Software programming for HP Integrity NonStop systems family data

Family data sheet
Software programming
for HP Integrity NonStop
systems
March 2015
Family data sheet | Software programming for
HP Integrity NonStop systems
Highlights
Develop software for NonStop systems using
the industry standard C, C++, COBOL and Java
programming language as well as, the NonStop
proprietary, pTAL programming language.
Leverage your investment in legacy applications
developed using C, C++, COBOL, FORTRAN, and TAL
for the NonStop CISC architecture.
Use a Microsoft Windows PC or NonStop server as
your development platform.
Integrate the native language compilers with the
Eclipse based NSDEE plug-in.
Introduction
Using modern, industry-standard development tools for NonStop, customers, and ISVs can
develop linearly scalable and highly available applications for HP Integrity NonStop i (based
on Intel® Itanium® processors) and HP Integrity NonStop X (based on x86 processors) systems
(throughout the rest of this document, the term Integrity NonStop server is used to refer to
both NonStop i and NonStop X server types). You can choose from a rich set of supported
programming languages such as C, C++, Java, COBOL, and portable Transaction Application
Language (pTAL) to develop your applications. If you have applications targeted for the legacy
NonStop Complex Instruction Set Computer (CISC) architecture, you can continue to support or
enhance those applications using the TNS tool set supported on Integrity NonStop systems.
Key features and benefits
•Develop applications for the HP Integrity NonStop systems, using:
––Industry-standard C, C++, Java, and COBOL languages
––NonStop pTAL
•Continue to leverage your investment in applications developed for the legacy NonStop CISC
architecture:
––Using TNS C, C++, COBOL, FORTRAN, and Transaction Application Language (TAL)
programming languages
––Execute TNS applications in interpreted or accelerated mode on Integrity NonStop systems
•Choose your development platform:
––Build applications on Microsoft® Windows® PCs using cross compilers
•Supported for native C, C++, COBOL, and pTAL languages
––Build applications on NonStop systems using NonStop-hosted compilers:
•Supported for native C, C++, COBOL, and pTAL languages
•Supported for TNS C, C++, COBOL 85, FORTRAN , and TAL languages
––Build applications for NonStop i systems using cross compilers hosted on NonStop X systems
•Supported for native C/C++, COBOL and pTAL languages for NonStop i systems
•Integrate the native language compilers with the Eclipse based NSDEE (NonStop
Development Environment for Eclipse) plug-in and develop NonStop software using the
modern, industry-standard Integrated Development Environment (IDE)
Programming languages for Integrity NonStop systems
Programming for Integrity NonStop systems—
highlights
• Develop applications for Integrity NonStop
systems for the Guardian or OSS environment.
• Use compilers on Windows PCs or NonStop
systems.
• Use the development toolset from NSDEE.
• Use NonStop’s unique scalability and availability
characteristics in your applications.
• Maintain a common code base between NonStop
Integrity and other platforms.
• Use mixed-language programming enabled by
the Common Runtime Environment (CRE).
2
HP provides TNS/E compilers, which generate the Explicitly Parallel Instruction Computing
(EPIC) instruction set supported by the Intel Itanium processor based NonStop i systems.
HP now provides TNS/X compilers, which generate x86 instruction set supported by the x86
processor based NonStop X systems.
Industry-standard languages on Integrity NonStop systems improve productivity, simplify
application porting, facilitate a common code base for NonStop and other platforms, and use
readily available developer skills.
You can use PC-based cross compilers to build software applications for Integrity NonStop
systems on commodity PCs. These cross compilers can be used from the Windows command
line, using the make utility, or from NSDEE. The cross compilers are independent products and
are licensed separately.
Family data sheet | Software programming for
HP Integrity NonStop systems
You can also build applications from compilers hosted on Integrity NonStop systems. These
compilers can also be invoked from NSDEE. Hosted compilers are site update tape (SUT)
products, and are licensed separately.
To debug native code built for Integrity NonStop systems, you can choose from several options:
•Native Inspect (NI) is a command-line debugger. It is an HP-supported implementation of the
open source GNU Project Debugger (GDB). Apart from helping to debug coding errors, NI also
supports detection of memory corruption and memory leak.
•NSDEE includes an integrated debugger. Built using the Eclipse debugging subsystem,
this option provides rich GUI-based debugging capabilities. The tool interfaces with NI for
executing debugging tasks. It also includes a console window, through which you can directly
access the NI command line and complete debugging tasks directly on the NonStop host.
•Visual Inspect (VI) is a Microsoft Windows-hosted graphical debugger that helps you debug
applications built for NonStop i systems.
For more information on NSDEE and VI, please refer to the data sheet available at:
hp.com/go/nonstopdev.
C/C++ for Integrity NonStop systems
The unified C and C++ compiler conforms to C99 (ISO/IEC 9899:1999) and C++98 (ISO/IEC
14882:1998) standards. The compiler also supports the Common Use C (sometimes called
Kernighan and Ritchie C or K&R C) standard.
The C runtime library functions conform to the ISO/ANSI C standard. The library also contains
functions conforming to the X/Open® UNIX® 95 specification and extensions to these standards.
The C++ library provides two distinct versions:
•The Standard C++ Library version 2 is compatible with the earlier generation of the NonStop
C++ compilers. The version 2 library includes the Tools.h++ version 7.0 Library, which protects
your investment on software applications that used Tools.h++.
•The C++ Library version 3 supports the ISO/IEC 14882:2003(E) standard. It provides a higher
level of application compatibility with other platforms.
The unified C/C++ compiler runs on and generates executables for both OSS and Guardian
environments; it supplies increased flexibility for application development and deployment.
These features allow you to:
•Have a common code base for the OSS and Guardian environments
•Port applications from other platforms onto Integrity NonStop systems
•Reduce employee training
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Family data sheet | Software programming for
HP Integrity NonStop systems
C/C++—highlights
• Use the standards-compliant v3 C++ library
while continuing to support your old code that
used Tools.h++ library.
• Leverage NonStop’s unique scalability and
availability characteristics as you build your
applications.
• Embed SQL calls in your application code.
• Run C/C++ in both OSS and Guardian
environments.
Key features and benefits
•Standards compliance—As we mentioned above, compliance with industry standards greatly
simplifies the process of porting applications to the Integrity NonStop platform. Compliance
enables you to maintain a similar code base between NonStop and other platforms.
•Improved exception handling—The C++ programming language provides strong type checking
for throws and catches.
•Template support—Offering full support for templates, the C++ programming language
includes templates as parameters to templates and qualification of templates.
•Dynamic Link Libraries (DLLs)—C++ includes full support for DLLs.
•Floating point—The languages support the industry-standard ANSI/IEEE-754 Floating-Point
standard. For compatibility with earlier generation languages, TANDEM_FLOAT is also supported.
•Threads—The OSS environment on NonStop supports the use of POSIX User Threads (PUT)
by native C and C++ applications (RVUs H06.21/J06.10/L15.02 and later). Threading on
NonStop is a user-space implementation of the POSIX User Model Thread specified in IEEE Std
1003.1, 2004.
•Hash tables—While not part of the C++ standard, certain application programming interfaces,
hash_set for example, have been implemented for compatibility with C++ implementations
from other vendors.
•Database integration—The C language enables you to interface with the NonStop SQL
database using SQL/MP or SQL/MX statements and directives embedded in your programs.
The C++ language supports the use of SQL/MX statements. The SQL pre-processors allow you
to embed SQL statements in the application code to access SQL tables, views, and cursors.
The C/C++ Programmers Guide available at the HP Support Center (HPSC) describes the
language syntax in detail, along with the other language features.
Java—highlights
• Supports Java Standard Edition version 7.
• Provides JDBC T2 driver to write applications for
NonStop SQL database.
• Provides JToolkit to write applications using
NonStop Pathway services and the Enscribe file
system.
• Provides the Java HotSpot compiler to improve
performance.
• NonStop deep ports of popular middleware
solutions such as Apache Tomcat, JBoss AS, and
Apache ActiveMQ are available.
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Java for Integrity NonStop systems
HP NonStop Server for Java (NSJ) version 7.0 Software is a certified implementation of Java
Platform, Standard Edition (Java SE) version 7.0 included in the NonStop OS bundle. This
enterprise-class software environment allows you to run standard Java applications on
Integrity NonStop systems. The environment includes the following standard Java components:
•Java Virtual Machine based Java SE 7.0
•All core Java APIs of the Java SE 7.0 JDK
•Java SE 7.0 JDK tools, except tools that require a GUI as part of their functionality
Family data sheet | Software programming for
HP Integrity NonStop systems
Key features and benefits
•Easy integration with NonStop SQL Databases—NSJ includes the driver software required to
access NonStop SQL Database tables. Applications on NSJ can access NonStop SQL relational
database management software through the standard Java Database Connectivity (JDBC) API.
•Integration with NonStop Transaction Management Facility (TMF)—NSJ supports a
transaction package that provides access to NonStop TMF. The package can be used with
the transaction-aware NonStop SQL Database drivers to define transactions across services,
such as those that include both JDBC and Java to Pathway calls.
•JToolkit—NSJ is bundled with the JToolkit software, which provides APIs and tools that enable
you to access NonStop Pathway services and the Enscribe file system from Java applications.
These Java APIs also allow you to take advantage of the productivity features of the Java
language. With these features, you can design new applications that provide deep integration
with existing software assets such as Pathway and Enscribe, as well as leverage existing
knowledge and skill sets.
•Java HotSpot compiler—NSJ provides a Java HotSpot compiler to enhance the overall
performance of your server-side Java applications.
In short, NSJ enables you to develop standard server-side Java applications with a broad range
of development tools.
For more information on NSJ, please refer to the data sheet NonStop Server for Java Standard
Edition 7.0 software at hp.com/go/nonstop -> Products -> Middleware and Java Web page.
For detailed information about these products, please refer the manuals Java 7.0 Programmer’s
Reference and NonStop Server for Java Tools Reference Pages at HPSC.
Related products
In addition to Java language support, HP provides deep ports of industry-standard, Java-based
middleware solutions on NonStop. These solutions enable development and porting of
powerful business applications that take advantage of the NonStop fundamentals of scalability
and reliability. The following products are available as part of the middleware product suite for
Integrity NonStop systems:
•HP NonStop Servlets for JavaServer Pages (NSJSP)—Based on the open source Apache
Tomcat, NSJSP implements both the servlets and JavaServer Pages specifications. NSJSP is
fully integrated with NonStop TS/MP. For more information, please refer to the data sheet
HP NonStop Servlets for JSP software at hp.com/go/nonstop -> Products -> Middleware and
Java Web page.
•HP NonStop Application Server for Java (NSASJ)—NSASJ brings the very popular open source
JEE Application Server—JBoss AS—to NonStop. NSASJ is a deep port of JBoss AS. It is fully
integrated with NonStop TS/MP, the NonStop TMF standard Java Transaction APIs, and the
NonStop SQL/MX using standard Java Persistence APIs. For more information, please refer to
the data sheet HP NonStop Application Server for Java at hp.com/go/nonstop -> Products ->
Middleware and Java Web page.
•HP NonStop Message Queue—A port of Apache ActiveMQ onto NonStop, HP NonStop
Message Queue offers a near-continuously available, near-linearly scalable, and
standards-compliant messaging system that enables applications to communicate with
one another. For more information, please refer to the data sheet HP NonStop Message
Queue at hp.com/go/nonstop -> Products -> Middleware and Java Web page.
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Family data sheet | Software programming for
HP Integrity NonStop systems
COBOL—highlights
• Leverage NonStop’s unique scalability and
availability characteristics as you build your
applications.
COBOL for Integrity NonStop systems
The NonStop COBOL compiler for Integrity NonStop systems supports the following:
•ANSI COBOL 85 X3.23-1985, ISO 1985–1989 standards
•The intrinsic function and correction amendments
• Embed SQL calls in your application code.
•ANSI X3.23a-1989 and ANSI X3.23b-1993
• Run COBOL in OSS and Guardian environments.
•ISO 1989:1985/Amd 1:1992 and ISO 1989:1985/Amd 2:1994
In addition, the COBOL compiler supports a few selected features from ISO/IEC 1989:2002.
The COBOL compiler also conforms to the ANSI Database—Embedded SQL Standard (ANSI
X3.168-1989), which helps you to develop COBOL applications that can efficiently access the
NonStop SQL Database.
The COBOL compiler runs on and generates executables for the OSS and Guardian
environments, supplying increased flexibility for application development and deployment.
These features allow you to have a common code base for both OSS and Guardian
environments, port applications from other platforms onto Integrity NonStop systems, and
reduce employee training.
Key features and benefits
•Interoperability with other languages—The CRE provides services that support mixed-language
programming, which allows multiple runtime libraries to coexist with one another. COBOL
programs can call and be called by programs written in C, C++, and pTAL.
•Database Integration—The COBOL language is completely integrated with the NonStop SQL
Database, providing complete access to tables, views, and cursors to COBOL applications.
•NonStop TS/MP integration—NonStop TS/MP software extends the start transaction
capability to the clients, and provides fault-tolerance capabilities to the servers—enabling you
to design highly available COBOL business applications.
•Direct access to NonStop server features—The COBOL language is completely integrated with
the NonStop operating system, which enables your COBOL applications to easily access the
Enscribe file system, communication network software, interprocess communication, and
process management services.
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Family data sheet | Software programming for
HP Integrity NonStop systems
pTAL—highlights
• Leverages NonStop’s unique scalability
and availability characteristics as you build
applications.
• Optimized for transaction processing.
• Runs on the Guardian operating environment.
pTAL for Integrity NonStop systems
The NonStop Portable Transaction Application Language is a high-level, block-structured
programming language designed specifically for transaction processing. The NonStop pTAL
compiler is highly optimized to generate executables for the Guardian environment on Integrity
NonStop systems. The pTAL language works very efficiently with the system hardware.
Key features and benefits
•Guardian integration—The pTAL language is optimized for the Guardian operating environment,
enabling you to effectively leverage salient capabilities of the operating environment.
•Portability—The pTAL language is specifically developed for portability across multiple
generations of Integrity NonStop systems—helping to improve your application
development investment.
•Interoperability with other languages—Routines coded in pTAL can be invoked from C/C++ and
COBOL applications. In addition, pTAL enables easy data-sharing between mixed programs.
•Direct access to Integrity NonStop server features—The pTAL language is completely
integrated with the NonStop operating system, enabling your pTAL applications to access the
Enscribe file system, communication network software, interprocess communication, and
process management.
•NonStop TS/MP integration—NonStop TS/MP software extends the start transaction
capability to the clients and provides fault-tolerance capabilities to the servers—enabling you
to design highly available pTAL business applications.
Programming languages for the NonStop CISC architecture
Programming for NonStop CISC architecture—
highlights
• Continue to leverage your investment in
application code for the legacy NonStop CISC
architecture.
• Build TNS applications on NonStop Integrity
systems.
• E xecute TNS applications in interpreted mode or
accelerated mode.
• Run your applications in the Guardian operating
environment.
HP Integrity NonStop systems include compilers for the C, C++, COBOL, FORTRAN, and TAL
languages. These compilers generate applications for the legacy NonStop CISC architecture.
These compilers are commonly referred to as TNS compilers, and the applications built using
these compilers are called TNS applications. TNS applications run on Integrity NonStop systems
in interpreted mode. Alternatively, you can accelerate the application objects using the TNS
Object Code Accelerator, which generates equivalent native instruction sets for NonStop
Integrity systems, yielding significant performance improvements.
The ability to build TNS applications and run them on NonStop Integrity systems—in either
interpreted mode or accelerated mode—helps protect and leverage your investment in the
legacy NonStop CISC architecture. Please note, however, that these applications do not benefit
from the significant architectural enhancements available in the modern NonStop Integrity
systems. In addition, the languages do not support features available in newer standards.
You can debug the TNS applications on NonStop Integrity systems using the Inspect
command-line debugger. Visual Inspect, the GUI debugger supported on NonStop i systems,
supports debugging TNS applications and provides improved developer productivity.
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Family data sheet | Software programming for
HP Integrity NonStop systems
TNS C for CISC-based NonStop systems
The C language supported for NonStop CISC architecture conforms to the C standard
ISO/IEC 9899:1990 the C language has been extended to support application programming using
the unique NonStop features and services. The C runtime functions conform to the ISO/ANSI
standard ISO/IEC 9899:1990, and they are available on the Guardian operating environment.
Key features and benefits
•Interoperability with other languages—Mixed programming capability allows C, COBOL 85,
FORTRAN, and TAL routines to be invoked from C applications, and allows C routines to be
called from one of these languages.
•Direct access to NonStop server features—You can access the NonStop OS-specific
features and services—such as the Enscribe file system, communication network software,
interprocess communication, and process management—from C programs.
•Database integration—The C language allows you to interface directly with the NonStop SQL
Database using embedded SQL/MP statements and directives—providing complete access to
SQL tables, views, and cursors.
•NonStop TS/MP integration—NonStop TS/MP software extends the start transaction
capability to the clients, and provides fault-tolerance capabilities to the servers—enabling you
to design highly available C business applications.
TNS C++ for CISC-based NonStop systems
The C++ translator (called CFront) supports the C++ language features described in “The
Annotated C++ Reference Manual (ANSI Base Document).” The CFront compiler provides
language compatibility with the C compiler and the NonStop operating system.
Key features and benefits
•Interoperability with other languages—Mixed programming capabilities allow C, COBOL
85, FORTRAN, and TAL routines to be invoked from C++ applications, and allow any of these
languages to call C++ routines.
•Direct access to NonStop server features—The TNS C++ language is completely integrated
with the NonStop operating system, which enables your C++ applications to access the
Enscribe file system, communication network software, interprocess communication, and
process management.
•Template and class library support—TNS C++ provides language support for template
instantiation at compile time. TNS C++ also supports the iostream class library and allows C++
applications to interface with the standard C runtime and user-defined libraries.
•Database integration—Even though CFront does not support embedded SQL, functions
bound in from modules implemented in C are completely integrated with the NonStop SQL
Database—providing you with complete access to SQL tables, views, and cursors.
•NonStop TS/MP integration—NonStop TS/MP software extends the start transaction
capability to the clients, and provides fault-tolerance capabilities to the servers—enabling you
to design highly available C++ business applications.
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Family data sheet | Software programming for
HP Integrity NonStop systems
Languages for the NonStop CISC architecture—
highlights
• Leverage NonStop’s unique scalability and
availability characteristics as you build your
applications.
• Support mixed-mode programming.
• Embed SQL/MP calls in your application code.
• Run your applications in the Guardian operating
environment.
TNS COBOL for the CISC-based NonStop systems
The product features and details for COBOL are exactly the same as for native COBOL for the
Integrity NonStop systems; the only exception is that TNS COBOL does not support features
from ISO/IEC 1989:2002.
TNS FORTRAN for CISC-based NonStop systems
The FORTRAN implementation for NonStop systems conforms to the ANSI FORTRAN 77
programming language (X3.9-1978) standard, and it is certified by the Federal Software
Testing Center. FORTRAN provides the advanced mathematical functions you need for scientific
and engineering applications that run on Integrity NonStop systems. FORTRAN also enables
you to write sophisticated data analysis procedures to use with business and manufacturing
applications.
FORTRAN extensions leverage the multiprocessor architecture, extended data segments,
operating system routines, fault tolerance, and file management capabilities of NonStop
systems. These extensions permit interprocess communication and facilitate manipulation of
database records.
Key features and benefits
•Direct access to NonStop server features—The FORTRAN language is completely integrated into
the NonStop operating system, enabling your applications to access the Enscribe file system,
communication network software, interprocess communication, and process management.
•Expansion for record types—A record is a collection of data objects—not necessarily of the
same type. NonStop server extensions for FORTRAN enable you to treat a record as a unit.
As an alternative, you can access the individual data objects using a symbolic name.
TAL for the CISC-based NonStop systems
The NonStop TAL is a high-level, block-structured programming language designed
specifically for transaction processing. The NonStop TAL compiler generates executables for
the Guardian environment.
Key features and benefits
•Guardian integration—TAL is optimized for the Guardian operating environment, enabling you
to leverage salient capabilities of the operating environment.
•Interoperability with other languages—TAL needs no runtime environment. Routines coded in
TAL can be invoked from C/C++ and COBOL applications.
•Direct access to NonStop server features—The TAL language is completely integrated with
the NonStop operating system, enabling your applications to access the Enscribe file system,
communication network software, interprocess communication, and process management.
•NonStop TS/MP integration—NonStop TS/MP software extends the start transaction
capability to the clients, and provides fault-tolerance capabilities to the servers—enabling you
to design highly available TAL business applications.
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Family data sheet | Software programming for
HP Integrity NonStop systems
Screen COBOL for the CISC-based NonStop systems
Screen COBOL (SCOBOL), a component of NonStop TS/MP software, is a high-level programming
language designed specifically for coding requesters. SCOBOL allows requesters to control
display terminals, communicate with external processes running outside the NonStop TS/MP
environment, control intelligent devices, and communicate with server class processes within the
NonStop TS/MP environment. SCOBOL enables you to efficiently design terminal applications.
Key features and benefits
•Ideal language for user interaction—SCOBOL allows you to display forms on the terminal
screens, accept data from the user, and send and receive messages from the external
processes that control the intelligent display devices and the servers running the NonStop
TS/MP environment.
•Interoperability with other languages—SCOBOL programs can communicate with
servers developed in any language on the NonStop server, providing language choices
for server development.
•Direct access to NonStop server features—SCOBOL programs cannot directly access NonStop
server features; but SCOBOL requesters can communicate with servers that have complete
access to the NonStop server features.
•Database integration—The SCOBOL requesters can communicate with applications integrated
with the NonStop SQL Database, providing complete access to SQL tables, views, and cursors.
Technical specification
NonStop server hosted compilers or Microsoft Windows PC-hosted cross compilers for Integrity NonStop systems
System and software requirements for PCs
Hardware
Microsoft Windows-based PC
Processor
1 GHz or faster 32-bit (x86) or 64-bit (x64) processor
Memory
Windows x86: 1 GB (2 GB recommended)
Windows x64: 2 GB (3 GB recommended)
Operating system
Windows® 7 x86/x64 or Windows® 8.1 x86/x64
Disk space
150 MB per target RVU of each cross compiler installed
HP NonStop SQL
NonStop SQL software on a NonStop server—Connectivity and access to the server is required to
compile programs with embedded NonStop SQL software.
NonStop SQL/MX software on a desktop—To compile programs with embedded NonStop SQL/MX
statements version 3.0 or later of SQL/MX preprocessors is required. Preprocessors are language-specific
and ship on SUTs with the NonStop SQL/MX product.
Build tools
Cygwin or MSIS (if you use cross compilers with the make tool)
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Family data sheet | Software programming for
HP Integrity NonStop systems
System and software requirements for Integrity NonStop systems
Hardware
Any supported Integrity NonStop server, as per the Hardware Product Maintenance List (HPML)
Operating system
Any supported H-series, J-series, or L-Series RVUs, as per the Software Product Maintenance List (SPML)
Ordering information
Microsoft Windows PC-hosted cross compilers for Integrity NonStop systems
Product ID1 (H-series)
Product ID2 (J-series)
SKU (L-series)
Product name
HSB11V2
QSB11V2
BE437AM for media
BE184AL for LTU
COBOL cross compiler3 for Integrity
NonStop systems
HSB13V2
QSB13V2
BE438AM for media
BE194AL for LTU
C/C++ cross compiler for Integrity
NonStop systems
HSB14V2
QSB14V2
BE439AM for media
BE204AL for LTU
pTAL cross compiler for Integrity
NonStop systems
NonStop-hosted compilers for Integrity NonStop systems
Product ID (H-series)
Product ID (J-series)
SKU (L-series)
Product name
HSB01
QSB01
BE176AC
COBOL compiler (includes runtime
library) for Integrity NonStop systems
HSB02
QSB02
BE177AC
COBOL runtime library for Integrity
NonStop systems
HSB03
QSB03
BE178AC
C/C++ compiler for Integrity NonStop
systems
HSB04
QSB04
BE179AC
pTAL compiler for Integrity NonStop
systems
TNS/E cross compilers on Integrity NonStop X systems
SKU (L-series)
Product name
BE433AC
TNS/E COBOL cross compiler Host
BE434AC
TNS/E C/C++ cross compiler Host
BE435AC
TNS/E pTAL cross compiler Host
Suffixes A, B, and C for these PIDs represent 5,
10, and 25 user licenses, respectively
3
Applications require the COBOL Runtime Library
to be installed on the NonStop host
1,2 11
Family data sheet | Software programming for
HP Integrity NonStop systems
NonStop-hosted TNS compilers for Integrity NonStop systems
Product ID (H-series)
Product ID (J-series)
SKU (L-series)
Product name
HSB77
QSB77
BE218AC
C/C++ compiler for NonStop CISC
architecture
HSB80
QSB80
BE220AC
COBOL 85 compiler and runtime library
for NonStop CISC architecture
HSB81
QSB81
BE221AC
COBOL 85 runtime library for NonStop
CISC architecture
H9261
Q9261
BE107AC
COBOL 74 runtime library for NonStop
CISC architecture
H9252
Q9252
BE106AC
FORTRAN compiler and runtime library
for NonStop CISC architecture
H9262
Q9262
BE108AC
FORTRAN runtime library for NonStop
CISC architecture
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