public generating_code_and_sql_for_hierarchy_smoke_Tests()
{
theHierarchy = DocumentMapping.For <Squad>();
theHierarchy.AddSubClass(typeof(BasketballTeam));
theHierarchy.AddSubClass(typeof(BaseballTeam));
theHierarchy.AddSubClass(typeof(FootballTeam));
}
public generating_code_and_sql_for_hierarchy_smoke_Tests_on_other_database_schema()
{
theHierarchy = DocumentMapping.For <Squad>("other");
theHierarchy.AddSubClass(typeof(BasketballTeam));
theHierarchy.AddSubClass(typeof(BaseballTeam));
theHierarchy.AddSubClass(typeof(FootballTeam));
}
public generating_code_and_sql_for_hierarchy_smoke_Tests()
{
theHierarchy = new DocumentMapping(typeof(Squad), new StoreOptions());
theHierarchy.AddSubClass(typeof(BasketballTeam));
theHierarchy.AddSubClass(typeof(BaseballTeam));
theHierarchy.AddSubClass(typeof(FootballTeam));
}
public HierarchyArgumentTests()
{
mapping = new DocumentMapping(typeof(Squad), new StoreOptions());
arg = new HierarchyArgument(mapping);
mapping.AddSubClass(typeof(BasketballTeam));
mapping.AddSubClass(typeof(BaseballTeam));
mapping.AddSubClass(typeof(FootballTeam), "football");
}
public void can_migrate_missing_hierarchical_columns()
{
writeTable();
theMapping.AddSubClass(typeof(SuperUser));
var newTable = new DocumentTable(theMapping);
writeAndApplyPatch(AutoCreate.CreateOrUpdate, newTable);
var theActual = theTable.FetchExisting(_conn);
theActual.HasColumn(DocumentMapping.DocumentTypeColumn);
}
public void storage_arguments_adds_hierarchy_argument_with_subclasses()
{
var mapping = new DocumentMapping(typeof(Squad), new StoreOptions());
mapping.AddSubClass(typeof(FootballTeam));
mapping.ToArguments().OfType <HierarchyArgument>()
.Single().Mapping.ShouldBeSameAs(mapping);
}
