internal TypeAdapterSettings GetMergedSettings(TypeTuple tuple, MapType mapType)
{
var arg = new PreCompileArgument
{
SourceType = tuple.Source,
DestinationType = tuple.Destination,
MapType = mapType,
ExplicitMapping = this.RuleMap.ContainsKey(tuple),
};
var settings = (from rule in this.Rules.Reverse <TypeAdapterRule>()
let priority = rule.Priority(arg)
where priority != null
orderby priority.Value descending
select rule.Settings).ToList();
var result = new TypeAdapterSettings();
foreach (var setting in settings)
{
result.Apply(setting);
}
//remove recursive include types
if (mapType == MapType.MapToTarget)
{
result.Includes.Remove(tuple);
}
else
{
result.Includes.RemoveAll(t => t.Source == tuple.Source);
}
return(result);
}
internal TypeAdapterSettings GetMergedSettings(TypeTuple tuple, MapType mapType)
{
var arg = new PreCompileArgument
{
SourceType = tuple.Source,
DestinationType = tuple.Destination,
MapType = mapType,
ExplicitMapping = this.RuleMap.ContainsKey(tuple),
};
//auto add setting if there is attr setting
var attrSettings = GetAttributeSettings(tuple, mapType).ToList();
if (!arg.ExplicitMapping && attrSettings.Any(rule => rule.Priority(arg) == 100))
{
GetSettings(tuple);
arg.ExplicitMapping = true;
}
var result = new TypeAdapterSettings();
lock (this.Rules)
{
var rules = this.Rules.Reverse <TypeAdapterRule>().Concat(attrSettings);
var settings = from rule in rules
let priority = rule.Priority(arg)
where priority != null
orderby priority.Value descending
select rule.Settings;
foreach (var setting in settings)
{
result.Apply(setting);
}
}
//remove recursive include types
if (mapType == MapType.MapToTarget)
{
result.Includes.Remove(tuple);
}
else
{
result.Includes.RemoveAll(t => t.Source == tuple.Source);
}
return(result);
}
