Table 99000765 Manufacturing Setup, source in 29
Source29
src/Layers/W1/BaseApp/Manufacturing/Setup/ManufacturingSetup.Table.al408 lines, Copyright (c) Microsoft Corporation. MIT
// ------------------------------------------------------------------------------------------------
// Copyright (c) Microsoft Corporation. All rights reserved.
// Licensed under the MIT License. See License.txt in the project root for license information.
// ------------------------------------------------------------------------------------------------
namespace Microsoft.Manufacturing.Setup;
using Microsoft.Finance.GeneralLedger.Setup;
#if not CLEAN27
using Microsoft.Foundation.Calendar;
#endif
using Microsoft.Foundation.NoSeries;
using Microsoft.Inventory.BOM.Tree;
using Microsoft.Inventory.Location;
using Microsoft.Inventory.Planning;
using Microsoft.Manufacturing.Capacity;
using Microsoft.Manufacturing.Forecast;
using Microsoft.Manufacturing.MachineCenter;
using Microsoft.Manufacturing.ProductionBOM;
using System.Telemetry;
using System.Utilities;
table 99000765 "Manufacturing Setup"
{
Caption = 'Manufacturing Setup';
DataClassification = CustomerContent;
DrillDownPageID = "Manufacturing Setup";
LookupPageID = "Manufacturing Setup";
InherentEntitlements = R;
InherentPermissions = r;
fields
{
field(1; "Primary Key"; Code[10])
{
AllowInCustomizations = Never;
Caption = 'Primary Key';
Editable = false;
}
field(7; "Normal Starting Time"; Time)
{
Caption = 'Normal Starting Time';
ToolTip = 'Specifies the normal starting time of the workday.';
}
field(8; "Normal Ending Time"; Time)
{
Caption = 'Normal Ending Time';
ToolTip = 'Specifies the normal ending time of a workday.';
}
field(9; "Doc. No. Is Prod. Order No."; Boolean)
{
Caption = 'Doc. No. Is Prod. Order No.';
ToolTip = 'Specifies that the production order number is also the document number in the ledger entries posted for the production order.';
InitValue = true;
}
field(11; "Cost Incl. Setup"; Boolean)
{
Caption = 'Cost Incl. Setup';
ToolTip = 'Specifies whether the setup times are to be included in the cost calculation of the Standard Cost field.';
}
field(12; "Dynamic Low-Level Code"; Boolean)
{
Caption = 'Dynamic Low-Level Code';
ToolTip = 'Specifies low-level codes are dynamically assigned to each component in a product structure. Note that this may affect performance. The top final assembly level is denoted as level 0, the end item. The higher the low-level code number, the lower the item is in the hierarchy. The codes are used in the planning of component parts. When you calculate a plan, the BOM is exploded in the planning worksheet, and the gross requirements for level 0 are passed down the planning levels as gross requirements for the next planning level.';
trigger OnValidate()
var
LowLevelCodeCalculator: Codeunit "Low-Level Code Calculator";
begin
if xRec."Dynamic Low-Level Code" and (not "Dynamic Low-Level Code") then
LowLevelCodeCalculator.SuggestToRunAsBackgroundJob();
end;
}
field(18; "Planning Warning"; Boolean)
{
Caption = 'Planning Warning';
ToolTip = 'Specifies whether to run the MRP engine to detect if planned shipment dates cannot be met.';
}
field(20; "Simulated Order Nos."; Code[20])
{
Caption = 'Simulated Order Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to a simulated production order.';
TableRelation = "No. Series";
}
field(21; "Planned Order Nos."; Code[20])
{
Caption = 'Planned Order Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to a planned production order.';
TableRelation = "No. Series";
}
field(22; "Firm Planned Order Nos."; Code[20])
{
Caption = 'Firm Planned Order Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to firm planned production orders.';
TableRelation = "No. Series";
}
field(23; "Released Order Nos."; Code[20])
{
Caption = 'Released Order Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to a released production order.';
TableRelation = "No. Series";
}
field(29; "Work Center Nos."; Code[20])
{
AccessByPermission = TableData "Machine Center" = R;
Caption = 'Work Center Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to work centers.';
TableRelation = "No. Series";
}
field(30; "Machine Center Nos."; Code[20])
{
AccessByPermission = TableData "Machine Center" = R;
Caption = 'Machine Center Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to machine centers.';
TableRelation = "No. Series";
}
field(31; "Production BOM Nos."; Code[20])
{
AccessByPermission = TableData "Production BOM Header" = R;
Caption = 'Production BOM Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to production BOMs.';
TableRelation = "No. Series";
}
field(32; "Routing Nos."; Code[20])
{
AccessByPermission = TableData "Calendar Absence Entry" = R;
Caption = 'Routing Nos.';
ToolTip = 'Specifies the number series code to use when assigning numbers to routings.';
TableRelation = "No. Series";
}
field(35; "Current Production Forecast"; Code[10])
{
Caption = 'Current Demand Forecast';
ToolTip = 'Specifies the name of the relevant demand forecast to use to calculate a plan. Use Inventory Setup page to change this field.';
TableRelation = "Production Forecast Name".Name;
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
}
field(36; "Use Forecast on Variants"; Boolean)
{
Caption = 'Use forecast on variants';
ToolTip = 'Specifies that actual demand for the selected demand forecast is nettet for the specified item variant. If you leave the check box empty, the program regards the demand forecast as valid for all variants. Use Inventory Setup page to change this field.';
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
}
field(37; "Use Forecast on Locations"; Boolean)
{
Caption = 'Use forecast on locations';
ToolTip = 'Specifies that actual demand for the selected demand forecast is nettet for the specified location only. If you leave the check box empty, the program regards the demand forecast as valid for all locations. Use Inventory Setup page to change this field.';
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
}
field(38; "Combined MPS/MRP Calculation"; Boolean)
{
AccessByPermission = TableData "Planning Component" = R;
Caption = 'Combined MPS/MRP Calculation';
ToolTip = 'Specifies if both master production schedule and material requirements plan are run when you choose the Calc. Regenerative Plan action in the planning worksheet. Use Inventory Setup page to change this field.';
InitValue = true;
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
}
field(39; "Components at Location"; Code[10])
{
Caption = 'Components at Location';
ToolTip = 'Specifies the inventory location from where the production order components are to be taken.';
TableRelation = Location where("Use As In-Transit" = const(false));
}
field(40; "Default Dampener Period"; DateFormula)
{
Caption = 'Default Dampener Period';
ToolTip = 'Specifies a period of time during which you do not want the planning system to propose to reschedule existing supply order''s forward. This value in this field applies to all items except for items that have a different value in the Dampener Period field on the item card. When a dampener time is set, an order is only rescheduled when the defined dampener time has passed since the order s original due date. Note: The dampener time that is applied to an item can never be higher than the value in the item''s Lot Accumulation Period field. This is because the inventory build-up time that occurs during a dampener period would conflict with the build-up period defined by the item''s lot accumulation period. Accordingly, the default dampener period generally applies to all items. However, if an item''s lot accumulation period is shorter than the default dampener period, then the item''s dampener time equals its lot accumulation period. Use Inventory Setup page to change this field.';
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
#if not CLEAN27
trigger OnValidate()
var
CalendarMgt: Codeunit "Calendar Management";
begin
CalendarMgt.CheckDateFormulaPositive("Default Dampener Period");
end;
#endif
}
field(41; "Default Dampener %"; Decimal)
{
AutoFormatType = 0;
Caption = 'Default Dampener %';
ToolTip = 'Specifies a percentage of an item''s lot size by which an existing supply must change before a planning suggestion is made. Use Inventory Setup page to change this field.';
DecimalPlaces = 1 : 1;
MinValue = 0;
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
}
field(42; "Default Safety Lead Time"; DateFormula)
{
Caption = 'Default Safety Lead Time';
ToolTip = 'Specifies a time period that is added to the lead time of all items that do not have another value specified in the Safety Lead Time field. Use Inventory Setup page to change this field.';
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
}
field(43; "Blank Overflow Level"; Option)
{
Caption = 'Blank Overflow Level';
ToolTip = 'Specifies how the planning system should react if the Overflow Level field on the item or SKU card is empty. Use Inventory Setup page to change this field.';
OptionCaption = 'Allow Default Calculation,Use Item/SKU Values Only';
OptionMembers = "Allow Default Calculation","Use Item/SKU Values Only";
ObsoleteReason = 'Field moved to same field in table Inventory Setup';
#if not CLEAN27
ObsoleteState = Pending;
ObsoleteTag = '27.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '30.0';
#endif
}
field(50; "Show Capacity In"; Code[10])
{
Caption = 'Show Capacity In';
ToolTip = 'Specifies which capacity unit of measure to use by default to record and track capacity.';
TableRelation = "Capacity Unit of Measure".Code;
}
field(55; "Default Consum. Calc. Based on"; Option)
{
Caption = 'Default Consumption Calculation Based on';
InitValue = "Expected Output";
ToolTip = 'Specifies default calculation based on, used for consumption calculation. Whether the calculation of the quantity to consume is based on the actual output or on the expected output (the quantity of finished goods that you expect to produce).';
OptionCaption = 'Actual Output,Expected Output';
OptionMembers = "Actual Output","Expected Output";
}
field(210; "Finish Order without Output"; Boolean)
{
Caption = 'Allow Finishing Prod. Order with no Output';
ToolTip = 'Specifies that status of orders with no output can be changed to finished and the WIP will be written off to Inventory Adjustment Account.';
trigger OnValidate()
begin
CheckAndConfirmFinishOrderWithoutOutput();
end;
}
field(250; "Inc. Non. Inv. Cost To Prod"; Boolean)
{
Caption = 'Include Non-Inventory Items to Produced Items';
ToolTip = 'Specifies whether to include the cost of non-inventory items in the cost of produced items.';
trigger OnValidate()
var
FeatureTelemetry: Codeunit "Feature Telemetry";
begin
FeatureTelemetry.LogUptake('0000OMR', GetFeatureTelemetryName(), Enum::"Feature Uptake Status"::Used);
if (Rec."Inc. Non. Inv. Cost To Prod") and (not xRec."Inc. Non. Inv. Cost To Prod") then
FeatureTelemetry.LogUsage('0000OMS', GetFeatureTelemetryName(), StrSubstNo(FieldValueIsChangedToLbl, Rec.FieldCaption("Inc. Non. Inv. Cost To Prod"), Rec."Inc. Non. Inv. Cost To Prod"));
end;
}
field(260; "Load SKU Cost on Manufacturing"; Boolean)
{
Caption = 'Load SKU Cost on Manufacturing';
ToolTip = 'Specifies if you want to load SKU Cost in the item at the time of manufacturing.';
trigger OnValidate()
var
FeatureTelemetry: Codeunit "Feature Telemetry";
begin
FeatureTelemetry.LogUptake('0000OMP', GetFeatureTelemetryName(), Enum::"Feature Uptake Status"::Used);
if (Rec."Load SKU Cost on Manufacturing") and (not xRec."Load SKU Cost on Manufacturing") then
FeatureTelemetry.LogUsage('0000OMQ', GetFeatureTelemetryName(), StrSubstNo(FieldValueIsChangedToLbl, Rec.FieldCaption("Load SKU Cost on Manufacturing"), Rec."Load SKU Cost on Manufacturing"));
end;
}
field(270; "Manual Scheduling"; Boolean)
{
Caption = 'Manual Scheduling';
ToolTip = 'Specifies that the End/Due Dates on the production have been scheduled manually.';
}
field(271; "Safety Lead Time for Man. Sch."; DateFormula)
{
Caption = 'Safety Lead Time for Manual Scheduling';
ToolTip = 'Specifies the time that will be added to the End date to calculate the Due Date when the production order is manually scheduled.';
}
field(280; "Default Gen. Bus. Post. Group"; Code[20])
{
Caption = 'Default General Business Posting Group';
ToolTip = 'Specifies the default general business posting group for production orders.';
TableRelation = "Gen. Business Posting Group";
}
field(290; "Copy Loc. to Cap. Val. Entries"; Boolean)
{
Caption = 'Copy location code into value entries linked to capacity ledger entries';
InitValue = true;
ToolTip = 'Specifies whether the Location Code from the production order is copied to value entries linked to capacity ledger entries. When enabled, Inventory Posting Setup for that specific location is used. When disabled, Location Code remains blank on capacity value entries and Inventory Posting Setup for blank location is used.';
}
field(300; "Default Flushing Method"; Enum "Flushing Method")
{
Caption = 'Default Flushing Method';
InitValue = "Pick + Manual";
ToolTip = 'Specifies default flushing method assigned to new items. A different flushing method on item cards will override this default.';
}
field(5500; "Preset Output Quantity"; Option)
{
Caption = 'Preset Output Quantity';
ToolTip = 'Specifies what to show in the Output Quantity field of a production journal when it is first opened.';
OptionCaption = 'Expected Quantity,Zero on All Operations,Zero on Last Operation';
OptionMembers = "Expected Quantity","Zero on All Operations","Zero on Last Operation";
}
#if not CLEANSCHEMA32
field(5600; "Legacy Subcontracting"; Boolean)
{
Caption = 'Legacy Subcontracting';
ToolTip = 'Specifies whether to use legacy subcontracting functionality. When enabled, the system will create a purchase order for each subcontracted item on a production order. When disabled, the system will create a single purchase order for all subcontracted items on a production order with multiple lines for each subcontracted item.';
AllowInCustomizations = Never;
Editable = false;
ObsoleteReason = 'Legacy Subcontracting will be discontinued, environments should move to the Subcontracting App.';
#if not CLEAN28
ObsoleteState = Pending;
ObsoleteTag = '28.0';
#else
ObsoleteState = Removed;
ObsoleteTag = '32.0';
#endif
}
#endif
}
keys
{
key(Key1; "Primary Key")
{
Clustered = true;
}
}
fieldgroups
{
}
var
RecordHasBeenRead: Boolean;
FinishOrderWithoutOutputQst: Label 'You will not be able to disable %1 once you have enabled it.\\Do you want to continue?', Comment = '%1 = Field Caption';
NotAllowedDisableFinishOrderWithoutOutputErr: Label 'You are not allowed to disable %1 once you have enabled it.', Comment = '%1 = Field Caption';
ManufacturingSetupFeatureTelemetryNameLbl: Label 'Manufacturing Setup', Locked = true;
FieldValueIsChangedToLbl: Label '%1 is changed to %2.', Comment = '%1 = Field Caption , %2 = Field Value';
procedure GetRecordOnce()
begin
if RecordHasBeenRead then
exit;
Get();
RecordHasBeenRead := true;
end;
local procedure CheckAndConfirmFinishOrderWithoutOutput()
var
ConfirmManagement: Codeunit "Confirm Management";
begin
if (xRec."Finish Order without Output") and (not Rec."Finish Order without Output") then
Error(NotAllowedDisableFinishOrderWithoutOutputErr, Rec.FieldCaption("Finish Order without Output"));
if not ConfirmManagement.GetResponseOrDefault(
StrSubstNo(FinishOrderWithoutOutputQst, Rec.FieldCaption("Finish Order without Output")),
false)
then
Error('');
end;
local procedure GetFeatureTelemetryName(): Text
begin
exit(ManufacturingSetupFeatureTelemetryNameLbl);
end;
}