def main_menu():
options = [4, 4] # Length, Height of Gamefield
while True:
clearscreen.clear()
draw_banner('Memory')
print('\t1) New Game')
print('\t2) Options')
# print('\t3) Game Rules')
print('\t0) Exit Game')
print()
user_input = input(" Please choose a number: ")
clearscreen.clear()
if not user_input:
continue
if user_input[0] in COMMANDS:
user_input = user_input[0]
print()
if user_input == '1':
COMMANDS[user_input](options) # function call with param
elif user_input == '2':
options = COMMANDS[user_input](
options) # function call with param and return
else:
COMMANDS[user_input]() # only a function call
def welcome_message():
'''The first welcome message'''
clear()
#The welcome message
welcome_message = open('files/messages/welcome_message.txt', 'r').read()
print(welcome_message.format(params['company_name']))
#Calling the login_deptno function
login_deptno()
def test():
clearscreen.clear()
client.write(0,0,"Hello World!")
x = 0
y = 1
for c in sorted(FONT.keys()):
client.blit(x*client.PWIDTH, y*client.PHEIGHT,
client.PWIDTH, client.PHEIGHT, client.char_to_pixel_segment(c))
x += 1
if(x > 15):
x = 0
y += 1
def init_game():
list_of_players = []
for i in range(get_number_of_players()):
clearscreen.clear()
draw_banner('Game Menu')
while True:
name = get_name_of_player(i + 1, list_of_players)
if not is_name_in_list(name, list_of_players):
list_of_players.append(Player(name))
break
shuffle(list_of_players)
return list_of_players
def test():
clearscreen.clear()
client.write(0, 0, "Hello World!")
x = 0
y = 1
for c in sorted(FONT.keys()):
client.blit(x * client.PWIDTH, y * client.PHEIGHT, client.PWIDTH,
client.PHEIGHT, client.char_to_pixel_segment(c))
x += 1
if (x > 15):
x = 0
y += 1
def logout(userid):
db.execute(f'UPDATE login SET session_out="{datetime.now()}" WHERE userid="{userid}" AND session_out="0000%"')
connection.commit()
clear()
print(f'You have been logged out!!! {userid}')
print('The window is closing the 2 sec')
time.sleep(2)
clear()
sys.exit()
def consumerDetails():
'''This function is the view page for the customers bill generation'''
clear()
db.execute('SELECT consumerno from customer')
detailsconsumerno = db.fetchall()
mydate = datetime.datetime.now()
while True:
try:
consumerno = int(input('Please enter your consumer no.\n'))
except ValueError:
print()
print("Please enter a valid consumer no")
if (consumerno, ) not in detailsconsumerno:
print()
print(
'The consumer no does not exists!! \nPlease enter a valid consumer no'
)
else:
break
db.execute(
f'SELECT * from customer where consumerno={consumerno} AND month="{mydate.strftime("%B")}"'
)
custdetails = db.fetchall()[0]
if custdetails[-1] == 0:
print('No bill is not generated for this month!')
else:
my_file1 = path.join(THIS_FOLDER, 'files', 'messages',
'custdetails.txt')
with open(my_file1, 'r') as c1:
fileread = c1.read()
print(
fileread.format(params['company_name'], custdetails[3],
custdetails[1], custdetails[2], custdetails[4],
custdetails[5], custdetails[-1],
custdetails[8], custdetails[9]))
print()
print('Press anything the exit!!!')
input()
print(
f"Thank you for using the {params['company_name']} ELECTRICITY CUSTOMER DEPARTMENT SERVICES"
)
time.sleep(2)
sys.exit()
def help_menu():
clear()
print(
"Really?! Either play the game or don't... but stop wasting my time.")
print("Are you ready to try again?")
print("Yes or No")
ready = input("> ").lower()
if ready in ("yes", "y", "1", "ye", "t", "tr", "true"):
title_screen()
elif ready in ("no", "n", "2", "f", "false", "fal"):
sys.exit()
else:
sys.exit()
def get_left_path(pi):
clear()
print("The least appealing of the three options, you must be daring.")
print("This place is dark, danky, and has a odd, almost coppery smell.\n")
print("After walking through narrow paths for what feels like hours")
print("you come to a clearing. As you step into the clearing a bright")
print(
"peircing light practically blinds you. You fall down to your knees.")
print("As you look up an angel is standing in front of you. ")
print("\n ")
for left_path_item in left_path_items:
print(left_path_item.capitalize())
left_path_item = input("> ").lower()
def print_board(self):
game_board = self.__build_board()
clearscreen.clear()
# print head of table
print()
print(end=' ')
for i in range(self.LENGTH):
print(' {}'.format(i + 1), end='')
print()
print(' {}'.format(self.board[0]))
for column in range(self.HEIGHT):
print(' {} {}'.format(game_board[column], (column + 1)))
if column < self.HEIGHT - 1:
print(' {}'.format(self.board[2]))
print(' {}'.format(self.board[-1]))
return 0
def get_middle_path(pi):
clear()
print("\nTaking the middle ground you walk forward."
"\nAt first this seem like the rest of the forest. Ah, how peaceful!"
"\n\n\n\t\t\t***LEAVES RUSTLE***"
"\n\n\nYou are met by a beautiful dryad, an evil looking witch, "
"and a massive centuar."
"\nWitch:Three paths before you, three behind."
"Dryad: Don't be mislead, follow your head."
"Centuar: For if you don't you will surely will be dead."
"\nThey seem to want you pick one of them, though the choice seems "
"dubious."
"\nWhom do you pick?")
for key in middle_path_creatures.keys():
print(key.capitalize())
middle_path_creature = input("> ").lower()
if middle_path_creature in middle_path_creatures:
# If creature exists continue
if pi.player_class in middle_path_creatures[middle_path_creature][
'loves']:
print(middle_path_creatures[middle_path_creature]['classlove'])
get_mid_point(pi)
elif pi.player_race in middle_path_creatures[middle_path_creature][
'loves']:
print(middle_path_creatures[middle_path_creature]['racelove'])
get_mid_point(pi)
elif pi.player_class in middle_path_creatures[middle_path_creature][
'hates']:
print(middle_path_creatures[middle_path_creature]['classhate'])
elif pi.player_race in middle_path_creatures[middle_path_creature][
'hates']:
print(middle_path_creatures[middle_path_creature]['racehate'])
elif pi.player_class in middle_path_creatures[middle_path_creature][
'neutral']:
print(middle_path_creatures[middle_path_creature]['classneutral'])
get_mid_point(pi)
elif pi.player_race in middle_path_creatures[middle_path_creature][
'neutral']:
print(middle_path_creatures[middle_path_creature]['raceneutral'])
get_mid_point(pi)
else:
get_middle_path(pi)
def delete_user(userid,logintime):
clear()
#Department No dictionary
db.execute('SELECT useradmin_id FROM user')
sqlquery = db.fetchall()
#Asking to enter the department no
while True:
UserAdminId = input('Enter the UserAdminId \n')
if (UserAdminId,) in sqlquery:
break
else:
print(f'{UserAdminId} UserAdminId is not valid \n Please enter a valid UserAdminId !')
db.execute(f'DELETE FROM user WHERE useradmin_id="{UserAdminId}"')
connection.commit()
print('The user succesfully deleted')
time.sleep(1)
adminHome(userid,logintime)
def player_name():
clear()
counter = 0
max_attempts = 5
while True:
if counter != None and counter > max_attempts:
sys.exit()
print("What's your name")
name = input(">> ").lower()
try:
if not name:
raise ValueError
except ValueError:
print(f"Please enter your name, you have {max_attempts - counter}" \
" attempts left before exiting.")
counter += 1
else:
clear()
return name
def new_game(option_list):
print('\tWelcome to the Memory Game.')
print()
player_list = init_game()
while True:
clearscreen.clear()
game = gamefield.Gamefield(option_list[0], option_list[1])
for player in player_list:
player.reset_points()
# changed player until board is not empty
i = 0
length_of_playerlist = len(player_list)
while not game.bord_is_empty():
player_list[i].add_trials()
game.print_board()
choice_return = game.choose_field(player_list[i].name)
print()
if choice_return == 2: # Mainmenu
clearscreen.clear()
return
elif choice_return == 0: # No error
print(' hmm... maybe next time...')
i = (i + 1) % length_of_playerlist
print('\n {}'.format(player_list[i].get_name()))
elif choice_return == 1: # right try
player_list[i].add_pairs()
print(' Right! Keep it up!')
if not game.bord_is_empty():
print()
print(' {} It\'s your turn again'.format(
player_list[i].get_name()))
input(' Press Enter to continue...')
clearscreen.clear()
player_list = sort_player_list(
player_list) # sorted Player after numbers of pairs and Trials
Player.print_statistics_head() # print the first player in table
for player in player_list:
player.print_statistics_body() # print all other player
if not input('\n Play again?(Y/N) ').lower().startswith('y'):
clearscreen.clear()
break
def adminHome(userid,logintime):
#Here userinput is for the functioncode coming from the other function
'''This the admin homepage'''
clear() #Clear the screen
#The admin welcome message
admin_message = open('files/messages/admin_message.txt','r').read()
print(admin_message.format(params['company_name'],userid,logintime,datetime.now()))
userinput=input()
funcAdminTuple = ('01#01','05#02','06#03','04#01','00#01','02#01','07#44','03#01')
if userinput not in funcAdminTuple:
clear() #Clear the screen
adminHome(userid,logintime)
else:
if userinput=='01#01':
create_user(userid,logintime)
elif userinput=='05#02':
delete_user(userid,logintime)
elif userinput=='06#03':
dumpdata('customer',userid,logintime)
elif userinput=='07#44':
dumpdata('user',userid,logintime)
elif userinput=='03#01':
exportdatatoTable(userid,logintime)
elif userinput=='02#01':
bilGenHome(userid, logintime)
elif userinput=='04#01':
bilEmailHome(userid, logintime)
#For the Logout
elif userinput=='00#01':
logout(userid)
def player_class():
clear()
counter = 0
max_attempts = 5
player_classes = ['cleric', 'mage', 'warrior']
while True:
if counter != None and counter > max_attempts:
sys.exit()
print("What class would you like to play")
for player_class in player_classes:
print(player_class.title())
player_class = input(">> ").lower()
try:
if player_class not in player_classes:
raise ValueError
except ValueError:
print(f"Pleaes select a vaild race {max_attempts - counter}" \
" attempts left before exiting.")
counter += 1
else:
return player_class
def player_race():
clear()
counter = 0
max_attempts = 5
player_races = ['dwarf', 'elf', 'human']
while True:
if counter != None and counter > max_attempts:
sys.exit()
print("What race would you like to play")
for player_race in player_races:
print(player_race.title())
player_race = input(">> ").lower()
try:
if player_race not in player_races:
raise ValueError
except ValueError:
print(f"Please select a vaild race {max_attempts - counter}" \
" attempts left before exiting.")
counter += 1
else:
return player_race
def title_screen():
clear()
print("""
#####################################
### Welcome to Elduwin Forest ###
,@@@@@@@,
,,,. ,@@@@@@/@@, .oo8888o.
,&%%&%&&%,@@@@@/@@@@@@,8888\88/8o
,%&\%&&%&&%,@@@\@@@/@@@88\88888/88'
%&&%&%&/%&&%@@\@@/ /@@@88888\88888'
%&&%/ %&%%&&@@\ V /@@' `88\8 `/88'
`&%\ ` /%&' |.| \ '|8'
|o| | | | |
|.| | | | |
\\/ ._\//_/__/ ,\_//__\\/. \_//__/_
#####################################
- Play -
- Help -
- Quit -
""")
print(f" ### Copyright {todays_date.year} imcooley ###")
title_screen_selections()
def bilEmailHome(userid, logintime):
'''This is the bill generation department homepage function'''
mydate = datetime.now()
clear() #Clear the screen
billGenAdmin_message = open('files/messages/billEmailnotAdmin_message.txt',
'r').read()
funcAdminTuple = ('01#02', '00#01')
print(
billGenAdmin_message.format(params['company_name'], userid, logintime,
datetime.now(), mydate.strftime("%B")))
userinput = input()
if userinput not in funcAdminTuple:
clear() #Clear the screen
bilEmailHome(userid, logintime)
else:
if userinput == '01#02':
sendmailtocustomers(userid, logintime)
elif userinput == '00#01':
logout(userid)
def login_user(deptno):
'''This is the login screen'''
clear()
print()
print('Now please enter your login credentials')
print('---------------------------------------')
userid = input('Please enter your USERID\n')
print('---------------------------------------')
password = input('Please enter your password\n')
hashpass = hashlib.md5(password.encode())
db.execute(
f'SELECT * FROM user WHERE password="******" AND dept_no="{deptno}" AND useradmin_id="{userid}";'
)
query = db.fetchall()
if query == None or query == []:
print('The given credentials where wrong')
print('Please wait for 2 sec!')
time.sleep(2)
welcome_message()
else:
login_user_in(userid, hashpass.hexdigest(), deptno)
def options_menu(option_list):
clearscreen.clear()
length, height = option_list
while True:
draw_banner('Options Menu')
print('\tGamefield Settings')
print()
print('\t(L)ength: {}'.format(length))
print('\t(H)eight: {}'.format(height))
print()
print(' (R)eturn (S)ave settings')
print()
print(' Please choose the first letter')
user_input = input(' (L or H etc.): ')
clearscreen.clear()
if not user_input:
continue
if user_input[0].lower() in ['l', 'h', 'r', 's']:
user_input = user_input[0].lower()
while True:
try:
if user_input == 'l':
length = int(input('\n Enter length (1-9): '))
elif user_input == 'h':
height = int(input('\n Enter height (1-9): '))
except ValueError:
print('Please enter only Integer!')
except Exception as e:
print(e)
else:
clearscreen.clear()
break
# go back without saveing
if user_input == 'r':
return option_list
elif user_input == 's':
if 4 <= length * height <= 81 and 1 <= length <= 9 and 1 <= height <= 9:
return [length, height]
else:
print(
'\n The valid range of (LENGTH x HEIGHT) must be between 4 and 81!'
)
print(
' And the valid range of LENGTH and HEIGHT must be between 1 and 9!'
)
#!/usr/bin/env python2
import client
import random
import time
import clearscreen
if __name__ == "__main__":
t = 0
s = 64
pixels = [0] * client.HEIGHT * client.WIDTH
clearscreen.clear()
while True:
if t == 63:
time.sleep(1)
t = (t + 1) % 64
for x in range(client.WIDTH):
for y in range(client.HEIGHT):
#pixels[s * x + y] = 0 if (y == (x^t)) else 1
pixels[s * x + y] = 0 if ((x & y & t)) else 255
client.blit(0, 0, client.WIDTH, client.HEIGHT, pixels)
print t
#time.sleep(0.09)
# Electricity bill management
# Computer Science project of class 12-Sc-1
# made by Dhruva, Ayush and Smyan
# import cProfile
# import re
# cProfile.run('re.compile("foo|bar")')
# input()
from datetime import datetime
from os import system
from login import welcome_message
from clearscreen import clear
import mysql.connector as c
connection = c.connect(host='localhost',
database='electricity_bill',
user='******',
password='')
db = connection.cursor()
#__main__
#Checks if the user is already logged in
clear()
db.execute(
f'UPDATE login SET session_out="{datetime.now()}" WHERE session_out="0000%"'
)
connection.commit()
welcome_message()
#!/usr/bin/python
import client
import random
import time
import clearscreen
if __name__=="__main__":
t = 0
s = 64
pixels = [0] * client.HEIGHT * client.WIDTH
clearscreen.clear()
while True:
if t == 63:
time.sleep(1)
t = (t+1) % 64
for x in range(client.WIDTH):
for y in range(client.HEIGHT):
#pixels[s * x + y] = 0 if (y == (x^t)) else 1
pixels[s * x + y] = 0 if ((x&y&t)) else 255
client.blit(0, 0, client.WIDTH, client.HEIGHT, pixels)
print t
#time.sleep(0.09)
def create_user(userid23,logintime23):
'''This function is used to create a user of the software'''
clear() #Clear the screen
db.execute('SELECT dept_no, deptname from dept')
dept = db.fetchall()
#Printing the department no
print(' Department No | Department name')
print('------------------------------------------------------------')
for i,j in dept:
print(f' {i} {j} ')
print('Following are the department no')
print()
#Department No dictionary
db.execute('SELECT dept_no FROM dept')
sqlquery = db.fetchall()
#Asking to enter the department no
while True:
try:
deptno1 = int(input('Enter the department no\n'))
if (deptno1,) in sqlquery:
break
else:
print(f'{deptno1} Department No is not valid \n Please enter a valid department no !')
except:
print('Enter no not characters!')
#Asking to enter the name
name1 = input('Please enter the name\n')
name=''
for i in name1:
if i.isalpha(): name+=i
while True:
#ENTERING THE PASSWORD
password1 = input('Please enter a password\n')
password2 = input('Please retype the password\n')
if password1==password2:
break
else:
clear()
print('Enter again the two password dosen\'t match!')
hashpass1 = hashlib.md5(password1.encode())
db.execute(f'SELECT deptname FROM dept WHERE dept_no={deptno1}')
#Getting the branch name
branch = db.fetchall()[0][0]
# generating the useradminid
db.execute(f'select username from user where username="******"')
occurence = len(db.fetchall())
useradminid = f'{deptno1}{occurence+1}{name[:2]}#{branch}'
#Inserting the data into database
db.execute(f'INSERT INTO user VALUES(NULL,"{name}","{hashpass1.hexdigest()}","{branch}",{deptno1},"{useradminid}")')
connection.commit()
#The admin welcome message
clear()
created_message = open('files/messages/create_msg.txt','r').read()
print(created_message.format(name,password1,branch,deptno1,useradminid))
print()
input('Press any key to continue')
adminHome(userid23,logintime23)
def get_right_path(pi):
clear()
print("Which number represents perfection?")
print("√49 (Square root of 49)")