/**
* Incrementally updates a TestSummary given an existing summary and a new TestResult. Only call
* on built targets.
*
* @param summaryBuilder Existing unbuilt test summary associated with a target.
* @param result New test result to aggregate into the summary.
* @return The updated TestSummary.
*/
public TestSummary.Builder incrementalAnalyze(
TestSummary.Builder summaryBuilder, TestResult result) {
// Cache retrieval should have been performed already.
Preconditions.checkNotNull(result);
Preconditions.checkNotNull(summaryBuilder);
TestSummary existingSummary = Preconditions.checkNotNull(summaryBuilder.peek());
TransitiveInfoCollection target = existingSummary.getTarget();
Preconditions.checkNotNull(target, "The existing TestSummary must be associated with a target");
BlazeTestStatus status = existingSummary.getStatus();
int numCached = existingSummary.numCached();
int numLocalActionCached = existingSummary.numLocalActionCached();
// If a test was neither cached locally nor remotely we say action was taken.
if (!(result.isCached() || result.getData().getRemotelyCached())) {
summaryBuilder.setActionRan(true);
} else {
numCached++;
}
if (result.isCached()) {
numLocalActionCached++;
}
PathFragment coverageData = result.getCoverageData();
if (coverageData != null) {
summaryBuilder.addCoverageFiles(
Collections.singletonList(execRoot.getRelative(coverageData)));
}
if (!executionOptions.runsPerTestDetectsFlakes) {
status = aggregateStatus(status, result.getData().getStatus());
} else {
int shardNumber = result.getShardNum();
int runsPerTestForLabel = target.getProvider(TestProvider.class).getTestParams().getRuns();
List<BlazeTestStatus> singleShardStatuses =
summaryBuilder.addShardStatus(shardNumber, result.getData().getStatus());
if (singleShardStatuses.size() == runsPerTestForLabel) {
BlazeTestStatus shardStatus = BlazeTestStatus.NO_STATUS;
int passes = 0;
for (BlazeTestStatus runStatusForShard : singleShardStatuses) {
shardStatus = aggregateStatus(shardStatus, runStatusForShard);
if (TestResult.isBlazeTestStatusPassed(shardStatus)) {
passes++;
}
}
// Under the RunsPerTestDetectsFlakes option, return flaky if 1 <= p < n shards pass.
// If all results pass or fail, aggregate the passing/failing shardStatus.
if (passes == 0 || passes == runsPerTestForLabel) {
status = aggregateStatus(status, shardStatus);
} else {
status = aggregateStatus(status, BlazeTestStatus.FLAKY);
}
}
}
List<Path> passed = new ArrayList<>();
if (result.getData().hasPassedLog()) {
passed.add(
result
.getTestAction()
.getTestLog()
.getPath()
.getRelative(result.getData().getPassedLog()));
}
List<Path> failed = new ArrayList<>();
for (String path : result.getData().getFailedLogsList()) {
failed.add(result.getTestAction().getTestLog().getPath().getRelative(path));
}
summaryBuilder
.addTestTimes(result.getData().getTestTimesList())
.addPassedLogs(passed)
.addFailedLogs(failed)
.addWarnings(result.getData().getWarningList())
.collectFailedTests(result.getData().getTestCase())
.setRanRemotely(result.getData().getIsRemoteStrategy());
List<String> warnings = new ArrayList<>();
if (status == BlazeTestStatus.PASSED
&& shouldEmitTestSizeWarningInSummary(
summaryOptions.testVerboseTimeoutWarnings,
warnings,
result.getData().getTestProcessTimesList(),
target)) {
summaryBuilder.setWasUnreportedWrongSize(true);
}
return summaryBuilder
.setStatus(status)
.setNumCached(numCached)
.setNumLocalActionCached(numLocalActionCached)
.addWarnings(warnings);
}
