public override INotation CreateImplement(ITypeSymbolInfo type)
{
var @namespace = new NamespaceNotation()
{
Name = type.Namespace
};
var @class = new ClassNotation()
{
Accessibility = type.Accessibility,
Name = $"Proxy{type.Name}{RandomUtils.NewName()}"
};
@class.CustomAttributes.Add($"[Norns.Destiny.Attributes.Proxy(typeof({CreateImplementKey(type)}))]".ToNotation());
if (type.IsGenericType)
{
@class.TypeParameters.AddRange(type.TypeParameters.Select(i => i.ToNotation()));
}
@namespace.Members.Add(@class);
@class.Inherits.Add(type.FullName.ToNotation());
var context = new ProxyGeneratorContext()
{
Symbol = type
};
context.SetCurrentNamespaceNotation(@namespace);
context.SetCurrentClassNotation(@class);
foreach (var member in type.Members.Union(type.Interfaces.SelectMany(i => i.Members)).Distinct())
{
switch (member)
{
case IMethodSymbolInfo method when !method.IsStatic &&
method.MethodKind != MethodKindInfo.PropertyGet &&
method.MethodKind != MethodKindInfo.PropertySet &&
(method.CanOverride() || (method.ContainingType.IsInterface && !method.IsAbstract)) &&
method.Name != "Finalize":
@class.Members.Add(CreateProxyMethod(method, context));
break;
case IMethodSymbolInfo method when !method.IsStatic && method.MethodKind == MethodKindInfo.Constructor:
@class.Members.Add(GenerateImplementConstructor(method, @class.Name));
break;
case IPropertySymbolInfo property when property.CanOverride():
@class.Members.Add(CreateProxyProperty(property, context));
break;
default:
break;
}
}
AddProxyInfo(@class, context, type);
return(@namespace);
}
public override INotation CreateImplement(ITypeSymbolInfo type)
{
var context = new ProxyGeneratorContext()
{
Symbol = type
};
var @namespace = new NamespaceNotation()
{
Name = type.Namespace
};
var @class = new ClassNotation()
{
Accessibility = type.Accessibility,
Name = $"DefaultImplement{type.Name}{RandomUtils.NewName()}"
};
@class.CustomAttributes.Add($"[Norns.Destiny.Attributes.DefaultImplement(typeof({CreateImplementKey(type)}))]".ToNotation());
if (type.IsGenericType)
{
@class.TypeParameters.AddRange(type.TypeParameters.Select(i => i.ToNotation()));
}
@namespace.Members.Add(@class);
@class.Inherits.Add(type.FullName.ToNotation());
foreach (var member in type.Members.Union(type.Interfaces.SelectMany(i => i.Members)).Distinct(new FullNameSymbolInfoEqualityComparer()))
{
switch (member)
{
case IMethodSymbolInfo method when method.Accessibility != AccessibilityInfo.Private && !method.IsStatic && method.IsAbstract && method.MethodKind == MethodKindInfo.Method:
@class.Members.Add(GenerateImplementMethod(method, context));
break;
case IMethodSymbolInfo method when method.Accessibility != AccessibilityInfo.Private && !method.IsStatic && method.MethodKind == MethodKindInfo.Constructor:
@class.Members.Add(GenerateImplementConstructor(method, @class.Name));
break;
case IPropertySymbolInfo property when property.Accessibility != AccessibilityInfo.Private && !property.IsStatic:
@class.Members.Add(GenerateImplementProperty(property, context));
break;
default:
break;
}
}
return(@namespace);
}
public static void SetCurrentNamespaceNotation(this ProxyGeneratorContext context, NamespaceNotation @namespace)
{
context[CurrentNamespaceNotation] = @namespace;
}
