class MsgSubmitProposal(StdMsg):
type = "gov/MsgSubmitProposal"
action = "submit_proposal"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^gov/MsgSubmitProposal\Z"),
value=S.OBJECT(
content=S.ANY(*(pt.__schema__ for pt in PROPOSAL_TYPES.values())),
initial_deposit=Coins.__schema__,
proposer=S.ACC_ADDRESS,
),
)
content: Type[Content]
initial_deposit: Coins
proposer: AccAddress
def __post_init__(self):
self.proposer = validate_acc_address(self.proposer)
self.initial_deposit = Coins(self.initial_deposit)
@classmethod
def from_data(cls, data: dict) -> MsgSubmitProposal:
data = data["value"]
p_type = PROPOSAL_TYPES[data["content"]["type"]]
content = p_type.from_data(data["content"])
return cls(
content=content,
initial_deposit=Coins.from_data(data["initial_deposit"]),
proposer=data["proposer"],
)
class MsgSend(StdMsg):
type = "bank/MsgSend"
action = "send"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^bank/MsgSend\Z"),
value=S.OBJECT(
from_address=S.ACC_ADDRESS,
to_address=S.ACC_ADDRESS,
amount=Coins.__schema__,
),
)
from_address: AccAddress
to_address: AccAddress
amount: Union[Coins, List[Coin]]
def __post_init__(self):
self.from_address = validate_acc_address(self.from_address)
self.to_address = validate_acc_address(self.to_address)
self.amount = Coins(self.amount)
@classmethod
def from_data(cls, data: dict) -> MsgSend:
data = data["value"]
amount = Coins.from_data(data["amount"])
return cls(
from_address=data["from_address"],
to_address=data["to_address"],
amount=amount,
)
class MsgWithdrawDelegationReward(StdMsg):
type = "distribution/MsgWithdrawDelegationReward"
action = "withdraw_delegation_reward"
schema = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^distribution/MsgWithdrawDelegationReward\Z"),
value=S.OBJECT(
delegator_address=S.ACC_ADDRESS, validator_address=S.VAL_ADDRESS
),
)
delegator_address: AccAddress
validator_address: ValAddress
def __post_init__(self):
self.delegator_address = validate_acc_address(self.delegator_address)
self.validator_address = validate_val_address(self.validator_address)
@classmethod
def from_data(cls, data: dict) -> MsgWithdrawDelegationReward:
data = data["value"]
return cls(
delegator_address=data["delegator_address"],
validator_address=data["validator_address"],
)
class MsgUndelegate(StdMsg):
type = "staking/MsgUndelegate"
action = "begin_unbonding"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^staking/MsgUndelegate\Z"),
value=S.OBJECT(
delegator_address=S.ACC_ADDRESS,
validator_address=S.VAL_ADDRESS,
amount=Coin.__schema__,
),
)
delegator_address: AccAddress
validator_address: ValAddress
amount: Coin
def __post_init__(self):
self.delegator_address = validate_acc_address(self.delegator_address)
self.validator_address = validate_val_address(self.validator_address)
@classmethod
def from_data(cls, data: dict) -> MsgUndelegate:
data = data["value"]
return cls(
delegator_address=data["delegator_address"],
validator_address=data["validator_address"],
amount=Coin.from_data(data["amount"]),
)
class CommunityPoolSpendProposal(Content):
type = "distribution/CommunityPoolSpendProposal"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(
r"^distribution/CommunityPoolSpendProposal\Z"),
value=S.OBJECT(
title=S.STRING,
description=S.STRING,
recipient=S.ACC_ADDRESS,
amount=Coins.__schema__,
),
)
title: str
description: str
recipient: AccAddress
amount: Coins
@classmethod
def from_data(cls, data: dict) -> CommunityPoolSpendProposal:
data = data["value"]
return cls(
title=data["title"],
description=data["description"],
recipient=data["recipient"],
amount=Coins.from_data(data["amount"]),
)
class ParameterChangeProposal(Content):
type = "params/ParameterChangeProposal"
ParamChanges = ParamChanges # alias for easy access
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^params/ParameterChangeProposal\Z"),
value=S.OBJECT(
title=S.STRING,
description=S.STRING,
changes=ParamChanges.__schema__,
),
)
title: str
description: str
changes: ParamChanges = field(default_factory=ParamChanges)
def __post_init__(self):
# validation checks for key
if isinstance(self.changes, dict):
self.changes = ParamChanges(self.changes)
@classmethod
def from_data(cls, data: dict) -> ParameterChangeProposal:
data = data["value"]
return cls(
title=data["title"],
description=data["description"],
changes=ParamChanges.from_data(data["changes"]),
)
class MsgDeposit(StdMsg):
type = "gov/MsgDeposit"
action = "deposit"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^gov/MsgDeposit\Z"),
value=S.OBJECT(
proposal_id=S.STRING_INTEGER,
depositor=S.ACC_ADDRESS,
amount=Coins.__schema__,
),
)
proposal_id: int
depositor: AccAddress
amount: Coins
def __post_init__(self):
self.depositor = validate_acc_address(self.depositor)
self.amount = Coins(self.amount)
def msg_value(self) -> dict:
d = dict(self.__dict__)
d["proposal_id"] = str(self.proposal_id)
return d
@classmethod
def from_data(cls, data: dict) -> MsgDeposit:
data = data["value"]
return cls(
proposal_id=int(data["proposal_id"]),
depositor=data["depositor"],
amount=Coins.from_data(data["amount"]),
)
class MsgExchangeRateVote(StdMsg):
type = "oracle/MsgExchangeRateVote"
action = "exchangeratevote"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^oracle/MsgExchangeRateVote\Z"),
value=S.OBJECT(
exchange_rate=Dec.__schema__,
salt=S.STRING,
denom=S.STRING,
feeder=S.ACC_ADDRESS,
validator=S.VAL_ADDRESS,
),
)
exchange_rate: Union[str, Type[Decimal], Coin, int]
salt: str
denom: str
feeder: AccAddress
validator: ValAddress
def __post_init__(self):
self.feeder = validate_acc_address(self.feeder)
self.validator = validate_val_address(self.validator)
if not isinstance(self.exchange_rate, Coin):
self.exchange_rate = Coin(self.denom, self.exchange_rate)
else:
validate_same_denom(self.exchange_rate.denom, self.denom)
def msg_value(self) -> dict:
d = dict(self.__dict__)
d["exchange_rate"] = str(self.exchange_rate.amount)
return d
@property
def vote_hash(self):
return vote_hash(self.salt, self.exchange_rate.amount, self.denom,
self.validator)
@property
def prevote(self):
return MsgExchangeRatePrevote(
hash=self.vote_hash,
denom=self.denom,
feeder=self.feeder,
validator=self.validator,
)
@classmethod
def from_data(cls, data: dict) -> MsgExchangeRateVote:
data = data["value"]
xr = Coin(data["denom"], data["exchange_rate"])
return cls(
exchange_rate=xr,
salt=data["salt"],
denom=xr.denom,
feeder=data["feeder"],
validator=data["validator"],
)
class MsgSwap(StdMsg):
type = "market/MsgSwap"
action = "swap"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^market/MsgSwap\Z"),
value=S.OBJECT(trader=S.ACC_ADDRESS,
offer_coin=Coin.__schema__,
ask_denom=S.STRING),
)
trader: AccAddress
offer_coin: Coin
ask_denom: str
def __post_init__(self):
self.trader = validate_acc_address(self.trader)
@classmethod
def from_data(cls, data: dict) -> MsgSwap:
data = data["value"]
return cls(
trader=data["trader"],
offer_coin=Coin.from_data(data["offer_coin"]),
ask_denom=data["ask_denom"],
)
class StdTx(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^core/StdTx\Z"),
value=S.OBJECT(
fee=StdFee.__schema__,
msg=S.ARRAY(S.ANY(*(mt.__schema__ for mt in MSG_TYPES.values()))),
signatures=S.ARRAY(StdSignature.__schema__),
memo=S.STRING,
),
)
# NOTE: msg is not plural, and is NOT a typo. This may change later for consistency.
fee: Optional[StdFee] = None
msg: List[StdMsg] = field(default_factory=list)
signatures: List[StdSignature] = field(default_factory=list)
memo: str = ""
def to_data(self) -> dict:
return {
"type": "core/StdTx",
"value": dict(self.__dict__),
}
@classmethod
def from_data(cls, data: dict) -> StdTx:
data = data["value"]
fee = StdFee.from_data(data["fee"])
# deserialize the messages
msg = []
for m in data["msg"]:
msg_type = MSG_TYPES[m["type"]]
msg.append(msg_type.from_data(m))
signatures = [StdSignature.from_data(s) for s in data["signatures"]]
return cls(fee=fee, msg=msg, signatures=signatures, memo=data["memo"])
class MsgExchangeRatePrevote(StdMsg):
type = "oracle/MsgExchangeRatePrevote"
action = "exchangerateprevote"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^oracle/MsgExchangeRatePrevote\Z"),
value=S.OBJECT(
hash=S.STRING,
denom=S.STRING,
feeder=S.ACC_ADDRESS,
validator=S.VAL_ADDRESS,
),
)
hash: str
denom: str
feeder: AccAddress
validator: ValAddress
def __post_init__(self):
self.feeder = AccAddress(self.feeder)
self.validator = ValAddress(self.validator)
@classmethod
def from_data(cls, data: dict) -> MsgExchangeRatePrevote:
data = data["value"]
return cls(
hash=data["hash"],
denom=data["denom"],
feeder=data["feeder"],
validator=data["validator"],
)
class Block(BlockHeader, JsonDeserializable):
__schema__ = S.OBJECT(
block_meta=BlockHeader.__schema__,
block=S.OBJECT(
data=S.OBJECT(txs=S.OPTIONAL(S.ARRAY(S.STRING))),
evidence={},
last_commit={},
),
)
evidence: JiguBox # TODO: improve and document
last_commit: JiguBox # TODO: improve and document
txs: List[
Union[str, StdTx, TxInfo,
TxInfosQuery]] # ordered last for convenience of pretty printing
@classmethod
def from_data(cls, data: dict) -> Block:
header = BlockHeader.from_data(data["block_meta"])
txs = (data["block"]["data"]["txs"]
or []) # these will be Amino-encoded tx strings
evidence = JiguBox(data["block"].get("evidence"))
last_commit = JiguBox(data["block"].get("last_commit"))
return cls(txs=txs,
evidence=evidence,
last_commit=last_commit,
**header.__dict__)
class BlockHeader(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
block_id=S.OBJ,
header=S.OBJECT(
chain_id=S.STRING,
height=S.STRING_INTEGER,
time=Timestamp.__schema__,
num_txs=S.STRING_INTEGER,
total_txs=S.STRING_INTEGER,
last_commit_hash=S.STRING,
data_hash=S.STRING,
next_validators_hash=S.STRING,
consensus_hash=S.STRING,
app_hash=S.STRING,
proposer_address=S.STRING,
last_block_id=S.OBJ,
),
)
chain_id: str
height: int
time: Timestamp
num_txs: int
total_txs: int
hashes: dict
proposer: str
block_id: JiguBox
last_block_id: JiguBox
@classmethod
def from_data(cls, data: dict) -> BlockHeader:
header = data["header"]
hashes = JiguBox({
"last_commit": header["last_commit_hash"],
"data": header["data_hash"],
"validators": header["validators_hash"],
"next_validators": header["next_validators_hash"],
"consensus": header["consensus_hash"],
"app": header["app_hash"],
"last_results": header["last_results_hash"],
"evidence": header["evidence_hash"],
})
return cls(
chain_id=header["chain_id"],
height=int(header["height"]),
time=Timestamp.from_data(header["time"]),
num_txs=int(header["num_txs"]),
total_txs=int(header["total_txs"]),
hashes=hashes,
proposer=header["proposer_address"],
block_id=JiguBox(data["block_id"]),
last_block_id=JiguBox(header["last_block_id"]),
)
class MsgMultiSend(StdMsg):
type = "bank/MsgMultiSend"
action = "multisend"
Input = Input # alias
Output = Output # alias
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^bank/MsgMultiSend\Z"),
value=S.OBJECT(inputs=S.ARRAY(Input.__schema__),
outputs=S.ARRAY(Output.__schema__)),
)
inputs: List[Union[Input, dict]]
outputs: List[Union[Output, dict]]
def __init__(
self,
inputs: List[Input],
outputs: List[Output],
):
self.inputs = []
self.outputs = []
for i in inputs:
if isinstance(i, dict):
self.inputs.append(
Input(address=i["address"], coins=i["coins"]))
elif isinstance(i, Input):
self.inputs.append(i)
else:
raise TypeError(
f"invalid item {type(i)} encountered in MsgMultiSend.inputs, can only accept 'Input' or 'dict'."
)
for o in outputs:
if isinstance(o, dict):
self.outputs.append(
Output(address=o["address"], coins=o["coins"]))
elif isinstance(o, Output):
self.outputs.append(o)
else:
raise TypeError(
f"invalid item {type(o)} encountered in MsgMultiSend.outputs, can only accept 'Output' or 'dict'."
)
@classmethod
def from_data(cls, data: dict) -> MsgMultiSend:
data = data["value"]
return cls(
inputs=[Input.from_data(i) for i in data["inputs"]],
outputs=[Output.from_data(o) for o in data["outputs"]],
)
class MsgCreateValidator(StdMsg):
type = "staking/MsgCreateValidator"
action = "create_validator"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^staking/MsgCreateValidator\Z"),
value=S.OBJECT(
description=Description.__schema__,
commission=CommissionRates.__schema__,
min_self_delegation=S.STRING_INTEGER,
delegator_address=S.ACC_ADDRESS,
validator_address=S.VAL_ADDRESS,
pubkey=S.VAL_CONSPUBKEY,
value=Coin.__schema__,
),
)
description: Description
commission: CommissionRates
min_self_delegation: int
delegator_address: AccAddress
validator_address: ValAddress
pubkey: ValConsPubKey
value: Coin
def __post_init__(self):
self.delegator_address = validate_acc_address(self.delegator_address)
self.validator_address = validate_val_address(self.validator_address)
validate_val_conspubkey(self.pubkey)
self.min_self_delegation = int(self.min_self_delegation)
def msg_value(self) -> dict:
d = dict(self.__dict__)
msd = self.min_self_delegation
d["min_self_delegation"] = str(msd)
return d
@classmethod
def from_data(cls, data: dict) -> MsgCreateValidator:
data = data["value"]
return cls(
description=Description.from_data(data["description"]),
commission=CommissionRates.from_data(data["commission"]),
min_self_delegation=int(data["min_self_delegation"]),
delegator_address=data["delegator_address"],
validator_address=data["validator_address"],
pubkey=data["pubkey"],
value=Coin.from_data(data["value"]),
)
class Content(JsonSerializable, JsonDeserializable, metaclass=abc.ABCMeta):
__schema__ = S.OBJECT(
type=S.STRING, value=S.OBJECT(title=S.STRING, description=S.STRING)
)
@property
@abc.abstractmethod
def type(self):
raise NotImplementedError
def proposal_value(self):
return dict(self.__dict__)
def to_data(self) -> Dict[str, Any]:
return {"type": self.type, "value": self.proposal_value()}
class UnbondingEntry(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
initial_balance=S.STRING_INTEGER,
balance=S.STRING_INTEGER,
creation_height=S.STRING_INTEGER,
completion_time=Timestamp.__schema__,
)
initial_balance: Coin
balance: Coin
creation_height: int
completion_time: Timestamp
def to_data(self) -> dict:
return {
"initial_balance": str(self.initial_balance.amount),
"balance": str(self.balance.amount),
"creation_height": str(self.creation_height),
"completion_time": self.completion_time,
}
@classmethod
def from_data(cls, data: Dict[str, str]) -> UnbondingEntry:
return cls(
initial_balance=Coin(uLuna, data["initial_balance"]),
balance=Coin(uLuna, data["balance"]),
creation_height=int(data["creation_height"]),
completion_time=Timestamp.from_data(data["completion_time"]),
)
class Delegation(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
delegator_address=S.ACC_ADDRESS,
validator_address=S.VAL_ADDRESS,
shares=Dec.__schema__,
balance=S.STRING_INTEGER,
)
delegator_address: AccAddress
validator_address: ValAddress
shares: Coin
balance: Coin
def to_data(self) -> dict:
return {
"delegator_address": self.delegator_address,
"validator_address": self.validator_address,
"shares": str(self.shares.amount),
"balance": str(self.balance.amount),
}
@classmethod
def from_data(cls, data: Dict[str, str]) -> Delegation:
return cls(
delegator_address=data["delegator_address"],
validator_address=data["validator_address"],
shares=Coin(uLuna, data["shares"]),
balance=Coin(uLuna, data["balance"]),
)
class RedelegationEntry(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
initial_balance=S.STRING_INTEGER,
balance=S.STRING_INTEGER,
shares_dst=Dec.__schema__,
creation_height=S.INTEGER,
completion_time=Timestamp.__schema__,
)
initial_balance: Coin
balance: Coin
shares_dst: Coin
creation_height: int
completion_time: Timestamp
def to_data(self) -> dict:
return {
"creation_height": self.creation_height,
"completion_time": self.completion_time,
"initial_balance": str(self.initial_balance.amount),
"balance": str(self.balance.amount),
"shares_dst": str(self.shares_dst.amount),
}
@classmethod
def from_data(cls, data: dict) -> RedelegationEntry:
return cls(
initial_balance=Coin(uLuna, data["initial_balance"]),
balance=Coin(uLuna, data["balance"]),
shares_dst=Coin(uLuna, data["shares_dst"]),
creation_height=int(data["creation_height"]),
completion_time=Timestamp.from_data(data["completion_time"]),
)
class TextProposal(Content):
type = "gov/TextProposal"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^gov/TextProposal\Z"),
value=S.OBJECT(title=S.STRING, description=S.STRING),
)
title: str
description: str
@classmethod
def from_data(cls, data: dict) -> TextProposal:
data = data["value"]
return cls(title=data["title"], description=data["description"])
class ExchangeRatePrevote(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
hash=S.STRING,
denom=S.STRING,
voter=S.VAL_ADDRESS,
submit_block=S.STRING_INTEGER,
)
hash: str
denom: str
voter: ValAddress
submit_block: int
def __post_init__(self):
self.voter = validate_val_address(self.voter)
self.submit_block = int(self.submit_block)
def to_data(self) -> Dict[str, str]:
return {
"hash": self.hash,
"denom": self.denom,
"voter": self.voter,
"submit_block": str(self.submit_block),
}
@classmethod
def from_data(cls, data: Dict[str, str]) -> ExchangeRatePrevote:
return cls(
hash=data["hash"],
denom=data["denom"],
voter=data["voter"],
submit_block=int(data["submit_block"]),
)
class StdFee(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(gas=S.STRING_INTEGER, amount=Coins.__schema__)
gas: int = 0
amount: Coins = field(default_factory=Coins)
def __post_init__(self):
self.amount = Coins(self.amount)
def to_data(self) -> dict:
return {"gas": str(self.gas), "amount": self.amount}
@property
def min_gas_prices(self) -> Coins:
return self.amount.dec_coins / self.gas
@classmethod
def make(cls, gas: int = 0, **denoms):
amount = Coins()
for denom in denoms:
amount += Coin(denom, denoms[denom])
return cls(gas=gas, amount=amount)
@classmethod
def from_data(cls, data: dict) -> StdFee:
return cls(gas=int(data["gas"]),
amount=Coins.from_data(data["amount"]))
class Account(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^core/Account\Z"),
value=S.OBJECT(
address=S.ACC_ADDRESS,
coins=Coins.__schema__,
public_key=S.OPTIONAL(PublicKey.__schema__),
account_number=S.STRING_INTEGER,
sequence=S.STRING_INTEGER,
),
)
address: str
coins: Coins
public_key: Optional[PublicKey]
account_number: int
sequence: int
def __post_init__(self):
if self.address:
self.address = validate_acc_address(self.address)
if self.coins:
self.coins = Coins(self.coins)
self.account_number = int(self.account_number)
self.sequence = int(self.sequence)
def to_data(self) -> dict:
d = dict(self.__dict__)
d["account_number"] = str(self.account_number)
d["sequence"] = str(self.sequence)
return {"type": "core/Account", "value": d}
@classmethod
def from_data(cls, data: dict) -> Account:
if "type" in data:
data = data["value"]
pk = data["public_key"]
if pk is not None:
pk = PublicKey.deserialize(data["public_key"])
return cls(
address=data["address"],
coins=Coins.from_data(data["coins"]),
public_key=pk,
account_number=data["account_number"],
sequence=data["sequence"],
)
class Validator(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(
operator_address=S.VAL_ADDRESS,
consensus_pubkey=S.STRING,
tokens=S.STRING_INTEGER,
jailed=S.BOOLEAN,
status=S.INTEGER, # this is converted to string
delegator_shares=Dec.__schema__,
description=Description.__schema__,
unbonding_height=S.STRING_INTEGER,
unbonding_time=Timestamp.__schema__,
commission=Commission.__schema__,
min_self_delegation=S.STRING_INTEGER,
)
operator_address: ValAddress
consensus_pubkey: str
jailed: bool
status_code: int
tokens: Coin
delegator_shares: Coin
description: Description
unbonding_height: int
unbonding_time: Timestamp
commission: Commission
min_self_delegation: int
@property
def status(self) -> str:
"""String version of `status_code`"""
return ["unbonded", "unbonding", "bonded"][self.status_code]
def to_data(self) -> dict:
s = self
d = dict(self.__dict__)
del d["status_code"]
d["status"] = s.status_code
d["tokens"] = str(s.tokens.amount)
d["delegator_shares"] = str(s.delegator_shares.amount)
d["unbonding_height"] = str(s.unbonding_height)
d["min_self_delegation"] = str(s.min_self_delegation)
return d
@classmethod
def from_data(cls, data: dict) -> Validator:
return cls(
operator_address=data["operator_address"],
consensus_pubkey=data["consensus_pubkey"],
jailed=data["jailed"],
status_code=data["status"],
tokens=Coin(uLuna, data["tokens"]),
delegator_shares=Coin(uLuna, data["delegator_shares"]),
description=Description.from_data(data["description"]),
unbonding_height=int(data["unbonding_height"]),
unbonding_time=Timestamp.from_data(data["unbonding_time"]),
commission=Commission.from_data(data["commission"]),
min_self_delegation=int(data["min_self_delegation"]),
)
class MsgEditValidator(StdMsg):
type = "staking/MsgEditValidator"
action = "edit_validator"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^staking/MsgEditValidator\Z"),
value=S.OBJECT(
Description=Description.__schema__,
address=S.VAL_ADDRESS,
commission_rate=S.OPTIONAL(Dec.__schema__),
min_self_delegation=S.OPTIONAL(S.STRING_INTEGER),
),
)
Description: Description
address: ValAddress
commission_rate: Optional[Dec] = None
min_self_delegation: Optional[int] = None
def __post_init__(self):
if self.commission_rate is not None:
self.commission_rate = Dec(self.commission_rate)
if self.min_self_delegation is not None:
self.min_self_delegation = int(self.min_self_delegation)
self.address = validate_val_address(self.address)
def msg_value(self) -> dict:
d = dict(self.__dict__)
msd = self.min_self_delegation
if msd is not None:
msd = str(msd)
d["min_self_delegation"] = msd
return d
@classmethod
def from_data(cls, data: dict) -> MsgEditValidator:
data = data["value"]
msd = int(data["min_self_delegation"]) if data["min_self_delegation"] else None
cr = Dec(data["commission_rate"]) if data["commission_rate"] else None
return cls(
Description=data["Description"],
address=data["address"],
commission_rate=cr,
min_self_delegation=msd,
)
class MsgWithdrawValidatorCommission(StdMsg):
type = "distribution/MsgWithdrawValidatorCommission"
action = "withdraw_validator_commission"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^distribution/MsgWithdrawValidatorCommission\Z"),
value=S.OBJECT(validator_address=S.VAL_ADDRESS),
)
validator_address: ValAddress
def __post_init__(self):
self.validator_address = validate_val_address(self.validator_address)
@classmethod
def from_data(cls, data: dict) -> MsgWithdrawValidatorCommission:
data = data["value"]
return cls(validator_address=data["validator_address"])
class MsgUnjail(StdMsg):
type = "cosmos/MsgUnjail"
action = "unjail"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^cosmos/MsgUnjail\Z"),
value=S.OBJECT(address=S.VAL_ADDRESS),
)
address: ValAddress
def __post_init__(self):
self.address = validate_val_address(self.address)
@classmethod
def from_data(cls, data: dict) -> MsgUnjail:
data = data["value"]
return cls(address=data["address"])
class MsgDelegateFeedConsent(StdMsg):
type = "oracle/MsgDelegateFeedConsent"
action = "delegatefeeder"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^oracle/MsgDelegateFeedConsent\Z"),
value=S.OBJECT(operator=S.VAL_ADDRESS, delegate=S.ACC_ADDRESS),
)
operator: ValAddress
delegate: AccAddress
def __post_init__(self):
self.operator = validate_val_address(self.operator)
self.delegate = validate_acc_address(self.delegate)
@classmethod
def from_data(cls, data: dict) -> MsgDelegateFeedConsent:
data = data["value"]
return cls(operator=data["operator"], delegate=data["delegate"])
class MsgVote(StdMsg):
type = "gov/MsgVote"
action = "vote"
__schema__ = S.OBJECT(
type=S.STRING_WITH_PATTERN(r"^gov/MsgVote\Z"),
value=S.OBJECT(
proposal_id=S.STRING_INTEGER,
voter=S.ACC_ADDRESS,
option=S.ONE(S.STRING, S.INTEGER), # signing is different
),
)
EMPTY = "Empty"
YES = "Yes"
ABSTAIN = "Abstain"
NO = "No"
NO_WITH_VETO = "NoWithVeto"
proposal_id: int
voter: AccAddress
option: str
def __post_init__(self):
self.voter = validate_acc_address(self.voter)
def msg_value(self) -> dict:
d = dict(self.__dict__)
d["proposal_id"] = str(self.proposal_id)
return d
@classmethod
def from_data(cls, data: dict) -> MsgVote:
data = data["value"]
return cls(
proposal_id=int(data["proposal_id"]),
voter=data["voter"],
option=data["option"],
)
class MultiSendIO(JsonSerializable, JsonDeserializable):
__schema__ = S.OBJECT(address=S.ACC_ADDRESS, coins=Coins.__schema__)
def __init__(self, address: AccAddress, coins: Coins):
address = validate_acc_address(address)
self.address = address
self.coins = Coins(coins)
@classmethod
def from_data(cls, data: dict) -> MultiSendIO:
return cls(address=data["address"],
coins=Coins.from_data(data["coins"]))
