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 DYNA-STEP
reduces contention...
TSO STEPLIB directories are searched each time a
TSO command is entered, causing high contention on the STEPLIB
DASD volumes. DYNA-STEP reduces DASD search time and therefore,
DASD contention.
DYNA-STEP shortens response time...
Program fetch is invoked each time a TSO command is entered,
therefore the STEPLIB libraries are searched every time
a user hits enter. DYNA-STEP reduces the size of the list
to be searched, and the associated search time. The result
is improved user response time and faster access to volumes
for other users.
DYNA-STEP reduces system I/Os...
TSO STEPLIBs use CPU cycles and I/O to search the STEPLIB
directories for every command. DYNA-STEP reduces the I/O
associated with long and repetitive DASD search options.
DYNA-STEP increases DB2 flexibility...
DYNA-STEP provides a flexible tool to expedite migration
between DB2 test and production versions. Using DYNA-STEP,
DBAs can STEPLIB to multiple DB2 systems, execute multiple
DB2I sessions, and access different DB2 subsystems.
DYNA-STEP improves user service levels...
Users enjoy faster LOGON procedures, better response time,
and overall better system performance, resulting in increased
user productivity and higher user satisfaction levels.
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