Trait apollo_compiler::validation::ValidationDatabase

pub trait ValidationDatabase: Database + HasQueryGroup<ValidationStorage> + Upcast<dyn HirDatabase> + InputDatabase + AstDatabase + HirDatabase {
    // Required methods
    fn validate(&self) -> Vec<ApolloDiagnostic>;
    fn validate_type_system(&self) -> Vec<ApolloDiagnostic>;
    fn validate_executable(&self, key0: FileId) -> Vec<ApolloDiagnostic>;
    fn validate_standalone_executable(
        &self,
        key0: FileId
    ) -> Vec<ApolloDiagnostic>;
    fn validate_type_system_names(&self) -> Vec<ApolloDiagnostic>;
    fn validate_executable_names(&self, key0: FileId) -> Vec<ApolloDiagnostic>;
    fn validate_schema_definition(
        &self,
        key0: Arc<SchemaDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_root_operation_definitions(
        &self,
        key0: Vec<RootOperationTypeDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_scalar_definitions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_scalar_definition(
        &self,
        key0: Arc<ScalarTypeDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_enum_definitions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_enum_definition(
        &self,
        key0: Arc<EnumTypeDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_enum_value(
        &self,
        key0: EnumValueDefinition
    ) -> Vec<ApolloDiagnostic>;
    fn validate_union_definitions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_union_definition(
        &self,
        key0: Arc<UnionTypeDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_interface_definitions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_interface_definition(
        &self,
        key0: Arc<InterfaceTypeDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_implements_interfaces(
        &self,
        key0: String,
        key1: Vec<ImplementsInterface>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_directive_definitions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_directives(
        &self,
        key0: Vec<Directive>,
        key1: DirectiveLocation,
        key2: Arc<Vec<VariableDefinition>>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_input_object_definitions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_input_object_definition(
        &self,
        key0: Arc<InputObjectTypeDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_input_values(
        &self,
        key0: Arc<Vec<InputValueDefinition>>,
        key1: DirectiveLocation
    ) -> Vec<ApolloDiagnostic>;
    fn validate_object_type_definitions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_extensions(&self) -> Vec<ApolloDiagnostic>;
    fn validate_subscription_operations(
        &self,
        key0: Arc<Vec<Arc<OperationDefinition>>>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_query_operations(
        &self,
        key0: Arc<Vec<Arc<OperationDefinition>>>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_mutation_operations(
        &self,
        key0: Arc<Vec<Arc<OperationDefinition>>>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_object_type_definition(
        &self,
        key0: Arc<ObjectTypeDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_field_definitions(
        &self,
        key0: Vec<FieldDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_field_definition(
        &self,
        key0: FieldDefinition
    ) -> Vec<ApolloDiagnostic>;
    fn validate_field(
        &self,
        key0: Arc<Field>,
        key1: OperationValidationConfig
    ) -> Vec<ApolloDiagnostic>;
    fn validate_leaf_field_selection(
        &self,
        key0: Arc<Field>,
        key1: Type
    ) -> Result<(), ApolloDiagnostic>;
    fn validate_arguments_definition(
        &self,
        key0: ArgumentsDefinition,
        key1: DirectiveLocation
    ) -> Vec<ApolloDiagnostic>;
    fn validate_arguments(&self, key0: Vec<Argument>) -> Vec<ApolloDiagnostic>;
    fn validate_operation_definitions(
        &self,
        key0: FileId
    ) -> Vec<ApolloDiagnostic>;
    fn get_possible_types(&self, key0: TypeDefinition) -> Vec<TypeDefinition>;
    fn validate_fragment_selection(
        &self,
        key0: FragmentSelection
    ) -> Vec<ApolloDiagnostic>;
    fn validate_fragment_spread(
        &self,
        key0: Arc<FragmentSpread>,
        key1: OperationValidationConfig
    ) -> Vec<ApolloDiagnostic>;
    fn validate_inline_fragment(
        &self,
        key0: Arc<InlineFragment>,
        key1: OperationValidationConfig
    ) -> Vec<ApolloDiagnostic>;
    fn validate_fragment_definition(
        &self,
        key0: Arc<FragmentDefinition>,
        key1: OperationValidationConfig
    ) -> Vec<ApolloDiagnostic>;
    fn validate_fragment_cycles(
        &self,
        key0: Arc<FragmentDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_fragment_type_condition(
        &self,
        key0: String,
        key1: HirNodeLocation
    ) -> Vec<ApolloDiagnostic>;
    fn validate_fragment_used(
        &self,
        key0: Arc<FragmentDefinition>,
        key1: FileId
    ) -> Vec<ApolloDiagnostic>;
    fn validate_selection_set(
        &self,
        key0: SelectionSet,
        key1: OperationValidationConfig
    ) -> Vec<ApolloDiagnostic>;
    fn validate_selection(
        &self,
        key0: Arc<Vec<Selection>>,
        key1: OperationValidationConfig
    ) -> Vec<ApolloDiagnostic>;
    fn validate_variable_definitions(
        &self,
        key0: Arc<Vec<VariableDefinition>>,
        key1: bool
    ) -> Vec<ApolloDiagnostic>;
    fn validate_unused_variable(
        &self,
        key0: Arc<OperationDefinition>
    ) -> Vec<ApolloDiagnostic>;
    fn validate_variable_usage(
        &self,
        key0: InputValueDefinition,
        key1: Arc<Vec<VariableDefinition>>,
        key2: Argument
    ) -> Result<(), ApolloDiagnostic>;
    fn validate_values(
        &self,
        key0: &Type,
        key1: &Argument,
        key2: Arc<Vec<VariableDefinition>>
    ) -> Result<(), Vec<ApolloDiagnostic>>;
    fn same_response_shape(
        &self,
        key0: Arc<Field>,
        key1: Arc<Field>
    ) -> Result<(), ApolloDiagnostic>;
    fn fields_in_set_can_merge(
        &self,
        key0: SelectionSet
    ) -> Result<(), Vec<ApolloDiagnostic>>;
}

Required Methods

fn validate(&self) -> Vec<ApolloDiagnostic>

Validate all documents.

fn validate_type_system(&self) -> Vec<ApolloDiagnostic>

Validate the type system, combined of all type system documents known to the compiler.

fn validate_executable(&self, key0: FileId) -> Vec<ApolloDiagnostic>

Validate an executable document.

fn validate_standalone_executable(&self, key0: FileId) -> Vec<ApolloDiagnostic>

Validate a standalone executable document, without knowledge of the type system it executes against.

This runs a subset of the validations from validate_executable.

fn validate_type_system_names(&self) -> Vec<ApolloDiagnostic>

Validate the names of all type definitions known to the compiler are unique.

fn validate_executable_names(&self, key0: FileId) -> Vec<ApolloDiagnostic>

Validate names of operations and fragments in an executable document are unique.

fn validate_schema_definition( &self, key0: Arc<SchemaDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_root_operation_definitions( &self, key0: Vec<RootOperationTypeDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_scalar_definitions(&self) -> Vec<ApolloDiagnostic>

fn validate_scalar_definition( &self, key0: Arc<ScalarTypeDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_enum_definitions(&self) -> Vec<ApolloDiagnostic>

fn validate_enum_definition( &self, key0: Arc<EnumTypeDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_enum_value( &self, key0: EnumValueDefinition ) -> Vec<ApolloDiagnostic>

fn validate_union_definitions(&self) -> Vec<ApolloDiagnostic>

fn validate_union_definition( &self, key0: Arc<UnionTypeDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_interface_definitions(&self) -> Vec<ApolloDiagnostic>

fn validate_interface_definition( &self, key0: Arc<InterfaceTypeDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_implements_interfaces( &self, key0: String, key1: Vec<ImplementsInterface> ) -> Vec<ApolloDiagnostic>

fn validate_directive_definitions(&self) -> Vec<ApolloDiagnostic>

fn validate_directives( &self, key0: Vec<Directive>, key1: DirectiveLocation, key2: Arc<Vec<VariableDefinition>> ) -> Vec<ApolloDiagnostic>

fn validate_input_object_definitions(&self) -> Vec<ApolloDiagnostic>

fn validate_input_object_definition( &self, key0: Arc<InputObjectTypeDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_input_values( &self, key0: Arc<Vec<InputValueDefinition>>, key1: DirectiveLocation ) -> Vec<ApolloDiagnostic>

fn validate_object_type_definitions(&self) -> Vec<ApolloDiagnostic>

fn validate_extensions(&self) -> Vec<ApolloDiagnostic>

fn validate_subscription_operations( &self, key0: Arc<Vec<Arc<OperationDefinition>>> ) -> Vec<ApolloDiagnostic>

fn validate_query_operations( &self, key0: Arc<Vec<Arc<OperationDefinition>>> ) -> Vec<ApolloDiagnostic>

fn validate_mutation_operations( &self, key0: Arc<Vec<Arc<OperationDefinition>>> ) -> Vec<ApolloDiagnostic>

fn validate_object_type_definition( &self, key0: Arc<ObjectTypeDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_field_definitions( &self, key0: Vec<FieldDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_field_definition( &self, key0: FieldDefinition ) -> Vec<ApolloDiagnostic>

fn validate_field( &self, key0: Arc<Field>, key1: OperationValidationConfig ) -> Vec<ApolloDiagnostic>

fn validate_leaf_field_selection( &self, key0: Arc<Field>, key1: Type ) -> Result<(), ApolloDiagnostic>

fn validate_arguments_definition( &self, key0: ArgumentsDefinition, key1: DirectiveLocation ) -> Vec<ApolloDiagnostic>

fn validate_arguments(&self, key0: Vec<Argument>) -> Vec<ApolloDiagnostic>

fn validate_operation_definitions(&self, key0: FileId) -> Vec<ApolloDiagnostic>

fn get_possible_types(&self, key0: TypeDefinition) -> Vec<TypeDefinition>

Given a type definition, find all the types that can be used for fragment spreading.

Spec: https://spec.graphql.org/October2021/#GetPossibleTypes()

fn validate_fragment_selection( &self, key0: FragmentSelection ) -> Vec<ApolloDiagnostic>

fn validate_fragment_spread( &self, key0: Arc<FragmentSpread>, key1: OperationValidationConfig ) -> Vec<ApolloDiagnostic>

fn validate_inline_fragment( &self, key0: Arc<InlineFragment>, key1: OperationValidationConfig ) -> Vec<ApolloDiagnostic>

fn validate_fragment_definition( &self, key0: Arc<FragmentDefinition>, key1: OperationValidationConfig ) -> Vec<ApolloDiagnostic>

fn validate_fragment_cycles( &self, key0: Arc<FragmentDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_fragment_type_condition( &self, key0: String, key1: HirNodeLocation ) -> Vec<ApolloDiagnostic>

fn validate_fragment_used( &self, key0: Arc<FragmentDefinition>, key1: FileId ) -> Vec<ApolloDiagnostic>

fn validate_selection_set( &self, key0: SelectionSet, key1: OperationValidationConfig ) -> Vec<ApolloDiagnostic>

fn validate_selection( &self, key0: Arc<Vec<Selection>>, key1: OperationValidationConfig ) -> Vec<ApolloDiagnostic>

fn validate_variable_definitions( &self, key0: Arc<Vec<VariableDefinition>>, key1: bool ) -> Vec<ApolloDiagnostic>

fn validate_unused_variable( &self, key0: Arc<OperationDefinition> ) -> Vec<ApolloDiagnostic>

fn validate_variable_usage( &self, key0: InputValueDefinition, key1: Arc<Vec<VariableDefinition>>, key2: Argument ) -> Result<(), ApolloDiagnostic>

fn validate_values( &self, key0: &Type, key1: &Argument, key2: Arc<Vec<VariableDefinition>> ) -> Result<(), Vec<ApolloDiagnostic>>

fn same_response_shape( &self, key0: Arc<Field>, key1: Arc<Field> ) -> Result<(), ApolloDiagnostic>

Check if two fields will output the same type.

If the two fields output different types, returns an Err containing diagnostic information. To simply check if outputs are the same, you can use .is_ok():

let is_same = db.same_response_shape(field_a, field_b).is_ok();
// `is_same` is `bool`

Spec: https://spec.graphql.org/October2021/#SameResponseShape()

fn fields_in_set_can_merge( &self, key0: SelectionSet ) -> Result<(), Vec<ApolloDiagnostic>>

Check if the fields in a given selection set can be merged.

If the fields cannot be merged, returns an Err containing diagnostic information.

Spec: https://spec.graphql.org/October2021/#FieldsInSetCanMerge()

Implementors

impl<DB> ValidationDatabase for DBwhere DB: Upcast<dyn HirDatabase> + InputDatabase + AstDatabase + HirDatabase + Database + HasQueryGroup<ValidationStorage>,