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Today, I would like to introduce the Linux system, velvet to build C++ environment. The content of the article is good. Now I would like to share it with you. Friends who feel in need can understand it. I hope it will be helpful to you. Let's read it along with the editor's ideas.

Detailed steps to build Linux C++ development environment: 1. Configure GCC

GCC has just been installed in the system, but this GCC can not compile any files, because there are no necessary header files, so to install the build-essential software package, the installation of this package will automatically install some necessary software and header files, such as the library of necessary software and header files. You can search for build-essential in Synaptic or enter the following command: sudo apt-get install build-essential

After the installation, write a C language program testc.c to test it. # includeint main () {printf ("Hello Ubuntu!\ n"); return 0;}

. / testc

Show Hello Ubuntu! In this way, the C language compiler is installed successfully.

2 install the GTK environment

To install the GTK environment, you only need to install a gnome-core-devel, which integrates a lot of other packages. In addition, you have to transfer some other things, such as libglib2.0-doc, libgtk2.0-doc help documents, devhelp help documents view, glade-gnome, glade-common, glade-doc graphical interface design and so on.

Sudo apt-get install gnome-core-develsudo apt-get install libglib2.0-doc libgtk2.0-docsudo apt-get install devhelpsudo apt-get install glade-gnome glade-common glade-doc

After installation, we also do a test program # includevoid hello (GtkWidget * widget,gpointer data) {g_print ("Hello Ubuntu!\ n");} gint delete_event (GtkWidget * widget,GdkEvent * event,gpointer data) {g_print ("delete event occurred\ n"); return (TRUE);} void destroy (GtkWidget * widget,gpointer data) {gtk_main_quit ();} int main (int argc, char * argv []) {GtkWidget * window;GtkWidget button;gtk_init (& argc, & argv) Window=gtk_window_new (GTK_WINDOW_TOPLEVEL); gtk_signal_connect (GTK_OBJECT (window), "delete_event", GTK_SIGNAL_FUNC (delete_event), NULL); gtk_signal_connect (GTK_OBJECT (window), "destroy", GTK_SIGNAL_FUNC (destroy), NULL); gtk_container_set_border_width (GTK_CONTAINER (window), 10); button = gtk_button_new_with_label ("Hello Ubuntu!") Gtk_signal_connect (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (hello), NULL); gtk_signal_connect_object (GTK_OBJECT (button), "clicked", GTK_SIGNAL_FUNC (gtk_widget_destroy), GTK_OBJECT (window)); gtk_container_add (GTK_CONTAINER (window), button); gtk_widget_show (button); gtk_widget_show (window); / display a window / gtk_main () / enter the main loop * / return (0);}

Compile and run. / gtktest with the following command

A window with a button is displayed. The window closes when the button is clicked, and the command line displays the Hello Ubuntu GTK test.

C language test

Second, install IDE development tools famous development tools are Kdeveloper, Anjuta, Eclipse+CDT. Kdeveloper is the KDE platform, in the Gnome platform to use a lot of things that need to install KDE, do not like, give up, although it is said that the function of Kdeveloper is how powerful. Eclipse+CDT seems to be good to use, but there are two main discomfort: one is that the code cannot be completed automatically, and the other is that the compilation speed is slow. Installation configuration of Eclipse + CDT.

The Java runtime environment and Eclipse3.3.0 installation are not described in detail. For more information, please see http://blog.chinaunix.net/u/21684/showart_384208.html 1. Download CDT (http://www.eclipse.org/cdt/downloads.php)( can only download 4.0.x, if it is the other Eclipse3.3.0 choose the appropriate version) 2. Install the CDT plug-in (links method to install the plug-in to facilitate the management of the plug-in) A. Create a new folder in the directory where eclipse is located (ECLIPSE_HOME) cdt create a new folder in the folder cdt eclipse (don't be surprised is eclipse) B. Extract the contents of the downloaded cdt-master-4.0.0.zip into / ECLIPSE_HOME/cdt/eclipse in C. Create a new folder in ECLIPSE_HOME links add the contents of the file cdt.link to the new links as path=/ECLIPSE_HOME/cdt, for example, mine is path=/opt/eclipse/cdt D. In this way, the installation of the CDT plug-in is completed, and when you start eclipse, you can see more of the cdome + development environment.

III. Anjuta installation and configuration

A. ubuntu feisty (for gusty, see below) repository (only i386 and only binaries)

Add deb http://anjuta.org/apt. / in your / etc/apt/sources.list

Sudo apt-get update

Sudo apt-get install anjuta

Sudo apt-get install anjuta-dev libgbf-dev libgdl-dev (if you want to write anjuta plugins or report bugs)

Note!! If you have installed older anjuta-2.2.0 previously using this repository, make sure to remove the file / etc/apt/preferences or remove the following version pin from the file before following the above steps. The version pin is no longer needed:

B. Ubuntu gusty repository

Add deb http://ppa.launchpad.net/robster/ubuntu gutsy universe in your / etc/apt/sources.list

Sudo apt-get update

Sudo apt-get install anjuta

Sudo apt-get install anjuta-dev libgbf-dev libgdl-dev (if you want to write anjuta plugins or report bugs)

The above is the whole content of Linux system Trench to build C++ environment, more content related to Linux system Trench C++ environment can search the previous articles or browse the following articles to learn ha! I believe the editor will add more knowledge to you. I hope you can support it!

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