public void TestHierarchyAfterMap()
{
LinqMapper.LinqMapper.CreateMap <ClassA, ProjectionClassA>();
LinqMapper.Materializer.RegisterAfterMap <BaseClassA>((o) =>
{
o.Name = o.Name + "_base";
});
LinqMapper.Materializer.RegisterAfterMap <IClassA>((o) =>
{
o.Name = o.Name + "_interface";
});
LinqMapper.Materializer.RegisterAfterMap <ProjectionClassA>((o) =>
{
o.Name = o.Name + "_concrete";
});
ClassA[] objects = new ClassA[] { new ClassA()
{
Name = "my name"
} };
var result = objects.AsQueryable().Materialize <ClassA, ProjectionClassA>().FirstOrDefault();
Assert.Equal(result.Name, "my name_interface_base_concrete");
}
public void TestDictionary()
{
LinqMapper.LinqMapper.CreateMap <ClassA, ProjectionClassA>();
LinqMapper.Materializer.RegisterAfterMap <KeyA>((o) =>
{
o.KeyName = o.KeyName + "_keyAfterMap";
});
LinqMapper.Materializer.RegisterAfterMap <ProjectionClassA>((o) =>
{
o.Name = o.Name + "_afterMap";
});
ClassA[] objects = new ClassA[] { new ClassA()
{
Name = "OriginalValue"
} };
Stopwatch watch = Stopwatch.StartNew();
var result = objects.AsQueryable().Materialize <ClassA, ProjectionClassA>()
.To(q => q.ToDictionary(a => new KeyA()
{
KeyName = "Key" + a.Name
}));
watch.Stop();
Stopwatch watch2 = Stopwatch.StartNew();
var result2 = objects.AsQueryable().Materialize <ClassA, ProjectionClassA>()
.To(q => q.ToDictionary(a => new KeyA()
{
KeyName = "Key" + a.Name
}));
watch2.Stop();
Console.AppendLine("First run (ms): " + watch.Elapsed.TotalMilliseconds);
Console.AppendLine("Second run (ms): " + watch2.Elapsed.TotalMilliseconds);
Assert.Equal(result.First().Key.KeyName, "KeyOriginalValue_keyAfterMap");
Assert.Equal(result.First().Value.Name, "OriginalValue_afterMap");
}
public void SimpleTest()
{
LinqMapper.LinqMapper.CreateMap <ClassA, ProjectionClassA>();
LinqMapper.Materializer.RegisterAfterMap <ProjectionClassA>((o) =>
{
o.Name = o.Name + "_afterMap";
});
ClassA[] objects = new ClassA[] { new ClassA()
{
Name = "my name"
} };
var result = objects.AsQueryable().Materialize <ClassA, ProjectionClassA>().FirstOrDefault();
Assert.Equal(result.Name, "my name_afterMap");
}
public void TestWithContext()
{
LinqMapper.LinqMapper.CreateMap <ClassA, ProjectionClassA>()
.CreateRuntimeMap <ContextA>((ctx) => runtimeMapA(ctx));
LinqMapper.Materializer.RegisterAfterMap <ProjectionClassA, ContextA>((o, ctx) =>
{
o.Name = o.Name + ctx.MaterializeValue;
});
ClassA[] objects = new ClassA[] { new ClassA()
{
Name = "my name"
} };
var result = objects.AsQueryable().Materialize <ClassA, ProjectionClassA>()
.Context(new ContextA()
{
LinqMapperValue = "B", MaterializeValue = "A"
})
.ToList();
Assert.Equal(result[0].Name, "my nameBA");
}
