def Encode(cls, hrp: str, data: bytes) -> str:
"""
Encode to Bech32.
Args:
hrp (str) : HRP
data (bytes): Data
Returns:
str: Encoded address
Raises:
ValueError: If the data is not valid
"""
return cls._EncodeBech32(hrp, Bech32BaseUtils.ConvertToBase32(data),
Bech32Const.SEPARATOR)
def Encode(hrp, wit_ver, wit_prog):
""" Encode to Segwit Bech32.
Args:
hrp (str) : HRP
wit_ver (int) : Witness version
wit_prog (bytes): Witness program
Returns:
str: Encoded address
Raises:
Bech32FormatError: If the data is not valid
"""
return SegwitBech32Encoder._EncodeBech32(hrp, [wit_ver] + Bech32BaseUtils.ConvertToBase32(wit_prog), SegwitBech32Const.SEPARATOR)
def Encode(hrp: str, data: bytes) -> str:
""" Encode to Atom Bech32.
Args:
hrp (str) : HRP
data (bytes): Data
Returns:
str: Encoded address
Raises:
Bech32FormatError: If the data is not valid
"""
return AtomBech32Encoder._EncodeBech32(
hrp, Bech32BaseUtils.ConvertToBase32(data),
AtomBech32Const.SEPARATOR)
def Encode(hrp, net_ver, data):
""" Encode to Bitcoin Cash Bech32.
Args:
hrp (str) : HRP
net_ver (bytes): Net version
data (bytes) : Data
Returns:
str: Encoded address
Raises:
Bech32FormatError: If the data is not valid
"""
return BchBech32Encoder._EncodeBech32(
hrp, Bech32BaseUtils.ConvertToBase32(net_ver + data),
BchBech32Const.SEPARATOR)
def Encode(cls, hrp: str, wit_ver: int, wit_prog: bytes) -> str:
"""
Encode to Segwit Bech32.
Args:
hrp (str) : HRP
wit_ver (int) : Witness version
wit_prog (bytes): Witness program
Returns:
str: Encoded address
Raises:
ValueError: If the data is not valid
"""
return cls._EncodeBech32(hrp, [wit_ver] +
Bech32BaseUtils.ConvertToBase32(wit_prog),
SegwitBech32Const.SEPARATOR)