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Type_SupplierShipment

Type_SupplierShipment = 2

Example​

procedure ScriptEvent(var Value: variant);
begin
  Value := GetShipmentManifestTypeCode(Type_SupplierShipment); // 'SupplierShipment'
end;

Usage​

Type_SupplierShipment identifies Velox SupplierShipment shipment-manifest type 2 for scripts, tags and VxData records.

Value

PropertyValue
Script typeLongInt
Numeric value2
Paired textType_SupplierShipment_String = SupplierShipment
Direction labelSupplier
Database type tableShipment_Manifest_Type
Record fieldShipment_Manifest.TypeNum
Tag-map entryYes: <!Type_SupplierShipment!> expands to 2

Additional Technical Info​

Type_SupplierShipment is the canonical numeric identifier for the SupplierShipment member of the Velox shipment manifest-type vocabulary. Its fixed LongInt value is 2, paired with Type_SupplierShipment_String.

It selects an artifact-direction type. It does not create, load, validate, send, receive or change the state of a shipment, POD or tracking record.

Implementation

Velox declares and registers fixed value 2. GetShipmentManifestTypeCode maps it to SupplierShipment; GetShipmentManifestTypeNum performs the reverse mapping. The numeric name is in the Velox tag map, so <!Type_SupplierShipment!> expands to 2.

The shipment manifest converter is independent from the other two artifact-type converters even though all three families use customer value 1 and supplier value 2. Use GetShipmentManifestTypeNum and GetShipmentManifestTypeCode only for this family.

Database alignment

Fresh-build VxData seeds row 2 as SupplierShipment in Shipment_Manifest_Type, and nullable Shipment_Manifest.TypeNum references that table. Required Shipment_Event_Type.TypeNum references the manifest-type table and combines the type with Shipment_Status for event behaviour.

The type-table code is exact SupplierShipment and the description is human-spaced. Code, number and display description are separate representations; persist the numeric key where TypeNum is expected.

Behaviour

Text-to-number conversion uses SameText, so case differences are accepted, but whitespace is not trimmed: suppliershipment is recognised and SupplierShipment is not. Unsupported text returns Null. Number-to-text conversion returns Null for Null or an unsupported number.

The value has meaning only in its shipment manifest-type domain. The same integer in the other shipment artifact families, party roles, lifecycle statuses or transaction types is not a typed substitute.

Edge cases and quirks

  • The converter names this the shipment-manifest type. It is not Shipment_Hdr.TypeNum, which references the separate application-defined Shipment_Type table.
  • SupplierShipment classifies the manifest/artifact direction; it does not book, plan, collect, deliver or cancel a shipment.
  • Customer/supplier is a Velox artifact-direction label, not proof of sender, recipient, bill-from/bill-to roles, ownership or transport direction.
  • Numeric PascalScript constants do not retain a domain type after evaluation; validate the target field/table contract before assignment.
  • Text conversion is case-insensitive and non-trimming; String constants themselves remain exact compiled text.
  • A nullable record TypeNum may contain Null even though the seed vocabulary defines this value.
  • Selecting a type does not select a lifecycle status or trigger an event-routing row.

Side effects

Reading, comparing or tag-expanding Type_SupplierShipment has no database, file, network or shared-state side effect. Its converters are fixed in-memory mappings.

Errors

Reading the constant does not raise an error. Converter misses return Null; inputs outside the documented String/number contract can still encounter normal PascalScript Variant conversion behaviour. Persisting a value absent from the target type table can fail a database foreign key.

Performance and concurrency

This is immutable compiled metadata. Constant access and its two-branch converters are constant-time for practical purposes and do not carry mutable shipment state.

Remarks

Use the constant to make configuration intent explicit, then validate the surrounding dataset, direction, parties, lifecycle status and event configuration independently. The example is source-reviewed and non-destructive.

Related entries

Created 2026-07-15