Connect Account from private key

You can connect any existing blockchain account by using the relevant chain module and passing in the private key or mnemonics of the account.

Cosmos

Usage

CSDKAccount(
    private_key=None,
    hrp="cosmos")

• private_key - string

Example

from aleph_client.chains.cosmos import CSDKAccount

account = CSDKAccount("<Your Private Key Here>")

Ethereum

Usage

ETHAccount(
    private_key=None)

• private_key - string

Example

from aleph_client.chains.ethereum import ETHAccount

account = ETHAccount("<Your Private Key Here>")

NULS

Usage for Nuls1

NULSAccount(
    private_key=None,
    chain_id=8964)

• private_key - string

• chain_id - integer

  Default: 8964

Usage for Nuls2

NULSAccount(
    private_key=None,
    chain_id=1,
    prefix="NULS")

• private_key - string

• chain_id - integer

• prefix - string

  Default: "NULS"

Examples for Nuls 1 and 2

from aleph_client.chains.nuls1 import NULSAccount

account = NULSAccount("<Your Private Key Here>")

from aleph_client.chains.nuls2 import NULSAccount

account = NULSAccount("<Your Private Key Here>")

Substrate

Usage

DOTAccount(
    mnemonics=None,
    address_type=42)

• mnemonics - account mnemonics phrase

  Should be passed in order to instantiate the account

• address_type - optional integer

  Default: 42

  Generic Substrate has 00101010b as the address type, 42 is in decimal.

Example

from aleph_client.chains.substrate import DOTAccount

account = DOTAccount("<Your Mnemonics Here>")

Solana

Usage

SOLAccount(
    private_key=None)

• private_key - string

  The private key for the account

Example

from aleph_client.chains.sol import SOLAccount

account = SOLAccount("<Your Private Key Here>")

Accounts will respond to the following functions:

• .get_address()

• .get_public_key()