Borland C++

Borland Turbo C++BorlandBorland CBorland C/C++Borland Power Pack
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows.wikipedia
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Turbo C++

C++
It was the successor to Turbo C++, and included a better debugger, the Turbo Debugger, which was written in protected mode DOS. :Turbo C++ → Borland C++ → Borland C++Builder → CodeGear C++Builder → Embarcadero C++Builder
It was designed as a home and hobbyist counterpart for Borland C++.

Borland Turbo Debugger

Turbo Debugger
It was the successor to Turbo C++, and included a better debugger, the Turbo Debugger, which was written in protected mode DOS.
Later Turbo Debugger, the stand-alone Turbo Assembler (TASM), and Turbo Profiler were included with the compilers in the professional Borland Pascal and Borland C++ versions of the more restricted Turbo Pascal and Turbo C++ suites for MS-DOS.

Object Windows Library

OWLObjectWindowsObjectWindows Library
Object Windows Library (OWL): A set of C++ classes to make it easier to develop professional graphical Windows applications.
In 1991, Borland introduced Borland C++ 3.0 which included OWL 1.0.

C++Builder

C++ BuilderBorland C++ BuilderBorland C++ Builder 6.0
:Turbo C++ → Borland C++ → Borland C++Builder → CodeGear C++Builder → Embarcadero C++Builder

C (programming language)

CC programming languageC language
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows.

C++

C++ programming languageC++98C with Classes
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows.

Integrated development environment

IDEIDEsdevelopment environment
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows.

MS-DOS

DOSMS-DOS 5.0MS-DOS 6.0
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows.

Microsoft Windows

WindowsPCMS Windows
Borland C++ is a C and C++ IDE (integrated development environment) for MS-DOS and Microsoft Windows.

Protected mode

protected-mode16-bit protected mode286 protected mode
It was the successor to Turbo C++, and included a better debugger, the Turbo Debugger, which was written in protected mode DOS.

Turbo Vision

Turbo Vision: A set of C++ classes to create professional applications in DOS.

Dialog box

dialogdialog boxesAbout box
Those classes mimics some of the aspects of a Windows application like: dialog boxes, messages pumps, menus, accelerators, etc.

Message passing

message-passingmessagesmessage
Those classes mimics some of the aspects of a Windows application like: dialog boxes, messages pumps, menus, accelerators, etc.

Menu (computing)

menumenuspull-down menu
Those classes mimics some of the aspects of a Windows application like: dialog boxes, messages pumps, menus, accelerators, etc.

Borland Graphics Interface

BGI
Borland Graphics Interface: A library of functions for doing simple, presentation-style 2D graphics.

Color Graphics Adapter

CGACGA graphicsColor Graphics Adapter (CGA)
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.

Enhanced Graphics Adapter

EGAEGA graphics16 colors
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.

Video Graphics Array

VGAVGA graphicsVGA card
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.

Pointer (computer programming)

pointerpointerspointer arithmetic
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.

Application programming interface

APIAPIsapplication programming interfaces
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.

Debugger

debuggersdebuggingDebugger front-end
If some error is found, a pop-up window appears, the debugger can stop, or a log is written to disk.