cfx_utils.types¶

cfx_utils.types.BlockNumber(x)¶

cfx_utils.types.ChecksumAddress(x)¶

cfx_utils.types.EpochNumber(x)¶

cfx_utils.types.EpochNumberParam¶

Epoch param could be either EpochLiteral, or Epoch Number

alias of Union[typing_extensions.Literal[earliest, latest_checkpoint, latest_finalized, latest_confirmed, latest_state, latest_mined, pending], EpochNumber, int]

class cfx_utils.types.GDrip(value: Union[int, decimal.Decimal, str, float, cfx_utils.token_unit.AbstractTokenUnit[BaseTokenUnit]])[source]¶: A derived token unit from Drip in Conflux, which corresponds to Ethereum’s GWei. 1 GDrip = 10**9 Drip

cfx_utils.types.Hash32(x)¶

cfx_utils.types.HexAddress(x)¶

class cfx_utils.types.HexBytes(val: Union[bool, bytearray, bytes, int, str, memoryview])[source]¶

HexBytes is a very thin wrapper around the python built-in bytes class.

It has these three changes:

Accepts more initializing values, like hex strings, non-negative integers, and booleans
Returns hex with prefix ‘0x’ from HexBytes.hex()
The representation at console is in hex

hex(sep: Union[str, bytes] = None, bytes_per_sep: SupportsIndex = 1) → str[source]¶

Output hex-encoded bytes, with an “0x” prefix.

Everything following the “0x” is output exactly like bytes.hex().

cfx_utils.types.HexStr(x)¶

cfx_utils.types.Nonce(x)¶

cfx_utils.types.Storage(x)¶

class cfx_utils.types.TxDict¶

chainId: int¶

data: Union[bytes, HexStr]¶

epochHeight: int¶

from: Union[Base32Address, str]¶

gas: int¶

gasPrice: Union[cfx_utils.token_unit.Drip, cfx_utils.token_unit.AbstractDerivedTokenUnit[cfx_utils.token_unit.Drip], int]¶

nonce: Nonce¶

storageLimit: Storage¶

to: Union[Base32Address, str]¶

value: Union[cfx_utils.token_unit.Drip, cfx_utils.token_unit.AbstractDerivedTokenUnit[cfx_utils.token_unit.Drip], int]¶

cfx_utils.types.EpochLiteral¶: alias of typing_extensions.Literal[earliest, latest_checkpoint, latest_finalized, latest_confirmed, latest_state, latest_mined, pending]

python-conflux-sdk

cfx_utils.types

cfx_utils.types¶