public static void CountTextUnitsInRange(TextPatternRange rangeToCount, TextUnit[] supportedTextUnits, ref int[] numberOfTextUnits)
{
// Validate arrays
if (supportedTextUnits.Length != (((int)TextUnit.Document) + 1))
{
throw new ArgumentException("supportedTextUnits array is of incorrect length");
}
if (numberOfTextUnits.Length != (((int)TextUnit.Document) + 1))
{
throw new ArgumentException("numberOfTextUnits array is of incorrect length");
}
// Determine supported text units
numberOfTextUnits[(int)TextUnit.Character] = TextLibraryCount.CountTextUnit(TextUnit.Character, rangeToCount);
numberOfTextUnits[(int)TextUnit.Format] = TextLibraryCount.CountTextUnit(TextUnit.Format, rangeToCount);
numberOfTextUnits[(int)TextUnit.Word] = TextLibraryCount.CountTextUnit(TextUnit.Word, rangeToCount);
numberOfTextUnits[(int)TextUnit.Line] = TextLibraryCount.CountTextUnit(TextUnit.Line, rangeToCount);
numberOfTextUnits[(int)TextUnit.Paragraph] = TextLibraryCount.CountTextUnit(TextUnit.Paragraph, rangeToCount);
numberOfTextUnits[(int)TextUnit.Page] = TextLibraryCount.CountTextUnit(TextUnit.Page, rangeToCount);
numberOfTextUnits[(int)TextUnit.Document] = TextLibraryCount.CountTextUnit(TextUnit.Document, rangeToCount);
}
///---------------------------------------------------------------------------
/// <summary>
/// Gets ClassName and LocalizedControlType properties
/// </summary>
///---------------------------------------------------------------------------
public static void GetClassName(AutomationElement autoElement, out string className, out string localizedControlType)
{
TextLibraryCount.GetClassName(autoElement, out className, out localizedControlType);
}
//-------------------------------------------------------------------
// Identify supported TextUnits in Win32
//-------------------------------------------------------------------
internal static TextUnit win32_IdentifySupportedTextUnits(AutomationElement element, TextUnit targetUnit)
{
return(TextLibraryCount.win32_IdentifySupportedTextUnits(element, targetUnit));
}
/// ---------------------------------------------------------------------------
/// <summary>
/// Identify if we're on RichEdit control or not
/// </summary>
/// ---------------------------------------------------------------------------
public static bool IsRichEdit(AutomationElement autoElement)
{
return(TextLibraryCount.IsRichEdit(autoElement));
}
/// -------------------------------------------------------------------
/// <summary>
/// Identifies supported text units. Some units will map upwards
/// TextUnit.Page, for example, maps up to a Document for all
/// controls/providers except Word/Office
/// </summary>
/// -------------------------------------------------------------------
public static void IdentifySupportedTextUnits(AutomationElement element, ref TextUnit[] supportedTextUnits)
{
TextLibraryCount.IdentifySupportedTextUnits(element, ref supportedTextUnits);
}
/// -------------------------------------------------------------------
/// <summary>
/// Count # of LF within a TextPatternRange (provide agnostic... for now)
/// </summary>
/// -------------------------------------------------------------------
public static int CountParagraphs(string actualText)
{
return(TextLibraryCount.CountParagraphs(actualText));
}
/// -------------------------------------------------------------------
/// Count # of lines within a TextPatternRange (win32 specific)
/// -------------------------------------------------------------------
public static int Win32CountLines(AutomationElement element)
{
return(TextLibraryCount.Win32CountLines(element));
}
public static int CountTextUnit(TextUnit tu, TextPatternRange rangeToCount)
{
return(TextLibraryCount.CountTextUnit(tu, rangeToCount));
}
///---------------------------------------------------------------------------
/// <summary>
/// Gets ClassName property
/// </summary>
///---------------------------------------------------------------------------
public static string GetClassName(AutomationElement autoElement)
{
return(TextLibraryCount.GetClassName(autoElement));
}
