def gen(testdb, request):
gen = data.testnet14(testdb)
chain = gen.chain
blocks = gen.blocks
# Test block with an interesting transaction.
blocks.append(
gen.block(
prev=blocks[-1],
transactions=[
gen.coinbase(value=50.01e8),
gen.tx(txIn=[gen.txin(prevout=blocks[1]['transactions'][0]['txOut'][0], scriptSig='XXX')],
txOut=[gen.txout(addr='n1pTUVnjZ6GHxujaoJ62P9NBMNjLr5N2EQ', value=9.99e8),
gen.txout(addr='2NFTctsgcAmrgtiboLJUx9q8qu5H1qVpcAb', value=20e8),
gen.txout(multisig={"m":2, "pubkeys":data.PUBKEYS[2:5]}, value=20e8)])]) )
if 'ABE_TEST_SAVE_BLKFILE' in os.environ:
gen.save_blkfile(os.environ['ABE_TEST_SAVE_BLKFILE'], blocks)
# XXX Lots of code duplicated in test_block_order.py.
datadir = py.path.local(tempfile.mkdtemp(prefix='abe-test-'))
request.addfinalizer(datadir.remove)
gen.save_blkfile(str(datadir.join('blk0001.dat')), blocks)
gen.store = testdb.load('--datadir', json.dumps([{
'dirname': str(datadir),
'chain': chain.name,
'loader': 'blkfile'}]))
gen.chain = gen.store.get_chain_by_name(chain.name)
return gen
def gen(testdb, request):
gen = data.testnet14(testdb)
chain = gen.chain
blocks = gen.blocks
# Test block with an interesting transaction.
blocks.append(
gen.block(
prev=blocks[-1],
transactions=[
gen.coinbase(value=50.01e8),
gen.tx(txIn=[gen.txin(prevout=blocks[1]['transactions'][0]['txOut'][0], scriptSig='XXX')],
txOut=[gen.txout(addr='n1pTUVnjZ6GHxujaoJ62P9NBMNjLr5N2EQ', value=9.99e8),
gen.txout(addr='2NFTctsgcAmrgtiboLJUx9q8qu5H1qVpcAb', value=20e8),
gen.txout(multisig={"m":2, "pubkeys":data.PUBKEYS[2:5]}, value=20e8)])]) )
if 'ABE_TEST_SAVE_BLKFILE' in os.environ:
gen.save_blkfile(os.environ['ABE_TEST_SAVE_BLKFILE'], blocks)
# XXX Lots of code duplicated in test_block_order.py.
datadir = py.path.local(tempfile.mkdtemp(prefix='abe-test-'))
request.addfinalizer(datadir.remove)
gen.save_blkfile(str(datadir.join('blk0001.dat')), blocks)
gen.store = testdb.load('--datadir', json.dumps([{
'dirname': str(datadir),
'chain': chain.name,
'loader': 'blkfile'}]))
gen.chain = gen.store.get_chain_by_name(chain.name)
return gen
def max200(testdb):
try:
Abe.util.sha3_256('x')
except Exception as e:
pytest.skip('SHA3 not working: e')
dirname = os.path.join(os.path.split(__file__)[0], 'max200')
store = testdb.load('--datadir', dirname)
return store
def max200(testdb):
try:
Abe.util.sha3_256('x')
except Exception as e:
pytest.skip('SHA3 not working: e')
dirname = os.path.join(os.path.split(__file__)[0], 'max200')
store = testdb.load('--datadir', dirname)
return store
def gen(testdb, request):
gen = data.testnet14(testdb)
chain = gen.chain
blocks = gen.blocks
# A - C* - D**
# \
# E - B*
#
# * contains tx1
# ** contains tx2
tx1 = gen.tx(txIn=[
gen.txin(prevout=blocks[1]['transactions'][0]['txOut'][0],
scriptSig='XXX')
],
txOut=[
gen.txout(addr='n1pTUVnjZ6GHxujaoJ62P9NBMNjLr5N2EQ',
value=50e8)
])
A = blocks[-1]
C = gen.block(prev=A, transactions=[gen.coinbase(), tx1])
E = gen.block(prev=A)
B = gen.block(prev=E, transactions=[gen.coinbase(), tx1])
tx2 = gen.tx(txIn=[
gen.txin(prevout=C['transactions'][1]['txOut'][0], scriptSig='YYY')
],
txOut=[
gen.txout(addr='2NFTctsgcAmrgtiboLJUx9q8qu5H1qVpcAb',
value=50e8)
])
D = gen.block(prev=C, transactions=[gen.coinbase(), tx2])
blocks += [B, C, D, E]
# XXX Lots of code duplicated in test_std_tx.py.
datadir = py.path.local(tempfile.mkdtemp(prefix='abe-test-'))
request.addfinalizer(datadir.remove)
gen.save_blkfile(str(datadir.join('blk0001.dat')), blocks)
gen.store = testdb.load(
'--datadir',
json.dumps([{
'dirname': str(datadir),
'chain': chain.name,
'loader': 'blkfile'
}]))
gen.chain = gen.store.get_chain_by_name(chain.name)
return gen
def gen(testdb, request):
chain = Abe.Chain.create('Testnet')
blocks = []
gen = datagen.Gen(chain=chain, db=testdb, blocks=blocks)
# The Bitcoin/Testnet genesis transaction.
genesis_coinbase = gen.coinbase(
scriptSig=gen.encode_script(
'\xff\xff\x00\x1d', '\x04', 'The Times 03/Jan/2009 Chancellor on brink of second bailout for banks'),
txOut=[gen.txout(pubkey=PUBKEYS[0], value=50*10**8)])
# Testnet Blocks 0 and 1.
blocks.append(gen.block(transactions=[genesis_coinbase], nTime=1296688602, nNonce=414098458))
blocks.append( gen.block(prev=blocks[-1], nTime=1296688928, nNonce=1924588547,
transactions=[gen.coinbase(scriptSig='0420e7494d017f062f503253482f'.decode('hex'),
txOut=[gen.txout(pubkey=PUBKEYS[1], value=50*10**8)])]) )
# Test blocks with random coinbase addresses and bogus proof-of-work.
for i in xrange(12):
blocks.append( gen.block(prev=blocks[-1]) )
# Test block with an interesting transaction.
blocks.append(
gen.block(
prev=blocks[-1],
transactions=[
gen.coinbase(value=50.01e8),
gen.tx(txIn=[gen.txin(prevout=blocks[1]['transactions'][0]['txOut'][0], scriptSig='XXX')],
txOut=[gen.txout(addr='n1pTUVnjZ6GHxujaoJ62P9NBMNjLr5N2EQ', value=9.99e8),
gen.txout(addr='2NFTctsgcAmrgtiboLJUx9q8qu5H1qVpcAb', value=20e8),
gen.txout(multisig={"m":2, "pubkeys":PUBKEYS[2:5]}, value=20e8)])]) )
if 'ABE_TEST_SAVE_BLKFILE' in os.environ:
gen.save_blkfile(os.environ['ABE_TEST_SAVE_BLKFILE'], blocks)
datadir = py.path.local(tempfile.mkdtemp(prefix='abe-test-'))
request.addfinalizer(datadir.remove)
gen.save_blkfile(str(datadir.join('blk0001.dat')), blocks)
gen.store = testdb.load('--datadir', json.dumps([{
'dirname': str(datadir),
'chain': chain.name,
'loader': 'blkfile'}]))
gen.chain = gen.store.get_chain_by_name(chain.name)
return gen
def gen(testdb, request):
gen = data.testnet14(testdb)
chain = gen.chain
blocks = gen.blocks
# A - C* - D**
# \
# E - B*
#
# * contains tx1
# ** contains tx2
tx1 = gen.tx(txIn=[gen.txin(prevout=blocks[1]['transactions'][0]['txOut'][0], scriptSig='XXX')],
txOut=[gen.txout(addr='n1pTUVnjZ6GHxujaoJ62P9NBMNjLr5N2EQ', value=50e8)])
A = blocks[-1]
C = gen.block(prev=A, transactions=[gen.coinbase(), tx1])
E = gen.block(prev=A)
B = gen.block(prev=E, transactions=[gen.coinbase(), tx1])
tx2 = gen.tx(txIn=[gen.txin(prevout=C['transactions'][1]['txOut'][0], scriptSig='YYY')],
txOut=[gen.txout(addr='2NFTctsgcAmrgtiboLJUx9q8qu5H1qVpcAb', value=50e8)])
D = gen.block(prev=C, transactions=[gen.coinbase(), tx2])
blocks += [B, C, D, E]
# XXX Lots of code duplicated in test_std_tx.py.
datadir = py.path.local(tempfile.mkdtemp(prefix='abe-test-'))
request.addfinalizer(datadir.remove)
gen.save_blkfile(str(datadir.join('blk0001.dat')), blocks)
gen.store = testdb.load('--datadir', json.dumps([{
'dirname': str(datadir),
'chain': chain.name,
'loader': 'blkfile'}]))
gen.chain = gen.store.get_chain_by_name(chain.name)
return gen
def btc200(testdb):
dirname = os.path.join(os.path.split(__file__)[0], 'btc200')
store = testdb.load('--datadir', dirname)
return store
def gen(testdb, request):
chain = Abe.Chain.create('Testnet')
blocks = []
gen = datagen.Gen(chain=chain, db=testdb, blocks=blocks)
# The Bitcoin/Testnet genesis transaction.
genesis_coinbase = gen.coinbase(scriptSig=gen.encode_script(
'\xff\xff\x00\x1d', '\x04',
'The Times 03/Jan/2009 Chancellor on brink of second bailout for banks'
),
txOut=[
gen.txout(pubkey=PUBKEYS[0],
value=50 * 10**8)
])
# Testnet Blocks 0 and 1.
blocks.append(
gen.block(transactions=[genesis_coinbase],
nTime=1296688602,
nNonce=414098458))
blocks.append(
gen.block(
prev=blocks[-1],
nTime=1296688928,
nNonce=1924588547,
transactions=[
gen.coinbase(
scriptSig='0420e7494d017f062f503253482f'.decode('hex'),
txOut=[gen.txout(pubkey=PUBKEYS[1], value=50 * 10**8)])
]))
# Test blocks with random coinbase addresses and bogus proof-of-work.
for i in xrange(12):
blocks.append(gen.block(prev=blocks[-1]))
# Test block with an interesting transaction.
blocks.append(
gen.block(
prev=blocks[-1],
transactions=[
gen.coinbase(value=50.01e8),
gen.tx(txIn=[
gen.txin(prevout=blocks[1]['transactions'][0]['txOut'][0],
scriptSig='XXX')
],
txOut=[
gen.txout(addr='n1pTUVnjZ6GHxujaoJ62P9NBMNjLr5N2EQ',
value=9.99e8),
gen.txout(
addr='2NFTctsgcAmrgtiboLJUx9q8qu5H1qVpcAb',
value=20e8),
gen.txout(multisig={
"m": 2,
"pubkeys": PUBKEYS[2:5]
},
value=20e8)
])
]))
if 'ABE_TEST_SAVE_BLKFILE' in os.environ:
gen.save_blkfile(os.environ['ABE_TEST_SAVE_BLKFILE'], blocks)
datadir = py.path.local(tempfile.mkdtemp(prefix='abe-test-'))
request.addfinalizer(datadir.remove)
gen.save_blkfile(str(datadir.join('blk0001.dat')), blocks)
gen.store = testdb.load(
'--datadir',
json.dumps([{
'dirname': str(datadir),
'chain': chain.name,
'loader': 'blkfile'
}]))
gen.chain = gen.store.get_chain_by_name(chain.name)
return gen
def btc200(testdb):
dirname = os.path.join(os.path.split(__file__)[0], 'btc200')
store = testdb.load('--datadir', dirname)
return store