class LoginHandler(webapp.RequestHandler):
def get(self):
doRender(self, 'loginscreen.htm')
def post(self):
self.session = Session()
un = self.request.get('username')
pw = self.request.get('password')
self.session.delete_item('username')
self.session.delete_item('userkey')
if pw == '' or un == '':
doRender(self, 'loginscreen.html',
{'error': 'Please specify Username and Password'})
return
que = db.Query(User)
que = que.filter('username ='******'password ='******'userkey'] = user.key()
self.session['username'] = un
doRender(self, 'main.html',
{}) # if ok, go to main.html (logged in)
else:
doRender(self, 'loginscreen.html',
{'error': 'Username or Password wrong'})
class LoginHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
doRender(self, 'loginscreen.html')
def post(self):
self.session = Session()
acct = self.request.get('account')
pw = self.request.get('password')
#logging.info('Checking account='+acct+' pw='+pw)
self.session.delete_item('username')
self.session.delete_item('userkey')
if pw == '' or acct == '':
doRender(self, 'loginscreen.html', {'error' : 'Please specify Acct and PW'} )
return
# Check to see if our data is correct
que = db.Query(User)
que = que.filter('account =',acct)
que = que.filter('password = '******'userkey'] = user.key()
self.session['username'] = acct
doRender(self,'index.html',{ } )
else:
doRender(self,'loginscreen.html',{'error' : 'Incorrect password'} )
class LogoutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
un = self.session.get('username')
self.session.delete_item('username')
self.session.delete_item('userkey')
doRender(self, 'index.html', {'msg': un + ' logout successful.'})
class LoginHandler(webapp2.RequestHandler):
def get(self):
doRender(self, 'login.html')
def post(self):
self.session = Session()
acct = self.request.get('account')
pw = self.request.get('password')
logging.info('Checking account='+acct+' pw='+pw)
# Make sure no other user is login
self.session.delete_item('username')
self.session.delete_item('userkey')
# Still no sender or transporter
self.session['senderflag'] = False
self.session['transporterflag'] = False
# Check if there is a registered user
que = db.Query(User)
que = que.filter('account =',acct)
que = que.filter('password = '******'userkey'] = user.key()
self.session['username'] = acct
doRender(self,'StartPage.html',{ } )
else:
doRender(self,'login.html', {'error' : 'Please fill in the correct details!'})
class LogoutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
un = self.session.get('username')
self.session.delete_item('username')
self.session.delete_item('userkey')
doRender(self, 'index.html', {'msg' : un + ' logout successful.'} )
class LoginHandler(webapp.RequestHandler):
def get(self):
doRender(self, "loginscreen.htm")
def post(self):
self.session = Session()
acct = self.request.get("account")
pw = self.request.get("password")
logging.info("Checking account=" + acct + " pw=" + pw)
self.session.delete_item("username")
self.session.delete_item("userkey")
if pw == "" or acct == "":
doRender(self, "loginscreen.htm", {"error": "Please specify Account and Password"})
return
que = db.Query(User)
que = que.filter("account =", acct)
que = que.filter("password = "******"userkey"] = user.key()
self.session["username"] = acct
doRender(self, "index.htm", {})
else:
doRender(self, "loginscreen.htm", {"error": "Incorrect password"})
class TransHandler(webapp.RequestHandler):
def post(self):
self.session = Session()
mode = self.session.get("mode")
msg = self.session.get("msg")
txtinput = self.request.get('method')
if (txtinput == 't'):
txtinput = "You have chosen Transposition cipher. Your mode is " + mode + " and your message is " + msg + ". Please enter a key(1<= key <= length of your message) (ex: tkey-3)"
elif (txtinput == 'key'):
key = int(self.request.get("keystr"))
maxlen = len(msg)
trans = transposition.TranspositionCipherTool(mode, msg, maxlen)
keynum = trans.display()
if (key >= 1 and key <= int(maxlen)):
trans.storekey(key)
translated = trans.getTranslatedMessage()
txtinput = "Your translated message is " + translated
else:
self.session.delete_item("msg")
txtinput = "Your key is not valid. Please re-enter a new message( ex: tmsg-{'This is message'})"
elif (txtinput == 'tmsg'):
msg = self.request.get("keystr")
self.session['msg'] = msg
txtinput = "Please enter a key(1<= key <= length of your message) (ex: tkey-3)"
array = {'text': txtinput}
# Output the JSON
self.response.headers['Content-Type'] = 'application/json'
self.response.out.write(json.dumps(array))
class LogoutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('username')
self.session.delete_item('user_key')
doRender(self, 'index.htm')
class LogoutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('username')
self.session.delete_item('userkey')
doRender(self, 'index.htm')
class LogOutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('user')
self.redirect('main.html')
class GameloadHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
start_msg = ""
gid = self.request.get("gid")
self.session['game_id'] = gid
#get current level for game id
result_game = (db.GqlQuery("SELECT * FROM GameDB WHERE game_id = :1",
gid)).get()
glevel = result_game.current_level
if (glevel):
start_msg = "START THE GAME"
#level=self.request.get("level")
if (self.session.get('level')):
self.session.delete_item('level')
self.session['level'] = glevel
temp = os.path.join(os.path.dirname(__file__),
'templates/gameload.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(
str(
template.render(temp, {
"start_msg": start_msg,
"level": glevel
})))
class LoginHandler(webapp.RequestHandler):
def get(self):
doRender(self, 'loginscreen.htm')
def post(self):
self.session = Session()
acct = self.request.get('account')
pw = self.request.get('password')
logging.info('Checking account='+acct+' pw='+pw)
self.session.delete_item('username')
if pw == '' or acct == '':
doRender(
self,
'loginscreen.htm',
{'error' : 'Please specify Account and Password'} )
return
que = db.Query(User)
que = que.filter('account =',acct)
que = que.filter('password = '******'username'] = acct
doRender(self,'index.htm',{ } )
else:
doRender(
self,
'loginscreen.htm',
{'error' : 'Incorrect password'} )
class logout(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('username')
render(self,"logout.html")
def post(self):
render()
class LogoutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
if 'username' in self.session:
del self.session['username']
self.session.delete_item('username')
self.session.delete_item('userkey')
doRender(self, '/index.html')
class LogoutHandler(webapp.RequestHandler):
def get(self):
self.session=Session()
self.session.delete_item('username')
self.session.delete_item('ft_client')
path=self.request.path
temp=os.path.join(os.path.dirname(__file__),'templates/index.html')
html=template.render(temp,{'path':path})
self.response.out.write(html)
class ExitHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('username')
self.session.delete_item('role')
self.session.delete_item('tid')
self.session.delete_item('level')
self.session.delete_item('game_id')
msg = "Thank you for playing. Bye!"
temp = os.path.join(os.path.dirname(__file__), 'templates/logout.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(str(template.render(temp, {"logoutmsg": msg})))
class ExitHandler(webapp.RequestHandler):
def get(self):
self.session=Session()
self.session.delete_item('username')
self.session.delete_item('role')
self.session.delete_item('tid')
self.session.delete_item('level')
self.session.delete_item('game_id')
msg="Thank you for playing. Bye!"
temp = os.path.join(os.path.dirname(__file__), 'templates/logout.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(str(template.render(temp,{"logoutmsg":msg})))
class CipherInterfaceHandler(webapp.RequestHandler):
def get(self):
temp=os.path.join(os.path.dirname(__file__), 'templates/sample.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(str(template.render(temp,{})))
def post(self):
# Our POST Input
self.session=Session()
txtinput = self.request.get('txtValue')
txtinput=txtinput.lower()
mode=self.request.get('mode')
if (txtinput =='show files' or txtinput == 'sf'):
txtinput="Show Files: Ciphers.py Subsitution.py transposition.py vigenere.py Affine.py ciphers.py"
elif (txtinput == "help" or txtinput =='h'):
txtinput="Would you like to go to the tutorial for the Caesar cipher(chelp or ch), Substitution cipher(shelp or sh), Transposition cipher(thelp or th), Vigenere cipher(vhelp or vh), or Affine cipher(ahelp or ah)? You can also type toolbox(toolbox or tb) to use the ciphers."
elif(txtinput == "chelp" or txtinput=="ch"):
txtinput="The Caesar cipher works by substituting letters for different letters a certain number away from the original letter. For example, the letter 'A' with a key of 2 would become 'C' because C is 2 letters away from 'A'. The word 'CAT' would be encoded to say 'ECV'. To figure out the key to decode a message, you can keep trying numbers between 1 and 26 until one decodes the message into something that makes sense."
elif(txtinput == "shelp" or txtinput=="sh"):
txtinput="The substitution cipher has a key of 26 letters, each one in the alphabet, all reordered, and matches the old letters of the alphabet to the new ones. So if the letter 'A' maps to 'V' because it is the first letter of the key, 'B' maps to 'Q' because 'Q' is the second letter in the key. If 'T' maps to 'P', the code word for 'TAB' would be 'PVQ'."
elif(txtinput == "thelp" or txtinput=="th"):
txtinput="The transposition cipher works by mapping different letters to columns in a table, and then putting the rows of the table together to make the ciphertext. For example, to encode the sentence 'The apple is red.' with a key of 3, the cipher will make a table with 3 columns. Because there are 17 characters in this sentence, we take 17/3 which gives 5 with a remainder of 2. This means we need 6 rows and one space will not be used since there are 17 characters and 18 table entries. The cipher will put one letter in each column of the table so that they read [T,h,e; ,a,p;p,l,e; ,i,s; ,r,e;d,.,X] (commas separate columns, semicolumns separate rows) The resulting ciphertext will go down each column one at a time putting together the characters, giving the ciphertext 'T p dhalir.epese'"
elif(txtinput == "vhelp" or txtinput=="vh"):
txtinput="The Vigenere cipher works almost like the Caesar cipher, except for every letter, the number of letters it shifts is different. The alphabet index of each letter in the key tells how many letters to shift each letter of plaintext. To encode the sentence 'The sky is blue' with the key 'cat', the index of each letter in the key 'cat' is the shift number. The first letter of the message 'T' will shift 3 letters since the first letter of the key is 'c', and its index is 3. So, the first letter of the ciphertext will be 'W'. The next letter will shift 1 because the index of a is one, so 'h' will become 'i'. The index of 't' is 20, so 'e' will shift 20 to become 'y'. When the letters in the key run out, it just starts over, so the next letter of the message 's' will shift 3 to 'v' because the next shift will be the letter 'c' again."
elif(txtinput == "ahelp" or txtinput=="ah"):
txtinput="The affine cipher has a few more steps than the other ciphers. First, it maps each letter of the plaintext to its alphabetic index starting at 0. The word 'SLEUTH' would map to the numbers 18, 11, 4, 20, 19, 7. Let's say we want to include special characters in our encoded alphabet, which will now have a length of 96 instead of 26. We then need to select two numbers for the key, and the first number has to be coprime with 96, meaning it does not share any factors with 96. Since 96's prime factors are 2 and 3, the first part of the key can be any number not divisible by 2 or 3. Our numbers a and b will be used in the equation ax+b, where x is the letter index and the result of which needs to be bigger than 96 for reasons we'll explain in a minute. We'll choose a to be 31 and b to be 57. When we use each letter's index as x in the equation, we get 615, 398, 181, 677, 646, 274. To map these numbers to our alphabet of symbols and letters, we need them to be mod 96. This means we want to divide them by 96 and use the remainder as the new number. After doing that, our new numbers are 39, 14, 85, 5, 70, 82. To get our key, we can multiply a by 96 and add b, which gives us 3033. Mapping the new numbers to their indexes in our alphabet gives us the ciphertext '&lTcEQ'."
elif(txtinput == "tb" or txtinput=='toolbox'):
txtinput="You have selected toolbox. Please select a mode(e for Encryption, d for Decryption) and type a message( ex: d-Hello )?"
elif(mode=='e' or mode=='d'):
self.session.delete_item('mode')
self.session['mode']=mode
msg=self.request.get('msg')
self.session.delete_item('msg')
self.session['msg']=msg
if (mode =='e'):
mo="Encryption"
else:
mo="Decryption"
txtinput="You have chosen " + mo +" and your message is " + msg + ". Please select which cipher you would like to use - Caesar cipher(c), Substitution cipher(s), Transposition cipher(t), Vigenere cipher(v), or Affine cipher(a). Please type \"use-cipher method\"(ex - use-s)"
else:
txtinput="Error, invalid command! Please type again."
array = {'text': txtinput}
# Output the JSON
self.response.headers['Content-Type'] = 'application/json'
self.response.out.write(json.dumps(array))
class AuthenticationPage(webapp.RequestHandler):
def get(self):
logging.info("reached login page")
path=self.request.path
temp=os.path.join(os.path.dirname(__file__),'templates/login.html')
html=template.render(temp,{})
self.response.out.write(html)
def post(self):
import sys, getpass
self.session=Session()
username = self.request.get('username')
password = self.request.get('password')
self.session.delete_item('username')
if username=='' or password=='':
temp=os.path.join(os.path.dirname(__file__),'templates/login.html')
html=template.render(temp,{'error':'Invalid Login'})
self.response.out.write(html)
else:
token = ClientLogin().authorize(username, password)
if token is not None:
self.session['username']=username
ft_client = ftclient.ClientLoginFTClient(token)
self.session['ft_client']=ft_client
results = ft_client.query(SQL().showTables())
temp=os.path.join(os.path.dirname(__file__),'templates/index.html')
html=template.render(temp,{'username':username})
self.redirect("/house")
else:
logging.info("unable to login")
temp=os.path.join(os.path.dirname(__file__),'templates/login.html')
html=template.render(temp,{'error':'Invalid Login'})
self.response.out.write(html)
#show tables
'''temp=os.path.join(os.path.dirname(__file__),'templates/index.html')
class CapitalHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('username')
doRender(self, 'index.html')
def post(self):
self.session = Session()
guess_capital = str(self.request.get('capital'))
for country in country_data:
if country['name'] == self.session['country']:
self.session['capital'] = country['capital']
true_capital = self.session['capital']
if guess_capital != true_capital:
doRender(self, 'country.html', {'error': 'Guess again...'})
else:
doRender(self, 'capital.html', {'capital': true_capital})
class CipherInterfaceHandler(webapp.RequestHandler):
def get(self):
temp = os.path.join(os.path.dirname(__file__), 'templates/sample.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(str(template.render(temp, {})))
def post(self):
# Our POST Input
self.session = Session()
txtinput = self.request.get('txtValue')
mode = self.request.get('mode')
if (txtinput == 'show files'):
txtinput = "Show Files: Ciphers.py Subsitution.py"
elif (txtinput == "help" or txtinput == 'h'):
txtinput = "Would you like to go to the tutorial for the Caesar cipher(chelp), Substitution cipher(shelp), Transposition cipher(thelp), Vigenere cipher(vhelp), or Affine cipher(ahelp)? You can also type toolbox(tb) to use the ciphers."
elif (txtinput == "chelp"):
txtinput = "The Caesar cipher works by substituting letters for different letters a certain number away from the original letter. For example, the letter 'A' with a key of 2 would become 'C' because C is 2 letters away from 'A'. The word 'CAT' would be encoded to say 'ECV'. To figure out the key to decode a message, you can keep trying numbers between 1 and 26 until one decodes the message into something that makes sense."
elif (txtinput == "shelp"):
txtinput = "The substitution cipher has a key of 26 letters, each one in the alphabet, all reordered, and matches the old letters of the alphabet to the new ones. So if the letter 'A' maps to 'V' because it is the first letter of the key, 'B' maps to 'Q' because 'Q' is the second letter in the key. If 'T' maps to 'P', the code word for 'TAB' would be 'PVQ'."
elif (txtinput == "thelp"):
txtinput = "The transposition cipher works by mapping different letters to columns in a table, and then putting the rows of the table together to make the ciphertext. For example, to encode the sentence 'The apple is red.' with a key of 3, the cipher will make a table with 3 columns. Because there are 17 characters in this sentence, we take 17/3 which gives 5 with a remainder of 2. This means we need 6 rows and one space will not be used since there are 17 characters and 18 table entries. The cipher will put one letter in each column of the table so that they read [T,h,e; ,a,p;p,l,e; ,i,s; ,r,e;d,.,X] (commas separate columns, semicolumns separate rows) The resulting ciphertext will go down each column one at a time putting together the characters, giving the ciphertext 'T p dhalir.epese'"
elif (txtinput == "vhelp"):
txtinput = "The Vigenere cipher works almost like the Caesar cipher, except for every letter, the number of letters it shifts is different. The alphabet index of each letter in the key tells how many letters to shift each letter of plaintext. To encode the sentence 'The sky is blue' with the key 'cat', the index of each letter in the key 'cat' is the shift number. The first letter of the message 'T' will shift 3 letters since the first letter of the key is 'c', and its index is 3. So, the first letter of the ciphertext will be 'W'. The next letter will shift 1 because the index of a is one, so 'h' will become 'i'. The index of 't' is 20, so 'e' will shift 20 to become 'y'. When the letters in the key run out, it just starts over, so the next letter of the message 's' will shift 3 to 'v' because the next shift will be the letter 'c' again."
elif (txtinput == "ahelp"):
txtinput = "The affine cipher has a few more steps than the other ciphers. First, it maps each letter of the plaintext to its alphabetic index starting at 0. The word 'SLEUTH' would map to the numbers 18, 11, 4, 20, 19, 7. Let's say we want to include special characters in our encoded alphabet, which will now have a length of 96 instead of 26. We then need to select two numbers for the key, and the first number has to be coprime with 96, meaning it does not share any factors with 96. Since 96's prime factors are 2 and 3, the first part of the key can be any number not divisible by 2 or 3. Our numbers a and b will be used in the equation ax+b, where x is the letter index and the result of which needs to be bigger than 96 for reasons we'll explain in a minute. We'll choose a to be 31 and b to be 57. When we use each letter's index as x in the equation, we get 615, 398, 181, 677, 646, 274. To map these numbers to our alphabet of symbols and letters, we need them to be mod 96. This means we want to divide them by 96 and use the remainder as the new number. After doing that, our new numbers are 39, 14, 85, 5, 70, 82. To get our key, we can multiply a by 96 and add b, which gives us 3033. Mapping the new numbers to their indexes in our alphabet gives us the ciphertext '&lTcEQ'."
elif (txtinput == "tb"):
txtinput = "You have selected toolbox. Please select a mode(e for Encryption, d for Decryption) and type a message( ex: d-Hello )?"
elif (mode == 'e' or mode == 'd'):
self.session.delete_item('mode')
self.session['mode'] = mode
msg = self.request.get('msg')
self.session.delete_item('msg')
self.session['msg'] = msg
if (mode == 'e'):
mo = "Encryption"
else:
mo = "Decryption"
txtinput = "You have chosen " + mo + " and your message is " + msg + ". Please select which cipher you would like to use - Caesar cipher(c), Substitution cipher(s), Transposition cipher(t), Vigenere cipher(v), or Affine cipher(a). Please type \"use-cipher method\"(ex - use-s)"
array = {'text': txtinput}
# Output the JSON
self.response.headers['Content-Type'] = 'application/json'
self.response.out.write(json.dumps(array))
class CapitalHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('username')
doRender(self,'index.html')
def post(self):
self.session = Session()
guess_capital = str(self.request.get('capital'))
for country in country_data:
if country['name']==self.session['country']:
self.session['capital'] = country['capital']
true_capital = self.session['capital']
if guess_capital != true_capital:
doRender(self, 'country.html', {'error': 'Guess again...'})
else:
doRender(self,'capital.html', {'capital': true_capital})
class LoginHandler(webapp.RequestHandler):
def get(self):
logging.info('Login Page Rendered')
#Environment (testing or production)
ereturn = functions.productionEnvironment()
if ereturn == '0': environment = "Dev Environment"
if ereturn == '1': environment = "Prod Environment"
logging.info('ereturn: ' + ereturn)
doRender(self, 'loginscreen.htm', {'environment': environment})
def post(self):
logging.info('Login Attempt')
self.session = Session()
acct = self.request.get('account')
pw = self.request.get('password')
#logging.info('Checking account='+acct+' pw='+pw)
self.session.delete_item('username')
if pw == '' or acct == '':
doRender(self, 'loginscreen.htm',
{'error': 'Please specify Email and Password'})
return
logging.info('password: '******'': #Salts Password for db check
pw = functions.getSaltedHash(pw)
logging.info('password: '******'account =', acct)
que = que.filter('password = '******'username'] = acct
doRender(self, 'index.htm', {})
else:
doRender(self, 'loginscreen.htm', {'error': 'Incorrect password'})
class TransHandler(webapp.RequestHandler):
def post(self):
self.session=Session()
mode = self.session.get("mode")
msg=self.session.get("msg")
txtinput = self.request.get('method')
if (txtinput=='t'):
txtinput="You have chosen Transposition cipher. Your mode is " + mode +" and your message is " + msg +". Please enter a key(1<= key <= length of your message) (ex: tkey-3)"
elif (txtinput == 'key'):
key=int(self.request.get("keystr"))
maxlen=len(msg)
trans = transposition.TranspositionCipherTool(mode,msg,maxlen)
keynum=trans.display()
if(key >= 1 and key <= int(maxlen)):
trans.storekey(key)
translated=trans.getTranslatedMessage()
txtinput="Your translated message is " + translated
else:
self.session.delete_item("msg")
txtinput="Your key is not valid. Please re-enter a new message( ex: tmsg-{'This is message'})"
elif (txtinput=='tmsg'):
msg=self.request.get("keystr")
self.session['msg']=msg
txtinput="Please enter a key(1<= key <= length of your message) (ex: tkey-3)"
else:
txtinput="Error, invalid command! Please type again. Please select which cipher you would like to use - Caesar cipher(c), Substitution cipher(s), Transposition cipher(t), Vigenere cipher(v), or Affine cipher(a). Please type \"use-cipher method\"(ex - use-s)"
array = {'text': txtinput}
# Output the JSON
self.response.headers['Content-Type'] = 'application/json'
self.response.out.write(json.dumps(array))
class MainHandler(webapp.RequestHandler):
def get(self):
path = (self.request.path).replace('/', '')
datastore = DataStoreInterface()
if (path <> '') and (path <> 'main.html'):
if (datastore.companyProfileExists(path) == 1):
path = 'profiles.html?company='+path
self.redirect(path)
else:
self.response.out.write('404: File not Found')
else:
render.doRender(self,'main.html', {})
def post(self):
self.session = Session()
datastore = DataStoreInterface()
email = self.request.get('txtEmail').strip()
password = self.request.get('txtPassword')
self.session.delete_item('user')
#Check for any fields left empty
if email == '' or password == '':
render.doRender(self, 'main.html', {'error' : 'Please fill in all the details'})
return
username = datastore.loginUser(email, password)
if datastore.isUser(email)== 1:
if datastore.checkPass(email, password)==1:
self.session['user'] = username
self.redirect('controlpanel.html')
else:
render.doRender(self, 'main.html', {'error' : 'Wrong password'})
else:
render.doRender(self, 'main.html', {'error' : 'Email Address does not exist'})
class LoginHandler( webapp.RequestHandler ):
def get( self ):
doRender( self, 'login/loginscreen.htm' )
def post( self ):
self.session = Session()
acct = self.request.get( 'account' ).lower()
pw = self.request.get( 'password' ).lower()
logging.info( 'checking account=' + acct + ' pw=' + pw )
self.session.delete_item( 'username' )
if pw == '' or acct == '':
doRender( self, 'login/loginscreen.htm', {'error':'Please specify acct and pw'} )
return
user = User.all().filter( 'email =', db.Email( acct ) ).filter( 'password ='******'login/loginscreen.htm',
{'error' : 'Incorrect password'} )
else:
self.session['username'] = acct
doRender( self, 'index.htm', {} )
class GameloadHandler(webapp.RequestHandler):
def get(self):
self.session=Session()
start_msg=""
gid=self.request.get("gid")
self.session['game_id']=gid
#get current level for game id
result_game=(db.GqlQuery("SELECT * FROM GameDB WHERE game_id = :1", gid)).get()
glevel=result_game.current_level
if (glevel):
start_msg="START THE GAME"
#level=self.request.get("level")
if (self.session.get('level')):
self.session.delete_item('level')
self.session['level']=glevel
temp = os.path.join(os.path.dirname(__file__), 'templates/gameload.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(str(template.render(temp,{"start_msg":start_msg,"level":glevel})))
class LoginHandler(webapp2.RequestHandler):
def get(self):
doRender(self, 'loginscreen.htm')
def post(self):
self.session = Session()
acct = self.request.get('account')
pw = self.request.get('password')
logging.info('Checking account=' + acct + 'pw=' + pw)
que = db.Query(User).filter('acct =', acct).filter('pw =', pw)
results = que.fetch(limit=1)
self.session.delete_item('username')
if pw == '' or acct == '':
doRender(self, 'loginscreen.htm', {'error': 'Specify Acct and PW'})
elif len(results) > 0:
user = results[0]
self.session['username'] = acct
self.session['userkey'] = user.key()
doRender(self, 'loggedin.htm',
{'username': self.session['username']})
else:
doRender(self, 'loginscreen.htm',
{'error': 'Incorrect login data'})
class AdminHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
if not 'admin_key' in self.session:
doRender(self,'admin_index.htm',{})
else:
admin_name=self.session['admin_name']
#logging.info('I am logging in!!!'+admin_name)
doRender(self,'admin_index.htm',{'admin_name':admin_name})
#newadmin = Admin_User(admin_account='admin_xum', admin_password='******');
#newadmin.put();
def post(self):
self.session = Session()
acct = self.request.get('admin_account')
pw = self.request.get('admin_password')
logging.info('Checking admin account='+acct+' pw='+pw)
self.session.delete_item('admin_key')
self.session.delete_item('admin_name')
if pw == '' or acct == '':
doRender(self,'admin_index.htm',{'error' : 'Please specify email and password'} )
return
# Check to see if our data is correct
que = db.Query(Admin_User)
que = que.filter('admin_account =',acct)
que = que.filter('admin_password = '******'admin_name'] = acct
self.session['admin_key'] = user.key()
doRender(self,'admin_index.htm',{'admin_name':acct} )
else:
doRender(self,'admin_index.htm',{'error' : 'Incorrect password'} )
class LoginHandler(webapp.RequestHandler):
def get(self):
doRender(self, 'loginscreen.htm')
def post(self):
self.session = Session()
name = self.request.get('name')
emailaddress = self.request.get('emailaddress')
password = self.request.get('password')
logging.info('Checking emailaddress=' + emailaddress + ' password='******'username')
self.session.delete_item('userkey')
if name == '' or password == '' or emailaddress == '':
doRender(self, 'loginscreen.htm',
{'error': 'Please fill all the Fields'})
return
que = db.Query(User)
que = que.filter('name = ', name)
que = que.filter('emailaddress =', emailaddress)
que = que.filter('password = '******'userkey'] = user.key()
self.session['username'] = name
doRender(self, 'profile.htm', {})
else:
doRender(self, 'loginscreen.htm',
{'error': 'All Details Need to Match!! '})
return
class LoginHandler(webapp.RequestHandler):
def get(self):
doRender(self, 'loginscreen.htm')
def post(self):
self.session = Session()
acct = self.request.get('account')
pw = self.request.get('password')
logging.info('Checking account='+acct+' pw='+pw)
self.session.delete_item('username')
if pw == '' or acct == '':
doRender(
self,
'loginscreen.htm',
{'error' : 'Please specify Account and Password'} )
elif pw == 'secret':
self.session['username'] = acct
doRender(self,'index.htm',{ } )
else:
doRender(self,'loginscreen.htm',
{'error' : 'Incorrect password'} )
class LoginHandler(webapp.RequestHandler):
def get(self):
doRender(self, 'loginscreen.htm')
def post(self):
self.session = Session()
un = self.request.get('username')
pw = self.request.get('password')
self.session.delete_item('username')
self.session.delete_item('userkey')
if pw == '' or un == '':
doRender(
self,
'loginscreen.html',
{'error': 'Please specify Username and Password'} )
return
que = db.Query(User)
que = que.filter('username ='******'password ='******'userkey'] = user.key()
self.session['username'] = un
doRender(self,'main.html', {} ) # if ok, go to main.html (logged in)
else:
doRender(
self,
'loginscreen.html',
{'error' : 'Username or Password wrong' } )
class login(webapp.RequestHandler):
def get(self):
render(self, "login.html")
def post(self):
data = {}
em = self.request.get('em')
pw = self.request.get('pw')
self.session = Session()
#destroy former session data
self.session.delete_item('username')
if em =="" and pw == "":
data['noCredos'] = True
#self.session = Session()
#data['user'] = self.session.get('username', None)
data['error_msg'] = "pls fill in your email and password"
render(self,"login.html",data)
else:
que = db.Query(Poller)
que.filter('email', em)
que.filter('password', pw)
results = que.fetch(limit=1)
if len(results) > 0:
self.session['username'] = em #set session
data['user'] = em
render(self,"create_question.html",data)
else:
data['usernotfound'] = True
data['error_msg'] = "incorrect password or email; pls try again"
render(self,"login.html",data)
class LoginHandler(BaseHandler):
def get(self):
form = LoginForm()
self.doRender('loginscreen.html', {'form': form})
def post(self):
self.session = Session()
form = LoginForm(self.request.POST)
if form.validate():
self.session.delete_item('username')
self.session.delete_item('userkey')
self.session.delete_item('admin')
un = form.username.data
pw = form.password.data
m = hashlib.sha224(pw)
que = db.Query(User).filter('username ='******'password ='******'password ='******'userkey'] = user.key()
self.session['username'] = un
self.session['admin'] = user.admin
self.redirect('/main')
#self.doRender('main.html', {} ) # if ok, go to main.html (logged in)
else:
self.doRender(
'loginscreen.html',
{'error': 'Username or Password wrong', \
'form': form} )
else: # if form.validate() Fails.
self.doRender('loginscreen.html', {'form': form} )
class LoginHandler(webapp.RequestHandler):
'''
类作用：用户登录页面的响应
'''
def get(self):
'''
当用户登录聊天频道首页的时候调用
'''
#如果url包含了login 则标识客户端的ajax请求 仅仅传送部分html网页即可
if self.request.url.find('login') != -1:
#见register.html 中已经注册，点此<a href="#" onclick="$('#chat_main').load('/chat/login');return false;">返回</a>
doRender(self,'login.html')
#表示用户来到了聊天室主界面 url为/chat
else:
doRender(self,'chat.html',{'error' : None})
def post(self):
'''
用户提交登录表单时候调用
'''
#登录的时候会发送cookie ！！！出于安全考虑 用户在和服务器通信的时候通过cookie来认证登录的用户！！！
self.session = Session()
acct = cgi.escape(self.request.get('account')) #!!!安全考虑!!!
pw = self.request.get('password')
######################logging.info('Checking account='+acct.encode('utf-8')+' pw='+pw.encode('utf-8'))
#为什么要删除？？？因为浏览器会一直发送cookie 只要他曾经来登录过 或者注册过
#这样做方便后面更新memcache里面的数据
self.session.delete_item('username')
self.session.delete_item('userkey')
#delete_item见下源码
# def delete_item(self, keyname):
# if keyname in self.session:
# del self.session[keyname]
# self._update_cache() #更新memcache
#用户名或密码为空时候提示 已经在客户端js里面进行了判断 所以理论上不会出现这种情况
if pw == '' or acct == '':
doRender( self, 'login.html', {'error' : '系统提示：用户名或密码不能够为空！'})
return
#核对用户名和密码
que = db.Query(User)
que = que.filter('account =',acct)
que = que.filter('password = '******'userkey'] = user.key() #注意：这里是一个引用地址 而不是用户的密码！！！
self.session['username'] = acct
#当用户一旦登录成功了以后更新用户的在线状态
#############其实在线状态在OpenedSocketHandler里面更新最好
#user.is_online = True
#user.put()
que = db.Query(ChatMessage).order('created_time');
chat_list = que.fetch(limit=100)
##############聊天记录应该看多少才合适呢？？？我是不是应该在后面加入一些命令？？？例如私人会话 或者是查看聊天记录的命令？？？
if(len(chat_list)>0):
doRender(self,'chatroom.html',{'username':self.session['username'],'chat_list': chat_list})
else:
doRender(self,'chatroom.html',{'username':self.session['username'],'chat_list': None})
#self.response.out.write("<p>无聊天记录</p>")
#密码错误
else:
doRender( self, 'login.html', {'error' : '系统提示：用户名或密码错误！'})
class GameHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session['userCheck'] = 0
userid = self.session.get("id")
username = self.session.get("username")
level = self.request.get("level")
if (self.session.get('level')):
self.session.delete_item('level')
self.session['level'] = level
final = self.request.get("c")
errormsg = ""
result_student = (db.GqlQuery(
"SELECT * FROM StudentDB WHERE student_id = :1", userid)).get()
if (level == '1'):
self.session.delete_item('userCheck')
self.session['userCheck'] = 1
temp = os.path.join(os.path.dirname(__file__),
'templates/game1.html')
current_level = int(level)
#create a new gamedb for the user
if (self.session.get('game_id')):
gameid = self.session.get('gid')
else:
gameid = userid + "_" + str(randint(1, 99999))
self.session['game_id'] = gameid
newDB = GameDB(student_id=userid,
game_id=gameid,
current_level=current_level)
newDB.put()
#update StudentDB with the new gameid
result_student.game_id = gameid
result_student.attempt = 0
result_student.level_1 = False
result_student.level_2 = False
result_student.level_3 = False
result_student.level_4 = False
result_student.level_5 = False
result_student.put()
elif (level == '2'):
self.session.delete_item('userCheck')
self.session['userCheck'] = 2
temp = os.path.join(os.path.dirname(__file__),
'templates/game2.html')
current_level = int(level)
gameid = self.session.get("game_id")
result_game = (db.GqlQuery(
"SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
#update game DB with current level
result_game.current_level = current_level
result_game.put()
#update student DB with current level
result_student.attempt = current_level
result_student.put()
elif (level == '3'):
self.session.delete_item('userCheck')
self.session['userCheck'] = 3
temp = os.path.join(os.path.dirname(__file__),
'templates/game3.html')
current_level = int(level)
gameid = self.session.get("game_id")
result_game = (db.GqlQuery(
"SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.current_level = current_level
result_game.put()
#update student DB with current level
result_student.attempt = current_level
result_student.put()
elif (level == '4'):
self.session.delete_item('userCheck')
self.session['userCheck'] = 4
temp = os.path.join(os.path.dirname(__file__),
'templates/game4.html')
current_level = int(level)
gameid = self.session.get("game_id")
result_game = (db.GqlQuery(
"SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.current_level = current_level
result_game.put()
#update student DB with current level
result_student.attempt = current_level
result_student.put()
elif (level == '5'):
self.session.delete_item('userCheck')
self.session['userCheck'] = 5
temp = os.path.join(os.path.dirname(__file__),
'templates/game5.html')
current_level = int(level)
gameid = self.session.get("game_id")
result_game = (db.GqlQuery(
"SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.current_level = current_level
result_game.put()
#update student DB with current level
result_student.attempt = current_level
result_student.put()
elif (level == '0'):
self.session['userCheck'] = 0
temp = os.path.join(os.path.dirname(__file__),
'templates/game0.html')
gameid = self.session.get("game_id")
result_game = (db.GqlQuery(
"SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.completion = True
result_game.put()
elif (final == "1"):
temp = os.path.join(os.path.dirname(__file__),
'templates/gameterm.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(
str(
template.render(
temp, {
"username": username,
"level": level + " / 5",
"error_msg": errormsg
})))
def post(self):
self.session = Session()
userid = self.session.get("id")
username = self.session.get("username")
level = self.session.get("level")
operation = self.request.get("op")
decoded = self.request.get("decodedmsg")
error_msg = ""
msg = ""
solved = None
flag = True
result = (db.GqlQuery("SELECT * FROM StudentDB WHERE student_id = :1",
userid)).get()
decoded = decoded.upper()
if (operation == '11'):
temp = os.path.join(os.path.dirname(__file__),
'templates/game1.html')
if (decoded == 'GO TO LIBRARY'):
result.level_1 = True
msg = "CONTINUE"
solved = 1
flag = False
#start session for putting the level into the db
elif (operation == '12'):
temp = os.path.join(os.path.dirname(__file__),
'templates/game2.html')
if (decoded == 'GET MYSTERY OF TIME AND GO TO AIRPORT'):
result.level_2 = True
flag = False
solved = 1
msg = "CONTINUE"
elif (operation == '13'):
temp = os.path.join(os.path.dirname(__file__),
'templates/game3.html')
if (decoded == 'HE HAS BROWN HAIR, RED SCARF, YELLOW SHOES'):
result.level_3 = True
flag = False
solved = 1
msg = "CONTINUE"
elif (operation == '14'):
temp = os.path.join(os.path.dirname(__file__),
'templates/game4.html')
if (decoded == 'I LOVE YELLOW AND SKY IS PURPLE'):
result.level_4 = True
flag = False
solved = 1
msg = "CONTINUE"
elif (operation == '15'):
temp = os.path.join(os.path.dirname(__file__),
'templates/game5.html')
if (decoded == 'GO TO GRANDMA HOUSE CODE IS 42'):
result.level_5 = True
flag = False
solved = 1
msg = "CONTINUE"
elif (operation == '0'):
temp = os.path.join(os.path.dirname(__file__),
'templates/game0.html')
if (decoded == '42'):
flag = False
solved = 1
msg = "CONTINUE"
if (flag):
error_msg = "I'm sorry. Your decode seems incorrect. Please try again."
result.put()
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(
str(
template.render(
temp, {
"username": username,
'error_msg': error_msg,
'msg': msg,
"level": level + " / 5",
"solved": solved
})))
class AdminLogoutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('admin_name')
self.session.delete_item('admin_key')
doRender(self, 'admin_index.htm')
class LogoutHandler(webapp2.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item('username')
self.session.delete_item('userkey')
self.session.delete_item('sender_key')
self.session.delete_item('transporter_key')
self.session.delete_item('senderflag')
self.session.delete_item('transporterflag')
self.session.delete_item('matchingkey')
doRender(self, 'login.html')
class LogoutHandler(webapp.RequestHandler):
def get(self):
self.session = Session()
self.session.delete_item("username")
self.session.delete_item("userkey")
doRender(self, "index.htm")
class GameHandler(webapp.RequestHandler):
def get(self):
self.session=Session()
self.session['userCheck']=0
userid=self.session.get("id")
username=self.session.get("username")
level=self.request.get("level")
if (self.session.get('level')):
self.session.delete_item('level')
self.session['level']=level
final=self.request.get("c")
errormsg=""
result_student=(db.GqlQuery("SELECT * FROM StudentDB WHERE student_id = :1", userid)).get()
if (level=='1'):
self.session.delete_item('userCheck')
self.session['userCheck']=1
temp = os.path.join(os.path.dirname(__file__), 'templates/game1.html')
current_level=int(level)
#create a new gamedb for the user
if (self.session.get('game_id')):
gameid=self.session.get('gid')
else:
gameid=userid + "_" + str(randint(1,99999))
self.session['game_id']=gameid
newDB = GameDB(student_id=userid, game_id=gameid,current_level=current_level)
newDB.put()
#update StudentDB with the new gameid
result_student.game_id=gameid
result_student.attempt=0
result_student.level_1=False
result_student.level_2=False
result_student.level_3=False
result_student.level_4=False
result_student.level_5=False
result_student.put()
elif (level=='2'):
self.session.delete_item('userCheck')
self.session['userCheck']=2
temp = os.path.join(os.path.dirname(__file__), 'templates/game2.html')
current_level=int(level)
gameid=self.session.get("game_id")
result_game=(db.GqlQuery("SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
#update game DB with current level
result_game.current_level=current_level
result_game.put()
#update student DB with current level
result_student.attempt=current_level
result_student.put()
elif (level=='3'):
self.session.delete_item('userCheck')
self.session['userCheck']=3
temp = os.path.join(os.path.dirname(__file__), 'templates/game3.html')
current_level=int(level)
gameid=self.session.get("game_id")
result_game=(db.GqlQuery("SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.current_level=current_level
result_game.put()
#update student DB with current level
result_student.attempt=current_level
result_student.put()
elif (level=='4'):
self.session.delete_item('userCheck')
self.session['userCheck']=4
temp = os.path.join(os.path.dirname(__file__), 'templates/game4.html')
current_level=int(level)
gameid=self.session.get("game_id")
result_game=(db.GqlQuery("SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.current_level=current_level
result_game.put()
#update student DB with current level
result_student.attempt=current_level
result_student.put()
elif (level=='5'):
self.session.delete_item('userCheck')
self.session['userCheck']=5
temp = os.path.join(os.path.dirname(__file__), 'templates/game5.html')
current_level=int(level)
gameid=self.session.get("game_id")
result_game=(db.GqlQuery("SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.current_level=current_level
result_game.put()
#update student DB with current level
result_student.attempt=current_level
result_student.put()
elif (level=='0'):
self.session['userCheck']=0
temp = os.path.join(os.path.dirname(__file__), 'templates/game0.html')
gameid=self.session.get("game_id")
result_game=(db.GqlQuery("SELECT * FROM GameDB WHERE game_id = :1", gameid)).get()
result_game.completion=True
result_game.put()
elif (final=="1"):
temp = os.path.join(os.path.dirname(__file__), 'templates/gameterm.html')
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(str(template.render(temp,{"username":username, "level":level+" / 5", "error_msg":errormsg})))
def post(self):
self.session=Session()
userid=self.session.get("id")
username=self.session.get("username")
level=self.session.get("level")
operation=self.request.get("op")
decoded=self.request.get("decodedmsg")
error_msg=""
msg=""
solved=None
flag=True
result=(db.GqlQuery("SELECT * FROM StudentDB WHERE student_id = :1", userid)).get()
decoded=decoded.upper()
if (operation=='11'):
temp = os.path.join(os.path.dirname(__file__), 'templates/game1.html')
if(decoded=='GO TO LIBRARY'):
result.level_1=True
msg="CONTINUE"
solved=1
flag=False
#start session for putting the level into the db
elif (operation=='12'):
temp = os.path.join(os.path.dirname(__file__), 'templates/game2.html')
if(decoded=='GET MYSTERY OF TIME AND GO TO AIRPORT'):
result.level_2=True
flag=False
solved=1
msg="CONTINUE"
elif (operation=='13'):
temp = os.path.join(os.path.dirname(__file__), 'templates/game3.html')
if(decoded=='HE HAS BROWN HAIR, RED SCARF, YELLOW SHOES'):
result.level_3=True
flag=False
solved=1
msg="CONTINUE"
elif (operation=='14'):
temp = os.path.join(os.path.dirname(__file__), 'templates/game4.html')
if(decoded=='I LOVE YELLOW AND SKY IS PURPLE'):
result.level_4=True
flag=False
solved=1
msg="CONTINUE"
elif (operation=='15'):
temp = os.path.join(os.path.dirname(__file__), 'templates/game5.html')
if(decoded=='GO TO GRANDMA HOUSE CODE IS 42'):
result.level_5=True
flag=False
solved=1
msg="CONTINUE"
elif (operation=='0'):
temp = os.path.join(os.path.dirname(__file__), 'templates/game0.html')
if(decoded=='42'):
flag=False
solved=1
msg="CONTINUE"
if(flag):
error_msg="I'm sorry. Your decode seems incorrect. Please try again."
result.put()
self.response.headers['Content-Type'] = 'text/html'
self.response.out.write(str(template.render(temp,{"username":username, 'error_msg': error_msg, 'msg':msg, "level":level+" / 5", "solved":solved})))
class RegisterHandler(webapp.RequestHandler):
def get(self):
render.doRender(self, 'register.html', {})
def post(self):
if (self.request.get('txtInviteCode') == 'SYNAPSE'):
self.session = Session()
datastore = DataStoreInterface()
#collection of text box contents
firstName = self.request.get('txtFirstName')
lastName = self.request.get('txtLastName')
company = self.request.get('txtCompany')
email = self.request.get('txtEmail')
password = self.request.get('txtPass1')
repassword = self.request.get('txtPass2')
#create session variable
self.session.delete_item('user')
#create emailPOrcessor object
emailObj = EmailProcessor()
#check email address validity
if emailObj.isValidEmail(email) == 0:
render.doRender(self, 'register.html', {'error' : 'Invalid email address. Please input a valid email address.'})
return
#Ensure that the passwords match
if password <> repassword:
render.doRender(self, 'register.html', {'error' : 'Password did not match'})
return
#Check for any fields left empty
if firstName == '' or lastName == '' or company == '' or email == '' or password == '' or repassword == '':
render.doRender(self, 'register.html', {'error' : 'Please fill in all the details'})
return
#See if the user already exists in the database
if datastore.userExists(email) == 1:
render.doRender(self, 'register.html', {'error' : 'The account associated with the email already exists'})
return
#check if company exists
#IF it doesn't THEN add user as administrator and create company ELSE add user as editor
if datastore.companyExists(company) == 0:
if datastore.addUser([email, password, firstName, lastName, company, 'Administrator']) == 0:
self.doRender(self, 'register.html', {'error' : 'Database could not add User: Adding a new user requires 6 attributes to be specified.'})
return
profileName = company.replace(' ', '').lower()
if datastore.addCompany([company, profileName, email]) == 0:
self.doRender(self, 'register.html', {'error' : 'Database could not add Company: Adding a new company requires 3 attributes to be specified.'})
return
else:
if datastore.addUser([email, password, firstName, lastName, company, 'Editor']) == 0:
self.doRender(self, 'register.html', {'error' : 'Database could not add User: Adding a new user requires 6 attributes to be specified.'})
return
#create session variable based on email and company name
username = company + " - " + email
self.session['user'] = username
self.redirect('controlpanel.html')
else:
render.doRender(self, 'register.html', {'error' : 'Sorry at this time SynapSync is open only to a limited number of users. Please check back at another time. <br><br>Thanks,<br> The SynapSync Team'})
