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Merge pull request #8 from coderpyaephyothant/15lesson
15lesson
2 parents 7884f72 + 430f39d commit cd6f24a

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‎10lesson.py

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# lottery game
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import secrets
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secureNumber = secrets.SystemRandom()
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# build object
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# print(secureNumber)
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while True:
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print('_________Welcome to 2D game with Python Programming_________')
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press1 = int(input('______Press 1 for RULES OR 2 to start Game!____'))
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if press1 == 1:
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print(' >Your Age must be greater than or equal 17! ')
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print(' >You need aleast 10000 Coin! ')
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print(' >Your need to use aleast 1000 Coin to start game! ')
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if press1 == 2:
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print(' >You can start to play game Now! -----------')
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print(' > Now, You need to fill some of your informations...')
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print('Lets Start!')
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clientName = input('Type your name : at least 3 words')
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clientAge = int(input('Type your age : at least 17year!'))
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print('_____you entered___', len(clientName))
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print('_____you entered___', clientAge)
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if len(clientName) < 3:
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print('Your Name must be aleast 3Characters!')
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exit()
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if clientAge < 17:
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print('Your Age must be aleast 17!')
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exit()
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while len(clientName) >= 3 and clientAge >= 17:
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print('You can play game Now. ...')
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print('Welcome', clientName ,'!. . ')
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while True:
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clientMoney = int(input('Now, Enter your coin! : aleast 10000 Coin'))
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while clientMoney < 10000 or None:
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print('Coin must be aleast 10000!', clientName, 'coin is', clientMoney )
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clientMoney = int(input('Please valid coin!'))
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if clientMoney < 10000:
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continue
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while clientMoney >= 10000:
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if clientMoney >= 10000:
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print('your money is ', clientMoney)
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print('Hello', clientName, 'Thanks You! - - - -')
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clientUseMoney = int(input('How many conin wanna use ? Enter. :aleast 1000 : '))
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while clientUseMoney < 1000 or None:
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print('Use Coin must be aleast 1000!', clientName, 'Used coin is : ', clientUseMoney )
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clientUseMoney = int(input('Please valid Use coin!'))
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if clientUseMoney < 1000:
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continue
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if clientUseMoney >= 1000:
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print('You used ', clientUseMoney , 'coin for game!- - -')
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luckyNum = int(input('Insert your lucky Number! Must be two Number!------ '))
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while len(str(luckyNum)) < 2 or None:
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print('Use two number!', clientName, 'inserted lucky number is', luckyNum )
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luckyNum = int(input('Please valid Luck Number!'))
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while len(str(luckyNum)) < 2 or len(str(luckyNum)) > 2:
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continue
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if len(str(luckyNum)) == 2:
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sysNumber = secureNumber.randint(10,99)
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countNum = 0
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while countNum < 3:
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print('Wait... What is Number Today is . . .')
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countNum +=1
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if luckyNum == sysNumber:
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clientMoney = clientMoney + clientUseMoney
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print('Today Number is : ', sysNumber)
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print('Hey',clientName,'Congratulation. . .You Won!!!!----')
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print('Hey',clientName,'You got',clientMoney)
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playAgainNum = int(input('enter 1 to play again OR Enter 0 to QUIT****'))
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while clientMoney > 0:
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if playAgainNum == 1:
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break
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while playAgainNum == 0:
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exit()
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else:
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clientMoney = clientMoney - clientUseMoney
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print("Today number is :", sysNumber)
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print("Your Lucky number is :", luckyNum)
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print("Sorry..Good Luck again", clientName)
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print('Hey',clientName,'Your Coin : ',clientMoney)
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if clientMoney == 0 or clientMoney < 1000:
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exit()
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‎1112lesson.py

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yourInput = input('enter your number')
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while True:
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if yourInput.isdigit() and len(yourInput) <3:
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print('your input must be atleast 3word')
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break
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elif yourInput.isdigit() and len(yourInput) > 3:
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print('not greater than 3')
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else:
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print('ok')
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break

‎13lesson.py

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# for loop with example
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# 1.while loop
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# x = 0
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# while x < 5:
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# print(x)
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# x += 1
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# for loop with break
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# i = 1
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# while i < 6:
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# print(i)
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# if i == 3:
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# break
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# i += 1
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# p = 10
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# while p < 25:
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# print(p)
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# if p == 18:
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# break
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# p += 1
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# for loop with continue
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# 意味　＝＞　止める現状の反復　/　次へ続く
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# i = 0
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# while i < 6:
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# if i == 3:
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# i += 1
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# continue
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# print(i)
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# i += 1
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# 2 range
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# x = range(6)
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# for n in x:
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# print(n)
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# range with for loop
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# p = 0
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# for p in range(5):
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# print(p)
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# Tuple
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# tup=('h','e','l','l','o')
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# for p in tup:
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# print(p)
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# Loop Tuple with list
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# packing
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# lootu = [(1,2),(3,4)]
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# for p in lootu:
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# print(p)
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# unpacking
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# for p,t in lootu:
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# print(p,t)
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# print(0%7)
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# for p in range(5):
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# t = p%3
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# print(t)
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# if t == 0:
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# print('modulus')
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# else:
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# print('modulus not zero')
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# Zero Division Error ___ Try Except Finally
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# for p in range(5):
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# print('loop in range 5, p : ', p)
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# try:
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# 10/(p-3)
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# except ZeroDivisionError:
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# print('divided by zero')
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# finally:
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# print('not divided by zero')
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‎14lesson.py

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# string with for loop
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# words = 'pyaephyothant'
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# for x in words:
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# print(x, end='-')
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# with index
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# i = 0
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# for x in words:
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# print(i,x)
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# i+=1
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# enumerate
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# for i,x in enumerate(words):
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# print(i,x)
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# row = int(input('write number between 1 and 5'))
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# for p in range(row):
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# for t in range(p):
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# print('*',t,'t')
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# print('-',p,'p')
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# row = int(input('write number between 1 and 10'))
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# for p in range(row):
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# for t in range(p):
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# print(t,end='')
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# print('-')
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# for p in range(1,row):
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# # print(p,'p')
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# for t in range(p):
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# print(t,end='')
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# print('-')
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# x = range(3, 0, -2)
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# print(x)
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# for n in x:
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# print(n)
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putInNumber = int(input('insert value of a number between 1 and 5 = '))
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for p in range(5,putInNumber):
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for t in range(p,0,-1):
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print('t',t)
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print('-')
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‎15lesson.py

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# pyramic triangle
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# forRow = int(input('Enter number to make pyramic'))
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# spaceRow = forRow
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# for i in range(1,forRow):
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# for j in range(spaceRow):
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# print(end=' ')
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# spaceRow = spaceRow-1
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# for k in range(1,i*2):
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# print('*',end='')
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# print('')
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# reverse pyramic triangle
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forRow = int(input('Enter number to make reverse pyramic'))
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forStar = forRow
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for i in range(1,forRow):
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for j in range(i):
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print(' ',end='')
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for k in range((forStar*2),3,-1):
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print('*',end='')
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forStar = forStar-1
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print(' ')

‎7lesson.py

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# while loop
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# i = 1
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# while i < 10:
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# print('looping number of i value is : {}'.format(i))
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# i += 1
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# while loop exercise
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p = 0
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t = 5
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# while t > p :
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# print('p is' , p, 't is' , t)
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# t -= 1
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# break and continue
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# for pt in 'pathein':
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# if pt == 'n':
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# break
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# print('without break')
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# print('----------breaked--------------')
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# for pp in 'yangon':
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# if pp == 'n':
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# continue
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# print('without break',pp)
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# print('---------continue-----')
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# while and break programm
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ls = [10,20,60,99]
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compareNum = 99
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found = False
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index = 0
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# print(len(ls))
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while index < len(ls):
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if ls[index] == compareNum:
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found = True
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break
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index += 1
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if not found:
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# print(not found)
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ls.append(compareNum)
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# print(ls)
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‎8lesson.py

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# Random
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import random
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# The random() method returns a random floating number between 0 and 1.
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# print(random.random())
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# for integers randint() randrange()
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# print(random.randint(2,6))
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# random.randrange(start, stop, step)
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print(random.randrange(2,8,2))
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# random.choice(sequence)
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# random.sample(sequence, k) sequence Required. A sequence. Can be any sequence: list, set, range etc. && k Required. The size of the returned list
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# fruits = ['Apple', 'Banana', 'Orange', 'Grapes', 'Strawberry']
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# print(random.choice(fruits))
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# print(random.sample(fruits,2))
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# random.seed(a, version)
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# *** Random.seed is not secure!!!!!!!!!!!!!!!!!!
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# a Optional. The seed value needed to generate a random number.
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# If it is an integer it is used directly, if not it has to be converted into an integer.
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# Default value is None, and if None, the generator uses the current system time.
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# version An integer specifying how to convert the a parameter into a integer.
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# Default value is 2
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# random.seed(42)
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# print(random.random())
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# shuffle
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# Shuffle a list (reorganize the order of the list items):
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# fruits = ['Apple', 'Banana', 'Orange', 'Grapes', 'Strawberry']
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# print('Before Shuffle/ original fruits list', fruits)
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# random.shuffle(fruits)
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# print('Shuffled List', fruits)
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# uniform random.uniform(a, b)
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# a Required. A number specifying the lowest possible outcome
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# b Required. A number specifying the highest possible outcome
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# The uniform() method returns a random floating number between the two specified numbers (both included).
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# print('uniform', random.uniform(5,10))
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# random.triangular(low, high, mode)
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# print(random.triangular(20, 60, 10))
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‎9lesson.py

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# Secure random
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import secrets
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# secrets.SystemRandom
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# randint & randint
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# secureGenerator = secrets.SystemRandom()
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# secureRandNumber = secureGenerator.randint(2,10)
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# print('secured random numbers', secureRandNumber)
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# secureGenerator = secrets.SystemRandom()
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# secureRandNumberByRange = secureGenerator.randrange(2,11,4)
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# ရွေးချယ်ခွင့် တိုးပွားမှုကို သတ်မှတ်သည့် ကိန်းပြည့်။ default 1
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# print('secured random numbers ranges', secureRandNumberByRange)
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# choice & sample
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# fruits = ['Apple', 'Banana', 'Orange', 'Grapes', 'Strawberry']
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# secureGenerator = secrets.SystemRandom()
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# secureFruit = secureGenerator.choice(fruits)
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# print('securedFruit', secureFruit)
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# secureGenerator = secrets.SystemRandom()
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# secureFruitSample = secureGenerator.sample(fruits,2)
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# print('secureFruitSample', secureFruitSample)
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# secret.token_byte
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# print(secrets.token_bytes(4))
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# print(secrets.token_bytes(2))
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# secret.token_hex 2 => 4 , 4 => 8
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# print(secrets.token_hex(3))
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# Token URL safe
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# print(secrets.token_urlsafe(2))
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passwordResetLink = 'http://resetUrlLink/reset='
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passwordResetLink += secrets.token_urlsafe()
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print('url secretlinks', passwordResetLink)
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‎README.md

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> Learning Python Programming . . .
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13
> Learning Python Programming Language

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