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prysm-pulse/proto/migration/v1alpha1_to_v2.go
Raul Jordan dc5fb92b28
Remove Unnecessary State Interfaces (#10707) 
* rem other state interfaces

* redundant check

* gaz

Co-authored-by: prylabs-bulldozer[bot] <58059840+prylabs-bulldozer[bot]@users.noreply.github.com>
2022-05-20 22:40:03 +00:00

518 lines
24 KiB
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Raw Blame History

package migration
import (
"github.com/pkg/errors"
"github.com/prysmaticlabs/prysm/beacon-chain/state"
"github.com/prysmaticlabs/prysm/encoding/bytesutil"
"github.com/prysmaticlabs/prysm/encoding/ssz"
enginev1 "github.com/prysmaticlabs/prysm/proto/engine/v1"
ethpbv1 "github.com/prysmaticlabs/prysm/proto/eth/v1"
ethpbv2 "github.com/prysmaticlabs/prysm/proto/eth/v2"
ethpbalpha "github.com/prysmaticlabs/prysm/proto/prysm/v1alpha1"
"google.golang.org/protobuf/proto"
)
// V1Alpha1BeaconBlockAltairToV2 converts a v1alpha1 Altair beacon block to a v2 Altair block.
func V1Alpha1BeaconBlockAltairToV2(v1alpha1Block *ethpbalpha.BeaconBlockAltair) (*ethpbv2.BeaconBlockAltair, error) {
marshaledBlk, err := proto.Marshal(v1alpha1Block)
if err != nil {
return nil, errors.Wrap(err, "could not marshal block")
}
v2Block := &ethpbv2.BeaconBlockAltair{}
if err := proto.Unmarshal(marshaledBlk, v2Block); err != nil {
return nil, errors.Wrap(err, "could not unmarshal block")
}
return v2Block, nil
}
// AltairToV1Alpha1SignedBlock converts a v2 SignedBeaconBlockAltair proto to a v1alpha1 proto.
func AltairToV1Alpha1SignedBlock(altairBlk *ethpbv2.SignedBeaconBlockAltair) (*ethpbalpha.SignedBeaconBlockAltair, error) {
marshaledBlk, err := proto.Marshal(altairBlk)
if err != nil {
return nil, errors.Wrap(err, "could not marshal block")
}
v1alpha1Block := &ethpbalpha.SignedBeaconBlockAltair{}
if err := proto.Unmarshal(marshaledBlk, v1alpha1Block); err != nil {
return nil, errors.Wrap(err, "could not unmarshal block")
}
return v1alpha1Block, nil
}
// BellatrixToV1Alpha1SignedBlock converts a v2 SignedBeaconBlockBellatrix proto to a v1alpha1 proto.
func BellatrixToV1Alpha1SignedBlock(bellatrixBlk *ethpbv2.SignedBeaconBlockBellatrix) (*ethpbalpha.SignedBeaconBlockBellatrix, error) {
marshaledBlk, err := proto.Marshal(bellatrixBlk)
if err != nil {
return nil, errors.Wrap(err, "could not marshal block")
}
v1alpha1Block := &ethpbalpha.SignedBeaconBlockBellatrix{}
if err := proto.Unmarshal(marshaledBlk, v1alpha1Block); err != nil {
return nil, errors.Wrap(err, "could not unmarshal block")
}
return v1alpha1Block, nil
}
// BlindedBellatrixToV1Alpha1SignedBlock converts a v2 SignedBlindedBeaconBlockBellatrix proto to a v1alpha1 proto.
func BlindedBellatrixToV1Alpha1SignedBlock(bellatrixBlk *ethpbv2.SignedBlindedBeaconBlockBellatrix) (*ethpbalpha.SignedBlindedBeaconBlockBellatrix, error) {
marshaledBlk, err := proto.Marshal(bellatrixBlk)
if err != nil {
return nil, errors.Wrap(err, "could not marshal block")
}
v1alpha1Block := &ethpbalpha.SignedBlindedBeaconBlockBellatrix{}
if err := proto.Unmarshal(marshaledBlk, v1alpha1Block); err != nil {
return nil, errors.Wrap(err, "could not unmarshal block")
}
return v1alpha1Block, nil
}
// V1Alpha1BeaconBlockBellatrixToV2 converts a v1alpha1 Bellatrix beacon block to a v2
// Bellatrix block.
func V1Alpha1BeaconBlockBellatrixToV2(v1alpha1Block *ethpbalpha.BeaconBlockBellatrix) (*ethpbv2.BeaconBlockBellatrix, error) {
marshaledBlk, err := proto.Marshal(v1alpha1Block)
if err != nil {
return nil, errors.Wrap(err, "could not marshal block")
}
v2Block := &ethpbv2.BeaconBlockBellatrix{}
if err := proto.Unmarshal(marshaledBlk, v2Block); err != nil {
return nil, errors.Wrap(err, "could not unmarshal block")
}
return v2Block, nil
}
// V1Alpha1BeaconBlockBellatrixToV2Blinded converts a v1alpha1 Bellatrix beacon block to a v2
// blinded Bellatrix block.
func V1Alpha1BeaconBlockBellatrixToV2Blinded(v1alpha1Block *ethpbalpha.BeaconBlockBellatrix) (*ethpbv2.BlindedBeaconBlockBellatrix, error) {
sourceProposerSlashings := v1alpha1Block.Body.ProposerSlashings
resultProposerSlashings := make([]*ethpbv1.ProposerSlashing, len(sourceProposerSlashings))
for i, s := range sourceProposerSlashings {
resultProposerSlashings[i] = &ethpbv1.ProposerSlashing{
SignedHeader_1: &ethpbv1.SignedBeaconBlockHeader{
Message: &ethpbv1.BeaconBlockHeader{
Slot: s.Header_1.Header.Slot,
ProposerIndex: s.Header_1.Header.ProposerIndex,
ParentRoot: bytesutil.SafeCopyBytes(s.Header_1.Header.ParentRoot),
StateRoot: bytesutil.SafeCopyBytes(s.Header_1.Header.StateRoot),
BodyRoot: bytesutil.SafeCopyBytes(s.Header_1.Header.BodyRoot),
},
Signature: bytesutil.SafeCopyBytes(s.Header_1.Signature),
},
SignedHeader_2: &ethpbv1.SignedBeaconBlockHeader{
Message: &ethpbv1.BeaconBlockHeader{
Slot: s.Header_2.Header.Slot,
ProposerIndex: s.Header_2.Header.ProposerIndex,
ParentRoot: bytesutil.SafeCopyBytes(s.Header_2.Header.ParentRoot),
StateRoot: bytesutil.SafeCopyBytes(s.Header_2.Header.StateRoot),
BodyRoot: bytesutil.SafeCopyBytes(s.Header_2.Header.BodyRoot),
},
Signature: bytesutil.SafeCopyBytes(s.Header_2.Signature),
},
}
}
sourceAttesterSlashings := v1alpha1Block.Body.AttesterSlashings
resultAttesterSlashings := make([]*ethpbv1.AttesterSlashing, len(sourceAttesterSlashings))
for i, s := range sourceAttesterSlashings {
att1Indices := make([]uint64, len(s.Attestation_1.AttestingIndices))
copy(att1Indices, s.Attestation_1.AttestingIndices)
att2Indices := make([]uint64, len(s.Attestation_2.AttestingIndices))
copy(att2Indices, s.Attestation_2.AttestingIndices)
resultAttesterSlashings[i] = &ethpbv1.AttesterSlashing{
Attestation_1: &ethpbv1.IndexedAttestation{
AttestingIndices: att1Indices,
Data: &ethpbv1.AttestationData{
Slot: s.Attestation_1.Data.Slot,
Index: s.Attestation_1.Data.CommitteeIndex,
BeaconBlockRoot: bytesutil.SafeCopyBytes(s.Attestation_1.Data.BeaconBlockRoot),
Source: &ethpbv1.Checkpoint{
Epoch: s.Attestation_1.Data.Source.Epoch,
Root: bytesutil.SafeCopyBytes(s.Attestation_1.Data.Source.Root),
},
Target: &ethpbv1.Checkpoint{
Epoch: s.Attestation_1.Data.Target.Epoch,
Root: bytesutil.SafeCopyBytes(s.Attestation_1.Data.Target.Root),
},
},
Signature: bytesutil.SafeCopyBytes(s.Attestation_1.Signature),
},
Attestation_2: &ethpbv1.IndexedAttestation{
AttestingIndices: att2Indices,
Data: &ethpbv1.AttestationData{
Slot: s.Attestation_2.Data.Slot,
Index: s.Attestation_2.Data.CommitteeIndex,
BeaconBlockRoot: bytesutil.SafeCopyBytes(s.Attestation_2.Data.BeaconBlockRoot),
Source: &ethpbv1.Checkpoint{
Epoch: s.Attestation_2.Data.Source.Epoch,
Root: bytesutil.SafeCopyBytes(s.Attestation_2.Data.Source.Root),
},
Target: &ethpbv1.Checkpoint{
Epoch: s.Attestation_2.Data.Target.Epoch,
Root: bytesutil.SafeCopyBytes(s.Attestation_2.Data.Target.Root),
},
},
Signature: bytesutil.SafeCopyBytes(s.Attestation_2.Signature),
},
}
}
sourceAttestations := v1alpha1Block.Body.Attestations
resultAttestations := make([]*ethpbv1.Attestation, len(sourceAttestations))
for i, a := range sourceAttestations {
resultAttestations[i] = &ethpbv1.Attestation{
AggregationBits: bytesutil.SafeCopyBytes(a.AggregationBits),
Data: &ethpbv1.AttestationData{
Slot: a.Data.Slot,
Index: a.Data.CommitteeIndex,
BeaconBlockRoot: bytesutil.SafeCopyBytes(a.Data.BeaconBlockRoot),
Source: &ethpbv1.Checkpoint{
Epoch: a.Data.Source.Epoch,
Root: bytesutil.SafeCopyBytes(a.Data.Source.Root),
},
Target: &ethpbv1.Checkpoint{
Epoch: a.Data.Target.Epoch,
Root: bytesutil.SafeCopyBytes(a.Data.Target.Root),
},
},
Signature: bytesutil.SafeCopyBytes(a.Signature),
}
}
sourceDeposits := v1alpha1Block.Body.Deposits
resultDeposits := make([]*ethpbv1.Deposit, len(sourceDeposits))
for i, d := range sourceDeposits {
resultDeposits[i] = &ethpbv1.Deposit{
Proof: bytesutil.SafeCopy2dBytes(d.Proof),
Data: &ethpbv1.Deposit_Data{
Pubkey: bytesutil.SafeCopyBytes(d.Data.PublicKey),
WithdrawalCredentials: bytesutil.SafeCopyBytes(d.Data.WithdrawalCredentials),
Amount: d.Data.Amount,
Signature: bytesutil.SafeCopyBytes(d.Data.Signature),
},
}
}
sourceExits := v1alpha1Block.Body.VoluntaryExits
resultExits := make([]*ethpbv1.SignedVoluntaryExit, len(sourceExits))
for i, e := range sourceExits {
resultExits[i] = &ethpbv1.SignedVoluntaryExit{
Message: &ethpbv1.VoluntaryExit{
Epoch: e.Exit.Epoch,
ValidatorIndex: e.Exit.ValidatorIndex,
},
Signature: bytesutil.SafeCopyBytes(e.Signature),
}
}
transactionsRoot, err := ssz.TransactionsRoot(v1alpha1Block.Body.ExecutionPayload.Transactions)
if err != nil {
return nil, errors.Wrapf(err, "could not calculate transactions root")
}
resultBlockBody := &ethpbv2.BlindedBeaconBlockBodyBellatrix{
RandaoReveal: bytesutil.SafeCopyBytes(v1alpha1Block.Body.RandaoReveal),
Eth1Data: &ethpbv1.Eth1Data{
DepositRoot: bytesutil.SafeCopyBytes(v1alpha1Block.Body.Eth1Data.DepositRoot),
DepositCount: v1alpha1Block.Body.Eth1Data.DepositCount,
BlockHash: bytesutil.SafeCopyBytes(v1alpha1Block.Body.Eth1Data.BlockHash),
},
Graffiti: bytesutil.SafeCopyBytes(v1alpha1Block.Body.Graffiti),
ProposerSlashings: resultProposerSlashings,
AttesterSlashings: resultAttesterSlashings,
Attestations: resultAttestations,
Deposits: resultDeposits,
VoluntaryExits: resultExits,
SyncAggregate: &ethpbv1.SyncAggregate{
SyncCommitteeBits: bytesutil.SafeCopyBytes(v1alpha1Block.Body.SyncAggregate.SyncCommitteeBits),
SyncCommitteeSignature: bytesutil.SafeCopyBytes(v1alpha1Block.Body.SyncAggregate.SyncCommitteeSignature),
},
ExecutionPayloadHeader: &enginev1.ExecutionPayloadHeader{
ParentHash: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.ParentHash),
FeeRecipient: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.FeeRecipient),
StateRoot: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.StateRoot),
ReceiptsRoot: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.ReceiptsRoot),
LogsBloom: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.LogsBloom),
PrevRandao: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.PrevRandao),
BlockNumber: v1alpha1Block.Body.ExecutionPayload.BlockNumber,
GasLimit: v1alpha1Block.Body.ExecutionPayload.GasLimit,
GasUsed: v1alpha1Block.Body.ExecutionPayload.GasUsed,
Timestamp: v1alpha1Block.Body.ExecutionPayload.Timestamp,
ExtraData: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.ExtraData),
BaseFeePerGas: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.BaseFeePerGas),
BlockHash: bytesutil.SafeCopyBytes(v1alpha1Block.Body.ExecutionPayload.BlockHash),
TransactionsRoot: transactionsRoot[:],
},
}
v2Block := &ethpbv2.BlindedBeaconBlockBellatrix{
Slot: v1alpha1Block.Slot,
ProposerIndex: v1alpha1Block.ProposerIndex,
ParentRoot: bytesutil.SafeCopyBytes(v1alpha1Block.ParentRoot),
StateRoot: bytesutil.SafeCopyBytes(v1alpha1Block.StateRoot),
Body: resultBlockBody,
}
return v2Block, nil
}
// BeaconStateAltairToProto converts a state.BeaconState object to its protobuf equivalent.
func BeaconStateAltairToProto(altairState state.BeaconState) (*ethpbv2.BeaconStateV2, error) {
sourceFork := altairState.Fork()
sourceLatestBlockHeader := altairState.LatestBlockHeader()
sourceEth1Data := altairState.Eth1Data()
sourceEth1DataVotes := altairState.Eth1DataVotes()
sourceValidators := altairState.Validators()
sourceJustificationBits := altairState.JustificationBits()
sourcePrevJustifiedCheckpoint := altairState.PreviousJustifiedCheckpoint()
sourceCurrJustifiedCheckpoint := altairState.CurrentJustifiedCheckpoint()
sourceFinalizedCheckpoint := altairState.FinalizedCheckpoint()
resultEth1DataVotes := make([]*ethpbv1.Eth1Data, len(sourceEth1DataVotes))
for i, vote := range sourceEth1DataVotes {
resultEth1DataVotes[i] = &ethpbv1.Eth1Data{
DepositRoot: bytesutil.SafeCopyBytes(vote.DepositRoot),
DepositCount: vote.DepositCount,
BlockHash: bytesutil.SafeCopyBytes(vote.BlockHash),
}
}
resultValidators := make([]*ethpbv1.Validator, len(sourceValidators))
for i, validator := range sourceValidators {
resultValidators[i] = &ethpbv1.Validator{
Pubkey: bytesutil.SafeCopyBytes(validator.PublicKey),
WithdrawalCredentials: bytesutil.SafeCopyBytes(validator.WithdrawalCredentials),
EffectiveBalance: validator.EffectiveBalance,
Slashed: validator.Slashed,
ActivationEligibilityEpoch: validator.ActivationEligibilityEpoch,
ActivationEpoch: validator.ActivationEpoch,
ExitEpoch: validator.ExitEpoch,
WithdrawableEpoch: validator.WithdrawableEpoch,
}
}
sourcePrevEpochParticipation, err := altairState.PreviousEpochParticipation()
if err != nil {
return nil, errors.Wrap(err, "could not get previous epoch participation")
}
sourceCurrEpochParticipation, err := altairState.CurrentEpochParticipation()
if err != nil {
return nil, errors.Wrap(err, "could not get current epoch participation")
}
sourceInactivityScores, err := altairState.InactivityScores()
if err != nil {
return nil, errors.Wrap(err, "could not get inactivity scores")
}
sourceCurrSyncCommittee, err := altairState.CurrentSyncCommittee()
if err != nil {
return nil, errors.Wrap(err, "could not get current sync committee")
}
sourceNextSyncCommittee, err := altairState.NextSyncCommittee()
if err != nil {
return nil, errors.Wrap(err, "could not get next sync committee")
}
result := &ethpbv2.BeaconStateV2{
GenesisTime: altairState.GenesisTime(),
GenesisValidatorsRoot: bytesutil.SafeCopyBytes(altairState.GenesisValidatorsRoot()),
Slot: altairState.Slot(),
Fork: &ethpbv1.Fork{
PreviousVersion: bytesutil.SafeCopyBytes(sourceFork.PreviousVersion),
CurrentVersion: bytesutil.SafeCopyBytes(sourceFork.CurrentVersion),
Epoch: sourceFork.Epoch,
},
LatestBlockHeader: &ethpbv1.BeaconBlockHeader{
Slot: sourceLatestBlockHeader.Slot,
ProposerIndex: sourceLatestBlockHeader.ProposerIndex,
ParentRoot: bytesutil.SafeCopyBytes(sourceLatestBlockHeader.ParentRoot),
StateRoot: bytesutil.SafeCopyBytes(sourceLatestBlockHeader.StateRoot),
BodyRoot: bytesutil.SafeCopyBytes(sourceLatestBlockHeader.BodyRoot),
},
BlockRoots: bytesutil.SafeCopy2dBytes(altairState.BlockRoots()),
StateRoots: bytesutil.SafeCopy2dBytes(altairState.StateRoots()),
HistoricalRoots: bytesutil.SafeCopy2dBytes(altairState.HistoricalRoots()),
Eth1Data: &ethpbv1.Eth1Data{
DepositRoot: bytesutil.SafeCopyBytes(sourceEth1Data.DepositRoot),
DepositCount: sourceEth1Data.DepositCount,
BlockHash: bytesutil.SafeCopyBytes(sourceEth1Data.BlockHash),
},
Eth1DataVotes: resultEth1DataVotes,
Eth1DepositIndex: altairState.Eth1DepositIndex(),
Validators: resultValidators,
Balances: altairState.Balances(),
RandaoMixes: bytesutil.SafeCopy2dBytes(altairState.RandaoMixes()),
Slashings: altairState.Slashings(),
PreviousEpochParticipation: bytesutil.SafeCopyBytes(sourcePrevEpochParticipation),
CurrentEpochParticipation: bytesutil.SafeCopyBytes(sourceCurrEpochParticipation),
JustificationBits: bytesutil.SafeCopyBytes(sourceJustificationBits),
PreviousJustifiedCheckpoint: &ethpbv1.Checkpoint{
Epoch: sourcePrevJustifiedCheckpoint.Epoch,
Root: bytesutil.SafeCopyBytes(sourcePrevJustifiedCheckpoint.Root),
},
CurrentJustifiedCheckpoint: &ethpbv1.Checkpoint{
Epoch: sourceCurrJustifiedCheckpoint.Epoch,
Root: bytesutil.SafeCopyBytes(sourceCurrJustifiedCheckpoint.Root),
},
FinalizedCheckpoint: &ethpbv1.Checkpoint{
Epoch: sourceFinalizedCheckpoint.Epoch,
Root: bytesutil.SafeCopyBytes(sourceFinalizedCheckpoint.Root),
},
InactivityScores: sourceInactivityScores,
CurrentSyncCommittee: &ethpbv2.SyncCommittee{
Pubkeys: bytesutil.SafeCopy2dBytes(sourceCurrSyncCommittee.Pubkeys),
AggregatePubkey: bytesutil.SafeCopyBytes(sourceCurrSyncCommittee.AggregatePubkey),
},
NextSyncCommittee: &ethpbv2.SyncCommittee{
Pubkeys: bytesutil.SafeCopy2dBytes(sourceNextSyncCommittee.Pubkeys),
AggregatePubkey: bytesutil.SafeCopyBytes(sourceNextSyncCommittee.AggregatePubkey),
},
}
return result, nil
}
// BeaconStateBellatrixToProto converts a state.BeaconState object to its protobuf equivalent.
func BeaconStateBellatrixToProto(st state.BeaconState) (*ethpbv2.BeaconStateBellatrix, error) {
sourceFork := st.Fork()
sourceLatestBlockHeader := st.LatestBlockHeader()
sourceEth1Data := st.Eth1Data()
sourceEth1DataVotes := st.Eth1DataVotes()
sourceValidators := st.Validators()
sourceJustificationBits := st.JustificationBits()
sourcePrevJustifiedCheckpoint := st.PreviousJustifiedCheckpoint()
sourceCurrJustifiedCheckpoint := st.CurrentJustifiedCheckpoint()
sourceFinalizedCheckpoint := st.FinalizedCheckpoint()
resultEth1DataVotes := make([]*ethpbv1.Eth1Data, len(sourceEth1DataVotes))
for i, vote := range sourceEth1DataVotes {
resultEth1DataVotes[i] = &ethpbv1.Eth1Data{
DepositRoot: bytesutil.SafeCopyBytes(vote.DepositRoot),
DepositCount: vote.DepositCount,
BlockHash: bytesutil.SafeCopyBytes(vote.BlockHash),
}
}
resultValidators := make([]*ethpbv1.Validator, len(sourceValidators))
for i, validator := range sourceValidators {
resultValidators[i] = &ethpbv1.Validator{
Pubkey: bytesutil.SafeCopyBytes(validator.PublicKey),
WithdrawalCredentials: bytesutil.SafeCopyBytes(validator.WithdrawalCredentials),
EffectiveBalance: validator.EffectiveBalance,
Slashed: validator.Slashed,
ActivationEligibilityEpoch: validator.ActivationEligibilityEpoch,
ActivationEpoch: validator.ActivationEpoch,
ExitEpoch: validator.ExitEpoch,
WithdrawableEpoch: validator.WithdrawableEpoch,
}
}
sourcePrevEpochParticipation, err := st.PreviousEpochParticipation()
if err != nil {
return nil, errors.Wrap(err, "could not get previous epoch participation")
}
sourceCurrEpochParticipation, err := st.CurrentEpochParticipation()
if err != nil {
return nil, errors.Wrap(err, "could not get current epoch participation")
}
sourceInactivityScores, err := st.InactivityScores()
if err != nil {
return nil, errors.Wrap(err, "could not get inactivity scores")
}
sourceCurrSyncCommittee, err := st.CurrentSyncCommittee()
if err != nil {
return nil, errors.Wrap(err, "could not get current sync committee")
}
sourceNextSyncCommittee, err := st.NextSyncCommittee()
if err != nil {
return nil, errors.Wrap(err, "could not get next sync committee")
}
sourceLatestExecutionPaylodHeader, err := st.LatestExecutionPayloadHeader()
if err != nil {
return nil, errors.Wrap(err, "could not get latest execution payload header")
}
result := &ethpbv2.BeaconStateBellatrix{
GenesisTime: st.GenesisTime(),
GenesisValidatorsRoot: bytesutil.SafeCopyBytes(st.GenesisValidatorsRoot()),
Slot: st.Slot(),
Fork: &ethpbv1.Fork{
PreviousVersion: bytesutil.SafeCopyBytes(sourceFork.PreviousVersion),
CurrentVersion: bytesutil.SafeCopyBytes(sourceFork.CurrentVersion),
Epoch: sourceFork.Epoch,
},
LatestBlockHeader: &ethpbv1.BeaconBlockHeader{
Slot: sourceLatestBlockHeader.Slot,
ProposerIndex: sourceLatestBlockHeader.ProposerIndex,
ParentRoot: bytesutil.SafeCopyBytes(sourceLatestBlockHeader.ParentRoot),
StateRoot: bytesutil.SafeCopyBytes(sourceLatestBlockHeader.StateRoot),
BodyRoot: bytesutil.SafeCopyBytes(sourceLatestBlockHeader.BodyRoot),
},
BlockRoots: bytesutil.SafeCopy2dBytes(st.BlockRoots()),
StateRoots: bytesutil.SafeCopy2dBytes(st.StateRoots()),
HistoricalRoots: bytesutil.SafeCopy2dBytes(st.HistoricalRoots()),
Eth1Data: &ethpbv1.Eth1Data{
DepositRoot: bytesutil.SafeCopyBytes(sourceEth1Data.DepositRoot),
DepositCount: sourceEth1Data.DepositCount,
BlockHash: bytesutil.SafeCopyBytes(sourceEth1Data.BlockHash),
},
Eth1DataVotes: resultEth1DataVotes,
Eth1DepositIndex: st.Eth1DepositIndex(),
Validators: resultValidators,
Balances: st.Balances(),
RandaoMixes: bytesutil.SafeCopy2dBytes(st.RandaoMixes()),
Slashings: st.Slashings(),
PreviousEpochParticipation: bytesutil.SafeCopyBytes(sourcePrevEpochParticipation),
CurrentEpochParticipation: bytesutil.SafeCopyBytes(sourceCurrEpochParticipation),
JustificationBits: bytesutil.SafeCopyBytes(sourceJustificationBits),
PreviousJustifiedCheckpoint: &ethpbv1.Checkpoint{
Epoch: sourcePrevJustifiedCheckpoint.Epoch,
Root: bytesutil.SafeCopyBytes(sourcePrevJustifiedCheckpoint.Root),
},
CurrentJustifiedCheckpoint: &ethpbv1.Checkpoint{
Epoch: sourceCurrJustifiedCheckpoint.Epoch,
Root: bytesutil.SafeCopyBytes(sourceCurrJustifiedCheckpoint.Root),
},
FinalizedCheckpoint: &ethpbv1.Checkpoint{
Epoch: sourceFinalizedCheckpoint.Epoch,
Root: bytesutil.SafeCopyBytes(sourceFinalizedCheckpoint.Root),
},
InactivityScores: sourceInactivityScores,
CurrentSyncCommittee: &ethpbv2.SyncCommittee{
Pubkeys: bytesutil.SafeCopy2dBytes(sourceCurrSyncCommittee.Pubkeys),
AggregatePubkey: bytesutil.SafeCopyBytes(sourceCurrSyncCommittee.AggregatePubkey),
},
NextSyncCommittee: &ethpbv2.SyncCommittee{
Pubkeys: bytesutil.SafeCopy2dBytes(sourceNextSyncCommittee.Pubkeys),
AggregatePubkey: bytesutil.SafeCopyBytes(sourceNextSyncCommittee.AggregatePubkey),
},
LatestExecutionPayloadHeader: &enginev1.ExecutionPayloadHeader{
ParentHash: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.ParentHash),
FeeRecipient: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.FeeRecipient),
StateRoot: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.StateRoot),
ReceiptsRoot: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.ReceiptsRoot),
LogsBloom: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.LogsBloom),
PrevRandao: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.PrevRandao),
BlockNumber: sourceLatestExecutionPaylodHeader.BlockNumber,
GasLimit: sourceLatestExecutionPaylodHeader.GasLimit,
GasUsed: sourceLatestExecutionPaylodHeader.GasUsed,
Timestamp: sourceLatestExecutionPaylodHeader.Timestamp,
ExtraData: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.ExtraData),
BaseFeePerGas: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.BaseFeePerGas),
BlockHash: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.BlockHash),
TransactionsRoot: bytesutil.SafeCopyBytes(sourceLatestExecutionPaylodHeader.TransactionsRoot),
},
}
return result, nil
}
func V1Alpha1SignedContributionAndProofToV2(alphaContribution *ethpbalpha.SignedContributionAndProof) *ethpbv2.SignedContributionAndProof {
result := &ethpbv2.SignedContributionAndProof{
Message: &ethpbv2.ContributionAndProof{
AggregatorIndex: alphaContribution.Message.AggregatorIndex,
Contribution: &ethpbv2.SyncCommitteeContribution{
Slot: alphaContribution.Message.Contribution.Slot,
BeaconBlockRoot: alphaContribution.Message.Contribution.BlockRoot,
SubcommitteeIndex: alphaContribution.Message.Contribution.SubcommitteeIndex,
AggregationBits: alphaContribution.Message.Contribution.AggregationBits,
Signature: alphaContribution.Message.Contribution.Signature,
},
SelectionProof: alphaContribution.Message.SelectionProof,
},
Signature: alphaContribution.Signature,
}
return result
}
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