[comp.newprod] BiiN Ada Compiler Validated

kinder@inteloa.intel.com (David B. Kinder) (01/24/89)

            For information Contact -       BiiN
                                            Mike Cox 
                                            (503) 696-4509


Hillsboro, Ore., Jan.  18, 1989 --  BiiN(tm),  the  worldwide  supplier  of
mission-critical  computing  systems, announced today the validation of its
Ada compiler under ACVC Version 1.10.

BiiN's enhanced compiler technology enabled the validation tests to be  run
in  an  unusually  short  time.   "According to the AFV, on the average, it
takes more than 15 hours to run the validation tests for an  Ada  compiler.
However,  due  to  BiiN's  technology, our run was completed in 2 hours, 45
minutes," said Anastasia Czerniakiewicz, Ada project manager at BiiN.  

ACVC Version 1.10 represents  a  significant  advance  in  the  testing  of
system-dependent  features  required  for system-level programming, most of
which are specified in Chapter 13 of the  Ada  Language  Reference  Manual.
BiiN's Ada compiler passed all the required tests, making BiiN the first to 
validate under ACVC 1.10 in the continental U.S.  

In  addition  to  providing  true  multi-tasking   in   a   multi-processor
environment,   BiiN's   compiler  includes  state-of-the-art,  Ada-specific
optimizations (e.g., redundant  constraint  elimination  and  compile  time
elaboration)  that  contribute  to  fast  execution  of the generated code.
Compiling at a rate of  more  than  4,000  lines  per  minute,  BiiN's  Ada
compiler is one of the fastest available.  

The Ada language is gaining momentum in the commercial marketplace  because
it  allows  for  the  reuse  of  code  which,  in turn, contributes to more
efficient programming.  Furthermore, it is the  only  programming  language
specifically  designed  to  handle large software systems.  BiiN's compiler
also introduces an  intelligent  Ada  recompilation  feature  that  reduces
unnecessary  recompilations  during  software development, maintenance, and
upgrades.  This capability insures that updates to public  interfaces  will
not force users to recompile their applications unnecessarily.  

The BiiN Ada compiler runs on  the  BiiN  20  and  BiiN  60,  two  recently
announced  systems  designed  for  mission-critical computing applications.
The BiiN Operating System (BiiN/OS(tm)), its tools and utilities,  and  the
BiiN Ada compiler consist of approximately two million lines of Ada code.  

To further enhance ease of programming, BiiN has developed  the  BiiN  Open
System  Interface  Extension  (BOSIX(tm))  that  provides a POSIX-compliant
interface as well as 250 Unix(r) utilities.  BOSIX  allows  programmers  to
easily port Unix-based programs to the BiiN architecture.  

"BiiN users benefit from the flexibility of the Unix environment as well as 
from the mission-critical computing characteristics embedded within  BiiN's
hardware," said Czerniakiewicz.  

These mission-critical capabilities include  dynamically  selectable  fault
tolerance and high level of security.  Both of these features are important 
to  environments  with  no  tolerance  for  error,  downtime,  or breach in
security.  

Based  in  Hillsboro,   Oregon,   BiiN   is   a   worldwide   supplier   of
mission-critical computing systems.  

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