public void AddType(Type t, string ns)
{
Utility.AssertNotNull(t, "t");
Utility.AssertNotNull(ns, "namespace");
MyContext.AssertTypeIsAccessible(t);
NamespaceImport import = this.GetImport(ns);
import.Add(new TypeImport(t, BindingFlags.Public | BindingFlags.Static, false));
}
internal NamespaceImport GetImport(string ns)
{
if (ns.Length == 0)
{
return(MyRootImport);
}
NamespaceImport import = MyRootImport.FindImport(ns) as NamespaceImport;
if (import == null)
{
import = new NamespaceImport(ns);
MyRootImport.Add(import);
}
return(import);
}
public void AddMethod(MethodInfo mi, string ns)
{
Utility.AssertNotNull(mi, "mi");
Utility.AssertNotNull(ns, "namespace");
MyContext.AssertTypeIsAccessible(mi.ReflectedType);
if (mi.IsStatic == false | mi.IsPublic == false)
{
string msg = Utility.GetGeneralErrorMessage(GeneralErrorResourceKeys.OnlyPublicStaticMethodsCanBeImported);
throw new ArgumentException(msg);
}
NamespaceImport import = this.GetImport(ns);
import.Add(new MethodImport(mi));
}
internal bool HasNamespace(string ns)
{
NamespaceImport import = MyRootImport.FindImport(ns) as NamespaceImport;
return(import != null);
}
internal ExpressionImports()
{
MyRootImport = new NamespaceImport("true");
}
protected override bool EqualsInternal(ImportBase import)
{
NamespaceImport otherSameType = import as NamespaceImport;
return((otherSameType != null) && _myNamespace.Equals(otherSameType._myNamespace, this.Context.Options.MemberStringComparison));
}
