package opam-solver

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package opam-solver

opam-solver
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- OpamBuiltin0install
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- OpamCudf
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- OpamCudfSolver
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- OpamCudfSolverSig
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- OpamSolverConfig
  - E

Legend:
Library
Module
Module type
Parameter
Class
Class type

Configuration options for the solver lib (record, global reference, setter, initialisation)

module E : sig ... end

type t = private {

cudf_file : string option;
solver : (module OpamCudfSolver.S) Stdlib.Lazy.t;
best_effort : bool;
solver_preferences_default : string option Stdlib.Lazy.t;
solver_preferences_upgrade : string option Stdlib.Lazy.t;
solver_preferences_fixup : string option Stdlib.Lazy.t;
solver_preferences_best_effort_prefix : string option Stdlib.Lazy.t;
solver_timeout : float option;
solver_allow_suboptimal : bool;
cudf_trim : string option;
dig_depth : int;
preprocess : bool;
version_lag_power : int;

}

type 'a options_fun =
  ?cudf_file:string option ->
  ?solver:(module OpamCudfSolver.S) Stdlib.Lazy.t ->
  ?best_effort:bool ->
  ?solver_preferences_default:string option Stdlib.Lazy.t ->
  ?solver_preferences_upgrade:string option Stdlib.Lazy.t ->
  ?solver_preferences_fixup:string option Stdlib.Lazy.t ->
  ?solver_preferences_best_effort_prefix:string option Stdlib.Lazy.t ->
  ?solver_timeout:float option ->
  ?solver_allow_suboptimal:bool ->
  ?cudf_trim:string option ->
  ?dig_depth:int ->
  ?preprocess:bool ->
  ?version_lag_power:int ->
  'a

include OpamStd.Config.Sig
  with type t := t
   and type 'a options_fun := 'a options_fun

val default : t

val set : t -> (unit -> t) options_fun

val setk : (t -> 'a) -> t -> 'a options_fun

val r : t Stdlib.ref

val update : ?noop:'a -> (unit -> unit) options_fun

val init : ?noop:'a -> (unit -> unit) options_fun

val initk : 'a -> 'a options_fun

val call_solver : 
  criteria:string ->
  Cudf.cudf ->
  Cudf.preamble option * Cudf.universe

val best_effort : unit -> bool

Checks if best_effort was set and is supported

val criteria : OpamTypes.solver_criteria -> string