SCALEXCHAN processing: SCALEXCHAN
CUSSELFLT: Possibility to exclude a stock line
Use this entry point to take over in the processing for stock line extraction. Setting the GPE global variable to 0 is used to exclude a stock line being read.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available screens and file classes
The ALLSCALSTO mask is open. It is not yet open.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
FACILITY |
Yes |
Site |
|
STOCK |
Yes |
Stock lines |
|
STOALL |
No |
Allocations |
|
STOLOT |
Yes |
Lots |
|
ITMMASTER |
Yes |
Product |
CUSTRTSUP: Possibility to start an additional processing after the weighing
Use this entry point to take over after the printing of a weigh label in order to launch a specific processing, for example the printing of additional labels.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The WEIGHING ([F:WGG]) file is open.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
FACILITY |
Yes |
Site |
|
WEIGHING |
Yes |
Weight |
WGGMAJ: Initialization of specific fields from the WEIGHING file
Use this entry point to take over during the creation of recordings in the WEIGHING table (it is used, for example, to initialize specific fields). It is located just before the write instruction [WGG].
Context and operating mode
Transaction
There is a transaction in progress.
If a problem arises, set the GOK variable to 0.
Log file
If there is a complete or partial weighing of a component, there is an open log file.
In other call contexts, there is no open log file.
Available variables and masks
The WEIGHING ([F:WGG]) file is open.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
WEIGHING |
Yes |
Weight |
MAJ_LCODE : modification of the code managing exchanges between the station and
This entry point is used to modify the value of the code managing exchanges between the weighing station and X3 if there is a weighing that generates a material tracking in order to replace this material tracking by a location change.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The LCODE variable has a value between 27 and 31.
A value between 90 and 95 must be assigned to this code in order to perform an action (a location change, for instance) other than the update of the tracking along with the 'TRT_LCODE' entry point.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
WEIGHING |
No |
Weight |
TRT_LCODE : following a weighing, replacement of the material tracking by anothe
This entry point is used to replace the material tracking by another action (change of location, for instance) by testing the LCODE variable in the MAJ_LCODE entry point.
Context and operating mode
Transaction
There is one transaction in progress.
If a problem arises, set the GOK variable to 0.
Log file
If there is a complete or partial weighing of a component, there is an open log file.
In other call contexts, there is no open log file.
Available variables and masks
This entry point is called if the LCODE variable is different than 27, 28, 29, 30 or 31.
In that case, the LCODE value set in the MAJ_LCODE entry point must be tested in order to carry out the desired action.
Example for a change of location:
# Example of a sequence to write in the EP in order to
# change a location after a weighing
Local Decimal LQTY, LSHT
Local Integer LNBR, LNBJ, LRET
Raz [M:STW]
[M:STW]STOFCY = GSCA1MFGFCY
[M:STW]TRSTYP = 7 :# Change of location
[M:STW]ITMREF = F_ITMREF
[M:STW]LOCENT = Target location (must be known at this level)
[M:STW]CUR = GLOCALDEV
[M:STW]IPTDAT = date$
[M:STW]PRIORDH = 0
[M:STW]PIOQTY = 3
[M:STW]VCRTYP = 10 : # WO
[M:STW]VCRNUM = F_MFGNUM
[M:STW]VCRLIN = F_MFGLIN
[M:STW]SEQ = F_SEQ
[M:STW]STOCOU(0) = F_STOCOU
LQTY = F_WEIWEI_US
Call ALISTOWORK(11,0,LQTY,LSHT,LNBR,LNBJ,LRET) From STKINT
# Stock update
If LRET=0 Call MAJ_STOCK From STKMAJ Endif
If LRET<>0 | GOK<1 GOK=0 Endif
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
WEIGHING |
Yes |
Weight |
CRE_MTK: Initialization of specific fields from the MFGHEADTRK file
Use this entry point to take over during the creation of recordings in the MFGHEADTRK table (it is used, for example, to initialize specific fields). It is located just before the write [MTK] instruction.
Context and operating mode
Transaction
There is one transaction in progress.
Log file
There is an open log file.
Available variables and masks
The MFGHEADTRK ([F:MTK]) file is open.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
WEIGHING |
Yes |
Weight |
|
MFGMATTRK |
Yes |
Production tracking - Material |
MATSELFLT: Possibility to exclude WO materials from the weighing
Use this entry point to take over when retrieving WO components. It is used to set additional filters in order to select components.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The MFGMAT ([F:MFM]) file is open and loaded. The GSCA1ITMREF global variable is valued with the component to weigh if a component has been specified in the weighing home page.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
MFGITM |
Yes |
Work orders - header |
|
MFGMAT |
Yes |
Work orders - components |
RPLOPE: Replacement of an operation number by a specific number
Use this entry point to take over after the WO components have been filtered. It is used to replace for each component the operation number by a phase number added in specific.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The MFGMAT ([F:MFM]) file is open and loaded. The WNUMOPE local variable is valuated by default with the [F:MFM]BOMOPE routing operation number. The user can then assign the desired specific value.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
MFGITM |
Yes |
Work orders - header |
|
MFGMAT |
Yes |
Work orders - components |
MAJ_ASSW: Modifying the value of ALLSCALSTO fields
Use this entry point to take over just before retrieving the content of the material allocation table when constituting the list of lots eligible for a component weighing. In order to avoid the retrieving of an allocation, for example because the location of the allocation has already been changed (specific case), this entry point is used to take over just before taking it into acocunt in the ALLSCALSTO fields.
Context and operating mode
Transaction
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The ALLSCALSTO [M:ASSW] mask is loaded with the content of the STOCK table.
The quantity presented in [M:ASSW] have been decreased of the allocated quantity.
Therefore,
[M:ASSW]DISPONIBLE (nolign-1) = [F:STO]QTYSTU - [F:STO]CUMALLQTY
[M:ASSW]ALLOUE (nolign-1) = 0
The [F:STA] table is loaded when calling the entry point. The allocations are added to the fields mentioned in standard during the read of the table.
This entry point has been designed to take over inside the allocation read loop. It is used to short-circuit the update of the ALLSCALSTO mask with the content of STOALL. To that purpose, set the GPE global variable to 0.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
FACILITY |
Yes |
Site |
|
STOCK |
Yes |
Stock lines |
|
STOALL |
Yes |
Allocations |
|
STOLOT |
Yes |
Lots |
|
ITMMASTER |
Yes |
Product |
MODIFQTE: Replacement of standard quantities by specific quantities
Use this entry point to take over after the WO components have been filtered. It is used to replace for each component the remaining quantity (WQTYRESTAN) with a specific quantity. This data is then sent to the weigh station in order to perform the material weighing.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The MFGMAT ([F:MFM]) file is open and loaded. The WQTYRESTAN local variable is valuated by default with the requirement quantity – consumed quantity.
To that purpose, the CAL_POIDS() sub-program is used:
Call CAL_POIDS ([F:ITM]ITMREF,[F:MFM]RETQTY-[F:MFM]USEQTY,WQTYRESTAN) from SCALEXCHAN
The [F:MFM]RETQTY and [F:MFM]USEQTY quantities are expressed in STK. The STK quantity is converted in weight unit of the [F:ITM]ITMWEI product and rounded according to the decimal number of the weight unit of the [F:ITM]WEU product before being assigned to the WQTYRESTAN local variable. WQTYRESTAN is then sent to the weigh station.
The specific value desired must just be assined to this variable.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
MFGITM |
Yes |
Work orders - header |
|
MFGMAT |
Yes |
Work orders - components |
RPLDATSTD: Replacement of standard data by specific quantities
Use this entry point to take over after the WO components have been filtered. It is used to replace for each component the standard tolerance percentages with specific tolerance percentages.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The ITMFACILIT ([F:ITF]) file is open and loaded. The WTOLPOS and WTOLNEG local variables are valued by default with the tolerance percentage of the [F:BOD]ITMTOLPOS /[F:BOD]ITMTOLNEG BOM. The user can then assign the specific value desired.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
MFGITM |
Yes |
Work orders - header |
|
MFGMAT |
Yes |
Work orders - components |
RPLISM: Replacement of standard containers with specific containers
Use this entry point to take over before retrieving the standard containers linked to the SHI record of the current component. It is used to replace the SHI record of the component with a specific SHI record.
Context and operating mode
Transaction
There is no transaction in progress.
Log file
There is no open log file.
Available variables and masks
The WISM local variable is loaded by default with the SHI record of the component to weigh. The user can then assign the desired specific value.
Open tables
In the table below, the significant content flag indicates that the content is in phase with the context.
|
Table |
Significant content |
Table Title |
|
MFGMAT |
Yes |
Work orders - components |