def text_search_assets(api_root, transactions_api_full_url, alice_pubkey,
alice_privkey):
# check if the fixture was already executed
response = requests.get(api_root + '/assets',
params={'search': 'bigchaindb'})
response = response.json()
if len(response) == 3:
assets = {}
for asset in response:
assets[asset['id']] = asset['data']
return assets
# define the assets that will be used by text_search tests
assets = [
{'msg': 'Hello BigchainDB 1!'},
{'msg': 'Hello BigchainDB 2!'},
{'msg': 'Hello BigchainDB 3!'}
]
# write the assets to BigchainDB
assets_by_txid = {}
for asset in assets:
tx = Transaction.create(
tx_signers=[alice_pubkey],
recipients=[([alice_pubkey], 1)],
asset=asset,
metadata={'But here\'s my number': 'So call me maybe'},
)
tx_signed = tx.sign([alice_privkey])
requests.post(transactions_api_full_url, json=tx_signed.to_dict())
assets_by_txid[tx_signed.id] = asset
# return the assets indexed with the txid that created the asset
return assets_by_txid
def alice_transaction_obj(alice_pubkey):
serial_number = b64encode(urandom(10), altchars=b'-_').decode()
return Transaction.create(
tx_signers=[alice_pubkey],
recipients=[([alice_pubkey], 1)],
asset={'serial_number': serial_number},
)
def persisted_random_transaction(alice_pubkey, alice_privkey):
from uuid import uuid4
from bigchaindb_driver.common.transaction import Transaction
asset = {'data': {'x': str(uuid4())}}
tx = Transaction.create(
tx_signers=[alice_pubkey],
recipients=[([alice_pubkey], 1)],
asset=asset,
)
return tx.sign([alice_privkey]).to_dict()
def sent_persisted_random_transaction(alice_pubkey, alice_privkey,
transactions_api_full_url):
from uuid import uuid4
from bigchaindb_driver.common.transaction import Transaction
asset = {'data': {'x': str(uuid4())}}
tx = Transaction.create(
tx_signers=[alice_pubkey],
recipients=[([alice_pubkey], 1)],
asset=asset,
)
tx_signed = tx.sign([alice_privkey])
response = requests.post(transactions_api_full_url,
json=tx_signed.to_dict())
return response.json()