Class: GraphQL::Execution::Interpreter
- Inherits:
-
Object
- Object
- GraphQL::Execution::Interpreter
- Defined in:
- lib/graphql/execution/interpreter.rb,
lib/graphql/execution/interpreter/resolve.rb,
lib/graphql/execution/interpreter/runtime.rb,
lib/graphql/execution/interpreter/arguments.rb,
lib/graphql/execution/interpreter/argument_value.rb,
lib/graphql/execution/interpreter/arguments_cache.rb,
lib/graphql/execution/interpreter/execution_errors.rb,
lib/graphql/execution/interpreter/handles_raw_value.rb,
lib/graphql/execution/interpreter/runtime/graphql_result.rb
Defined Under Namespace
Modules: Resolve Classes: ArgumentValue, Arguments, ArgumentsCache, ExecutionErrors, ListResultFailedError, RawValue, Runtime
Constant Summary collapse
- NO_OPERATION =
This constant is part of a private API. You should avoid using this constant if possible, as it may be removed or be changed in the future.
Used internally to signal that the query shouldn’t be executed
GraphQL::EmptyObjects::EMPTY_HASH
Class Method Summary collapse
-
.run_all(schema, query_options, context: {}, max_complexity: schema.max_complexity) ⇒ Array<Hash>
One result per query.
Class Method Details
.run_all(schema, query_options, context: {}, max_complexity: schema.max_complexity) ⇒ Array<Hash>
Returns One result per query.
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# File 'lib/graphql/execution/interpreter.rb', line 24 def run_all(schema, , context: {}, max_complexity: schema.max_complexity) queries = .map do |opts| case opts when Hash GraphQL::Query.new(schema, nil, **opts) when GraphQL::Query opts else raise "Expected Hash or GraphQL::Query, not #{opts.class} (#{opts.inspect})" end end multiplex = Execution::Multiplex.new(schema: schema, queries: queries, context: context, max_complexity: max_complexity) multiplex.current_trace.execute_multiplex(multiplex: multiplex) do schema = multiplex.schema queries = multiplex.queries query_instrumenters = schema.instrumenters[:query] multiplex_instrumenters = schema.instrumenters[:multiplex] lazies_at_depth = Hash.new { |h, k| h[k] = [] } # First, run multiplex instrumentation, then query instrumentation for each query call_hooks(multiplex_instrumenters, multiplex, :before_multiplex, :after_multiplex) do each_query_call_hooks(query_instrumenters, queries) do schema = multiplex.schema multiplex_analyzers = schema.multiplex_analyzers queries = multiplex.queries if multiplex.max_complexity multiplex_analyzers += [GraphQL::Analysis::AST::MaxQueryComplexity] end schema.analysis_engine.analyze_multiplex(multiplex, multiplex_analyzers) begin # Since this is basically the batching context, # share it for a whole multiplex multiplex.context[:interpreter_instance] ||= multiplex.schema.query_execution_strategy.new # Do as much eager evaluation of the query as possible results = [] queries.each_with_index do |query, idx| multiplex.dataloader.append_job { operation = query.selected_operation result = if operation.nil? || !query.valid? || query.context.errors.any? NO_OPERATION else begin # Although queries in a multiplex _share_ an Interpreter instance, # they also have another item of state, which is private to that query # in particular, assign it here: runtime = Runtime.new(query: query, lazies_at_depth: lazies_at_depth) query.context.namespace(:interpreter_runtime)[:runtime] = runtime query.current_trace.execute_query(query: query) do runtime.run_eager end rescue GraphQL::ExecutionError => err query.context.errors << err NO_OPERATION end end results[idx] = result } end multiplex.dataloader.run # Then, work through lazy results in a breadth-first way multiplex.dataloader.append_job { query = multiplex.queries.length == 1 ? multiplex.queries[0] : nil queries = multiplex ? multiplex.queries : [query] final_values = queries.map do |query| runtime = query.context.namespace(:interpreter_runtime)[:runtime] # it might not be present if the query has an error runtime ? runtime.final_result : nil end final_values.compact! multiplex.current_trace.execute_query_lazy(multiplex: multiplex, query: query) do Interpreter::Resolve.resolve_each_depth(lazies_at_depth, multiplex.dataloader) end } multiplex.dataloader.run # Then, find all errors and assign the result to the query object results.each_with_index do |data_result, idx| query = queries[idx] # Assign the result so that it can be accessed in instrumentation query.result_values = if data_result.equal?(NO_OPERATION) if !query.valid? || query.context.errors.any? # A bit weird, but `Query#static_errors` _includes_ `query.context.errors` { "errors" => query.static_errors.map(&:to_h) } else data_result end else result = { "data" => query.context.namespace(:interpreter_runtime)[:runtime].final_result } if query.context.errors.any? error_result = query.context.errors.map(&:to_h) result["errors"] = error_result end result end if query.context.namespace?(:__query_result_extensions__) query.result_values["extensions"] = query.context.namespace(:__query_result_extensions__) end # Get the Query::Result, not the Hash results[idx] = query.result end results rescue Exception # TODO rescue at a higher level so it will catch errors in analysis, too # Assign values here so that the query's `@executed` becomes true queries.map { |q| q.result_values ||= {} } raise ensure queries.map { |query| runtime = query.context.namespace(:interpreter_runtime)[:runtime] if runtime runtime.delete_all_interpreter_context end } end end end end end |