public void UseTool(IHaveElements useOn)
{
foreach (var el in useOn.Elements)
{
MarkMiddleMenElementsForSkipping(el);
}
}
public void UseTool(IHaveElements useOn)
{
elementsByXpathRepetitions = new Dictionary<string, List<Element>>();
ReadLocators(useOn.Elements);
MarkRepeatingXPathsToBeSkipped();
CreateGroupedElements(useOn);
}
public void UseTool(IHaveElements useOn)
{
var name = "";
if (useOn is ElementCollection) name = (useOn as ElementCollection).Name;
else if (useOn is Screen) name = (useOn as Screen).Name;
else if (useOn is Element) name = (useOn as Element).Name;
EnsureParentAndChildNamesDiffer(name, useOn.Elements);
EnsureUniqueNamesInGroup(useOn.Elements);
}
public void UseTool(IHaveElements useOn)
{
foreach (var irrelevant in useOn.Elements
.Where(e=> IsIrrelevant(e.Name, e.LocatorType, e.Locator)))
{
irrelevant.SkipCodeGeneration = true;
}
foreach (var irrelevant in useOn.ElementCollections
.Where(e => IsIrrelevant(e.Name, e.LocatorType, e.Locator)))
{
irrelevant.SkipCodeGeneration = true;
}
}
private void CreateGroupedElements(IHaveElements screen)
{
var repeatingElements = elementsByXpathRepetitions.Where(el => el.Value.Count() > repetitions);
foreach (var item in repeatingElements)
{
Element parent = FindParentOf(screen.Elements, item.Value);
if (parent != null)
{
parent.ElementCollections.Add(CreateElementGroup(item.Key, item.Value));
}
else
{
// the screen itself is the parent
screen.ElementCollections.Add(CreateElementGroup(item.Key, item.Value));
}
}
}
public void UseTool(IHaveElements useOn)
{
useOn.Elements = FilterSkippedElements(useOn.Elements);
}