protected override void Configure(IFilterInputTypeDescriptor <Application> descriptor)
{
descriptor.BindFieldsExplicitly();
descriptor.Field(t => t.Name);
descriptor.Field(t => t.Namespace);
}
protected override void Configure(IFilterInputTypeDescriptor <Book> descriptor)
{
// descriptor
descriptor.Field(x => x.Author).Type <AuthorFilterInputType>();
descriptor.Field(x => x.Pages).Type <FilterInputType <int> >();
descriptor.Field(x => x.Name).Type <FilterInputType <string> >();
}
protected override void Configure(IFilterInputTypeDescriptor <Point> descriptor)
{
descriptor.Field(x => x.M);
descriptor.Field(x => x.X);
descriptor.Field(x => x.Y);
descriptor.Field(x => x.Z);
base.Configure(descriptor);
}
protected override void Configure(
IFilterInputTypeDescriptor <Data.CalorimetricData> descriptor
)
{
base.Configure(descriptor);
descriptor.Field(x => x.Id);
descriptor.Field(x => x.GValues);
descriptor.Field(x => x.UValues);
}
protected override void Configure(IFilterInputTypeDescriptor <User> descriptor)
{
descriptor.Name("TestName");
descriptor.Field(x => x.Id)
.Extend()
.OnBeforeCreate(x => x.Handler = new CustomHandler());
descriptor.Field(x => x.Friends)
.Extend()
.OnBeforeCompletion((ctx, x) => x.Handler = new CustomHandler());
}
protected override void Configure(IFilterInputTypeDescriptor <Ad> descriptor)
{
descriptor.BindFieldsExplicitly();
descriptor.Field(f => f.Categories)
.Type <ListFilterInputType <CategoryFilterType> >()
.Description("Ad categories");
descriptor.Field(f => f.Metrics)
.Type <ListFilterInputType <MetricFilterType> >()
.Description("Ad metrics");
}
protected override void Configure(
IFilterInputTypeDescriptor <Data.HygrothermalData> descriptor
)
{
base.Configure(descriptor);
descriptor.Field(x => x.Id);
}
protected override void Configure(
IFilterInputTypeDescriptor <TData> descriptor
)
{
descriptor.BindFieldsExplicitly();
descriptor.Field(x => x.Locale);
descriptor.Field(x => x.Name);
descriptor.Field(x => x.Description);
descriptor.Field(x => x.ComponentId);
descriptor.Field(x => x.CreatorId);
descriptor.Field(x => x.CreatedAt);
descriptor.Field(x => x.AppliedMethod);
descriptor.Field(x => x.Approvals);
descriptor.Field(x => x.Resources);
descriptor.Field(x => x.Warnings);
}
protected override void Configure(IFilterInputTypeDescriptor <Metric> descriptor)
{
descriptor.BindFieldsImplicitly();
descriptor.Field(e => e.Name)
.Type <StringOperationFilterInputType>();
}
protected override void Configure(
IFilterInputTypeDescriptor <Data.PhotovoltaicData> descriptor
)
{
base.Configure(descriptor);
descriptor.Field(x => x.Id);
}
protected override void Configure(
IFilterInputTypeDescriptor <Data.NamedMethodArgument> descriptor
)
{
descriptor.BindFieldsExplicitly();
descriptor.Field(x => x.Name);
// TODO descriptor.Field(x => x.Value);
}
protected override void Configure(
IFilterInputTypeDescriptor <Data.GetHttpsResource> descriptor
)
{
descriptor.BindFieldsExplicitly();
descriptor.Field(x => x.Id);
descriptor.Field(x => x.Description);
descriptor.Field(x => x.HashValue);
descriptor.Field(x => x.DataFormatId);
descriptor.Field(x => x.AppliedConversionMethod);
descriptor.Field(x => x.ArchivedFilesMetaInformation);
descriptor.Field(x => x.DataId);
descriptor.Field(x => x.ParentId);
descriptor.Field(x => x.Parent);
}
protected override void Configure(
IFilterInputTypeDescriptor <Data.OpticalData> descriptor
)
{
base.Configure(descriptor);
descriptor.Field(x => x.Id);
descriptor.Field(x => x.NearnormalHemisphericalSolarReflectances);
descriptor.Field(x => x.NearnormalHemisphericalSolarTransmittances);
descriptor.Field(x => x.NearnormalHemisphericalVisibleReflectances);
descriptor.Field(x => x.NearnormalHemisphericalVisibleTransmittances);
descriptor.Field(x => x.InfraredEmittances);
descriptor.Field(x => x.ColorRenderingIndices);
descriptor.Field(x => x.CielabColors);
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("boolean").Type <BooleanOperationInput>();
}
protected override void Configure(
IFilterInputTypeDescriptor <Foo> descriptor)
{
descriptor.Field(t => t.Bar);
descriptor.AllowAnd(false).AllowOr(false);
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("comparable").Type <ComparableOperationFilterInput <int> >();
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("example").Type <StringType>();
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("data").Type <IntType>();
}
protected override void Configure(IFilterInputTypeDescriptor <T> descriptor)
{
descriptor.BindFieldsExplicitly();
descriptor.Field(x => x.Area);
descriptor.Field(x => x.Boundary);
descriptor.Field(x => x.Centroid);
descriptor.Field(x => x.Dimension);
descriptor.Field(x => x.Envelope);
descriptor.Field(x => x.GeometryType);
descriptor.Field(x => x.InteriorPoint);
descriptor.Field(x => x.IsSimple);
descriptor.Field(x => x.IsValid);
descriptor.Field(x => x.Length);
descriptor.Field(x => x.NumPoints);
descriptor.Field(x => x.OgcGeometryType);
descriptor.Field(x => x.PointOnSurface);
descriptor.Field(x => x.SRID).Name("srid");
descriptor.Operation(Contains).Type <GeometryContainsOperationFilterInputType>();
descriptor.Operation(NotContains).Type <GeometryContainsOperationFilterInputType>();
descriptor.Operation(Distance).Type <GeometryDistanceOperationFilterInputType>();
descriptor.Operation(Intersects).Type <GeometryIntersectsOperationFilterInputType>();
descriptor.Operation(NotIntersects).Type <GeometryIntersectsOperationFilterInputType>();
descriptor.Operation(Overlaps).Type <GeometryOverlapsOperationFilterInputType>();
descriptor.Operation(NotOverlaps).Type <GeometryOverlapsOperationFilterInputType>();
descriptor.Operation(Touches).Type <GeometryTouchesOperationFilterInputType>();
descriptor.Operation(NotTouches).Type <GeometryTouchesOperationFilterInputType>();
descriptor.Operation(Within).Type <GeometryWithinOperationFilterInputType>();
descriptor.Operation(NotWithin).Type <GeometryWithinOperationFilterInputType>();
}
protected override void Configure(
IFilterInputTypeDescriptor <FooNullable> descriptor)
{
descriptor.Field(t => t.Bar);
}
protected override void Configure(IFilterInputTypeDescriptor <Author> descriptor)
{
descriptor.Field(x => x.Name).Type <StringFilterInputType>();
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("comparable").Type <FilterInputType <Bar> >();
}
protected override void Configure(
IFilterInputTypeDescriptor <Foo> descriptor)
{
descriptor.Field(t => t.FooNested);
}
protected override void Configure(IFilterInputTypeDescriptor <FooShort> descriptor)
{
descriptor.Field(t => t.BarShort);
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("comparable").Type <EnumOperationInput <FooBar> >();
}
protected override void Configure(IFilterInputTypeDescriptor <Component> descriptor)
{
descriptor.BindFieldsExplicitly();
descriptor.Field(t => t.Name);
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("test").Type <StringOperationFilterInputType>();
}
protected override void Configure(IFilterInputTypeDescriptor <Author> descriptor)
{
// descriptor
descriptor.Field(x => x.Name).Type <BookFilterType>();
}
protected override void Configure(IFilterInputTypeDescriptor descriptor)
{
descriptor.Field("string").Type <ListFilterInput <StringOperationInput> >();
}
