Legato Interface

	Name	Description
	leAbsoluteValue	Calculates the absolute value of a signed integer.
	leArcsOverlapQuadrant	Returns true if arc overlaps with quadrant
	leAtan	Performs the inverse tangent operation
	leClampf	Clamps a float between a min and max
	leClampi	Clamps an integer between a min and max
	leColorBilerp	Calculates bilinear interpolation between four colors
	leColorBlend_ARGB_8888	Blends two ARGB8888 colors together using their alpha channel values.
	leColorBlend_RGBA_8888	Blends two RGBA8888 colors together using their alpha channel values.
	leColorChannelAlpha	Used for getting the alpha color channel of a given color value.
	leColorChannelBlue	Used for getting the blue color channel of a given color value.
	leColorChannelGreen	Used for getting the green color channel of a given color value.
	leColorChannelRed	Used for getting the red color channel of a given color value.
	leColorConvert	Converts a color value from one mode to another
	leColorLerp	Linear interpolation between two colors
	leColorValue	Used for getting a color value by name.
	leDivideRounding	Calculates integer division of num/denom with rounding based on LSB/2.
	leEllipsePoint	Performs a cosine lookup to determine the points in an arc at specified radius and angle (polar > cartesian conversion)
	leGetErrorMessage	Gets the library global error message.
	leGetXGivenYOnLine	Projects a point onto another point given a y coordinate.
	leGetYGivenXOnLine	Projects a point onto another point given a x coordinate.
	leLerp	Performs a linear interpolation of an integer based on a percentage between two signed points.
	leMaxf	Returns the larger of two floats.
	leMaxi	Returns the larger of two integers.
	leMinf	Returns the smaller of two floats.
	leMini	Returns the smaller of two integers.
	lePercent	Calculates the percentage of one number when applied to another. Integer based. Accuracy for higher numbers is not guaranteed. The result is the decimal percentage multiplied by 100.
	lePercentOf	Calculates the percentage of a number. Returns a whole number with no decimal component.
	lePercentOfDec	Calculates the percentage of a number. Returns a whole number and the tenths digit decimal component.
	lePercentWholeRounded	Calculates the percentage of one number when applied to another. Integer based. Accuracy for higher numbers is not guaranteed. The difference between this and lePercent is that the decimal portion of the whole number is rounded off.
	lePixelBufferAreaFill	Fills a rectangular area of a pixel buffer with a solid color.
	lePixelBufferAreaFill_Unsafe	Fills an area of a pixel buffer with a solid color. Caller is responsible for ensuring that the color is the same color format as the destination buffer. Like lePixelBufferAreaFill but performs no bounds checking.
	lePixelBufferClipRect	Clips a rectangle against a pixel buffer. The result is guaranteed to fit inside the buffer's area.
	lePixelBufferCreate	Initializes a pixel buffer struct. Does not actually allocate any memory.
	lePixelBufferGet	Gets the value of the pixel that resides at the provided point in the given buffer.
	lePixelBufferGet_Unsafe	Gets the value of the pixel that resides at the provided point in the given buffer. Like lePixelBufferGet but performs no bounds checking.
	lePixelBufferGetIndex_Unsafe	A faster less-safe version of lePixelBufferGetIndex;
	lePixelBufferOffsetGet	Gets the offset address of the pixel that resides at the provided point in the given buffer.
	lePixelBufferOffsetGet_Unsafe	Gets the offset address of the pixel that resides at the provided point in the given buffer. Similar to lePixelBufferOffsetGet but performs no bounds checking.
	lePixelBufferSet	Sets a pixel in a pixel buffer at a point to a specified color. Caller is responsible for ensuring that the input color is in the same color format as the pixel buffer.
	lePixelBufferSet_Unsafe	Sets a pixel in a pixel buffer at a point to a specified color. Caller is responsible for ensuring that the input color is in the same color format as the pixel buffer. Like lePixelBufferSet but performs no bounds checking.
	lePolarToXY	Performs a cosine lookup to determine the points in an arc at specified radius and angle (polar to Cartesian conversion)
	leRectClip	Clips a rectangle to the space of another rectangle. The result rectangle is a rectangle that will fit inside both of the given rectangles.
	leRectClipAdj	Returns the rectangle clipped using r_rect, and also adjusts the third rectangle
	leRectCombine	Combines the area of two rectangles into a single rectangle.
	leRectCompare	Returns 1 if the two rectangles have the same position and dimensions
	leRectContainsPoint	Determines if a point is inside a rectangle.
	leRectContainsRect	Determines if a rectangle is completely inside another rectangle. Still returns true if the edges are touching.
	leRectFromPoints	Returns a leRect structure based on 2 points
	leRectIntersects	Determines if two rectangles are intersecting
	leRectsAreSimilar	Returns LE_TRUE if the two rectangles are adjacent and vertically or horizontally aligned
	leRectSplit	Splits two overlapping rectangles into several (up to 4) non-overlapping rectangles
	leRectToPoints	Returns the points for the upper left and lower right vertices of a rectangle
	leScaleInteger	Scales an integer from one number range of 0 -> n0 to another range 0 -> n1 based on percentages.
	leScaleIntegerSigned	Scales a signed integer from one number range of 0 -> n0 to another range 0 -> n1 based on percentages.
	leSetErrorMessage	Sets the library global error message.
	leSortPointsX	Sorts two points on the X axis.
	leSortPointsY	Sorts two points on the Y axis.
	leSprintfErrorMessage	Sets the library global error message using a formatted string.
	leUtils_ArrangeRectangle	Calculates the position of a rectangle within the given bounds and in accordance with the given parameters. A use case for this is when an image and a text rectangle must be arranged in a button box. This version of the algorithm will calculate the location of the image rectangle.
	leUtils_ArrangeRectangleRelative	Calculates the position of a rectangle within the given bounds and in accordance with the given parameters. A use case for this is when an image and a text rectangle must be arranged in a button box. This version of the algorithm will calculate the location of the text rectangle.
	leUtils_ChildIntersectsParent	Performs an intersection test between a parent widget and a child widget
	leUtils_ClipRectToParent	Clips a rectangle to the parent of a widget
	leUtils_GetNextHighestWidget	Gets the next highest Z order widget in the tree from 'wgt'
	leUtils_Pick	Finds the top-most visible widget in the tree at the given coordinates.
	leUtils_PickFromWidget	Finds the top-most visible widget in a layer at the given coordinates.
	leUtils_PointScreenToLocalSpace	Converts a point from layer space into the local space of a widget
	leUtils_PointToScreenSpace	Converts a point from widget space into screen space
	leUtils_RectFromParentSpace	Converts a rectangle from widget parent space to widget local space
	leUtils_RectToParentSpace	Converts a rectangle from widget local space to widget parent space. Widget must be a child of a layer for this to function.
	leUtils_RectToScreenSpace	Converts a rectangle from widget local space to screen space
	leNormalizeAngle	normalize an angle between 0 - 360
	lePixelBuffer_IsLocked	Returns true if the buffer's lock flag is on.
	lePixelBuffer_SetLocked	Manipulates a buffer lock flag

	Name	Description
	leAbortActiveStream	Terminates the current active data stream regardless of whether it still has data to receive.
	leAddRootWidget	Adds a custom widget to a static scene root widget.
	leApplication_MediaCloseRequest	A callback that indicates that a stream is finished with a given media location and that the application can close if it. reader - the reader that was streaming data.
	leApplication_MediaOpenRequest	A callback that indicates that a stream wishes to read from an external source and that the application should prepare that source. If the result is false then the stream will abort. stream - the reader that is requesting to stream data
	leApplication_MediaReadRequest	dest buffer);
	leEdit_Accept	Passes an 'accept' command to the current edit widget, if one exists
	leEdit_Append	Passes an 'append' command and a string to the current edit widget, if one exists
	leEdit_Backspace	Passes a 'backspace' command to the current edit widget, if one exists
	leEdit_Clear	Passes a 'clear' command to the current edit widget, if one exists
	leEdit_EndEdit	Passes an 'end edit' command to the current edit widget, if one exists
	leEdit_Set	Passes a 'set' command and a string to the current edit widget, if one exists
	leEdit_StartEdit	Passes a 'start edit' command to the current edit widget, if one exists
	leEvent_AddEvent	Add the mentioned event callback to the list of events maintained by the current context
	leEvent_ClearList	Clear the event list maintained by the current context.
	leEvent_GetCount	Returns the number of events listed in the current context
	leEvent_ProcessEvents	Processes any pending events
	leEvent_SetFilter	Set callback pointer for current context filter event
	leGetActiveStream	Gets the global active data stream manager for the library.
	leGetColorMode	Returns the color mode of the current context
	leGetDefaultScheme	Returns the pointer to the current default scheme
	leGetDisplayRect	Returns the display rectangle structure of the physical display
	leGetEditWidget	Gets the widget that is currently recieving all widget edit events.
	leGetFocusWidget	Return a pointer to the widget in focus
	leGetStringLanguage	Returns the language index of the current context
	leGetStringTable	Get a pointer to the leStringTable structure that maintains the strings, associated fonts, etc
	leInput_GetEnabled	Returns the input enabled status of the current context
	leInput_InjectTouchDown	Register and track the touch down event and queue it for handling by associated widgets
	leInput_InjectTouchMoved	Register and track the touch moved event and queue it for handling by associated widgets
	leInput_InjectTouchUp	Register and track the touch up event and queue it for handling by associated widgets
	leInput_SetEnabled	Sets the input status of the current context with the specified input argument
	leIsDrawing	Indicates if any layers of the active screen are currently drawing a frame.
	leRedrawAll	Forces the library to redraw the currently active scene in its entirety.
	leRemoveRootWidget	Removes a custom widget from a static scene root widget.
	leRunActiveStream	Allows the current active data stream to run until it preempts or completes.
	leScheme_Initialize	Initialize the scheme to the default values as per the specified color mode.
	leSetEditWidget	Sets the currently active edit widget.
	leSetFocusWidget	Set into focus the widget specified as the argument
	leSetLanguageChangedCallback	Set the callback function pointer when the language change event occurs
	leSetStringLanguage	Sets the current language index
	leSetStringTable	Set the StringTable pointer to the specified new StringTableAsset structure
	leShutdown	Function to shutdown the active Legato library state.
	leStream_Close	Closes a stream.
	leStream_DataReady	Notifies a stream that its data is ready.
	leStream_Init	Initialize a stream object
	leStream_IsDataReady	Polls the state of the stream to see if the data request is read. Used if a data ready callback was not provided.
	leStream_Open	Opens a stream object
	leStream_Read	Read from a stream object.
	leUpdate	Legato library update (tasks) function.
	leWidgetIsInScene	Searches the active scene for a given widget.

	Name	Description
	leArray_Clear	Removes all values from a given array. Array capacity remains the same.
	leArray_Copy	Creates a duplicate of an existing array
	leArray_Create	Initializes a new array.
	leArray_Find	Finds the first index of a value in the array
	leArray_Get	Returns the pointer to the entry at index idx
	leArray_InsertAt	Inserts a value into an array at a given index. All existing nodes from index are shifted right one place.
	leArray_PopBack	Removes the last value from the array
	leArray_PopFront	Removes the first value from the array. Shuffles all other nodes forward one index.
	leArray_PushBack	Pushes a new value onto the back of the array
	leArray_PushFront	Pushes a new value onto the front of the array. Shuffles all other nodes backward one index.
	leArray_Remove	Removes the first instance of a value from the array and shuffles all values left to fill the gap
	leArray_RemoveAt	Removes a value from the array at an index
	leArray_Resize	Resizes the capacity of the array. If the array shrinks, any nodes beyond the new capacity will be discarded.
	leArray_Set	Sets the pointer at idx
	leList_Assign	Assignes a new pointer to an index in the list
	leList_Clear	Removes all nodes from a given list
	leList_Copy	Creates a duplicate of an existing list
	leList_Create	Initializes a new linked list
	leList_Destroy	Removes all nodes from a given list and frees the data of each node
	leList_Find	Retrieves the index of a value from the list
	leList_Get	Retrieves a value from the list
	leList_InsertAt	Inserts an item into a list at a given index. All existing from index are shifted right one place.
	leList_PopBack	Removes the last value from the list
	leList_PopFront	Removes the first value from the list
	leList_PushBack	Pushes a new node onto the back of the list
	leList_PushFront	Pushes a new node onto the front of the list
	leList_Remove	Removes an item from the list
	leList_RemoveAt	Removes an item from the list at an index
	leRectArray_Clear	Removes all values from a given array. Array capacity remains the same.
	leRectArray_Copy	Creates a duplicate of an existing array
	leRectArray_Create	Initializes a new rectangle array.
	leRectArray_CropToArea	Crops all rectangles to a given width and height. Any remainder will be moved into a new rectangle and will be cropped again if needed.
	leRectArray_CropToSize	This is function leRectArray_CropToSize.
	leRectArray_Destroy	Removes all nodes from a given array and frees the memory owned by the array. Resets array capacity to zero.
	leRectArray_InsertAt	Inserts a rectangle into an array at a given index. All existing nodes from index are shifted right one place.
	leRectArray_MergeSimilar	Analyzes an array and merges any rectangles similar in size.
	leRectArray_PopBack	Removes the last rectangle from the array
	leRectArray_PopFront	Removes the first value from the array. Shuffles all other nodes forward one index.
	leRectArray_PushBack	Pushes a new rectangle onto the back of the array
	leRectArray_PushFront	Pushes a new rectangle onto the front of the array. Shuffles all other nodes backward one index.
	leRectArray_RemoveAt	Removes a rectangle from the array at an index
	leRectArray_RemoveDuplicates	Removes any duplicate rectangles from an array.
	leRectArray_RemoveOverlapping	Sorts the array by size and then removes any rectangles that are completely overlapped by another larger rectangle.
	leRectArray_Resize	Resizes the capacity of the array. If the array shrinks, any nodes beyond the new capacity will be discarded.
	leRectArray_SortBySize	Sorts a given array largest to smallest.
	leRectArray_SortByY	Sorts a given array in order of the Y coordinate.

	Name	Description
	leFont_DrawGlyph	Draws a glyph
	leFont_DrawGlyphData	Draws a glyph from a raw data buffer
	leFont_DrawGlyphRow	Draws a glyph from a raw data buffer
	leFont_DrawUnknownGlyph	Draws the 'unknown glyph' symbol
	leFont_GetGlyphInfo	Given a font asset and a codepoint, retrieves the glyph kerning data from the font glyph data table.
	leFont_GetGlyphRect	Given a font asset and a codepoint, retrieves the glyph rectangle in pixels.
	leFont_GetStream	Creates a font stream for a given font

	Name	Description
	leImage_Allocate	Dynamically allocates an image buffer in local memory using the given parameters.
	leImage_Create	Initializes a leImage pointer
	leImage_Draw	Draws a portion of the given image at the specified coordinates.
	leImage_Free	Frees an image buffer that was allocated using leImage_Allocate.
	leImage_InitDecoders	Global function to initialize all image decoders. INTERNAL USE ONLY
	lePalette_GetColor	Gets a color from a palette asset given an index value.

	Name	Description
	leFixedHeap_Alloc	Allocates a block from a fixed heap.
	leFixedHeap_Alloc	Allocates a block from a fixed heap.
	leFixedHeap_Contains	Queries a heap to see if it contains a block pointer.
	leFixedHeap_Destroy	Destroys a fixed heap object.
	leFixedHeap_Dump	Dumps the contents of a heap to STDOUT.
	leFixedHeap_Free	Frees a block from a fixed heap.
	leFixedHeap_Init	Initializes a fixed heap object struct.
	leFixedHeap_Validate	Validates a heap.
	leVariableHeap_Alloc	Allocates a block from a variable heap.
	leVariableHeap_Alloc	Allocates a block from a variable heap.
	leVariableHeap_Contains	Queries a heap to see if it contains a block pointer.
	leFree	This is function leFree.
	leMalloc	This is function leMalloc.
	leMalloc	This is function leMalloc.
	leMemory_Init	This is function leMemory_Init.
	leMemoryDumpAllocations	This is function leMemoryDumpAllocations.
	leMemoryGetUsageReport	This is function leMemoryGetUsageReport.
	leMemoryValidateHeaps	This is function leMemoryValidateHeaps.
	leRealloc	This is function leRealloc.
	leRealloc	This is function leRealloc.
	leVariableHeap_Destroy	Destroys a variable heap object.
	leVariableHeap_Dump	Dumps the contents of a heap to STDOUT.
	leVariableHeap_Free	Frees a block from a variable heap.
	leVariableHeap_Init	Initializes a variable heap object struct.
	leVariableHeap_SizeOf	Queries a variable heap to determine the size of a given allocation pointer.
	leVariableHeap_Validate	Validates a heap.

	Name	Description
	leDecodeCodePoint	Given an encoded codepoint (ASCII, UTF-8, or UTF-16) returns the actual codepoint
	leDynamicString_Constructor	Constructs a new dynamic string at the given pointer
	leDynamicString_New	Allocates a memory for a new dynamic string and automatically calls its constructor function
	leFixedString_Constructor	Constructs a new fixed string at the given pointer
	leFixedString_New	Allocates a memory for a new fixed string and automatically calls its constructor function
	leString_Delete	Frees the memory that was allocated using the la{TYPE}String_New type allocator functions
	leStringRenderer_DrawCString	draws a leChar string buffer
	leStringRenderer_DrawString	draws an leString
	leStringRenderer_DrawUString	draws a C-style string buffer
	leStringTable_GetActiveStringOffset	Gets the offset of a string in the string table using an the active global language
	leStringTable_GetLanguageCount	Gets the number of languages in a string table
	leStringTable_GetStringCount	Gets the number of strings in a string table
	leStringTable_GetStringFont	Gets the font for a string table string
	leStringTable_GetStringLength	Gets the length of a string in the string table in codepoints
	leStringTable_GetStringOffset	gets the offset of a string in the string table given a string ID and a language ID
	leStringTable_StringLookup	Gets the info for a string table string
	leStringUtils_FromCStr	Converts a C-style string into a leChar buffer
	leStringUtils_GetCharIndexAtPoint	Gets the glyph at a point inside a leChar string bounding rectangle
	leStringUtils_GetCharIndexAtPointCStr	Gets the glyph at a point inside a C-style string bounding rectangle
	leStringUtils_GetCharRect	Gets a glyph bounding rectangle for a leChar style string
	leStringUtils_GetCharRectCStr	Gets a glyph bounding rectangle for a C-style string
	leStringUtils_GetLineCount	Gets the line count for a leChar style string
	leStringUtils_GetLineCountCStr	Gets the line count for a C-style string
	leStringUtils_GetLineIndices	Gets the line indices for a leChar style string
	leStringUtils_GetLineIndicesCStr	Gets the line indices for a C-style string
	leStringUtils_GetLineRect	Gets the line bounding rectangle for a leChar style string
	leStringUtils_GetLineRectCStr	Gets the line bounding rectangle for a C-style string
	leStringUtils_GetRect	Gets the bounding rectangle for a leChar style string
	leStringUtils_GetRectCStr	Gets the bounding rectangle for a C-style string
	leStringUtils_ToCStr	Converts an leChar style buffer to a C-style string
	leTableString_Constructor	Constructs a new table string at the given pointer
	leTableString_New	Allocates memory and constructs a new table string

	Name	Description
	leBarGraphWidget_Constructor	Initializes a leBarGraphWidget widget pointer.
	leBarGraphWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the management of this memory until the widget is added to a widget tree.
	leButtonWidget_Constructor	Initializes an leButtonWidget widget pointer.
	leButtonWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leCheckBoxWidget_Constructor	Initializes an CheckBox widget pointer.
	leCheckBoxWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leCircleWidget_Constructor	Initializes an leCircleWidget widget pointer.
	leCircleWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leCircularGaugeWidget_Constructor	Initializes an leCircularGaugeWidget widget pointer.
	leCircularGaugeWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the management of this memory until the widget is added to a widget tree.
	leCircularSliderWidget_Constructor	Initializes an leCircularSliderWidget widget pointer.
	leCircularSliderWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the management of this memory until the widget is added to a widget tree.
	leDrawSurfaceWidget_Constructor	Initializes an leDrawSurfaceWidget widget pointer.
	leDrawSurfaceWidget_New	Allocates memory for a new DrawSurface widget.
	leGradientWidget_Constructor	Initializes an leGradientWidget widget pointer.
	leGradientWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leGroupBoxWidget_Constructor	Initializes an leGroupBoxWidget widget pointer.
	leGroupBoxWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	legato_editwidget.h
	legato_radiobutton_group.h
	legato_stringutils.h
	legato_widget.h
	legato_widget_bar_graph.h
	legato_widget_button.h	Defines a button widget
	legato_widget_checkbox.h
	legato_widget_circle.h
	legato_widget_circular_gauge.h
	legato_widget_circular_slider.h
	legato_widget_drawsurface.h
	legato_widget_gradient.h
	legato_widget_groupbox.h
	legato_widget_image.h
	legato_widget_imageplus.h	This is file legato_widget_imageplus.h.
	legato_widget_imagesequence.h
	legato_widget_keypad.h
	legato_widget_label.h
	legato_widget_line.h
	legato_widget_line_graph.h
	legato_widget_list.h
	legato_widget_listwheel.h
	legato_widget_pie_chart.h
	legato_widget_progressbar.h
	legato_widget_radial_menu.h
	legato_widget_radiobutton.h
	legato_widget_rectangle.h
	legato_widget_scrollbar.h
	legato_widget_skin_classic_common.h	Common functions for the classic widget skin.
	legato_widget_slider.h
	legato_widget_textfield.h
	legato_widget_touchtest.h
	legato_widget_window.h	Window Widget
	leImageSequenceWidget_Constructor	Initializes an leImageSequenceWidget widget pointer.
	leImageSequenceWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leImageWidget_Constructor	Initializes an leImageWidget widget pointer.
	leImageWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leKeyPadWidget_Constructor	Initializes an leKeyPadWidget widget pointer.
	leKeyPadWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leLabelWidget_Constructor	Initializes an leLabelWidget widget pointer.
	leLabelWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leLineGraphWidget_Constructor	Initializes an leLineGraphWidget widget pointer.
	leLineGraphWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the management of this memory until the widget is added to a widget tree.
	leLineWidget_Constructor	Initializes an leLineWidget widget pointer.
	leLineWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leListWheelWidget_Constructor	Initializes an leListWheelWidget widget pointer.
	leListWheelWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leListWidget_Constructor	Initializes an leListWidget widget pointer.
	leListWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	lePieChartWidget_Constructor	Initializes an lePieChartWidget widget pointer.
	lePieChartWidget_New	Allocates memory for and initializes a new widget of this type. The application is responsible for the management of this memory until the widget is added to a widget tree.
	leProgressBarWidget_Constructor	Initializes an leProgressBarWidget widget pointer.
	leProgressBarWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leRadialMenuWidget_Constructor	Initializes an leRadialMenuWidget widget pointer.
	leRadialMenuWidget_New	Allocates memory for a new widget of this type. The application is responsible for the management of this memory until the widget is added to a widget tree.
	leRadioButtonGroup_AddButton	Add a button widget to the button list of the selected Radio button group.
	leRadioButtonGroup_Create	This function creates a GFX_GOL_RADIOBUTTON group with the provided button list.
	leRadioButtonGroup_Destroy	This function destroys the GFX_GOL_RADIOBUTTON group
	leRadioButtonGroup_RemoveButton	Remove a button widget to the button list of the selected Radio button group.
	leRadioButtonGroup_SelectButton	Select the button widget specified from the button list for the Radio button group.
	leRadioButtonWidget_Constructor	Initializes an leRadioButtonWidget widget pointer.
	leRadioButtonWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leScrollBarWidget_Constructor	Initializes an leScrollBarWidget widget pointer.
	leScrollBarWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leSliderWidget_Constructor	Initializes an leSliderWidget widget pointer.
	leSliderWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leTextFieldWidget_Constructor	Initializes an leTextFieldWidget widget pointer.
	leTextFieldWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leTouchTestWidget_Constructor	Initializes an leTouchTestWidget widget pointer.
	leTouchTestWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	leWidget_Constructor	Initializes an leWidget widget pointer.
	leWidgetEvent_Accept	This is function leWidgetEvent_Accept.
	leWidget_Delete	Delete the widget object specified
	leWidget_New	Create a new widget.
	leWindowWidget_Constructor	Initializes an leWindowWidget widget pointer.
	leWindowWidget_New	Allocates memory for a new widget of this type. The application is responsible for the managment of this memory until the widget is added to a widget tree.
	DEBUG_END_VFN	This is macro DEBUG_END_VFN.
	DEBUG_START_VFN	This is macro DEBUG_START_VFN.

	Name	Description
	GFX_ProcessorInfo	A processor description structure.
	leButtonWidget_PressedEvent	Button pressed event function callback type
	leButtonWidget_ReleasedEvent	Button released event function callback type
	leChar	library configuration flags
	leCheckBoxWidget_CheckedEvent	Checkbox checked event function callback type
	leCheckBoxWidget_UncheckedEvent	Checkbox unchecked event function callback type
	leCircularGaugeWidget_ValueChangedEvent	Value changed event function callback type
	leCircularSliderWidget_PressedEvent	Button pressed event function callback type
	leCircularSliderWidget_ReleasedEvent	Button released event function callback type
	leCircularSliderWidget_ValueChangedEvent	Value changed event function callback type
	leDrawSurfaceWidget_DrawCallback	Draw surface draw event function callback type
	leEvent_FilterEvent	Function pointer to define an event filter. Event filters allow a receiver to discard undesirable events
	leFontStream_DrawCompleteFn	Defines a callback to indicate that a font stream has finished decoding a glyph.
	leHAlignment	legato horizontal alignment values
	leImageSequenceImageChangedEvent_FnPtr	Image changed event function callback type
	leImageWidget_DrawEventCallback
	leKeyPadWidget_KeyClickEvent	Key click event function callback type
	leListWheelWidget_SelectedItemChangedEvent	Selected item changed event function callback type
	leListWidget_SelectedItemChangedEvent	Selected item changed event function callback type
	lePieChartWidget_PressedEvent	Chart pressed event function callback type
	leProgressBar_ValueChangedEventCallback	Value changed event function callback type
	leRadioButtonWidget_DeselectedEvent	Radio button deselected function callback type
	leRadioButtonWidget_SelectedEvent	Radio button selected function callback type
	leRectangleWidget
	leScrollBarWidget_ValueChangedEvent	Value changed event function callback type
	leSliderWidget_ValueChangedEvent	Value changed event function callback type
	leTextFieldWidget_FocusChangedCallback	Focus changed event function callback type
	leTextFieldWidget_TextChangedCallback	Text changed event function callback type
	leTouchTestWidget_PointAddedEventCallback	Point added event function callback type
	leVAlignment	legato vertical alignment values
	leWidgetEventFilter	Struct that defines an event filter. Event filters allow a receiver to discard undesirable events
	int16_t	This is type int16_t.
	int32_t	This is type int32_t.
	int64_t	This is type int64_t.
	int8_t	This is type int8_t.
	LE_QUADRANT	This is type LE_QUADRANT.
	LE_TRIG_FUNCTION_TYPE	This is type LE_TRIG_FUNCTION_TYPE.
	leArcDir	This is type leArcDir.
	leBuffer	This is type leBuffer.
	leRadialMenuWidget_ItemProminenceChangedEvent	This is type leRadialMenuWidget_ItemProminenceChangedEvent.
	leRadialMenuWidget_ItemSelectedEvent	This is type leRadialMenuWidget_ItemSelectedEvent.
	leStream_DataReadyCallback	This is type leStream_DataReadyCallback.
	uint16_t	This is type uint16_t.
	uint32_t	This is type uint32_t.
	uint64_t	This is type uint64_t.
	uint8_t	This is type uint8_t.
	LE_ASSERT	define LE_ASSERT(val) assert(val) define LE_ASSERT_MSG(val, msg) for ( ; !(val) ; assert(val) ) { leSetErrorMessage(msg); } define LE_ASSERT_VAR(val, fmt, ...) for ( ; !(val) ; assert(val) ) { leSprintfErrorMessage(fmt, __VA_ARGS__); }
	LE_ASSERT_MSG	This is macro LE_ASSERT_MSG.
	LE_ASSERT_THIS	This is macro LE_ASSERT_THIS.
	LE_ASSERT_VAR	This is macro LE_ASSERT_VAR.
	LE_COLOR_MODE_COUNT	This is macro LE_COLOR_MODE_COUNT.
	LE_COLOR_MODE_IS_ALPHA	This is macro LE_COLOR_MODE_IS_ALPHA.
	LE_COLOR_MODE_IS_INDEX	This is macro LE_COLOR_MODE_IS_INDEX.
	LE_COLOR_MODE_IS_PIXEL	This is macro LE_COLOR_MODE_IS_PIXEL.
	LE_COLOR_MODE_LAST_COLOR	This is macro LE_COLOR_MODE_LAST_COLOR.
	LE_FIXED_HEAP_COUNT	This is macro LE_FIXED_HEAP_COUNT.
	LE_FIXEDHEAP_BLOCK_FOOTER_PTR	This is macro LE_FIXEDHEAP_BLOCK_FOOTER_PTR.
	LE_FIXEDHEAP_BLOCK_SIZE	This is macro LE_FIXEDHEAP_BLOCK_SIZE.
	LE_FIXEDHEAP_CHECKSUM	This is macro LE_FIXEDHEAP_CHECKSUM.
	LE_FIXEDHEAP_FOOTER_SIZE	This is macro LE_FIXEDHEAP_FOOTER_SIZE.
	LE_FIXEDHEAP_HEADER_SIZE	This is macro LE_FIXEDHEAP_HEADER_SIZE.
	LE_FREE	This is macro LE_FREE.
	LE_IMAGE_FORMAT_COUNT	This is macro LE_IMAGE_FORMAT_COUNT.
	LE_IMAGEDECODER_COMMON_H	This is macro LE_IMAGEDECODER_COMMON_H.
	LE_MALLOC	This is macro LE_MALLOC.
	LE_REALLOC	This is macro LE_REALLOC.
	LE_RECTANGLEWIDGET_VTABLE	This is macro LE_RECTANGLEWIDGET_VTABLE.
	LE_STREAM_H	This is macro LE_STREAM_H.
	LE_STREAM_LOCATION_ID_INTERNAL	This is macro LE_STREAM_LOCATION_ID_INTERNAL.
	LE_STRING_ARRAY_SIZE	defines meta data sizes for the string table, don't change!
	LE_STRING_ENTRY_SIZE	This is macro LE_STRING_ENTRY_SIZE.
	LE_STRING_MAX_CHAR_WIDTH	This is macro LE_STRING_MAX_CHAR_WIDTH.
	LE_STRING_RENDERER_H	This is macro LE_STRING_RENDERER_H.
	LE_STRINGUTILS_H	This is macro LE_STRINGUTILS_H.
	LE_UNKNOWN_GLYPH	This is macro LE_UNKNOWN_GLYPH.
	LEGATO_DRIVER_H	This is macro LEGATO_DRIVER_H.
	LEGATO_DYNAMICSTRING_H	This is macro LEGATO_DYNAMICSTRING_H.
	LEGATO_FIXEDHEAP_H	This is macro LEGATO_FIXEDHEAP_H.
	LEGATO_FIXEDSTRING_H	This is macro LEGATO_FIXEDSTRING_H.
	LEGATO_RENDERER_H	This is macro LEGATO_RENDERER_H.
	LEGATO_STATE_H	This is macro LEGATO_STATE_H.
	LEGATO_STRINGTABLE_H	This is macro LEGATO_STRINGTABLE_H.
	LEGATO_TABLESTRING_H	This is macro LEGATO_TABLESTRING_H.
	LEGATO_VARIABLEHEAP_H	This is macro LEGATO_VARIABLEHEAP_H.
	LEGATO_WIDGET_BAR_GRAPH_H	This is macro LEGATO_WIDGET_BAR_GRAPH_H.
	LEGATO_WIDGET_CIRCULAR_GAUGE_H	This is macro LEGATO_WIDGET_CIRCULAR_GAUGE_H.
	LEGATO_WIDGET_CIRCULAR_SLIDER_H	This is macro LEGATO_WIDGET_CIRCULAR_SLIDER_H.
	LEGATO_WIDGET_LINE_GRAPH_H	This is macro LEGATO_WIDGET_LINE_GRAPH_H.
	LEGATO_WIDGET_PIE_CHART_H	This is macro LEGATO_WIDGET_PIE_CHART_H.
	LIB_EXPORT	export macros for shared libraries
	LIBARIA_EVENT_RTOS_H	This is macro LIBARIA_EVENT_RTOS_H.
	LIBARIA_INPUT_RTOS_H	This is macro LIBARIA_INPUT_RTOS_H.