Borland C++ 5.2

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Borland C++ 5.2

Enabling the debugger in Borland C 5.02 By: Christopher Moeller Abstract: If the debugger doesn't seem to stop when you set breakpoints, it may need to be manually turned on. The Borland C 5.5 Compiler is the high performance foundation and core technology of Inprise/Borland's award-winning Borland CBuilder product line and is the basis for Inprise/Borland's recently announced CBuilder(TM) 5 development system for Windows 95, 98, NT, and Windows 2000. Borland C is a C and C IDE (integrated development environment) for MS-DOS and Microsoft Windows.It was the successor to Turbo C, and included a better debugger, the Turbo Debugger, which was written in protected mode DOS. The Borland C Compiler (BCC) is the foundation and core technology of C Builder 5. Borland C Compiler is a blazingly fast 32-bit optimizing compiler. It includes the latest ANSI/ISO C language support including, the STL (Standard Template Library) framework and C template support and the complete Borland C/C Runtime Library (RTL). Borland History Founded in 1983, Borland has helped thousands of organizations improve and automate their software development capabilities. In 2009 Micro Focus acquired Borland, and continues to support the needs of software teams who must rapidly adapt to the increasing volume and velocity of evolving business requirements.
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Borland C++ 5.02 Download Free
Borland C++ 5.5 Free Download
Borland C++ 5.02
 The essential DOS environment for embedded devices 
ROM-DOS was introduced in 1989 as an MS-DOS compatible operating system engineered specifically for embedded developers. The most robust DOS available to serve the embedded marketplace, ROM-DOS enables current desktop hardware in legacy implementations. ROM-DOS continues to have backward compatibility build options, and is the fastest way to connect an embedded system to the Internet.
OEMs are now able to take advantage of large disk drives and Long File Names with ROM-DOS 7.1. With as little as a 186 CPU, a small amount of RAM and flash memory or other non-volatile storage, OEMs can create a low cost system in no time.
 Datalight offers two ROM-DOS options: ROM-DOS Software Development Kit provides unrivaled flexibility to embedded developers.
ROM-DOS Single User Version is a DOS solution perfect for desktop users and OEMs wanting a single seat replacement DOS.
 The benefits of ROM-DOS include: Embedded Design Features
Foundational OS
Connectivity Tools
Product Technical Support
How ROM-DOS Works In any computer system, an operating system has many responsibilities. Operating systems perform basic tasks, such as recognizing input from the keyboard, sending output to the display screen, keeping track of files and directories on the disk and controlling peripheral devices such as disk drives and printers. They also serve as the software platform on top of which other application programs can run. The application programs must be written to run on top of a particular operating system.
ROM-DOS™ provides a well-known, well-documented interface for application programs to send and receive information for other devices throughout the computer. Although it is possible to design application programs that bypass the operating system and communicate directly to hardware, this is generally ill advised. Since ROM-DOS is responsible for such activities as disk access and memory allocation, bypassing ROM-DOS and communicating directly to the hardware is like sky diving without a second chute. You can do it, but if something goes wrong, you are in for a world of trouble.
ROM-DOS communicates to the application and device drivers through the use of defined interrupts. For stability and efficiency, applications should be designed so that all communication from the application runs through the ROM-DOS kernel.
Designing a system so that all access to devices and system resources runs through the ROM-DOS kernel provides a high level of stability, enabling systems to run unmonitored without needing to reboot for extended periods of time.  System Requirements 
The minimum system requirements for your target hardware are:
186 or higher processor
ROM based operation requires 60K to 90K of ROM or Flash
Internet connectivity requires a packet driver or modem connection

Additional documents providing more technical details are available in Resources 
ROM-DOS Product Details
ROM-DOS™ is the industry leader of DOS technologies and delivers features including kernel level FAT32 and Long File Name support. Committed to embedded developers, Datalight offers source code modules in library and assembly format that allow developers control over their DOS. Datalight is committed to ROM-DOS for the long-run, and continues to provide technical support.
Embedded Features
 ROM-DOS contains embedded features such as a configurable ROM-DOS BUILD utility. ROM-DOS BUILD Utility - ROM-DOS BUILD utility enables developers to include or exclude a variety of features such as Kernel options, device drivers, FAT32 & Long File Name support and other ROM-DOS capabilities. By removing these, a smaller footprint can be generated providing more memory for application and data storage.
 SOCKETS™ Internet Connectivity 
ROM-DOS incorporates a suite of tools, including a compact TCP/IP stack, that advance the embedded device from stand-alone to Internet enabled. The SOCKETS suite supports applications that provide embedded systems with the ability to send and receive email, transfer files via FTP, run a remote console or be viewed from a local web browser.
E-Mail - The system can be controlled remotely via specific e-mail messages that control the system behavior. Notification can be delivered to a server that monitors many systems, or to an operator via a message to a desktop e-mail address, cell phone or pager.
Optional 32 bit Sockets Kernel - Socket32 provides a stand-alone interactive 32 bit TCP/IP stack that contains FTP and Telnet clients, HTTP, Remote Console, Echo, UDP and Discard servers, WebDOS Commander, CGI Demo and status console including protocol tracing facilities. Socket32 is based on the DJGPP compiler tools and offers conventional RAM savings over the real-mode Sockets kernel. Contact support@datalight.com for more information and instructions on downloading this SDK add-on. 
Web Server - SOCKETS provides a web server that allows an embedded system to be viewed and controlled from a web browser. Change application variables using the Server Side Includes (SSI) functionality. Other applets can be spawned using the Common Gateway Interface (CGI) in the web server.
Security - User authentication is performed on multiple levels. The web server uses a password file to define the rights of a connecting client. A second access file has the ability to assign specific access rights on a directory level. The remote call back feature has the host system call the remote system; the remote system detects the call and hangs up immediately. It then calls the host at a predetermined phone number. This is one of the most economical security options.
File Transfer - Files can be sent and received from a SOCKETS system using the Internet standard File Transfer Protocol (FTP) with the FTP server. This enables a user to update applications running on the remote system or retrieve data files from the system.
Remote Console - Allows access through MicrosoftÃ† Internet Explorer and appears as a DOS box on the browser. Status on the remote embedded system can be easily monitored. Applications such as diagnostics can easily be run and results read and presented in HTML format where a DOS box isn't preferred.
 Desktop Disk Accessibility 
ROM-DOS supports full file access on standard Desktop FAT32 disks, the FAT16 hard disk format used for today's Compact Flash cards, and the FAT12 used for the smallest types of removable media like floppy disks. Also MicrosoftÃ† WindowsÃ† Long File Names are supported for any of these disk formats.
FAT32 - Windows hard disks are supported with FAT32. The disk support is completely transparent to the application program, so no application changes are required to access files on huge disks. No new API's are required to support these disks.
FAT16 - ROM-DOS supports the standard FAT16 disk format for Compact Flash Cards or other smaller disk formats.
Long Filename Support (LFN) - Files on any size disk can be accessed easily with Long File Names. Long File Names can be read, written and deleted with ROM-DOS. Long File Names are accessed using the standard Windows / DOS APIs.
 Rapid Development 
Datalight reduces time to market by providing a suite of tools that enables rapid application development needed to complete a product on time.
Software Development Toolkit (SDTK) - The ROM-DOS SDTK includes Borland C compiler and linker, Turbo Assembler as well as tools developed by Datalight engineers for use specifically with Datalight products.
 System Requirements 
The minimum system requirements for your target hardware are:
186 or higher processor
ROM based operation requires 60K to 90K of ROM or Flash
Internet connectivity requires a packet driver or modem connection
 ROM-DOS Benefits: Embedded Design Features - ROM-DOS was specifically designed for use in embedded systems, and its features make it uniquely suited to embedded devices.
Foundational OS - ROM-DOS provides the closest, most direct access to x86 hardware. No other operating system can be integrated this closely with underlying hardware. This unique ability allows ROM-DOS to serve as a foundational operating system, running either underneath or alongside another operating system. Used in this manner, ROM-DOS stabilizes the underlying device operation, creating a consistent environment in which the companion OS can run to its full potential.
Connectivity Tools - ROM-DOS incorporates a suite of tools, including a compact TCP/IP stack that is designed to advance the embedded device market from stand-alone to Internet-enabled. ROM-DOS supports applications that provide embedded systems with the ability to send and receive e-mail, securely transfer files via FTP, run a private remote console or be viewed from a local web browser.
 Software Development ToolkitThe Datalight Software Development Toolkit (SDTK) supports Datalight ROM-DOS™ based products, including FlashFX® for ROM-DOS, with a standard development environment. The SDTK supplements Datalight DOS-based products by providing all of the tools necessary to complete configuration, development and deployment of both Datalight software and OEM applications. The tools include third party programs such as the Borland C/C++ 5.2 compiler and linker as well as a library of DOS development and debugging tools developed by Datalight.
 Availability 
The SDTK is shipped with the purchase of the ROM-DOS Software Development Kit and is available to existing Datalight customers.
 System Requirements 
Minimal system requirements include Windows 95/98/NT and 100MB for command line tools, 450MB for the full Borland Integrated Development Environment.
 Contents  Tool/UtilityDescription
Borland C/C++Full C/C++ compiler, linker, tools, example and help files for DOS and Windows environments
Turbo AssemblerAssembly language compiler that supports the 8086 through 586 class machines
NEDA full-featured, full-screen editor for DOS that provides simultaneous access to multiple files
LOCBinary locate tool for developing ROM-able application and BIOS extensions
PROMERGEMerges multiple files into a binary image suitable for a PROM burner
RECURSERepeats any command in all subdirectories
PROTOCreates prototypes from C source files
Getting StartedFor individuals, access the ROM-DOS Single User Version
For commercial use, Contact Sales
Datalight SOCKETS™ is the best way to Internet-enable an embedded system because it is compatible, flexible and affordable. Any ROM-DOS environment with a modem or network interface card can be connected to the Internet in a matter of minutes rather than the days or weeks required by compile-in networking libraries. By including SOCKETS in ROM-DOS, Datalight lowers the entry cost and early risk associated with complex and costly competitive products.
Product DetailsDatalight SOCKETS provides standard communications applications and the facilities to run custom-written applications, allowing you to:
Run applications on a TCP/IP host system from a remote embedded system
Transfer data between an embedded system and TCP/IP hosts
Run network aware applications on an embedded system
Print to an embedded system from TCP/IP hosts and vice versa
Datalight SOCKETS consists of:

A TSR kernel that: Connects to a physical Ethernet or Token Ring network using a network interface with associated Packet Driver and/or to a point-to-point serial network using standard serial communication ports with or without modem dial in/out
Implements standard Internet protocols ARP, PPP, LCP, IPCP, IPv6CP, PAP, CHAP MD5, IP, IPv6, ICMP, ICMPv6, IGMP, RIP, UDP, TCP, BOOTP, DHCP and DNS
Provides IP routing support for IPv4
Provides two Application Programming Interfaces (APIs)
Provides a Socket Print client
Provides a Socket Print Server and LPD Server
Optionally keeps MIB II status and statistical information.
C libraries and source code to access the APIs including a TCP/IP Sockets library implementing the BSD Sockets abstraction; the libraries also support 32-bit applications using a DOS extender
A SOCKETS kernel building program
A SOCKETS configuration program
Utility programs to test the network and display the status of the kernel
Mail programs in binary format
Resident servers for FTP, HTTP and Remote Console including a CGI API for serving dynamic web-pages and a Remote Console Java applet to emulate a DOS console of the embedded system on a Java capable browser
A Telnet client including an ANSI/VT emulator
An FTP client and a simple HTTP file GET utility
Print clients for Socket printing and LPD printing (LPR)
A resident FTP API to implement FTP client/server functionality in user written programs
A resident RFC compliant NETBIOS API
Utilities to validate integrity and quality of all kernel APIs
Borland C++Developer(s)Borland
Operating systemMicrosoft Windows, MS-DOS
TypeIDE
LicenseProprietary software
Websitewww.borland.com
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows. It was the successor to Turbo C++, and included a better debugger, the Turbo Debugger, which was written in protected mode DOS.
Libraries[edit]Object Windows Library (OWL): A set of C++ classes to make it easier to develop professional graphical Windows applications.
Turbo Vision: A set of C++ classes to create professional applications in DOS. Those classes mimics some of the aspects of a Windows application like: dialog boxes, messages pumps, menus, accelerators, etc.
Borland Graphics Interface: A library of functions for doing simple, presentation-style 2D graphics. Drivers were included for generic CGA, EGA and VGA capability, with support for a limited number of video-modes, but more advanced, third-party drivers were also available.
Add-ons[edit]Borland Power Pack for DOS: Used to create 16- and 32-bit protected mode DOS applications, which can access a limited scope of the Windows API and call functions in any Windows DLL.

Developer(s)	Borland
Operating system	Microsoft Windows, MS-DOS
Type	IDE
License	Proprietary software
Website	www.borland.com

Borland Code Guard: Once installed and integrated within the IDE, Code Guard can insert instrumentation code in the final executable that can be used to monitor: pointer usage, API calls, how many times some function is called, and other features. If some error is found, a pop-up window appears, the debugger can stop, or a log is written to disk. Delivered for 16- and 32-bit applications.
Version history[edit]Borland C++ for MS-DOS, Windows[edit]2.0 (1991; MS-DOS)
0 (1991): New compiler support to build Microsoft Windows applications.
1 (1992): Introduction of Windows-based IDE and application frameworks (OWL 1.0, Turbovision 1.0)
0 (1993; Windows 3.x): MS-DOS IDE supported no longer, included OWL 2.0.
01
02 (1994)
5
51
52 (1995): Official support for Windows 95, OWL 2.5. Last version
53
0 (1996-03-26(base, Development Suite),[1] 1996-06-25(Design Tools);[2] Windows 3.x/95/NT 3.51[3]): Basic version includes Borland C++ 4.52, ObjectWindows Library (OWL) 5.0, Sun's Java Development Kit, Borland Debugger for Java, native 32-bit ObjectScripting IDE, Visual Database Tools (VDBT).[4] Development suite also includes CodeGuard 32/16, PVCS Version Manager, InstallShield Express, and AppAccelerator Just-in-Time for Java compiler.[5] Development Suite with Design Tools version adds Scenario View Editor, Scenario View Editor, Object Model Editor to Development Suite edition. Supports compilation of Windows 3.1/95/NT 3.51 and DOS native executables, with Windows 3.1 integrated development environment supported via BC++ 4.52. It does not (officially) work on Windows NT 4.0 (which was still in development at that time). 3rd party tests exhibited some problems on NT 4.0. C++ compiler can support ObjectWindows Library (OWL) 5.0, Microsoft Foundation Classes 3.2/4.0 libraries.
01 (1996-09-03(base, Development Suite, Design Tools)[6]): Base version now includes ViewSoft's Power Charger for MFC demo, Borland Delphi 2.0 Trial Edition, DeltaPoint's QuickSite automatic web page creation and site management tool; with ObjectWindows Library (OWL) updated to 5.01. Design Tools edition includes Together/C++ object-oriented analysis and design tools (OOAD) over Development Suite edition.
02 (1997-04-04[7]): Final independent release of the Borland C++ IDE (subsequently replaced up by the C++Builder series), final release to support compilation to (real-mode) MS-DOS target. New features include Windows NT 4.0 operating system support, MFC 4.1 library support, code signing. All versions include full OWL and MFC source codes. Corresponding to Borland C++Builder 3, the CD version of Borland C++ is free by mailing the in-box coupon from C++Builder 3 Professional package. Registered Borland C++ 5 owners can receive update for discount.
Borland C++ Compiler[edit]5.5 (2000-02-16;[8] Windows 95/98/NT/2000): Based on Borland C++Builder 5, it is a freeware compiler without the IDE from the parent product. Includes Borland C++ Compiler v5.5, Borland Turbo Incremental Linker, Borland Resource Compiler / Binder, C++ Win32 Preprocessor, ANSI/OEM character set file conversion utility, Import Definitions utility to provide information about DLLs, Import Library utility to create import libraries from DLLs, Borland Turbo Dump, Librarian, Borland C/C++ Runtime Library, ANSI/ISO Standard Template Library (STL).
C++Builder with C++ bundle[edit]Borland C++ Builder 4.0 + Borland C++ 5.02 (1999): Bundle combination to facilitate the migration to C++Builder.

A TSR kernel that: Connects to a physical Ethernet or Token Ring network using a network interface with associated Packet Driver and/or to a point-to-point serial network using standard serial communication ports with or without modem dial in/out
Implements standard Internet protocols ARP, PPP, LCP, IPCP, IPv6CP, PAP, CHAP MD5, IP, IPv6, ICMP, ICMPv6, IGMP, RIP, UDP, TCP, BOOTP, DHCP and DNS
Provides IP routing support for IPv4
Provides two Application Programming Interfaces (APIs)
Provides a Socket Print client
Provides a Socket Print Server and LPD Server
Optionally keeps MIB II status and statistical information.
C libraries and source code to access the APIs including a TCP/IP Sockets library implementing the BSD Sockets abstraction; the libraries also support 32-bit applications using a DOS extender
A SOCKETS kernel building program
A SOCKETS configuration program
Utility programs to test the network and display the status of the kernel
Mail programs in binary format
Resident servers for FTP, HTTP and Remote Console including a CGI API for serving dynamic web-pages and a Remote Console Java applet to emulate a DOS console of the embedded system on a Java capable browser
A Telnet client including an ANSI/VT emulator
An FTP client and a simple HTTP file GET utility
Print clients for Socket printing and LPD printing (LPR)
A resident FTP API to implement FTP client/server functionality in user written programs
A resident RFC compliant NETBIOS API
Utilities to validate integrity and quality of all kernel APIs
Borland C++Developer(s)Borland
Operating systemMicrosoft Windows, MS-DOS
TypeIDE
LicenseProprietary software
Websitewww.borland.com
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows. It was the successor to Turbo C++, and included a better debugger, the Turbo Debugger, which was written in protected mode DOS.
Libraries[edit]Object Windows Library (OWL): A set of C++ classes to make it easier to develop professional graphical Windows applications.
Turbo Vision: A set of C++ classes to create professional applications in DOS. Those classes mimics some of the aspects of a Windows application like: dialog boxes, messages pumps, menus, accelerators, etc.
Borland Graphics Interface: A library of functions for doing simple, presentation-style 2D graphics. Drivers were included for generic CGA, EGA and VGA capability, with support for a limited number of video-modes, but more advanced, third-party drivers were also available.
Add-ons[edit]Borland Power Pack for DOS: Used to create 16- and 32-bit protected mode DOS applications, which can access a limited scope of the Windows API and call functions in any Windows DLL.
Borland Code Guard: Once installed and integrated within the IDE, Code Guard can insert instrumentation code in the final executable that can be used to monitor: pointer usage, API calls, how many times some function is called, and other features. If some error is found, a pop-up window appears, the debugger can stop, or a log is written to disk. Delivered for 16- and 32-bit applications.
Version history[edit]Borland C++ for MS-DOS, Windows[edit]2.0 (1991; MS-DOS)
3.0 (1991): New compiler support to build Microsoft Windows applications.
3.1 (1992): Introduction of Windows-based IDE and application frameworks (OWL 1.0, Turbovision 1.0)
4.0 (1993; Windows 3.x): MS-DOS IDE supported no longer, included OWL 2.0.
4.01
4.02 (1994)
4.5
4.51
4.52 (1995): Official support for Windows 95, OWL 2.5. Last version
4.53
5.0 (1996-03-26(base, Development Suite),[1] 1996-06-25(Design Tools);[2] Windows 3.x/95/NT 3.51[3]): Basic version includes Borland C++ 4.52, ObjectWindows Library (OWL) 5.0, Sun's Java Development Kit, Borland Debugger for Java, native 32-bit ObjectScripting IDE, Visual Database Tools (VDBT).[4] Development suite also includes CodeGuard 32/16, PVCS Version Manager, InstallShield Express, and AppAccelerator Just-in-Time for Java compiler.[5] Development Suite with Design Tools version adds Scenario View Editor, Scenario View Editor, Object Model Editor to Development Suite edition. Supports compilation of Windows 3.1/95/NT 3.51 and DOS native executables, with Windows 3.1 integrated development environment supported via BC++ 4.52. It does not (officially) work on Windows NT 4.0 (which was still in development at that time). 3rd party tests exhibited some problems on NT 4.0. C++ compiler can support ObjectWindows Library (OWL) 5.0, Microsoft Foundation Classes 3.2/4.0 libraries.
5.01 (1996-09-03(base, Development Suite, Design Tools)[6]): Base version now includes ViewSoft's Power Charger for MFC demo, Borland Delphi 2.0 Trial Edition, DeltaPoint's QuickSite automatic web page creation and site management tool; with ObjectWindows Library (OWL) updated to 5.01. Design Tools edition includes Together/C++ object-oriented analysis and design tools (OOAD) over Development Suite edition.
5.02 (1997-04-04[7]): Final independent release of the Borland C++ IDE (subsequently replaced up by the C++Builder series), final release to support compilation to (real-mode) MS-DOS target. New features include Windows NT 4.0 operating system support, MFC 4.1 library support, code signing. All versions include full OWL and MFC source codes. Corresponding to Borland C++Builder 3, the CD version of Borland C++ is free by mailing the in-box coupon from C++Builder 3 Professional package. Registered Borland C++ 5 owners can receive update for discount.
Borland C++ Compiler[edit]5.5 (2000-02-16;[8] Windows 95/98/NT/2000): Based on Borland C++Builder 5, it is a freeware compiler without the IDE from the parent product. Includes Borland C++ Compiler v5.5, Borland Turbo Incremental Linker, Borland Resource Compiler / Binder, C++ Win32 Preprocessor, ANSI/OEM character set file conversion utility, Import Definitions utility to provide information about DLLs, Import Library utility to create import libraries from DLLs, Borland Turbo Dump, Librarian, Borland C/C++ Runtime Library, ANSI/ISO Standard Template Library (STL).
C++Builder with C++ bundle[edit]Borland C++ Builder 4.0 + Borland C++ 5.02 (1999): Bundle combination to facilitate the migration to C++Builder.
دانلود نرم افزار Borland C++ 5.2Borland C++ for OS/2[edit]Borland C++ 1.0 (1992)
Borland C++ 1.5 (1992)
Borland C++ 2.0 (1995-01-09 (base),[9] 1995-06-01 (SMART toolset)[10]): Supports OS/2 2.1 and Warp 3, OWL for Presentation Manager 2.0 library. SMART toolset edition includes Source Migration Analysis Reporting Toolset (SMART) developed by One Up Corporation for automatic migration of 16/32-bit Windows and 16-bit OS/2 codes to 32-bit OS/2.
Borland C++ 5.02 Download FreeBorland C++ (Builder) Mobile Edition[edit]Designed to be integrated with Borland C++Builder 6, initial release was to be released in late November 2002, and bundled with Borland C++Builder 6 Enterprise and Professional editions.[11]
On April 29, 2003, Borland Software Corporation announced the release of Borland C++ Mobile Edition for Series 60, Nokia Edition.[12] It includes a version of Borland C++Builder 6, Series 60 Software Development Kit (SDK) for Symbian OS, Nokia Edition (includes Nokia Series 60 emulator), C++ Mobile Edition plug-in.
C++ Mobile Edition is also available as a separate plug-in for C++Builder 6, supporting all except Trial Editions.[13]
Evolution of Borland C++[edit]Borland C++ evolved in a number of steps: Den of thieves me titra shqip filma.
Turbo C++ → Borland C++ → Borland C++Builder → CodeGear C++Builder → EmbarcaderoC++BuilderReferences[edit]Borland C++ 5.5 Free Download^'BORLAND ANNOUNCES AVAILABILITY OF BORLAND C++ DEVELOPMENT SUITE 5.0 AND BORLAND C++ 5.0 Also Announces BC++ 5.0 Object Scripting Contest -- Win a Free Lap-Top Computer!'. Archived from the original on 2001-06-18. Retrieved 2001-06-18.
^'BORLAND ANNOUNCES BORLAND C++ DEVELOPMENT SUITE WITH DESIGN TOOLS 5.0 - New Version of Acclaimed Development System Now Includes Together/C++ Object-Oriented Analysis and Design Tools'. Archived from the original on 2001-06-18. Retrieved 2001-06-18.
^Borland C++ Development Suite 5.0
^'BORLAND ANNOUNCES BORLAND C++ 5.0 FOR MICROSOFT WINDOWS 95/NT AND JAVA DEVELOPMENT - The Most Productive C++ Compiler for Windows 95 and NT now Includes Free Integrated Internet Development Tools for Java'. Archived from the original on 2001-02-07. Retrieved 2001-02-07.
^'BORLAND ANNOUNCES BORLAND C++ DEVELOPMENT SUITE 5.0 FOR MICROSOFT WINDOWS 95/NT AND JAVA DEVELOPMENT - The only comprehensive, integrated C++ Development Suite, including AppAccelerator™ Just-in-Time Compiler for Java'. Archived from the original on 2001-06-18. Retrieved 2001-06-18.
^'BORLAND ANNOUNCES AVAILABILITY OF UPDATES TO ITS AWARD-WINNING Borland C++ PRODUCTS - Products Now Include Microsoft Foundation Classes (MFC) and a Trial Version of Delphi 2.0'. Archived from the original on 2001-06-18. Retrieved 2001-06-18.
^'BORLAND SHIPS UPDATE TO BORLAND C++ 5.0 - New Service Release Provides 16- & 32-Bit Windows Development, Immediate Compatibility with Borland C++Builder - Borland C++ Design Tools Wins 'Jolt Cola Award' for Best Software Design and Management Tools'. Archived from the original on 2001-03-06. Retrieved 2001-03-06.
^'Inprise/Borland Launches Free Borland C++ Compiler'. Archived from the original on 2004-12-12. Retrieved 2004-12-12.
^'BORLAND SHIPS BORLAND C++ 2.0 FOR OS/2 - New Version Includes OWL Support and OS/2 Warp Compatibility'. Archived from the original on 2001-06-18. Retrieved 2001-06-18.
^'BORLAND SHIPS BORLAND C++ 2.0 FOR OS/2 WITH THE SMART TOOLSET - Bundle Combines Industry Standard OS/2 Compiler with Windows Migration Kit'. Archived from the original on 2001-06-10. Retrieved 2001-06-10.
^'Borland Introduces New C++ Technology to Accelerate Mobile Application Development'. Archived from the original on 2005-03-07. Retrieved 2005-03-07.
^'Nokia and Borland Announce Availability of Borland C++ Mobile Edition for Series 60, Nokia Edition'. Archived from the original on 2005-03-07. Retrieved 2005-03-07.
^'C++Builder Downloads'. Archived from the original on 2003-08-01. Retrieved 2003-08-01.
See also[edit]Borland C++ 5.02External links[edit]Borland International, Inc. Borland C++ for Windows pages: 2.0 for OS/2, 4.5, 5.0-5.01, 5.02
Inprise Corporation Borland C++ pages: C++ Compiler 5.5
Borland Software Corporation Borland C++ pages: C++ Compiler 5.5, C++ Mobile Edition
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