You should only create or update a configuration file using the dbfhconfig command line utility.
set MFDBFH_CONFIG=<location-and-name-of-file>
If you do not set this variable, a file named MFDBFH.cfg is assumed to be located in the current directory.
dbfhconfig -add -server:<server-name> -provider:db2
where <server-name> is the name of the database server instance. An entry of localhost:<port> is also valid, which defaults to your machine name. If you have already updated the configuration file with the Db2 datastores, this entry will already exist, and you will receive a message informing you of this; you can skip to the next step.
Now specify the required databases within the instance.
dbfhconfig -add -server:<server-name> -dsn:<dsn-name> [-db:<existing-db>] -type:datastore -optio:<opts> -name:<dsname> [-user:<user-name>] [-password:<password>] [-bitism:<bit>] [-connect:<connection-string>]
where <dsn-name> is the ODBC data source for the datastore, or if you are using a connection string (instead of an ODBC data source), it is a unique name within the Db2 configuration in which to reference the datastore; <existing-db> (which is optional) is the name of an existing database in which to store the datastore - if this option is omitted, a new database is created; <opts> are the optimizations to be applied to I/O operations, <dsname> is the actual name of the datastore (as configured in the data source properties); <user-name> and <password> are valid credentials for the instance - you do not need to specify theses if you are using a connection string; <bit> is the bitism of the associated ODBC data source - you do not need to specify this if you are using a connection string; and <connection-string> is the database connection string if you are establishing a database connection without the use of an ODBC data source - see Database Connection Strings for the database-specific syntax.
option | description |
---|---|
all | All optimizations applied, as if +<opt> had been specified for each available option. You can then selectively disable certain options using -<opt>. |
none | No optimizations applied. |
{+|-}oiseq | Enables (+) or disables (-) optimizations for line-sequential files opened for input. |
{+|-}ooseq | Enables (+) or disables (-) optimizations for line-sequential files opened for output. |
{+|-}oi | Enables (+) or disables (-) optimizations for ESDS, KSDS, and RRDS files opened for input. |
{+|-}oo | Enables (+) or disables (-) optimizations for ESDS, KSDS, and RRDS files opened for output. |
The following is an example of a configuration file that contains a datastore, a region database, and a cross-region database, using direct connection syntax. As the login credentials are required to establish a connection to this database, the secrets vault has also been enabled: see Configure a Secrets Vault for the Micro Focus Database File Handler for more information.
<datastores usevault="true"> <server name="localhost:50000" type="db2" access="odbc"> <dsn name="DB2.VSAM" type="datastore" dsname="VSAM" optio="none +ooseq" dbname="MYMFFILS" connect="$$vault$$"/> <dsn name="DB2.SEQ" type="datastore" dsname="VSAM" optio="none +ooseq" bitism:"32" userid="db2admin" password="$$vault$$"/> <dsn name="DB2.ESDEMO" type="region.cas" region="ESDEMO" feature="all" dbname="MYMFFILS" connect="$$vault$$"/> <dsn name="DB2.CROSSREGION" type="crossregion.cas" dsname="$XREGN$" dbname="MYMFFILS" connect="$$vault$$"/> </server> </datastores>
If you have not already created the databases using the SQL script files, you must use the dbfhadmin command line utility to run the scripts; after which, use dbfhdeploy to add files to the datastores.