public bool Equals(DsfDecision other)
{
if (ReferenceEquals(null, other))
{
return(false);
}
if (ReferenceEquals(this, other))
{
return(true);
}
var areConditionsEqual = CommonEqualityOps.AreObjectsEqual(Conditions, other.Conditions);
if (!areConditionsEqual)
{
return(false);
}
return(string.Equals(DisplayName, other.DisplayName) &&
string.Equals(Result, other.Result) &&
And == other.And &&
Equals(UniqueID, other.UniqueID));
}
IEnumerable <IDev2Activity> ParseDecision(FlowDecision decision, List <IDev2Activity> seenActivities)
{
var activity = decision.Condition as DsfFlowDecisionActivity;
if (activity != null)
{
if (seenActivities.Contains(activity))
{
return(new List <IDev2Activity> {
activity
});
}
var rawText = activity.ExpressionText;
// ReSharper disable MaximumChainedReferences
var activityTextjson = rawText.Substring(rawText.IndexOf("{", StringComparison.Ordinal)).Replace(@""",AmbientDataList)", "").Replace("\"", "!");
// ReSharper restore MaximumChainedReferences
var activityText = Dev2DecisionStack.FromVBPersitableModelToJSON(activityTextjson);
var decisionStack = JsonConvert.DeserializeObject <Dev2DecisionStack>(activityText);
var dec = new DsfDecision(activity);
if (!seenActivities.Contains(activity))
{
seenActivities.Add(dec);
}
dec.TrueArm = ParseTools(decision.True, seenActivities);
dec.FalseArm = ParseTools(decision.False, seenActivities);
dec.Conditions = decisionStack;
dec.And = decisionStack.Mode == Dev2DecisionMode.AND;
return(new List <IDev2Activity>
{
dec
});
}
throw new Exception("Invalid activity");
}
public TestMockDecisionStep(DsfDecision dsfDecision)
: base(dsfDecision.DisplayName)
{
_dsfDecision = dsfDecision;
UniqueID = _dsfDecision.UniqueID;
}
