public void Handle_WhenValidationContextDoesNotHaveRelationshipItems_ShouldThrowInvalidOperationException()
{
//arrange
var relationshipItems = new Dictionary <string, IEnumerable <Item> >()
{
{ TestRelationshipName, Array.Empty <Item>() },
};
var validationContext = new ValidationContext(relationshipItems)
{
CurrentGECO = ItemHelper.CreateItem(string.Empty, string.Empty),
RootItem = ItemHelper.CreateItem(string.Empty, string.Empty),
};
IRelationshipNameProvider relationshipNameProvider = Substitute.For <IRelationshipNameProvider>();
relationshipNameProvider.TabName.Returns("Another relationship name");
string[] availableClassifications = { "Release & Change/CAD Document" };
var testClass = new TestClass(nameof(TestClass), Substitute.For <IGECOProvider>(), relationshipNameProvider, availableClassifications, Array.Empty <string>());
//act
//assert
Assert.Throws <InvalidOperationException>(() => testClass.Handle(validationContext));
}
public void Handle_WhenNextStepIsDefined_ShouldCallNextStep()
{
//arrange
var ignoreStates = new[]
{
"10",
"20",
};
var tabItems = ignoreStates.Select(state =>
{
Item item = ItemHelper.CreateItem(string.Empty, string.Empty);
item.setProperty(StatePropertyKey, state);
return(item);
});
//arrange
var relationshipItems = new Dictionary <string, IEnumerable <Item> >()
{
{ TestRelationshipName, tabItems },
};
var validationContext = new ValidationContext(relationshipItems)
{
CurrentGECO = ItemHelper.CreateItem(string.Empty, string.Empty),
RootItem = ItemHelper.CreateItem(string.Empty, string.Empty),
};
Item anotherGECO = ItemHelper.CreateItem(string.Empty, string.Empty);
IRelationshipNameProvider relationshipNameProvider = Substitute.For <IRelationshipNameProvider>();
relationshipNameProvider.TabName.Returns(TestRelationshipName);
IGECOProvider gecoProvider = Substitute.For <IGECOProvider>();
gecoProvider.GetRelatedGECOs(anotherGECO);
IStep nextStep = Substitute.For <IStep>();
string[] availableClassifications = { "Release & Change/CAD Document" };
var testClass = new TestClass(nameof(TestClass), gecoProvider, relationshipNameProvider, availableClassifications, ignoreStates);
testClass.SetNext(nextStep);
//act
testClass.Handle(validationContext);
//assert
nextStep.Received(1).Handle(Arg.Any <ValidationContext>());
}
public void Handle_WhenRelationshipItemsWithAllowedStatesContainsOnOtherActiveGECOsWithNotCadReleaseClassification_ShouldReturnCollectionWithMessages(string affectedItemAction)
{
//arrange
var states = new[]
{
"10",
"20",
};
var tabItems = states.Select(state =>
{
Item item = ItemHelper.CreateItem(TestType, string.Empty);
item.setProperty(StatePropertyKey, state);
return(item);
});
var relationshipItems = new Dictionary <string, IEnumerable <Item> >()
{
{ TestRelationshipName, tabItems },
};
Item currentGECO = ItemHelper.CreateItem(string.Empty, string.Empty);
currentGECO.setNewID();
var validationContext = new ValidationContext(relationshipItems)
{
CurrentGECO = currentGECO,
RootItem = ItemHelper.CreateItem(string.Empty, string.Empty),
};
Item affectedItem = ItemHelper.CreateItem(string.Empty, string.Empty);
affectedItem.setProperty("gag_action", affectedItemAction);
int expectedErrorCounts = states.Length;
IRelationshipNameProvider relationshipNameProvider = Substitute.For <IRelationshipNameProvider>();
relationshipNameProvider.TabName.Returns(TestRelationshipName);
Item anotherGECO = ItemHelper.CreateItem(string.Empty, string.Empty);
anotherGECO.setNewID();
anotherGECO.setProperty("classification", "invalid classification");
IGECOProvider gecoProvider = Substitute.For <IGECOProvider>();
gecoProvider.GetRelatedGECOs(Arg.Any <Item>()).Returns(new[] { anotherGECO });
gecoProvider.GECOIsActive(Arg.Any <Item>()).Returns(true);
gecoProvider.FindAffectedItems(Arg.Any <Item>(), Arg.Any <string>()).Returns(new[] { affectedItem });
string[] availableClassifications = { "available classification" };
var testClass = new TestClass(nameof(TestClass), gecoProvider, relationshipNameProvider, availableClassifications, states);
IReadOnlyCollection <ValidatorInfoModel> validatorInfo
= new[]
{
new ValidatorInfoModel
{
AllowedStates = states,
Name = testClass.Name,
Type = TestType,
},
};
StepHelper.ApplyFinalStep(testClass, validatorInfo);
//act
IList <string> result = testClass.Handle(validationContext).ToList();
//assert
Assert.AreEqual(expectedErrorCounts, result.Count);
}