@Test public void isNotAScalar() { WithoutTagAggregationClause clause = new WithoutTagAggregationClause(Arrays.asList("foo")); assertFalse(clause.isScalar()); }
@Override public boolean isScalar() { return false; }
WithoutTagAggregationClause implements TagAggregationClause { @Override public boolean isScalar() { return false; } }
WithoutTagAggregationClause implements TagAggregationClause { @Override public boolean isScalar() { return false; } WithoutTagAggregationClause(Collection<String> tags); }
WithoutTagAggregationClause implements TagAggregationClause { @Override public boolean isScalar() { return false; } WithoutTagAggregationClause(Collection<String> tags); @Override boolean isScalar(); @Override Map<Tags, Collection<R>> apply(Stream<X> x_stream, Function<? super X, Tags> x_tag_fn, Function<? super X, R> x_map_fn); @Override Map<Tags, Collection<R>> apply(Stream<X> x_stream, Stream<Y> y_stream,
            Function<? super X, Tags> x_tag_fn, Function<? super Y, Tags> y_tag_fn,
            Function<? super X, R> x_map_fn, Function<? super Y, R> y_map_fn); @Override StringBuilder configString(); }
WithoutTagAggregationClause implements TagAggregationClause { @Override public boolean isScalar() { return false; } WithoutTagAggregationClause(Collection<String> tags); @Override boolean isScalar(); @Override Map<Tags, Collection<R>> apply(Stream<X> x_stream, Function<? super X, Tags> x_tag_fn, Function<? super X, R> x_map_fn); @Override Map<Tags, Collection<R>> apply(Stream<X> x_stream, Stream<Y> y_stream,
            Function<? super X, Tags> x_tag_fn, Function<? super Y, Tags> y_tag_fn,
            Function<? super X, R> x_map_fn, Function<? super Y, R> y_map_fn); @Override StringBuilder configString();  }