public void Entity_EndEditValidatesPropertyValues()
{
// Start with an entity that has required properties satisfied, but has
// an invalid property value (for StateName)
Cities.City city = new Cities.City("This is an invalid state name")
{
Name = "Redmond"
};
IEditableObject editableCity = (IEditableObject)city;
StringLengthAttribute template = new StringLengthAttribute(2);
string expectedMember = "StateName";
string expectedError = template.FormatErrorMessage(expectedMember);
// Begin the edit transaction
editableCity.BeginEdit();
#if SILVERLIGHT
// End the edit transaction, which performs property and entity-level validation
editableCity.EndEdit();
Assert.AreEqual <int>(1, city.ValidationErrors.Count, "After EndEdit");
Assert.AreEqual <int>(1, city.ValidationErrors.Single().MemberNames.Count(), "MemberNames count after EndEdit");
Assert.AreEqual <string>(expectedMember, city.ValidationErrors.Single().MemberNames.Single(), "Member name after EndEdit");
Assert.AreEqual <string>(expectedError, city.ValidationErrors.Single().ErrorMessage, "ErrorMessage after EndEdit");
#else
ExceptionHelper.ExpectException <ValidationException>(delegate
{
((IEditableObject)city).EndEdit();
}, expectedError);
#endif
}
public void CheckEntitySetProtectedProperty()
{
CityEntityContainer ec = new CityEntityContainer();
ec.LoadEntities(new Entity[] {
new City { Name = "Redmond", CountyName = "King", StateName = "WA" },
new City { Name = "Bellevue", CountyName = "King", StateName = "WA" }
});
EntitySet<City> es = ec.Cities;
City c1 = ec.Cities.First();
Assert.AreEqual(c1.GetEntitySet(), es);
ec.Cities.Detach(c1);
Assert.IsNull(c1.GetEntitySet());
City c2 = new City() { Name = "NewCity", CountyName = "King", StateName = "WA" };
ec.Cities.Add(c2);
Assert.AreEqual(c2.GetEntitySet(), es);
City c3 = new City() { Name = "AnotherNewCity", CountyName = "King", StateName = "WA" };
ec.Cities.Attach(c3);
Assert.AreEqual(c3.GetEntitySet(), es);
City c4 = ec.Cities.Last();
ec.Cities.Remove(c4);
Assert.IsNull(c4.GetEntitySet());
}
public void Entity_EndEditValidatesRequiredProperties()
{
// Start with an entity that doesn't have its required properties
// satisfied (Name is required)
Cities.City city = new Cities.City();
IEditableObject editableCity = (IEditableObject)city;
RequiredAttribute template = new RequiredAttribute();
string expectedMemberName = "CityName";
string expectedError = template.FormatErrorMessage(expectedMemberName);
// Begin the edit transaction
editableCity.BeginEdit();
#if SILVERLIGHT
string expectedMember = "Name";
// End the edit transaction, which performs property and entity-level validation
editableCity.EndEdit();
Assert.AreEqual <int>(1, city.ValidationErrors.Count, "After EndEdit");
Assert.AreEqual <int>(1, city.ValidationErrors.Single().MemberNames.Count(), "MemberNames count after EndEdit");
Assert.AreEqual <string>(expectedMember, city.ValidationErrors.Single().MemberNames.Single(), "Member name after EndEdit");
Assert.AreEqual <string>(expectedError, city.ValidationErrors.Single().ErrorMessage, "ErrorMessage after EndEdit");
#else
ExceptionHelper.ExpectException <ValidationException>(delegate
{
((IEditableObject)city).EndEdit();
}, expectedError);
#endif
}
public void CancelingCurrencyChangeIsRespectedOnCommitEdit()
{
City first = new City { Name = "1" };
City second = new City { Name = "2" };
MockEntityContainer ec = new MockEntityContainer();
ec.CreateSet<City>(EntitySetOperations.All);
IPagedEntityList pagedList = new MockPagedEntityList(ec.GetEntitySet<City>(), null);
PagedEntityCollectionView view = new PagedEntityCollectionView(pagedList, () => { });
view.Add(first);
view.Add(second);
bool canChangeCurrency = true;
CurrentChangingEventHandler changingHandler = (sender, e) =>
{
if (!canChangeCurrency)
{
Assert.IsTrue(e.IsCancelable,
"Event should be cancelable when commiting an edit.");
e.Cancel = true;
}
};
EventHandler changedHandler = (sender, e) =>
{
if (!canChangeCurrency)
{
Assert.Fail("Currency changes should only occur when canChangeCurrency is true.");
}
};
view.CurrentChanging += changingHandler;
view.CurrentChanged += changedHandler;
view.SortDescriptions.Add(new SortDescription("Name", ListSortDirection.Ascending));
Assert.IsTrue(view.MoveCurrentTo(second),
"We should be able to move current to the second item.");
// Commit an edit but do not allow the currency to change
canChangeCurrency = false;
view.EditItem(second);
second.Name = "0";
view.CommitEdit();
Assert.AreEqual(view[1], second,
"The edited item should not have moved.");
// Commit an edit and this time allow the currency to change
canChangeCurrency = true;
view.EditItem(second);
second.Name = "00";
view.CommitEdit();
Assert.AreEqual(view[0], second,
"The edited item should have moved to the first position in the view.");
}
public void ResetIgnoresUntrackedAddedEntities()
{
PagedEntityCollection pagedCollection = new PagedEntityCollection(p => { return true; });
MockEntitySet cities = LoadCities(false, pagedCollection);
City toAdd = new City
{
Name = "New City",
StateName = "ST",
CountyName = "County"
};
cities.Add(toAdd);
Assert.AreEqual<int>(cities.Count - 1, pagedCollection.Count, "pagedCollection.Count should be one less than cities.Count after adding the city to the cities set");
Assert.IsFalse(pagedCollection.Contains(toAdd), "pagedCollection should not contain the city added to the cities set before the Reset is raised");
cities.ResetCollection();
Assert.AreEqual<int>(cities.Count - 1, pagedCollection.Count, "pagedCollection.Count should be one less than cities.Count after resetting the collection");
Assert.IsFalse(pagedCollection.Contains(toAdd), "pagedCollection should not contain the city added to the cities set after resetting the collection");
}
public void TestDirectChangeset_Cities()
{
for (int i = 0; i < 100; i++)
{
CityDomainService ds = new CityDomainService();
DomainServiceContext dsc = new DomainServiceContext(new MockDataService(new MockUser("mathew")), DomainOperationType.Submit);
ds.Initialize(dsc);
List<ChangeSetEntry> entries = new List<ChangeSetEntry>();
for (int j = 0; j < 500; j++)
{
City newCity = new City() { Name = "Toledo", CountyName = "Lucas", StateName = "OH" };
entries.Add(new ChangeSetEntry(j, newCity, null, DomainOperation.Insert));
}
ChangeSetProcessor.Process(ds, entries);
Assert.IsFalse(entries.Any(p => p.HasError));
}
}
public void GroupingAddToExistingGroup()
{
EnqueueCallback(() =>
{
this._dds.AutoLoad = false;
this._dds.QueryName = "GetCitiesQuery";
this._dds.DomainContext = new CityDomainContext();
this._dds.GroupDescriptors.Add(new GroupDescriptor("StateName"));
this._dds.SortDescriptors.Add(new SortDescriptor("Name", ListSortDirection.Ascending));
this._dds.Load();
});
this.AssertLoadingData();
EnqueueCallback(() =>
{
this.ResetLoadState();
AssertHelper.AssertSequenceSorting(this._view.Cast<City>().Select(c => c.StateName), ListSortDirection.Ascending, "The cities should be sorted by state name after the initial load");
string existingStateName = this._view.Cast<City>().Last().StateName;
City toAdd = new City
{
Name = "Added City",
StateName = existingStateName,
CountyName = "County"
};
int originalCount = this._view.Count;
this._view.Add(toAdd);
Assert.AreEqual<int>(originalCount + 1, this._view.Count, "The count should increment by one after adding the city");
Assert.IsTrue(this._view.Contains(toAdd), "The added city should be in the view");
Assert.AreEqual<int>(this._view.IndexOf(toAdd), this._view.CurrentPosition, "CurrentPosition should match the index of the item added");
AssertHelper.AssertSequenceSorting(this._view.Cast<City>().Select(c => c.StateName), ListSortDirection.Ascending, "The cities should be sorted by state name after adding the city");
});
EnqueueTestComplete();
}
public void Validation_Cities_Fail_Set_ReadOnly_Property() {
ExceptionHelper.ExpectInvalidOperationException(delegate() {
City city = new City { CalculatedCounty = "King County" };
}, "The CalculatedCounty property is read only.");
}
public void AssignCityZoneIfAuthorized(City city, string zoneName)
{
this.AssignCityZone(city, zoneName);
}
public void AssignCityZone(City city, string zoneName)
{
if (zoneName.StartsWith("Zone"))
{
int zoneID = 0;
if (int.TryParse(zoneName.Replace("Zone", ""), out zoneID))
{
city.ZoneID = zoneID;
}
}
city.ZoneName = zoneName;
}
public void UpdateCity(City city)
{
System.Diagnostics.Debug.WriteLine("CityDomainService.UpdateCity(" + city.ToString() + ")");
this.DeleteCity(city);
this._cityData.Cities.Add(city);
}
public void ProcessCity(City city, string data)
{
}
public void AutoAssignCityZone(City city)
{
city.ZoneID++;
city.ZoneName = string.Format("Auto_Zone{0}", city.ZoneID.ToString());
}
public string GetStateIfUser(City city)
{
return(city.StateName);
}
public void AssignCityZoneIfAuthorized(City city, string zoneName)
{
this.AssignCityZone(city, zoneName);
}
public void GroupingAddToNewGroupWithinNewGroup()
{
this.LoadCitiesGroupedByStateThenCounty();
EnqueueCallback(() =>
{
City toAdd = new City
{
Name = "Added City",
StateName = "ST",
CountyName = "County"
};
int originalCount = this._view.Count;
this._view.Add(toAdd);
Assert.AreEqual<int>(originalCount + 1, this._view.Count, "The count should increment by one after adding the city");
Assert.IsTrue(this._view.Contains(toAdd), "The added city should be in the view");
Assert.AreEqual<int>(this._view.IndexOf(toAdd), this._view.CurrentPosition, "CurrentPosition should match the index of the item added");
this.AssertStateCountyCitySorting("After Add");
});
EnqueueTestComplete();
}
public void GroupingAddToExistingGroupWithinExistingGroup()
{
this.LoadCitiesGroupedByStateThenCounty();
EnqueueCallback(() =>
{
// Find an existing state and county that has more than 1 city
IEnumerable<City> cities = this._view.Cast<City>();
City reference = (from city in cities
let state = city.StateName
let county = city.CountyName
let countyCities = cities.Where(c => c.StateName == state && c.CountyName == county).Distinct().Count()
where countyCities > 1
orderby countyCities descending
select city).FirstOrDefault();
if (reference == null)
{
Assert.Inconclusive("This test relies on a county with more than 1 city");
}
// Force two of the existing elements to have city names such that we can insert in between them
// This will test to ensure the new item isn't just put at the beginning or end, but rather
// sorted correctly within the second-level group.
IEnumerable<City> citiesInCounty = cities.Where(c => c.StateName == reference.StateName && c.CountyName == reference.CountyName);
City first = citiesInCounty.ElementAt(0);
this._editableCollectionView.EditItem(first);
// Here we're using ApplyState to allow us to set a PK member w/o validation failure
// since PK members cannot be changed. This test should really be based on an association
// not involving PK, but the test is still valid this way.
first.ApplyState(new Dictionary<string, object> { { "Name", "AAAAA" } });
this._editableCollectionView.CommitEdit();
City second = citiesInCounty.ElementAt(1);
this._editableCollectionView.EditItem(second);
second.ApplyState(new Dictionary<string, object> { { "Name", "ZZZZZ" } });
this._editableCollectionView.CommitEdit();
this.AssertStateCountyCitySorting("After splitting elements 0 and 1 apart");
City toAdd = new City
{
Name = "MMMMM",
StateName = reference.StateName,
CountyName = reference.CountyName
};
int originalCount = this._view.Count;
this._view.Add(toAdd);
Assert.AreEqual<int>(originalCount + 1, this._view.Count, "The count should increment by one after adding the city");
Assert.IsTrue(this._view.Contains(toAdd), "The added city should be in the view");
Assert.AreEqual<int>(this._view.IndexOf(toAdd), this._view.CurrentPosition, "CurrentPosition should match the index of the item added");
this.AssertStateCountyCitySorting("After Add");
});
EnqueueTestComplete();
}
public void ProcessCity(City city, IntPtr intPtrArg)
{
}
public void ProcessCity(City city)
{
}
public void ProcessCity(City city, IEnumerable<City> ienumerableArg)
{
}
public string ProcessCity(City city)
{
return null;
}
public void ProcessCity(City city, List<City> listArg)
{
}
public void DeleteCity(City city)
{
System.Diagnostics.Debug.WriteLine("CityDomainService.DeleteCity(" + city.ToString() + ")");
City cityInList = this._cityData.Cities.FirstOrDefault(c => string.Equals(c.Name, city.Name) &&
string.Equals(c.StateName, city.StateName) &&
string.Equals(c.CountyName, city.CountyName));
if (cityInList == null)
{
throw new InvalidOperationException("City must be in our list first: " + city);
}
this._cityData.Cities.Remove(cityInList);
}
public void ProcessCity(City city, UIntPtr uintPtrArg)
{
}
public void AutoAssignCityZone(City city)
{
city.ZoneID++;
city.ZoneName = string.Format("Auto_Zone{0}", city.ZoneID.ToString());
}
public void ProcessCity(City city, byte[] data)
{
this.Invoked += "ProcessCity_";
this.InputData = data;
}
public string GetStateIfUser(City city)
{
return city.StateName;
}
public void ProcessCity(City city, County county)
{
}
public void GroupingEditItemToRemoveGroupAndCreateNewNestedGroup()
{
this.LoadCitiesGroupedByStateThenCounty();
EnqueueCallback(() =>
{
City toAddAndEdit = new City
{
Name = "Add and Edit",
StateName = "AA",
CountyName = "County"
};
this._view.Add(toAddAndEdit);
Assert.IsTrue(this._view.Contains(toAddAndEdit), "After being added");
toAddAndEdit.StateName = "BB";
Assert.IsTrue(this._view.Contains(toAddAndEdit), "After being edited directly");
this.AssertStateCountyCitySorting("After being edited directly");
this._editableCollectionView.EditItem(toAddAndEdit);
toAddAndEdit.StateName = "CC";
this._editableCollectionView.CommitEdit();
Assert.IsTrue(this._view.Contains(toAddAndEdit), "After being edited with EditItem/CommitEdit");
this.AssertStateCountyCitySorting("After being edited with EditItem/CommitEdit");
});
EnqueueTestComplete();
}
public string Process_EntityParam(City city)
{
return city.Name;
}
public void GroupingAddAndRemoveItem()
{
EnqueueCallback(() =>
{
this._dds.AutoLoad = false;
this._dds.QueryName = "GetCitiesQuery";
this._dds.DomainContext = new CityDomainContext();
this._dds.GroupDescriptors.Add(new GroupDescriptor("StateName"));
this._dds.Load();
});
this.AssertLoadingData();
EnqueueCallback(() =>
{
this.ResetLoadState();
City toAddAndRemove = new City
{
Name = "Add and Remove",
StateName = "ST",
CountyName = "County"
};
int originalCount = this._view.Count;
this._view.Add(toAddAndRemove);
Assert.AreEqual<int>(originalCount + 1, this._view.Count, "The count should increment by one after adding the city");
Assert.IsTrue(this._view.Contains(toAddAndRemove), "The added city should be in the view");
List<NotifyCollectionChangedEventArgs> actions = new List<NotifyCollectionChangedEventArgs>();
this._collectionView.CollectionChanged += (s, e) => actions.Add(e);
this._view.Remove(toAddAndRemove);
Assert.AreEqual<int>(originalCount, this._view.Count, "The count should decrement by one after removing the city");
Assert.IsFalse(this._view.Contains(toAddAndRemove), "The removed city should no longer be in the view");
Assert.AreEqual<int>(1, actions.Count, "There should have been one CollectionChanged event removing the city");
Assert.AreEqual<NotifyCollectionChangedAction>(NotifyCollectionChangedAction.Remove, actions.Single().Action, "The single CollectionChanged event action should have been a Remove");
Assert.AreEqual<int>(1, actions.Single().OldItems.Count, "There should have been one element in OldItems");
Assert.AreEqual<City>(toAddAndRemove, actions.Single().OldItems.Cast<City>().Single(), "The OldItems item should have been our city that was removed");
});
EnqueueTestComplete();
}
public string Process_EntitiesAndSimpleParams(Zip zip, City city, string otherParam)
{
return string.Format("{0}_{1}_{2}", zip.Code.ToString(), city.Name, otherParam);
}
public void GroupingAddToNewGroupWithinExistingGroup()
{
this.LoadCitiesGroupedByStateThenCounty();
EnqueueCallback(() =>
{
// Find an existing state that has more than 1 county so that we can insert into the middle
IEnumerable<City> cities = this._view.Cast<City>();
string existingStateName = (from city in cities
let state = city.StateName
let counties = cities.Where(c => c.StateName == state).Distinct().Count()
where counties > 1
orderby counties descending
select state).FirstOrDefault();
if (existingStateName == null)
{
Assert.Inconclusive("This test relies on a state with more than 1 county");
}
// Force two of the existing elements to have county names such that we can insert in between them
// This will test to ensure the new group isn't just put at the beginning or end, but rather
// sorted correctly within the first-level group.
IEnumerable<City> citiesInState = cities.Where(c => c.StateName == existingStateName);
City first = citiesInState.ElementAt(0);
this._editableCollectionView.EditItem(first);
first.CountyName = "AAAAA";
this._editableCollectionView.CommitEdit();
City second = citiesInState.ElementAt(1);
this._editableCollectionView.EditItem(second);
second.CountyName = "ZZZZZ";
this._editableCollectionView.CommitEdit();
this.AssertStateCountyCitySorting("After splitting elements 0 and 1 apart");
City toAdd = new City
{
Name = "Added City",
StateName = existingStateName,
CountyName = "MMMMM"
};
int originalCount = this._view.Count;
this._view.Add(toAdd);
Assert.AreEqual<int>(originalCount + 1, this._view.Count, "The count should increment by one after adding the city");
Assert.IsTrue(this._view.Contains(toAdd), "The added city should be in the view");
Assert.AreEqual<int>(this._view.IndexOf(toAdd), this._view.CurrentPosition, "CurrentPosition should match the index of the item added");
this.AssertStateCountyCitySorting("After Add");
});
EnqueueTestComplete();
}
public void Approve(City city, string param1, string param2)
{
}
public void Approve(City city)
{
}
public void UpdateCity(City city)
{
System.Diagnostics.Debug.WriteLine("CityDomainService.UpdateCity(" + city.ToString() + ")");
this.DeleteCity(city);
this._cityData.Cities.Add(city);
}
