In Windows, the Code: Blocks setting is very simple. Find the folder where GTK + is located and write the include and lib folders into it. However, there is no separate folder in Ubuntu to save all these files, so the configuration is troublesome. However, pkg-config is easy to use. Pkg-config can help us find the include and lib paths. Type pkg-config & ndash; cflagsgt in the command line.
In Windows, the Code: Blocks setting is very simple. Find the folder where GTK + is located and write the include and lib folders into it. However, there is no separate folder in Ubuntu to save all these files, so the configuration is troublesome.
However, pkg-config is easy to use. Pkg-config can help us find the include and lib paths.
Directly type in the command line:
Pkg-config-cflags gtk ++-2.0
Pkg-config-libs gtk +-2.0
You can check the effect.
Open Code: Blocks. In the Global variable option, fill in the following configurations in include and lib respectively:
'Pkg-config-cflags gtk +-2.0'
'Pkg-config-libs gtk +-2.0'
In this way, you can simply write a sample program and run it directly. The header file cannot be found again.
Here are a few things that may be used.
Sudo apt-get install build-essential # This will install basic programming tools such as gcc/g ++/gdb/make
Sudo apt-get install gnome-core-devel # This will install libgtk2.0-dev libglib2.0-dev and other development-related library files
Sudo apt-get install pkg-config # used to automatically find the header file and library file location when compiling the GTK Program
Sudo apt-get install devhelp # This will install the devhelp GTK document viewing program
Sudo apt-get install libglib2.0-doc libgtk2.0-doc # This will install the gtk/glib API reference manual and other help documents
Sudo apt-get instal glade libglade2-dev # This will install GTK-based interface Constructor
Code: Blocks: Click here
Code: Blocks: Click here