Results for “parent_node_id”
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AI-generated from documented ETRM metadata — verify critical details on the linked pages.
Overview
The view OZF_FUND_ALLOCTREE_V is an Oracle E-Business Suite Release 12.1.1 / 12.2.2 database object owned by the APPS schema and delivered as part of the OZF – Trade Management product family. It exposes fund allocation and holdback information organized along the trade management territory/activity hierarchy. The view is classified as VALID in the ETRM metadata and is a read-only, non-materialized view constructed entirely from select statements over base tables and supporting views within the Advanced Marketing (AMS) schema family.
The view's purpose is to present, for each ACTIVITY_METRIC_FACT_ID, the aligned pair of an "allocation" fact and its corresponding "holdback" fact at the same hierarchy node and depth level. It is therefore used in reporting and integration scenarios that require allocation amounts and their associated holdback reserves to be reported side-by-side, keyed by the hierarchy structure defined in AMS_TERR_V. The user search term "level_depth" is directly relevant: LEVEL_DEPTH is a first-class column of this view and is central to its self-join logic, participating in the join predicates that link facts to territory nodes and allocation facts to holdback facts.
Underlying Base Objects
The view is defined over four documented referenced base objects, all resolved through synonyms owned by APPS:
AMS_ACT_METRICS_ALL(SYNONYM) — aliased asMTR; supplies the activity metric definition and the start node (START_NODE) used to null out the parent identifier for the root node.AMS_ACT_METRIC_FACTS_ALL(SYNONYM) — aliased asF(allocation fact) andF1(holdback fact); the primary fact table, restricted toARC_ACT_METRIC_USED_BY = 'FUND'.AMS_ACT_METRIC_FORMULAS(SYNONYM) — aliased asFOandFO1; filtersFORMULA_TYPE = 'ALLOCATION'andFORMULA_TYPE = 'HOLDBACK'respectively.AMS_TERR_V(VIEW) — aliased asN; supplies the territory hierarchy node context, includingNODE_VALUEandPARENT_ID.
The join structure pairs a fund allocation fact with a fund holdback fact sharing the same ACT_METRIC_USED_BY_ID, ACTIVITY_METRIC_ID, HIERARCHY_ID, LEVEL_DEPTH and NODE_ID.
Key Columns
ALLOCATION_FACT_ID/HOLDBACK_FACT_ID— theACTIVITY_METRIC_FACT_IDvalues for the allocation and holdback facts.ALLOCATION_AMOUNT/HOLDBACK_AMOUNT— the correspondingFACT_VALUEcolumns.ALLOCATION_FORMULA_ID/HOLDBACK_FORMULA_ID— formula identifiers for each side.HIERARCHY_ID,LEVEL_DEPTH,NODE_ID,NODE_VALUE,PARENT_NODE_ID— hierarchy placement;PARENT_NODE_IDis nulled at the metric start node.ACT_METRIC_USED_BY_ID,ACTIVITY_METRIC_ID— the metric linkage keys.ALLOCATION_VERSION_NUMBER/HOLDBACK_VERSION_NUMBER— object version numbers.
Common Use Cases and Queries
Typical uses include reconciliation of fund allocation against holdback by hierarchy node, depth-level reporting of trade funds, and integration extracts keying on LEVEL_DEPTH.
SELECT hierarchy_id, level_depth, node_value,
allocation_amount, holdback_amount
FROM apps.ozf_fund_alloctree_v
WHERE hierarchy_id = :p_hierarchy_id
AND level_depth = :p_level_depth;
SELECT node_value,
SUM(allocation_amount) total_alloc,
SUM(holdback_amount) total_holdback
FROM apps.ozf_fund_alloctree_v
GROUP BY node_value
ORDER BY node_value;
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View: OZF_FUND_ALLOCTREE_V 12.1.1
APPS.OZF_FUND_ALLOCTREE_V·↳ AMS_ACT_METRICS_ALL·↳ AMS_ACT_METRIC_FACTS_ALL·↳ AMS_ACT_METRIC_FORMULAS·Explore OZF module →
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Table: JTF_DIAGNOSTIC_REPORT 12.1.1
This table holds the individual components in a report for a test as separate entities. To construct the report for a particular execution, we can get the records for that execution_id and interpret the xmldata to construct the Report.
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View: AHL_PC_NODES_VL 12.2.2
View Based on AHL_PC_NODES_B and AHL_PC_NODES_TL
APPS.AHL_PC_NODES_VL·↳ AHL_PC_NODES_B·↳ AHL_PC_NODES_TL·Explore AHL module →
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View: AHL_PC_NODES_VL 12.1.1
View Based on AHL_PC_NODES_B and AHL_PC_NODES_TL
APPS.AHL_PC_NODES_VL·↳ AHL_PC_NODES_B·↳ AHL_PC_NODES_TL·Explore AHL module →
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Table: JTF_DIAGNOSTIC_REPORT 12.2.2
This table holds the individual components in a report for a test as separate entities. To construct the report for a particular execution, we can get the records for that execution_id and interpret the xmldata to construct the Report.
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Table to store the nodes in a rate matrix hierarchy
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Stores wizard data
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View: OZF_FUND_ALLOCTREE_V 12.2.2
APPS.OZF_FUND_ALLOCTREE_V·↳ AMS_ACT_METRICS_ALL·↳ AMS_ACT_METRIC_FACTS_ALL·↳ AMS_ACT_METRIC_FORMULAS·Explore OZF module →
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Table to store the nodes in a rate matrix hierarchy
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Stores wizard data
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View: CSP_REP_HIERARCHIES_V 12.1.1
Reporting Hierarchy Details
APPS.CSP_REP_HIERARCHIES_V·↳ CSP_REP_HIERARCHIES·Explore CSP module →
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Supply and demand summary created by batchprogram
APPS.CSP_CURR_SUP_DEM_SUMS_V2·↳ CSP_SUP_DEM_PN_V·↳ CSP_SUP_DEM_SUB_V·Explore CSP module →
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Supply and demand summary created by batchprogram
APPS.CSP_CURR_SUP_DEM_SUMS_V2·↳ CSP_SUP_DEM_PN_V·↳ CSP_SUP_DEM_SUB_V·Explore CSP module →
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Reporting hierarchies
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View: AHL_PC_TREE_V 12.2.2
This view has PC Tree info
APPS.AHL_PC_TREE_V·↳ AHL_PC_ASSOCIATIONS_V·↳ AHL_PC_NODES_VL·Explore AHL module →
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View: AHL_PC_TREE_V 12.1.1
This view has PC Tree info
APPS.AHL_PC_TREE_V·↳ AHL_PC_ASSOCIATIONS_V·↳ AHL_PC_NODES_VL·Explore AHL module →
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Reporting hierarchies
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View: CSP_REP_HIERARCHIES_V 12.2.2
Reporting Hierarchy Details
APPS.CSP_REP_HIERARCHIES_V·↳ CSP_REP_HIERARCHIES·Explore CSP module →
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Stores node hierarchy of Categories and Price Lists for the Runtime Product Catalog
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Product Classification Node Table
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Product Classification Node Table
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Stores node hierarchy of Categories and Price Lists for the Runtime Product Catalog
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View: OZF_FUNDS 12.2.2
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Supply and demand summary created by batchprogram
APPS.CSP_CURR_SUP_DEM_SUMS_V·↳ CSP_CURR_SUP_DEM_SUMS·↳ CSP_PLANNING_PARAMETERS·↳ CSP_REP_HIERARCHIES·Explore CSP module →
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Supply and demand summary created by batchprogram
APPS.CSP_CURR_SUP_DEM_SUMS_V·↳ CSP_CURR_SUP_DEM_SUMS·↳ CSP_PLANNING_PARAMETERS·↳ CSP_REP_HIERARCHIES·Explore CSP module →
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View: OZF_FUNDS 12.1.1
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APPS.CSP_PLANNING_PARAMETERS_V·↳ CSP_BUSINESS_RULES_B·↳ CSP_EXCESS_RULES_B·↳ CSP_FORECAST_RULES_B·Explore CSP module →
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APPS.CSP_PLANNING_PARAMETERS_V·↳ CSP_BUSINESS_RULES_B·↳ CSP_EXCESS_RULES_B·↳ CSP_FORECAST_RULES_B·Explore CSP module →
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View: OZF_FUNDS_ALL_VL 12.2.2
APPS.OZF_FUNDS_ALL_VL·↳ OZF_FUNDS_ALL_B·↳ OZF_FUNDS_ALL_TL·Explore OZF module →
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Planning Parameters Definition
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View: OZF_FUNDS_ALL_VL 12.1.1
APPS.OZF_FUNDS_ALL_VL·↳ OZF_FUNDS_ALL_B·↳ OZF_FUNDS_ALL_TL·Explore OZF module →
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Planning Parameters Definition
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View: OZF_FUNDS_VL 12.2.2
Fund setup master base table and translation table view.
APPS.OZF_FUNDS_VL·↳ OZF_FUNDS_ALL_B·↳ OZF_FUNDS_ALL_TL·Explore OZF module →
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View: OZF_FUNDS_VL 12.1.1
Fund setup master base table and translation table view.
APPS.OZF_FUNDS_VL·↳ OZF_FUNDS_ALL_B·↳ OZF_FUNDS_ALL_TL·Explore OZF module →
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Fund definition master base table.
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Fund definition master base table.
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PACKAGE: APPS.AZW_ARCHIVE 12.1.1
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PACKAGE: APPS.AZW_ARCHIVE 12.2.2