diff options
Diffstat (limited to 'test/test_relational_engine.ml')
| -rw-r--r-- | test/test_relational_engine.ml | 638 |
1 files changed, 320 insertions, 318 deletions
diff --git a/test/test_relational_engine.ml b/test/test_relational_engine.ml index 453cd9c..7d45725 100644 --- a/test/test_relational_engine.ml +++ b/test/test_relational_engine.ml @@ -2,6 +2,8 @@ open Relational_engine +module Memory = Manipulation.Make (Management.Physical.Memory) + let%test_unit "merkle: empty tree" = let tree = Merkle.empty in assert (Merkle.is_empty tree); @@ -145,7 +147,7 @@ let%test_unit "database: add relation" = Relation.make ~hash:(Some "rel_hash_1") ~name:"users" ~schema:Schema.empty ~tree:(Some Merkle.empty) ~constraints:None ~cardinality:(Conventions.Cardinality.Finite 0) ~generator:None - ~membership_criteria:(fun _ -> true) + ~membership_criteria:(fun _ _ -> true) ~provenance:Relation.Provenance.Undefined ~lineage:(Relation.Lineage.Base "users") in @@ -160,7 +162,7 @@ let%test_unit "database: remove relation" = Relation.make ~hash:(Some "hash1") ~name:"users" ~schema:Schema.empty ~tree:(Some Merkle.empty) ~constraints:None ~cardinality:(Conventions.Cardinality.Finite 0) ~generator:None - ~membership_criteria:(fun _ -> true) + ~membership_criteria:(fun _ _ -> true) ~provenance:Relation.Provenance.Undefined ~lineage:(Relation.Lineage.Base "users") in @@ -175,7 +177,7 @@ let%test_unit "database: update relation" = Relation.make ~hash:(Some "hash1") ~name:"users" ~schema:Schema.empty ~tree:(Some Merkle.empty) ~constraints:None ~cardinality:(Conventions.Cardinality.Finite 0) ~generator:None - ~membership_criteria:(fun _ -> true) + ~membership_criteria:(fun _ _ -> true) ~provenance:Relation.Provenance.Undefined ~lineage:(Relation.Lineage.Base "users") in @@ -193,7 +195,7 @@ let%test_unit "database: get relation names" = Relation.make ~hash:(Some "h1") ~name:"users" ~schema:Schema.empty ~tree:(Some Merkle.empty) ~constraints:None ~cardinality:(Conventions.Cardinality.Finite 0) ~generator:None - ~membership_criteria:(fun _ -> true) + ~membership_criteria:(fun _ _ -> true) ~provenance:Relation.Provenance.Undefined ~lineage:(Relation.Lineage.Base "users") in @@ -201,7 +203,7 @@ let%test_unit "database: get relation names" = Relation.make ~hash:(Some "h2") ~name:"orders" ~schema:Schema.empty ~tree:(Some Merkle.empty) ~constraints:None ~cardinality:(Conventions.Cardinality.Finite 0) ~generator:None - ~membership_criteria:(fun _ -> true) + ~membership_criteria:(fun _ _ -> true) ~provenance:Relation.Provenance.Undefined ~lineage:(Relation.Lineage.Base "orders") in @@ -223,14 +225,14 @@ let with_storage f = let%test_unit "manipulation: create database" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"my_db" with + match Memory.create_database storage ~name:"my_db" with | Error _ -> assert false | Ok db -> assert (db.name = "my_db")) let%test_unit "manipulation: create relation" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -238,7 +240,7 @@ let%test_unit "manipulation: create relation" = Schema.empty |> Schema.add "name" "string" |> Schema.add "age" "integer" in match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, relation) -> @@ -249,38 +251,38 @@ let%test_unit "manipulation: create relation" = let%test_unit "manipulation: create relation already exists" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty in match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _) -> ( match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with - | Error (Manipulation.RelationAlreadyExists _) -> () + | Error (Error.RelationAlreadyExists _) -> () | _ -> assert false)) let%test_unit "manipulation: retract relation" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty in match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _) -> ( assert (Management.Database.has_relation db "users"); match - Manipulation.Memory.retract_relation storage db ~name:"users" + Memory.retract_relation storage db ~name:"users" with | Error _ -> assert false | Ok db -> assert (not (Management.Database.has_relation db "users")))) @@ -288,13 +290,13 @@ let%test_unit "manipulation: retract relation" = let%test_unit "manipulation: create tuple with storage" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "name" "string" in match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -306,21 +308,21 @@ let%test_unit "manipulation: create tuple with storage" = let tuple : Tuple.materialized = { relation = "users"; attributes = attrs } in - match Manipulation.Memory.create_tuple storage db relation tuple with + match Memory.create_tuple storage db relation tuple with | Error _ -> assert false | Ok (_db, new_relation, _hash) -> - assert (Manipulation.Memory.tuple_count new_relation = 1))) + assert (Memory.tuple_count new_relation = 1))) let%test_unit "manipulation: create and load tuple" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "value" "integer" in match - Manipulation.Memory.create_relation storage db ~name:"numbers" ~schema + Memory.create_relation storage db ~name:"numbers" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -331,11 +333,11 @@ let%test_unit "manipulation: create and load tuple" = let tuple : Tuple.materialized = { relation = "numbers"; attributes = attrs } in - match Manipulation.Memory.create_tuple storage db relation tuple with + match Memory.create_tuple storage db relation tuple with | Error _ -> assert false | Ok (_db, _relation, tuple_hash) -> ( (* Now load the tuple back from storage *) - match Manipulation.Memory.load_tuple storage tuple_hash with + match Memory.load_tuple storage tuple_hash with | Error _ -> assert false | Ok None -> assert false | Ok (Some loaded_tuple) -> @@ -348,13 +350,13 @@ let%test_unit "manipulation: create and load tuple" = let%test_unit "manipulation: create multiple tuples with storage" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "id" "integer" in match - Manipulation.Memory.create_relation storage db ~name:"items" ~schema + Memory.create_relation storage db ~name:"items" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -368,23 +370,23 @@ let%test_unit "manipulation: create multiple tuples with storage" = in let tuples = [ make_tuple 1; make_tuple 2; make_tuple 3 ] in match - Manipulation.Memory.create_tuples storage db relation tuples + Memory.create_tuples storage db relation tuples with | Error _ -> assert false | Ok (_db, new_relation, hashes) -> - assert (Manipulation.Memory.tuple_count new_relation = 3); + assert (Memory.tuple_count new_relation = 3); assert (List.length hashes = 3))) let%test_unit "manipulation: load multiple tuples" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "n" "integer" in match - Manipulation.Memory.create_relation storage db ~name:"test" ~schema + Memory.create_relation storage db ~name:"test" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -397,12 +399,12 @@ let%test_unit "manipulation: load multiple tuples" = : Tuple.materialized) in match - Manipulation.Memory.create_tuples storage db relation + Memory.create_tuples storage db relation [ make_tuple 10; make_tuple 20 ] with | Error _ -> assert false | Ok (_db, _relation, hashes) -> ( - match Manipulation.Memory.load_tuples storage hashes with + match Memory.load_tuples storage hashes with | Error _ -> assert false | Ok loaded -> assert (List.length loaded = 2); @@ -421,13 +423,13 @@ let%test_unit "manipulation: load multiple tuples" = let%test_unit "manipulation: retract tuple" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "value" "integer" in match - Manipulation.Memory.create_relation storage db ~name:"numbers" ~schema + Memory.create_relation storage db ~name:"numbers" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -438,19 +440,19 @@ let%test_unit "manipulation: retract tuple" = let tuple : Tuple.materialized = { relation = "numbers"; attributes = attrs } in - match Manipulation.Memory.create_tuple storage db relation tuple with + match Memory.create_tuple storage db relation tuple with | Error _ -> assert false | Ok (db, relation, tuple_hash) -> ( - assert (Manipulation.Memory.tuple_count relation = 1); + assert (Memory.tuple_count relation = 1); match - Manipulation.Memory.retract_tuple storage db relation + Memory.retract_tuple storage db relation ~tuple_hash with | Error _ -> assert false | Ok (_db, relation) -> ( - assert (Manipulation.Memory.tuple_count relation = 0); + assert (Memory.tuple_count relation = 0); (* Tuple data still exists in storage (append-only) *) - match Manipulation.Memory.load_tuple storage tuple_hash with + match Memory.load_tuple storage tuple_hash with | Error _ -> assert false | Ok None -> assert false | Ok (Some _) -> () (* Data is still there *))))) @@ -458,13 +460,13 @@ let%test_unit "manipulation: retract tuple" = let%test_unit "manipulation: tuple hashes" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty in match - Manipulation.Memory.create_relation storage db ~name:"test" ~schema + Memory.create_relation storage db ~name:"test" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -477,24 +479,24 @@ let%test_unit "manipulation: tuple hashes" = : Tuple.materialized) in match - Manipulation.Memory.create_tuples storage db relation + Memory.create_tuples storage db relation [ make_tuple 1; make_tuple 2 ] with | Error _ -> assert false | Ok (_db, relation, _) -> - let hashes = Manipulation.Memory.tuple_hashes relation in + let hashes = Memory.tuple_hashes relation in assert (List.length hashes = 2))) let%test_unit "manipulation: clear relation" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty in match - Manipulation.Memory.create_relation storage db ~name:"test" ~schema + Memory.create_relation storage db ~name:"test" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -507,27 +509,27 @@ let%test_unit "manipulation: clear relation" = : Tuple.materialized) in match - Manipulation.Memory.create_tuples storage db relation + Memory.create_tuples storage db relation [ make_tuple 1; make_tuple 2; make_tuple 3 ] with | Error _ -> assert false | Ok (db, relation, _) -> ( - assert (Manipulation.Memory.tuple_count relation = 3); - match Manipulation.Memory.clear_relation storage db relation with + assert (Memory.tuple_count relation = 3); + match Memory.clear_relation storage db relation with | Error _ -> assert false | Ok (_db, relation) -> - assert (Manipulation.Memory.tuple_count relation = 0)))) + assert (Memory.tuple_count relation = 0)))) let%test_unit "manipulation: duplicate tuple rejected" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "x" "integer" in match - Manipulation.Memory.create_relation storage db ~name:"test" ~schema + Memory.create_relation storage db ~name:"test" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -538,26 +540,26 @@ let%test_unit "manipulation: duplicate tuple rejected" = let tuple : Tuple.materialized = { relation = "test"; attributes = attrs } in - match Manipulation.Memory.create_tuple storage db relation tuple with + match Memory.create_tuple storage db relation tuple with | Error _ -> assert false | Ok (db, relation, _) -> ( (* Try to insert the same tuple again *) match - Manipulation.Memory.create_tuple storage db relation tuple + Memory.create_tuple storage db relation tuple with - | Error (Manipulation.DuplicateTuple _) -> () + | Error (Error.DuplicateTuple _) -> () | _ -> assert false))) let%test_unit "manipulation: tuple_exists check" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty in match - Manipulation.Memory.create_relation storage db ~name:"test" ~schema + Memory.create_relation storage db ~name:"test" ~schema with | Error _ -> assert false | Ok (db, relation) -> ( @@ -568,13 +570,13 @@ let%test_unit "manipulation: tuple_exists check" = let tuple : Tuple.materialized = { relation = "test"; attributes = attrs } in - let tuple_hash = Manipulation.hash_tuple tuple in - assert (not (Manipulation.Memory.tuple_exists relation tuple_hash)); - match Manipulation.Memory.create_tuple storage db relation tuple with + let tuple_hash = Hashing.hash_tuple tuple in + assert (not (Memory.tuple_exists relation tuple_hash)); + match Memory.create_tuple storage db relation tuple with | Error _ -> assert false | Ok (_db, relation, hash) -> assert (hash = tuple_hash); - assert (Manipulation.Memory.tuple_exists relation tuple_hash))) + assert (Memory.tuple_exists relation tuple_hash))) let%test_unit "manipulation: hash_tuple deterministic" = let attrs = @@ -583,8 +585,8 @@ let%test_unit "manipulation: hash_tuple deterministic" = |> Tuple.AttributeMap.add "b" { Attribute.value = Obj.magic 2 } in let tuple : Tuple.materialized = { relation = "test"; attributes = attrs } in - let hash1 = Manipulation.hash_tuple tuple in - let hash2 = Manipulation.hash_tuple tuple in + let hash1 = Hashing.hash_tuple tuple in + let hash2 = Hashing.hash_tuple tuple in assert (hash1 = hash2) let%test_unit "manipulation: different tuples different hashes" = @@ -602,25 +604,25 @@ let%test_unit "manipulation: different tuples different hashes" = Tuple.AttributeMap.singleton "x" { Attribute.value = Obj.magic 2 }; } in - let hash1 = Manipulation.hash_tuple tuple1 in - let hash2 = Manipulation.hash_tuple tuple2 in + let hash1 = Hashing.hash_tuple tuple1 in + let hash2 = Hashing.hash_tuple tuple2 in assert (hash1 <> hash2) let%test_unit "manipulation: get_relation from database" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "id" "integer" in match - Manipulation.Memory.create_relation storage db ~name:"items" ~schema + Memory.create_relation storage db ~name:"items" ~schema with | Error _ -> assert false | Ok (db, _relation) -> ( (* Now get the relation from the database *) - match Manipulation.Memory.get_relation db ~name:"items" with + match Memory.get_relation db ~name:"items" with | None -> assert false | Some rel -> assert (rel.name = "items"); @@ -629,7 +631,7 @@ let%test_unit "manipulation: get_relation from database" = let%test_unit "schema: persisted and loaded correctly" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -638,7 +640,7 @@ let%test_unit "schema: persisted and loaded correctly" = |> Schema.add "email" "string" in match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _relation) -> ( @@ -647,7 +649,7 @@ let%test_unit "schema: persisted and loaded correctly" = Option.get (Management.Database.get_relation_hash db "users") in (* Load the relation from storage *) - match Manipulation.Memory.load_relation storage rel_hash with + match Memory.load_relation storage rel_hash with | Error _ -> assert false | Ok None -> assert false | Ok (Some loaded_rel) -> @@ -659,7 +661,7 @@ let%test_unit "schema: persisted and loaded correctly" = let%test_unit "catalog: create_database seeds 6 catalog relations" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let catalog_names = Prelude.Catalog.catalog_relation_names in @@ -669,63 +671,63 @@ let%test_unit "catalog: create_database seeds 6 catalog relations" = let%test_unit "catalog: sakura:relation contains all 6 catalog names" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let rel = match - Manipulation.Memory.get_relation db ~name:"sakura:relation" + Memory.get_relation db ~name:"sakura:relation" with | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count rel = 6)) + assert (Memory.tuple_count rel = 6)) let%test_unit "catalog: sakura:on contains insert, update, delete" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let on_rel = - match Manipulation.Memory.get_relation db ~name:"sakura:on" with + match Memory.get_relation db ~name:"sakura:on" with | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count on_rel = 3)) + assert (Memory.tuple_count on_rel = 3)) let%test_unit "catalog: sakura:timing contains immediate, deferred" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let timing_rel = - match Manipulation.Memory.get_relation db ~name:"sakura:timing" with + match Memory.get_relation db ~name:"sakura:timing" with | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count timing_rel = 2)) + assert (Memory.tuple_count timing_rel = 2)) let%test_unit "catalog: sakura:domain seeded with 4 prelude domains" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let dom_rel = - match Manipulation.Memory.get_relation db ~name:"sakura:domain" with + match Memory.get_relation db ~name:"sakura:domain" with | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count dom_rel = 4)) + assert (Memory.tuple_count dom_rel = 4)) let%test_unit "catalog: create_relation updates sakura:relation" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let schema = Schema.empty |> Schema.add "id" "natural" in let db = match - Manipulation.Memory.create_relation storage db ~name:"employees" + Memory.create_relation storage db ~name:"employees" ~schema with | Error _ -> assert false @@ -733,23 +735,23 @@ let%test_unit "catalog: create_relation updates sakura:relation" = in let rel = match - Manipulation.Memory.get_relation db ~name:"sakura:relation" + Memory.get_relation db ~name:"sakura:relation" with | None -> assert false | Some r -> r in (* 6 catalog relations + 1 user relation *) - assert (Manipulation.Memory.tuple_count rel = 7)) + assert (Memory.tuple_count rel = 7)) let%test_unit "catalog: create_relation updates sakura:attribute" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let schema = Schema.empty |> Schema.add "id" "natural" in let db = match - Manipulation.Memory.create_relation storage db ~name:"employees" + Memory.create_relation storage db ~name:"employees" ~schema with | Error _ -> assert false @@ -757,7 +759,7 @@ let%test_unit "catalog: create_relation updates sakura:attribute" = in let attr_rel = match - Manipulation.Memory.get_relation db ~name:"sakura:attribute" + Memory.get_relation db ~name:"sakura:attribute" with | None -> assert false | Some r -> r @@ -765,18 +767,18 @@ let%test_unit "catalog: create_relation updates sakura:attribute" = (* catalog attribute tuples (sum of schema sizes of all 6 catalog relations) + 1 for employees *) (* sakura:relation: 1, sakura:domain: 1, sakura:attribute: 3, sakura:constraint: 2, sakura:on: 1, sakura:timing: 1 => 9 catalog attrs + 1 for employees = 10 *) - let count = Manipulation.Memory.tuple_count attr_rel in + let count = Memory.tuple_count attr_rel in assert (count = 10)) let%test_unit "catalog: retract_relation removes from sakura:relation" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let schema = Schema.empty |> Schema.add "id" "natural" in let db = match - Manipulation.Memory.create_relation storage db ~name:"employees" + Memory.create_relation storage db ~name:"employees" ~schema with | Error _ -> assert false @@ -784,30 +786,30 @@ let%test_unit "catalog: retract_relation removes from sakura:relation" = in let db = match - Manipulation.Memory.retract_relation storage db ~name:"employees" + Memory.retract_relation storage db ~name:"employees" with | Error _ -> assert false | Ok db -> db in let rel = match - Manipulation.Memory.get_relation db ~name:"sakura:relation" + Memory.get_relation db ~name:"sakura:relation" with | None -> assert false | Some r -> r in (* Back to 6 catalog relations *) - assert (Manipulation.Memory.tuple_count rel = 6)) + assert (Memory.tuple_count rel = 6)) let%test_unit "catalog: register_constraint inserts into sakura:constraint" = with_storage (fun storage -> - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> let schema = Schema.empty |> Schema.add "id" "natural" in let db = match - Manipulation.Memory.create_relation storage db ~name:"orders" + Memory.create_relation storage db ~name:"orders" ~schema with | Error _ -> assert false @@ -815,7 +817,7 @@ let%test_unit "catalog: register_constraint inserts into sakura:constraint" = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"orders_id_positive" ~relation_name:"orders" ~body:(Constraint.And []) with @@ -824,18 +826,18 @@ let%test_unit "catalog: register_constraint inserts into sakura:constraint" = in let con_rel = match - Manipulation.Memory.get_relation db ~name:"sakura:constraint" + Memory.get_relation db ~name:"sakura:constraint" with | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count con_rel = 1)) + assert (Memory.tuple_count con_rel = 1)) let%test_unit "integration: full workflow with storage" = with_storage (fun storage -> (* Create database *) let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in @@ -848,7 +850,7 @@ let%test_unit "integration: full workflow with storage" = let db, products = match - Manipulation.Memory.create_relation storage db ~name:"products" + Memory.create_relation storage db ~name:"products" ~schema with | Error _ -> assert false @@ -877,39 +879,39 @@ let%test_unit "integration: full workflow with storage" = in let db, products, hashes = - match Manipulation.Memory.create_tuples storage db products tuples with + match Memory.create_tuples storage db products tuples with | Error _ -> assert false | Ok x -> x in - assert (Manipulation.Memory.tuple_count products = 3); + assert (Memory.tuple_count products = 3); assert (List.length hashes = 3); (* Verify we can load all tuples back *) - (match Manipulation.Memory.load_tuples storage hashes with + (match Memory.load_tuples storage hashes with | Error _ -> assert false | Ok loaded -> assert (List.length loaded = 3)); (* Delete one product *) - let banana_hash = Manipulation.hash_tuple (make_product 2 "Banana" 50) in + let banana_hash = Hashing.hash_tuple (make_product 2 "Banana" 50) in let _db, products = match - Manipulation.Memory.retract_tuple storage db products + Memory.retract_tuple storage db products ~tuple_hash:banana_hash with | Error _ -> assert false | Ok x -> x in - assert (Manipulation.Memory.tuple_count products = 2); + assert (Memory.tuple_count products = 2); (* Verify remaining hashes *) - let remaining_hashes = Manipulation.Memory.tuple_hashes products in + let remaining_hashes = Memory.tuple_hashes products in assert (List.length remaining_hashes = 2); assert (not (List.mem banana_hash remaining_hashes)); (* But banana data is still in storage (append-only) *) - match Manipulation.Memory.load_tuple storage banana_hash with + match Memory.load_tuple storage banana_hash with | Error _ -> assert false | Ok None -> assert false | Ok (Some loaded) -> @@ -919,7 +921,7 @@ let%test_unit "integration: full workflow with storage" = let%test_unit "integration: database history tracking" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"versioned" with + match Memory.create_database storage ~name:"versioned" with | Error _ -> assert false | Ok db -> db in @@ -928,7 +930,7 @@ let%test_unit "integration: database history tracking" = let schema = Schema.empty in let db, _ = match - Manipulation.Memory.create_relation storage db ~name:"rel1" ~schema + Memory.create_relation storage db ~name:"rel1" ~schema with | Error _ -> assert false | Ok x -> x @@ -941,7 +943,7 @@ let%test_unit "integration: database history tracking" = let db, _ = match - Manipulation.Memory.create_relation storage db ~name:"rel2" ~schema + Memory.create_relation storage db ~name:"rel2" ~schema with | Error _ -> assert false | Ok x -> x @@ -954,7 +956,7 @@ let%test_unit "integration: database history tracking" = let%test_unit "integration: hash bubbles up correctly" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in @@ -962,7 +964,7 @@ let%test_unit "integration: hash bubbles up correctly" = let db, relation = match - Manipulation.Memory.create_relation storage db ~name:"items" ~schema + Memory.create_relation storage db ~name:"items" ~schema with | Error _ -> assert false | Ok x -> x @@ -981,7 +983,7 @@ let%test_unit "integration: hash bubbles up correctly" = in let db, relation, _ = - match Manipulation.Memory.create_tuple storage db relation tuple with + match Memory.create_tuple storage db relation tuple with | Error _ -> assert false | Ok x -> x in @@ -1003,7 +1005,7 @@ let%test_unit "integration: hash bubbles up correctly" = let%test_unit "branching: load database from historical hash" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in @@ -1012,7 +1014,7 @@ let%test_unit "branching: load database from historical hash" = (* Create relation and add a tuple *) let db, relation = match - Manipulation.Memory.create_relation storage db ~name:"items" ~schema + Memory.create_relation storage db ~name:"items" ~schema with | Error _ -> assert false | Ok x -> x @@ -1027,7 +1029,7 @@ let%test_unit "branching: load database from historical hash" = in let db, _relation, _ = - match Manipulation.Memory.create_tuple storage db relation tuple with + match Memory.create_tuple storage db relation tuple with | Error _ -> assert false | Ok x -> x in @@ -1046,13 +1048,13 @@ let%test_unit "branching: load database from historical hash" = (* Get relation from database - it's now integrated! *) let relation = - match Manipulation.Memory.get_relation db ~name:"items" with + match Memory.get_relation db ~name:"items" with | None -> assert false | Some r -> r in let db, _relation, _ = - match Manipulation.Memory.create_tuple storage db relation tuple2 with + match Memory.create_tuple storage db relation tuple2 with | Error _ -> assert false | Ok x -> x in @@ -1061,23 +1063,23 @@ let%test_unit "branching: load database from historical hash" = assert (h1 <> h2); (* Now load H1 from storage - should get database state with 1 tuple *) - match Manipulation.Memory.load_database storage h1 with + match Memory.load_database storage h1 with | Error _ -> assert false | Ok None -> assert false | Ok (Some loaded_db) -> ( assert (loaded_db.hash = h1); assert (loaded_db.name = "test"); (* The relation is now loaded directly in the database *) - match Manipulation.Memory.get_relation loaded_db ~name:"items" with + match Memory.get_relation loaded_db ~name:"items" with | None -> assert false | Some loaded_rel -> (* Should have 1 tuple *) - assert (Manipulation.Memory.tuple_count loaded_rel = 1))) + assert (Memory.tuple_count loaded_rel = 1))) let%test_unit "branching: branch from historical state" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in @@ -1086,7 +1088,7 @@ let%test_unit "branching: branch from historical state" = (* Create relation *) let db, relation = match - Manipulation.Memory.create_relation storage db ~name:"data" ~schema + Memory.create_relation storage db ~name:"data" ~schema with | Error _ -> assert false | Ok x -> x @@ -1101,7 +1103,7 @@ let%test_unit "branching: branch from historical state" = } in let db, relation, _ = - match Manipulation.Memory.create_tuple storage db relation tuple_a with + match Memory.create_tuple storage db relation tuple_a with | Error _ -> assert false | Ok x -> x in @@ -1118,7 +1120,7 @@ let%test_unit "branching: branch from historical state" = } in let db_main, relation_main, _ = - match Manipulation.Memory.create_tuple storage db relation tuple_b with + match Memory.create_tuple storage db relation tuple_b with | Error _ -> assert false | Ok x -> x in @@ -1126,14 +1128,14 @@ let%test_unit "branching: branch from historical state" = (* Now branch from H1 and add tuple C instead *) let db_branch = - match Manipulation.Memory.load_database storage h1 with + match Memory.load_database storage h1 with | Error _ -> assert false | Ok None -> assert false | Ok (Some d) -> d in (* Relation is now loaded directly in the database *) let relation_branch = - match Manipulation.Memory.get_relation db_branch ~name:"data" with + match Memory.get_relation db_branch ~name:"data" with | None -> assert false | Some r -> r in @@ -1147,7 +1149,7 @@ let%test_unit "branching: branch from historical state" = in let db_branch, _relation_branch, _ = match - Manipulation.Memory.create_tuple storage db_branch relation_branch + Memory.create_tuple storage db_branch relation_branch tuple_c with | Error _ -> assert false @@ -1161,21 +1163,21 @@ let%test_unit "branching: branch from historical state" = assert (h2 <> h3); (* H2 (main branch) has tuples A and B *) - assert (Manipulation.Memory.tuple_count relation_main = 2); + assert (Memory.tuple_count relation_main = 2); (* H1 is still loadable and unchanged *) - match Manipulation.Memory.load_database storage h1 with + match Memory.load_database storage h1 with | Error _ -> assert false | Ok None -> assert false | Ok (Some loaded_h1) -> ( - match Manipulation.Memory.get_relation loaded_h1 ~name:"data" with + match Memory.get_relation loaded_h1 ~name:"data" with | None -> assert false - | Some r -> assert (Manipulation.Memory.tuple_count r = 1))) + | Some r -> assert (Memory.tuple_count r = 1))) let%test_unit "branching: full reconstruction from hash" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in @@ -1184,7 +1186,7 @@ let%test_unit "branching: full reconstruction from hash" = (* Create relation *) let db, relation = match - Manipulation.Memory.create_relation storage db ~name:"products" + Memory.create_relation storage db ~name:"products" ~schema with | Error _ -> assert false @@ -1202,7 +1204,7 @@ let%test_unit "branching: full reconstruction from hash" = in let db, _relation, _ = match - Manipulation.Memory.create_tuples storage db relation + Memory.create_tuples storage db relation [ make_product "Apple"; make_product "Banana"; make_product "Cherry"; ] @@ -1214,20 +1216,20 @@ let%test_unit "branching: full reconstruction from hash" = let saved_hash = db.hash in (* Now reconstruct everything from just the hash *) - match Manipulation.Memory.load_database storage saved_hash with + match Memory.load_database storage saved_hash with | Error _ -> assert false | Ok None -> assert false | Ok (Some loaded_db) -> ( (* Relation is now loaded directly in the database *) - match Manipulation.Memory.get_relation loaded_db ~name:"products" with + match Memory.get_relation loaded_db ~name:"products" with | None -> assert false | Some loaded_rel -> ( (* Get tuple hashes from relation *) - let tuple_hashes = Manipulation.Memory.tuple_hashes loaded_rel in + let tuple_hashes = Memory.tuple_hashes loaded_rel in assert (List.length tuple_hashes = 3); (* Load all tuples *) - match Manipulation.Memory.load_tuples storage tuple_hashes with + match Memory.load_tuples storage tuple_hashes with | Error _ -> assert false | Ok tuples -> assert (List.length tuples = 3); @@ -1258,7 +1260,7 @@ let make_int_tuple relation pairs = let stored_relation_with_ints storage db ~name ~attr values = let schema = Schema.empty |> Schema.add attr "integer" in let db, rel = - match Manipulation.Memory.create_relation storage db ~name ~schema with + match Memory.create_relation storage db ~name ~schema with | Error _ -> assert false | Ok x -> x in @@ -1273,7 +1275,7 @@ let stored_relation_with_ints storage db ~name ~attr values = values in let db, rel, _ = - match Manipulation.Memory.create_tuples storage db rel tuples with + match Memory.create_tuples storage db rel tuples with | Error _ -> assert false | Ok x -> x in @@ -1298,7 +1300,7 @@ let%test_unit "algebra: const_relation single tuple" = let%test_unit "algebra: select_fn with predicate" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1335,7 +1337,7 @@ let%test_unit "algebra: select_fn with predicate" = let%test_unit "algebra: project restricts schema" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1344,7 +1346,7 @@ let%test_unit "algebra: project restricts schema" = in let db, rel = match - Manipulation.Memory.create_relation storage db ~name:"ab" ~schema + Memory.create_relation storage db ~name:"ab" ~schema with | Error _ -> assert false | Ok x -> x @@ -1356,7 +1358,7 @@ let%test_unit "algebra: project restricts schema" = in let _, rel, _ = match - Manipulation.Memory.create_tuple storage db rel + Memory.create_tuple storage db rel { Tuple.relation = "ab"; attributes = attrs } with | Error _ -> assert false @@ -1375,7 +1377,7 @@ let%test_unit "algebra: project restricts schema" = let%test_unit "algebra: rename changes attr names" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1401,7 +1403,7 @@ let%test_unit "algebra: rename changes attr names" = let%test_unit "algebra: equijoin merges matching tuples" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1411,7 +1413,7 @@ let%test_unit "algebra: equijoin merges matching tuples" = in let db, left = match - Manipulation.Memory.create_relation storage db ~name:"L" + Memory.create_relation storage db ~name:"L" ~schema:schema_l with | Error _ -> assert false @@ -1429,7 +1431,7 @@ let%test_unit "algebra: equijoin merges matching tuples" = in let db, left, _ = match - Manipulation.Memory.create_tuples storage db left + Memory.create_tuples storage db left [ make_left 1 "Alice"; make_left 2 "Bob" ] with | Error _ -> assert false @@ -1442,7 +1444,7 @@ let%test_unit "algebra: equijoin merges matching tuples" = in let db, right = match - Manipulation.Memory.create_relation storage db ~name:"R" + Memory.create_relation storage db ~name:"R" ~schema:schema_r with | Error _ -> assert false @@ -1460,7 +1462,7 @@ let%test_unit "algebra: equijoin merges matching tuples" = in let _, right, _ = match - Manipulation.Memory.create_tuples storage db right + Memory.create_tuples storage db right [ make_right 1 100; make_right 3 999 ] with | Error _ -> assert false @@ -1485,7 +1487,7 @@ let%test_unit "algebra: equijoin merges matching tuples" = let%test_unit "algebra: equijoin empty match" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1505,7 +1507,7 @@ let%test_unit "algebra: equijoin empty match" = let%test_unit "algebra: union concatenates streams" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1538,7 +1540,7 @@ let%test_unit "algebra: union concatenates streams" = let%test_unit "algebra: diff removes right from left" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1565,7 +1567,7 @@ let%test_unit "algebra: diff removes right from left" = let%test_unit "algebra: take limits output" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1608,7 +1610,7 @@ let%test_unit "drl: parse Select" = let%test_unit "drl: execute Base" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1628,7 +1630,7 @@ let%test_unit "drl: execute Base" = let%test_unit "drl: execute Select+Const" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test_db" with + match Memory.create_database storage ~name:"test_db" with | Error _ -> assert false | Ok db -> db in @@ -1638,7 +1640,7 @@ let%test_unit "drl: execute Select+Const" = in let db, users = match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok x -> x @@ -1655,7 +1657,7 @@ let%test_unit "drl: execute Select+Const" = in let db, _, _ = match - Manipulation.Memory.create_tuples storage db users + Memory.create_tuples storage db users [ make_user 18 "Alice"; make_user 25 "Bob" ] with | Error _ -> assert false @@ -2013,14 +2015,14 @@ let%test_unit "constraint: Forall unbounded quantifier errors" = let%test_unit "constraint: create_tuple with passing constraint" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "value" "natural" in let db, _rel = match - Manipulation.Memory.create_relation storage db ~name:"positives" + Memory.create_relation storage db ~name:"positives" ~schema with | Error _ -> assert false @@ -2029,7 +2031,7 @@ let%test_unit "constraint: create_tuple with passing constraint" = (* Register a constraint: value must be member of natural (always true for naturals) *) let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"is_natural" ~relation_name:"positives" ~body:(Constraint.And []) with @@ -2037,7 +2039,7 @@ let%test_unit "constraint: create_tuple with passing constraint" = | Ok db -> db in let rel = - match Manipulation.Memory.get_relation db ~name:"positives" with + match Memory.get_relation db ~name:"positives" with | None -> assert false | Some r -> r in @@ -2049,21 +2051,21 @@ let%test_unit "constraint: create_tuple with passing constraint" = { Attribute.value = Obj.repr 5 }; } in - match Manipulation.Memory.create_tuple storage db rel tuple with + match Memory.create_tuple storage db rel tuple with | Ok _ -> () | Error _ -> assert false) let%test_unit "constraint: create_tuple with failing constraint" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "value" "natural" in let db, _rel = match - Manipulation.Memory.create_relation storage db ~name:"checked" ~schema + Memory.create_relation storage db ~name:"checked" ~schema with | Error _ -> assert false | Ok x -> x @@ -2071,7 +2073,7 @@ let%test_unit "constraint: create_tuple with failing constraint" = (* Register a constraint that always fails: MemberOf a nonexistent relation *) let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"impossible" ~relation_name:"checked" ~body: (Constraint.MemberOf @@ -2086,7 +2088,7 @@ let%test_unit "constraint: create_tuple with failing constraint" = | Ok db -> db in let rel = - match Manipulation.Memory.get_relation db ~name:"checked" with + match Memory.get_relation db ~name:"checked" with | None -> assert false | Some r -> r in @@ -2098,8 +2100,8 @@ let%test_unit "constraint: create_tuple with failing constraint" = { Attribute.value = Obj.repr 5 }; } in - match Manipulation.Memory.create_tuple storage db rel tuple with - | Error (Manipulation.ConstraintViolation _) -> () + match Memory.create_tuple storage db rel tuple with + | Error (Error.ConstraintViolation _) -> () | _ -> assert false) (* ---------- Scenario tests ported from Erlang ---------- *) @@ -2108,14 +2110,14 @@ let%test_unit "constraint: create_tuple with failing constraint" = let%test_unit "constraint scenario: mutual exclusion subtypes" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "id" "natural" in let db, _employee = match - Manipulation.Memory.create_relation storage db ~name:"employee" + Memory.create_relation storage db ~name:"employee" ~schema with | Error _ -> assert false @@ -2123,7 +2125,7 @@ let%test_unit "constraint scenario: mutual exclusion subtypes" = in let db, _manager = match - Manipulation.Memory.create_relation storage db ~name:"manager" ~schema + Memory.create_relation storage db ~name:"manager" ~schema with | Error _ -> assert false | Ok x -> x @@ -2144,7 +2146,7 @@ let%test_unit "constraint scenario: mutual exclusion subtypes" = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"not_employee" ~relation_name:"manager" ~body with | Error _ -> assert false @@ -2152,7 +2154,7 @@ let%test_unit "constraint scenario: mutual exclusion subtypes" = in (* Insert into employee first *) let employee = - match Manipulation.Memory.get_relation db ~name:"employee" with + match Memory.get_relation db ~name:"employee" with | None -> assert false | Some r -> r in @@ -2165,14 +2167,14 @@ let%test_unit "constraint scenario: mutual exclusion subtypes" = in let db, _employee, _ = match - Manipulation.Memory.create_tuple storage db employee emp_tuple + Memory.create_tuple storage db employee emp_tuple with | Error _ -> assert false | Ok x -> x in (* Now try to insert same id into manager, should fail *) let manager = - match Manipulation.Memory.get_relation db ~name:"manager" with + match Memory.get_relation db ~name:"manager" with | None -> assert false | Some r -> r in @@ -2183,22 +2185,22 @@ let%test_unit "constraint scenario: mutual exclusion subtypes" = Tuple.AttributeMap.singleton "id" { Attribute.value = Obj.repr 1 }; } in - match Manipulation.Memory.create_tuple storage db manager mgr_tuple with - | Error (Manipulation.ConstraintViolation _) -> () + match Memory.create_tuple storage db manager mgr_tuple with + | Error (Error.ConstraintViolation _) -> () | _ -> assert false) (* Scenario 2: Foreign key constraint *) let%test_unit "constraint scenario: foreign key" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in let order_schema = Schema.empty |> Schema.add "order_id" "natural" in let db, _orders = match - Manipulation.Memory.create_relation storage db ~name:"orders" + Memory.create_relation storage db ~name:"orders" ~schema:order_schema with | Error _ -> assert false @@ -2211,7 +2213,7 @@ let%test_unit "constraint scenario: foreign key" = in let db, _items = match - Manipulation.Memory.create_relation storage db ~name:"order_items" + Memory.create_relation storage db ~name:"order_items" ~schema:item_schema with | Error _ -> assert false @@ -2229,7 +2231,7 @@ let%test_unit "constraint scenario: foreign key" = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"fk_order" ~relation_name:"order_items" ~body:fk_body with @@ -2238,7 +2240,7 @@ let%test_unit "constraint scenario: foreign key" = in (* Insert an order *) let orders = - match Manipulation.Memory.get_relation db ~name:"orders" with + match Memory.get_relation db ~name:"orders" with | None -> assert false | Some r -> r in @@ -2252,14 +2254,14 @@ let%test_unit "constraint scenario: foreign key" = in let db, _orders, _ = match - Manipulation.Memory.create_tuple storage db orders order_tuple + Memory.create_tuple storage db orders order_tuple with | Error _ -> assert false | Ok x -> x in (* Insert item referencing valid order, should succeed *) let items = - match Manipulation.Memory.get_relation db ~name:"order_items" with + match Memory.get_relation db ~name:"order_items" with | None -> assert false | Some r -> r in @@ -2275,7 +2277,7 @@ let%test_unit "constraint scenario: foreign key" = } in let db, items, _ = - match Manipulation.Memory.create_tuple storage db items valid_item with + match Memory.create_tuple storage db items valid_item with | Error _ -> assert false | Ok x -> x in @@ -2291,15 +2293,15 @@ let%test_unit "constraint scenario: foreign key" = ]; } in - match Manipulation.Memory.create_tuple storage db items invalid_item with - | Error (Manipulation.ConstraintViolation _) -> () + match Memory.create_tuple storage db items invalid_item with + | Error (Error.ConstraintViolation _) -> () | _ -> assert false) (* Scenario 3: Self-reference (emp_id != mgr_id via not_equal comparison) *) let%test_unit "constraint scenario: self-reference neq" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in @@ -2310,7 +2312,7 @@ let%test_unit "constraint scenario: self-reference neq" = in let db, _rel = match - Manipulation.Memory.create_relation storage db ~name:"reports_to" + Memory.create_relation storage db ~name:"reports_to" ~schema with | Error _ -> assert false @@ -2319,14 +2321,14 @@ let%test_unit "constraint scenario: self-reference neq" = (* Register the not_equal comparison relation *) let db, _ = match - Manipulation.Memory.create_immutable_relation storage db + Memory.create_immutable_relation storage db ~name:"not_equal" ~schema: (Schema.empty |> Schema.add "left" "natural" |> Schema.add "right" "natural") ~generator:(fun _ -> Generator.Error "not enumerable") - ~membership_criteria:(fun t -> + ~membership_criteria:(fun _tree_of t -> match t with | Tuple.Materialized m -> ( match @@ -2349,7 +2351,7 @@ let%test_unit "constraint scenario: self-reference neq" = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"no_self_manage" ~relation_name:"reports_to" ~body:neq_body with @@ -2357,7 +2359,7 @@ let%test_unit "constraint scenario: self-reference neq" = | Ok db -> db in let rel = - match Manipulation.Memory.get_relation db ~name:"reports_to" with + match Memory.get_relation db ~name:"reports_to" with | None -> assert false | Some r -> r in @@ -2374,7 +2376,7 @@ let%test_unit "constraint scenario: self-reference neq" = } in let db, rel, _ = - match Manipulation.Memory.create_tuple storage db rel valid with + match Memory.create_tuple storage db rel valid with | Error _ -> assert false | Ok x -> x in @@ -2390,22 +2392,22 @@ let%test_unit "constraint scenario: self-reference neq" = ]; } in - match Manipulation.Memory.create_tuple storage db rel invalid with - | Error (Manipulation.ConstraintViolation _) -> () + match Memory.create_tuple storage db rel invalid with + | Error (Error.ConstraintViolation _) -> () | _ -> assert false) (* Scenario 4: Mutual exclusion between open_ticket and closed_ticket *) let%test_unit "constraint scenario: open vs closed ticket" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "ticket_id" "natural" in let db, _ = match - Manipulation.Memory.create_relation storage db ~name:"open_ticket" + Memory.create_relation storage db ~name:"open_ticket" ~schema with | Error _ -> assert false @@ -2413,7 +2415,7 @@ let%test_unit "constraint scenario: open vs closed ticket" = in let db, _ = match - Manipulation.Memory.create_relation storage db ~name:"closed_ticket" + Memory.create_relation storage db ~name:"closed_ticket" ~schema with | Error _ -> assert false @@ -2422,7 +2424,7 @@ let%test_unit "constraint scenario: open vs closed ticket" = (* open_ticket must not be in closed_ticket *) let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"not_closed" ~relation_name:"open_ticket" ~body: (Constraint.Not @@ -2443,7 +2445,7 @@ let%test_unit "constraint scenario: open vs closed ticket" = in (* Insert ticket 1 as closed *) let closed = - match Manipulation.Memory.get_relation db ~name:"closed_ticket" with + match Memory.get_relation db ~name:"closed_ticket" with | None -> assert false | Some r -> r in @@ -2456,13 +2458,13 @@ let%test_unit "constraint scenario: open vs closed ticket" = } in let db, _, _ = - match Manipulation.Memory.create_tuple storage db closed t1 with + match Memory.create_tuple storage db closed t1 with | Error _ -> assert false | Ok x -> x in (* Try to open same ticket, should fail *) let open_ = - match Manipulation.Memory.get_relation db ~name:"open_ticket" with + match Memory.get_relation db ~name:"open_ticket" with | None -> assert false | Some r -> r in @@ -2474,22 +2476,22 @@ let%test_unit "constraint scenario: open vs closed ticket" = { Attribute.value = Obj.repr 1 }; } in - match Manipulation.Memory.create_tuple storage db open_ t1_open with - | Error (Manipulation.ConstraintViolation _) -> () + match Memory.create_tuple storage db open_ t1_open with + | Error (Error.ConstraintViolation _) -> () | _ -> assert false) (* Scenario 5: Weak entity dependency *) let%test_unit "constraint scenario: weak entity dependency" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in let parent_schema = Schema.empty |> Schema.add "parent_id" "natural" in let db, _ = match - Manipulation.Memory.create_relation storage db ~name:"parent" + Memory.create_relation storage db ~name:"parent" ~schema:parent_schema with | Error _ -> assert false @@ -2502,7 +2504,7 @@ let%test_unit "constraint scenario: weak entity dependency" = in let db, _ = match - Manipulation.Memory.create_relation storage db ~name:"dependent" + Memory.create_relation storage db ~name:"dependent" ~schema:dep_schema with | Error _ -> assert false @@ -2511,7 +2513,7 @@ let%test_unit "constraint scenario: weak entity dependency" = (* dependent.parent_id must exist in parent *) let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"parent_exists" ~relation_name:"dependent" ~body: (Constraint.MemberOf @@ -2527,7 +2529,7 @@ let%test_unit "constraint scenario: weak entity dependency" = in (* Insert parent *) let parent = - match Manipulation.Memory.get_relation db ~name:"parent" with + match Memory.get_relation db ~name:"parent" with | None -> assert false | Some r -> r in @@ -2540,13 +2542,13 @@ let%test_unit "constraint scenario: weak entity dependency" = } in let db, _, _ = - match Manipulation.Memory.create_tuple storage db parent pt with + match Memory.create_tuple storage db parent pt with | Error _ -> assert false | Ok x -> x in (* Insert dependent with valid parent, should succeed *) let dep = - match Manipulation.Memory.get_relation db ~name:"dependent" with + match Memory.get_relation db ~name:"dependent" with | None -> assert false | Some r -> r in @@ -2562,7 +2564,7 @@ let%test_unit "constraint scenario: weak entity dependency" = } in let db, dep, _ = - match Manipulation.Memory.create_tuple storage db dep valid_dep with + match Memory.create_tuple storage db dep valid_dep with | Error _ -> assert false | Ok x -> x in @@ -2578,22 +2580,22 @@ let%test_unit "constraint scenario: weak entity dependency" = ]; } in - match Manipulation.Memory.create_tuple storage db dep invalid_dep with - | Error (Manipulation.ConstraintViolation _) -> () + match Memory.create_tuple storage db dep invalid_dep with + | Error (Error.ConstraintViolation _) -> () | _ -> assert false) (* Scenario 6: Algebra propagation, select preserves constraints *) let%test_unit "constraint propagation: select preserves constraints" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "x" "natural" in let db, _rel = match - Manipulation.Memory.create_relation storage db ~name:"constrained" + Memory.create_relation storage db ~name:"constrained" ~schema with | Error _ -> assert false @@ -2601,7 +2603,7 @@ let%test_unit "constraint propagation: select preserves constraints" = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"c1" ~relation_name:"constrained" ~body:(Constraint.And []) with @@ -2609,7 +2611,7 @@ let%test_unit "constraint propagation: select preserves constraints" = | Ok db -> db in let rel = - match Manipulation.Memory.get_relation db ~name:"constrained" with + match Memory.get_relation db ~name:"constrained" with | None -> assert false | Some r -> r in @@ -2621,7 +2623,7 @@ let%test_unit "constraint propagation: select preserves constraints" = let%test_unit "constraint propagation: project filters constraints" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"test" with + match Memory.create_database storage ~name:"test" with | Error _ -> assert false | Ok db -> db in @@ -2630,7 +2632,7 @@ let%test_unit "constraint propagation: project filters constraints" = in let db, _rel = match - Manipulation.Memory.create_relation storage db ~name:"xy" ~schema + Memory.create_relation storage db ~name:"xy" ~schema with | Error _ -> assert false | Ok x -> x @@ -2646,14 +2648,14 @@ let%test_unit "constraint propagation: project filters constraints" = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"x_only" ~relation_name:"xy" ~body:c_on_x with | Error _ -> assert false | Ok db -> db in let rel = - match Manipulation.Memory.get_relation db ~name:"xy" with + match Memory.get_relation db ~name:"xy" with | None -> assert false | Some r -> r in @@ -2741,7 +2743,7 @@ let%test_unit "ddl: execute CreateDatabase" = let%test_unit "ddl: execute CreateRelation" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in @@ -2759,14 +2761,14 @@ let%test_unit "ddl: execute CreateRelation" = let%test_unit "dml: execute InsertTuple" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "name" "string" in let db = match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _) -> db @@ -2783,19 +2785,19 @@ let%test_unit "dml: execute InsertTuple" = | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count rel = 1)) + assert (Memory.tuple_count rel = 1)) let%test_unit "dml: execute InsertTuples" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "name" "string" in let db = match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _) -> db @@ -2819,19 +2821,19 @@ let%test_unit "dml: execute InsertTuples" = | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count rel = 2)) + assert (Memory.tuple_count rel = 2)) let%test_unit "dml: execute DeleteTuple" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "name" "string" in let db = match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _) -> db @@ -2860,19 +2862,19 @@ let%test_unit "dml: execute DeleteTuple" = | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count rel = 0)) + assert (Memory.tuple_count rel = 0)) let%test_unit "ddl: execute RetractRelation" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty in let db = match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _) -> db @@ -2887,14 +2889,14 @@ let%test_unit "ddl: execute RetractRelation" = let%test_unit "ddl: execute ClearRelation" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "name" "string" in let db = match - Manipulation.Memory.create_relation storage db ~name:"users" ~schema + Memory.create_relation storage db ~name:"users" ~schema with | Error _ -> assert false | Ok (db, _) -> db @@ -2925,12 +2927,12 @@ let%test_unit "ddl: execute ClearRelation" = | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count rel = 0)) + assert (Memory.tuple_count rel = 0)) let%test_unit "ddl: execute RegisterDomain" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in @@ -2945,7 +2947,7 @@ let%test_unit "ddl: execute RegisterDomain" = let%test_unit "dml: insert into nonexistent relation returns error" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in @@ -3035,14 +3037,14 @@ let%test_unit "dcl: round-trip Not constraint" = let%test_unit "dcl: execute RegisterConstraint attaches constraint" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "order_id" "natural" in let db = match - Manipulation.Memory.create_relation storage db ~name:"order_items" + Memory.create_relation storage db ~name:"order_items" ~schema with | Error _ -> assert false @@ -3074,13 +3076,13 @@ let%test_unit "dcl: execute RegisterConstraint attaches constraint" = let%test_unit "dcl: FK constraint enforced on insert" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"shop" with + match Memory.create_database storage ~name:"shop" with | Error _ -> assert false | Ok db -> db in let db = match - Manipulation.Memory.create_relation storage db ~name:"orders" + Memory.create_relation storage db ~name:"orders" ~schema:(Schema.empty |> Schema.add "id" "natural") with | Error _ -> assert false @@ -3098,7 +3100,7 @@ let%test_unit "dcl: FK constraint enforced on insert" = in let db = match - Manipulation.Memory.create_relation storage db ~name:"order_items" + Memory.create_relation storage db ~name:"order_items" ~schema:(Schema.empty |> Schema.add "order_id" "natural") with | Error _ -> assert false @@ -3141,7 +3143,7 @@ let%test_unit "dcl: FK constraint enforced on insert" = | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count rel = 1); + assert (Memory.tuple_count rel = 1); (* Invalid insert: order_id=99 does not exist in orders *) match Dml.Executor.Memory.execute storage db @@ -3153,7 +3155,7 @@ let%test_unit "dcl: FK constraint enforced on insert" = with | Error (Dml.Executor.Memory.ManipulationError - (Manipulation.ConstraintViolation _)) -> + (Error.ConstraintViolation _)) -> () | _ -> assert false) @@ -3243,7 +3245,7 @@ let%test_unit "branch: multiple branches are independent" = let%test_unit "diff: identical databases produce empty diff" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"db" with + match Memory.create_database storage ~name:"db" with | Error _ -> assert false | Ok db -> db in @@ -3253,14 +3255,14 @@ let%test_unit "diff: identical databases produce empty diff" = let%test_unit "diff: added relation detected" = with_storage (fun storage -> let ancestor = - match Manipulation.Memory.create_database storage ~name:"db" with + match Memory.create_database storage ~name:"db" with | Error _ -> assert false | Ok db -> db in let schema = Schema.empty |> Schema.add "x" "natural" in let target, _ = match - Manipulation.Memory.create_relation storage ancestor ~name:"new_rel" + Memory.create_relation storage ancestor ~name:"new_rel" ~schema with | Error _ -> assert false @@ -3278,13 +3280,13 @@ let%test_unit "diff: removed relation detected" = with_storage (fun storage -> let schema = Schema.empty |> Schema.add "x" "natural" in let ancestor = - match Manipulation.Memory.create_database storage ~name:"db" with + match Memory.create_database storage ~name:"db" with | Error _ -> assert false | Ok db -> db in let ancestor, _ = match - Manipulation.Memory.create_relation storage ancestor ~name:"gone" + Memory.create_relation storage ancestor ~name:"gone" ~schema with | Error _ -> assert false @@ -3292,7 +3294,7 @@ let%test_unit "diff: removed relation detected" = in let target = match - Manipulation.Memory.retract_relation storage ancestor ~name:"gone" + Memory.retract_relation storage ancestor ~name:"gone" with | Error _ -> assert false | Ok db -> db @@ -3309,13 +3311,13 @@ let%test_unit "diff: modified relation detected with added tuple" = with_storage (fun storage -> let schema = Schema.empty |> Schema.add "val" "natural" in let ancestor = - match Manipulation.Memory.create_database storage ~name:"db" with + match Memory.create_database storage ~name:"db" with | Error _ -> assert false | Ok db -> db in let ancestor, _ = match - Manipulation.Memory.create_relation storage ancestor ~name:"r" ~schema + Memory.create_relation storage ancestor ~name:"r" ~schema with | Error _ -> assert false | Ok p -> p @@ -3329,7 +3331,7 @@ let%test_unit "diff: modified relation detected with added tuple" = } in let target, _, _ = - match Manipulation.Memory.create_tuple storage ancestor rel t with + match Memory.create_tuple storage ancestor rel t with | Error _ -> assert false | Ok p -> p in @@ -3346,24 +3348,24 @@ let%test_unit "diff: modified relation detected with added tuple" = | _ -> assert false) module MergeMemory = - Management.Merge.Make (Management.Physical.Memory) (Manipulation.Memory) + Management.Merge.Make (Management.Physical.Memory) (Memory) let%test_unit "merge: fast-forward when only one side changed" = with_storage (fun storage -> let schema = Schema.empty |> Schema.add "val" "natural" in let base_db = - match Manipulation.Memory.create_database storage ~name:"db" with + match Memory.create_database storage ~name:"db" with | Error _ -> assert false | Ok db -> db in let base_db, _ = match - Manipulation.Memory.create_relation storage base_db ~name:"r" ~schema + Memory.create_relation storage base_db ~name:"r" ~schema with | Error _ -> assert false | Ok p -> p in - (match Manipulation.Memory.store_database storage base_db with + (match Memory.store_database storage base_db with | Error _ -> assert false | Ok () -> ()); let rel = Option.get (Management.Database.get_relation base_db "r") in @@ -3375,11 +3377,11 @@ let%test_unit "merge: fast-forward when only one side changed" = } in let left_db, _, _ = - match Manipulation.Memory.create_tuple storage base_db rel t1 with + match Memory.create_tuple storage base_db rel t1 with | Error _ -> assert false | Ok p -> p in - (match Manipulation.Memory.store_database storage left_db with + (match Memory.store_database storage left_db with | Error _ -> assert false | Ok () -> ()); match @@ -3393,24 +3395,24 @@ let%test_unit "merge: fast-forward when only one side changed" = let merged_rel = Option.get (Management.Database.get_relation merged "r") in - assert (Manipulation.Memory.tuple_count merged_rel = 1)) + assert (Memory.tuple_count merged_rel = 1)) let%test_unit "merge: independent tuple additions produce union" = with_storage (fun storage -> let schema = Schema.empty |> Schema.add "val" "natural" in let base_db = - match Manipulation.Memory.create_database storage ~name:"db" with + match Memory.create_database storage ~name:"db" with | Error _ -> assert false | Ok db -> db in let base_db, _ = match - Manipulation.Memory.create_relation storage base_db ~name:"r" ~schema + Memory.create_relation storage base_db ~name:"r" ~schema with | Error _ -> assert false | Ok p -> p in - (match Manipulation.Memory.store_database storage base_db with + (match Memory.store_database storage base_db with | Error _ -> assert false | Ok () -> ()); let rel = Option.get (Management.Database.get_relation base_db "r") in @@ -3422,11 +3424,11 @@ let%test_unit "merge: independent tuple additions produce union" = } in let left_db, _, _ = - match Manipulation.Memory.create_tuple storage base_db rel t_left with + match Memory.create_tuple storage base_db rel t_left with | Error _ -> assert false | Ok p -> p in - (match Manipulation.Memory.store_database storage left_db with + (match Memory.store_database storage left_db with | Error _ -> assert false | Ok () -> ()); let t_right : Tuple.materialized = @@ -3437,11 +3439,11 @@ let%test_unit "merge: independent tuple additions produce union" = } in let right_db, _, _ = - match Manipulation.Memory.create_tuple storage base_db rel t_right with + match Memory.create_tuple storage base_db rel t_right with | Error _ -> assert false | Ok p -> p in - (match Manipulation.Memory.store_database storage right_db with + (match Memory.store_database storage right_db with | Error _ -> assert false | Ok () -> ()); match @@ -3455,16 +3457,16 @@ let%test_unit "merge: independent tuple additions produce union" = let merged_rel = Option.get (Management.Database.get_relation merged "r") in - assert (Manipulation.Memory.tuple_count merged_rel = 2)) + assert (Memory.tuple_count merged_rel = 2)) let%test_unit "merge: no-op when both sides are identical" = with_storage (fun storage -> let base_db = - match Manipulation.Memory.create_database storage ~name:"db" with + match Memory.create_database storage ~name:"db" with | Error _ -> assert false | Ok db -> db in - (match Manipulation.Memory.store_database storage base_db with + (match Memory.store_database storage base_db with | Error _ -> assert false | Ok () -> ()); match @@ -3891,13 +3893,13 @@ let%test_unit "substitute_transition: substitution applies through And and Not" Constraint on Employee: Exists d in Department, MemberOf Department (dept_id = Var "dept_id") *) let setup_fk_db storage = let db = - match Manipulation.Memory.create_database storage ~name:"hr" with + match Memory.create_database storage ~name:"hr" with | Error _ -> assert false | Ok db -> db in let db = match - Manipulation.Memory.create_relation storage db ~name:"Department" + Memory.create_relation storage db ~name:"Department" ~schema:(Schema.empty |> Schema.add "dept_id" "natural") with | Error _ -> assert false @@ -3905,7 +3907,7 @@ let setup_fk_db storage = in let db = match - Manipulation.Memory.create_relation storage db ~name:"Employee" + Memory.create_relation storage db ~name:"Employee" ~schema: (Schema.empty |> Schema.add "emp_id" "natural" @@ -3927,7 +3929,7 @@ let setup_fk_db storage = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"fk_dept" ~relation_name:"Employee" ~body:fk_body with | Error _ -> assert false @@ -4001,7 +4003,7 @@ let%test_unit "cascade: delete referenced row violates FK and is rejected" = | Ok db -> db in let dept_rel = - match Manipulation.Memory.get_relation db ~name:"Department" with + match Memory.get_relation db ~name:"Department" with | None -> assert false | Some r -> r in @@ -4016,11 +4018,11 @@ let%test_unit "cascade: delete referenced row violates FK and is rejected" = in (* Deleting Dept 1 while Employee references it must fail *) match - Manipulation.Memory.retract_tuple storage db dept_rel + Memory.retract_tuple storage db dept_rel ~tuple_hash:dept_hash with | Ok _ -> assert false (* should have been rejected *) - | Error (Manipulation.ConstraintViolation msg) -> + | Error (Error.ConstraintViolation msg) -> assert (String.length msg > 0) | Error _ -> assert false) @@ -4066,7 +4068,7 @@ let%test_unit "cascade: delete unreferenced row succeeds" = | Ok db -> db in let dept_rel = - match Manipulation.Memory.get_relation db ~name:"Department" with + match Memory.get_relation db ~name:"Department" with | None -> assert false | Some r -> r in @@ -4081,19 +4083,19 @@ let%test_unit "cascade: delete unreferenced row succeeds" = in (* Deleting unreferenced Dept 2 must succeed *) match - Manipulation.Memory.retract_tuple storage db dept_rel + Memory.retract_tuple storage db dept_rel ~tuple_hash:dept2_hash with | Error _ -> assert false | Ok (new_db, _) -> let dept = match - Manipulation.Memory.get_relation new_db ~name:"Department" + Memory.get_relation new_db ~name:"Department" with | None -> assert false | Some r -> r in - assert (Manipulation.Memory.tuple_count dept = 1)) + assert (Memory.tuple_count dept = 1)) let%test_unit "cascade: Negative-polarity relation deletion is not checked" = (* Constraint on Employee: NOT (MemberOf Blacklist (emp_id = Var "emp_id")) @@ -4101,13 +4103,13 @@ let%test_unit "cascade: Negative-polarity relation deletion is not checked" = DELETE from Blacklist should never trigger a cascade check. *) with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"hr" with + match Memory.create_database storage ~name:"hr" with | Error _ -> assert false | Ok db -> db in let db = match - Manipulation.Memory.create_relation storage db ~name:"Blacklist" + Memory.create_relation storage db ~name:"Blacklist" ~schema:(Schema.empty |> Schema.add "emp_id" "natural") with | Error _ -> assert false @@ -4115,7 +4117,7 @@ let%test_unit "cascade: Negative-polarity relation deletion is not checked" = in let db = match - Manipulation.Memory.create_relation storage db ~name:"Employee" + Memory.create_relation storage db ~name:"Employee" ~schema:(Schema.empty |> Schema.add "emp_id" "natural") with | Error _ -> assert false @@ -4133,7 +4135,7 @@ let%test_unit "cascade: Negative-polarity relation deletion is not checked" = in let db = match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"not_blacklisted" ~relation_name:"Employee" ~body:not_body with @@ -4166,7 +4168,7 @@ let%test_unit "cascade: Negative-polarity relation deletion is not checked" = | Ok db -> db in let bl_rel = - match Manipulation.Memory.get_relation db ~name:"Blacklist" with + match Memory.get_relation db ~name:"Blacklist" with | None -> assert false | Some r -> r in @@ -4181,7 +4183,7 @@ let%test_unit "cascade: Negative-polarity relation deletion is not checked" = in (* Deleting from Blacklist (negative polarity) must not trigger cascade check *) match - Manipulation.Memory.retract_tuple storage db bl_rel ~tuple_hash:bl_hash + Memory.retract_tuple storage db bl_rel ~tuple_hash:bl_hash with | Error _ -> assert false | Ok _ -> ()) @@ -4189,13 +4191,13 @@ let%test_unit "cascade: Negative-polarity relation deletion is not checked" = let%test_unit "cascade: deferred constraint not checked during retract_tuple" = with_storage (fun storage -> let db = - match Manipulation.Memory.create_database storage ~name:"hr" with + match Memory.create_database storage ~name:"hr" with | Error _ -> assert false | Ok db -> db in let db = match - Manipulation.Memory.create_relation storage db ~name:"Department" + Memory.create_relation storage db ~name:"Department" ~schema:(Schema.empty |> Schema.add "dept_id" "natural") with | Error _ -> assert false @@ -4203,7 +4205,7 @@ let%test_unit "cascade: deferred constraint not checked during retract_tuple" = in let db = match - Manipulation.Memory.create_relation storage db ~name:"Employee" + Memory.create_relation storage db ~name:"Employee" ~schema: (Schema.empty |> Schema.add "emp_id" "natural" @@ -4226,7 +4228,7 @@ let%test_unit "cascade: deferred constraint not checked during retract_tuple" = (* Register as DEFERRED *) let db = match - Manipulation.Memory.attach_constraint storage db + Memory.attach_constraint storage db ~constraint_name:"fk_dept_deferred" ~relation_name:"Employee" ~body:fk_body ~timing:Constraint.Deferred with @@ -4259,7 +4261,7 @@ let%test_unit "cascade: deferred constraint not checked during retract_tuple" = | Ok db -> db in let dept_rel = - match Manipulation.Memory.get_relation db ~name:"Department" with + match Memory.get_relation db ~name:"Department" with | None -> assert false | Some r -> r in @@ -4274,17 +4276,17 @@ let%test_unit "cascade: deferred constraint not checked during retract_tuple" = in (* Deferred: retract_tuple itself should NOT reject the deletion *) match - Manipulation.Memory.retract_tuple storage db dept_rel + Memory.retract_tuple storage db dept_rel ~tuple_hash:dept_hash with | Error _ -> assert false (* deferred: must pass here *) | Ok (new_db, _) -> ( (* But check_deferred_constraints must catch the violation *) match - Manipulation.Memory.check_deferred_constraints storage new_db + Memory.check_deferred_constraints storage new_db with | Ok () -> assert false (* should have caught the violation *) - | Error (Manipulation.ConstraintViolation _) -> () + | Error (Error.ConstraintViolation _) -> () | Error _ -> assert false)) (* INSERT cascade tests. @@ -4300,13 +4302,13 @@ let%test_unit "cascade: deferred constraint not checked during retract_tuple" = must trigger a re-check of Employee tuples. *) let setup_blacklist_db storage = let db = - match Manipulation.Memory.create_database storage ~name:"hr" with + match Memory.create_database storage ~name:"hr" with | Error _ -> assert false | Ok db -> db in let db = match - Manipulation.Memory.create_relation storage db ~name:"Blacklist" + Memory.create_relation storage db ~name:"Blacklist" ~schema:(Schema.empty |> Schema.add "emp_id" "natural") with | Error _ -> assert false @@ -4314,7 +4316,7 @@ let setup_blacklist_db storage = in let db = match - Manipulation.Memory.create_relation storage db ~name:"Employee" + Memory.create_relation storage db ~name:"Employee" ~schema:(Schema.empty |> Schema.add "emp_id" "natural") with | Error _ -> assert false @@ -4335,7 +4337,7 @@ let setup_blacklist_db storage = } in match - Manipulation.Memory.register_constraint storage db + Memory.register_constraint storage db ~constraint_name:"not_blacklisted" ~relation_name:"Employee" ~body:not_body with @@ -4410,13 +4412,13 @@ let%test_unit commit is the boundary where deferred violations are caught. *) let setup_deferred_fk_db storage = let db = - match Manipulation.Memory.create_database storage ~name:"hr" with + match Memory.create_database storage ~name:"hr" with | Error _ -> assert false | Ok db -> db in let db = match - Manipulation.Memory.create_relation storage db ~name:"Department" + Memory.create_relation storage db ~name:"Department" ~schema:(Schema.empty |> Schema.add "dept_id" "natural") with | Error _ -> assert false @@ -4424,7 +4426,7 @@ let setup_deferred_fk_db storage = in let db = match - Manipulation.Memory.create_relation storage db ~name:"Employee" + Memory.create_relation storage db ~name:"Employee" ~schema: (Schema.empty |> Schema.add "emp_id" "natural" @@ -4449,7 +4451,7 @@ let setup_deferred_fk_db storage = } in match - Manipulation.Memory.attach_constraint storage db ~constraint_name:"fk_dept" + Memory.attach_constraint storage db ~constraint_name:"fk_dept" ~relation_name:"Employee" ~body:fk_body ~timing:Constraint.Deferred with | Error _ -> assert false @@ -4484,7 +4486,7 @@ let%test_unit "commit: no deferred constraints, returns Ok with db unchanged" = | Ok db -> db in (* All constraints satisfied, commit must pass *) - match Manipulation.Memory.commit storage db with + match Memory.commit storage db with | Error _ -> assert false | Ok _ -> ()) @@ -4517,7 +4519,7 @@ let%test_unit "commit: deferred violation is caught at commit boundary" = | Ok db -> db in let dept_rel = - match Manipulation.Memory.get_relation db ~name:"Department" with + match Memory.get_relation db ~name:"Department" with | None -> assert false | Some r -> r in @@ -4533,16 +4535,16 @@ let%test_unit "commit: deferred violation is caught at commit boundary" = (* Delete the referenced department. Deferred, so retract succeeds *) let db = match - Manipulation.Memory.retract_tuple storage db dept_rel + Memory.retract_tuple storage db dept_rel ~tuple_hash:dept_hash with | Error _ -> assert false | Ok (db, _) -> db in (* commit must now catch the orphaned Employee *) - match Manipulation.Memory.commit storage db with + match Memory.commit storage db with | Ok _ -> assert false - | Error (Manipulation.ConstraintViolation _) -> () + | Error (Error.ConstraintViolation _) -> () | Error _ -> assert false) let%test_unit "commit: clears deferred list, second commit passes" = @@ -4577,11 +4579,11 @@ let%test_unit "commit: clears deferred list, second commit passes" = | Ok db -> db in let db = - match Manipulation.Memory.commit storage db with + match Memory.commit storage db with | Error _ -> assert false | Ok db -> db in (* Second commit with no new mutations must also pass *) - match Manipulation.Memory.commit storage db with + match Memory.commit storage db with | Error _ -> assert false | Ok _ -> ()) |