public static string GenerateInputCodeStub(RecordedGameObjectData obj, bool anyAssertions, string assert)
{
StringBuilder stub = new StringBuilder();
string parent = string.Format("<div class='code_line'><span class='variable'>parentObject</span> = <span class='object_declaration'>Q</span>.driver.Find(By.Name, <span class='string_text'>\"{0}\"</span>, false);</div>", obj.TopLevelParentName);
if (_lastParentObjectSet != parent)
{
if (obj.ParentNames.Count <= MAX_NUM_PARENTNAMES_BEFORE_DRILLDOWN)
{
stub.AppendLine(parent);
}
_lastParentObjectSet = parent;
}
else
{
parent = string.Empty;
}
string midLevelParentName = string.Empty;
if (obj.ParentNames.Count > MAX_NUM_PARENTNAMES_BEFORE_DRILLDOWN)
{
if (!string.IsNullOrEmpty(parent))
{
stub.AppendLine(parent);
}
midLevelParentName = obj.ParentNames[(int)Math.Round((double)obj.ParentNames.Count / 2, 0)];
if (midLevelParentName != obj.TopLevelParentName && _lastMidLevelObjectSet != midLevelParentName)
{
_lastMidLevelObjectSet = midLevelParentName;
stub.AppendLine(string.Format("<div class='code_line'><span class='variable'>middleLevelObject</span> = <span class='object_declaration'>Q</span>.driver.FindIn(<span class='variable'>parentObject</span>, By.Name, <span class='string_text'>\"{0}\"</span>, false);</div>", midLevelParentName));
}
}
string currentObjectFind = string.Format("<span class='object_declaration'>Q</span>.driver.FindIn(<span class='variable'>{0}</span>, By.Name, <span class='string_text'>\"{1}\"</span>)", obj.ParentNames.Count > MAX_NUM_PARENTNAMES_BEFORE_DRILLDOWN && midLevelParentName != obj.TopLevelParentName? "middleLevelObject" : "parentObject", obj.Name);
if (anyAssertions)
{
string current = string.Format("<div class='code_line'><span class='variable'>currentObject</span> = {0};</div>", currentObjectFind);
if (_lastCurrentObjectSet != current)
{
_lastCurrentObjectSet = current;
stub.AppendLine(_lastCurrentObjectSet);
}
}
if (!string.IsNullOrEmpty(assert))
{
stub.AppendLine(assert);
}
string inputClassName = string.Empty;
for (int d = 0; d < obj.Components.Count; d++)
{
if (obj.Components[d] == "InputField")
{
inputClassName = "InputField";
break;
}
else if (GameSpecificActableTypes.FindAll(x => x.Key.Name == obj.Components[d] && x.Value == ActableTypes.Input).Any())
{
inputClassName = GameSpecificActableTypes.Find(x => x.Key.Name == obj.Components[d] && x.Value == ActableTypes.Input).Key.Name;
break;
}
else if (GameMaster.AdditionalAssetsAll.FindAll(x => x.Key.Name == obj.Components[d] && x.Value == ActableTypes.Input).Any())
{
inputClassName = GameMaster.AdditionalAssetsAll.Find(x => x.Key.Name == obj.Components[d] && x.Value == ActableTypes.Input).Key.Name;
break;
}
}
stub.AppendLine(string.Format("<div class='code_line'><span class='value'>yield return StartCoroutine</span>(<span class='object_declaration'>Q</span>.driver.SendKeys({0}.GetComponent<<span class='variable'>{1}</span>>(), {2}));</div>", anyAssertions ? "currentObject" : currentObjectFind, inputClassName, obj.RandomStringLength > 0 ? string.Format("<span class='object_declaration'>Q</span>.help.RandomString({0}, {1})", obj.RandomStringLength.ToString(), obj.RandomStringAllowSpecialCharacters ? "false" : "true") : string.Format("<span class='string_text'>\"{0}\"</span>", obj.TextValue)));
return(_lastAddedStep = stub.ToString());
}
/// <summary>
/// Remove Automation listener from all objects.
/// </summary>
public static void AutomationRelevantActionTaken(AutomationListener listener)
{
List <Component> components = listener.gameObject.GetComponents <Component>().ToList();
//Ignore if no components.
if (!components.Any())
{
return;
}
RecordedGameObjectData data = new RecordedGameObjectData();;
data.Name = listener.gameObject.name.Replace("(Clone)", string.Empty);
KeyValuePair <string, List <string> > parents = GetTopLevelParentObject(listener.gameObject);
data.ParentNames = parents.Value;
data.TopLevelParentName = parents.Key;
data.Tag = listener.gameObject.tag;
data.Components.Add("GameObject");
data.Components.AddRange(listener.gameObject.GetComponents <Component>().ToList().ToListOfNames());
data.AsComponent = data.Components.FindIndexOf("GameObject");
List <KeyValuePair <Type, ActableTypes> > matches = GameSpecificActableTypes.FindAll(x => data.Components.Contains(x.Key.Name));
Button b = listener.gameObject.GetComponent <Button>();
Toggle t = listener.gameObject.GetComponent <Toggle>();
if (b != null || t != null || matches.FindAll(x => x.Value == ActableTypes.Clickable).Any())
{
if (b != null)
{
data.AsComponent = data.Components.FindIndexOf("Button");
}
else if (t != null)
{
data.AsComponent = data.Components.FindIndexOf("Toggle");
}
else
{
data.AsComponent = data.Components.FindIndexOf(matches.Find(x => x.Value == ActableTypes.Clickable).Key.Name);
}
data.ID = CurrentStepID++;
data.Action = ActableTypes.Clickable;
RecordedActions.Add(data);
return;
}
if (components.FindAll(z => z.GetType().Name.ToLower().ContainsOrEquals("collider")).Any())
{
data.ID = CurrentStepID++;
data.Action = ActableTypes.Clickable;
RecordedActions.Add(data);
return;
}
ScrollRect sr = listener.gameObject.GetComponent <ScrollRect>();
if (sr != null || matches.FindAll(x => x.Value == ActableTypes.Scroll).Any())
{
if (sr != null)
{
data.AsComponent = data.Components.FindAll(x => x == "ScrollRect").Any() ? data.Components.FindIndexOf("ScrollRect") : data.Components.FindIndexOf("ScrollRectEx");
}
else
{
data.AsComponent = data.Components.FindIndexOf(matches.Find(x => x.Value == ActableTypes.Scroll).Key.Name);
}
data.ID = CurrentStepID++;
data.Action = ActableTypes.Scroll;
data.InitialScrollPosition = sr.verticalScrollbar == null ? (sr.horizontalScrollbar == null ? 0 : sr.horizontalScrollbar.value) : sr.verticalScrollbar.value;
data.Duration = 1;
RecordedActions.Add(data);
return;
}
InputField i = listener.gameObject.GetComponent <InputField>();
if (i != null || matches.FindAll(x => x.Value == ActableTypes.Input).Any())
{
data.AsComponent = data.Components.FindIndexOf("InputField");
data.ID = CurrentStepID++;
data.Action = ActableTypes.Input;
RecordedActions.Add(data);
return;
}
for (int a = 0; a < GameMaster.AdditionalAssetsAll.Count; a++)
{
Component c = listener.gameObject.GetComponent(GameMaster.AdditionalAssetsAll[a].Key.Name);
if (c != null || matches.FindAll(x => x.Value == GameSpecificActableTypes[a].Value).Any())
{
data.AsComponent = data.Components.FindIndexOf(GameMaster.AdditionalAssetsAll[a].Key.Name);
data.ID = CurrentStepID++;
data.Action = ActableTypes.Input;
RecordedActions.Add(data);
return;
}
}
for (int ty = 0; ty < GameSpecificActableTypes.Count; ty++)
{
Component c = listener.gameObject.GetComponent(GameSpecificActableTypes[ty].Key.Name);
if (c != null || matches.FindAll(x => x.Value == GameSpecificActableTypes[ty].Value).Any())
{
data.AsComponent = data.Components.FindIndexOf(GameSpecificActableTypes[ty].Key.Name);
data.ID = CurrentStepID++;
data.Action = ActableTypes.Input;
RecordedActions.Add(data);
return;
}
}
/*TODO: Update around text clickable for floating assertions.
* Text txt = listener.gameObject.GetComponent<Text>();
* TMPro.TextMeshProUGUI tmp = listener.gameObject.GetComponent<TMPro.TextMeshProUGUI>();
* if(txt != null || tmp != null) {
*
* data.AsComponent = txt != null ? data.Components.FindIndexOf("Text") : data.Components.FindIndexOf("TextMeshProUGUI");
* data.ID = CurrentStepID++;
* data.Action = ActableTypes.TextForAssert;
* RecordingAssertionData assert = new RecordingAssertionData(CurrentAssertionID++);
* assert.Type = AssertionType.IsTrue;
* assert.AssertionIsTrue = AssertionIsTrue.TextContainsOrEquals;
* RecordedActions.Add(data);
* return;
*
* }
*/
}
