def transfer_asset(**in_data):
inputs = [in_data["receiver_address"], in_data["issuer_address"]]
outputs = [in_data["receiver_address"], in_data["issuer_address"]]
transfer_asset = payload_pb2.CreateTransferAsset(
key=in_data["key"],
url=in_data["url"],
time=in_data["time"],
indiantime=in_data["indiantime"],
file_name=in_data["file_name"],
file_hash=in_data["file_hash"],
master_key=in_data["master_key"],
master_url=in_data["master_url"],
expired_on=in_data["expired_on"],
scope=in_data["scope"],
receiver_address=in_data["receiver_address"],
issuer_address=in_data["issuer_address"],
issuer_pub=in_data["issuer_pub"],
issuer_zero_pub=in_data["issuer_zero_pub"],
signed_nonce=in_data["signed_nonce"],
nonce=in_data["nonce"],
issuer_child_zero_pub=in_data["issuer_child_zero_pub"],
)
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.TRANSFER_ASSET,
transfer_asset=transfer_asset)
return make_header_and_batch(payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
async def execute_mnemonic_transaction(self, txn_key=False, batch_key=False,
inputs=False, outputs=False, payload=False):
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.EXECUTE_SECRET,
execute_secret=payload)
logger.info(payload, inputs, outputs)
transaction_ids, batches, batch_id, batch_list_bytes =\
make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=txn_key,
batch_key=batch_key)
transaction_id, transaction = make_header_and_transaction(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=txn_key,
batch_key=batch_key)
batch_bytes, batch_id = transactions_batch([transaction], batch_key)
await self.push_n_wait(batch_bytes, batch_id)
return transaction_id, batch_id
def share_asset(**in_data):
"""
To share asset by the asset_owner to any account address
inputs will have the following addresses
Asset transaction addresses in which share_with array needs to
be appended
Shareasset transaction address
"""
inputs = [
in_data["original_asset_address"],
addresser.share_asset_address(
in_data["txn_key"].get_public_key().as_hex(), in_data["idx"]),
in_data["issuer_account_address"] #issuer_account_address
]
outputs = [
in_data["original_asset_address"],
addresser.share_asset_address(
in_data["txn_key"].get_public_key().as_hex(), in_data["idx"]),
in_data["issuer_account_address"] #issuer_account_address
]
share_asset = payload_pb2.CreateShareAsset(
key=in_data["key"],
url=in_data["url"],
master_key=in_data["master_key"],
master_url=in_data["master_url"],
time=in_data["time"],
indiantime=in_data["indiantime"],
file_name=in_data["file_name"],
file_hash=in_data["file_hash"],
original_asset_address=in_data["original_asset_address"],
revoked_on=in_data["revoked_on"],
#details=in_data["details"],
idx=in_data["idx"],
account_signature=in_data["account_signature"],
asset_signature=in_data["asset_signature"],
nonce=in_data["nonce"],
nonce_hash=in_data["nonce_hash"],
to_org_name=in_data["to_org_name"],
to_org_address=in_data["to_org_address"],
issuer_account_address=in_data["issuer_account_address"],
receive_asset_address=in_data["receive_asset_address"],
child_zero_pub=in_data["child_zero_pub"],
unique_code_hash=in_data["unique_code_hash"],
)
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.SHARE_ASSET,
share_asset=share_asset)
return make_header_and_batch(payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
async def __send_user_account(**in_data):
"""
"""
inputs = [
addresser.user_address(
public=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
outputs = [
addresser.user_address(
public=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
account = payload_pb2.CreateUserAccount(
role=in_data["role"],
phone_number=in_data["phone_number"],
pancard=in_data["pancard"],
first_name=in_data["first_name"],
last_name=in_data["last_name"],
user_id=in_data["user_id"],
email=in_data["email"],
time=in_data["time"],
indian_time=in_data["indian_time"],
deactivate=in_data["deactivate"],
deactivate_on=in_data["deactivate_on"],
)
logging.info(account)
logging.info(f"THe address for the user on blockchain {inputs[0]}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.CREATE_USER_ACCOUNT,
create_user_account=account)
logging.info(payload)
transaction_ids, batches, batch_id, batch_list_bytes = make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
logging.info(f"This is the batch_id {batch_id}")
rest_api_response = await messaging.send(batch_list_bytes,
in_data["config"])
try:
result = await messaging.wait_for_status(batch_id, in_data["config"])
except (ApiBadRequest, ApiInternalError) as err:
#await auth_query.remove_auth_entry(request.app.config.DB_CONN, request.json.get('email'))
raise err
return False, False
return transaction_ids, batch_id
def create_child_account(**in_data):
inputs = [
addresser.create_organization_account_address(
account_id=in_data["parent_zero_pub"], index=0),
addresser.child_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
outputs = [
addresser.create_organization_account_address(
account_id=in_data["parent_zero_pub"], index=0),
addresser.child_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
account = payload_pb2.CreateChildAccount(
parent_zero_pub=in_data["parent_zero_pub"],
parent_idx=in_data["parent_idx"],
parent_role=in_data["parent_role"],
org_name=in_data["org_name"],
first_name=in_data["first_name"],
last_name=in_data["last_name"],
user_id=in_data["user_id"],
pancard=in_data["pancard"],
gst_number=in_data["gst_number"],
tan_number=in_data["tan_number"],
phone_number=in_data["phone_number"],
email=in_data["email"],
time=in_data["time"],
indian_time=in_data["indian_time"],
role=in_data["role"],
deactivate=in_data["deactivate"],
deactivate_on=in_data["deactivate_on"],
nonce=in_data["nonce"],
nonce_hash=in_data["nonce_hash"],
signed_nonce=in_data["signed_nonce"],
)
logging.info(account)
logging.info(f"THe address for the user on blockchain {inputs[0]}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.CREATE_CHILD_ACCOUNT,
create_child_account=account)
logging.info(payload)
return make_header_and_batch(payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
def receive_asset(**in_data):
"""
"""
address = addresser.receive_asset_address(
asset_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["idx"])
inputs = [in_data["org_address"], address]
outputs = [in_data["org_address"], address]
logging.info(in_data)
if in_data["child_zero_pub"]:
child_address = addresser.child_account_address(
account_id=in_data["child_zero_pub"], index=0)
logging.info(f"CHILD address is {child_address}")
inputs.append(child_address)
outputs.append(child_address)
if in_data["receive_asset_details"]:
receive_asset_details = payload_pb2.ReceiveAssetDetails(
name=in_data["receive_asset_details"]["name"],
description=in_data["receive_asset_details"]["description"],
)
receive_asset = payload_pb2.CreateReceiveAsset(
_id_=in_data["_id_"],
time=in_data["time"],
indiantime=in_data["indiantime"],
idx=in_data["idx"],
at_which_asset_expires=in_data["at_which_asset_expires"],
org_name=in_data["org_name"],
org_address=in_data["org_address"],
org_role=in_data["org_role"],
org_zero_pub=in_data["org_zero_pub"],
receive_asset_details=receive_asset_details,
child_zero_pub=in_data["child_zero_pub"],
signed_nonce=in_data["signed_nonce"],
nonce=in_data["nonce"],
nonce_hash=in_data["nonce_hash"],
unique_code_hash=in_data["unique_code_hash"],
encrypted_unique_code=in_data["encrypted_unique_code"],
encrypted_admin_unique_code=in_data["encrypted_admin_unique_code"])
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.RECEIVE_ASSET,
receive_asset=receive_asset)
logging.info(payload)
return make_header_and_batch(payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
async def create_conclude_secret(self, txn_key=False, batch_key=False,
inputs=False, outputs=False, payload=False):
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.CONCLUDE_SECRET,
conclude_secret=payload)
transaction_id, transaction= make_header_and_transaction(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=txn_key,
batch_key=batch_key)
return transaction_id, transaction
async def send_transfer_asset(**in_data):
inputs = [in_data["receiver_address"], in_data["issuer_address"]]
outputs = [in_data["receiver_address"], in_data["issuer_address"]]
transfer_asset = payload_pb2.CreateTransferAsset(
key=in_data["key"],
url=in_data["url"],
time=in_data["time"],
indiantime=in_data["indiantime"],
file_name=in_data["file_name"],
file_hash=in_data["file_hash"],
master_key=in_data["master_key"],
master_url=in_data["master_url"],
expired_on=in_data["expired_on"],
scope=in_data["scope"],
receiver_address=in_data["receiver_address"],
issuer_address=in_data["issuer_address"],
issuer_pub=in_data["issuer_pub"],
issuer_zero_pub=in_data["issuer_zero_pub"],
signed_nonce=in_data["signed_nonce"],
nonce=in_data["nonce"],
issuer_child_zero_pub=in_data["issuer_child_zero_pub"],
)
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.TRANSFER_ASSET,
transfer_asset=transfer_asset)
transaction_ids, batches, batch_id, batch_list_bytes = make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
logging.info(f"This is the batch_id {batch_id}")
rest_api_response = await messaging.send(batch_list_bytes,
in_data["config"])
try:
result = await messaging.wait_for_status(batch_id, in_data["config"])
except (ApiBadRequest, ApiInternalError) as err:
#await auth_query.remove_auth_entry(request.app.config.DB_CONN, request.json.get('email'))
logging.error(f"Transaction Failed with error {err}")
raise ApiInternalError(err)
return transaction_ids, batch_id
async def share_mnemonic_transaction(self, txn_key=False, batch_key=False,
inputs=False, outputs=False, payload=False):
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.SHARE_SECRET,
share_secret=payload)
transaction_id, transaction = make_header_and_transaction(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=txn_key,
batch_key=batch_key)
#rest_api_response = await self.push_transaction(batch_list_bytes)
#logger.info(f"push transaction result is {data}")
#if not await self.wait_for_status(batch_id):
# raise errors.ApiInternalError("The batch couldnt be submitted")
return transaction_id, transaction
async def push_receive_secret(self, txn_key=False, batch_key=False,
inputs=False, outputs=False, payload=False):
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.EXECUTE_SECRET,
execute_secret=payload)
transaction_id, transaction = make_header_and_transaction(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=txn_key,
batch_key=batch_key)
#rest_api_response = await self.push_transaction(batch_list_bytes)
#logger.info(f"push transaction result is {data}")
#if not await self.wait_for_status(batch_id):
# raise errors.ApiInternalError("The batch couldnt be submitted")
batch_id, batch_bytes = transactions_batch([transaction], batch_key)
await self.push_n_wait(batch_bytes, batch_id)
return transaction_id, batch_id
async def send_create_asset(**in_data):
"""
Args
key(str), hex_encoded: encrypted AES key with user publickey present
at random index
url(str): s3 url encrypted with user public key
time(str): when this asset was created
indiantime(str): time in indian format
file_name(str): file_name
file_hash(str): sha3_512 hash of file content
child_idx(int): random index
parent_zero_pub(str): Parent zero public key of the parent
master_key(str): encrypted s3 url, encrypted with aes key generated
with qci_public and user private key
master_url(str): encrypted s3 url, encrypted with aes key
generated with private key of user and public of QCI
scope(Scope(defined in asset.proto)):
string expired_on=13; //the date on which this certificate is intended
"""
##TODO: Processor side : Float this asset and make change to create_asset_idxs
## to either float_Account_Address or create_Account_Address depending upon
##whther the user has been claimed or not
inputs = [
addresser.create_asset_address(
asset_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["idx"]),
]
outputs = [
addresser.create_asset_address(
asset_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["idx"])
]
##ideally if account is claimed, we should have nothing to do with float account
## but we are sending both addresses to the processor and let processor handle
## the logic i.e float_account should exists and is_claimed shall be true
##to append create_asset_idxs to the account_transaction
if not in_data["is_acc_claimed"]:
##implies user havent claimed his float_account_address, so the
## create_asset_idx aill be chnaged on flt_account_addresslogging.info("Float account parent pub %s"%in_data["flt_account_parent_pub"])
logging.info("Float account parent idx %s" %
str(in_data["flt_account_parent_idx"]))
float_account_address = addresser.float_account_address(
account_id=in_data["flt_account_parent_pub"],
index=in_data["flt_account_parent_idx"])
inputs.append(float_account_address)
outputs.append(float_account_address)
else:
account_address = addresser.create_organization_account_address(
account_id=in_data["zero_pub"], index=0)
inputs.append(account_address)
outputs.append(account_address)
if in_data["child_zero_pub"]:
child_address = addresser.child_account_address(
account_id=in_data["child_zero_pub"], index=0)
inputs.append(child_address)
outputs.append(child_address)
if in_data["scope"]:
scope = payload_pb2.PayloadScope(
group=in_data["scope"]["group"],
sub_group=in_data["scope"]["sub_group"],
field=in_data["scope"]["field"],
nature=in_data["scope"]["nature"],
operations=in_data["scope"]["operations"],
description=in_data["scope"]["description"],
)
else:
scope = None
logging.info(f"Input Address<<{inputs}>>")
logging.info(f"Output Address<<{outputs}>>")
asset = payload_pb2.CreateAsset(
key=in_data["key"],
url=in_data["url"],
time=in_data["time"],
indiantime=in_data["indiantime"],
file_name=in_data["file_name"],
file_hash=in_data["file_hash"],
idx=in_data["idx"],
master_key=in_data["master_key"],
master_url=in_data["master_url"],
role=in_data["role"],
scope=scope,
zero_pub=in_data["zero_pub"],
flt_account_parent_pub=in_data["flt_account_parent_pub"],
flt_account_parent_idx=in_data["flt_account_parent_idx"],
child_zero_pub=in_data["child_zero_pub"])
logging.info(f"Create asset transaction {asset}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.CREATE_ASSET,
create_asset=asset)
transaction_ids, batches, batch_id, batch_list_bytes = make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
logging.info(f"This is the batch_id {batch_id}")
rest_api_response = await messaging.send(batch_list_bytes,
in_data["config"])
try:
result = await messaging.wait_for_status(batch_id, in_data["config"])
except (ApiBadRequest, ApiInternalError) as err:
#await auth_query.remove_auth_entry(request.app.config.DB_CONN, request.json.get('email'))
logging.error(f"Transaction failed with {err}")
raise ApiInternalError(err)
#raise err
return transaction_ids, batch_id
def create_float_account(**in_data):
"""Create a CreateAccount txn and wrap it in a batch and list.
Args:
txn_key(sawtooth_signing.Signer): signer created from user zeroth public key
parent_zero_pub(string): zeroth account key of the pub who floated this trnasaction
batch_key(sawtooth_signing.Signer): signer created from QCI mnemonic zero private key,
pancard(str): pancard of the user ,
phone_number(str): phone_number of the user,
email(str): email of the user,
claimed(bool): If this float account is claimed or not,
claimed_by(str): Public key of the user for whom this float_acc transaction,
create_asset_index(int): random key index at which the first asset was created,
parent_pub(str): public key of the parent ,
parent_idx(str): Required to be appened to parent accoutn flt_key_inds, key_index,
time=time.time();
indian_time=indian_time_stamp(),
claimed_on(str): Date on which this flt account was claimed and converted to create account)
parent_zero_pub: parent zero pub required for calcualting parent address
parent_role=parent["role"],
user_role=user_data["role"]
Returns:
tuple: List of Batch, signature tuple
"""
logging.info(f"THis is the data received in trsaction ceratrion {in_data}")
inputs = [
addresser.create_organization_account_address(
account_id=in_data["parent_zero_pub"], index=0),
addresser.float_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["parent_idx"])
]
logging.info(
f"THe account address for the parent on blockchain {inputs[0]}")
logging.info(f"THe float account address for the user {inputs[1]}")
outputs = [
addresser.create_organization_account_address(
account_id=in_data["parent_zero_pub"], index=0),
addresser.float_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["parent_idx"])
]
if in_data["child_zero_pub"]:
child_address = addresser.child_account_address(
account_id=in_data["child_zero_pub"], index=0)
logging.info(f"CHILD address is {child_address}")
inputs.append(child_address)
outputs.append(child_address)
logging.info(f"INPUTS ADDRESSES --<{inputs}>--")
logging.info(f"OUTPUTS ADDRESSES --<{outputs}>--")
float_account = payload_pb2.CreateFloatAccount(
claimed_on=in_data["claimed_on"],
org_name=in_data["org_name"],
pancard=in_data["pancard"],
gst_number=in_data["gst_number"],
tan_number=in_data["tan_number"],
phone_number=in_data["phone_number"],
email=in_data["email"],
claimed=in_data["claimed"],
claimed_by=in_data["claimed_by"],
create_asset_idxs=in_data["create_asset_idxs"],
parent_idx=in_data["parent_idx"],
time=in_data["time"],
indian_time=in_data["indian_time"],
parent_role=in_data["parent_role"],
role=in_data["role"],
parent_zero_pub=in_data["parent_zero_pub"],
nonce=in_data["nonce"],
nonce_hash=in_data["nonce_hash"],
signed_nonce=in_data["signed_nonce"],
child_zero_pub=in_data["child_zero_pub"])
logging.info(float_account)
logging.info(
f"THe serialized protobuf for float_account is {float_account}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.CREATE_FLOAT_ACCOUNT,
create_float_account=float_account)
return make_header_and_batch(payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
def create_organization_account(**in_data):
"""Create a CreateAccount txn and wrap it in a batch and list.
need to change two addresses
create a account from user zeroth key
edit float_accout address from parent nindex key and marked it claimed
Args:
txn_key (sawtooth_signing.Signer): The Txn signer key pair.
batch_key (sawtooth_signing.Signer): The Batch signer key pair.
label (str): The account's label.
description (str): The description of the account.
Returns:
tuple: List of Batch, signature tuple
"""
inputs = [
addresser.create_organization_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
outputs = [
addresser.create_organization_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
if in_data["role"] != "ADMIN":
inputs.append(
addresser.float_account_address(account_id=in_data["parent_pub"],
index=in_data["parent_idx"]))
outputs.append(
addresser.float_account_address(account_id=in_data["parent_pub"],
index=in_data["parent_idx"]))
if in_data.get("parent_pub"):
logging.info(f"This is the parent pub {in_data['parent_pub']}")
account = payload_pb2.CreateOrganizationAccount(
role=in_data["role"],
parent_role=in_data["parent_role"],
phone_number=in_data["phone_number"],
pancard=in_data["pancard"],
user_id=in_data["user_id"],
email=in_data["email"],
org_name=in_data["org_name"],
gst_number=in_data["gst_number"],
tan_number=in_data["tan_number"],
time=in_data["time"],
indian_time=in_data["indian_time"],
parent_zero_pub=in_data["parent_zero_pub"],
deactivate=in_data["deactivate"],
deactivate_on=in_data["deactivate_on"],
create_asset_idxs=in_data["create_asset_idxs"],
parent_pub=in_data["parent_pub"],
parent_idx=in_data["parent_idx"],
float_account_address=in_data["float_account_address"],
)
logging.info(account)
logging.info(f"THe address for the user on blockchain {inputs[0]}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.
CREATE_ORGANIZATION_ACCOUNT,
create_organization_account=account)
logging.info(payload)
return make_header_and_batch(payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
def create_asset(**in_data):
"""
Inputs will have asset_address,
account_address (The key index will be appended to the account address)
float_accout (if the user only has a float_account till now, key_index will be
appended to the float_account address)
child_account_address (In case the asset being created by the child)
"""
##TODO: Processor side : Float this asset and make change to create_asset_idxs
## to either float_Account_Address or create_Account_Address depending upon
##whther the user has been claimed or not
inputs = [
addresser.create_asset_address(
asset_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["idx"]),
]
outputs = [
addresser.create_asset_address(
asset_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["idx"])
]
##ideally if account is claimed, we should have nothing to do with float account
## but we are sending both addresses to the processor and let processor handle
## the logic i.e float_account should exists and is_claimed shall be true
##to append create_asset_idxs to the account_transaction
if not in_data["is_acc_claimed"]:
##implies user havent claimed his float_account_address, so the
## create_asset_idx aill be chnaged on flt_account_addresslogging.info("Float account parent pub %s"%in_data["flt_account_parent_pub"])
logging.info("Float account parent idx %s" %
str(in_data["flt_account_parent_idx"]))
float_account_address = addresser.float_account_address(
account_id=in_data["flt_account_parent_pub"],
index=in_data["flt_account_parent_idx"])
inputs.append(float_account_address)
outputs.append(float_account_address)
else:
account_address = addresser.create_organization_account_address(
account_id=in_data["zero_pub"], index=0)
inputs.append(account_address)
outputs.append(account_address)
if in_data["child_zero_pub"]:
child_address = addresser.child_account_address(
account_id=in_data["child_zero_pub"], index=0)
inputs.append(child_address)
outputs.append(child_address)
if in_data["scope"]:
scope = payload_pb2.PayloadScope(
group=in_data["scope"]["group"],
sub_group=in_data["scope"]["sub_group"],
field=in_data["scope"]["field"],
nature=in_data["scope"]["nature"],
operations=in_data["scope"]["operations"],
description=in_data["scope"]["description"],
)
else:
scope = None
logging.info(f"Input Address<<{inputs}>>")
logging.info(f"Output Address<<{outputs}>>")
asset = payload_pb2.CreateAsset(
key=in_data["key"],
url=in_data["url"],
time=in_data["time"],
indiantime=in_data["indiantime"],
file_name=in_data["file_name"],
file_hash=in_data["file_hash"],
idx=in_data["idx"],
master_key=in_data["master_key"],
master_url=in_data["master_url"],
role=in_data["role"],
scope=scope,
zero_pub=in_data["zero_pub"],
flt_account_parent_pub=in_data["flt_account_parent_pub"],
flt_account_parent_idx=in_data["flt_account_parent_idx"],
child_zero_pub=in_data["child_zero_pub"])
logging.info(f"Create asset transaction {asset}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.CREATE_ASSET,
create_asset=asset)
return make_header_and_batch(payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
async def send_receive_asset(**in_data):
"""
"""
address = addresser.receive_asset_address(
asset_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["idx"])
inputs = [in_data["org_address"], address]
outputs = [in_data["org_address"], address]
logging.info(in_data)
if in_data["child_zero_pub"]:
child_address = addresser.child_account_address(
account_id=in_data["child_zero_pub"], index=0)
logging.info(f"CHILD address is {child_address}")
inputs.append(child_address)
outputs.append(child_address)
if in_data["receive_asset_details"]:
receive_asset_details = payload_pb2.ReceiveAssetDetails(
name=in_data["receive_asset_details"]["name"],
description=in_data["receive_asset_details"]["description"],
)
receive_asset = payload_pb2.CreateReceiveAsset(
_id_=in_data["_id_"],
time=in_data["time"],
indiantime=in_data["indiantime"],
idx=in_data["idx"],
at_which_asset_expires=in_data["at_which_asset_expires"],
org_name=in_data["org_name"],
org_address=in_data["org_address"],
org_role=in_data["org_role"],
org_zero_pub=in_data["org_zero_pub"],
receive_asset_details=receive_asset_details,
child_zero_pub=in_data["child_zero_pub"],
signed_nonce=in_data["signed_nonce"],
nonce=in_data["nonce"],
nonce_hash=in_data["nonce_hash"],
unique_code_hash=in_data["unique_code_hash"],
encrypted_unique_code=in_data["encrypted_unique_code"],
encrypted_admin_unique_code=in_data["encrypted_admin_unique_code"])
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.RECEIVE_ASSET,
receive_asset=receive_asset)
logging.info(payload)
transaction_ids, batches, batch_id, batch_list_bytes = make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
logging.info(f"This is the batch_id {batch_id}")
rest_api_response = await messaging.send(batch_list_bytes,
in_data["config"])
try:
result = await messaging.wait_for_status(batch_id, in_data["config"])
except (ApiBadRequest, ApiInternalError) as err:
#await auth_query.remove_auth_entry(request.app.config.DB_CONN, request.json.get('email'))
logging.error(f"Transaction failed with {err}")
raise ApiInternalError(err)
#raise err
return transaction_ids, batch_id
async def __send_organization_account(**in_data):
"""
txn_key(sawtooth_signing.Signer): signer created from user zeroth public key
batch_key(sawtooth_signing.Signer): signer created from QCI mnemonic zero private key,
pancard(str): pancard of the user ,
phone_number(str): phone_number of the user,
email(str): email of the user,
claimed(bool): If this float account is claimed or not,
claimed_by(str): Public key of the user for whom this float_acc transaction,
create_asset_index(int): random key index at which the first asset was created,
parent_pub(str): public key of the parent ,
parent_idx(str): Required to be appened to parent accoutn flt_key_inds, key_index,
time=time.time();
indian_time=indian_time_stamp(),
claimed_on(str): Date on which this flt account was claimed and converted to create account)
"""
inputs = [
addresser.organization_address(
public=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
outputs = [
addresser.organization_address(
public=in_data["txn_key"].get_public_key().as_hex(), index=0),
]
account = payload_pb2.CreateOrganizationAccount(
role=in_data["role"],
phone_number=in_data["phone_number"],
pancard=in_data["pancard"],
user_id=in_data["user_id"],
email=in_data["email"],
org_name=in_data["org_name"],
gst_number=in_data["gst_number"],
tan_number=in_data["tan_number"],
time=in_data["time"],
indian_time=in_data["indian_time"],
deactivate=in_data["deactivate"],
deactivate_on=in_data["deactivate_on"],
create_asset_idxs=in_data["create_asset_idxs"],
)
logging.info(account)
logging.info(f"THe address for the user on blockchain {inputs[0]}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.
CREATE_ORGANIZATION_ACCOUNT,
create_organization_account=account)
logging.info(payload)
transaction_ids, batches, batch_id, batch_list_bytes = make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
logging.info(f"This is the batch_id {batch_id}")
rest_api_response = await messaging.send(batch_list_bytes,
in_data["config"])
try:
result = await messaging.wait_for_status(batch_id, in_data["config"])
except (ApiBadRequest, ApiInternalError) as err:
#await auth_query.remove_auth_entry(request.app.config.DB_CONN, request.json.get('email'))
raise err
return False, False
return transaction_ids, batch_id
async def send_share_asset(**in_data):
inputs = [
in_data["original_asset_address"],
addresser.share_asset_address(
in_data["txn_key"].get_public_key().as_hex(), in_data["idx"]),
in_data["issuer_account_address"] #issuer_account_address
]
outputs = [
in_data["original_asset_address"],
addresser.share_asset_address(
in_data["txn_key"].get_public_key().as_hex(), in_data["idx"]),
in_data["issuer_account_address"] #issuer_account_address
]
if in_data["child_zero_pub"]:
child_account_address = addresser.child_account_address(
in_data["child_zero_pub"], 0)
inputs.append(child_account_address)
outputs.append(child_account_address)
share_asset = payload_pb2.CreateShareAsset(
key=in_data["key"],
url=in_data["url"],
master_key=in_data["master_key"],
master_url=in_data["master_url"],
time=in_data["time"],
indiantime=in_data["indiantime"],
file_name=in_data["file_name"],
file_hash=in_data["file_hash"],
original_asset_address=in_data["original_asset_address"],
revoked_on=in_data["revoked_on"],
#details=in_data["details"],
idx=in_data["idx"],
account_signature=in_data["account_signature"],
asset_signature=in_data["asset_signature"],
nonce=in_data["nonce"],
nonce_hash=in_data["nonce_hash"],
to_org_name=in_data["to_org_name"],
to_org_address=in_data["to_org_address"],
issuer_account_address=in_data["issuer_account_address"],
receive_asset_address=in_data["receive_asset_address"],
child_zero_pub=in_data["child_zero_pub"],
unique_code_hash=in_data["unique_code_hash"],
)
logging.info(pprint(share_asset))
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.SHARE_ASSET,
share_asset=share_asset)
transaction_ids, batches, batch_id, batch_list_bytes = make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
logging.info(f"This is the batch_id {batch_id}")
rest_api_response = await messaging.send(batch_list_bytes,
in_data["config"])
try:
result = await messaging.wait_for_status(batch_id, in_data["config"])
except (ApiBadRequest, ApiInternalError) as err:
#await auth_query.remove_auth_entry(request.app.config.DB_CONN, request.json.get('email'))
logging.error(f"Transaction failed with {err}")
raise ApiInternalError(err)
#raise err
return transaction_ids, batch_id
def __init__(self, payload):
self._transaction = payload_pb2.TransactionPayload()
self._transaction.ParseFromString(payload)
async def send_float_account(**in_data):
"""
txn_key(sawtooth_signing.Signer): signer created from user zeroth public key
batch_key(sawtooth_signing.Signer): signer created from QCI mnemonic zero private key,
pancard(str): pancard of the user ,
phone_number(str): phone_number of the user,
email(str): email of the user,
claimed(bool): If this float account is claimed or not,
claimed_by(str): Public key of the user for whom this float_acc transaction,
create_asset_index(int): random key index at which the first asset was created,
parent_pub(str): public key of the parent ,
parent_idx(str): Required to be appened to parent accoutn flt_key_inds, key_index,
time=time.time();
indian_time=indian_time_stamp(),
claimed_on(str): Date on which this flt account was claimed and converted to create account)
"""
inputs = [addresser.create_organization_account_address(
account_id=in_data["parent_zero_pub"],
index=0),
addresser.float_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["parent_idx"]
)
]
logging.info(f"THe account address for the parent on blockchain {inputs[0]}")
logging.info(f"THe float account address for the user {inputs[1]}")
outputs = [addresser.create_organization_account_address(
account_id=in_data["parent_zero_pub"],
index=0),
addresser.float_account_address(
account_id=in_data["txn_key"].get_public_key().as_hex(),
index=in_data["parent_idx"]
)
]
if in_data["child_zero_pub"]:
child_address = addresser.child_account_address(
account_id=in_data["child_zero_pub"],
index=0
)
logging.info(f"CHILD address is {child_address}")
inputs.append(child_address)
outputs.append(child_address)
logging.info(f"INPUTS ADDRESSES --<{inputs}>--")
logging.info(f"OUTPUTS ADDRESSES --<{outputs}>--")
float_account = payload_pb2.CreateFloatAccount(
claimed_on=in_data["claimed_on"],
org_name=in_data["org_name"],
pancard=in_data["pancard"],
gst_number=in_data["gst_number"],
tan_number=in_data["tan_number"],
phone_number=in_data["phone_number"],
email=in_data["email"],
claimed=in_data["claimed"],
claimed_by=in_data["claimed_by"],
create_asset_idxs=in_data["create_asset_idxs"],
parent_idx=in_data["parent_idx"],
time=in_data["time"],
indian_time=in_data["indian_time"],
parent_role=in_data["parent_role"],
role=in_data["role"],
parent_zero_pub=in_data["parent_zero_pub"],
nonce=in_data["nonce"],
nonce_hash=in_data["nonce_hash"],
signed_nonce=in_data["signed_nonce"],
child_zero_pub=in_data["child_zero_pub"]
)
logging.info(float_account)
logging.info(f"THe serialized protobuf for float_account is {float_account}")
payload = payload_pb2.TransactionPayload(
payload_type=payload_pb2.TransactionPayload.CREATE_FLOAT_ACCOUNT,
create_float_account=float_account)
transaction_ids, batches, batch_id, batch_list_bytes= make_header_and_batch(
payload=payload,
inputs=inputs,
outputs=outputs,
txn_key=in_data["txn_key"],
batch_key=in_data["batch_key"])
logging.info(f"This is the batch_id {batch_id}")
rest_api_response = await messaging.send(
batch_list_bytes,
in_data["config"])
try:
result = await messaging.wait_for_status(batch_id, in_data["config"])
except (ApiBadRequest, ApiInternalError) as err:
#await auth_query.remove_auth_entry(request.app.config.DB_CONN, request.json.get('email'))
raise err
return False, False
return transaction_ids, batch_id