515 lines
18 KiB
Python
515 lines
18 KiB
Python
# standard imports
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import logging
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import sys
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# external imports
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import celery
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from chainlib.eth.constant import (
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ZERO_ADDRESS,
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)
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from cic_eth_registry import CICRegistry
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from cic_eth_registry.error import UnknownContractError
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from chainlib.eth.address import to_checksum_address
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from chainlib.eth.contract import code
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from chainlib.eth.tx import (
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transaction,
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receipt,
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unpack,
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)
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from chainlib.hash import keccak256_hex_to_hex
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from hexathon import (
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strip_0x,
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add_0x,
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)
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from chainlib.eth.gas import balance
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# local imports
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from cic_eth.db.models.base import SessionBase
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from cic_eth.db.models.role import AccountRole
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from cic_eth.db.models.otx import Otx
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from cic_eth.db.models.tx import TxCache
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from cic_eth.db.models.nonce import Nonce
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from cic_eth.db.enum import (
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StatusEnum,
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is_alive,
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)
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from cic_eth.error import InitializationError
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from cic_eth.db.error import TxStateChangeError
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from cic_eth.queue.tx import get_tx
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app = celery.current_app
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#logg = logging.getLogger(__file__)
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logg = logging.getLogger()
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class AdminApi:
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"""Provides an interface to view and manipulate existing transaction tasks and system runtime settings.
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:param rpc_client: Rpc client to use for blockchain connections.
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:type rpc_client: cic_eth.eth.rpc.RpcClient
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:param queue: Name of worker queue to submit tasks to
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:type queue: str
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"""
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def __init__(self, rpc, queue='cic-eth', call_address=ZERO_ADDRESS):
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self.rpc = rpc
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self.queue = queue
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self.call_address = call_address
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def unlock(self, chain_spec, address, flags=None):
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s_unlock = celery.signature(
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'cic_eth.admin.ctrl.unlock',
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[
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None,
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chain_spec.asdict(),
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address,
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flags,
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],
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queue=self.queue,
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)
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return s_unlock.apply_async()
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def lock(self, chain_spec, address, flags=None):
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s_lock = celery.signature(
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'cic_eth.admin.ctrl.lock',
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[
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None,
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chain_spec.asdict(),
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address,
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flags,
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],
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queue=self.queue,
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)
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return s_lock.apply_async()
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def get_lock(self):
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s_lock = celery.signature(
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'cic_eth.queue.tx.get_lock',
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[],
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queue=self.queue,
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)
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return s_lock.apply_async()
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def tag_account(self, tag, address_hex, chain_spec):
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"""Persistently associate an address with a plaintext tag.
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Some tags are known by the system and is used to resolve addresses to use for certain transactions.
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:param tag: Address tag
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:type tag: str
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:param address_hex: Ethereum address to tag
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:type address_hex: str, 0x-hex
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:raises ValueError: Invalid checksum address
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"""
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s_tag = celery.signature(
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'cic_eth.eth.account.set_role',
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[
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tag,
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address_hex,
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chain_spec.asdict(),
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],
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queue=self.queue,
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)
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return s_tag.apply_async()
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def have_account(self, address_hex, chain_spec):
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s_have = celery.signature(
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'cic_eth.eth.account.have',
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[
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address_hex,
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chain_spec.asdict(),
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],
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queue=self.queue,
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)
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return s_have.apply_async()
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def resend(self, tx_hash_hex, chain_str, in_place=True, unlock=False):
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logg.debug('resend {}'.format(tx_hash_hex))
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s_get_tx_cache = celery.signature(
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'cic_eth.queue.tx.get_tx_cache',
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[
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tx_hash_hex,
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],
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queue=self.queue,
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)
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# TODO: This check should most likely be in resend task itself
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tx_dict = s_get_tx_cache.apply_async().get()
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#if tx_dict['status'] in [StatusEnum.REVERTED, StatusEnum.SUCCESS, StatusEnum.CANCELLED, StatusEnum.OBSOLETED]:
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if not is_alive(getattr(StatusEnum, tx_dict['status']).value):
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raise TxStateChangeError('Cannot resend mined or obsoleted transaction'.format(txold_hash_hex))
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if not in_place:
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raise NotImplementedError('resend as new not yet implemented')
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s = celery.signature(
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'cic_eth.eth.tx.resend_with_higher_gas',
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[
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chain_str,
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None,
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1.01,
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],
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queue=self.queue,
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)
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s_manual = celery.signature(
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'cic_eth.queue.tx.set_manual',
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[
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tx_hash_hex,
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],
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queue=self.queue,
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)
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s_manual.link(s)
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if unlock:
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s_gas = celery.signature(
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'cic_eth.admin.ctrl.unlock_send',
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[
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chain_str,
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tx_dict['sender'],
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],
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queue=self.queue,
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)
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s.link(s_gas)
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return s_manual.apply_async()
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def check_nonce(self, address):
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s = celery.signature(
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'cic_eth.queue.tx.get_account_tx',
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[
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address,
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True,
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False,
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],
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queue=self.queue,
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)
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txs = s.apply_async().get()
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blocking_tx = None
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blocking_nonce = None
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nonce_otx = 0
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for k in txs.keys():
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s_get_tx = celery.signature(
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'cic_eth.queue.tx.get_tx',
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[
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k,
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],
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queue=self.queue,
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)
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tx = s_get_tx.apply_async().get()
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#tx = get_tx(k)
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logg.debug('checking nonce {}'.format(tx['nonce']))
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if tx['status'] in [StatusEnum.REJECTED, StatusEnum.FUBAR]:
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blocking_tx = k
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blocking_nonce = tx['nonce']
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nonce_otx = tx['nonce']
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nonce_cache = Nonce.get(address)
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#nonce_w3 = self.w3.eth.getTransactionCount(address, 'pending')
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return {
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'nonce': {
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'network': nonce_cache,
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'queue': nonce_otx,
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#'cache': nonce_cache,
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'blocking': blocking_nonce,
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},
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'tx': {
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'blocking': blocking_tx,
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}
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}
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def fix_nonce(self, address, nonce, chain_spec):
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s = celery.signature(
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'cic_eth.queue.tx.get_account_tx',
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[
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address,
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True,
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False,
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],
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queue=self.queue,
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)
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txs = s.apply_async().get()
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tx_hash_hex = None
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for k in txs.keys():
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tx_dict = get_tx(k)
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if tx_dict['nonce'] == nonce:
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tx_hash_hex = k
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s_nonce = celery.signature(
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'cic_eth.admin.nonce.shift_nonce',
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[
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self.rpc.chain_spec.asdict(),
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tx_hash_hex,
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],
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queue=self.queue
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)
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return s_nonce.apply_async()
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# # TODO: this is a stub, complete all checks
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# def ready(self):
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# """Checks whether all required initializations have been performed.
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#
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# :raises cic_eth.error.InitializationError: At least one setting pre-requisite has not been met.
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# :raises KeyError: An address provided for initialization is not known by the keystore.
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# """
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# addr = AccountRole.get_address('ETH_GAS_PROVIDER_ADDRESS')
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# if addr == ZERO_ADDRESS:
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# raise InitializationError('missing account ETH_GAS_PROVIDER_ADDRESS')
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#
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# self.w3.eth.sign(addr, text='666f6f')
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def account(self, chain_spec, address, cols=['tx_hash', 'sender', 'recipient', 'nonce', 'block', 'tx_index', 'status', 'network_status', 'date_created'], include_sender=True, include_recipient=True):
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"""Lists locally originated transactions for the given Ethereum address.
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Performs a synchronous call to the Celery task responsible for performing the query.
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:param address: Ethereum address to return transactions for
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:type address: str, 0x-hex
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:param cols: Data columns to include
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:type cols: list of str
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"""
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s = celery.signature(
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'cic_eth.queue.tx.get_account_tx',
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[
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address,
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],
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queue=self.queue,
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)
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txs = s.apply_async().get()
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tx_dict_list = []
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for tx_hash in txs.keys():
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s = celery.signature(
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'cic_eth.queue.tx.get_tx_cache',
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[tx_hash],
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queue=self.queue,
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)
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tx_dict = s.apply_async().get()
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if tx_dict['sender'] == address and not include_sender:
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logg.debug('skipping sender tx {}'.format(tx_dict['tx_hash']))
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continue
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elif tx_dict['recipient'] == address and not include_recipient:
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logg.debug('skipping recipient tx {}'.format(tx_dict['tx_hash']))
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continue
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logg.debug(tx_dict)
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o = {
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'nonce': tx_dict['nonce'],
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'tx_hash': tx_dict['tx_hash'],
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'status': tx_dict['status'],
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'date_updated': tx_dict['date_updated'],
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}
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tx_dict_list.append(o)
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return tx_dict_list
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# TODO: Add exception upon non-existent tx aswell as invalid tx data to docstring
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def tx(self, chain_spec, tx_hash=None, tx_raw=None, registry=None):
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"""Output local and network details about a given transaction with local origin.
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If the transaction hash is given, the raw trasnaction data will be retrieved from the local transaction queue backend. Otherwise the raw transaction data must be provided directly. Only one of transaction hash and transaction data can be passed.
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:param chain_spec: Chain spec of the transaction's chain context
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:type chain_spec: cic_registry.chain.ChainSpec
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:param tx_hash: Transaction hash of transaction to parse and view
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:type tx_hash: str, 0x-hex
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:param tx_raw: Signed raw transaction data to parse and view
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:type tx_raw: str, 0x-hex
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:raises ValueError: Both tx_hash and tx_raw are passed
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:return: Transaction details
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:rtype: dict
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"""
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problems = []
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if tx_hash != None and tx_raw != None:
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ValueError('Specify only one of hash or raw tx')
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if tx_raw != None:
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tx_hash = add_0x(keccak256_hex_to_hex(tx_raw))
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#tx_hash = self.w3.keccak(hexstr=tx_raw).hex()
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s = celery.signature(
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'cic_eth.queue.tx.get_tx_cache',
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[tx_hash],
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queue=self.queue,
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)
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tx = s.apply_async().get()
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source_token = None
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if tx['source_token'] != ZERO_ADDRESS:
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try:
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source_token = registry.by_address(tx['source_token'])
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#source_token = CICRegistry.get_address(chain_spec, tx['source_token']).contract
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except UnknownContractError:
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#source_token_contract = self.w3.eth.contract(abi=CICRegistry.abi('ERC20'), address=tx['source_token'])
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#source_token = CICRegistry.add_token(chain_spec, source_token_contract)
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logg.warning('unknown source token contract {}'.format(tx['source_token']))
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destination_token = None
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if tx['source_token'] != ZERO_ADDRESS:
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try:
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#destination_token = CICRegistry.get_address(chain_spec, tx['destination_token'])
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destination_token = registry.by_address(tx['destination_token'])
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except UnknownContractError:
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#destination_token_contract = self.w3.eth.contract(abi=CICRegistry.abi('ERC20'), address=tx['source_token'])
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#destination_token = CICRegistry.add_token(chain_spec, destination_token_contract)
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logg.warning('unknown destination token contract {}'.format(tx['destination_token']))
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tx['sender_description'] = 'Custodial account'
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tx['recipient_description'] = 'Custodial account'
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o = code(tx['sender'])
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r = self.rpc.do(o)
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if len(strip_0x(r, allow_empty=True)) > 0:
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try:
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#sender_contract = CICRegistry.get_address(chain_spec, tx['sender'])
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sender_contract = registry.by_address(tx['sender'], sender_address=self.call_address)
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tx['sender_description'] = 'Contract at {}'.format(tx['sender']) #sender_contract)
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except UnknownContractError:
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tx['sender_description'] = 'Unknown contract'
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except KeyError as e:
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tx['sender_description'] = 'Unknown contract'
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else:
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s = celery.signature(
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'cic_eth.eth.account.have',
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[
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tx['sender'],
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chain_spec.asdict(),
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],
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queue=self.queue,
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)
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t = s.apply_async()
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account = t.get()
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if account == None:
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tx['sender_description'] = 'Unknown account'
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else:
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s = celery.signature(
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'cic_eth.eth.account.role',
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[
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tx['sender'],
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chain_spec.asdict(),
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],
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queue=self.queue,
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)
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t = s.apply_async()
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role = t.get()
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if role != None:
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tx['sender_description'] = role
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o = code(tx['recipient'])
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r = self.rpc.do(o)
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if len(strip_0x(r, allow_empty=True)) > 0:
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try:
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#recipient_contract = CICRegistry.by_address(tx['recipient'])
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recipient_contract = registry.by_address(tx['recipient'])
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tx['recipient_description'] = 'Contract at {}'.format(tx['recipient']) #recipient_contract)
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except UnknownContractError as e:
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tx['recipient_description'] = 'Unknown contract'
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except KeyError as e:
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tx['recipient_description'] = 'Unknown contract'
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else:
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s = celery.signature(
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'cic_eth.eth.account.have',
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[
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tx['recipient'],
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chain_spec.asdict(),
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],
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queue=self.queue,
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)
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t = s.apply_async()
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account = t.get()
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if account == None:
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tx['recipient_description'] = 'Unknown account'
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else:
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s = celery.signature(
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'cic_eth.eth.account.role',
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[
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tx['recipient'],
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chain_spec.asdict(),
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],
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queue=self.queue,
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)
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t = s.apply_async()
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role = t.get()
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if role != None:
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tx['recipient_description'] = role
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if source_token != None:
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tx['source_token_symbol'] = source_token.symbol()
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tx['sender_token_balance'] = source_token.function('balanceOf')(tx['sender']).call()
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if destination_token != None:
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tx['destination_token_symbol'] = destination_token.symbol()
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tx['recipient_token_balance'] = source_token.function('balanceOf')(tx['recipient']).call()
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tx['network_status'] = 'Not submitted'
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r = None
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try:
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o = transaction(tx_hash)
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r = self.rpc.do(o)
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except Exception as e:
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logg.warning('(too permissive exception handler, please fix!) {}'.format(e))
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tx['network_status'] = 'Mempool'
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if r != None:
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try:
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o = receipt(tx_hash)
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r = self.rpc.do(o)
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logg.debug('h {} o {}'.format(tx_hash, o))
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if int(strip_0x(r['status'])) == 1:
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tx['network_status'] = 'Confirmed'
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else:
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tx['network_status'] = 'Reverted'
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tx['network_block_number'] = r.blockNumber
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tx['network_tx_index'] = r.transactionIndex
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if tx['block_number'] == None:
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problems.append('Queue is missing block number {} for mined tx'.format(r.blockNumber))
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except Exception as e:
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logg.warning('too permissive exception handler, please fix!')
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pass
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o = balance(tx['sender'])
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r = self.rpc.do(o)
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tx['sender_gas_balance'] = r
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o = balance(tx['recipient'])
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r = self.rpc.do(o)
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tx['recipient_gas_balance'] = r
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tx_unpacked = unpack(bytes.fromhex(tx['signed_tx'][2:]), chain_spec.chain_id())
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tx['gas_price'] = tx_unpacked['gasPrice']
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tx['gas_limit'] = tx_unpacked['gas']
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tx['data'] = tx_unpacked['data']
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s = celery.signature(
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'cic_eth.queue.tx.get_state_log',
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[
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tx_hash,
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],
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queue=self.queue,
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)
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t = s.apply_async()
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tx['status_log'] = t.get()
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if len(problems) > 0:
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sys.stderr.write('\n')
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for p in problems:
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sys.stderr.write('!!!{}\n'.format(p))
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return tx
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