def test_transaction():
(s, v) = wallet.new()
(s2, v2) = wallet.new()
tx = transaction.build(to=v2, amount=50, s=s, v=v)
pprint.pprint(tx)
print(transaction.check_proof(tx['payload'], tx['metadata']['proof']))
def test_sign_and_verify():
# transactions should become protocol buffers, but for now they are JSON
# create and insert a new wallet
(s, v) = wallet.new()
(s2, v2) = wallet.new()
msg = b'hello there'
sig = wallet.sign(s, msg)
print(wallet.verify(v, msg, sig))
print(wallet.verify(v2, msg, sig))
def test_basic_serialization():
(s, v) = wallet.new()
(s2, v2) = wallet.new()
tx = transaction.build(to=v2, amount=50, s=s, v=v)
from serialization import basic_serialization
s = basic_serialization.serialize(tx)
t = basic_serialization.deserialize(s)
#print(s)
print(t)
print(tx)
def test_db_and_wallet():
# create a new local datastore
db.create_tables()
connection, cursor = db.connect()
# create and insert a new wallet
(s, v) = wallet.new()
db.insert_wallet(s)
# mint some coins and verify it has them
db.mint_coins(s, 100)
print(db.select_wallet(s))
# create and insert a new wallet and verify it has no coins
(s2, v2) = wallet.new()
db.insert_wallet(s2)
print(db.select_wallet(s2))
def signing():
import secrets
block_data = secrets.token_bytes(1024)
sha3 = hashlib.sha3_256()
sha3.update(block_data)
signatures = []
wallets = []
for x in range(1024):
(s, v) = wallet.new()
wallets.append(v)
signatures.append(wallet.sign(s, block_data))
for x in range(1024):
v = wallets[x]
sig = signatures[x]
wallet.verify(v, None, sig)
# create and insert a new wallet (s, v) = wallet.new() (s2, v2) = wallet.new() msg = b'hello there' sig = wallet.sign(s, msg) print(wallet.verify(v, msg, sig)) print(wallet.verify(v2, msg, sig)) def test_transaction(): (s, v) = wallet.new() (s2, v2) = wallet.new() tx = transaction.build(to=v2, amount=50, s=s, v=v) pprint.pprint(tx) print(transaction.check_proof(tx['payload'], tx['metadata']['proof'])) print(transaction.check_proof(tx['payload'], '00000000000000000000000000000000')) (s, v) = wallet.new() (s2, v2) = wallet.new() tx = transaction.build(to=v2, amount=50, s=s, v=v) from serialization import basic_serialization s = basic_serialization.serialize(tx) t = basic_serialization.deserialize(s) #print(s) print(t) print(tx) #4CQ8f6c9H2qFL7H3VVNVxVXar2ordtDetc9EJ9nXkC966ryCRb4hz1fcNiR1g6K76W
