public void Start(string prefix, MappedPropertyInfo item)
{
HbmSet set = item.HbmObject<HbmSet>();
MappedPropertyInfo childItem = new MappedPropertyInfo(set.Item, item.FileName);
PropertyMappingType subType = childItem.Type;
if (subType == PropertyMappingType.ManyToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasManyToMany, item.ReturnType, item.Name));
_builder.AddLine(string.Format(".{0}(\"{1}\")", KeyColumn.FluentNHibernateNames.ChildKeyColumn, childItem.ColumnName));
}
else if (subType == PropertyMappingType.OneToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasMany, item.ReturnType, item.Name));
}
else
{
_builder.StartMethod(prefix, "set?(x => x" + item.Name + ")");
}
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.AsSet));
_keyColumn.Add(set.inverse, item.ColumnName, subType);
_lazyLoad.Add(set.lazySpecified, set.lazy);
_table.Add(set.table);
_inverse.Add(set.inverse);
_cascade.Add(set.cascade);
_orderBy.Add(set.orderby);
_where.Add(set.where);
}
public void Start(string prefix, MappedPropertyInfo item)
{
CodeFileBuilder componentBuilder = new CodeFileBuilder();
componentBuilder.Indent(5);
const string subPrefix = "y.";
HbmCompositeElement component = item.HbmObject<HbmCompositeElement>();
componentBuilder.AddLine("");
var componentBodyBuilder = new ClassMapBody(componentBuilder);
foreach (var componentPart in component.Items)
{
componentBodyBuilder.Add(subPrefix, new MappedPropertyInfo(componentPart, item.FileName));
}
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2}, y=>", FluentNHibernateNames.CompositeElement, item.ReturnType, item.Name));
_builder.AddLine("{");
_builder.AddLine(componentBuilder.ToString());
_builder.AddLine("})");
/*if (component. )
{
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.Insert));
}
if (component.update)
{
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.Update));
}*/
}
public void Start(string prefix, MappedPropertyInfo item)
{
CodeFileBuilder componentBuilder = new CodeFileBuilder();
componentBuilder.Indent(5);
const string subPrefix = "y.";
HbmComponent component = item.HbmObject <HbmComponent>();
componentBuilder.AddLine("");
var componentBodyBuilder = new ClassMapBody(componentBuilder);
foreach (var componentPart in component.Items)
{
componentBodyBuilder.Add(subPrefix, new MappedPropertyInfo(componentPart, item.FileName));
}
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2}, y=>", FluentNHibernateNames.Component, item.ReturnType, item.Name));
_builder.AddLine("{");
_builder.AddLine(componentBuilder.ToString());
_builder.AddLine("})");
if (component.insert)
{
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.Insert));
}
if (component.update)
{
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.Update));
}
}
public void Start(string prefix, MappedPropertyInfo item)
{
HbmBag bag = item.HbmObject<HbmBag>();
PropertyMappingType subType = new MappedPropertyInfo(bag.Item, item.FileName).Type;
if (subType == PropertyMappingType.ManyToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasManyToMany, item.ReturnType, item.Name));
}
else if (subType == PropertyMappingType.OneToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasMany, item.ReturnType, item.Name));
}
else
{
_builder.StartMethod(prefix, "bag?(x => x" + item.Name + ")");
}
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.AsBag));
_keyColumn.Add(bag.inverse, item.ColumnName, subType);
_lazyLoad.Add(bag.lazySpecified, bag.lazy);
_table.Add(bag.table);
_inverse.Add(bag.inverse);
_cascade.Add(bag.cascade);
_orderBy.Add(bag.orderby);
_cacheBuilder.Add(bag.cache);
}
public void Add(MappedPropertyInfo info)
{
if (info.Type != PropertyMappingType.Id)
{
return;
}
HbmId id = info.HbmObject<HbmId>();
HbmGenerator generator = id.generator;
if (generator != null)
{
switch (generator.@class)
{
case "sequence":
{
HbmParam[] parameters = generator.param;
string[] text = parameters[0].Text;
_builder.AddLine(string.Format(".{0}.{1}(\"{2}\")", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Sequence, text[0]));
break;
}
case "assigned":
_builder.AddLine(string.Format(".{0}.{1}()", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Assigned));
break;
case "native":
_builder.AddLine(string.Format(".{0}.{1}()", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Native));
break;
default:
_builder.AddLine(string.Format(".{0}. ?", FluentNHibernateNames.GeneratedBy));
break;
}
}
}
public void Start(string prefix, MappedPropertyInfo item)
{
HbmBag bag = item.HbmObject <HbmBag>();
PropertyMappingType subType = new MappedPropertyInfo(bag.Item, item.FileName).Type;
if (subType == PropertyMappingType.ManyToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasManyToMany, item.ReturnType, item.Name));
}
else if (subType == PropertyMappingType.OneToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasMany, item.ReturnType, item.Name));
}
else
{
_builder.StartMethod(prefix, "bag?(x => x" + item.Name + ")");
}
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.AsBag));
_keyColumn.Add(bag.inverse, item.ColumnName, subType);
_lazyLoad.Add(bag.lazySpecified, bag.lazy);
_table.Add(bag.table);
_inverse.Add(bag.inverse);
_cascade.Add(bag.cascade);
_fetch.Add(bag.fetch);
_orderBy.Add(bag.orderby);
_where.Add(bag.where);
_cacheBuilder.Add(bag.cache);
}
public void Start(string prefix, MappedPropertyInfo item)
{
HbmSet set = item.HbmObject <HbmSet>();
MappedPropertyInfo childItem = new MappedPropertyInfo(set.Item, item.FileName);
PropertyMappingType subType = childItem.Type;
if (subType == PropertyMappingType.ManyToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasManyToMany, item.ReturnType, item.Name));
_builder.AddLine(string.Format(".{0}(\"{1}\")", KeyColumn.FluentNHibernateNames.ChildKeyColumn, childItem.ColumnName));
}
else if (subType == PropertyMappingType.OneToMany)
{
_builder.StartMethod(prefix, string.Format("{0}<{1}>(x => x.{2})", FluentNHibernateNames.HasMany, item.ReturnType, item.Name));
}
else
{
_builder.StartMethod(prefix, "set?(x => x" + item.Name + ")");
}
_builder.AddLine(string.Format(".{0}()", FluentNHibernateNames.AsSet));
_keyColumn.Add(set.inverse, item.ColumnName, subType);
_lazyLoad.Add(set.lazySpecified, set.lazy);
_table.Add(set.table);
_inverse.Add(set.inverse);
_cascade.Add(set.cascade);
_fetch.Add(set.fetch);
_orderBy.Add(set.orderby);
_where.Add(set.where);
_cacheBuilder.Add(set.cache);
}
public void Add(MappedPropertyInfo info)
{
if (info.Type != PropertyMappingType.Id)
{
return;
}
HbmId id = info.HbmObject<HbmId>();
if (id.unsavedvalue != null)
{
var unsavedValue = id.unsavedvalue == "null" ? "String.Empty" : id.unsavedvalue;
_builder.AddLine(string.Format(".{0}({1})", FluentNHibernateNames.UnsavedValue, unsavedValue));
}
}
public void Add(MappedPropertyInfo info)
{
if (info.Type != PropertyMappingType.Id)
{
return;
}
HbmId id = info.HbmObject <HbmId>();
if (id.unsavedvalue != null)
{
var unsavedValue = id.unsavedvalue == "null" ? "String.Empty" : id.unsavedvalue;
_builder.AddLine(string.Format(".{0}({1})", FluentNHibernateNames.UnsavedValue, unsavedValue));
}
}
public void Add(MappedPropertyInfo info)
{
if (info.Type != PropertyMappingType.Id)
{
return;
}
HbmId id = info.HbmObject <HbmId>();
HbmGenerator generator = id.generator;
if (generator != null)
{
switch (generator.@class)
{
case "sequence":
{
HbmParam[] parameters = generator.param;
string[] text = parameters[0].Text;
_builder.AddLine(string.Format(".{0}.{1}(\"{2}\")", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Sequence, text[0]));
break;
}
case "assigned":
_builder.AddLine(string.Format(".{0}.{1}()", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Assigned));
break;
case "guid.comb":
_builder.AddLine(string.Format(".{0}.{1}()", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.GuidComb));
break;
case "guid":
_builder.AddLine(string.Format(".{0}.{1}()", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Guid));
break;
case "native":
_builder.AddLine(string.Format(".{0}.{1}()", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Native));
break;
case "identity":
_builder.AddLine(string.Format(".{0}.{1}()", FluentNHibernateNames.GeneratedBy, FluentNHibernateNames.Identity));
break;
default:
_builder.AddLine(string.Format(".{0}.{1} ?", FluentNHibernateNames.GeneratedBy, generator.@class));
break;
}
}
}
