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invalid_quorum_then_valid_quorum_sc.go
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invalid_quorum_then_valid_quorum_sc.go
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package postconsensus
import (
"github.com/attestantio/go-eth2-client/spec"
"github.com/bloxapp/ssv-spec/qbft"
"github.com/bloxapp/ssv-spec/ssv"
ssvcomparable "github.com/bloxapp/ssv-spec/ssv/spectest/comparable"
"github.com/bloxapp/ssv-spec/types"
"github.com/bloxapp/ssv-spec/types/testingutils"
"github.com/bloxapp/ssv-spec/types/testingutils/comparable"
)
// invalidThenQuorumSyncCommitteeContributionSC returns state comparison object for the invalid then quorum SyncCommitteeContribution versioned spec test
// runner should finish since quorum is achieved
func invalidQuorumThenValidQuorumSyncCommitteeContributionSC() *comparable.StateComparison {
ks := testingutils.Testing4SharesSet()
cd := testingutils.TestSyncCommitteeContributionConsensusData
cdBytes := testingutils.TestSyncCommitteeContributionConsensusDataByts
return &comparable.StateComparison{
ExpectedState: func() ssv.Runner {
ret := testingutils.SyncCommitteeContributionRunner(ks)
ret.GetBaseRunner().State = &ssv.State{
PreConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{},
),
PostConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgSyncCommitteeContribution(nil, testingutils.PostConsensusSyncCommitteeContributionMsg(ks.Shares[2], 2, ks))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgSyncCommitteeContribution(nil, testingutils.PostConsensusSyncCommitteeContributionMsg(ks.Shares[3], 3, ks))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgSyncCommitteeContribution(nil, testingutils.PostConsensusSyncCommitteeContributionMsg(ks.Shares[4], 4, ks))),
},
),
DecidedValue: cd,
StartingDuty: &cd.Duty,
Finished: true,
}
ret.GetBaseRunner().State.RunningInstance = &qbft.Instance{
State: &qbft.State{
Share: testingutils.TestingShare(ks),
ID: ret.GetBaseRunner().QBFTController.Identifier,
Round: qbft.FirstRound,
Height: qbft.FirstHeight,
LastPreparedRound: qbft.NoRound,
Decided: true,
DecidedValue: cdBytes,
},
}
comparable.SetMessages(ret.GetBaseRunner().State.RunningInstance, []*types.SSVMessage{})
ret.GetBaseRunner().QBFTController.StoredInstances = append(ret.GetBaseRunner().QBFTController.StoredInstances, ret.GetBaseRunner().State.RunningInstance)
return ret
}(),
}
}
// invalidThenQuorumSyncCommitteeSC returns state comparison object for the invalid then quorum SyncCommittee versioned spec test
// runner should finish since quorum was achieved
func invalidQuorumThenValidQuorumSyncCommitteeSC() *comparable.StateComparison {
ks := testingutils.Testing4SharesSet()
cd := testingutils.TestSyncCommitteeConsensusData
cdBytes := testingutils.TestSyncCommitteeConsensusDataByts
return &comparable.StateComparison{
ExpectedState: func() ssv.Runner {
ret := testingutils.SyncCommitteeRunner(ks)
ret.GetBaseRunner().State = &ssv.State{
PreConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{},
),
PostConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgSyncCommittee(nil, testingutils.PostConsensusSyncCommitteeMsg(ks.Shares[2], 2))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgSyncCommittee(nil, testingutils.PostConsensusSyncCommitteeMsg(ks.Shares[3], 3))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgSyncCommittee(nil, testingutils.PostConsensusSyncCommitteeMsg(ks.Shares[4], 4))),
},
),
DecidedValue: cd,
StartingDuty: &cd.Duty,
Finished: true,
}
ret.GetBaseRunner().State.RunningInstance = &qbft.Instance{
State: &qbft.State{
Share: testingutils.TestingShare(ks),
ID: ret.GetBaseRunner().QBFTController.Identifier,
Round: qbft.FirstRound,
Height: qbft.FirstHeight,
LastPreparedRound: qbft.NoRound,
Decided: true,
DecidedValue: cdBytes,
},
}
comparable.SetMessages(ret.GetBaseRunner().State.RunningInstance, []*types.SSVMessage{})
ret.GetBaseRunner().QBFTController.StoredInstances = append(ret.GetBaseRunner().QBFTController.StoredInstances, ret.GetBaseRunner().State.RunningInstance)
return ret
}(),
}
}
// invalidThenQuorumAggregatorSC returns state comparison object for the invalid then quorum Aggregator versioned spec test
// runner should finish since quorum was achieved
func invalidQuorumThenValidQuorumAggregatorSC() *comparable.StateComparison {
ks := testingutils.Testing4SharesSet()
cd := testingutils.TestAggregatorConsensusData
cdBytes := testingutils.TestAggregatorConsensusDataByts
return &comparable.StateComparison{
ExpectedState: func() ssv.Runner {
ret := testingutils.AggregatorRunner(ks)
ret.GetBaseRunner().State = &ssv.State{
PreConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{},
),
PostConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgAggregator(nil, testingutils.PostConsensusAggregatorMsg(ks.Shares[2], 2))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgAggregator(nil, testingutils.PostConsensusAggregatorMsg(ks.Shares[3], 3))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgAggregator(nil, testingutils.PostConsensusAggregatorMsg(ks.Shares[4], 4))),
},
),
DecidedValue: cd,
StartingDuty: &cd.Duty,
Finished: true,
}
ret.GetBaseRunner().State.RunningInstance = &qbft.Instance{
State: &qbft.State{
Share: testingutils.TestingShare(ks),
ID: ret.GetBaseRunner().QBFTController.Identifier,
Round: qbft.FirstRound,
Height: qbft.FirstHeight,
LastPreparedRound: qbft.NoRound,
Decided: true,
DecidedValue: cdBytes,
},
}
comparable.SetMessages(ret.GetBaseRunner().State.RunningInstance, []*types.SSVMessage{})
ret.GetBaseRunner().QBFTController.StoredInstances = append(ret.GetBaseRunner().QBFTController.StoredInstances, ret.GetBaseRunner().State.RunningInstance)
return ret
}(),
}
}
// invalidThenQuorumAttesterSC returns state comparison object for the invalid then quorum Attester versioned spec test
// runner should finish since quorum was achieved
func invalidQuorumThenValidQuorumAttesterSC() *comparable.StateComparison {
ks := testingutils.Testing4SharesSet()
cd := testingutils.TestAttesterConsensusData
cdBytes := testingutils.TestAttesterConsensusDataByts
return &comparable.StateComparison{
ExpectedState: func() ssv.Runner {
ret := testingutils.AttesterRunner(ks)
ret.GetBaseRunner().State = &ssv.State{
PreConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{},
),
PostConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgAttester(nil, testingutils.PostConsensusAttestationMsg(ks.Shares[2], 2, qbft.FirstHeight))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgAttester(nil, testingutils.PostConsensusAttestationMsg(ks.Shares[3], 3, qbft.FirstHeight))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgAttester(nil, testingutils.PostConsensusAttestationMsg(ks.Shares[4], 4, qbft.FirstHeight))),
},
),
DecidedValue: cd,
StartingDuty: &cd.Duty,
Finished: true,
}
ret.GetBaseRunner().State.RunningInstance = &qbft.Instance{
State: &qbft.State{
Share: testingutils.TestingShare(ks),
ID: ret.GetBaseRunner().QBFTController.Identifier,
Round: qbft.FirstRound,
Height: qbft.FirstHeight,
LastPreparedRound: qbft.NoRound,
Decided: true,
DecidedValue: cdBytes,
},
}
comparable.SetMessages(ret.GetBaseRunner().State.RunningInstance, []*types.SSVMessage{})
ret.GetBaseRunner().QBFTController.StoredInstances = append(ret.GetBaseRunner().QBFTController.StoredInstances, ret.GetBaseRunner().State.RunningInstance)
return ret
}(),
}
}
// invalidThenQuorumProposerSC returns state comparison object for the invalid then quorum Proposer versioned spec test
// runner should finish since quorum was achieved
func invalidQuorumThenValidQuorumProposerSC(version spec.DataVersion) *comparable.StateComparison {
ks := testingutils.Testing4SharesSet()
cd := testingutils.TestProposerConsensusDataV(version)
cdBytes := testingutils.TestProposerConsensusDataBytsV(version)
return &comparable.StateComparison{
ExpectedState: func() ssv.Runner {
ret := testingutils.ProposerRunner(ks)
ret.GetBaseRunner().State = &ssv.State{
PreConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{},
),
PostConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgProposer(nil, testingutils.PostConsensusProposerMsgV(ks.Shares[2], 2, version))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgProposer(nil, testingutils.PostConsensusProposerMsgV(ks.Shares[3], 3, version))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgProposer(nil, testingutils.PostConsensusProposerMsgV(ks.Shares[4], 4, version))),
},
),
DecidedValue: cd,
StartingDuty: &cd.Duty,
Finished: true,
}
ret.GetBaseRunner().State.RunningInstance = &qbft.Instance{
State: &qbft.State{
Share: testingutils.TestingShare(ks),
ID: ret.GetBaseRunner().QBFTController.Identifier,
Round: qbft.FirstRound,
Height: qbft.FirstHeight,
LastPreparedRound: qbft.NoRound,
Decided: true,
DecidedValue: cdBytes,
},
}
comparable.SetMessages(ret.GetBaseRunner().State.RunningInstance, []*types.SSVMessage{})
ret.GetBaseRunner().QBFTController.StoredInstances = append(ret.GetBaseRunner().QBFTController.StoredInstances, ret.GetBaseRunner().State.RunningInstance)
return ret
}(),
}
}
// invalidThenQuorumBlindedProposerSC returns state comparison object for the invalid then quorum Blinded Proposer versioned spec test
// runner should finish since quorum was achieved
func invalidQuorumThenValidQuorumBlindedProposerSC(version spec.DataVersion) *comparable.StateComparison {
ks := testingutils.Testing4SharesSet()
cd := testingutils.TestProposerBlindedBlockConsensusDataV(version)
cdBytes := testingutils.TestProposerBlindedBlockConsensusDataBytsV(version)
return &comparable.StateComparison{
ExpectedState: func() ssv.Runner {
ret := testingutils.ProposerBlindedBlockRunner(ks)
ret.GetBaseRunner().State = &ssv.State{
PreConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{},
),
PostConsensusContainer: ssvcomparable.SetMessagesInContainer(
ssv.NewPartialSigContainer(3),
[]*types.SignedSSVMessage{
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgProposer(nil, testingutils.PostConsensusProposerMsgV(ks.Shares[2], 2, version))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgProposer(nil, testingutils.PostConsensusProposerMsgV(ks.Shares[3], 3, version))),
testingutils.SignedSSVMessageF(ks, testingutils.SSVMsgProposer(nil, testingutils.PostConsensusProposerMsgV(ks.Shares[4], 4, version))),
},
),
DecidedValue: cd,
StartingDuty: &cd.Duty,
Finished: true,
}
ret.GetBaseRunner().State.RunningInstance = &qbft.Instance{
State: &qbft.State{
Share: testingutils.TestingShare(ks),
ID: ret.GetBaseRunner().QBFTController.Identifier,
Round: qbft.FirstRound,
Height: qbft.FirstHeight,
LastPreparedRound: qbft.NoRound,
Decided: true,
DecidedValue: cdBytes,
},
}
comparable.SetMessages(ret.GetBaseRunner().State.RunningInstance, []*types.SSVMessage{})
ret.GetBaseRunner().QBFTController.StoredInstances = append(ret.GetBaseRunner().QBFTController.StoredInstances, ret.GetBaseRunner().State.RunningInstance)
return ret
}(),
}
}