staking_data

Types

Blake2bHash

pub type Blake2bHash =
  BitArray

BlsPublicKey

</>

Length: 285 bytes

pub type BlsPublicKey =
  BitArray

BlsSignature

</>

Length: 95 bytes

pub type BlsSignature =
  BitArray

IncomingStakingData

</>

pub type IncomingStakingData {
  CreateValidator(
    signing_key: public_key.PublicKey,
    voting_key: BitArray,
    reward_address: address.Address,
    signal_data: option.Option(BitArray),
    proof_of_knowledge: BitArray,
    proof: signature_proof.SignatureProof,
  )
  UpdateValidator(
    new_signing_key: option.Option(public_key.PublicKey),
    new_voting_key: option.Option(BitArray),
    new_reward_address: option.Option(address.Address),
    new_signal_data: option.Option(option.Option(BitArray)),
    new_proof_of_knowledge: option.Option(BitArray),
    proof: signature_proof.SignatureProof,
  )
  DeactivateValidator(
    validator_address: address.Address,
    proof: signature_proof.SignatureProof,
  )
  ReactivateValidator(
    validator_address: address.Address,
    proof: signature_proof.SignatureProof,
  )
  RetireValidator(proof: signature_proof.SignatureProof)
  CreateStaker(
    delegation: option.Option(address.Address),
    proof: signature_proof.SignatureProof,
  )
  AddStake(staker_address: address.Address)
  UpdateStaker(
    new_delegation: option.Option(address.Address),
    reactivate_all_stake: Bool,
    proof: signature_proof.SignatureProof,
  )
  SetActiveStake(
    new_active_balance: coin.Coin,
    proof: signature_proof.SignatureProof,
  )
  RetireStake(
    retire_stake: coin.Coin,
    proof: signature_proof.SignatureProof,
  )
}

Constructors

CreateValidator(
  signing_key: public_key.PublicKey,
  voting_key: BitArray,
  reward_address: address.Address,
  signal_data: option.Option(BitArray),
  proof_of_knowledge: BitArray,
  proof: signature_proof.SignatureProof,
)

Arguments

proof: This proof is signed with the validator cold key, which will become the validator address.

UpdateValidator(
  new_signing_key: option.Option(public_key.PublicKey),
  new_voting_key: option.Option(BitArray),
  new_reward_address: option.Option(address.Address),
  new_signal_data: option.Option(option.Option(BitArray)),
  new_proof_of_knowledge: option.Option(BitArray),
  proof: signature_proof.SignatureProof,
)

Arguments

proof: This proof is signed with the validator cold key.

DeactivateValidator(
  validator_address: address.Address,
  proof: signature_proof.SignatureProof,
)

Arguments

proof: This proof is signed with the validator warm key.

ReactivateValidator(
  validator_address: address.Address,
  proof: signature_proof.SignatureProof,
)

Arguments

proof: This proof is signed with the validator warm key.

```
RetireValidator(proof: signature_proof.SignatureProof)
```
Arguments

proof

This proof is signed with the validator cold key.

CreateStaker(
  delegation: option.Option(address.Address),
  proof: signature_proof.SignatureProof,
)

AddStake(staker_address: address.Address)

UpdateStaker(
  new_delegation: option.Option(address.Address),
  reactivate_all_stake: Bool,
  proof: signature_proof.SignatureProof,
)

SetActiveStake(
  new_active_balance: coin.Coin,
  proof: signature_proof.SignatureProof,
)

RetireStake(
  retire_stake: coin.Coin,
  proof: signature_proof.SignatureProof,
)

OutgoingStakingData

</>

pub type OutgoingStakingData {
  DeleteValidator
  RemoveStake
}

Constructors

```
DeleteValidator
```
```
RemoveStake
```

Values

deserialize

</>

pub fn deserialize(
  buf: BitArray,
) -> Result(#(IncomingStakingData, BitArray), String)

deserialize_all

</>

pub fn deserialize_all(
  buf: BitArray,
) -> Result(IncomingStakingData, String)

from_int

</>

pub fn from_int(
  value: Int,
) -> Result(OutgoingStakingData, String)

serialize

</>

pub fn serialize(
  builder: bytes_tree.BytesTree,
  data: IncomingStakingData,
) -> bytes_tree.BytesTree

serialize_to_bits

</>

pub fn serialize_to_bits(data: IncomingStakingData) -> BitArray

to_hex

</>

pub fn to_hex(data: IncomingStakingData) -> String

to_int

</>

pub fn to_int(data: OutgoingStakingData) -> Int