Deprecated List

Deprecated Methods

Method and Description
com.google.common.truth.ComparableSubject.comparesEqualTo(T) Use `ComparableSubject.isEquivalentAccordingToCompareTo(T)` instead.
com.google.common.truth.MultimapSubject.containsExactly(Multimap<?, ?>) Use `MultimapSubject.containsExactlyEntriesIn(com.google.common.collect.Multimap<?, ?>)` instead.
com.google.common.truth.Subject.equals(Object) `Object.equals(Object)` is not supported on Truth subjects. If you meant to test object equality, use `Subject.isEqualTo(Object)` instead.
com.google.common.truth.PrimitiveFloatArraySubject.TolerantPrimitiveFloatArrayComparison.equals(Object) `Object.equals(Object)` is not supported on TolerantPrimitiveFloatArrayComparison. If you meant to compare float arrays, use `PrimitiveFloatArraySubject.TolerantPrimitiveFloatArrayComparison.of(float[])` instead.
com.google.common.truth.FloatSubject.TolerantFloatComparison.equals(Object) `Object.equals(Object)` is not supported on TolerantFloatComparison If you meant to compare floats, use `FloatSubject.TolerantFloatComparison.of(float)` instead.
com.google.common.truth.PrimitiveDoubleArraySubject.TolerantPrimitiveDoubleArrayComparison.equals(Object) `Object.equals(Object)` is not supported on TolerantPrimitiveDoubleArrayComparison. If you meant to compare double arrays, use `PrimitiveDoubleArraySubject.TolerantPrimitiveDoubleArrayComparison.of(double[])` instead.
com.google.common.truth.DoubleSubject.TolerantDoubleComparison.equals(Object) `Object.equals(Object)` is not supported on TolerantDoubleComparison If you meant to compare doubles, use `DoubleSubject.TolerantDoubleComparison.of(double)` instead.
com.google.common.truth.Subject.hashCode() `Object.hashCode()` is not supported on Truth subjects.
com.google.common.truth.PrimitiveFloatArraySubject.TolerantPrimitiveFloatArrayComparison.hashCode() `Object.hashCode()` is not supported on TolerantPrimitiveFloatArrayComparison
com.google.common.truth.FloatSubject.TolerantFloatComparison.hashCode() `Object.hashCode()` is not supported on TolerantFloatComparison
com.google.common.truth.PrimitiveDoubleArraySubject.TolerantPrimitiveDoubleArrayComparison.hashCode() `Object.hashCode()` is not supported on TolerantPrimitiveDoubleArrayComparison
com.google.common.truth.DoubleSubject.TolerantDoubleComparison.hashCode() `Object.hashCode()` is not supported on TolerantDoubleComparison
com.google.common.truth.DoubleSubject.isEqualTo(Double) Use `DoubleSubject.isWithin(double)` instead. Double comparison should always have a tolerance.
com.google.common.truth.FloatSubject.isEqualTo(Float) Use `FloatSubject.isWithin(float)` instead. Float comparison should always have a tolerance.
com.google.common.truth.SetMultimapSubject.isEqualTo(ListMultimap<?, ?>) `#isEqualTo` A ListMultimap can never compare equal with a SetMultimap if either Multimap is non-empty, because `List` and `Set` can never compare equal. Prefer `MultimapSubject.containsExactlyEntriesIn(com.google.common.collect.Multimap)` instead. Consult `Multimap.equals(java.lang.Object)` for more information.
com.google.common.truth.PrimitiveFloatArraySubject.isEqualTo(Object) use `#isWithin(float)`
com.google.common.truth.PrimitiveDoubleArraySubject.isEqualTo(Object) use `#isWithin(double)`
com.google.common.truth.PrimitiveDoubleArraySubject.isEqualTo(Object, double) use `PrimitiveDoubleArraySubject.hasValuesWithin(double)`, noting the different behaviour for non-finite values
com.google.common.truth.PrimitiveFloatArraySubject.isEqualTo(Object, float) use `PrimitiveFloatArraySubject.hasValuesWithin(float)`, noting the different behaviour for non-finite values
com.google.common.truth.ListMultimapSubject.isEqualTo(SetMultimap<?, ?>) `#isEqualTo` A SetMultimap can never compare equal with a ListMultimap if either Multimap is non-empty, because `Set` and `List` can never compare equal. Prefer `MultimapSubject.containsExactlyEntriesIn(com.google.common.collect.Multimap)` instead. Consult `Multimap.equals(java.lang.Object)` for more information.
com.google.common.truth.BooleanSubject.isEquivalentAccordingToCompareTo(Boolean) Use `Subject.isEqualTo(java.lang.Object)` instead. Boolean comparison is consistent with equality.
com.google.common.truth.DoubleSubject.isEquivalentAccordingToCompareTo(Double) Use `DoubleSubject.isWithin(double)` instead. Double comparison should always have a tolerance.
com.google.common.truth.FloatSubject.isEquivalentAccordingToCompareTo(Float) Use `FloatSubject.isWithin(float)` instead. Float comparison should always have a tolerance.
com.google.common.truth.IntegerSubject.isEquivalentAccordingToCompareTo(Integer) Use `Subject.isEqualTo(java.lang.Object)` instead. Integer comparison is consistent with equality.
com.google.common.truth.LongSubject.isEquivalentAccordingToCompareTo(Long) Use `Subject.isEqualTo(java.lang.Object)` instead. Long comparison is consistent with equality.
com.google.common.truth.StringSubject.isEquivalentAccordingToCompareTo(String) Use `StringSubject.isEqualTo(java.lang.Object)` instead. String comparison is consistent with equality.
com.google.common.truth.DoubleSubject.isNotEqualTo(Double) Use `DoubleSubject.isNotWithin(double)` instead. Double comparison should always have a tolerance.
com.google.common.truth.FloatSubject.isNotEqualTo(Float) Use `FloatSubject.isNotWithin(float)` instead. Float comparison should always have a tolerance.
com.google.common.truth.PrimitiveFloatArraySubject.isNotEqualTo(Object) use `#isNotWithin(float)`
com.google.common.truth.PrimitiveDoubleArraySubject.isNotEqualTo(Object) use `#isNotWithin(double)`
com.google.common.truth.PrimitiveDoubleArraySubject.isNotEqualTo(Object, double) use `PrimitiveDoubleArraySubject.hasValuesNotWithin(double)`, noting the different behaviour for non-finite values
com.google.common.truth.PrimitiveFloatArraySubject.isNotEqualTo(Object, float) use `PrimitiveFloatArraySubject.hasValuesNotWithin(float)`, noting the different behaviour for non-finite values
com.google.common.truth.IterableSubject.isPartiallyOrdered() Use `IterableSubject.isOrdered()` instead.
com.google.common.truth.IterableSubject.isPartiallyOrdered(Comparator<? super T>) Use `IterableSubject.isOrdered(Comparator)` instead.

Deprecated API

Contents

Deprecated Methods