In this post,I will give a list of all undocumented parameters in Oracle 11g. Here is a query to see all the parameters (documented and undocumented) which contain the string you enter when prompted:

– Enter name of the parameter when prompted

SET linesize 235
col Parameter FOR a50
col SESSION FOR a28
col Instance FOR a55
col S FOR a1
col I FOR a1
col D FOR a1
col Description FOR a90

SELECT
 a.ksppinm "Parameter",
 decode(p.isses_modifiable,'FALSE',NULL,b.ksppstvl) "Session",
 c.ksppstvl "Instance",'F','TRUE','T') "S",
 decode(p.issys_modifiable,'T','IMMEDIATE','I','DEFERRED','D') "I",
 decode(p.isdefault,'T') "D",
 a.ksppdesc "Description"
FROM x$ksppi a,x$ksppcv b,x$ksppsv c,v$parameter p
WHERE a.indx = b.indx AND a.indx = c.indx
 AND p.name(+) = a.ksppinm
 AND UPPER(a.ksppinm) LIKE UPPER('%&1%')
ORDER BY a.ksppinm;

Enter value for 1:

@H_403_68@_4031_dump_bitvec @H_403_68@67194879 @H_403_68@bitvec to specify dumps prior to 4031 error @H_403_68@_4031_dump_interval @H_403_68@300 @H_403_68@Dump 4031 error once for each n-second interval @H_403_68@_4031_max_dumps @H_403_68@100 @H_403_68@Maximum number of 4031 dumps for this process @H_403_68@_4031_sga_dump_interval @H_403_68@3600 @H_403_68@Dump 4031 SGA heapdump error once for each n-second interval @H_403_68@_4031_sga_max_dumps @H_403_68@10 @H_403_68@Maximum number of SGA heapdumps @H_403_68@_NUMA_instance_mapping @H_403_68@Not specified @H_403_68@Set of nodes that this instance should run on @H_403_68@_NUMA_pool_size @H_403_68@aggregate size in bytes of NUMA pool @H_403_68@_PX_use_large_pool @H_403_68@FALSE @H_403_68@Use Large Pool as source of PX buffers @H_403_68@_UTL_FILE_FOLLOW_SYMLINKS @H_403_68@UTL_FILE backout event which allows UTL_FILE to open symlinks @H_403_68@__db_cache_size @H_403_68@314572800 @H_403_68@Actual size of DEFAULT buffer pool for standard block size buffers @H_403_68@__dg_broker_service_names @H_403_68@pdb11_XPT @H_403_68@service names for broker use @H_403_68@__java_pool_size @H_403_68@20971520 @H_403_68@Actual size in bytes of java pool @H_403_68@__large_pool_size @H_403_68@4194304 @H_403_68@Actual size in bytes of large pool @H_403_68@__oracle_base @H_403_68@/u01/app/oracle @H_403_68@ORACLE_BASE @H_403_68@__pga_aggregate_target @H_403_68@209715200 @H_403_68@Current target size for the aggregate PGA memory consumed @H_403_68@__sga_target @H_403_68@629145600 @H_403_68@Actual size of SGA @H_403_68@__shared_io_pool_size @H_403_68@0 @H_403_68@Actual size of shared IO pool @H_403_68@__shared_pool_size @H_403_68@281018368 @H_403_68@Actual size in bytes of shared pool @H_403_68@__streams_pool_size @H_403_68@Actual size in bytes of streams pool @H_403_68@_abort_recovery_on_join @H_403_68@if TRUE,abort recovery on join reconfigurations @H_403_68@_accept_versions @H_403_68@ @H_403_68@List of parameters for rolling operation @H_403_68@_active_standby_fast_reconfiguration @H_403_68@TRUE @H_403_68@if TRUE optimize dlm reconfiguration for active/standby OPS @H_403_68@_adaptive_direct_read @H_403_68@Adaptive Direct Read @H_403_68@_adaptive_fetch_enabled @H_403_68@enable/disable adaptive fetch in parallel group by @H_403_68@_add_col_optim_enabled @H_403_68@Allows new add column optimization @H_403_68@_add_stale_mv_to_dependency_list @H_403_68@add stale mv to dependency list @H_403_68@_addm_auto_enable @H_403_68@governs whether ADDM gets run automatically after every AWR snapshot @H_403_68@_addm_skiprules @H_403_68@comma-separated list of ADDM nodes to skip @H_403_68@_addm_version_check @H_403_68@governs whether ADDM checks the input AWR snapshot version @H_403_68@_adjust_literal_replacement @H_403_68@If TRUE,we will adjust the sql/PLUS output @H_403_68@_affinity_on @H_403_68@enable/disable affinity at run time @H_403_68@_aiowait_timeouts @H_403_68@Number of aiowait timeouts before error is reported @H_403_68@_alert_expiration @H_403_68@604800 @H_403_68@seconds before an alert message is moved to exception queue @H_403_68@_alert_message_cleanup @H_403_68@1 @H_403_68@Enable Alert Message Cleanup @H_403_68@_alert_message_purge @H_403_68@Enable Alert Message Purge @H_403_68@_alert_post_background @H_403_68@Enable Background Alert Posting @H_403_68@_all_shared_dblinks @H_403_68@treat all dblinks as shared @H_403_68@_allocate_creation_order @H_403_68@should files be examined in creation order during allocation @H_403_68@_allocation_update_interval @H_403_68@3 @H_403_68@interval at which successful search in L1 should be updated @H_403_68@_allow_commutativity @H_403_68@allow for commutativity of +,* when comparing expressions @H_403_68@_allow_drop_snapshot_standby_grsp @H_403_68@Allow dropping snapshot standby guaranteed restore point @H_403_68@_allow_error_simulation @H_403_68@Allow error simulation for testing @H_403_68@_allow_level_without_connect_by @H_403_68@allow level without connect by @H_403_68@_allow_read_only_corruption @H_403_68@allow read-only open even if database is corrupt @H_403_68@_allow_resetlogs_corruption @H_403_68@allow resetlogs even if it will cause corruption @H_403_68@_allow_sage_attr @H_403_68@Allow checking Disk Group SAGE Attr @H_403_68@_allow_terminal_recovery_corruption @H_403_68@Finish terminal recovery even if it may cause corruption @H_403_68@_alternate_iot_leaf_block_split_points @H_403_68@enable alternate index-organized table leaf-block split-points @H_403_68@_always_anti_join @H_403_68@CHOOSE @H_403_68@always use this method for anti-join when possible @H_403_68@_always_semi_join @H_403_68@always use this method for semi-join when possible @H_403_68@_always_star_transformation @H_403_68@always favor use of star transformation @H_403_68@_app_ctx_vers @H_403_68@enable app ctx versioning @H_403_68@_aq_tm_scanlimit @H_403_68@scan limit for Time Managers to clean up IOT @H_403_68@_arch_corrupted_redo_log @H_403_68@Variable to simulate corruption errors during archivals @H_403_68@_arch_io_slaves @H_403_68@ARCH I/O slaves @H_403_68@_array_update_vector_read_enabled @H_403_68@Enable array update vector read @H_403_68@_ash_disk_filter_ratio @H_403_68@Ratio of the number of in-memory samples to the number of samples actually written to disk @H_403_68@_ash_disk_write_enable @H_403_68@To enable or disable Active Session History flushing @H_403_68@_ash_dummy_test_param @H_403_68@Oracle internal dummy ASH parameter used ONLY for testing! @H_403_68@_ash_eflush_trigger @H_403_68@66 @H_403_68@The percentage above which if the in-memory ASH is full the emergency flusher will be triggered @H_403_68@_ash_enable @H_403_68@To enable or disable Active Session sampling and flushing @H_403_68@_ash_min_mmnl_dump @H_403_68@90 @H_403_68@Minimum Time interval passed to consider MMNL Dump @H_403_68@_ash_sample_all @H_403_68@To enable or disable sampling every connected session including ones waiting for idle waits @H_403_68@_ash_sampling_interval @H_403_68@1000 @H_403_68@Time interval between two successive Active Session samples in millisecs @H_403_68@_ash_size @H_403_68@1048618 @H_403_68@To set the size of the in-memory Active Session History buffers @H_403_68@_asm_acd_chunks @H_403_68@initial ACD chunks created @H_403_68@_asm_allow_only_raw_disks @H_403_68@Discovery only raw devices @H_403_68@_asm_allow_resilver_corruption @H_403_68@Enable disk resilvering for external redundancy @H_403_68@_asm_ausize @H_403_68@1048576 @H_403_68@allocation unit size @H_403_68@_asm_blksize @H_403_68@4096 @H_403_68@Metadata block size @H_403_68@_asm_compatibility @H_403_68@10.1 @H_403_68@default ASM compatibility level @H_403_68@_asm_dbmsdg_nohdrchk @H_403_68@dbms_diskgroup.checkfile does not check block headers @H_403_68@_asm_disk_repair_time @H_403_68@14400 @H_403_68@seconds to wait before dropping a failing disk @H_403_68@_asm_emulmax @H_403_68@10000 @H_403_68@max number of concurrent disks to emulate I/O errors @H_403_68@_asm_emultimeout @H_403_68@timeout before emulation begins (in 3s ticks) @H_403_68@_asm_kfdpevent @H_403_68@KFDP event @H_403_68@_asm_kfioevent @H_403_68@KFIO event @H_403_68@_asm_libraries @H_403_68@ufs @H_403_68@library search order for discovery @H_403_68@_asm_maxio @H_403_68@Maximum size of individual I/O request @H_403_68@_asm_repairquantum @H_403_68@60 @H_403_68@quantum (in 3s) used to compute elapsed time for disk drop @H_403_68@_asm_runtime_capability_volume_support @H_403_68@runtime capability for volume support returns supported @H_403_68@_asm_skip_resize_check @H_403_68@skip the checking of the clients for s/w compatibility for resize @H_403_68@_asm_stripesize @H_403_68@131072 @H_403_68@ASM file stripe size @H_403_68@_asm_stripewidth @H_403_68@8 @H_403_68@ASM file stripe width @H_403_68@_asm_wait_time @H_403_68@18 @H_403_68@Max/imum time to wait before asmb exits @H_403_68@_asmlib_test @H_403_68@Osmlib test event @H_403_68@_asmsid @H_403_68@asm @H_403_68@ASM instance id @H_403_68@_assm_default @H_403_68@ASSM default @H_403_68@_async_recovery_claims @H_403_68@check tablespace thresholds asynchronously @H_403_68@_auto_assign_cg_for_sessions @H_403_68@auto assign CGs for sessions @H_403_68@_automatic_maintenance_test @H_403_68@Enable AUTOTASK Test Mode @H_403_68@_automemory_broker_interval @H_403_68@memory broker statistics gathering interval for auto memory @H_403_68@_autotask_max_window @H_403_68@480 @H_403_68@Maximum Logical Maintenance Window Length in minutes @H_403_68@_autotask_min_window @H_403_68@15 @H_403_68@Minimum Maintenance Window Length in minutes @H_403_68@_autotune_gtx_idle_time @H_403_68@600 @H_403_68@idle time to trigger auto-shutdown a gtx background process @H_403_68@_autotune_gtx_interval @H_403_68@5 @H_403_68@interval to autotune global transaction background processes @H_403_68@_autotune_gtx_threshold @H_403_68@auto-tune threshold for degree of global transaction concurrency @H_403_68@_avoid_prepare @H_403_68@Enables AW Row Source instead of collection iterator @H_403_68@_awr_corrupt_mode @H_403_68@AWR Corrupt Mode @H_403_68@_awr_disabled_flush_tables @H_403_68@Disable flushing of specified AWR tables @H_403_68@_awr_flush_threshold_metrics @H_403_68@Enable/Disable Flushing AWR Threshold Metrics @H_403_68@_awr_flush_workload_metrics @H_403_68@Enable/Disable Flushing AWR Workload Metrics @H_403_68@_awr_mmon_cpuusage @H_403_68@Enable/disable AWR MMON cpu Usage Tracking @H_403_68@_awr_restrict_mode @H_403_68@AWR Restrict Mode @H_403_68@_awr_sql_child_limit @H_403_68@200 @H_403_68@Setting for AWR sql Child Limit @H_403_68@_b_tree_bitmap_plans @H_403_68@enable the use of bitmap plans for tables even when the tables only have B-tree indexes @H_403_68@_backup_disk_io_slaves @H_403_68@BACKUP Disk I/O slaves @H_403_68@_backup_encrypt_opt_mode @H_403_68@4294967294 @H_403_68@specifies encryption block optimization mode @H_403_68@_backup_io_pool_size @H_403_68@memory to reserve from the large pool @H_403_68@_backup_kgc_bufsz @H_403_68@specifies buffer size to be used by BZIP2 compression @H_403_68@_backup_kgc_memlevel @H_403_68@specifies memory level for ZLIB compression @H_403_68@_backup_kgc_niters @H_403_68@specifies number of iterations done by BZIP2 compression @H_403_68@_backup_kgc_perflevel @H_403_68@specifies compression (performance) level for ZLIB compression @H_403_68@_backup_kgc_scheme @H_403_68@ZLIB @H_403_68@specifies compression scheme @H_403_68@_backup_kgc_type @H_403_68@specifies compression type used by kgc BZIP2 compression @H_403_68@_backup_kgc_windowbits @H_403_68@specifies window size for ZLIB compression @H_403_68@_backup_ksfq_bufcnt @H_403_68@number of the ksfq buffers used for backup/restore @H_403_68@_backup_ksfq_bufcnt_max @H_403_68@maximum number of the ksfq buffer used for backup/restore @H_403_68@_backup_ksfq_bufsz @H_403_68@size of the ksfq buffer used for backup/restore @H_403_68@_backup_max_gap_size @H_403_68@largest gap in an incremental/optimized backup buffer,in bytes @H_403_68@_bct_bitmaps_per_file @H_403_68@number of bitmaps to store for each datafile @H_403_68@_bct_buffer_allocation_max @H_403_68@104857600 @H_403_68@maximum size of all change tracking buffer allocations,237); padding:6px 10px 6px 0px">_bct_buffer_allocation_min_extents @H_403_68@mininum number of extents to allocate per buffer allocation @H_403_68@_bct_buffer_allocation_size @H_403_68@2097152 @H_403_68@size of one change tracking buffer allocation,237); padding:6px 10px 6px 0px">_bct_chunk_size @H_403_68@change tracking datafile chunk size,237); padding:6px 10px 6px 0px">_bct_crash_reserve_size @H_403_68@262144 @H_403_68@change tracking reserved crash recovery SGA space,237); padding:6px 10px 6px 0px">_bct_file_block_size @H_403_68@block size of change tracking file,237); padding:6px 10px 6px 0px">_bct_file_extent_size @H_403_68@extent size of change tracking file,237); padding:6px 10px 6px 0px">_bct_fixtab_file @H_403_68@change tracking file for fixed tables @H_403_68@_bct_initial_private_dba_buffer_size @H_403_68@initial number of entries in the private change tracking dba buffers @H_403_68@_bct_public_dba_buffer_size @H_403_68@total size of all public change tracking dba buffers,237); padding:6px 10px 6px 0px">_bitmap_or_improvement_enabled @H_403_68@controls extensions to partition pruning for general predicates @H_403_68@_block_change_tracking @H_403_68@change tracking possible @H_403_68@_blocking_sess_graph_cache_size @H_403_68@blocking session graph cache size in bytes @H_403_68@_blocks_per_cache_server @H_403_68@64 @H_403_68@number of consecutive blocks per global cache server @H_403_68@_bloom_filter_debug @H_403_68@debug level for bloom filtering @H_403_68@_bloom_filter_enabled @H_403_68@enables or disables bloom filter @H_403_68@_bloom_predicate_enabled @H_403_68@enables or disables bloom filter predicate pushdown @H_403_68@_bloom_pruning_enabled @H_403_68@Enable partition pruning using bloom filtering @H_403_68@_bloom_vector_elements @H_403_68@number of elements in a bloom filter vector @H_403_68@_bsln_adaptive_thresholds_enabled @H_403_68@Adaptive Thresholds Enabled @H_403_68@_bt_mmv_query_rewrite_enabled @H_403_68@allow rewrites with multiple MVs and base tables @H_403_68@_buffer_busy_wait_timeout @H_403_68@buffer busy wait time in centiseconds @H_403_68@_buffered_publisher_flow_control_threshold @H_403_68@Flow control threshold for buffered publishers except capture @H_403_68@_bufq_stop_flow_control @H_403_68@Stop enforcing flow control for buffered queues @H_403_68@_build_deferred_mv_skipping_mvlog_update @H_403_68@DEFERRED MV creation skipping MV log setup update @H_403_68@_bump_highwater_mark_count @H_403_68@how many blocks should we allocate per free list on advancing HWM @H_403_68@_bwr_for_flushed_pi @H_403_68@65536 @H_403_68@To set the size of the PGA I/O recording buffers @H_403_68@_capture_publisher_flow_control_threshold @H_403_68@Flow control threshold for capture publishers @H_403_68@_case_sensitive_logon @H_403_68@case sensitive logon enabled @H_403_68@_cgs_reconfig_timeout @H_403_68@CGS reconfiguration timeout interval @H_403_68@_cgs_send_timeout @H_403_68@CGS send timeout value @H_403_68@_cgs_tickets @H_403_68@CGS messaging tickets @H_403_68@_check_block_after_checksum @H_403_68@perform block check after checksum if both are turned on @H_403_68@_check_block_new_invariant_for_flashback @H_403_68@check block new invariant for flashback @H_403_68@_check_ts_threshold @H_403_68@check tablespace thresholds @H_403_68@_cleanup_rollback_entries @H_403_68@no. of undo entries to apply per transaction cleanup @H_403_68@_client_result_cache_bypass @H_403_68@bypass the client result cache @H_403_68@_close_cached_open_cursors @H_403_68@close cursors cached by PL/sql at each commit @H_403_68@_cluster_library @H_403_68@clss @H_403_68@cluster library selection @H_403_68@_clusterwide_global_transactions @H_403_68@enable/disable clusterwide global transactions @H_403_68@_collapse_wait_history @H_403_68@collapse wait history @H_403_68@_collect_undo_stats @H_403_68@Collect Statistics v$undostat @H_403_68@_column_compression_factor @H_403_68@Column compression ratio @H_403_68@_column_elimination_off @H_403_68@turn off predicate-only column elimination @H_403_68@_column_tracking_level @H_403_68@column usage tracking @H_403_68@_compilation_call_heap_extent_size @H_403_68@16384 @H_403_68@Size of the compilation call heaps extents @H_403_68@_complex_view_merging @H_403_68@enable complex view merging @H_403_68@_compression_above_cache @H_403_68@number of recompression above cache for sanity check @H_403_68@_compression_advisor @H_403_68@Compression advisor @H_403_68@_compression_chain @H_403_68@50 @H_403_68@percentage of chained rows allowed for Compression @H_403_68@_controlfile_block_size @H_403_68@control file block size in bytes @H_403_68@_controlfile_enqueue_dump @H_403_68@dump the system states after controlfile enqueue timeout @H_403_68@_controlfile_enqueue_holding_time @H_403_68@780 @H_403_68@control file enqueue max holding time in seconds @H_403_68@_controlfile_enqueue_timeout @H_403_68@900 @H_403_68@control file enqueue timeout in seconds @H_403_68@_controlfile_section_init_size @H_403_68@control file initial section size @H_403_68@_controlfile_section_max_expand @H_403_68@control file max expansion rate @H_403_68@_controlfile_update_check @H_403_68@OFF @H_403_68@controlfile update sanity check @H_403_68@_convert_set_to_join @H_403_68@enables conversion of set operator to join @H_403_68@_coord_message_buffer @H_403_68@parallel recovery coordinator side extra message buffer size @H_403_68@_corrupted_rollback_segments @H_403_68@corrupted undo segment list @H_403_68@_cost_equality_semi_join @H_403_68@enables costing of equality semi-join @H_403_68@_cp_num_hash_latches @H_403_68@connection pool number of hash latches @H_403_68@_cpu_to_io @H_403_68@divisor for converting cpu cost to I/O cost @H_403_68@_cr_grant_global_role @H_403_68@AUTO @H_403_68@turn 3-way CR grants off,make it automatic,or turn it on @H_403_68@_cr_server_log_flush @H_403_68@400 @H_403_68@maximum size of the cursor bind capture area @H_403_68@_cursor_bind_capture_interval @H_403_68@interval (in seconds) between two bind capture for a cursor @H_403_68@_cursor_db_buffers_pinned @H_403_68@178 @H_403_68@additional number of buffers a cursor can pin at once @H_403_68@_cursor_features_enabled @H_403_68@2 @H_403_68@Shared cursor features enabled bits. @H_403_68@_cursor_plan_enabled @H_403_68@enable collection and display of cursor plans @H_403_68@_cursor_plan_hash_version @H_403_68@version of cursor plan hash value @H_403_68@_cursor_plan_unparse_enabled @H_403_68@enables/disables using unparse to build projection/predicates @H_403_68@_cursor_stats_bucket @H_403_68@Hash table buckets for cursor stats (2^). @H_403_68@_cursor_stats_heap @H_403_68@4 @H_403_68@Heaps/latches for cursor stats. @H_403_68@_cvw_enable_weak_checking @H_403_68@enable weak view checking @H_403_68@_db_aging_cool_count @H_403_68@Touch count set when buffer cooled @H_403_68@_db_aging_freeze_cr @H_403_68@Make CR buffers always be too cold to keep in cache @H_403_68@_db_aging_hot_criteria @H_403_68@Touch count which sends a buffer to head of replacement list @H_403_68@_db_aging_stay_count @H_403_68@Touch count set when buffer moved to head of replacement list @H_403_68@_db_aging_touch_time @H_403_68@_db_always_check_system_ts @H_403_68@Always perform block check and checksum for System tablespace @H_403_68@_db_block_adjcheck @H_403_68@adjacent cache buffer checks – low blkchk overwrite parameter @H_403_68@_db_block_adjchk_level @H_403_68@adjacent cache buffer check level @H_403_68@_db_block_align_direct_read @H_403_68@Align Direct Reads @H_403_68@_db_block_bad_write_check @H_403_68@enable bad write checks @H_403_68@_db_block_buffers @H_403_68@27060 @H_403_68@Number of database blocks cached in memory: hidden parameter @H_403_68@_db_block_cache_clone @H_403_68@Always clone data blocks on get (for debugging) @H_403_68@_db_block_cache_history @H_403_68@buffer header tracing (non-zero only when debugging) @H_403_68@_db_block_cache_history_level @H_403_68@buffer header tracing level @H_403_68@_db_block_cache_num_umap @H_403_68@number of unmapped buffers (for tracking swap calls on blocks) @H_403_68@_db_block_cache_protect @H_403_68@protect database blocks (true only when debugging) @H_403_68@_db_block_cache_protect_internal @H_403_68@protect database blocks (for strictly internal use only) @H_403_68@_db_block_check_for_debug @H_403_68@Check more and dump block before image for debugging @H_403_68@_db_block_check_objtyp @H_403_68@check objd and typ on cache disk read @H_403_68@_db_block_corruption_recovery_threshold @H_403_68@threshold number of block recovery attempts @H_403_68@_db_block_do_full_mbreads @H_403_68@do full block read even if some blocks are in cache @H_403_68@_db_block_hash_buckets @H_403_68@Number of database block hash buckets @H_403_68@_db_block_hash_latches @H_403_68@2048 @H_403_68@Number of database block hash latches @H_403_68@_db_block_header_guard_level @H_403_68@number of extra buffer headers to use as guard pages @H_403_68@_db_block_hi_priority_batch_size @H_403_68@Fraction of writes for high priority reasons @H_403_68@_db_block_known_clean_pct @H_403_68@Initial Percentage of buffers to maintain known clean @H_403_68@_db_block_lru_latches @H_403_68@number of lru latches @H_403_68@_db_block_max_cr_dba @H_403_68@6 @H_403_68@Maximum Allowed Number of CR buffers per dba @H_403_68@_db_block_max_scan_pct @H_403_68@40 @H_403_68@Percentage of buffers to inspect when looking for free @H_403_68@_db_block_med_priority_batch_size @H_403_68@Fraction of writes for medium priority reasons @H_403_68@_db_block_numa @H_403_68@Number of NUMA nodes @H_403_68@_db_block_prefetch_fast_longjumps_enabled @H_403_68@Batched IO enable fast longjumps @H_403_68@_db_block_prefetch_limit @H_403_68@Prefetch limit in blocks @H_403_68@_db_block_prefetch_override @H_403_68@Prefetch force override in blocks @H_403_68@_db_block_prefetch_private_cache_enabled @H_403_68@Batched IO enable private cache @H_403_68@_db_block_prefetch_quota @H_403_68@Prefetch quota as a percent of cache size @H_403_68@_db_block_prefetch_skip_reading_enabled @H_403_68@Batched IO enable skip reading buffers @H_403_68@_db_block_table_scan_buffer_size @H_403_68@Size of shared table scan read buffer @H_403_68@_db_block_temp_redo @H_403_68@generate redo for temp blocks @H_403_68@_db_block_trace_protect @H_403_68@trace buffer protect calls @H_403_68@_db_block_vlm_check @H_403_68@check of rvlm mapping leaks (for debugging) @H_403_68@_db_block_vlm_leak_threshold @H_403_68@Threshold for allowable vlm leaks @H_403_68@_db_blocks_per_hash_latch @H_403_68@Number of blocks per hash latch @H_403_68@_db_cache_advice_batch_size @H_403_68@128 @H_403_68@cache advisory simulation batch size @H_403_68@_db_cache_advice_sample_factor @H_403_68@cache advisory sampling factor @H_403_68@_db_cache_crx_check @H_403_68@check for costly crx examination functions @H_403_68@_db_cache_pre_warm @H_403_68@Buffer Cache Pre-Warm Enabled : hidden parameter @H_403_68@_db_cache_process_cr_pin_max @H_403_68@maximum number of cr pins a process may have @H_403_68@_db_change_notification_enable @H_403_68@enable db change notification @H_403_68@_db_disable_temp_encryption @H_403_68@Diable Temp Encryption for Spills @H_403_68@_db_fast_obj_check @H_403_68@enable fast object drop sanity check @H_403_68@_db_fast_obj_ckpt @H_403_68@enable fast object checkpoint @H_403_68@_db_fast_obj_truncate @H_403_68@enable fast object truncate @H_403_68@_db_file_direct_io_count @H_403_68@Sequential I/O buf size @H_403_68@_db_file_exec_read_count @H_403_68@multiblock read count for regular clients @H_403_68@_db_file_format_io_buffers @H_403_68@Block formatting I/O buf count @H_403_68@_db_file_noncontig_mblock_read_count @H_403_68@11 @H_403_68@number of noncontiguous db blocks to be prefetched @H_403_68@_db_file_optimizer_read_count @H_403_68@_db_handles @H_403_68@750 @H_403_68@System-wide simultaneous buffer operations @H_403_68@_db_handles_cached @H_403_68@Buffer handles cached each process @H_403_68@_db_hot_block_tracking @H_403_68@track hot blocks for hash latch contention @H_403_68@_db_index_block_checking @H_403_68@index block checking override parameter @H_403_68@_db_large_dirty_queue @H_403_68@25 @H_403_68@Number of buffers which force dirty queue to be written @H_403_68@_db_lost_write_checking @H_403_68@Enable scn based lost write detection mechanism @H_403_68@_db_mttr_advice @H_403_68@ON @H_403_68@MTTR advisory @H_403_68@_db_mttr_partitions @H_403_68@number of partitions for MTTR advisory @H_403_68@_db_mttr_sample_factor @H_403_68@MTTR simulation sampling factor @H_403_68@_db_mttr_sim_target @H_403_68@MTTR simulation targets @H_403_68@_db_mttr_sim_trace_size @H_403_68@256 @H_403_68@MTTR simulation trace size @H_403_68@_db_mttr_trace_to_alert @H_403_68@dump trace entries to alert file @H_403_68@_db_noarch_disble_optim @H_403_68@Image redo logging (NOARCHIVEMODE) @H_403_68@_db_num_evict_waitevents @H_403_68@number of evict wait events @H_403_68@_db_obj_enable_ksr @H_403_68@enable ksr in object checkpoint/reuse @H_403_68@_db_percent_hot_default @H_403_68@Percent of default buffer pool considered hot @H_403_68@_db_percent_hot_keep @H_403_68@Percent of keep buffer pool considered hot @H_403_68@_db_percent_hot_recycle @H_403_68@Percent of recycle buffer pool considered hot @H_403_68@_db_percpu_create_cachesize @H_403_68@size of cache created per cpu in deferred cache create @H_403_68@_db_recovery_temporal_file_dest @H_403_68@default database recovery temporal file location @H_403_68@_db_required_percent_fairshare_usage @H_403_68@percent of fairshare a processor group should always use @H_403_68@_db_row_overlap_checking @H_403_68@row overlap checking override parameter for data/index blocks @H_403_68@_db_todefer_cache_create @H_403_68@buffer cache deferred create @H_403_68@_db_writer_chunk_writes @H_403_68@Number of writes DBWR should wait for @H_403_68@_db_writer_coalesce_area_size @H_403_68@2293760 @H_403_68@Size of memory allocated to dbwriter for coalescing writes @H_403_68@_db_writer_coalesce_write_limit @H_403_68@Limit on size of coalesced write @H_403_68@_db_writer_flush_imu @H_403_68@If FALSE,DBWR will not downgrade IMU txns for AGING @H_403_68@_db_writer_histogram_statistics @H_403_68@maintain dbwr histogram statistics in x$kcbbhs @H_403_68@_db_writer_max_writes @H_403_68@Max number of outstanding DB Writer IOs @H_403_68@_db_writer_nomemcopy_coalesce @H_403_68@Enable DBWR no-memcopy coalescing @H_403_68@_db_writer_verify_writes @H_403_68@Enable lost write detection mechanism @H_403_68@_dbg_proc_startup @H_403_68@debug process startup @H_403_68@_dbms_sql_security_level @H_403_68@Security level in DBMS_sql @H_403_68@_dbwr_async_io @H_403_68@Enable dbwriter asynchronous writes @H_403_68@_dbwr_scan_interval @H_403_68@dbwriter scan interval @H_403_68@_dbwr_tracing @H_403_68@Enable dbwriter tracing @H_403_68@_dde_flood_control_init @H_403_68@Initialize Flood Control at database open @H_403_68@_dead_process_scan_interval @H_403_68@PMON dead process scan interval @H_403_68@_deadlock_diagnostic_level @H_403_68@automatic deadlock resolution diagnostics level @H_403_68@_deadlock_resolution_incidents_enabled @H_403_68@create incidents during deadlock resolution @H_403_68@_deadlock_resolution_level @H_403_68@automatic deadlock resolution level @H_403_68@_deadlock_resolution_min_wait_timeout_secs @H_403_68@the minimum wait timeout required for deadlock resolution @H_403_68@_deadlock_resolution_signal_process_thresh_secs @H_403_68@the amount of time given to process a deadlock resolution signal @H_403_68@_dedicated_server_poll_count @H_403_68@dedicated server poll count @H_403_68@_dedicated_server_post_wait @H_403_68@dedicated server post/wait @H_403_68@_dedicated_server_post_wait_call @H_403_68@dedicated server post/wait call @H_403_68@_default_encrypt_alg @H_403_68@default encryption algorithm @H_403_68@_default_non_equality_sel_check @H_403_68@sanity check on default selectivity for like/range predicate @H_403_68@_defer_log_boundary_ckpt @H_403_68@defer media recovery checkpoint at log boundary @H_403_68@_defer_log_count @H_403_68@Number of log boundaries media recovery checkpoint lags behind @H_403_68@_delay_index_maintain @H_403_68@delays index maintenance until after MV is refreshed @H_403_68@_desired_readmem_rate @H_403_68@70 @H_403_68@The desired percentage of redo reading from memory @H_403_68@_diag_adr_auto_purge @H_403_68@Enable/disable ADR MMON Auto Purging @H_403_68@_diag_adr_enabled @H_403_68@Parameter to enable/disable Diag ADR @H_403_68@_diag_adr_test_param @H_403_68@Test parameter for Diagnosability @H_403_68@_diag_backward_compat @H_403_68@Backward Compatibility for Diagnosability @H_403_68@_diag_cc_enabled @H_403_68@Parameter to enable/disable Diag Call Context @H_403_68@_diag_conf_cap_enabled @H_403_68@Parameter to enable/disable Diag Configuration Capture @H_403_68@_diag_daemon @H_403_68@start DIAG daemon @H_403_68@_diag_dde_async_age_limit @H_403_68@diag dde async actions: message age limit (in seconds) @H_403_68@_diag_dde_async_cputime_limit @H_403_68@diag dde async actions: action cputime limit (in seconds) @H_403_68@_diag_dde_async_mode @H_403_68@diag dde async actions: dispatch mode @H_403_68@_diag_dde_async_msg_capacity @H_403_68@1024 @H_403_68@diag dde async actions: message buffer capacity @H_403_68@_diag_dde_async_msgs @H_403_68@diag dde async actions: number of preallocated message buffers @H_403_68@_diag_dde_async_process_rate @H_403_68@diag dde async actions: message processing rate – per loop @H_403_68@_diag_dde_async_runtime_limit @H_403_68@diag dde async actions: action runtime limit (in seconds) @H_403_68@_diag_dde_async_slaves @H_403_68@diag dde async actions: max number of concurrent slave processes @H_403_68@_diag_dde_enabled @H_403_68@enable DDE handling of critical errors @H_403_68@_diag_dde_fc_enabled @H_403_68@Parameter to enable/disable Diag Flood Control @H_403_68@_diag_dde_fc_implicit_time @H_403_68@Override Implicit Error Flood Control time parameter @H_403_68@_diag_dde_fc_macro_time @H_403_68@Override Macro Error Flood Control time parameter @H_403_68@_diag_dde_inc_proc_delay @H_403_68@The minimum delay between two MMON incident sweeps (minutes) @H_403_68@_diag_diagnostics @H_403_68@Turn off diag diagnostics @H_403_68@_diag_dump_timeout @H_403_68@30 @H_403_68@timeout parameter for SYNC dump @H_403_68@_diag_hm_rc_enabled @H_403_68@Parameter to enable/disable Diag HM Reactive Checks @H_403_68@_diag_hm_tc_enabled @H_403_68@Parameter to enable/disable Diag HM Test(dummy) Checks @H_403_68@_diag_uts_control @H_403_68@UTS control parameter @H_403_68@_dimension_skip_null @H_403_68@control dimension skip when null feature @H_403_68@_direct_path_insert_features @H_403_68@disable direct path insert features @H_403_68@_disable_12751 @H_403_68@disable policy timeout error (ORA-12751) @H_403_68@_disable_adaptive_shrunk_aggregation @H_403_68@adaptive shrunk aggregation @H_403_68@_disable_autotune_gtx @H_403_68@disable autotune global transaction background processes @H_403_68@_disable_datalayer_sampling @H_403_68@disable datalayer sampling @H_403_68@_disable_duplex_link @H_403_68@Turn off connection duplexing @H_403_68@_disable_fast_aggregation @H_403_68@fast aggregation @H_403_68@_disable_fast_validate @H_403_68@disable PL/sql fast validation @H_403_68@_disable_fastopen @H_403_68@Do Not Use Fastopen @H_403_68@_disable_fba_qrw @H_403_68@disable flashback archiver query rewrite @H_403_68@_disable_fba_wpr @H_403_68@disable flashback archiver wait for prepared transactions @H_403_68@_disable_file_locks @H_403_68@disable file locks for control,data,redo log files @H_403_68@_disable_flashback_archiver @H_403_68@disable flashback archiver @H_403_68@_disable_flashback_wait_callback @H_403_68@Disable flashback wait callback @H_403_68@_disable_function_based_index @H_403_68@disable function-based index matching @H_403_68@_disable_health_check @H_403_68@Disable Health Check @H_403_68@_disable_highres_ticks @H_403_68@disable high-res tick counter @H_403_68@_disable_image_check @H_403_68@Disable Oracle executable image checking @H_403_68@_disable_incremental_checkpoints @H_403_68@Disable incremental checkpoints for thread recovery @H_403_68@_disable_incremental_recovery_ckpt @H_403_68@Disable incremental recovery checkpoint mechanism @H_403_68@_disable_index_block_prefetching @H_403_68@disable index block prefetching @H_403_68@_disable_instance_params_check @H_403_68@disable instance type check for ksp @H_403_68@_disable_interface_checking @H_403_68@disable interface checking at startup @H_403_68@_disable_kcb_flashback_blocknew_opt @H_403_68@Disable KCB flashback block new optimization @H_403_68@_disable_kcbhxor_osd @H_403_68@disable kcbh(c)xor OSD functionality @H_403_68@_disable_kcbl_flashback_blocknew_opt @H_403_68@Disable KCBL flashback block new optimization @H_403_68@_disable_latch_free_SCN_writes_via_32cas @H_403_68@disable latch-free SCN writes using 32-bit compare & swap @H_403_68@_disable_latch_free_SCN_writes_via_64cas @H_403_68@disable latch-free SCN writes using 64-bit compare & swap @H_403_68@_disable_logging @H_403_68@Disable logging @H_403_68@_disable_metrics_group @H_403_68@Disable Metrics Group (or all Metrics Groups) @H_403_68@_disable_multiple_block_sizes @H_403_68@disable multiple block size support (for debugging) @H_403_68@_disable_odm @H_403_68@disable odm feature @H_403_68@_disable_parallel_conventional_load @H_403_68@Disable parallel conventional loads @H_403_68@_disable_read_only_open_dict_check @H_403_68@Disable read-only open dictionary check @H_403_68@_disable_rebalance_space_check @H_403_68@disable space usage checks for storage reconfiguration @H_403_68@_disable_recoverable_recovery @H_403_68@Disable the new recoverable recovery mechanism @H_403_68@_disable_recovery_read_skip @H_403_68@Disable the read optimization during media recovery @H_403_68@_disable_sample_io_optim @H_403_68@disable row sampling IO optimization @H_403_68@_disable_savepoint_reset @H_403_68@disable the fix for bug 1402161 @H_403_68@_disable_sec_ticks @H_403_68@disable low-res (sec) counter @H_403_68@_disable_selftune_checkpointing @H_403_68@Disable self-tune checkpointing @H_403_68@_disable_streams_pool_auto_tuning @H_403_68@disable streams pool auto tuning @H_403_68@_disable_sun_rsm @H_403_68@Disable IPC OSD support for Sun RSMAPI @H_403_68@_disable_system_state @H_403_68@disable system state dump @H_403_68@_disable_thread_internal_disable @H_403_68@Disable thread internal disable feature @H_403_68@_disable_txn_alert @H_403_68@disable txn layer alert @H_403_68@_disable_vktm @H_403_68@disable vktm process @H_403_68@_disable_wait_stack @H_403_68@Disable wait stack @H_403_68@_discrete_transactions_enabled @H_403_68@enable OLTP mode @H_403_68@_diskmon_pipe_name @H_403_68@DiSKMon skgznp pipe name @H_403_68@_dispatcher_rate_scale @H_403_68@scale to display rate statistic (100ths of a second) @H_403_68@_dispatcher_rate_ttl @H_403_68@time-to-live for rate statistic (100ths of a second) @H_403_68@_distinct_view_unnesting @H_403_68@enables unnesting of in subquery into distinct view @H_403_68@_distributed_recovery_connection_hold_time @H_403_68@number of seconds RECO holds outbound connections open @H_403_68@_dlmtrace @H_403_68@Trace string of global enqueue type(s) @H_403_68@_dm_max_shared_pool_pct @H_403_68@max percentage of the shared pool to use for a mining model @H_403_68@_dml_monitoring_enabled @H_403_68@enable modification monitoring @H_403_68@_domain_index_batch_size @H_403_68@2000 @H_403_68@maximum number of rows from one call to domain index fetch routine @H_403_68@_domain_index_dml_batch_size @H_403_68@maximum number of rows for one call to domain index dml routines @H_403_68@_dra_bmr_number_threshold @H_403_68@Maximum number of BMRs that can be done to a file @H_403_68@_dra_bmr_percent_threshold @H_403_68@Maximum percentage of blocks in a file that can be BMR-ed @H_403_68@_dra_enable_offline_dictionary @H_403_68@Enable the periodic creation of the offline dictionary for DRA @H_403_68@_drop_table_granule @H_403_68@drop_table_granule @H_403_68@_drop_table_optimization_enabled @H_403_68@reduce SGA memory use during drop of a partitioned table @H_403_68@_ds_iocount_iosize @H_403_68@6553664 @H_403_68@Dynamic Sampling Service defaults: #IOs and IO Size @H_403_68@_dss_cache_flush @H_403_68@enable full cache flush for parallel execution @H_403_68@_dtree_area_size @H_403_68@size of Decision Tree Classification work area @H_403_68@_dtree_binning_enabled @H_403_68@Decision Tree Binning Enabled @H_403_68@_dtree_bintest_id @H_403_68@Decision Tree Binning Test ID @H_403_68@_dtree_compressbmp_enabled @H_403_68@Decision Tree Using Compressed Bitmaps Enabled @H_403_68@_dtree_max_surrogates @H_403_68@maximum number of surrogates @H_403_68@_dtree_pruning_enabled @H_403_68@Decision Tree Pruning Enabled @H_403_68@_dummy_instance @H_403_68@dummy instance started by RMAN @H_403_68@_dump_common_subexpressions @H_403_68@dump common subexpressions @H_403_68@_dump_connect_by_loop_data @H_403_68@dump connect by loop error message into trc file @H_403_68@_dump_cursor_heap_sizes @H_403_68@dump comp/exec heap sizes to tryace file @H_403_68@_dump_interval_limit @H_403_68@120 @H_403_68@trace dump time interval limit (in seconds) @H_403_68@_dump_max_limit @H_403_68@max number of dump within dump interval @H_403_68@_dump_qbc_tree @H_403_68@dump top level query parse tree to trace @H_403_68@_dump_rcvr_ipc @H_403_68@if TRUE enables IPC dump at instance eviction time @H_403_68@_dump_system_state_scope @H_403_68@local @H_403_68@scope of sysstate dump during instance termination @H_403_68@_dump_trace_scope @H_403_68@global @H_403_68@scope of trace dump during a process crash @H_403_68@_dynamic_rls_policies @H_403_68@rls policies are dynamic @H_403_68@_dynamic_stats_threshold @H_403_68@delay threshold (in seconds) between sending statistics messages @H_403_68@_edition_based_redefinition @H_403_68@enable edition based redefinition @H_403_68@_eliminate_common_subexpr @H_403_68@enables elimination of common sub-expressions @H_403_68@_emon_regular_ntfn_slaves @H_403_68@number of EMON slaves doing regular database notifications @H_403_68@_enable_NUMA_optimization @H_403_68@Enable NUMA specific optimizations @H_403_68@_enable_automatic_maintenance @H_403_68@if 1,Automated Maintenance Is Enabled @H_403_68@_enable_automatic_sqltune @H_403_68@Automatic sql Tuning Advisory enabled parameter @H_403_68@_enable_block_level_transaction_recovery @H_403_68@enable block level recovery @H_403_68@_enable_cscn_caching @H_403_68@enable commit SCN caching for all transactions @H_403_68@_enable_ddl_wait_lock @H_403_68@use this to turn off ddls with wait semantics @H_403_68@_enable_default_affinity @H_403_68@to enable default implementation of affinity osds @H_403_68@_enable_dml_lock_escalation @H_403_68@enable dml lock escalation against partitioned tables if TRUE @H_403_68@_enable_exchange_validation_using_check @H_403_68@use check constraints on the table for validation @H_403_68@_enable_fast_ref_after_mv_tbs @H_403_68@enable fast refresh after move tablespace @H_403_68@_enable_hash_overflow @H_403_68@TRUE – enable hash cluster overflow based on SIZE @H_403_68@_enable_hwm_sync @H_403_68@enable HWM synchronization @H_403_68@_enable_list_io @H_403_68@Enable List I/O @H_403_68@_enable_midtier_affinity @H_403_68@enable midtier affinity metrics processing @H_403_68@_enable_nativenet_tcpip @H_403_68@Enable skgxp driver usage for native net @H_403_68@_enable_obj_queues @H_403_68@enable object queues @H_403_68@_enable_online_index_without_s_locking @H_403_68@Allow online index creation algorithm without S DML lock @H_403_68@_enable_query_rewrite_on_remote_objs @H_403_68@mv rewrite on remote table/view @H_403_68@_enable_refresh_schedule @H_403_68@enable or disable MV refresh scheduling (revert to 9.2 behavior) @H_403_68@_enable_reliable_latch_waits @H_403_68@Enable reliable latch waits @H_403_68@_enable_rlb @H_403_68@enable RLB metrics processing @H_403_68@_enable_row_shipping @H_403_68@use the row shipping optimization for wide table selects @H_403_68@_enable_scn_wait_interface @H_403_68@use this to turn off scn wait interface in kta @H_403_68@_enable_separable_transactions @H_403_68@enable/disable separable transactions @H_403_68@_enable_shared_pool_durations @H_403_68@temporary to disable/enable kgh policy @H_403_68@_enable_shared_server_vector_io @H_403_68@Enable shared server vector I/O @H_403_68@_enable_space_preallocation @H_403_68@enable space pre-allocation @H_403_68@_enable_spacebg @H_403_68@enable space management background task @H_403_68@_enable_tablespace_alerts @H_403_68@enable tablespace alerts @H_403_68@_enable_type_dep_selectivity @H_403_68@enable type dependent selectivity estimates @H_403_68@_endprot_chunk_comment @H_403_68@chk 10235 dflt @H_403_68@chunk comment for selective overrun protection @H_403_68@_endprot_heap_comment @H_403_68@hp 10235 dflt @H_403_68@heap comment for selective overrun protection @H_403_68@_endprot_subheaps @H_403_68@selective overrun protection for subeheaps @H_403_68@_enqueue_deadlock_time_sec @H_403_68@requests with timeout <= this will not have deadlock detection @H_403_68@_enqueue_debug_multi_instance @H_403_68@debug enqueue multi instance @H_403_68@_enqueue_hash @H_403_68@375 @H_403_68@enqueue hash table length @H_403_68@_enqueue_hash_chain_latches @H_403_68@enqueue hash chain latches @H_403_68@_enqueue_locks @H_403_68@2260 @H_403_68@locks for managed enqueues @H_403_68@_enqueue_resources @H_403_68@968 @H_403_68@resources for enqueues @H_403_68@_evolve_plan_baseline_report_level @H_403_68@TYPICAL @H_403_68@Level of detail to show in plan verification/evolution report @H_403_68@_evt_system_event_propagation @H_403_68@disable system event propagation @H_403_68@_expand_aggregates @H_403_68@expand aggregates @H_403_68@_explain_rewrite_mode @H_403_68@allow additional messages to be generated during explain rewrite @H_403_68@_extended_pruning_enabled @H_403_68@do runtime pruning in iterator if set to TRUE @H_403_68@_fair_remote_cvt @H_403_68@if TRUE enables fair remote convert @H_403_68@_fairness_threshold @H_403_68@number of times to CR serve before downgrading lock @H_403_68@_fast_dual_enabled @H_403_68@enable/disable fast dual @H_403_68@_fast_full_scan_enabled @H_403_68@enable/disable index fast full scan @H_403_68@_fastpin_enable @H_403_68@enable reference count based fast pins @H_403_68@_fbda_busy_percentage @H_403_68@flashback archiver busy percentage @H_403_68@_fbda_inline2_percentage @H_403_68@flashback archiver full inline percentage @H_403_68@_fbda_inline_percentage @H_403_68@flashback archiver inline percentage @H_403_68@_fg_iorm_slaves @H_403_68@ForeGround I/O slaves for IORM @H_403_68@_fg_log_checksum @H_403_68@Checksum redo in foreground process @H_403_68@_fic_algorithm_set @H_403_68@automatic @H_403_68@Set Frequent Itemset Counting Algorithm @H_403_68@_fic_area_size @H_403_68@size of Frequent Itemset Counting work area @H_403_68@_fic_max_length @H_403_68@20 @H_403_68@Frequent Itemset Counting Maximum Itemset Length @H_403_68@_fic_min_bmsize @H_403_68@Frequent Itemset Counting Minimum BITMAP Size @H_403_68@_fic_outofmem_candidates @H_403_68@Frequent Itemset Counting Out Of Memory Candidates Generation @H_403_68@_fifth_spare_parameter @H_403_68@fifth spare parameter – string @H_403_68@_filemap_dir @H_403_68@FILEMAP directory @H_403_68@_first_k_rows_dynamic_proration @H_403_68@enable the use of dynamic proration of join cardinalities @H_403_68@_first_spare_parameter @H_403_68@first spare parameter – integer @H_403_68@_fix_control @H_403_68@bug fix control parameter @H_403_68@_flashback_allow_noarchivelog @H_403_68@Allow enabling flashback on noarchivelog database @H_403_68@_flashback_archiver_partition_size @H_403_68@flashback archiver table partition size @H_403_68@_flashback_barrier_interval @H_403_68@1800 @H_403_68@Flashback barrier interval in seconds @H_403_68@_flashback_copy_latches @H_403_68@Number of flashback copy latches @H_403_68@_flashback_format_chunk_mb @H_403_68@Chunk mega-bytes for formatting flashback logs using sync write @H_403_68@_flashback_format_chunk_mb_dwrite @H_403_68@16 @H_403_68@Chunk mega-bytes for formatting flashback logs using delayed write @H_403_68@_flashback_fuzzy_barrier @H_403_68@Use flashback fuzzy barrier @H_403_68@_flashback_generation_buffer_size @H_403_68@flashback generation buffer size @H_403_68@_flashback_hint_barrier_percent @H_403_68@Flashback hint barrier percent @H_403_68@_flashback_log_io_error_behavior @H_403_68@Specify Flashback log I/O error behavior @H_403_68@_flashback_log_min_size @H_403_68@Minimum flashback log size @H_403_68@_flashback_log_size @H_403_68@Flashback log size @H_403_68@_flashback_logfile_enqueue_timeout @H_403_68@flashback logfile enqueue timeout for opens @H_403_68@_flashback_marker_cache_enabled @H_403_68@Enable flashback database marker cache @H_403_68@_flashback_marker_cache_size @H_403_68@328 @H_403_68@Size of flashback database marker cache @H_403_68@_flashback_max_log_size @H_403_68@Maximum flashback log size in bytes (OS limit) @H_403_68@_flashback_max_n_log_per_thread @H_403_68@Maximum number of flashback logs per flashback thread @H_403_68@_flashback_max_standby_sync_span @H_403_68@Maximum time span between standby recovery sync for flashback @H_403_68@_flashback_n_log_per_thread @H_403_68@Desired number of flashback logs per flashback thread @H_403_68@_flashback_standby_barrier_interval @H_403_68@Flashback standby barrier interval in seconds @H_403_68@_flashback_verbose_info @H_403_68@Print verbose information about flashback database @H_403_68@_flashback_write_max_loop_limit @H_403_68@Flashback writer loop limit before it returns @H_403_68@_force_datefold_trunc @H_403_68@force use of trunc for datefolding rewrite @H_403_68@_force_hsc_compress @H_403_68@compress all new created tables @H_403_68@_force_oltp_compress @H_403_68@OLTP Compress all new created tables @H_403_68@_force_rewrite_enable @H_403_68@control new query rewrite features @H_403_68@_force_slave_mapping_intra_part_loads @H_403_68@Force slave mapping for intra partition loads @H_403_68@_force_temptables_for_gsets @H_403_68@executes concatenation of rollups using temp tables @H_403_68@_force_tmp_segment_loads @H_403_68@Force tmp segment loads @H_403_68@_forwarded_2pc_threshold @H_403_68@auto-tune threshold for two-phase commit rate across RAC instances @H_403_68@_fourth_spare_parameter @H_403_68@fourth spare parameter – string @H_403_68@_full_pwise_join_enabled @H_403_68@enable full partition-wise join when TRUE @H_403_68@_gby_hash_aggregation_enabled @H_403_68@enable group-by and aggregation using hash scheme @H_403_68@_gby_onekey_enabled @H_403_68@enable use of one comparison of all group by keys @H_403_68@_gc_affinity_locking @H_403_68@dynamic object affinity ratio @H_403_68@_gc_async_memcpy @H_403_68@how long to defer down converts for hot buffers @H_403_68@_gc_dissolve_undo_affinity @H_403_68@110 @H_403_68@global cache element percent @H_403_68@_gc_global_checkpoint_scn @H_403_68@turn global lru off,237); padding:6px 10px 6px 0px">_gc_initiate_undo_affinity @H_403_68@set the integrity check level @H_403_68@_gc_keep_recovery_buffers @H_403_68@number of latches per LMS process @H_403_68@_gc_long_query_threshold @H_403_68@threshold for long running query @H_403_68@_gc_maximum_bids @H_403_68@maximum number of bids which can be prepared @H_403_68@_gc_policy_minimum @H_403_68@1500 @H_403_68@dynamic object policy minimum activity per minute @H_403_68@_gc_policy_time @H_403_68@how often to make object policy decisions in minutes @H_403_68@_gc_read_mostly_locking @H_403_68@dynamic object read-mostly transfer ratio @H_403_68@_gc_undo_affinity @H_403_68@object number for voluntary down-convert @H_403_68@_gcs_fast_reconfig @H_403_68@number of gcs resource hash latches to be allocated per LMS process @H_403_68@_gcs_process_in_recovery @H_403_68@number of gcs resource per hash bucket @H_403_68@_gcs_resources @H_403_68@number of gcs resources to be allocated @H_403_68@_gcs_shadow_locks @H_403_68@number of pcm shadow locks to be allocated @H_403_68@_gcs_testing @H_403_68@GCS testing parameter @H_403_68@_generalized_pruning_enabled @H_403_68@_ges_dd_debug @H_403_68@if 1 or higher enables GES deadlock detection debug diagnostics @H_403_68@_ges_diagnostics @H_403_68@if TRUE enables GES diagnostics @H_403_68@_ges_health_check @H_403_68@if greater than 0 enables GES system health check @H_403_68@_global_hang_analysis_interval_secs @H_403_68@the interval at which global hang analysis is run @H_403_68@_globalindex_pnum_filter_enabled @H_403_68@enables filter for global index with partition extended Syntax @H_403_68@_groupby_nopushdown_cut_ratio @H_403_68@groupby nopushdown cut ratio @H_403_68@_groupby_orderby_combine @H_403_68@5000 @H_403_68@groupby/orderby don’t combine threshold @H_403_68@_gs_anti_semi_join_allowed @H_403_68@enable anti/semi join for the GS query @H_403_68@_hang_analysis_num_call_stacks @H_403_68@hang analysis num call stacks @H_403_68@_hang_detection @H_403_68@Hang Management detection interval @H_403_68@_hang_resolution @H_403_68@Hang Management hang resolution @H_403_68@_hard_protection @H_403_68@if TRUE enable H.A.R.D specific format changes @H_403_68@_hash_join_enabled @H_403_68@enable/disable hash join @H_403_68@_hash_multiblock_io_count @H_403_68@number of blocks hash join will read/write at once @H_403_68@_heur_deadlock_resolution_secs @H_403_68@the heuristic wait time per node for deadlock resolution @H_403_68@_high_priority_processes @H_403_68@LMS*|VKTM @H_403_68@High Priority Process Name Mask @H_403_68@_high_server_threshold @H_403_68@high server thresholds @H_403_68@_hj_bit_filter_threshold @H_403_68@hash-join bit filtering threshold (0 always enabled) @H_403_68@_hm_analysis_oradebug_node_dump_level @H_403_68@the oradebug node dump level for hang manager hang analysis @H_403_68@_hm_analysis_oradebug_sys_dump_level @H_403_68@the oradebug system state level for hang manager hang analysis @H_403_68@_hm_analysis_output_disk @H_403_68@if TRUE the hang manager outputs hang analysis results to disk @H_403_68@_hm_log_incidents @H_403_68@Hang Manager incident logging @H_403_68@_hm_verification_interval @H_403_68@the hang manager verification interval @H_403_68@_hwm_sync_threshold @H_403_68@HWM synchronization threshold in percentage @H_403_68@_idl_conventional_index_maintenance @H_403_68@enable conventional index maintenance for insert direct load @H_403_68@_idle_session_kill_enabled @H_403_68@enables or disables resource manager session idle limit checks @H_403_68@_idxrb_rowincr @H_403_68@100000000 @H_403_68@proportionality constant for dop vs. rows in index rebuild @H_403_68@_ignore_desc_in_index @H_403_68@ignore DESC in indexes,sort those columns ascending anyhow @H_403_68@_ignore_fg_deps @H_403_68@ignore fine-grain dependencies during invalidation @H_403_68@_immediate_commit_propagation @H_403_68@improved outer-join cardinality calculation @H_403_68@_improved_row_length_enabled @H_403_68@enable the improvements for computing the average row length @H_403_68@_imr_active @H_403_68@Activate Instance Membership Recovery feature @H_403_68@_imr_avoid_double_voting @H_403_68@Avoid device voting for CSS reconfig during IMR @H_403_68@_imr_device_type @H_403_68@controlfile @H_403_68@Type of device to be used by IMR @H_403_68@_imr_disk_voting_interval @H_403_68@Maximum wait for IMR disk voting (seconds) @H_403_68@_imr_evicted_member_kill @H_403_68@IMR issue evicted member kill after a wait @H_403_68@_imr_evicted_member_kill_wait @H_403_68@IMR evicted member kill wait time in seconds @H_403_68@_imr_highload_threshold @H_403_68@IMR system highload threshold @H_403_68@_imr_max_reconfig_delay @H_403_68@Maximum Reconfiguration delay (seconds) @H_403_68@_imr_splitbrain_res_wait @H_403_68@Maximum wait for split-brain resolution (seconds) @H_403_68@_imr_systemload_check @H_403_68@Perform the system load check during IMR @H_403_68@_imu_pools @H_403_68@in memory undo pools @H_403_68@_in_memory_undo @H_403_68@Make in memory undo for top level transactions @H_403_68@_incremental_recovery_ckpt_min_batch @H_403_68@Minimum number of writes for incremental recovery ckpt every 3 sec @H_403_68@_index_join_enabled @H_403_68@enable the use of index joins @H_403_68@_index_prefetch_factor @H_403_68@index prefetching factor @H_403_68@_init_granule_interval @H_403_68@number of granules to process for deferred cache @H_403_68@_init_sql_file @H_403_68@?/rdbms/admin/sql.bsq @H_403_68@File containing sql statements to execute upon database creation @H_403_68@_inject_startup_fault @H_403_68@inject fault in the startup code @H_403_68@_inline_sql_in_plsql @H_403_68@inline sql in PL/sql @H_403_68@_insert_enable_hwm_brokered @H_403_68@during parallel inserts high water marks are brokered @H_403_68@_inst_locking_period @H_403_68@period an instance can retain a newly acquired level1 bitmap @H_403_68@_interconnect_checksum @H_403_68@Enable intra-partition updates/deletes @H_403_68@_intrapart_pdml_randomlocal_enabled @H_403_68@Enable intra-partition updates/deletes with random local dist @H_403_68@_io_resource_manager_always_on @H_403_68@io resource manager always on @H_403_68@_io_shared_pool_size @H_403_68@Size of I/O buffer pool from SGA @H_403_68@_io_slaves_disabled @H_403_68@Do not use I/O slaves @H_403_68@_io_statistics @H_403_68@IOQ miss count before a miss exception @H_403_68@_ior_serialize_fault @H_403_68@inject fault in the ior serialize code @H_403_68@_iorm_tout @H_403_68@IORM scheduler timeout value in msec @H_403_68@_ioslave_batch_count @H_403_68@Per attempt IOs picked @H_403_68@_ioslave_issue_count @H_403_68@500 @H_403_68@IOs issued before completion check @H_403_68@_ipc_fail_network @H_403_68@Simulate cluster network failer @H_403_68@_ipc_test_failover @H_403_68@Test transparent cluster network failover @H_403_68@_ipc_test_mult_nets @H_403_68@simulate multiple cluster networks @H_403_68@_job_queue_interval @H_403_68@Wakeup interval in seconds for job queue co-ordinator @H_403_68@_k2q_latches @H_403_68@number of k2q latches @H_403_68@_kcfis_fault_control @H_403_68@trace level setting for kcfIS module @H_403_68@_kcfis_max_appliances @H_403_68@Max. appliances in a kcfIS session @H_403_68@_kcfis_oss_io_size @H_403_68@kcfIS OSS I/O size @H_403_68@_kcfis_read_buffer_limit @H_403_68@kcfIS Read Buffer (per session) memory limit in bytes @H_403_68@_kcfis_trace_level @H_403_68@_kcfis_work_set_appliances @H_403_68@Working Set of appliances in a kcfIS session @H_403_68@_kcl_commit @H_403_68@allocate dbas after populating data buffers @H_403_68@_kdi_avoid_block_checking @H_403_68@avoid index block checking on sensitive opcodes @H_403_68@_kdli_STOP_bsz @H_403_68@undocumented parameter for internal use only @H_403_68@_kdli_STOP_dba @H_403_68@_kdli_STOP_fsz @H_403_68@_kdli_STOP_nio @H_403_68@_kdli_STOP_tsn @H_403_68@_kdli_allow_corrupt @H_403_68@allow corrupt filesystem_logging data blocks during read/write @H_403_68@_kdli_cache_inode @H_403_68@cache inode state across calls @H_403_68@_kdli_cache_read_threshold @H_403_68@minimum lob size for cache->nocache read (0 disables heuristic) @H_403_68@_kdli_cache_size @H_403_68@maximum #entries in inode cache @H_403_68@_kdli_cache_verify @H_403_68@verify cached inode via deserialization @H_403_68@_kdli_cache_write_threshold @H_403_68@minimum lob size for cache->nocache write (0 disables heuristic) @H_403_68@_kdli_cacheable_length @H_403_68@minimum lob length for inode cacheability @H_403_68@_kdli_force_cr @H_403_68@force CR when reading data blocks of direct-write lobs @H_403_68@_kdli_force_cr_Meta @H_403_68@force CR when reading Metadata blocks of direct-write lobs @H_403_68@_kdli_force_storage @H_403_68@none @H_403_68@force storage settings for all lobs @H_403_68@_kdli_full_readahead_threshold @H_403_68@maximum lob size for full readahead @H_403_68@_kdli_inject_assert @H_403_68@inject asserts into the inode @H_403_68@_kdli_inject_crash @H_403_68@inject crashes into the inode @H_403_68@_kdli_inline_xfm @H_403_68@allow inline transformed lobs @H_403_68@_kdli_inode_preference @H_403_68@data @H_403_68@inline inode evolution preference (data,headless,lhb) @H_403_68@_kdli_itree_entries @H_403_68@#entries in lhb/itree blocks (for testing only) @H_403_68@_kdli_memory_protect @H_403_68@trace accesses to inode memory outside kdli API functions @H_403_68@_kdli_rci_lobmap_entries @H_403_68@255 @H_403_68@#entries in RCI lobmap before migration to lhb @H_403_68@_kdli_readahead_limit @H_403_68@shared/cached IO readahead limit @H_403_68@_kdli_readahead_strategy @H_403_68@contig @H_403_68@shared/cached IO readahead strategy @H_403_68@_kdli_recent_scn @H_403_68@use recent (not dependent) scns for block format/allocation @H_403_68@_kdli_reshape @H_403_68@reshape an inode to inline or headless on length truncation @H_403_68@_kdli_safe_callbacks @H_403_68@invoke inode read/write callbacks safely @H_403_68@_kdli_sio_async @H_403_68@asynchronous shared IO @H_403_68@_kdli_sio_backoff @H_403_68@use exponential backoff when attempting SIOP allocations @H_403_68@_kdli_sio_bps @H_403_68@maximum blocks per IO slot @H_403_68@_kdli_sio_dop @H_403_68@degree-of-parallelism in the SIO keep pool @H_403_68@_kdli_sio_fgio @H_403_68@reap asynchronous IO in the foreground @H_403_68@_kdli_sio_fileopen @H_403_68@nodsync @H_403_68@shared IO fileopen mode: datasync vs nodatasync vs async @H_403_68@_kdli_sio_flush @H_403_68@enable shared IO pool operations @H_403_68@_kdli_sio_free @H_403_68@free IO buffers when not in active use @H_403_68@_kdli_sio_min_read @H_403_68@shared IO pool read threshold @H_403_68@_kdli_sio_min_write @H_403_68@shared IO pool write threshold @H_403_68@_kdli_sio_nbufs @H_403_68@maximum #IO buffers to allocate per session @H_403_68@_kdli_sio_niods @H_403_68@maximum #IO descriptors to allocate per session @H_403_68@_kdli_sio_on @H_403_68@_kdli_sio_pga @H_403_68@use PGA allocations for direct IO @H_403_68@_kdli_sio_pga_top @H_403_68@PGA allocations come from toplevel PGA heap @H_403_68@_kdli_sio_strategy @H_403_68@auto @H_403_68@shared IO strategy: block vs. extent @H_403_68@_kdli_small_cache_limit @H_403_68@32 @H_403_68@size limit of small inode cache @H_403_68@_kdli_sort_dbas @H_403_68@sort dbas during chunkification @H_403_68@_kdli_space_cache_limit @H_403_68@maximum size of the space cache in #blocks @H_403_68@_kdli_squeeze @H_403_68@compact lobmap extents with contiguous dbas @H_403_68@_kdli_timer_dmp @H_403_68@dump inode timers on session termination @H_403_68@_kdli_timer_trc @H_403_68@trace inode timers to uts/tracefile @H_403_68@_kdli_trace @H_403_68@inode trace level @H_403_68@_kdlu_max_bucket_size @H_403_68@UTS kdlu bucket size @H_403_68@_kdlu_max_bucket_size_mts @H_403_68@UTS kdlu bucket size for mts @H_403_68@_kdlu_trace_layer @H_403_68@UTS kdlu per-layer trace level @H_403_68@_kdlu_trace_session @H_403_68@UTS session dump @H_403_68@_kdlu_trace_system @H_403_68@UTS system dump @H_403_68@_kdlw_enable_ksi_locking @H_403_68@enable ksi locking for lobs @H_403_68@_kdlw_enable_write_gathering @H_403_68@enable lob write gathering for sql txns @H_403_68@_kdlwp_flush_threshold @H_403_68@WGC flush threshold in bytes @H_403_68@_kdlxp_cmp_subunit_size @H_403_68@size of compression sub-unit in bytes @H_403_68@_kdlxp_dedup_flush_threshold @H_403_68@8388608 @H_403_68@deduplication flush threshold in bytes @H_403_68@_kdlxp_dedup_hash_algo @H_403_68@SHA1 @H_403_68@secure hash algorithm for deduplication – only on SecureFiles @H_403_68@_kdlxp_dedup_prefix_threshold @H_403_68@deduplication prefix hash threshold in bytes @H_403_68@_kdlxp_lobcompress @H_403_68@enable lob compression – only on SecureFiles @H_403_68@_kdlxp_lobdeduplicate @H_403_68@enable lob deduplication – only on SecureFiles @H_403_68@_kdlxp_lobdedupvalidate @H_403_68@enable deduplicate validate – only on SecureFiles @H_403_68@_kdlxp_lobencrypt @H_403_68@enable lob encryption – only on SecureFiles @H_403_68@_kdlxp_min_xfm_size @H_403_68@32768 @H_403_68@minimum transformation size in bytes @H_403_68@_kdlxp_mincmp @H_403_68@minimum comp ratio in pct – only on SecureFiles @H_403_68@_kdlxp_spare1 @H_403_68@deduplication spare 1 @H_403_68@_kdlxp_xfmcache @H_403_68@enable xfm cache – only on SecureFiles @H_403_68@_kdt_buffering @H_403_68@control kdt buffering for conventional inserts @H_403_68@_kebm_nstrikes @H_403_68@kebm # strikes to auto suspend an action @H_403_68@_kebm_suspension_time @H_403_68@82800 @H_403_68@kebm auto suspension time in seconds @H_403_68@_keep_remote_column_size @H_403_68@remote column size does not get modified @H_403_68@_kernel_message_network_driver @H_403_68@kernel message network driver @H_403_68@_kffmap_hash_size @H_403_68@size of kffmap_hash table @H_403_68@_kffmop_hash_size @H_403_68@size of kffmop_hash table @H_403_68@_kfm_disable_set_fence @H_403_68@disable set fence calls and revert to default (process fence) @H_403_68@_kghdsidx_count @H_403_68@max kghdsidx count @H_403_68@_kgl_bucket_count @H_403_68@9 @H_403_68@index to the bucket count array @H_403_68@_kgl_debug @H_403_68@Library cache debugging @H_403_68@_kgl_features_enabled @H_403_68@Library cache features enabled bits @H_403_68@_kgl_fixed_extents @H_403_68@fixed extent size for library cache memory allocations @H_403_68@_kgl_hash_collision @H_403_68@whether KGL hash collision is possible @H_403_68@_kgl_heap_size @H_403_68@extent size for library cache heap 0 @H_403_68@_kgl_kqr_cap_so_stacks @H_403_68@capture stacks for library and row cache state objects @H_403_68@_kgl_large_heap_warning_threshold @H_403_68@52428800 @H_403_68@maximum heap size before KGL writes warnings to the alert log @H_403_68@_kgl_latch_count @H_403_68@number of library cache latches @H_403_68@_kgl_message_locks @H_403_68@RAC message lock count @H_403_68@_kgl_min_cached_so_count @H_403_68@Minimum cached SO count. If > 1 can help find SO corruptions @H_403_68@_kgl_multi_instance_invalidation @H_403_68@whether KGL to support multi-instance invalidations @H_403_68@_kgl_multi_instance_lock @H_403_68@whether KGL to support multi-instance locks @H_403_68@_kgl_multi_instance_pin @H_403_68@whether KGL to support multi-instance pins @H_403_68@_kgl_so_stack_depth @H_403_68@The depth of the stack capture for SO get or free @H_403_68@_kgl_time_to_wait_for_locks @H_403_68@time to wait for locks and pins before timing out @H_403_68@_kglsim_maxmem_percent @H_403_68@max percentage of shared pool size to be used for KGL advice @H_403_68@_kgsb_threshold_size @H_403_68@16777216 @H_403_68@threshold size for base allocator @H_403_68@_kgx_latches @H_403_68@# of mutex latches if CAS is not supported. @H_403_68@_kgx_spin_count @H_403_68@third spare parameter – integer @H_403_68@_kill_controlfile_enqueue_blocker @H_403_68@enable killing controlfile enqueue blocker on timeout @H_403_68@_kill_diagnostics_timeout @H_403_68@timeout delay in seconds before killing enqueue blocker @H_403_68@_kill_enqueue_blocker @H_403_68@if greater than 0 enables killing enqueue blocker @H_403_68@_kill_java_threads_on_eoc @H_403_68@Kill Java threads and do sessionspace migration at end of call @H_403_68@_kill_session_dump @H_403_68@Process dump on kill session immediate @H_403_68@_kkdlgon_max_iter @H_403_68@20000 @H_403_68@kkdlgon maximum number of iterations @H_403_68@_kkfi_trace @H_403_68@trace expression substitution @H_403_68@_kks_free_cursor_stat_pct @H_403_68@percentage of cursor stats buckets to scan on each load,in 1/10th of a percent @H_403_68@_kks_use_mutex_pin @H_403_68@Turning on this will make KKS use mutex for cursor pins. @H_403_68@_kokli_cache_size @H_403_68@Size limit of Materialized View and Object Table Lookup Cache @H_403_68@_kolfuseslf @H_403_68@allow kolf to use slffopen @H_403_68@_kql_subheap_trace @H_403_68@tracing level for library cache subheap level pins @H_403_68@_ksb_disable_diagpid @H_403_68@disable the call to ksb_diagpid @H_403_68@_ksb_restart_clean_time @H_403_68@30000 @H_403_68@process uptime for restarts @H_403_68@_ksb_restart_policy_times @H_403_68@0,60,120,240 @H_403_68@process restart policy times in seconds @H_403_68@_ksd_test_param @H_403_68@999 @H_403_68@KSD test parmeter @H_403_68@_ksdxdocmd_default_timeout_ms @H_403_68@default timeout for internal oradebug commands @H_403_68@_ksdxdocmd_enabled @H_403_68@if TRUE ksdxdocmd* invocations are enabled @H_403_68@_ksdxw_cini_flg @H_403_68@ksdxw context initialization flag @H_403_68@_ksdxw_nbufs @H_403_68@ksdxw number of buffers in buffered mode @H_403_68@_ksdxw_num_pgw @H_403_68@number of watchpoints on a per-process basis @H_403_68@_ksdxw_num_sgw @H_403_68@number of watchpoints to be shared by all processes @H_403_68@_ksdxw_stack_depth @H_403_68@number of PCs to collect in the stack when watchpoint is hit @H_403_68@_kse_die_timeout @H_403_68@60000 @H_403_68@amount of time a dying process is spared by PMON (in centi-secs) @H_403_68@_kse_pc_table_size @H_403_68@kse pc table cache size @H_403_68@_kse_signature_entries @H_403_68@number of entries in the kse stack signature cache @H_403_68@_kse_signature_limit @H_403_68@7 @H_403_68@number of stack frames to cache per kse signature @H_403_68@_kse_snap_ring_size @H_403_68@ring buffer to debug internal error 17090 @H_403_68@_ksfd_verify_write @H_403_68@verify asynchronous writes issued through ksfd @H_403_68@_ksi_trace @H_403_68@KSI trace string of lock type(s) @H_403_68@_ksi_trace_bucket @H_403_68@PRIVATE @H_403_68@memory tracing: use ksi-private or rdbms-shared bucket @H_403_68@_ksi_trace_bucket_size @H_403_68@8192 @H_403_68@size of the KSI trace bucket @H_403_68@_ksmb_debug @H_403_68@ksmb debug flags @H_403_68@_ksmd_protect_mode @H_403_68@off @H_403_68@KSMD protect mode for catching stale access @H_403_68@_ksmg_granule_locking_status @H_403_68@granule locking status @H_403_68@_ksmg_granule_size @H_403_68@granule size in bytes @H_403_68@_ksmg_lock_check_interval @H_403_68@timeout action interval in minutes @H_403_68@_ksmg_lock_reacquire_count @H_403_68@repeat count for acquisition of locks @H_403_68@_kspol_tac_timeout @H_403_68@timeouts for TAC registerd by kspol @H_403_68@_ksr_unit_test_processes @H_403_68@number of ksr unit test processes @H_403_68@_kss_quiet @H_403_68@if TRUE access violations during kss dumps are not recorded @H_403_68@_ksu_diag_kill_time @H_403_68@number of seconds ksuitm waits before killing diag @H_403_68@_ksuitm_addon_trccmd @H_403_68@command to execute when dead processes don’t go away @H_403_68@_ksuitm_dont_kill_dumper @H_403_68@delay inst. termination to allow processes to dump @H_403_68@_ksv_max_spawn_fail_limit @H_403_68@bg slave spawn failure limit @H_403_68@_ksv_pool_hang_kill_to @H_403_68@bg slave pool terminate timeout @H_403_68@_ksv_pool_wait_timeout @H_403_68@bg slave pool wait limit @H_403_68@_ksv_spawn_control_all @H_403_68@control all spawning of background slaves @H_403_68@_ksvppktmode @H_403_68@ksv internal pkt test @H_403_68@_ksxp_diagmode @H_403_68@set to OFF to disable automatic slowsend diagnostics @H_403_68@_ksxp_disable_dynamic_loading @H_403_68@disable dynamic loadin of lib skgxp @H_403_68@_ksxp_disable_ipc_stats @H_403_68@disable ipc statistics @H_403_68@_ksxp_init_stats_bkts @H_403_68@initial number arrays for ipc statistics @H_403_68@_ksxp_max_stats_bkts @H_403_68@max. arrays for ipc statistics @H_403_68@_ksxp_ping_enable @H_403_68@_ksxp_ping_polling_time @H_403_68@_ksxp_reaping @H_403_68@tune ksxp layer reaping limit @H_403_68@_ksxp_reporting_process @H_403_68@LMD0 @H_403_68@reporting process for KSXP @H_403_68@_ksxp_send_timeout @H_403_68@set timeout for sends queued with the inter-instance IPC @H_403_68@_ksxp_skgxp_compat_library_path @H_403_68@over-ride default location of lib skgxp compat @H_403_68@_ksxp_skgxp_library_path @H_403_68@over-ride default location of lib skgxp @H_403_68@_ksxp_stats_mem_lmt @H_403_68@limit ipc statistics memory. this parameter is a percentage value @H_403_68@_ksxp_testing @H_403_68@KSXP test parameter @H_403_68@_ksxp_unit_test_byte_transformation @H_403_68@enable byte transformation unit test @H_403_68@_ktc_debug @H_403_68@for ktc debug @H_403_68@_ktc_latches @H_403_68@number of ktc latches @H_403_68@_ktslj_segext_warning @H_403_68@segment pre-extension warning threshold in percentage @H_403_68@_ktspsrch_maxsc @H_403_68@maximum segments supported by space search cache @H_403_68@_kttext_warning @H_403_68@tablespace pre-extension warning threshold in percentage @H_403_68@_ktu_latches @H_403_68@number of KTU latches @H_403_68@_ku_trace @H_403_68@datapump trace parameter @H_403_68@_large_pool_min_alloc @H_403_68@16000 @H_403_68@minimum allocation size in bytes for the large allocation pool @H_403_68@_last_allocation_period @H_403_68@period over which an instance can retain an active level1 bitmap @H_403_68@_latch_class_0 @H_403_68@latch class 0 @H_403_68@_latch_class_1 @H_403_68@latch class 1 @H_403_68@_latch_class_2 @H_403_68@latch class 2 @H_403_68@_latch_class_3 @H_403_68@latch class 3 @H_403_68@_latch_class_4 @H_403_68@latch class 4 @H_403_68@_latch_class_5 @H_403_68@latch class 5 @H_403_68@_latch_class_6 @H_403_68@latch class 6 @H_403_68@_latch_class_7 @H_403_68@latch class 7 @H_403_68@_latch_classes @H_403_68@latch classes override @H_403_68@_latch_miss_stat_sid @H_403_68@Sid of process for which to collect latch stats @H_403_68@_latch_recovery_alignment @H_403_68@65534 @H_403_68@align latch recovery structures @H_403_68@_ldr_io_size @H_403_68@size of write IOs used during a load operation @H_403_68@_left_nested_loops_random @H_403_68@enable random distribution method for left of nestedloops @H_403_68@_lgwr_async_broadcasts @H_403_68@LGWR Asynchronous Broadcasts enabling boolean flag @H_403_68@_lgwr_delay_write @H_403_68@LGWR write delay for debugging @H_403_68@_lgwr_io_slaves @H_403_68@LGWR I/O slaves @H_403_68@_lgwr_max_ns_wt @H_403_68@Maximum wait time for lgwr to allow NetServer to progress @H_403_68@_lgwr_ns_nl_max @H_403_68@Variable to simulate network latency or buffer threshold @H_403_68@_lgwr_ns_nl_min @H_403_68@_lgwr_ns_sim_err @H_403_68@Variable to simulate errors lgwrns @H_403_68@_lgwr_ta_sim_err @H_403_68@Variable to simulate errors lgwr true async @H_403_68@_library_cache_advice @H_403_68@whether KGL advice should be turned on @H_403_68@_lightweight_hdrs @H_403_68@Lightweight headers for redo @H_403_68@_like_with_bind_as_equality @H_403_68@treat LIKE predicate with bind as an equality predicate @H_403_68@_lm_activate_lms_threshold @H_403_68@threshold value to activate an additional lms @H_403_68@_lm_asm_enq_hashing @H_403_68@if TRUE makes ASM use enqueue master hashing for fusion locks @H_403_68@_lm_better_ddvictim @H_403_68@GES better deadlock victim @H_403_68@_lm_cache_lvl0_cleanup @H_403_68@how often to cleanup level 0 cache res (in sec) @H_403_68@_lm_cache_res_cleanup @H_403_68@percentage of cached resources should be cleanup @H_403_68@_lm_cache_res_type @H_403_68@TMHWDI @H_403_68@cache resource: string of lock types(s) @H_403_68@_lm_checksum_batch_msg @H_403_68@GES checksum batch messages @H_403_68@_lm_contiguous_res_count @H_403_68@number of contiguous blocks that will hash to the same HV bucket @H_403_68@_lm_dd_interval @H_403_68@dd time interval in seconds @H_403_68@_lm_dd_max_search_time @H_403_68@180 @H_403_68@max dd search time per token @H_403_68@_lm_dd_scan_interval @H_403_68@dd scan interval in seconds @H_403_68@_lm_dd_search_cnt @H_403_68@number of dd search per token get @H_403_68@_lm_drm_max_requests @H_403_68@dynamic remastering maximum affinity requests processed together @H_403_68@_lm_drm_window @H_403_68@dynamic remastering bucket window size @H_403_68@_lm_drm_xlatch @H_403_68@dynamic remastering forced exclusive latches @H_403_68@_lm_dynamic_lms @H_403_68@dynamic lms invocation @H_403_68@_lm_dynamic_load @H_403_68@dynamic load adjustment @H_403_68@_lm_enq_lock_freelist @H_403_68@Number of ges enqueue element freelist @H_403_68@_lm_enq_rcfg @H_403_68@if TRUE enables enqueue reconfiguration @H_403_68@_lm_enqueue_freelist @H_403_68@Number of enqueue freelist @H_403_68@_lm_file_affinity @H_403_68@mapping between file id and master instance number @H_403_68@_lm_global_posts @H_403_68@if TRUE deliver global posts to remote nodes @H_403_68@_lm_idle_connection_check @H_403_68@GES idle connection check @H_403_68@_lm_idle_connection_check_interval @H_403_68@GES idle connection check interval time @H_403_68@_lm_idle_connection_kill @H_403_68@GES idle connection kill @H_403_68@_lm_lmd_waittime @H_403_68@default wait time for lmd in centiseconds @H_403_68@_lm_lmon_nowait_latch @H_403_68@if TRUE makes lmon get nowait latches with timeout loop @H_403_68@_lm_lms @H_403_68@number of background gcs server processes to start @H_403_68@_lm_lms_waittime @H_403_68@default wait time for lms in centiseconds @H_403_68@_lm_locks @H_403_68@12000 @H_403_68@number of enqueues configured for cluster database @H_403_68@_lm_master_weight @H_403_68@master resource weight for this instance @H_403_68@_lm_max_lms @H_403_68@max. number of background global cache server processes @H_403_68@_lm_msg_batch_size @H_403_68@GES batch message size @H_403_68@_lm_msg_cleanup_interval @H_403_68@3000 @H_403_68@GES message buffer cleanup interval time @H_403_68@_lm_node_join_opt @H_403_68@cluster database node join optimization in reconfig @H_403_68@_lm_non_fault_tolerant @H_403_68@disable cluster database fault-tolerance mode @H_403_68@_lm_num_pt_buckets @H_403_68@number of buckets in the object affinity hash table @H_403_68@_lm_num_pt_latches @H_403_68@number of latches in the object affinity hash table @H_403_68@_lm_postevent_buffer_size @H_403_68@postevent buffer size @H_403_68@_lm_proc_freeze_timeout @H_403_68@reconfiguration: process freeze timeout @H_403_68@_lm_process_batching @H_403_68@GES implicit process batching for IPC messages @H_403_68@_lm_procs @H_403_68@320 @H_403_68@number of client processes configured for cluster database @H_403_68@_lm_psrcfg @H_403_68@enable pseudo reconfiguration @H_403_68@_lm_rcfg_timeout @H_403_68@1260 @H_403_68@Reconfiguration timeout @H_403_68@_lm_rcvr_hang_allow_time @H_403_68@receiver hang allow time in seconds @H_403_68@_lm_rcvr_hang_check_frequency @H_403_68@receiver hang check frequency in seconds @H_403_68@_lm_rcvr_hang_kill @H_403_68@to kill receiver hang @H_403_68@_lm_res_hash_bucket @H_403_68@number of resource hash buckets @H_403_68@_lm_res_part @H_403_68@number of resource partition configured for gcs @H_403_68@_lm_ress @H_403_68@6000 @H_403_68@number of resources configured for cluster database @H_403_68@_lm_send_mode @H_403_68@GES send mode @H_403_68@_lm_send_queue_batching @H_403_68@GES send queue message batching @H_403_68@_lm_send_queue_length @H_403_68@GES send queue maximum length @H_403_68@_lm_sendproxy_reserve @H_403_68@GES percentage of send proxy reserve of send tickets @H_403_68@_lm_share_lock_opt @H_403_68@if TRUE enables share lock optimization @H_403_68@_lm_sq_batch_factor @H_403_68@GES send queue minimum batching factor @H_403_68@_lm_sq_batch_type @H_403_68@GES send queue batching mechanism @H_403_68@_lm_sq_batch_waittick @H_403_68@GES send queue batching waittime in tick @H_403_68@_lm_sync_timeout @H_403_68@420 @H_403_68@Synchronization timeout for DLM reconfiguration steps @H_403_68@_lm_ticket_active_sendback @H_403_68@Flow control ticket active sendback threshold @H_403_68@_lm_tickets @H_403_68@GES messaging tickets @H_403_68@_lm_tx_delta @H_403_68@TX lock localization delta @H_403_68@_lm_validate_resource_type @H_403_68@if TRUE enables resource name validation @H_403_68@_lm_xids @H_403_68@352 @H_403_68@number of transaction IDs configured for cluster database @H_403_68@_lmn_compression @H_403_68@suppl logging for compression enabled @H_403_68@_load_without_compile @H_403_68@NONE @H_403_68@Load PL/sql or Database objects without compilation @H_403_68@_local_communication_costing_enabled @H_403_68@enable local communication costing when TRUE @H_403_68@_local_communication_ratio @H_403_68@set the ratio between global and local communication (0..100) @H_403_68@_local_hang_analysis_interval_secs @H_403_68@the interval at which local hang analysis is run @H_403_68@_lock_sga_areas @H_403_68@Lock specified areas of the SGA in physical memory @H_403_68@_log_archive_avoid_memcpy @H_403_68@log archive avoid memcpy @H_403_68@_log_archive_buffers @H_403_68@Number of buffers to allocate for archiving @H_403_68@_log_archive_callout @H_403_68@archival callout @H_403_68@_log_archive_compress_enable @H_403_68@Bypass database rules for enabling archivelog compression @H_403_68@_log_archive_network_redo_size @H_403_68@Log archive network redo buffer size used by ARCH @H_403_68@_log_archive_prot_auto_demote @H_403_68@log archive protection auto demotion @H_403_68@_log_archive_security_enabled @H_403_68@log archive security enabled @H_403_68@_log_archive_strong_auth @H_403_68@log archive security strong auth @H_403_68@_log_blocks_during_backup @H_403_68@log block images when changed during backup @H_403_68@_log_buffers_corrupt @H_403_68@corrupt redo buffers before write @H_403_68@_log_buffers_debug @H_403_68@debug redo buffers (slows things down) @H_403_68@_log_checkpoint_recovery_check @H_403_68@# redo blocks to verify after checkpoint @H_403_68@_log_committime_block_cleanout @H_403_68@Log commit-time block cleanout @H_403_68@_log_deletion_policy @H_403_68@mandatory @H_403_68@archivelog deletion policy for mandatory/all destination @H_403_68@_log_event_queues @H_403_68@number of the log writer event queues @H_403_68@_log_io_size @H_403_68@automatically initiate log write if this many redo blocks in buffer @H_403_68@_log_parallelism_dynamic @H_403_68@Enable dynamic strands @H_403_68@_log_parallelism_max @H_403_68@Maximum number of log buffer strands @H_403_68@_log_private_mul @H_403_68@Private strand multiplier for log space preallocation @H_403_68@_log_private_parallelism @H_403_68@Number of private log buffer strands for zero-copy redo @H_403_68@_log_private_parallelism_mul @H_403_68@Active sessions multiplier to deduce number of private strands @H_403_68@_log_read_buffers @H_403_68@Number of log read buffers for media recovery @H_403_68@_log_simultaneous_copies @H_403_68@number of simultaneous copies into redo buffer(# of copy latches) @H_403_68@_log_space_errors @H_403_68@should we report space errors to alert log @H_403_68@_log_switch_timeout @H_403_68@Maximum number of seconds redos in the current log could span @H_403_68@_logout_storm_rate @H_403_68@number of processes that can logout in a second @H_403_68@_logout_storm_retrycnt @H_403_68@maximum retry count for logouts @H_403_68@_logout_storm_timeout @H_403_68@timeout in centi-seconds for time to wait between retries @H_403_68@_longops_enabled @H_403_68@longops stats enabled @H_403_68@_low_server_threshold @H_403_68@low server thresholds @H_403_68@_ltc_trace @H_403_68@tracing level for load table conventional @H_403_68@_master_direct_sends @H_403_68@31 @H_403_68@direct sends for messages from master (DFS) @H_403_68@_mav_refresh_consistent_read @H_403_68@refresh materialized views using consistent read snapshot @H_403_68@_mav_refresh_double_count_prevented @H_403_68@materialized view MAV refreshes avoid double counting @H_403_68@_mav_refresh_opt @H_403_68@optimizations during refresh of materialized views @H_403_68@_mav_refresh_unionall_tables @H_403_68@# tables for union all expansion during materialized view refresh @H_403_68@_max_arch_lns_wait @H_403_68@Maximum wait by ARCH to allow NetServer to complete archival @H_403_68@_max_exponential_sleep @H_403_68@max sleep during exponential backoff @H_403_68@_max_io_size @H_403_68@Maximum I/O size in bytes for sequential file accesses @H_403_68@_max_large_io @H_403_68@IORM:max number of large I/O’s to issue @H_403_68@_max_lns_shutdown_archival_time @H_403_68@Maximum time spent by LNS to archive last log during shutdown @H_403_68@_max_protocol_support @H_403_68@Max occurrence protocols supported in a process @H_403_68@_max_shrink_obj_stats @H_403_68@number of segments for which shrink stats will be maintained @H_403_68@_max_sleep_holding_latch @H_403_68@max time to sleep while holding a latch @H_403_68@_max_small_io @H_403_68@IORM:max number of small I/O’s to issue @H_403_68@_max_spacebg_slaves @H_403_68@maximum space management background slaves @H_403_68@_max_spacebg_tasks @H_403_68@maximum space management background tasks @H_403_68@_max_temp_overhead @H_403_68@max tempspc overhead @H_403_68@_media_recovery_read_batch @H_403_68@media recovery block read batch @H_403_68@_mem_annotation_pr_lev @H_403_68@private memory annotation collection level @H_403_68@_mem_annotation_scale @H_403_68@memory annotation pre-allocation scaling @H_403_68@_mem_annotation_sh_lev @H_403_68@shared memory annotation collection level @H_403_68@_mem_annotation_store @H_403_68@memory annotation in-memory store @H_403_68@_mem_std_extent_size @H_403_68@standard extent size for fixed-size-extent heaps @H_403_68@_memory_broker_log_stat_entries @H_403_68@memory broker num stat entries @H_403_68@_memory_broker_marginal_utility_bc @H_403_68@12 @H_403_68@Marginal Utility threshold pct for bc @H_403_68@_memory_broker_marginal_utility_sp @H_403_68@Marginal Utility threshold pct for sp @H_403_68@_memory_broker_shrink_heaps @H_403_68@memory broker allow policy to shrink shared pool @H_403_68@_memory_broker_shrink_java_heaps @H_403_68@memory broker allow policy to shrink java pool @H_403_68@_memory_broker_shrink_streams_pool @H_403_68@memory broker allow policy to shrink streams pool @H_403_68@_memory_broker_shrink_timeout @H_403_68@60000000 @H_403_68@memory broker policy to timeout shrink shared/java pool @H_403_68@_memory_broker_stat_interval @H_403_68@memory broker statistics gathering interval for auto sga @H_403_68@_memory_management_tracing @H_403_68@trace memory management activity @H_403_68@_memory_nocancel_defsgareq @H_403_68@do not cancel deferred sga reqs with auto-memory @H_403_68@_memory_sanity_check @H_403_68@partial granule sanity check @H_403_68@_messages @H_403_68@message queue resources – dependent on # processes & # buffers @H_403_68@_midtier_affinity_clusterwait_threshold @H_403_68@cluster wait threshold to enter affinity @H_403_68@_midtier_affinity_goodness_threshold @H_403_68@goodness gradient threshold to dissolve affinity @H_403_68@_midtier_affinity_timeout @H_403_68@default timeout for midtier affinity processing @H_403_68@_minfree_plus @H_403_68@max percentage of block space + minfree before we mark block full @H_403_68@_minimal_stats_aggregation @H_403_68@prohibit stats aggregation at compile/partition maintenance time @H_403_68@_minimum_blocks_to_shrink @H_403_68@minimum number freeable blocks for shrink to be present @H_403_68@_minimum_db_flashback_retention @H_403_68@Minimum flashback retention @H_403_68@_minimum_extents_to_shrink @H_403_68@minimum number freeable extents for shrink to be present @H_403_68@_minimum_giga_scn @H_403_68@Minimum SCN to start with in 2^30 units @H_403_68@_mirror_redo_buffers @H_403_68@Save buffers for debugging redo corruptions @H_403_68@_mmv_query_rewrite_enabled @H_403_68@allow rewrites with multiple MVs and/or base tables @H_403_68@_multi_instance_pmr @H_403_68@force multi instance or single instance parallel recovery @H_403_68@_multi_join_key_table_lookup @H_403_68@TRUE iff multi-join-key table lookup prefetch is enabled @H_403_68@_multiple_instance_recovery @H_403_68@use multiple instances for media recovery @H_403_68@_mv_refresh_ana @H_403_68@what percent to analyze after complete/PCT refresh @H_403_68@_mv_refresh_costing @H_403_68@rule @H_403_68@refresh decision based on cost or on rules @H_403_68@_mv_refresh_delta_fraction @H_403_68@delta mv as fractional percentage of size of mv @H_403_68@_mv_refresh_eut @H_403_68@refresh materialized views using EUT(partition)-based algorithm @H_403_68@_mv_refresh_force_parallel_query @H_403_68@force materialized view refreshes to use parallel query @H_403_68@_mv_refresh_new_setup_disabled @H_403_68@materialized view MV refresh new setup disabling @H_403_68@_mv_refresh_rebuild_percentage @H_403_68@minimum percentage change required in MV to force an indexrebuild @H_403_68@_mv_refresh_selections @H_403_68@create materialized views with selections and fast refresh @H_403_68@_mv_refresh_use_stats @H_403_68@pass cardinality hints to refresh queries @H_403_68@_mv_refsched_timeincr @H_403_68@300000 @H_403_68@proportionality constant for dop vs. time in MV refresh @H_403_68@_mv_rolling_inv @H_403_68@create/alter mv uses rolling cursor invalidation instead of immediate @H_403_68@_mwin_schedule @H_403_68@Enable/disable Maintenance Window Schedules @H_403_68@_nchar_imp_cnv @H_403_68@NLS allow Implicit Conversion between CHAR and NCHAR @H_403_68@_nchar_imp_conv @H_403_68@should implicit conversion bewteen clob and nclob be allowed @H_403_68@_ncmb_readahead_enabled @H_403_68@enable multi-block readahead for an index scan @H_403_68@_ncmb_readahead_tracing @H_403_68@turn on multi-block readahead tracing @H_403_68@_ncomp_shared_objects_dir @H_403_68@native compilation shared objects dir @H_403_68@_nested_loop_fudge @H_403_68@nested loop fudge @H_403_68@_nested_mav_fast_oncommit_enabled @H_403_68@nested MAV refresh fast on commit allowed @H_403_68@_new_initial_join_orders @H_403_68@enable initial join orders based on new ordering heuristics @H_403_68@_new_sort_cost_estimate @H_403_68@enables the use of new cost estimate for sort @H_403_68@_newsort_enabled @H_403_68@controls whether new sorts can be used as system sort @H_403_68@_newsort_ordered_pct @H_403_68@63 @H_403_68@controls when new sort avoids sorting ordered input @H_403_68@_newsort_type @H_403_68@specifies options for the new sort algorithm @H_403_68@_nlj_batching_enabled @H_403_68@enable batching of the RHS IO in NLJ @H_403_68@_nlj_batching_misses_enabled @H_403_68@enable exceptions for buffer cache misses @H_403_68@_no_objects @H_403_68@no object features are used @H_403_68@_no_or_expansion @H_403_68@OR expansion during optimization disabled @H_403_68@_no_recovery_through_resetlogs @H_403_68@no recovery through this resetlogs operation @H_403_68@_notify_crs @H_403_68@notify cluster ready services of startup and shutdown @H_403_68@_ns_max_flush_wt @H_403_68@Flush wait time for NetServer to flush oustanding writes @H_403_68@_ns_max_send_delay @H_403_68@Data Loss Time Bound for NetServer @H_403_68@_num_longop_child_latches @H_403_68@number of child latches for long op array @H_403_68@_number_cached_attributes @H_403_68@maximum number of cached attributes per instance @H_403_68@_object_reuse_bast @H_403_68@if 1 or higher,handle object reuse @H_403_68@_object_statistics @H_403_68@enable the object level statistics collection @H_403_68@_object_stats_max_entries @H_403_68@3072 @H_403_68@Maximum number of entries to be tracked per stat @H_403_68@_offline_rollback_segments @H_403_68@offline undo segment list @H_403_68@_ogms_home @H_403_68@GMS home directory @H_403_68@_olap_aggregate_buffer_size @H_403_68@OLAP Aggregate max buffer size @H_403_68@_olap_aggregate_flags @H_403_68@OLAP Aggregate debug flags @H_403_68@_olap_aggregate_function_cache_enabled @H_403_68@OLAP Aggregate function cache enabler @H_403_68@_olap_aggregate_function_merge_threshold @H_403_68@529 @H_403_68@OLAP Aggregate function merge threshold @H_403_68@_olap_aggregate_max_thread_tuples @H_403_68@OLAP Aggregate max thread tuples creation @H_403_68@_olap_aggregate_min_buffer_size @H_403_68@OLAP Aggregate min buffer size @H_403_68@_olap_aggregate_min_thread_status @H_403_68@OLAP Aggregate minimum cardinality of dimensions for thread @H_403_68@_olap_aggregate_multipath_hier @H_403_68@OLAP Aggregate Multi-path Hierarhies enabled @H_403_68@_olap_aggregate_statlen_thresh @H_403_68@OLAP Aggregate status array usage threshold @H_403_68@_olap_aggregate_store_probability @H_403_68@OLAP Aggregate function storeback probability @H_403_68@_olap_aggregate_work_per_thread @H_403_68@OLAP Aggregate max work parents @H_403_68@_olap_aggregate_worklist_max @H_403_68@OLAP Aggregate max worklists generated at once @H_403_68@_olap_allocate_errorlog_format @H_403_68@%8p %8y %8z %e (%n) @H_403_68@OLAP Allocate Errorlog Format @H_403_68@_olap_allocate_errorlog_header @H_403_68@Dim Source Basis %-8d %-8s %-8b Description ——– ——– ——– ———– @H_403_68@OLAP Allocate Errorlog Header format @H_403_68@_olap_analyze_max @H_403_68@OLAP DML ANALYZE command max cells to analyze @H_403_68@_olap_continuous_trace_file @H_403_68@Specify TRUE to enable continuous OLAP tracing – otherwise only exceptional events will be logged @H_403_68@_olap_dbgoutfile_echo_to_eventlog @H_403_68@OLAP DbgOutfile copy output to event log (tracefile) @H_403_68@_olap_dimension_corehash_class @H_403_68@OLAP Dimension In-Core Hash Table Class @H_403_68@_olap_dimension_corehash_large @H_403_68@50000 @H_403_68@OLAP Dimension In-Core Hash Table Large Threshold @H_403_68@_olap_dimension_corehash_pressure @H_403_68@OLAP Dimension In-Core Hash Table Pressure Threshold @H_403_68@_olap_dimension_corehash_size @H_403_68@OLAP Dimension In-Core Hash Table Maximum Memory Use @H_403_68@_olap_dimension_corehash_small @H_403_68@OLAP Dimension In-Core Hash Table Small Threshold @H_403_68@_olap_eif_export_lob_size @H_403_68@2147483647 @H_403_68@OLAP EIF Export BLOB size @H_403_68@_olap_lmgen_dim_size @H_403_68@Limitmap generator dimension column size @H_403_68@_olap_lmgen_meas_size @H_403_68@Limitmap generator measure column size @H_403_68@_olap_object_hash_class @H_403_68@OLAP Object Hash Table Class @H_403_68@_olap_page_pool_expand_rate @H_403_68@OLAP Page Pool Expand Rate @H_403_68@_olap_page_pool_hi @H_403_68@OLAP Page Pool High Watermark @H_403_68@_olap_page_pool_hit_target @H_403_68@OLAP Page Pool Hit Target @H_403_68@_olap_page_pool_low @H_403_68@OLAP Page Pool Low Watermark @H_403_68@_olap_page_pool_pressure @H_403_68@OLAP Page Pool Pressure Threshold @H_403_68@_olap_page_pool_shrink_rate @H_403_68@OLAP Page Pool Shrink Rate @H_403_68@_olap_parallel_update_small_group @H_403_68@OLAP parallel update pagespace by group @H_403_68@_olap_parallel_update_small_threshold @H_403_68@OLAP parallel update threshold for number of small pagespaces @H_403_68@_olap_parallel_update_threshold @H_403_68@OLAP parallel update threshold in pages @H_403_68@_olap_poutlog_echo_to_eventlog @H_403_68@OLAP POutLog copy output to event log (tracefile) @H_403_68@_olap_sesscache_enabled @H_403_68@OLAP Session Cache knob @H_403_68@_olap_sort_buffer_size @H_403_68@OLAP Sort Buffer Size @H_403_68@_olap_statbool_corebits @H_403_68@20000000 @H_403_68@OLAP Status Boolean max incore bits @H_403_68@_olap_statbool_threshold @H_403_68@8100 @H_403_68@OLAP Status Boolean CBM threshold @H_403_68@_olap_table_function_statistics @H_403_68@Specify TRUE to output OLAP table function timed statistics trace @H_403_68@_olap_wrap_errors @H_403_68@Wrap error messages to OLAP outfile @H_403_68@_olapi_history_retention @H_403_68@enable olapi history retention @H_403_68@_olapi_iface_object_history @H_403_68@enable olapi interface object history collection @H_403_68@_olapi_iface_object_history_retention @H_403_68@enable olapi interface object history retention @H_403_68@_olapi_iface_operation_history_retention @H_403_68@enable olapi interface operation history retention @H_403_68@_olapi_interface_operation_history @H_403_68@enable olapi interface operation history collection @H_403_68@_olapi_memory_operation_history @H_403_68@enable olapi memory alloc/free history collection @H_403_68@_olapi_memory_operation_history_pause_at_seqno @H_403_68@enable olapi memory alloc/free history collection pausing @H_403_68@_olapi_memory_operation_history_retention @H_403_68@enable olapi memory operation history retention @H_403_68@_olapi_session_history @H_403_68@enable olapi session history collection @H_403_68@_olapi_session_history_retention @H_403_68@enable olapi session history retention @H_403_68@_old_connect_by_enabled @H_403_68@enable/disable old connect by @H_403_68@_ols_cleanup_task @H_403_68@Clean up unnecessary entries in OLS sessinfo table @H_403_68@_oltp_compression @H_403_68@oltp compression enabled @H_403_68@_oltp_compression_gain @H_403_68@oltp compression gain @H_403_68@_omf @H_403_68@enabled @H_403_68@enable/disable OMF @H_403_68@_oneside_colstat_for_equijoins @H_403_68@_online_patch_disable_stack_check @H_403_68@disable check for function on stack for online patches @H_403_68@_optim_adjust_for_part_skews @H_403_68@adjust stats for skews across partitions @H_403_68@_optim_dict_stats_at_db_cr_upg @H_403_68@enable/disable dictionary stats gathering at db create/upgrade @H_403_68@_optim_enhance_nnull_detection @H_403_68@TRUE to enable index [fast] full scan more often @H_403_68@_optim_new_default_join_sel @H_403_68@improves the way default equijoin selectivity are computed @H_403_68@_optim_peek_user_binds @H_403_68@enable peeking of user binds @H_403_68@_optimizer_adaptive_cursor_sharing @H_403_68@optimizer adaptive cursor sharing @H_403_68@_optimizer_adjust_for_nulls @H_403_68@adjust selectivity for null values @H_403_68@_optimizer_autostats_job @H_403_68@enable/disable auto stats collection job @H_403_68@_optimizer_aw_join_push_enabled @H_403_68@Enables AW Join Push optimization @H_403_68@_optimizer_aw_stats_enabled @H_403_68@Enables statistcs on AW olap_table table function @H_403_68@_optimizer_better_inlist_costing @H_403_68@ALL @H_403_68@enable improved costing of index access using in-list(s) @H_403_68@_optimizer_block_size @H_403_68@standard block size used by optimizer @H_403_68@_optimizer_cache_stats @H_403_68@cost with cache statistics @H_403_68@_optimizer_cartesian_enabled @H_403_68@optimizer cartesian join enabled @H_403_68@_optimizer_cbqt_factor @H_403_68@cost factor for cost-based query transformation @H_403_68@_optimizer_cbqt_no_size_restriction @H_403_68@disable cost based transformation query size restriction @H_403_68@_optimizer_ceil_cost @H_403_68@CEIL cost in CBO @H_403_68@_optimizer_choose_permutation @H_403_68@force the optimizer to use the specified permutation @H_403_68@_optimizer_complex_pred_selectivity @H_403_68@enable selectivity estimation for builtin functions @H_403_68@_optimizer_compute_index_stats @H_403_68@force index stats collection on index creation/rebuild @H_403_68@_optimizer_connect_by_combine_sw @H_403_68@combine no filtering connect by and start with @H_403_68@_optimizer_connect_by_cost_based @H_403_68@use cost-based transformation for connect by @H_403_68@_optimizer_correct_sq_selectivity @H_403_68@force correct computation of subquery selectivity @H_403_68@_optimizer_cost_based_transformation @H_403_68@LINEAR @H_403_68@enables cost-based query transformation @H_403_68@_optimizer_cost_filter_pred @H_403_68@enables costing of filter predicates in IO cost model @H_403_68@_optimizer_cost_hjsmj_multimatch @H_403_68@add cost of generating result set when #rows per key > 1 @H_403_68@_optimizer_cost_model @H_403_68@optimizer cost model @H_403_68@_optimizer_degree @H_403_68@force the optimizer to use the same degree of parallelism @H_403_68@_optimizer_dim_subq_join_sel @H_403_68@use join selectivity in choosing star transformation dimensions @H_403_68@_optimizer_disable_strans_sanity_checks @H_403_68@disable star transformation sanity checks @H_403_68@_optimizer_distinct_elimination @H_403_68@Eliminates redundant SELECT DISTNCT’s @H_403_68@_optimizer_dyn_smp_blks @H_403_68@number of blocks for optimizer dynamic sampling @H_403_68@_optimizer_enable_density_improvements @H_403_68@use improved density computation for selectivity estimation @H_403_68@_optimizer_enable_extended_stats @H_403_68@use extended statistics for selectivity estimation @H_403_68@_optimizer_enhanced_filter_push @H_403_68@push filters before trying cost-based query transformation @H_403_68@_optimizer_extend_jppd_view_types @H_403_68@join pred pushdown on group-by,distinct,semi-/anti-joined view @H_403_68@_optimizer_extended_cursor_sharing @H_403_68@UDO @H_403_68@optimizer extended cursor sharing @H_403_68@_optimizer_extended_cursor_sharing_rel @H_403_68@SIMPLE @H_403_68@optimizer extended cursor sharing for relational operators @H_403_68@_optimizer_extended_stats_usage_control @H_403_68@240 @H_403_68@controls the optimizer usage of extended stats @H_403_68@_optimizer_filter_pred_pullup @H_403_68@use cost-based flter predicate pull up transformation @H_403_68@_optimizer_fkr_index_cost_bias @H_403_68@Optimizer index bias over FTS/IFFS under first K rows mode @H_403_68@_optimizer_free_transformation_heap @H_403_68@free transformation subheap after each transformation @H_403_68@_optimizer_group_by_placement @H_403_68@consider group-by placement optimization @H_403_68@_optimizer_ignore_hints @H_403_68@enables the embedded hints to be ignored @H_403_68@_optimizer_improve_selectivity @H_403_68@improve table and partial overlap join selectivity computation @H_403_68@_optimizer_invalidation_period @H_403_68@18000 @H_403_68@time window for invalidation of cursors of analyzed objects @H_403_68@_optimizer_join_elimination_enabled @H_403_68@optimizer join elimination enabled @H_403_68@_optimizer_join_order_control @H_403_68@controls the optimizer join order search algorithm @H_403_68@_optimizer_join_sel_sanity_check @H_403_68@enable/disable sanity check for multi-column join selectivity @H_403_68@_optimizer_max_permutations @H_403_68@optimizer maximum join permutations per query block @H_403_68@_optimizer_min_cache_blocks @H_403_68@set minimum cached blocks @H_403_68@_optimizer_mjc_enabled @H_403_68@enable merge join cartesian @H_403_68@_optimizer_mode_force @H_403_68@force setting of optimizer mode for user recursive sql also @H_403_68@_optimizer_multi_level_push_pred @H_403_68@consider join-predicate pushdown that requires multi-level pushdown to base table @H_403_68@_optimizer_multiple_cenv @H_403_68@generate and run plans using several compilation environments @H_403_68@_optimizer_native_full_outer_join @H_403_68@FORCE @H_403_68@execute full outer join using native implementaion @H_403_68@_optimizer_nested_rollup_for_gset @H_403_68@number of groups above which we use nested rollup exec for gset @H_403_68@_optimizer_new_join_card_computation @H_403_68@compute join cardinality using non-rounded input values @H_403_68@_optimizer_null_aware_antijoin @H_403_68@null-aware antijoin parameter @H_403_68@_optimizer_or_expansion @H_403_68@DEPTH @H_403_68@control or expansion approach used @H_403_68@_optimizer_or_expansion_subheap @H_403_68@Use subheap for optimizer or-expansion @H_403_68@_optimizer_order_by_elimination_enabled @H_403_68@Eliminates order bys from views before query transformation @H_403_68@_optimizer_outer_to_anti_enabled @H_403_68@Enable transformation of outer-join to anti-join if possible @H_403_68@_optimizer_percent_parallel @H_403_68@101 @H_403_68@optimizer percent parallel @H_403_68@_optimizer_push_down_distinct @H_403_68@push down distinct from query block to table @H_403_68@_optimizer_push_pred_cost_based @H_403_68@use cost-based query transformation for push pred optimization @H_403_68@_optimizer_random_plan @H_403_68@optimizer seed value for random plans @H_403_68@_optimizer_reuse_cost_annotations @H_403_68@reuse cost annotations during cost-based query transformation @H_403_68@_optimizer_rownum_bind_default @H_403_68@Default value to use for rownum bind @H_403_68@_optimizer_rownum_pred_based_fkr @H_403_68@enable the use of first K rows due to rownum predicate @H_403_68@_optimizer_save_stats @H_403_68@enable/disable saving old versions of optimizer stats @H_403_68@_optimizer_search_limit @H_403_68@optimizer search limit @H_403_68@_optimizer_self_induced_cache_cost @H_403_68@account for self-induced caching @H_403_68@_optimizer_skip_scan_enabled @H_403_68@enable/disable index skip scan @H_403_68@_optimizer_skip_scan_guess @H_403_68@consider index skip scan for predicates with guessed selectivity @H_403_68@_optimizer_sortmerge_join_enabled @H_403_68@enable/disable sort-merge join method @H_403_68@_optimizer_sortmerge_join_inequality @H_403_68@enable/disable sort-merge join using inequality predicates @H_403_68@_optimizer_squ_bottomup @H_403_68@enables unnesting of subquery in a bottom-up manner @H_403_68@_optimizer_star_tran_in_with_clause @H_403_68@enable/disable star transformation in with clause queries @H_403_68@_optimizer_star_trans_min_cost @H_403_68@optimizer star transformation minimum cost @H_403_68@_optimizer_star_trans_min_ratio @H_403_68@optimizer star transformation minimum ratio @H_403_68@_optimizer_starplan_enabled @H_403_68@optimizer star plan enabled @H_403_68@_optimizer_system_stats_usage @H_403_68@system statistics usage @H_403_68@_optimizer_trace @H_403_68@optimizer trace parameter @H_403_68@_optimizer_transitivity_retain @H_403_68@retain equi-join pred upon transitive equality pred generation @H_403_68@_optimizer_undo_changes @H_403_68@undo changes to query optimizer @H_403_68@_optimizer_undo_cost_change @H_403_68@11.1.0.6 @H_403_68@optimizer undo cost change @H_403_68@_optimizer_use_subheap @H_403_68@Enables physical optimizer subheap @H_403_68@_or_expand_nvl_predicate @H_403_68@enable OR expanded plan for NVL/DECODE predicate @H_403_68@_oradbg_pathname @H_403_68@path of oradbg script @H_403_68@_oradebug_force @H_403_68@force target processes to execute oradebug commands? @H_403_68@_ordered_nested_loop @H_403_68@enable ordered nested loop costing @H_403_68@_ordered_semijoin @H_403_68@enable ordered semi-join subquery @H_403_68@_orph_cln_interval @H_403_68@1200 @H_403_68@qmon periodic interval for removed subscriber messages cleanup @H_403_68@_os_sched_high_priority @H_403_68@OS high priority level @H_403_68@_other_wait_event_exclusion @H_403_68@exclude event names from _other_wait_threshold calculations @H_403_68@_other_wait_threshold @H_403_68@threshold wait percentage for event wait class Other @H_403_68@_outline_bitmap_tree @H_403_68@BITMAP_TREE hint enabled in outline @H_403_68@_parallel_adaptive_max_users @H_403_68@maximum number of users running with default DOP @H_403_68@_parallel_broadcast_enabled @H_403_68@enable broadcasting of small inputs to hash and sort merge joins @H_403_68@_parallel_default_max_instances @H_403_68@default maximum number of instances for parallel query @H_403_68@_parallel_execution_message_align @H_403_68@Alignment of PX buffers to OS page boundary @H_403_68@_parallel_fake_class_pct @H_403_68@fake db-scheduler percent used for testing @H_403_68@_parallel_fixwrite_bucket @H_403_68@Number of buckets for each round of fix write @H_403_68@_parallel_load_bal_unit @H_403_68@number of threads to allocate per instance @H_403_68@_parallel_load_balancing @H_403_68@parallel execution load balanced slave allocation @H_403_68@_parallel_min_message_pool @H_403_68@206592 @H_403_68@minimum size of shared pool memory to reserve for pq servers @H_403_68@_parallel_policy @H_403_68@MANUAL @H_403_68@policy used to compute the degree of parallelism (MANUAL/LIMITED/AUTO) @H_403_68@_parallel_recovery_stopat @H_403_68@32767 @H_403_68@stop at -position- to step through SMON @H_403_68@_parallel_replay_msg_limit @H_403_68@4000 @H_403_68@Number of messages for each round of parallel replay @H_403_68@_parallel_server_idle_time @H_403_68@idle time before parallel query server dies (in 1/100 sec) @H_403_68@_parallel_server_sleep_time @H_403_68@sleep time between dequeue timeouts (in 1/100ths) @H_403_68@_parallel_slave_acquisition_wait @H_403_68@time(in seconds) to wait before retrying slave acquisition @H_403_68@_parallel_time_threshold @H_403_68@threshold above which a plan is a candidate for parallelization (in seconds) @H_403_68@_parallel_time_unit @H_403_68@unit of work used to derive the degree of parallelism (in seconds) @H_403_68@_parallel_txn_global @H_403_68@enable parallel_txn hint with updates and deletes @H_403_68@_parallelism_cost_fudge_factor @H_403_68@350 @H_403_68@set the parallelism cost fudge factor @H_403_68@_parameter_table_block_size @H_403_68@parameter table block size @H_403_68@_partial_pwise_join_enabled @H_403_68@enable partial partition-wise join when TRUE @H_403_68@_partition_view_enabled @H_403_68@enable/disable partitioned views @H_403_68@_passwordfile_enqueue_timeout @H_403_68@password file enqueue timeout in seconds @H_403_68@_pct_refresh_double_count_prevented @H_403_68@materialized view PCT refreshes avoid double counting @H_403_68@_pdml_gim_sampling @H_403_68@control separation of global index maintenance for PDML @H_403_68@_pdml_gim_staggered @H_403_68@slaves start on different index when doing index maint @H_403_68@_pdml_slaves_diff_part @H_403_68@slaves start on different partition when doing index maint @H_403_68@_percent_flashback_buf_partial_full @H_403_68@Percent of flashback buffer filled to be considered partial full @H_403_68@_pga_large_extent_size @H_403_68@PGA large extent size @H_403_68@_pga_max_size @H_403_68@Maximum size of the PGA memory for one process @H_403_68@_ping_level @H_403_68@fusion ping level @H_403_68@_pivot_implementation_method @H_403_68@pivot implementation method @H_403_68@_pkt_enable @H_403_68@enable progressive kill test @H_403_68@_pkt_pmon_interval @H_403_68@PMON process clean-up interval (cs) @H_403_68@_pkt_start @H_403_68@start progressive kill test instrumention @H_403_68@_plan_outline_data @H_403_68@explain plan outline data enabled @H_403_68@_plan_verify_improvement_margin @H_403_68@150 @H_403_68@Performance improvement criterion for evolving plan baselines @H_403_68@_plan_verify_local_time_limit @H_403_68@Local time limit to use for an individual plan verification @H_403_68@_plsql_anon_block_code_type @H_403_68@INTERPRETED @H_403_68@PL/sql anonymous block code-type @H_403_68@_plsql_cache_enable @H_403_68@PL/sql Function Cache Enabled @H_403_68@_plsql_dump_buffer_events @H_403_68@conditions upon which the PL/sql circular buffer is dumped @H_403_68@_plsql_minimum_cache_hit_percent @H_403_68@plsql minimum cache hit percentage required to keep caching active @H_403_68@_plsql_nvl_optimize @H_403_68@PL/sql NVL optimize @H_403_68@_pmon_load_constants @H_403_68@300,192,64,3,10,0 @H_403_68@server load balancing constants (S,P,D,I,L,C,M) @H_403_68@_pre_rewrite_push_pred @H_403_68@push predicates into views before rewrite @H_403_68@_precompute_gid_values @H_403_68@precompute gid values and copy them before returning a row @H_403_68@_pred_move_around @H_403_68@enables predicate move-around @H_403_68@_predicate_elimination_enabled @H_403_68@allow predicate elimination if set to TRUE @H_403_68@_prescomm @H_403_68@presume commit of IMU transactions @H_403_68@_print_refresh_schedule @H_403_68@false @H_403_68@enable dbms_output of materialized view refresh schedule @H_403_68@_private_memory_address @H_403_68@Start address of large extent memory segment @H_403_68@_project_view_columns @H_403_68@enable projecting out unreferenced columns of a view @H_403_68@_projection_pushdown @H_403_68@projection pushdown @H_403_68@_projection_pushdown_debug @H_403_68@level for projection pushdown debugging @H_403_68@_prop_old_enabled @H_403_68@Shift to pre 11g propagation behavIoUr @H_403_68@_protect_frame_heaps @H_403_68@Protect cursor frame heaps @H_403_68@_push_join_predicate @H_403_68@enable pushing join predicate inside a view @H_403_68@_push_join_union_view @H_403_68@enable pushing join predicate inside a union all view @H_403_68@_push_join_union_view2 @H_403_68@enable pushing join predicate inside a union view @H_403_68@_px_async_getgranule @H_403_68@asynchronous get granule in the slave @H_403_68@_px_bind_peek_sharing @H_403_68@enables sharing of px cursors that were built using bind peeking @H_403_68@_px_broadcast_fudge_factor @H_403_68@set the tq broadcasting fudge factor percentage @H_403_68@_px_buffer_ttl @H_403_68@ttl for px mesg buffers in seconds @H_403_68@_px_compilation_debug @H_403_68@debug level for parallel compilation @H_403_68@_px_compilation_trace @H_403_68@tracing level for parallel compilation @H_403_68@_px_dump_12805_source @H_403_68@enables or disables tracing of 12805 signal source @H_403_68@_px_dynamic_opt @H_403_68@turn off/on restartable qerpx dynamic optimization @H_403_68@_px_dynamic_sample_size @H_403_68@num of samples for restartable qerpx dynamic optimization @H_403_68@_px_execution_services_enabled @H_403_68@enable service-based constraint of px slave allocation @H_403_68@_px_granule_size @H_403_68@100000 @H_403_68@default size of a rowid range granule (in KB) @H_403_68@_px_index_sampling @H_403_68@parallel query sampling for index create (100000 = 100%) @H_403_68@_px_io_process_bandwidth @H_403_68@IO process bandwidth in MB/sec for computing DOP @H_403_68@_px_io_system_bandwidth @H_403_68@total IO system bandwidth in MB/sec for computing DOP @H_403_68@_px_kxib_tracing @H_403_68@turn on kxib tracing @H_403_68@_px_load_publish_interval @H_403_68@interval at which LMON will check whether to publish PX load @H_403_68@_px_loc_msg_cost @H_403_68@cpu cost to send a PX message via shared memory @H_403_68@_px_max_granules_per_slave @H_403_68@maximum number of rowid range granules to generate per slave @H_403_68@_px_min_granules_per_slave @H_403_68@13 @H_403_68@minimum number of rowid range granules to generate per slave @H_403_68@_px_minus_intersect @H_403_68@enables pq for minus/interect operators @H_403_68@_px_net_msg_cost @H_403_68@cpu cost to send a PX message over the internconnect @H_403_68@_px_no_granule_sort @H_403_68@prevent parallel partition granules to be sorted on size @H_403_68@_px_no_stealing @H_403_68@prevent parallel granule stealing in shared nothing environment @H_403_68@_px_nss_planb @H_403_68@enables or disables NSS Plan B reparse with outline @H_403_68@_px_proc_constrain @H_403_68@reduce parallel_max_servers if greater than (processes – fudge) @H_403_68@_px_pwg_enabled @H_403_68@parallel partition wise group by enabled @H_403_68@_px_rownum_pd @H_403_68@turn off/on parallel rownum pushdown optimization @H_403_68@_px_send_timeout @H_403_68@IPC message send timeout value in seconds @H_403_68@_px_slaves_share_cursors @H_403_68@slaves share cursors with QC @H_403_68@_px_trace @H_403_68@px trace parameter @H_403_68@_px_ual_serial_input @H_403_68@enables new pq for UNION operators @H_403_68@_px_xtgranule_size @H_403_68@default size of a external table granule (in KB) @H_403_68@_qa_control @H_403_68@Oracle internal parameter to control QA @H_403_68@_qa_lrg_type @H_403_68@Oracle internal parameter to specify QA lrg type @H_403_68@_query_cost_rewrite @H_403_68@perform the cost based rewrite with materialized views @H_403_68@_query_execution_cache_max_size @H_403_68@max size of query execution cache @H_403_68@_query_mmvrewrite_maxcmaps @H_403_68@query mmv rewrite maximum number of cmaps per dmap in query disjunct @H_403_68@_query_mmvrewrite_maxdmaps @H_403_68@query mmv rewrite maximum number of dmaps per query disjunct @H_403_68@_query_mmvrewrite_maxinlists @H_403_68@query mmv rewrite maximum number of in-lists per disjunct @H_403_68@_query_mmvrewrite_maxintervals @H_403_68@query mmv rewrite maximum number of intervals per disjunct @H_403_68@_query_mmvrewrite_maxmergedcmaps @H_403_68@query mmv rewrite maximum number of merged cmaps @H_403_68@_query_mmvrewrite_maxpreds @H_403_68@query mmv rewrite maximum number of predicates per disjunct @H_403_68@_query_mmvrewrite_maxqryinlistvals @H_403_68@query mmv rewrite maximum number of query in-list values @H_403_68@_query_mmvrewrite_maxregperm @H_403_68@512 @H_403_68@query mmv rewrite maximum number of region permutations @H_403_68@_query_rewrite_1 @H_403_68@perform query rewrite before&after or only before view merging @H_403_68@_query_rewrite_2 @H_403_68@perform query rewrite before&after or only after view merging @H_403_68@_query_rewrite_drj @H_403_68@mv rewrite and drop redundant joins @H_403_68@_query_rewrite_expression @H_403_68@rewrite with cannonical form for expressions @H_403_68@_query_rewrite_fpc @H_403_68@mv rewrite fresh partition containment @H_403_68@_query_rewrite_fudge @H_403_68@cost based query rewrite with MVs fudge factor @H_403_68@_query_rewrite_jgmigrate @H_403_68@mv rewrite with jg migration @H_403_68@_query_rewrite_maxdisjunct @H_403_68@257 @H_403_68@query rewrite max disjuncts @H_403_68@_query_rewrite_or_error @H_403_68@allow query rewrite,if referenced tables are not dataless @H_403_68@_query_rewrite_setopgrw_enable @H_403_68@perform general rewrite using set operator summaries @H_403_68@_query_rewrite_vop_cleanup @H_403_68@prune frocol chain before rewrite after view-merging @H_403_68@_rcfg_parallel_fixwrite @H_403_68@if TRUE enables parallel fixwrite at reconfiguration @H_403_68@_rcfg_parallel_replay @H_403_68@if TRUE enables parallel replay and cleanup at reconfiguration @H_403_68@_rcfg_parallel_verify @H_403_68@if TRUE enables parallel verify at reconfiguration @H_403_68@_rdbms_compatibility @H_403_68@default RDBMS compatibility level @H_403_68@_rdbms_internal_fplib_enabled @H_403_68@enable SAGE FPLIB filtering within rdbms @H_403_68@_rdbms_internal_fplib_raise_errors @H_403_68@enable reraising of any exceptions in SAGE FPLIB @H_403_68@_readable_standby_mode @H_403_68@SLFLUSH @H_403_68@readable standby mode @H_403_68@_readable_standby_sync_timeout @H_403_68@readable standby query scn sync timeout @H_403_68@_real_time_apply_sim @H_403_68@Simulation value with real time apply @H_403_68@_realfree_heap_max_size @H_403_68@minimum max total heap size,in Kbytes @H_403_68@_realfree_heap_mode @H_403_68@mode flags for real-free heap @H_403_68@_realfree_heap_pagesize_hint @H_403_68@hint for real-free page size in bytes @H_403_68@_recoverable_recovery_batch_percent @H_403_68@Recoverable recovery batch size (percentage of buffer cache) @H_403_68@_recovery_asserts @H_403_68@recovery buffer cache percentage @H_403_68@_recovery_verify_writes @H_403_68@enable thread recovery write verify @H_403_68@_recursive_imu_transactions @H_403_68@recursive transactions may be IMU @H_403_68@_redo_compatibility_check @H_403_68@general and redo/undo compatibility sanity check @H_403_68@_redo_read_from_memory @H_403_68@Enable reading redo from memory @H_403_68@_redo_transport_compress_all @H_403_68@Is ASYNC LNS compression allowed? @H_403_68@_release_insert_threshold @H_403_68@maximum number of unusable blocks to unlink from freelist @H_403_68@_reliable_block_sends @H_403_68@enables removal of subsumed aggregated subquery @H_403_68@_replace_virtual_columns @H_403_68@replace expressions with virtual columns @H_403_68@_resource_manager_always_off @H_403_68@disable the resource manager always @H_403_68@_resource_manager_always_on @H_403_68@enable the resource manager always @H_403_68@_restore_spfile @H_403_68@restore spfile to this location @H_403_68@_result_cache_auto_execution_threshold @H_403_68@result cache auto execution threshold @H_403_68@_result_cache_auto_size_threshold @H_403_68@result cache auto max size allowed @H_403_68@_result_cache_auto_time_distance @H_403_68@result cache auto time distance @H_403_68@_result_cache_auto_time_threshold @H_403_68@result cache auto time threshold @H_403_68@_result_cache_block_size @H_403_68@result cache block size @H_403_68@_result_cache_timeout @H_403_68@maximum time (sec) a session waits for a result @H_403_68@_reuse_index_loop @H_403_68@number of blocks being examine for index block reuse @H_403_68@_right_outer_hash_enable @H_403_68@Right Outer/Semi/Anti Hash Enabled @H_403_68@_rman_io_priority @H_403_68@priority at which rman backup i/o’s are done @H_403_68@_rman_restore_through_link @H_403_68@RMAN restore through link @H_403_68@_rollback_segment_count @H_403_68@number of undo segments @H_403_68@_rollback_segment_initial @H_403_68@starting undo segment number @H_403_68@_rollback_stopat @H_403_68@stop at -position to step rollback @H_403_68@_row_cache_cursors @H_403_68@number of cached cursors for row cache management @H_403_68@_row_cr @H_403_68@enable row cr for all sql @H_403_68@_row_locking @H_403_68@always @H_403_68@row-locking @H_403_68@_row_shipping_explain @H_403_68@enable row shipping explain plan support @H_403_68@_row_shipping_threshold @H_403_68@80 @H_403_68@row shipping column selection threshold @H_403_68@_rowsource_execution_statistics @H_403_68@frequency of rowsource statistic sampling (must be a power of 2) @H_403_68@_rowsrc_trace_level @H_403_68@Row source tree tracing level @H_403_68@_rtc_infeasible_threshold @H_403_68@Redo Transport Compression infeasible threshold @H_403_68@_sage_enabled @H_403_68@enable real SAGE functionality @H_403_68@_sage_fcre @H_403_68@Allow optimized file creation path for SAGE @H_403_68@_sample_rows_per_block @H_403_68@number of rows per block used for sampling IO optimization @H_403_68@_scatter_gcs_resources @H_403_68@max exponential backoff time for scn wait interface in kta @H_403_68@_scn_wait_interface_max_timeout_secs @H_403_68@max timeout for scn wait interface in kta @H_403_68@_sdiag_crash @H_403_68@sql diag crash @H_403_68@_sec_enable_test_rpcs @H_403_68@Whether to enable the test RPCs @H_403_68@_second_spare_parameter @H_403_68@second spare parameter – integer @H_403_68@_securefile_timers @H_403_68@collect kdlu timers and accumulate per layers @H_403_68@_selectivity_for_srf_enabled @H_403_68@enable/disable selectivity for storage reduction factor @H_403_68@_selfjoin_mv_duplicates @H_403_68@control rewrite self-join algorithm @H_403_68@_selftune_checkpoint_write_pct @H_403_68@Percentage of total physical i/os for self-tune ckpt @H_403_68@_selftune_checkpointing_lag @H_403_68@Self-tune checkpointing lag the tail of the redo log @H_403_68@_send_ast_to_foreground @H_403_68@enable direct read in serial @H_403_68@_serial_recovery @H_403_68@force serial recovery or parallel recovery @H_403_68@_serializable @H_403_68@serializable @H_403_68@_session_cached_instantiations @H_403_68@Number of pl/sql instantiations to cache in a session. @H_403_68@_session_context_size @H_403_68@session app context size @H_403_68@_session_idle_bit_latches @H_403_68@one latch per session or a latch per group of sessions @H_403_68@_session_idle_check_interval @H_403_68@Resource Manager session idle limit check interval in seconds @H_403_68@_session_kept_cursor_pins @H_403_68@Number of cursors pins to keep in a session @H_403_68@_session_wait_history @H_403_68@enable session wait history collection @H_403_68@_seventh_spare_parameter @H_403_68@seventh spare parameter – string list @H_403_68@_sga_clear_dump @H_403_68@Allow dumping encrypted blocks in clear for debugging @H_403_68@_sga_early_trace @H_403_68@sga early trace event @H_403_68@_sga_locking @H_403_68@sga granule locking state @H_403_68@_shared_io_pool_buf_size @H_403_68@Shared IO pool buffer size @H_403_68@_shared_io_pool_debug_trc @H_403_68@trace kcbi debug info to tracefile @H_403_68@_shared_io_pool_size @H_403_68@Size of shared IO pool @H_403_68@_shared_io_set_value @H_403_68@shared io pool size set internal value – overwrite zero user size @H_403_68@_shared_iop_max_size @H_403_68@536870912 @H_403_68@maximum shared io pool size @H_403_68@_shared_pool_max_size @H_403_68@shared pool maximum size when auto SGA enabled @H_403_68@_shared_pool_minsize_on @H_403_68@shared pool minimum size when auto SGA enabled @H_403_68@_shared_pool_reserved_min_alloc @H_403_68@4400 @H_403_68@minimum allocation size in bytes for reserved area of shared pool @H_403_68@_shared_pool_reserved_pct @H_403_68@percentage memory of the shared pool allocated for the reserved area @H_403_68@_shared_server_load_balance @H_403_68@shared server load balance @H_403_68@_shared_server_num_queues @H_403_68@number of shared server common queues @H_403_68@_short_stack_timeout_ms @H_403_68@short stack timeout in ms @H_403_68@_shrunk_aggs_disable_threshold @H_403_68@percentage of exceptions at which to switch to full length aggs @H_403_68@_shrunk_aggs_enabled @H_403_68@enable use of variable sized buffers for non-distinct aggregates @H_403_68@_side_channel_batch_size @H_403_68@number of messages to batch in a side channel message (DFS) @H_403_68@_side_channel_batch_timeout @H_403_68@timeout before shipping out the batched side channelmessages in seconds @H_403_68@_side_channel_batch_timeout_ms @H_403_68@timeout before shipping out the batched side channelmessages in milliseconds @H_403_68@_simple_view_merging @H_403_68@control simple view merging performed by the optimizer @H_403_68@_simulate_mem_transfer @H_403_68@simulate auto memory sga/pga transfers @H_403_68@_simulator_bucket_mindelta @H_403_68@LRU bucket minimum delta @H_403_68@_simulator_internal_bound @H_403_68@simulator internal bound percent @H_403_68@_simulator_lru_rebalance_sizthr @H_403_68@LRU list rebalance threshold (size) @H_403_68@_simulator_lru_rebalance_thresh @H_403_68@10240 @H_403_68@LRU list rebalance threshold (count) @H_403_68@_simulator_lru_scan_count @H_403_68@LRU scan count @H_403_68@_simulator_pin_inval_maxcnt @H_403_68@maximum count of invalid chunks on pin list @H_403_68@_simulator_reserved_heap_count @H_403_68@simulator reserved heap count @H_403_68@_simulator_reserved_obj_count @H_403_68@simulator reserved object count @H_403_68@_simulator_sampling_factor @H_403_68@sampling factor for the simulator @H_403_68@_simulator_upper_bound_multiple @H_403_68@upper bound multiple of pool size @H_403_68@_single_process @H_403_68@run without detached processes @H_403_68@_siop_flashback_scandepth @H_403_68@Shared IO pool flashback io completion scan depth @H_403_68@_sixth_spare_parameter @H_403_68@sixth spare parameter – string list @H_403_68@_skgxp_reaping @H_403_68@tune skgxp OSD reaping limit @H_403_68@_skgxp_udp_ach_reaping_time @H_403_68@time in minutes before idle ach’s are reaped @H_403_68@_skgxp_udp_ack_delay @H_403_68@Enables delayed acks @H_403_68@_skgxp_udp_enable_dynamic_credit_mgmt @H_403_68@Enables dynamic credit management @H_403_68@_skgxp_udp_hiwat_warn @H_403_68@ach hiwat mark warning interval @H_403_68@_skgxp_udp_interface_detection_time_secs @H_403_68@time in seconds between interface detection checks @H_403_68@_skgxp_udp_keep_alive_ping_timer_secs @H_403_68@connection idle time in seconds before keep alive is initiated. min: 30 sec max: 1800 sec default: 300 sec @H_403_68@_skgxp_udp_lmp_mtusize @H_403_68@MTU size for UDP LMP testing @H_403_68@_skgxp_udp_lmp_on @H_403_68@enable UDP long message protection @H_403_68@_skgxp_udp_timed_wait_buffering @H_403_68@diagnostic log buffering space (in bytes) for timed wait (0 means unbufferd @H_403_68@_skgxp_udp_timed_wait_seconds @H_403_68@time in seconds before timed wait is invoked @H_403_68@_skgxp_udp_use_tcb @H_403_68@disable use of high speek timer @H_403_68@_skip_assume_msg @H_403_68@enable slave mapping when TRUE @H_403_68@_slave_mapping_group_size @H_403_68@force the number of slave group in a slave mapper @H_403_68@_small_table_threshold @H_403_68@541 @H_403_68@threshold level of table size for direct reads @H_403_68@_smm_advice_enabled @H_403_68@overwrites default size of the PGA advice workarea history log @H_403_68@_smm_auto_cost_enabled @H_403_68@248 @H_403_68@Maximum IO size (in KB) used by sort/hash-join in auto mode @H_403_68@_smm_auto_min_io_size @H_403_68@56 @H_403_68@Minimum IO size (in KB) used by sort/hash-join in auto mode @H_403_68@_smm_bound @H_403_68@overwrites memory manager automatically computed bound @H_403_68@_smm_control @H_403_68@provides controls on the memory manager @H_403_68@_smm_freeable_retain @H_403_68@5120 @H_403_68@value in KB of the instance freeable PGA memory to retain @H_403_68@_smm_isort_cap @H_403_68@102400 @H_403_68@maximum work area for insertion sort(v1) @H_403_68@_smm_max_size @H_403_68@40960 @H_403_68@maximum work area size in auto mode (serial) @H_403_68@_smm_min_size @H_403_68@204 @H_403_68@minimum work area size in auto mode @H_403_68@_smm_px_max_size @H_403_68@maximum work area size in auto mode (global) @H_403_68@_smm_retain_size @H_403_68@work area retain size in SGA for shared server sessions (0 for AUTO) @H_403_68@_smm_trace @H_403_68@Turn on/off tracing for sql memory manager @H_403_68@_smon_internal_errlimit @H_403_68@limit of SMON internal errors @H_403_68@_smon_undo_seg_rescan_limit @H_403_68@limit of SMON continous undo segments re-scan @H_403_68@_smu_debug_mode @H_403_68@- set debug event for testing SMU operations @H_403_68@_smu_error_simulation_site @H_403_68@site ID of error simulation in KTU code @H_403_68@_smu_error_simulation_type @H_403_68@error type for error simulation in KTU code @H_403_68@_smu_timeouts @H_403_68@comma-separated *AND double-quoted* list of AUM timeouts: mql,tur,sess_exprn,qry_exprn,slot_intvl @H_403_68@_sort_elimination_cost_ratio @H_403_68@cost ratio for sort eimination under first_rows mode @H_403_68@_sort_multiblock_read_count @H_403_68@multi-block read count for sort @H_403_68@_space_align_size @H_403_68@space align size @H_403_68@_spin_count @H_403_68@Amount to spin waiting for a latch @H_403_68@_spr_max_rules @H_403_68@maximum number of rules in sql spreadsheet @H_403_68@_spr_push_pred_refspr @H_403_68@push predicates through reference spreadsheet @H_403_68@_spr_use_AW_AS @H_403_68@enable AW for hash table in spreadsheet @H_403_68@_spr_use_hash_table @H_403_68@use hash table for spreadsheet @H_403_68@_sql_analyze_parse_model @H_403_68@sql Analyze Parse Model control parameter @H_403_68@_sql_connect_capability_override @H_403_68@sql Connect Capability Table Override @H_403_68@_sql_connect_capability_table @H_403_68@sql Connect Capability Table (testing only) @H_403_68@_sql_hash_debug @H_403_68@Hash value of the sql statement to debug @H_403_68@_sql_model_unfold_forloops @H_403_68@RUN_TIME @H_403_68@specifies compile-time unfolding of sql model forloops @H_403_68@_sql_plan_baseline_capture_on_1_exec @H_403_68@With auto-capture on,create new sql plan baseline on first exec @H_403_68@_sqlexec_progression_cost @H_403_68@sql execution progression monitoring cost threshold @H_403_68@_sqlmon_max_plan @H_403_68@Maximum number of plans entry that can be monitored. Defaults to 20 per cpu @H_403_68@_sqlmon_max_planlines @H_403_68@Number of plan lines beyond which a plan cannot be monitored @H_403_68@_sqlmon_threshold @H_403_68@cpu/IO time threshold before a statement is monitored. 0 is disabled @H_403_68@_sqltune_category_parsed @H_403_68@DEFAULT @H_403_68@Parsed category qualifier for applying hintsets @H_403_68@_srvntfn_job_deq_timeout @H_403_68@srvntfn job deq timeout @H_403_68@_srvntfn_jobsubmit_interval @H_403_68@srvntfn job submit interval @H_403_68@_srvntfn_max_concurrent_jobs @H_403_68@srvntfn max concurrent jobs @H_403_68@_srvntfn_q_msgcount @H_403_68@srvntfn q msg count for job exit @H_403_68@_srvntfn_q_msgcount_inc @H_403_68@srvntfn q msg count increase for job submit @H_403_68@_sscr_dir @H_403_68@Session State Capture and Restore DIRectory object @H_403_68@_sscr_osdir @H_403_68@Session State Capture and Restore OS DIRectory @H_403_68@_sta_control @H_403_68@sql Tuning Advisory control parameter @H_403_68@_stack_guard_level @H_403_68@stack guard level @H_403_68@_static_backgrounds @H_403_68@static backgrounds @H_403_68@_statistics_based_srf_enabled @H_403_68@enable/disable the use of statistics for storage reduction factor @H_403_68@_step_down_limit_in_pct @H_403_68@step down limit in percentage @H_403_68@_stn_trace @H_403_68@sql tracing parameter @H_403_68@_storage_predicate_access_predicate @H_403_68@put storage predicate into access predicate in explain plan @H_403_68@_streams_pool_max_size @H_403_68@streams pool maximum size when auto SGA enabled @H_403_68@_subquery_pruning_cost_factor @H_403_68@subquery pruning cost factor @H_403_68@_subquery_pruning_enabled @H_403_68@enable the use of subquery predicates to perform pruning @H_403_68@_subquery_pruning_mv_enabled @H_403_68@enable the use of subquery predicates with MVs to perform pruning @H_403_68@_subquery_pruning_reduction @H_403_68@subquery pruning reduction factor @H_403_68@_swrf_metric_frequent_mode @H_403_68@Enable/disable SWRF Metric Frequent Mode Collection @H_403_68@_swrf_mmon_dbfus @H_403_68@Enable/disable SWRF MMON DB Feature Usage @H_403_68@_swrf_mmon_flush @H_403_68@Enable/disable SWRF MMON FLushing @H_403_68@_swrf_mmon_metrics @H_403_68@Enable/disable SWRF MMON Metrics Collection @H_403_68@_swrf_on_disk_enabled @H_403_68@Parameter to enable/disable SWRF @H_403_68@_swrf_test_action @H_403_68@test action parameter for SWRF @H_403_68@_swrf_test_dbfus @H_403_68@Enable/disable DB Feature Usage Testing @H_403_68@_synonym_repoint_tracing @H_403_68@whether to trace Metadata comparisons for synonym repointing @H_403_68@_sysaux_test_param @H_403_68@test parameter for SYSAUX @H_403_68@_system_index_caching @H_403_68@optimizer percent system index caching @H_403_68@_system_trig_enabled @H_403_68@are system triggers enabled @H_403_68@_ta_lns_wait_for_arch_log @H_403_68@LNS Wait time for arhcived version of online log @H_403_68@_table_lookup_prefetch_size @H_403_68@table lookup prefetch vector size @H_403_68@_table_lookup_prefetch_thresh @H_403_68@table lookup prefetch threshold @H_403_68@_table_scan_cost_plus_one @H_403_68@bump estimated full table scan and index ffs cost by one @H_403_68@_target_rba_max_lag_percentage @H_403_68@target rba max log lag percentage @H_403_68@_tdb_debug_mode @H_403_68@set debug mode for testing transportable database @H_403_68@_temp_tran_block_threshold @H_403_68@number of blocks for a dimension before we temp transform @H_403_68@_temp_tran_cache @H_403_68@determines if temp table is created with cache option @H_403_68@_test_ksusigskip @H_403_68@test the function ksusigskip @H_403_68@_test_param_1 @H_403_68@test parmeter 1 – integer @H_403_68@_test_param_2 @H_403_68@test parameter 2 – string @H_403_68@_test_param_3 @H_403_68@test parameter 3 – string @H_403_68@_test_param_4 @H_403_68@test parameter 4 – string list @H_403_68@_test_param_5 @H_403_68@test parmeter 5 – deprecated integer @H_403_68@_test_param_6 @H_403_68@test parmeter 6 – size (ub8) @H_403_68@_test_spacebg @H_403_68@test space management background task @H_403_68@_third_spare_parameter @H_403_68@_threshold_alerts_enable @H_403_68@enable timemodel collection @H_403_68@_timeout_actions_enabled @H_403_68@enables or disables KSU timeout actions @H_403_68@_timer_precision @H_403_68@VKTM sleep time in milli-sec @H_403_68@_total_large_extent_memory @H_403_68@Total memory for allocating large extents @H_403_68@_tq_dump_period @H_403_68@time period for duping of TQ statistics (s) @H_403_68@_trace_buffer_wait_timeouts @H_403_68@trace buffer busy wait timeouts @H_403_68@_trace_buffers @H_403_68@ALL:256 @H_403_68@trace buffer sizes per process @H_403_68@_trace_dump_all_procs @H_403_68@if TRUE on error buckets of all processes will be dumped to the current trace file @H_403_68@_trace_dump_client_buckets @H_403_68@if TRUE dump client (ie. non-kst) buckets @H_403_68@_trace_dump_cur_proc_only @H_403_68@if TRUE on error just dump our process bucket @H_403_68@_trace_dump_static_only @H_403_68@if TRUE filter trace dumps to always loaded dlls @H_403_68@_trace_events @H_403_68@trace events enabled at startup @H_403_68@_trace_files_public @H_403_68@Create publicly accessible trace files @H_403_68@_trace_kqlidp @H_403_68@trace kqlidp0 operation @H_403_68@_trace_navigation_scope @H_403_68@enabling trace navigation linking @H_403_68@_trace_pin_time @H_403_68@trace how long a current pin is held @H_403_68@_trace_pool_size @H_403_68@trace pool size in bytes @H_403_68@_trace_processes @H_403_68@enable KST tracing in process @H_403_68@_trace_virtual_columns @H_403_68@trace virtual columns exprs @H_403_68@_transaction_auditing @H_403_68@transaction auditing records generated in the redo log @H_403_68@_transaction_recovery_servers @H_403_68@max number of parallel recovery slaves that may be used @H_403_68@_truncate_optimization_enabled @H_403_68@do truncate optimization if set to TRUE @H_403_68@_tsenc_tracing @H_403_68@Enable TS encryption tracing @H_403_68@_tsm_connect_string @H_403_68@TSM test connect string @H_403_68@_tsm_disable_auto_cleanup @H_403_68@Disable TSM auto cleanup actions @H_403_68@_tts_allow_charset_mismatch @H_403_68@allow plugging in a tablespace with an incompatible character set @H_403_68@_two_pass @H_403_68@enable two-pass thread recovery @H_403_68@_two_pass_reverse_polish_enabled @H_403_68@uses two-pass reverse polish alg. to generate canonical forms @H_403_68@_uga_cga_large_extent_size @H_403_68@UGA/CGA large extent size @H_403_68@_ultrafast_latch_statistics @H_403_68@maintain fast-path statistics for ultrafast latches @H_403_68@_undo_autotune @H_403_68@enable auto tuning of undo_retention @H_403_68@_undo_block_compression @H_403_68@enable undo block compression @H_403_68@_undo_debug_mode @H_403_68@debug flag for undo related operations @H_403_68@_undo_debug_usage @H_403_68@invoke undo usage functions for testing @H_403_68@_union_rewrite_for_gs @H_403_68@YES_GSET_MVS @H_403_68@expand queries with GSets into UNIONs for rewrite @H_403_68@_unnest_subquery @H_403_68@enables unnesting of correlated subqueries @H_403_68@_unused_block_compression @H_403_68@enable unused block compression @H_403_68@_update_datafile_headers_with_space_information @H_403_68@user requested update of datafile headers of locally managed datafiles with space information @H_403_68@_use_best_fit @H_403_68@use best fit to allocate space @H_403_68@_use_column_stats_for_function @H_403_68@enable the use of column statistics for DDP functions @H_403_68@_use_ism @H_403_68@Enable Shared Page Tables – ISM @H_403_68@_use_ism_for_pga @H_403_68@Use ISM for allocating large extents @H_403_68@_use_nosegment_indexes @H_403_68@use nosegment indexes in explain plan @H_403_68@_use_realfree_heap @H_403_68@use real-free based allocator for PGA memory @H_403_68@_use_seq_process_cache @H_403_68@whether to use process local seq cache @H_403_68@_use_vector_post @H_403_68@use vector post @H_403_68@_use_zero_copy_io @H_403_68@Should network vector IO interface be used for data transfer @H_403_68@_validate_flashback_database @H_403_68@Scan database to validate result of flashback database @H_403_68@_vendor_lib_loc @H_403_68@Vendor library search root directory @H_403_68@_verify_flashback_redo @H_403_68@Verify that the redo logs needed for flashback are available @H_403_68@_verify_undo_quota @H_403_68@TRUE – verify consistency of undo quota statistics @H_403_68@_very_large_partitioned_table @H_403_68@very_large_partitioned_table @H_403_68@_virtual_column_overload_allowed @H_403_68@overload virtual columns expression @H_403_68@_wait_breakup_threshold_csecs @H_403_68@Wait breakup threshold (in centiseconds) @H_403_68@_wait_breakup_time_csecs @H_403_68@Wait breakup time (in centiseconds) @H_403_68@_wait_for_sync @H_403_68@wait for sync on commit MUST BE ALWAYS TRUE @H_403_68@_walk_insert_threshold @H_403_68@maximum number of unusable blocks to walk across freelist @H_403_68@_watchpoint_on @H_403_68@is the watchpointing feature turned on? @H_403_68@_wcr_control @H_403_68@Oracle internal test WCR parameter used ONLY for testing! @H_403_68@_windowfunc_optimization_settings @H_403_68@settings for window function optimizations @H_403_68@_with_subquery @H_403_68@OPTIMIZER @H_403_68@WITH subquery transformation @H_403_68@_write_clones @H_403_68@write clones flag @H_403_68@_xpl_peeked_binds_log_size @H_403_68@maximum bytes for logging peeked bind values for V$sql_PLAN (0 = OFF) @H_403_68@_xpl_trace @H_403_68@Explain Plan tracing parameter @H_403_68@_xsolapi_auto_materialization_bound @H_403_68@OLAP API lower bound for auto materialization. @H_403_68@_xsolapi_auto_materialization_type @H_403_68@PRED_AND_RC @H_403_68@OLAP API behavior for auto materialization @H_403_68@_xsolapi_build_trace @H_403_68@OLAP API output build info to trace file @H_403_68@_xsolapi_debug_output @H_403_68@SUPPRESS @H_403_68@OLAP API debug output disposition @H_403_68@_xsolapi_densify_cubes @H_403_68@TABULAR @H_403_68@OLAP API cube densification @H_403_68@_xsolapi_dimension_group_creation @H_403_68@OVERFETCH @H_403_68@OLAP API symmetric overfetch @H_403_68@_xsolapi_dml_trace @H_403_68@OLAP API output dml commands and expressions to trace file @H_403_68@_xsolapi_fetch_type @H_403_68@PARTIAL @H_403_68@OLAP API fetch type @H_403_68@_xsolapi_fix_vptrs @H_403_68@OLAP API Enable vptr fixing logic in shared server mode @H_403_68@_xsolapi_generate_with_clause @H_403_68@OLAP API generates WITH clause? @H_403_68@_xsolapi_hierarchy_value_type @H_403_68@unique @H_403_68@OLAP API hierarchy value type @H_403_68@_xsolapi_load_at_process_start @H_403_68@NEVER @H_403_68@When to load OLAP API library at server process start @H_403_68@_xsolapi_materialization_rowcache_min_rows_for_use @H_403_68@OLAP API min number of rows required to use rowcache in query materialization @H_403_68@_xsolapi_materialize_sources @H_403_68@OLAP API Enable source materialization @H_403_68@_xsolapi_Metadata_reader_mode @H_403_68@11_ONLY @H_403_68@OLAP API Metadata reader mode @H_403_68@_xsolapi_odbo_mode @H_403_68@OLAP API uses ODBO mode? @H_403_68@_xsolapi_opt_aw_position @H_403_68@OLAP API enables AW position and count optimization? @H_403_68@_xsolapi_optimize_suppression @H_403_68@OLAP API optimizes suppressions? @H_403_68@_xsolapi_precompute_subquery @H_403_68@OLAP API precomputes subqueries? @H_403_68@_xsolapi_remove_columns_for_materialization @H_403_68@OLAP API removes columns for materialization? @H_403_68@_xsolapi_set_nls @H_403_68@OLAP API sets NLS? @H_403_68@_xsolapi_share_executors @H_403_68@OLAP API share executors? @H_403_68@_xsolapi_source_trace @H_403_68@OLAP API output Source definitions to trace file @H_403_68@_xsolapi_sql_all_multi_join_non_base_hints @H_403_68@OLAP API multi-join non-base hints @H_403_68@_xsolapi_sql_all_non_base_hints @H_403_68@OLAP API non-base hints @H_403_68@_xsolapi_sql_auto_dimension_hints @H_403_68@OLAP API enable automatic dimension hints @H_403_68@_xsolapi_sql_auto_measure_hints @H_403_68@OLAP API enable automatic measure hints @H_403_68@_xsolapi_sql_dimension_hints @H_403_68@OLAP API dimension hints @H_403_68@_xsolapi_sql_enable_aw_join @H_403_68@OLAP API enables AW join? @H_403_68@_xsolapi_sql_enable_aw_qdr_merge @H_403_68@OLAP API enables AW QDR merge? @H_403_68@_xsolapi_sql_hints @H_403_68@OLAP API generic hints @H_403_68@_xsolapi_sql_measure_hints @H_403_68@OLAP API measure hints @H_403_68@_xsolapi_sql_minus_threshold @H_403_68@OLAP API sql MINUS threshold @H_403_68@_xsolapi_sql_optimize @H_403_68@OLAP API enable optimization @H_403_68@_xsolapi_sql_prepare_stmt_cache_size @H_403_68@OLAP API prepare statement cache size @H_403_68@_xsolapi_sql_remove_columns @H_403_68@OLAP API enable remove unused columns optimizations @H_403_68@_xsolapi_sql_result_set_cache_size @H_403_68@OLAP API result set cache size @H_403_68@_xsolapi_sql_symmetric_predicate @H_403_68@OLAP API enable symmetric predicate for dimension groups @H_403_68@_xsolapi_sql_top_dimension_hints @H_403_68@OLAP API top dimension hints @H_403_68@_xsolapi_sql_top_measure_hints @H_403_68@OLAP API top measure hints @H_403_68@_xsolapi_sql_use_bind_variables @H_403_68@OLAP API enable bind variables optimization @H_403_68@_xsolapi_stringify_order_levels @H_403_68@OLAP API stringifies order levels? @H_403_68@_xsolapi_support_mtm @H_403_68@OLAP API MTM mapping classes supported? @H_403_68@_xsolapi_suppression_aw_mask_threshold @H_403_68@OLAP API suppression AW mask threshold @H_403_68@_xsolapi_suppression_chunk_size @H_403_68@OLAP API suppression chunk size @H_403_68@_xsolapi_use_models @H_403_68@OLAP API uses models? @H_403_68@_xsolapi_use_olap_dml @H_403_68@OLAP API uses OLAP DML? @H_403_68@_xsolapi_use_olap_dml_for_rank @H_403_68@OLAP API uses OLAP DML for rank? @H_403_68@_xt_coverage @H_403_68@external tables code coverage parameter @H_403_68@_xt_trace @H_403_68@external tables trace parameter @H_403_68@_xtbuffer_size @H_403_68@buffer size in KB needed for populate/query operation @H_403_68@_xtts_allow_pre10 @H_403_68@allow cross platform for pre10 compatible tablespace @H_403_68@_xtts_set_platform_info @H_403_68@set cross platform info during file header read @H_403_68@_yield_check_interval @H_403_68@interval to check whether actses should yield

PARAMETER NAME	PARAMETER VALUE	DESCRIPTION
@H_403_68@_async_recovery_reads	@H_403_68@_async_ts_threshold
@H_403_68@_aw_row_source_enabled
@H_403_68@_cache_stats_monitor	@H_403_68@_capture_buffer_size
@H_403_68@_cr_grant_local_role
@H_403_68@_cursor_bind_capture_area_size
@H_403_68@_gc_affinity_locks	@H_403_68@_gc_affinity_ratio
@H_403_68@_gc_bypass_readers	@H_403_68@_gc_check_bscn	@H_403_68@_gc_coalesce_recovery_reads	@H_403_68@_gc_defer_time
@H_403_68@_gc_element_percent
@H_403_68@_gc_global_lru	@H_403_68@_gc_integrity_checks
@H_403_68@_gc_latches
@H_403_68@_gc_statistics	@H_403_68@_gc_transfer_ratio
@H_403_68@_gc_undo_block_disk_reads	@H_403_68@_gc_use_cr	@H_403_68@_gc_vector_read	@H_403_68@_gc_voluntary_down_convert_obj
@H_403_68@_gcs_latches
@H_403_68@_gcs_res_per_bucket
@H_403_68@_improved_outerjoin_card
@H_403_68@_intrapart_pdml_enabled
@H_403_68@_ioq_fanin_multiplier
@H_403_68@_kcl_conservative_log_flush	@H_403_68@_kcl_debug	@H_403_68@_kcl_index_split	@H_403_68@_kdbl_enable_post_allocation
@H_403_68@_recovery_percentage
@H_403_68@_remove_aggr_subquery
@H_403_68@_rowsource_profiling_statistics	@H_403_68@_rowsource_statistics_sampfreq
@H_403_68@_scatter_gcs_shadows	@H_403_68@_scn_wait_interface_max_backoff_time_secs
@H_403_68@_send_close_with_block	@H_403_68@_send_requests_to_pi	@H_403_68@_serial_direct_read
@H_403_68@_slave_mapping_enabled
@H_403_68@_smm_advice_log_size
@H_403_68@_smm_auto_max_io_size
@H_403_68@_timemodel_collection