def test_normal_tx_send(conftest_args, to_addr):
gas_wanted = 200000
gas_price = 100
tx_amount = 101 * 10**8
data = ''
memo = 'test_normal_transaction'
htdfrpc = HtdfRPC(chaid_id=conftest_args['CHAINID'],
rpc_host=conftest_args['RPC_HOST'],
rpc_port=conftest_args['RPC_PORT'])
from_addr = Address(conftest_args['ADDRESS'])
# new_to_addr = HtdfPrivateKey('').address
private_key = HtdfPrivateKey(conftest_args['PRIVATE_KEY'])
from_acc = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc is not None
assert from_acc.balance_satoshi > gas_price * gas_wanted + tx_amount
signed_tx = HtdfTxBuilder(
from_address=from_addr,
to_address=to_addr,
amount_satoshi=tx_amount,
sequence=from_acc.sequence,
account_number=from_acc.account_number,
chain_id=htdfrpc.chain_id,
gas_price=gas_price,
gas_wanted=gas_wanted,
data=data,
memo=memo).build_and_sign(private_key=private_key)
tx_hash = htdfrpc.broadcast_tx(tx_hex=signed_tx)
print('tx_hash: {}'.format(tx_hash))
mempool = htdfrpc.get_mempool_trasactions()
pprint(mempool)
memtx = htdfrpc.get_mempool_transaction(transaction_hash=tx_hash)
pprint(memtx)
tx = htdfrpc.get_tranaction_until_timeout(transaction_hash=tx_hash)
pprint(tx)
tx = htdfrpc.get_transaction(transaction_hash=tx_hash)
def test_normal_tx_gas_wanted_adjust(conftest_args):
# in protocol V2, if gasWanted is greater than 210000, anteHandler will adjust tx's gasWanted to 30000
# in protocol V2, max gasWanted is 7500000
gas_wanted = 210001
# normal htdf send tx gas_used is 30000
normal_send_tx_gas_wanted = 30000
gas_price = 100
tx_amount = 1
data = ''
memo = 'test_normal_transaction_gas_wanted'
htdfrpc = HtdfRPC(chaid_id=conftest_args['CHAINID'],
rpc_host=conftest_args['RPC_HOST'],
rpc_port=conftest_args['RPC_PORT'])
upgrade_info = htdfrpc.get_upgrade_info()
protocol_version = int(
upgrade_info['current_version']['UpgradeInfo']['Protocol']['version'])
from_addr = Address(conftest_args['ADDRESS'])
new_to_addr = HtdfPrivateKey('').address
private_key = HtdfPrivateKey(conftest_args['PRIVATE_KEY'])
from_acc = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc is not None
assert from_acc.balance_satoshi > gas_price * gas_wanted + tx_amount
signed_tx = HtdfTxBuilder(
from_address=from_addr,
to_address=new_to_addr,
amount_satoshi=tx_amount,
sequence=from_acc.sequence,
account_number=from_acc.account_number,
chain_id=htdfrpc.chain_id,
gas_price=gas_price,
gas_wanted=gas_wanted,
data=data,
memo=memo).build_and_sign(private_key=private_key)
tx_hash = htdfrpc.broadcast_tx(tx_hex=signed_tx)
print('tx_hash: {}'.format(tx_hash))
mempool = htdfrpc.get_mempool_trasactions()
pprint(mempool)
memtx = htdfrpc.get_mempool_transaction(transaction_hash=tx_hash)
pprint(memtx)
tx = htdfrpc.get_tranaction_until_timeout(transaction_hash=tx_hash)
pprint(tx)
tx = htdfrpc.get_transaction(transaction_hash=tx_hash)
if protocol_version < 2: # v0 and v1
assert tx['logs'][0]['success'] == True
assert tx['gas_wanted'] == str(gas_wanted)
assert int(tx['gas_used']) < gas_wanted
assert int(tx['gas_used']) == normal_send_tx_gas_wanted
tv = tx['tx']['value']
assert len(tv['msg']) == 1
assert tv['msg'][0]['type'] == 'htdfservice/send'
assert int(tv['fee']['gas_wanted']) == gas_wanted
assert int(tv['fee']['gas_price']) == gas_price
assert tv['memo'] == memo
mv = tv['msg'][0]['value']
assert mv['From'] == from_addr.address
assert mv['To'] == new_to_addr.address
assert mv['Data'] == data
assert int(mv['GasPrice']) == gas_price
assert int(mv['GasWanted']) == gas_wanted
assert 'satoshi' == mv['Amount'][0]['denom']
assert tx_amount == int(mv['Amount'][0]['amount'])
pprint(tx)
time.sleep(5) # want for chain state update
to_acc = htdfrpc.get_account_info(address=new_to_addr.address)
assert to_acc is not None
assert to_acc.balance_satoshi == tx_amount
from_acc_new = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc_new.address == from_acc.address
assert from_acc_new.sequence == from_acc.sequence + 1
assert from_acc_new.account_number == from_acc.account_number
assert from_acc_new.balance_satoshi == from_acc.balance_satoshi - (
gas_price * int(tx['gas_used']) + tx_amount)
elif protocol_version == 2: # v2 ,
# if gasWanted is greater than 210000, anteHandler will adjust tx's gasWanted to 30000
assert tx['logs'][0]['success'] == True
# Because of `data` is empty, so v2's anteHander adjusts tx's gasWanted to 30000.
assert int(tx['gas_wanted']) == normal_send_tx_gas_wanted
assert int(tx['gas_used']) == normal_send_tx_gas_wanted
tv = tx['tx']['value']
assert len(tv['msg']) == 1
assert tv['msg'][0]['type'] == 'htdfservice/send'
assert int(tv['fee']['gas_wanted']) == gas_wanted
assert int(tv['fee']['gas_price']) == gas_price
assert tv['memo'] == memo
mv = tv['msg'][0]['value']
assert mv['From'] == from_addr.address
assert mv['To'] == new_to_addr.address
assert mv['Data'] == data
assert int(mv['GasPrice']) == gas_price
assert int(mv['GasWanted']) == gas_wanted
assert 'satoshi' == mv['Amount'][0]['denom']
assert tx_amount == int(mv['Amount'][0]['amount'])
pprint(tx)
time.sleep(5) # wait for chain state update
to_acc = htdfrpc.get_account_info(address=new_to_addr.address)
assert to_acc is not None
from_acc_new = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc_new.address == from_acc.address
assert from_acc_new.sequence == from_acc.sequence + 1
assert from_acc_new.account_number == from_acc.account_number
assert from_acc_new.balance_satoshi == from_acc.balance_satoshi - (
gas_price * normal_send_tx_gas_wanted + tx_amount)
else:
raise Exception("invalid protocol version {}".format(protocol_version))
pass
def test_normal_tx_send(conftest_args):
gas_wanted = 30000
gas_price = 100
tx_amount = 1
data = ''
memo = 'test_normal_transaction'
htdfrpc = HtdfRPC(chaid_id=conftest_args['CHAINID'],
rpc_host=conftest_args['RPC_HOST'],
rpc_port=conftest_args['RPC_PORT'])
from_addr = Address(conftest_args['ADDRESS'])
new_to_addr = HtdfPrivateKey('').address
private_key = HtdfPrivateKey(conftest_args['PRIVATE_KEY'])
from_acc = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc is not None
assert from_acc.balance_satoshi > gas_price * gas_wanted + tx_amount
signed_tx = HtdfTxBuilder(
from_address=from_addr,
to_address=new_to_addr,
amount_satoshi=tx_amount,
sequence=from_acc.sequence,
account_number=from_acc.account_number,
chain_id=htdfrpc.chain_id,
gas_price=gas_price,
gas_wanted=gas_wanted,
data=data,
memo=memo).build_and_sign(private_key=private_key)
tx_hash = htdfrpc.broadcast_tx(tx_hex=signed_tx)
print('tx_hash: {}'.format(tx_hash))
mempool = htdfrpc.get_mempool_trasactions()
pprint(mempool)
memtx = htdfrpc.get_mempool_transaction(transaction_hash=tx_hash)
pprint(memtx)
tx = htdfrpc.get_tranaction_until_timeout(transaction_hash=tx_hash)
pprint(tx)
tx = htdfrpc.get_transaction(transaction_hash=tx_hash)
assert tx['logs'][0]['success'] == True
assert tx['gas_wanted'] == str(gas_wanted)
assert tx['gas_used'] == str(gas_wanted)
tv = tx['tx']['value']
assert len(tv['msg']) == 1
assert tv['msg'][0]['type'] == 'htdfservice/send'
assert int(tv['fee']['gas_wanted']) == gas_wanted
assert int(tv['fee']['gas_price']) == gas_price
assert tv['memo'] == memo
mv = tv['msg'][0]['value']
assert mv['From'] == from_addr.address
assert mv['To'] == new_to_addr.address
assert mv['Data'] == data
assert int(mv['GasPrice']) == gas_price
assert int(mv['GasWanted']) == gas_wanted
assert 'satoshi' == mv['Amount'][0]['denom']
assert tx_amount == int(mv['Amount'][0]['amount'])
pprint(tx)
time.sleep(8) # wait for chain state update
to_acc = htdfrpc.get_account_info(address=new_to_addr.address)
assert to_acc is not None
assert to_acc.balance_satoshi == tx_amount
from_acc_new = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc_new.address == from_acc.address
assert from_acc_new.sequence == from_acc.sequence + 1
assert from_acc_new.account_number == from_acc.account_number
assert from_acc_new.balance_satoshi == from_acc.balance_satoshi - (
gas_price * gas_wanted + tx_amount)
def test_normal_tx_with_data(conftest_args):
# protocol_version = subprocess.getoutput('hscli query upgrade info --chain-id=testchain -o json | jq .current_version.UpgradeInfo.Protocol.version')
gas_wanted = 7500000
gas_price = 100
tx_amount = 1
data = 'ff' * 1000
memo = 'test_normal_transaction_with_data'
htdfrpc = HtdfRPC(chaid_id=conftest_args['CHAINID'],
rpc_host=conftest_args['RPC_HOST'],
rpc_port=conftest_args['RPC_PORT'])
upgrade_info = htdfrpc.get_upgrade_info()
protocol_version = int(
upgrade_info['current_version']['UpgradeInfo']['Protocol']['version'])
from_addr = Address(conftest_args['ADDRESS'])
new_to_addr = HtdfPrivateKey('').address
# to_addr = Address('htdf1jrh6kxrcr0fd8gfgdwna8yyr9tkt99ggmz9ja2')
private_key = HtdfPrivateKey(conftest_args['PRIVATE_KEY'])
from_acc = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc is not None
assert from_acc.balance_satoshi > gas_price * gas_wanted + tx_amount
signed_tx = HtdfTxBuilder(
from_address=from_addr,
to_address=new_to_addr,
amount_satoshi=tx_amount,
sequence=from_acc.sequence,
account_number=from_acc.account_number,
chain_id=htdfrpc.chain_id,
gas_price=gas_price,
gas_wanted=gas_wanted,
data=data,
memo=memo).build_and_sign(private_key=private_key)
tx_hash = htdfrpc.broadcast_tx(tx_hex=signed_tx)
print('tx_hash: {}'.format(tx_hash))
mempool = htdfrpc.get_mempool_trasactions()
pprint(mempool)
memtx = htdfrpc.get_mempool_transaction(transaction_hash=tx_hash)
pprint(memtx)
tx = htdfrpc.get_tranaction_until_timeout(transaction_hash=tx_hash)
pprint(tx)
tx = htdfrpc.get_transaction(transaction_hash=tx_hash)
if protocol_version < 2: # v0 and v1
assert tx['logs'][0]['success'] == True
assert tx['gas_wanted'] == str(gas_wanted)
assert int(tx['gas_used']) < gas_wanted
tv = tx['tx']['value']
assert len(tv['msg']) == 1
assert tv['msg'][0]['type'] == 'htdfservice/send'
assert int(tv['fee']['gas_wanted']) == gas_wanted
assert int(tv['fee']['gas_price']) == gas_price
assert tv['memo'] == memo
mv = tv['msg'][0]['value']
assert mv['From'] == from_addr.address
assert mv['To'] == new_to_addr.address
assert mv['Data'] == data
assert int(mv['GasPrice']) == gas_price
assert int(mv['GasWanted']) == gas_wanted
assert 'satoshi' == mv['Amount'][0]['denom']
assert tx_amount == int(mv['Amount'][0]['amount'])
pprint(tx)
time.sleep(5) # want for chain state update
to_acc = htdfrpc.get_account_info(address=new_to_addr.address)
assert to_acc is not None
assert to_acc.balance_satoshi == tx_amount
from_acc_new = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc_new.address == from_acc.address
assert from_acc_new.sequence == from_acc.sequence + 1
assert from_acc_new.account_number == from_acc.account_number
assert from_acc_new.balance_satoshi == from_acc.balance_satoshi - (
gas_price * int(tx['gas_used']) + tx_amount)
elif protocol_version == 2: # v2
# because of `data` isn't empty. `to` must be correct contract address, if not,
# this transaction be failed in V2 handler
assert tx['logs'][0]['success'] == False
# Because of `data` is not empty, so v2's anteHander doesn't adjust tx's gasWanted.
assert tx['gas_wanted'] == str(gas_wanted)
# v2 DO NOT ALLOW `data` in normal htdf transaction,
# so evm execute tx failed, all the gas be consumed
assert tx['gas_used'] == str(gas_wanted)
tv = tx['tx']['value']
assert len(tv['msg']) == 1
assert tv['msg'][0]['type'] == 'htdfservice/send'
assert int(tv['fee']['gas_wanted']) == gas_wanted
assert int(tv['fee']['gas_price']) == gas_price
assert tv['memo'] == memo
mv = tv['msg'][0]['value']
assert mv['From'] == from_addr.address
assert mv['To'] == new_to_addr.address
assert mv['Data'] == data
assert int(mv['GasPrice']) == gas_price
assert int(mv['GasWanted']) == gas_wanted
assert 'satoshi' == mv['Amount'][0]['denom']
assert tx_amount == int(mv['Amount'][0]['amount'])
pprint(tx)
time.sleep(5) # wait for chain state update
to_acc = htdfrpc.get_account_info(address=new_to_addr.address)
assert to_acc is None
from_acc_new = htdfrpc.get_account_info(address=from_addr.address)
assert from_acc_new.address == from_acc.address
assert from_acc_new.sequence == from_acc.sequence + 1
assert from_acc_new.account_number == from_acc.account_number
assert from_acc_new.balance_satoshi == from_acc.balance_satoshi - (
gas_price * gas_wanted)
else:
raise Exception("invalid protocol version {}".format(protocol_version))
pass