public override Configuration Map(Configuration cfg)
{
ConventionModelMapper mapper = new ConventionModelMapper();
mapper.IsEntity((x, y) => this.IsEntity(x, y, this.EntitiesAssemblyName));
mapper.IsRootEntity((x, y) => this.IsRootEntity(x, y, this.EntitiesAssemblyName));
mapper.IsOneToMany((x, y) => this.IsOneToMany(x, y));
mapper.IsManyToOne((x, y) => this.IsManyToOne(x, y));
mapper.IsManyToMany((x, y) => this.IsManyToMany(x, y));
mapper.IsBag((x, y) => this.IsBag(x, y));
mapper.IsSet((x, y) => this.IsSet(x, y));
mapper.IsProperty((x, y) => this.IsProperty(x, y));
mapper.IsPersistentProperty((x, y) => this.IsPersistentProperty(x, y));
mapper.BeforeMapClass += this.BeforeMapClass;
mapper.BeforeMapProperty += this.BeforeMapProperty;
mapper.BeforeMapSet += this.BeforeMapSet;
mapper.BeforeMapOneToMany += this.BeforeMapOneToMany;
mapper.BeforeMapManyToOne += this.BeforeMapManyToOne;
mapper.BeforeMapManyToMany += BeforeMapManyToMany;
HbmMapping mappings = mapper.CompileMappingFor(Assembly.Load(this.EntitiesAssemblyName).GetExportedTypes());
cfg.AddMapping(mappings);
return(cfg);
}
public SagaModelMapper(IEnumerable <Type> typesToScan)
{
Mapper = new ConventionModelMapper();
_sagaEntities =
typesToScan.Where(t => typeof(IContainSagaData).IsAssignableFrom(t) && !t.IsInterface);
_entityTypes = GetTypesThatShouldBeAutoMapped(_sagaEntities, typesToScan);
Mapper.IsTablePerClass((type, b) => false);
Mapper.IsTablePerConcreteClass((type, b) => _sagaEntities.Contains(type));
Mapper.IsTablePerClassHierarchy((type, b) => false);
Mapper.IsEntity((type, mapped) => _entityTypes.Contains(type));
Mapper.IsArray((info, b) => false);
Mapper.IsBag((info, b) =>
{
var memberType = info.GetPropertyOrFieldType();
return(typeof(IEnumerable).IsAssignableFrom(memberType) &&
!(memberType == typeof(string) || memberType == typeof(byte[]) || memberType.IsArray));
});
Mapper.IsPersistentProperty((info, b) => !HasAttribute <RowVersionAttribute>(info));
Mapper.BeforeMapClass += ApplyClassConvention;
Mapper.BeforeMapUnionSubclass += ApplySubClassConvention;
Mapper.BeforeMapProperty += ApplyPropertyConvention;
Mapper.BeforeMapBag += ApplyBagConvention;
Mapper.BeforeMapManyToOne += ApplyManyToOneConvention;
}
SagaModelMapper(SagaMetadataCollection allMetadata, IEnumerable <Type> typesToScan, Func <Type, string> tableNamingConvention = null)
{
this.tableNamingConvention = tableNamingConvention ?? DefaultTableNameConvention;
mapper = new ConventionModelMapper();
this.typesToScan = typesToScan.ToList();
sagaMetaModel = allMetadata;
sagaEntities =
this.typesToScan.Where(t => typeof(IContainSagaData).IsAssignableFrom(t) && !t.IsInterface).ToList();
PopulateTypesThatShouldBeAutoMapped();
mapper.IsTablePerClass((type, b) => false);
mapper.IsTablePerConcreteClass((type, b) => sagaEntities.Contains(type));
mapper.IsTablePerClassHierarchy((type, b) => false);
mapper.IsEntity((type, mapped) => entityTypes.Contains(type));
mapper.IsArray((info, b) => false);
mapper.IsBag((info, b) =>
{
var memberType = info.GetPropertyOrFieldType();
return(typeof(IEnumerable).IsAssignableFrom(memberType) &&
!(memberType == typeof(string) || memberType == typeof(byte[]) || memberType.IsArray));
});
mapper.IsPersistentProperty((info, b) => !HasAttribute <RowVersionAttribute>(info));
mapper.BeforeMapClass += ApplyClassConvention;
mapper.BeforeMapUnionSubclass += ApplySubClassConvention;
mapper.BeforeMapProperty += ApplyPropertyConvention;
mapper.BeforeMapBag += ApplyBagConvention;
mapper.BeforeMapManyToOne += ApplyManyToOneConvention;
}
public void ApplyMapping(ConventionModelMapper mapper)
{
mapper.IsPersistentProperty((member, declared) => {
var property = member as PropertyInfo;
if (property == null || !property.CanRead)
{
return(false);
}
if (IsIdentityProperty(property))
{
return(false);
}
if (property.ReflectedType.GetProperty(property.Name, BindingFlags.Instance | BindingFlags.Public) == null)
{
return(false);
}
if (!ignoredPropertiesProvider.ShouldMapProperty(property))
{
return(false);
}
return(true);
});
mapper.BeforeMapProperty += (modelInspector, member, propertyCustomizer) => {
propertyCustomizer.Column(formatter.GetColumnName(member.LocalMember));
};
}
private static HbmMapping ImplicitMapping()
{
var mapper = new ConventionModelMapper();
mapper.IsEntity((t, d) => IsEntity(t));
mapper.IsRootEntity((t, declared) => IsEntity(t) && !IsEntity(t.BaseType));
mapper.IsComponent((t, d) => d);
mapper.IsBag((mi, d) => d);
mapper.IsPersistentProperty((mi, d) =>
{
if (mi.MemberType != MemberTypes.Property)
{
return(false);
}
var pi = (PropertyInfo)mi;
return(pi.CanRead && pi.CanWrite);
});
mapper.BeforeMapProperty += (model, member, prop) =>
{
var type = member.LocalMember.GetPropertyOrFieldType();
if (type == typeof(DateTime))
{
prop.Type <UtcDateTimeType>();
}
else if (type == typeof(JObject))
{
prop.Type <JObjectType>();
prop.Length(65536); // medium clob
}
};
mapper.BeforeMapSet += (model, member, set) =>
{
set.Key(k => k.Column(member.GetContainerEntity(model).Name + "Id"));
set.Cascade(Cascade.All | Cascade.DeleteOrphans);
};
mapper.BeforeMapManyToOne += (model, member, mto) =>
{
mto.Column(member.LocalMember.Name + "Id");
};
mapper.BeforeMapClass += (model, type, cls) =>
{
cls.Id(id =>
{
id.Column("Id");
id.Generator(Generators.HighLow, g => g.Params(new { max_lo = 100 }));
});
cls.Table(type.Name);
cls.Lazy(false);
};
// add conformist mappings
mapper.AddMappings(Assembly.GetAssembly(typeof(PersistentAttribute)).GetExportedTypes());
// apply above conventions
return(mapper.CompileMappingFor(typeof(PersistentAttribute).Assembly.GetExportedTypes().Where(IsEntity)));
}