def do_test_bloom(test_logs):
"""
The logs sections is a mapping between the blooms and their corresponding logentries.
Each logentry has the format:
address: The address of the logentry.
data: The data of the logentry.
topics: The topics of the logentry, given as an array of values.
"""
for data in test_logs:
address = data['address']
# Test via bloom
b = bloom.bloom_insert(0, decode_hex(address))
for t in data['topics']:
b = bloom.bloom_insert(b, decode_hex(t))
# Test via Log
topics = [decode_int_from_hex(x) for x in data['topics']]
log = Log(decode_hex(address), topics, '')
log_bloom = bloom.b64(bloom.bloom_from_list(log.bloomables()))
assert encode_hex(log_bloom) == encode_hex_from_int(b)
assert data['bloom'] == encode_hex(log_bloom)
def do_test_bloom(test_logs):
"""
The logs sections is a mapping between the blooms and their corresponding logentries.
Each logentry has the format:
address: The address of the logentry.
data: The data of the logentry.
topics: The topics of the logentry, given as an array of values.
"""
for data in test_logs:
address = data["address"]
# Test via bloom
b = bloom.bloom_insert(0, decode_hex(address))
for t in data["topics"]:
b = bloom.bloom_insert(b, decode_hex(t))
# Test via Log
topics = [decode_int_from_hex(x) for x in data["topics"]]
log = pb.Log(decode_hex(address), topics, "")
log_bloom = bloom.b64(bloom.bloom_from_list(log.bloomables()))
assert encode_hex(log_bloom) == encode_hex_from_int(b)
assert str_to_bytes(data["bloom"]) == encode_hex(log_bloom)