module Fox # # The accelerator table sends a message to a specific # target object when the indicated key and modifier combination # is pressed. # class FXAccelTable < FXObject # # Construct empty accelerator table. # def initialize # :yields: acceleratorTable end # # Remove an accelerator from the table. # def removeAccel(hotKey) ; end # # Return +true+ if accelerator specified. # Here, _hotKey_ is a code representing an accelerator key as returned # by the Fox.fxparseAccel method. For example, # # if accelTable.hasAccel?(fxparseAccel("Ctrl+S")) # ... # end # def hasAccel?(hotKey) ; end # # Return the target object of the given accelerator, or +nil+ if # the accelerator is not present in this accelerator table. # Here, _hotKey_ is a code representing an accelerator key as returned # by the Fox.fxparseAccel method. For example, # # doc = accelTable.targetofAccel(fxparseAccel("Ctrl+S")) # def targetOfAccel(hotKey) ; end # # Remove mapping for specified hot key. # Here, _hotKey_ is a code representing an accelerator key as returned # by the Fox.fxparseAccel method. For example, # # accelTable.removeAccel(fxparseAccel("Ctrl+S")) # def removeAccel(hotKey) ; end end # # Parse accelerator from string, yielding modifier and # key code. For example, parseAccel("Ctl+Shift+X") # yields MKUINT(KEY_X,CONTROLMASK|SHIFTMASK). # def parseAccel(string); end # # Unparse hot key comprising modifier and key code back # into a string suitable for parsing with #parseHotKey. # def unparseAccel(key); end # # Parse hot key from string, yielding modifier and # key code. For example, parseHotKey(""Salt && &Pepper!"") # yields MKUINT(KEY_p,ALTMASK). # def parseHotKey(string); end # # Obtain hot key offset in string, or -1 if not found. # For example, findHotKey("Salt && &Pepper!") yields 7. # Note that this is the byte-offset, not the character # index! # def findHotKey(string); end # # Strip hot key combination from the string. # For example, stripHotKey("Salt && &Pepper") should # yield "Salt & Pepper". # def stripHotKey(string); end end