private bool saveData() {
IDataAccess conn = this.getInstance<IDataAccess>();
PostData Post = MetaRegistry.Get_PostData();
Post.initClass(DS, conn);
if (!Post.DO_POST()) {
return false;
}
return true;
}
public void Setup()
{
RegistryInitializer.Init <TestRegistry1, TestDef>(true);
RegistryInitializer.Init <TestRegistry2, TestDef>(true);
RegistryInitializer.Init <TestRegistry3, TestDef>(true);
RegistryInitializer.Init <TestRegistry4, TestDef>(true);
RegistryInitializer.Init <TestRegistry5, TestDef>(true);
RegistryInitializer.Init <TestRegistry6, TestDef>(true);
RegistryInitializer.Init <TestRegistry7, TestDef>(true);
RegistryInitializer.Init <TestRegistry8, TestDef>(true);
RegistryInitializer.Init <TestRegistry9, TestDef>(true);
RegistryInitializer.Init <TestRegistry10, TestDef>(true);
MetaRegistry.InitAll();
}
public static void Init <TRegistry, TDef, TBackend>()
where TRegistry : Registry <TRegistry, TDef, TBackend>, new()
where TDef : Registry <TRegistry, TDef, TBackend> .IRegistryDef
where TBackend : struct, Registry <TRegistry, TDef, TBackend> .IRegistryBackend
{
MetaRegistry.CreateIfNeeded();
//MetaRegistry is given special treatment because registering it with itself would mean adding numerous checks within it to ensure it does not initialize itself.
if (typeof(TRegistry) == typeof(MetaRegistry))
{
return;
}
try
{
var cat = new TRegistry();
cat.regToken = MetaRegistry.Add(cat);
} catch { }
}
