common

const (
	// CfgConfigPath defines custom config path
	CfgConfigPath = "config.path"

	// CfgDataPath defines custom DB path
	CfgDataPath = "data.path"

	// CfgKeyPath defines custom key path
	CfgKeyPath = "key.path"

	// CfgNodeType indicates the type of the node, e.g. blockchain node/edge node
	CfgNodeType = "node.type"
	// CfgForceValidateSnapshot defines wether validation of snapshot can be skipped
	CfgForceValidateSnapshot = "snapshot.force_validate"

	// CfgGenesisHash defines the hash of the genesis block
	CfgGenesisHash = "genesis.hash"
	// CfgGenesisChainID defines the chainID.
	CfgGenesisChainID = "genesis.chainID"

	// CfgConsensusMaxEpochLength defines the maxium length of an epoch.
	CfgConsensusMaxEpochLength = "consensus.maxEpochLength"
	// CfgConsensusMinBlockTime defines the minimal block interval (in seconds)
	CfgConsensusMinBlockInterval = "consensus.minBlockInterval"
	// CfgConsensusMessageQueueSize defines the capacity of consensus message queue.
	CfgConsensusMessageQueueSize = "consensus.messageQueueSize"
	// CfgConsensusEdgeNodeVoteQueueSize defines the capacity of edge node vote message queue.
	CfgConsensusEdgeNodeVoteQueueSize = "consensus.edgeNodeVoteQueueSize"
	// CfgConsensusPassThroughSentryVote defines the how sentry vote is handled.
	CfgConsensusPassThroughSentryVote = "consensus.passThroughSentryVote"

	// CfgStorageRollingEnabled indicates whether rolling is enabled
	CfgStorageRollingEnabled = "storage.stateRollingEnabled"
	// CfgStorageStatePruningEnabled indicates whether state pruning is enabled
	CfgStorageStatePruningEnabled = "storage.statePruningEnabled"
	// CfgStorageStatePruningInterval indicates the purning interval (in terms of blocks)
	CfgStorageStatePruningInterval = "storage.statePruningInterval"
	// CfgStorageStatePruningRetainedBlocks indicates the number of blocks prior to the latest finalized block to be retained
	CfgStorageStatePruningRetainedBlocks = "storage.statePruningRetainedBlocks"
	// CfgStorageStatePruningSkipCheckpoints indicates if the checkpoint state trie should be retained
	CfgStorageStatePruningSkipCheckpoints = "storage.statePruningSkipCheckpoints"
	// CfgStorageLevelDBCacheSize indicates Level DB cache size
	CfgStorageLevelDBCacheSize = "storage.levelDBCacheSize"
	// CfgStorageLevelDBHandles indicates Level DB handle count
	CfgStorageLevelDBHandles = "storage.levelDBHandles"
	// CfgStorageRollingInterval is the block interval that we start new db layer
	CfgStorageRollingInterval = "storage.rollingInterval"

	// CfgSyncMessageQueueSize defines the capacity of Sync Manager message queue.
	CfgSyncMessageQueueSize = "sync.messageQueueSize"
	// CfgSyncDownloadByHash indicates whether should download blocks using hash.
	CfgSyncDownloadByHash = "sync.downloadByHash"
	// CfgSyncDownloadByHeader indicates whether should download blocks using header.
	CfgSyncDownloadByHeader = "sync.downloadByHeader"

	// CfgP2POpt sets which P2P network to use: p2p, libp2p, or both.
	CfgP2POpt = "p2p.opt"
	// CfgP2PReuseStream sets whether to reuse libp2p stream
	CfgP2PReuseStream = "p2p.reuseStream"
	// CfgP2PName sets the ID of local node in P2P network.
	CfgP2PName = "p2p.name"
	// CfgP2PVersion sets the version of P2P network.
	CfgP2PVersion = "p2p.version"
	// CfgP2PProtocolPrefix sets the protocol prefix of P2P network.
	CfgP2PProtocolPrefix = "p2p.protocolPrefix"
	// CfgP2PPort sets the port used by P2P network.
	CfgP2PPort = "p2p.port"
	// CfgP2PLPort sets the port used by P2P network.
	CfgP2PLPort = "p2p.libp2pPort"
	// CfgP2PIsBootstrapNode specifies whether the node acts as a boostrap node
	CfgP2PIsBootstrapNode = "p2p.isBootstrapNode"
	// CfgP2PBootstrapNodePurgePeerInterval specifies the interval (in seconds) for a bootstrap node to purge all non-seed peers
	//CfgP2PBootstrapNodePurgePeerInterval = "p2p.bootstrapNodePurgePeerInterval"
	// CfgP2PBootstrapSeeds sets the boostrap peers.
	CfgP2PBootstrapSeeds = "p2p.bootstrapSeeds"
	// CfgP2PSeeds sets the seed peers.
	CfgP2PSeeds = "p2p.seeds"
	// CfgLibP2PSeeds sets the boostrap peers in libp2p format.
	CfgLibP2PSeeds = "p2p.libp2pSeeds"
	// CfgLibP2PRendezvous is the libp2p rendezvous string
	CfgLibP2PRendezvous = "p2p.libp2pRendezvous"
	// CfgP2PMessageQueueSize sets the message queue size for network interface.
	CfgP2PMessageQueueSize = "p2p.messageQueueSize"
	// CfgP2PSeedPeerOnlyOutbound decides whether only the seed peers can be outbound peers.
	CfgP2PSeedPeerOnlyOutbound = "p2p.seedPeerOnlyOutbound"
	// CfgP2PSeedPeerOnly decides whether the node will connect to peers other than the seeds.
	CfgP2PSeedPeerOnly = "p2p.seedPeerOnly"
	// CfgP2PMinNumPeers specifies the minimal number of peers a node tries to maintain
	CfgP2PMinNumPeers = "p2p.minNumPeers"
	// CfgP2PMaxNumPeers specifies the maximal number of peers a node can simultaneously connected to
	CfgP2PMaxNumPeers = "p2p.maxNumPeers"
	// CfgMaxNumPersistentPeers sets the max number of peers to persist for normal nodes
	CfgMaxNumPersistentPeers = "p2p.maxNumPersistentPeers"
	// CfgP2PMaxNumPeersToBroadcast specifies the maximal number of peers to broadcast a message to
	CfgP2PMaxNumPeersToBroadcast = "p2p.maxNumPeersToBroadcast"
	// CfgBufferPoolSize defines the number of buffers in the pool.
	CfgBufferPoolSize = "p2p.bufferPoolSize"
	// CfgP2PConnectionFIFO specifies if the incoming connection policy is FIFO or LIFO
	CfgP2PConnectionFIFO = "p2p.connectionFIFO"
	// CfgP2PNatMapping sets whether to perform NAT mapping
	CfgP2PNatMapping = "p2p.natMapping"
	// CfgP2PMaxConnections specifies the number of max connections a node can accept
	CfgP2PMaxConnections = "p2p.maxConnections"

	// CfgSyncInboundResponseWhitelist filters inbound messages based on peer ID.
	CfgSyncInboundResponseWhitelist = "sync.inboundResponseWhitelist"

	// CfgRPCEnabled sets whether to run RPC service.
	CfgRPCEnabled = "rpc.enabled"
	// CfgRPCAddress sets the binding address of RPC service.
	CfgRPCAddress = "rpc.address"
	// CfgRPCPort sets the port of RPC service.
	CfgRPCPort = "rpc.port"
	// CfgRPCMaxConnections limits concurrent connections accepted by RPC server.
	CfgRPCMaxConnections = "rpc.maxConnections"
	// CfgRPCTimeoutSecs set a timeout for RPC.
	CfgRPCTimeoutSecs = "rpc.timeoutSecs"

	// CfgLogLevels sets the log level.
	CfgLogLevels = "log.levels"
	// CfgLogPrintSelfID determines whether to print node's ID in log (Useful in simulation when
	// there are more than one node running).
	CfgLogPrintSelfID = "log.printSelfID"

	// CfgSentryRoundLength defines the length of a sentry voting round.
	CfgSentryRoundLength = "sentry.roundLength"

	// Graphite Server to collet metrics
	CfgMetricsServer = "metrics.server"

	// CfgProfEnabled to enable profiling
	CfgProfEnabled = "prof.enabled"

	// CfgForceGCEnabled to enable force GC
	CfgForceGCEnabled = "gc.enabled"

	// CfgDebugLogSelectedEENPs to enable logging of selected eenps
	CfgDebugLogSelectedEENPs = "debug.logSelectedEENPs"
)

const (
	// HashLength is the expected length of the hash
	HashLength = 32
	// AddressLength is the expected length of the adddress
	AddressLength = 20
)

const CheckpointInterval = int64(100)

const (
	FeatureSentry uint64 = 0
)

const HeightEnableDneroV1 uint64 = 1001 // block #1001

const HeightEnableDneroV2 uint64 = 100001 // block #100001

const HeightEnableSmartContract uint64 = 60001 // block #60001

const HeightEnableValidatorReward uint64 = 50001 // block #50001

const HeightNewFeeAdjustment uint64 = 80001 // block #80001

const HeightRPCCompatibility uint64 = 70001 // block #70001

const HeightSampleStakingReward uint64 = 90001 // block #90001

const HeightSupportDneroTokenInSmartContract uint64 = 120001 // block #120001

const HeightSupportWrappedDnero uint64 = 150001 // block #150001

const HeightTxWrapperExtension uint64 = 110001 // block #110001

const InitialConfig = `# Dnero configuration
p2p:
  port: 6000
  seeds: 127.0.0.1:7000,127.0.0.1:8000
`