public void AddAsPropertySplit(SplitDefinition definition)
{
if (definition == null)
{
return;
}
/* Note: if the user "jump/exclude" a class and then map the property in two subclasses the usage of GetMemberFromDeclaringType() may cause a problem
* for a legal usage... we will see when the case happen */
System.Type propertyContainer = definition.On;
string splitGroupId = definition.GroupId;
MemberInfo member = definition.Member;
var memberKey = member.GetMemberFromDeclaringType();
string splitGroup;
if (!memberSplitGroup.TryGetValue(memberKey, out splitGroup))
{
AddTypeSplits(propertyContainer, splitGroupId);
memberSplitGroup[memberKey] = splitGroupId;
}
splitDefinitions.Add(definition);
}
public void AddAsPropertySplit(SplitDefinition definition)
{
if (definition == null)
{
return;
}
/* Note: if the user "jump/exclude" a class and then map the property in two subclasses the usage of GetMemberFromDeclaringType() may cause a problem
for a legal usage... we will see when the case happen */
System.Type propertyContainer = definition.On;
string splitGroupId = definition.GroupId;
MemberInfo member = definition.Member;
var memberKey = member.GetMemberFromDeclaringType();
string splitGroup;
if (!memberSplitGroup.TryGetValue(memberKey, out splitGroup))
{
AddTypeSplits(propertyContainer, splitGroupId);
memberSplitGroup[memberKey] = splitGroupId;
}
splitDefinitions.Add(definition);
}
void IModelExplicitDeclarationsHolder.AddAsPropertySplit(SplitDefinition definition)
{
declaredModel.AddAsPropertySplit(definition);
}
public virtual void AddAsPropertySplit(SplitDefinition definition)
{
InnerExplicitDeclarationsHolder.AddAsPropertySplit(definition);
}
void IModelExplicitDeclarationsHolder.AddAsPropertySplit(SplitDefinition definition)
{
declaredModel.AddAsPropertySplit(definition);
}
public void AddAsPropertySplit(SplitDefinition definition) { }
public void AddAsPropertySplit(SplitDefinition definition)
{
}
