protected virtual void SetGeneralizationInfo(IActivityMonitor monitor, CovariantPropertyInfo gen)
{
// Covariance ?
if (PropertyType != gen.PropertyType && !gen.PropertyType.IsAssignableFrom(PropertyType))
{
monitor.Error($"Property '{DeclaringType.FullName}.{Name}' type is not compatible with base property '{gen.DeclaringType.FullName}.{Name}'.");
}
else if (_p.GetSetMethod(true) != null)
{
monitor.Warn($"Property '{DeclaringType.FullName}.{Name}' should not have a setter (there should only be a getter that casts the base property).");
}
// Propagates the top first definer level.
_definerSpecializationDepth = gen.DefinerSpecializationDepth;
_settablePropertyInfo = gen._settablePropertyInfo;
}
protected override void SetGeneralizationInfo(IActivityMonitor monitor, CovariantPropertyInfo g)
{
base.SetGeneralizationInfo(monitor, g);
AmbientPropertyOrInjectObjectInfo gen = (AmbientPropertyOrInjectObjectInfo)g;
// A required property can not become optional.
if (IsOptional && !gen.IsOptional)
{
if (_isOptionalDefined)
{
monitor.Error($"{Kind}: Property '{DeclaringType.FullName}.{Name}' states that it is optional but base property '{gen.DeclaringType.FullName}.{Name}' is required.");
}
_isOptional = false;
}
}
protected override void SetGeneralizationInfo(IActivityMonitor monitor, CovariantPropertyInfo g)
{
base.SetGeneralizationInfo(monitor, g);
AmbientPropertyInfo gen = (AmbientPropertyInfo)g;
if (!_isSourceDefined)
{
ResolutionSource = gen.ResolutionSource;
}
// Captures the Generalization.
// We keep the fact that this property overrides one above (errors have been logged if conflict/incoherency occur).
// We can keep the Generalization but not a reference to the specialization since we are
// not Contextualized here, but only on a pure Type level.
Generalization = gen;
}
