Examples with SessionFactory com.mysql.cj.xdevapi.SessionFactory used on opensource projects

Example 1 with SessionFactory

use of com.mysql.cj.xdevapi.SessionFactory in project aws-mysql-jdbc by awslabs.

the class DevApiSample method main.

public static void main(String[] args) {
    Session session = new SessionFactory().getSession("mysqlx://localhost:33060/test?user=user&password=password1234");
    System.err.println("Connected!");
    Schema schema = session.getDefaultSchema();
    System.err.println("Default schema is: " + schema);
    documentWalkthrough(schema);
}

Example 2 with SessionFactory

use of com.mysql.cj.xdevapi.SessionFactory in project aws-mysql-jdbc by awslabs.

the class SessionTest method urlWithoutDefaultSchema.

@Test
public void urlWithoutDefaultSchema() {
    try {
        // Create user with mysql_native_password authentication plugin as it can be used with any of the authentication mechanisms.
        this.session.sql("CREATE USER IF NOT EXISTS 'testUserN'@'%' IDENTIFIED WITH mysql_native_password BY 'testUserN'").execute();
        this.session.sql("GRANT SELECT ON *.* TO 'testUserN'@'%'").execute();
        final SessionFactory testSessionFactory = new SessionFactory();
        final String testUriPattern1 = "mysqlx://testUserN:testUserN@%s:%s/?xdevapi.auth=%s";
        final String testUriPattern2 = "mysqlx://testUserN:testUserN@%s:%s?xdevapi.auth=%s";
        final String testUriPattern3 = "mysqlx://testUserN:testUserN@address=(host=%s)(port=%s)(xdevapi.auth=%s)";
        // Check if not setting a default schema works correctly when using different authentication mechanisms.
        String[] authMechs = mysqlVersionMeetsMinimum(ServerVersion.parseVersion("8.0.4")) ? new String[] { "PLAIN", "MYSQL41", "SHA256_MEMORY" } : new String[] { "PLAIN", "MYSQL41" };
        for (String authMech : authMechs) {
            for (String testUriPattern : new String[] { testUriPattern1, testUriPattern2, testUriPattern3 }) {
                // Test using a connection String.
                final String testUri = String.format(testUriPattern, getTestHost(), getTestPort(), authMech);
                final String testCase = "Testing no default schema with authentication mecanism '" + authMech + "' and URI '" + testUri + "'.";
                Session testSession = testSessionFactory.getSession(testUri);
                assertTrue(testSession.getUri().contains("/?"), testCase);
                assertEquals("", testSession.getDefaultSchemaName(), testCase);
                assertNull(testSession.getDefaultSchema(), testCase);
                assertNull(testSession.sql("SELECT database()").execute().fetchOne().getString(0), testCase);
                testSession.close();
            }
            // Test using a properties map.
            final String testCase = "Testing no default schema with authentication mecanism '" + authMech + "'.";
            final Properties testProps = new Properties();
            testProps.setProperty(PropertyKey.USER.getKeyName(), "testUserN");
            testProps.setProperty(PropertyKey.PASSWORD.getKeyName(), "testUserN");
            testProps.setProperty(PropertyKey.HOST.getKeyName(), getTestHost());
            testProps.setProperty(PropertyKey.PORT.getKeyName(), String.valueOf(getTestPort()));
            testProps.setProperty(PropertyKey.xdevapiAuth.getKeyName(), authMech);
            Session testSession = testSessionFactory.getSession(testProps);
            assertTrue(testSession.getUri().contains("/?"), testCase);
            assertEquals("", testSession.getDefaultSchemaName(), testCase);
            assertNull(testSession.getDefaultSchema(), testCase);
            assertNull(testSession.sql("SELECT database()").execute().fetchOne().getString(0), testCase);
            testSession.close();
        }
    } finally {
        this.session.sql("DROP USER IF EXISTS testUserN").execute();
    }
}

Example 3 with SessionFactory

use of com.mysql.cj.xdevapi.SessionFactory in project aws-mysql-jdbc by awslabs.

the class SessionTest method testPreparedStatementsCleanup.

@Test
public void testPreparedStatementsCleanup() {
    assumeTrue(mysqlVersionMeetsMinimum(ServerVersion.parseVersion("8.0.14")), "MySQL 8.0.14+ is required to run this test.");
    try {
        // Prepare test data.
        this.schema.createCollection("testPrepStmtClean", true).add("{\"_id\":\"1\"}").execute();
        SessionFactory sf = new SessionFactory();
        /*
             * Test common usage.
             */
        Session testSession = sf.getSession(this.testProperties);
        int sessionThreadId = getThreadId(testSession);
        assertPreparedStatementsCount(sessionThreadId, 0, 1);
        assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
        // Initialize several *Statement objects.
        FindStatement testFind1 = testSession.getDefaultSchema().getCollection("testPrepStmtClean").find();
        SelectStatement testSelect1 = testSession.getDefaultSchema().getCollectionAsTable("testPrepStmtClean").select("_id");
        FindStatement testFind2 = testSession.getDefaultSchema().getCollection("testPrepStmtClean").find();
        SelectStatement testSelect2 = testSession.getDefaultSchema().getCollectionAsTable("testPrepStmtClean").select("_id");
        // 1st execute -> don't prepare.
        testFind1.execute();
        assertPreparedStatementsCountsAndId(testSession, 0, testFind1, 0, -1);
        testSelect1.execute();
        assertPreparedStatementsCountsAndId(testSession, 0, testSelect1, 0, -1);
        testFind2.execute();
        assertPreparedStatementsCountsAndId(testSession, 0, testFind2, 0, -1);
        testSelect2.execute();
        assertPreparedStatementsCountsAndId(testSession, 0, testSelect2, 0, -1);
        assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
        // 2nd execute -> prepare + execute.
        testFind1.execute();
        assertPreparedStatementsCountsAndId(testSession, 1, testFind1, 1, 1);
        testSelect1.execute();
        assertPreparedStatementsCountsAndId(testSession, 2, testSelect1, 2, 1);
        testFind2.execute();
        assertPreparedStatementsCountsAndId(testSession, 3, testFind2, 3, 1);
        testSelect2.execute();
        assertPreparedStatementsCountsAndId(testSession, 4, testSelect2, 4, 1);
        assertPreparedStatementsStatusCounts(testSession, 4, 4, 0);
        assertPreparedStatementsCount(sessionThreadId, 4, 1);
        /*
             * The following verifications are non-deterministic as System.gc() only hints the JVM to perform a garbage collection. This approach allows some
             * time for the JVM to execute the GC. In case of failure the repeats or wait times may have to be adjusted.
             * The test can be deleted entirely if no reasonable setup can be found.
             */
        // Nullify first statement.
        testFind1 = null;
        System.gc();
        int psCount, countdown = 10;
        do {
            try {
                Thread.sleep(100);
            } catch (InterruptedException e) {
            }
            testSession.sql("SELECT 1").execute();
            psCount = getPreparedStatementsCount(sessionThreadId);
        } while (psCount != 3 && --countdown > 0);
        assertPreparedStatementsStatusCounts(testSession, 4, 4, 1);
        assertPreparedStatementsCount(sessionThreadId, 3, 1);
        // Nullify second and third statements.
        testSelect1 = null;
        testFind2 = null;
        System.gc();
        countdown = 10;
        do {
            try {
                Thread.sleep(100);
            } catch (InterruptedException e) {
            }
            testSession.sql("SELECT 1").execute();
            psCount = getPreparedStatementsCount(sessionThreadId);
        } while (psCount != 1 && --countdown > 0);
        assertPreparedStatementsStatusCounts(testSession, 4, 4, 3);
        assertPreparedStatementsCount(sessionThreadId, 1, 1);
        // Nullify last statement.
        testSelect2 = null;
        System.gc();
        countdown = 10;
        do {
            try {
                Thread.sleep(100);
            } catch (InterruptedException e) {
            }
            testSession.sql("SELECT 1").execute();
            psCount = getPreparedStatementsCount(sessionThreadId);
        } while (psCount != 0 && --countdown > 0);
        assertPreparedStatementsStatusCounts(testSession, 4, 4, 4);
        assertPreparedStatementsCount(sessionThreadId, 0, 1);
        testSession.close();
        assertPreparedStatementsCount(sessionThreadId, 0, 1);
    } finally {
        this.schema.dropCollection("testPrepStmtClean");
    }
}

Example 4 with SessionFactory

use of com.mysql.cj.xdevapi.SessionFactory in project aws-mysql-jdbc by awslabs.

the class CollectionFindTest method testCollectionRowLockOptions.

@Test
public void testCollectionRowLockOptions() throws Exception {
    assumeTrue(mysqlVersionMeetsMinimum(ServerVersion.parseVersion("8.0.5")), "MySQL 8.0.5+ is required to run this test.");
    Function<DocResult, List<String>> asStringList = rr -> rr.fetchAll().stream().map(d -> ((JsonString) d.get("_id")).getString()).collect(Collectors.toList());
    this.collection.add("{\"_id\":\"1\", \"a\":1}").add("{\"_id\":\"2\", \"a\":1}").add("{\"_id\":\"3\", \"a\":1}").execute();
    Session session1 = null;
    Session session2 = null;
    try {
        session1 = new SessionFactory().getSession(this.testProperties);
        Collection col1 = session1.getDefaultSchema().getCollection(this.collectionName);
        session2 = new SessionFactory().getSession(this.testProperties);
        Collection col2 = session2.getDefaultSchema().getCollection(this.collectionName);
        DocResult res;
        CompletableFuture<DocResult> futRes;
        /*
             * 1. Shared Lock in both sessions.
             */
        // session2.lockShared() returns data immediately.
        session1.startTransaction();
        col1.find("_id = '1'").lockShared().execute();
        session2.startTransaction();
        res = col2.find("_id < '3'").lockShared().execute();
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), hasItems("1", "2"));
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockShared().executeAsync();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        session1.rollback();
        // session2.lockShared(NOWAIT) returns data immediately.
        session1.startTransaction();
        col1.find("_id = '1'").lockShared().execute();
        session2.startTransaction();
        res = col2.find("_id < '3'").lockShared(Statement.LockContention.NOWAIT).execute();
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockShared(Statement.LockContention.NOWAIT).executeAsync();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        session1.rollback();
        // session2.lockShared(SKIP_LOCK) returns data immediately.
        session1.startTransaction();
        col1.find("_id = '1'").lockShared().execute();
        session2.startTransaction();
        res = col2.find("_id < '3'").lockShared(Statement.LockContention.SKIP_LOCKED).execute();
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockShared(Statement.LockContention.SKIP_LOCKED).executeAsync();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        session1.rollback();
        /*
             * 2. Shared Lock in first session and exclusive lock in second.
             */
        // session2.lockExclusive() blocks until session1 ends.
        session1.startTransaction();
        col1.find("_id = '1'").lockShared().execute();
        // session2.startTransaction();
        // res = col2.find("_id < '3'").lockExclusive().execute(); (Can't test)
        // session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockExclusive().executeAsync();
        final CompletableFuture<DocResult> fr1 = futRes;
        assertThrows(TimeoutException.class, () -> fr1.get(3, TimeUnit.SECONDS));
        // Unlocks session2.
        session1.rollback();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        // session2.lockExclusive(NOWAIT) should return locking error.
        session1.startTransaction();
        col1.find("_id = '1'").lockShared().execute();
        session2.startTransaction();
        assertThrows(XProtocolError.class, "ERROR 3572 \\(HY000\\) Statement aborted because lock\\(s\\) could not be acquired immediately and NOWAIT is set\\.", () -> col2.find("_id < '3'").lockExclusive(Statement.LockContention.NOWAIT).execute());
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockExclusive(Statement.LockContention.NOWAIT).executeAsync();
        final CompletableFuture<DocResult> fr2 = futRes;
        assertThrows(ExecutionException.class, ".*XProtocolError: ERROR 3572 \\(HY000\\) Statement aborted because lock\\(s\\) could not be acquired immediately and NOWAIT is set\\.", () -> fr2.get(3, TimeUnit.SECONDS));
        session2.rollback();
        session1.rollback();
        // session2.lockExclusive(SKIP_LOCK) should return (unlocked) data immediately.
        session1.startTransaction();
        col1.find("_id = '1'").lockShared().execute();
        session2.startTransaction();
        res = col2.find("_id < '3'").lockExclusive(Statement.LockContention.SKIP_LOCKED).execute();
        assertEquals(1, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("2"));
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockExclusive(Statement.LockContention.SKIP_LOCKED).executeAsync();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(1, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("2"));
        session2.rollback();
        session1.rollback();
        /*
             * 3. Exclusive Lock in first session and shared lock in second.
             */
        // session2.lockShared() blocks until session1 ends.
        session1.startTransaction();
        col1.find("_id = '1'").lockExclusive().execute();
        // session2.startTransaction();
        // res = col2.find("_id < '3'").lockShared().execute(); (Can't test)
        // session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockShared().executeAsync();
        final CompletableFuture<DocResult> fr3 = futRes;
        assertThrows(TimeoutException.class, () -> fr3.get(3, TimeUnit.SECONDS));
        // Unlocks session2.
        session1.rollback();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        // session2.lockShared(NOWAIT) should return locking error.
        session1.startTransaction();
        col1.find("_id = '1'").lockExclusive().execute();
        session2.startTransaction();
        assertThrows(XProtocolError.class, "ERROR 3572 \\(HY000\\) Statement aborted because lock\\(s\\) could not be acquired immediately and NOWAIT is set\\.", () -> col2.find("_id < '3'").lockShared(Statement.LockContention.NOWAIT).execute());
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockShared(Statement.LockContention.NOWAIT).executeAsync();
        final CompletableFuture<DocResult> fr4 = futRes;
        assertThrows(ExecutionException.class, ".*XProtocolError: ERROR 3572 \\(HY000\\) Statement aborted because lock\\(s\\) could not be acquired immediately and NOWAIT is set\\.", () -> fr4.get(3, TimeUnit.SECONDS));
        session2.rollback();
        session1.rollback();
        // session2.lockShared(SKIP_LOCK) should return (unlocked) data immediately.
        session1.startTransaction();
        col1.find("_id = '1'").lockExclusive().execute();
        session2.startTransaction();
        res = col2.find("_id < '3'").lockShared(Statement.LockContention.SKIP_LOCKED).execute();
        assertEquals(1, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("2"));
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockShared(Statement.LockContention.SKIP_LOCKED).executeAsync();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(1, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("2"));
        session2.rollback();
        session1.rollback();
        /*
             * 4. Exclusive Lock in both sessions.
             */
        // session2.lockExclusive() blocks until session1 ends.
        session1.startTransaction();
        col1.find("_id = '1'").lockExclusive().execute();
        // session2.startTransaction();
        // res = col2.find("_id < '3'").lockExclusive().execute(); (Can't test)
        // session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockExclusive().executeAsync();
        final CompletableFuture<DocResult> fr5 = futRes;
        assertThrows(TimeoutException.class, () -> fr5.get(3, TimeUnit.SECONDS));
        // Unlocks session2.
        session1.rollback();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(2, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("1", "2"));
        session2.rollback();
        // session2.lockExclusive(NOWAIT) should return locking error.
        session1.startTransaction();
        col1.find("_id = '1'").lockExclusive().execute();
        session2.startTransaction();
        assertThrows(XProtocolError.class, "ERROR 3572 \\(HY000\\) Statement aborted because lock\\(s\\) could not be acquired immediately and NOWAIT is set\\.", () -> col2.find("_id < '3'").lockExclusive(Statement.LockContention.NOWAIT).execute());
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockExclusive(Statement.LockContention.NOWAIT).executeAsync();
        final CompletableFuture<DocResult> fr6 = futRes;
        assertThrows(ExecutionException.class, ".*XProtocolError: ERROR 3572 \\(HY000\\) Statement aborted because lock\\(s\\) could not be acquired immediately and NOWAIT is set\\.", () -> fr6.get(3, TimeUnit.SECONDS));
        session2.rollback();
        session1.rollback();
        // session2.lockExclusive(SKIP_LOCK) should return (unlocked) data immediately.
        session1.startTransaction();
        col1.find("_id = '1'").lockExclusive().execute();
        session2.startTransaction();
        res = col2.find("_id < '3'").lockExclusive(Statement.LockContention.SKIP_LOCKED).execute();
        assertEquals(1, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("2"));
        session2.rollback();
        session2.startTransaction();
        futRes = col2.find("_id < '3'").lockExclusive(Statement.LockContention.SKIP_LOCKED).executeAsync();
        res = futRes.get(3, TimeUnit.SECONDS);
        assertTrue(futRes.isDone());
        assertEquals(1, asStringList.apply(res).size());
        assertThat(asStringList.apply(res), CoreMatchers.hasItems("2"));
        session2.rollback();
        session1.rollback();
    } finally {
        if (session1 != null) {
            session1.close();
        }
        if (session2 != null) {
            session2.close();
        }
    }
}

Example 5 with SessionFactory

use of com.mysql.cj.xdevapi.SessionFactory in project aws-mysql-jdbc by awslabs.

the class CollectionFindTest method testPreparedStatements.

@Test
public void testPreparedStatements() {
    assumeTrue(mysqlVersionMeetsMinimum(ServerVersion.parseVersion("8.0.14")), "MySQL 8.0.14+ is required to run this test.");
    // Prepare test data.
    this.collection.add("{\"_id\":\"1\", \"ord\": 1}", "{\"_id\":\"2\", \"ord\": 2}", "{\"_id\":\"3\", \"ord\": 3}", "{\"_id\":\"4\", \"ord\": 4}", "{\"_id\":\"5\", \"ord\": 5}", "{\"_id\":\"6\", \"ord\": 6}", "{\"_id\":\"7\", \"ord\": 7}", "{\"_id\":\"8\", \"ord\": 8}").execute();
    SessionFactory sf = new SessionFactory();
    /*
         * Test common usage.
         */
    Session testSession = sf.getSession(this.testProperties);
    int sessionThreadId = getThreadId(testSession);
    assertPreparedStatementsCount(sessionThreadId, 0, 1);
    assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
    Collection testCol = testSession.getDefaultSchema().getCollection(this.collectionName);
    // Initialize several FindStatement objects.
    // Find all.
    FindStatement testFind1 = testCol.find();
    // Criteria with one placeholder.
    FindStatement testFind2 = testCol.find("$.ord >= :n");
    // Criteria with same placeholder repeated.
    FindStatement testFind3 = testCol.find("$.ord >= :n AND $.ord <= :n + 3");
    // Criteria with multiple placeholders.
    FindStatement testFind4 = testCol.find("$.ord >= :n AND $.ord <= :m");
    assertPreparedStatementsCountsAndId(testSession, 0, testFind1, 0, -1);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind2, 0, -1);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind3, 0, -1);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind4, 0, -1);
    assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
    // A. Set binds: 1st execute -> non-prepared.
    assertTestPreparedStatementsResult(testFind1.execute(), 1, 8);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind1, 0, -1);
    assertTestPreparedStatementsResult(testFind2.bind("n", 2).execute(), 2, 8);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind2, 0, -1);
    assertTestPreparedStatementsResult(testFind3.bind("n", 2).execute(), 2, 5);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind3, 0, -1);
    assertTestPreparedStatementsResult(testFind4.bind("n", 2).bind("m", 5).execute(), 2, 5);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind4, 0, -1);
    assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
    // B. Set sort resets execution count: 1st execute -> non-prepared.
    assertTestPreparedStatementsResult(testFind1.sort("$._id").execute(), 1, 8);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind1, 0, -1);
    assertTestPreparedStatementsResult(testFind2.sort("$._id").execute(), 2, 8);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind2, 0, -1);
    assertTestPreparedStatementsResult(testFind3.sort("$._id").execute(), 2, 5);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind3, 0, -1);
    assertTestPreparedStatementsResult(testFind4.sort("$._id").execute(), 2, 5);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind4, 0, -1);
    assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
    // C. Set binds reuse statement: 2nd execute -> prepare + execute.
    assertTestPreparedStatementsResult(testFind1.execute(), 1, 8);
    assertPreparedStatementsCountsAndId(testSession, 1, testFind1, 1, 1);
    assertTestPreparedStatementsResult(testFind2.bind("n", 3).execute(), 3, 8);
    assertPreparedStatementsCountsAndId(testSession, 2, testFind2, 2, 1);
    assertTestPreparedStatementsResult(testFind3.bind("n", 3).execute(), 3, 6);
    assertPreparedStatementsCountsAndId(testSession, 3, testFind3, 3, 1);
    assertTestPreparedStatementsResult(testFind4.bind("m", 6).execute(), 2, 6);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind4, 4, 1);
    assertPreparedStatementsStatusCounts(testSession, 4, 4, 0);
    // D. Set binds reuse statement: 3rd execute -> execute.
    assertTestPreparedStatementsResult(testFind1.execute(), 1, 8);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind1, 1, 2);
    assertTestPreparedStatementsResult(testFind2.bind("n", 4).execute(), 4, 8);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind2, 2, 2);
    assertTestPreparedStatementsResult(testFind3.bind("n", 4).execute(), 4, 7);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind3, 3, 2);
    assertTestPreparedStatementsResult(testFind4.bind("n", 3).bind("m", 7).execute(), 3, 7);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind4, 4, 2);
    assertPreparedStatementsStatusCounts(testSession, 4, 8, 0);
    // E. Set sort deallocates and resets execution count: 1st execute -> deallocate + non-prepared.
    assertTestPreparedStatementsResult(testFind1.sort("$._id").execute(), 1, 8);
    assertPreparedStatementsCountsAndId(testSession, 3, testFind1, 0, -1);
    assertTestPreparedStatementsResult(testFind2.sort("$._id").bind("n", 4).execute(), 4, 8);
    assertPreparedStatementsCountsAndId(testSession, 2, testFind2, 0, -1);
    assertTestPreparedStatementsResult(testFind3.sort("$._id").bind("n", 4).execute(), 4, 7);
    assertPreparedStatementsCountsAndId(testSession, 1, testFind3, 0, -1);
    assertTestPreparedStatementsResult(testFind4.sort("$._id").bind("n", 3).bind("m", 7).execute(), 3, 7);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind4, 0, -1);
    assertPreparedStatementsStatusCounts(testSession, 4, 8, 4);
    // F. No Changes: 2nd execute -> prepare + execute.
    assertTestPreparedStatementsResult(testFind1.execute(), 1, 8);
    assertPreparedStatementsCountsAndId(testSession, 1, testFind1, 1, 1);
    assertTestPreparedStatementsResult(testFind2.bind("n", 4).execute(), 4, 8);
    assertPreparedStatementsCountsAndId(testSession, 2, testFind2, 2, 1);
    assertTestPreparedStatementsResult(testFind3.bind("n", 4).execute(), 4, 7);
    assertPreparedStatementsCountsAndId(testSession, 3, testFind3, 3, 1);
    assertTestPreparedStatementsResult(testFind4.bind("n", 3).bind("m", 7).execute(), 3, 7);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind4, 4, 1);
    assertPreparedStatementsStatusCounts(testSession, 8, 12, 4);
    // G. Set limit for the first time deallocates and re-prepares: 1st execute -> re-prepare + execute.
    assertTestPreparedStatementsResult(testFind1.limit(2).execute(), 1, 2);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind1, 1, 1);
    assertTestPreparedStatementsResult(testFind2.limit(2).execute(), 4, 5);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind2, 2, 1);
    assertTestPreparedStatementsResult(testFind3.limit(2).execute(), 4, 5);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind3, 3, 1);
    assertTestPreparedStatementsResult(testFind4.limit(2).execute(), 3, 4);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind4, 4, 1);
    assertPreparedStatementsStatusCounts(testSession, 12, 16, 8);
    // H. Set limit and offset reuse prepared statement: 2nd execute -> execute.
    assertTestPreparedStatementsResult(testFind1.limit(1).offset(1).execute(), 2, 2);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind1, 1, 2);
    assertTestPreparedStatementsResult(testFind2.limit(1).offset(1).execute(), 5, 5);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind2, 2, 2);
    assertTestPreparedStatementsResult(testFind3.limit(1).offset(1).execute(), 5, 5);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind3, 3, 2);
    assertTestPreparedStatementsResult(testFind4.limit(1).offset(1).execute(), 4, 4);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind4, 4, 2);
    assertPreparedStatementsStatusCounts(testSession, 12, 20, 8);
    // I. Set sort deallocates and resets execution count, set limit and bind has no effect: 1st execute -> deallocate + non-prepared.
    assertTestPreparedStatementsResult(testFind1.sort("$._id").limit(2).execute(), 2, 3);
    assertPreparedStatementsCountsAndId(testSession, 3, testFind1, 0, -1);
    assertTestPreparedStatementsResult(testFind2.sort("$._id").limit(2).bind("n", 4).execute(), 5, 6);
    assertPreparedStatementsCountsAndId(testSession, 2, testFind2, 0, -1);
    assertTestPreparedStatementsResult(testFind3.sort("$._id").limit(2).bind("n", 4).execute(), 5, 6);
    assertPreparedStatementsCountsAndId(testSession, 1, testFind3, 0, -1);
    assertTestPreparedStatementsResult(testFind4.sort("$._id").limit(2).bind("n", 3).bind("m", 7).execute(), 4, 5);
    assertPreparedStatementsCountsAndId(testSession, 0, testFind4, 0, -1);
    assertPreparedStatementsStatusCounts(testSession, 12, 20, 12);
    // J. Set offset reuse statement: 2nd execute -> prepare + execute.
    assertTestPreparedStatementsResult(testFind1.offset(0).execute(), 1, 2);
    assertPreparedStatementsCountsAndId(testSession, 1, testFind1, 1, 1);
    assertTestPreparedStatementsResult(testFind2.offset(0).execute(), 4, 5);
    assertPreparedStatementsCountsAndId(testSession, 2, testFind2, 2, 1);
    assertTestPreparedStatementsResult(testFind3.offset(0).execute(), 4, 5);
    assertPreparedStatementsCountsAndId(testSession, 3, testFind3, 3, 1);
    assertTestPreparedStatementsResult(testFind4.offset(0).execute(), 3, 4);
    assertPreparedStatementsCountsAndId(testSession, 4, testFind4, 4, 1);
    assertPreparedStatementsStatusCounts(testSession, 16, 24, 12);
    testSession.close();
    // Prepared statements won't live past the closing of the session.
    assertPreparedStatementsCount(sessionThreadId, 0, 10);
    /*
         * Test falling back onto non-prepared statements.
         */
    testSession = sf.getSession(this.testProperties);
    int origMaxPrepStmtCount = this.session.sql("SELECT @@max_prepared_stmt_count").execute().fetchOne().getInt(0);
    try {
        // Allow preparing only one more statement.
        this.session.sql("SET GLOBAL max_prepared_stmt_count = ?").bind(getPreparedStatementsCount() + 1).execute();
        sessionThreadId = getThreadId(testSession);
        assertPreparedStatementsCount(sessionThreadId, 0, 1);
        assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
        testCol = testSession.getDefaultSchema().getCollection(this.collectionName);
        testFind1 = testCol.find();
        testFind2 = testCol.find();
        // 1st execute -> don't prepare.
        assertTestPreparedStatementsResult(testFind1.execute(), 1, 8);
        assertPreparedStatementsCountsAndId(testSession, 0, testFind1, 0, -1);
        assertTestPreparedStatementsResult(testFind2.execute(), 1, 8);
        assertPreparedStatementsCountsAndId(testSession, 0, testFind2, 0, -1);
        assertPreparedStatementsStatusCounts(testSession, 0, 0, 0);
        // 2nd execute -> prepare + execute.
        assertTestPreparedStatementsResult(testFind1.execute(), 1, 8);
        assertPreparedStatementsCountsAndId(testSession, 1, testFind1, 1, 1);
        // Fails preparing, execute as non-prepared.
        assertTestPreparedStatementsResult(testFind2.execute(), 1, 8);
        assertPreparedStatementsCountsAndId(testSession, 1, testFind2, 0, -1);
        // Failed prepare also counts.
        assertPreparedStatementsStatusCounts(testSession, 2, 1, 0);
        // 3rd execute -> execute.
        assertTestPreparedStatementsResult(testFind1.execute(), 1, 8);
        assertPreparedStatementsCountsAndId(testSession, 1, testFind1, 1, 2);
        // Execute as non-prepared.
        assertTestPreparedStatementsResult(testFind2.execute(), 1, 8);
        assertPreparedStatementsCountsAndId(testSession, 1, testFind2, 0, -1);
        assertPreparedStatementsStatusCounts(testSession, 2, 2, 0);
        testSession.close();
        // Prepared statements won't live past the closing of the session.
        assertPreparedStatementsCount(sessionThreadId, 0, 10);
    } finally {
        this.session.sql("SET GLOBAL max_prepared_stmt_count = ?").bind(origMaxPrepStmtCount).execute();
    }
}