use of graphql.language.InputObjectTypeDefinition in project graphql-java by graphql-java.
the class SchemaGenerator method buildAdditionalTypes.
/**
* We build the query / mutation / subscription path as a tree of referenced types
* but then we build the rest of the types specified and put them in as additional types
*
* @param buildCtx the context we need to work out what we are doing
*
* @return the additional types not referenced from the top level operations
*/
private Set<GraphQLType> buildAdditionalTypes(BuildContext buildCtx) {
Set<GraphQLType> additionalTypes = new HashSet<>();
TypeDefinitionRegistry typeRegistry = buildCtx.getTypeRegistry();
typeRegistry.types().values().forEach(typeDefinition -> {
TypeName typeName = new TypeName(typeDefinition.getName());
if (typeDefinition instanceof InputObjectTypeDefinition) {
if (buildCtx.hasInputType(typeDefinition) == null) {
additionalTypes.add(buildInputType(buildCtx, typeName));
}
} else {
if (buildCtx.hasOutputType(typeDefinition) == null) {
additionalTypes.add(buildOutputType(buildCtx, typeName));
}
}
});
return additionalTypes;
}
use of graphql.language.InputObjectTypeDefinition in project graphql-java by graphql-java.
the class GraphqlAntlrToLanguage method visitDirective.
@Override
public Void visitDirective(GraphqlParser.DirectiveContext ctx) {
Directive directive = new Directive(ctx.name().getText());
newNode(directive, ctx);
for (ContextEntry contextEntry : contextStack) {
if (contextEntry.contextProperty == ContextProperty.Field) {
((Field) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.FragmentDefinition) {
((FragmentDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.FragmentSpread) {
((FragmentSpread) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.InlineFragment) {
((InlineFragment) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.OperationDefinition) {
((OperationDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.EnumValueDefinition) {
((EnumValueDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.FieldDefinition) {
((FieldDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.InputValueDefinition) {
((InputValueDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.InterfaceTypeDefinition) {
((InterfaceTypeDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.EnumTypeDefinition) {
((EnumTypeDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.ObjectTypeDefinition) {
((ObjectTypeDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.ScalarTypeDefinition) {
((ScalarTypeDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.UnionTypeDefinition) {
((UnionTypeDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.InputObjectTypeDefinition) {
((InputObjectTypeDefinition) contextEntry.value).getDirectives().add(directive);
break;
} else if (contextEntry.contextProperty == ContextProperty.SchemaDefinition) {
((SchemaDefinition) contextEntry.value).getDirectives().add(directive);
break;
}
}
addContextProperty(ContextProperty.Directive, directive);
super.visitDirective(ctx);
popContext();
return null;
}
use of graphql.language.InputObjectTypeDefinition in project graphql-java by graphql-java.
the class SchemaDiff method checkType.
private void checkType(DiffCtx ctx, Type oldType, Type newType) {
String typeName = getTypeName(oldType);
// prevent circular references
if (ctx.examiningType(typeName)) {
return;
}
if (isSystemScalar(typeName)) {
return;
}
if (isReservedType(typeName)) {
return;
}
Optional<TypeDefinition> oldTD = ctx.getOldTypeDef(oldType, TypeDefinition.class);
Optional<TypeDefinition> newTD = ctx.getNewTypeDef(newType, TypeDefinition.class);
if (!oldTD.isPresent()) {
ctx.report(DiffEvent.apiInfo().typeName(typeName).reasonMsg("Type '%s' is missing", typeName).build());
return;
}
TypeDefinition oldDef = oldTD.get();
ctx.report(DiffEvent.apiInfo().typeName(typeName).typeKind(getTypeKind(oldDef)).reasonMsg("Examining type '%s' ...", typeName).build());
if (!newTD.isPresent()) {
ctx.report(DiffEvent.apiBreakage().category(DiffCategory.MISSING).typeName(typeName).typeKind(getTypeKind(oldDef)).reasonMsg("The new API does not have a type called '%s'", typeName).build());
ctx.exitType();
return;
}
TypeDefinition newDef = newTD.get();
if (!oldDef.getClass().equals(newDef.getClass())) {
ctx.report(DiffEvent.apiBreakage().category(DiffCategory.INVALID).typeName(typeName).typeKind(getTypeKind(oldDef)).components(getTypeKind(oldDef), getTypeKind(newDef)).reasonMsg("The new API has changed '%s' from a '%s' to a '%s'", typeName, getTypeKind(oldDef), getTypeKind(newDef)).build());
ctx.exitType();
return;
}
if (oldDef instanceof ObjectTypeDefinition) {
checkObjectType(ctx, (ObjectTypeDefinition) oldDef, (ObjectTypeDefinition) newDef);
}
if (oldDef instanceof InterfaceTypeDefinition) {
checkInterfaceType(ctx, (InterfaceTypeDefinition) oldDef, (InterfaceTypeDefinition) newDef);
}
if (oldDef instanceof UnionTypeDefinition) {
checkUnionType(ctx, (UnionTypeDefinition) oldDef, (UnionTypeDefinition) newDef);
}
if (oldDef instanceof InputObjectTypeDefinition) {
checkInputObjectType(ctx, (InputObjectTypeDefinition) oldDef, (InputObjectTypeDefinition) newDef);
}
if (oldDef instanceof EnumTypeDefinition) {
checkEnumType(ctx, (EnumTypeDefinition) oldDef, (EnumTypeDefinition) newDef);
}
if (oldDef instanceof ScalarTypeDefinition) {
checkScalarType(ctx, (ScalarTypeDefinition) oldDef, (ScalarTypeDefinition) newDef);
}
ctx.exitType();
}
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