ACUFH Configuration File Variables for MSSQL

Restriction: This topic applies only when a Database Connectors license has been installed via the Micro Focus License Management System.

Before running Database Connectors, you must set the A_CONFIG environment variable to the name of the ACUFH configuration file. You may want to make and use a personalized copy of the ACUFH configuration file to avoid impacting other users. Set the A_CONFIG environment variable to identify your own personal copy. For example:

SET A_CONFIG=directory-name\my-file-name

ensures the specified configuration file is used when interfacing with your database.

This section lists the ACUFH configuration file variables that are specific to MSSQL. For ACUFH configuration file variables that are generally applicable to any RDBMS with which Database Connectors communicates, see ACUFH Configuration Variables in the Run Time Configuration section.

As a minimum, you should set the following configuration variables:

and either:

or:

Variable Description
A_MSSQL_ADD_IDENTITY Adds an extra column to any table created by the Connector
A_MSSQL_ADD_TIMESTAMP Ensures that modifications made to a row are not overwriting someone else's changes
A_MSSQL_APPROLE_NAME Allows the Connector to use approles
A_MSSQL_APPROLE_PASSWD Allows the Connector to use approles
A_MSSQL_CREATE_UNICODE_COLUMNS Creates nchar or nvarchar columns for all new text data
A_MSSQL_CURSOR_OPTION_1,

A_MSSQL_CURSOR_OPTION_2,

A_MSSQL_CURSOR_OPTION_3

Allow you to fine-tune the declaration of cursors in the Connector
A_MSSQL_DATABASE Specifies the name of the particular database to be accessed
A_MSSQL_DEADLOCK_LOOPS Can be used to instruct the Connector to re-execute an INSERT statement
A_MSSQL_DEFAULT_CONNECTION Specifies the name of the server to which the run time system connects
A_MSSQL_DEFAULT_OWNER Specifies the name of the user of a table
A_MSSQL_DO_NOT_TRANSLATE_CHAR Enables all character fields (except date fields) to be treated as binary, instead of being translated
A_MSSQL_FAILOVER_PARTNER Specifies the name of the failover partner used when multi-subnet failover support is enabled
A_MSSQL_FAILOVER_PARTNER_SPN Specifies the name of the failover partner SPN used when multi-subnet failover support is enabled
A_MSSQL_FAST_ACCESS Files opened while this variable is set to a nonzero value are optimized for forward sequential access
A_MSSQL_GRANT_PERMISSIONS
A_MSSQL_GRANT-USERNAME
A MSSQL IGNORE GUID COLUMNS Enables you to ignore columns of type GUID
A_MSSQL_LIMIT_DROPDOWN This variable allows an application to direct the interface not to perform "drop down" query generation and instead return "end of file" when the records matching the current query have been exhausted.
A_MSSQL_LOCK_DB Specifies the name of the database that holds the lock table
A_MSSQL_LOGIN Indicates the user name under which you want to connect to the database system
A_MSSQL_MAX_BINARY_LENGTH Specifies the maximum size of a COBOL variable that can be used as a BINARY data type
A_MSSQL_MAX_CHAR_LENGTH Specifies the maximum size of a COBOL variable that can be used as a VARCHAR data type
A_MSSQL_MAX_CHARACTERS Indicates the maximum number of bytes the Connector allows in a table row
A_MSSQL_MAX_COLUMNS Indicates the maximum number of columns the Connector allows in a table
A_MSSQL_MULTI_SUBNET_FAILOVER Set to TRUE to enable multi-subnet failover support for your Microsoft SQL Server connection
A_MSSQL_NATIVE LOCK_TIMEOUT Enables the native locking method (as opposed to the AcuLocks1 table being used to hold locks).
A_MSSQL_NO_CACHED_READ Determines if the 'cached-read' method, which can improve performance, is in effect
A_MSSQL_NO_COUNT_CHECK Causes the interface not to check that a record was updated
A_MSSQL_NO_DBID Causes the interface to use a Database ID of "0", instead of the actual ID of the database
A_MSSQL_NO_RECORD_LOCKS Causes all READS to be treated as READ NO LOCK
A_MSSQL_NO_TABLE_LOCKS Causes the interface to not use the AcuOpenTables1 table, which causes all table locking to be disabled
A_MSSQL_NO_23_ON_START Causes START not to detect whether records actually exist
A_MSSQL_ODBC_DRIVER_NAME Specifies the ODBC SQL Server driver name for the SQL Server interface
A_MSSQL_PACKETSIZE Sets the size of network packets
A_MSSQL_PASSWD Set to the password assigned to the database account associated with the user name specified by A_MSSQL_LOGIN
A_MSSQL_ROWCOUNT Determines how many rows are returned by a SELECT statement sent to the server
A_MSSQL_SELECT_KEY_ONLY Directs the interface to select key columns only when searching for records
A_MSSQL_SEPARATE_LOCK_CONN Determines whether a separate connect is made to handle the internal workings
A_MSSQL_SERVER_SPN Specifies the name of the server SPN used when multi-subnet failover support is enabled
A_MSSQL_SKIP_ALTERNATE_KEYS Determines whether alternate keys are used to form indexes during table creation
A_MSSQL_STRIP_PATH_INFO Strips the Servername portion from the MSSQL naming syntax
A_MSSQL_TRANSACTION_LEVEL Indicate the transaction nested level depth
A_MSSQL_TRANSLATE_TO_ANSI Causes the Connector to call the same translation function used by the Windows run time system to translate characters going to the server into the OEM character set, and to translate characters coming from the server to ANSI
A_MSSQL_UNLOCK_ON_EXECUTE Causes all invocations of I$IO using the EXECUTE opcode to unlock all records
A_MSSQL_UPDATE_PRIMARY_COLS Updates all the fields in a table in files that have only primary key fields
A_MSSQL_USE_DROPDOWN_QUERIES Causes selects sent to the database to be of the drop-down variety, instead of a single large query