/// <summary>
/// Loads and analyzes an assembly without the help of any package manager or server.
/// </summary>
public void LoadAssemblyManual(Assembly assembly)
{
Type entityImplementationType = typeof(EntityImplementationAttribute);
foreach (Type t in assembly.GetTypes())
{
object instance = null;
object[] eias = t.GetCustomAttributes(entityImplementationType, false);
if (eias.Length > 0)
{
if (instance == null)
{
instance = Activator.CreateInstance(t);
}
IArchitectureFactory builder = instance as IArchitectureFactory;
if (builder != null)
{
foreach (EntityImplementationAttribute attr in eias)
{
Entity e;
if (entityTable.TryGetValue(attr.EntityId, out e))
{
archTable.AddArchitectureBuilder(e, builder);
}
}
}
}
}
}
public void AppendArchitectures(ArchitectureTable table)
{
#region Arithmetics
table.AddArchitectureBuilder(new Arithmetics.AdditionArchitectures());
table.AddArchitectureBuilder(new Arithmetics.SubtractionArchitectures());
table.AddArchitectureBuilder(new Arithmetics.MultiplicationArchitectures());
table.AddArchitectureBuilder(new Arithmetics.DivisionArchitectures());
table.AddArchitectureBuilder(new Arithmetics.NegateArchitectures());
table.AddArchitectureBuilder(new Arithmetics.InvertArchitectures());
table.AddArchitectureBuilder(new Arithmetics.AbsoluteArchitectures());
table.AddArchitectureBuilder(new Arithmetics.ExponentialArchitectures());
table.AddArchitectureBuilder(new Arithmetics.NaturalLogarithmArchitectures());
table.AddArchitectureBuilder(new Arithmetics.SquareArchitectures());
table.AddArchitectureBuilder(new Arithmetics.PowerArchitectures());
#endregion
#region Trigonometry
table.AddArchitectureBuilder(new Trigonometry.SineArchitectures());
table.AddArchitectureBuilder(new Trigonometry.CosineArchitectures());
table.AddArchitectureBuilder(new Trigonometry.TangentArchitectures());
table.AddArchitectureBuilder(new Trigonometry.CotangentArchitectures());
table.AddArchitectureBuilder(new Trigonometry.SecantArchitectures());
table.AddArchitectureBuilder(new Trigonometry.CosecantArchitectures());
table.AddArchitectureBuilder(new Trigonometry.HyperbolicSineArchitectures());
table.AddArchitectureBuilder(new Trigonometry.HyperbolicCosineArchitectures());
table.AddArchitectureBuilder(new Trigonometry.HyperbolicTangentArchitectures());
table.AddArchitectureBuilder(new Trigonometry.HyperbolicCotangentArchitectures());
table.AddArchitectureBuilder(new Trigonometry.HyperbolicSecantArchitectures());
table.AddArchitectureBuilder(new Trigonometry.HyperbolicCosecantArchitectures());
#endregion
#region Logic
table.AddArchitectureBuilder(new Logic.AndArchitectures());
table.AddArchitectureBuilder(new Logic.NandArchitectures());
table.AddArchitectureBuilder(new Logic.OrArchitectures());
table.AddArchitectureBuilder(new Logic.NorArchitectures());
table.AddArchitectureBuilder(new Logic.XorArchitectures());
table.AddArchitectureBuilder(new Logic.XnorArchitectures());
table.AddArchitectureBuilder(new Logic.NotArchitectures());
#endregion
#region Algebra & Analysis
table.AddArchitectureBuilder(new Analysis.AlgebraicDerivativeArchitecture());
table.AddArchitectureBuilder(new Algebra.AutoSimplifyArchitecture());
#endregion
#region Flow
table.AddArchitectureBuilder(new Flow.TransportArchitecture());
table.AddArchitectureBuilder(new Flow.SyncArchitecture());
table.AddArchitectureBuilder(new Flow.ClockArchitecture());
#endregion
}
