/// <summary>
/// Convertes the given XmlPseudoAttributes into PseudoAttributes.
/// Does not resolve nesting so there may be duplicates.
/// </summary>
private IEnumerable <PseudoAttribute> ConvertFromXml(IEnumerable <XmlPseudoAttribute> xmlPseudoAttributes)
{
foreach (var xmlPseudo in xmlPseudoAttributes)
{
var pseudo = new PseudoAttribute(xmlPseudo.Name, xmlPseudo.Group);
_pseudoNameDict[pseudo.Name] = pseudo;
_nestedPseudosDict[pseudo.Name] = new List <string>();
foreach (var xmlNestedPseudo in xmlPseudo.PseudoAttributes ?? new XmlNestedPseudoAttribute[0])
{
_nestedPseudosDict[pseudo.Name].Add(xmlNestedPseudo.Name);
}
foreach (var xmlAttr in xmlPseudo.Attributes ?? new XmlNestedAttribute[0])
{
var attr = new Attribute(xmlAttr.Name);
if (xmlAttr.ConversionMultiplierSpecified)
{
attr.ConversionMultiplier = (float)xmlAttr.ConversionMultiplier;
}
pseudo.Attributes.Add(attr);
var xmlConditions = xmlAttr.Conditions ?? new XmlAttributeConditions()
{
Items = new object[0]
};
for (var i = 0; i < xmlConditions.Items.Length; i++)
{
ICondition condition;
var xmlCondition = xmlConditions.Items[i];
switch (xmlConditions.ItemsElementName[i])
{
case XmlItemsChoiceType.AndComposition:
var xmlAndComp = (XmlAndComposition)xmlCondition;
var andComp = new AndComposition();
if (xmlAndComp.Keystone != null)
{
andComp.Conditions.Add(new KeystoneCondition(xmlAndComp.Keystone));
}
if (xmlAndComp.OffHand != null)
{
andComp.Conditions.Add(new OffHandCondition(xmlAndComp.OffHand));
}
if (xmlAndComp.Tag != null)
{
andComp.Conditions.Add(new TagCondition(xmlAndComp.Tag));
}
if (xmlAndComp.WeaponClass != null)
{
andComp.Conditions.Add(new WeaponClassCondition(xmlAndComp.WeaponClass));
}
if (xmlAndComp.NotCondition != null)
{
var notCond = ConvertXmlNotCondition(xmlAndComp.NotCondition, pseudo, attr);
andComp.Conditions.Add(notCond);
}
condition = andComp;
break;
case XmlItemsChoiceType.Not:
condition = ConvertXmlNotCondition((XmlNotCondition)xmlCondition, pseudo, attr);
break;
case XmlItemsChoiceType.OffHand:
condition = new OffHandCondition(xmlCondition.ToString());
break;
case XmlItemsChoiceType.Tag:
condition = new TagCondition(xmlCondition.ToString());
break;
case XmlItemsChoiceType.WeaponClass:
condition = new WeaponClassCondition(xmlCondition.ToString());
break;
case XmlItemsChoiceType.Keystone:
condition = new KeystoneCondition(xmlCondition.ToString());
break;
default:
throw new PseudoAttributeDataInvalidException(
string.Format(L10n.Message("Unsupported condition type in attribute {0} in pseudo attribute {1}"), attr.Name, pseudo.Name));
}
attr.Conditions.Add(condition);
}
}
if (xmlPseudo.Hidden != "True")
{
// If hidden they are only added to _pseudoNameDict and _nestedPseudosDict but not returned.
yield return(pseudo);
}
}
}
/// <summary>
/// Convertes the given XmlPseudoAttributes into PseudoAttributes.
/// Does not resolve nesting so there may be duplicates.
/// </summary>
private IEnumerable<PseudoAttribute> ConvertFromXml(IEnumerable<XmlPseudoAttribute> xmlPseudoAttributes)
{
foreach (var xmlPseudo in xmlPseudoAttributes)
{
var pseudo = new PseudoAttribute(xmlPseudo.Name, xmlPseudo.Group);
_pseudoNameDict[pseudo.Name] = pseudo;
_nestedPseudosDict[pseudo.Name] = new List<string>();
foreach (var xmlNestedPseudo in xmlPseudo.PseudoAttributes ?? new XmlNestedPseudoAttribute[0])
{
_nestedPseudosDict[pseudo.Name].Add(xmlNestedPseudo.Name);
}
foreach (var xmlAttr in xmlPseudo.Attributes ?? new XmlNestedAttribute[0])
{
var attr = new Attribute(xmlAttr.Name);
if (xmlAttr.ConversionMultiplierSpecified)
{
attr.ConversionMultiplier = (float) xmlAttr.ConversionMultiplier;
}
pseudo.Attributes.Add(attr);
var xmlConditions = xmlAttr.Conditions ?? new XmlAttributeConditions() {Items = new object[0]};
for (var i = 0; i < xmlConditions.Items.Length; i++)
{
ICondition condition;
var xmlCondition = xmlConditions.Items[i];
switch (xmlConditions.ItemsElementName[i])
{
case XmlItemsChoiceType.AndComposition:
var xmlAndComp = (XmlAndComposition)xmlCondition;
var andComp = new AndComposition();
if (xmlAndComp.Keystone != null)
{
andComp.Conditions.Add(new KeystoneCondition(xmlAndComp.Keystone));
}
if (xmlAndComp.OffHand != null)
{
andComp.Conditions.Add(new OffHandCondition(xmlAndComp.OffHand));
}
if (xmlAndComp.Tag != null)
{
andComp.Conditions.Add(new TagCondition(xmlAndComp.Tag));
}
if (xmlAndComp.WeaponClass != null)
{
andComp.Conditions.Add(new WeaponClassCondition(xmlAndComp.WeaponClass));
}
if (xmlAndComp.NotCondition != null)
{
var xmlNotCond = xmlAndComp.NotCondition;
ICondition innerCond;
if (xmlNotCond.Keystone != null)
{
innerCond = new KeystoneCondition(xmlNotCond.Keystone);
}
else if (xmlNotCond.OffHand != null)
{
innerCond = new OffHandCondition(xmlNotCond.OffHand);
}
else if (xmlNotCond.Tag != null)
{
innerCond = new TagCondition(xmlNotCond.Tag);
}
else if (xmlNotCond.WeaponClass != null)
{
innerCond = new WeaponClassCondition(xmlNotCond.WeaponClass);
}
else
{
throw new PseudoAttributeDataInvalidException(
string.Format(L10n.Message("Empty not condition in attribute {0} in pseudo attribute {1}"), attr.Name, pseudo.Name));
}
andComp.Conditions.Add(new NotCondition(innerCond));
}
condition = andComp;
break;
case XmlItemsChoiceType.OffHand:
condition = new OffHandCondition(xmlCondition.ToString());
break;
case XmlItemsChoiceType.Tag:
condition = new TagCondition(xmlCondition.ToString());
break;
case XmlItemsChoiceType.WeaponClass:
condition = new WeaponClassCondition(xmlCondition.ToString());
break;
case XmlItemsChoiceType.Keystone:
condition = new KeystoneCondition(xmlCondition.ToString());
break;
default:
throw new PseudoAttributeDataInvalidException(
string.Format(L10n.Message("Unsupported condition type in attribute {0} in pseudo attribute {1}"), attr.Name, pseudo.Name));
}
attr.Conditions.Add(condition);
}
}
if (xmlPseudo.Hidden != "True")
{
// If hidden they are only added to _pseudoNameDict and _nestedPseudosDict but not returned.
yield return pseudo;
}
}
}