static ModelItem CreateModelItem(IEnumerable <DecisionTO> items, string displayName = "Find")
{
var dec = new DsfDecision();
var modelItem = ModelItemUtils.CreateModelItem(dec);
FeatureContext.Current["decision"] = dec;
modelItem.SetProperty("DisplayName", displayName);
return(modelItem);
}
public void DsfDecision_SerializeDeserialize_WhenAndSetFalse_ShouldHaveAndAsFalseWhenDeserialized()
{
//------------Setup for test--------------------------
var dsfDecision = new DsfDecision {
And = false
};
var serializer = new Dev2JsonSerializer();
var serDecision = serializer.Serialize(dsfDecision);
//------------Execute Test---------------------------
var deSerDecision = serializer.Deserialize <DsfDecision>(serDecision);
//------------Assert Results-------------------------
Assert.IsNotNull(deSerDecision);
Assert.IsFalse(deSerDecision.And);
}
public void ConflictModelFactory_GivenDsfDecisionConflictNode_ShouldReturnMergeToolModel()
{
//------------Setup for test--------------------------
var adapter = new Mock <IApplicationAdaptor>();
adapter.Setup(p => p.TryFindResource(It.IsAny <object>())).Returns(new object());
CustomContainer.Register(adapter.Object);
var node = new Mock <IConflictTreeNode>();
var contextualResource = new Mock <IContextualResourceModel>();
var dev2DecisionStack = new Dev2DecisionStack
{
TheStack = new List <Dev2Decision>(),
TrueArmText = "a",
FalseArmText = "a",
DisplayText = "a",
Mode = Dev2DecisionMode.AND
};
var serializer = new Dev2JsonSerializer();
var serialize = serializer.Serialize(dev2DecisionStack);
var condition = new DsfFlowDecisionActivity
{
ExpressionText = serialize
};
var value = new DsfDecision(condition)
{
Conditions = dev2DecisionStack
};
var assignStep = new FlowStep
{
Action = value
};
node.Setup(p => p.Activity).Returns(value);
var toolConflictItem = new ToolConflictItem(new ViewModels.Merge.Utils.ConflictRowList(new Mock <IConflictModelFactory>().Object, new Mock <IConflictModelFactory>().Object, new List <ConflictTreeNode>(), new List <ConflictTreeNode>()), ViewModels.Merge.Utils.ConflictRowList.Column.Current);
//------------Execute Test---------------------------
var completeConflict = new ConflictModelFactory(toolConflictItem, contextualResource.Object, node.Object);
//------------Assert Results-------------------------
Assert.IsNotNull(completeConflict);
adapter.Verify(p => p.TryFindResource(It.IsAny <object>()));
var mergeToolModel = completeConflict.CreateModelItem(toolConflictItem, node.Object);
Assert.AreEqual("a", mergeToolModel.MergeDescription);
Assert.AreEqual(typeof(DecisionDesignerViewModel).FullName, ((ToolConflictItem)mergeToolModel).ActivityDesignerViewModel.GetType().FullName);
}
public void DsfDecision_GetState_ReturnsStateVariable()
{
//---------------Set up test pack-------------------
var conditions = new Dev2DecisionStack();
conditions.TheStack = new List <Dev2Decision>();
conditions.AddModelItem(new Dev2Decision
{
Col1 = "[[a]]",
EvaluationFn = Data.Decisions.Operations.enDecisionType.IsEqual,
Col2 = "bob"
});
var serializer = new Dev2JsonSerializer();
//------------Setup for test--------------------------
var act = new DsfDecision {
Conditions = conditions, And = true
};
//------------Execute Test---------------------------
var stateItems = act.GetState();
Assert.AreEqual(5, stateItems.Count());
var expectedResults = new[]
{
new StateVariable
{
Name = "Conditions",
Type = StateVariable.StateType.Input,
Value = serializer.Serialize(conditions)
},
new StateVariable
{
Name = "And",
Type = StateVariable.StateType.Input,
Value = "True"
},
new StateVariable
{
Name = "Result",
Type = StateVariable.StateType.Output,
Value = null
},
new StateVariable
{
Name = "TrueArm",
Type = StateVariable.StateType.Output,
Value = ActivityHelper.GetSerializedStateValueFromCollection(act.TrueArm?.ToList())
},
new StateVariable
{
Name = "FalseArm",
Type = StateVariable.StateType.Output,
Value = ActivityHelper.GetSerializedStateValueFromCollection(act.FalseArm?.ToList())
}
};
var iter = act.GetState().Select(
(item, index) => new
{
value = item,
expectValue = expectedResults[index]
}
);
//------------Assert Results-------------------------
foreach (var entry in iter)
{
Assert.AreEqual(entry.expectValue.Name, entry.value.Name);
Assert.AreEqual(entry.expectValue.Type, entry.value.Type);
Assert.AreEqual(entry.expectValue.Value, entry.value.Value);
}
}
public void ActivityHelper_InjectExpression_Dev2DecisionStack()
{
//---------------Set up test pack-------------------
var dev2DecisionStack = new Dev2DecisionStack()
{
DisplayText = "",
FalseArmText = "",
TrueArmText = "",
Version = "2",
Mode = Dev2DecisionMode.AND
};
dev2DecisionStack.TheStack = new List <Dev2Decision>();
var testAct = new DsfFlowSwitchActivity {
ExpressionText = ""
};
var prop = new Mock <ModelProperty>();
prop.Setup(p => p.ComputedValue).Returns(testAct);
ActivityHelper.InjectExpression(dev2DecisionStack, prop.Object);
//------------Assert Results-------------------------
var act = new DsfDecision {
Conditions = dev2DecisionStack, And = true
};
var stateItems = act.GetState();
Assert.AreEqual(5, stateItems.Count());
var serializer = new Dev2JsonSerializer();
var expectedResults = new[]
{
new StateVariable
{
Name = "Conditions",
Type = StateVariable.StateType.Input,
Value = serializer.Serialize(dev2DecisionStack)
},
new StateVariable
{
Name = "And",
Type = StateVariable.StateType.Input,
Value = "True"
},
new StateVariable
{
Name = "Result",
Type = StateVariable.StateType.Output,
Value = null
},
new StateVariable
{
Name = "TrueArm",
Type = StateVariable.StateType.Output,
Value = ActivityHelper.GetSerializedStateValueFromCollection(act.TrueArm?.ToList())
},
new StateVariable
{
Name = "FalseArm",
Type = StateVariable.StateType.Output,
Value = ActivityHelper.GetSerializedStateValueFromCollection(act.FalseArm?.ToList())
}
};
var iter = act.GetState().Select((item, index) => new
{
value = item,
expectValue = expectedResults[index]
});
Assert.AreEqual(expectedResults.Length, iter.Count());
foreach (var entry in iter)
{
Assert.AreEqual(entry.expectValue.Name, entry.value.Name);
Assert.AreEqual(entry.expectValue.Type, entry.value.Type);
Assert.AreEqual(entry.expectValue.Value, entry.value.Value);
}
}
public void ActivityHelper_Dev2Decision_SetArmTextDefaults_SetArmText_SetDisplayName()
{
//---------------Set up test pack-------------------
var serializer = new Dev2JsonSerializer();
var viewModel = new DecisionDesignerViewModel(CreateModelItem());
var dev2DecisionStack = new Dev2DecisionStack()
{
DisplayText = "",
FalseArmText = "",
TrueArmText = "",
Version = "2",
Mode = Dev2DecisionMode.AND
};
dev2DecisionStack.TheStack = new List <Dev2Decision>();
var decisionExpressionMessage = new ConfigureDecisionExpressionMessage();
viewModel.Handle(decisionExpressionMessage);
//------------Setup for test--------------------------
ActivityHelper.SetArmTextDefaults(dev2DecisionStack);
ActivityHelper.SetArmText(viewModel.ModelItem, dev2DecisionStack);
ActivityHelper.SetDisplayName(viewModel.ModelItem, dev2DecisionStack);
//------------Assert Results-------------------------
var act = new DsfDecision {
Conditions = dev2DecisionStack, And = true
};
var stateItems = act.GetState();
Assert.AreEqual(5, stateItems.Count());
var expectedResults = new[]
{
new StateVariable
{
Name = "Conditions",
Type = StateVariable.StateType.Input,
Value = serializer.Serialize(dev2DecisionStack)
},
new StateVariable
{
Name = "And",
Type = StateVariable.StateType.Input,
Value = "True"
},
new StateVariable
{
Name = "Result",
Type = StateVariable.StateType.Output,
Value = null
},
new StateVariable
{
Name = "TrueArm",
Type = StateVariable.StateType.Output,
Value = ActivityHelper.GetSerializedStateValueFromCollection(act.TrueArm?.ToList())
},
new StateVariable
{
Name = "FalseArm",
Type = StateVariable.StateType.Output,
Value = ActivityHelper.GetSerializedStateValueFromCollection(act.FalseArm?.ToList())
}
};
var iter = act.GetState().Select((item, index) => new
{
value = item,
expectValue = expectedResults[index]
});
Assert.AreEqual(expectedResults.Length, iter.Count());
foreach (var entry in iter)
{
Assert.AreEqual(entry.expectValue.Name, entry.value.Name);
Assert.AreEqual(entry.expectValue.Type, entry.value.Type);
Assert.AreEqual(entry.expectValue.Value, entry.value.Value);
}
}
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 void ActivityParser_ParseToLinkedFlatList()
{
var topLevelActivity = new DsfDotNetMultiAssignActivity
{
DisplayName = "Assign (1)",
UniqueID = "d006a409-333a-49d3-8e1c-7c908f6ba461",
};
var suspendExecutionActivityOne = new SuspendExecutionActivity
{
DisplayName = "Suspend Execution",
UniqueID = "66b7c885-9ea4-4d75-b822-13ff5ef28128",
};
topLevelActivity.NextNodes = new List <IDev2Activity> {
suspendExecutionActivityOne
};
var dev2DecisionStackOne = new Dev2DecisionStack {
DisplayText = "If [[a]] Is = 2"
};
var flowDecisionActivityOne = new DsfDecision
{
DisplayName = "If [[a]] Is = 2",
UniqueID = "1764efe9-4e0e-423a-8510-b35dc9b053f4",
NextNodes = null,
Conditions = dev2DecisionStackOne
};
var fileWriteActivityOne = new FileWriteActivity
{
DisplayName = "Write File",
UniqueID = "8e35adbf-d0c4-443b-ab04-2a83ca1aaa62",
};
flowDecisionActivityOne.TrueArm = new [] { fileWriteActivityOne };
var flowDecisionActivityOneFalseArmAssign = new DsfDotNetMultiAssignActivity
{
DisplayName = "Assign (1)",
UniqueID = "23b599b7-49f4-40a8-8304-f034d227d3dd",
};
var flowDecisionActivityOneFalseArmFileWrite = new FileWriteActivity
{
DisplayName = "Write File",
UniqueID = "baad2ce3-371b-4fec-81f4-0da4112078c8",
};
flowDecisionActivityOneFalseArmAssign.NextNodes = new List <IDev2Activity> {
flowDecisionActivityOneFalseArmFileWrite
};
flowDecisionActivityOneFalseArmFileWrite.NextNodes = new List <IDev2Activity> {
suspendExecutionActivityOne
};
flowDecisionActivityOne.FalseArm = new [] { flowDecisionActivityOneFalseArmAssign };
suspendExecutionActivityOne.NextNodes = new List <IDev2Activity> {
flowDecisionActivityOne
};
var suspendExecutionActivityTwo = new SuspendExecutionActivity
{
DisplayName = "Suspend Execution",
UniqueID = "f72ab5fe-efc9-46c5-8944-f2032f0613eb",
};
fileWriteActivityOne.NextNodes = new List <IDev2Activity> {
suspendExecutionActivityTwo
};
var dev2DecisionStackTwo = new Dev2DecisionStack {
DisplayText = "If [[a]] Is = 4"
};
var flowDecisionActivityTwo = new DsfDecision
{
DisplayName = "If [[a]] Is = 4",
UniqueID = "9ad7861e-6fe8-449f-8640-92147259f919",
NextNodes = null,
Conditions = dev2DecisionStackTwo
};
var fileWriteActivityTwo = new FileWriteActivity
{
DisplayName = "Write File",
UniqueID = "88deb70e-ad45-4735-8a87-a77f7eb54d83",
};
var flowDecisionActivityTwoFalseArmAssign = new DsfDotNetMultiAssignActivity
{
DisplayName = "Assign (1)",
UniqueID = "c511b3e4-819f-4c38-81f6-6579ae3f52df",
};
var flowDecisionActivityTwoFalseArmFileWrite = new FileWriteActivity
{
DisplayName = "Write File",
UniqueID = "3c477009-7b12-432f-908c-b0ad613e8c57",
};
flowDecisionActivityTwoFalseArmAssign.NextNodes = new List <IDev2Activity> {
flowDecisionActivityTwoFalseArmFileWrite
};
flowDecisionActivityTwoFalseArmFileWrite.NextNodes = new List <IDev2Activity> {
suspendExecutionActivityTwo
};
flowDecisionActivityTwo.NextNodes = null;
flowDecisionActivityTwo.TrueArm = new [] { fileWriteActivityTwo };
flowDecisionActivityTwo.FalseArm = new [] { flowDecisionActivityTwoFalseArmAssign };
suspendExecutionActivityTwo.NextNodes = new List <IDev2Activity> {
flowDecisionActivityTwo
};
var activityParser = new ActivityParser();
var activities = activityParser.ParseToLinkedFlatList(topLevelActivity);
Assert.IsNotNull(activities);
var dev2Activities = activities.ToList();
Assert.AreEqual(13, dev2Activities.Count);
}
