Search Results igf_sl_load_file_t




Overview
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Overview

IGF_SL_LOAD_FILE_T is a staging (temporary) table within the Oracle E-Business Suite IGF — Financial Aid module, which is documented as obsolete in ETRM 12.1.1 and 12.2.2. Per the ETRM metadata, the table "indicates temporary table into which data is loaded from the response files." In practice, this table served as the landing zone for student loan response files received from external servicing agents or guarantors, allowing the institution to persist raw file content before parsing, validation, and posting to the permanent financial aid tables.

The same metadata explicitly notes "Not implemented in this database," meaning the object may exist in the data dictionary of a patched 12.1.1 or 12.2.2 instance but is not actively populated or maintained by current application logic. The table is owned by the IGF schema and comprises eight documented columns. Heuristically, based on the standalone relationship classification mined from its foreign key structure, the table may be modeled as a satellite-style staging object anchored on the LORT_ID surrogate key; because no outgoing foreign keys are documented, it is best treated as an isolated load buffer rather than a hub or link in a Data Vault sense.

Key Information Stored

The documented physical schema exposes the following significant attributes:

  • LORT_ID — the surrogate primary key, defined by constraint IGF_SL_LOAD_FILE_T_PK. It uniquely identifies each loaded record within the staging buffer.
  • RECORD_DATA — holds the raw payload of a single record extracted from the response file. This is the principal business content and typically contains fixed-width or delimited values as received from the external source.
  • FILE_TYPE — a discriminator identifying the category of response file from which the row originated, enabling downstream routing to the appropriate parsing routine.
  • CREATED_BY, CREATION_DATE — standard Oracle EBS "WHO" audit columns capturing the user or concurrent program and timestamp that inserted the staging row.
  • LAST_UPDATED_BY, LAST_UPDATE_DATE, LAST_UPDATE_LOGIN — audit columns recording the most recent modification to the row and the login session responsible for it.

A unique index, IGF_SL_LOAD_FILE_T_U1, is defined on LORT_ID, confirming the surrogate key as the sole documented business-key candidate. No additional natural or composite unique constraints are recorded.

Common Use Cases and Queries

Because the table is obsolete, its principal relevance today is historical and diagnostic: identifying legacy staging data, confirming whether prior loan-processing loads left residual rows, or supporting migration and archival projects.

Representative queries include:

  • Counting staged rows by file type: SELECT FILE_TYPE, COUNT(*) FROM IGF.IGF_SL_LOAD_FILE_T GROUP BY FILE_TYPE;
  • Reviewing recent loads using audit columns: SELECT LORT_ID, FILE_TYPE, CREATION_DATE, CREATED_BY FROM IGF.IGF_SL_LOAD_FILE_T ORDER BY CREATION_DATE DESC;
  • Inspecting raw payloads for a specific record: SELECT RECORD_DATA FROM IGF.IGF_SL_LOAD_FILE_T WHERE LORT_ID = :lort_id;
  • Purging processed buffers where retention policy permits: DELETE FROM IGF.IGF_SL_LOAD_FILE_T WHERE CREATION_DATE < :cutoff_date;

Reporting use cases are limited to audit and data-quality reconciliation, since the table is not part of active Financial Aid processing in current releases.

Related Objects

The metadata classifies IGF_SL_LOAD_FILE_T as standalone, with no foreign keys to or from other tables. The documented relationships are therefore limited to its own constraints:

  • IGF_SL_LOAD_FILE_T_PK — the primary key constraint on LORT_ID.
  • IGF_SL_LOAD_FILE_T_U1 — the unique index on LORT_ID.

Downstream consumers historically included the Financial Aid student loan processing concurrent programs and validation routines that read from this buffer, along with related IGF loan-response and disbursement tables in the same schema. Because the module is obsolete, no additional PK/FK dependencies are documented in ETRM, and integrators should not assume referential constraints beyond LORT_ID.