class TestStore(unittest.TestCase):
def setUp(self):
self.dsc = DataStoreConnection(":memory:")
self.store = ColorDataStore(self.dsc.conn)
self.persistent = PersistentDictStore(self.dsc.conn, 'per')
self.meta = ColorMetaStore(self.dsc.conn)
def test_autocommit(self):
path = "/tmp/tmp.db"
c = DataStoreConnection(path, True)
self.assertFalse(c.conn.isolation_level)
os.remove(path)
def test_table_exists(self):
self.assertFalse(self.store.table_exists('notthere'))
def test_sync(self):
self.assertFalse(self.store.sync())
def test_transaction(self):
self.assertEqual(self.store.transaction(), self.dsc.conn)
def test_colordata(self):
self.assertFalse(self.store.get(1, "1", 0))
self.assertFalse(self.store.get_any("1", 0))
self.assertFalse(self.store.get_all(1))
self.store.add(1, "1", 0, 1, "test0")
self.assertTrue(self.store.get(1, "1", 0))
self.assertTrue(self.store.get_any("1", 0))
self.assertTrue(self.store.get_all(1))
self.store.remove(1, "1", 0)
self.assertFalse(self.store.get(1, "1", 0))
self.assertFalse(self.store.get_any("1", 0))
self.assertFalse(self.store.get_all(1))
def test_persistent(self):
self.assertFalse(self.persistent.get("tmp"))
self.persistent['tmp'] = 1
self.assertTrue(self.persistent.get("tmp"))
self.assertEqual(self.persistent.keys(), ['tmp'])
del self.persistent['tmp']
self.assertFalse(self.persistent.get("tmp"))
self.assertRaises(KeyError, self.persistent.__delitem__, 'tmp')
def test_meta(self):
self.assertFalse(self.meta.did_scan(1, "hash"))
self.meta.set_as_scanned(1, "hash")
self.assertTrue(self.meta.did_scan(1, "hash"))
self.assertFalse(self.meta.find_color_desc(1))
self.meta.resolve_color_desc("color", True)
self.assertTrue(self.meta.find_color_desc(1))
def __init__(self, model):
self.model = model
self.entries = PersistentDictStore(self.model.store_conn.conn,
"txhistory")
class TxHistory(object):
def __init__(self, model):
self.model = model
self.entries = PersistentDictStore(self.model.store_conn.conn,
"txhistory")
def decode_entry(self, entry_data):
print('entry_data', entry_data)
return TxHistoryEntry.from_data(self.model, entry_data)
def get_entry(self, txhash):
entry = self.entries.get(txhash)
if entry:
return self.decode_entry(entry)
else:
return None
def add_send_entry(self, txhash, asset, target_addrs, target_values):
self.entries[txhash] = {
"txhash": txhash,
"txtype": 'send',
"txtime": int(time.time()),
"asset_id": asset.get_id(),
"targets": zip(target_addrs, target_values)
}
def get_all_entries(self):
return sorted([self.decode_entry(e) for e in self.entries.values()],
key=lambda txe: txe.txtime)
def populate_history(self):
txdb = self.model.get_tx_db()
for txhash in txdb.get_all_tx_hashes():
if txhash not in self.entries:
tx_data = txdb.get_tx_by_hash(txhash)['data']
raw_tx = RawTxSpec.from_tx_data(self.model,
tx_data.decode('hex'))
self.add_entry_from_tx(raw_tx)
def add_receive_entry(self, txhash, received_coins):
out_idxs = [coin.outindex for coin in received_coins]
self.entries[txhash] = {
"txhash": txhash,
"txtype": 'receive',
"txtime": int(time.time()), # TODO !!!
"out_idxs": out_idxs
}
def add_trade_entry(self, txhash, in_colorvalue, out_colorvalue):
adm = self.model.get_asset_definition_manager()
in_assetvalue = adm.get_asset_value_for_colorvalue(in_colorvalue)
out_assetvalue = adm.get_asset_value_for_colorvalue(out_colorvalue)
self.entries[txhash] = {
"txhash": txhash,
"txtype": 'trade',
"txtime": int(time.time()),
"in_values": [asset_value_to_data(in_assetvalue)],
"out_values": [asset_value_to_data(out_assetvalue)]
}
def add_unknown_entry(self, txhash):
self.entries[txhash] = {
"txhash": txhash,
"txtype": 'unknown',
"txtime": int(time.time())
}
def add_entry_from_tx(self, raw_tx):
coindb = self.model.get_coin_manager()
spent_coins, received_coins = coindb.get_coins_for_transaction(raw_tx)
if (not spent_coins) and (not received_coins):
return
if not spent_coins:
self.add_receive_entry(raw_tx.get_hex_txhash(), received_coins)
else:
# TODO: classify p2ptrade and send transactions
self.add_unknown_entry(raw_tx.get_hex_txhash())
def __init__(self, model):
self.model = model
self.entries = PersistentDictStore(
self.model.store_conn.conn, "txhistory")
class TxHistory(object):
def __init__(self, model):
self.model = model
self.entries = PersistentDictStore(
self.model.store_conn.conn, "txhistory")
def decode_entry(self, entry_data):
return TxHistoryEntry.from_data(self.model, entry_data)
def get_entry(self, txhash):
entry = self.entries.get(txhash)
if entry:
return self.decode_entry(entry)
else:
return None
def get_all_entries(self):
return sorted([self.decode_entry(e)
for e in self.entries.values()],
key=lambda txe: txe.txtime)
def populate_history(self):
txdb = self.model.get_tx_db()
for txhash in txdb.get_all_tx_hashes():
if (txhash not in self.entries or # new transaction
not self.entries[txhash]['txtime']): # update unconfirmed
tx_data = txdb.get_tx_by_hash(txhash)['data']
raw_tx = RawTxSpec.from_tx_data(self.model,
tx_data.decode('hex'))
self.add_entry_from_tx(raw_tx)
def get_tx_timestamp(self, txhash): # TODO move to suitable file
txtime = 0
bs = self.model.get_blockchain_state()
blockhash, x = bs.get_tx_blockhash(txhash)
if blockhash:
height = bs.get_block_height(blockhash)
if height:
header = bs.get_header(height)
txtime = header.get('timestamp', txtime)
return txtime
def is_receive_entry(self, raw_tx, spent_coins, received_coins):
return not spent_coins and received_coins
def create_receive_entry(self, raw_tx, received_coins):
txhash = raw_tx.get_hex_txhash()
txtime = self.get_tx_timestamp(txhash)
out_idxs = [coin.outindex for coin in received_coins]
self.entries[txhash] = {"txhash": txhash,
"txtype": 'receive',
"txtime": txtime,
"out_idxs": out_idxs}
def add_trade_entry(self, txhash, in_colorvalue, out_colorvalue):
adm = self.model.get_asset_definition_manager()
in_assetvalue = adm.get_assetvalue_for_colorvalue(in_colorvalue)
out_assetvalue = adm.get_assetvalue_for_colorvalue(out_colorvalue)
txtime = self.get_tx_timestamp(txhash)
self.entries[txhash] = {"txhash": txhash,
"txtype": 'trade',
"txtime": txtime,
"in_values": [asset_value_to_data(in_assetvalue)],
"out_values": [asset_value_to_data(out_assetvalue)]}
def add_unknown_entry(self, txhash):
txtime = self.get_tx_timestamp(txhash)
self.entries[txhash] = {"txhash": txhash,
"txtype": 'unknown',
"txtime": txtime}
def get_delta_color_values(self, spent_coins, received_coins):
adm = self.model.get_asset_definition_manager()
deltas = {}
for coin in received_coins: # add received
for cv in coin.get_colorvalues():
colorid = cv.get_colordef().get_color_id()
assetid = adm.get_asset_by_color_id(colorid).get_id()
deltas[assetid] = deltas.get(assetid, 0) + cv.get_value()
for coin in spent_coins: # subtract sent
for cv in coin.get_colorvalues():
colorid = cv.get_colordef().get_color_id()
assetid = adm.get_asset_by_color_id(colorid).get_id()
deltas[assetid] = deltas.get(assetid, 0) - cv.get_value()
return dict(deltas)
def create_complex_entry(self, raw_tx, spent_coins, received_coins):
am = self.model.get_address_manager()
txhash = raw_tx.get_hex_txhash()
txtime = self.get_tx_timestamp(txhash)
# get addresses
outputs = raw_tx.composed_tx_spec.txouts
wallet_addrs = set([r.address for r in am.get_all_addresses()])
output_addrs = set([out.target_addr for out in outputs])
send_addrs = list(output_addrs.difference(wallet_addrs))
deltas = self.get_delta_color_values(spent_coins, received_coins)
self.entries[txhash] = {
"txhash": txhash,
"txtype": 'complex',
"txtime": txtime,
"addresses" : send_addrs,
"deltas" : deltas,
}
def is_send_entry(self, raw_tx, spent_coins, received_coins):
am = self.model.get_address_manager()
# only inputs from this wallet
input_addrs = set(raw_tx.get_input_addresses())
wallet_addrs = set([r.address for r in am.get_all_addresses()])
if wallet_addrs.intersection(input_addrs) != input_addrs:
return False # foreign inputs
# only one color + uncolored sent
cvlists = [coin.get_colorvalues() for coin in spent_coins]
cvs = [item for sublist in cvlists for item in sublist] # flatten
cids = set([cv.get_color_id() for cv in cvs])
if len(cids) > 2 or (len(cids) == 2 and 0 not in cids):
return False
return False # FIXME disabled for now
def create_send_entry(self, raw_tx, spent_coins, received_coins):
pass # TODO
def add_send_entry(self, txhash, asset, target_addrs, target_values):
self.entries[txhash] = {"txhash": txhash,
"txtype": 'send',
"txtime": int(time.time()),
"asset_id": asset.get_id(),
"targets": zip(target_addrs, target_values)}
def add_entry_from_tx(self, raw_tx):
coindb = self.model.get_coin_manager()
spent_coins, received_coins = coindb.get_coins_for_transaction(raw_tx)
if (not spent_coins) and (not received_coins):
return # no effect
# receive coins
if self.is_receive_entry(raw_tx, spent_coins, received_coins):
self.create_receive_entry(raw_tx, received_coins)
# send coins
elif self.is_send_entry(raw_tx, spent_coins, received_coins):
self.create_send_entry(raw_tx, spent_coins, received_coins)
else: # default for non obvious
self.create_complex_entry(raw_tx, spent_coins, received_coins)
class TxHistory(object):
def __init__(self, model):
self.model = model
self.entries = PersistentDictStore(
self.model.store_conn.conn, "txhistory")
def decode_entry(self, entry_data):
print ('entry_data', entry_data)
return TxHistoryEntry.from_data(self.model, entry_data)
def get_entry(self, txhash):
entry = self.entries.get(txhash)
if entry:
return self.decode_entry(entry)
else:
return None
def add_send_entry(self, txhash, asset, target_addrs, target_values):
self.entries[txhash] = {"txhash": txhash,
"txtype": 'send',
"txtime": int(time.time()),
"asset_id": asset.get_id(),
"targets": zip(target_addrs, target_values)}
def get_all_entries(self):
return sorted([self.decode_entry(e)
for e in self.entries.values()],
key=lambda txe: txe.txtime)
def populate_history(self):
txdb = self.model.get_tx_db()
for txhash in txdb.get_all_tx_hashes():
if txhash not in self.entries:
tx_data = txdb.get_tx_by_hash(txhash)['data']
raw_tx = RawTxSpec.from_tx_data(self.model,
tx_data.decode('hex'))
self.add_entry_from_tx(raw_tx)
def add_receive_entry(self, txhash, received_coins):
out_idxs = [coin.outindex
for coin in received_coins]
self.entries[txhash] = {"txhash": txhash,
"txtype": 'receive',
"txtime": int(time.time()), # TODO !!!
"out_idxs": out_idxs}
def add_trade_entry(self, txhash, in_colorvalue, out_colorvalue):
adm = self.model.get_asset_definition_manager()
in_assetvalue = adm.get_asset_value_for_colorvalue(in_colorvalue)
out_assetvalue = adm.get_asset_value_for_colorvalue(out_colorvalue)
self.entries[txhash] = {"txhash": txhash,
"txtype": 'trade',
"txtime": int(time.time()),
"in_values": [asset_value_to_data(in_assetvalue)],
"out_values": [asset_value_to_data(out_assetvalue)]}
def add_unknown_entry(self, txhash):
self.entries[txhash] = {"txhash": txhash,
"txtype": 'unknown',
"txtime": int(time.time())}
def add_entry_from_tx(self, raw_tx):
coindb = self.model.get_coin_manager()
spent_coins, received_coins = coindb.get_coins_for_transaction(raw_tx)
if (not spent_coins) and (not received_coins):
return
if not spent_coins:
self.add_receive_entry(raw_tx.get_hex_txhash(),
received_coins)
else:
# TODO: classify p2ptrade and send transactions
self.add_unknown_entry(raw_tx.get_hex_txhash())
def setUp(self):
self.dsc = DataStoreConnection(":memory:")
self.store = ColorDataStore(self.dsc.conn)
self.persistent = PersistentDictStore(self.dsc.conn, 'per')
self.meta = ColorMetaStore(self.dsc.conn)
