def test_token_req_handler_apply_MINT_PUBLIC_success_with_inputs(
helpers, addresses, token_handler_a):
[address1, address2] = addresses
outputs = [{
"address": address1,
"amount": 40
}, {
"address": address2,
"amount": 20
}]
request = helpers.request.mint(outputs)
request.operation[INPUTS] = [[address1, 1]]
seq_no, txn = token_handler_a.apply(request, CONS_TIME)
expected = TxnResponse(
MINT_PUBLIC,
request.operation,
signatures=request.signatures,
req_id=request.reqId,
frm=request._identifier,
).form_response()
assert get_payload_data(txn) == get_payload_data(expected)
assert get_req_id(txn) == get_req_id(expected)
assert get_from(txn) == get_from(expected)
assert get_sorted_signatures(txn) == get_sorted_signatures(txn)
def check_request_ordered(node, request: Request):
# it's ok to iterate through all txns since this is a test
for seq_no, txn in node.domainLedger.getAllTxn():
if get_req_id(txn) is None:
continue
if get_from(txn) is None:
continue
if get_req_id(txn) != request.reqId:
continue
if get_from(txn) != request.identifier:
continue
return True
raise ValueError('{} request not ordered by node {}'.format(request, node.name))
def check_request_ordered(node, request: Request):
# it's ok to iterate through all txns since this is a test
for seq_no, txn in node.domainLedger.getAllTxn():
if get_req_id(txn) is None:
continue
if get_from(txn) is None:
continue
if get_req_id(txn) != request.reqId:
continue
if get_from(txn) != request.identifier:
continue
return True
raise ValueError('{} request not ordered by node {}'.format(request, node.name))
def prepare_buy_for_state(txn):
from common.serializers.serialization import domain_state_serializer
identifier = get_from(txn)
req_id = get_req_id(txn)
value = domain_state_serializer.serialize({"amount": get_payload_data(txn)['amount']})
key = TestDomainRequestHandler.prepare_buy_key(identifier, req_id)
return key, value
def prepare_buy_for_state(txn):
from common.serializers.serialization import domain_state_serializer
identifier = get_from(txn)
req_id = get_req_id(txn)
value = domain_state_serializer.serialize({"amount": get_payload_data(txn)['amount']})
key = TestDomainRequestHandler.prepare_buy_key(identifier, req_id)
return key, value
def update_state(self, txn, prev_result, request, is_committed=False):
self._validate_txn_type(txn)
nym = get_payload_data(txn).get(TARGET_NYM)
existing_data = get_nym_details(self.state,
nym,
is_committed=is_committed)
txn_data = get_payload_data(txn)
new_data = {}
if not existing_data:
# New nym being added to state, set the TrustAnchor
new_data[f.IDENTIFIER.nm] = get_from(txn)
# New nym being added to state, set the role and verkey to None, this makes
# the state data always have a value for `role` and `verkey` since we allow
# clients to omit specifying `role` and `verkey` in the request consider a
# default value of None
new_data[ROLE] = None
new_data[VERKEY] = None
new_data[ROLE] = txn_data.get(ROLE, None)
if VERKEY in txn_data:
new_data[VERKEY] = txn_data[VERKEY]
new_data[F.seqNo.name] = get_seq_no(txn)
new_data[TXN_TIME] = get_txn_time(txn)
self.__update_steward_count(new_data, existing_data)
existing_data.update(new_data)
val = self.state_serializer.serialize(existing_data)
key = self.gen_state_key(txn)
self.state.set(key, val)
return existing_data
def check_ledger_after_upgrade(
node_set,
allowed_actions,
ledger_size,
expected_version,
allowed_txn_types=[NODE_UPGRADE],
node_ids=None):
versions = set()
for node in node_set:
# print(len(node.configLedger))
assert len(node.configLedger) == ledger_size
ids = set()
for _, txn in node.configLedger.getAllTxn():
type = get_type(txn)
assert type in allowed_txn_types
txn_data = get_payload_data(txn)
data = txn_data
if type == NODE_UPGRADE:
data = txn_data[DATA]
assert data[ACTION]
assert data[ACTION] in allowed_actions
ids.add(get_from(txn))
assert data[VERSION]
versions.add(data[VERSION])
ids.add(node.id)
if node_ids:
assert ids == set(node_ids)
assert len(versions) == 1
assert list(versions)[0] == expected_version
def test_proof_in_write_reply(looper, txnPoolNodeSet, sdk_pool_handle,
sdk_wallet_client):
resp = sdk_send_random_and_check(looper, txnPoolNodeSet, sdk_pool_handle,
sdk_wallet_client, 1)
req = resp[0][0]
result = resp[0][1]['result']
assert result
assert get_type(result) == "buy"
assert get_from(result) == req[f.IDENTIFIER.nm]
assert get_req_id(result) == req[f.REQ_ID.nm]
assert get_seq_no(result)
assert get_txn_time(result)
assert STATE_PROOF in result
state_proof = result[STATE_PROOF]
assert ROOT_HASH in state_proof
assert MULTI_SIGNATURE in state_proof
assert PROOF_NODES in state_proof
multi_sig = state_proof[MULTI_SIGNATURE]
assert MULTI_SIGNATURE_SIGNATURE in multi_sig
assert MULTI_SIGNATURE_PARTICIPANTS in multi_sig
assert MULTI_SIGNATURE_VALUE in multi_sig
multi_sig_value = multi_sig[MULTI_SIGNATURE_VALUE]
assert MULTI_SIGNATURE_VALUE_LEDGER_ID in multi_sig_value
assert MULTI_SIGNATURE_VALUE_STATE_ROOT in multi_sig_value
assert MULTI_SIGNATURE_VALUE_TXN_ROOT in multi_sig_value
assert MULTI_SIGNATURE_VALUE_POOL_STATE_ROOT in multi_sig_value
assert MULTI_SIGNATURE_VALUE_TIMESTAMP in multi_sig_value
assert validate_multi_signature(state_proof, txnPoolNodeSet)
assert validate_proof_for_write(result)
def test_fill_ts_store_after_catchup(txnPoolNodeSet, looper, sdk_pool_handle,
sdk_wallet_steward, tconf, tdir,
allPluginsPath):
sdk_send_random_and_check(looper, txnPoolNodeSet, sdk_pool_handle,
sdk_wallet_steward, 5)
node_to_disconnect = txnPoolNodeSet[-1]
disconnect_node_and_ensure_disconnected(looper, txnPoolNodeSet,
node_to_disconnect)
looper.removeProdable(name=node_to_disconnect.name)
sdk_replies = sdk_send_random_and_check(looper, txnPoolNodeSet,
sdk_pool_handle,
sdk_wallet_steward, 2)
node_to_disconnect = start_stopped_node(node_to_disconnect, looper, tconf,
tdir, allPluginsPath)
txnPoolNodeSet[-1] = node_to_disconnect
looper.run(checkNodesConnected(txnPoolNodeSet))
waitNodeDataEquality(looper,
node_to_disconnect,
*txnPoolNodeSet,
exclude_from_check=['check_last_ordered_3pc_backup'])
req_handler = node_to_disconnect.read_manager.request_handlers[GET_BUY]
for reply in sdk_replies:
key = BuyHandler.prepare_buy_key(get_from(reply[1]['result']),
get_req_id(reply[1]['result']))
root_hash = req_handler.database_manager.ts_store.get_equal_or_prev(
get_txn_time(reply[1]['result']))
assert root_hash
from_state = req_handler.state.get_for_root_hash(root_hash=root_hash,
key=key)
assert domain_state_serializer.deserialize(from_state)['amount'] == \
get_payload_data(reply[1]['result'])['amount']
def update_state(self,
txn,
prev_result,
request,
is_committed=False) -> None:
self._validate_txn_type(txn)
txn_data = get_payload_data(txn)
primary_key = txn_data[RS_ID].encode()
secondary_key = self.make_secondary_key(txn_data[RS_TYPE],
txn_data[RS_NAME],
txn_data[RS_VERSION])
value = {
RS_ID: txn_data[RS_ID],
RS_TYPE: txn_data[RS_TYPE],
RS_NAME: txn_data[RS_NAME],
RS_VERSION: txn_data[RS_VERSION],
RS_CONTENT: txn_data[RS_CONTENT],
TXN_PAYLOAD_METADATA_FROM: get_from(txn),
TXN_PAYLOAD_METADATA_ENDORSER: get_endorser(txn),
TXN_PAYLOAD_VERSION: get_payload_txn_version(txn),
}
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(value, seq_no, txn_time)
self.state.set(primary_key, value_bytes)
self.state.set(secondary_key, primary_key)
async def getSchema(self, id: ID) -> Optional[Schema]:
data = None
issuer_id = None
if id.schemaKey:
issuer_id = id.schemaKey.issuerId
op = {
TARGET_NYM: issuer_id,
TXN_TYPE: GET_SCHEMA,
DATA: {
NAME: id.schemaKey.name,
VERSION: id.schemaKey.version,
}
}
data, seqNo = await self._sendGetReq(op)
else:
op = {
f.LEDGER_ID.nm: DOMAIN_LEDGER_ID,
TXN_TYPE: GET_TXNS,
DATA: id.schemaId
}
res, seqNo = await self._sendGetReq(op)
if res and get_type(res) == SCHEMA:
issuer_id = get_from(res)
data = get_payload_data(res)[DATA]
if not data or ATTR_NAMES not in data:
raise SchemaNotFoundError('No schema with ID={} and key={}'.format(
id.schemaId, id.schemaKey))
return Schema(name=data[NAME],
version=data[VERSION],
attrNames=data[ATTR_NAMES],
issuerId=issuer_id,
seqId=seqNo)
def updateNym(self, nym, txn, isCommitted=True):
existingData = self.getNymDetails(self.state,
nym,
isCommitted=isCommitted)
txn_data = get_payload_data(txn)
newData = {}
if not existingData:
# New nym being added to state, set the TrustAnchor
newData[f.IDENTIFIER.nm] = get_from(txn)
# New nym being added to state, set the role and verkey to None, this makes
# the state data always have a value for `role` and `verkey` since we allow
# clients to omit specifying `role` and `verkey` in the request consider a
# default value of None
newData[ROLE] = None
newData[VERKEY] = None
if ROLE in txn_data:
newData[ROLE] = txn_data[ROLE]
if VERKEY in txn_data:
newData[VERKEY] = txn_data[VERKEY]
newData[F.seqNo.name] = get_seq_no(txn)
newData[TXN_TIME] = get_txn_time(txn)
existingData.update(newData)
val = self.stateSerializer.serialize(existingData)
key = self.nym_to_state_key(nym)
self.state.set(key, val)
return existingData
def check_ledger_after_upgrade(
node_set,
allowed_actions,
ledger_size,
expected_version,
allowed_txn_types=[NODE_UPGRADE],
node_ids=None):
versions = set()
for node in node_set:
print(len(node.configLedger))
assert len(node.configLedger) == ledger_size
ids = set()
for _, txn in node.configLedger.getAllTxn():
type = get_type(txn)
assert type in allowed_txn_types
txn_data = get_payload_data(txn)
data = txn_data
if type == NODE_UPGRADE:
data = txn_data[DATA]
assert data[ACTION]
assert data[ACTION] in allowed_actions
ids.add(get_from(txn))
assert data[VERSION]
versions.add(data[VERSION])
ids.add(node.id)
if node_ids:
assert ids == set(node_ids)
assert len(versions) == 1
assert list(versions)[0] == expected_version
def prepare_buy_for_state(txn):
identifier = get_from(txn)
req_id = get_req_id(txn)
value = domain_state_serializer.serialize(
{"amount": get_payload_data(txn)['amount']})
key = BuyHandler.prepare_buy_key(identifier, req_id)
return key, value
def test_proof_in_write_reply(looper, txnPoolNodeSet,
sdk_pool_handle, sdk_wallet_client):
resp = sdk_send_random_and_check(looper, txnPoolNodeSet,
sdk_pool_handle, sdk_wallet_client, 1)
req = resp[0][0]
result = resp[0][1]['result']
assert result
assert get_type(result) == "buy"
assert get_from(result) == req[f.IDENTIFIER.nm]
assert get_req_id(result) == req[f.REQ_ID.nm]
assert get_seq_no(result)
assert get_txn_time(result)
assert STATE_PROOF in result
state_proof = result[STATE_PROOF]
assert ROOT_HASH in state_proof
assert MULTI_SIGNATURE in state_proof
assert PROOF_NODES in state_proof
multi_sig = state_proof[MULTI_SIGNATURE]
assert MULTI_SIGNATURE_SIGNATURE in multi_sig
assert MULTI_SIGNATURE_PARTICIPANTS in multi_sig
assert MULTI_SIGNATURE_VALUE in multi_sig
multi_sig_value = multi_sig[MULTI_SIGNATURE_VALUE]
assert MULTI_SIGNATURE_VALUE_LEDGER_ID in multi_sig_value
assert MULTI_SIGNATURE_VALUE_STATE_ROOT in multi_sig_value
assert MULTI_SIGNATURE_VALUE_TXN_ROOT in multi_sig_value
assert MULTI_SIGNATURE_VALUE_POOL_STATE_ROOT in multi_sig_value
assert MULTI_SIGNATURE_VALUE_TIMESTAMP in multi_sig_value
assert validate_multi_signature(state_proof, txnPoolNodeSet)
assert validate_proof_for_write(result)
def _addRevocRegEntry(self, txn, isCommitted=False) -> None:
current_entry, revoc_def = self._get_current_revoc_entry_and_revoc_def(
author_did=get_from(txn),
revoc_reg_def_id=get_payload_data(txn)[REVOC_REG_DEF_ID],
req_id=get_req_id(txn))
writer_cls = self.get_revocation_strategy(
revoc_def[VALUE][ISSUANCE_TYPE])
writer = writer_cls(self.state)
writer.write(current_entry, txn)
def update_state(self, txn, prev_result, request, is_committed=False):
self._validate_txn_type(txn)
current_entry, revoc_def = self._get_current_revoc_entry_and_revoc_def(
author_did=get_from(txn),
revoc_reg_def_id=get_payload_data(txn)[REVOC_REG_DEF_ID],
req_id=get_req_id(txn))
writer_cls = self.get_revocation_strategy(revoc_def[ISSUANCE_TYPE])
writer = writer_cls(self.state)
writer.write(current_entry, txn)
def prepare_schema_for_state(txn):
origin = get_from(txn)
schema_name = get_txn_schema_name(txn)
schema_version = get_txn_schema_version(txn)
value = {SCHEMA_ATTR_NAMES: get_txn_schema_attr_names(txn)}
path = make_state_path_for_schema(origin, schema_name, schema_version)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(value, seq_no, txn_time)
return path, value_bytes
def _addRevocRegEntry(self, txn, isCommitted=False) -> None:
current_entry, revoc_def = self._get_current_revoc_entry_and_revoc_def(
author_did=get_from(txn),
revoc_reg_def_id=get_payload_data(txn)[REVOC_REG_DEF_ID],
req_id=get_req_id(txn)
)
writer_cls = self.get_revocation_strategy(
revoc_def[VALUE][ISSUANCE_TYPE])
writer = writer_cls(self.state)
writer.write(current_entry, txn)
def updateState(self, txns, isCommitted=False):
for txn in txns:
nodeNym = get_payload_data(txn).get(TARGET_NYM)
data = get_payload_data(txn).get(DATA, {})
existingData = self.getNodeData(nodeNym, isCommitted=isCommitted)
# Node data did not exist in state, so this is a new node txn,
# hence store the author of the txn (steward of node)
if not existingData:
existingData[f.IDENTIFIER.nm] = get_from(txn)
existingData.update(data)
self.updateNodeData(nodeNym, existingData)
def updateState(self, txns, isCommitted=False):
for txn in txns:
nodeNym = get_payload_data(txn).get(TARGET_NYM)
data = get_payload_data(txn).get(DATA, {})
existingData = self.getNodeData(nodeNym, isCommitted=isCommitted)
# Node data did not exist in state, so this is a new node txn,
# hence store the author of the txn (steward of node)
if not existingData:
existingData[f.IDENTIFIER.nm] = get_from(txn)
existingData.update(data)
self.updateNodeData(nodeNym, existingData)
def prepare_schema_for_state(txn):
origin = get_from(txn)
txn_data = get_payload_data(txn)
data = deepcopy(txn_data.get(DATA))
schema_name = data.pop(NAME)
schema_version = data.pop(VERSION)
path = make_state_path_for_schema(origin, schema_name, schema_version)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(data, seq_no, txn_time)
return path, value_bytes
def prepare_schema_for_state(txn):
origin = get_from(txn)
txn_data = get_payload_data(txn)
data = deepcopy(txn_data.get(DATA))
schema_name = data.pop(NAME)
schema_version = data.pop(VERSION)
path = make_state_path_for_schema(origin, schema_name, schema_version)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(data, seq_no, txn_time)
return path, value_bytes
def _attrib_data_from_reply(self, result):
dt = get_payload_data(result)
dest = dt[TARGET_NYM]
origin = get_from(result)
val = None
if RAW in dt:
val = json.loads(dt[RAW])
elif ENC in dt:
val = dt[ENC]
elif HASH in dt:
val = dt[HASH]
return origin, dest, val
def _attrib_data_from_reply(self, result):
dt = get_payload_data(result)
dest = dt[TARGET_NYM]
origin = get_from(result)
val = None
if RAW in dt:
val = json.loads(dt[RAW])
elif ENC in dt:
val = dt[ENC]
elif HASH in dt:
val = dt[HASH]
return origin, dest, val
def update_state(self, txn, prev_result, request, is_committed=False):
self._validate_txn_type(txn)
node_nym = get_payload_data(txn).get(TARGET_NYM)
data = get_payload_data(txn).get(DATA, {})
existing_data = self.get_from_state(node_nym, is_committed=is_committed)
# Node data did not exist in state, so this is a new node txn,
# hence store the author of the txn (steward of node)
if not existing_data:
existing_data[f.IDENTIFIER.nm] = get_from(txn)
existing_data.update(data)
key = self.gen_state_key(txn)
val = self.state_serializer.serialize(existing_data)
self.state.set(key, val)
def update_version(self, txn):
if get_type(txn) == POOL_UPGRADE and get_payload_data(txn).get(ACTION) == START:
N = len(get_payload_data(txn).get(SCHEDULE, {}))
self._f = (N - 1) // 3
elif get_type(txn) == NODE_UPGRADE and get_payload_data(txn)[DATA][ACTION] == COMPLETE:
version = get_payload_data(txn)[DATA][VERSION]
self._votes_for_new_version.setdefault(version, set())
self._votes_for_new_version[version].add(get_from(txn))
if len(self._votes_for_new_version[version]) > self._f:
self._versions[get_txn_time(txn)] = version
self._votes_for_new_version = SortedDict({v: senders
for v, senders in self._votes_for_new_version.items()
if v > version})
def _addNym(self, txn, isCommitted=False) -> None:
txn_data = get_payload_data(txn)
nym = txn_data.get(TARGET_NYM)
data = {
f.IDENTIFIER.nm: get_from(txn),
f.SEQ_NO.nm: get_seq_no(txn),
TXN_TIME: get_txn_time(txn)
}
if ROLE in txn_data:
data[ROLE] = txn_data.get(ROLE)
if VERKEY in txn_data:
data[VERKEY] = txn_data.get(VERKEY)
self.updateNym(nym, txn, isCommitted=isCommitted)
def _addNym(self, txn, isCommitted=False) -> None:
txn_data = get_payload_data(txn)
nym = txn_data.get(TARGET_NYM)
data = {
f.IDENTIFIER.nm: get_from(txn),
f.SEQ_NO.nm: get_seq_no(txn),
TXN_TIME: get_txn_time(txn)
}
if ROLE in txn_data:
data[ROLE] = txn_data.get(ROLE)
if VERKEY in txn_data:
data[VERKEY] = txn_data.get(VERKEY)
self.updateNym(nym, txn, isCommitted=isCommitted)
def prepare_context_for_state(txn, path_only=False):
origin = get_from(txn)
context_name = get_txn_context_name(txn)
context_version = get_txn_context_version(txn)
value = {
CONTEXT_CONTEXT_ARRAY: get_txn_context_context_array(txn)
}
path = ContextHandler.make_state_path_for_context(origin, context_name, context_version)
if path_only:
return path
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(value, seq_no, txn_time)
return path, value_bytes
def _parse_pool_transaction_file(ledger,
nodeReg,
cliNodeReg,
nodeKeys,
activeValidators,
ledger_size=None):
"""
helper function for parseLedgerForHaAndKeys
"""
for _, txn in ledger.getAllTxn(to=ledger_size):
if get_type(txn) == NODE:
txn_data = get_payload_data(txn)
nodeName = txn_data[DATA][ALIAS]
clientStackName = nodeName + CLIENT_STACK_SUFFIX
nHa = (txn_data[DATA][NODE_IP], txn_data[DATA][NODE_PORT]) \
if (NODE_IP in txn_data[DATA] and NODE_PORT in txn_data[DATA]) \
else None
cHa = (txn_data[DATA][CLIENT_IP], txn_data[DATA][CLIENT_PORT]) \
if (CLIENT_IP in txn_data[DATA] and CLIENT_PORT in txn_data[DATA]) \
else None
if nHa:
nodeReg[nodeName] = HA(*nHa)
if cHa:
cliNodeReg[clientStackName] = HA(*cHa)
try:
# TODO: Need to handle abbreviated verkey
key_type = 'verkey'
verkey = cryptonymToHex(str(txn_data[TARGET_NYM]))
key_type = 'identifier'
cryptonymToHex(get_from(txn))
except ValueError:
logger.exception(
'Invalid {}. Rebuild pool transactions.'.format(
key_type))
exit('Invalid {}. Rebuild pool transactions.'.format(
key_type))
nodeKeys[nodeName] = verkey
services = txn_data[DATA].get(SERVICES)
if isinstance(services, list):
if VALIDATOR in services:
activeValidators.add(nodeName)
else:
activeValidators.discard(nodeName)
def prepare_claim_def_for_state(txn):
txn_data = get_payload_data(txn)
origin = get_from(txn)
schema_seq_no = txn_data.get(REF)
if schema_seq_no is None:
raise ValueError("'{}' field is absent, "
"but it must contain schema seq no".format(REF))
data = txn_data.get(DATA)
if data is None:
raise ValueError("'{}' field is absent, "
"but it must contain components of keys".format(DATA))
signature_type = txn_data.get(SIGNATURE_TYPE, 'CL')
path = make_state_path_for_claim_def(origin, schema_seq_no, signature_type)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(data, seq_no, txn_time)
return path, value_bytes
def prepare_revoc_def_for_state(txn):
author_did = get_from(txn)
txn_data = get_payload_data(txn)
cred_def_id = txn_data.get(CRED_DEF_ID)
revoc_def_type = txn_data.get(REVOC_TYPE)
revoc_def_tag = txn_data.get(TAG)
assert author_did
assert cred_def_id
assert revoc_def_type
assert revoc_def_tag
path = make_state_path_for_revoc_def(author_did, cred_def_id,
revoc_def_type, revoc_def_tag)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
assert seq_no
assert txn_time
value_bytes = encode_state_value(txn_data, seq_no, txn_time)
return path, value_bytes
def prepare_claim_def_for_state(txn):
txn_data = get_payload_data(txn)
origin = get_from(txn)
schema_seq_no = txn_data.get(REF)
if schema_seq_no is None:
raise ValueError("'{}' field is absent, "
"but it must contain schema seq no".format(REF))
data = txn_data.get(DATA)
if data is None:
raise ValueError("'{}' field is absent, "
"but it must contain components of keys"
.format(DATA))
signature_type = txn_data.get(SIGNATURE_TYPE, 'CL')
path = make_state_path_for_claim_def(origin, schema_seq_no, signature_type)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(data, seq_no, txn_time)
return path, value_bytes
def prepare_revoc_reg_entry_accum_for_state(txn):
author_did = get_from(txn)
txn_data = get_payload_data(txn)
revoc_reg_def_id = txn_data.get(REVOC_REG_DEF_ID)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
assert author_did
assert revoc_reg_def_id
assert seq_no
assert txn_time
path = make_state_path_for_revoc_reg_entry_accum(revoc_reg_def_id=revoc_reg_def_id)
# TODO: do not duplicate seqNo here
# doing this now just for backward-compatibility
txn_data = deepcopy(txn_data)
txn_data[f.SEQ_NO.nm] = seq_no
txn_data[TXN_TIME] = txn_time
value_bytes = encode_state_value(txn_data, seq_no, txn_time)
return path, value_bytes
def prepare_revoc_reg_entry_accum_for_state(txn):
author_did = get_from(txn)
txn_data = get_payload_data(txn)
revoc_reg_def_id = txn_data.get(REVOC_REG_DEF_ID)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
assert author_did
assert revoc_reg_def_id
assert seq_no
assert txn_time
path = make_state_path_for_revoc_reg_entry_accum(revoc_reg_def_id=revoc_reg_def_id)
# TODO: do not duplicate seqNo here
# doing this now just for backward-compatibility
txn_data = deepcopy(txn_data)
txn_data[f.SEQ_NO.nm] = seq_no
txn_data[TXN_TIME] = txn_time
value_bytes = encode_state_value(txn_data, seq_no, txn_time)
return path, value_bytes
def prepare_revoc_def_for_state(txn):
author_did = get_from(txn)
txn_data = get_payload_data(txn)
cred_def_id = txn_data.get(CRED_DEF_ID)
revoc_def_type = txn_data.get(REVOC_TYPE)
revoc_def_tag = txn_data.get(TAG)
assert author_did
assert cred_def_id
assert revoc_def_type
assert revoc_def_tag
path = make_state_path_for_revoc_def(author_did,
cred_def_id,
revoc_def_type,
revoc_def_tag)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
assert seq_no
assert txn_time
value_bytes = encode_state_value(txn_data, seq_no, txn_time)
return path, value_bytes
def put_into_seq_no_db(txn):
# If there is no reqId, then it's genesis txn
if get_req_id(txn) is None:
return
txn_new = copy.deepcopy(txn)
operation = get_payload_data(txn_new)
operation[TXN_TYPE] = get_type(txn_new)
dct = {
f.IDENTIFIER.nm: get_from(txn_new),
f.REQ_ID.nm: get_req_id(txn_new),
OPERATION: operation,
}
if get_protocol_version(txn_new) is not None:
dct[f.PROTOCOL_VERSION.nm] = get_protocol_version(txn_new)
digest = sha256(serialize_msg_for_signing(dct)).hexdigest().encode()
seq_no = get_seq_no(txn_new)
ledger_id = get_ledger_id_by_txn_type(operation[TXN_TYPE])
line_to_record = str(ledger_id) + ReqIdrToTxn.delimiter + str(seq_no)
dest_seq_no_db_storage.put(digest, line_to_record)
return digest
def prepare_claim_def_for_state(txn):
origin = get_from(txn)
schema_seq_no = get_txn_claim_def_schema_ref(txn)
if schema_seq_no is None:
raise ValueError(
"'{}' field is absent, "
"but it must contain schema seq no".format(CLAIM_DEF_SCHEMA_REF))
data = get_txn_claim_def_public_keys(txn)
if data is None:
raise ValueError("'{}' field is absent, "
"but it must contain components of keys".format(
CLAIM_DEF_PUBLIC_KEYS))
signature_type = get_txn_claim_def_signature_type(txn)
tag = get_txn_claim_def_tag(txn)
path = make_state_path_for_claim_def(origin, schema_seq_no, signature_type,
tag)
seq_no = get_seq_no(txn)
txn_time = get_txn_time(txn)
value_bytes = encode_state_value(data, seq_no, txn_time)
return path, value_bytes
def put_into_seq_no_db(txn):
# If there is no reqId, then it's genesis txn
if get_req_id(txn) is None:
return
txn_new = copy.deepcopy(txn)
operation = get_payload_data(txn_new)
operation[TXN_TYPE] = get_type(txn_new)
dct = {
f.IDENTIFIER.nm: get_from(txn_new),
f.REQ_ID.nm: get_req_id(txn_new),
OPERATION: operation,
}
if get_protocol_version(txn_new) is not None:
dct[f.PROTOCOL_VERSION.nm] = get_protocol_version(txn_new)
digest = sha256(serialize_msg_for_signing(dct)).hexdigest()
seq_no = get_seq_no(txn_new)
ledger_id = get_ledger_id_by_txn_type(operation[TXN_TYPE])
line_to_record = str(ledger_id) + ReqIdrToTxn.delimiter + str(seq_no)
dest_seq_no_db_storage.put(digest, line_to_record)
return digest
def build_demote_node_req(node_name, txn):
txn_data = get_payload_data(txn)
target_nym = txn_data[TARGET_NYM]
txn_data = txn_data['data']
operation = {
TYPE: NODE,
DATA: {
ALIAS: node_name,
CLIENT_IP: txn_data[CLIENT_IP],
CLIENT_PORT: txn_data[CLIENT_PORT],
NODE_IP: txn_data[NODE_IP],
NODE_PORT: txn_data[NODE_PORT],
SERVICES: [],
},
TARGET_NYM: target_nym
}
return Request(operation=operation,
reqId=1513945121191691,
protocolVersion=CURRENT_PROTOCOL_VERSION,
identifier=get_from(txn))
def _parse_pool_transaction_file(
ledger, nodeReg, cliNodeReg, nodeKeys, activeValidators,
ledger_size=None):
"""
helper function for parseLedgerForHaAndKeys
"""
for _, txn in ledger.getAllTxn(to=ledger_size):
if get_type(txn) == NODE:
txn_data = get_payload_data(txn)
nodeName = txn_data[DATA][ALIAS]
clientStackName = nodeName + CLIENT_STACK_SUFFIX
nHa = (txn_data[DATA][NODE_IP], txn_data[DATA][NODE_PORT]) \
if (NODE_IP in txn_data[DATA] and NODE_PORT in txn_data[DATA]) \
else None
cHa = (txn_data[DATA][CLIENT_IP], txn_data[DATA][CLIENT_PORT]) \
if (CLIENT_IP in txn_data[DATA] and CLIENT_PORT in txn_data[DATA]) \
else None
if nHa:
nodeReg[nodeName] = HA(*nHa)
if cHa:
cliNodeReg[clientStackName] = HA(*cHa)
try:
# TODO: Need to handle abbreviated verkey
key_type = 'verkey'
verkey = cryptonymToHex(str(txn_data[TARGET_NYM]))
key_type = 'identifier'
cryptonymToHex(get_from(txn))
except ValueError:
logger.exception(
'Invalid {}. Rebuild pool transactions.'.format(key_type))
exit('Invalid {}. Rebuild pool transactions.'.format(key_type))
nodeKeys[nodeName] = verkey
services = txn_data[DATA].get(SERVICES)
if isinstance(services, list):
if VALIDATOR in services:
activeValidators.add(nodeName)
else:
activeValidators.discard(nodeName)
def write(self, current_reg_entry, txn):
txn = deepcopy(txn)
txn_data = get_payload_data(txn)
self.set_parameters_from_txn(author_did=get_from(txn),
revoc_reg_def_id=txn_data.get(REVOC_REG_DEF_ID),
req_id=get_req_id(txn))
if current_reg_entry is not None:
value_from_state = current_reg_entry.get(VALUE)
assert value_from_state
indices = value_from_state.get(ISSUED, [])
value_from_txn = txn_data.get(VALUE)
issued_from_txn = value_from_txn.get(ISSUED, [])
revoked_from_txn = value_from_txn.get(REVOKED, [])
# set with all previous issued minus revoked from txn
result_indicies = set(indices).difference(revoked_from_txn)
result_indicies.update(issued_from_txn)
value_from_txn[REVOKED] = []
value_from_txn[ISSUED] = list(result_indicies)
txn_data[VALUE] = value_from_txn
# contains already changed txn
self.set_to_state(txn)
del txn
def write(self, current_reg_entry, txn):
txn = deepcopy(txn)
txn_data = get_payload_data(txn)
self.set_parameters_from_txn(
author_did=get_from(txn),
revoc_reg_def_id=txn_data.get(REVOC_REG_DEF_ID),
req_id=get_req_id(txn))
if current_reg_entry is not None:
value_from_state = current_reg_entry.get(VALUE)
assert value_from_state
indices = value_from_state.get(ISSUED, [])
value_from_txn = txn_data.get(VALUE)
issued_from_txn = value_from_txn.get(ISSUED, [])
revoked_from_txn = value_from_txn.get(REVOKED, [])
# set with all previous issued minus revoked from txn
result_indicies = set(indices).difference(revoked_from_txn)
result_indicies.update(issued_from_txn)
value_from_txn[REVOKED] = []
value_from_txn[ISSUED] = list(result_indicies)
txn_data[VALUE] = value_from_txn
# contains already changed txn
self.set_to_state(txn)
def update_state(self, txn, prev_result, is_committed=False):
self._validate_txn_type(txn)
nym = get_payload_data(txn).get(TARGET_NYM)
existing_data = get_nym_details(self.state, nym,
is_committed=is_committed)
txn_data = get_payload_data(txn)
new_data = {}
if not existing_data:
new_data[f.IDENTIFIER.nm] = get_from(txn)
new_data[ROLE] = None
new_data[VERKEY] = None
if ROLE in txn_data:
new_data[ROLE] = txn_data[ROLE]
if VERKEY in txn_data:
new_data[VERKEY] = txn_data[VERKEY]
new_data[F.seqNo.name] = get_seq_no(txn)
new_data[TXN_TIME] = get_txn_time(txn)
existing_data.update(new_data)
val = self.state_serializer.serialize(existing_data)
key = nym_to_state_key(nym)
self.state.set(key, val)
return existing_data
async def getSchema(self, id: ID) -> Optional[Schema]:
data = None
issuer_id = None
if id.schemaKey:
issuer_id = id.schemaKey.issuerId
op = {
TARGET_NYM: issuer_id,
TXN_TYPE: GET_SCHEMA,
DATA: {
NAME: id.schemaKey.name,
VERSION: id.schemaKey.version,
}
}
data, seqNo = await self._sendGetReq(op)
else:
op = {
f.LEDGER_ID.nm: DOMAIN_LEDGER_ID,
TXN_TYPE: GET_TXNS,
DATA: id.schemaId
}
res, seqNo = await self._sendGetReq(op)
if res and get_type(res) == SCHEMA:
issuer_id = get_from(res)
data = get_payload_data(res)[DATA]
if not data or ATTR_NAMES not in data:
raise SchemaNotFoundError(
'No schema with ID={} and key={}'.format(
id.schemaId,
id.schemaKey))
return Schema(name=data[NAME],
version=data[VERSION],
attrNames=data[ATTR_NAMES],
issuerId=issuer_id,
seqId=seqNo)
def test_get_from(txn):
assert get_from(txn) == "6ouriXMZkLeHsuXrN1X1fd"
def test_get_from_none(txn):
txn["txn"]["metadata"].pop("from", None)
assert get_from(txn) is None