DB13 backup of Oracle on RAC and ASM

[Former Member]

Dear Experts,

My ECC Landscape is on Oracle RAC with ASM. I have configured my DB13 backup successfully.

Now as I monitor in DBACOCKPIT the used space is 90GB but when I take the FULL ONLINE BACKUP I get the size of 239 GB. Due to this, we have space constraint at our.

Is this normal, or whether DB13 is backing up data from both ASM Nodes (i.e. +ASM1 and +ASM2 duplication of data). Kindly advise the same.

Regards,

KK

[Former Member]

Hello , 

your Database has 235GB  or 100GB ?

Look check if RMAN is copy database. Option for RMAN copy database is total size of datafiles.

Backup database <> copy database ..

Regards

Sandro Lobo

[former_member188883]

Hi ,

Please refer below SAP notes for configuration and support.

SAP note 1627541 - BR*Tools support for Oracle ASM and Exadata/ODA

                    905359 - Using BR*Tools for Oracle RAC databases

               1554661 - Configuration of environment for 'oracle' user

              1598594 - BR*Tools configuration for Oracle inst. under "oracle" user

ASM database files (data files and archive log files) can only be backed up with Oracle Recovery Manager (RMAN).

Check your backup configuration accordingly.

Hope this helps.

Regards,

Deepak Kori

[former_member102933]

Below is the init<SID>.sap file which we use for backup. Can you suggest any changes to be done.

# @(#) $Id: //bas/720_REL/src/ccm/rsbr/initLIN.sap#18 $ 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 | oncons_split | oncons_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 = tape

backup_dev_type = disk

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

# default: $SAPDATA_HOME/sapbackup

#backup_root_dir = /oracle/ECP/sapbackup

backup_root_dir = /sapdump1/ECC_DB13

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

# default: value of the backup_root_dir parameter

stage_root_dir = /oracle/ECP/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 = "gzip -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 = "gunzip -c $ > $"

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

# default: value of the backup_root_dir parameter

compress_dir = /oracle/ECP/sapreorg

# 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

# directory for archive log copies to disk

# default: first value of the backup_root_dir parameter

#archive_copy_dir = /oracle/ECP/sapbackup

archive_copy_dir = /sapdump1/ECC_DB13

# directory for archive log copies to stage

# default: first value of the stage_root_dir parameter

archive_stage_dir = /oracle/ECP/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 = ECCPRD

# 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 = rman

# 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 = copy

_rem_sql_call = yes

#_set_rem_env = yes

_remote_exec = ssh

_remote_copy = scp

loc_ora_homes = yes

disk_copy_cmd = rman

# 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 = ssh

# flags for cpio output command

# default: -ovB

cpio_flags = -ovcB

# flags for cpio input command

# default: -iuvB

cpio_in_flags = -iuvcB

# 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

#saveset_members = 4

# 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_channels = 4

#rman_channels = 4

# 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_proxy= yes

# 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_compress = yes

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

# rman_cross_check = none | archive | arch_force

# rman_rac_dist = no | yes

# 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"

# AIX: "tctl -f $ rewind"

# Solaris: "mt -f $ rewind"

# Windows: "mt -f $ rewind"

# Linux: "mt -f $ rewind"

rewind = "mt -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"

# AIX: "tctl -f $ offline"

# Solaris: "mt -f $ offline"

# Windows: "mt -f $ offline"

# Linux: "mt -f $ offline"

rewind_offline = "mt -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 $"

# AIX: "tctl -f $ fsf $"

# Solaris: "mt -f $ fsf $"

# Windows: "mt -f $ fsf $"

# Linux: "mt -f $ fsf $"

tape_pos_cmd = "mt -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 | oncons_split | oncons_mirror | offstby_split

# | offstby_mirror

# no default

# split_cmd = "<split_cmd> [$]"

# resynchronize mirror disks command

# used if backup_type = offline_split | online_split | offline_mirror

# | online_mirror | oncons_split | oncons_mirror | offstby_split

# | offstby_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

# AIX: /dev/rmt0.1

# Solaris: /dev/rmt/0mn

# Windows: /dev/nmt0

# Linux: /dev/nst0

#tape_address = /dev/nst0

# address of backup device without rewind used by brarchive

# default: value of the tape_address parameter

# operating system dependent

# tape_address_arch = /dev/nst0

# address of backup device with rewind

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

# no default

# operating system dependent, examples:

# HP-UX: /dev/rmt/0m

# AIX: /dev/rmt0

# Solaris: /dev/rmt/0m

# Windows: /dev/mt0

# Linux: /dev/st0

#tape_address_rew = /dev/st0

# 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/st0

# 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 = (ECPA01, ECPA02, ECPA03, ECPA04, ECPA05,

ECPA06, ECPA07, ECPA08, ECPA09, ECPA10,

ECPA11, ECPA12, ECPA13, ECPA14, ECPA15,

ECPA16, ECPA17, ECPA18, ECPA19, ECPA20,

ECPA21, ECPA22, ECPA23, ECPA24, ECPA25,

ECPA26, ECPA27, ECPA28, ECPA29, ECPA30)

# volumes for brbackup

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

# no default

volume_backup = (ECPB01, ECPB02, ECPB03, ECPB04, ECPB05,

ECPB06, ECPB07, ECPB08, ECPB09, ECPB10,

ECPB11, ECPB12, ECPB13, ECPB14, ECPB15,

ECPB16, ECPB17, ECPB18, ECPB19, ECPB20,

ECPB21, ECPB22, ECPB23, ECPB24, ECPB25,

ECPB26, ECPB27, ECPB28, ECPB29, ECPB30)

# 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 = initECP.utl

# backup utility parameter file for volume backup

# default: no parameter file

# null - no parameter file

# util_vol_par_file = initECP.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 = initECP.mnt

# Oracle connection string to the primary database

# [primary_db = <conn_str> | LOCAL]

# no default

# primary_db = <conn_str>

# Oracle connection string to the standby database

# [standby_db = <conn_str> | LOCAL]

# no default

# standby_db = <conn_str>

# 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_str>

# <Oracle_sid> - Oracle system id for parallel instance

# <Oracle_home> - Oracle home for parallel instance

# <conn_str> - Oracle connection string 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/112_64@RAC001,

# RAC002:/oracle/RAC/112_64@RAC002, RAC003:/oracle/RAC/112_64@RAC003)

#parallel_instances = (ECP001:/oracle/ECP/112_64@ECP001, ECP002:/oracle/ECP/112_64@ECP002)

parallel_instances = (ECP001:/oracle/ECP/112_64@ECP001.WORLD, ECP002:/oracle/ECP/112_64@ECP002.WORLD)

# local Oracle RAC database homes [no | yes]

# default: no - shared database homes

# loc_ora_homes = no

# 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>]

# :[<object>]", ...)

# 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

# additional Oracle trace directories for cleanup

# default: null - standard Oracle trace directories

# cleanup_ora_dir = (<ora_trace_dir1>, <ora_trace_dir2>,...)

# additional Oracle trace subdirectories for cleanup

# these directories contain one or more of following subdirectories:

# alert,cdump,hm,incident,incpkg,ir,lck,metadata,sweep,stage,trace

# default: null - standard Oracle trace subdirectories

# cleanup_ora_sdir = (<ora_trace_sdir1>, <ora_trace_sdir2>,...)

# 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

# all_sel:<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= | A=

# | =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

# <count> | auto | skewonly | repeat

# 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 sampling

# default: C

# stats_dict_method = C

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

# <percent> (1-100 | .001-.999 | 0)

# default: 0 - 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/ECP/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/ECP/sapreorg

# directory for table export dump files

# default: $SAPDATA_HOME/sapreorg

# exp_dump_dir = /oracle/ECP/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

asm_ora_sid = (ECP001:+ASM1, ECP002:+ASM2)

# 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

asm_ora_home = (ECP001:/oracle/GRID/11203, ECP002:/oracle/GRID/11203)

# Oracle ASM database root directory

# default: ASM

# asm_root_dir = <asm_root>

# asm_root_dir = ASM

Appreciate your quick response Deepak.

Regards,

KK

[former_member102933]

Sorry replied with different user.

Regards,

KK

[former_member188883]

Hi,

Configuration looks to be inline with SAP guidelines.

Please refer SAP note 1974030 - How to configure DB13 to work with a standalone Oracle database in Unix/Linux

Following the guidelines and test the results.

Hope this helps.

Regards,

Deepak Kori

[former_member102933]

Thanks Deepak,

My DB13 is working perfectly fine. My real question is SAP ECC has used around 100 GB of allocated space of 235 GB. When I take backup using DB13, it backs up whole 235 GB of allocated size rather than 100 Gb of actual used space.

How can I restrict the same.??

Regards,

KK

[former_member188883]

Hi,

What is the summation of size of each of the datafiles in the database ?

If the size is 235 GB then DB13 is working fine.

Hope this helps.

Regards,

Deepak Kori