package flags import ( "github.com/urfave/cli" ) var ( // HTTPWeb3ProviderFlag provides an HTTP access endpoint to an ETH 1.0 RPC. HTTPWeb3ProviderFlag = cli.StringFlag{ Name: "http-web3provider", Usage: "A mainchain web3 provider string http endpoint", Value: "https://goerli.prylabs.net", } // Web3ProviderFlag defines a flag for a mainchain RPC endpoint. Web3ProviderFlag = cli.StringFlag{ Name: "web3provider", Usage: "A mainchain web3 provider string endpoint. Can either be an IPC file string or a WebSocket endpoint. Cannot be an HTTP endpoint.", Value: "wss://goerli.prylabs.net/websocket", } // DepositContractFlag defines a flag for the deposit contract address. DepositContractFlag = cli.StringFlag{ Name: "deposit-contract", Usage: "Deposit contract address. Beacon chain node will listen logs coming from the deposit contract to determine when validator is eligible to participate.", Value: "0x4689a3C63CE249355C8a573B5974db21D2d1b8Ef", } // RPCHost defines the host on which the RPC server should listen. RPCHost = cli.StringFlag{ Name: "rpc-host", Usage: "Host on which the RPC server should listen", Value: "0.0.0.0", } // RPCPort defines a beacon node RPC port to open. RPCPort = cli.IntFlag{ Name: "rpc-port", Usage: "RPC port exposed by a beacon node", Value: 4000, } // RPCMaxPageSize defines the maximum numbers per page returned in RPC responses from this // beacon node (default: 500). RPCMaxPageSize = cli.IntFlag{ Name: "rpc-max-page-size", Usage: "Max number of items returned per page in RPC responses for paginated endpoints (default: 500)", Value: 500, } // CertFlag defines a flag for the node's TLS certificate. CertFlag = cli.StringFlag{ Name: "tls-cert", Usage: "Certificate for secure gRPC. Pass this and the tls-key flag in order to use gRPC securely.", } // KeyFlag defines a flag for the node's TLS key. KeyFlag = cli.StringFlag{ Name: "tls-key", Usage: "Key for secure gRPC. Pass this and the tls-cert flag in order to use gRPC securely.", } // GRPCGatewayPort enables a gRPC gateway to be exposed for Prysm. GRPCGatewayPort = cli.IntFlag{ Name: "grpc-gateway-port", Usage: "Enable gRPC gateway for JSON requests", } // MinSyncPeers specifies the required number of successful peer handshakes in order // to start syncing with external peers. MinSyncPeers = cli.IntFlag{ Name: "min-sync-peers", Usage: "The required number of valid peers to connect with before syncing.", Value: 3, } // ContractDeploymentBlock is the block in which the eth1 deposit contract was deployed. ContractDeploymentBlock = cli.IntFlag{ Name: "contract-deployment-block", Usage: "The eth1 block in which the deposit contract was deployed.", Value: 1960177, } // SetGCPercent is the percentage of current live allocations at which the garbage collector is to run. SetGCPercent = cli.IntFlag{ Name: "gc-percent", Usage: "The percentage of freshly allocated data to live data on which the gc will be run again.", Value: 100, } // UnsafeSync starts the beacon node from the previously saved head state and syncs from there. UnsafeSync = cli.BoolFlag{ Name: "unsafe-sync", Usage: "Starts the beacon node with the previously saved head state instead of finalized state.", } // SlasherCertFlag defines a flag for the slasher TLS certificate. SlasherCertFlag = cli.StringFlag{ Name: "slasher-tls-cert", Usage: "Certificate for secure slasher gRPC connection. Pass this in order to use slasher gRPC securely.", } // SlasherProviderFlag defines a flag for a slasher RPC provider. SlasherProviderFlag = cli.StringFlag{ Name: "slasher-provider", Usage: "A slasher provider string endpoint. Can either be an grpc server endpoint.", Value: "127.0.0.1:5000", } // SlotsPerArchivedPoint specifies the number of slots between the archived points, to save beacon state in the cold // section of DB. SlotsPerArchivedPoint = cli.IntFlag{ Name: "slots-per-archive-point", Usage: "The slot durations of when an archived state gets saved in the DB.", Value: 128, } )