == '2') or (confirm.lower().startswith('n')):
os.system('cls' if os.name == 'nt' else 'clear')
print("Account Not Deleted!")
return login_user()
else:
os.system('cls' if os.name == 'nt' else 'clear')
print("Account Not Deleted!")
return login_user()
else:
os.system('cls' if os.name == 'nt' else 'clear')
print("Incorrect Pin!")
return login_user()
else:
os.system('cls' if os.name == 'nt' else 'clear')
print("Account Does Not Exist!")
return login_user()
def login_user():
clear = ('cls' if os.name == 'nt' else 'clear')
#data funtion is called to check or make changes in it
d = data()
user = input(
"Select One : \n1. Login \n2. Create New Account \n3. Activate Account \n4. De-Activate Account \n0. Exit \n"
)
os.system(clear)
if not str(user).isdigit():
print("Invalid Selection!")
return login_user()
#login function called for further execution
if int(user) == 1:
os.system(clear)
login(d)
#new_account function called for further execution
elif int(user) == 2:
os.system(clear)
new_account()
elif int(user) == 3:
os.system(clear)
activate_account()
elif int(user) == 4:
os.system(clear)
de_active_account()
#exit the main funtion
elif int(user) == 0:
print("Good Bye!")
print("About:")
with open('About.txt', 'r') as infile:
show = infile.read()
print(show)
#in case any other number is entered except those listed above
#recursion(main function called again)
else:
print("Invalid Selection! '", user, "'")
return login_user()
return
def login_user():
#data funtion is called to check or make changes in it
d = data()
user = input(
"Select One : \n1. Login \n2. Create New Account \n3. Delete Existing Account \n0. Exit \n"
)
os.system('cls' if os.name == 'nt' else 'clear')
if not str(user).isdigit():
print("Invalid Selection!")
return login_user()
#login function called for further execution
if int(user) == 1:
os.system('cls' if os.name == 'nt' else 'clear')
login(d)
#new_account function called for further execution
elif int(user) == 2:
os.system('cls' if os.name == 'nt' else 'clear')
new_account()
elif int(user) == 3:
os.system('cls' if os.name == 'nt' else 'clear')
del_account()
#exit the main funtion
elif int(user) == 0:
print("Good Bye!")
#in case any other number is entered except those listed above
#recursion(main function called again)
else:
print("Invalid Selection!")
return login_user()
return
cursor = db.getCursor()
if db.findDataBase("testdb"):
db.deleteDataBase("testdb")
db.makeDataBase("testdb")
db = db.connectTo("testdb")
cursor = db.getCursor()
db.execute("DROP TABLE IF EXISTS USERS")
db.execute(
"CREATE TABLE USERS(UserId INTEGER AUTO_INCREMENT PRIMARY KEY,Name VARCHAR(255),Age INTEGER(3),Email VARCHAR(255) DEFAULT NULL)"
)
db.execute("SHOW TABLES")
db.printCursor(["Tables"])
print
data_set = data()
cmd = "INSERT INTO USERS(Name,Age,Email) VALUES (%s, %s, %s)"
db.execute(cmd, True, data_set)
db.commit()
db.execute("SELECT * FROM USERS")
db.printCursor(["UserId", "Name", "Age", "Email"])
print
db.execute("SELECT * FROM USERS WHERE Name like '%Smith%'")
db.printCursor(["UserId", "Name", "Age", "Email"])
print
db.execute("DROP TABLE IF EXISTS MOVIE")
db.execute(
def admin_block(acc_no):
clear = ('cls' if os.name == 'nt' else 'clear')
d = data()
pin = str(gp("Enter 4-Digit Pin : "))
if pin == d[acc_no][1]:
del d[acc_no]
os.system(clear)
print(time.strftime('Date:%d-%b-%Y \nTime:%I:%M %p Today:%A\n'))
print(
"::: Welcome to YOB Admin Block! :::\n\n:: Select Option Provided Below ::"
)
ad = input(
"1. Number Of Users \n2. Active User Names \n3. Active Users Info. \n4. Users Acivity \n5. Find Account \n6. De-Activate Account\n0. Exit\n"
)
while ad != '0':
if ad == '1':
os.system(clear)
c_user, i_user = 0, 0
for users in d.keys():
if not users.startswith('#'):
c_user += 1
else:
i_user += 1
print(":: Users ::")
print("Active Users :", c_user)
print("Inactive Users :", i_user, '\n')
elif ad == '2':
os.system(clear)
c_user = 0
print(":: Active User Names ::")
for users in d.keys():
if not users.startswith('#'):
c_user += 1
print("Active User", c_user, ':', d[users][0])
print('\n')
elif ad == '3':
os.system(clear)
print(":: Users Info ::")
for user_info in d.keys():
if not user_info.startswith('#'):
print("Name =", d[user_info][0], ", Pin :",
d[user_info][1], ", Amount :",
"{:,}".format(d[user_info][2]))
print('\n')
elif ad == '4':
os.system(clear)
print(":: Users Acivity ::")
for user_info in d.keys():
if not user_info.startswith('#'):
print("Account Number :", user_info, "of Name :",
d[user_info][0], "was previously logged in on",
d[user_info][3])
print('\n')
elif ad == '5':
os.system(clear)
acc_no_find = str(input('Enter 12-Digit Account Number : '))
if acc_no_find in d.keys():
print("Account Status : Active")
print("Name :", d[acc_no_find][0])
print("Pin :", d[acc_no_find][1])
print("Amount :", "{:,}\n".format(d[acc_no_find][2]))
elif ("#" + acc_no_find) in d.keys():
print("Account Status : Inactive")
print("Name :", d[("#" + acc_no_find)][0])
print("Pin :", d[("#" + acc_no_find)][1])
print("Amount :",
"{:,}\n".format(d[("#" + acc_no_find)][2]))
else:
os.system(clear)
print("Account Not Found!")
elif ad == '6':
os.system(clear)
return de_active_account()
ad = input(
"1. Number Of Users \n2. Active User Names \n3. Active Users Info. \n4. Users Acivity \n5. Find Account \n6. De-Activate Account\n0. Exit\n"
)
os.system(clear)
return login_user()
else:
os.system(clear)
return login_user()
def de_active_account():
clear = ('cls' if os.name == 'nt' else 'clear')
d = data()
filename = join()
os.system(clear)
acc_no = input("Account De-activate\nEnter Account Number : ")
if acc_no in d.keys():
acc_pin = str(gp("Enter 4-Digit Pin : "))
if acc_pin == d[acc_no][1]:
os.system(clear)
print("De-activate Account :", d[acc_no][0])
confirm = input("Please Confirm \n1. Yes \n2. No \n")
if (confirm == '1') or (confirm.lower().startswith('y')):
os.system(clear)
d[('#' + acc_no)] = d.pop(acc_no)
#over_writing of existing file
with open(filename, "w") as rd:
r = csv.writer(rd)
r.writerow([
'Account Number', 'Name', 'PIN', 'Amount', 'Time',
'Email Address'
])
rd.close()
with open(filename, "a") as ow:
for item in d.keys():
items = rot13(d[item][0])
over_write = [
item, items,
str(d[item][1]),
str(d[item][2]),
str(d[item][3]),
str(d[item][4])
]
o = csv.writer(ow)
o.writerow(over_write)
ow.close()
print("Account De-Activated Successfully! \n")
return login_user()
elif (confirm == '2') or (confirm.lower().startswith('n')):
os.system(clear)
print("Account Not De-Activated!")
return login_user()
else:
os.system(clear)
print("Account Not De-Activated!")
return login_user()
else:
os.system(clear)
print("Pin Did Not Match!")
return login_user()
elif ("#" + acc_no) in d.keys():
os.system(clear)
print("Account Is Already De-Active!")
return login_user()
else:
os.system(clear)
print("No match found!")
return login_user()
def activate_account():
clear = ('cls' if os.name == 'nt' else 'clear')
d = data()
filename = join()
user_acc_no = str(input('Enter 12-Digit Account Number : '))
os.system(clear)
if not user_acc_no.isdigit():
print('Invalid Account!')
return login_user()
elif user_acc_no in d.keys():
print('Account Is Already Active!')
return login_user()
elif user_acc_no.isdigit():
ch_acc_no = str('#' + user_acc_no)
if ch_acc_no in d.keys():
d[user_acc_no] = d.pop(ch_acc_no)
print("Activate Account Name :", d[user_acc_no][0])
confirm = input("Please Confirm \n1. Yes \n2. No \n")
if (confirm == '1') or (confirm.lower().startswith('y')):
os.system(clear)
#over_writing of existing file
with open(filename, "w") as rd:
r = csv.writer(rd)
r.writerow([
'Account Number', 'Name', 'PIN', 'Amount', 'Time',
'Email Address'
])
rd.close()
with open(filename, "a") as ow:
for item in d.keys():
items = rot13(d[item][0])
over_write = [
item, items,
str(d[item][1]),
str(d[item][2]),
str(d[item][3]),
str(d[item][4])
]
o = csv.writer(ow)
o.writerow(over_write)
ow.close()
print("Account Activated Successfully! \n")
return login_user()
elif (confirm == '2') or (confirm.lower().startswith('n')):
os.system(clear)
print("Account Not Activated!")
return login_user()
else:
os.system(clear)
print("Account Not Activated!")
return login_user()
else:
os.system(clear)
print('Account Does Not Exist')
return login_user()
def amount_transfer(account_no, balance, acc_no, address):
import time, datetime
clear = ('cls' if os.name == 'nt' else 'clear')
os.system(clear)
d = data()
filename = join()
amount = 0.0
print(":: Amount Transfer ::")
Inactive_account = str('#' + account_no)
if Inactive_account in d.keys():
os.system(clear)
print(":: Provided Account Number Is Not Active! ::")
return amount
elif account_no in d.keys():
try:
amount = input("Enter Amount In Rupees: ")
if float(amount) < 0.0 or ('-' in amount):
os.system(clear)
print(":: Please Enter Right Amount! ::\n")
return amount_transfer(account_no, balance, acc_no, address)
elif float(amount) > float(balance):
os.system(clear)
print(
":: Amount Can Not Be Transferred! ::\n:: Your Acount Balance = Rs",
balance, "::", "\n")
return amount_transfer(account_no, balance, acc_no, address)
else:
os.system(clear)
print(":: Account Number :", account_no, "::")
print(":: Name :", d[account_no][0], "::")
print(":: Amount Transfer = Rs",
"{:,} ::".format(float(amount)), "\n")
confirm = input("Please Confirm \n1. Yes \n2. No \n")
if (confirm == '1') or (confirm.lower().startswith('y')):
with open(filename, 'a+') as ap:
#rot13() function is called for encoding
enc = rot13(d[account_no][0])
current_balance = balance
balance = str(float(d[account_no][2]) + float(amount))
Message = str(
"Amount of 'Rs " + str(amount) +
"' was received on " +
str(time.strftime('%d-%b-%Y at %I:%M %p')) +
", through Account Number: " + str(acc_no))
re_new = [
account_no, enc, d[account_no][1], balance,
d[account_no][3], d[account_no][4], Message
]
w = csv.writer(ap)
w.writerow(re_new)
ap.close()
os.system(clear)
MSG_from = "You Have Successfully Transferred An Amount Of Rs " + str(
amount) + " To A/C #" + str(
account_no
) + "\n\nYour Net Account Balance Is Rs " + str(
float(current_balance) - float(amount))
MSG_to = "You Have Received An Amount Of Rs " + str(
amount) + " From A/C #" + str(
acc_no
) + "\n\nYour Net Account Balance Is Rs " + str(
float(balance))
sendmail(address, MSG_from)
msg2 = sendmail(d[account_no][4], MSG_to)
os.system(clear)
if not (msg2 == True): print(msg2)
print(":: Amount Transferred Successfully! ::")
return amount
else:
amount = 0
os.system(clear)
print(":: Amount Transfer Unsuccessful! ::")
return amount
except ValueError as err:
os.system(clear)
print("Error :", err)
print(":: Please Enter Right Amount! ::\n")
return amount_transfer(account_no, balance, acc_no, address)
else:
os.system(clear)
print(":: No Match Found! ::")
return amount
import Schedule
from Data import data
from random import random
data=data()
class GenticAlgo:
def __init__(self,population): #list gdwal
self.population = population
self.selected_schedule = []
self.mutate_rate=1
self.schedules_conflict=[]
def selection(self):
schedules = self.population
schedules_conflicts = []
for i in range(len(schedules)):
schedules[i].calculate_conflicts()
schedules_conflicts.append(schedules[i].get_conflict())
schedules_conflicts.sort()
selection1=schedules_conflicts[0]
selection2=schedules_conflicts[1]
#print(schedules_conflicts)
self.selected_schedule.clear()
for i in range (len(schedules)):
if schedules[i].get_conflict() == selection1 or schedules[i].get_conflict() == selection2:
self.selected_schedule.append(schedules[i])
self.schedules_conflict.clear()
self.schedules_conflict.extend(schedules_conflicts)
