addEmptyTestClass("AÄTest")
        addEmptyTestClass("AZTest")
        addEmptyTestClass("AbTest")

        String expectedTestMessages = """
executed Test ${maybeParentheses('test')}(AATest)
executed Test ${maybeParentheses('test')}(ACTest)
executed Test ${maybeParentheses('test')}(AZTest)
executed Test ${maybeParentheses('test')}(AbTest)
executed Test ${maybeParentheses('test')}(AdTest)
executed Test ${maybeParentheses('test')}(AyTest)

        def candidate1 = candidate("best", "best", "best")
        def candidate2 = candidate("best", "best", "compatible")
        def candidate3 = candidate("best", "compatible", "compatible")
        def candidate4 = candidate("compatible", "best", "best")
        def candidate5 = candidate("compatible", "compatible", "best")
        def candidate6 = candidate("compatible", "compatible", "compatible")

			expected: v1.PodQOSGuaranteed,
		},
		{
			pod: newPod("best-effort-best-effort", []v1.Container{
				newContainer("best-effort", getResourceList("", ""), getResourceList("", "")),
				newContainer("best-effort", getResourceList("", ""), getResourceList("", "")),
			}),
			expected: v1.PodQOSBestEffort,
		},
		{
			pod: newPod("best-effort", []v1.Container{
				newContainer("best-effort", getResourceList("", ""), getResourceList("", "")),

      } else {
        return position[a] < position[b];  // preserve order
      }
    };

    Operation* best = nullptr;
    for (Operation* op : ready) {
      if (best == nullptr || better(op, best)) {
        best = op;
      }
    }

    if (!best) {
      assert(ready.empty());
      return result;  // happens for unused results for ops in the todo list
    }

	// Quadratic dynamic programming algorithm for line wrapping problem.
	// best[i] tracks the best score possible for words[:i],
	// assuming that for i < len(words) the line breaks after those words.
	// bestleft[i] tracks the previous line break for best[i].
	best := make([]int64, len(words)+1)
	bestleft := make([]int, len(words)+1)
	best[0] = 0
	for i, w := range words {
		if utf8.RuneCountInString(w) >= max {

        GradleDistribution best = null
        for (GradleDistribution release : releases.all) {
            if (release.version.version == requested) {
                return release
            }
            if (!release.version.snapshot && release.version.baseVersion.version == requested && (best == null || best.version < release.version)) {
                best = release
            }
        }

			bucket: o.Bucket,
			status: scanStateNone,
		}
	}

	// Create new and add.
	best := o.newMetacache()
	b.caches[o.ID] = best
	b.cachesRoot[best.root] = append(b.cachesRoot[best.root], best.id)
	b.updated = true
	b.debugf("returning new cache %s, bucket: %v", best.id, best.bucket)
	return best
}

// cleanup removes redundant and outdated entries.
func (b *bucketMetacache) cleanup() {

	// Thank you for the lovely bone china tea set.
	//
	// Best wishes,
	// Josie
	//
	// Dear Uncle John,
	//
	// It is a shame you couldn't make it to the wedding.
	// Thank you for the lovely moleskin pants.
	//
	// Best wishes,
	// Josie
	//
	// Dear Cousin Rodney,
	//
	// It is a shame you couldn't make it to the wedding.
	//
	// Best wishes,
	// Josie
}

			log.Warnf("failed to read proc %v stats: %v", p.PID, err)
			if best == "" {
				best = ns
			}
			continue
		}
		// Get the oldest one.
		if s.Starttime < oldest {
			oldest = s.Starttime
			best = ns
		}
	}
	if best == "" {
		return "", fmt.Errorf("failed to find network namespace")
	}
	return best, nil

</blockquote>

## Investigation

By using all the previous alternatives I had the chance to learn from all of them, take ideas, and combine them in the best way I could find for myself and the teams of developers I have worked with.