public ExecutionStepInfo build() { return new ExecutionStepInfo(type, fieldDefinition, field, path, parentInfo, arguments, fieldContainer); } }
/** * This allows you to morph a type into a more specialized form yet return the same * parent and non-null ness, for example taking a {@link GraphQLInterfaceType} * and turning it into a specific {@link graphql.schema.GraphQLObjectType} * after type resolution has occurred * * @param newType the new type to be * * @return a new type info with the same */ public ExecutionStepInfo changeTypeWithPreservedNonNull(GraphQLOutputType newType) { assertTrue(!GraphQLTypeUtil.isNonNull(newType), "newType can't be non null"); if (isNonNullType()) { return new ExecutionStepInfo(GraphQLNonNull.nonNull(newType), fieldDefinition, field, path, this.parent, arguments, this.fieldContainer); } else { return new ExecutionStepInfo(newType, fieldDefinition, field, path, this.parent, arguments, this.fieldContainer); } }
public ExecutionStepInfo build() { return new ExecutionStepInfo(type, fieldDefinition, field, path, parentInfo, arguments, fieldContainer); } }
/** * This allows you to morph a type into a more specialized form yet return the same * parent and non-null ness, for example taking a {@link GraphQLInterfaceType} * and turning it into a specific {@link graphql.schema.GraphQLObjectType} * after type resolution has occurred * * @param newType the new type to be * * @return a new type info with the same */ public ExecutionStepInfo changeTypeWithPreservedNonNull(GraphQLOutputType newType) { assertTrue(!GraphQLTypeUtil.isNonNull(newType), "newType can't be non null"); if (isNonNullType()) { return new ExecutionStepInfo(GraphQLNonNull.nonNull(newType), fieldDefinition, field, path, this.parent, arguments, this.fieldContainer); } else { return new ExecutionStepInfo(newType, fieldDefinition, field, path, this.parent, arguments, this.fieldContainer); } }