def txn_serializer(request):
if request.param == 'MsgPack':
return MsgPackSerializer()
if request.param == 'Json':
return JsonSerializer()
if request.param == 'Compact':
return CompactSerializer(orderedFields)
def hash_serializer(request):
if request.param == 'MsgPack':
return MsgPackSerializer()
if request.param == 'Json':
return JsonSerializer()
if request.param == 'Signing':
return SigningSerializer()
if request.param == 'Compact':
return CompactSerializer(orderedFields)
from typing import Mapping
from common.serializers.base58_serializer import Base58Serializer
from common.serializers.base64_serializer import Base64Serializer
from common.serializers.json_serializer import JsonSerializer
from common.serializers.msgpack_serializer import MsgPackSerializer
from common.serializers.signing_serializer import SigningSerializer
signing_serializer = SigningSerializer()
ledger_txn_serializer = MsgPackSerializer()
ledger_hash_serializer = MsgPackSerializer()
domain_state_serializer = JsonSerializer()
pool_state_serializer = JsonSerializer()
client_req_rep_store_serializer = JsonSerializer()
multi_sig_store_serializer = JsonSerializer()
state_roots_serializer = Base58Serializer()
txn_root_serializer = Base58Serializer()
proof_nodes_serializer = Base64Serializer()
multi_signature_value_serializer = MsgPackSerializer()
invalid_index_serializer = JsonSerializer()
# TODO: separate data, metadata and signature, so that we don't need to have topLevelKeysToIgnore
def serialize_msg_for_signing(msg: Mapping, topLevelKeysToIgnore=None):
"""
Serialize a message for signing.
:param msg: the message to sign
:param topLevelKeysToIgnore: the top level keys of the Mapping that should
not be included in the serialized form
:return: a uft-8 encoded version of `msg`
from common.serializers.msgpack_serializer import MsgPackSerializer
serializer = MsgPackSerializer()
def check(value):
assert value == serializer.deserialize(serializer.serialize(value))
def test_serialize_int():
check(1)
check(111324324324324)
check(-1)
check(-44445423453245)
check(0)
def test_serialize_str():
check('aaaa')
check('abc def')
check('a b c d e f')
check('строка')
def test_serialize_list():
check([1, 'a', 'b'])
def test_serialize_float():
check(0.34)
check(-9.005)
from typing import Mapping
from common.serializers.base58_serializer import Base58Serializer
from common.serializers.base64_serializer import Base64Serializer
from common.serializers.json_serializer import JsonSerializer
from common.serializers.msgpack_serializer import MsgPackSerializer
from common.serializers.signing_serializer import SigningSerializer
signing_serializer = SigningSerializer()
ledger_txn_serializer = MsgPackSerializer()
ledger_hash_serializer = MsgPackSerializer()
domain_state_serializer = JsonSerializer()
pool_state_serializer = JsonSerializer()
client_req_rep_store_serializer = JsonSerializer()
multi_sig_store_serializer = JsonSerializer()
state_roots_serializer = Base58Serializer()
proof_nodes_serializer = Base64Serializer()
# TODO: separate data, metadata and signature, so that we don't need to have topLevelKeysToIgnore
def serialize_msg_for_signing(msg: Mapping, topLevelKeysToIgnore=None):
"""
Serialize a message for signing.
:param msg: the message to sign
:param topLevelKeysToIgnore: the top level keys of the Mapping that should
not be included in the serialized form
:return: a uft-8 encoded version of `msg`
"""
return signing_serializer.serialize(
msg, topLevelKeysToIgnore=topLevelKeysToIgnore)
