Search Results geo_id_path

Overview

The APPS.AR_LOCATION_COMBINATIONS view is a critical data object within the Oracle E-Business Suite (EBS) 12.1.1 and 12.2.2 architecture, specifically for the Receivables (AR) module. It serves as a denormalized and structured representation of geographical location hierarchies. Its primary role is to provide a flattened, query-friendly view of the hierarchical geography data stored in the system, which is essential for address validation, tax determination, and reporting based on geographical segments. The view dynamically parses the hierarchical GEO_ID_PATH to present individual location segments as discrete columns, facilitating easier joins and filters in SQL queries without complex hierarchical SQL operations.

Key Information Stored

The core function of this view is to extract and present the components of a location's hierarchical path. The most critical column in its source data is the GEO_ID_PATH, a pipe-delimited string (e.g., |100|200|300|) representing the lineage of a location from a top-level territory down to its specific node. The view's SELECT logic, as shown in the metadata, performs a series of string operations on this path:

• LOCATION_ID: The unique identifier for the geographical location.
• LOCATION_ID_SEGMENT_1 to LOCATION_ID_SEGMENT_5: These columns contain the individual geography IDs extracted from the GEO_ID_PATH. The extraction uses SUBSTR, REPLACE, and INSTR functions to convert the pipe-delimited path into a dot-delimited string and then parse out each level. DECODE functions, based on the LEVEL1 value, determine whether a segment is NULL, the final segment, or an intermediate segment.

This transformation allows a location with a GEO_ID_PATH of '|10|20|30|' to be accessed as SEGMENT_1='10', SEGMENT_2='20', and SEGMENT_3='30'.

Common Use Cases and Queries

This view is predominantly used in reporting and data extraction scenarios where geographical roll-up or filtering is required. A common use case is generating tax reports or customer analyses grouped by region, state, or city, as these correspond to the hierarchical segments. For a user searching for "geo_id_path", this view is the direct solution for querying the decomposed path elements. Sample SQL patterns include filtering by a specific geographical segment or joining to transaction data.

• Filtering by a Top-Level Region (Segment 1): SELECT * FROM apps.ar_location_combinations WHERE location_id_segment_1 = '100';
• Joining to Customer Addresses for Regional Analysis: SELECT cust.customer_name, addr.address1, loc.location_id_segment_2 FROM hz_cust_accounts cust, ra_addresses_all addr, apps.ar_location_combinations loc WHERE addr.customer_id = cust.cust_account_id AND addr.location_id = loc.location_id;

Related Objects

The AR_LOCATION_COMBINATIONS view is integrated into the EBS data model through key relationships, primarily serving as a reference for address and location assignment tables. As per the provided metadata:

• Primary Key: AR_LOCATION_COMBINATIONS_PK (LOCATION_ID). This enforces uniqueness on the location identifier within the view's result set.
• Foreign Keys (Referencing this view):
  • HZ_LOC_ASSIGNMENTS.LOC_ID references APPS.AR_LOCATION_COMBINATIONS.LOCATION_ID. This links location assignments for parties to the geographical hierarchy.
  • RA_ADDRESSES_ALL.LOCATION_ID references APPS.AR_LOCATION_COMBINATIONS.LOCATION_ID. This is a fundamental relationship connecting transactional customer addresses to their defined geographical combinations for tax and reporting purposes.

These relationships underscore the view's role as the authoritative source for interpretable location data within the Receivables and Trading Community Architecture (TCA) modules.