TST

The TST Screen shows Temporary Storage (TS) queues that are defined in the 
TST as well as those that are currently being used.  Examining the TST Screen 
usually helps the administrator or developer to discover that application 
programs have problems retrieving data and deleting queues properly. 

The Sun MTP Temporary Storage Table (TST) is used to define Temporary Storage
queues.  The TST is used to define remote Temporary Storage queues that are 
referenced via the WRITEQ TS, DELETEQ TS and READ TS commands. In addition, if 
you desire the queue to be recoverable, it must also be specified in the TST.

The TST Screen's Table Definitions KxScrolledList displays the following 
information for each queue defined in the Sun MTP TST:

   QName   -> name of the queue
   Rec     -> indicates whether the queue is recoverable or not
   RSys    -> name of the remote system that contains the queue
   RQname  -> name of the queue as it is known on the remote system
   Group   -> name of the table group associated with the queue
   FS In   -> number of inbound function ships for the queue
   Avg In  -> average number of characters per inbound TS function ship
   FS Out  -> number of outbound function ships for the queue
   Avg Out -> average number of characters per outbound TS function ship

This Screen displays the "Total Size", or summation, of all currently active
queues above the Runtime ScrolledMenu to the right. 

The TST Screen's Runtime KxScrolledList shows statistics about TS queues 
currently in use by a Sun MTP system. The data tells how much memory or disk 
storage each queue requires and the "Total Size" used by all active TS queues
(displayed above the KxScrolledList). As application programs dynamically create
and delete TS queues, the Runtime KxScrolledList shows the new queues and 
removes deleted ones. The KxScrolledList displays the following information for 
each active queue:

   Name       -> name of the queue
   Type       -> indicates where the queue lives: memory or disk
   Size       -> size of the queue in bytes
   Items      -> number of items written to the queue
   Last Read  -> item number of the last record read from the queue
