AssertJ Core 3.26.0 · org.assertj.core.api.Assumptions

Modifier and Type	Class and Description
private static class	Assumptions.AssumptionMethodInterceptor

Modifier and Type	Field and Description
private static final Implementation	ASSUMPTION
private static final ByteBuddy	BYTE_BUDDY This NamingStrategy takes the original class's name and adds a suffix to distinguish it.
private static final TypeCache<TypeCache.SimpleKey>	CACHE

Access	Constructor and Description
public	Assumptions()

Method Summary

Modifier and Type	Method and Description
private static <ASSERTION, ACTUAL> ASSERTION	asAssumption(Class<ASSERTION> assertionType, Class<ACTUAL> actualType, Object actual)
private static <ASSERTION> ASSERTION	asAssumption(Class<ASSERTION> assertionType, Class<?>[] constructorTypes, Object... constructorParams)
private static AbstractAssert<?, ?>	asAssumption(AbstractAssert<?, ?> assertion)
private static AbstractAssert<?, ?>	asBigDecimalScaleAssumption(AbstractAssert<?, ?> assertion)
private static AbstractAssert<?, ?>	asFileSizeAssumption(AbstractAssert<?, ?> assertion)
private static AbstractAssert<?, ?>	asIterableSizeAssumption(AbstractAssert<?, ?> assertion)
private static AbstractAssert<?, ?>	asMapSizeAssumption(AbstractAssert<?, ?> assertion)
private static AbstractAssert<?, ?>	asRecursiveComparisonAssumption(AbstractAssert<?, ?> assertion)
public static < the type of the actual value. T> ObjectAssert<T>	Returns: the created assumption for assertion object. assumeThat(T the actual value. actual) Creates a new instance of `ObjectAssert` assumption.
public static AbstractStringAssert<?>	Returns: the created assumption for assertion object. assumeThat(String the actual value. actual) Creates a new instance of `StringAssert` assumption.
public static AbstractBigDecimalAssert<?>	Returns: the created assumption for assertion object. assumeThat(BigDecimal the actual value. actual) Creates a new instance of `BigDecimalAssert` assumption.
public static AbstractBigIntegerAssert<?>	Returns: the created assumption for assertion object. assumeThat(BigInteger the actual value. actual) Creates a new instance of `BigIntegerAssert` assumption.
public static AbstractUriAssert<?>	Returns: the created assumption for assertion object. assumeThat(URI the actual value. actual) Creates a new instance of `UriAssert` assumption.
public static AbstractUrlAssert<?>	Returns: the created assumption for assertion object. assumeThat(URL the actual value. actual) Creates a new instance of `UrlAssert` assumption.
public static AbstractBooleanAssert<?>	Returns: the created assumption for assertion object. assumeThat(boolean the actual value. actual) Creates a new instance of `BooleanAssert` assumption.
public static AbstractBooleanAssert<?>	Returns: the created assumption for assertion object. assumeThat(Boolean the actual value. actual) Creates a new instance of `BooleanAssert` assumption.
public static AbstractBooleanArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(boolean[] the actual value. actual) Creates a new instance of `BooleanArrayAssert` assumption.
public static Boolean2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(boolean[][] the actual value. actual) Creates a new instance of `Boolean2DArrayAssert` assumption.
public static AbstractByteAssert<?>	Returns: the created assumption for assertion object. assumeThat(byte the actual value. actual) Creates a new instance of `ByteAssert` assumption.
public static AbstractByteAssert<?>	Returns: the created assumption for assertion object. assumeThat(Byte the actual value. actual) Creates a new instance of `ByteAssert` assumption.
public static AbstractByteArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(byte[] the actual value. actual) Creates a new instance of `ByteArrayAssert` assumption.
public static Byte2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(byte[][] the actual value. actual) Creates a new instance of `Byte2DArrayAssert` assumption.
public static AbstractCharacterAssert<?>	Returns: the created assumption for assertion object. assumeThat(char the actual value. actual) Creates a new instance of `CharacterAssert` assumption.
public static AbstractCharacterAssert<?>	Returns: the created assumption for assertion object. assumeThat(Character the actual value. actual) Creates a new instance of `CharacterAssert` assumption.
public static AbstractCharArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(char[] the actual value. actual) Creates a new instance of `CharArrayAssert` assumption.
public static Char2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(char[][] the actual value. actual) Creates a new instance of `Char2DArrayAssert` assumption.
public static AbstractCharSequenceAssert<?, ? extends CharSequence>	Returns: the created assumption for assertion object. assumeThat(CharSequence the actual value. actual) Creates a new instance of `CharSequenceAssert` assumption.
public static AbstractCharSequenceAssert<?, ? extends CharSequence>	Returns: the created assumption for assertion object. assumeThat(StringBuilder the actual value. actual) Creates a new instance of `CharSequenceAssert` assumption from a `StringBuilder`.
public static AbstractCharSequenceAssert<?, ? extends CharSequence>	Returns: the created assumption for assertion object. assumeThat(StringBuffer the actual value. actual) Creates a new instance of `CharSequenceAssert` assumption from a `StringBuffer`.
public static AbstractShortAssert<?>	Returns: the created assumption for assertion object. assumeThat(short the actual value. actual) Creates a new instance of `ShortAssert` assumption.
public static AbstractShortAssert<?>	Returns: the created assumption for assertion object. assumeThat(Short the actual value. actual) Creates a new instance of `ShortAssert` assumption.
public static AbstractShortArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(short[] the actual value. actual) Creates a new instance of `ShortArrayAssert` assumption.
public static Short2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(short[][] the actual value. actual) Creates a new instance of `Short2DArrayAssert` assumption.
public static AbstractIntegerAssert<?>	Returns: the created assumption for assertion object. assumeThat(int the actual value. actual) Creates a new instance of `IntegerAssert` assumption.
public static AbstractIntegerAssert<?>	Returns: the created assumption for assertion object. assumeThat(Integer the actual value. actual) Creates a new instance of `IntegerAssert` assumption.
public static AbstractIntArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(int[] the actual value. actual) Creates a new instance of `IntArrayAssert` assumption.
public static Int2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(int[][] the actual value. actual) Creates a new instance of `Int2DArrayAssert` assumption.
public static AbstractLongAssert<?>	Returns: the created assumption for assertion object. assumeThat(long the actual value. actual) Creates a new instance of `LongAssert` assumption.
public static AbstractLongAssert<?>	Returns: the created assumption for assertion object. assumeThat(Long the actual value. actual) Creates a new instance of `LongAssert` assumption.
public static AbstractLongArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(long[] the actual value. actual) Creates a new instance of `LongArrayAssert` assumption.
public static Long2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(long[][] the actual value. actual) Creates a new instance of `Long2DArrayAssert` assumption.
public static AbstractFloatAssert<?>	Returns: the created assumption for assertion object. assumeThat(float the actual value. actual) Creates a new instance of `FloatAssert` assumption.
public static AbstractFloatAssert<?>	Returns: the created assumption for assertion object. assumeThat(Float the actual value. actual) Creates a new instance of `FloatAssert` assumption.
public static AbstractFloatArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(float[] the actual value. actual) Creates a new instance of `FloatArrayAssert` assumption.
public static Float2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(float[][] the actual value. actual) Creates a new instance of `Float2DArrayAssert` assumption.
public static AbstractDoubleAssert<?>	Returns: the created assumption for assertion object. assumeThat(double the actual value. actual) Creates a new instance of `DoubleAssert` assumption.
public static AbstractDoubleAssert<?>	Returns: the created assumption for assertion object. assumeThat(Double the actual value. actual) Creates a new instance of `DoubleAssert` assumption.
public static AbstractDoubleArrayAssert<?>	Returns: the created assumption for assertion object. assumeThat(double[] the actual value. actual) Creates a new instance of `DoubleArrayAssert` assumption.
public static Double2DArrayAssert	Returns: the created assumption for assertion object. assumeThat(double[][] the actual value. actual) Creates a new instance of `Double2DArrayAssert` assumption.
public static AtomicBooleanAssert	Returns: the created assumption for assertion object. assumeThat(AtomicBoolean the actual value. actual) Create assumption for `AtomicBoolean`.
public static AtomicIntegerAssert	Returns: the created assumption for assertion object. assumeThat(AtomicInteger the actual value. actual) Create assumption for `AtomicInteger`.
public static AtomicIntegerArrayAssert	Returns: the created assumption for assertion object. assumeThat(AtomicIntegerArray the actual value. actual) Creates int[] assumption for `AtomicIntegerArray`.
public static < the type of the object holding the updatable field. OBJECT> AtomicIntegerFieldUpdaterAssert<OBJECT>	Returns: the created assumption for assertion object. assumeThat(AtomicIntegerFieldUpdater<OBJECT> the actual value. actual) Create assumption for `AtomicIntegerFieldUpdater`.
public static LongAdderAssert	Returns: the created assumption for assertion object. assumeThat(LongAdder the actual value. actual) Create assumption for `LongAdder`.
public static AtomicLongAssert	Returns: the created assumption for assertion object. assumeThat(AtomicLong the actual value. actual) Create assumption for `AtomicLong`.
public static AtomicLongArrayAssert	Returns: the created assumption for assertion object. assumeThat(AtomicLongArray the actual value. actual) Create assumption for `AtomicLongArray`.
public static < the type of the object holding the updatable field. OBJECT> AtomicLongFieldUpdaterAssert<OBJECT>	Returns: the created assumption for assertion object. assumeThat(AtomicLongFieldUpdater<OBJECT> the actual value. actual) Create assumption for `AtomicLongFieldUpdater`.
public static < the type of the value contained in the `AtomicReference`. VALUE> AtomicReferenceAssert<VALUE>	Returns: the created assumption for assertion object. assumeThat(AtomicReference<VALUE> the actual value. actual) Create assumption for `AtomicReference`.
public static < the type of the value contained in the `AtomicReferenceArray`. ELEMENT> AtomicReferenceArrayAssert<ELEMENT>	Returns: the created assumption for assertion object. assumeThat(AtomicReferenceArray<ELEMENT> the actual value. actual) Create assumption for `AtomicReferenceArray`.
public static < the type of the field which gets updated by the `AtomicReferenceFieldUpdater`. FIELD, the type of the object holding the updatable field. OBJECT> AtomicReferenceFieldUpdaterAssert<FIELD, OBJECT>	Returns: the created assumption for assertion object. assumeThat(AtomicReferenceFieldUpdater<OBJECT, FIELD> the actual value. actual) Create assumption for `AtomicReferenceFieldUpdater`.
public static < the type of the value contained in the `AtomicMarkableReference`. VALUE> AtomicMarkableReferenceAssert<VALUE>	Returns: the created assumption for assertion object. assumeThat(AtomicMarkableReference<VALUE> the actual value. actual) Create assumption for `AtomicMarkableReference`.
public static < the type of the value contained in the `AtomicStampedReference`. VALUE> AtomicStampedReferenceAssert<VALUE>	Returns: the created assumption for assertion object. assumeThat(AtomicStampedReference<VALUE> the actual value. actual) Create assumption for `AtomicStampedReference`.
public static ClassAssert	Returns: the created assumption for assertion object. assumeThat(Class<?> the actual value. actual) Creates a new instance of `ClassAssert` assumption.
public static AbstractDateAssert<?>	Returns: the created assumption for assertion object. assumeThat(Date the actual value. actual) Creates a new instance of `DateAssert` assumption.
public static AbstractFileAssert<?>	Returns: the created assumption for assertion object. assumeThat(File the actual value. actual) Creates a new instance of `FileAssert` assumption.
public static AbstractPathAssert<?>	Returns: the created assumption for assertion object. assumeThat(Path the path to test actual) Creates a new instance of `PathAssert` assumption.
public static AbstractInputStreamAssert<?, ? extends InputStream>	Returns: the created assumption for assertion object. assumeThat(InputStream the actual value. actual) Creates a new instance of `InputStreamAssert` assumption.
public static < the type of the value contained in the `java.util.concurrent.Future`. RESULT> AbstractFutureAssert<?, ? extends Future<? extends RESULT>, RESULT>	Returns: the created assumption for assertion object. assumeThat(Future<RESULT> the actual value. future) Create assertion for `FutureAssert` assumption.
public static < the type of elements. ELEMENT> IterableAssert<ELEMENT>	Returns: the created assumption for assertion object. assumeThat(Iterable<? extends ELEMENT> the actual value. actual) Creates a new instance of `IterableAssert` assumption.
public static < the type of elements. ELEMENT> IteratorAssert<ELEMENT>	Returns: the created assumption for assertion object. assumeThat(Iterator<? extends ELEMENT> the actual value. actual) Creates a new instance of `IteratorAssert` assumption.
public static < the type of elements. E> AbstractCollectionAssert<?, Collection<? extends E>, E, ObjectAssert<E>>	Returns: the created assumption for assertion object. assumeThat(Collection<? extends E> the actual value. actual) Creates a new instance of `CollectionAssert` assumption.
public static < the type of elements. ELEMENT> FactoryBasedNavigableListAssert<ListAssert<ELEMENT>, List<? extends ELEMENT>, ELEMENT, ObjectAssert<ELEMENT>>	Returns: the created assumption for assertion object. assumeThat(List<? extends ELEMENT> the actual value. actual) Creates a new instance of `ListAssert` assumption.
public static < the type of elements. T> ObjectArrayAssert<T>	Returns: the created assumption for assertion object. assumeThat(T[] the actual value. actual) Creates a new instance of `ObjectArrayAssert` assumption.
public static < the type of elements. T> Object2DArrayAssert<T>	Returns: the created assumption for assertion object. assumeThat(T[][] the actual value. actual) Creates a new instance of `Object2DArrayAssert` assumption.
public static < the type of keys in the map. K, the type of values in the map. V> MapAssert<K, V>	Returns: the created assumption for assertion object. assumeThat(Map<K, V> the actual value. actual) Creates a new instance of `MapAssert` assumption.
public static < the type of actual. T extends Comparable<? super T>> AbstractComparableAssert<?, T>	Returns: the created assumption for assertion object. assumeThat(T the actual value. actual) Creates a new instance of `GenericComparableAssert` assumption.
public static < the type of the actual throwable. T extends Throwable> AbstractThrowableAssert<?, T>	Returns: the created assumption for assertion object. assumeThat(T the actual value. actual) Creates a new instance of `ThrowableAssert` assumption.
public static < the `Predicate` type. T> PredicateAssert<T>	Returns: the created assumption for assertion object. assumeThat(Predicate<T> the Predicate to test actual) Creates a new instance of `PredicateAssert` assumption.
public static IntPredicateAssert	Returns: the created assumption for assertion object. assumeThat(IntPredicate the IntPredicate to test actual) Creates a new instance of `IntPredicateAssert` assumption.
public static LongPredicateAssert	Returns: the created assumption for assertion object. assumeThat(LongPredicate the LongPredicate to test actual) Creates a new instance of `LongPredicateAssert` assumption.
public static DoublePredicateAssert	Returns: the created assumption for assertion object. assumeThat(DoublePredicate the DoublePredicate to test actual) Creates a new instance of `DoublePredicateAssert` assumption.
public static < the CompletableFuture wrapped type. RESULT> CompletableFutureAssert<RESULT>	Returns: the created assumption for assertion object. assumeThat(CompletableFuture<RESULT> the CompletableFuture to test actual) Creates a new instance of `CompletableFutureAssert` assumption.
public static < the CompletableFuture wrapped type. RESULT> CompletableFutureAssert<RESULT>	Returns: the created assumption for assertion object. assumeThat(CompletionStage<RESULT> the CompletableFuture to test actual) Creates a new instance of `CompletableFutureAssert` assumption for a `java.util.concurrent.CompletionStage` by converting it to a `CompletableFuture` and returning a `CompletableFutureAssert`.
public static < the Optional wrapped type. VALUE> OptionalAssert<VALUE>	Returns: the created assumption for assertion object. assumeThat(Optional<VALUE> the Optional to test actual) Creates a new instance of `OptionalAssert` assumption.
public static OptionalDoubleAssert	Returns: the created assumption for assertion object. assumeThat(OptionalDouble the OptionalDouble to test actual) Creates a new instance of `OptionalDoubleAssert` assumption.
public static MatcherAssert	Returns: the created assumption for assertion object. assumeThat(Matcher the Matcher to test actual) Creates a new instance of `MatcherAssert` assumption.
public static OptionalIntAssert	Returns: the created assumption for assertion object. assumeThat(OptionalInt the OptionalInt to test actual) Creates a new instance of `OptionalIntAssert` assumption.
public static OptionalLongAssert	Returns: the created assumption for assertion object. assumeThat(OptionalLong the OptionalLong to test actual) Creates a new instance of `OptionalLongAssert` assumption.
public static TemporalAssert	Returns: the created assumption for the given object. assumeThat(Temporal the Temporal to test actual) Creates a new instance of `TemporalAssert` assumption.
public static AbstractZonedDateTimeAssert<?>	Returns: the created assumption for assertion object. assumeThat(ZonedDateTime the ZonedDateTime to test actual) Creates a new instance of `ZonedDateTimeAssert` assumption.
public static AbstractLocalDateTimeAssert<?>	Returns: the created assumption for assertion object. assumeThat(LocalDateTime the LocalDateTime to test actual) Creates a new instance of `LocalDateTimeAssert` assumption.
public static AbstractOffsetDateTimeAssert<?>	Returns: the created assumption for assertion object. assumeThat(OffsetDateTime the OffsetDateTime to test actual) Creates a new instance of `OffsetDateTimeAssert` assumption.
public static AbstractOffsetTimeAssert<?>	Returns: the created assumption for assertion object. assumeThat(OffsetTime the LocalTime to test actual) Creates a new instance of `OffsetTimeAssert` assumption.
public static AbstractLocalTimeAssert<?>	Returns: the created assumption for assertion object. assumeThat(LocalTime the LocalTime to test actual) Creates a new instance of `LocalTimeAssert` assumption.
public static AbstractLocalDateAssert<?>	Returns: the created assumption for assertion object. assumeThat(LocalDate the LocalDate to test actual) Creates a new instance of `LocalDateAssert` assumption.
public static AbstractYearMonthAssert<?>	Returns: the created assumption for assertion object. assumeThat(YearMonth the YearMonth to test actual) Creates a new instance of `YearMonthAssert` assumption.
public static AbstractInstantAssert<?>	Returns: the created assumption for assertion object. assumeThat(Instant the Instant to test actual) Creates a new instance of `InstantAssert` assumption.
public static AbstractDurationAssert<?>	Returns: the created assumption for assertion object. assumeThat(Duration the Duration to test actual) Creates a new instance of `DurationAssert` assumption.
public static AbstractPeriodAssert<?>	Returns: the created assumption for assertion object. assumeThat(Period the Period to test actual) Creates a new instance of `PeriodAssert` assumption.
public static < the type of elements. ELEMENT> AbstractListAssert<?, List<? extends ELEMENT>, ELEMENT, ObjectAssert<ELEMENT>>	Returns: the created assumption for assertion object. assumeThat(Stream<? extends ELEMENT> the Stream to test actual) Creates a new instance of `ListAssert` assumption from the given `Stream`.
public static AbstractListAssert<?, List<? extends Double>, Double, ObjectAssert<Double>>	Returns: the created assumption for assertion object. assumeThat(DoubleStream the DoubleStream to test actual) Creates a new instance of `ListAssert` assumption from the given `DoubleStream`.
public static AbstractListAssert<?, List<? extends Long>, Long, ObjectAssert<Long>>	Returns: the created assumption for assertion object. assumeThat(LongStream the LongStream to test actual) Creates a new instance of `ListAssert` assumption from the given `LongStream`.
public static AbstractListAssert<?, List<? extends Integer>, Integer, ObjectAssert<Integer>>	Returns: the created assumption for assertion object. assumeThat(IntStream the LongStream to test actual) Creates a new instance of `ListAssert` assumption from the given `IntStream`.
public static < the type of the elements ELEMENT> AbstractSpliteratorAssert<?, ELEMENT>	Returns: the created assumption for assertion object. assumeThat(Spliterator<ELEMENT> the Spliterator to test actual) Creates a new instance of `SpliteratorAssert` assumption from the given `Spliterator`.
public static AbstractCharSequenceAssert<?, ? extends CharSequence>	Returns: the created assumption for assertion object. assumeThatCharSequence(CharSequence the actual value. actual) Creates a new instance of `CharSequenceAssert` assumption.
public static AbstractThrowableAssert<?, ? extends Throwable>	Returns: the created `ThrowableAssert`. assumeThatCode(ThrowableAssert.ThrowingCallable The `ThrowingCallable` or lambda with the code that should raise the throwable. shouldRaiseOrNotThrowable) Allows to capture and then assume on a `Throwable` (easier done with lambdas).
public static < the type of elements. E> AbstractCollectionAssert<?, Collection<? extends E>, E, ObjectAssert<E>>	Returns: the created assumption for assertion object. assumeThatCollection(Collection<? extends E> the actual value. actual) Creates a new instance of `CollectionAssert` assumption.
public static < the type of actual. T> AbstractUniversalComparableAssert<?, T>	Returns: the created assumption for assertion object. assumeThatComparable(Comparable<T> the actual value. actual) Creates a new instance of `UniversalComparableAssert` assumption.
public static ThrowableTypeAssert<Exception>	Returns: the created assumption for assertion object. assumeThatException() Alias for `assumeThatExceptionOfType(Class)` for `Exception`.
public static < the exception type. T extends Throwable> ThrowableTypeAssert<T>	Returns: the created `ThrowableTypeAssert`. assumeThatExceptionOfType(final Class<? extends T> the exception type class. exceptionType) Entry point to check that an exception of type T is thrown by a given `throwingCallable` which allows to chain assertions on the thrown exception.
public static ThrowableTypeAssert<IllegalArgumentException>	Returns: the created assumption for assertion object. assumeThatIllegalArgumentException() Alias for `assumeThatExceptionOfType(Class)` for `IllegalArgumentException`.
public static ThrowableTypeAssert<IndexOutOfBoundsException>	Returns: the created assumption for assertion object. assumeThatIndexOutOfBoundsException() Alias for `assumeThatExceptionOfType(Class)` for `IndexOutOfBoundsException`.
public static ThrowableTypeAssert<IOException>	Returns: the created assumption for assertion object. assumeThatIOException() Alias for `assumeThatExceptionOfType(Class)` for `IOException`.
public static < the type of elements. ELEMENT> IterableAssert<ELEMENT>	Returns: the created assumption for assertion object. assumeThatIterable(Iterable<? extends ELEMENT> the actual value. actual) Creates a new instance of `IterableAssert` assumption.
public static < the type of elements. ELEMENT> IteratorAssert<ELEMENT>	Returns: the created assumption for assertion object. assumeThatIterator(Iterator<? extends ELEMENT> the actual value. actual) Creates a new instance of `IteratorAssert` assumption.
public static < the type of elements. ELEMENT> FactoryBasedNavigableListAssert<ListAssert<ELEMENT>, List<? extends ELEMENT>, ELEMENT, ObjectAssert<ELEMENT>>	Returns: the created assumption for assertion object. assumeThatList(List<? extends ELEMENT> the actual value. actual) Creates a new instance of `ListAssert` assumption.
public static ThrowableTypeAssert<NullPointerException>	Returns: the created assumption for assertion object. assumeThatNullPointerException() Alias for `assumeThatExceptionOfType(Class)` for `NullPointerException`.
public static < the type of the actual value. T> ObjectAssert<T>	Returns: the created assertion object. assumeThatObject(T the actual value. actual) Creates a new instance of `ObjectAssert` assumption.
public static AbstractPathAssert<?>	Returns: the created assumption for assertion object. assumeThatPath(Path the actual value. actual) Creates a new instance of `PathAssert` assumption.
public static < the type of elements. T> PredicateAssert<T>	Returns: the created assumption for assertion object. assumeThatPredicate(Predicate<T> the actual value. actual) Creates a new instance of `PredicateAssert` assumption.
public static ThrowableTypeAssert<ReflectiveOperationException>	Returns: the created assumption for assertion object. assumeThatReflectiveOperationException() Alias for `assumeThatExceptionOfType(Class)` for `ReflectiveOperationException`.
public static ThrowableTypeAssert<RuntimeException>	Returns: the created assumption for assertion object. assumeThatRuntimeException() Alias for `assumeThatExceptionOfType(Class)` for `RuntimeException`.
public static < the type of elements. ELEMENT> AbstractListAssert<?, List<? extends ELEMENT>, ELEMENT, ObjectAssert<ELEMENT>>	Returns: the created assumption for assertion object. assumeThatStream(Stream<? extends ELEMENT> the actual value. actual) Creates a new instance of `ListAssert` assumption from the given `Stream`.
public static AbstractThrowableAssert<?, ? extends Throwable>	Returns: the created assumption for assertion object. assumeThatThrownBy(ThrowableAssert.ThrowingCallable The `ThrowingCallable` or lambda with the code that should raise the throwable. shouldRaiseThrowable) Allows to capture and then assume on a `Throwable` (easier done with lambdas).
private static <ASSERTION> Class<? extends ASSERTION>	createAssumptionClass(Class<ASSERTION> assertClass)
protected static <ASSERTION> Class<? extends ASSERTION>	generateAssumptionClass(Class<ASSERTION> assertionType)
public static void	setPreferredAssumptionException(PreferredAssumptionException the preferred exception to use with `Assumptions`. preferredAssumptionException) Sets which exception is thrown if an assumption is not met.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

public Class Assumptions

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary