mempool

type Mempool interface {
	// we may want to be able to stop valid transactions
	// from entering the mempool, e.g. during blocks creation
	EnableAdding()
	DisableAdding()

	Add(tx *txs.Tx) error
	Has(txID ids.ID) bool
	Get(txID ids.ID) *txs.Tx
	Remove(txs []*txs.Tx)

	// Following Banff activation, all mempool transactions,
	// (both decision and staker) are included into Standard blocks.
	// HasTxs allow to check for availability of any mempool transaction.
	HasTxs() bool
	// PeekTxs returns the next txs for Banff blocks
	// up to maxTxsBytes without removing them from the mempool.
	PeekTxs(maxTxsBytes int) []*txs.Tx

	// Drops all [txs.Staker] transactions whose [StartTime] is before
	// [minStartTime] from [mempool]. The dropped tx ids are returned.
	//
	// TODO: Remove once [StartTime] field is ignored in staker txs
	DropExpiredStakerTxs(minStartTime time.Time) []ids.ID

	// RequestBuildBlock notifies the consensus engine that a block should be
	// built. If [emptyBlockPermitted] is true, the notification will be sent
	// regardless of whether there are no transactions in the mempool. If not,
	// a notification will only be sent if there is at least one transaction in
	// the mempool.
	RequestBuildBlock(emptyBlockPermitted bool)

	// Note: dropped txs are added to droppedTxIDs but are not evicted from
	// unissued decision/staker txs. This allows previously dropped txs to be
	// possibly reissued.
	MarkDropped(txID ids.ID, reason error)
	GetDropReason(txID ids.ID) error
}

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

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