giipanic(3) [debian man page]

giiPanic(3)								GGI							       giiPanic(3)

NAME

       giiPanic - Exit LibGII programs for fatal errors

SYNOPSIS

       #include <ggi/gii.h>

       int giiPanic(const char * format, ...);

DESCRIPTION

       ggiPanic(3)  shuts down the application, closing all inputs, with printf(3)-style reporting to stderr, taking a format string and any addi-
       tional variables.

       giiPanic should only be used by usermode programs when something is really screwed, and they do not know what to do. The same  applies  for
       libraries, but might be used in rare situations such as corruption of critical data structures.

EXAMPLES

       An unrecoverable error:

       if (my_important_struct->magic != MAGIC) {
	 giiPanic("Fatal error: magic corrupted
");
       }

libgii-1.0.x							    2006-12-30							       giiPanic(3)

libgii.conf(5)								GGI							    libgii.conf(5)

NAME

       libgii.conf - LibGII configuration file format

DESCRIPTION

       /etc/ggi/libgii.conf  is the configuration file that defines what input module are available and where libgii is supposed to find them.	It
       consists of lines defining target locations (mapping a target name a function name) and target aliases (fake targets  that  actually  calls
       other target with a specific set of parameters).

       The  format  is common to all GGI libraries. It is defined by libgg.  See ggLoadConfig(3) for additional information on file inclusions and
       other generic options.

EXAMPLES

       These examples show how to use the generic configuration mechanism proposed by LibGG with LibGII.

       The first example defines three input modules (or targets) for which initialization function is found in three different dynamic  libraries
       (.so files), under the default LibGII input symbol: GIIdlinit:

       input-stdin		     input/stdin.so
       input-x			     input/x.so
       input-xwin		     input/xwin.so

       In the second example, the two inputs are implemented in a single dynamic library, but they each have their own initialization functions in
       this library. Their name is separated from the path by a :.
	      input-x			    input/x.so:GIIdl_x input-xwin		     input/x.so:GIIdl_xwin
       The third example defines only one real target input-x, located in shared object input/x.so under the symbol  GIIdl_x.	input-xwin  is	an
       alias that will resolve to target input-x with the option string -be-xwin to be passed to the target function (GIIdl_x in input/x.so).
	      input-x			    input/x.so:GIIdl_x alias	     input-xwin      input-x:-be-xwin
       The  last examples defines two inputs, with two possible location for their implementation.  The first two lines are the same as in example
       2. The other two states that these two inputs can also be found (if the previous fail) as a built-in modules. The /gii-builtins path points
       to the LibGII built-in symbol namespace.  In this case both input would be found in this namespace under the default symbol GIIdlinit.  The
       initialization function will be given the requested target name to know which implementation to use.

       input-x			       input/x.so:GIIdl_x input-xwin			  input/x.so:GIIdl_xwin

       input-x			       /gii-builtins input-xwin 		     /gii-builtins

SEE ALSO

       ggLoadConfig(3)

libgii-1.0.x							    2006-12-30							    libgii.conf(5)