mock

type CurrentBlockProviderStub struct {
	GetCurrentBlockHeaderCalled            func() data.HeaderHandler
	SetCurrentBlockHeaderAndRootHashCalled func(bh data.HeaderHandler, rootHash []byte) error
}

type HardforkHandlerStub struct {
	ShouldTriggerHardforkCalled func() <-chan struct{}
	ExecuteCalled               func()
	CloseCalled                 func()
}

type HeartbeatMonitorStub struct {
	GetHeartbeatsCalled func() []data.PubKeyHeartbeat
}

type HeartbeatSenderInfoProviderStub struct {
	GetSenderInfoCalled func() (string, core.P2PPeerSubType, error)
}

type KeyGenMock struct {
	GeneratePairMock            func() (crypto.PrivateKey, crypto.PublicKey)
	PrivateKeyFromByteArrayMock func(b []byte) (crypto.PrivateKey, error)
	PublicKeyFromByteArrayMock  func(b []byte) (crypto.PublicKey, error)
	SuiteMock                   func() crypto.Suite
}

type PeerSignatureHandlerStub struct {
	VerifyPeerSignatureCalled func(pk []byte, pid core.PeerID, signature []byte) error
	GetPeerSignatureCalled    func(key crypto.PrivateKey, pid []byte) ([]byte, error)
}

type PeerTypeProviderStub struct {
	ComputeForPubKeyCalled func(pubKey []byte) (common.PeerType, uint32, error)
}

type PrivateKeyStub struct {
	ToByteArrayHandler    func() ([]byte, error)
	GeneratePublicHandler func() crypto.PublicKey
	SuiteHandler          func() crypto.Suite
	ScalarHandler         func() crypto.Scalar
}

type PubkeyConverterMock struct {
	// contains filtered or unexported fields
}

type PublicKeyMock struct {
	ToByteArrayHandler func() ([]byte, error)
	SuiteCalled        func() crypto.Suite
	PointCalled        func() crypto.Point
}

type RedundancyHandlerStub struct {
	IsRedundancyNodeCalled    func() bool
	IsMainMachineActiveCalled func() bool
	ObserverPrivateKeyCalled  func() crypto.PrivateKey
}

type SenderHandlerStub struct {
	ExecutionReadyChannelCalled func() <-chan time.Time
	ExecuteCalled               func()
	CloseCalled                 func()
}

type TimerHandlerStub struct {
	CreateNewTimerCalled        func(duration time.Duration)
	ExecutionReadyChannelCalled func() <-chan time.Time
	CloseCalled                 func()
}