SAP Online Backup by ArcServer

Hello Team,

I'm setting online backup to tape by ARCServer, but I'm having problem when Brtools will open the oracle file system.

I m using ECC 6.0 with oracle database on AIX system.

Anyone have some document step by step to configuration online SAP Brtool backup by Arcserver?

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'/oracle/SRQ/sapdata2/sr3_5/sr3.data5'.
 
  09/11 17:42:06(18808906) -
  09/11 17:42:06(18808906) - - DSAOpenDataFile(): cannot open file '/oracle/SRQ/sapdata2/sr3_8/sr3.data8'.
 
  09/11 17:42:12(18808906) -
  09/11 17:42:12(18808906) - - DSAOpenDataFile(): cannot open file '/oracle/SRQ/sapdata3/sr3_3/sr3.data3'.
 

===============================================================================

Followsthe initSRQsap settings:

=========================================================================================

# @(#) $Id: //bas/720_REL/src/ccm/rsbr/initAIX.sap#11 $ SAP

########################################################################

#                                                                      #

# SAP BR*Tools sample profile.                                         #

# The parameter syntax is the same as for init.ora parameters.         #

# Enclose parameter values which consist of more than one symbol in    #

# double quotes.                                                       #

# After any symbol, parameter definition can be continued on the next  #

# line.                                                                #

# A parameter value list should be enclosed in parentheses, the list   #

# items should be delimited by commas.                                 #

# There can be any number of white spaces (blanks, tabs and new lines) #

# between symbols in parameter definition.                             #

# Comment lines must start with a hash character.                      #

#                                                                      #

########################################################################

# backup mode [all | all_data | full | incr | sap_dir | ora_dir

# | all_dir | <tablespace_name> | <file_id> | <file_id1>-<file_id2>

# | <generic_path> | (<object_list>)]

# default: all

backup_mode = all

# restore mode [all | all_data | full | incr | incr_only | incr_full

# | incr_all | <tablespace_name> | <file_id> | <file_id1>-<file_id2>

# | <generic_path> | (<object_list>) | partial | non_db

# redirection with '=' is not supported here - use option '-m' instead

# default: all

restore_mode = all

# backup type [offline | offline_force | offline_standby | offline_split

# | offline_mirror | offline_stop | online | online_cons | online_split

# | online_mirror | online_standby | offstby_split | offstby_mirror

# default: offline

backup_type = online

# backup device type

# [tape | tape_auto | tape_box | pipe | pipe_auto | pipe_box | disk

# | disk_copy | disk_standby | stage | stage_copy | stage_standby

# | util_file | util_file_online | util_vol | util_vol_online

# | rman_util | rman_disk | rman_stage | rman_prep]

# default: tape

backup_dev_type = util_file_online

# backup root directory [<path_name> | (<path_name_list>)]

# default: $SAPDATA_HOME/sapbackup

backup_root_dir = /oracle/SRQ/sapbackup

# stage root directory [<path_name> | (<path_name_list>)]

# default: value of the backup_root_dir parameter

stage_root_dir = /oracle/SRQ/sapbackup

# compression flag [no | yes | hardware | only | brtools]

# default: no

#compress = no

# compress command

# first $-character is replaced by the source file name

# second $-character is replaced by the target file name

# <target_file_name> = <source_file_name>.Z

# for compress command the -c option must be set

# recommended setting for brbackup -k only run:

# "compress -b 12 -c $ > $"

# no default

compress_cmd = "compress -c $ > $"

# uncompress command

# first $-character is replaced by the source file name

# second $-character is replaced by the target file name

# <source_file_name> = <target_file_name>.Z

# for uncompress command the -c option must be set

# no default

uncompress_cmd = "uncompress -c $ > $"

# directory for compression [<path_name> | (<path_name_list>)]

# default: value of the backup_root_dir parameter

compress_dir = /oracle/SRQ/sapbackup

# brarchive function [save | second_copy | double_save | save_delete

# | second_copy_delete | double_save_delete | copy_save

# | copy_delete_save | delete_saved | delete_copied]

# default: save

archive_function = save_delete

# directory for archive log copies to disk

# default: first value of the backup_root_dir parameter

archive_copy_dir = /oracle/SRQ/sapbackup

# directory for archive log copies to stage

# default: first value of the stage_root_dir parameter

archive_stage_dir = /oracle/SRQ/sapbackup

# delete archive logs from duplex destination [only | no | yes | check]

# default: only

# archive_dupl_del = only

# new sapdata home directory for disk_copy | disk_standby

# no default

# new_db_home = /oracle/C11

# stage sapdata home directory for stage_copy | stage_standby

# default: value of the new_db_home parameter

# stage_db_home = /oracle/C11

# original sapdata home directory for split mirror disk backup

# no default

# orig_db_home = /oracle/C11

# remote host name

# no default

# remote_host = <host_name>

# remote user name

# default: current operating system user

# remote_user = <user_name>

# tape copy command [cpio | cpio_gnu | dd | dd_gnu | rman | rman_gnu

# | rman_dd | rman_dd_gnu | brtools | rman_brt]

# default: cpio

tape_copy_cmd = cpio

# disk copy command [copy | copy_gnu | dd | dd_gnu | rman | rman_gnu

# | rman_set | rman_set_gnu | ocopy]

# ocopy - only on Windows

# default: copy

disk_copy_cmd = rman_set

# stage copy command [rcp | scp | ftp | wcp]

# wcp - only on Windows

# default: rcp

stage_copy_cmd = rcp

# pipe copy command [rsh | ssh]

# default: rsh

pipe_copy_cmd = rsh

# flags for cpio output command

# default: -ovB

cpio_flags = -ovB

# flags for cpio input command

# default: -iuvB

cpio_in_flags = -iuvB

# flags for cpio command for copy of directories to disk

# default: -pdcu

# use flags -pdu for gnu tools

cpio_disk_flags = -pdcu

# flags for dd output command

# default: "obs=16k"

# recommended setting:

# Unix:    "obs=nk bs=nk", example: "obs=64k bs=64k"

# Windows: "bs=nk",        example: "bs=64k"

dd_flags = "obs=64k bs=64k"

# flags for dd input command

# default: "ibs=16k"

# recommended setting:

# Unix:    "ibs=nk bs=nk", example: "ibs=64k bs=64k"

# Windows: "bs=nk",        example: "bs=64k"

dd_in_flags = "ibs=64k bs=64k"

# number of members in RMAN save sets [ 1 | 2 | 3 | 4 | tsp | all ]

# default: 1

saveset_members = 1

# additional parameters for RMAN

# following parameters are relevant only for rman_util, rman_disk or

# rman_stage: rman_channels, rman_filesperset, rman_maxsetsize,

# rman_pool, rman_copies, rman_proxy, rman_parms, rman_send

# rman_maxpiecesize can be used to split an incremental backup saveset

# into multiple pieces

# rman_channels defines the number of parallel sbt channel allocations

# rman_filesperset = 0 means:

# one file per save set - for non-incremental backups

# up to 64 files in one save set - for incremental backups

# the others have the same meaning as for native RMAN

# rman_channels = 1

# rman_filesperset = 0

# rman_maxopenfiles = 0

# rman_maxsetsize = 0      # n[K|M|G] in KB (default), in MB or in GB

# rman_maxpiecesize = 0    # n[K|M|G] in KB (default), in MB or in GB

# rman_sectionsize = 0     # n[K|M|G] in KB (default), in MB or in GB

# rman_rate = 0            # n[K|M|G] in KB (default), in MB or in GB

# rman_diskratio = 0

# rman_duration = 0        # <min> - for minimizing disk load

# rman_keep = 0            # <days> - retention time

# rman_pool = 0

# rman_copies = 0 | 1 | 2 | 3 | 4

# rman_proxy = no | yes | only

# rman_parms = "BLKSIZE=65536 ENV=(BACKUP_SERVER=HOSTNAME)"

# rman_send = "'<command>'"

# rman_send = ("channel sbt_1 '<command1>' parms='<parameters1>'",

#              "channel sbt_2 '<command2>' parms='<parameters2>'")

# rman_compress = no | yes

# rman_maxcorrupt = (<dbf_name>|<dbf_id>:<corr_cnt>, ...)

# rman_cross_check = none | archive | arch_force

# remote copy-out command (backup_dev_type = pipe)

# $-character is replaced by current device address

# no default

copy_out_cmd = "dd ibs=8k obs=64k of=$"

# remote copy-in command (backup_dev_type = pipe)

# $-character is replaced by current device address

# no default

copy_in_cmd = "dd ibs=64k obs=8k if=$"

# rewind command

# $-character is replaced by current device address

# no default

# operating system dependent, examples:

# HP-UX:   "mt -f $ rew"

# TRU64:   "mt -f $ rewind"

# AIX:     "tctl -f $ rewind"

# Solaris: "mt -f $ rewind"

# Windows: "mt -f $ rewind"

# Linux:   "mt -f $ rewind"

rewind = "tctl -f $ rewind"

# rewind and set offline command

# $-character is replaced by current device address

# default: value of the rewind parameter

# operating system dependent, examples:

# HP-UX:   "mt -f $ offl"

# TRU64:   "mt -f $ offline"

# AIX:     "tctl -f $ offline"

# Solaris: "mt -f $ offline"

# Windows: "mt -f $ offline"

# Linux:   "mt -f $ offline"

rewind_offline = "tctl -f $ offline"

# tape positioning command

# first $-character is replaced by current device address

# second $-character is replaced by number of files to be skipped

# no default

# operating system dependent, examples:

# HP-UX:   "mt -f $ fsf $"

# TRU64:   "mt -f $ fsf $"

# AIX:     "tctl -f $ fsf $"

# Solaris: "mt -f $ fsf $"

# Windows: "mt -f $ fsf $"

# Linux:   "mt -f $ fsf $"

tape_pos_cmd = "tctl -f $ fsf $"

# mount backup volume command in auto loader / juke box

# used if backup_dev_type = tape_box | pipe_box

# no default

# mount_cmd = "<mount_cmd> $ $ $ [$]"

# dismount backup volume command in auto loader / juke box

# used if backup_dev_type = tape_box | pipe_box

# no default

# dismount_cmd = "<dismount_cmd> $ $ [$]"

# split mirror disks command

# used if backup_type = offline_split | online_split | offline_mirror

# | online_mirror

# no default

# split_cmd = "<split_cmd> [$]"

# resynchronize mirror disks command

# used if backup_type = offline_split | online_split | offline_mirror

# | online_mirror

# no default

# resync_cmd = "<resync_cmd> [$]"

# additional options for SPLITINT interface program

# no default

# split_options = "<split_options>"

# resynchronize after backup flag [no | yes]

# default: no

# split_resync = no

# pre-split command

# no default

# pre_split_cmd = "<pre_split_cmd>"

# post-split command

# no default

# post_split_cmd = "<post_split_cmd>"

# pre-shut command

# no default

# pre_shut_cmd = "<pre_shut_cmd>"

# post-shut command

# no default

# post_shut_cmd = "<post_shut_cmd>"

# pre-archive command

# no default

# pre_arch_cmd = "<pre_arch_cmd> [$]"

# post-archive command

# no default

# post_arch_cmd = "<post_arch_cmd> [$]"

# pre-backup command

# no default

# pre_back_cmd = "<pre_back_cmd> [$]"

# post-backup command

# no default

# post_back_cmd = "<post_back_cmd> [$]"

# volume size in KB = K, MB = M or GB = G (backup device dependent)

# default: 1200M

# recommended values for tape devices without hardware compression:

# 60 m   4 mm  DAT DDS-1 tape:    1200M

# 90 m   4 mm  DAT DDS-1 tape:    1800M

# 120 m  4 mm  DAT DDS-2 tape:    3800M

# 125 m  4 mm  DAT DDS-3 tape:   11000M

# 112 m  8 mm  Video tape:        2000M

# 112 m  8 mm  high density:      4500M

# DLT 2000     10/20 GB:         10000M

# DLT 2000XT   15/30 GB:         15000M

# DLT 4000     20/40 GB:         20000M

# DLT 7000     35/70 GB:         35000M

# recommended values for tape devices with hardware compression:

# 60 m   4 mm  DAT DDS-1 tape:    1000M

# 90 m   4 mm  DAT DDS-1 tape:    1600M

# 120 m  4 mm  DAT DDS-2 tape:    3600M

# 125 m  4 mm  DAT DDS-3 tape:   10000M

# 112 m  8 mm  Video tape:        1800M

# 112 m  8 mm  high density:      4300M

# DLT 2000     10/20 GB:          9000M

# DLT 2000XT   15/30 GB:         14000M

# DLT 4000     20/40 GB:         18000M

# DLT 7000     35/70 GB:         30000M

tape_size = 100G

# volume size in KB = K, MB = M or GB = G used by brarchive

# default: value of the tape_size parameter

# tape_size_arch = 100G

# tape block size in KB for brtools as tape copy command on Windows

# default: 64

# tape_block_size = 64

# rewind and set offline for brtools as tape copy command on Windows

# yes | no

# default: yes

# tape_set_offline = yes

# level of parallel execution

# default: 0 - set to number of backup devices

exec_parallel = 0

# address of backup device without rewind

# [<dev_address> | (<dev_address_list>)]

# no default

# operating system dependent, examples:

# HP-UX:   /dev/rmt/0mn

# TRU64:   /dev/nrmt0h

# AIX:     /dev/rmt0.1

# Solaris: /dev/rmt/0mn

# Windows: /dev/nmt0

# Linux:   /dev/nst0

tape_address = /dev/rmt0.1

# address of backup device without rewind used by brarchive

# default: value of the tape_address parameter

# operating system dependent

# tape_address_arch = /dev/rmt0.1

# address of backup device with rewind

# [<dev_address> | (<dev_address_list>)]

# no default

# operating system dependent, examples:

# HP-UX:   /dev/rmt/0m

# TRU64:   /dev/rmt0h

# AIX:     /dev/rmt0

# Solaris: /dev/rmt/0m

# Windows: /dev/mt0

# Linux:   /dev/st0

tape_address_rew = /dev/rmt0

# address of backup device with rewind used by brarchive

# default: value of the tape_address_rew parameter

# operating system dependent

# tape_address_rew_arch = /dev/rmt0

# address of backup device with control for mount/dismount command

# [<dev_address> | (<dev_address_list>)]

# default: value of the tape_address_rew parameter

# operating system dependent

# tape_address_ctl = /dev/...

# address of backup device with control for mount/dismount command

# used by brarchive

# default: value of the tape_address_rew_arch parameter

# operating system dependent

# tape_address_ctl_arch = /dev/...

# volumes for brarchive

# [<volume_name> | (<volume_name_list>) | SCRATCH]

# no default

volume_archive = (SRQA01, SRQA02, SRQA03, SRQA04, SRQA05,

                  SRQA06, SRQA07, SRQA08, SRQA09, SRQA10,

                  SRQA11, SRQA12, SRQA13, SRQA14, SRQA15,

                  SRQA16, SRQA17, SRQA18, SRQA19, SRQA20,

                  SRQA21, SRQA22, SRQA23, SRQA24, SRQA25,

                  SRQA26, SRQA27, SRQA28, SRQA29, SRQA30)

# volumes for brbackup

# [<volume_name> | (<volume_name_list>) | SCRATCH]

# no default

volume_backup = (SRQB01, SRQB02, SRQB03, SRQB04, SRQB05,

                 SRQB06, SRQB07, SRQB08, SRQB09, SRQB10,

                 SRQB11, SRQB12, SRQB13, SRQB14, SRQB15,

                 SRQB16, SRQB17, SRQB18, SRQB19, SRQB20,

                 SRQB21, SRQB22, SRQB23, SRQB24, SRQB25,

                 SRQB26, SRQB27, SRQB28, SRQB29, SRQB30)

# expiration period in days for backup volumes

# default: 30

expir_period = 30

# recommended usages of backup volumes

# default: 100

tape_use_count = 100

# backup utility parameter file

# default: no parameter file

# null - no parameter file

# util_par_file = initSRQ.utl

# backup utility parameter file for volume backup

# default: no parameter file

# null - no parameter file

# util_vol_par_file = initSRQ.vol

# additional options for BACKINT interface program

# no default

# "" - no additional options

# util_options = "<backint_options>"

# additional options for BACKINT volume backup type

# no default

# "" - no additional options

# util_vol_options = "<backint_options>"

# path to directory BACKINT executable will be called from

# default: sap-exe directory

# null - call BACKINT without path

# util_path = <dir>|null

# path to directory BACKINT will be called from for volume backup

# default: sap-exe directory

# null - call BACKINT without path

# util_vol_path = <dir>|null

# disk volume unit for BACKINT volume backup type

# [disk_vol | sap_data | all_data | all_dbf]

# default: sap_data

# util_vol_unit = <unit>

# additional access to files saved by BACKINT volume backup type

# [none | copy | mount | both]

# default: none

# util_vol_access = <access>

# negative file/directory list for BACKINT volume backup type

# [<file_dir_name> | (<file_dir_list>) | no_check]

# default: none

# util_vol_nlist = <nlist>

# mount/dismount command parameter file

# default: no parameter file

# mount_par_file = initSRQ.mnt

# Oracle connection name to the primary database

# [primary_db = <conn_name> | LOCAL]

# no default

# primary_db = <conn_name>

# Oracle connection name to the standby database

# [standby_db = <conn_name> | LOCAL]

# no default

# standby_db = <conn_name>

# description of parallel instances for Oracle RAC

# parallel_instances = <inst_desc> | (<inst_desc_list>)

# <inst_desc_list>   - <inst_desc>[,<inst_desc>...]

# <inst_desc>        - <Oracle_sid>:<Oracle_home>@<conn_name>

# <Oracle_sid>       - Oracle system id for parallel instance

# <Oracle_home>      - Oracle home for parallel instance

# <conn_name>        - Oracle connection name to parallel instance

# Please include the local instance in the parameter definition!

# default: no parallel instances

# example for initRAC001.sap:

# parallel_instances = (RAC001:/oracle/RAC/920_64@RAC001,

# RAC002:/oracle/RAC/920_64@RAC002, RAC003:/oracle/RAC/920_64@RAC003)

# local Oracle RAC database homes [no | yes]

# default: no - shared database homes

# loc_ora_homes = yes

# handling of Oracle RAC database services [no | yes]

# default: no

# db_services = yes

# database owner of objects to be checked

# <owner> | (<owner_list>)

# default: all SAP owners

# check_owner = SAPSR3

# database objects to be excluded from checks

# all_part | non_sap | [<owner>.]<table> | [<owner>.]<index>

# | [<owner>.][<prefix>]*[<suffix>] | <tablespace> | (<object_list>)

# default: no exclusion, example:

# check_exclude = (SDBAH, SAPSR3.SDBAD)

# special database check conditions

# ("<type>:<cond>:<active>:<sever>:[<chkop>]:[<chkval>]:[<unit>]", ...)

# check_cond = (<cond_list>)

# database owner of SDBAH, SDBAD and XDB tables for cleanup

# <owner> | (<owner_list>)

# default: all SAP owners

# cleanup_owner = SAPSR3

# retention period in days for brarchive log files

# default: 30

# cleanup_brarchive_log = 30

# retention period in days for brbackup log files

# default: 30

# cleanup_brbackup_log = 30

# retention period in days for brconnect log files

# default: 30

# cleanup_brconnect_log = 30

# retention period in days for brrestore log files

# default: 30

# cleanup_brrestore_log = 30

# retention period in days for brrecover log files

# default: 30

# cleanup_brrecover_log = 30

# retention period in days for brspace log files

# default: 30

# cleanup_brspace_log = 30

# retention period in days for archive log files saved on disk

# default: 30

# cleanup_disk_archive = 30

# retention period in days for database files backed up on disk

# default: 30

# cleanup_disk_backup = 30

# retention period in days for brspace export dumps and scripts

# default: 30

# cleanup_exp_dump = 30

# retention period in days for Oracle trace and audit files

# default: 30

# cleanup_ora_trace = 30

# retention period in days for records in SDBAH and SDBAD tables

# default: 100

# cleanup_db_log = 100

# retention period in days for records in XDB tables

# default: 100

# cleanup_xdb_log = 100

# retention period in days for database check messages

# default: 100

# cleanup_check_msg = 100

# database owner of objects to adapt next extents

# <owner> | (<owner_list>)

# default: all SAP owners

# next_owner = SAPSR3

# database objects to adapt next extents

# all | all_ind | special | [<owner>.]<table> | [<owner>.]<index>

# | [<owner>.][<prefix>]*[<suffix>] | <tablespace> | (<object_list>)

# default: all abjects of selected owners, example:

# next_table = (SDBAH, SAPSR3.SDBAD)

# database objects to be excluded from adapting next extents

# all_part | [<owner>.]<table> | [<owner>.]<index>

# | [<owner>.][<prefix>]*[<suffix>] | <tablespace> | (<object_list>)

# default: no exclusion, example:

# next_exclude = (SDBAH, SAPSR3.SDBAD)

# database objects to get special next extent size

# allsel:<size>[/<limit>] | [<owner>.]<table>:<size>[/<limit>]

# | [<owner>.]<index>:<size>[/<limit>]

# | [<owner>.][<prefix>]*[<suffix>]:<size>[/<limit>]

# | (<object_size_list>)

# default: according to table category, example:

# next_special = (SDBAH:100K, SAPSR3.SDBAD:1M/200)

# maximum next extent size

# default: 2 GB - 5 * <database_block_size>

# next_max_size = 1G

# maximum number of next extents

# default: 0 - unlimited

# next_limit_count = 300

# database owner of objects to update statistics

# <owner> | (<owner_list>)

# default: all SAP owners

# stats_owner = SAPSR3

# database objects to update statistics

# all | all_ind | all_part | missing | info_cubes | dbstatc_tab

# | dbstatc_mon | dbstatc_mona | [<owner>.]<table> | [<owner>.]<index>

# | [<owner>.][<prefix>]*[<suffix>] | <tablespace> | (<object_list>)

# | harmful | locked | system_stats | oradict_stats | oradict_tab

# default: all abjects of selected owners, example:

# stats_table = (SDBAH, SAPSR3.SDBAD)

# database objects to be excluded from updating statistics

# all_part | info_cubes | [<owner>.]<table> | [<owner>.]<index>

# | [<owner>.][<prefix>]*[<suffix>] | <tablespace> | (<object_list>)

# default: no exclusion, example:

# stats_exclude = (SDBAH, SAPSR3.SDBAD)

# method for updating statistics for tables not in DBSTATC

# E | EH | EI | EX | C | CH | CI | CX | A | AH | AI | AX | E= | C= | =H

# | =I | =X | +H | +I

# default: according to internal rules

# stats_method = E

# sample size for updating statistics for tables not in DBSTATC

# P<percentage_of_rows> | R<thousands_of_rows>

# default: according to internal rules

# stats_sample_size = P10

# number of buckets for updating statistics with histograms

# default: 75

# stats_bucket_count = 75

# threshold for collecting statistics after checking

# <threshold> | (<threshold> [, all_part:<threshold>

# | info_cubes:<threshold> | [<owner>.]<table>:<threshold>

# | [<owner>.][<prefix>]*[<suffix>]:<threshold>

# | <tablespace>:<threshold> | <object_list>])

# default: 50%

# stats_change_threshold = 50

# number of parallel threads for updating statistics

# default: 1

# stats_parallel_degree = 1

# processing time limit in minutes for updating statistics

# default: 0 - no limit

# stats_limit_time = 0

# parameters for calling DBMS_STATS supplied package

# all:R|B|H|G[<buckets>|A|S|R|D[A|I|P|X|D]]:0|<degree>|A|D

# | all_part:R|B[<buckets>|A|S|R|D[A|I|P|X|D]]:0|<degree>|A|D

# | info_cubes:R|B[<buckets>|A|S|R|D[A|I|P|X|D]]:0|<degree>|A|D

# | [<owner>.]<table>:R|B[<buckets>|A|S|R|D[A|I|P|X|D]]:0|<degree>|A|D

# | [<owner>.][<prefix>]*[<suffix>]:R|B[<buckets>|A|S|R|D[A|I|P|X|D]]:0

# |<degree>|A|D | (<object_list>) | NO

# R|B - sampling method:

# 'R' - row sampling, 'B' - block sampling,

# 'H' - histograms by row sampling, 'G' - histograms by block sampling

# [<buckets>|A|S|R|D] - buckets count:

# <buckets> - histogram buckets count, 'A' - auto buckets count,

# 'S' - skew-only, 'R' - repeat, 'D' - default buckets count (75)

# [A|I|P|X|D] - columns with histograms:

# 'A' - all columns, 'I' - indexed columns, 'P' - partition columns,

# 'X' - indexed and partition columns, 'D' - default columns

# 0|<degree>|A|D - parallel degree:

# '0' - default table degree, <degree> - dbms_stats parallel degree,

# 'A' - dbms_stats auto degree, 'D' - default Oracle degree

# default: ALL:R:0

# stats_dbms_stats = ([ALL:R:1,][<owner>.]<table>:R:<degree>,...)

# definition of info cube tables

# default | rsnspace_tab | [<owner>.]<table>

# | [<owner>.][<prefix>]*[<suffix>] | (<object_list>) | null

# default: rsnspace_tab

# stats_info_cubes = (/BIC/D*, /BI0/D*, ...)

# special statistics settings

# (<table>:[<owner>]:<active>:[<method>]:[<sample>], ...)

# stats_special = (<special_list>)

# update cycle in days for dictionary statistics within standard runs

# default: 0 - no update

# stats_dict_cycle = 100

# method for updating Oracle dictionary statistics

# C - compute | E - estimate | A - auto sample size

# default: C

# stats_dict_method = C

# sample size for updating dictionary statistics (stats_dict_method = E)

# <percent> (1-100)

# default: auto sample size

# stats_dict_sample = 10

# parallel degree for updating dictionary statistics

# auto | default | null | <degree> (1-256)

# default: Oracle default

# stats_dict_degree = 4

# update cycle in days for system statistics within standard runs

# default: 0 - no update

# stats_system_cycle = 100

# interval for updating Oracle system statistics

# 0 - NOWORKLOAD, >0 - interval in minutes

# default: 0

# stats_system_interval = 0

# database objects to be excluded from validating structure

# null | all_part | info_cubes | [<owner>.]<table> | [<owner>.]<index>

# | [<owner>.][<prefix>]*[<suffix>] | <tablespace> | (<object_list>)

# default: value of the stats_exclude parameter, example:

# valid_exclude = (SDBAH, SAPSR3.SDBAD)

# recovery type [complete | dbpit | tspit | reset | restore | apply

# | disaster]

# default: complete

# recov_type = complete

# directory for brrecover file copies

# default: $SAPDATA_HOME/sapbackup

# recov_copy_dir = /oracle/SRQ/sapbackup

# time period in days for searching for backups

# 0 - all available backups, >0 - backups from n last days

# default: 30

# recov_interval = 30

# degree of paralelism for applying archive log files

# 0 - use Oracle default parallelism, 1 - serial, >1 - parallel

# default: Oracle default

# recov_degree = 0

# number of lines for scrolling in list menus

# 0 - no scrolling, >0 - scroll n lines

# default: 20

# scroll_lines = 20

# time period in days for displaying profiles and logs

# 0 - all available logs, >0 - logs from n last days

# default: 30

# show_period = 30

# directory for brspace file copies

# default: $SAPDATA_HOME/sapreorg

# space_copy_dir = /oracle/SRQ/sapreorg

# directory for table export dump files

# default: $SAPDATA_HOME/sapreorg

# exp_dump_dir = /oracle/SRQ/sapreorg

# database tables for reorganization

# [<owner>.]<table> | [<owner>.][<prefix>]*[<suffix>]

# | [<owner>.][<prefix>]%[<suffix>] | (<table_list>)

# no default

# reorg_table = (SDBAH, SAPSR3.SDBAD)

# table partitions for reorganization

# [[<owner>.]<table>.]<partition>

# | [[<owner>.]<table>.][<prefix>]%[<suffix>]

# | [[<owner>.]<table>.][<prefix>]*[<suffix>] | (<tabpart_list>)

# no default

# reorg_tabpart = (PART1, PARTTAB1.PART2, SAPSR3.PARTTAB2.PART3)

# database indexes for rebuild

# [<owner>.]<index> | [<owner>.][<prefix>]*[<suffix>]

# | [<owner>.][<prefix>]%[<suffix>] | (<index_list>)

# no default

# rebuild_index = (SDBAH~0, SAPSR3.SDBAD~0)

# index partitions for rebuild

# [[<owner>.]<index>.]<partition>

# | [[<owner>.]<index>.][<prefix>]%[<suffix>]

# | [[<owner>.]<index>.][<prefix>]*[<suffix>] | (<indpart_list>)

# no default

# rebuild_indpart = (PART1, PARTIND1.PART2, SAPSR3.PARTIND2.PART3)

# database tables for export

# [<owner>.]<table> | [<owner>.][<prefix>]*[<suffix>]

# | [<owner>.][<prefix>]%[<suffix>] | (<table_list>)

# no default

# exp_table = (SDBAH, SAPSR3.SDBAD)

# database tables for import

# <table> | (<table_list>)

# no default

# do not specify table owner in the list - use -o|-owner option for this

# imp_table = (SDBAH, SDBAD)

# Oracle system id of ASM instance

# default: +ASM

# asm_ora_sid = <asm_inst> | (<db_inst1>:<asm_inst1>,

# <db_inst2>:<asm_inst2>, <db_inst3>:<asm_inst3>, ...)

# asm_ora_sid = (RAC001:+ASM1, RAC002:+ASM2, RAC003:+ASM3, RAC004:+ASM4)

# asm_ora_sid = +ASM

# Oracle home of ASM instance

# no default

# asm_ora_home = <asm_home> | (<db_inst1>:<asm_home1>,

# <db_inst2>:<asm_home2>, <db_inst3>:<asm_home3>, ...)

# asm_ora_home = (RAC001:/oracle/GRID/11202, RAC002:/oracle/GRID/11202,

# RAC003:/oracle/GRID/11202, RAC004:/oracle/GRID/11202)

# asm_ora_home = /oracle/GRID/11202

# Oracle ASM root directory name

# default: ASM

# asm_root_dir = <asm_root>

# asm_root_dir = ASM

===========================================================================================

 
Regards,

Thiago