/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <Gender> descriptor)
{
descriptor.Description(@"Genders were introduced in Generation II for the purposes of breeding pokémon
but can also result in visual differences or even different evolutionary lines.");
descriptor.Field(x => x.PokemonSpeciesDetails)
.Description("A list of pokémon species that can be this gender and how likely it is that they will be.")
.Type <ListType <PokemonSpeciesGenderType> >();
descriptor.UseNamedApiResourceCollectionField <Gender, PokemonSpecies, PokemonSpeciesType>(x => x.RequiredForEvolution);
}
protected override void Configure(IObjectTypeDescriptor <Platform> descriptor)
{
descriptor.Description("Represents any software or service that has a command line interface");
descriptor
.Field(p => p.LicenseKey).Ignore();
descriptor.Field(p => p.Commands)
.ResolveWith <Resolvers>(p => p.GetCommands(default !, default !))
protected override void Configure(IObjectTypeDescriptor <Platform> descriptor)
{
descriptor.Description("Represents any software or service that has a CLI.");
descriptor.Field(p => p.LicenseKey).Ignore(); // Don't expose it in the API
descriptor.Field(p => p.Name).Description("Name of the software or service.");
//Resolve p=>p.Commands field (that is nested in the Platform object) with a resolver that is below
descriptor.Field(p => p.Commands)
.ResolveWith <Resolvers>(p => p.GetCommands(default !, default !)) //! can't be null
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <Language> descriptor)
{
descriptor.Description("Languages for translations of api resource information.");
descriptor.Field(x => x.Official)
.Description("Whether or not the games are published in this language.");
descriptor.Field(x => x.Iso639)
.Description("The two-letter code of the country where this language is spoken. Note that it is not unique.");
descriptor.Field(x => x.Iso3166)
.Description("The two-letter code of the language. Note that it is not unique.");
}
protected override void Configure(IObjectTypeDescriptor <Platform> descriptor)
{
descriptor.Description("Representa qualquer software ou serviço que tem uma interface de linha de comando");
descriptor
.Field(p => p.LicenseKey).Ignore();
descriptor
.Field(p => p.Commands)
.ResolveWith <Resolvers>(p => p.GetCommands(default !, default !))
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <SuperContestEffect> descriptor)
{
descriptor.Description("Super contest effects refer to the effects of moves when used in super contests.");
descriptor.Field(x => x.Appeal)
.Description("The level of appeal this super contest effect has.");
descriptor.UseNamedApiResourceCollectionField <SuperContestEffect, Move, MoveType>(x => x.Moves);
descriptor.Field(x => x.FlavorTextEntries)
.Description("The flavor text of this contest effect listed in different languages.")
.Type <ListType <FlavorTextType> >();
}
protected override void Configure(IObjectTypeDescriptor <Platform> descriptor)
{
descriptor.Description("Represents any software or service that has a command line interafce.");
descriptor //use Ignore() as we're not exposing this LicenseKey Property to GraphQL,
.Field(p => p.LicenseKey).Ignore(); //so no need for a Descriptor
descriptor
.Field(p => p.Commands)
.ResolveWith <Resolvers>(p => p.GetCommands(default !, default !)) //Map the Resolver with Descriptor
protected override void Configure(IObjectTypeDescriptor <Platform> descriptor)
{
descriptor.Description("Software or Service that can be executed through command line");
descriptor
.Field(p => p.LicenseKey).Ignore();
descriptor
.Field(p => p.Commands)
.ResolveWith <Resolvers>(p => p.GetCommands(default !, default !))
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <VersionGroup> descriptor)
{
descriptor.Description("Version groups categorize highly similar versions of the games.");
descriptor.Field(x => x.Order)
.Description("Order for sorting. Almost by date of release, except similar versions are grouped together.");
descriptor.UseNamedApiResourceField <VersionGroup, Generation, GenerationType>(x => x.Generation);
descriptor.UseNamedApiResourceCollectionField <VersionGroup, MoveLearnMethod, MoveLearnMethodType>(x => x.MoveLearnMethods);
descriptor.UseNamedApiResourceCollectionField <VersionGroup, Pokedex, PokedexType>(x => x.Pokedexes);
descriptor.UseNamedApiResourceCollectionField <VersionGroup, Region, RegionType>(x => x.Regions);
descriptor.UseNamedApiResourceCollectionField <VersionGroup, Version, VersionType>(x => x.Versions);
}
protected override void Configure(IObjectTypeDescriptor <Book> descriptor)
{
descriptor.Description("Respresents all the books");
//For ignoring a field
descriptor
.Field(p => p.CreatedAt).Ignore();
descriptor
.Field(c => c.BookAuthors)
.ResolveWith <Resolvers>(c => c.GetBookAuthors(default !, default !))
protected override void Configure(IObjectTypeDescriptor <IType> descriptor)
{
descriptor.Description(
"The fundamental unit of any GraphQL Schema is the type. There are " +
"many kinds of types in GraphQL as represented by the `__TypeKind` enum." +
"\n\nDepending on the kind of a type, certain fields describe " +
"information about that type. Scalar types provide no information " +
"beyond a name and description, while Enum types provide their values. " +
"Object and Interface types provide the fields they describe. Abstract " +
"types, Union and Interface, provide the Object types possible " +
"at runtime. List and NonNull types compose other types.");
descriptor.Field("kind")
.Type <NonNullType <__TypeKind> >()
.Resolver(c => GetKind(c.Parent <IType>()));
descriptor.Field("name")
.Type <StringType>()
.Resolver(c => GetName(c.Parent <IType>()));
descriptor.Field("description")
.Type <StringType>()
.Resolver(c => GetDescription(c.Parent <IType>()));
descriptor.Field("fields")
.Type <ListType <NonNullType <__Field> > >()
.Argument("includeDeprecated",
a => a.Type <BooleanType>().DefaultValue(false))
.Resolver(c => GetFields(c.Parent <IType>(),
c.Argument <bool>("includeDeprecated")));
descriptor.Field("interfaces")
.Type <ListType <NonNullType <__Type> > >()
.Resolver(c => GetInterfaces(c.Parent <IType>()));
descriptor.Field("possibleTypes")
.Type <ListType <NonNullType <__Type> > >()
.Resolver(c => GetPossibleTypes(c.Schema, c.Parent <INamedType>()));
descriptor.Field("enumValues")
.Type <ListType <NonNullType <__EnumValue> > >()
.Argument("includeDeprecated",
a => a.Type <BooleanType>().DefaultValue(false))
.Resolver(c => GetEnumValues(c.Parent <IType>(),
c.Argument <bool>("includeDeprecated")));
descriptor.Field("inputFields")
.Type <ListType <NonNullType <__InputValue> > >()
.Resolver(c => GetInputFields(c.Parent <IType>()));
descriptor.Field("ofType")
.Type <__Type>()
.Resolver(c => GetOfType(c.Parent <IType>()));
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <Generation> descriptor)
{
descriptor.Description(@"A generation is a grouping of the Pokémon games that separates them based on the Pokémon they include.
In each generation, a new set of Pokémon, Moves, Abilities and Types that did not exist in the previous generation are released.");
descriptor.UseNamedApiResourceCollectionField <Generation, Ability, AbilityType>(x => x.Abilities);
descriptor.UseNamedApiResourceField <Generation, Region, RegionType>(x => x.MainRegion);
descriptor.UseNamedApiResourceCollectionField <Generation, Move, MoveType>(x => x.Moves);
descriptor.UseNamedApiResourceCollectionField <Generation, PokemonSpecies, PokemonSpeciesType>(x => x.PokemonSpecies);
descriptor.UseNamedApiResourceCollectionField <Generation, Type, TypePropertyType>(x => x.Types);
descriptor.UseNamedApiResourceCollectionField <Generation, VersionGroup, VersionGroupType>(x => x.VersionGroups);
}
protected override void Configure(IObjectTypeDescriptor <Choice> descriptor)
{
descriptor.Description("Kullanıcıya sorulan sorulara verilebilecek cevaplar");
descriptor.Field(c => c.ChoiceId)
.Description("Cevap Id");
descriptor.Field(c => c.QuestionId)
.Description("Soru Id");
descriptor.Field(c => c.ChoiceType)
.Description("Cevap");
descriptor
.Field(c => c.Question)
.ResolveWith <Resolvers>(r => r.GetQuestion(default !, default !))
protected override void Configure(IObjectTypeDescriptor <User> descriptor)
{
descriptor.Description("Pobranie użytkowników oraz stworzonych przez nich postów.");
descriptor.Field(x => x.Password).Ignore();
descriptor.Field(x => x.Id).Description("Identyfikator użytkownika");
descriptor.Field(x => x.FirstName).Description("Imię");
descriptor.Field(x => x.LastName).Description("Nazwisko");
descriptor.Field(x => x.Address).Description("Adres");
descriptor.Field(x => x.City).Description("Miasto");
descriptor.Field(x => x.Country).Description("Kraj");
descriptor.Field(x => x.Posts).Description("Posty stworzone przez użytkownika");
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <Characteristic> descriptor)
{
descriptor.Description(@"Characteristics indicate which stat contains a Pokémon's highest IV.
A Pokémon's Characteristic is determined by the remainder of its highest IV divided by 5 (gene_modulo).");
descriptor.Field(x => x.GeneModulo)
.Description("The remainder of the highest stat/IV divided by 5.");
descriptor.Field(x => x.PossibleValues)
.Description("The possible values of the highest stat that would result in a pokémon recieving this characteristic when divided by 5.")
.Type <ListType <IntType> >();
descriptor.UseNamedApiResourceField <Characteristic, Stat, StatType>(x => x.HighestStat);
descriptor.Ignore(x => x.Descriptions);
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <GrowthRate> descriptor)
{
descriptor.Description("Growth rates are the speed with which pokémon gain levels through experience.");
descriptor.Ignore(x => x.Descriptions);
descriptor.Field(x => x.Formula)
.Description("The formula used to calculate the rate at which the pokémon species gains level.")
.Type <NonNullType <StringType> >();
descriptor.Field(x => x.Levels)
.Description("A list of levels and the amount of experienced needed to atain them based on this growth rate.")
.Type <ListType <GrowthRateExperienceLevelType> >();
descriptor.UseNamedApiResourceCollectionField <GrowthRate, PokemonSpecies, PokemonSpeciesType>(x => x.PokemonSpecies);
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <EvolutionChain> descriptor)
{
descriptor.Description(@"Evolution chains are essentially family trees.
They start with the lowest stage within a family
and detail evolution conditions for each as well as pokémon
they can evolve into up through the hierarchy.");
descriptor.UseNullableNamedApiResourceField <EvolutionChain, Item, ItemType>(x => x.BabyTriggerItem);
descriptor.Field(x => x.Chain)
.Description(@"The base chain link object.
Each link contains evolution details for a pokémon in the chain.
Each link references the next pokémon in the natural evolution order.")
.Type <ChainLinkType>();
}
protected override void Configure(IObjectTypeDescriptor <Droid> descriptor)
{
descriptor.Description("The Droid Description.");
descriptor.Interface <CharacterType>();
descriptor.Field(t => t.Id)
.Type <NonNullType <IdType> >();
descriptor.Field(t => t.AppearsIn)
.Type <ListType <EpisodeType> >();
descriptor.Field <SharedResolvers>(r => r.GetCharacter(default, default))
protected override void Configure(IObjectTypeDescriptor <IType> descriptor)
{
descriptor.Name("__Type");
descriptor.Description(TypeResources.Type_Description);
descriptor.BindFields(BindingBehavior.Explicit);
descriptor.Field("kind")
.Type <NonNullType <__TypeKind> >()
.Resolver(c => c.Parent <IType>().Kind);
descriptor.Field("name")
.Type <StringType>()
.Resolver(c => GetName(c.Parent <IType>()));
descriptor.Field("description")
.Type <StringType>()
.Resolver(c => GetDescription(c.Parent <IType>()));
descriptor.Field("fields")
.Type <ListType <NonNullType <__Field> > >()
.Argument("includeDeprecated",
a => a.Type <BooleanType>().DefaultValue(false))
.Resolver(c => GetFields(c.Parent <IType>(),
c.ArgumentValue <bool>("includeDeprecated")));
descriptor.Field("interfaces")
.Type <ListType <NonNullType <__Type> > >()
.Resolver(c => GetInterfaces(c.Parent <IType>()));
descriptor.Field("possibleTypes")
.Type <ListType <NonNullType <__Type> > >()
.Resolver(c => GetPossibleTypes(c.Schema, c.Parent <INamedType>()));
descriptor.Field("enumValues")
.Type <ListType <NonNullType <__EnumValue> > >()
.Argument("includeDeprecated",
a => a.Type <BooleanType>().DefaultValue(false))
.Resolver(c => GetEnumValues(c.Parent <IType>(),
c.ArgumentValue <bool>("includeDeprecated")));
descriptor.Field("inputFields")
.Type <ListType <NonNullType <__InputValue> > >()
.Resolver(c => GetInputFields(c.Parent <IType>()));
descriptor.Field("ofType")
.Type <__Type>()
.Resolver(c => GetOfType(c.Parent <IType>()));
}
protected override void Configure(IObjectTypeDescriptor <Genre> descriptor)
{
descriptor.Description("Respresents all the Genre");
//For ignoring a field
descriptor
.Field(p => p.CreatedAt).Ignore();
descriptor
.Field(c => c.Id)
.UseDbContext <GlobalAzureContext>()
.Description("This is the Genre");
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <Nature> descriptor)
{
descriptor.Description("Natures influence how a pokémon's stats grow.");
descriptor.UseNamedApiResourceField <Nature, Stat, StatType>(x => x.DecreasedStat);
descriptor.UseNamedApiResourceField <Nature, Stat, StatType>(x => x.IncreasedStat);
descriptor.UseNamedApiResourceField <Nature, BerryFlavor, BerryFlavorType>(x => x.HatesFlavor);
descriptor.UseNamedApiResourceField <Nature, BerryFlavor, BerryFlavorType>(x => x.LikesFlavor);
descriptor.Field(x => x.PokeathlonStatChanges)
.Description("A list of pokéathlon stats this nature effects and how much it effects them.")
.Type <ListType <NatureStatChangeType> >();
descriptor.Field(x => x.MoveBattleStylePreferences)
.Description("A list of battle styles and how likely a pokémon with this nature is to use them in the Battle Palace or Battle Tent.")
.Type <ListType <MoveBattleStylePreferenceType> >();
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <ContestEffect> descriptor)
{
descriptor.Description("Contest effects refer to the effects of moves when used in contests.");
descriptor.Field(x => x.Appeal)
.Description("The base number of hearts the user of this move gets.");
descriptor.Field(x => x.Jam)
.Description("The base number of hearts the user's opponent loses.");
descriptor.Field(x => x.EffectEntries)
.Description("The result of this contest effect listed in different languages.")
.Type <ListType <EffectsType> >();
descriptor.Field(x => x.FlavorTextEntries)
.Description("The flavor text of this contest effect listed in different languages.")
.Type <ListType <FlavorTextType> >();
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <LocationArea> descriptor)
{
descriptor.Description(@"Location areas are sections of areas, such as floors in a building or cave.
Each area has its own set of possible pokemon encounters.");
descriptor.Field(x => x.GameIndex)
.Description("The internal id of an api resource within game data.");
descriptor.Field(x => x.EncounterMethodRates)
.Description(@"A list of methods in which pokémon may be encountered in this area
and how likely the method will occur depending on the version of the game.")
.Type <ListType <EncounterMethodRateType> >();
descriptor.UseNamedApiResourceField <LocationArea, Location, LocationType>(x => x.Location);
descriptor.Field(x => x.PokemonEncounters)
.Description("A list of pokémon that can be encountered in this area along with version specific details about the encounter.")
.Type <ListType <PokemonEncounterType> >();
}
protected override void Configure(
IObjectTypeDescriptor descriptor)
{
descriptor.Name("__Directive");
descriptor.Description(
"A Directive provides a way to describe alternate runtime execution and " +
"type validation behavior in a GraphQL document.\n\n" +
"In some cases, you need to provide options to alter GraphQL's " +
"execution behavior in ways field arguments will not suffice, such as " +
"conditionally including or skipping a field. Directives provide this by " +
"describing additional information to the executor.");
descriptor.Field("name")
.Type <NonNullType <StringType> >()
.Resolver(c => c.Parent <DirectiveType>().Name);
descriptor.Field("description")
.Type <StringType>()
.Resolver(c => c.Parent <DirectiveType>().Description);
descriptor.Field("isRepeatable")
.Type <BooleanType>()
.Resolver(c => c.Parent <DirectiveType>().IsRepeatable);
descriptor.Field("locations")
.Type <NonNullType <ListType <NonNullType <__DirectiveLocation> > > >()
.Resolver(c => c.Parent <DirectiveType>().Locations);
descriptor.Field("args")
.Type <NonNullType <ListType <NonNullType <__InputValue> > > >()
.Resolver(c => c.Parent <DirectiveType>().Arguments);
descriptor.Field("onOperation")
.Type <NonNullType <BooleanType> >()
.Resolver(c => GetOnOperation(c))
.DeprecationReason("Use `locations`.");
descriptor.Field("onFragment")
.Type <NonNullType <BooleanType> >()
.Resolver(c => GetOnFragment(c))
.DeprecationReason("Use `locations`.");
descriptor.Field("onField")
.Type <NonNullType <BooleanType> >()
.Resolver(c => GetOnField(c))
.DeprecationReason("Use `locations`.");
}
protected override void Configure(IObjectTypeDescriptor <IEdge> descriptor)
{
// TODO : Fix this with the new schema builder
descriptor.Name($"{new T().Name}Edge");
descriptor.Description("An edge in a connection.");
descriptor.Field(t => t.Cursor)
.Name("cursor")
.Description("A cursor for use in pagination.")
.Type <NonNullType <StringType> >();
descriptor.Field(t => t.Node)
.Name("node")
.Description("The item at the end of the edge.")
.Type <T>();
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <Pokedex> descriptor)
{
descriptor.Description(@"A Pokédex is a handheld electronic encyclopedia device; one which is capable of recording
and retaining information of the various Pokémon in a given region with the exception of the national dex
and some smaller dexes related to portions of a region.");
descriptor.Field(x => x.IsMainSeries)
.Description("Whether or not this pokédex originated in the main series of the video games.");
descriptor.Field(x => x.PokemonEntries)
.Description("A list of pokémon catalogued in this pokédex and their indexes.")
.Type <ListType <PokemonEntryType> >();
descriptor.UseNamedApiResourceField <Pokedex, Region, RegionType>(x => x.Region);
descriptor.UseNamedApiResourceCollectionField <Pokedex, VersionGroup, VersionGroupType>(x => x.VersionGroups);
// TODO: implement ignored field
descriptor.Ignore(x => x.Descriptions);
}
/// <inheritdoc/>
protected override void ConcreteConfigure(IObjectTypeDescriptor <PokemonSpecies> descriptor)
{
descriptor.Description(@"A Pokémon Species forms the basis for at least one pokémon.
Attributes of a Pokémon species are shared across all varieties of pokémon within the species.
A good example is Wormadam; Wormadam is the species which can be found in three different varieties, Wormadam-Trash, Wormadam-Sandy and Wormadam-Plant.");
descriptor.Ignore(x => x.FormDescriptions);
descriptor.Field(x => x.Order)
.Description(@"The order in which species should be sorted.
Based on National Dex order, except families are grouped together and sorted by stage.");
descriptor.Field(x => x.GenderRate)
.Description("The chance of this Pokémon being female, in eighths; or -1 for genderless.");
descriptor.Field(x => x.CaptureRate)
.Description("The base capture rate; up to 255. The higher the number, the easier the catch.");
descriptor.Field(x => x.BaseHappiness)
.Description("The happiness when caught by a normal pokéball; up to 255. The higher the number, the happier the pokémon.");
descriptor.Field(x => x.IsBaby)
.Description("Whether or not this is a baby pokémon.");
descriptor.Field(x => x.HatchCounter)
.Description("Initial hatch counter: one must walk 255 × (hatch_counter + 1) steps before this Pokémon's egg hatches, unless utilizing bonuses like Flame Body's.");
descriptor.Field(x => x.HasGenderDifferences)
.Description("Whether or not this pokémon can have different genders.");
descriptor.Field(x => x.FormsSwitchable)
.Description("Whether or not this pokémon has multiple forms and can switch between them.");
descriptor.UseNamedApiResourceField <PokemonSpecies, GrowthRate, GrowthRateType>(x => x.GrowthRate);
descriptor.Field(x => x.PokedexNumbers)
.Description("A list of pokedexes and the indexes reserved within them for this pokémon species.")
.Type <ListType <PokemonSpeciesDexEntryType> >();
descriptor.UseNamedApiResourceCollectionField <PokemonSpecies, EggGroup, EggGroupType>(x => x.EggGroups);
descriptor.UseNamedApiResourceField <PokemonSpecies, PokemonColor, PokemonColorType>(x => x.Color);
descriptor.UseNamedApiResourceField <PokemonSpecies, PokemonShape, PokemonShapeType>(x => x.Shape);
descriptor.UseNullableNamedApiResourceField <PokemonSpecies, PokemonSpecies, PokemonSpeciesType>(x => x.EvolvesFromSpecies);
descriptor.UseApiResourceField <PokemonSpecies, EvolutionChain, EvolutionChainType>(x => x.EvolutionChain);
descriptor.UseNamedApiResourceField <PokemonSpecies, PokemonHabitat, PokemonHabitatType>(x => x.Habitat);
descriptor.UseNamedApiResourceField <PokemonSpecies, Generation, GenerationType>(x => x.Generation);
descriptor.Field(x => x.PalParkEncounters)
.Description("A list of encounters that can be had with this pokémon species in pal park.")
.Type <ListType <PalParkEncounterAreaType> >();
descriptor.Field(x => x.Genera)
.Description("The genus of this pokémon species listed in multiple languages.")
.Type <ListType <GenusType> >();
descriptor.Field(x => x.Varieties)
.Description("A list of the pokémon that exist within this pokémon species.")
.Type <ListType <PokemonSpeciesVarietyType> >();
descriptor.Field(x => x.FlavorTextEntries)
.Type <ListType <PokemonSpeciesFlavorTextsType> >();
}
protected override void Configure(IObjectTypeDescriptor <InputField> descriptor)
{
descriptor.Name("__InputValue");
descriptor.Description(
"Arguments provided to Fields or Directives and the input fields of an " +
"InputObject are represented as Input Values which describe their type " +
"and optionally a default value.");
descriptor.BindFields(BindingBehavior.Explicit);
descriptor.Field(t => t.Name)
.Type <NonNullType <StringType> >();
descriptor.Field(t => t.Description);
descriptor.Field(t => t.Type)
.Type <NonNullType <__Type> >();
descriptor.Field(t => t.DefaultValue)
.Description(
"A GraphQL-formatted string representing the default value for this " +
"input value.")
.Type <StringType>()
.Resolver(c =>
{
InputField field = c.Parent <InputField>();
if (field.Type.IsNonNullType() &&
field.DefaultValue is NullValueNode)
{
return(null);
}
if (field.DefaultValue != null)
{
object nativeValue = field.Type.ParseLiteral(field.DefaultValue);
if (field.Type is ISerializableType serializableType)
{
return(JsonConvert.SerializeObject(
serializableType.Serialize(nativeValue)));
}
}
return(null);
});
}
protected override void Configure(IObjectTypeDescriptor <Profile> descriptor)
{
// Adding description of type object for documentation
descriptor.Description("Represents the file holding the clients and any of their applications, such as mortgages, loans and insurance policies");
// Removing Profile.CreateDate from schema as do not want this exposed via API
descriptor
.Field(p => p.CreateDate).Ignore()
.Description("The date this profile was added to the system");
descriptor
.Field(p => p.DisplayName)
.Description("Reference number for overall profile, visible within the platform.");
descriptor
.Field(p => p.Clients)
.ResolveWith <Resolvers>(p => p.GetClients(default !, default))
protected override void Configure(
IObjectTypeDescriptor <IConnection> descriptor)
{
// TODO : Fix this with the new schema builder
descriptor.Name($"{new T().Name}Connection");
descriptor.Description("A connection to a list of items.");
descriptor.Field(t => t.PageInfo)
.Name("pageInfo")
.Description("Information to aid in pagination.")
.Type <NonNullType <PageInfoType> >();
descriptor.Field(t => t.Edges)
.Name("edges")
.Description("A list of edges.")
.Type <ListType <NonNullType <EdgeType <T> > > >();
}
