Package | Description |
---|---|
graphql.schema.idl |
Class and Description |
---|
DefaultSchemaPrinterComparatorRegistry
Associates a
Comparator with a SchemaPrinterComparatorEnvironment to control the scope in which the Comparator can be applied. |
DefaultSchemaPrinterComparatorRegistry.Builder |
EnumValuesProvider
Provides the Java runtime value for each graphql Enum value.
|
FieldWiringEnvironment |
InterfaceWiringEnvironment |
RuntimeWiring
A runtime wiring is a specification of data fetchers, type resolvers and custom scalars that are needed
to wire together a functional
GraphQLSchema |
RuntimeWiring.Builder |
ScalarWiringEnvironment |
SchemaDirectiveWiring
A SchemaDirectiveWiring is responsible for enhancing a runtime element based on directives placed on that
element in the Schema Definition Language (SDL).
|
SchemaDirectiveWiringEnvironment
SchemaDirectiveWiring is passed this object as parameters
when it builds out behaviour |
SchemaGenerator.Options
These options control how the schema generation works
|
SchemaPrinter.Options
Options to use when printing a schema
|
SchemaPrinterComparatorEnvironment
Defines the scope to control where the registered
Comparator can be applied. |
SchemaPrinterComparatorEnvironment.Builder |
SchemaPrinterComparatorRegistry |
TypeDefinitionRegistry
A
TypeDefinitionRegistry contains the set of type definitions that come from compiling
a graphql schema definition file via SchemaParser.parse(String) |
TypeInfo
This helper gives you access to the type info given a type definition
|
TypeRuntimeWiring
A type runtime wiring is a specification of the data fetchers and possible type resolver for a given type name.
|
TypeRuntimeWiring.Builder |
UnionWiringEnvironment |
WiringFactory
A WiringFactory allows you to more dynamically wire in
TypeResolver s and DataFetcher s
based on the IDL definitions. |
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