61269800199R1-Data Description BS

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SWCOM / SWLSV1

Data description

Character table 0410

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E 04 / 2010

Bizerba GmbH & Co. KG, 72336 Balingen Postfach 10 01 64 72301 Balingen/Germany, Tel. (+49 7433) 12--0, Fax (+49 7433) 12--2696 e--mail: [email protected] Internet: http://www.bizerba.com

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Version: 6.126.98.0.01.99 R1

List of contents

Page

1 GENERAL ... 1-1

1.1 Warranty ... 1-1 1.2 Supplementary documentation ... 1-1 1.3 General modifications ... 1-2 1.4 Field name modifications ... 1-2 1.5 Program transparency ... 1-3 1.6 Modifications made to the database ... 1-4

2 PROGRAMS ... 2-1

2.1 Communication programs ... 2-1 2.2 Help programs ... 2-2

3 FILE DESCRIPTION... 3-1

3.1 HDLC file structure ... 3-1 3.1.1 File framing ... 3-5 3.1.2 Useful data ... 3-6 3.2 Record structure HDLC ... 3-7 3.3 Record structure ScLSV1, ScTCP, ScXML ... 3-9 3.3.1 Example ... 3-11

4 RECORD DESCRIPTION ... 4-1

4.1 Summary of tables ... 4-1

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5 MASTER DATA ... 5-1

5.1 ABST department master data ... 5-1 5.2 AKST special offer campaign data ... 5-2 5.3 ATST extra text master data ... 5-6 5.4 BEST operator master data ... 5-7 5.5 BIST Operator IDmaster data ... 5-11 5.6 CAST COOL Article ... 5-12 5.7 CCST COOL Country ... 5-14 5.8 CPST COOL Production Step / Custom Text ... 5-15 5.9 CIST COOL Item ... 5-16 5.10 CSST COOL Short List ... 5-17 5.11 COST bar code data ... 5-18 5.12 DEVT Device identification ... 5-22 5.13 DOST DOD Delhaize Origin Data ... 5-24 5.14 DVST EDP user ... 5-26 5.15 ETST labels ... 5-28 5.16 ESST label control ... 5-30 5.17 FEST frequency master data ... 5-33 5.18 FOST templates ... 5-36 5.19 FTST Templates ... 5-38 5.20 FUCN local - keyboard function assignment ... 5-40 5.21 FUCO local - keyboard function assignment ... 5-43 5.22 FUGL global - keyboard function assignment ... 5-44 5.23 FWST foreign currencies ... 5-46 5.24 HAST main department master data ... 5-49 5.25 HKST master data of origin ... 5-50 5.26 HPST Data of origin PLU List ... 5-55 5.27 HSST Scanning data of origin ... 5-58 5.28 HWST MPG master data... 5-59 5.29 KASF EAN price graduation ... 5-60 5.30 KAST EAN master data ... 5-64 5.31 KFST head/bottom line master data ... 5-67 5.32 KNST customer master data ... 5-68 5.33 KNUD customer sales ... 5-72 5.34 KUST customer master data ... 5-75 5.35 LAST scrolling message ... 5-78 5.36 LDVT Distributing local files ... 5-79 5.37 LOST logos ... 5-81 5.38 LWST local currency ... 5-82 5.39 LZST diverse data ... 5-85 5.40 MAST function menu ... 5-88 5.41 MDST Multi Media ... 5-92 5.42 MPST menu modification data ... 5-94 5.43 MWST VAT ... 5-95 5.44 NFST nutrient template ... 5-97 5.45 NTST nutrition texts ... 5-101 5.46 OBST Object master data ... 5-106 5.47 OGST Order category master data ... 5-108 5.48 PLSF PLU price graduation ... 5-110

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5.49 PLSN nutrient data ... 5-114 5.50 PLSO PLU assortments ... 5-118 5.51 PLST PLU master data ... 5-121 5.52 REST regions ... 5-137 5.53 RPTT Good and bad seller touch keyboard ... 5-138 5.54 SBST Purchase order templates ... 5-140 5.55 SCST master data scanning ... 5-142 5.56 STST static texts ... 5-144 5.57 TARA tare values ... 5-146 5.58 TREU fidelity points ... 5-147 5.59 TRST special price periods ... 5-149 5.60 VAST transaction and evaluation master data ... 5-152 5.61 VPST Packaging master data ... 5-161 5.62 VWST Packaging tool master data ... 5-164 5.63 VZST video assignment master data ... 5-166 5.64 WGST PG master data ... 5-167 5.65 ZAHL disbursement types ... 5-169 5.66 ZAST markup/discount ... 5-171 5.67 AWST report counter ... 5-173

6 SALES DATA ... 6-1

6.1 ABUM department sales ... 6-1 6.2 BEUM operator sales ... 6-3 6.3 EAUM POS PLU sales ... 6-6 6.4 FBUM frequency reports ... 6-9 6.5 GTOT grand total value ... 6-11 6.6 HAUM main department sales... 6-12 6.7 HKUM data of origin sales ... 6-14 6.8 HWUM MPG sales ... 6-16 6.9 KAUM cashier sales ... 6-18 6.10 KNUM customer sales ... 6-24 6.11 KSUM POS sales ... 6-27 6.12 MWUM VAT sales ... 6-33 6.13 PLUM PLU sales ... 6-35 6.14 TPUM fidelity point sales ... 6-38 6.15 WGUM PG sales ... 6-40 6.16 ZAUM markup/discount sales ... 6-42

7 RECORDINGS ... 7-1

7.1 BOKA ticket data ... 7-1 7.2 ZEST time recording ... 7-17

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8 PARAMETER DATA... 8-1

8.1 Parameters for master data call ... 8-1 8.1.1 Parameters for master data call ( short/long keys ) ... 8-1 8.1.2 Parameters for master data call ( TYint64/string keys )... 8-3 8.2 Parameters for sales data call ... 8-5 8.3 Parameters for ticket data call ... 8-13 8.4 Parameters for time recording ... 8-24 8.5 Parameters for log calls ... 8-26 8.6 Filter for master data transmission ... 8-28 8.7 Parameters for program status ... 8-30

9 CONFIGURATION DATA ... 9-1

9.1 KATA table configuration ... 9-1 9.2 KFLB configuration byte identifiers ... 9-3 9.3 KFLO configuration ... 9-4 9.4 KFTF keyboard layout ... 9-5 9.5 KONF configuration ... 9-7

10 DATABASE CONFIGURATION DATA ... 10-1

10.1 KFGL database configuration ... 10-1 10.2 KFGB database configuration byte identifiers ... 10-2 10.3 INBE database configuration ... 10-3

11 LOG AND DIAGNOSIS DATA ... 11-1

11.1 LOGB Log ... 11-1 11.2 Diagnosis data ... 11-4

12 MESSAGES ... 12-1

12.1 Parameter structure PARA ... 12-1 12.2 Price modification journal PLJA/PLJE ... 12-1 12.3 PROG program status ... 12-2 12.4 TIME protocol timer ... 12-4 12.5 UHR time/date ... 12-6 12.6 WARE scale status... 12-7 12.6.1 WARE scale status ( <= 32 devices ) ... 12-7 12.6.2 WARE scale status ( > 32 devices ) ... 12-8

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APPENDIX ... A-1

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1 General

1.1 Warranty Use of software

The manufacturer and its subsidiaries do not warrant for damage caused to the equipment as a result of the use of this data description or the software described therein.

Unless stated otherwise, nothing in this manual claims for a licence of intellectual property in respect of the users of such software.

The manufacturer and its subsidiaries do not accept liability for problems arising as a result of the use of this product. The technical data of this product is subject to modification without prior notice.

This data description has been established with great care. Should, however, any errors or omissions come to your notice, please do not hesitate to contact us.

1.2 Supplementary documentation

In the first instance, this document describes data structures together with their contents.

A prerequisite for the understanding of the individual tables is that the user be familiar with the relevant scale functions and operating procedures. The respective relationships are described in the manual.

Retail scale SC/SW - Programming instructions'

Actual amendments are listed in the relevant release bulletins of the new SC/SW program versions.

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1.3 General modifications

Date Description 93/09/01

Version 3.00

Longer file header (field identifier modified)

1.4 Field name modifications

Field names modified: Version < 2.50 Version > 2.50 Version > 7.00 Table name Previous field name New field name New field name

PLST TERM TSNU

TEXT PLTE

PLSO SONU CONU

SOFD COFD

SORA CORA

MWST TEXT MWTE

HWST TEXT HWGT

HAST TEXT HATE

TRST TEXT TSTE

MAST HKEY TSFC

AUTO AUMO

AWST AWNU STAB

AWBD BENU

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1.5 Program transparency SW program status from 1.50

- Modification of data type TYdbmAtt (field identifier) - Enlargement of file header (1146 -> 1346 bytes) - New data type VARDATA (e. g. for keyboard macros) - Printing of program number SW in error log file

SW program status from 2.03

- Structure modification in master data (cancel flag WALO)

(master data transmission only possible with SWCom from version 2.02 onwards)

- Clearing of master data by transmission of SW file with send command (cancel flag WALO=1 set)

- When transmitting the password telegram, the scale checks the program status of SWCom.

The use of an older status (no longer operative in conjunction with the new scale program) makes a data transmission impossible.

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1.6 Modifications made to the database

SW/SC-program

Database version Tables Modifications

SW 8.00 SC 2.00

8.02 ABST

New attribute ABCO SW 8.00

SC 2.00

8.03 COST

New attributes ARZU, CBI2 SW 8.00 SC 2.00 8.04 MPST New table MPST SW 7.07, 8.00 SC 1.07, 2.00

7.21 and 8.05 PLSF and KASF

Attributes BANU, BABT, VANU and VABT: min. value adjustment from 1 to 0 SW 7.08

SC 1.08

7.22 and 8.06 COST Attribute COWE: max. value increased from 3 to 4

SW 8.00 SC 2.00

8.06 VAST

Attribute WREF: length changed from 34 to 100

Attributes MAST, BACK: max. value changed from 32 to 99 SW 8.00

SC 2.00

8.06 MAST

Attributes VWNU, BWNU: max. value changed from 32 to 99 SW 8.00

SC 2.00

8.06 BEST

Attribute WNAA: max. value changed from 32 to 99 SW 8.00

SC 2.00

8.06 AWST

Attribute AWWA: max. value changed from 32 to 99 SW 7.08, 8.00

SC 1.08, 2.00

7.23 and 8.07 FWST/LWST Attribute VPRD: max. value increased from 3 to 4

SW 7.08, 8.00 SC 1.08, 2.00

7.24 and 8.08 FWST/LWST Attribute VPRD: interpretation corrected

SW 7.08, 8.00 SC 1.08, 2.00

7.24 and 8.08 KAST Attribute EPTE: max. value and number of digits fixed to 36 SW 8.00 SC 2.00 8.09 KNST New table KNST SW 8.00 SC 2.00 8.09 KUST

New attributes: TRNR, KUNV, KGSL, KGJA, KGMO, KGTA, KNNA, KVNA, KPLZ, KORT, KSTR, KTEL, KAND

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SW 8.00 SC 2.00

8.09 TREU

Attribute TREH: max. value increased from 3 to 6 SW 8.00

SC 2.00

8.10 TREU

Attribute TRPK: max. value increased from 99 to 999 SW 8.00, 9.00

SC 2.00, 3.00

8.11 and 9.00 FUGL New attribute FUTE

SW 9.00 SC 3.00

9.01 PLST/KAST/PLSJ

Attribute KLAR: max. value increased from 10 to 13 SW 8.00, 9.00

SC 2.00, 3.00

8.12 and 9.02 PLST New attributes SBF4 and TAPR

SW 8.00, 9.00 SC 2.00, 3.00

8.13 and 9.03 PLST New attribute PODR

SW 9.00 SC 3.00

9.04 MAST

New attribute INHA SW 9.00 SC 3.00 9.05 PLST New attribute HKDR SW 9.00 SC 3.00 9.05 HKST New table HKST SW 9.00 SC 3.00 9.06 HKST

Attribute HLOS changed to HKNR SW 9.00

SC 3.00

9.07 HKST

New attributes HZRL, HZZU, HSDA, HSZU, HRE1, HRE2 SW 9.00

SC 3.00

9.08 PLST

New attribute HKLY SW 9.00

SC 3.00

9.09 HKST

New attribute HRAS SW 9.00

SC 3.00

9.10 AKST

New table AKST SW 9.00 SC 3.00 9.11 LZST New table LZST SW 9.00 SC 3.00 9.12 AKST

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SW 9.00 SC 3.00

9.12 COST

New attributes CVAK and COVO SW 8.04, 9.01

SC 2.04, 3.01

8.14 and 9.13 KNST/KUST Attribute BOVA: min. value adjustment from 1 to 0

SW 9.50 SC 3.50

9.14 PLST

New attribute RATY SW 9.20

SC 3.20

9.15 HKST

New attributes HEGW, HGLT, HALT, HMAD, HZDA, HREG, HLWT, HGTS SW 9.20

SC 3.20

9.16 HKST

Attributes HLWT and HGTS: max. value increased from 20 to 30 SW 9.20

SC 3.20

9.17 HKUM

Attributes PNUM and ABNU: min. value adjustment from 1 to 0 SW 9.03

SC 3.03

9.18 TREU

Attribut TREH: max. value increased from 6 to 7 SW 9.21

SC 3.21

9.19 PLSO

Attribute RABS: max. value increased from 1 to 2 SW 10.00

SC 4.00

10.01 KNST/KUST

New attribute KFIL SW 10.00

SC 4.00

10.02 AKST

Attributes ANUM and ABNU: min. value increased from 0 to 1 SW 10.00

SC 4.00

10.03 ZAHL

Attribute ZLIM: max. value increased from 99999999 to 999999999 SW 10.04

SC 4.04

10.04 KONF, INBE

New tables KONF and INBE SW 10.04

SC 4.04

10.05 KAST, PLST

Attribute KLAR: max. value increased from 13 to 14 SW 10.04

SC 4.04

10.06 BEST

Attributes TRAK and BESL: significance changed SW 10.04

SC 4.04

10.07 Internal table

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SW 10.04 SC 4.04

10.08 PLST

Attribute KLGE: max. value increased from 4 to 5 SW 11.04 SC 5.04 CE 1.04 11.01 DVST New table DVST SW 11.04 SC 5.04 CE 1.04 11.02 KFGB, KFLB

New tables KFGB and KFLB SW 11.04

SC 5.04 CE 1.04

11.05 FOST

New attribute FIXT SW 11.04

SC 5.04 CE 1.04

11.06 PLST

New attribute ECTR SW 11.20 SC 5.20 CE 1.20 11.21 Internal table SW 11.20 SC 5.20 CE 1.20 11.22 STST New table STST SW 11.04 SC 5.04 CE 1.04 11.22 PLST

New attribute TFNU SW 11.04

SC 5.04 CE 1.04

11.23 KNST/KUST

New attribute MTON SW 11.20 SC 5.20 CE 1.20 11.24 MDST New table MDST SW 11.20 SC 5.20 CE 1.20 11.25 STST

Attribute BERN: max. value increased from 1 to 4 SW 11.20

SC 5.20 CE 1.20

11.26 VAST

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SW 11.20 SC 5.20 CE 1.20

11.27 ATST

Attribute ATTE: max. value increased from 501 to 1501 SW 11.28

SC 5.28 CE 1.28

11.28 PLST

New attribute HMLY SW 12.00 SC 6.00 CE 2.00 12.01 VZST New table VZST SW 12.00 SC 6.00 CE 2.00 12.02 Internal table SW 12.00 SC 6.00 CE 2.00 12.03 LDVT New table LDVT SW 12.00 SC 6.00 CE 2.00 12.04 HKST

New attributes HMLY, HMA2, HMA3, HZR2, HZR3, HZZ2, HZZ3 SW 12.00 SC 6.00 CE 2.00 12.05 FTST New table FTST SW 12.00 SC 6.00 CE 2.00 12.06 FTST New attribute FTBZ SW 12.00 SC 6.00 CE 2.00 12.07 HKST

New attribute GTIN SW 12.00

SC 6.00 CE 2.00

12.08 HKST

Attribute HMLY: max. value changed from 99 to 30 SW 12.00

SC 6.00 CE 2.00

12.09 PLST

New attribute HMLY SW 12.00

SC 6.00 CE 2.00

12.10 SBST

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SW 12.00 SC 6.00 CE 2.00

12.11 ESST

New attribute ATTR SW 12.00

SC 6.00 CE 2.00

12.12 SBST

Attribute BANZ: max. value increased from 9999 to 999999 SW 13.00

SC 7.00 CE 3.00

13.01 OBST

New table OBST SW 13.00 SC 7.00 CE 3.00

13.03 BEST

Attribute BEID removed SW 13.00

SC 7.00 CE 3.00

13.04 BIST

New table BIST SW 13.00 SC 7.00 CE 3.00 13.05 HSST New table HSST SW 13.00 SC 7.00 CE 3.00 13.06 SBST

New attribute STME SW 13.00 SC 7.00 CE 3.00 13.07 RPTT New table RPTT SW 13.00 SC 7.00 CE 3.00 13.08 DEVT

New table DEVT SW 13.00 SC 7.00 CE 3.00

13.09 VPST, VWST, PLST

New tables VPST and VWST. PLST table: new attributes VPN1 – VPN6 SW 13.00

SC 7.00 CE 3.00

13.10 PLST

New attribute FSDP; attribute RATY: max. value increased from 1 to 2 SW 13.20

SC 7.20 CE 3.20

13.20 PLST, VPST

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SW 13.20 SC 7.20 CE 3.20

13.21 COST

Attribute COSN: max. value increased from 99 to 999 SW 13.20

SC 7.20 CE 3.20

13.22 HKST

New attributes: HNSD, HNSL, HNSZ, HNMx, HNGL, HNKA, HNZx, HMLx, HNZD, HNTE, HNRA, HNGT, HNAL, HNMD, HNRE, HNLW, HNGS, HNR1, HNR2

SW 13.20 SC 7.20 CE 3.20

13.23 NTST

New attribute RELT SW 13.40

SC 7.40 CE 3.40

13.40 TREU, PLSF/KASF,

AKST,

Table TREU attribute TRNR: max. value increased from 99 to 999 Table PLSF attribute PIDE: max. value increased from 5 to 12

attribute SLFD: max. value changed from 9 to 4 Table KASF attribute PIDE: max. value increased from 5 to 12

attribute SLFD: max. value changed from 9 to 4 Table AKST attribute LINF: max. value increased from 1 to 2

attribute AKDA: max. value increased from 201 to 501 SW 13.40

SC 7.40 CE 3.40

13.41 OBST

New attribute SABZ SW 13.40

SC 7.40 CE 3.40

13.42 LWST/FWST

New attribute BCER; attribute VPRD: max. value increased from 4 to 9 SW 13.40

SC 7.40 CE 3.40

13.43 NTST/NFST

Table NTST: new attribute TEAB

Table NTST/NFST: attribute LINE: max. value increased from 3 to 4 SW 13.40 SC 7.40 CE 3.40 13.44 PLST New attribute FSDS SW 13.40 SC 7.40 CE 3.40 13.45 PLST/PLSJ

Attribute PTYP: max. value increased from 5 to 12 SW 13.40

SC 7.40 CE 3.40

13.46 PLST

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SW 13.40 SC 7.40 CE 3.40

13.47 STST

Attribute TFNU: max. value increased from 999999 to 999999999 SW 13.40

SC 7.40 CE 3.40

13.48 COST

New attribute HMLY SW 13.40

SC 7.40 CE 3.40

13.49 PLST

Attribute FMOD: max. value increased from 3 to 4 SW 13.41

SC 7.41 CE 3.41

13.50 LDVT

Attribute USRN: max. value increased from 15 to 75 SW 13.44

SC 7.44 CE 3.44

13.51 PLST

New attribute HTOL SW 14.00

SC 8.00 CE 4.00

14.02 FWST/LWST

New attribute KUDR SW 14.00 SC 8.00 CE 4.00 14.03 LZST New attributes LST1, LST2 SW 14.20 SC 8.20 CE 4.20 14.21 MAST/MPST

Table MAST: new attributes THID, MENU Table MPST: new attribute THID

SW 14.20 SC 8.20 CE 4.20 14.22 HKST New attributes TFN1, TFN2, TFZ1, TFZ2 SW 14.20 SC 8.20 CE 4.20 14.23 ESST

New attributes EARN, ENUN, ELNN, ZDRN, EFWN, EONN SW 14.20

SC 8.20 CE 4.20

14.24 MAST

Attribute TITL: max. value increased from 21 to 29 SW 14.20

SC 8.20 CE 4.20

14.25 PLST

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SW 14.20 SC 8.20 CE 4.20

14.26 BEST

New attribute BANR SW 14.20

SC 8.20 CE 4.20

14.2/ NFST/NTST/PLSN

Table NFST: new attribute FTYP Table NTST: new attribute NBF2;

attribute TART: max. value increased from 6 to 8; attribute MART: max. value increased from 3 to 8 Table PLSN: new attribute FINH

SW 14.23 SC 8.23 CE 4.23

14.28 ZAST

New attribute ZAWD SC 9.02

CE 5.02 CE II 1.02

15.01 NFST

New attribute BPGE SC 9.20

CE 5.20 CE II 1.20

15.21 PLST/KAST

OGST Table PLST/KAST: new attributes AKTI, OGZU

New table OGST SC 8.25 / 9.05 CE 5.05 / 5.20 CE II 1.20

14.29 / 15.02 / 15.22 PLST

Attribute KLGE: max. value increased from 5 to 6 SC 9.20

CE 5.20 CE II 1.20

15.23 PLST

Attribute RATY: max. value increased from 2 to 4 SC 9.21

CE 5.21 CE II 1.21

15.24 OGST

Attribute OGEB: min. value increased from 0 to 1 SC 9.21

CE 5.21 CE II 1.21

15.03 / 15.25 NFST

Attribute TART: max. value increased from 8 to 9 SC 9.21 CE 5.21 CE II 1.21 15.26 PLST CAST, CCST, CIST, CPST, CSST

Table PLST: new attribute CNOC

New tables CAST, CCST, CIST, CPST, CSST (COOL) SC 9.21

CE 5.21 CE II 1.21

15.27 CAST/CSST

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SC 9.21 CE 5.21 CE II 1.21

15.28 MAST

New attributes SHSB and KBSW SC 9.21

CE 5.21 CE II 1.21

15.29 PLST

DOST Table PLST: new attribute DODC

New table DOST SC 9.12 / 9.26 CE 5.12 / 5.26 CE II 1.12 /1.26

15.05 / 15.30 ABST

Attribute ABCO: max. value increased from 999999 to 999999999 SC 9.26

CE 5.26 CE II 1.26

15.31 PLST, PLSF

Table PLST Attribute PTYP: max. value increased from 12 to 13 Table PLSF Attribute PIDE: max. value increased from 12 to 13 SC 9.12 / 9.26

CE 5.12 / 5.26 CE II 1.12 /1.26

15.06 / 15.32 PLST

Table PLST: new attribute HKCM SC 9.40

CE 5.40 CE II 1.40

15.40 SBST

New attributes AZUS, LMVW, RMVW, VPAZ SC 9.42 CE 5.42 CE II 1.42 15.41 WGUM New attributes SC 9.60 CE 5.60 CE II 1.60 15.61 PLST/KAST

Table PLST/KAST: new attribute MWZW SC 7.52 / 9.60

CE 3.52 / 5.60 CE II 1.60

13.52 / 15.62 HKST HPST Table HKST: New attribute HADA

Attribute HGEB: max. value increased from 21 to 51 New Table HPST SC 9.15 / 9.29/ 9.45 / 9.60 CE 5.15 / 5.29 / 5.45 / 5.60 CE II 1.15/1.29/ 1.45 / 1.60 15.07 / 15.33 / 15.42 / 15.63 ZAUM

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2 Programs

2.1 Communication programs

SWCom serves to exchange data and messages between a PC and one or several decentralized subsystems, such as an SC/SW scale or a GX labeler). Two program versions are available:

Process control via the command line (SWCMAN)

The transmission is started from the PC by calling up the SWCMAN program. All information necessary for the process control are transferred as parameters during the program call via the command line. Only one file may be transmitted per command.

This version is recommended for the implementation of customer-specific solutions.

Process control via a batch interpreter (SWC_BAT)

This version is especially used in the CWS and SWDasi application programs and is only available to the operating systems DOS and WIN9X/NT.

Transmission parameters, such as line parameters, the subsystem type to be addressed, repetition parameters, modem type and transmission commands are transferred to the program via 'ANW file'.

While the 'USER COMMANDS' are defined or changed, the program already checks via a regulation file whether or not the specified command is executable at the subsystem. With a relevant definition in the regulation file, it is possible, to call up a command sequence in the regulation file by means of a command of the user file. This command sequence is then executed during the transmission of the transmission program by individual commands in relation to the error conditions. How often an individual record is to be transmitted or received before a timeout error is generated or how often a connection setup after a timeout error or a connection clear-down (in the case of modem connection) is to take place may be set via repetition parameters. After the connection has been reestablished, the last processed command is reprocessed or an attempt is made to continue the transmission after the last transmitted record.

During a program call, several transmission commands may be carried out. There is also the possibility of transmitting several files.

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2.2 Help programs

SWU: SWfile editor (DOS and UNIX operating systems)

The SWU (System Weighing Instrument Utility) program represents an editor for the especially formatted SC/SW data files.

It allows SC/SW data files to be viewed, edited and extended.

Syntax: SWU <SC/SW data file> Keyboard inputs:

Arrow upward Move window upward Arrow downward Move window downward Scroll upward Move cursor to file start Scroll downward Move cursor to file end

Enter Move to edit mode for the actual record.

The cursor on EOF (end of file) will cause a new record to be linked, provided the editing procedure is not terminated with ESC.

ESC Exit program

ASCII conversion SWASCII

The conversion program SWASCII offers a freely programmable conversion of SW/SC files to user-defined text files and vice versa.

The description of the text file preselected by the user is contained in a so-called info-file with file extension 'if'.

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3 File description

3.1 HDLC file structure

Useful data is stored in a HEX file per record. Besides the actual useful data, this file contains additional framing information necessary for conversions into other formats and for the processing by the application. On start of a file transfer the scale transmits the field identifiers related to an SC/SW database table. By means of this information SWCom determines the maximum length of a table. Decisive for the actual length of a database entry is the length of a possibly existing variable character string in the last field. The actual length is inserted in the file to the left of each record. While deselected numeric fields of a table are filled with 0 Hex over their full length, deselected alphanumeric fields are filled with blanks. INTEGER data types of MOTOROLA are additionally converted to the INTEL data format (BYTE twisting).

The field identifiers sent by the scale via acknowledge telegrams may be used to calculate the maximum length of the useful data. They may also be used for the INTEL/MOTOROLA conversion of the HEX data.

Type definition TYdbmAtt of field identifiers

(BIZERBA format, from SW version 2.50):

Length Data type Designation Comments

4 char[4] att_symbol Symbol of attribute identifier 2 short ges_stellen Number of digits

8 TYint64 MinValue Lowest value 8 TYint64 MaxValue Highest value 1 uchar type Attribute type

1 uchar key Key attribute? Yes/No 1 uchar option Attribute selected? Yes/No 1 uchar ptr_on_val Internal value for SW scale

Explanations:

att_symbol: The 4-digit field name clearly identifies a certain attribute during the conversion of data from an SC/SW file to the SC/SW database. Letters used for the field name must be upper case letters.

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ges_stellen: MinValue: MaxValue:

Tables may be described with either the number of digits or minimum and maximum values:

ges_stellen > 0:

Indicates the maximum value of an integer and allows the storage capacity of a field to be determined:

0 < ges_stellen <= 4 : SHORT (2 bytes) 5 <= ges_stellen <= 9 : LONG (4 bytes) ges_stellen > 9 : INT64 (8 bytes):

typedef struct {

signed long high; unsigned long low; } TYint64;

The components 'MinValue' and 'MaxValue' are not taken into account.

ges_stellen <= 0:

'MinValue' and 'MaxValue' fields are used to describe the attribute values. They are only valid in conjunction with selected attributes (option = 1). Deselected attributes (option = 0) may be assigned with 0 Hex. The following table indicates how to interpret the components 'MinValue' and 'MaxValue' in relation to the attribute type:

Attribute type MinValue MaxValue

STRING --- Max. string length

VARSTR --- Max. string length

DATUM --- ---

GEWICHT Smallest value Highest value GELD Smallest value Highest value INTEGER Smallest value Highest value INTBFDB Min. number of bits Max. number of bits INTBFHX Min. number of bits Max. number of bits INTBFEX Min. number of bits Max. number of bits

VARDATA --- Max. data length

STRUCT --- Max. data length

Attributes of the bit field types INTBFDB and INTBFHX are configured with the desired number of bits, whereas attributes of type INTBFEX must be configured with the highest and lowest converted numeric value.

(27)

type: 1: STRING (character string) 2: VARSTR (character string) 3: DATUM (long)

4: GEWICHT (currently not used) 5: GELD (short, long, int64:

in relation to maximum) 6: INTEGER (short, long, int64:

in relation to maximum)

7: INTBFDB Integer bit field in the SC/SW database (for internal use only)

8: INTBFEX Integer bit field for external applications (expanded bit field)

9: VARDATA Memory dump of the SC/SW database (for data backup only)

From SW version 1.50:

In contrast to VARSTR, bytes may be used within the data '\0'. The structure is not defined. Data is represented in the format used by the SC/SW. The size of a VARDATA value is defined in the first two bytes of the value as a short integer (MOTOROLA format). These two bytes do not affect the size.

10: INTBFHX Integer bit field for external applications (non-expanded bit field)

11: STRUCT User-specific data format: | len | type | data | :

len: [short]

Length of useful data in bytes incl. type excl. len.

type: [short]

Structure type of useful data: 0: char array

1: short array 2: long array 3: INT64 array

> 3: special user structures data: useful data

key: Indicates whether or not an attribute is a key attribute. 0 = no key attribute

(28)

option: Indicates whether or not an attribute is selected (configured). Data of a disabled attribute is filled with 0 Hex over the full length, so as to ensure that useful data is always processed with the maximum length during the transmission and in the file. With an attribute disabled, the MinValue and MaxValue fields are no longer of importance.

0 = attribute is not selected 1 = attribute is selected

Any further editing of files for transmitting and receiving data is carried out by application programs, e. g. BIZERBA CWS or SW_DASI data backup.

(29)

3.1.1 File framing

Designation of fields Data type Length of header data (in bytes) ushort

SC/SW table name char[14] ASCII Target system version unsigned short Target system revision unsigned short Date/time target system from

70/1/1

long

Program number target system char[12] ASCII Customer name char[80] ASCII Special program name char[40] ASCII Version SWCom unsigned short Revision SWCom unsigned short Date/time SWCom from 70/1/1 long

Program number SWCom char[12] ASCII Parameter field uchar[80] ASCII

Reserve char[80] ASCII

Number of target system unsigned short Length of field identifiers unsigned short Field identifiers TYdbmAtt[100] ** Data block length unsigned short Number of data blocks unsigned long Note:

** (up to SW version 1.49) TYINTAtt (length of 8 bytes) (up to SW version 2.49) TYdbmAtt (length of 10 bytes) (from SW version 2.50) TYdbmAtt (length of 26 bytes)

(30)

3.1.2 Useful data

Useful data (N data records):

Record length 1 ushort Record 1

Record length N ushort Record N

Explanations: File framing:

Data block length: Maximum length of a structure. Number of data blocks: Number of records in the SC/SW file:

> 0: The user updates the 'number of data blocks'. = 0: SWCom searches in the SW file to

determine the 'number of data blocks'.

Useful data:

Record length: Effective length of a structure (incl. record length).

Length of header data:

Up to SW version 1.49: 1146 bytes Up to SW version 2.49: 1346 bytes From SW version 2.50: 2946 bytes

(31)

3.2 Record structure HDLC

Table : PLST Global table Number of attributes: 39 Description : PLU master data

| | |

| | Local: Scale-specific

OPT MinValue MaxValue

Offs Len

Data type

Cancel flag

WALO KEY FIX 0 1 0 2 INTEGER

Descr. KEY OPT MinValue MaxValue Offs Len Data type

| | EXP: expanded

| | bit field (=FIX) | |

| |--- Key attribute |

|

(32)

The continuous development of scale programs may involve alterations of the table structures which are not considered by this document. To access the files via a data structure it is, therefore, necessary to observe the actual field identifiers in the file header.

In addition to the table description, each table has a structure definition for C-programs attached.

(33)

3.3 Record structure ScLSV1, ScTCP, ScXML

Table : PLST Global table Number of attributes: 39 Description : PLU master data

| | |

| | Local: scale-specific

Offs Len

Data type

Cancel flag

WALO KEY FIX 0 1 0 2 INTEGER

Descr. KEY OPT MinValue MaxValue Offs Len Data type

| | | | | | | |

| | | | | |

| | FIX: fixed value | | EXP: expanded

| | bit field (=FIX) | |

|

|--- Attribute symbol (= field name in upper case letters)

(34)

A record consists of three components:

Table name Control part Useful data[n]

char[6] char char char[2] char char[4] char[m] char n fields

NAME ESC S

H N

TARGET ESC NAME VALUE ESC

I | m: character field length as required I | I | n: optional sequence of useful I | data fields

I | I | Destination address: == 0: global data I (scale number) > 0: local data

|

| Command: for further explanations, see 'SWLSV1 protocol description '

(35)

3.3.1 Example

The host transmits VAT master data to the scale: Request by the host:

Table name:

Name Field separator char[6] char

MWST ESC

Control part:

Command Destination address Field separator

char char[2] char

S 00 ESC

Useful data: 1st field

Field name Value Field separator char[4] char char

WALO 0 ESC

2nd field

MWNU 1 ESC

3rd field

Field name Value Field separator char[4] char[4] char

MWST 1500 ESC

4th field

(36)

5th field

Field name Value Field separator Char[4] char[20] char

MWTE VAT_1 ESC

Acknowledgement SW: Table name:

Name Field separator Char[6] char

MWST ESC

Control part:

Command Destination address Field separator

Char char[2] char

s 00 ESC

Useful data:

Field name Value Field separator

Char[4] char char

QUIT 0 ESC ScLSV1: „MWST <ESC>S00<ESC>WALO0<ESC>MWNU1<ESC>MWST1500<ESC>MWWI0<ESC>M WTEVAT_1<ESC>“ „MWST <ESC>s00<ESC>QUIT0<ESC>“ ScTCP:

As regards ScTCP, an end identifier is appended to the end of the records („BLK <ESC>“ a block counter is possible as the field contents).

„MWST <ESC>S00<ESC>WALO0<ESC>MWNU1<ESC>MWST1500<ESC>MWWI0<ESC>M WTEVAT_1<ESC>BLK <ESC>“

(37)

ScXML:

Within the records, the display of data (<sx_r>) may be identical to that of ScLSV1. With the table name and the control part provided in the header (<sx_header>) of the ScXML file, the relevant records only contain the useful data of the record.

Example 1: ... <sx_data> <sx_r>MWST <ESC>S00<ESC>WALO0<ESC>MWNU1<ESC>MWST1500<ESC>MWWI 0<ESC>MWTEVAT_1<ESC></sx_r> </sx_data> Example 2: ... <sx_header> <sx_table>MWST</sx_table> <sx_cmd>MWST</sx_cmd> <sx_id>MWST</sx_id> </sx_header> <sx_data> <sx_r>WALO0<ESC>MWNU1<ESC>MWST1500<ESC>MWWI0<ESC>MWTEVAT_1<ES C></sx_r> </sx_data>

(38)

(39)

4 Record description

In this context, the descriptions 'Global table' and 'Local table' are relating to the addressing of the scale in the data transmission and not to the memory organization in the scale.

Addressing: 0 = global table 1 - 99 = local table

4.1 Summary of tables

ABST Global table Department master data

AKST Global table Sp. offer campaign master data ATST Global table Extra text master data

BEST Global table Operator master data BIST Global table Operator ID master data CAST Global table COOL Article

CCST Global table COOL Country CIST Global table COOL Item

CPST Global table COOL Production Step / Custom Text

CSST Global table COOL Short List COST Global table Bar code structure DEVT Local table Device identification DOST Global table DOD Delhaize DVST Global table EDP user ETST Global table Labels

ESST Global table Label control

FEST Global table Frequency master data FOST Global table Templates

FTST Global table Templates

FUCN Local table Keyboard function assignment FUCO Local table Keyboard function assignment FUGL Global table Keyboard function assignment FWST Global table Foreign currencies

HAST Global table Main department master data HKST Global table Master data of origin

HPST Global table Data of origin PLU HSST Global table Scanning data of origin HWST Global table MPG master data KASF Global table EAN price graduation KAST Global table EAN master data

KFST Global table Head/bottom line master data KNST Global table Customer master data

KNUD Global table Customer sales

KUST Global table Customer master data LAST Global table Scrolling message LDVT Global table Distributing local files

(40)

LOST Global table Logos

LWST Global table Local currency LZST Global table Diverse data

MAST Global table Data function menu MDST Global table Multi media

MPST Global table Menu modification data

MWST Global table VAT

NFST Global table Nutrient template NTST Global table Nutrition texts OBST Global table Object master data

OGST Global table Order category master data PLSF Global table PLU price graduation

PLSN Global table Nutrition data PLSO Global table PLU assortments PLST Global table PLU master data

REST Global table Regions

RPTT Local table Good and bad seller touch keyboard

SBST Global table Purchase order templates SCST Global table Bar code table

STST Global table Static texts TARA Global table Tare values TREU Global table Fidelity points

TRST Global table Special price periods VAST Global table Transaction

VPST Global table Packaging master data VWST Global table Packaging tool master data VZST Global table Video assignment master data WGST Global table PG master data

ZAHL Global table Disbursement types ZAST Global table Markup/discount

AWST Local table Report counter

ABUM Local table Department sales BEUM Local table Operator sales EAUM Local table POS PLU sales FBUM Local table Frequency reports GTOT Local table Grand total counter HAUM Local table Main department sales HKUM Local table Data of origin sales

HWUM Local table MPG sales

KAUM Local table Cashier sales KNUM Local table Customer sales

KSUM Local table POS sales

MWUM Local table VAT sales

PLUM Local table PLU sales

(41)

WGUM Local table PG sales

ZAUM Local table Markup/discount sales

BOKA Local table Ticket data ZEST Global table Time recording

PARASTAMM Parameter Master data call PARAUMS Parameter Sales data call PARABON Parameter Ticket data call PARAZEIT Parameter Time recording

PARALOG Parameter Log

PARAFILTER Parameter Filter

KATA Local table Table configuration

KFLB Local table Configuration byte identifiers KFLO Local table Device configuration

KFTF Local table Keyboard layout KONF Local table Device configuration KFGL Local table Database configuration KFGB Local table Database configuration byte

identifiers

INBE Local table Database configuration

LOGB Local table Log

(42)

(43)

5 Master data

5.1 ABST department master data

Table : ABST Global table Number of attributes: 4 Description : department master data

Description

Descr. KEY

Offs Len

Data type Cancel flag

WALO KEY FIX 0 1 0 2 INTEGER Department number

ABNU KEY FIX 1 999 2 2 INTEGER Department number in EAN code

ABCO - FIX 1 999999999 4 4 INTEGER MDPT connection

HABN - FIX 1 99 8 2 INTEGER Information text

ABTE - FIX 0 21 10 21 STRING

c – Data structure ABST department master data typedef struct

{

short walo; /* Cancel flag */

short abnu; /* Department number */

long abco; /* Department number in EAN code */ short habn; /* MDPT connection */

char abte[21]; /* Text */ } TYabst_entry;

Explanations:

WALO: Cancel flag :

0= record is modified or created 1= record is deleted

ABNU: Department number

ABCO: Department number in EAN code HABN: Connection to a main department

(44)

5.2 AKST special offer campaign data

Table : AKST Global table Number of attributes: 19 Description : special offer campaign data

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER Special offer campaign number

AKNR KEY FIX 1 999999999 2 4 INTEGER PLU number

ANUM KEY FIX 1 MAXANUM1₆ ₈ _INTEGER

Department number

ABNU KEY FIX 1 999 14 2 INTEGER Start of validity period

AANF - FIX 0 MAXLONG2 ₁₆ ₄ _DATUM

End of validity period

AEND - FIX 0 MAXLONG2 20 4 DATUM Special offer campaign price

AKPR - FIX 0 999999 24 4 INTEGER Special offer text number

AGTN - FIX 0 999999999 28 4 INTEGER Bit field –internal only -

AKBI - FIX 0 16 32 2 INTBFDB Sunday

AKSO - EXP 0 1 34 2 INTBFEX Monday

AKMO - EXP 0 1 36 2 INTBFEX Tuesday

AKDI - EXP 0 1 38 2 INTBFEX Wednesday

AKMI - EXP 0 1 40 2 INTBFEX Thursday

AKDO - EXP 0 1 42 2 INTBFEX Friday

AKFR - EXP 0 1 44 2 INTBFEX Saturday

AKSA - EXP 0 1 46 2 INTBFEX Special offer campaign type

ATYP - EXP 0 3 48 2 INTBFEX Delete info

LINF - EXP 0 2 50 2 INTBFEX

1_{MAXANUM = 9999999999999}

(45)

Price data

AKDA - FIX 0 501 52 501 VARSTR

c – Data structure AKST special offer campaign data typedef struct

{

long aknr; /* Special offer campaign number */ Tyint64 anum; /* PLU number */

short abnu; /* Department number */ long aanf; /* Start of validity period */ long aend; /* End of validity period */

long akpr; /* Special offer campaign price */ long agtn; /* Special offer text number */ IntBfDb akbi; /* Bit field */

ushort akso; /* Sunday */ ushort akmo; /* Monday */ ushort akdi; /* Tuesday */ ushort akmi; /* Wednesday */ ushort akdo; /* Thursday */ ushort akfr; /* Friday */ ushort aksa; /* Saturday */

ushort atyp; /* Special offer campaign type */ ushort linf; /* Delete info */

char akda[201]; /* Price data */ } TYakst_entry;

Explanations:

AKNR: Special offer campaign number ANUM: PLU number

ABNU: Department number

AANF: Start of validity period (date and time) AEND: End of validity period (date and time)

Represented in UNIX format (seconds since 1970/01/01) AKPR: Special offer campaign price, replaces the basic price AGTN: Special offer text number

(46)

AKSO: Sunday AKMO: Monday AKDI: Tuesday AKMI: Wednesday AKDO: Thursday AKFR: Friday AKSA: Saturday 0 = no 1 = yes

ATYP: Special offer campaign type 0 = standard campaign

1 = happy hour (or happy day with specification of period of time) 2 = price change

LINF: Delete info

0 = do not delete the special offer campaign 1 = delete the special offer campaign after expiry

2 = delete special offer campaign after expiry or if another campaign is activated

AKDA: Price data as a string

Data for price groups and extra price or graduated discounts The string is structured as follows:

identifier + separator + value (ASCII) +separator etc. Identifiers:

'GPR1' unit price 1 'GPR2' unit price 2 'GPR3' unit price 3 'GPR4' unit price 4 'EXPR' extra price

'SLFD' graduation number 'SPGS' graduated discount

Weight benefit/Price advantage/Discount rate ‘SGEW’ Grad. quantity limit

‘RABZ‘ discount allowed ‘PREU‘ price overwrite

‘PTYP’ Price types (0, 4, 8, 10-12, 13)

8, 10-12: PTYP in PLST: = 1 (Grad. Discount) PIDE in PLSF: = 8, 10-12

‘STOL’ Tolerance flag (0,1)

curr. only 0 (no tolerance calculating) ‘TPNR’ Fidelity points no.

‘RATN’ Discount text number Separator : ESC (0x1B)

Note:

Signs (+ and -) are not permitted.

(47)

to the left of the end character is optional.

Example: unit price 2 12,50 $ graduated discount 0 12,00 $ graduated discount 1 11,50 $ ”GPR2|1250|SLFD|0|SPGS|1200|SLFD|1|SPGS|1150|' (| stands for the separator ESC (0x1B))

Examples on how to allocate variable data for special campaigns. A tolerance calculation can be specified via STOL|1| for each graduat. discount entered. If no entry was made or if STOL|0| is specified no

tolerance calculation is done. The tolerance can be calculated for any type of discount.

PTYP 8:

300gr and more weight benefit 50gr “PTYP|8|SLFD|0|SGEW|300|SPGS|50|“

PTYP 10:

300gr and more 0,50$ discount

“PTYP|10|SLFD|0|SGEW|300|SPGS|50|“

PTYP 11:

300gr and more 1% discount 500gr and more 6% discount 1000gr and more 11%

“PTYP|11|SLFD|0|SGEW|300|SPGS|100|

SLFD|1|SGEW|500|SPGS|600|SLFD|2|SGEW|1000|SPGS|1100|“ The following data entry prevents that a 4th grad.discount rate that might be on the scale is used (running grad. discount number 3):

…SLFD|3|SGEW|0|“

PTYP 12:

300gr and more 0,50$ discount 500gr and more 1,10$ discount 1000gr and more 2,50$ discount

“PTYP|12|SLFD|0|SGEW|300|SPGS|50|

SLFD|1|SGEW|500|SPGS|110|SLFD|2|SGEW|1000|SPGS|250|“ or with tolerance calculation

“PTYP|12|SLFD|0|SGEW|300|SPGS|50|STOL|1| SLFD|1|SGEW|500|SPGS|110|STOL|1|

(48)

5.3 ATST extra text master data

Table : ATST Global table Number of attributes: 3 Description : extra text master data

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER Extra text number

ATNU KEY FIX 1 999999999 2 4 INTEGER Extra text

ATTE - FIX 0 1501 4 1501 VARSTR

c - Data structure ATST extra text master data typedef struct

{

long atnu; /* Extra text number */ char atte[1501]; /* Extra text */

} TYatst_entry;

Explanations:

Extra texts are texts for ingredients or formulae which supply additional information on a PLU.

ATNU: Extra text number Macros:

&$BENA; operator names &$ABNA; department names

&$LFNU; consecutive ticket number &$date; date

(49)

5.4 BEST operator master data

Table : BEST Global table Number of attributes: 30 Description : operator master data

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER Operator number

BENU KEY FIX 1 999 2 2 INTEGER Password key

PASS - FIX 0 8 4 8 STRING Bit field -internal only-

BEST - FIX 0 16 12 2 INTBFDB Department authorization 01

BA01 - FIX 0 999 14 2 INTEGER Department authorization 02

BA10 - FIX 0 999 32 2 INTEGER Float

WEGE - FIX 0 999999999 34 4 INTEGER Scale number for POS functions

WNAA - FIX 0 99 38 2 INTEGER Tare value

TAWE - FIX 0 99999 40 4 INTEGER Operator active

(50)

Price overwrite permitted

TRER - EXP 0 1 46 2 INTBFEX Training active

TRAK - EXP 0 1 48 2 INTBFEX Price overwrite priority

BESL - EXP 0 9 50 2 INTBFEX Cashing permitted

KASI - EXP 0 1 52 2 INTBFEX Cashing active

KAAK - EXP 0 1 54 2 INTBFEX POS drawer

KALA - EXP 0 1 56 2 INTBFEX Cancellation permitted

KSTO - EXP 0 1 58 2 INTBFEX Markup/discount authorization

ZASB - EXP 0 1 60 2 INTBFEX Load capacity factor for tare value

TLFK - EXP 0 2 62 2 INTBFEX Staff discount

PRAB - EXP 0 2 64 2 INTBFEX Operator text

BETE - FIX 0 21 66 21 STRING Title

BANR - FIX 0 21 87 21 STRING

c – Data structure BEST operator master data typedef struct

{

short walo; /* Cancel flag */ short benu; /* Operator number */ char pass[8]; /* Password key */

ushort best; /* Bit field -internal only- */

short ba01; /* Department authorization 01 */ short ba02; /* Department authorization 02 */ short ba03; /* Department authorization 03 */ short ba04; /* Department authorization 04 */ short ba05; /* Department authorization 05 */ short ba06; /* Department authorization 06 */ short ba07; /* Department authorization 07 */ short ba08; /* Department authorization 08 */ short ba09; /* Department authorization 09 */ short ba10; /* Department authorization 10 */ long wege; /* Float */

short wnaa; /* Scale number for POS functions */ long tawe; /* Tare value */

ushort beak; /* Operator active */

ushort trer; /* Price overwrite permitted */ ushort trak; /* Training active */

(51)

ushort kasi; /* Cashing permitted */ ushort kaak; /* Cashing active */ ushort kala; /* POS drawer */

ushort ksto; /* Cancellation permitted */

ushort zasb; /* Markup/discount authorization */ ushort tlfk; /* Load capacity factor for tare value */ ushort prab; /* Staff discount */

char bete[21]; /* Operator text */ char banr[21]; /* Title */

} TYbest_entry;

Explanations:

BENU: Operator number

PASS: Password (7-digit incl. zero byte):

A password will be allocated to each operator allowing him to alter menu data in relation to the authorization level.

BEST: Internal value (=0)

BA01: Department authorization to logon/off operator/cashier: . = 0: no authorization, operator/cashier will be rejected. . > 0: department number of scales permitted for logon/off BA10:

WEGE: Float

TAWE: Operator-specific tare value 1

BEAK: Operator active:1 0=no

1=yes TRER: Price overwrite permitted

BESL TRER

always allowed 1 0 not allowed 0 1 PLU-dependent 0 0

TRAK: Training active: 0=no

1=yes BESL: Price overwrite priority

(see TRER above).

(52)

KASI: Cashing permitted: 0=no 1=yes

KAAK: Cashing active:1 0=no

1=yes

KALA: POS drawer: 0=drawer 1

1=drawer 2

KSTO: Cancellation permitted: 0=yes

1=no ZASB: Markup/discount authorization: 0=yes

1=no

TLFK: Load capacity factor for tare value:1 _{0= 1 g precisely}

1= 10 g precisely 2= 100 g precisely

PRAB: Staff discount: 0= not permitted

1= limited 2= unlimited BETE: Operator name

BANR: Title

(53)

5.5 BIST Operator ID master data

Table : BIST Global table Number of attributes: 3 Description : Operator IDmaster data

Description

Decr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER Operator ID

BEID KEY FIX MINBEID1 _MAXBEID2 ₂ ₈ _INTEGER

Operator number

BENU - FIX 1 999 10 2 INTEGER

c – Data structure BIST Operator IDmaster data typedef struct

{

short walo; /* Cancel flag */ Tyint64 beid; /* Operator ID */ short benu; /* Operator number */ } TYbist_entry;

Explanations:

1_{MINBEID =} _{0x8000000000000000}

(54)

5.6 CAST COOL Article

Table : CAST Global table Number of attributes: 9 Description : COOL Article

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER PLU number

PNUM KEY FIX 1 999999 2 4 INTEGER Department number

ABNU KEY FIX 1 999 6 2 INTEGER Class number

CCNC - FIX 0 999999 12 4 INTEGER Short List number

CSNC - FIX 0 999999 16 4 INTEGER Sequence number

SQNC - FIX 0 99 20 2 INTEGER Most recently used COOL number

CUNC - FIX 0 999999 22 4 INTEGER Forces the scale into COOL Mode

CFXC - EXP 0 1 26 2 INTEGER COOL Pretext number

CXNC - FIX 0 999999 28 4 INTEGER COOL Tracking number

CRNC - FIX 0 21 32 21 STRING

c – Data structure CAST COOL Article typedef struct

{

short walo; /* Cancel flag */ long pnum; /* PLU number */

short abnu; /* Department number */ long ccnc; /* Class number */ long csnc; /* Short list number */ short sqnc; /* Sequence number */

long cunc; /* Most recently used COOL number */ short cfxc; /* Forces the scale into COOL Mode */ long cxnc; /* COOL Pretext number */

char crnc[21]; /* COOL Tracking number */ } TYcast_entry;

(55)

Explanations:

(56)

5.7 CCST COOL Country

Table : CCST Global table Number of attributes: 5 Description : COOL Country

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER Country number

CTNC KEY FIX 1 999999 2 4 INTEGER Department number

ABNU KEY FIX 1 999 6 2 INTEGER Class number / Category

CCNC KEY FIX 0 999999 8 4 INTEGER Country Text

CCXC - FIX 0 1801 12 1801 VARSTR

c – Data structure CCST COOL Country typedef struct

{

short walo; /* Cancel flag */ long ctnc; /* Country number */ short abnu; /* Department number */ long ccnc; /* Class number / Category */ char ccxc[1801]; /* Country Text */

} TYccst_entry;

Explanations:

(57)

5.8 CPST COOL Production Step / Custom Text

Table : CPST Global table Number of attributes: 5 Description : COOL Production Step / Custom Text

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER Production Step Number

PSNC KEY FIX 1 999999 2 4 INTEGER Department Number

ABNU KEY FIX 1 999 6 2 INTEGER Class number / Category

CCNC KEY FIX 0 999999 8 4 INTEGER Production Step Text

PSXC - FIX 0 1801 12 1801 VARSTR

c – Data structure CPST COOL Production Step / Custom Text typedef struct

{

long psnc; /* Production Step Number */ short abnu; /* Department Number */ long ccnc; /* Class Number / Category */ char psxc[1801]; /* Production Step Text */ } TYcpst_entry;

Explanations:

(58)

5.9 CIST COOL Item

Table : CIST Global table Number of attributes: 5 Description : COOL Item

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER COOL Number

CNOC KEY FIX 1 999999 2 4 INTEGER Department Number

ABNU KEY FIX 1 999 6 2 INTEGER COOL Text Type

CTTC KEY FIX 0 1 8 2 INTEGER COOL Text

CTXC - FIX 0 1801 10 1801 VARSTR

c – Data structure CIST COOL Item typedef struct

{

short walo; /* Cancel flag */ long cnoc; /* COOL Number */ short abnu; /* Department Number */ short cttc; /* COOL Text Type */ char ctxc[1801]; /* COOL Text */ } TYcist_entry;

Explanations:

CTTC: COOL Text Type: 0= COOL Text 1= Pretext Text

(59)

5.10 CSST COOL Short List

Table : CSST Global table Number of attributes: 6 Description : COOL Short List

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER COOL Short List Number

CSNC KEY FIX 1 999999 2 4 INTEGER Department Number

ABNU KEY FIX 1 999 6 2 INTEGER Sequential Link Number

SQNC KEY FIX 0 99 2 2 INTEGER COOL Text Type

CTTC - FIX 0 1 10 2 INTEGER COOL Text Number

CNOC - FIX 1 999999 12 4 INTEGER

c – Data structure CSST COOL Short List typedef struct

{

long csnc; /* COOL Short List Number */ short abnu; /* Department Number */ short sqnc; /* Sequential Link Number */ short cttc; /* COOL Text Type */

long cnoc; /* COOL Text *Number / } TYcsst_entry;

Explanations:

CTTC: COOL Text Type: 0= COOL Text 1= Pretext Text

(60)

5.11 COST bar code data

Table : COST Global table Number of attributes: 21 Description : bar code data

Description

Descr. KEY

Offs Len

WALO KEY FIX 0 1 0 2 INTEGER Code structure number

COSN KEY FIX 1 999 2 2 INTEGER Code digit

KEZI - FIX 0 999 4 2 INTEGER Bit field -internal only-

COBI - FIX 0 16 6 2 INTBFDB Bit field -internal only-

CBI2 - FIX 0 16 8 2 INTBFDB Info code value

COWE - EXP 0 4 10 2 INTBFEX Number of digits

COST - EXP 0 7 12 2 INTBFEX Check digit calculation

PRZI - EXP 0 1 14 2 INTBFEX Weighting factor/floating comma

COOP - EXP 0 4 16 2 INTBFEX Fill character active

FCON - EXP 0 1 18 2 INTBFEX Code type

COTY - EXP 0 3 20 2 INTBFEX Limiting value check for code contents

MCHK - EXP 0 1 22 2 INTBFEX PLU access

ARZU - EXP 0 1 24 2 INTBFEX Code structure rules

CVAK - EXP 0 1 26 2 INTBFEX Product group number

WGNR - FIX 1 9999 28 2 INTEGER Menu layout

HMLY - FIX 0 30 30 2 INTEGER Fill character

FLCH - FIX 0 2 33 2 STRING Code contents

COIN - FIX 0 7 34 11 STRING Min. value for code contents