Fix TenantIdTest when VM has nanosecond precision
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@ -16,15 +16,16 @@ import org.hibernate.engine.spi.SharedSessionContractImplementor;
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*/
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public class ClockHelper {
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private static final Duration TICK_8 = Duration.ofNanos( 10L );
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private static final Duration TICK_7 = Duration.ofNanos( 100L );
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private static final Duration TICK_6 = Duration.ofNanos( 1000L );
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private static final Duration TICK_5 = Duration.ofNanos( 10000L );
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private static final Duration TICK_4 = Duration.ofNanos( 100000L );
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private static final Duration TICK_3 = Duration.ofNanos( 1000000L );
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private static final Duration TICK_2 = Duration.ofNanos( 10000000L );
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private static final Duration TICK_1 = Duration.ofNanos( 100000000L );
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private static final Duration TICK_0 = Duration.ofNanos( 1000000000L );
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private static final Clock TICK_9 = Clock.systemDefaultZone();
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private static final Clock TICK_8 = Clock.tick( TICK_9, Duration.ofNanos( 10L ) );
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private static final Clock TICK_7 = Clock.tick( TICK_9, Duration.ofNanos( 100L ) );
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private static final Clock TICK_6 = Clock.tick( TICK_9, Duration.ofNanos( 1000L ) );
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private static final Clock TICK_5 = Clock.tick( TICK_9, Duration.ofNanos( 10000L ) );
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private static final Clock TICK_4 = Clock.tick( TICK_9, Duration.ofNanos( 100000L ) );
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private static final Clock TICK_3 = Clock.tick( TICK_9, Duration.ofNanos( 1000000L ) );
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private static final Clock TICK_2 = Clock.tick( TICK_9, Duration.ofNanos( 10000000L ) );
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private static final Clock TICK_1 = Clock.tick( TICK_9, Duration.ofNanos( 100000000L ) );
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private static final Clock TICK_0 = Clock.tick( TICK_9, Duration.ofNanos( 1000000000L ) );
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public static Clock forPrecision(Integer precision, SharedSessionContractImplementor session) {
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final int resolvedPrecision;
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@ -34,28 +35,27 @@ public class ClockHelper {
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else {
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resolvedPrecision = precision;
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}
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final Clock clock = Clock.systemDefaultZone();
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switch ( resolvedPrecision ) {
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case 0:
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return Clock.tick( clock, TICK_0 );
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return TICK_0;
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case 1:
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return Clock.tick( clock, TICK_1 );
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return TICK_1;
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case 2:
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return Clock.tick( clock, TICK_2 );
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return TICK_2;
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case 3:
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return Clock.tick( clock, TICK_3 );
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return TICK_3;
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case 4:
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return Clock.tick( clock, TICK_4 );
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return TICK_4;
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case 5:
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return Clock.tick( clock, TICK_5 );
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return TICK_5;
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case 6:
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return Clock.tick( clock, TICK_6 );
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return TICK_6;
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case 7:
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return Clock.tick( clock, TICK_7 );
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return TICK_7;
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case 8:
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return Clock.tick( clock, TICK_8 );
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return TICK_8;
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case 9:
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return clock;
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return TICK_9;
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}
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throw new IllegalArgumentException( "Illegal precision: " + resolvedPrecision );
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}
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@ -19,6 +19,8 @@ import org.hibernate.testing.orm.junit.SessionFactoryProducer;
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import org.hibernate.testing.orm.junit.SessionFactoryScope;
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import org.hibernate.testing.orm.junit.Setting;
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import org.hibernate.binder.internal.TenantIdBinder;
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import org.hibernate.type.descriptor.DateTimeUtils;
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import org.hibernate.testing.orm.junit.SkipForDialect;
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import org.junit.jupiter.api.AfterEach;
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import org.junit.jupiter.api.Test;
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@ -136,6 +138,11 @@ public class TenantIdTest implements SessionFactoryProducer {
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scope.inTransaction( s -> s.persist( record ) );
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assertEquals( "mine", record.state.tenantId );
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assertNotNull( record.state.updated );
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// Round the temporal to avoid issues when the VM produces nanosecond precision timestamps
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record.state.updated = DateTimeUtils.roundToDefaultPrecision(
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record.state.updated,
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scope.getSessionFactory().getJdbcServices().getDialect()
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);
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scope.inTransaction( s -> {
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Record r = s.find( Record.class, record.id );
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assertEquals( "mine", r.state.tenantId );
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