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IntrospectionTests.fs
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// The MIT License (MIT)
// Copyright (c) 2016 Bazinga Technologies Inc
module FSharp.Data.GraphQL.Tests.IntrospectionTests
open Xunit
open System
open System.Text.Json
open System.Text.Json.Serialization
open FSharp.Data.GraphQL.Server.AspNetCore
#nowarn "25"
open FSharp.Data.GraphQL
open FSharp.Data.GraphQL.Types
open FSharp.Data.GraphQL.Parser
open FSharp.Data.GraphQL.Shared
open FSharp.Data.GraphQL.Types.Introspection
type IntrospectionResult = {
__schema: IntrospectionSchema
}
type IntrospectionData = {
Data: IntrospectionResult
}
let inputFieldQuery = """{
__type(name: "Query") {
fields {
name
args {
name
type {
kind
name
}
defaultValue
}
}
}
}
"""
[<Fact>]
let ``Input field must be marked as nullable when defaultValue is provided`` () =
let root = Define.Object("Query", [
Define.Field("onlyField", StringType, "The only field", [
Define.Input("inInt", IntType, defaultValue = 1)
Define.Input("inString", StringType, defaultValue = "this is a default value")
], fun _ _ -> "Only value")
])
let schema = Schema(root)
let result = sync <| Executor(schema).AsyncExecute(inputFieldQuery)
let expected = NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
NameValueLookup.ofList [
"name", upcast "onlyField"
"args", upcast [
NameValueLookup.ofList [
"name", upcast "inInt"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Int"
]
"defaultValue", upcast "1"
]
NameValueLookup.ofList [
"name", upcast "inString"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
]
"defaultValue", upcast "\"this is a default value\""
]
]
]
]
]
]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Input field must be marked as non-nullable when defaultValue is not provided`` () =
let root = Define.Object("Query", [
Define.Field("onlyField", StringType, "The only field", [
Define.Input("in", StringType)
], fun _ _ -> "Only value")
])
let schema = Schema(root)
let result = sync <| Executor(schema).AsyncExecute(inputFieldQuery)
let expected = NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
NameValueLookup.ofList [
"name", upcast "onlyField"
"args", upcast [
NameValueLookup.ofList [
"name", upcast "in"
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
]
"defaultValue", null
]
]
]
]
]
]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Input field must be marked as nullable when its type is nullable`` () =
let root = Define.Object("Query", [
Define.Field("onlyField", StringType, "The only field", [
Define.Input("in", Nullable StringType)
], fun _ _ -> "Only value")
])
let schema = Schema(root)
let result = sync <| Executor(schema).AsyncExecute(inputFieldQuery)
let expected = NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
NameValueLookup.ofList [
"name", upcast "onlyField"
"args", upcast [
NameValueLookup.ofList [
"name", upcast "in"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
]
"defaultValue", null
]
]
]
]
]
]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Input field must be marked as nullable when its type is nullable and have default value provided`` () =
let root = Define.Object("Query", [
Define.Field("onlyField", StringType, "The only field", [
Define.Input("in", Nullable StringType, defaultValue = Some "1")
], fun _ _ -> "Only value")
])
let schema = Schema(root)
let result = sync <| Executor(schema).AsyncExecute(inputFieldQuery)
let expected = NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
NameValueLookup.ofList [
"name", upcast "onlyField"
"args", upcast [
NameValueLookup.ofList [
"name", upcast "in"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
]
"defaultValue", upcast "\"1\""
]
]
]
]
]
]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Introspection schema must be serializable back and forth using json`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", StringType) ])
let schema = Schema(root)
let query = """query IntrospectionQuery {
__schema {
queryType {
kind
name
description
ofType {
...FullType
}
}
mutationType {
kind
name
description
ofType {
...FullType
}
}
subscriptionType {
kind
name
description
ofType {
...FullType
}
}
types {
...FullType
}
directives {
name
description
locations
args {
...InputValue
}
}
}
}
fragment FullType on __Type {
kind
name
description
fields(includeDeprecated: true) {
name
description
args {
...InputValue
}
type {
...TypeRef
}
isDeprecated
deprecationReason
}
inputFields {
...InputValue
}
interfaces {
...TypeRef
}
enumValues(includeDeprecated: true) {
name
description
isDeprecated
deprecationReason
}
possibleTypes {
...TypeRef
}
}
fragment InputValue on __InputValue {
name
description
type { ...TypeRef }
defaultValue
}
fragment TypeRef on __Type {
kind
name
description
ofType {
kind
name
description
ofType {
kind
name
description
ofType {
kind
name
description
}
}
}
}"""
let result = Executor(schema).AsyncExecute(query) |> sync
ensureDirect result <| fun data errors ->
empty errors
let additionalConverters = Seq.empty //seq { NameValueLookupConverter() :> JsonConverter }
let json = JsonSerializer.Serialize(data, Json.getSerializerOptions additionalConverters)
let skippableOptions =
// Use .NET 6 built-in deserialization of F# types to prevent `Some null` deserialization to happen
let skippableOptions = Json.defaultJsonFSharpOptions.WithTypes(JsonFSharpTypes.Minimal)
let options = JsonSerializerOptions ()
options |> Json.configureSerializerOptions skippableOptions additionalConverters
options
let deserialized = JsonSerializer.Deserialize<IntrospectionResult>(json, skippableOptions)
let expected = (schema :> ISchema).Introspected
deserialized.__schema |> equals expected
[<Fact>]
let ``Core type definitions are considered nullable`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", StringType) ])
let schema = Schema(root)
let query = """{ __type(name: "String") {
kind
name
ofType {
kind
name
ofType {
kind
name
ofType {
kind
name
}
}
}
} }"""
let result = sync <| Executor(schema).AsyncExecute(query)
let expected =
NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
type User = { FirstName: string; LastName: string }
type UserInput = { Name: string }
[<Fact>]
let ``Introspection works with query and mutation sharing same generic param`` =
let user =
Define.Object<User>("User",
[ Define.AutoField("firstName", StringType)
Define.AutoField("lastName", StringType) ])
let userInput =
Define.InputObject<UserInput>("UserInput",
[ Define.Input("name", StringType) ])
let query =
Define.Object<User list>("Query",
[ Define.Field("users", ListOf user, "Query object", [ Define.Input("input", userInput) ], fun _ u -> u) ])
let mutation =
Define.Object<User list>("Mutation",
[ Define.Field("addUser", user, "Adds an user", [ Define.Input("input", userInput) ], fun _ u -> u |> List.head)])
let schema = Schema(query, mutation)
Executor(schema).AsyncExecute(IntrospectionQuery.Definition) |> sync |> ignore
[<Fact>]
let ``Default field type definitions are considered non-null`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", StringType) ])
let schema = Schema(root)
let query = """{ __type(name: "Query") {
fields {
name
type {
kind
name
ofType {
kind
name
ofType {
kind
name
ofType {
kind
name
}
}
}
}
}
} }"""
let result = sync <| Executor(schema).AsyncExecute(query)
let expected =
NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
box <| NameValueLookup.ofList [
"name", upcast "onlyField"
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]]]]]]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Nullabe field type definitions are considered nullable`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", Nullable StringType) ])
let schema = Schema(root)
let query = """{ __type(name: "Query") {
fields {
name
type {
kind
name
ofType {
kind
name
ofType {
kind
name
ofType {
kind
name
}
}
}
}
}
} }"""
let result = sync <| Executor(schema).AsyncExecute(query)
let expected =
NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
box <| NameValueLookup.ofList [
"name", upcast "onlyField"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]]]]]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``StructNullabe field type definitions are considered nullable`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", StructNullable StringType) ])
let schema = Schema(root)
let query = """{ __type(name: "Query") {
fields {
name
type {
kind
name
ofType {
kind
name
ofType {
kind
name
ofType {
kind
name
}
}
}
}
}
} }"""
let result = sync <| Executor(schema).AsyncExecute(query)
let expected =
NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
box <| NameValueLookup.ofList [
"name", upcast "onlyField"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]]]]]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Default field args type definitions are considered non-null`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", StringType, "", [ Define.Input("onlyArg", IntType) ], fun _ () -> null) ])
let schema = Schema(root)
let query = """{ __type(name: "Query") {
fields {
args {
name
type {
kind
name
ofType {
kind
name
ofType {
kind
name
ofType {
kind
name
}
}
}
}
}
}
} }"""
let result = sync <| Executor(schema).AsyncExecute(query)
let expected =
NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
box <| NameValueLookup.ofList [
"args", upcast [
box <| NameValueLookup.ofList [
"name", upcast "onlyArg"
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Int"
"ofType", null]]]]]]]]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Nullable field args type definitions are considered nullable`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", StringType, "", [ Define.Input("onlyArg", Nullable IntType) ], fun _ () -> null) ])
let schema = Schema(root)
let query = """{ __type(name: "Query") {
fields {
args {
name
type {
kind
name
ofType {
kind
name
ofType {
kind
name
ofType {
kind
name
}
}
}
}
}
}
} }"""
let result = sync <| Executor(schema).AsyncExecute(query)
let expected =
NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
box <| NameValueLookup.ofList [
"args", upcast [
box <| NameValueLookup.ofList [
"name", upcast "onlyArg"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Int"
"ofType", null ]]]]]]]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``StructNullable field args type definitions are considered nullable`` () =
let root = Define.Object("Query", [ Define.Field("onlyField", StringType, "", [ Define.Input("onlyArg", StructNullable IntType) ], fun _ () -> null) ])
let schema = Schema(root)
let query = """{ __type(name: "Query") {
fields {
args {
name
type {
kind
name
ofType {
kind
name
ofType {
kind
name
ofType {
kind
name
}
}
}
}
}
}
} }"""
let result = sync <| Executor(schema).AsyncExecute(query)
let expected =
NameValueLookup.ofList [
"__type", upcast NameValueLookup.ofList [
"fields", upcast [
box <| NameValueLookup.ofList [
"args", upcast [
box <| NameValueLookup.ofList [
"name", upcast "onlyArg"
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Int"
"ofType", null ]]]]]]]
ensureDirect result <| fun data errors ->
empty errors
data |> equals (upcast expected)
[<Fact>]
let ``Introspection executes an introspection query`` () =
let root = Define.Object("QueryRoot", [ Define.Field("onlyField", StringType) ])
let schema = Schema(root)
let (Patterns.Object raw) = root
let result = sync <| Executor(schema).AsyncExecute(parse IntrospectionQuery.Definition, raw)
let expected =
NameValueLookup.ofList [
"__schema", upcast NameValueLookup.ofList [
"queryType", upcast NameValueLookup.ofList [
"name", upcast "QueryRoot"]
"mutationType", null
"subscriptionType", null
"types", upcast [
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Int"
"description", upcast "The `Int` scalar type represents non-fractional signed whole numeric values. Int can represent values between -(2^31) and 2^31 - 1."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"description", upcast "The `String` scalar type represents textual data, represented as UTF-8 character sequences. The `String` type is most often used by GraphQL to represent free-form human-readable text."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Boolean"
"description", upcast "The `Boolean` scalar type represents `true` or `false`."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Float"
"description", upcast "The `Float` scalar type represents signed double-precision fractional values as specified by [IEEE 754](http://en.wikipedia.org/wiki/IEEE_floating_point)."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "ID"
"description", upcast "The `ID` scalar type represents a unique identifier, often used to refetch an object or as key for a cache. The `ID` type appears in a JSON response as a String; however, it is not intended to be human-readable. When expected as an input type, any string (such as `\"4\"`) or integer (such as `4`) input value will be accepted as an ID."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "DateTimeOffset"
"description", upcast "The `DateTimeOffset` scalar type represents a Date value with Time component. The `DateTimeOffset` type appears in a JSON response as a String representation compatible with ISO-8601 format."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "DateOnly"
"description", upcast "The `DateOnly` scalar type represents a Date value without Time component. The `DateOnly` type appears in a JSON response as a `String` representation of full-date value as specified by [IETF 3339](https://www.ietf.org/rfc/rfc3339.txt)."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
box <| NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "URI"
"description", upcast "The `URI` scalar type represents a string resource identifier compatible with URI standard. The `URI` type appears in a JSON response as a String."
"fields", null
"inputFields", null
"interfaces", null
"enumValues", null
"possibleTypes", null
]
upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Schema"
"description", upcast "A GraphQL Schema defines the capabilities of a GraphQL server. It exposes all available types and directives on the server, as well as the entry points for query, mutation, and subscription operations."
"fields", upcast [
box <| NameValueLookup.ofList [
"name", upcast "directives"
"description", upcast "A list of all directives supported by this server."
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "LIST"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Directive"
"ofType", null
]
]
]
]
"isDeprecated", upcast false
"deprecationReason", null
]
box <| NameValueLookup.ofList [
"name", upcast "mutationType"
"description", upcast "If this server supports mutation, the type that mutation operations will be rooted at."
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Type"
"ofType", null
]
"isDeprecated", upcast false
"deprecationReason", null
]
box <| NameValueLookup.ofList [
"name", upcast "queryType"
"description", upcast "The type that query operations will be rooted at."
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Type"
"ofType", null
]
]
"isDeprecated", upcast false
"deprecationReason", null
]
box <| NameValueLookup.ofList [
"name", upcast "subscriptionType"
"description", upcast "If this server support subscription, the type that subscription operations will be rooted at."
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Type"
"ofType", null
]
"isDeprecated", upcast false
"deprecationReason", null
]
box <| NameValueLookup.ofList [
"name", upcast "types"
"description", upcast "A list of all types supported by this server."
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "LIST"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Type"
"ofType", null]]]]
"isDeprecated", upcast false
"deprecationReason", null];]
"inputFields", null
"interfaces", upcast []
"enumValues", null
"possibleTypes", null];
upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Directive"
"description", upcast "A Directive provides a way to describe alternate runtime execution and type validation behavior in a GraphQL document. 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."
"fields", upcast [
box <| NameValueLookup.ofList [
"name", upcast "args"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "LIST"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__InputValue"
"ofType", null]]]]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "description"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "locations"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "LIST"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "ENUM"
"name", upcast "__DirectiveLocation"
"ofType", null]]]]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "name"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "onField"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Boolean"
"ofType", null]]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "onFragment"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Boolean"
"ofType", null]]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "onOperation"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Boolean"
"ofType", null]]
"isDeprecated", upcast false
"deprecationReason", null];]
"inputFields", null
"interfaces", upcast []
"enumValues", null
"possibleTypes", null];
upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__InputValue"
"description", upcast "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."
"fields", upcast [
box <| NameValueLookup.ofList [
"name", upcast "defaultValue"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "description"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "name"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "type"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Type"
"ofType", null]]
"isDeprecated", upcast false
"deprecationReason", null];]
"inputFields", null
"interfaces", upcast []
"enumValues", null
"possibleTypes", null];
upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__Type"
"description", upcast "The fundamental unit of any GraphQL Schema is the type. There are many kinds of types in GraphQL as represented by the `__TypeKind` enum. Depending 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."
"fields", upcast [
box <| NameValueLookup.ofList [
"name", upcast "description"
"description", null
"args", upcast []
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "String"
"ofType", null]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "enumValues"
"description", null
"args", upcast [
box <| NameValueLookup.ofList [
"name", upcast "includeDeprecated"
"description", null
"type", upcast NameValueLookup.ofList [
"kind", upcast "SCALAR"
"name", upcast "Boolean"
"ofType", null]
"defaultValue", upcast "false"];]
"type", upcast NameValueLookup.ofList [
"kind", upcast "LIST"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "NON_NULL"
"name", null
"ofType", upcast NameValueLookup.ofList [
"kind", upcast "OBJECT"
"name", upcast "__EnumValue"
"ofType", null]]]
"isDeprecated", upcast false
"deprecationReason", null];
upcast NameValueLookup.ofList [
"name", upcast "fields"