Examples with SqlFunctionExecutors com.facebook.presto.functionNamespace.execution.SqlFunctionExecutors used on opensource projects

Example 1 with SqlFunctionExecutors

use of com.facebook.presto.functionNamespace.execution.SqlFunctionExecutors in project presto by prestodb.

the class TestInlineSqlFunctions method setup.

@BeforeTest
public void setup() {
    RuleTester tester = new RuleTester();
    FunctionAndTypeManager functionAndTypeManager = tester.getMetadata().getFunctionAndTypeManager();
    functionAndTypeManager.addFunctionNamespace("unittest", new InMemoryFunctionNamespaceManager("unittest", new SqlFunctionExecutors(ImmutableMap.of(SQL, FunctionImplementationType.SQL, JAVA, THRIFT), new NoopSqlFunctionExecutor()), new SqlInvokedFunctionNamespaceManagerConfig().setSupportedFunctionLanguages("sql,java")));
    functionAndTypeManager.createFunction(SQL_FUNCTION_SQUARE, true);
    functionAndTypeManager.createFunction(THRIFT_FUNCTION_FOO, true);
    functionAndTypeManager.createFunction(SQL_FUNCTION_ADD_1_TO_INT_ARRAY, true);
    functionAndTypeManager.createFunction(SQL_FUNCTION_ADD_1_TO_BIGINT_ARRAY, true);
    this.tester = tester;
}

Example 2 with SqlFunctionExecutors

use of com.facebook.presto.functionNamespace.execution.SqlFunctionExecutors in project presto by prestodb.

the class TestRewriteFilterWithExternalFunctionToProject method setup.

@BeforeClass
public void setup() {
    FunctionAndTypeManager functionAndTypeManager = getFunctionManager();
    functionAndTypeManager.addFunctionNamespace("unittest", new InMemoryFunctionNamespaceManager("unittest", new SqlFunctionExecutors(ImmutableMap.of(SQL, FunctionImplementationType.SQL, JAVA, THRIFT), new NoopSqlFunctionExecutor()), new SqlInvokedFunctionNamespaceManagerConfig().setSupportedFunctionLanguages("sql,java")));
    functionAndTypeManager.createFunction(FUNCTION_TANGENT, true);
    functionAndTypeManager.createFunction(FUNCTION_REMOTE_FOO, true);
}

Example 3 with SqlFunctionExecutors

use of com.facebook.presto.functionNamespace.execution.SqlFunctionExecutors in project presto by prestodb.

the class AbstractAnalyzerTest method setup.

@BeforeClass
public void setup() {
    CatalogManager catalogManager = new CatalogManager();
    transactionManager = createTestTransactionManager(catalogManager);
    accessControl = new AccessControlManager(transactionManager);
    metadata = createTestMetadataManager(transactionManager, new FeaturesConfig());
    metadata.getFunctionAndTypeManager().registerBuiltInFunctions(ImmutableList.of(APPLY_FUNCTION));
    metadata.getFunctionAndTypeManager().addFunctionNamespace("unittest", new InMemoryFunctionNamespaceManager("unittest", new SqlFunctionExecutors(ImmutableMap.of(SQL, FunctionImplementationType.SQL), new NoopSqlFunctionExecutor()), new SqlInvokedFunctionNamespaceManagerConfig().setSupportedFunctionLanguages("sql")));
    metadata.getFunctionAndTypeManager().createFunction(SQL_FUNCTION_SQUARE, true);
    Catalog tpchTestCatalog = createTestingCatalog(TPCH_CATALOG, TPCH_CONNECTOR_ID);
    catalogManager.registerCatalog(tpchTestCatalog);
    metadata.getAnalyzePropertyManager().addProperties(TPCH_CONNECTOR_ID, tpchTestCatalog.getConnector(TPCH_CONNECTOR_ID).getAnalyzeProperties());
    catalogManager.registerCatalog(createTestingCatalog(SECOND_CATALOG, SECOND_CONNECTOR_ID));
    catalogManager.registerCatalog(createTestingCatalog(THIRD_CATALOG, THIRD_CONNECTOR_ID));
    SchemaTableName table1 = new SchemaTableName("s1", "t1");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table1, ImmutableList.of(new ColumnMetadata("a", BIGINT), new ColumnMetadata("b", BIGINT), new ColumnMetadata("c", BIGINT), new ColumnMetadata("d", BIGINT))), false));
    SchemaTableName table2 = new SchemaTableName("s1", "t2");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table2, ImmutableList.of(new ColumnMetadata("a", BIGINT), new ColumnMetadata("b", BIGINT))), false));
    SchemaTableName table3 = new SchemaTableName("s1", "t3");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table3, ImmutableList.of(new ColumnMetadata("a", BIGINT), new ColumnMetadata("b", BIGINT), new ColumnMetadata("x", BIGINT, null, true))), false));
    // table in different catalog
    SchemaTableName table4 = new SchemaTableName("s2", "t4");
    inSetupTransaction(session -> metadata.createTable(session, SECOND_CATALOG, new ConnectorTableMetadata(table4, ImmutableList.of(new ColumnMetadata("a", BIGINT))), false));
    // table with a hidden column
    SchemaTableName table5 = new SchemaTableName("s1", "t5");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table5, ImmutableList.of(new ColumnMetadata("a", BIGINT), new ColumnMetadata("b", BIGINT, null, true))), false));
    // table with a varchar column
    SchemaTableName table6 = new SchemaTableName("s1", "t6");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table6, ImmutableList.of(new ColumnMetadata("a", BIGINT), new ColumnMetadata("b", VARCHAR), new ColumnMetadata("c", BIGINT), new ColumnMetadata("d", BIGINT))), false));
    // table with bigint, double, array of bigints and array of doubles column
    SchemaTableName table7 = new SchemaTableName("s1", "t7");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table7, ImmutableList.of(new ColumnMetadata("a", BIGINT), new ColumnMetadata("b", DOUBLE), new ColumnMetadata("c", new ArrayType(BIGINT)), new ColumnMetadata("d", new ArrayType(DOUBLE)))), false));
    // table with double, array of bigints, real, and bigint
    SchemaTableName table8 = new SchemaTableName("s1", "t8");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table8, ImmutableList.of(new ColumnMetadata("a", DOUBLE), new ColumnMetadata("b", new ArrayType(BIGINT)), new ColumnMetadata("c", RealType.REAL), new ColumnMetadata("d", BIGINT))), false));
    // table with double, array of bigints, real, and bigint
    SchemaTableName table9 = new SchemaTableName("s1", "t9");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table9, ImmutableList.of(new ColumnMetadata("a", DOUBLE), new ColumnMetadata("b", new ArrayType(BIGINT)), new ColumnMetadata("c", RealType.REAL), new ColumnMetadata("d", BIGINT))), false));
    // table with nested struct
    SchemaTableName table10 = new SchemaTableName("s1", "t10");
    inSetupTransaction(session -> metadata.createTable(session, TPCH_CATALOG, new ConnectorTableMetadata(table10, ImmutableList.of(new ColumnMetadata("a", BIGINT), new ColumnMetadata("b", RowType.from(ImmutableList.of(new RowType.Field(Optional.of("w"), BIGINT), new RowType.Field(Optional.of("x"), RowType.from(ImmutableList.of(new RowType.Field(Optional.of("y"), BIGINT), new RowType.Field(Optional.of("z"), DOUBLE))))))), new ColumnMetadata("c", RowType.from(ImmutableList.of(new RowType.Field(Optional.of("d"), BIGINT)))))), false));
    // valid view referencing table in same schema
    String viewData1 = JsonCodec.jsonCodec(ViewDefinition.class).toJson(new ViewDefinition("select a from t1", Optional.of(TPCH_CATALOG), Optional.of("s1"), ImmutableList.of(new ViewDefinition.ViewColumn("a", BIGINT)), Optional.of("user"), false));
    ConnectorTableMetadata viewMetadata1 = new ConnectorTableMetadata(new SchemaTableName("s1", "v1"), ImmutableList.of(new ColumnMetadata("a", BIGINT)));
    inSetupTransaction(session -> metadata.createView(session, TPCH_CATALOG, viewMetadata1, viewData1, false));
    // stale view (different column type)
    String viewData2 = JsonCodec.jsonCodec(ViewDefinition.class).toJson(new ViewDefinition("select a from t1", Optional.of(TPCH_CATALOG), Optional.of("s1"), ImmutableList.of(new ViewDefinition.ViewColumn("a", VARCHAR)), Optional.of("user"), false));
    ConnectorTableMetadata viewMetadata2 = new ConnectorTableMetadata(new SchemaTableName("s1", "v2"), ImmutableList.of(new ColumnMetadata("a", VARCHAR)));
    inSetupTransaction(session -> metadata.createView(session, TPCH_CATALOG, viewMetadata2, viewData2, false));
    // view referencing table in different schema from itself and session
    String viewData3 = JsonCodec.jsonCodec(ViewDefinition.class).toJson(new ViewDefinition("select a from t4", Optional.of(SECOND_CATALOG), Optional.of("s2"), ImmutableList.of(new ViewDefinition.ViewColumn("a", BIGINT)), Optional.of("owner"), false));
    ConnectorTableMetadata viewMetadata3 = new ConnectorTableMetadata(new SchemaTableName("s3", "v3"), ImmutableList.of(new ColumnMetadata("a", BIGINT)));
    inSetupTransaction(session -> metadata.createView(session, THIRD_CATALOG, viewMetadata3, viewData3, false));
    // valid view with uppercase column name
    String viewData4 = JsonCodec.jsonCodec(ViewDefinition.class).toJson(new ViewDefinition("select A from t1", Optional.of(TPCH_CATALOG), Optional.of("s1"), ImmutableList.of(new ViewDefinition.ViewColumn("a", BIGINT)), Optional.of("user"), false));
    ConnectorTableMetadata viewMetadata4 = new ConnectorTableMetadata(new SchemaTableName("s1", "v4"), ImmutableList.of(new ColumnMetadata("a", BIGINT)));
    inSetupTransaction(session -> metadata.createView(session, TPCH_CATALOG, viewMetadata4, viewData4, false));
    // recursive view referencing to itself
    String viewData5 = JsonCodec.jsonCodec(ViewDefinition.class).toJson(new ViewDefinition("select * from v5", Optional.of(TPCH_CATALOG), Optional.of("s1"), ImmutableList.of(new ViewDefinition.ViewColumn("a", BIGINT)), Optional.of("user"), false));
    ConnectorTableMetadata viewMetadata5 = new ConnectorTableMetadata(new SchemaTableName("s1", "v5"), ImmutableList.of(new ColumnMetadata("a", BIGINT)));
    inSetupTransaction(session -> metadata.createView(session, TPCH_CATALOG, viewMetadata5, viewData5, false));
}

Example 4 with SqlFunctionExecutors

use of com.facebook.presto.functionNamespace.execution.SqlFunctionExecutors in project presto by prestodb.

the class TestPlanRemoteProjections method setup.

@BeforeClass
public void setup() {
    tester = new RuleTester(ImmutableList.of(), ImmutableMap.of("remote_functions_enabled", "true"));
    FunctionAndTypeManager functionAndTypeManager = getFunctionAndTypeManager();
    functionAndTypeManager.addFunctionNamespace("unittest", new InMemoryFunctionNamespaceManager("unittest", new SqlFunctionExecutors(ImmutableMap.of(SQL, FunctionImplementationType.SQL, JAVA, THRIFT), new NoopSqlFunctionExecutor()), new SqlInvokedFunctionNamespaceManagerConfig().setSupportedFunctionLanguages("sql,java")));
    functionAndTypeManager.createFunction(FUNCTION_REMOTE_FOO_0, true);
    functionAndTypeManager.createFunction(FUNCTION_REMOTE_FOO_1, true);
    functionAndTypeManager.createFunction(FUNCTION_REMOTE_FOO_2, true);
    functionAndTypeManager.createFunction(FUNCTION_REMOTE_FOO_3, true);
}

Example 5 with SqlFunctionExecutors

use of com.facebook.presto.functionNamespace.execution.SqlFunctionExecutors in project presto by prestodb.

the class TestPlanRemoteProjections method testRemoteFunctionDisabled.

@Test(expectedExceptions = PrestoException.class, expectedExceptionsMessageRegExp = ".*Remote functions are not enabled")
public void testRemoteFunctionDisabled() {
    RuleTester tester = new RuleTester(ImmutableList.of());
    FunctionAndTypeManager functionAndTypeManager = tester.getMetadata().getFunctionAndTypeManager();
    functionAndTypeManager.addFunctionNamespace("unittest", new InMemoryFunctionNamespaceManager("unittest", new SqlFunctionExecutors(ImmutableMap.of(SQL, FunctionImplementationType.SQL, JAVA, THRIFT), new NoopSqlFunctionExecutor()), new SqlInvokedFunctionNamespaceManagerConfig().setSupportedFunctionLanguages("sql,java")));
    functionAndTypeManager.createFunction(FUNCTION_REMOTE_FOO_1, true);
    tester.assertThat(new PlanRemotePojections(functionAndTypeManager)).on(p -> {
        p.variable("x", INTEGER);
        return p.project(Assignments.builder().put(p.variable("a"), p.rowExpression("unittest.memory.remote_foo(x)")).build(), p.values(p.variable("x", INTEGER)));
    }).matches(anyTree());
}