private static void ReadBagsMaps(XDocument xml, XNamespace ns, MappingModel model)
{
CollectionType collectionType = CollectionType.Bag;
List <CollectionInfo> foundCollections = ReadCollections(xml.Root.Descendants(ns.GetName("class")).FirstOrDefault(), ns, collectionType);
model.Collections.AddRange(foundCollections);
}
private static void ReadDiscriminator(XElement classElement, XNamespace ns, MappingModel model)
{
var discriminator = classElement.Descendants(ns.GetName("discriminator")).FirstOrDefault();
if (discriminator != null)
{
var discriminatorModel = new DiscriminatorModel();
discriminatorModel.ColumnName = discriminator.Attribute("column")?.Value;
model.Discriminator = discriminatorModel;
}
}
private static void ReadId(XElement classElement, XNamespace ns, MappingModel model)
{
var idElement = classElement.Element(ns.GetName("id"));
var idInfo = new IdInfo();
idInfo.ColumnName = idElement.Attribute("column")?.Value;
idInfo.Name = idElement.Attribute("name").Value;
var stringGenerator = idElement.Element(ns.GetName("generator"))?.Attribute("class")?.Value;
switch (stringGenerator)
{
case "guid.comb":
idInfo.Generator = "Generators.GuidComb";
break;
case "assigned":
idInfo.Generator = "Generators.Assigned";
break;
case "identity":
idInfo.Generator = "Generators.Identity";
break;
case "native":
idInfo.Generator = "Generators.Native";
break;
}
if (idElement.Attribute("access")?.Value != null)
{
var xmlAccess = idElement.Attribute("access").Value;
switch (xmlAccess.ToLower())
{
case "property":
idInfo.Access = "Accessor.Property";
break;
case "field.camelcase-underscore":
idInfo.Access = "Accessor.Field";
break;
}
}
idInfo.UnsavedValue = idElement.Attribute("unsaved-value")?.Value;
if (idInfo.UnsavedValue == Guid.Empty.ToString())
{
idInfo.UnsavedValue = "System.Guid.Empty";
}
model.Id = idInfo;
}
private static void ReadSubClasses(XElement classElement, XNamespace ns, MappingModel model)
{
foreach (XElement subclassNode in classElement.Descendants(ns.GetName("subclass")))
{
//<subclass name="ncontinuity2.core.domain.SupplierInterimMeasures,ncontinuity2.core" discriminator-value="1" />
var subclassModel = new SubclassModel();
var fullClassName = subclassNode.Attribute("name").Value.Split(",")[0];
var onlyClass = fullClassName.Split(".", StringSplitOptions.RemoveEmptyEntries).Last();
subclassModel.ClassName = onlyClass;
subclassModel.FullClassName = fullClassName;
subclassModel.DiscriminatorValue = subclassNode.Attribute("discriminator-value")?.Value;
model.Subclasses.Add(subclassModel);
}
}
private static void ProcessSingleFile(FileInfo fileInfo)
{
var xml = XDocument.Parse(File.ReadAllText(fileInfo.FullName));
var model = new MappingModel();
var ns = xml.Root.Name.Namespace;
var classElement = xml.Root.Element(ns.GetName("class"));
var fullClassName = classElement.Attribute("name").Value.Split(",")[0];
var onlyClass = fullClassName.Split(".", StringSplitOptions.RemoveEmptyEntries).Last();
model.DomainClassName = onlyClass;
model.FullType = fullClassName;
model.ClassTable = classElement.Attribute("table") !.Value;
model.BatchSize = classElement.Attribute("batch-size")?.Value;
if (bool.TryParse(classElement.Attribute("lazy")?.Value, out bool lazy))
{
model.Lazy = lazy;
}
ReadId(classElement, ns, model);
ReadDiscriminator(classElement, ns, model);
var properties = ReadProperties(xml.Root.Descendants(ns.GetName("class")).FirstOrDefault(), ns);
model.Properties.AddRange(properties);
ReadBagsMaps(xml, ns, model);
ReadSetMaps(xml, ns, model);
model.ManyToOnes.AddRange(ReadManyToOnes(xml.Root.Descendants(ns.GetName("class")).FirstOrDefault(), ns, model));
ReadSubClasses(classElement, ns, model);
var conversion = new MapTemplate();
conversion.Model = model;
Console.WriteLine($"Transforming file {Path.GetFileName(fileInfo.Name)}");
var map = conversion.TransformText();
File.WriteAllText(Path.Combine(Path.GetDirectoryName(fileInfo.FullName), onlyClass + "Map.cs"), map);
}
private static IEnumerable <ManyToOneInfo> ReadManyToOnes(XElement classElement, XNamespace ns, MappingModel model)
{
foreach (var manyToOne in classElement.Descendants(ns.GetName("many-to-one")))
{
var mtoModel = new ManyToOneInfo();
mtoModel.Name = manyToOne.Attribute("name").Value;
mtoModel.ColumnName = manyToOne.Attribute("column")?.Value;
if (mtoModel.ColumnName == null)
{
mtoModel.ColumnName = manyToOne.Descendants(ns.GetName("column")).FirstOrDefault()?.Attribute("name")?.Value;
}
string notFoundModel = manyToOne.Attribute("not-found")?.Value;
switch (notFoundModel)
{
case "ignore":
mtoModel.NotFoundMode = "NotFoundMode.Ignore";
break;
case "exception":
mtoModel.NotFoundMode = "NotFoundMode.Exception";
break;
}
string mtoLazy = manyToOne.Attribute("lazy")?.Value;
switch (mtoLazy)
{
case "proxy":
mtoModel.Lazy = "LazyRelation.Proxy";
break;
case "no-proxy":
mtoModel.Lazy = "LazyRelation.NoProxy";
break;
case "false":
mtoModel.Lazy = "LazyRelation.NoLazy";
break;
}
string cascade = manyToOne.Attribute("cascade")?.Value;
if (cascade != null)
{
switch (cascade)
{
case "all-delete-orphan":
mtoModel.Cascade = "Cascade.All | Cascade.DeleteOrphans";
break;
case "all":
mtoModel.Cascade = "Cascade.All";
break;
case "save-update":
mtoModel.Cascade = "Cascade.Persist";
break;
case "none":
mtoModel.Cascade = "Cascade.None";
break;
}
}
mtoModel.NoUpdate = manyToOne.Attribute("update")?.Value == "false";
mtoModel.NoInsert = manyToOne.Attribute("insert")?.Value == "false";
mtoModel.NotNull = manyToOne.Attribute("not-null")?.Value == "true";
mtoModel.Unique = manyToOne.Attribute("unique")?.Value;
yield return(mtoModel);
}
}