Search results
Results from the WOW.Com Content Network
CMake was to provide similar cross-platform support but to better satisfy the preferences of the developers on each platform. The design goals of the first version included: [4] Depend only on host C++ compiler; no other third-party tools or libraries required; Generate Visual Studio project files (as well as Unix files)
CMake – Cross-platform build tool for configuring platform-specific builds; very popoular; integrated with IDEs such as Qt Creator, [1] KDevelop and GNOME Builder [2] GNU build system (aka Autotools) – Software build toolset from GNU Pages displaying short descriptions of redirect targets
Ubuntu Server — An official derivative made for use in servers. Ubuntu Server handles mail, controls printers, acts as a fileserver, can host LAMP and more. [9] Ubuntu Studio — provides open-source applications for multimedia creation by audio, video and graphic editors. [10] Ubuntu Touch — Designed for use with touchscreen devices.
CMake uses several Bison grammars. [12] GCC started out using Bison, but switched to a hand-written recursive-descent parser for C++ in 2004 (version 3.4), [13] and for C and Objective-C in 2006 (version 4.1) [14] The Go programming language (GC) used Bison, but switched to a hand-written scanner and parser in version 1.5. [15]
GDebi, a GTK-based tool sponsored for Ubuntu. (There is also a Qt version, available in the Ubuntu repositories as gdebi-kde.) apt-cdrom, a way to add a new CDROM to APT's list of available repositories (sources.lists). It is necessary to use apt-cdrom to add CDs to the APT system, it cannot be done by hand.
COMMAND.COM, the original Microsoft command line processor introduced on MS-DOS as well as Windows 9x, in 32-bit versions of NT-based Windows via NTVDM; cmd.exe, successor of COMMAND.COM introduced on OS/2 and Windows NT systems, although COMMAND.COM is still available in virtual DOS machines on IA-32 versions of those operating systems also.
Buildroot is a set of Makefiles and patches that simplifies and automates the process of building a complete and bootable Linux environment for an embedded system, while using cross-compilation to allow building for multiple target platforms on a single Linux-based development system.
Before version 4.0 the Fortran front end was g77, which only supported FORTRAN 77, but later was dropped in favor of the new GNU Fortran front end that supports Fortran 95 and large parts of Fortran 2003 and Fortran 2008 as well. [28] [29] As of version 4.8, GCC is implemented in C++. [30] Support for Cilk Plus existed from GCC 5 to GCC 7. [31 ...