State (p.binsec.0.7.1.doc.binsec.sse.Libsse.Exec.Start.State)

include sig ... end

type t = SF(Query_stats).t

Sourcemodule Value : sig ... end

val empty : unit -> t

val enumerate : 
  Value.t ->
  ?n:int ->
  ?except:Binsec.Bitvector.t list ->
  t ->
  (Binsec.Bitvector.t * t) list

val fresh : Binsec.Dba.Var.t -> t -> t

val alloc : array:string -> t -> t

val memcpy : addr:Binsec.Bitvector.t -> int -> Binsec.Loader_buf.t -> t -> t

val merge : t -> t -> t

val pp : Format.formatter -> t -> unit

val pp_smt : 
  (Binsec.Dba.Expr.t * string) list option ->
  Format.formatter ->
  t ->
  unit

val as_ascii : name:string -> t -> string

val as_c_string : name:string -> t -> string

val to_formula : t -> Binsec.Formula.formula

Sourceval get_value : Binsec.Dba.Expr.t -> t -> Binsec.Bitvector.t

Sourceval assume' : Value.t -> t -> t option

Sourceval assume : Binsec.Dba.Expr.t -> t -> t option

Sourceval test' : Value.t -> t -> t Libsse__Types.test

Sourceval test : Binsec.Dba.Expr.t -> t -> t Libsse__Types.test

val split_on : 
  Binsec.Dba.Expr.t ->
  ?n:int ->
  ?except:Binsec.Bitvector.t list ->
  t ->
  (Binsec.Bitvector.t * t) list

Sourceval assign' : Binsec.Dba.Var.t -> Value.t -> t -> t

Sourceval assign : Binsec.Dba.Var.t -> Binsec.Dba.Expr.t -> t -> t

val read : 
  addr:Binsec.Dba.Expr.t ->
  int ->
  Binsec.Machine.endianness ->
  t ->
  Value.t * t

Sourceval get_value' : Binsec.Dba.Expr.t -> t -> Binsec.Bitvector.t

Sourceval write' : addr:Value.t -> Value.t -> Binsec.Machine.endianness -> t -> t

val write : 
  addr:Binsec.Dba.Expr.t ->
  Binsec.Dba.Expr.t ->
  Binsec.Machine.endianness ->
  t ->
  t

val select : 
  string ->
  addr:Binsec.Dba.Expr.t ->
  int ->
  Binsec.Machine.endianness ->
  t ->
  Value.t * t

val store' : 
  string ->
  addr:Value.t ->
  Value.t ->
  Binsec.Machine.endianness ->
  t ->
  t

val store : 
  string ->
  addr:Binsec.Dba.Expr.t ->
  Binsec.Dba.Expr.t ->
  Binsec.Machine.endianness ->
  t ->
  t