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8.59.1 release (2025-07-24)

Total recipe count: 4006

Info

This changelog only shows what recipes have been added, removed, or changed. OpenRewrite may do releases that do not include these types of changes. To see these changes, please go to the releases page.

New Recipes​

static class WithMessage {
    
    @BeforeTemplate
    void assertFalseBefore(String message) {
        assertFalse(true, message);
    }
    
    @BeforeTemplate
    void assertTrueBefore(String message) {
        assertTrue(false, message);
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    void after(String message) {
        fail(message);
    }
}

.

static class WithoutMessage {
    
    @BeforeTemplate
    void assertFalseBefore() {
        assertFalse(true);
    }
    
    @BeforeTemplate
    void assertTrueBefore() {
        assertTrue(false);
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    void after() {
        fail();
    }
}

.

static final class AssertThatHasDays {
    
    @BeforeTemplate
    AbstractLongAssert<?> before(Duration duration, long days) {
        return assertThat(duration.toDays()).isEqualTo(days);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration, long days) {
        return assertThat(duration).hasDays(days);
    }
}

.

static final class AssertThatHasHours {
    
    @BeforeTemplate
    AbstractLongAssert<?> before(Duration duration, long hours) {
        return assertThat(duration.toHours()).isEqualTo(hours);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration, long hours) {
        return assertThat(duration).hasHours(hours);
    }
}

.

static final class AssertThatHasMillis {
    
    @BeforeTemplate
    AbstractLongAssert<?> before(Duration duration, long millis) {
        return assertThat(duration.toMillis()).isEqualTo(millis);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration, long millis) {
        return assertThat(duration).hasMillis(millis);
    }
}

.

static final class AssertThatHasMinutes {
    
    @BeforeTemplate
    AbstractLongAssert<?> before(Duration duration, long minutes) {
        return assertThat(duration.toMinutes()).isEqualTo(minutes);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration, long minutes) {
        return assertThat(duration).hasMinutes(minutes);
    }
}

.

static final class AssertThatHasNanos {
    
    @BeforeTemplate
    AbstractLongAssert<?> before(Duration duration, long nanos) {
        return assertThat(duration.toNanos()).isEqualTo(nanos);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration, long nanos) {
        return assertThat(duration).hasNanos(nanos);
    }
}

.

static final class AssertThatHasSeconds {
    
    @BeforeTemplate
    AbstractLongAssert<?> before(Duration duration, long seconds) {
        return assertThat(duration.toSeconds()).isEqualTo(seconds);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration, long seconds) {
        return assertThat(duration).hasSeconds(seconds);
    }
}

.

static final class AssertThatIsNegative {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Duration duration) {
        return assertThat(duration.isNegative()).isTrue();
    }
    
    @BeforeTemplate
    AbstractDurationAssert<?> before2(Duration duration) {
        return assertThat(duration).isLessThan(Duration.ZERO);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration) {
        return assertThat(duration).isNegative();
    }
}

.

static final class AssertThatIsPositive {
    
    @BeforeTemplate
    AbstractDurationAssert<?> before(Duration duration) {
        return assertThat(duration).isGreaterThan(Duration.ZERO);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration) {
        return assertThat(duration).isPositive();
    }
}

.

static final class AssertThatIsZero {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Duration duration) {
        return assertThat(duration.isZero()).isTrue();
    }
    
    @BeforeTemplate
    AbstractDurationAssert<?> before2(Duration duration) {
        return assertThat(duration).isEqualTo(Duration.ZERO);
    }
    
    @AfterTemplate
    AbstractDurationAssert<?> after(Duration duration) {
        return assertThat(duration).isZero();
    }
}

.

static final class AssertThatIsAfterOrEqualTo {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Instant actual, Instant other) {
        return assertThat(actual.isBefore(other)).isFalse();
    }
    
    @AfterTemplate
    AbstractInstantAssert<?> after(Instant actual, Instant other) {
        return assertThat(actual).isAfterOrEqualTo(other);
    }
}

.

static final class AssertThatIsAfter {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Instant actual, Instant other) {
        return assertThat(actual.isAfter(other)).isTrue();
    }
    
    @AfterTemplate
    AbstractInstantAssert<?> after(Instant actual, Instant other) {
        return assertThat(actual).isAfter(other);
    }
}

.

static final class AssertThatIsBeforeOrEqualTo {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Instant actual, Instant other) {
        return assertThat(actual.isAfter(other)).isFalse();
    }
    
    @AfterTemplate
    AbstractInstantAssert<?> after(Instant actual, Instant other) {
        return assertThat(actual).isBeforeOrEqualTo(other);
    }
}

.

static final class AssertThatIsBefore {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Instant actual, Instant other) {
        return assertThat(actual.isBefore(other)).isTrue();
    }
    
    @AfterTemplate
    AbstractInstantAssert<?> after(Instant actual, Instant other) {
        return assertThat(actual).isBefore(other);
    }
}

.

static final class AssertThatIsBetween {
    
    @BeforeTemplate
    AbstractInstantAssert<?> before(Instant actual, Instant start, Instant end) {
        return Refaster.anyOf(assertThat(actual).isAfterOrEqualTo(start).isBeforeOrEqualTo(end), assertThat(actual).isBeforeOrEqualTo(end).isAfterOrEqualTo(start));
    }
    
    @AfterTemplate
    AbstractInstantAssert<?> after(Instant actual, Instant start, Instant end) {
        return assertThat(actual).isBetween(start, end);
    }
}

.

static final class AssertThatIsStrictlyBetween {
    
    @BeforeTemplate
    AbstractInstantAssert<?> before(Instant actual, Instant start, Instant end) {
        return Refaster.anyOf(assertThat(actual).isAfter(start).isBefore(end), assertThat(actual).isBefore(end).isAfter(start));
    }
    
    @AfterTemplate
    AbstractInstantAssert<?> after(Instant actual, Instant start, Instant end) {
        return assertThat(actual).isStrictlyBetween(start, end);
    }
}

.

  • tech.picnic.errorprone.refasterrules.AssertJMapRulesRecipes$AssertThatMapContainsOnlyKeyRecipe: Recipe created for the following Refaster template:
static final class AssertThatMapContainsOnlyKey<K, V> {
    
    @BeforeTemplate
    AbstractCollectionAssert<?, Collection<? extends K>, K, ?> before(Map<K, V> map, K key) {
        return assertThat(map.keySet()).containsExactly(key);
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    MapAssert<K, V> after(Map<K, V> map, K key) {
        return assertThat(map).containsOnlyKeys(key);
    }
}

.

static final class AssertThatHasSameHashCodeAs<T> {
    
    @BeforeTemplate
    AbstractIntegerAssert<?> before(T object1, T object2) {
        return assertThat(object1.hashCode()).isEqualTo(object2.hashCode());
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    ObjectAssert<T> after(T object1, T object2) {
        return assertThat(object1).hasSameHashCodeAs(object2);
    }
}

.

  • tech.picnic.errorprone.refasterrules.AssertJObjectRulesRecipes$AssertThatIsInstanceOf2Recipe: Recipe created for the following Refaster template:
static final class AssertThatIsInstanceOf2<S, T> {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(T object, Class<S> clazz) {
        return assertThat(clazz.isInstance(object)).isTrue();
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    ObjectAssert<T> after(T object, Class<S> clazz) {
        return assertThat(object).isInstanceOf(clazz);
    }
}

.

static final class AssertThatIsNotNull<T> {
    
    @BeforeTemplate
    @SuppressWarnings(value = "AssertThatIsNotSameAs")
    AbstractBooleanAssert<? extends AbstractBooleanAssert<?>> before(T object) {
        return Refaster.anyOf(assertThat(object == null).isFalse(), assertThat(object != null).isTrue());
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    ObjectAssert<T> after(T object) {
        return assertThat(object).isNotNull();
    }
}

.

static final class AssertThatIsNotSameAs<T> {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(T object1, T object2) {
        return Refaster.anyOf(assertThat(object1 == object2).isFalse(), assertThat(object1 != object2).isTrue());
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    ObjectAssert<T> after(T object1, T object2) {
        return assertThat(object1).isNotSameAs(object2);
    }
}

.

static final class AssertThatIsNull<T> {
    
    @BeforeTemplate
    @SuppressWarnings(value = "AssertThatIsSameAs")
    void before(T object) {
        assertThat(object == null).isTrue();
    }
    
    @BeforeTemplate
    @SuppressWarnings(value = "AssertThatIsSameAs")
    void before2(T object) {
        assertThat(object != null).isFalse();
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    void after(T object) {
        assertThat(object).isNull();
    }
}

.

static final class AssertThatIsSameAs<T> {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(T object1, T object2) {
        return Refaster.anyOf(assertThat(object1 == object2).isTrue(), assertThat(object1 != object2).isFalse());
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    ObjectAssert<T> after(T object1, T object2) {
        return assertThat(object1).isSameAs(object2);
    }
}

.

static final class AssertThatDoesNotExist {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.exists(actual)).isFalse();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).doesNotExist();
    }
}

.

static final class AssertThatEndsWithRaw {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual, Path other) {
        return assertThat(actual.endsWith(other)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual, Path other) {
        return assertThat(actual).endsWithRaw(other);
    }
}

.

static final class AssertThatExists {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.exists(actual)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).exists();
    }
}

.

static final class AssertThatHasFileName {
    
    @BeforeTemplate
    AbstractPathAssert<?> before(Path actual, String fileName) {
        return assertThat(actual.getFileName()).hasToString(fileName);
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual, String fileName) {
        return assertThat(actual).hasFileName(fileName);
    }
}

.

static final class AssertThatHasNoParent {
    
    @BeforeTemplate
    void before(Path actual) {
        assertThat(actual.getParent()).isNull();
    }
    
    @AfterTemplate
    void after(Path actual) {
        assertThat(actual).hasNoParent();
    }
}

.

static final class AssertThatHasParentRaw {
    
    @BeforeTemplate
    AbstractPathAssert<?> before(Path actual, Path expected) {
        return assertThat(actual.getParent()).isEqualTo(expected);
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual, Path expected) {
        return assertThat(actual).hasParentRaw(expected);
    }
}

.

static final class AssertThatIsAbsolute {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(actual.isAbsolute()).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isAbsolute();
    }
}

.

static final class AssertThatIsDirectory {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.isDirectory(actual)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isDirectory();
    }
}

.

static final class AssertThatIsExecutable {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.isExecutable(actual)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isExecutable();
    }
}

.

static final class AssertThatIsReadable {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.isReadable(actual)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isReadable();
    }
}

.

static final class AssertThatIsRegularFile {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.isRegularFile(actual)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isRegularFile();
    }
}

.

static final class AssertThatIsRelative {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(actual.isAbsolute()).isFalse();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isRelative();
    }
}

.

static final class AssertThatIsSymbolicLink {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.isSymbolicLink(actual)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isSymbolicLink();
    }
}

.

static final class AssertThatIsWritable {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual) {
        return assertThat(Files.isWritable(actual)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual) {
        return assertThat(actual).isWritable();
    }
}

.

static final class AssertThatStartsWithRaw {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(Path actual, Path other) {
        return assertThat(actual.startsWith(other)).isTrue();
    }
    
    @AfterTemplate
    AbstractPathAssert<?> after(Path actual, Path other) {
        return assertThat(actual).startsWithRaw(other);
    }
}

.

  • tech.picnic.errorprone.refasterrules.AssertJStringRulesRecipes$AssertThatStringDoesNotEndWithRecipe: Recipe created for the following Refaster template:
static final class AssertThatStringDoesNotEndWith {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(String string, String prefix) {
        return assertThat(string.endsWith(prefix)).isFalse();
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    AbstractStringAssert<?> after(String string, String prefix) {
        return assertThat(string).doesNotEndWith(prefix);
    }
}

.

  • tech.picnic.errorprone.refasterrules.AssertJStringRulesRecipes$AssertThatStringDoesNotStartWithRecipe: Recipe created for the following Refaster template:
static final class AssertThatStringDoesNotStartWith {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(String string, String prefix) {
        return assertThat(string.startsWith(prefix)).isFalse();
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    AbstractStringAssert<?> after(String string, String prefix) {
        return assertThat(string).doesNotStartWith(prefix);
    }
}

.

  • tech.picnic.errorprone.refasterrules.AssertJStringRulesRecipes$AssertThatStringEndsWithRecipe: Recipe created for the following Refaster template:
static final class AssertThatStringEndsWith {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(String string, String prefix) {
        return assertThat(string.endsWith(prefix)).isTrue();
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    AbstractStringAssert<?> after(String string, String prefix) {
        return assertThat(string).endsWith(prefix);
    }
}

.

  • tech.picnic.errorprone.refasterrules.AssertJStringRulesRecipes$AssertThatStringStartsWithRecipe: Recipe created for the following Refaster template:
static final class AssertThatStringStartsWith {
    
    @BeforeTemplate
    AbstractBooleanAssert<?> before(String string, String prefix) {
        return assertThat(string.startsWith(prefix)).isTrue();
    }
    
    @AfterTemplate
    @UseImportPolicy(value = STATIC_IMPORT_ALWAYS)
    AbstractStringAssert<?> after(String string, String prefix) {
        return assertThat(string).startsWith(prefix);
    }
}

.

static final class AbstractThrowableAssertCauseIsSameAs {
    
    @BeforeTemplate
    @SuppressWarnings(value = "deprecation")
    AbstractThrowableAssert<?, ? extends Throwable> before(AbstractThrowableAssert<?, ? extends Throwable> throwableAssert, Throwable expected) {
        return throwableAssert.hasCauseReference(expected);
    }
    
    @AfterTemplate
    AbstractThrowableAssert<?, ? extends Throwable> after(AbstractThrowableAssert<?, ? extends Throwable> throwableAssert, Throwable expected) {
        return throwableAssert.cause().isSameAs(expected);
    }
}

.

  • tech.picnic.errorprone.refasterrules.ClassRulesRecipes$ClassReferenceCastRecipe: Prefer Class#cast(Object) method references over lambda expressions that require naming a variable.
  • tech.picnic.errorprone.refasterrules.ClassRulesRecipes$ClassReferenceIsInstancePredicateRecipe: Prefer Class#isInstance(Object) method references over lambda expressions that require naming a variable.
  • tech.picnic.errorprone.refasterrules.ComparatorRulesRecipes$ComparatorsMaxRecipe: Prefer a method reference to Comparators#max(Comparable, Comparable) over calling BinaryOperator#minBy(Comparator) with Comparator#naturalOrder().
  • tech.picnic.errorprone.refasterrules.ComparatorRulesRecipes$ComparatorsMinRecipe: Prefer a method reference to Comparators#min(Comparable, Comparable) over calling BinaryOperator#minBy(Comparator) with Comparator#naturalOrder().
  • tech.picnic.errorprone.refasterrules.EqualityRulesRecipes$EnumReferenceEqualityLambdaRecipe: Prefer reference-based equality for enums.
  • tech.picnic.errorprone.refasterrules.EqualityRulesRecipes$EqualsPredicateRecipe: Prefer Object#equals(Object) over the equivalent lambda function.
  • tech.picnic.errorprone.refasterrules.JacksonRulesRecipes: Refaster rules related to Jackson expressions and statements. Source.
  • tech.picnic.errorprone.refasterrules.JacksonRulesRecipes$JsonNodeOptionalIntRecipe: Prefer JsonNode#optional(int) over more contrived alternatives.
  • tech.picnic.errorprone.refasterrules.JacksonRulesRecipes$JsonNodeOptionalStringRecipe: Prefer JsonNode#optional(String) over more contrived alternatives.
  • tech.picnic.errorprone.refasterrules.NullRulesRecipes$IsNullFunctionRecipe: Prefer Objects#isNull(Object) over the equivalent lambda function or more contrived alternatives.
  • tech.picnic.errorprone.refasterrules.NullRulesRecipes$NonNullFunctionRecipe: Prefer Objects#nonNull(Object) over the equivalent lambda function or more contrived alternatives.
  • tech.picnic.errorprone.refasterrules.OptionalRulesRecipes$OptionalOrElseThrowMethodReferenceRecipe: Prefer Optional#orElseThrow() over the less explicit Optional#get().
  • tech.picnic.errorprone.refasterrules.PrimitiveRulesRecipes$ArraysCompareUnsignedBytesRecipe: Prefer JDK's Arrays#compareUnsigned(byte[], byte[]) over third-party alternatives.
  • tech.picnic.errorprone.refasterrules.PrimitiveRulesRecipes$ArraysCompareUnsignedIntsRecipe: Prefer JDK's Arrays#compareUnsigned(int[], int[]) over third-party alternatives.
  • tech.picnic.errorprone.refasterrules.PrimitiveRulesRecipes$ArraysCompareUnsignedLongsRecipe: Prefer JDK's Arrays#compareUnsigned(long[], long[]) over third-party alternatives.
  • tech.picnic.errorprone.refasterrules.RandomGeneratorRulesRecipes: Refaster rules related to expressions dealing with RandomGenerator instances. Source.
  • tech.picnic.errorprone.refasterrules.RandomGeneratorRulesRecipes$RandomGeneratorNextDoubleRecipe: Prefer RandomGenerator#nextDouble(double) over alternatives that yield a smaller domain of values and may result in Double#isInfinite() inifinity.
  • tech.picnic.errorprone.refasterrules.RandomGeneratorRulesRecipes$RandomGeneratorNextIntRecipe: Prefer RandomGenerator#nextInt(int) over more contrived alternatives.
  • tech.picnic.errorprone.refasterrules.RandomGeneratorRulesRecipes$RandomGeneratorNextLongRecipe: Additionally, for large bounds, the unnecessary floating point arithmetic prevents some long values from being generated.
  • tech.picnic.errorprone.refasterrules.StringRulesRecipes$EmptyStringRecipe: Avoid unnecessary creation of new empty String objects; use the empty string literal instead.
  • tech.picnic.errorprone.refasterrules.StringRulesRecipes$StringIdentityRecipe: Avoid unnecessary creation of new String objects.
  • tech.picnic.errorprone.refasterrules.StringRulesRecipes$StringIsBlankRecipe: Prefer String#isBlank() over less efficient alternatives.
  • tech.picnic.errorprone.refasterrules.StringRulesRecipes$StringIsEmptyPredicateRecipe: Prefer a method reference to String#isEmpty() over the equivalent lambda function.
  • tech.picnic.errorprone.refasterrules.StringRulesRecipes$StringIsNotEmptyPredicateRecipe: Prefer a method reference to String#isEmpty() over the equivalent lambda function.
  • tech.picnic.errorprone.refasterrules.StringRulesRecipes$StringValueOfMethodReferenceRecipe: Prefer direct delegation to String#valueOf(Object) over the indirection introduced by Objects#toString(Object).
  • tech.picnic.errorprone.refasterrules.SuggestedFixRulesRecipes$SuggestedFixToBuilderRecipe: Prefer SuggestedFix#toBuilder()} over more contrived alternatives.

Removed Recipes​

  • io.moderne.devcenter.SecurityOriginalStarter: This is the same set of recipes as the original DevCenter security card.
  • org.openrewrite.java.testing.cleanup.AssertLiteralBooleanToFailRecipe: Using fail is more direct and clear.
  • org.openrewrite.java.testing.mockito.NoInitializationForInjectMock: Remove either the @InjectMocks annotation from fields, or the initializer, based on the initializer.
  • In the case of a no-args constructor, remove the initializer and retain the annotation.
  • In the case of any other initializer, remove the annotation and retain the initializer.
  • tech.picnic.errorprone.refasterrules.AssertJEnumerableRulesRecipes$EnumerableAssertIsEmptyRecipe: Recipe created for the following Refaster template:
static final class EnumerableAssertIsEmpty<E> {
    
    @BeforeTemplate
    void before(EnumerableAssert<?, E> enumAssert) {
        Refaster.anyOf(enumAssert.hasSize(0), enumAssert.hasSizeLessThanOrEqualTo(0), enumAssert.hasSizeLessThan(1));
    }
    
    @BeforeTemplate
    void before(AbstractIterableAssert<?, ?, E, ?> enumAssert) {
        enumAssert.size().isNotPositive();
    }
    
    @AfterTemplate
    void after(EnumerableAssert<?, E> enumAssert) {
        enumAssert.isEmpty();
    }
}

.

  • tech.picnic.errorprone.refasterrules.CollectionRulesRecipes$CollectionAddAllToCollectionBlockRecipe: Recipe created for the following Refaster template:
static final class CollectionAddAllToCollectionBlock<T, S extends T> {
    
    @BeforeTemplate
    void before(Collection<T> addTo, Collection<S> elementsToAdd) {
        elementsToAdd.forEach(addTo::add);
    }
    
    @BeforeTemplate
    void before2(Collection<T> addTo, Collection<S> elementsToAdd) {
        for (T element : elementsToAdd) {
            addTo.add(element);
        }
    }
    
    @BeforeTemplate
    void before3(Collection<T> addTo, Collection<S> elementsToAdd) {
        for (S element : elementsToAdd) {
            addTo.add(element);
        }
    }
    
    @AfterTemplate
    void after(Collection<T> addTo, Collection<S> elementsToAdd) {
        addTo.addAll(elementsToAdd);
    }
}

.

  • tech.picnic.errorprone.refasterrules.CollectionRulesRecipes$CollectionRemoveAllFromCollectionBlockRecipe: Recipe created for the following Refaster template:
static final class CollectionRemoveAllFromCollectionBlock<T, S extends T> {
    
    @BeforeTemplate
    void before(Collection<T> removeFrom, Collection<S> elementsToRemove) {
        elementsToRemove.forEach(removeFrom::remove);
    }
    
    @BeforeTemplate
    void before2(Collection<T> removeFrom, Collection<S> elementsToRemove) {
        for (T element : elementsToRemove) {
            removeFrom.remove(element);
        }
    }
    
    @BeforeTemplate
    void before3(Collection<T> removeFrom, Collection<S> elementsToRemove) {
        for (S element : elementsToRemove) {
            removeFrom.remove(element);
        }
    }
    
    @AfterTemplate
    void after(Collection<T> removeFrom, Collection<S> elementsToRemove) {
        removeFrom.removeAll(elementsToRemove);
    }
}

.

Changed Recipes​

  • org.openrewrite.java.dependencies.DependencyVulnerabilityCheck was changed:
    • Old Options:
      • maximumUpgradeDelta: { type: UpgradeDelta, required: false }
      • overrideTransitive: { type: Boolean, required: false }
      • scope: { type: String, required: false }
    • New Options:
      • maximumUpgradeDelta: { type: UpgradeDelta, required: false }
      • overrideTransitive: { type: Boolean, required: false }
      • preferDirectUpgrade: { type: Boolean, required: false }
      • scope: { type: String, required: false }
  • org.openrewrite.java.logging.logback.ConfigureLoggerLevel was changed:
    • Old Options:
      • className: { type: String, required: true }
      • logLevel: { type: LogLevel, required: true }
    • New Options:
      • className: { type: String, required: true }
      • filePattern: { type: String, required: false }
      • logLevel: { type: LogLevel, required: true }