MKWare_GetInsertValuesBySN

VAR_INPUT
    PDAtoPLC_GotValues:           BOOL;             (* Output from MK|Ware: variable is set to TRUE when a product serial number has been read. *)
    PDAtoPLC_ValuesInserted:      BOOL;             (* Output from MK|Ware: variable is set to TRUE when values have been inserted. *)
    PDAtoPLC_ProductGUID:         STRING;           (* Output of MK|Ware: Contains the unique ID for MK|Ware internal identification. *)
    PDAtoPLC_bInsertValue[1..8]:  BOOL;             (* Value 1 of type BOOL*)
    PDAtoPLC_iInsertValue1:       INT;              (* Value 1 of type INT *)
    PDAtoPLC_sInsertValue1:       STRING            (* Value 1 of type STRING *)
 
    Enable:                       BOOL  := TRUE;    (* Reset all signals. *)
    InsertValues:                 BOOL;             (* Start signal to insert values. *)
    ProductDesignation:           STRING;           (* Product designation *)
    ProductSN:                    STRING;           (* Contains the ProductSN for the product. *)
    bValue[1..8]:                 BOOL;             (* Value 1 of type BOOL*)
    iValue1:                      INT;              (* Value 1 of type INT *)
    sValue1:                      STRING;           (* Value 1 of type STRING *)
    TimeoutTime:                  TIME  :=t#10S;    (* Value for timeout. *)
    DelayTime:                    TIME  :=t#300ms;  (* Value for delay time. )
END_VAR

VAR_OUTPUT
    PDAfromPLC_GetValues:             BOOL;     (* Output to MK|Ware: If the status is TRUE, values are being read from the MK|Ware. *)
    PDAfromPLC_InsertValues:          BOOL;     (* Output to MK|Ware: If the status is TRUE, values from the MK|Ware are inserted. *)   
    PDAfromPLC_ProductDesignation:    STRING;	(* Output to MK|Ware: Contains the current product. *)
    PDAfromPLC_ProductSN:             STRING;	(* Output to MK|Ware: Contains the ProductSN for the product. *)
    PDAfromPLC_ProductGUID:           STRING;   (* Output to MK|Ware: Contains the unique ID for MK|Ware internal identification. *)
    PDAfromPLC_bValue[1..N]:          BOOL;     (* Output to MK|Ware: This variable transfers product data of the type BOOL (e.g. OK/NOK). *)
    PDAfromPLC_iValue1:               BOOL;     (* Output to MK|Ware: This variable transfers product data of type INTEGER (e.g. nest number). *)
    PDAfromPLC_sValue1:               STRING;   (* Output to MK|Ware: This variable transfers product data of the type STRING (e.g. recipe name). *)
 
    TimeoutError_GetValues:           BOOL;     (* A TimeoutError is triggered after a specified period of time has elapsed. *)
    TimeoutError_InsertValues:        BOOL;     (* A TimeoutError is triggered after a specified period of time has elapsed. *)
    Busy:                             BOOL;     (* Is TRUE after start signals and FALSE after an abort or the return message from MK|Ware. *)
    ValuesInserted:                   BOOL;     (* Pass-through signal from MKWare. *)
    ProductGUID:                      STRING;   (* Pass-through signal from MKWare. *)
    bGetValue[1..8]:                  BOOL;     (* Value 1 of type BOOL *)
    iGetValue1:                       INT;      (* Value 1 of type INT  *)
    sGetValue1:                       STRING;   (* Value 1 of type STRING *)
    CopyDatafromPLC:                  BOOL;     (* Start signal for copying data from the PLC to MKWare *)
    ResetDatafromPLC:                 BOOL;     (* Start signal to reset the PLC data to prevent old values from being present before sending *)
    CopyDatatoPLC:                    BOOL;     (* Starting signal for copying data from MKWare to PLC variables *)
    ResetDatatoPLC:                   BOOL;     (* Start signal to reset MKWare data to prevent old values from being present before sending *)
    Error:                            STRING;   (* Description of the error for error analysis *)
    ErrorID:                          INT;      (* Error ID for error analysis *)
END_VAR