Module `Nullsafe__ThirdPartyAnnotationInfo`

type signature_info = { filename : string; File where the particular signature is stored line_number : int; Line number with this signature nullability : Nullsafe.ThirdPartyMethod.nullability; }
type storage

val create_storage : unit -> storage

type file_parsing_error = { line_number : int; unparsable_method : string; parsing_error : Nullsafe.ThirdPartyMethod.parsing_error; }

val pp_parsing_error : Stdlib.Format.formatter -> file_parsing_error -> unit
val add_from_signature_file : storage -> filename:string -> lines:string list -> (storage, file_parsing_error) IStdlib.IStd.result: Parse the information from the signature file, and add it to the storage

val find_nullability_info : storage -> Nullsafe.ThirdPartyMethod.unique_repr -> signature_info option: The main method. Do we have an information about the third-party method? If we do not, or it is not a third-party method, returns None. Otherwise returns the nullability information.

val lookup_related_sig_file : storage -> package:string -> string option: If the package is third-party, return the relevant .sig file to add signatures for this package.

val lookup_related_sig_file_for_proc : storage -> IR.Procname.t -> string option: If the function is third-party (based on its package), return relevant .sig file

val is_third_party_proc : storage -> IR.Procname.t -> bool: Checks whether a required procname comes from third-party code based on available .sig files and config flags. NOTE: considering config flags is done for compatibility with the legacy behaviour and will be removed in the future

val is_third_party_typ : storage -> IR.Typ.t -> bool: See is_third_party_proc.

val is_third_party_class_name : storage -> IR.JavaClassName.t -> bool: See is_third_party_proc.