def __str__(self):
ret = " Asset:\n"
ret += " asset_id: %s\n" % bbclib_binary.str_binary(self.asset_id)
ret += " user_id: %s\n" % bbclib_binary.str_binary(self.user_id)
ret += " nonce: %s\n" % bbclib_binary.str_binary(self.nonce)
ret += " file_size: %d\n" % self.asset_file_size
ret += " file_digest: %s\n" % bbclib_binary.str_binary(
self.asset_file_digest)
ret += " body_size: %d\n" % self.asset_body_size
ret += " body: %s\n" % self.asset_body
return ret
def __str__(self):
ret = "------- Dump of the transaction data ------\n"
ret += "* transaction_id: %s\n" % bbclib_binary.str_binary(
self.transaction_id)
ret += "version: %d\n" % self.version
ret += "timestamp: %d\n" % self.timestamp
if self.version != 0:
ret += "id_length of transaction_id: %d\n" % self.idlen_conf[
"transaction_id"]
ret += "Event[]: %d\n" % len(self.events)
for i, evt in enumerate(self.events):
ret += " [%d]\n" % i
ret += str(evt)
ret += "Reference[]: %d\n" % len(self.references)
for i, refe in enumerate(self.references):
ret += " [%d]\n" % i
ret += str(refe)
ret += "Relation[]: %d\n" % len(self.relations)
for i, rtn in enumerate(self.relations):
ret += " [%d]\n" % i
ret += str(rtn)
if self.witness is None:
ret += "Witness: None\n"
else:
ret += str(self.witness)
if self.cross_ref is None:
ret += "Cross_Ref: None\n"
else:
ret += str(self.cross_ref)
ret += "Signature[]: %d\n" % len(self.signatures)
for i, sig in enumerate(self.signatures):
ret += " [%d]\n" % i
ret += str(sig)
return ret
def __str__(self):
ret = " asset_group_id: %s\n" % bbclib_binary.str_binary(self.asset_group_id)
ret += " reference_indices: %s\n" % self.reference_indices
ret += " mandatory_approvers:\n"
if len(self.mandatory_approvers) > 0:
for user in self.mandatory_approvers:
ret += " - %s\n" % bbclib_binary.str_binary(user)
else:
ret += " - None\n"
ret += " option_approvers:\n"
if len(self.option_approvers) > 0:
for user in self.option_approvers:
ret += " - %s\n" % bbclib_binary.str_binary(user)
else:
ret += " - None\n"
ret += " option_approver_num_numerator: %d\n" % self.option_approver_num_numerator
ret += " option_approver_num_denominator: %d\n" % self.option_approver_num_denominator
ret += str(self.asset)
return ret
def __str__(self):
ret = " asset_group_id: %s\n" % bbclib_binary.str_binary(
self.asset_group_id)
if len(self.pointers) > 0:
ret += " Pointers[]: %d\n" % len(self.pointers)
for i, pt in enumerate(self.pointers):
ret += " [%d]\n" % i
ret += str(pt)
if self.asset is not None:
ret += str(self.asset)
if self.asset_raw is not None:
ret += str(self.asset_raw)
if self.asset_hash is not None:
ret += str(self.asset_hash)
return ret
def __str__(self):
ret = " AssetRaw:\n"
ret += " asset_id: %s\n" % bbclib_binary.str_binary(self.asset_id)
ret += " body_size: %d\n" % self.asset_body_size
ret += " body: %s\n" % self.asset_body
return ret
def __str__(self):
ret = " asset_group_id: %s\n" % bbclib_binary.str_binary(self.asset_group_id)
ret += " transaction_id: %s\n" % bbclib_binary.str_binary(self.transaction_id)
ret += " event_index_in_ref: %d\n" % self.event_index_in_ref
ret += " sig_indices: %s\n" % self.sig_indices
return ret
def __str__(self):
ret = "Cross_Ref:\n"
ret += " domain_id: %s\n" % bbclib_binary.str_binary(self.domain_id)
ret += " transaction_id: %s\n" % bbclib_binary.str_binary(self.transaction_id)
return ret
def __str__(self):
ret = " transaction_id: %s\n" % bbclib_binary.str_binary(
self.transaction_id)
ret += " asset_id: %s\n" % bbclib_binary.str_binary(self.asset_id)
return ret
def __str__(self):
ret = " AssetHash:\n"
ret += " num of hashes: %s\n" % len(self.asset_ids)
for h in self.asset_ids:
ret += " asset_id(hash): %s\n" % bbclib_binary.str_binary(h)
return ret