def parse_origin_tx(parsed, protobuf=None):
origin = parsed.get('requestedClaims')[0].get('origin')
tx = forge_utils.parse_to_proto(forge_utils.multibase_b58decode(origin),
forge_protos.Transaction)
if protobuf:
itx = forge_utils.parse_to_proto(tx.itx.value,
protobuf)
return tx, itx
else:
return tx, None
def __init__(self, state):
super().__init__(state)
template = json.loads(self.template)
self.title = template.get('title')
self.start_time = template.get('start_time')
self.end_time = template.get('end_time')
self.location = template.get('location')
self.img_url = template.get('img_url')
event_info = forge_utils.parse_to_proto(self.data.value,
protos.EventInfo)
self.details = event_info.details
self.consume_tx = forge_utils.parse_to_proto(event_info.consume_asset_tx,
forge_protos.Transaction)
def __init__(self, asset_state):
self.address = asset_state.address
self.owner = asset_state.owner
self.moniker = asset_state.moniker
self.readonly = asset_state.readonly
self.transferrable = asset_state.transferrable
self.ttl = asset_state.ttl
self.consumed_time = asset_state.consumed_time
self.issuer = asset_state.issuer
self.context = asset_state.context
self.stake = asset_state.stake
self.event_info = forge_utils.parse_to_proto(
asset_state.data.value,
protos.EventInfo,
)
self.type_url = asset_state.data.type_url
self.remaining = self.event_info.remaining
self.tickets = self.event_info.tickets
self.participants = self.event_info.participants
self.display_start_time = utils.to_display_time(
self.event_info.start_time, )
# for front end display purpose
self.display_end_time = utils.to_display_time(
self.event_info.end_time, )
self.duration = utils.time_diff(
self.event_info.start_time,
self.event_info.end_time,
).days
self.display_price = int(self.event_info.ticket_price / 1e+16)
def post_handler(**args):
wallet_res = args.get('wallet_res')
asset_address = wallet_res.get_asset_address()
ticket = controllers.get_ticket_state(asset_address)
new_tx = controllers.update_tx_multisig(tx=forge_utils.parse_to_proto(
forge_utils.multibase_b58decode(ticket.consume_tx),
forge_protos.Transaction),
signer=wallet_res.get_address(),
pk=wallet_res.get_user_pk(),
data=forge_utils.encode_to_any(
'fg:x:address',
asset_address,
))
token = args.get('token')
utils.mark_token_status(token, 'succeed')
params = {
'tx':
new_tx,
'url':
utils.server_url(
f'/api/did/consume_ticket/consume?_t_={token}&ticket_address={ticket.address}'
),
'description':
'Confirm to use the ticket.',
'workflow':
'use-ticket',
'user_did':
wallet_res.get_address()
}
res = utils.send_did_request(request_type='signature',
**params,
**args.get('app_params'))
logger.debug(f"POST Response: {res}")
return json.loads(res)
def buy_ticket_post(middle_user_info):
origin = get_origin(middle_user_info)
tx = forge_utils.parse_to_proto(forge_utils.multibase_b58decode(origin),
forge_protos.Transaction)
signature = forge_rpc.sign_tx(user, tx)
data = send_back_signature(middle_user_info, user.address, signature)
r = requests.post(url=buy_url, data=json.dumps(data))
return r.json()
def consume_asset(middle_user_info,ticket_address):
consume_url = f'http://10.1.10.177:5000/api/mobile/consume/{ticket_address}'
origin = get_origin(middle_user_info)
tx = forge_utils.parse_to_proto(forge_utils.multibase_b58decode(origin),
forge_protos.Transaction)
signature = forge_rpc.sign_tx(user, tx)
data = send_back_signature(middle_user_info, user.address, signature)
r = requests.post(url=consume_url, data=json.dumps(data))
return r.json()
def buy_ticket_mobile(tx, signature):
acquire_asset_tx = forge_utils.parse_to_proto(tx.itx.value,
forge_protos.AcquireAssetTx)
tx.signature = signature
ticket_address = acquire_asset_tx.specs[0].address
res = forge_rpc.send_tx(tx)
if forge_utils.is_response_ok(res):
return ticket_address, res.hash
else:
return None, None
def __init__(self, asset_state):
super().__init__(asset_state)
state = forge_utils.parse_to_proto(asset_state.data.value,
protos.AssetFactoryState)
self.description = state.description
self.limit = state.limit
self.price = state.price
self.template = state.template
self.allowed_spec_args = state.allowed_spec_args
self.asset_name = state.asset_name
self.attributes = state.attributes
self.num_created = state.num_created
self.data = state.data
def deploy(m_wallet):
with open(input) as f:
raw = json.load(f).get('event_chain')
logger.info("Protocol json loaded!")
decoded = utils.multibase_b64decode(raw)
itx = utils.parse_to_proto(decoded, protos.DeployProtocolTx)
itx_hash = mcrypto.Hasher('sha3').hash(itx.SerializeToString())
addr = did.AbtDid(role_type='tx', form='short').hash_to_did(itx_hash)
itx.address = addr
res = forge.rpc.send_itx(tx=itx,
wallet=m_wallet,
type_url='fg:t:deploy_protocol',
nonce=0)
if res.code == 0:
logger.info("Success: event_chain tx deployed.")
else:
logger.error("Fail: Error in deploying event_chain tx.")
logger.error(res)
def deploy(forge, input_file):
m_wallet = get_moderator_wallet()
with open(input_file) as f:
raw = list(json.load(f).values())[0]
logger.info("Protocol json loaded!")
decoded = utils.multibase_b64decode(raw)
itx = utils.parse_to_proto(decoded, protos.DeployProtocolTx)
itx_hash = mcrypto.Hasher('sha3').hash(itx.SerializeToString())
addr = did.AbtDid(role_type='tx', form='short').hash_to_did(itx_hash)
itx.address = addr
res = forge.rpc.send_itx(tx=itx,
wallet=m_wallet,
type_url='fg:t:deploy_protocol',
nonce=0)
if res.code == 0:
logger.info("Successfully deployed new transaction protocol.")
else:
logger.error("Fail to deploy new transaction protocol.")
logger.error(res)
def __init__(self, asset_state):
self.address = asset_state.address
self.owner = asset_state.owner
self.moniker = asset_state.moniker
self.readonly = asset_state.readonly
self.transferrable = asset_state.transferrable
self.ttl = asset_state.ttl
self.consumed_time = asset_state.consumed_time
self.issuer = asset_state.issuer
self.context = asset_state.context
self.stake = asset_state.stake
self.ticket_info = forge_utils.parse_to_proto(
asset_state.data.value,
protos.TicketInfo,
)
self.type_url = asset_state.data.type_url
self.id = self.ticket_info.id
self.event_address = self.ticket_info.event_address
self.is_used = self.ticket_info.is_used
def post_handler(**args):
wallet_res = args.get('wallet_res')
token = args.get('token')
tx = wallet_res.get_origin_tx()
tx.signature = wallet_res.get_signature()
parsed_tx = forge_utils.parse_to_proto(tx.itx.value,
forge_protos.AcquireAssetTx)
ticket_address = parsed_tx.specs[0].address
res = forge.rpc.send_tx(tx)
if res.hash:
utils.mark_token_status(token, 'succeed')
logger.debug(f"Successfully bought ticket. Hash: " + f"{res.hash}")
return {
'status': 0,
'ticket': ticket_address,
'hash': res.hash,
'tx': forge_utils.multibase_b58encode(tx.SerializeToString())
}
else:
utils.mark_token_status(token, 'error')
logger.debug(f"Fail to buy ticket with error: " + f"{res}")
return {'error': f"Oops, error code: {res.code}"}
def get_current_txs_info(db_height: int):
'''
Get all aggregate transaction info from the height of which db already has a record to the current height of the chain,
for db update only
------
Args:
db_height(int): the height of which db has a record
Output:
res(list): list of dicts which contains the info of each aggregate tx, including the info of sku (name, price, purchase time)
and the info of vm and parties (names and addresses)
db_height(int): new db height, which is the current height of the chain
'''
block_height = rpc.get_chain_info().info.block_height
logger.debug(block_height)
# get blocks info from (current db height + 1) to current block height
args = {"from": db_height + 1, "to": block_height}
cursor = None
next_page = True
res = []
while next_page:
logger.debug("a new page starts")
page = rpc.get_blocks(height_filter=protos.RangeFilter(**args),
empty_excluded=True,
paging=protos.PageInput(cursor=cursor))
next_page = page.page.next
cursor = page.page.cursor
blocks = page.blocks
logger.debug(f"blocks are \n {blocks}")
for i in range(len(blocks)):
single_block_txs_hashes = blocks[i].txs_hashes
logger.debug(blocks[i])
logger.debug("hashes are ", single_block_txs_hashes)
for hash in single_block_txs_hashes:
t = rpc.get_single_tx_info(hash)
if t.code == 0 and t.tx.itx.type_url == 'fg:t:aggregate':
itx = utils.parse_to_proto(t.tx.itx.value, AggregateTx)
value = utils.biguint_to_int(itx.value)
time = datetime.fromtimestamp(itx.time.seconds)
info = dict(
hash=hash,
vm_addr=getattr(t.tx, "from"),
sku=itx.sku,
price=value,
time=time,
op_addr=itx.operator,
ma_addr=itx.manufacturer,
su_addr=itx.supplier,
lo_addr=itx.location,
)
info.update(
dict(
vm=get_wallet_moniker(info['vm_addr']),
op=get_wallet_moniker(info['op_addr']),
ma=get_wallet_moniker(info['ma_addr']),
su=get_wallet_moniker(info['su_addr']),
lo=get_wallet_moniker(info['lo_addr']),
))
res.append(info)
return res, block_height
