config

type ApplicationConfiguration struct {
	Address           string                  `yaml:"Address"`
	AnnouncedNodePort uint16                  `yaml:"AnnouncedPort"`
	AttemptConnPeers  int                     `yaml:"AttemptConnPeers"`
	DBConfiguration   storage.DBConfiguration `yaml:"DBConfiguration"`
	DialTimeout       int64                   `yaml:"DialTimeout"`
	LogPath           string                  `yaml:"LogPath"`
	MaxPeers          int                     `yaml:"MaxPeers"`
	MinPeers          int                     `yaml:"MinPeers"`
	NodePort          uint16                  `yaml:"NodePort"`
	PingInterval      int64                   `yaml:"PingInterval"`
	PingTimeout       int64                   `yaml:"PingTimeout"`
	Pprof             metrics.Config          `yaml:"Pprof"`
	Prometheus        metrics.Config          `yaml:"Prometheus"`
	ProtoTickInterval int64                   `yaml:"ProtoTickInterval"`
	Relay             bool                    `yaml:"Relay"`
	RPC               rpc.Config              `yaml:"RPC"`
	UnlockWallet      Wallet                  `yaml:"UnlockWallet"`
	Oracle            OracleConfiguration     `yaml:"Oracle"`
	P2PNotary         P2PNotary               `yaml:"P2PNotary"`
	StateRoot         StateRoot               `yaml:"StateRoot"`
	// ExtensiblePoolSize is the maximum amount of the extensible payloads from a single sender.
	ExtensiblePoolSize int `yaml:"ExtensiblePoolSize"`
}

type Config struct {
	ProtocolConfiguration    ProtocolConfiguration    `yaml:"ProtocolConfiguration"`
	ApplicationConfiguration ApplicationConfiguration `yaml:"ApplicationConfiguration"`
}

type Hardfork byte

type NeoFSConfiguration struct {
	Nodes   []string      `yaml:"Nodes"`
	Timeout time.Duration `yaml:"Timeout"`
}

type OracleConfiguration struct {
	Enabled               bool               `yaml:"Enabled"`
	AllowPrivateHost      bool               `yaml:"AllowPrivateHost"`
	AllowedContentTypes   []string           `yaml:"AllowedContentTypes"`
	Nodes                 []string           `yaml:"Nodes"`
	NeoFS                 NeoFSConfiguration `yaml:"NeoFS"`
	MaxTaskTimeout        time.Duration      `yaml:"MaxTaskTimeout"`
	RefreshInterval       time.Duration      `yaml:"RefreshInterval"`
	MaxConcurrentRequests int                `yaml:"MaxConcurrentRequests"`
	RequestTimeout        time.Duration      `yaml:"RequestTimeout"`
	ResponseTimeout       time.Duration      `yaml:"ResponseTimeout"`
	UnlockWallet          Wallet             `yaml:"UnlockWallet"`
}

type P2PNotary struct {
	Enabled      bool   `yaml:"Enabled"`
	UnlockWallet Wallet `yaml:"UnlockWallet"`
}

type ProtocolConfiguration struct {
	// CommitteeHistory stores committee size change history (height: size).
	CommitteeHistory map[uint32]int `yaml:"CommitteeHistory"`
	// GarbageCollectionPeriod sets the number of blocks to wait before
	// starting the next MPT garbage collection cycle when RemoveUntraceableBlocks
	// option is used.
	GarbageCollectionPeriod uint32 `yaml:"GarbageCollectionPeriod"`

	Magic       netmode.Magic `yaml:"Magic"`
	MemPoolSize int           `yaml:"MemPoolSize"`

	// Hardforks is a map of hardfork names that enables version-specific application
	// logic dependent on the specified height.
	Hardforks map[string]uint32 `yaml:"Hardforks"`
	// InitialGASSupply is the amount of GAS generated in the genesis block.
	InitialGASSupply fixedn.Fixed8 `yaml:"InitialGASSupply"`
	// P2PNotaryRequestPayloadPoolSize specifies the memory pool size for P2PNotaryRequestPayloads.
	// It is valid only if P2PSigExtensions are enabled.
	P2PNotaryRequestPayloadPoolSize int `yaml:"P2PNotaryRequestPayloadPoolSize"`
	// KeepOnlyLatestState specifies if MPT should only store the latest state.
	// If true, DB size will be smaller, but older roots won't be accessible.
	// This value should remain the same for the same database.
	KeepOnlyLatestState bool `yaml:"KeepOnlyLatestState"`
	// RemoveUntraceableBlocks specifies if old data should be removed.
	RemoveUntraceableBlocks bool `yaml:"RemoveUntraceableBlocks"`
	// MaxBlockSize is the maximum block size in bytes.
	MaxBlockSize uint32 `yaml:"MaxBlockSize"`
	// MaxBlockSystemFee is the maximum overall system fee per block.
	MaxBlockSystemFee int64 `yaml:"MaxBlockSystemFee"`
	// MaxTraceableBlocks is the length of the chain accessible to smart contracts.
	MaxTraceableBlocks uint32 `yaml:"MaxTraceableBlocks"`
	// MaxTransactionsPerBlock is the maximum amount of transactions per block.
	MaxTransactionsPerBlock uint16 `yaml:"MaxTransactionsPerBlock"`
	// MaxValidUntilBlockIncrement is the upper increment size of blockchain height in blocks
	// exceeding that a transaction should fail validation. It is set to estimated daily number
	// of blocks with 15s interval.
	MaxValidUntilBlockIncrement uint32 `yaml:"MaxValidUntilBlockIncrement"`
	// NativeUpdateHistories is a list of histories of native contracts updates.
	NativeUpdateHistories map[string][]uint32 `yaml:"NativeActivations"`
	// P2PSigExtensions enables additional signature-related logic.
	P2PSigExtensions bool `yaml:"P2PSigExtensions"`
	// P2PStateExchangeExtensions enables additional P2P MPT state data exchange logic.
	P2PStateExchangeExtensions bool `yaml:"P2PStateExchangeExtensions"`
	// ReservedAttributes allows to have reserved attributes range for experimental or private purposes.
	ReservedAttributes bool `yaml:"ReservedAttributes"`
	// SaveStorageBatch enables storage batch saving before every persist.
	SaveStorageBatch bool     `yaml:"SaveStorageBatch"`
	SecondsPerBlock  int      `yaml:"SecondsPerBlock"`
	SeedList         []string `yaml:"SeedList"`
	StandbyCommittee []string `yaml:"StandbyCommittee"`
	// StateRooInHeader enables storing state root in block header.
	StateRootInHeader bool `yaml:"StateRootInHeader"`
	// StateSyncInterval is the number of blocks between state heights available for MPT state data synchronization.
	// It is valid only if P2PStateExchangeExtensions are enabled.
	StateSyncInterval int `yaml:"StateSyncInterval"`
	ValidatorsCount   int `yaml:"ValidatorsCount"`
	// Validators stores history of changes to consensus node number (height: number).
	ValidatorsHistory map[uint32]int `yaml:"ValidatorsHistory"`
	// Whether to verify received blocks.
	VerifyBlocks bool `yaml:"VerifyBlocks"`
	// Whether to verify transactions in the received blocks.
	VerifyTransactions bool `yaml:"VerifyTransactions"`
}

type StateRoot struct {
	Enabled      bool   `yaml:"Enabled"`
	UnlockWallet Wallet `yaml:"UnlockWallet"`
}

type Wallet struct {
	Path     string `yaml:"Path"`
	Password string `yaml:"Password"`
}