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APPS.MSD_VALIDATE_DEMAND_PLAN dependencies on MSD_CS_DFN_UTL

Line 298: msd_cs_dfn_utl.get_planning_server_clmn(csd.cs_definition_id, mdp.FORECAST_DATE_USED) date_planning_view_clmn,

294: mdp.forecast_date_used,
295: mdp.start_date prm_start_date,
296: mdp.end_date prm_end_date,
297: nvl(mdp.view_name, nvl(csd.planning_server_view_name,'MSD_CS_DATA_V')) view_name,
298: msd_cs_dfn_utl.get_planning_server_clmn(csd.cs_definition_id, mdp.FORECAST_DATE_USED) date_planning_view_clmn,
299: cdd.collect_level_id
300: FROM msd_dp_scenarios mds,
301: msd_dp_parameters mdp,
302: msd_cs_definitions csd,

Line 430: MSD_CS_DFN_UTL.get_planning_server_clmn(mcd.cs_definition_id, nvl(mdp.FORECAST_DATE_USED, 'END_DATE')) date_clmn,

426: mdp.parameter_name,
427: mdp.start_date,
428: mdp.end_date,
429: mcd.system_flag,
430: MSD_CS_DFN_UTL.get_planning_server_clmn(mcd.cs_definition_id, nvl(mdp.FORECAST_DATE_USED, 'END_DATE')) date_clmn,
431: mdp.input_demand_plan_id,
432: mdp.input_scenario_id,
433: mdp.revision
434: FROM msd_cs_defn_dim_dtls mcdd,

Line 613: DECODE(DEF1.NAME,'MSD_INPUT_SCENARIO','TIME_LVL_VAL_FROM',MSD_CS_DFN_UTL.get_planning_server_clmn(def1.cs_definition_id, mpv1.FORECAST_DATE_USED)) DATE_CLMN1,

609: MPV1.INPUT_SCENARIO_ID INPUT_SCENARIO_ID1,
610: MPV2.INPUT_SCENARIO_ID INPUT_SCENARIO_ID2,
611: DECODE(DEF1.NAME,'MSD_INPUT_SCENARIO',MPV1.REVISION,MPV1.PARAMETER_NAME) PARAM1,
612: DECODE(DEF2.NAME,'MSD_INPUT_SCENARIO',MPV2.REVISION,MPV2.PARAMETER_NAME) PARAM2,
613: DECODE(DEF1.NAME,'MSD_INPUT_SCENARIO','TIME_LVL_VAL_FROM',MSD_CS_DFN_UTL.get_planning_server_clmn(def1.cs_definition_id, mpv1.FORECAST_DATE_USED)) DATE_CLMN1,
614: DECODE(DEF2.NAME,'MSD_INPUT_SCENARIO','TIME_LVL_VAL_FROM',MSD_CS_DFN_UTL.get_planning_server_clmn(def2.cs_definition_id, mpv2.FORECAST_DATE_USED)) DATE_CLMN2,
615: DEF1.SYSTEM_FLAG SYSTEM_FLAG1,
616: DEF2.SYSTEM_FLAG SYSTEM_FLAG2,
617: DEF1.MULTIPLE_STREAM_FLAG MULTI_STREAM_FLAG1,

Line 614: DECODE(DEF2.NAME,'MSD_INPUT_SCENARIO','TIME_LVL_VAL_FROM',MSD_CS_DFN_UTL.get_planning_server_clmn(def2.cs_definition_id, mpv2.FORECAST_DATE_USED)) DATE_CLMN2,

610: MPV2.INPUT_SCENARIO_ID INPUT_SCENARIO_ID2,
611: DECODE(DEF1.NAME,'MSD_INPUT_SCENARIO',MPV1.REVISION,MPV1.PARAMETER_NAME) PARAM1,
612: DECODE(DEF2.NAME,'MSD_INPUT_SCENARIO',MPV2.REVISION,MPV2.PARAMETER_NAME) PARAM2,
613: DECODE(DEF1.NAME,'MSD_INPUT_SCENARIO','TIME_LVL_VAL_FROM',MSD_CS_DFN_UTL.get_planning_server_clmn(def1.cs_definition_id, mpv1.FORECAST_DATE_USED)) DATE_CLMN1,
614: DECODE(DEF2.NAME,'MSD_INPUT_SCENARIO','TIME_LVL_VAL_FROM',MSD_CS_DFN_UTL.get_planning_server_clmn(def2.cs_definition_id, mpv2.FORECAST_DATE_USED)) DATE_CLMN2,
615: DEF1.SYSTEM_FLAG SYSTEM_FLAG1,
616: DEF2.SYSTEM_FLAG SYSTEM_FLAG2,
617: DEF1.MULTIPLE_STREAM_FLAG MULTI_STREAM_FLAG1,
618: DEF2.MULTIPLE_STREAM_FLAG MULTI_STREAM_FLAG2