def _decode_logs(logs: List) -> EventDict:
if not logs:
return EventDict()
idx = 0
events: List = []
while True:
address = logs[idx]["address"]
try:
new_idx = logs.index(
next(i for i in logs[idx:] if i["address"] != address))
log_slice = logs[idx:new_idx]
idx = new_idx
except StopIteration:
log_slice = logs[idx:]
topics_map = _deployment_topics.get(address, _topics)
for item in log_slice:
try:
events.extend(
eth_event.decode_logs([item],
topics_map,
allow_undecoded=True))
except EventError as exc:
warnings.warn(str(exc))
if log_slice[-1] == logs[-1]:
break
events = [format_event(i) for i in events]
return EventDict(events)
def _decode_logs(logs: List) -> Union["EventDict", List[None]]:
if not logs:
return []
idx = 0
events: List = []
while True:
address = logs[idx]["address"]
try:
new_idx = logs.index(
next(i for i in logs[idx:] if i["address"] != address))
log_slice = logs[idx:new_idx]
idx = new_idx
except StopIteration:
log_slice = logs[idx:]
topics_map = _deployment_topics.get(address, _topics)
events.extend(
eth_event.decode_logs(log_slice, topics_map, allow_undecoded=True))
if log_slice[-1] == logs[-1]:
break
events = [format_event(i) for i in events]
return EventDict(events)
def _decode_logs(logs: List, contracts: Optional[Dict] = None) -> EventDict:
if not logs:
return EventDict()
idx = 0
events: List = []
while True:
address = logs[idx]["address"]
try:
new_idx = logs.index(next(i for i in logs[idx:] if i["address"] != address))
log_slice = logs[idx:new_idx]
idx = new_idx
except StopIteration:
log_slice = logs[idx:]
topics_map = _deployment_topics.get(address, _topics)
for item in log_slice:
if contracts and contracts[item.address]:
note = _decode_ds_note(item, contracts[item.address])
if note:
events.append(note)
continue
try:
events.extend(eth_event.decode_logs([item], topics_map, allow_undecoded=True))
except EventError as exc:
warnings.warn(f"{address}: {exc}")
if log_slice[-1] == logs[-1]:
break
events = [format_event(i) for i in events]
return EventDict(events)
def _decode_trace(trace: Sequence) -> Union["EventDict", List[None]]:
if not trace:
return []
events = eth_event.decode_traceTransaction(trace,
_topics,
allow_undecoded=True)
events = [format_event(i) for i in events]
return EventDict(events)
def _decode_trace(trace: Sequence, initial_address: str) -> EventDict:
if not trace:
return EventDict()
events = eth_event.decode_traceTransaction(
trace, _topics, allow_undecoded=True, initial_address=initial_address
)
events = [format_event(i) for i in events]
return EventDict(events)
def _decode_logs(logs: List) -> Union["EventDict", List[None]]:
if not logs:
return []
events: List = []
for value in logs:
try:
events += eth_event.decode_logs([value], _topics)
except KeyError:
pass
events = [format_event(i) for i in events]
return EventDict(events)
def decode_log(tx, contract, event_name):
"""
Get transaction logs for specific event name
:param tx: transaction object
:param contract: Contract object
:param event_name: name of the event
:return: EventDict with the events parsed
"""
topic_map = eth_event.get_topic_map(contract.abi)
logs = eth_event.decode_logs(tx.logs, topic_map, True)
events = list(filter(lambda tx_: tx_['name'] == event_name, logs))
return EventDict([format_event(i) for i in events])[event_name]
def _decode_logs(logs: List) -> Union["EventDict", List[None]]:
if not logs:
return []
events = eth_event.decode_logs(logs, _topics, allow_undecoded=True)
events = [format_event(i) for i in events]
return EventDict(events)
def _decode_trace(trace: Sequence) -> Union["EventDict", List[None]]:
if not trace:
return []
events = eth_event.decode_trace(trace, _topics)
events = [format_event(i) for i in events]
return EventDict(events)
