def register(username, password):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
kwargs = {'username':username,'password':password}
print "register kwargs=%s" % kwargs
go = c.call('register',**kwargs)
return go
def transfer(username, recipient, amount):
with rpclib.client_connect('/jail/banksvc/sock') as c:
ret = c.call('transfer',
username=username,
recipient=recipient,
amount=amount)
return ret
def transfer(sender, recipient, zoobars, token):
with rpclib.client_connect('/banksvc/sock') as cc:
return cc.call('transfer',
sender=sender,
recipient=recipient,
zoobars=zoobars,
token=token)
def run_profile(username):
try:
with rpclib.client_connect('/profilesvc/sock') as c:
return c.call('run', user=username, visitor=g.user.person.username)
except Exception, e:
traceback.print_exc()
return 'Exception: ' + str(e)
def check_token(username, token):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
kwargs = {'username': username, 'token': token}
ret = c.call('check_token', **kwargs)
#ret = c.call('check_token', username=username, token=token)
return ret
def login(username, password):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
kwargs = {'username': username, 'password': password}
ret = c.call('login', **kwargs)
#ret = c.call('login', username=username, password=password)
return ret
def transfer(sender, recipient, zoobars, token):
with rpclib.client_connect(sockpath) as c:
return c.call('transfer',
sender=sender,
recipient=recipient,
zoobars=zoobars,
token=token)
def transfer(sender,recipient,zoobars,token):
try:
with rpclib.client_connect('/banksvc/sock') as c:
ret = c.call('transfer',sender=sender,recipient=recipient,zoobars=zoobars,token=token)
return ret
except Exception:
return ValueError("Error")
def post(transaction_id, signed_receipt):
with rpclib.client_connect('/authsvc/sock') as rpc_client:
keyword_args = {
'transaction_id': transaction_id,
'signed_receipt': signed_receipt
}
return rpc_client.call('post', **keyword_args)
def transfer(sender, recipient, zoobars, token):
## Fill in code here.
with rpclib.client_connect('/banksvc/sock') as c:
c.call('transfer',
sender=sender,
recipient=recipient,
zoobars=zoobars,
token=token)
def transfer(sender, recipient, zoobars, token):
## Fill in code here.
socket = "/banksvc/sock"
kwargs = {
'sender': sender,
'recipient': recipient,
'zoobars': zoobars,
'token': token
}
with rpclib.client_connect(socket) as r:
return r.call('transfer', **kwargs)
def run_profile(user):
try:
pcode = user.profile.encode('ascii', 'ignore')
pcode = pcode.replace('\r\n', '\n')
with rpclib.client_connect('/profilesvc/sock') as c:
return c.call('run', pcode=pcode,
user=user.username,
visitor=g.user.person.username)
except Exception, e:
traceback.print_exc()
return 'Exception: ' + str(e)
def run_profile(user):
try:
pcode = user.profile
pcode = pcode.replace('\r\n', '\n')
host = readconf.read_conf().lookup_host('profile')
with rpclib.client_connect(host) as c:
return c.call('run', pcode=pcode,
user= user.username,
visitor=g.user.person.username)
except Exception as e:
traceback.print_exc()
return 'Exception: ' + str(e)
def lookup(transaction_id):
with rpclib.client_connect('/authsvc/sock') as rpc_client:
keyword_args = {'transaction_id': transaction_id}
return rpc_client.call('lookup', **keyword_args)
def get_log(username):
with rpclib.client_connect('/banksvc/sock') as cc :
return cc.call('get_log', username=username)
def transfer(sender, recipient, zoobars, token):
with rpclib.client_connect('/banksvc/sock') as cc :
return cc.call('transfer', sender=sender, recipient=recipient, zoobars=zoobars, token=token)
def register(username):
## Fill in code here.
with rpclib.client_connect('/banksvc/sock') as c:
return c.call('register', username=username)
def make_bank(username):
with rpclib.client_connect('/banksvc/sock') as c:
ret = c.call('make_bank', username = username)
return ret
def process_check(check):
with rpclib.client_connect('/banksvc/sock') as rpc_client:
keyword_args = {'check': check}
return rpc_client.call('process_check', **keyword_args)
def validate(sender, token):
arguments = {'username': sender, 'token': token}
conn2 = rpclib.client_connect("/authsvc/sock")
return conn2.call('check_token', **arguments)
def transfer(sender, recepient, token,zoobars):
## Fill in code here.
with rpclib.client_connect('/banksvc/sock') as c:
return c.call('transfer', zsender = sender, zrecepient = recepient, ztoken = token, czoobars = zoobars)
def balance(username):
## Fill in code here.
with rpclib.client_connect('/banksvc/sock') as c:
ret = c.call('balance', uname = username)
return ret
def setup(username):
with rpclib.client_connect('/banksvc/sock') as c:
c.call('setup', uname = username)
def register(username, password):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
token = c.call('register',user_name=username,pass_word=password )
return token
def getString(username):
with rpclib.client_connect('/jail/stringsvc/sock') as c:
ret = c.call('getString', username = username)
return ret
def login(username, password):
with rpclib.client_connect(sockpath) as c:
return c.call('login', username=username, password=password)
def register(username, password):
with rpclib.client_connect('/authsvc/sock') as rpc_client:
keyword_args = {"username":username, "password":password}
return rpc_client.call('register', **keyword_args)
def display(username):
with rpclib.client_connect('/banksvc/sock') as rpc_client:
keyword_args = {'username':username}
return rpc_client.call('display', **keyword_args)
def login(userName, passWord):
with rpclib.client_connect('/jail/loginsvc/sock') as c:
ret = c.call('login', username = userName, password = passWord)
return ret
def check_token(username, token):
with rpclib.client_connect('/authsvc/sock') as rpc_client:
keyword_args = {"username":username, "token":token}
return rpc_client.call('check_token', **keyword_args)
def balance(username):
with rpclib.client_connect('/banksvc/sock') as rpc_client:
keyword_args = {'username':username}
return rpc_client.call('balance', **keyword_args)
def getString(username):
with rpclib.client_connect('/stringsvc/sock') as c:
ret = c.call('getString', username = username)
return ret
def register(username):
with rpclib.client_connect('/banksvc/sock') as rpc_client:
keyword_args = {'username':username}
return rpc_client.call('register', **keyword_args)
from debug import *
from zoodb import *
import rpclib
socket = "/authsvc/sock"
conn = rpclib.client_connect(socket)
def login(username, password):
## Fill in code here.
arguments = {'username': username, 'password': password}
return conn.call('login', **arguments)
def register(username, password):
## Fill in code here.
kwargs = {}#{'username': username, 'password': password}
kwargs['username'] = username
kwargs['password'] = password
return conn.call('register', **kwargs)
def check_token(username, token):
## Fill in code here.
arguments = {'username': username, 'token': token}
return conn.call('check_token', **arguments)
def balance(username):
with rpclib.client_connect('/banksvc/sock') as c:
kwargs = {'username': username}
ret = c.call('balance', **kwargs)
return ret
def check_in(username):
with rpclib.client_connect('/banksvc/sock') as c:
kwargs = {'username': username}
print "bank_client check_in kwargs=%s" % kwargs
ret = c.call('check_in', **kwargs)
return ret
def getToken(username):
with rpclib.client_connect('/authsvc/sock') as c:
ret = c.call('getToken', username = username)
return ret
def register(username):
with rpclib.client_connect('/banksvc/sock') as cc :
return cc.call('register', username=username)
def login(username, password):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
ret = c.call('login',user = username,passd = password)
return ret
def balance(username):
with rpclib.client_connect('/banksvc/sock') as cc :
return cc.call('balance', username=username)
def register(username, password):
with rpclib.client_connect(sockpath) as c:
return c.call('register', username=username, password=password)
def check_token(username, token):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
ret = c.call('check_token', uname = username, token = token)
return ret
def check_token(userName, Token):
with rpclib.client_connect('/authsvc/sock') as c:
ret = c.call('check_token', username=userName, token=Token)
return ret
def get_log(username):
with rpclib.client_connect('/banksvc/sock') as c:
kwargs = {'username': username}
print "bank_client get_log kwargs=%s" % kwargs
ret = c.call('get_log', **kwargs)
return ret
def login(username, password):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
ret = c.call('login', uname = username, pword = password)
return ret
def transfer(sender, recipient, zoobars):
with rpclib.client_connect('/banksvc/sock') as c:
kwargs = {'sender': sender, 'recipient': recipient, 'zoobars': zoobars}
ret = c.call('transfer', **kwargs)
return ret
def register(userName, passWord):
with rpclib.client_connect('/loginsvc/sock') as c:
ret = c.call('register', username=userName, password=passWord)
return ret
def check_token(username, token):
## Fill in code here.
with rpclib.client_connect('/authsvc/sock') as c:
ret = c.call('check_token',user = username,token = token)
return ret
def echo(args):
return kw_sorted(args)
def test_random(c, func, expect, alphabet):
for _ in range(20):
args = gen_args(alphabet)
call_check(c, func, args, expect(args))
def test_random_types(c, func, expect, choices):
for _ in range(20):
args = {}
for _ in range(5):
args[gen_string(string.ascii_letters)] = random.choice(choices)
call_check(c, func, args, expect(args))
with rpclib.client_connect(sockname) as c:
print 'Testing simple RPC..'
test_simple(c)
for func, expect in (('hash', hash), ('echo', echo),):
print 'Testing alphanumerics..'
alphabet = string.ascii_letters + string.digits
test_random(c, func, expect, alphabet)
print 'Testing punctuation..'
alphabet += string.punctuation
test_random(c, func, expect, alphabet)
print 'Testing whitespace..'
alphabet += string.whitespace
test_random(c, func, expect, alphabet)
import rpclib
from debug import *
sockname = "/honeycheckersvc/sock"
c = rpclib.client_connect(sockname)
def set(username, index):
kwargs = {}
kwargs['username'] = username
kwargs['index'] = index
return c.call('set', **kwargs)
def check(username, index):
kwargs = {}
kwargs['username'] = username
kwargs['index'] = index
return c.call('check', **kwargs)
def echo():
with rpclib.client_connect('/echosvc/sock') as c:
ret = c.call('echo', s=request.args.get('s', ''))
return render_template('echo.html', s=ret)
def check_token(username, token):
with rpclib.client_connect(sockpath) as c:
return c.call('check_token', username=username, token=token)
def get_log(username):
## Fill in code here.
with rpclib.client_connect('/banksvc/sock') as c:
return c.call('get_log', username=username)
def balance(username):
## Fill in code here.
with rpclib.client_connect('/banksvc/sock') as c:
return c.call('balance', username=username)
def update_client_key(username, key):
with rpclib.client_connect('/banksvc/sock') as rpc_client:
keyword_args = {'username':username, 'key': key}
return rpc_client.call('update_client_key', **keyword_args)
def default_ten(username):
with rpclib.client_connect('/banksvc/sock') as c:
c.call('default_ten', username=username)
def transfer(username, recipient, amount):
with rpclib.client_connect('/banksvc/sock') as c:
ret = c.call('transfer', username = username, recipient = recipient, amount = amount)
return ret
from debug import *
from zoodb import *
import rpclib
sockname = "/banksvc/sock"
c = rpclib.client_connect(sockname)
def transfer(sender, recipient, zoobars, token):
kwargs = {}
kwargs['sender'] = sender
kwargs['recipient'] = recipient
kwargs['zoobars'] = zoobars
kwargs['token'] = token
return c.call('transfer', **kwargs)
def balance(username):
kwargs = {}
kwargs['username'] = username
return c.call('balance', **kwargs)
def get_log(username):
kwargs = {}
kwargs['username'] = username
return c.call('get_log', **kwargs)
def setup(username):
kwargs = {}
kwargs['username'] = username
return c.call('setup', **kwargs)
def viewBalance(username):
with rpclib.client_connect('/banksvc/sock') as c:
ret = c.call('balance', username = username)
return ret
