3551

Committed 31 Mar 2025 07:46PM UTC coverage: 36.547% (-24.3%) from 60.798%

Build # 3551

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Merge pull request #16802 from MinaProtocol/dw/remove-sprs-plonk-wasm

plonk-wasm: remove sprs

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/src/lib/sync_handler/sync_handler.ml

open Core_kernel
open Async
open Mina_base
module Ledger = Mina_ledger.Ledger
module Sync_ledger = Mina_ledger.Sync_ledger
open Frontier_base
open Network_peer

module type CONTEXT = sig
  val logger : Logger.t

  val precomputed_values : Precomputed_values.t

  val constraint_constants : Genesis_constants.Constraint_constants.t

  val consensus_constants : Consensus.Constants.t

  val ledger_sync_config : Syncable_ledger.daemon_config

  val proof_cache_db : Proof_cache_tag.cache_db
end

module type Inputs_intf = sig
  module Transition_frontier : module type of Transition_frontier

  module Best_tip_prover :
    Mina_intf.Best_tip_prover_intf
      with type transition_frontier := Transition_frontier.t
end

module Make (Inputs : Inputs_intf) :
  Mina_intf.Sync_handler_intf
    with type transition_frontier := Inputs.Transition_frontier.t = struct
  open Inputs

  let find_in_root_history frontier state_hash =
    let open Transition_frontier.Extensions in
    let root_history =
      get_extension (Transition_frontier.extensions frontier) Root_history
    in
    Root_history.lookup root_history state_hash

  let protocol_states_in_root_history frontier state_hash =
    let open Transition_frontier.Extensions in
    let root_history =
      get_extension (Transition_frontier.extensions frontier) Root_history
    in
    Root_history.protocol_states_for_scan_state root_history state_hash

  let get_ledger_by_hash ~frontier ledger_hash =
    let root_ledger =
      Ledger.Any_ledger.cast (module Ledger.Db)
      @@ Transition_frontier.root_snarked_ledger frontier
    in
    let staking_epoch_ledger =
      Transition_frontier.consensus_local_state frontier
      |> Consensus.Data.Local_state.staking_epoch_ledger
    in
    let next_epoch_ledger =
      Transition_frontier.consensus_local_state frontier
      |> Consensus.Data.Local_state.next_epoch_ledger
    in
    if
      Ledger_hash.equal ledger_hash
        (Ledger.Any_ledger.M.merkle_root root_ledger)
    then Some root_ledger
    else if
      Ledger_hash.equal ledger_hash
        (Consensus.Data.Local_state.Snapshot.Ledger_snapshot.merkle_root
           staking_epoch_ledger )
    then
      match staking_epoch_ledger with
      | Consensus.Data.Local_state.Snapshot.Ledger_snapshot.Genesis_epoch_ledger
          _ ->
          None
      | Ledger_db ledger ->
          Some (Ledger.Any_ledger.cast (module Ledger.Db) ledger)
    else if
      Ledger_hash.equal ledger_hash
        (Consensus.Data.Local_state.Snapshot.Ledger_snapshot.merkle_root
           next_epoch_ledger )
    then
      match next_epoch_ledger with
      | Consensus.Data.Local_state.Snapshot.Ledger_snapshot.Genesis_epoch_ledger
          _ ->
          None
      | Ledger_db ledger ->
          Some (Ledger.Any_ledger.cast (module Ledger.Db) ledger)
    else None

  let answer_query :
         frontier:Inputs.Transition_frontier.t
      -> Ledger_hash.t
      -> Sync_ledger.Query.t Envelope.Incoming.t
      -> context:(module CONTEXT)
      -> trust_system:Trust_system.t
      -> Sync_ledger.Answer.t Or_error.t Deferred.t =
   fun ~frontier hash query ~context:(module Context) ~trust_system ->
    match get_ledger_by_hash ~frontier hash with
    | None ->
        return
          (Or_error.error_string
             (sprintf
                !"Failed to find ledger for hash %{sexp:Ledger_hash.t}"
                hash ) )
    | Some ledger ->
        let responder =
          Sync_ledger.Any_ledger.Responder.create ledger ignore
            ~context:(module Context)
            ~trust_system
        in
        Sync_ledger.Any_ledger.Responder.answer_query responder query

  let get_staged_ledger_aux_and_pending_coinbases_at_hash ~logger ~frontier
      state_hash =
    let open Option.Let_syntax in
    let protocol_states scan_state =
      Staged_ledger.Scan_state.required_state_hashes scan_state
      |> State_hash.Set.to_list
      |> List.fold_until ~init:(Some [])
           ~f:(fun acc hash ->
             match
               Option.map2
                 (Transition_frontier.find_protocol_state frontier hash)
                 acc ~f:List.cons
             with
             | None ->
                 Stop None
             | Some acc' ->
                 Continue (Some acc') )
           ~finish:Fn.id
    in
    match
      let%bind breadcrumb = Transition_frontier.find frontier state_hash in
      let staged_ledger =
        Transition_frontier.Breadcrumb.staged_ledger breadcrumb
      in
      let scan_state = Staged_ledger.scan_state staged_ledger in
      let staged_ledger_hash = Breadcrumb.staged_ledger_hash breadcrumb in
      let merkle_root = Staged_ledger_hash.ledger_hash staged_ledger_hash in
      let%map scan_state_protocol_states = protocol_states scan_state in
      let pending_coinbase =
        Staged_ledger.pending_coinbase_collection staged_ledger
      in
      [%log debug]
        ~metadata:
          [ ( "staged_ledger_hash"
            , Staged_ledger_hash.to_yojson staged_ledger_hash )
          ]
        "sending scan state and pending coinbase" ;
      (scan_state, merkle_root, pending_coinbase, scan_state_protocol_states)
    with
    | Some res ->
        Some res
    | None ->
        let open Root_data.Historical in
        let%bind root = find_in_root_history frontier state_hash in
        let%map scan_state_protocol_states =
          protocol_states_in_root_history frontier state_hash
        in
        ( scan_state root
        , staged_ledger_target_ledger_hash root
        , pending_coinbase root
        , scan_state_protocol_states )

  let get_transition_chain ~frontier hashes =
    let open Option.Let_syntax in
    let%bind () =
      let requested = List.length hashes in
      if requested <= Transition_frontier.max_catchup_chunk_length then Some ()
      else (
        [%log' trace (Logger.create ())]
          ~metadata:[ ("n", `Int requested) ]
          "get_transition_chain requested $n > %d hashes"
          Transition_frontier.max_catchup_chunk_length ;
        None )
    in
    let get hash =
      let%map validated_transition =
        Option.merge
          Transition_frontier.(
            find frontier hash >>| Breadcrumb.validated_transition)
          ( find_in_root_history frontier hash
          >>| Root_data.Historical.transition )
          ~f:Fn.const
      in
      With_hash.data @@ Mina_block.Validated.forget validated_transition
    in
    match Transition_frontier.catchup_state frontier with
    | Full _ ->
        (* Super catchup *)
        Option.return @@ List.filter_map hashes ~f:get
    | Hash _ ->
        (* Normal catchup *)
        Option.all @@ List.map hashes ~f:get

  let best_tip_path ~frontier =
    let rec go acc b =
      let acc = Breadcrumb.state_hash b :: acc in
      match Transition_frontier.find frontier (Breadcrumb.parent_hash b) with
      | None ->
          acc
      | Some b' ->
          go acc b'
    in
    go [] (Transition_frontier.best_tip frontier)

  module Root = struct
    let prove ~context:(module Context : CONTEXT) ~frontier seen_consensus_state
        =
      let module Context = struct
        include Context

        let logger =
          Logger.extend logger [ ("selection_context", `String "Root.prove") ]
      end in
      let open Option.Let_syntax in
      let%bind best_tip_with_witness =
        Best_tip_prover.prove ~context:(module Context) frontier
      in
      let is_tip_better =
        Consensus.Hooks.equal_select_status
          (Consensus.Hooks.select
             ~context:(module Context)
             ~existing:
               (With_hash.map ~f:Mina_block.consensus_state
                  best_tip_with_witness.data )
             ~candidate:seen_consensus_state )
          `Keep
      in
      let%map () = Option.some_if is_tip_better () in
      { best_tip_with_witness with
        data = With_hash.data best_tip_with_witness.data
      }

    let verify ~context:(module Context : CONTEXT) ~verifier observed_state
        peer_root =
      let module Context = struct
        include Context

        let logger =
          Logger.extend logger [ ("selection_context", `String "Root.verify") ]
      end in
      let open Context in
      let open Deferred.Result.Let_syntax in
      (*TODO: use precomputed_values.genesis_constants that's already passed*)
      let%bind ( (`Root _, `Best_tip (best_tip_transition, _)) as
               verified_witness ) =
        Best_tip_prover.verify ~verifier
          ~genesis_constants:precomputed_values.genesis_constants
          ~precomputed_values peer_root
      in
      let is_before_best_tip candidate =
        Consensus.Hooks.equal_select_status
          (Consensus.Hooks.select
             ~context:(module Context)
             ~existing:
               (With_hash.map
                  ~f:
                    (Fn.compose Mina_state.Protocol_state.consensus_state
                       Mina_block.Header.protocol_state )
                  best_tip_transition )
             ~candidate )
          `Keep
      in
      let%map () =
        Deferred.return
          (Result.ok_if_true
             (is_before_best_tip observed_state)
             ~error:
               (Error.createf
                  !"Peer lied about it's best tip %{sexp:State_hash.t}"
                  (State_hash.With_state_hashes.state_hash best_tip_transition) ) )
      in
      verified_witness
  end
end

include Make (struct
  module Transition_frontier = Transition_frontier
  module Best_tip_prover = Best_tip_prover
end)

(* TODO: port these tests *)
(*
let%test_module "Sync_handler" =
  ( module struct
    let logger = Logger.null ()

    let hb_logger = Logger.create ()

    let pids = Child_processes.Termination.create_pid_table ()

    let trust_system = Trust_system.null ()

    let f_with_verifier ~f ~logger ~pids =
      let%map verifier = Verifier.create ~logger ~pids in
      f ~logger ~verifier

    let%test "sync with ledgers from another peer via glue_sync_ledger" =
      Backtrace.elide := false ;
      Printexc.record_backtrace true ;
      heartbeat_flag := true ;
      Ledger.with_ephemeral_ledger ~f:(fun dest_ledger ->
          Thread_safe.block_on_async_exn (fun () ->
              print_heartbeat hb_logger |> don't_wait_for ;
              let%bind frontier =
                create_root_frontier ~logger ~pids Test_genesis_ledger.accounts
              in
              let source_ledger =
                Transition_frontier.For_tests.root_snarked_ledger frontier
                |> Ledger.of_database
              in
              let desired_root = Ledger.merkle_root source_ledger in
              let sync_ledger =
                Sync_ledger.Mask.create dest_ledger ~logger ~trust_system
              in
              let query_reader = Sync_ledger.Mask.query_reader sync_ledger in
              let answer_writer = Sync_ledger.Mask.answer_writer sync_ledger in
              let peer =
                Network_peer.Peer.create Unix.Inet_addr.localhost
                  ~discovery_port:0 ~communication_port:1
              in
              let network =
                Network.create_stub ~logger
                  ~ip_table:
                    (Hashtbl.of_alist_exn
                       (module Unix.Inet_addr)
                       [(peer.host, frontier)])
                  ~peers:(Hash_set.of_list (module Network_peer.Peer) [peer])
              in
              Network.glue_sync_ledger network query_reader answer_writer ;
              match%map
                Sync_ledger.Mask.fetch sync_ledger desired_root ~data:()
                  ~equal:(fun () () -> true)
              with
              | `Ok synced_ledger ->
                  heartbeat_flag := false ;
                  Ledger_hash.equal
                    (Ledger.merkle_root dest_ledger)
                    (Ledger.merkle_root source_ledger)
                  && Ledger_hash.equal
                       (Ledger.merkle_root synced_ledger)
                       (Ledger.merkle_root source_ledger)
              | `Target_changed _ ->
                  heartbeat_flag := false ;
                  failwith "target of sync_ledger should not change" ) )

    let to_external_transition breadcrumb =
      Transition_frontier.Breadcrumb.validated_transition breadcrumb
      |> Mina_block.Validated.forget

    let%test "a node should be able to give a valid proof of their root" =
      heartbeat_flag := true ;
      let max_length = 4 in
      (* Generating this many breadcrumbs will ernsure the transition_frontier to be full  *)
      let num_breadcrumbs = max_length + 2 in
      Thread_safe.block_on_async_exn (fun () ->
          print_heartbeat hb_logger |> don't_wait_for ;
          let%bind frontier =
            create_root_frontier ~logger ~pids Test_genesis_ledger.accounts
          in
          let%bind () =
            build_frontier_randomly frontier
              ~gen_root_breadcrumb_builder:
                (gen_linear_breadcrumbs ~logger ~pids ~trust_system
                   ~size:num_breadcrumbs
                   ~accounts_with_secret_keys:Test_genesis_ledger.accounts)
          in
          let seen_transition =
            Transition_frontier.(
              all_breadcrumbs frontier |> List.permute |> List.hd_exn
              |> Breadcrumb.validated_transition)
          in
          let observed_state =
            Mina_block.Validated.protocol_state seen_transition
            |> Protocol_state.consensus_state
          in
          let root_with_proof =
            Option.value_exn ~message:"Could not produce an ancestor proof"
              (Sync_handler.Root.prove ~logger ~frontier observed_state)
          in
          let%bind verify =
            f_with_verifier ~f:Sync_handler.Root.verify ~logger ~pids
          in
          let%map `Root (root_transition, _), `Best_tip (best_tip_transition, _)
              =
            verify observed_state root_with_proof |> Deferred.Or_error.ok_exn
          in
          heartbeat_flag := false ;
          Mina_block.(
            equal
              (With_hash.data root_transition)
              (to_external_transition (Transition_frontier.root frontier))
            && equal
                 (With_hash.data best_tip_transition)
                 (to_external_transition
                    (Transition_frontier.best_tip frontier))) )
  end )
*)

1	open Core_kernel	14✔
2	open Async
3	open Mina_base
4	module Ledger = Mina_ledger.Ledger
5	module Sync_ledger = Mina_ledger.Sync_ledger
6	open Frontier_base
7	open Network_peer
8
9	module type CONTEXT = sig
10	val logger : Logger.t
11
12	val precomputed_values : Precomputed_values.t
13
14	val constraint_constants : Genesis_constants.Constraint_constants.t
15
16	val consensus_constants : Consensus.Constants.t
17
18	val ledger_sync_config : Syncable_ledger.daemon_config
19
20	val proof_cache_db : Proof_cache_tag.cache_db
21	end
22
23	module type Inputs_intf = sig
24	module Transition_frontier : module type of Transition_frontier
25
26	module Best_tip_prover :
27	Mina_intf.Best_tip_prover_intf
28	with type transition_frontier := Transition_frontier.t
29	end
30
31	module Make (Inputs : Inputs_intf) :
32	Mina_intf.Sync_handler_intf
33	with type transition_frontier := Inputs.Transition_frontier.t = struct
34	open Inputs
35
36	let find_in_root_history frontier state_hash =
37	let open Transition_frontier.Extensions in	×
38	let root_history =
39	get_extension (Transition_frontier.extensions frontier) Root_history	×
40	in
41	Root_history.lookup root_history state_hash	×
42
43	let protocol_states_in_root_history frontier state_hash =
44	let open Transition_frontier.Extensions in	×
45	let root_history =
46	get_extension (Transition_frontier.extensions frontier) Root_history	×
47	in
48	Root_history.protocol_states_for_scan_state root_history state_hash	×
49
50	let get_ledger_by_hash ~frontier ledger_hash =
51	let root_ledger =	23✔
52	Ledger.Any_ledger.cast (module Ledger.Db)
53	@@ Transition_frontier.root_snarked_ledger frontier	23✔
54	in
55	let staking_epoch_ledger =	23✔
56	Transition_frontier.consensus_local_state frontier	23✔
57	\|> Consensus.Data.Local_state.staking_epoch_ledger
58	in
59	let next_epoch_ledger =	23✔
60	Transition_frontier.consensus_local_state frontier	23✔
61	\|> Consensus.Data.Local_state.next_epoch_ledger
62	in
63	if	23✔
64	Ledger_hash.equal ledger_hash
65	(Ledger.Any_ledger.M.merkle_root root_ledger)	23✔
66	then Some root_ledger	×
67	else if	23✔
68	Ledger_hash.equal ledger_hash
69	(Consensus.Data.Local_state.Snapshot.Ledger_snapshot.merkle_root	23✔
70	staking_epoch_ledger )
71	then
72	match staking_epoch_ledger with	11✔
73	\| Consensus.Data.Local_state.Snapshot.Ledger_snapshot.Genesis_epoch_ledger	1✔
74	_ ->
75	None
76	\| Ledger_db ledger ->	10✔
77	Some (Ledger.Any_ledger.cast (module Ledger.Db) ledger)	10✔
78	else if	12✔
79	Ledger_hash.equal ledger_hash
80	(Consensus.Data.Local_state.Snapshot.Ledger_snapshot.merkle_root	12✔
81	next_epoch_ledger )
82	then
83	match next_epoch_ledger with	12✔
84	\| Consensus.Data.Local_state.Snapshot.Ledger_snapshot.Genesis_epoch_ledger	×
85	_ ->
86	None
87	\| Ledger_db ledger ->	12✔
88	Some (Ledger.Any_ledger.cast (module Ledger.Db) ledger)	12✔
89	else None	×
90
91	let answer_query :
92	frontier:Inputs.Transition_frontier.t
93	-> Ledger_hash.t
94	-> Sync_ledger.Query.t Envelope.Incoming.t
95	-> context:(module CONTEXT)
96	-> trust_system:Trust_system.t
97	-> Sync_ledger.Answer.t Or_error.t Deferred.t =
98	fun ~frontier hash query ~context:(module Context) ~trust_system ->
99	match get_ledger_by_hash ~frontier hash with	23✔
100	\| None ->	1✔
101	return
102	(Or_error.error_string	1✔
103	(sprintf	1✔
104	!"Failed to find ledger for hash %{sexp:Ledger_hash.t}"	1✔
105	hash ) )
106	\| Some ledger ->	22✔
107	let responder =
108	Sync_ledger.Any_ledger.Responder.create ledger ignore
109	~context:(module Context)
110	~trust_system
111	in
112	Sync_ledger.Any_ledger.Responder.answer_query responder query	22✔
113
114	let get_staged_ledger_aux_and_pending_coinbases_at_hash ~logger ~frontier
115	state_hash =
116	let open Option.Let_syntax in	×
117	let protocol_states scan_state =
118	Staged_ledger.Scan_state.required_state_hashes scan_state	×
119	\|> State_hash.Set.to_list	×
120	\|> List.fold_until ~init:(Some [])
121	~f:(fun acc hash ->
122	match	×
123	Option.map2
124	(Transition_frontier.find_protocol_state frontier hash)	×
125	acc ~f:List.cons
126	with
127	\| None ->	×
128	Stop None
129	\| Some acc' ->	×
130	Continue (Some acc') )
131	~finish:Fn.id
132	in
133	match
134	let%bind breadcrumb = Transition_frontier.find frontier state_hash in	×
135	let staged_ledger =	×
136	Transition_frontier.Breadcrumb.staged_ledger breadcrumb
137	in
138	let scan_state = Staged_ledger.scan_state staged_ledger in	×
139	let staged_ledger_hash = Breadcrumb.staged_ledger_hash breadcrumb in	×
140	let merkle_root = Staged_ledger_hash.ledger_hash staged_ledger_hash in	×
141	let%map scan_state_protocol_states = protocol_states scan_state in	×
142	let pending_coinbase =	×
143	Staged_ledger.pending_coinbase_collection staged_ledger
144	in
145	[%log debug]	×
146	~metadata:
147	[ ( "staged_ledger_hash"
148	, Staged_ledger_hash.to_yojson staged_ledger_hash )	×
149	]
150	"sending scan state and pending coinbase" ;
151	(scan_state, merkle_root, pending_coinbase, scan_state_protocol_states)	×
152	with
153	\| Some res ->	×
154	Some res
155	\| None ->	×
156	let open Root_data.Historical in
157	let%bind root = find_in_root_history frontier state_hash in	×
158	let%map scan_state_protocol_states =
159	protocol_states_in_root_history frontier state_hash	×
160	in
161	( scan_state root	×
162	, staged_ledger_target_ledger_hash root	×
163	, pending_coinbase root	×
164	, scan_state_protocol_states )
165
166	let get_transition_chain ~frontier hashes =
167	let open Option.Let_syntax in	×
168	let%bind () =
169	let requested = List.length hashes in
170	if requested <= Transition_frontier.max_catchup_chunk_length then Some ()	×
171	else (	×
172	[%log' trace (Logger.create ())]	×
173	~metadata:[ ("n", `Int requested) ]
174	"get_transition_chain requested $n > %d hashes"
175	Transition_frontier.max_catchup_chunk_length ;
176	None )	×
177	in
178	let get hash =	×
179	let%map validated_transition =
180	Option.merge	×
181	Transition_frontier.(
182	find frontier hash >>\| Breadcrumb.validated_transition)	×
183	( find_in_root_history frontier hash	×
184	>>\| Root_data.Historical.transition )	×
185	~f:Fn.const
186	in
187	With_hash.data @@ Mina_block.Validated.forget validated_transition	×
188	in
189	match Transition_frontier.catchup_state frontier with
190	\| Full _ ->	×
191	(* Super catchup *)
192	Option.return @@ List.filter_map hashes ~f:get	×
193	\| Hash _ ->	×
194	(* Normal catchup *)
195	Option.all @@ List.map hashes ~f:get	×
196
197	let best_tip_path ~frontier =
198	let rec go acc b =	×
199	let acc = Breadcrumb.state_hash b :: acc in	×
200	match Transition_frontier.find frontier (Breadcrumb.parent_hash b) with	×
201	\| None ->	×
202	acc
203	\| Some b' ->	×
204	go acc b'
205	in
206	go [] (Transition_frontier.best_tip frontier)	×
207
208	module Root = struct
209	let prove ~context:(module Context : CONTEXT) ~frontier seen_consensus_state
210	=
211	let module Context = struct	×
212	include Context
213
214	let logger =
215	Logger.extend logger [ ("selection_context", `String "Root.prove") ]	×
216	end in
217	let open Option.Let_syntax in
218	let%bind best_tip_with_witness =
219	Best_tip_prover.prove ~context:(module Context) frontier	×
220	in
221	let is_tip_better =	×
222	Consensus.Hooks.equal_select_status
223	(Consensus.Hooks.select
224	~context:(module Context)
225	~existing:
226	(With_hash.map ~f:Mina_block.consensus_state	×
227	best_tip_with_witness.data )
228	~candidate:seen_consensus_state )
229	`Keep
230	in
231	let%map () = Option.some_if is_tip_better () in	×
232	{ best_tip_with_witness with	×
233	data = With_hash.data best_tip_with_witness.data	×
234	}
235
236	let verify ~context:(module Context : CONTEXT) ~verifier observed_state
237	peer_root =
238	let module Context = struct	×
239	include Context
240
241	let logger =
242	Logger.extend logger [ ("selection_context", `String "Root.verify") ]	×
243	end in
244	let open Context in
245	let open Deferred.Result.Let_syntax in
246	(TODO: use precomputed_values.genesis_constants that's already passed)
247	let%bind ( (`Root _, `Best_tip (best_tip_transition, _)) as
248	verified_witness ) =
249	Best_tip_prover.verify ~verifier	×
250	~genesis_constants:precomputed_values.genesis_constants
251	~precomputed_values peer_root
252	in
253	let is_before_best_tip candidate =	×
254	Consensus.Hooks.equal_select_status	×
255	(Consensus.Hooks.select
256	~context:(module Context)
257	~existing:
258	(With_hash.map	×
259	~f:
260	(Fn.compose Mina_state.Protocol_state.consensus_state	×
261	Mina_block.Header.protocol_state )
262	best_tip_transition )
263	~candidate )
264	`Keep
265	in
266	let%map () =
267	Deferred.return	×
268	(Result.ok_if_true	×
269	(is_before_best_tip observed_state)	×
270	~error:
271	(Error.createf	×
272	!"Peer lied about it's best tip %{sexp:State_hash.t}"	×
273	(State_hash.With_state_hashes.state_hash best_tip_transition) ) )	×
274	in
275	verified_witness	×
276	end
277	end
278
279	include Make (struct
280	module Transition_frontier = Transition_frontier
281	module Best_tip_prover = Best_tip_prover
282	end)	28✔
283
284	(* TODO: port these tests *)
285	(*
286	let%test_module "Sync_handler" =
287	( module struct
288	let logger = Logger.null ()
289
290	let hb_logger = Logger.create ()
291
292	let pids = Child_processes.Termination.create_pid_table ()
293
294	let trust_system = Trust_system.null ()
295
296	let f_with_verifier ~f ~logger ~pids =
297	let%map verifier = Verifier.create ~logger ~pids in
298	f ~logger ~verifier
299
300	let%test "sync with ledgers from another peer via glue_sync_ledger" =
301	Backtrace.elide := false ;
302	Printexc.record_backtrace true ;
303	heartbeat_flag := true ;
304	Ledger.with_ephemeral_ledger ~f:(fun dest_ledger ->
305	Thread_safe.block_on_async_exn (fun () ->
306	print_heartbeat hb_logger \|> don't_wait_for ;
307	let%bind frontier =
308	create_root_frontier ~logger ~pids Test_genesis_ledger.accounts
309	in
310	let source_ledger =
311	Transition_frontier.For_tests.root_snarked_ledger frontier
312	\|> Ledger.of_database
313	in
314	let desired_root = Ledger.merkle_root source_ledger in
315	let sync_ledger =
316	Sync_ledger.Mask.create dest_ledger ~logger ~trust_system
317	in
318	let query_reader = Sync_ledger.Mask.query_reader sync_ledger in
319	let answer_writer = Sync_ledger.Mask.answer_writer sync_ledger in
320	let peer =
321	Network_peer.Peer.create Unix.Inet_addr.localhost
322	~discovery_port:0 ~communication_port:1
323	in
324	let network =
325	Network.create_stub ~logger
326	~ip_table:
327	(Hashtbl.of_alist_exn
328	(module Unix.Inet_addr)
329	[(peer.host, frontier)])
330	~peers:(Hash_set.of_list (module Network_peer.Peer) [peer])
331	in
332	Network.glue_sync_ledger network query_reader answer_writer ;
333	match%map
334	Sync_ledger.Mask.fetch sync_ledger desired_root ~data:()
335	~equal:(fun () () -> true)
336	with
337	\| `Ok synced_ledger ->
338	heartbeat_flag := false ;
339	Ledger_hash.equal
340	(Ledger.merkle_root dest_ledger)
341	(Ledger.merkle_root source_ledger)
342	&& Ledger_hash.equal
343	(Ledger.merkle_root synced_ledger)
344	(Ledger.merkle_root source_ledger)
345	\| `Target_changed _ ->
346	heartbeat_flag := false ;
347	failwith "target of sync_ledger should not change" ) )
348
349	let to_external_transition breadcrumb =
350	Transition_frontier.Breadcrumb.validated_transition breadcrumb
351	\|> Mina_block.Validated.forget
352
353	let%test "a node should be able to give a valid proof of their root" =
354	heartbeat_flag := true ;
355	let max_length = 4 in
356	(* Generating this many breadcrumbs will ernsure the transition_frontier to be full *)
357	let num_breadcrumbs = max_length + 2 in
358	Thread_safe.block_on_async_exn (fun () ->
359	print_heartbeat hb_logger \|> don't_wait_for ;
360	let%bind frontier =
361	create_root_frontier ~logger ~pids Test_genesis_ledger.accounts
362	in
363	let%bind () =
364	build_frontier_randomly frontier
365	~gen_root_breadcrumb_builder:
366	(gen_linear_breadcrumbs ~logger ~pids ~trust_system
367	~size:num_breadcrumbs
368	~accounts_with_secret_keys:Test_genesis_ledger.accounts)
369	in
370	let seen_transition =
371	Transition_frontier.(
372	all_breadcrumbs frontier \|> List.permute \|> List.hd_exn
373	\|> Breadcrumb.validated_transition)
374	in
375	let observed_state =
376	Mina_block.Validated.protocol_state seen_transition
377	\|> Protocol_state.consensus_state
378	in
379	let root_with_proof =
380	Option.value_exn ~message:"Could not produce an ancestor proof"
381	(Sync_handler.Root.prove ~logger ~frontier observed_state)
382	in
383	let%bind verify =
384	f_with_verifier ~f:Sync_handler.Root.verify ~logger ~pids
385	in
386	let%map `Root (root_transition, _), `Best_tip (best_tip_transition, _)
387	=
388	verify observed_state root_with_proof \|> Deferred.Or_error.ok_exn
389	in
390	heartbeat_flag := false ;
391	Mina_block.(
392	equal
393	(With_hash.data root_transition)
394	(to_external_transition (Transition_frontier.root frontier))
395	&& equal
396	(With_hash.data best_tip_transition)
397	(to_external_transition
398	(Transition_frontier.best_tip frontier))) )
399	end )
400	*)

MinaProtocol / mina / 3551

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