There is no transaction in progress.
There is no open log file.
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.
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 |
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.
There is no transaction in progress.
There is no open log file.
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.
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 |
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.
There is no transaction in progress.
There is no open log file.
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.
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 |
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.
There is no transaction in progress.
There is no open log file.
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.
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 |