Search Results jtf_loc_types_b




Overview
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Overview

The JTF_LOC_TYPES_B table is a core reference data table within the Oracle E-Business Suite CRM Foundation (JTF) module. It functions as the master repository for defining the classification of geographical entities within the application's location management framework. The table stores unique location type codes and identifiers that categorize locations into logical groups such as CITY, STATE, COUNTRY, or REGION. This foundational object enables the structured organization, hierarchical definition, and geographical analysis of addresses and territories across the CRM and other integrated EBS applications. Its integrity is critical for downstream processes in marketing, sales, service, and partner management that rely on accurate geographical segmentation.

Key Information Stored

The table's structure is designed to enforce unique identification and business logic for location types. The primary columns, as defined by its constraints, are the key data points. The LOCATION_TYPE_ID column serves as the primary key (JTF_LOC_TYPES_B_PK), providing a unique numeric identifier for each location type, typically used for internal joins and system references. The LOCATION_TYPE_CODE column is a unique key (JTF_LOC_TYPES_B_UK1) holding the abbreviated, application-recognized code (e.g., 'STATE', 'COUNTY') that defines the location type's business meaning. While the provided metadata does not list all columns, standard practice suggests the presence of standard WHO columns (CREATED_BY, CREATION_DATE, LAST_UPDATED_BY, LAST_UPDATE_DATE, LAST_UPDATE_LOGIN) for auditing, and potentially an ENABLED_FLAG for controlling active status.

Common Use Cases and Queries

This table is primarily accessed for validation, reporting, and setup purposes. A common use case is validating or populating a list of values (LOV) for a location type field in a user interface or integrated program. Administrators may query the table to audit or maintain the list of available location types. For reporting, it is frequently joined to location detail tables to categorize and group geographical data. Sample SQL patterns include retrieving all active location types or finding the type for a specific location.

  • Basic Select: SELECT location_type_code, location_type_id FROM jtf.jtf_loc_types_b WHERE enabled_flag = 'Y' ORDER BY 1;
  • Join with Location Data: SELECT loc.location_name, typ.location_type_code FROM jtf_locations_b loc, jtf_loc_types_b typ WHERE loc.location_type_id = typ.location_type_id;

Related Objects

As indicated by its foreign key relationships, JTF_LOC_TYPES_B is central to the location data model. The JTF_LOC_TYPES_TL table provides translated names for the location types stored in the base table, linked via LOCATION_TYPE_ID. The table is referenced by hierarchy and area definition tables: JTF_LOC_HIERARCHIES_B and JTF_LOC_AREAS_B use the LOCATION_TYPE_CODE to define the type of location within a hierarchy or geographical area. Furthermore, its integration extends to the Marketing (AMS) module, where the AMS_ACT_GEO_AREAS table references it via GEO_AREA_TYPE_CODE for campaign geographical targeting. These relationships underscore its role as a shared reference across CRM and marketing functionalities.