package goblint

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package goblint
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include module type of struct include CompareAST end
type global_type = CompareAST.global_type =
  1. | Fun
  2. | Decl
  3. | Var
and global_identifier = CompareAST.global_identifier = {
  1. name : string;
  2. global_t : global_type;
}
val compare_global_type : global_type -> global_type -> Ppx_deriving_runtime.int
val compare_global_identifier : global_identifier -> global_identifier -> Ppx_deriving_runtime.int
module StringMap = CompareAST.StringMap
type method_rename_assumption = CompareAST.method_rename_assumption = {
  1. original_method_name : string;
  2. new_method_name : string;
  3. parameter_renames : string StringMap.t;
}
type method_rename_assumptions = method_rename_assumption CilMaps.VarinfoMap.t
type rename_mapping = string StringMap.t * method_rename_assumptions
val rename_mapping_aware_name_comparison : string -> string -> rename_mapping -> bool
val rename_mapping_to_string : rename_mapping -> string
val identifier_of_global : GoblintCil.global -> global_identifier
module GlobalMap = CompareAST.GlobalMap
val compare_name : string -> string -> bool
val eq_exp2 : rename_mapping -> GoblintCil.exp -> GoblintCil.exp -> bool
val eq_exp : GoblintCil.exp -> GoblintCil.exp -> rename_mapping -> bool
val eq_lhost : GoblintCil.lhost -> GoblintCil.lhost -> rename_mapping -> bool
val global_typ_acc : (GoblintCil.typ * GoblintCil.typ) list ref
val mem_typ_acc : GoblintCil.typ -> GoblintCil.typ -> (GoblintCil.typ * GoblintCil.typ) list -> bool
val pretty_length : unit -> (GoblintCil.typ * GoblintCil.typ) list -> GoblintCil.Pretty.doc
val eq_typ_acc : GoblintCil.typ -> GoblintCil.typ -> (GoblintCil.typ * GoblintCil.typ) list -> rename_mapping -> bool
val eq_typ : GoblintCil.typ -> GoblintCil.typ -> rename_mapping -> bool
val eq_varinfo2 : rename_mapping -> GoblintCil.varinfo -> GoblintCil.varinfo -> bool
val eq_offset : GoblintCil.offset -> GoblintCil.offset -> rename_mapping -> bool
val eq_lval : GoblintCil.lval -> GoblintCil.lval -> rename_mapping -> bool
val eq_instr : rename_mapping -> GoblintCil.instr -> GoblintCil.instr -> bool
val eq_label : GoblintCil.label -> GoblintCil.label -> bool
val eq_stmt_with_location : (GoblintCil.stmt * GoblintCil.fundec) -> (GoblintCil.stmt * GoblintCil.fundec) -> bool
val eq_stmtkind : ?cfg_comp:bool -> (GoblintCil.stmtkind * GoblintCil.fundec) -> (GoblintCil.stmtkind * GoblintCil.fundec) -> rename_mapping -> bool
val eq_stmt : ?cfg_comp:bool -> (GoblintCil.stmt * GoblintCil.fundec) -> (GoblintCil.stmt * GoblintCil.fundec) -> rename_mapping -> bool
val eq_init : GoblintCil.init -> GoblintCil.init -> rename_mapping -> bool
val eq_node : (MyCFG.node * GoblintCil.fundec) -> (MyCFG.node * GoblintCil.fundec) -> bool
val eq_edge : MyCFG.edge -> MyCFG.edge -> bool
val eq_edge_list : MyCFG.edge list -> MyCFG.edge list -> bool
val to_edge_list : ('a * 'b) list -> 'c list
module NH : sig ... end
type biDirectionNodeMap = {
  1. node1to2 : MyCFG.node NH.t;
  2. node2to1 : MyCFG.node NH.t;
}
val compareCfgs : (module MyCFG.CfgForward) -> (module MyCFG.CfgForward) -> GoblintCil.fundec -> GoblintCil.fundec -> biDirectionNodeMap * unit NH.t
val reexamine : 'a -> CilType.Fundec.t -> biDirectionNodeMap -> unit NH.t -> (module MyCFG.CfgForward) -> (module MyCFG.CfgBidir) -> (NH.key * MyCFG.node) Seq.t * NH.key Seq.t
val compareFun : (module MyCFG.CfgForward) -> (module MyCFG.CfgBidir) -> GoblintCil.fundec -> GoblintCil.fundec -> (NH.key * MyCFG.node) list * NH.key list