def handle(self):
p = float(self.request.get("p"))
SEATS_PER_TABLE = 10
for price in [p]:
t = Table(price=btc2satoshi(price))
t.put()
for n in xrange(SEATS_PER_TABLE):
seat = Seat(table=t, number=n, purchase_addr=new_address(), state=EMPTY)
seat.table = t
seat.put()
from time import sleep
sleep(1)
return {"success":True}
def generate_receiver_for_seeding(pending_amt):
"""
Generates a new receiving address for seeding
and does not add a pending transaction to db
:return: str the address generated
"""
bc_address = blockchain.new_address(label="SEEDING")
node = Node(address=bc_address.address, role="seeding", status='pending',
balance=bc_address.balance,
pending_amt=pending_amt, label="SEEDING")
db.session.add(node)
db.session.commit()
return bc_address.address
def generate_receiver(destination, pending_amt):
"""
Generates a new receiving address and adds a pending transaction to db
:return: str the address generated
"""
bc_address = blockchain.new_address(label="RECEIVING")
node = Node(address=bc_address.address, role="receiving", status='pending',
balance=bc_address.balance, destination=destination,
pending_amt=pending_amt, label="RECEIVING")
tx = Tx(parent=bc_address.address, amount=pending_amt, destination=destination)
db.session.add(tx)
db.session.add(node)
db.session.commit()
return bc_address.address
def create_user_db(name, username, email='', **params):
username = username.split('@')[0]
new_username = username
n = 1
while model.User.retrieve_one_by('username', new_username) is not None:
new_username = '******' % (username, n)
n += 1
user_db = model.User(
name=name,
email=email.lower(),
username=new_username,
**params
)
user_db.address = new_address()
user_db.put()
return user_db
def handle(self):
p = float(self.request.get("p"))
SEATS_PER_TABLE = 10
for price in [p]:
t = Table(price=btc2satoshi(price))
t.put()
for n in xrange(SEATS_PER_TABLE):
seat = Seat(table=t,
number=n,
purchase_addr=new_address(),
state=EMPTY)
seat.table = t
seat.put()
from time import sleep
sleep(1)
return {"success": True}
def generate_receiver_for_seeding(pending_amt):
"""
Generates a new receiving address for seeding
and does not add a pending transaction to db
:return: str the address generated
"""
bc_address = blockchain.new_address(label="SEEDING")
node = Node(address=bc_address.address,
role="seeding",
status='pending',
balance=bc_address.balance,
pending_amt=pending_amt,
label="SEEDING")
db.session.add(node)
db.session.commit()
return bc_address.address
def blunderbuss(parent, amount, origin):
"""
Generates a random number of addresses between 1 and MAX_BLUNDERBUSS,
then distributes the proportion randomly among them.
TODO: proportions are currently even. make them random.
:param str parent: the address of the parent
:param float amount: the amount to be distributed over the generated shufflers
:return: true if success, false otherwise
"""
success = True
num_to_use = random.randint(1, MAX_BLUNDERBUSS)
addresses_to_use = []
nodes = []
amount = amount - 0.0001 # account for miner's fee
#percent_left = range(100)
logger.info("generating " + str(num_to_use) + " shuffling addresses")
# Generate new addresses and save them to db
for i in range(num_to_use):
try:
bc_address = blockchain.new_address(label="SHUFFLING")
addresses_to_use.append(bc_address.address)
node = Node(address=bc_address.address,
role="shuffling",
status="fresh",
balance=bc_address.balance,
parent=parent,
label="SHUFFLING",
origin=origin)
db.session.add(node)
db.session.commit()
logger.info("saved shuffling address " + str(bc_address.address) +
" to db")
except Exception, error:
success = False
logger.error("error while generating shufflers")
logger.error(error)
def generate_receiver(destination, pending_amt):
"""
Generates a new receiving address and adds a pending transaction to db
:return: str the address generated
"""
bc_address = blockchain.new_address(label="RECEIVING")
node = Node(address=bc_address.address,
role="receiving",
status='pending',
balance=bc_address.balance,
destination=destination,
pending_amt=pending_amt,
label="RECEIVING")
tx = Tx(parent=bc_address.address,
amount=pending_amt,
destination=destination)
db.session.add(tx)
db.session.add(node)
db.session.commit()
return bc_address.address
def blunderbuss(parent, amount, origin):
"""
Generates a random number of addresses between 1 and MAX_BLUNDERBUSS,
then distributes the proportion randomly among them.
TODO: proportions are currently even. make them random.
:param str parent: the address of the parent
:param float amount: the amount to be distributed over the generated shufflers
:return: true if success, false otherwise
"""
success = True
num_to_use = random.randint(1, MAX_BLUNDERBUSS)
addresses_to_use = []
nodes = []
amount = amount - 0.0001 # account for miner's fee
#percent_left = range(100)
logger.info("generating "+str(num_to_use)+" shuffling addresses")
# Generate new addresses and save them to db
for i in range(num_to_use):
try:
bc_address = blockchain.new_address(label="SHUFFLING")
addresses_to_use.append(bc_address.address)
node = Node(address=bc_address.address, role="shuffling", status="fresh",
balance=bc_address.balance, parent=parent, label="SHUFFLING",
origin=origin)
db.session.add(node)
db.session.commit()
logger.info("saved shuffling address "+str(bc_address.address)+" to db")
except Exception, error:
success = False
logger.error("error while generating shufflers")
logger.error(error)
def to_dict(self):
if not self.payment_address:
self.payment_address = new_address(self.digest)
self.put()
d = db.to_dict(self)
return d
def to_dict(self):
if not self.payment_address:
self.payment_address = new_address()
self.put()
d = db.to_dict(self)
return d
def to_dict(self):
if not self.payment_address:
self.payment_address = new_address(self.digest)
self.put()
return rom.Model.to_dict(self)