public void ThenThereIsATextboxToTheRightOf(ThatIs direction,
string labelText)
{
FindTextBox(direction,
labelText);
Context.TextBox
.Should()
.NotBeNull();
}
public void WhenIUseTheTextboxNearLabel(ThatIs direction,
string labelText)
{
FindTextBox(direction,
labelText);
Context.TextBox
.Should()
.NotBeNull();
}
protected TUiType LocateClosestElementOfType <TUiType>(string labelText,
string widgetText,
ThatIs direction) where TUiType : UIItem
{
return(RetryLocate(() =>
{
var window = Context.Window;
var label = window.Get <Label>(SearchCriteria.ByText(labelText));
var possibleItems = window.GetMultiple(SearchCriteria.ByText(widgetText));
return FindClosestTo <TUiType>(label,
possibleItems,
direction);
}));
}
protected TUiType LocateClosestElementOfType <TUiType>(string labelText,
ThatIs direction = ThatIs.InAnyDirection)
where TUiType : UIItem
{
return(RetryLocate(() =>
{
var window = Context.Window;
var label = window.Get <Label>(SearchCriteria.ByText(labelText));
var theType = typeof(TUiType);
var possibleItems =
window.GetMultiple(SearchCriteria.ByControlType(testControlType: theType,
framework: WindowsFramework.Wpf));
return FindClosestTo <TUiType>(label,
possibleItems,
direction);
}));
}
private static void SetNames()
{
Thing.SetName("thing");
Link.SetName("link");
IsA.SetName("is a");
IsNotA.SetName("is not a");
Of.SetName("of");
And.SetName("and");
ThatConsistsOf.SetName("that consists of");
Has.SetName("has");
Contains.SetName("contains");
ContainedBy.SetName("contained by");
One.SetName("one");
Zero.SetName("zero");
Character.SetName("character");
Sum.SetName("sum");
String.SetName("string");
Name.SetName("name");
Set.SetName("set");
Group.SetName("group");
ParsedFrom.SetName("parsed from");
ThatIs.SetName("that is");
ThatIsBefore.SetName("that is before");
ThatIsAfter.SetName("that is after");
ThatIsBetween.SetName("that is between");
ThatIsRepresentedBy.SetName("that is represented by");
ThatHas.SetName("that has");
Text.SetName("text");
Path.SetName("path");
Content.SetName("content");
Empty.SetName("empty");
EmptyContent.SetName("empty content");
Alphabet.SetName("alphabet");
Letter.SetName("letter");
Case.SetName("case");
Upper.SetName("upper");
Lower.SetName("lower");
Code.SetName("code");
}
void FindTextBox(ThatIs direction,
string labelText)
{
Context.TextBox = RetryLocate(() => LocateClosestElementOfType <TextBox>(labelText: labelText,
direction: direction));
}
static TUiType FindClosestTo <TUiType>(IUIItem referencePoint,
IEnumerable <IUIItem> possibleItems,
ThatIs direction) where TUiType : UIItem
{
var labelPosition = referencePoint.Location;
Func <IUIItem, IUIItem, bool> predicate;
switch (direction)
{
case ThatIs.Underneath:
predicate = (item,
lbl) => item.Location.Y > lbl.Location.Y;
break;
case ThatIs.Above:
predicate = (item,
lbl) => item.Location.Y < lbl.Location.Y;
break;
case ThatIs.ToLeftOf:
predicate = (item,
lbl) => item.Location.X < lbl.Location.X;
break;
case ThatIs.InAnyDirection:
predicate = (item,
lbl) => true; // our orderby below takes care of this
break;
case ThatIs.ToRightOf:
predicate = (item,
lbl) => item.Location.X > lbl.Location.X;
break;
default:
var error =
string.Format(
"Unmapped 'ThatIs' value '{0}'. Edit WpfBaseSteps to add a case statement for this value!",
direction);
throw new Exception(error);
}
var pair = (from item in possibleItems
where predicate(item,
referencePoint)
// only below
select new { widget = item, distance = (item.Location - labelPosition).Length }
).OrderBy(p => p.distance)
.FirstOrDefault();
if (pair == null)
{
return(null);
}
var widget = pair.widget;
Console.WriteLine(@"Located widget ID:{0} Name: {1} Location: {2}",
widget.Id,
widget.Name,
widget.Location);
return((TUiType)widget);
}
