public void ContextKey_returns_to_string_of_context_type()
{
var genericFuncy = new GT<NT, NT>.GenericFuncy<GT<GT<NT, NT>, NT>, NT>();
var internalContext = new EagerInternalContext(genericFuncy);
Assert.Equal(genericFuncy.GetType().ToString(), internalContext.ContextKey);
}
public void ContextKey_returns_to_string_of_context_type()
{
var genericFuncy = new GT <NT, NT> .GenericFuncy <GT <GT <NT, NT>, NT>, NT>();
var internalContext = new EagerInternalContext(genericFuncy);
Assert.Equal(genericFuncy.GetType().ToString(), internalContext.ContextKey);
}
public void OptimisticConcurrencyException_with_null_entries_is_wrapped_as_normal_update_exception()
{
var original = new OptimisticConcurrencyException("Bang!");
var wrapped = new EagerInternalContext(new Mock <DbContext>().Object).WrapUpdateException(original);
Assert.IsType <DbUpdateConcurrencyException>(wrapped);
Assert.Equal("Bang!", wrapped.Message);
Assert.Empty(wrapped.Entries);
Assert.Same(original, wrapped.InnerException);
}
public void OptimisticConcurrencyException_with_relationship_entries_is_wrapped_as_IA_update_exception()
{
var original = new OptimisticConcurrencyException("Bang!", null, new[] { CreateEntityEntry(), CreateRelationshipEntry() });
var wrapped = new EagerInternalContext(new Mock <DbContext>().Object).WrapUpdateException(original);
Assert.IsType <DbUpdateException>(wrapped);
Assert.Equal(Strings.DbContext_IndependentAssociationUpdateException, wrapped.Message);
Assert.Empty(wrapped.Entries);
Assert.Same(original, wrapped.InnerException);
}
public void OnDisposing_event_is_raised_when_once_when_context_is_disposed_and_never_again()
{
var eventCount = 0;
var context = new EagerInternalContext(new Mock<DbContext>().Object);
context.OnDisposing += (_, __) => eventCount++;
context.Dispose();
Assert.Equal(1, eventCount);
context.Dispose();
Assert.Equal(1, eventCount);
}
public void OnDisposing_event_is_raised_when_once_when_context_is_disposed_and_never_again()
{
var eventCount = 0;
var context = new EagerInternalContext(new Mock <DbContext>().Object);
context.OnDisposing += (_, __) => eventCount++;
context.Dispose();
Assert.Equal(1, eventCount);
context.Dispose();
Assert.Equal(1, eventCount);
}
public void UpdateException_without_relationship_entries_is_wrapped_as_normal_update_exception()
{
var entity1 = new object();
var entity2 = new object();
var original = new UpdateException("Bang!", null, new[] { CreateEntityEntry(entity1), CreateEntityEntry(entity2) });
var wrapped = new EagerInternalContext(new Mock <DbContext>().Object).WrapUpdateException(original);
Assert.IsType <DbUpdateException>(wrapped);
Assert.Equal("Bang!", wrapped.Message);
Assert.Equal(2, wrapped.Entries.Count());
Assert.Same(entity1, wrapped.Entries.First().Entity);
Assert.Same(entity2, wrapped.Entries.Skip(1).First().Entity);
Assert.Same(original, wrapped.InnerException);
}
public void CommandTimeout_is_obtained_from_and_set_in_ObjectContext_if_ObjectContext_exists()
{
using (var context = new DummyContext())
{
var objectContext = ((IObjectContextAdapter)context).ObjectContext;
objectContext.CommandTimeout = 77;
var internalContext = new EagerInternalContext(context, objectContext, false);
Assert.Equal(77, internalContext.CommandTimeout);
internalContext.CommandTimeout = 88;
Assert.Equal(88, objectContext.CommandTimeout);
}
}
public void CommandTimeout_is_obtained_from_and_set_in_ObjectContext_if_ObjectContext_exists()
{
using (var context = new DummyContext())
{
var objectContext = ((IObjectContextAdapter)context).ObjectContext;
objectContext.CommandTimeout = 77;
var internalContext = new EagerInternalContext(context, objectContext, false);
Assert.Equal(77, internalContext.CommandTimeout);
internalContext.CommandTimeout = 88;
Assert.Equal(88, objectContext.CommandTimeout);
}
}
