def validate_task_rel_proposal(header, propose, rel_address, state):
"""Validates that the User exists, the Task exists, and the User is not
in the Task's relationship specified by rel_address.
Args:
header (TransactionHeader): The transaction header.
propose (ProposeAddTask_____): The Task relationship proposal.
rel_address (str): The Task relationship address produced by the Task
and the User.
state (sawtooth_sdk.Context): The way to communicate to the validator
the state gets and sets.
Returns:
(dict of addresses)
"""
task_id = propose.task_id
user_id = propose.user_id
user_address = addresser.make_user_address(user_id)
task_address = addresser.make_task_attributes_address(task_id)
proposal_address = addresser.make_proposal_address(object_id=task_id,
related_id=user_id)
state_entries = state_accessor.get_state(
state, [user_address, task_address, proposal_address, rel_address])
user_validator.validate_identifier_is_user(state_entries,
identifier=user_id,
address=user_address)
user_entry = state_accessor.get_state_entry(state_entries, user_address)
user = message_accessor.get_user_from_container(
message_accessor.get_user_container(user_entry), user_id)
validate_identifier_is_task(state_entries,
identifier=task_id,
address=task_address)
try:
task_rel_entry = state_accessor.get_state_entry(
state_entries, rel_address)
task_rel_container = message_accessor.get_task_rel_container(
task_rel_entry)
if (header.signer_public_key not in [
user.user_id, user.manager_id
]) and (not message_accessor.is_in_task_rel_container(
task_rel_container, task_id, user_id)):
raise InvalidTransaction(
"Txn signer {} is not the user or the user's "
"manager {} nor the task owner / admin".format(
header.signer_public_key, [user.user_id, user.manager_id]))
if message_accessor.is_in_task_rel_container(task_rel_container,
task_id, user_id):
raise InvalidTransaction("User {} is already in the Task {} "
"relationship".format(user_id, task_id))
except KeyError:
# The task rel container doesn't exist so no task relationship exists
pass
return state_entries
def confirm_task_action(state_entries, header, confirm, task_rel_address,
state, is_remove):
""" Updates proposal and task relationship objects according to the
task admin/owner transaction.
Args:
state_entries: List of states for the proposal, task relationship,
and task admins object.
header (TransactionHeader): The protobuf TransactionHeader.
confirm (RBACPayload): The protobuf RBACPayload.
task_rel_address (str): The task relationship address.
state (Context): The class that handles state gets and sets.
is_remove (boolean): Determines if task admin/owner is being removed or added.
"""
proposal_address = addresser.make_proposal_address(
object_id=confirm.task_id, related_id=confirm.user_id)
proposal_entry = state_accessor.get_state_entry(state_entries,
proposal_address)
proposal_container = message_accessor.get_prop_container(proposal_entry)
proposal = message_accessor.get_prop_from_container(
proposal_container, proposal_id=confirm.proposal_id)
proposal.status = proposal_state_pb2.Proposal.CONFIRMED
proposal.closer = header.signer_public_key
proposal.close_reason = confirm.reason
address_values = {proposal_address: proposal_container.SerializeToString()}
try:
task_rel_entry = state_accessor.get_state_entry(
state_entries, task_rel_address)
task_rel_container = message_accessor.get_task_rel_container(
task_rel_entry)
except KeyError:
task_rel_container = task_state_pb2.TaskRelationshipContainer()
try:
task_rel = message_accessor.get_task_rel_from_container(
container=task_rel_container,
task_id=confirm.task_id,
identifier=confirm.user_id,
)
except KeyError:
task_rel = task_rel_container.relationships.add()
task_rel.task_id = confirm.task_id
if not is_remove:
task_rel.identifiers.append(confirm.user_id)
else:
task_rel.identifiers.remove(confirm.user_id)
address_values[task_rel_address] = task_rel_container.SerializeToString()
state_accessor.set_state(state, address_values)
def create_role(new_role, state):
role_container = role_state_pb2.RoleAttributesContainer()
role = role_container.role_attributes.add()
role.role_id = new_role.role_id
role.name = new_role.name
role.metadata = new_role.metadata
entries_to_set = {
addresser.make_role_attributes_address(
new_role.role_id
): role_container.SerializeToString()
}
pubkeys_by_address = {}
for admin in list(new_role.admins):
admin_address = addresser.make_role_admins_address(
role_id=new_role.role_id, user_id=admin
)
if admin_address in pubkeys_by_address:
pubkeys_by_address[admin_address].append(admin)
else:
pubkeys_by_address[admin_address] = [admin]
for owner in list(new_role.owners):
owner_address = addresser.make_role_owners_address(
role_id=new_role.role_id, user_id=owner
)
if owner_address in pubkeys_by_address:
pubkeys_by_address[owner_address].append(owner)
else:
pubkeys_by_address[owner_address] = [owner]
state_returns = state_accessor.get_state(
state,
[
addresser.make_role_admins_address(role_id=new_role.role_id, user_id=a)
for a in new_role.admins
]
+ [
addresser.make_role_owners_address(role_id=new_role.role_id, user_id=o)
for o in new_role.owners
],
)
for addr, pubkeys in pubkeys_by_address.items():
try:
state_entry = state_accessor.get_state_entry(state_returns, addr)
container = role_state_pb2.RoleRelationshipContainer()
container.ParseFromString(state_entry.data)
except KeyError:
container = role_state_pb2.RoleRelationshipContainer()
message_accessor.add_role_rel_to_container(container, new_role.role_id, pubkeys)
entries_to_set[addr] = container.SerializeToString()
state_accessor.set_state(state, entries_to_set)
def propose_role_action(
state_entries,
header,
payload,
address,
proposal_type,
state,
related_type="user_id",
):
try:
entry = state_accessor.get_state_entry(state_entries, address=address)
proposal_container = message_accessor.get_prop_container(entry)
except KeyError:
proposal_container = proposal_state_pb2.ProposalsContainer()
proposal = proposal_container.proposals.add()
proposal.proposal_id = payload.proposal_id
proposal.object_id = payload.role_id
proposal.target_id = getattr(payload, related_type)
proposal.proposal_type = proposal_type
proposal.status = proposal_state_pb2.Proposal.OPEN
proposal.opener = header.signer_public_key
proposal.open_reason = payload.reason
proposal.metadata = payload.metadata
state_accessor.set_state(state,
{address: proposal_container.SerializeToString()})
def propose_manager_change(proposal_state_entries, header, user_proposal,
state):
proposal_address = addresser.make_proposal_address(
user_proposal.user_id, user_proposal.new_manager_id)
try:
state_entry = state_accessor.get_state_entry(proposal_state_entries,
proposal_address)
proposal_container = message_accessor.get_prop_container(state_entry)
except KeyError:
proposal_container = proposal_state_pb2.ProposalsContainer()
proposal = proposal_container.proposals.add()
proposal.proposal_id = user_proposal.proposal_id
proposal.proposal_type = proposal_state_pb2.Proposal.UPDATE_USER_MANAGER
proposal.object_id = user_proposal.user_id
proposal.target_id = user_proposal.new_manager_id
proposal.opener = header.signer_public_key
proposal.status = proposal_state_pb2.Proposal.OPEN
proposal.open_reason = user_proposal.reason
proposal.metadata = user_proposal.metadata
state_accessor.set_state(
state, {proposal_address: proposal_container.SerializeToString()})
def record_decision(state, header, confirm, isApproval):
"""
Record decisions made and who made it in the proposal object
"""
on_behalf_id = confirm.on_behalf_id
proposal_address = addresser.make_proposal_address(
object_id=confirm.role_id, related_id=confirm.user_id)
state_entries = state_accessor.get_state(state, [proposal_address])
proposal_entry = state_accessor.get_state_entry(state_entries,
proposal_address)
proposal_container = message_accessor.get_prop_container(proposal_entry)
proposal = message_accessor.get_prop_from_container(
proposal_container, proposal_id=confirm.proposal_id)
if isApproval:
record = proposal.approvals.add()
record.approver = header.signer_public_key
record.on_behalf = on_behalf_id
else:
record = proposal.rejections.add()
record.rejector = header.signer_public_key
record.on_behalf = on_behalf_id
LOGGER.info(
"recording decision from {}, on behalf of {} for proposal {}".format( # pylint: disable=logging-format-interpolation
header.signer_public_key, confirm.on_behalf_id,
confirm.proposal_id))
state_accessor.set_state(
state, {proposal_address: proposal_container.SerializeToString()})
def validate_role_task(header, confirm, txn_signer_rel_address, state):
proposal_address = addresser.make_proposal_address(
object_id=confirm.role_id, related_id=confirm.task_id
)
state_entries = state_accessor.get_state(
state, [txn_signer_rel_address, proposal_address]
)
if not proposal_validator.proposal_exists_and_open(
state_entries, proposal_address, confirm.proposal_id
):
raise InvalidTransaction(
"The proposal {} does not exist or "
"is not open".format(confirm.proposal_id)
)
try:
entry = state_accessor.get_state_entry(state_entries, txn_signer_rel_address)
task_owners_container = message_accessor.get_task_rel_container(entry)
except KeyError:
raise InvalidTransaction(
"Signer {} is not a task owner for task {}".format(
header.signer_public_key, confirm.task_id
)
)
if not message_accessor.is_in_task_rel_container(
task_owners_container, confirm.task_id, header.signer_public_key
):
raise InvalidTransaction(
"Signer {} is not a task owner for task {} no bytes in "
"state".format(header.signer_public_key, confirm.task_id)
)
return state_entries
def validate_task_admin_or_owner(
header, confirm, txn_signer_rel_address, task_rel_address, state, is_remove
):
"""Validate a [ Confirm | Reject }_____Task[ Admin | Owner } transaction.
Args:
header (TransactionHeader): The transaction header protobuf class.:
confirm: ConfirmAddTaskAdmin, RejectAddTaskAdmin, ...
txn_signer_rel_address (str): The transaction signer address.
task_rel_address (str): The task relationship address.
state (Context): The class responsible for gets and sets of state.
is_remove (boolean): Determines if task owner is being added or removed.
Returns:
(dict of addresses)
Raises:
InvalidTransaction
- The transaction is invalid.
"""
proposal_address = addresser.make_proposal_address(
object_id=confirm.task_id, related_id=confirm.user_id
)
if not is_remove:
state_entries = state_accessor.get_state(
state, [txn_signer_rel_address, proposal_address]
)
else:
state_entries = state_accessor.get_state(
state, [txn_signer_rel_address, task_rel_address, proposal_address]
)
if not proposal_validator.proposal_exists_and_open(
state_entries, proposal_address, confirm.proposal_id
):
raise InvalidTransaction(
"The proposal {} does not exist or "
"is not open".format(confirm.proposal_id)
)
try:
entry = state_accessor.get_state_entry(state_entries, txn_signer_rel_address)
task_rel_container = message_accessor.get_task_rel_container(entry)
except KeyError:
raise InvalidTransaction(
"Signer {} does not have the Task permissions "
"to close the proposal".format(header.signer_public_key)
)
if not message_accessor.is_in_task_rel_container(
task_rel_container, task_id=confirm.task_id, identifier=header.signer_public_key
):
raise InvalidTransaction(
"Signer {} does not have the Task "
"permissions to close the "
"proposal".format(header.signer_public_key)
)
return state_entries
def validate_identifier_is_task(state_entries, identifier, address):
try:
container = message_accessor.get_task_container(
state_accessor.get_state_entry(state_entries, address))
if not message_accessor.is_in_task_container(container, identifier):
raise InvalidTransaction("{} is not a task.".format(identifier))
except KeyError:
raise InvalidTransaction("{} is not a task".format(identifier))
def confirm_role_action(state_entries,
header,
confirm,
role_rel_address,
state,
rel_type="user_id"):
proposal_address = addresser.proposal.address(object_id=confirm.role_id,
related_id=getattr(
confirm, rel_type))
proposal_entry = state_accessor.get_state_entry(state_entries,
proposal_address)
proposal_container = message_accessor.get_prop_container(proposal_entry)
proposal = message_accessor.get_prop_from_container(
proposal_container, proposal_id=confirm.proposal_id)
proposal.status = proposal_state_pb2.Proposal.CONFIRMED
proposal.closer = header.signer_public_key
proposal.close_reason = confirm.reason
address_values = {proposal_address: proposal_container.SerializeToString()}
try:
role_rel_entry = state_accessor.get_state_entry(
state_entries, role_rel_address)
role_rel_container = message_accessor.get_role_rel_container(
role_rel_entry)
except KeyError:
role_rel_container = role_state_pb2.RoleRelationshipContainer()
try:
role_rel = message_accessor.get_role_rel(role_rel_container,
confirm.role_id)
except KeyError:
role_rel = role_rel_container.relationships.add()
role_rel.role_id = confirm.role_id
role_rel.identifiers.append(getattr(confirm, rel_type))
address_values[role_rel_address] = role_rel_container.SerializeToString()
state_accessor.set_state(state, address_values)
def create_task(state_entries, payload, state):
try:
entry = state_accessor.get_state_entry(
state_entries, addresser.task.address(payload.task_id)
)
container = message_accessor.get_task_container(entry)
except KeyError:
container = task_state_pb2.TaskAttributesContainer()
task = container.task_attributes.add()
task.task_id = payload.task_id
task.name = payload.name
task.metadata = payload.metadata
address_values = {}
pubkeys_by_address = {}
for pubkey in payload.admins:
address = addresser.task.admin.address(payload.task_id, pubkey)
if address in pubkeys_by_address:
pubkeys_by_address[address].append(pubkey)
else:
pubkeys_by_address[address] = [pubkey]
address_values.update(
_handle_task_rel_container(
state_entries=state_entries,
task_id=payload.task_id,
pubkeys_by_address=pubkeys_by_address,
)
)
pubkeys_by_address = {}
for pubkey in payload.owners:
address = addresser.task.owner.address(payload.task_id, pubkey)
if address in pubkeys_by_address:
pubkeys_by_address[address].append(pubkey)
else:
pubkeys_by_address[address] = [pubkey]
address_values.update(
_handle_task_rel_container(
state_entries=state_entries,
task_id=payload.task_id,
pubkeys_by_address=pubkeys_by_address,
)
)
address_values[
addresser.task.address(payload.task_id)
] = container.SerializeToString()
state_accessor.set_state(state, address_values)
def proposal_exists_and_open(state_entries, proposal_address, proposal_id):
try:
entry = state_accessor.get_state_entry(state_entries, proposal_address)
except KeyError:
# There isn't anything in this state address, so no proposal at all
return False
prop_container = message_accessor.get_prop_container(entry)
for proposal in prop_container.proposals:
if (proposal.proposal_id == proposal_id
and proposal.status == proposal_state_pb2.Proposal.OPEN):
return True
return False
def validate_manager_state(create_user, state):
manager_entries = state_accessor.get_state(
state, [addresser.user.address(create_user.manager_id)])
if not manager_entries:
raise InvalidTransaction("User id {} listed as manager is not "
"in state.".format(create_user.manager_id))
state_entry = state_accessor.get_state_entry(
manager_entries, addresser.user.address(create_user.manager_id))
manager_container = message_accessor.get_user_container(state_entry)
if not message_accessor.is_in_user_container(manager_container,
create_user.manager_id):
raise InvalidTransaction(
"user id {} listed as manager is not within the User container "
"in state".format(create_user.manager_id))
def _handle_task_rel_container(state_entries, task_id, pubkeys_by_address):
entries_to_set = {}
for addr, pubkeys in pubkeys_by_address.items():
try:
state_entry = state_accessor.get_state_entry(state_entries, addr)
container = task_state_pb2.TaskRelationshipContainer()
container.ParseFromString(state_entry.data)
except KeyError:
container = task_state_pb2.TaskRelationshipContainer()
_add_task_rel_to_container(container, task_id, pubkeys)
entries_to_set[addr] = container.SerializeToString()
return entries_to_set
def has_no_open_proposal(state_entries, proposal_address, object_id,
related_id, proposal_type):
try:
entry = state_accessor.get_state_entry(state_entries, proposal_address)
except KeyError:
# There isn't anything in this state address, so no proposal at all
return True
prop_container = message_accessor.get_prop_container(entry)
for proposal in prop_container.proposals:
if (proposal.object_id == object_id
and proposal.target_id == related_id
and proposal.status == proposal_state_pb2.Proposal.OPEN
and proposal.proposal_type == proposal_type):
return False
return True
def validate_create_task_state(state_entries, payload):
user_validator.validate_list_of_user_are_users(state_entries,
payload.admins)
user_validator.validate_list_of_user_are_users(state_entries,
payload.owners)
try:
entry = state_accessor.get_state_entry(
state_entries, addresser.task.address(payload.task_id))
container = message_accessor.get_task_container(entry)
if message_accessor.is_in_task_container(container, payload.task_id):
raise InvalidTransaction("Task with id {} already in "
"state".format(payload.task_id))
except KeyError:
# The task container is not in state, so no at this address.
pass
def reject_task_action(state_entries, header, reject, state):
proposal_address = addresser.make_proposal_address(
object_id=reject.task_id, related_id=reject.user_id)
proposal_entry = state_accessor.get_state_entry(state_entries,
proposal_address)
proposal_container = message_accessor.get_prop_container(proposal_entry)
proposal = message_accessor.get_prop_from_container(
proposal_container, proposal_id=reject.proposal_id)
proposal.status = proposal_state_pb2.Proposal.REJECTED
proposal.closer = header.signer_public_key
proposal.close_reason = reject.reason
address_values = {proposal_address: proposal_container.SerializeToString()}
state_accessor.set_state(state, address_values)
def apply_user_confirm(header, payload, state):
confirm_payload = user_transaction_pb2.ConfirmUpdateUserManager()
confirm_payload.ParseFromString(payload.content)
proposal_address = addresser.proposal.address(
object_id=confirm_payload.user_id, target_id=confirm_payload.manager_id
)
proposal_entries = state_accessor.get_state(state, [proposal_address])
if not proposal_validator.proposal_exists_and_open(
state_entries=proposal_entries,
proposal_address=proposal_address,
proposal_id=confirm_payload.proposal_id,
):
raise InvalidTransaction(
"Proposal id {} for user {} to update manager to {} does not exist or is not open.".format(
confirm_payload.proposal_id,
confirm_payload.user_id,
confirm_payload.manager_id,
)
)
entry = state_accessor.get_state_entry(proposal_entries, proposal_address)
proposal_container = message_accessor.get_prop_container(entry)
proposal = message_accessor.get_prop_from_container(
container=proposal_container, proposal_id=confirm_payload.proposal_id
)
if not proposal.target_id == header.signer_public_key:
raise InvalidTransaction(
"Confirm update manager txn signed by {} while "
"proposal expecting {}".format(header.signer_public_key, proposal.target_id)
)
state_change.confirm_manager_change(
container=proposal_container,
proposal=proposal,
closer=header.signer_public_key,
reason=confirm_payload.reason,
address=proposal_address,
user_id=confirm_payload.user_id,
new_manager_id=confirm_payload.manager_id,
state=state,
)
def reject_role_action(state_entries, header, reject, state, rel_type="user_id"):
proposal_address = addresser.proposal.address(
object_id=reject.role_id, target_id=getattr(reject, rel_type)
)
proposal_entry = state_accessor.get_state_entry(state_entries, proposal_address)
proposal_container = message_accessor.get_prop_container(proposal_entry)
proposal = message_accessor.get_prop_from_container(
proposal_container, proposal_id=reject.proposal_id
)
proposal.status = proposal_state_pb2.Proposal.REJECTED
proposal.closer = header.signer_public_key
proposal.close_reason = reject.reason
address_values = {proposal_address: proposal_container.SerializeToString()}
state_accessor.set_state(state, address_values)
def confirm_manager_change(container, proposal, closer, reason, address,
user_id, new_manager_id, state):
proposal.status = proposal_state_pb2.Proposal.CONFIRMED
proposal.closer = closer
proposal.close_reason = reason
state_accessor.set_state(state, {address: container.SerializeToString()})
user_address = addresser.make_user_address(user_id)
state_entries = state_accessor.get_state(state, [user_address])
state_entry = state_accessor.get_state_entry(state_entries=state_entries,
address=user_address)
user_container = message_accessor.get_user_container(state_entry)
user = message_accessor.get_user_from_container(user_container, user_id)
user.manager_id = new_manager_id
state_accessor.set_state(
state, {user_address: user_container.SerializeToString()})
def apply_user_reject(header, payload, state):
reject_payload = user_transaction_pb2.RejectUpdateUserManager()
reject_payload.ParseFromString(payload.content)
proposal_address = addresser.proposal.address(
object_id=reject_payload.user_id, target_id=reject_payload.manager_id
)
state_entries = state_accessor.get_state(state, [proposal_address])
if not proposal_validator.proposal_exists_and_open(
state_entries=state_entries,
proposal_address=proposal_address,
proposal_id=reject_payload.proposal_id,
):
raise InvalidTransaction(
"Proposal {} is not open or does not "
"exist".format(reject_payload.proposal_id)
)
entry = state_accessor.get_state_entry(state_entries, proposal_address)
proposal_container = message_accessor.get_prop_container(entry)
if not reject_payload.manager_id == header.signer_public_key:
raise InvalidTransaction(
"Proposal expected closer to be {} while txn "
"signer was {}".format(reject_payload.manager_id, header.signer_public_key)
)
proposal = message_accessor.get_prop_from_container(
proposal_container, reject_payload.proposal_id
)
state_change.reject_state_change(
container=proposal_container,
proposal=proposal,
closer=header.signer_public_key,
reason=reject_payload.reason,
address=proposal_address,
state=state,
)
def _validate_state_and_return_user(header, user_proposal, state):
"""Validate that 1. There is no other open proposal for the manager change
2. The user is a User 3. the manager is a User 4. The manager is the
signer of the transaction.
Args:
header (TransactionHeader): The transaction header.
user_proposal (ProposeUpdateUserManager): The transaction that makes
the proposal to update the user's manager.
state (Context): The way to set and get values from state.
"""
prop_state_entries = _validate_unique_proposal(user_proposal, state)
user_address = addresser.make_user_address(user_id=user_proposal.user_id)
user_state_entries = state_accessor.get_state(state, [user_address])
user_validator.validate_identifier_is_user(
state_entries=user_state_entries,
identifier=user_proposal.user_id,
address=user_address,
)
manager_address = addresser.make_user_address(
user_id=user_proposal.new_manager_id)
manager_state_entries = state_accessor.get_state(state, [manager_address])
user_validator.validate_identifier_is_user(
state_entries=manager_state_entries,
identifier=user_proposal.new_manager_id,
address=manager_address,
)
user_state_entry = state_accessor.get_state_entry(user_state_entries,
user_address)
user_container = message_accessor.get_user_container(user_state_entry)
_validate_manager_is_signer(header, user_container, user_proposal.user_id)
return prop_state_entries
def validate_identifier_is_user(state_entries, identifier, address):
"""Validate that the identifier references a User
or raise an InvalidTransaction if that user does not exist.
Args:
state_entries (list): List of StateEntry as returned from a state get.
identifier (str): The identifier of the User.
address (str): The address used to get the user container.
Raises:
InvalidTransaction: No user with that identifier exists.
"""
try:
container = message_accessor.get_user_container(
state_accessor.get_state_entry(state_entries, address))
if not message_accessor.is_in_user_container(container, identifier):
raise InvalidTransaction("{} is not a user".format(identifier))
except KeyError:
raise InvalidTransaction("{} is not a user".format(identifier))
def verify_user_with_role_permission_on_proposal(proposal_address, user_id,
role_id,
txn_signer_rel_address,
state):
state_entries = state_accessor.get_state(
state, [txn_signer_rel_address, proposal_address])
try:
entry = state_accessor.get_state_entry(state_entries,
txn_signer_rel_address)
role_rel_container = message_accessor.get_role_rel_container(entry)
except KeyError:
raise InvalidTransaction(
"Signer {} does not have the Role permissions "
"to close the proposal".format(user_id))
if not message_accessor.is_in_role_rel_container(
role_rel_container, role_id=role_id, identifier=user_id):
raise InvalidTransaction("Signer {} does not have the Role "
"permissions to close the "
"proposal".format(user_id))
def validate_role_rel_proposal(header, propose, rel_address, state, is_remove=False):
"""Validates that the User exists, the Role exists, and the User is not
in the Role's relationship specified by rel_address.
Args:
header (TransactionHeader): The transaction header.
propose (ProposeAddRole_____): The role relationship proposal.
rel_address (str): The Role relationship address produced by the Role
and the User.
state (sawtooth_sdk.Context): The way to communicate to the validator
the state gets and sets.
Returns:
(dict of addresses)
"""
user_address = addresser.make_user_address(propose.user_id)
role_address = addresser.make_role_attributes_address(propose.role_id)
proposal_address = addresser.make_proposal_address(
object_id=propose.role_id, related_id=propose.user_id
)
state_entries = state_accessor.get_state(
state, [user_address, role_address, proposal_address, rel_address]
)
user_validator.validate_identifier_is_user(
state_entries, identifier=propose.user_id, address=user_address
)
user_entry = state_accessor.get_state_entry(state_entries, user_address)
user = message_accessor.get_user_from_container(
message_accessor.get_user_container(user_entry), propose.user_id
)
if header.signer_public_key not in [user.user_id, user.manager_id]:
raise InvalidTransaction(
"Txn signer {} is not the user or the user's "
"manager {}".format(
header.signer_public_key, [user.user_id, user.manager_id]
)
)
validate_identifier_is_role(
state_entries, identifier=propose.role_id, address=role_address
)
try:
role_admins_entry = state_accessor.get_state_entry(state_entries, rel_address)
role_rel_container = message_accessor.get_role_rel_container(role_admins_entry)
if (header.signer_public_key not in [user.user_id, user.manager_id]) and (
not message_accessor.is_in_role_rel_container(
role_rel_container, propose.role_id, propose.user_id
)
):
raise InvalidTransaction(
"Txn signer {} is not the user or the user's "
"manager {} nor the group owner / admin".format(
header.signer_public_key, [user.user_id, user.manager_id]
)
)
if (not is_remove) and message_accessor.is_in_role_rel_container(
role_rel_container, propose.role_id, propose.user_id
):
raise InvalidTransaction(
"User {} is already in the Role {} "
"relationship".format(propose.user_id, propose.role_id)
)
except KeyError:
# The role rel container doesn't exist so no role relationship exists
pass
return state_entries
def validate_role_task_proposal(header, propose, state):
"""Applies state validation rules for ADDRoleTaskProposal.
- The Role exists.
- The Task exists.
- The Transaction was signed by a Role Owner.
- There is no open Proposal for the same change.
- The task is not already part of the Role.
Args:
header (TransactionHeader): The propobuf transaction header.
propose (ProposeAddRoleTask): The protobuf transaction.
state (Context): A connection to the validator to ask about state.
Returns:
(list of StateEntry)
"""
role_address = addresser.role.address(propose.role_id)
task_address = addresser.task.address(propose.task_id)
proposal_address = addresser.proposal.address(propose.role_id,
propose.task_id)
txn_signer_role_owner_address = addresser.role.owner.address(
propose.role_id, header.signer_public_key)
role_tasks_address = addresser.role.task.address(propose.role_id,
propose.task_id)
state_entries = state_accessor.get_state(
state=state,
addresses=[
role_address,
task_address,
proposal_address,
role_tasks_address,
txn_signer_role_owner_address,
],
)
role_validator.validate_identifier_is_role(state_entries=state_entries,
address=role_address,
identifier=propose.role_id)
task_validator.validate_identifier_is_task(state_entries=state_entries,
identifier=propose.task_id,
address=task_address)
try:
role_task_entry = state_accessor.get_state_entry(
state_entries, role_tasks_address)
role_task_container = message_accessor.get_role_rel_container(
role_task_entry)
if message_accessor.is_in_role_rel_container(
role_task_container,
role_id=propose.role_id,
identifier=propose.task_id):
raise InvalidTransaction("Role {} already contains task {}".format(
propose.role_id, propose.task_id))
except KeyError:
# The Task is not in the RoleTask state
pass
try:
role_owner_entry = state_accessor.get_state_entry(
state_entries, txn_signer_role_owner_address)
role_owner_container = message_accessor.get_role_rel_container(
role_owner_entry)
if not message_accessor.is_in_role_rel_container(
role_owner_container,
role_id=propose.role_id,
identifier=header.signer_public_key,
):
raise InvalidTransaction(
"Txn signer {} is not a role owner".format(
header.signer_public_key))
except KeyError:
raise InvalidTransaction("Txn signer {} is not a role owner.".format(
header.signer_public_key))
if not has_no_open_proposal(
state_entries=state_entries,
object_id=propose.role_id,
related_id=propose.task_id,
proposal_address=proposal_address,
proposal_type=proposal_state_pb2.Proposal.ADD_ROLE_TASK,
):
raise InvalidTransaction(
"There is already an open proposal to add task {} to "
"role {}".format(propose.task_id, propose.role_id))
return state_entries
def validate_task_rel_del_proposal(header, propose, rel_address, state):
"""Validates that the User exists, the Task exists, and the User is in
the Tasks's relationship specified by the rel_address.
Args:
header (TransactionHeader): The transaction header.
propose (ProposeRemoveTask____): The Task Remove relationship proposal
rel_address (str): The task relationship address.
state (Context:: The way to communicate to the validator State gets
and sets.
Returns:
(dict of addresses)
"""
user_address = addresser.make_user_address(propose.user_id)
task_address = addresser.make_task_attributes_address(propose.task_id)
proposal_address = addresser.make_proposal_address(
object_id=propose.task_id, related_id=propose.user_id)
state_entries = state_accessor.get_state(
state, [user_address, task_address, proposal_address, rel_address])
user_validator.validate_identifier_is_user(state_entries,
identifier=propose.user_id,
address=user_address)
user_entry = state_accessor.get_state_entry(state_entries, user_address)
user = message_accessor.get_user_from_container(
message_accessor.get_user_container(user_entry), propose.user_id)
validate_identifier_is_task(state_entries,
identifier=propose.task_id,
address=task_address)
try:
task_rel_entry = state_accessor.get_state_entry(
state_entries, rel_address)
task_rel_container = message_accessor.get_task_rel_container(
task_rel_entry)
if (header.signer_public_key not in [
user.user_id, user.manager_id
]) and (not message_accessor.is_in_task_rel_container(
task_rel_container, propose.task_id, propose.user_id)):
raise InvalidTransaction(
"Txn signer {} is not the user or the user's "
"manager {} nor the task owner / admin".format(
header.signer_public_key, [user.user_id, user.manager_id]))
if not message_accessor.is_in_task_rel_container(
task_rel_container, propose.task_id, propose.user_id):
raise InvalidTransaction("User {} isn't in the Task {} "
"relationship".format(
propose.user_id, propose.task_id))
except KeyError:
raise InvalidTransaction(
"User {} isn't in the Task {} relationship, "
"since there isn't a container at the address".format(
propose.user_id, propose.task_id))
return state_entries
