# beacon_chain # Copyright (c) 2024 Status Research & Development GmbH # Licensed and distributed under either of # * MIT license (license terms in the root directory or at https://opensource.org/licenses/MIT). # * Apache v2 license (license terms in the root directory or at https://www.apache.org/licenses/LICENSE-2.0). # at your option. This file may not be copied, modified, or distributed except according to those terms. {.push raises: [].} {.used.} import # Standard library std/[ strutils, streams, strformat, macros, sets], # Third-party yaml, # Beacon chain internals ../../../beacon_chain/spec/datatypes/[altair, electra], # Status libraries snappy, # Test utilities ../../testutil, ../fixtures_utils, ../os_ops from ../../../beacon_chain/spec/datatypes/bellatrix import PowBlock from ../../../beacon_chain/spec/datatypes/capella import BLSToExecutionChange, SignedBLSToExecutionChange, HistoricalSummary, Withdrawal from ../../../beacon_chain/spec/datatypes/deneb import BlobIdentifier, BlobSidecar # SSZ tests of consensus objects (minimal/mainnet preset specific) # Parsing definitions # ---------------------------------------------------------------- const SSZDir = SszTestsDir/const_preset/"electra"/"ssz_static" type SSZHashTreeRoot = object # The test files have the values at the "root" # so we **must** use "root" as a field name root: string # Some have a signing_root field signing_root {.defaultVal: "".}: string # Note this only tracks HashTreeRoot # Checking the values against the yaml file is TODO (require more flexible Yaml parser) proc checkSSZ( T: type electra.SignedBeaconBlock, dir: string, expectedHash: SSZHashTreeRoot ) {.raises: [IOError, SerializationError, UnconsumedInput].} = # Deserialize into a ref object to not fill Nim stack let encoded = snappy.decode( readFileBytes(dir/"serialized.ssz_snappy"), MaxObjectSize) let deserialized = newClone(sszDecodeEntireInput(encoded, T)) # SignedBeaconBlocks usually not hashed because they're identified by # htr(BeaconBlock), so do it manually check: expectedHash.root == "0x" & toLowerAscii($hash_tree_root( [hash_tree_root(deserialized.message), hash_tree_root(deserialized.signature)])) check deserialized.root == hash_tree_root(deserialized.message) check SSZ.encode(deserialized[]) == encoded check sszSize(deserialized[]) == encoded.len # TODO check the value (requires YAML loader) proc checkSSZ( T: type, dir: string, expectedHash: SSZHashTreeRoot ) {.raises: [IOError, SerializationError, UnconsumedInput].} = # Deserialize into a ref object to not fill Nim stack let encoded = snappy.decode( readFileBytes(dir/"serialized.ssz_snappy"), MaxObjectSize) deserialized = newClone(sszDecodeEntireInput(encoded, T)) check: expectedHash.root == "0x" & toLowerAscii($hash_tree_root(deserialized[])) SSZ.encode(deserialized[]) == encoded sszSize(deserialized[]) == encoded.len # TODO check the value (requires YAML loader) proc loadExpectedHashTreeRoot( dir: string ): SSZHashTreeRoot {.raises: [ Exception, IOError, OSError, YamlConstructionError, YamlParserError].} = let s = openFileStream(dir/"roots.yaml") yaml.load(s, result) s.close() # Test runner # ---------------------------------------------------------------- debugRaiseAssert "re-enable AggregateAndProof and SignedAggregateAndProof" suite "EF - Electra - SSZ consensus objects " & preset(): doAssert dirExists(SSZDir), "You need to run the \"download_test_vectors.sh\" script to retrieve the consensus spec test vectors." for pathKind, sszType in walkDir(SSZDir, relative = true, checkDir = true): doAssert pathKind == pcDir test &" Testing {sszType}": let path = SSZDir/sszType for pathKind, sszTestKind in walkDir( path, relative = true, checkDir = true): doAssert pathKind == pcDir let path = SSZDir/sszType/sszTestKind for pathKind, sszTestCase in walkDir( path, relative = true, checkDir = true): let path = SSZDir/sszType/sszTestKind/sszTestCase let hash = loadExpectedHashTreeRoot(path) case sszType: of "AggregateAndProof": discard # checkSSZ(AggregateAndProof, path, hash) of "Attestation": checkSSZ(electra.Attestation, path, hash) of "AttestationData": checkSSZ(AttestationData, path, hash) of "AttesterSlashing": checkSSZ(ElectraAttesterSlashing, path, hash) of "BeaconBlock": checkSSZ(electra.BeaconBlock, path, hash) of "BeaconBlockBody": checkSSZ(electra.BeaconBlockBody, path, hash) of "BeaconBlockHeader": checkSSZ(BeaconBlockHeader, path, hash) of "BeaconState": checkSSZ(electra.BeaconState, path, hash) of "BlobIdentifier": checkSSZ(BlobIdentifier, path, hash) of "BlobSidecar": checkSSZ(BlobSidecar, path, hash) of "BLSToExecutionChange": checkSSZ(BLSToExecutionChange, path, hash) of "Checkpoint": checkSSZ(Checkpoint, path, hash) of "Consolidation": checkSSZ(Consolidation, path, hash) of "ContributionAndProof": checkSSZ(ContributionAndProof, path, hash) of "Deposit": checkSSZ(Deposit, path, hash) of "DepositData": checkSSZ(DepositData, path, hash) of "DepositMessage": checkSSZ(DepositMessage, path, hash) of "DepositReceipt": checkSSZ(DepositReceipt, path, hash) of "Eth1Block": checkSSZ(Eth1Block, path, hash) of "Eth1Data": checkSSZ(Eth1Data, path, hash) of "ExecutionLayerWithdrawalRequest": checkSSZ(ExecutionLayerWithdrawalRequest, path, hash) of "ExecutionPayload": checkSSZ(ExecutionPayload, path, hash) of "ExecutionPayloadHeader": checkSSZ(ExecutionPayloadHeader, path, hash) of "Fork": checkSSZ(Fork, path, hash) of "ForkData": checkSSZ(ForkData, path, hash) of "HistoricalBatch": checkSSZ(HistoricalBatch, path, hash) of "HistoricalSummary": checkSSZ(HistoricalSummary, path, hash) of "IndexedAttestation": checkSSZ(ElectraIndexedAttestation, path, hash) of "LightClientBootstrap": checkSSZ(electra.LightClientBootstrap, path, hash) of "LightClientHeader": checkSSZ(electra.LightClientHeader, path, hash) of "LightClientUpdate": checkSSZ(electra.LightClientUpdate, path, hash) of "LightClientFinalityUpdate": checkSSZ(electra.LightClientFinalityUpdate, path, hash) of "LightClientOptimisticUpdate": checkSSZ(electra.LightClientOptimisticUpdate, path, hash) of "PendingAttestation": checkSSZ(PendingAttestation, path, hash) of "PendingBalanceDeposit": checkSSZ(PendingBalanceDeposit, path, hash) of "PendingConsolidation": checkSSZ(PendingConsolidation, path, hash) of "PendingPartialWithdrawal": checkSSZ(PendingPartialWithdrawal, path, hash) of "PowBlock": checkSSZ(PowBlock, path, hash) of "ProposerSlashing": checkSSZ(ProposerSlashing, path, hash) of "SignedAggregateAndProof": discard #checkSSZ(SignedAggregateAndProof, path, hash) of "SignedBeaconBlock": checkSSZ(electra.SignedBeaconBlock, path, hash) of "SignedBeaconBlockHeader": checkSSZ(SignedBeaconBlockHeader, path, hash) of "SignedBLSToExecutionChange": checkSSZ(SignedBLSToExecutionChange, path, hash) of "SignedContributionAndProof": checkSSZ(SignedContributionAndProof, path, hash) of "SignedConsolidation": checkSSZ(SignedConsolidation, path, hash) of "SignedVoluntaryExit": checkSSZ(SignedVoluntaryExit, path, hash) of "SigningData": checkSSZ(SigningData, path, hash) of "SyncAggregate": checkSSZ(SyncAggregate, path, hash) of "SyncAggregatorSelectionData": checkSSZ(SyncAggregatorSelectionData, path, hash) of "SyncCommittee": checkSSZ(SyncCommittee, path, hash) of "SyncCommitteeContribution": checkSSZ(SyncCommitteeContribution, path, hash) of "SyncCommitteeMessage": checkSSZ(SyncCommitteeMessage, path, hash) of "Withdrawal": checkSSZ(Withdrawal, path, hash) of "Validator": checkSSZ(Validator, path, hash) of "VoluntaryExit": checkSSZ(VoluntaryExit, path, hash) else: raise newException(ValueError, "Unsupported test: " & sszType)