module Hasura.GraphQL.Execute.Mutation ( convertMutationSelectionSet ) where import Hasura.Prelude import qualified Data.Environment as Env import qualified Data.HashMap.Strict as Map import qualified Data.HashMap.Strict.InsOrd as OMap import qualified Data.Tagged as Tagged import qualified Language.GraphQL.Draft.Syntax as G import qualified Network.HTTP.Client as HTTP import qualified Network.HTTP.Types as HTTP import qualified Hasura.GraphQL.Execute.RemoteJoin.Collect as RJ import qualified Hasura.GraphQL.Transport.HTTP.Protocol as GH import qualified Hasura.Logging as L import qualified Hasura.SQL.AnyBackend as AB import qualified Hasura.Tracing as Tracing import Hasura.Base.Error import Hasura.GraphQL.Context import Hasura.GraphQL.Execute.Action import Hasura.GraphQL.Execute.Backend import Hasura.GraphQL.Execute.Common import Hasura.GraphQL.Execute.Instances () import Hasura.GraphQL.Execute.Remote import Hasura.GraphQL.Execute.Resolve import Hasura.GraphQL.ParameterizedQueryHash import Hasura.GraphQL.Parser import Hasura.GraphQL.Parser.Directives import Hasura.Metadata.Class import Hasura.RQL.IR import Hasura.RQL.Types import Hasura.Server.Version (HasVersion) import Hasura.Session import Hasura.QueryTags import Hasura.Server.Types (RequestId (..)) convertMutationAction ::( HasVersion , MonadIO m , MonadError QErr m , MonadMetadataStorage (MetadataStorageT m) ) => Env.Environment -> L.Logger L.Hasura -> UserInfo -> HTTP.Manager -> HTTP.RequestHeaders -> ActionMutation ('Postgres 'Vanilla) (Const Void) (UnpreparedValue ('Postgres 'Vanilla)) -> m ActionExecutionPlan convertMutationAction env logger userInfo manager reqHeaders = \case AMSync s -> pure $ AEPSync $ resolveActionExecution env logger userInfo s actionExecContext AMAsync s -> AEPAsyncMutation <$> liftEitherM (runMetadataStorageT $ resolveActionMutationAsync s reqHeaders userSession) where userSession = _uiSession userInfo actionExecContext = ActionExecContext manager reqHeaders $ _uiSession userInfo convertMutationSelectionSet :: forall m . ( HasVersion , Tracing.MonadTrace m , MonadIO m , MonadError QErr m , MonadMetadataStorage (MetadataStorageT m) , MonadGQLExecutionCheck m , MonadQueryTags m ) => Env.Environment -> L.Logger L.Hasura -> GQLContext -> SQLGenCtx -> UserInfo -> HTTP.Manager -> HTTP.RequestHeaders -> [G.Directive G.Name] -> G.SelectionSet G.NoFragments G.Name -> [G.VariableDefinition] -> Maybe GH.VariableValues -> SetGraphqlIntrospectionOptions -> RequestId -> Maybe G.Name -- ^ Graphql Operation Name -> QueryTagsConfig -> m (ExecutionPlan, ParameterizedQueryHash) convertMutationSelectionSet env logger gqlContext SQLGenCtx{stringifyNum} userInfo manager reqHeaders directives fields varDefs varValsM introspectionDisabledRoles reqId maybeOperationName queryTagsConfig = do mutationParser <- onNothing (gqlMutationParser gqlContext) $ throw400 ValidationFailed "no mutations exist" (resolvedDirectives, resolvedSelSet) <- resolveVariables varDefs (fromMaybe Map.empty varValsM) directives fields -- Parse the GraphQL query into the RQL AST unpreparedQueries :: OMap.InsOrdHashMap G.Name (MutationRootField UnpreparedValue) <-(mutationParser >>> (`onLeft` reportParseErrors)) resolvedSelSet -- Process directives on the mutation _dirMap <- (`onLeft` reportParseErrors) =<< runParseT (parseDirectives customDirectives (G.DLExecutable G.EDLMUTATION) resolvedDirectives) let parameterizedQueryHash = calculateParameterizedQueryHash resolvedSelSet -- Transform the RQL AST into a prepared SQL query txs <- flip OMap.traverseWithKey unpreparedQueries $ \rootFieldName rootFieldUnpreparedValue -> do case rootFieldUnpreparedValue of RFDB sourceName exists -> AB.dispatchAnyBackend @BackendExecute exists \(SourceConfigWith (sourceConfig :: SourceConfig b) (MDBR db)) -> do let mutationQueryTagsAttributes = encodeQueryTags $ QTMutation $ MutationMetadata reqId maybeOperationName rootFieldName parameterizedQueryHash let qtSourceConfig = getQueryTagsSourceConfig queryTagsConfig sourceName let mutationQueryTags = QueryTagsComment $ Tagged.untag $ createQueryTags @m (Just qtSourceConfig) mutationQueryTagsAttributes let (noRelsDBAST, remoteJoins) = RJ.getRemoteJoinsMutationDB db dbStepInfo <- mkDBMutationPlan @b userInfo stringifyNum sourceName sourceConfig noRelsDBAST mutationQueryTags pure $ ExecStepDB [] (AB.mkAnyBackend dbStepInfo) remoteJoins RFRemote remoteField -> do RemoteFieldG remoteSchemaInfo resolvedRemoteField <- runVariableCache $ resolveRemoteField userInfo remoteField pure $ buildExecStepRemote remoteSchemaInfo G.OperationTypeMutation $ [G.SelectionField resolvedRemoteField] RFAction action -> do let (noRelsDBAST, remoteJoins) = RJ.getRemoteJoinsActionMutation action (actionName, _fch) <- pure $ case noRelsDBAST of AMSync s -> (_aaeName s, _aaeForwardClientHeaders s) AMAsync s -> (_aamaName s, _aamaForwardClientHeaders s) plan <- convertMutationAction env logger userInfo manager reqHeaders noRelsDBAST pure $ ExecStepAction plan (ActionsInfo actionName _fch) remoteJoins -- `_fch` represents the `forward_client_headers` option from the action -- definition which is currently being ignored for actions that are mutations RFRaw s -> flip onLeft throwError =<< executeIntrospection userInfo s introspectionDisabledRoles return (txs, parameterizedQueryHash)