// Determine if enums are unique to specific effect
// or general for all effects
private static void DetectCommonEnums(List <Effects.Effect> effects)
{
List <Effects.Property> allProperties = GetAllEffectsProperties(effects);
for (int propertyIndex = 0; propertyIndex < allProperties.Count; propertyIndex++)
{
Effects.EnumValues fields = allProperties[propertyIndex].EnumFields;
if (fields == null || fields.Usage != Effects.EnumValues.UsageType.UsedByOneEffect)
{
continue;
}
for (int propertyIndex2 = propertyIndex + 1; propertyIndex2 < allProperties.Count; propertyIndex2++)
{
Effects.EnumValues fields2 = allProperties[propertyIndex2].EnumFields;
if (fields2 == null || fields.FieldsList.Count != fields2.FieldsList.Count)
{
continue;
}
if (fields.Equals(fields2))
{
fields.Usage = Effects.EnumValues.UsageType.UsedByMultipleEffects;
fields.IsRepresentative = true;
fields2.Usage = Effects.EnumValues.UsageType.UsedByMultipleEffects;
fields2.FieldsList = fields.FieldsList;
}
}
}
}
private static void AssignD2DEnums(List <Effects.Effect> effects, List <Enum> d2dEnums)
{
foreach (var property in GetAllEffectsProperties(effects))
{
Effects.EnumValues fields = property.EnumFields;
if (fields == null)
{
continue;
}
// Try to find enum for specific effect
foreach (var d2dEnum in d2dEnums)
{
if (IsEnumEqualD2DEnum(property, d2dEnum, true))
{
fields.D2DEnum = d2dEnum;
}
}
// If failed to find enum for specific effect, try general
if (fields.D2DEnum == null)
{
// Try to find enum without name matching
foreach (var d2dEnum in d2dEnums)
{
if (IsEnumEqualD2DEnum(property, d2dEnum, false))
{
fields.D2DEnum = d2dEnum;
}
}
}
}
}
// Determine if enums are unique to specific effect
// or general for all effects
private static void DetectCommonEnums(List <Effects.Effect> effects)
{
List <Effects.Property> allProperties = GetAllEffectsProperties(effects);
for (int propertyIndex = 0; propertyIndex < allProperties.Count; propertyIndex++)
{
Effects.EnumValues fields = allProperties[propertyIndex].EnumFields;
if (fields == null || fields.Usage != Effects.EnumValues.UsageType.UsedByOneEffect)
{
continue;
}
for (int propertyIndex2 = propertyIndex + 1; propertyIndex2 < allProperties.Count; propertyIndex2++)
{
Effects.EnumValues fields2 = allProperties[propertyIndex2].EnumFields;
if (fields2 == null)
{
continue;
}
// Allow merging if either enum is a subset of the values of the other,
// but not if their value sets are distinct in both directions.
var delta1 = fields.FieldsList.Except(fields2.FieldsList);
var delta2 = fields2.FieldsList.Except(fields.FieldsList);
if (!delta1.Any() || !delta2.Any())
{
fields.Usage = Effects.EnumValues.UsageType.UsedByMultipleEffects;
fields.IsRepresentative = true;
fields2.Usage = Effects.EnumValues.UsageType.UsedByMultipleEffects;
fields2.FieldsList = fields.FieldsList;
// Exclude any enum values that are supported by one enum but not the other.
allProperties[propertyIndex2].ExcludedEnumIndexes.AddRange(delta1.Select(field => fields.FieldsList.IndexOf(field).ToString()));
allProperties[propertyIndex].ExcludedEnumIndexes.AddRange(delta2.Select(field => fields2.FieldsList.IndexOf(field).ToString()));
}
}
}
}
