}

        int effectiveDisplayGranularity = displayGranularity == -1
                ? names.size() - 1 : Math.min(displayGranularity, names.size() - 1);
        List<String> displayedNames = Lists.reverse(names).subList(effectiveDisplayGranularity, names.size());
        return Joiner.on(" > ").join(displayedNames) + " ";
    }

    private boolean isAtomicTestWithNoTestClassInAncestorDescriptors(TestDescriptor current) {

        List<Integer> lastGroupOnLevelBelow
        if (freeLevel > 0) {
            def nodesOnLevelBelow = getFromLevel(levelList, freeLevel - 1)
            lastGroupOnLevelBelow = new ArrayList<>(nodesOnLevelBelow.subList(nodesOnLevelBelow.size() - nodesPerGroup, nodesOnLevelBelow.size()))
        } else {
            lastGroupOnLevelBelow = []
        }
        parentMap.put(node, lastGroupOnLevelBelow)
    }

            MethodRuleDefinition<R, S> ruleDefinition = getRuleDefinition();
            List<ModelReference<?>> bindings = ruleDefinition.getReferences();
            List<ModelReference<?>> inputs = bindings.subList(1, bindings.size());
            final ModelRuleDescriptor descriptor = ruleDefinition.getDescriptor();

            if (modelSchema instanceof SpecializedMapSchema) {

          extras = new ArrayList<>();
        }
        extras.add(other.element);
        extras.addAll(other.extras);
        if (extras.size() > MAX_EXTRAS) {
          extras.subList(MAX_EXTRAS, extras.size()).clear();
          throw multiples(true);
        }
        return this;
      }
    }

        }

        // The last comment line is the timestamp
        List<String> nonCommentLines;
        if (lastCommentLine != -1) {
            lines.remove(lastCommentLine);
            nonCommentLines = lines.subList(lastCommentLine, lines.size());
        } else {
            nonCommentLines = lines;
        }

        Collections.sort(nonCommentLines);
        StringBuilder builder = new StringBuilder();

    return entries;
  }

  private void expectFirstRemoved(Entry<K, V>[] entries) {
    resetMap(entries);

    List<Entry<K, V>> expectedWithDuplicateRemoved =
        Arrays.asList(entries).subList(1, getNumElements());
    expectContents(expectedWithDuplicateRemoved);
  }

  /**
   * Returns the {@link Method} instance for {@link #testCreateWithNullKeyUnsupported()} so that

            }
        }
    }

    private fun writeInnerParts(innerTypesAsList: List<PossiblyInnerType>, sw: JvmSignatureWriter, mode: TypeMappingMode, index: Int) {
        for (innerPart in innerTypesAsList.subList(index, innerTypesAsList.size)) {
            sw.writeInnerClass(getJvmShortName(innerPart.classDescriptor))
            writeGenericArguments(sw, innerPart, mode)
        }
    }

    array[getNumElements() + 1] = e3();
    assertSame(
        "toArray(overSizedE[]) should return the given array", array, collection.toArray(array));

    List<E> subArray = Arrays.asList(array).subList(0, getNumElements());
    E[] expectedSubArray = createSamplesArray();
    for (int i = 0; i < getNumElements(); i++) {
      assertTrue(
          "toArray(overSizedE[]) should contain element " + expectedSubArray[i],

          extras = new ArrayList<>();
        }
        extras.add(other.element);
        extras.addAll(other.extras);
        if (extras.size() > MAX_EXTRAS) {
          extras.subList(MAX_EXTRAS, extras.size()).clear();
          throw multiples(true);
        }
        return this;
      }
    }

    Optional<Object> getOptional() {
      if (extras.isEmpty()) {

    array[getNumElements() + 1] = e3();
    assertSame(
        "toArray(overSizedE[]) should return the given array", array, collection.toArray(array));

    List<E> subArray = Arrays.asList(array).subList(0, getNumElements());
    E[] expectedSubArray = createSamplesArray();
    for (int i = 0; i < getNumElements(); i++) {
      assertTrue(
          "toArray(overSizedE[]) should contain element " + expectedSubArray[i],