def test_strip_loan(self):
chain = BlockchainSpider.chain(self.tree, 1)
self.assertEqual(chain[-1]['action'], 'LOAN')
chain = BlockchainSpider.strip_loan(chain)
self.assertEqual(len(chain), 4)
self.assertEqual(chain[-1]['action'], 'UNCONSIGN')
def test_strip_loan(self):
chain = BlockchainSpider.chain(self.tree, 1)
self.assertEqual(chain[-1]['action'], 'LOAN')
chain = BlockchainSpider.strip_loan(chain)
self.assertEqual(len(chain), 4)
self.assertEqual(chain[-1]['action'], 'UNCONSIGN')
def test_chain(self):
tree = self.tree
chain0 = BlockchainSpider.chain(tree, 0)
self.assertEqual(len(chain0), 2)
chain1 = BlockchainSpider.chain(tree, 1)
self.assertEqual(len(chain1), 5)
def test_chain(self):
tree = self.tree
chain0 = BlockchainSpider.chain(tree, 0)
self.assertEqual(len(chain0), 2)
chain1 = BlockchainSpider.chain(tree, 1)
self.assertEqual(len(chain1), 5)
def spider(rpcuser, rpcpassword, host, port):
from spool import BlockchainSpider
return BlockchainSpider(
service='daemon',
username=rpcuser,
password=rpcpassword,
host=host,
port=port,
testnet=True,
)
def test_blockchainspider_init(rpcuser, rpcpassword, host, port):
from spool.spoolex import BlockchainSpider
blockchain_spider = BlockchainSpider(
testnet=True,
service='daemon',
username=rpcuser,
password=rpcpassword,
host=host,
port=port,
)
assert isinstance(blockchain_spider._t, Transactions)
assert blockchain_spider._t.testnet is True
assert blockchain_spider._t._service._username == rpcuser
assert blockchain_spider._t._service._password == rpcpassword
assert blockchain_spider._t._service._host == host
assert blockchain_spider._t._service._port == port
assert isinstance(blockchain_spider._t._service, BitcoinDaemonService)
def test_data(self):
tree = self.tree
data = {0: BlockchainSpider.chain(tree, 0)}
self.assertDictEqual(data, {0: [{'action': 'EDITIONS',
'edition_number': 0,
'from_address': u'mqXz83H4LCxjf2ie8hYNsTRByvtfV43Pa7',
'number_editions': 10,
'piece_address': u'myr2VcDnPKf997sjXx6rUFc4CtFH9sxNVS',
'timestamp_utc': 1432649855,
'to_address': u'n2sQHoUghWUgSM8msqdmCim8pZ635YjoCD',
'txid': u'fb22bbb83161f6904f1803ee1cdbed1b5836eb9ac51b102564400989780b48ea',
'verb': 'ASCRIBESPOOL01EDITIONS10'},
{'action': 'REGISTER',
'edition_number': 0,
'from_address': u'mqXz83H4LCxjf2ie8hYNsTRByvtfV43Pa7',
'number_editions': 10,
'piece_address': u'myr2VcDnPKf997sjXx6rUFc4CtFH9sxNVS',
'timestamp_utc': 1432651005,
'to_address': u'n2sQHoUghWUgSM8msqdmCim8pZ635YjoCD',
'txid': u'02994a3ceee87be2210fa6e4a649bc0626e791f590bd8db22e7e1fd9fc66d038',
'verb': 'ASCRIBESPOOL01REGISTER0'}]})
def test_data(self):
tree = self.tree
data = {0: BlockchainSpider.chain(tree, 0)}
self.assertDictEqual(data, {0: [{'action': 'EDITIONS',
'edition_number': 0,
'from_address': u'mqXz83H4LCxjf2ie8hYNsTRByvtfV43Pa7',
'number_editions': 10,
'piece_address': u'myr2VcDnPKf997sjXx6rUFc4CtFH9sxNVS',
'timestamp_utc': 1432649855,
'to_address': u'n2sQHoUghWUgSM8msqdmCim8pZ635YjoCD',
'txid': u'fb22bbb83161f6904f1803ee1cdbed1b5836eb9ac51b102564400989780b48ea',
'verb': 'ASCRIBESPOOL01EDITIONS10'},
{'action': 'REGISTER',
'edition_number': 0,
'from_address': u'mqXz83H4LCxjf2ie8hYNsTRByvtfV43Pa7',
'number_editions': 10,
'piece_address': u'myr2VcDnPKf997sjXx6rUFc4CtFH9sxNVS',
'timestamp_utc': 1432651005,
'to_address': u'n2sQHoUghWUgSM8msqdmCim8pZ635YjoCD',
'txid': u'02994a3ceee87be2210fa6e4a649bc0626e791f590bd8db22e7e1fd9fc66d038',
'verb': 'ASCRIBESPOOL01REGISTER0'}]})
def test_check_scripts(self):
t = Transactions(testnet=True)
tx = t.get(TXID)
vouts = tx['vouts']
verb = BlockchainSpider.check_script(vouts)
self.assertEqual(verb, 'ASCRIBESPOOL01EDITIONS10')
def test_decode_op_return(self):
decoded_op_return = BlockchainSpider.decode_op_return(OP_RETURN_HEX)
self.assertEqual(decoded_op_return, 'ASCRIBESPOOL01LOAN1/150522150523')
def setUpClass(cls):
bcs = BlockchainSpider(testnet=True)
cls.tree = bcs.history(PIECE_HASH)
def test_spool(self):
# 1. Refill Federation wallet with necessary fuel and tokens
print
print 'Refilling Federation wallet with necessary fuel and tokens'
txid = self.spool.refill_main_wallet(self.refill_root, self.federation_root[1], 7, 11, self.refill_pass,
min_confirmations=1, sync=True)
print txid
# 2. user1 registers master edition
print
print 'user1 registers master edition'
txid = self.spool.register(self.federation_root, self.user1_root[1], self.file_hash,
self.federation_pass, 0, min_confirmations=1, sync=True)
print txid
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01REGISTER0')
# 3. user1 registers number of editions
print
print 'user1 registers number of editions'
txid = self.spool.editions(self.federation_root, self.user1_root[1], self.file_hash,
self.federation_pass, 10, min_confirmations=1, sync=True)
print txid
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01EDITIONS10')
# 4. user1 registers edition number 1
print
print 'user1 registers edition number 1'
txid = self.spool.register(self.federation_root, self.user1_leaf[1], self.file_hash,
self.federation_pass, 1, min_confirmations=1, sync=True)
print txid
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01REGISTER1')
# 5. Refill user1 wallet before transfer
print
print 'Refill user1 wallet before transfer'
txid = self.spool.refill(self.federation_root, self.user1_leaf[1], 1, 1,
self.federation_pass, min_confirmations=1, sync=True)
print txid
# 5. User1 transfers edition number 1 to user2
print
print 'User1 transfers edition number 1 to user 2'
txid = self.spool.transfer(self.user1_leaf, self.user2_leaf[1], self.file_hash,
self.user1_pass, 1, min_confirmations=1, sync=True)
print txid
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01TRANSFER1')
# 6. Refill user2 wallet before consign
print
print 'Refill user2 wallet before consign'
txid = self.spool.refill(self.federation_root, self.user2_leaf[1], 1, 1,
self.federation_pass, min_confirmations=1, sync=True)
print txid
# 6. user2 consigns edition number 1 to user3
print
print 'user2 consigns edition number 1 to user3'
txid = self.spool.consign(self.user2_leaf, self.user3_leaf[1], self.file_hash,
self.user2_pass, 1, min_confirmations=1, sync=True)
print txid
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01CONSIGN1')
# 7. Refill user3 wallet before unconsign
print
print 'Refill user3 wallet before unconsign'
txid = self.spool.refill(self.federation_root, self.user3_leaf[1], 1, 1,
self.federation_pass, min_confirmations=1, sync=True)
print txid
# 7. user3 unconsigns edition number 1 to user2
print
print 'user3 unconsigns edition number 1 back to user2'
txid = self.spool.unconsign(self.user3_leaf, self.user2_leaf[1], self.file_hash,
self.user3_pass, 1, min_confirmations=1, sync=True)
print txid
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01UNCONSIGN1')
# 8. Refill user2 wallet before loan
print
print 'Refill user2 wallet before loan'
txid = self.spool.refill(self.federation_root, self.user2_leaf[1], 1, 1,
self.federation_pass, min_confirmations=1, sync=True)
print txid
# 8. user2 loans edition number 1 to user3
print
print 'user2 loans edition number 1 to user3'
txid = self.spool.loan(self.user2_leaf, self.user3_leaf[1], self.file_hash,
self.user2_pass, 1, '150522', '150523', min_confirmations=1, sync=True)
print txid
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01LOAN1/150522150523')
def test_check_scripts(self):
t = Transactions(testnet=True)
tx = t.get(TXID)
vouts = tx['vouts']
verb = BlockchainSpider.check_script(vouts)
self.assertEqual(verb, b'ASCRIBESPOOL01EDITIONS10')
def test_decode_op_return(self):
decoded_op_return = BlockchainSpider.decode_op_return(OP_RETURN_HEX)
self.assertEqual(decoded_op_return, b'ASCRIBESPOOL01LOAN1/150522150523')
def setUpClass(cls):
bcs = BlockchainSpider(testnet=True)
cls.tree = bcs.history(PIECE_HASH)
def test_spool(self):
# 1. Refill Federation wallet with necessary fuel and tokens
print()
print('Refilling Federation wallet with necessary fuel and tokens')
txid = self.spool.refill_main_wallet(self.refill_root,
self.federation_root[1],
7,
11,
self.refill_pass,
min_confirmations=1,
sync=True)
print(txid)
# 2. user1 registers master edition
print()
print('user1 registers master edition')
txid = self.spool.register(self.federation_root,
self.user1_root[1],
self.file_hash,
self.federation_pass,
0,
min_confirmations=1,
sync=True)
print(txid)
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01REGISTER0')
# 3. user1 registers number of editions
print()
print('user1 registers number of editions')
txid = self.spool.editions(self.federation_root,
self.user1_root[1],
self.file_hash,
self.federation_pass,
10,
min_confirmations=1,
sync=True)
print(txid)
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01EDITIONS10')
# 4. user1 registers edition number 1
print()
print('user1 registers edition number 1')
txid = self.spool.register(self.federation_root,
self.user1_leaf[1],
self.file_hash,
self.federation_pass,
1,
min_confirmations=1,
sync=True)
print(txid)
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01REGISTER1')
# 5. Refill user1 wallet before transfer
print()
print('Refill user1 wallet before transfer')
txid = self.spool.refill(self.federation_root,
self.user1_leaf[1],
1,
1,
self.federation_pass,
min_confirmations=1,
sync=True)
print(txid)
# 5. User1 transfers edition number 1 to user2
print()
print('User1 transfers edition number 1 to user 2')
txid = self.spool.transfer(self.user1_leaf,
self.user2_leaf[1],
self.file_hash,
self.user1_pass,
1,
min_confirmations=1,
sync=True)
print(txid)
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01TRANSFER1')
# 6. Refill user2 wallet before consign
print()
print('Refill user2 wallet before consign')
txid = self.spool.refill(self.federation_root,
self.user2_leaf[1],
1,
1,
self.federation_pass,
min_confirmations=1,
sync=True)
print(txid)
# 6. user2 consigns edition number 1 to user3
print()
print('user2 consigns edition number 1 to user3')
txid = self.spool.consign(self.user2_leaf,
self.user3_leaf[1],
self.file_hash,
self.user2_pass,
1,
min_confirmations=1,
sync=True)
print(txid)
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01CONSIGN1')
# 7. Refill user3 wallet before unconsign
print()
print('Refill user3 wallet before unconsign')
txid = self.spool.refill(self.federation_root,
self.user3_leaf[1],
1,
1,
self.federation_pass,
min_confirmations=1,
sync=True)
print(txid)
# 7. user3 unconsigns edition number 1 to user2
print()
print('user3 unconsigns edition number 1 back to user2')
txid = self.spool.unconsign(self.user3_leaf,
self.user2_leaf[1],
self.file_hash,
self.user3_pass,
1,
min_confirmations=1,
sync=True)
print(txid)
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01UNCONSIGN1')
# 8. Refill user2 wallet before loan
print()
print('Refill user2 wallet before loan')
txid = self.spool.refill(self.federation_root,
self.user2_leaf[1],
1,
1,
self.federation_pass,
min_confirmations=1,
sync=True)
print(txid)
# 8. user2 loans edition number 1 to user3
print()
print('user2 loans edition number 1 to user3')
txid = self.spool.loan(self.user2_leaf,
self.user3_leaf[1],
self.file_hash,
self.user2_pass,
1,
'150522',
'150523',
min_confirmations=1,
sync=True)
print(txid)
tx = self.t.get(txid)
verb = BlockchainSpider.check_script(tx['vouts'])
self.assertEqual(verb, 'ASCRIBESPOOL01LOAN1/150522150523')