package goblint
Static analysis framework for C
Install
Dune Dependency
Authors
Maintainers
Sources
goblint-2.0.1.tbz
sha256=dba2b664c7c125687e708e871d83fbfb6ba6d9ee98d235b4850d9a238caa84de
sha512=529987cde39691ad9e955000a3603e89c1c8cf14ed5e8b4cd3a7fc26e47d016aff571b472e2329725133c46f8d0cb45a05b88994eeffaa221a4d31b4c543adcd
doc/goblint.lib/Goblint_lib/Td3/WP/index.html
Module Td3.WP
Parameters
module Arg : Analyses.IncrSolverArg
module S : Analyses.EqConstrSys
module HM : Goblint_lib.Prelude.Hashtbl.S with type key = S.v
Signature
include sig ... end
module GU = Goblintutil
val stack_d : int Prelude.ref
val max_c : int Prelude.ref
val max_var : S.Var.t option Prelude.ref
val histo : int HM.t
val increase : S.Var.t -> unit
val new_var_event : S.Var.t -> unit
val get_var_event : S.Var.t -> unit
val eval_rhs_event : S.Var.t -> unit
val print_solver_stats : (unit -> unit) Prelude.ref
val ncontexts : int Prelude.ref
val print_context_stats : 'a HM.t -> unit
val stats_csv : unit BatIO.output option
val write_csv : string list -> unit BatIO.output -> unit
module VS : sig ... end
type solver_data = {
mutable st : (S.Var.t * S.Dom.t) list;
mutable infl : VS.t HM.t;
mutable sides : VS.t HM.t;
mutable rho : S.Dom.t HM.t;
mutable wpoint : unit HM.t;
mutable stable : unit HM.t;
mutable side_dep : VS.t HM.t;
(*Dependencies of side-effected variables. Knowing these allows restarting them and re-triggering all side effects.
*)mutable side_infl : VS.t HM.t;
(*Influences to side-effected variables. Not normally in
*)infl
, but used for restarting them.mutable var_messages : Messages.Message.t HM.t;
(*Messages from right-hand sides of variables. Used for incremental postsolving.
*)mutable rho_write : S.Dom.t HM.t HM.t;
(*Side effects from variables to write-only variables with values. Used for fast incremental restarting of write-only variables.
*)mutable dep : VS.t HM.t;
(*Dependencies of variables. Inverse of
*)infl
. Used for fast pre-reachable pruning in incremental postsolving.
}
type marshal = solver_data
val create_empty_data : unit -> solver_data
val print_data : solver_data -> string -> unit
val verify_data : solver_data -> unit
module P : sig ... end
module HPM : sig ... end
val pp_phase :
Ppx_deriving_runtime.Format.formatter ->
phase ->
Ppx_deriving_runtime.unit
val show_phase : phase -> Ppx_deriving_runtime.string
module CurrentVarS : sig ... end
module S = CurrentVarS.S
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