NonStop Server for Java (NSJ) Programmer's Guide (NSJ 2.0+)

Compaq NonStop
TM
Kernel operating system
The operating system for Compaq NonStop
TM
systems.
Compaq NonStop
TM
ODBC Server
The Compaq implementation of ODBC.
Compaq NonStop
TM
Series/RISC
Compaq computers that support the Compaq NonStop
TM
Kernel operating system and are
based on RISC technology. Compaq NonStop
TM
Series/RISC processors implement the
RISC instruction set and are upwardly compatible with the Compaq NonStop
TM
Series
(TNS) system-level architecture. Systems with these processors include most of the
Himalaya range of servers.
Compaq NonStop
TM
SQL/MP
Compaq NonStop
TM
Structured Query Language/MP, the Compaq relational database
management system.
Compaq NonStop
TM
TM/MP
See Compaq NonStop
TM
Transaction Manager/MP (Compaq NonStop
TM
TM/MP)
Compaq NonStop
TM
Transaction Manager/MP (Compaq NonStop
TM
TM/MP)
A Compaq product that provides transaction protection, database consistency, and
database recovery. NonStop
TM
Server for Java's Compaq NonStop
TM
SQL/MP drivers call
procedures in Compaq NonStop
TM
TM/MP's TMF subsystem.
Compaq NonStop
TM
Transaction Services/MP (Compaq NonStop
TM
TS/MP)
A Compaq product that supports the creation of Pathway servers to access Compaq
NonStop
TM
SQL/MP or Enscribe databases in an online transaction processing (OLTP)
environment.
Compaq NonStop
TM
TS/MP
See Compaq NonStop
TM
Transaction Services/MP (Compaq NonStop
TM
TS/MP)
Compaq Tandem Advanced Command Language (TACL)
The command interpreter for the NonStop
TM
operating system, which also functions as a
programming language, allowing users to define aliases, macros, and function keys.
Compaq Tandem NonStop
TM
Series (TNS)
Compaq computers that support the NonStop
TM
Kernel operating system and are based
on CISC technology. Compare to Compaq NonStop
TM
Series/RISC.
complex instruction set computing (CISC)
A processor architecture based on a large instruction set, characterized by numerous
addressing modes, multicycle machine instructions, and many special-purpose
instructions. The goal of CISC design is to minimize the size of a program's machine
code, minimize the number of program instructions fetched, use relatively few registers,