examples.dox		examples.dox
	skipping to change at line 37		skipping to change at line 37
	* In this example, we illustrate how to start using the Edje library,		* In this example, we illustrate how to start using the Edje library,
	* with the very basic one needs to instantiate an Edje object.		* with the very basic one needs to instantiate an Edje object.
	*		*
	* We place, in the canvas, an Edje object along with a @b red border		* We place, in the canvas, an Edje object along with a @b red border
	* image to delimit its geometry. After we instantiate the Edje		* image to delimit its geometry. After we instantiate the Edje
	* object, we @b have to set a file and a group, within that file, to		* object, we @b have to set a file and a group, within that file, to
	* bind to it. For this example, we're using an EDC file which		* bind to it. For this example, we're using an EDC file which
	* declares two parts (blue and green rectangles) and an item data:		* declares two parts (blue and green rectangles) and an item data:
	* @include basic.edc		* @include basic.edc
	*		*
	* We start by trying to acces an @b unexistant group in the file, so		* We start by trying to access an @b unexistant group in the file, so
	* that you can see the usefulness of edje_object_load_error_get() and		* that you can see the usefulness of edje_object_load_error_get() and
	* edje_load_error_str(). Check that the error message will tell you		* edje_load_error_str(). Check that the error message will tell you
	* just that -- a group which didn't exist in the file was called for:		* just that -- a group which didn't exist in the file was called for:
	* @dontinclude edje-basic.c		* @dontinclude edje-basic.c
	* @skip file_path		* @skip file_path
	* @until file_path		* @until file_path
	* @dontinclude edje-basic.c		* @dontinclude edje-basic.c
	* @skip edje_object_add		* @skip edje_object_add
	* @until }		* @until }
	*		*
	skipping to change at line 91		skipping to change at line 91
	* @skip color_get		* @skip color_get
	* @until x, y, w, h		* @until x, y, w, h
	*		*
	* The @c "min" and @c "max" EDC properties can be queried with the		* The @c "min" and @c "max" EDC properties can be queried with the
	* following calls:		* following calls:
	* @dontinclude edje-basic.c		* @dontinclude edje-basic.c
	* @skip max_get		* @skip max_get
	* @until min. size is		* @until min. size is
	*		*
	* The next two calls are to make <b>size calculations</b> on our		* The next two calls are to make <b>size calculations</b> on our
	* object. Because of the minumim size declared for @c "part_one" part's		* object. Because of the minimum size declared for @c "part_one" part's
	* default state description, that will be our exact minimum		* default state description, that will be our exact minimum
	* size calculated for the group (remember the @c "min" declaration at		* size calculated for the group (remember the @c "min" declaration at
	* group level is just a @b hint, not an enforcement). We then		* group level is just a @b hint, not an enforcement). We then
	* exercise the edje_object_size_min_restricted_calc() function,		* exercise the edje_object_size_min_restricted_calc() function,
	* passing a minimum size of 500, in each axis. Since we have @b no		* passing a minimum size of 500, in each axis. Since we have @b no
	* object bigger than that, it will be the minimum size calculated, in		* object bigger than that, it will be the minimum size calculated, in
	* the end:		* the end:
	* @dontinclude edje-basic.c		* @dontinclude edje-basic.c
	* @skip min_calc		* @skip min_calc
	* @until size calculation is		* @until size calculation is
	skipping to change at line 822		skipping to change at line 822
	* @endverbatim		* @endverbatim
	* @example edje-signals-messages.c		* @example edje-signals-messages.c
	*/		*/
	/**		/**
	* @page tutorial_edje_color_class Edje Color Class example		* @page tutorial_edje_color_class Edje Color Class example
	* @dontinclude edje-color-class.c		* @dontinclude edje-color-class.c
	*		*
	* This example shows how to manipulate and change Color classes. In this e xample		* This example shows how to manipulate and change Color classes. In this e xample
	* we will create two surfaces to show what happens when you change the col or		* we will create two surfaces to show what happens when you change the col or
	* class at the proccess and object level.		* class at the process and object level.
	*		*
	* It's a very simple example, there are two surfaces created from the same EDC,		* It's a very simple example, there are two surfaces created from the same EDC,
	* but just in one of them we will set a specific color class, althoug both will be		* but just in one of them we will set a specific color class, although bot h will be
	* affected by color class set at the process level as you will see.		* affected by color class set at the process level as you will see.
	*		*
	* It's important you know that all colors has the format R G B A. Just to be easier		* It's important you know that all colors has the format R G B A. Just to be easier
	* to understand this example, we will create a small set of colors that wi ll be used		* to understand this example, we will create a small set of colors that wi ll be used
	* along of the example. This piece of code is shown below:		* along of the example. This piece of code is shown below:
	* @skip static color colors_init_data		* @skip static color colors_init_data
	* @until return EINA_FALSE		* @until return EINA_FALSE
	* @until }		* @until }
	*		*
	* Focusing on the relevant parts of the code we go right to the part where we set		* Focusing on the relevant parts of the code we go right to the part where we set
	skipping to change at line 1119		skipping to change at line 1119
	*/		*/
	/**		/**
	* @page tutorial_edje_signals_2 Edje Signals example 2		* @page tutorial_edje_signals_2 Edje Signals example 2
	*		*
	* In this example we will make use of signals to help to move an image awa y from the mouse pointer.		* In this example we will make use of signals to help to move an image awa y from the mouse pointer.
	*		*
	* Signals are software interruption, this means that when it happens and i f the program is sensitive to it		* Signals are software interruption, this means that when it happens and i f the program is sensitive to it
	* the program will stop whatever it is doing and handle the signal.		* the program will stop whatever it is doing and handle the signal.
	*		*
	* In this example we are only sensitive to the "mouve,move" signal so we n eed to register a callback to it.		* In this example we are only sensitive to the "mouse,move" signal so we n eed to register a callback to it.
	* To do this we will add a signal callback to our edje object that will de tect "mouse,move" signal		* To do this we will add a signal callback to our edje object that will de tect "mouse,move" signal
	* comming from the part "part_image" and when this happens we will call th e fuction _on_mouse_over passing		* coming from the part "part_image" and when this happens we will call the function _on_mouse_over passing
	* the evas pointer as a parameter. The evas pointer is passed as a paramet er because we need to know		* the evas pointer as a parameter. The evas pointer is passed as a paramet er because we need to know
	* where is the mouse pointer in the screen.		* where is the mouse pointer in the screen.
	*		*
	* We can see bellow how we can listen to the signal:		* We can see bellow how we can listen to the signal:
	*		*
	* @dontinclude signals2.c		* @dontinclude signals2.c
	* @skip edje_object_signal		* @skip edje_object_signal
	* @until );		* @until );
	*		*
	*		*
	* Now, let's pass to the callback function. If we want to keep the ball aw ay from the mouse pointer		* Now, let's pass to the callback function. If we want to keep the ball aw ay from the mouse pointer
	* we need to now where is the ball and where is the mouse and we can easil y discovery these things using		* we need to now where is the ball and where is the mouse and we can easil y discovery these things using
	* this:		* this:
	*		*
	* For the the object position in the canvas:		* For the object position in the canvas:
	* @dontinclude signals2.c		* @dontinclude signals2.c
	* @skipline evas_object_geometry		* @skipline evas_object_geometry
	*		*
	* For the mouse position relative to the screen:		* For the mouse position relative to the screen:
	* @skipline evas_pointer_output		* @skipline evas_pointer_output
	*		*
	* Now that we have the position of the mouse and the object we just need		* Now that we have the position of the mouse and the object we just need
	* to set the new location and move the object. To set the new location we do this:		* to set the new location and move the object. To set the new location we do this:
	* @skip if		* @skip if
	* @until y -= (		* @until y -= (
	*		*
	* You can change the formula above if you like. Because we are changing th e object's position		* You can change the formula above if you like. Because we are changing th e object's position
	* we need to do something if the new position is beyound the canvas size. So here it is:		* we need to do something if the new position is beyond the canvas size. S o here it is:
	*		*
	* @skip if		* @skip if
	* @until y = 0		* @until y = 0
	*		*
	* Then now what we need to do is move the object:		* Then now what we need to do is move the object:
	* @skipline evas_object		* @skipline evas_object
	*		*
	* Here is the complete callback function:		* Here is the complete callback function:
	*		*
	* @dontinclude signals2.c		* @dontinclude signals2.c
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