public async Task Init(Block block, RawOperation op, RawRevealContent content)
{
var id = Cache.AppState.NextOperationId();
var sender = await Cache.Accounts.GetAsync(content.Source);
sender.Delegate ??= Cache.Accounts.GetDelegate(sender.DelegateId);
PubKey = content.PublicKey;
Reveal = new RevealOperation
{
Id = id,
OpHash = op.Hash,
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
BakerFee = content.Fee,
Counter = content.Counter,
GasLimit = content.GasLimit,
StorageLimit = content.StorageLimit,
Sender = sender,
Status = content.Metadata.Result.Status switch
{
"applied" => OperationStatus.Applied,
"backtracked" => OperationStatus.Backtracked,
"failed" => OperationStatus.Failed,
"skipped" => OperationStatus.Skipped,
_ => throw new Exception($"Invalid status '{content.Metadata.Result.Status}'")
},
public async Task Init(Block block, RawOperation op, RawDelegationContent content)
{
var sender = await Cache.Accounts.GetAsync(content.Source);
sender.Delegate ??= Cache.Accounts.GetDelegate(sender.DelegateId);
var delegat = Cache.Accounts.GetDelegateOrDefault(content.Delegate);
IsSelfDelegation = content.Source == content.Delegate;
Delegation = new DelegationOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
BakerFee = content.Fee,
Counter = content.Counter,
GasLimit = content.GasLimit,
StorageLimit = content.StorageLimit,
Sender = sender,
Delegate = delegat,
PrevDelegate = sender.Delegate,
Status = content.Metadata.Result.Status switch
{
"applied" => OperationStatus.Applied,
"backtracked" => OperationStatus.Backtracked,
"failed" => OperationStatus.Failed,
"skipped" => OperationStatus.Skipped,
_ => throw new Exception($"Invalid status '{content.Metadata.Result.Status}'")
},
public async Task Init(Block block, RawOperation op, RawOriginationContent content)
{
var sender = await Cache.Accounts.GetAsync(content.Source);
sender.Delegate ??= Cache.Accounts.GetDelegate(sender.DelegateId);
var manager = ManagerTz.Test(content.Script.Code, content.Script.Storage)
? (User)await Cache.Accounts.GetAsync(ManagerTz.GetManager(content.Script.Storage))
: null;
var delegat = Cache.Accounts.GetDelegateOrDefault(content.Delegate);
var contract = content.Metadata.Result.Status == "applied" ?
new Contract
{
Id = Cache.AppState.NextAccountId(),
Address = content.Metadata.Result.OriginatedContracts[0],
Balance = content.Balance,
Counter = 0,
Delegate = delegat,
DelegationLevel = delegat != null ? (int?)block.Level : null,
Creator = sender,
Manager = manager,
Staked = delegat?.Staked ?? false,
Type = AccountType.Contract,
Kind = manager != null ? ContractKind.DelegatorContract : ContractKind.SmartContract
}
: null;
Origination = new OriginationOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
Balance = content.Balance,
BakerFee = content.Fee,
Counter = content.Counter,
GasLimit = content.GasLimit,
StorageLimit = content.StorageLimit,
Sender = sender,
Manager = manager,
Delegate = delegat,
Contract = contract,
Status = content.Metadata.Result.Status switch
{
"applied" => OperationStatus.Applied,
"backtracked" => OperationStatus.Backtracked,
"failed" => OperationStatus.Failed,
"skipped" => OperationStatus.Skipped,
_ => throw new Exception($"Invalid status '{content.Metadata.Result.Status}'")
},
public Task Init(Block block, RawOperation op, RawEndorsementContent content)
{
Endorsement = new EndorsementOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
Slots = content.Metadata.Slots.Count,
Delegate = Cache.Accounts.GetDelegate(content.Metadata.Delegate),
Reward = content.Metadata.BalanceUpdates.FirstOrDefault(x => x is RewardsUpdate)?.Change ?? 0
};
return(Task.CompletedTask);
}
public async Task Init(Block block, RawOperation op, RawNonceRevelationContent content)
{
var revealedBlock = await Cache.Blocks.GetAsync(content.Level);
Revelation = new NonceRevelationOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
Baker = block.Baker,
Sender = Cache.Accounts.GetDelegate(revealedBlock.BakerId),
RevealedBlock = revealedBlock,
RevealedLevel = content.Level
};
}
public async Task Init(Block block, RawOperation op, RawActivationContent content)
{
var account = (User)await Cache.Accounts.GetAsync(content.Address);
account.Delegate ??= Cache.Accounts.GetDelegate(account.DelegateId);
Activation = new ActivationOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
Account = account,
Balance = content.Metadata.BalanceUpdates[0].Change
};
}
public async Task Init(Block block, RawOperation op, RawBallotContent content)
{
var period = await Cache.Periods.CurrentAsync();
var proposal = await Cache.Proposals.GetAsync((period as ExplorationPeriod)?.ProposalId ?? (period as PromotionPeriod).ProposalId);
var sender = Cache.Accounts.GetDelegate(content.Source);
var rolls = 0;
if (block.Events.HasFlag(BlockEvents.VotingPeriodBegin))
{
rolls = (int)(sender.StakingBalance / block.Protocol.TokensPerRoll);
}
else
{
rolls = (await Db.VotingSnapshots.FirstAsync(x => x.PeriodId == period.Id && x.DelegateId == sender.Id)).Rolls;
}
Ballot = new BallotOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
Sender = sender,
Rolls = rolls,
Period = period,
Proposal = proposal,
Vote = content.Ballot switch
{
"yay" => Vote.Yay,
"nay" => Vote.Nay,
"pass" => Vote.Pass,
_ => throw new Exception("invalid ballot value")
}
};
}
public Task Init(Block block, RawOperation op, RawDoubleBakingEvidenceContent content)
{
DoubleBaking = new DoubleBakingOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
AccusedLevel = content.Block1.Level,
Accuser = block.Baker,
Offender = Cache.Accounts.GetDelegate(content.Metadata.BalanceUpdates.First(x => x.Change < 0).Target),
AccuserReward = content.Metadata.BalanceUpdates.Where(x => x.Change > 0).Sum(x => x.Change),
OffenderLostDeposit = content.Metadata.BalanceUpdates.Where(x => x.Change < 0 && x is DepositsUpdate).Sum(x => - x.Change),
OffenderLostReward = content.Metadata.BalanceUpdates.Where(x => x.Change < 0 && x is RewardsUpdate).Sum(x => - x.Change),
OffenderLostFee = content.Metadata.BalanceUpdates.Where(x => x.Change < 0 && x is FeesUpdate).Sum(x => - x.Change)
};
return(Task.CompletedTask);
}
public async Task Init(Block block, RawOperation op, RawTransactionContent content)
{
var sender = await Cache.Accounts.GetAsync(content.Source);
sender.Delegate ??= Cache.Accounts.GetDelegate(sender.DelegateId);
var target = await Cache.Accounts.GetAsync(content.Destination);
if (target != null)
{
target.Delegate ??= Cache.Accounts.GetDelegate(target.DelegateId);
}
Transaction = new TransactionOperation
{
Id = Cache.AppState.NextOperationId(),
Block = block,
Level = block.Level,
Timestamp = block.Timestamp,
OpHash = op.Hash,
Amount = content.Amount,
BakerFee = content.Fee,
Counter = content.Counter,
GasLimit = content.GasLimit,
StorageLimit = content.StorageLimit,
Sender = sender,
Target = target,
Parameters = OperationParameters.Parse(content.Parameters),
Status = content.Metadata.Result.Status switch
{
"applied" => OperationStatus.Applied,
"backtracked" => OperationStatus.Backtracked,
"failed" => OperationStatus.Failed,
"skipped" => OperationStatus.Skipped,
_ => throw new Exception($"Invalid status '{content.Metadata.Result.Status}'")
},
public static async Task <EndorsementsCommit> Apply(ProtocolHandler proto, Block block, RawOperation op, RawEndorsementContent content)
{
var commit = new EndorsementsCommit(proto);
await commit.Init(block, op, content);
await commit.Apply();
return(commit);
}
public static async Task <NonceRevelationsCommit> Apply(ProtocolHandler proto, Block block, RawOperation op, RawNonceRevelationContent content)
{
var commit = new NonceRevelationsCommit(proto);
await commit.Init(block, op, content);
await commit.Apply();
return(commit);
}
public static async Task <DoubleBakingCommit> Apply(ProtocolHandler proto, Block block, RawOperation op, RawDoubleBakingEvidenceContent content)
{
var commit = new DoubleBakingCommit(proto);
await commit.Init(block, op, content);
await commit.Apply();
return(commit);
}