Module Mina_base.Pending_coinbase

include Pending_coinbase_intf.S with type State_stack.Stable.V1.t = Mina_wire_types.Mina_base.Pending_coinbase.State_stack.V1.t and type Stack_versioned.Stable.V1.t = Mina_wire_types.Mina_base.Pending_coinbase.Stack_versioned.V1.t and type Hash.t = Mina_wire_types.Mina_base.Pending_coinbase.Hash_builder.V1.t and type Hash_versioned.Stable.V1.t = Mina_wire_types.Mina_base.Pending_coinbase.Hash_versioned.V1.t
type t
val to_yojson : t -> Yojson.Safe.t
include Ppx_sexp_conv_lib.Sexpable.S with type t := t
val t_of_sexp : Sexplib0__.Sexp.t -> t
val sexp_of_t : t -> Sexplib0__.Sexp.t
module Stable : sig ... end
module Coinbase_data : sig ... end
module type Data_hash_intf = sig ... end
module Hash : sig ... end
module Hash_versioned : sig ... end
module Stack_versioned : sig ... end
module Stack : sig ... end
module State_stack : sig ... end
module Update : sig ... end
val create : depth:int -> unit -> t Core_kernel.Or_error.t
val remove_coinbase_stack : depth:int -> t -> (Stack.t * t) Core_kernel.Or_error.t

Delete the oldest stack

val merkle_root : t -> Hash.t

Root of the merkle tree that has stacks as leaves

val handler : depth:int -> t -> is_new_stack:bool -> ( Snark_params.Tick.request -> Snark_params.Tick.response ) Core_kernel.Staged.t
val update_coinbase_stack : depth:int -> t -> Stack.t -> is_new_stack:bool -> t Core_kernel.Or_error.t

Update the current working stack or if is_new_stack add as the new working stack

val latest_stack : t -> is_new_stack:bool -> Stack.t Core_kernel.Or_error.t

Stack that is currently being updated. if is_new_stack then a new stack is returned

val oldest_stack : t -> Stack.t Core_kernel.Or_error.t

The stack that corresponds to the next ledger proof that is to be generated

val hash_extra : t -> string

Hash of the auxiliary data (everything except the merkle root (Hash.t))

module Checked : sig ... end