Search Results order_category




Overview

The view APPS.OE_AK_ORDER_CATEGORY_V is a simple lookup view in Oracle E-Business Suite that exposes the set of order category codes used by the Order Management application. It is defined as a single-column projection over the OE_LOOKUPS view, returning only the LOOKUP_CODE values whose associated LOOKUP_TYPE is 'ORDER_CATEGORY'. In the EBS architecture, this view belongs to the APPS schema and serves as a curated, application-facing data source rather than a transactional table.

The object's role is fundamentally that of a reference data access point. Order category is one of the classification attributes applied to sales orders, allowing orders to be grouped or segmented for operational, reporting, and integration purposes. Rather than forcing consumers to hard-code the qualifying predicate against the underlying lookup framework, the view encapsulates the filter and presents a clean, ready-to-use list of valid order categories. This makes it suitable for LOV (list of values) definitions, concurrent program parameters, and reporting queries.

Underlying Base Objects

The documented metadata identifies a single referenced base object: OE_LOOKUPS, which is itself a view. No additional tables are documented for this version, but OE_LOOKUPS is the Order Management lookup view built on top of the core lookup infrastructure (principally the FND_LOOKUP_VALUES or its associated base tables). The view OE_AK_ORDER_CATEGORY_V layers a fixed predicate — lookup_type = 'ORDER_CATEGORY' — on top of that lookup source.

Because the definition resolves entirely through OE_LOOKUPS, the view inherits that object's behavior. The classic EBS pattern is that lookup values are maintained in the application's lookup maintenance UI (Application Object Library), and the OE-specific view surfaces the subset relevant to Order Management. Any change to the underlying lookup values — insertions, end-dating, or updates — is reflected automatically in this view without requiring changes to dependent reports or programs. This indirection is intentional and supports the standard EBS practice of not coding directly against lookup tables.

Note that the documented object text is a preformatted and HTML-formatted statement, both expressing the same logic: select the lookup code from the lookup source where the lookup type equals the order category constant. There is no join, aggregation, or transformation beyond that single filter.

Key Columns

The view exposes exactly one documented column: LOOKUP_CODE. This column carries the coded identifier for an order category as defined in the Order Management lookup type. The list of codes is not enumerated in the metadata, as it is data-driven and configurable per environment.

  • LOOKUP_CODE — the category code value; the only projected column and the effective key for consumers.

Because only the code is selected, the companion descriptive attributes typically associated with lookups — such as MEANING, DESCRIPTION, enabled flags, or date ranges — are intentionally omitted from this view. Consumers requiring display text must join back to OE_LOOKUPS or the underlying lookup framework on LOOKUP_CODE and LOOKUP_TYPE = 'ORDER_CATEGORY'.

Common Use Cases and Queries

Typical uses include populating parameter LOVs, validating user-supplied category values, and driving segmentation logic in reports. Because the view performs the filtering, a simple select yields the valid codes directly.

  • List all valid order categories:
SELECT lookup_code
FROM   apps.oe_ak_order_category_v;
  • Validate a specific input value:
SELECT lookup_code
FROM   apps.oe_ak_order_category_v
WHERE  lookup_code = :p_category;
  • Join to retrieve descriptive meaning:
SELECT v.lookup_code, l.meaning
FROM   apps.oe_ak_order_category_v v,
       apps.oe_lookups l
WHERE  v.lookup_code = l.lookup_code
AND    l.lookup_type = 'ORDER_CATEGORY';

These examples reflect the documented structure, in which the view remains a thin, single-column access layer over the order category lookup definition.