validator

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

type Config struct {
	// EnableRPC is a flag to enable the RPC for validator
	EnableRPC bool `mapstructure:"EnableRPC"`
	// Signer is the key which is used to sign valid certificates
	Signer signertypes.SignerConfig `mapstructure:"Signer"`
	// ServerConfig contains the configuration for the gRPC server.
	ServerConfig aggkitgrpc.ServerConfig `mapstructure:"ServerConfig"`
	// MaxCertSize is the maximum size of the certificate (the emitted certificate cannot be bigger that this size)
	// 0 is infinite
	MaxCertSize uint `mapstructure:"MaxCertSize"`
	// MaxL2BlockNumber is the last L2 block number that is going to be included in a certificate
	// 0 means disabled
	MaxL2BlockNumber uint64 `mapstructure:"MaxL2BlockNumber"`
	// MaxL2BlockRange is the maximum L2 block range allowed in a certificate (ToBlock - FromBlock)
	// 0 means disabled
	MaxL2BlockRange uint64 `mapstructure:"MaxL2BlockRange"`
	// DelayBetweenRetries is the delay between retries:
	//  is used on store Certificate and also in initial check
	DelayBetweenRetries types.Duration `mapstructure:"DelayBetweenRetries"`
	// LerQuerier contains the configuration for the LER querier
	// which is used to query the LER data from the RollupManager contract
	LerQuerier LerQuerierConfig `mapstructure:"LerQuerierConfig"`
	// PPConfig specific configuration for Pessimistic mode
	PPConfig PPConfig `mapstructure:"PPConfig"`
	// FEPConfig specific configuration for FEP mode
	FEPConfig FEPConfig `mapstructure:"FEPConfig"`
	// AgglayerClient is the Agglayer gRPC client configuration
	AgglayerClient agglayer.ClientConfig `mapstructure:"AgglayerClient"`
	// Mode is the mode of the AggSender Validator (regular pessimistic proof mode or the aggchain proof mode)
	Mode aggsendertypes.AggsenderMode `jsonschema:"enum=PessimisticProof, enum=AggchainProof, enum=Auto" mapstructure:"Mode"` //nolint:lll
	// RequireCommitteeMembershipCheck indicates whether to check if the validator is part of the committee
	RequireCommitteeMembershipCheck bool `mapstructure:"RequireCommitteeMembershipCheck"`
	// AgglayerBridgeL2Addr is the address of the bridge L2 sovereign contract on L2 sovereign chain
	AgglayerBridgeL2Addr ethCommon.Address `mapstructure:"AgglayerBridgeL2Addr"`
	// UnsetClaimsMaxLogBlockRange is the proactive max block range for eth_getLogs queries when fetching unset claims.
	// 0 means disabled.
	UnsetClaimsMaxLogBlockRange uint64 `mapstructure:"UnsetClaimsMaxLogBlockRange"`
	// GlobalExitRootL1Addr is the address of the GlobalExitRootManager contract on L1
	GlobalExitRootL1Addr ethCommon.Address `mapstructure:"GlobalExitRootL1Addr"`
	// BlockFinalityForL1InfoTree indicates the block finality to use when querying for L1InfoRoot to use
	BlockFinalityForL1InfoTree aggkittypes.BlockNumberFinality `` //nolint:lll
	/* 147-byte string literal not displayed */

}

type FEPConfig struct {
	// SovereignRollupAddr is the address of the sovereign rollup contract on L1
	SovereignRollupAddr ethCommon.Address `mapstructure:"SovereignRollupAddr"`
	// RequireNoBlockGap is true if the AggSender should not accept a gap between
	// lastBlock from lastCertificate and first block of FEP
	RequireNoBlockGap bool `mapstructure:"RequireNoBlockGap"`
	// OpNodeURL is the URL of the OP Node to query for op related data
	OpNodeURL string `mapstructure:"OpNodeURL"`
}

type L1InfoTreeRootByLeafQuerier interface {
	// GetL1InfoRootByLeafIndex returns the L1 Info tree root for the given leaf index
	GetL1InfoRootByLeafIndex(ctx context.Context, leafCount uint32) (*treetypes.Root, error)
}

type LerQuerierConfig struct {
	// RollupManagerAddr is the address of the RollupManager contract on L1
	RollupManagerAddr ethCommon.Address `mapstructure:"RollupManagerAddr"`
	// RollupCreationBlockL1 is the block number when the rollup was created on L1
	RollupCreationBlockL1 uint64 `mapstructure:"RollupCreationBlockL1"`
}

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

type PPConfig struct {
	// RequireOneBridgeInPPCertificate is a flag to force the validator to have at least one bridge exit
	// for the Pessimistic Proof certificates
	RequireOneBridgeInPPCertificate bool `mapstructure:"RequireOneBridgeInPPCertificate"`
}

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

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

type ValidatorService struct {
	// Embed the generated server interface to ensure forward compatibility
	v1.UnimplementedAggsenderValidatorServer
	// contains filtered or unexported fields
}