Search Results xnp_sv_status_types_tl




Overview
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Overview

The XNP_SV_STATUS_TYPES_TL table is a core translation table within the Oracle E-Business Suite (EBS) Number Portability (XNP) module. It functions as the multilingual repository for user-facing descriptions of service status types. Its primary role is to support the application's global deployment by storing translated text for status type names and descriptions in multiple languages, as defined by the application's language codes. This table is directly dependent on its base table, XNP_SV_STATUS_TYPES_B, which holds the language-independent, transactional definition of each status type. The existence of this translation layer is a standard architectural pattern in Oracle EBS, enabling a single installation to present a localized user interface based on the session language.

Key Information Stored

The table's structure is designed to map language-specific text to a core status type identifier. The primary key is a composite of two columns, ensuring a unique entry for each status in each language. The most critical columns are:

  • STATUS_TYPE_CODE: The unique identifier for the service status type. This column is a foreign key that links directly to the corresponding record in the base table XNP_SV_STATUS_TYPES_B.
  • LANGUAGE: The Oracle language code (e.g., 'US' for American English, 'KO' for Korean) specifying the language of the translated text for that row.
  • NAME: The translated, user-displayable name of the status type (e.g., "Active", "Suspended", "Port-In Progress" in the session language).
  • DESCRIPTION: A more detailed explanation of the status type in the specified language.
  • SOURCE_LANG: A column typically indicating the original language in which the data was entered, which is often the base language of the installation.

Common Use Cases and Queries

This table is primarily accessed by the application's user interface (UI) logic to display status names in the user's preferred language. It is also critical for generating localized reports. A common query pattern involves joining the translation table with its base table to retrieve a complete, language-specific view of status types. For example, to retrieve all status type information for the current session language, a query would use the `USERENV('LANG')` function or a session variable:

SELECT b.STATUS_TYPE_CODE, tl.NAME, tl.DESCRIPTION
FROM XNP_SV_STATUS_TYPES_B b,
     XNP_SV_STATUS_TYPES_TL tl
WHERE b.STATUS_TYPE_CODE = tl.STATUS_TYPE_CODE
AND tl.LANGUAGE = :session_language;

Another key use case is during the implementation and maintenance of supported languages, where administrators or translators populate this table with new translations for each status type code.

Related Objects

The XNP_SV_STATUS_TYPES_TL table has a tightly coupled, dependent relationship with its base table. The documented foreign key relationship is fundamental to its existence and integrity.

  • XNP_SV_STATUS_TYPES_B: This is the primary related object. The translation table references it via a foreign key constraint where XNP_SV_STATUS_TYPES_TL.STATUS_TYPE_CODE maps to the primary key column in XNP_SV_STATUS_TYPES_B. Every record in the TL table must have a corresponding, pre-existing record in the B table. The B table holds the seed data and operational attributes, while the TL table holds the descriptive translations.