module Param = struct type net_id = Store.net_id type msg = | Discover_blocks of net_id * Block_hash.t list (* Block locator *) | Block_inventory of net_id * Block_hash.t list | Get_blocks of Block_hash.t list | Block of MBytes.t | Current_operations of net_id | Operation_inventory of net_id * Operation_hash.t list | Get_operations of Operation_hash.t list | Operation of MBytes.t | Get_protocols of Protocol_hash.t list | Protocol of MBytes.t let encodings = let open Data_encoding in let case ?max_length ~tag encoding unwrap wrap = P2p.Encoding { tag; encoding; wrap; unwrap; max_length } in [ case ~tag:0x10 (tup2 Block_hash.encoding (list Block_hash.encoding)) (function | Discover_blocks (Net genesis_bh, bhs) -> Some (genesis_bh, bhs) | _ -> None) (fun (genesis_bh, bhs) -> Discover_blocks (Net genesis_bh, bhs)); case ~tag:0x11 (tup2 Block_hash.encoding (list Block_hash.encoding)) (function | Block_inventory (Net genesis_bh, bhs) -> Some (genesis_bh, bhs) | _ -> None) (fun (genesis_bh, bhs) -> Block_inventory (Net genesis_bh, bhs)); case ~tag:0x12 (list Block_hash.encoding) (function | Get_blocks bhs -> Some bhs | _ -> None) (fun bhs -> Get_blocks bhs); case ~tag:0x13 Data_encoding.bytes (function Block b -> Some b | _ -> None) (fun b -> Block b); case ~tag:0x20 Block_hash.encoding (function Current_operations (Net genesis_bh) -> Some genesis_bh | _ -> None) (fun genesis_bh -> Current_operations (Net genesis_bh)); case ~tag:0x21 (tup2 Block_hash.encoding (list Operation_hash.encoding)) (function Operation_inventory ((Net genesis_bh), ops) -> Some (genesis_bh, ops) | _ -> None) (fun (genesis_bh, ops) -> Operation_inventory (Net genesis_bh, ops)); case ~tag:0x22 (list Operation_hash.encoding) (function | Get_operations ops -> Some ops | _ -> None) (fun ops -> Get_operations ops); case ~tag:0x23 Data_encoding.bytes (function Operation o -> Some o | _ -> None) (fun o -> Operation o); case ~tag:0x32 (list Protocol_hash.encoding) (function | Get_protocols protos -> Some protos | _ -> None) (fun protos -> Get_protocols protos); case ~tag:0x33 Data_encoding.bytes (function Protocol proto -> Some proto | _ -> None) (fun proto -> Protocol proto); ] type metadata = unit let initial_metadata = () let metadata_encoding = Data_encoding.empty let score () = 0. let supported_versions = let open P2p in [ { name = "TEZOS" ; major = 0 ; minor = 0 ; } ] end include Param include P2p.Make(Param)