Installation option descriptions

Specifies the location of a data set that contains the BMC AMI Log Master product options file (POF). BMC AMI Log Master can read this optional file to obtain certain default values for the online interface. In the current version of BMC AMI Log Master, the POF supports default values that are related to output data set names or STEPLIB information (data set names on the Output Defaults, Automated Drop Recovery Defaults, or Generate JCL panels). This option has no default value.

The value for ALPOFDSN can be a data set or a member of a partitioned data set. BMC AMI Log Master does not require a specific name for the data set or member.

You can specify multiple POF data sets, such as one per Db2 subsystem or data sharing group, by using the following symbolic variables:

• &SSID (subsystem ID)
• &GATN (group attach name)

Use this file to establish subsystem-wide default values that apply to all users of the BMC AMI Log Master online interface. Many environments use the POF to match default data set names with site naming conventions. For the default values currently supported in the POF, see Sample POF with supported default values.

The following considerations apply to the POF:

• BMC AMI Log Master also stores online interface defaults in your ISPF profile. If you change a default value during an online session, your change will be preserved for any future sessions under your TSO ID. The order of precedence for online defaults is ISPF profile value, POF value, and product base default values.
• For the current version, the BMC AMI Log Master POF does not apply to any other products from BMC.
• The POF is not generated during installation. To create and use a POF, you must complete the following tasks:
  • Set the ALPOFDSN installation option equal to your desired POF data set name.
  • Edit the job that is stored in member HLQ.DBSAMP(ALPPOFX) to insert your POF name. (The HLQ value represents a qualifier that your environment assigns during installation.)
  • Submit the job. BMC AMI Log Master creates a POF with BMC AMI Log Master base default values.
  • Edit the POF to set your desired default values. (The POF stores default values in the form of XML elements and attribute values.)

The next time you run the BMC AMI Log Master online interface, POF default values will appear (unless your TSO profile already contains a default value for a particular field). To remove the TSO default value for a field, run the online interface, delete the content in that field, and exit the interface.

The figure shows a sample POF with all currently supported POF default values.

Determines the type of messages that BMC AMI Log Master issues when a job encounters a Db2 security exception as it processes either Db2 log or logical log input. This installation option is related to the DB2AUTH and LLOGAUTH options. Values for AMSGLEV are as follows:

Specifies the percentage of key store memory that is allocated to the anomaly (AN) key store. Enter an integer value between 0 and 98. For more information about specifying all xxPCT installation option values, see the considerations cited in the description of the URPCT=20 installation option.

In the AN key store, BMC AMI Log Master maintains information used to produce the Backout Integrity report. If a job does not specify a Backout Integrity report as output, BMC AMI Log Master redistributes this memory evenly to the FC and BC key stores. The default value is 20.

Before changing the distribution of key store memory, see related material in STOREOPTS statement, MEMPERCENT syntax option.

Determines whether the online interface runs as an authorized TSO command, and whether BMC AMI Log Master checks to ensure that it has proper APF authorization. When the BMC AMI Log Master online interface runs as an authorized TSO command, BMC AMI Log Master can dynamically obtain the data set name of the BSDS from Db2. The default value is YES. Values for APFONLIN are as follows:

Determines whether Log Master automatically includes LOBS for the generation of DDL output.

You can override the installation option value at runtime by specifying the AUTOLOB syntax option in the OPTION statement.

Specifies the percentage of key store memory that is allocated to the backward completion (BC) key store. Enter an integer value between 0 and 98. For more information about specifying all xxPCT installation option values, see the considerations cited in the description of the URPCT=20 installation option.

In the BC key store, BMC AMI Log Master maintains copies of complete row images that might be used for row completion processing. The default value is 10.

Before changing the distribution of key store memory, see related material in STOREOPTS statement, MEMPERCENT syntax option.

Specifies an authorization ID that BMC AMI Log Master uses to bind an application plan when BMC AMI Log Master executes generated SQL statements. This authorization ID must have BINDADD authority for the Db2 subsystem where the SQL statements are executed.

If you do not define a value for BINDOWN, BMC AMI Log Master uses the primary authorization ID of the job.

You can override the installation option value at runtime by specifying the EXECSQL statement, BINDOWNER syntax option

Specifies a qualifier value that BMC AMI Log Master uses during execution to dynamically bind internal packages that are distributed with BMC AMI Log Master. This value also determines which set of synonyms BMC AMI Log Master uses. BMC AMI Log Master does not use this installation option when it binds packages to execute input SQL statements or when it generates SQL statements.

Specify any value that is valid for the QUALIFIER option of the DB2 BIND command, up to 16 bytes in length. The default value is ALPvvr, where vv represents a two-character version number and r represents a one-character release number.

If the installation practice is to remove authority from the Install SYSADM, the installation can specify an alternate user ID for this access using the BMCSYSADM user options parameter. By default, the Install SYSADM user performs the dynamic bind process.

To use a different user other than the one specified in DB2 ZPARM, you can use BMCSYSADM user options parameter to assign a different user with SYSADM authority. This option does not give the user any additional Db2 authority and is specified only in the user options.

Determines whether BMC AMI Log Master includes or excludes certain database changes in Summary reports. When a Db2 Load utility is run with the LOG option set to YES, the Db2 log contains log records that reflect each page that the utility loads into a table space ('page format' log records). BMC AMI Log Master processes these log records to derive and report an INSERT action for each row that is loaded into each table. In some situations or environments, you might want to exclude these INSERT actions from your Summary reports to concentrate on more pertinent information.

BMC AMI Log Master ignores the value of this installation option when a log scan includes any form of output other than a Summary report.

Indicates whether BMC AMI Log Master uses the SYSIBM.SYSLGRNX tables to reduce the amount of log that BMC AMI Log Master reads during row completion processing. During row completion processing, BMC AMI Log Master might need to read additional log records to assemble a complete image for all log records that are selected in your log scan. If this installation option is set to YES, BMC AMI Log Master can use the SYSLGRNX tables to determine which portions of the log contain no activity related to the log records that it needs to complete. BMC AMI Log Master can then avoid reading unnecessary log ranges and improve performance.

Values for CMPLGRNG are as follows:

Specifying YES normally improves BMC AMI Log Master performance. However, BMC AMI Log Master can experience degraded performance reading the SYSLGRNX table if you do not maintain that table (with a Db2 Modify utility). Use the elapsed time value that is provided by message BMC097168 to determine the performance of BMC AMI Log Master SYSLGRNX processing. To improve performance in this situation, specify NO.

Defines the relative cost of processing an additional data set, expressed in terms of reading one page from the Db2 log. This installation option works with the CSTMOUNT, CSTSEG, and IMAGESRC options. The default value is 2000.

When BMC AMI Log Master must choose between opening a data set (for example, a table space) and reading more pages in the log, BMC AMI Log Master uses the CSTFILE value to help make the decision. For example, the default value indicates that the cost in your environment to open and process a single data set is equivalent to reading 2000 pages from the log.

The value of CSTFILE must be between 0 and 1000000:

• A value of 0 indicates that the cost of opening a data set is the same as reading one page of the Db2 log.
• A value of 1000000 indicates that opening a data set is equivalent to reading 1,000,000 pages of the Db2 log.

To improve performance, as BMC AMI Log Master chooses between available image copy data sets, it assigns a lower CSTFILE value to any Instant Snapshot image copies that are available. Instant Snapshot image copies are created on intelligent hardware storage devices by the BMC AMI Copy for Db2  product with SNAPSHOT UPGRADE FEATURE (SUF).

You can override the installation option value at runtime by specifying the OPTION statement, FILECOST syntax option.

Defines the relative cost of a single tape mount, expressed in terms of the cost to read one page from the Db2 log. This installation option works in conjunction with the CSTFILE, CSTSEG, and IMAGESRC options.

When BMC AMI Log Master must choose between mounting a single tape and reading more pages in the log, BMC AMI Log Master uses the CSTMOUNT value to help make the decision. For example, the default value indicates that the cost in your environment to mount a single tape is equivalent to reading 25,000 pages from the log.

The value of CSTMOUNT must be between 0 and 1000000, as follows:

• A value of 0 indicates that the cost of mounting a tape is the same as reading one page of the Db2 log.
• A value of 1000000 indicates that mounting a tape is equivalent to reading 1,000,000 pages of the Db2 log.

You can override the installation option value at runtime by specifying the OPTION statement, FILECOST syntax option.

Assigns a relative cost to obtaining information from a segmented table space, expressed in terms of the cost to read one page from the Db2 log. The default value is 2,000,000,000.

Use this installation option to manage the risks associated with segmented or universal table spaces that are affected by mass delete actions (DELETE statements with no WHERE clause, or TRUNCATE statements). If BMC AMI Log Master uses a segmented or universal table space as a source for row completion, and a mass delete action affects that table space, BMC AMI Log Master cannot successfully complete log records.

Set the CSTSEG value higher to avoid failures in completion processing, but be aware that jobs requiring row completion might run slower, because BMC AMI Log Master tends to use image copies for row completion rather than the table space. Set the CSTSEG value lower to improve the performance of jobs that require row completion, but be aware that you are increasing the risk of row completion failure.

The value of CSTSEG must be between 0 and 4000000000, as follows:

• A value of 0 indicates that the cost of reading a segmented or universal table space is the same as reading one page of the Db2 log.
• A value of 4000000000 indicates that reading a segmented or universal table space is equivalent to reading 4,000,000,000 pages of the Db2 log.

You can override the installation option value at runtime by specifying the OPTION statement, FILECOST syntax option.

Determines the maximum number of recalled data sets that BMC AMI Log Master maintains on DASD at one time. Use this installation option to minimize DASD requirements for large numbers of archived files. Enter a maximum number of data sets. To avoid imposing a limit, enter zero.

To honor the DASDDSNS value, BMC AMI Log Master issues requests to migrate any recalled data sets to their original migration status and level. If a job requires more data sets than this value, BMC AMI Log Master issues requests to migrate data sets even if the value of the MIGRATE keyword is NO.

Depending on how quickly your environment processes migrate requests, for short periods of time, the number of recalled data sets on DASD might be greater than the DASDDSNS value. BMC AMI Log Master can migrate only data sets that are managed by the IBM product DFSMShsm. If DFSMShsm is not available in your environment, BMC AMI Log Master might not be able to honor the DASDDSNS limit value.

You can override the installation option value at runtime by specifying the OPTION statement, DASD DATASETS syntax option.

Determines whether BMC AMI Log Master honors Db2 security at the table level when a job accesses Db2 log input. If you enable this type of security and a BMC AMI Log Master job does not have the authorization that is required to access a given table, BMC AMI Log Master suppresses log records relating to the table in the job’s output. Depending on the message level set by the AMSGLEV installation option, the job might not receive any notification that records have been suppressed. Values for DB2AUTH are as follows:

BMC AMI Log Master honors either native Db2 security or external security (the DSNX@XAC exit provided by RACF, CA-ACF2 for Db2, CA-Top Secret for Db2, or other security packages).

Defines whether BMC AMI Log Master processes log records that are created as a result of updates to Db2 catalog tables. Values for DB2CAT are as follows:

When a job operates on objects in the Db2 catalog, BMC AMI Log Master performs row completion processing on related log records. The large number of log records that are related to the catalog can cause a job to perform more row completion and run longer than a job that does not read the Db2 catalog. If you frequently operate on Db2 catalog objects, you can improve performance by creating more frequent image copies of the catalog, or by defining tables in the Db2 catalog with Data Capture Changes (DCC). We recommend setting data capture changes for catalog tables that have proven to be volatile (for example, SYSIBM.SYSSEQUENCES, SYSIBM. SYSTABLESPACESTATS and SYSIBM.SYSINDEXSPACESTAT) and for tables that do not have SYSCOPY information registered in SYSCOPY (for example, SYSIBM.SYSCOPY).

Defines weather BMC AMI Log Master processes log records that are created as a result of updates to Db2 directory tables. Values for DB2DIR are as follows:

Directs BMC AMI Log Master to use only uppercase characters in the online interface and the product-generated portions of reports (for example, in report headings and field labels). We provide this installation option for environments that display or print double-byte characters. This option prevents BMC AMI Log Master from inadvertently displaying or printing lowercase characters as incorrect double-byte characters.

Determines whether BMC AMI Log Master includes data definition language (DDL) information in all output logical log files. When this installation option is set to YES, BMC AMI Log Master writes objects representing the DDL activity that is selected by your filter into the logical log data file.

The DDL objects that BMC AMI Log Master writes in an output logical log file are not the same as the DDL statements that it writes in an output DDL (or SQL) file. A DDL object can represent multiple DDL statements, and a DDL statement can represent multiple insert, update, or delete actions against several tables in the Db2 catalog. A DDL object written by BMC AMI Log Master can be interpreted as input by either BMC AMI Log Master itself (using the LLOG keyword of the INPUT statement) or by the High-speed Apply Engine that is distributed with BMC AMI Log Master.

Values for DDLOBJ are as follows:

You can override the installation option value at runtime by specifying the LOGSCAN statement (LOGSCAN logical log output definition), INCLUDE DDL syntax option.

Directs BMC AMI Log Master to issue requests to recall archived data sets before it needs the data sets for log processing. This action decreases delays in log processing by giving storage management software in your environment time to retrieve the required data sets. The default value is YES. You must set ERLYRCL to YES to enable any of the other BMC AMI Log Master early recall installation options (such as MIGRATE or DASDDSNS).

The SMSTASKS installation option limits the number of early recall requests that BMC AMI Log Master issues at any one time. Before you enable early recall of archived data sets, evaluate the settings of the SMSTASKS, MIGRATE, and DASDDSNS options to ensure that they are appropriate for your environment.

The BMC AMI Log Master early recall feature works with most storage management software. (The related data set migration feature can migrate only data sets that are managed by the IBM product DFSMShsm.) Values for ERLYRCL are as follows:

You can override the installation option value at runtime by specifying the OPTION statement, EARLY RECALL syntax option.

Determines whether BMC AMI Log Master processes log records for Db2 objects that have been dropped and possibly re-created. Values for EXECMODE are as follows:

You can override the installation option value at runtime by specifying the OPTION statement, EXECUTION MODE syntax option.

Specifies the names of Db2 data sharing members that should be excluded from processing

In a data sharing environment BMC AMI Log Master attempts to exclude members from processing that are destroyed or, optionally, inactive (see QUIESCE AGING). You can use this option to override the results of the conditional exclusion of members.

You can override the installation option value at run time by specifying the INPUT statement, EXCLUDE syntax option.

Specifies the percentage of key store memory that is allocated to the forward completion (FC) key store. Enter an integer value between 0 and 98. For more information about specifying all xxPCT installation option values, see the considerations cited in the description of the URPCT=20 installation option.

In the FC key store, BMC AMI Log Master maintains copies of complete row images that might be used for row completion processing. The default value is 10.

Before changing the distribution of key store memory, see related material in STOREOPTS statement, MEMPERCENT syntax option.

Determines whether BMC AMI Log Master uses the forward completion (FC) key store to perform a type of row completion processing called heuristic completion. This type of processing is separate from and different than the more extensive row completion processing that BMC AMI Log Master performs. To determine the effects of heuristic completion in your environment, examine your job’s output for a series of messages that start with message BMC97396 and list the key store as FCUSE.

You can override the installation option value at runtime by specifying the OPTION statement, HEURISTIC FORWARDCOMPLETION syntax option.

Determines how and when BMC AMI Log Master obtains Db2 catalog information (DBIDs, OBIDs, or PSIDs) for the Db2 objects that are named in a filter. BMC AMI Log Master reads the Db2 catalog to resolve the names of Db2 objects into numeric identifiers. BMC AMI Log Master can read the catalog either once during the initial analyze phase of processing for all objects, or repeatedly as it encounters each object in the Db2 log.

For more information about performance considerations, see the OPTION statement, FILTER METHOD syntax option.

Determines what output BMC AMI Log Master generates when it encounters the Db2 log records that reflect a LOAD REPLACE action. When a Db2 Load utility runs with the REPLACE option, the log contains records that BMC AMI Log Master can interpret as a 'mass delete' action (similar to a DELETE statement with no WHERE clause or a TRUNCATE statement). Using the following options, this installation option controls whether BMC AMI Log Master includes the mass delete action in your generated output:

Use this option to prevent BMC AMI Log Master from including a generated DELETE or TRUNCATE statement in some situations. For example, for a LOAD REPLACE LOG NO action, Db2 writes log records corresponding to the mass delete action, but does not write subsequent log records that BMC AMI Log Master can interpret as a 'load' action (a series of INSERT statements). If you generate MIGRATE SQL in this situation and apply it to a target database, the generated statement removes all previous data from a table, but there are no generated INSERT statements to provide the loaded data. In some environments (such as with auditing or historical databases) the mass delete action is not appropriate.

You can override the installation option value at runtime by specifying the OPTION statement, GENERATE MASSDELETE syntax option.

Determines how BMC AMI Log Master attempts to perform row completion processing. The default value is ANY. For more information about row completion, see IMAGESOURCE or the section on BMC AMI Log Master for Db2 expert information in the BMC AMI Log Master for Db2 documentation.

Values for IMAGESRC are as follows:

You can override the installation option value at runtime by specifying the OPTION statement, IMAGESOURCE syntax option.

Specifies the name of the key data set that is used for encrypted image copies. The BMC AMI Copy for Db2  product can create encrypted image copies. When the name of the key data set is provided through this option, BMC AMI Log Master can use encrypted image copies for row completion processing, or to obtain compression dictionaries. (Both BMC AMI Log Master and BMC AMI Copy must use the same instance of the BMC table BMC_BMCXCOPY.)

This installation option does not have a default value. For more information about encrypted image copies, including the format of the key data set and suggestions for managing them, see the sections on encrypted image copies in the BMC AMI Copy for Db2 documentation.

Specifies the target maximum aggregate amount of below-the-bar memory (REGION) that BMC AMI Log Master uses for temporary working storage areas called key stores. The memory is used to hold log record, unit of recovery (URID), row image, and anomaly report information as required during log scan processing.

The KSMEMORY installation option requires you to specify two values:

• The first value specifies the amount of memory used for the data in the key stores.
• The second value specifies the target amount of memory used for the indexes in the key stores.

If the first value or either value is exceeded, BMC AMI Log Master will offload (or "spill") the excess to above-the-bar storage which might result in a slight decrease in performance. The product adheres to the specifications provided in most cases. However, when large volumes of data are processed or when the specification is lower than the default values, the amount of below-the-bar memory used might exceed the specifications.

Enter both values as the number of bytes, kilobytes (using the suffix K) or megabytes (using the suffix M).

The amount of memory you allocate is distributed among key stores based on the values of the xxPCT installation options or the values specified in the MEMPERCENT keyword of the STOREOPTS statement. For more information, see the  URPCT=20  installation option (in this topic) or the  MEMPERCENT  (STOREOPTS statement).

Determines whether BMC AMI Log Master honors Db2 security at the table level when a job accesses logical log input. BMC AMI Log Master can read input from logical log files at a time after the files were originally created, or on a different Db2 subsystem, or in a different security environment. If you enable this type of security and a BMC AMI Log Master job does not have the authorization needed to access a given table, BMC AMI Log Master suppresses log records that relate to the table in the job’s output. Depending on the message level set by the AMSGLEV installation option, the job might not receive any notification that records have been suppressed.

Values for LLOGAUTH are as follows:

BMC AMI Log Master honors either native Db2 security or external security (the DSNX@XAC exit provided by RACF, CA-ACF2 for Db2, CA-Top Secret for Db2, or other security packages).

Tells BMC AMI Log Master whether load output should include exchange records that are found in the scan range.

Note: These records, when included in the load output, do not have the column values found in other records. You should account for such short records if the load output is used as input in any post BMC AMI Log Master processing, or if the output is used to load the data into target tables.

Tells BMC AMI Log Master whether load output should include mass delete (LOADMD) records that are found in the scan range. Values for LOADMD are as follows:

Specifies whether BMC AMI Log Master should process LOAD RESUME LOG NO as an event that rebuilds the compression dictionary. Normally, Db2 places the table space in COPY PENDING when the LOG NO option is used with LOAD, which requires an Image Copy to be taken. However, because NOCOPYPEND information is not recorded in SYSIBM.SYSCOPY for BMC AMI Log Master to find, when this installation option is set to YES, it indicates that:

• You ran LOAD with the NOCOPYPEND option
• An image copy was not required or was not available

LOADNCP is applied only if no compression dictionary is available for the corresponding log range.

You can override the installation option value at runtime by specifying the LOAD NOCOPYPEND option.

Specifies the units that BMC AMI Log Master uses to allocate LOB or XML VSAM files. BMC AMI Log Master creates these files to store data from LOB columns in selected log records. The default value is CYLINDERS, which specifies cylinders. Use the TRACKS keyword to specify tracks.

You can override the installation option value at runtime by specifying the LOBOPTS statement, CYLINDERS | TRACKS syntax option for LOB data, or the XMLOPTS statement, CYLINDERS | TRACKS syntax option for XML data.

Specifies a valid Data Facility Storage Management System (DFSMS) data class that BMC AMI Log Master uses to allocate LOB or XML VSAM files. BMC AMI Log Master creates these files to store data from LOB or XML columns in selected log records.

Specify any valid DFSMS data class.

You can override this installation option value at runtime by specifying the LOBOPTS statement, DATACLAS syntax option for LOB data, or the XMLOPTS statement, DATACLAS syntax option for XML data.

Determines how BMC AMI Log Master responds to a duplicate data set condition as it attempts to create a LOB or XML VSAM file. This option determines the severity of the message that BMC AMI Log Master displays, and whether BMC AMI Log Master continues processing.

The following list shows the message severity classifications:

You can override the installation option value at runtime by specifying the LOBOPTS statement, DUPLICATE DATASET syntax option for LOB data, or the XMLOPTS statement, DUPLICATE DATASET syntax option for XML data.

Specifies a prefix that BMC AMI Log Master uses in the names of LOB VSAM files. BMC AMI Log Master constructs the data set name by using this prefix, the database identifier (DBID) of the LOB column, the page set identifier (PSID) of the column, and a sequentially incremented data set number. To avoid duplicate data sets during repeated log scans, consider using symbolic values such as &DATE. and &TIME. in the prefix that you define.

Values for LOBPREF are as follows:

• Any valid name up to 34 characters long.
• A symbolic substitution (such as &SYSUID).

You can override the installation option value at runtime by specifying the LOBOPTS statement, PREFIX syntax option.

Determines the maximum number of LOB or XML VSAM files that BMC AMI Log Master can create to store the LOB data of one LOB column (or one partition of one LOB column). BMC AMI Log Master allocates a new LOB or XML VSAM file only when it has filled the initial data set and all possible extents, but more LOB column data remains to be written. If the number of data sets required to store a LOB column’s data exceeds this limit, BMC AMI Log Master issues an error message, saves any temporary LOB or XML VSAM files permanently to disk, and terminates processing.

Specify a number of data sets between 1 and 26. The default value is 10.

You can override the installation option value at runtime by specifying the LOBOPTS statement, LOBLIMIT syntax option for LOB data, or the XMLOPTS statement, XMLLIMIT syntax option for XML data.

Specifies a valid DFSMS management class that BMC AMI Log Master uses to allocate LOB or XML VSAM files. BMC AMI Log Master creates these files to store data from LOB or XML columns in selected log records. This option has no default value.

Specify any valid DFSMS management class.

You can override the installation option value at runtime by specifying the LOBOPTS statement, MGMTCLAS syntax option for LOB data, or the XMLOPTS statement, MGMTCLAS syntax option for XML data.

Specifies the primary and secondary amounts of space that BMC AMI Log Master uses to allocate LOB or XML VSAM files. BMC AMI Log Master creates these files to store data from LOB or XML columns in selected log records. This installation option works with the LOBALLOC option. The default values of LOBSPACE are 10 and 10. Allocation amounts can be either tracks or cylinders.

Allocation amounts are site specific. However, if you allocate insufficient space to store all of the LOB or XML data in the log records that are selected by a log scan, your BMC AMI Log Master job can fail with an allocation error.

You can override the installation option value at runtime by specifying the LOBOPTS statement, SPACE syntax option for LOB data, or the XMLOPTS statement, SPACE syntax option for XML data.

Specifies a valid DFSMS storage class that BMC AMI Log Master uses to allocate LOB or XML VSAM data sets. BMC AMI Log Master creates these files to store data from LOB or XML columns in selected log records.

Specify any valid DFSMS storage class.

You can override the installation option value at runtime by specifying the LOBOPTS statement, STORCLAS syntax option for LOB data, or the XMLOPTS statement, STORCLAS syntax option for XML data.

Specifies the volumes that BMC AMI Log Master uses to allocate LOB or XML VSAM files. BMC AMI Log Master creates these files to store data from LOB columns in selected log records. BMC AMI Log Master uses the volumes that you enter in the VOLUMES parameter of a DEFINE CLUSTER command.

Specify any valid VOLSER as a value for LOBVOLS.

You can override the installation option value at runtime by specifying the LOBOPTS statement, VOLUME syntax option for LOB data, or the XMLOPTS statement, VOLUME syntax option for XML data.

When running in a local site, specifies the order in which BMC AMI Log Master uses image copy resources for both completion processing and compression dictionary access for data decompression. The default sequence is IBM FlashCopy (FC), local primary (LP), and local secondary (LB). You can specify one to five values from FC, LP, LB, RP (remote primary), and RB (remote secondary) in the sequence in any order.

Determines how BMC AMI Log Master will process Db2 log data sets from multiple members of a Db2 data sharing group. Values for LOGSORT are as follows:

You can override the installation option value at runtime by specifying the LOGOPTS statement, LOGSORT syntax option.

Specifies the maximum number of tape units or DASD data sets that BMC AMI Log Master allocates for reading log files. LOGTAPES does not limit the number of physical tape devices that BMC AMI Log Master can use, only the number of tape units that BMC AMI Log Master allocates for log processing at any one time. The default value is zero.

BMC AMI Log Master allocates the value that you specify or a value equal to the number of members in the data sharing group, whichever value is less.

This installation option applies only in a data sharing environment. When the LOGSORT installation option is set to NEVER, BMC AMI Log Master ignores any LOGTAPES value. This option interacts with the LOGSORT value in other ways as well. For more information about how the options work together, see LOGSORT.

Values for LOGTAPES are as follows:

You can override the installation option value at runtime by specifying the LOGOPTS statement, LOGTAPES syntax option.

Specifies the percentage of key store memory that is allocated to the log record (LR) key store. Enter an integer value between 1 and 99. For more information about specifying all xxPCT installation option values, see the considerations cited in the description of the URPCT=20 installation option.

In the LR key store, BMC AMI Log Master maintains a copy of log records that require row completion processing. The default value is 40.

Before changing the distribution of key store memory, see STOREOPTS statement, MEMPERCENT syntax option.

Directs BMC AMI Log Master to request your storage management software to migrate any recalled data sets to their original status. BMC AMI Log Master issues migrate requests at the end of a log scan or when a job requires a greater number of data sets than the DASDDSNS value. Values for MIGRATE are as follows:

The DASDDSNS value defines limits for this installation option. If a job requires more data sets than the DASDDSNS value permits, BMC AMI Log Master migrates data sets even when this installation option is set to NO.

BMC AMI Log Master always attempts to migrate the data set back to its original migration level. The BMC AMI Log Master data set migration feature can migrate only data sets that are managed by the IBM product DFSMShsm. (The related early recall feature works with most storage management software.)

Before you enable migration of recalled data sets, evaluate the settings of the SMSTASKS, ERLYRCL, and DASDDSNS options to ensure that they are appropriate for your environment.

You can override the installation option value at runtime by specifying the OPTION statement, MIGRATE syntax option.

Determines whether BMC AMI Log Master terminates at the end of processing, or waits for data set migration requests to complete. Values for MIGRWAIT are as follows:

You can override the installation option value at runtime by specifying the OPTION statement, WAIT syntax option.

Specifies how BMC AMI Log Master determines the log scan end point when it runs in a data sharing environment. Set this installation option to YES to obtain the same end point across all members of the data sharing group. This installation option applies only in a data sharing environment.

Values for MINLOGPT are as follows:

For each member, 

BMC AMI Log Master

 determines an end point based on the logging activity for that member. 

BMC AMI Log Master

 then uses the earliest end point found on any member of the data sharing group. The following figure shows the end points that 

BMC AMI Log Master

 selects depending on the value of MINLOGPT. Note that when MINLOGPT is YES, 

BMC AMI Log Master

 selects only some of the log records on MEMBER01 and does not select any of the log records on MEMBER03. If the log scan is an ongoing log scan, subsequent runs select the log records omitted during this run. MINLOGPT Options flow

You can override the installation option value at runtime by specifying the OPTION statement, MINLOGPT syntax option.

Specifies whether to use BMCSORT or AMISORT when sorting is required

You can override the installation option value NEWFUNC=ENABLE at the JOBSTEP level by using NONEWFNC DD, which is NONEWFNC DD DUMMY.

Before enabling AMISORT, you might need to configure a specific DFSMS STORCLASS for dynamic allocation of SORTWORKs. If there is no DFSMS STORCLASS dictated by your installation for allocation of SORTWORKs, you might omit this step, otherwise refer to the WKSTOR= installation option.

Determines how BMC AMI Log Master opens the data sets that Db2 addresses directly (such as the VSAM files that contain table spaces and the archive log files). Values for OPNDB2ID are as follows:

For more information, see RACF authority.

Determines how BMC AMI Log Master responds if the user running the online interface does not enter a log file name when specifying Db2 log data sets. This installation option applies only to the online interface, and only in a data sharing environment.

This option determines how many members of the data sharing group BMC AMI Log Master searches for eligible log files. Depending on the OSRCHCNT value, BMC AMI Log Master displays a list of eligible log file names for each member of the data sharing group. The user running the online interface can then select log files. The default value is 3. Use the following guidelines when specifying a value for OSRCHCNT:

• If the value is less than or equal to the number of members in the data sharing group, BMC AMI Log Master lists the eligible log file names for each data sharing member.
• If the value is greater than the number of members in the data sharing group, BMC AMI Log Master does not list the eligible log file names.

Specifies a valid Data Facility Storage Management System (DFSMS) storage class that BMC AMI Log Master uses for dynamic allocation of data sets other than sort work data sets. This option does not have a default value. Do not specify a value of VIO for this option.

You can override the installation option value at runtime by specifying the SORTOPTS statement, PARMOPTS STORCLAS syntax option.

Specifies a unit name that BMC AMI Log Master uses for dynamic allocation of data sets other than sort work data sets. Specify any unit name where you can allocate temporary data sets. This option has no default value. If you do not specify a value, the storage management software in your environment uses its default values.

You can override the installation option value at runtime by specifying the SORTOPTS statement, PARMOPTS UNIT syntax option.

Specifies the batch execution Db2 plan for BMC AMI Log Master. The default value is ALPBvvr, where vvr represents the version and release level of BMC AMI Log Master. You can specify any valid Db2 plan name.

Specifies the online interface Db2 execution plan for BMC AMI Log Master. The default value is ALPOvvr, where vvr represents the version and release level of BMC AMI Log Master. You can specify any valid Db2 plan name.

Specifies either a prefix or an eight-character plan name that BMC AMI Log Master uses to execute generated SQL. BMC AMI Log Master invokes the Db2 BIND command to create the actual plan dynamically before executing any generated SQL. The default value is ALP. Other valid values for PLANESQL are as follows:

You can override the installation option value at runtime by specifying the EXECSQL statement, PLAN NAME syntax option.

Determines whether BMC AMI Log Master grants the authority to run BMC AMI Log Master (execute against the BMC AMI Log Master base plan) to PUBLIC. Use this option to avoid specific grants of authority to individual users. Valid values include:

Excludes members of a data sharing subsystem from being considered during processing if they have been quiesced. This prevents BMC AMI Log Master from accessing BSDS and log data set information from long dormant members.

If QUIESCEAGING is set to –1 (the default value), BMC AMI Log Master does not exclude quiesced members. If QUIESCEAGING is set to any other value, BMC AMI Log Master subtracts that number of days from the current date and time for comparison with the timestamps of quiesced members.

Do not select a value that excludes members whose log data might be required during LOGSCAN or row completion processing.

You can override the installation value at runtime by specifying QUIESCE AGING  on the OPTION statement.

Determines the keyword that BMC AMI Log Master includes in the recovery syntax that it generates as part of an automated drop recovery job step. To accomplish a drop recovery, BMC AMI Log Master creates syntax for the BMC AMI Recover for Db2 product. BMC AMI Recover supports two keywords for recovering indexes.

Values for REBUILD are as follows:

When running in a remote site, specifies the order in which BMC AMI Log Master uses image copy resources for both completion processing and compression dictionary access for data decompression. The default sequence is remote primary (RP), remote secondary (RB), and IBM FlashCopy (FC). You can specify one to five values from FC, LP (local primary), LB (local secondary), RP, and RB in the sequence in any order.

Specifies the amount of memory (below the 16-MB line) that BMC AMI Log Master instructs the sort routine to reserve for processing other than sort processing.

We recommend that you always specify this parameter as zero (the default value). This action allows BMC AMI Log Master to use default values to allocate sort memory. You can enter a value as a number of bytes, kilobytes (using the suffix K), or megabytes (using the suffix M).

You can override the installation option value at runtime by specifying the SORTOPTS statement, RESINV syntax option.

Specifies the number of days that BMC AMI Log Master keeps ongoing and history records in the Repository tables for a specified work ID.

Values for RETAINTIME are as follows:

The RETAINTIME installation option is applied only when:

• WORKID and LOGSCAN statements are defined
• The REPOS DELETE statement is not defined
• The LOGSCAN statement includes an ONGOING HANDLE, in which case the option is applied only to the ongoing Repository table.

This option applies to the ongoing Repository table named ALPURID and to the following history Repository tables:

• ALPWHIS
• ALPWLSH
• ALPRPTF
• ALPLOGF
• ALPSQLF
• ALPDDLF
• ALPCMDF
• ALPLODF
• ALPADRF

Specifies the maximum amount of memory that the sort routine can use. The SMCORE installation option requires you to specify two values:

• The first value specifies the total amount of memory that is used both below and above the 16-MB line.
• The second value specifies only the amount of memory that is used below the 16-MB line.

You can enter either value as a number of bytes, kilobytes (using the suffix K), or megabytes (using the suffix M).

We recommend that you specify zero for both SMCORE values (as 0M or 0K). This action specifies the BMC AMI Log Master default values (currently 6M, 384K if a FILSZ value is not specified) for the amount of storage to allocate above and below the 16-MB line.

If FILSZ estimate syntax is coded under SORTOPTS, BMC AMI Log Master determines the default SMCORE values by using the minimum storage required by BMCSORT when all of the following conditions exist:

• You accept the default values of 0 for the SMCORE installation option.
• You specify a value for the FILSZ keyword in the SORTOPTS statement.
• You do not specify SMCORE values in the SORTOPTS statement.

The value of the SMCORE option affects the performance of BMC AMI Log Master sort actions. To further affect the performance of sort actions, you can also do the following:

• Control how the sort routine allocates sort work data sets, as described in Defining-sort-work-data-sets
• Estimate the amount of data to be sorted, and pass that estimate to the sort routine, as described in Sort file size parameters.

You can override either installed SMCORE value at runtime. For more information, see SORTOPTS statement, SMCORE syntax option.

Limits the number of early recall subtasks that BMC AMI Log Master creates. Use this installation option to optimize performance when log processing requires large numbers of migrated files.

Enter a maximum number of subtasks. To allow BMC AMI Log Master to determine the number of subtasks, enter 0 (the default value). When you specify 0, BMC AMI Log Master sets the SMSTASKS value as follows:

• In a non-data sharing environment, BMC AMI Log Master sets SMSTASKS to 1.
• In a data sharing environment, BMC AMI Log Master sets SMSTASKS equal to the number of data sharing members.

You can override the installation option value at runtime by specifying the OPTION statement, SMSTASKS syntax option.

Indicates whether BMC AMI Log Master uses the sort routine’s dynamic allocation rules or allows a user to specify allocation characteristics. Values for SORTDYN are as follows:

You can override the installation option value at runtime by specifying the SORTOPTS statement, SORTDYN syntax option.

Specifies the tape device names of data sets that BMC AMI Log Master allocates for reading log files. Enter a list of valid tape device names and separate multiple names with commas. The default values are CART and TAPE.

Specifies the character string that BMC AMI Log Master uses to indicate truncated Db2 object names within the online interface. When Db2 object names are longer than the fields that you use to view or edit them, BMC AMI Log Master initially displays truncated versions of the names. These characters identify truncated names and mark the position of the truncated portion. To display the complete Db2 object names, position the cursor in a field and press F4.

Enter a string up to 8 characters long. The default value is >>.

Defines which part of Db2 object names BMC AMI Log Master truncates for display within the online interface. When Db2 object names are longer than the fields that you use to view or edit them, BMC AMI Log Master initially displays truncated versions of the names. Use this installation option to include the meaningful or unique parts of Db2 object names in the truncated names, depending on the object naming standards in your environment. Values for TRPOS are as follows:

Defines the rule to determine when DST begins and ends, enabling BMC AMI Log Master to calculate the dates and times for the changes each year.

This installation option enables BMC AMI Log Master to adjust day and time values when you run BMC AMI Log Master after a DST change, but scan log records that are from a period before the time change, which is called scanning across a DST boundary.

The default value, NONE, indicates that your locale does not observe DST or that you do not want BMC AMI Log Master to make adjustments for DST. To enable DST adjustment, you must define day and time values as a character string in the following format, including quotation marks:

Specifies the order in which BMC AMI Log Master reads any Db2 log files that you explicitly define. (To explicitly define log files, use the DB2LOG keyword of the INPUT statement.) BMC AMI Log Master can read the log files in the order that you specify, or it can reverse your order (reading the last-specified log file first). The default value is ASCENDING.

Values for ULOGORD are as follows:

BMC AMI Log Master expects to read log files from the lowest RBA/ LRSN value to the highest. Therefore, if you specify a list of log files that is not in RBA/LRSN order after BMC AMI Log Master applies the ULOGORD setting, you might encounter errors.

Determines whether BMC AMI Log Master sets the z/OS allocation flags to direct the operating system to wait for allocation to occur in the event of an unavailable unit, volser, or data set, or immediately fail allocation.

Values for UNITWAIT are as follows:

Specifies the maximum number of data changes that BMC AMI Log Master processes within one unit of work, as represented by one unit of recovery identifier (URID). In this context, a data change is an insert, update, or delete action that affects one or multiple rows in a database. When a change affects multiple rows, BMC AMI Log Master counts one change for each affected row.

Use this installation option to limit the negative results that can occur when a URID contains an excessive number of data changes. Use this installation option only if you experience such negative results.

When BMC AMI Log Master scans a URID that contains an extremely large number of data changes, BMC AMI Log Master can require more memory than is available, and perform poorly or terminate abnormally. The point where these results occur depends on factors in your environment, such as the amount of memory that you allocate to BMC AMI Log Master or the size of your log records. Values for URIDTHR are as follows:

If BMC AMI Log Master ignores data changes within a URID, it might not be able to complete all of the log records that it requires. When BMC AMI Log Master cannot complete all log records, it terminates with an error message.

You can override the installation option value at runtime by specifying the OPTION statement, URID THRESHOLD syntax option.

Specifies the percentage of key store memory that is allocated to the URID (UR) key store. Enter an integer value between 1 and 99. The default value is 20.

In the UR key store, BMC AMI Log Master maintains information about each unit of recovery that it encounters within the range of a log scan.

Before changing the distribution of key store memory, see STOREOPTS statement, MEMPERCENT syntax option.

Considerations for all xxPCT values:

• All xxPCT values represent percentages of the total amount of key store memory (for more information, see KSMEMORY=100M, 10M). The percentage values of the xxPCT installation options (URPCT, LRPCT, FCPCT, BCPCT, and ANPCT) must add up to 100 percent, including any default values that you do not specify explicitly. To avoid confusion, specify a value for all xxPCT options even if you are not changing the default value.
• When a job reads input from a logical log file, BMC AMI Log Master redistributes all available key store memory to the UR key store, regardless of your specifications. BMC AMI Log Master takes this action because it does not require the other key stores to process logical log input.

Indicates whether BMC AMI Log Master uses the SYSIBM.SYSLGRNX tables to determine the ranges for a log scan. Use this installation option only in a data sharing environment. BMC AMI Log Master can use the SYSLGRNX tables during the initial log scan to determine whether the Db2 log of a data sharing member contains information about your selected database objects. BMC AMI Log Master reads the SYSLGRNX table only when a WHERE clause or filter refers to specific Db2 objects (columns, tables, table spaces, or databases).

Values for USELGRNG are as follows:

You can override the installation option value at runtime by specifying the OPTION statement, USELGRNG syntax option.

Specifies the order in which BMC AMI Log Master reads active and archive log files. For all log scans, BMC AMI Log Master searches the log files in the order that you enter. Specify log keywords in any order. Omit keywords for log files that you do not want BMC AMI Log Master to consider. If you omit keywords, BMC AMI Log Master can terminate with error messages if it cannot find required log records in the log files that you have specified. The default order is ACT1, ACT2, ARCH1, and ARCH2.

You can override the installation option value at runtime by specifying the OPTION statement, RESOURCE SELECTION LOGS syntax option.

Values for USELOGS are as follows:

Specifies whether BMC AMI Log Master should process and use the delete record logged by the DSNUTILB utility when invoked by the Db2 LOAD or REPAIR utilities or by the EXEC SQL statement.

You can override the installation option value at runtime by specifying the OPTION statement, USE UTILITY DELETES syntax option.

Specifies the plan names of any third-party Db2 load or reorganization utilities. If BMC AMI Log Master knows the plan names of these utilities, it can recognize and process log records that they create.

If your environment uses third-party load or reorganization utilities, enter the plan names for the utilities. For the BMC LOADPLUS for DB2 product and the REORG PLUS for DB2 product, use the value of the PLAN installation option. The default value of PLAN is PPPvvrm, where PPP represents the product code (AMU or ARU), vv represents the version level, r represents the release level, and m represents the maintenance level of the product.

This option has no default value. If you do not enter the plan names for these utility products, BMC AMI Log Master does not interpret their log records.

Specifies a valid DFSMS storage class that BMC AMI Log Master uses for dynamic allocation of large temporary files and sort work data sets. This option has no default value.

Specify any valid DFSMS storage class.

You can override the installation option value at runtime by specifying the SORTOPTS statement, WORKOPTS STORCLAS syntax option.

Specifies the unit name that BMC AMI Log Master uses for dynamic allocation of sort work data sets. Specify any unit name where you can allocate temporary DASD data sets. This option has no default value. If you do not specify a value, the storage management software in your environment uses its default values.

Specify any valid unit.

You can override the installation option value at runtime by specifying the SORTOPTS statement, WORKOPTS UNIT syntax option.

Specifies the number of sort work data sets that BMC AMI Log Master uses. The default value is 0, which indicates that the number of data sets is set dynamically by the sort routine. You can specify any number from 1 to 255.

You can override the installation option value at runtime by specifying the SORTOPTS statement, WORKOPTS NUM syntax option.

Specifies a prefix that BMC AMI Log Master uses in the names of XML VSAM files. BMC AMI Log Master constructs the data set name by using this prefix, the database identifier (DBID) of the XML column, the page set identifier (PSID) of the column, and a sequentially incremented data set number. To avoid duplicate data sets during repeated log scans, consider using symbolic values such as &DATE. and &TIME. in the prefix that you define.

Values for XMLPREF are as follows:

• Any valid name, up to 34 characters long
• A symbolic substitution (such as &SYSUID)

You can override the installation option value at runtime by specifying the XMLOPTS statement, PREFIX syntax option.

Controls whether BMC AMI Log Master attempts to use IBM System z Integrated Information Processors (zIIPs). BMC AMI Log Master can use enclave service request blocks (SRBs) to enable zIIP processing automatically while running jobs. Using zIIP processing can reduce the overall CPU time for BMC AMI Log Master jobs. To enable and use zIIP processing with BMC AMI Log Master, the following conditions must exist:

• You must have an installed and authorized version of the EXTENDED BUFFER MANAGER (XBM) product or the SNAPSHOT UPGRADE FEATURE (SUF) technology
• You must start and maintain an XBM subsystem in your environment
• You must have a zIIP available in your environment

For more information about the XBM component that enables the use of zIIPs, see the SNAPSHOT UPGRADE FEATURE for DB2 documentation.

Values for zIIP are as follows:

You can override the installation option value at runtime by specifying the OPTION statement, zIIP syntax option.