Borland c builderx enterprise software#
Recognising the importance of strong performance and the latest Intel microprocessor technologies, the C++BuilderX IDE notably incorporates Intel C++ Compilers, Intel Performance Libraries, and Intel VTune Performance Analyzers for Windows and Linux, supporting the Intel Pentium, Itanium, and Intel XScale families of processors," commented Jonathan Khazam, general manager of the Intel software products division. C++BuilderX offers extended support for mobile and embedded computing (2), continued integration with Borland C++ compilers as well as support for other widely used standards-based C++ compilers including, GCC, Intel, Metrowerks, Microsoft Visual C++ and Sun Forte C++. Coupled with advanced debugging capabilities this shortens the porting time of applications to new platforms.Ĭ++BuilderX notably eases platform portability by delivering a new Borland 100% ANSI/ISO C++ and C99 compliant compiler, as well as a C++ platform development framework to allow developers to visually build and deliver cross-platform applications that do not require compiler extensions. A single XML project formats minimises the complexities of managing multiple compilers and debuggers through a single user interface. Moreover, it takes a fresh standards-based, cross-platform approach to programming in pure C++ by offering a newly purposed, consistent IDE based on the same proven enterprise IDE framework used by Borland JBuilder. The new C++BuilderX offers first time Unix support with VisiBroker CORBA IDE integration.
"Many of these developers are using non-integrated tools and are eager for a solution that allows them to overcome the disparities in compiler and platform support in order to build better software, faster."Īdvances for a new era in C++ developmentīorland has championed C and C++ development for over 15 years, most recently with its popular C++Builder programming environment first launched in 1991.
Borland c builderx enterprise code#
"When application run-time performance, code size and low-level access to machine functions and resources is critical, C++ is often the language of choice for building the types of applications frequently found in the defence, aerospace, finance, manufacturing, and scientific and engineering industries," explained Rikki Kirzner, research director at IDC. * The need to manage multiple compilers and debuggers on multiple platforms. * Broad demand for ANSI/ISO compliance for C++ compilers due to incompatibility between existing C++ environments. * Growth of mobile and embedded device computing that use C++. * Support and maintenance requirements for millions of lines of C++ legacy code. * Demand for multi-platform support as applications continue to migrate from Unix to Linux. * Continuing use of C++ to build scalable and high-performance applications related to performance computing. We are focused on standards-based C++ application lifecycle management, as well as multi-platform and multi-compiler support as important priorities."Īddressing C++ industry mega-trends and pain pointsīoth C++BuilderX and Borland Enterprise Studio for C++ moreover, address six important mega-trends/pain-points inside of organisations using C++: "Our goal is to address modernisation in organisations by bringing C++ development into a new era. "In addition to our 15-year track-record of offering C and C++ solutions, C++BuilderX is the result of over two years of a renewed research and development effort focused on delivering new advanced development capabilities for the entire C++ market," commented JP LeBlanc, vice-president and general manager of the mobile and C++ solutions group at Borland.
According to analyst research firm IDC, C and C++ professionals will remain the largest class of developers through 2005 (1).
Borland Software Corporation announced today the launch of Borland C++BuilderX, a new C++ integrated development environment (IDE) and Borland Enterprise Studio for C++, the first technology independent application lifecycle management suite designed to address the increased complexity of modern-day application development in the C++ programming language.
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