public void Init()
{
FluentMappings mappings = new FluentMappings();
mappings
.Entity<RootClass>()
.Columns.AutoMapSimpleTypeProperties()
.For(r => r.ID).SetPrimaryKey()
.Relationships.MapProperties()
.For(r => r.Dupe1)
.EagerLoad((db, r) => db.Query<DupedClass>().Where(d => d.ID == r.Dupe1ID).FirstOrDefault())
.For(r => r.Dupe2)
.EagerLoad((db, r) => db.Query<DupedClass>().Where(d => d.ID == r.Dupe2ID).FirstOrDefault())
.Entity<DupedClass>()
.Columns.AutoMapSimpleTypeProperties()
.For(d => d.ID).SetPrimaryKey()
.Relationships.MapProperties()
.For(d => d.Child)
.JoinOne(d => d.Child, (d, dcc) => d.ChildID == dcc.ID)
.Entity<DupedClassChild>()
.Columns.AutoMapSimpleTypeProperties()
.PrefixAltNames("dcc")
.For(d => d.ID).SetPrimaryKey();
}
private void CreateMappings()
{
var mappings = new FluentMappings();
mappings
.Entity <FluentMappedOrder>()
.Table.MapTable("Order")
.Columns.AutoMapSimpleTypeProperties()
.PrefixAltNames("o")
.For(e => e.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(e => e.OrderItems)
.EagerLoad((db, o) => db.Query <FluentMappedOrderItem>().Where(oi => oi.OrderID == o.ID).ToList())
//.JoinMany<FluentMappedOrderItem>(o => o.OrderItems, (o, oi) => o.ID == oi.OrderID)
.Entity <FluentMappedOrderItem>()
.Table.MapTable("OrderItem")
.Columns.AutoMapSimpleTypeProperties()
.PrefixAltNames("oi")
.For(oi => oi.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(oi => oi.ItemReceipt)
.JoinOne <FluentMappedReceipt>(oi => oi.ItemReceipt, (oi, r) => oi.ID == r.OrderItemID)
.Entity <FluentMappedReceipt>()
.Table.MapTable("Receipt")
.Columns.AutoMapSimpleTypeProperties()
.PrefixAltNames("r");
}
private void CreateMappings()
{
var mappings = new FluentMappings();
mappings
.Entity<FluentMappedOrder>()
.Table.MapTable("Order")
.Columns.AutoMapSimpleTypeProperties()
.PrefixAltNames("o")
.For(e => e.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(e => e.OrderItems)
.EagerLoad((db, o) => db.Query<FluentMappedOrderItem>().Where(oi => oi.OrderID == o.ID).ToList())
//.JoinMany<FluentMappedOrderItem>(o => o.OrderItems, (o, oi) => o.ID == oi.OrderID)
.Entity<FluentMappedOrderItem>()
.Table.MapTable("OrderItem")
.Columns.AutoMapSimpleTypeProperties()
.PrefixAltNames("oi")
.For(oi => oi.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(oi => oi.ItemReceipt)
.JoinOne<FluentMappedReceipt>(oi => oi.ItemReceipt, (oi, r) => oi.ID == r.OrderItemID)
.Entity<FluentMappedReceipt>()
.Table.MapTable("Receipt")
.Columns.AutoMapSimpleTypeProperties()
.PrefixAltNames("r");
}
public void Can_Find_Member_When_Parent_Renames()
{
var wrapped = new CamelCasePropertyNamesContractResolver();
var mappings = new FluentMappings(wrapped);
mappings.MapClass <Obj>(cm => cm.MapMember(x => x.String, x => x.SetConverter(null)));
var contract = (JsonObjectContract)mappings.ContractResolver.ResolveContract(typeof(Obj));
Assert.Equal(1, contract.Properties.Count); // ensures that we didn't make our own second property by accident
}
private void CreateMappings()
{
var mappings = new FluentMappings();
mappings
.Entity<Entities.FluentMappedOrder>()
.Table.MapTable("Order")
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.ID)
.SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.For(e => e.OrderName)
.ToDB(o => (o as string) + "[ToDB]")
.FromDB(o => (o as string) + "[FromDB]");
}
public void Custom_Converter_Should_Read_Single_Property()
{
var mappings = new FluentMappings();
mappings.MapClass <Obj>(cm => cm.MapMember(mm => mm.String, mm => mm.SetConverter(new TestConverter())));
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
var json = "{ \"String\": \"Hello World\" }";
var obj = JsonConvert.DeserializeObject <Obj>(json, sett);
Assert.Equal(TestConverter.ReadRepl, obj.String);
}
private void CreateMappings()
{
var mappings = new FluentMappings();
mappings
.Entity <Entities.FluentMappedOrder>()
.Table.MapTable("Order")
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.ID)
.SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.For(e => e.OrderName)
.ToDB(o => (o as string) + "[ToDB]")
.FromDB(o => (o as string) + "[FromDB]");
}
public void ShouldBeAbleToPluralizeTableNames()
{
var fluentMappings = new FluentMappings();
fluentMappings
.ForEachEntity<IEntityBase>(entity => entity
.Table.MapTable(t => t.Name + "s")
);
var repos = Marr.Data.MapRepository.Instance;
var buildingTable = repos.GetTableName(typeof(Building));
var roomTable = repos.GetTableName(typeof(Room));
// Check tables
Assert.AreEqual("Buildings", buildingTable);
Assert.AreEqual("Rooms", roomTable);
}
/// <summary>
/// Applies any mappings to the NHibernate Configuration
/// </summary>
/// <param name="cfg">NHibernate Configuration instance</param>
public void Apply(Configuration cfg)
{
if (mergeMappings)
{
foreach (var model in AutoMappings)
{
model.MergeMappings = true;
}
FluentMappings.PersistenceModel.MergeMappings = true;
}
HbmMappings.Apply(cfg);
FluentMappings.Apply(cfg);
AutoMappings.Apply(cfg);
}
public void Discriminator_Should_Be_Written_For_Array()
{
var mappings = new FluentMappings();
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
mappings.MapClass <Parent>(cm => cm.SetDiscriminator("Parent"));
mappings.MapClass <Child>(cm => cm.SetDiscriminator("Child"));
var json = JsonConvert.SerializeObject(new Parent[] { new Child(), new Child() }, sett);
Console.WriteLine(json);
var linq = JsonConvert.DeserializeObject <JArray>(json);
Assert.Equal("Child", linq[0]["$type"]);
}
public void Can_Ignore_Property()
{
var mappings = new FluentMappings();
mappings.MapClass <Obj>(cm => cm.UnmapMember(x => x.String));
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
var obj = new Obj {
String = "Test"
};
var json = JsonConvert.SerializeObject(obj, sett);
var jobj = JsonConvert.DeserializeObject <JObject>(json);
Assert.Empty(jobj.Properties());
}
public void Custom_Converter_Should_Write_Entire_Type()
{
var mappings = new FluentMappings();
mappings.MapClass <Obj>(cm => cm.SetConverter(new TestConverter()));
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
var obj = new Obj {
String = "Hello World"
};
var json = JsonConvert.SerializeObject(obj, sett);
var str = JsonConvert.DeserializeObject <string>(json); // no sett
Assert.Equal(TestConverter.WriteRepl, str);
}
public void Class_Constructs_With_Custom_Constructor()
{
var mappings = new FluentMappings();
mappings.MapClass <Custom>(x => x.MapCreator(t => new Custom(t.String)));
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
var inst = new Custom(5);
var json = JsonConvert.SerializeObject(inst, sett);
Console.WriteLine(json);
var newinst = JsonConvert.DeserializeObject <Custom>(json, sett);
Assert.Equal(inst.String, newinst.String);
}
public void Setup()
{
FluentMappings mappings = new FluentMappings();
mappings
.Entity<Building>()
.Columns.AutoMapSimpleTypeProperties()
.Relationships.AutoMapICollectionOrComplexProperties()
.Ignore(b => b.Offices)
.Ignore(b => b.OfficesDynamic)
.For("_offices")
.LazyLoad((db, building) => db.Query<Office>().Where(o => o.BuildingName == building.Name).ToList())
.For("_officesDynamic")
.LazyLoad((db, building) => db.Query<Office>().Where(o => o.BuildingName == building.Name).ToList())
.Entity<Office>()
.Columns.AutoMapSimpleTypeProperties();
}
public void ShouldBeAbleToPluralizeTableNames()
{
var fluentMappings = new FluentMappings();
fluentMappings
.ForEachEntity <IEntityBase>(entity => entity
.Table.MapTable(t => t.Name + "s")
);
var repos = Marr.Data.MapRepository.Instance;
var buildingTable = repos.GetTableName(typeof(Building));
var roomTable = repos.GetTableName(typeof(Room));
// Check tables
Assert.AreEqual("Buildings", buildingTable);
Assert.AreEqual("Rooms", roomTable);
}
public void Discriminator_Should_Be_Written_For_Child_When_Container_Is_Mapped()
{
var mappings = new FluentMappings();
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
mappings.MapClass <Container>(cm => { });
mappings.MapClass <Parent>(cm => cm.SetDiscriminator("Parent"));
mappings.MapClass <Child>(cm => cm.SetDiscriminator("Child"));
var json = JsonConvert.SerializeObject(new Container()
{
Object = new Child()
}, sett);
var linq = JsonConvert.DeserializeObject <JObject>(json);
Assert.Equal("Child", linq["Object"]["$type"]);
}
public void Custom_Converter_Should_Write_Single_Property()
{
var mappings = new FluentMappings();
mappings.MapClass <Obj>(cm => cm.MapMember(mm => mm.String, mm => mm.SetConverter(new TestConverter())));
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
var obj = new Obj {
String = "Hello World"
};
var json = JsonConvert.SerializeObject(obj, sett);
Console.WriteLine(json);
Assert.Contains(TestConverter.WriteRepl, json);
Assert.DoesNotContain("Hello World", json);
}
public void ForEachEntity_ShouldApplyMappingsToAllSubclassesInAssembly()
{
var fluentMappings = new FluentMappings();
fluentMappings
.ForEachEntity <IEntityBase>(entity => entity
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.ID)
.SetPrimaryKey()
.SetAutoIncrement()
.SetReturnValue()
.Relationships.AutoMapICollectionOrComplexProperties()
.Tables.AutoMapTable()
);
var repos = Marr.Data.MapRepository.Instance;
var buildingColumns = repos.GetColumns(typeof(Building));
var buildingRelationships = repos.GetRelationships(typeof(Building));
var buildingTable = repos.GetTableName(typeof(Building));
var roomColumns = repos.GetColumns(typeof(Room));
var roomRelationships = repos.GetRelationships(typeof(Room));
var roomTable = repos.GetTableName(typeof(Room));
// Check columns
Assert.IsNotNull(buildingColumns);
Assert.IsNotNull(roomColumns);
Assert.AreEqual(2, buildingColumns.Count);
Assert.AreEqual(3, roomColumns.Count);
// Check PKs
Assert.IsTrue(buildingColumns.GetByColumnName("ID").ColumnInfo.IsPrimaryKey);
Assert.IsTrue(roomColumns.GetByColumnName("ID").ColumnInfo.IsPrimaryKey);
// Check relationships
Assert.AreEqual(1, buildingRelationships.Count);
Assert.IsTrue(buildingRelationships.First().RelationshipInfo.RelationType == RelationshipTypes.Many);
Assert.AreEqual(1, roomRelationships.Count);
Assert.IsTrue(roomRelationships.First().RelationshipInfo.RelationType == RelationshipTypes.One);
// Check tables
Assert.AreEqual("Building", buildingTable);
Assert.AreEqual("Room", roomTable);
}
public void ForEachEntity_ShouldApplyMappingsToAllSubclassesInAssembly()
{
var fluentMappings = new FluentMappings();
fluentMappings
.ForEachEntity<IEntityBase>(entity => entity
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.ID)
.SetPrimaryKey()
.SetAutoIncrement()
.SetReturnValue()
.Relationships.AutoMapICollectionOrComplexProperties()
.Tables.AutoMapTable()
);
var repos = Marr.Data.MapRepository.Instance;
var buildingColumns = repos.GetColumns(typeof(Building));
var buildingRelationships = repos.GetRelationships(typeof(Building));
var buildingTable = repos.GetTableName(typeof(Building));
var roomColumns = repos.GetColumns(typeof(Room));
var roomRelationships = repos.GetRelationships(typeof(Room));
var roomTable = repos.GetTableName(typeof(Room));
// Check columns
Assert.IsNotNull(buildingColumns);
Assert.IsNotNull(roomColumns);
Assert.AreEqual(2, buildingColumns.Count);
Assert.AreEqual(3, roomColumns.Count);
// Check PKs
Assert.IsTrue(buildingColumns.GetByColumnName("ID").ColumnInfo.IsPrimaryKey);
Assert.IsTrue(roomColumns.GetByColumnName("ID").ColumnInfo.IsPrimaryKey);
// Check relationships
Assert.AreEqual(1, buildingRelationships.Count);
Assert.IsTrue(buildingRelationships.First().RelationshipInfo.RelationType == RelationshipTypes.Many);
Assert.AreEqual(1, roomRelationships.Count);
Assert.IsTrue(roomRelationships.First().RelationshipInfo.RelationType == RelationshipTypes.One);
// Check tables
Assert.AreEqual("Building", buildingTable);
Assert.AreEqual("Room", roomTable);
}
public void Setup()
{
FluentMappings mappings = new FluentMappings();
mappings
.Entity <Building>()
.Columns.AutoMapSimpleTypeProperties()
.For(b => b.Name).SetPrimaryKey()
.Relationships.AutoMapICollectionOrComplexProperties()
.Ignore(b => b.Offices)
.Ignore(b => b.OfficesDynamic)
.For <Office>("_offices")
.LazyLoad((db, building) => db.Query <Office>().Where(o => o.BuildingName == building.Name))
.For <Office>("_officesDynamic")
.LazyLoad((db, building) => db.Query <Office>().Where(o => o.BuildingName == building.Name))
.Entity <Office>()
.Columns.AutoMapSimpleTypeProperties()
.For(o => o.BuildingName).SetPrimaryKey()
.For(o => o.Number).SetPrimaryKey();
}
public void Setup()
{
MapRepository.Instance.EnableTraceLogging = true;
FluentMappings mappings = new FluentMappings();
mappings
.Entity<Series>()
.Columns.AutoMapSimpleTypeProperties()
.For(s => s.Id)
.SetPrimaryKey()
.Relationships.AutoMapICollectionOrComplexProperties()
.Entity<Episode>()
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.Id)
.SetPrimaryKey()
.SetAltName("EpisodeId")
.For(e => e.Title)
.SetAltName("EpisodeTitle")
.Relationships.AutoMapICollectionOrComplexProperties();
}
public void Discriminator_Enables_Child_Deserialization_Into_Parent_Reference()
{
var mappings = new FluentMappings();
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver, Binder = mappings.Binder
};
mappings.MapClass <Parent>(cm => cm.SetDiscriminator("Parent"));
mappings.MapClass <Child>(cm => cm.SetDiscriminator("Child"));
var json = JsonConvert.SerializeObject(new Container()
{
Object = new Child()
{
ChildString = "Test"
}
}, sett);
var rt = JsonConvert.DeserializeObject <Container>(json, sett);
Assert.IsType <Child>(rt.Object);
Assert.Equal("Test", ((Child)rt.Object).ChildString);
}
protected void InitMappings()
{
FluentMappings mappings = new FluentMappings();
mappings
.Entity <Person>()
.Table.MapTable("PersonTable")
.Columns.AutoMapSimpleTypeProperties()
.For(p => p.ID)
.SetPrimaryKey()
.SetReturnValue()
.SetAutoIncrement()
.Relationships.AutoMapICollectionOrComplexProperties()
.Entity <Pet>()
.Columns.AutoMapSimpleTypeProperties()
.For(p => p.ID)
.SetPrimaryKey()
.SetAltName("Pet_ID")
.For(p => p.Name)
.SetAltName("Pet_Name");
}
protected void InitMappings()
{
FluentMappings mappings = new FluentMappings();
mappings
.Entity<Person>()
.Table.MapTable("PersonTable")
.Columns.AutoMapSimpleTypeProperties()
.For(p => p.ID)
.SetPrimaryKey()
.SetReturnValue()
.SetAutoIncrement()
.Relationships.AutoMapICollectionOrComplexProperties()
.Entity<Pet>()
.Columns.AutoMapSimpleTypeProperties()
.For(p => p.ID)
.SetPrimaryKey()
.SetAltName("Pet_ID")
.For(p => p.Name)
.SetAltName("Pet_Name");
}
public void Setup()
{
MapRepository.Instance.EnableTraceLogging = true;
FluentMappings mappings = new FluentMappings();
mappings
.Entity <Series>()
.Columns.AutoMapSimpleTypeProperties()
.For(s => s.Id)
.SetPrimaryKey()
.Relationships.AutoMapICollectionOrComplexProperties()
.Entity <Episode>()
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.Id)
.SetPrimaryKey()
.SetAltName("EpisodeId")
.For(e => e.Title)
.SetAltName("EpisodeTitle")
.Relationships.AutoMapICollectionOrComplexProperties();
}
private void CreateMappings()
{
var mappings = new FluentMappings();
mappings
.Entity<Entities.FluentMappedOrder>()
.Table.MapTable("Order")
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(e => e.OrderItems).EagerLoad((db, order) => db.Query<Entities.FluentMappedOrderItem>()
.Where(oi => oi.OrderID == order.ID))
.Entity<Entities.FluentMappedOrderItem>()
.Table.MapTable("OrderItem")
.Columns.AutoMapSimpleTypeProperties()
.For(oi => oi.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(oi => oi.ItemReceipt).EagerLoad((db, orderItem) => db.Query<Entities.FluentMappedReceipt>()
.Where(r => r.OrderItemID == orderItem.ID))
.Entity<Entities.FluentMappedReceipt>()
.Table.MapTable("Receipt")
.Columns.AutoMapSimpleTypeProperties()
.For(r => r.OrderItemID).SetPrimaryKey(); // Not really a PK, but works as a grouping key since this is a 1-1 relationship wtih order item
}
/// <summary>
/// Applies any mappings to the NHibernate Configuration
/// </summary>
/// <param name="cfg">NHibernate Configuration instance</param>
public void Apply(Configuration cfg)
{
foreach (var autoMapping in AutoMappings)
{
autoMapping.SetLogger(logger);
}
if (mergeMappings)
{
foreach (var autoModel in AutoMappings)
{
autoModel.MergeMappings = true;
}
model.MergeMappings = true;
}
HbmMappings.Apply(cfg);
FluentMappings.Apply(model);
AutoMappings.Apply(cfg, model);
model.Configure(cfg);
}
public void Can_Roundtrip_Public_Property()
{
var wrapped = new CamelCasePropertyNamesContractResolver();
var mappings = new FluentMappings(wrapped);
mappings.MapClass <Obj>(cm =>
{
cm.UnmapAll();
cm.MapMember(x => x.String, x => x.SetName("string"));
});
var obj = new Obj()
{
String = "testing 1-2-3"
};
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver
};
var json = JsonConvert.SerializeObject(obj, sett);
var deser = JsonConvert.DeserializeObject <Obj>(json, sett);
Assert.Equal(obj.String, deser.String);
}
public void Can_Roundtrip_Private_Field()
{
var wrapped = new CamelCasePropertyNamesContractResolver();
var mappings = new FluentMappings(wrapped);
mappings.MapClass <Properties>(cm =>
{
cm.UnmapAll();
cm.MapMember(x => x._string, x => x.SetName("String"));
});
var contract = (JsonObjectContract)mappings.ContractResolver.ResolveContract(typeof(Properties));
Assert.Equal(1, contract.Properties.Count); // ensures that we didn't make our own second property by accident
Assert.Equal(nameof(_string), contract.Properties[0].UnderlyingName);
_string = "Testing 1-2-3";
var sett = new JsonSerializerSettings {
ContractResolver = mappings.ContractResolver
};
var json = JsonConvert.SerializeObject(this, sett);
var deser = JsonConvert.DeserializeObject <Properties>(json, sett);
Assert.Equal(_string, deser._string);
}
private void CreateMappings()
{
var mappings = new FluentMappings();
mappings
.Entity <Entities.FluentMappedOrder>()
.Table.MapTable("Order")
.Columns.AutoMapSimpleTypeProperties()
.For(e => e.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(e => e.OrderItems).EagerLoad((db, order) => db.Query <Entities.FluentMappedOrderItem>()
.Where(oi => oi.OrderID == order.ID))
.Entity <Entities.FluentMappedOrderItem>()
.Table.MapTable("OrderItem")
.Columns.AutoMapSimpleTypeProperties()
.For(oi => oi.ID).SetPrimaryKey().SetAutoIncrement().SetReturnValue()
.Relationships.MapProperties()
.For(oi => oi.ItemReceipt).EagerLoad((db, orderItem) => db.Query <Entities.FluentMappedReceipt>()
.Where(r => r.OrderItemID == orderItem.ID))
.Entity <Entities.FluentMappedReceipt>()
.Table.MapTable("Receipt")
.Columns.AutoMapSimpleTypeProperties()
.For(r => r.OrderItemID).SetPrimaryKey(); // Not really a PK, but works as a grouping key since this is a 1-1 relationship wtih order item
}
public FluentMappingsPocoData(Type t, FluentMappings.TypeDefinition typeConfig)
{
type = t;
TableInfo = new TableInfo();
// Get the table name
var a = typeConfig.TableName ?? "";
TableInfo.TableName = a.Length == 0 ? t.Name : a;
// Get the primary key
a = typeConfig.PrimaryKey ?? "";
TableInfo.PrimaryKey = a.Length == 0 ? "ID" : a;
a = typeConfig.SequenceName ?? "";
TableInfo.SequenceName = a.Length == 0 ? null : a;
TableInfo.AutoIncrement = typeConfig.AutoIncrement ?? true;
// Set autoincrement false if primary key has multiple columns
TableInfo.AutoIncrement = TableInfo.AutoIncrement ? !TableInfo.PrimaryKey.Contains(',') : TableInfo.AutoIncrement;
// Call column mapper
if (Database.Mapper != null)
Database.Mapper.GetTableInfo(t, TableInfo);
// Work out bound properties
bool explicitColumns = typeConfig.ExplicitColumns ?? false;
Columns = new Dictionary<string, Database.PocoColumn>(StringComparer.OrdinalIgnoreCase);
foreach (var pi in t.GetProperties())
{
// Work out if properties is to be included
var isColumnDefined = typeConfig.ColumnConfiguration.ContainsKey(pi.Name);
if (explicitColumns)
{
if (!isColumnDefined)
continue;
}
else
{
if (isColumnDefined && (typeConfig.ColumnConfiguration[pi.Name].IgnoreColumn.HasValue && typeConfig.ColumnConfiguration[pi.Name].IgnoreColumn.Value))
continue;
}
var pc = new Database.PocoColumn();
pc.PropertyInfo = pi;
// Work out the DB column name
if (isColumnDefined)
{
var colattr = typeConfig.ColumnConfiguration[pi.Name];
pc.ColumnName = colattr.DbColumnName;
if (colattr.ResultColumn.HasValue && colattr.ResultColumn.Value)
pc.ResultColumn = true;
else if (colattr.VersionColumn.HasValue && colattr.VersionColumn.Value)
pc.VersionColumn = true;
if (TableInfo.PrimaryKey.Split(',').Contains(pi.Name))
TableInfo.PrimaryKey = (pc.ColumnName ?? pi.Name) + ",";
pc.ColumnType = colattr.DbColumnType;
}
if (pc.ColumnName == null)
{
pc.ColumnName = pi.Name;
if (Database.Mapper != null && !Database.Mapper.MapPropertyToColumn(pi, ref pc.ColumnName, ref pc.ResultColumn))
continue;
}
// Store it
Columns.Add(pc.ColumnName, pc);
}
// Trim trailing slash if built using Property names
TableInfo.PrimaryKey = TableInfo.PrimaryKey.TrimEnd(',');
// Build column list for automatic select
QueryColumns = (from c in Columns where !c.Value.ResultColumn select c.Key).ToArray();
}
public void Cannot_Resolve_Null()
{
var mappings = new FluentMappings();
Assert.Throws <ArgumentNullException>(() => mappings.ContractResolver.ResolveContract(null));
}