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wx(3erl)			     Erlang Module Definition				 wx(3erl)

       wx - A port of wxWidgets.

       A port of wxWidgets .

       This  is the base api of wxWidgets . This module contains functions for starting and stop-
       ping the wx-server, as well as other utility functions.

       wxWidgets is object oriented, and not functional. Thus, in wxErlang a module represents	a
       class, and the object created by this class has an own type, wxCLASS(). This module repre-
       sents the base class, and all other wxMODULE's are sub-classes of this class.

       Objects of a class are created with wxCLASS:new(...) and destroyed with wxCLASS:destroy().
       Member  functions  are  called  with  wxCLASS:member(Object,  ...)  instead  of	as in C++

       Sub class modules inherit (non static) functions from their parents. The  inherited  func-
       tions are not documented in the sub-classes.

       This erlang port of wxWidgets tries to be a one-to-one mapping with the original wxWidgets
       library. Some things are different though, as the optional arguments  use  property  lists
       and can be in any order. The main difference is the event handling which is different from
       the original library. See wxEvtHandler .

       The following classes are implemented directly as erlang types:
       wxPoint={x,y},wxSize={w,h},wxRect={x,y,w,h},wxColour={r,g,b    [,a]},	wxString=    uni-
       code:charlist() , wxGBPosition={r,c},wxGBSpan={rs,cs},wxGridCellCoords={r,c}.

       wxWidgets  uses	a process specific environment, which is created by wx:new/0 . To be able
       to use the environment from other processes, call get_env/0 to  retrieve  the  environment
       and set_env/1 to assign the environment in the other process.

       Global (classless) functions are located in the wx_misc module.

	 colour() :

	   A  3  or  4 tuple: {R,G,B,A} or as argument {R,G,B} is also accepted where each colour
	   channel is a an integer between 0-255.

	 datetime() :

	   {{Year,Month,Day}, {Hour,Minute,Second}} in local timezone.

	 mouseState() :

	   See #wxMouseState{} defined in wx.hrl

	 wxObject() :

	   Opaque object

	 wx_env() :

	   Wx process environment

	 wx_mem() :

	   Wx memory area

       new() -> wxObject()

	      Starts a wx server.

       new(Options::[Option]) -> wxObject()

	      Starts a wx server. Option may be {debug, Level}, see debug/1.

       destroy() -> ok

	      Stops a wx server.

       get_env() -> wx_env()

	      Gets this process's current wx environment. Can be sent to other processes to allow
	      them use this process wx environment.

	      See also: set_env/1 .

       set_env(Wx_env::wx_env()) -> ok

	      Sets  the  process  wx  environment,  allows this process to use another process wx

       null() -> wxObject()

	      Returns the null object

       is_null(Wx_ref::wxObject()) -> boolean()

	      Returns true if object is null, false otherwise

       getObjectType(Wx_ref::wxObject()) -> atom()

	      Returns the object type

       typeCast(Old::wxObject(), NewType::atom()) -> wxObject()

	      Casts the object to class NewType. It is needed when using  functions  like  wxWin-
	      dow:findWindow/2, which returns a generic wxObject type.

       batch(Fun::function()) -> term()

	      Batches  all  wx commands used in the fun. Improves performance of the command pro-
	      cessing by grabbing the wxWidgets thread so that no event processing will  be  done
	      before the complete batch of commands is invoked.

	      See also: foldl/3 , foldr/3 , foreach/2 , map/2 .

       foreach(Fun::function(), List::list()) -> ok

	      Behaves like lists:foreach/2 but batches wx commands. See batch/1 .

       map(Fun::function(), List::list()) -> list()

	      Behaves like lists:map/2 but batches wx commands. See batch/1 .

       foldl(Fun::function(), Acc::term(), List::list()) -> term()

	      Behaves like lists:foldl/3 but batches wx commands. See batch/1 .

       foldr(Fun::function(), Acc::term(), List::list()) -> term()

	      Behaves like lists:foldr/3 but batches wx commands. See batch/1 .

       create_memory(Size::integer()) -> wx_memory()

	      Creates  a  memory area (of Size in bytes) which can be used by an external library
	      (i.e. opengl). It is up to the client to keep a reference to this object so it does
	      not get garbage collected by erlang while still in use by the external library.

	      This  is far from erlang's intentional usage and can crash the erlang emulator. Use
	      it carefully.

       get_memory_bin(Wx_mem::wx_memory()) -> binary()

	      Returns the memory area as a binary.

       retain_memory(Wx_mem::wx_memory()) -> ok

	      Saves the memory from deletion until release_memory/1 is	called.  If  release_mem-
	      ory/1 is not called the memory will not be garbage collected.

       release_memory(Wx_mem) -> term()

       debug(Level::term()) -> ok

	      Types  Level = none | verbose | trace | driver | [Level]

	      Sets  debug  level. If debug level is verbose or trace each call is printed on con-
	      sole. If Level is driver each allocated object and deletion is printed on the  con-

       demo() -> ok

	      Starts a wxErlang demo if examples directory exists and is compiled


					 wxErlang 0.98.9				 wx(3erl)
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