xkbaddgeomrow(3) [x11r4 man page]

XkbAddGeomRow(3)						   XKB FUNCTIONS						  XkbAddGeomRow(3)

NAME

       XkbAddGeomRow - Add a row to a section

SYNOPSIS

       XkbRowPtr XkbAddGeomRow ( section, sz_keys )
	     XkbSectionPtr section;
	     int sz_keys;

ARGUMENTS

       - section
	      section to be updated

       - sz_keys
	      number of keys to be reserved

DESCRIPTION

       Xkb  provides functions to add a single new element to the top-level keyboard geometry. In each case the num_ * fields of the corresponding
       structure is incremented by 1. These functions do not change sz_* unless there is no more room in the array. Some of these  functions  fill
       in  the	values	of the element's structure from the arguments. For other functions, you must explicitly write code to fill the structure's
       elements.

       The top-level geometry description includes a list of geometry properties.  A geometry property associates  an  arbitrary  string  with	an
       equally	arbitrary  name.  Programs  that display images of keyboards can use geometry properties as hints, but they are not interpreted by
       Xkb. No other geometry structures refer to geometry properties.

       One of the components of a keyboard geometry section is one or more rows of keys.  XkbAddGeomRow adds one row  to  the  specified  section.
       The  newly created row contains space for the number of keys specified in sz_keys.  They are allocated and zeroed, but otherwise uninitial-
       ized.  XkbAddGeomRow returns NULL if any of the parameters is empty or if it was not able to allocate space for the row. To allocate  space
       for an arbitrary number of rows to a section, use the XkbAllocGeomRows function.

STRUCTURES

       typedef struct _XkbRow {
	       short	       top;
	       short	       left;
	       unsigned short  num_keys;
	       unsigned short  sz_keys;
	       int	       vertical;
	       XkbKeyPtr       keys;
	       XkbBoundsRec    bounds;
       } XkbRowRec, *XkbRowPtr;

SEE ALSO

       XkbAllocGeomRows(3)

X Version 11							   libX11 1.2.1 						  XkbAddGeomRow(3)

Check Out this Related Man Page

XkbAddGeomKey(3)						   XKB FUNCTIONS						  XkbAddGeomKey(3)

NAME

       XkbAddGeomKey - Add one key at the end of an existing row of keys

SYNOPSIS

       XkbKeyPtr XkbAddGeomKey ( row )
	     XkbRowPtr row;

ARGUMENTS

       - row  row to be updated

DESCRIPTION

       Xkb  provides functions to add a single new element to the top-level keyboard geometry. In each case the num_ * fields of the corresponding
       structure is incremented by 1. These functions do not change sz_* unless there is no more room in the array. Some of these  functions  fill
       in  the	values	of the element's structure from the arguments. For other functions, you must explicitly write code to fill the structure's
       elements.

       The top-level geometry description includes a list of geometry properties.  A geometry property associates  an  arbitrary  string  with	an
       equally	arbitrary  name.  Programs  that display images of keyboards can use geometry properties as hints, but they are not interpreted by
       Xkb. No other geometry structures refer to geometry properties.

       Keys are grouped into rows.  XkbAddGeomKey adds one key to the end of the specified row.  The key is allocated and  zeroed.   XkbAddGeomKey
       returns	NULL  if  row is empty or if it was not able to allocate space for the key. To allocate space for an arbitrary number of keys to a
       row, use XkbAllocGeomKeys.

STRUCTURES

	   typedef struct _XkbKey {		 /* key in a row */
	       XkbKeyNameRec   name;		 /* key name */
	       short	       gap;		 /* gap in mm/10 from previous key in row */
	       unsigned char   shape_ndx;	 /* index of shape for key */
	       unsigned char   color_ndx;	 /* index of color for key body */
	   } XkbKeyRec, *XkbKeyPtr;

SEE ALSO

       XkbAllocGeomKeys(3)

X Version 11							   libX11 1.2.1 						  XkbAddGeomKey(3)

Linux and UNIX Man Pages

xkbaddgeomrow(3) [x11r4 man page]

Check Out this Related Man Page