Search Results wip_ml_process_phase




Overview
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Overview

WIP_SCHEDULING_ERRORS_V is an Oracle EBS Work in Process (WIP) reporting view owned by the APPS schema. Its documented purpose is to surface errors encountered while processing Open Scheduling Interface requests. In Oracle EBS 12.1.1 and 12.2.2, the WIP Scheduling Interface (WIP_SCHEDULING_INTERFACE) acts as a staging area for inbound scheduling data — operation and resource start/completion dates, usage rates, and scheduling levels — submitted by external systems or by concurrent programs. When the Open Scheduling Interface request processes these rows, records that cannot be validated or applied are written to WIP_INTERFACE_ERRORS. This view joins the staging rows to those errors, decodes the lookup-coded status fields, and resolves the affected work order name, producing a single, human-readable diagnostic result set.

The view therefore serves a reconciliation and troubleshooting role rather than a transactional one. It lets planners and technical users see exactly which inbound scheduling records failed, why they failed, and which discrete job or work order they concerned, without manually joining the interface tables.

Underlying Base Objects

The documented base objects are WIP_SCHEDULING_INTERFACE (synonym), WIP_INTERFACE_ERRORS (synonym), WIP_ENTITIES (synonym), and MFG_LOOKUPS (view). The driving relationship is WIE.INTERFACE_ID = WSI.INTERFACE_ID, an inner join between the error table and the scheduling staging table. A single row in WIP_SCHEDULING_INTERFACE may generate one or more error rows, so the view can return multiple rows per interface record.

Three outer joins to the MFG_LOOKUPS view decode the coded values WIP_SCHEDULING_LEVEL, WIP_ML_PROCESS_PHASE, and WIP_PROCESS_STATUS into their meanings. A further outer join to WIP_ENTITIES resolves the discrete job name via WIP_ENTITY_ID and ORGANIZATION_ID, so that errors are reported against a recognizable work order. Because these joins are outer, records whose lookups or entity rows are absent still appear.

Key Columns

The columns exposed by the view include:

Common Use Cases and Queries

Typical scenarios include diagnosing rejected scheduling-interface loads, auditing the status of a submitted batch, and confirming which work orders were affected by invalid dates. A representative query listing outstanding errors with decoded meanings:

  • SELECT wip_entity_name, operation_seq_num, operation_start_date, error, process_status_meaning FROM wip_scheduling_errors_v WHERE organization_id = :org_id ORDER BY group_id, wip_entity_name;
  • To isolate date-related failures: SELECT interface_id, wip_entity_name, operation_start_date, operation_completion_date, error FROM wip_scheduling_errors_v WHERE error LIKE '%date%';
  • To summarize error volume by phase and status: SELECT process_phase_meaning, process_status_meaning, COUNT(*) FROM wip_scheduling_errors_v GROUP BY process_phase_meaning, process_status_meaning;

Because the view filters to records already flagged in WIP_INTERFACE_ERRORS, resolving its rows — then reprocessing or correcting the interface — is the standard remediation path.