Results for “error_code_description”

AI-generated from documented ETRM metadata — verify critical details on the linked pages.

Overview

The view IGSFV_UC_TRANSACTIONS belongs to the IGS – Student System (Obsolete) product family within Oracle E-Business Suite releases 12.1.1 and 12.2.2. It is described in the ETRM repository as a "Full View for UCAS Transactions table," meaning it presents a denormalized, reporting-oriented projection of the underlying UCAS (Universities and Colleges Admissions Service) transaction data maintained by the Student System. The view consolidates transactional rows from the UCAS admissions interface with descriptive lookups, applicant identifiers, and external party (OSS/HZ) attributes, producing a single flattened row per UCAS transaction.

The view functions primarily as a reporting and integration surface. Rather than requiring developers and analysts to join the base transaction table with defaults, course details, transaction types, applicant records, and trading community party tables individually, IGSFV_UC_TRANSACTIONS exposes those relationships in a single object. Note that the ETRM metadata states the view is "Not implemented in this database," which indicates the object may be absent or inactive in certain environments, and its presence cannot be assumed without direct catalog verification. It also belongs to a product line marked Obsolete, so new development against it is generally discouraged in favor of supported integration alternatives.

Underlying Base Objects

The ETRM metadata documents no referenced base objects for the view, but the published view text reveals the constituent tables. The primary driving table is IGS_UC_TRANSACTIONS (aliased TR). It is outer-joined or equi-joined to:

• IGS_UC_DEFAULTS (DE) on SYSTEM_CODE, supplying the UCAS system name and description.
• IGS_UC_CRSE_DETS (CR) on UCAS_PROGRAM_CODE, UCAS_CAMPUS, and SYSTEM_CODE, supplying course short titles.
• IGS_UC_TRANS_TYPES (TY), supplying the transaction type description.
• IGS_UC_APPLICANTS (AP), supplying the PERSONAL_ID for the applicant.
• HZ_PARTIES (HZ), supplying the OSS person number (PARTY_NUMBER) and party name.

An inline subquery against IGS_UC_REF_CODES resolves the error code description where ERROR_CODE is populated. Institution scoping is applied through a further correlated subquery on IGS_UC_DEFAULTS using CURRENT_INST_CODE.

Key Columns

Because the user search term is personal_id, the most directly relevant column is PERSONAL_ID, sourced from IGS_UC_APPLICANTS.PERSONAL_ID. This identifier is the key linkage from a UCAS transaction back to the applicant's internal person record, and through it to the associated OSS/HZ party. Related identity columns include OSS_PERSON_NUMBER (HZ_PARTIES.PARTY_NUMBER) and OSS_PERSON_NAME (HZ_PARTIES.PARTY_NAME).

Other significant columns include the transaction identifiers (TRANSACTION_SEQUENCE_ID, TRANSACTION_ID), the UCAS applicant references (APPLICANT_UCAS_NUMBER, APPLICANT_CHOICE_NUMBER, UCAS_CYCLE), decision and offer detail fields (DECISION, SUMMARY_OF_CONDITIONS, COMMENTS_IN_OFFER), flags (HOLD_FLAG, SENT_TO_UCAS_FLAG, AUTO_GENERATED_FLAG), and standard audit columns (CREATED_BY, CREATION_DATE, LAST_UPDATED_BY, LAST_UPDATE_DATE).

Common Use Cases and Queries

Typical uses include reconciliation of UCAS decisions against applicant records, auditing error-coded transactions, and resolving a UCAS applicant to a personal identifier and party. A representative query filtering on the searched attribute is:

• SELECT transaction_id, personal_id, oss_person_number, applicant_ucas_number, decision FROM igsfv_uc_transactions WHERE personal_id = :p_personal_id;
• SELECT ucas_cycle, transaction_type, transaction_type_description, error_code, error_code_description FROM igsfv_uc_transactions WHERE error_code IS NOT NULL;
• SELECT personal_id, oss_person_name, ucas_program_code, ucas_course_short_title FROM igsfv_uc_transactions WHERE ucas_cycle = :p_cycle ORDER BY oss_person_name;

Because the object may not be implemented and belongs to an obsolete module, queries should be validated against the target instance before being embedded in production code.