public static IFilterConventionDescriptor UseMock(
this IFilterConventionDescriptor descriptor)
{
return(descriptor.AddDefaults().Provider(
new QueryableFilterProvider(x => x
.AddDefaultFieldHandlers()
.AddFieldHandler <MatchAnyQueryableFieldHandler>())));
}
protected override void Configure(IFilterConventionDescriptor descriptor)
{
descriptor.AddDefaults();
descriptor.AddProviderExtension(new QueryableFilterProviderExtension(x => x
.AddFieldHandler <NotEqualsHandler>()
.AddFieldHandler <NotContainsHandler>()
.AddFieldHandler <StartsWithHandler>()
.AddFieldHandler <NotStartsWithHandler>()
.AddFieldHandler <EndsWithHandler>()
.AddFieldHandler <NotEndsWithHandler>()
.AddFieldHandler <EqualsHandler>()
.AddFieldHandler <ContainsHandler>()));
}
protected override void Configure(IFilterConventionDescriptor descriptor)
{
descriptor.AddDefaults();
descriptor.Provider(
new QueryableFilterProvider(x => x
.AddDefaultFieldHandlers()
.AddFieldHandler <QueryableStringInvariantContainsHandler>()));
descriptor
.Configure <StringOperationFilterInputType>(_ => _
.Operation(DefaultFilterOperations.Contains)
.Type <StringType>()
.Extend()
.OnBeforeCreate(p => p.Handler = new QueryableStringInvariantContainsHandler()));
}
protected override void Configure(IFilterConventionDescriptor descriptor)
{
descriptor.AddDefaults();
// Use argument name `where`
descriptor.ArgumentName("where");
// Allow conjunction and disjunction
descriptor.AllowAnd();
descriptor.AllowOr();
// Bind custom types
descriptor.BindRuntimeType <Data.GetHttpsResource, GraphQl.GetHttpsResources.GetHttpsResourceFilterType>();
descriptor.BindRuntimeType <Data.NamedMethodArgument, GraphQl.NamedMethodArgumentFilterType>();
descriptor.BindRuntimeType <Data.CalorimetricData, GraphQl.CalorimetricDataX.CalorimetricDataFilterType>();
descriptor.BindRuntimeType <Data.IData, GraphQl.DataX.DataFilterType>();
descriptor.BindRuntimeType <Data.HygrothermalData, GraphQl.HygrothermalDataX.HygrothermalDataFilterType>();
descriptor.BindRuntimeType <Data.OpticalData, GraphQl.OpticalDataX.OpticalDataFilterType>();
descriptor.BindRuntimeType <Data.PhotovoltaicData, GraphQl.PhotovoltaicDataX.PhotovoltaicDataFilterType>();
}
protected override void Configure(IFilterConventionDescriptor descriptor)
{
descriptor.Operation(123).Name("example").Description("This is a example");
descriptor.Operation(DefaultOperations.Contains)
.Name("_contains")
.Description("This is a example");
descriptor.ArgumentName("custom");
descriptor.BindRuntimeType <Address, AddressFilterInputType>();
descriptor.Configure <StringOperationFilterInput>(
x => x.Field("test").Type <StringType>());
descriptor.AddDefaults();
descriptor.Provider <CustomProvider>();
}
protected override void Configure(IFilterConventionDescriptor descriptor)
{
descriptor.AddDefaults();
//descriptor.AddInvariantComparison();
descriptor
.Configure <StringOperationFilterInputType>(
x => x
.Operation(CustomOperations.Like)
.Type <StringType>()
);
descriptor
.Operation(CustomOperations.Like).Name("like");
descriptor.AddProviderExtension(
new QueryableFilterProviderExtension(
x => x
.AddFieldHandler <QueryableStringInvariantLikeHandler>()));
}
protected override void Configure(IFilterConventionDescriptor descriptor)
{
descriptor.AddDefaults();
descriptor.Operation(DefaultOperations.Equals).Name("EQUALS");
}
