/**
* If the action might read directories as inputs in a way that is unsound wrt dependency
* checking, this method must be called.
*/
protected void checkInputsForDirectories(
EventHandler eventHandler, MetadataHandler metadataHandler) {
// Report "directory dependency checking" warning only for non-generated directories (generated
// ones will be reported earlier).
for (Artifact input : getMandatoryInputs()) {
// Assume that if the file did not exist, we would not have gotten here.
if (input.isSourceArtifact() && !metadataHandler.isRegularFile(input)) {
eventHandler.handle(
Event.warn(
getOwner().getLocation(),
"input '"
+ input.prettyPrint()
+ "' to "
+ getOwner().getLabel()
+ " is a directory; dependency checking of directories is unsound"));
}
}
}
private static void deserializeEvent(StoredEventHandler eventHandler, Build.Event event) {
String message = event.getMessage();
switch (event.getKind()) {
case ERROR:
eventHandler.handle(Event.error(message));
break;
case WARNING:
eventHandler.handle(Event.warn(message));
break;
case INFO:
eventHandler.handle(Event.info(message));
break;
case PROGRESS:
eventHandler.handle(Event.progress(message));
break;
default:
break; // Ignore
}
}
@Override
public void buildTransitiveClosure(QueryExpression caller, Set<Target> targets, int maxDepth)
throws QueryException {
// Everything has already been loaded, so here we just check for errors so that we can
// pre-emptively throw/report if needed.
Iterable<SkyKey> transitiveTraversalKeys = makeTransitiveTraversalKeys(targets);
ImmutableList.Builder<String> errorMessagesBuilder = ImmutableList.builder();
// First, look for errors in the successfully evaluated TransitiveTraversalValues. They may
// have encountered errors that they were able to recover from.
Set<Entry<SkyKey, SkyValue>> successfulEntries =
graph.getSuccessfulValues(transitiveTraversalKeys).entrySet();
Builder<SkyKey> successfulKeysBuilder = ImmutableSet.builder();
for (Entry<SkyKey, SkyValue> successfulEntry : successfulEntries) {
successfulKeysBuilder.add(successfulEntry.getKey());
TransitiveTraversalValue value = (TransitiveTraversalValue) successfulEntry.getValue();
String firstErrorMessage = value.getFirstErrorMessage();
if (firstErrorMessage != null) {
errorMessagesBuilder.add(firstErrorMessage);
}
}
ImmutableSet<SkyKey> successfulKeys = successfulKeysBuilder.build();
// Next, look for errors from the unsuccessfully evaluated TransitiveTraversal skyfunctions.
Iterable<SkyKey> unsuccessfulKeys =
Iterables.filter(transitiveTraversalKeys, Predicates.not(Predicates.in(successfulKeys)));
Set<Entry<SkyKey, Exception>> errorEntries =
graph.getMissingAndExceptions(unsuccessfulKeys).entrySet();
for (Map.Entry<SkyKey, Exception> entry : errorEntries) {
if (entry.getValue() == null) {
// Targets may be in the graph because they are not in the universe or depend on cycles.
eventHandler.handle(Event.warn(entry.getKey().argument() + " does not exist in graph"));
} else {
errorMessagesBuilder.add(entry.getValue().getMessage());
}
}
// Lastly, report all found errors.
ImmutableList<String> errorMessages = errorMessagesBuilder.build();
for (String errorMessage : errorMessages) {
reportBuildFileError(caller, errorMessage);
}
}
private static String readSecret(String secretFile, Reporter reporter) throws SenderException {
if (secretFile.isEmpty()) {
return "";
}
Path secretPath = new File(secretFile).toPath();
if (!Files.isReadable(secretPath)) {
throw new SenderException("Secret file " + secretFile + " doesn't exists or is unreadable");
}
try {
if (Files.getPosixFilePermissions(secretPath).contains(PosixFilePermission.OTHERS_READ)
|| Files.getPosixFilePermissions(secretPath).contains(PosixFilePermission.GROUP_READ)) {
reporter.handle(
Event.warn(
"Secret file "
+ secretFile
+ " is readable by non-owner. "
+ "It is recommended to set its permission to 0600 (read-write only by the owner)."));
}
return new String(Files.readAllBytes(secretPath), StandardCharsets.UTF_8).trim();
} catch (IOException e) {
throw new SenderException("Invalid secret file " + secretFile, e);
}
}
@Override
public void editOptions(CommandEnvironment env, OptionsParser optionsParser)
throws AbruptExitException {
ProjectFileSupport.handleProjectFiles(env, optionsParser, commandName());
TestOutputFormat testOutput = optionsParser.getOptions(ExecutionOptions.class).testOutput;
try {
if (testOutput == TestStrategy.TestOutputFormat.STREAMED) {
env.getReporter()
.handle(
Event.warn(
"Streamed test output requested so all tests will be run locally, without sharding, "
+ "one at a time"));
optionsParser.parse(
OptionPriority.SOFTWARE_REQUIREMENT,
"streamed output requires locally run tests, without sharding",
ImmutableList.of("--test_sharding_strategy=disabled", "--test_strategy=exclusive"));
}
} catch (OptionsParsingException e) {
throw new IllegalStateException("Known options failed to parse", e);
}
}
public Sender(
String url, String secret, CommandEnvironment env, ExecutorService executorService)
throws SenderException {
this.reporter = env.getReporter();
this.secret = readSecret(secret, reporter);
try {
this.url = new URL(url);
if (!this.secret.isEmpty()) {
if (!(this.url.getProtocol().equals("https")
|| this.url.getHost().equals("localhost")
|| this.url.getHost().matches("^127.0.0.[0-9]+$"))) {
reporter.handle(
Event.warn(
"Using authentication over unsecure channel, " + "consider using HTTPS."));
}
}
} catch (MalformedURLException e) {
throw new SenderException("Invalid server url " + url, e);
}
this.buildId = env.getCommandId().toString();
this.executorService = executorService;
sendMessage("test", null); // test connecting to the server.
reporter.handle(Event.info("Results are being streamed to " + url + "/result/" + buildId));
}
/**
* Analyzes the specified targets using Skyframe as the driving framework.
*
* @return the configured targets that should be built along with a WalkableGraph of the analysis.
*/
public SkyframeAnalysisResult configureTargets(
EventHandler eventHandler,
List<ConfiguredTargetKey> values,
List<AspectValueKey> aspectKeys,
EventBus eventBus,
boolean keepGoing)
throws InterruptedException, ViewCreationFailedException {
enableAnalysis(true);
EvaluationResult<ActionLookupValue> result;
try {
result = skyframeExecutor.configureTargets(eventHandler, values, aspectKeys, keepGoing);
} finally {
enableAnalysis(false);
}
ImmutableMap<Action, ConflictException> badActions = skyframeExecutor.findArtifactConflicts();
Collection<AspectValue> goodAspects = Lists.newArrayListWithCapacity(values.size());
NestedSetBuilder<Package> packages = NestedSetBuilder.stableOrder();
for (AspectValueKey aspectKey : aspectKeys) {
AspectValue value = (AspectValue) result.get(AspectValue.key(aspectKey));
if (value == null) {
// Skip aspects that couldn't be applied to targets.
continue;
}
goodAspects.add(value);
packages.addTransitive(value.getTransitivePackages());
}
// Filter out all CTs that have a bad action and convert to a list of configured targets. This
// code ensures that the resulting list of configured targets has the same order as the incoming
// list of values, i.e., that the order is deterministic.
Collection<ConfiguredTarget> goodCts = Lists.newArrayListWithCapacity(values.size());
for (ConfiguredTargetKey value : values) {
ConfiguredTargetValue ctValue =
(ConfiguredTargetValue) result.get(ConfiguredTargetValue.key(value));
if (ctValue == null) {
continue;
}
goodCts.add(ctValue.getConfiguredTarget());
packages.addTransitive(ctValue.getTransitivePackages());
}
if (!result.hasError() && badActions.isEmpty()) {
setDeserializedArtifactOwners();
return new SkyframeAnalysisResult(
/*hasLoadingError=*/ false,
/*hasAnalysisError=*/ false,
ImmutableList.copyOf(goodCts),
result.getWalkableGraph(),
ImmutableList.copyOf(goodAspects),
LoadingPhaseRunner.collectPackageRoots(packages.build().toCollection()));
}
// --nokeep_going so we fail with an exception for the first error.
// TODO(bazel-team): We might want to report the other errors through the event bus but
// for keeping this code in parity with legacy we just report the first error for now.
if (!keepGoing) {
for (Map.Entry<Action, ConflictException> bad : badActions.entrySet()) {
ConflictException ex = bad.getValue();
try {
ex.rethrowTyped();
} catch (MutableActionGraph.ActionConflictException ace) {
ace.reportTo(eventHandler);
String errorMsg =
"Analysis of target '"
+ bad.getKey().getOwner().getLabel()
+ "' failed; build aborted";
throw new ViewCreationFailedException(errorMsg);
} catch (ArtifactPrefixConflictException apce) {
eventHandler.handle(Event.error(apce.getMessage()));
}
throw new ViewCreationFailedException(ex.getMessage());
}
Map.Entry<SkyKey, ErrorInfo> error = result.errorMap().entrySet().iterator().next();
SkyKey topLevel = error.getKey();
ErrorInfo errorInfo = error.getValue();
assertSaneAnalysisError(errorInfo, topLevel);
skyframeExecutor
.getCyclesReporter()
.reportCycles(errorInfo.getCycleInfo(), topLevel, eventHandler);
Throwable cause = errorInfo.getException();
Preconditions.checkState(
cause != null || !Iterables.isEmpty(errorInfo.getCycleInfo()), errorInfo);
String errorMsg = null;
if (topLevel.argument() instanceof ConfiguredTargetKey) {
errorMsg =
"Analysis of target '"
+ ConfiguredTargetValue.extractLabel(topLevel)
+ "' failed; build aborted";
} else if (topLevel.argument() instanceof AspectValueKey) {
AspectValueKey aspectKey = (AspectValueKey) topLevel.argument();
errorMsg = "Analysis of aspect '" + aspectKey.getDescription() + "' failed; build aborted";
} else {
assert false;
}
if (cause instanceof ActionConflictException) {
((ActionConflictException) cause).reportTo(eventHandler);
}
throw new ViewCreationFailedException(errorMsg);
}
boolean hasLoadingError = false;
// --keep_going : We notify the error and return a ConfiguredTargetValue
for (Map.Entry<SkyKey, ErrorInfo> errorEntry : result.errorMap().entrySet()) {
// Only handle errors of configured targets, not errors of top-level aspects.
// TODO(ulfjack): this is quadratic - if there are a lot of CTs, this could be rather slow.
if (!values.contains(errorEntry.getKey().argument())) {
continue;
}
SkyKey errorKey = errorEntry.getKey();
ConfiguredTargetKey label = (ConfiguredTargetKey) errorKey.argument();
Label topLevelLabel = label.getLabel();
ErrorInfo errorInfo = errorEntry.getValue();
assertSaneAnalysisError(errorInfo, errorKey);
skyframeExecutor
.getCyclesReporter()
.reportCycles(errorInfo.getCycleInfo(), errorKey, eventHandler);
Exception cause = errorInfo.getException();
Label analysisRootCause = null;
if (cause instanceof ConfiguredValueCreationException) {
ConfiguredValueCreationException ctCause = (ConfiguredValueCreationException) cause;
for (Label rootCause : ctCause.getRootCauses()) {
hasLoadingError = true;
eventBus.post(new LoadingFailureEvent(topLevelLabel, rootCause));
}
analysisRootCause = ctCause.getAnalysisRootCause();
} else if (!Iterables.isEmpty(errorInfo.getCycleInfo())) {
analysisRootCause =
maybeGetConfiguredTargetCycleCulprit(topLevelLabel, errorInfo.getCycleInfo());
} else if (cause instanceof ActionConflictException) {
((ActionConflictException) cause).reportTo(eventHandler);
}
eventHandler.handle(
Event.warn(
"errors encountered while analyzing target '"
+ topLevelLabel
+ "': it will not be built"));
if (analysisRootCause != null) {
eventBus.post(
new AnalysisFailureEvent(
LabelAndConfiguration.of(topLevelLabel, label.getConfiguration()),
analysisRootCause));
}
}
Collection<Exception> reportedExceptions = Sets.newHashSet();
for (Map.Entry<Action, ConflictException> bad : badActions.entrySet()) {
ConflictException ex = bad.getValue();
try {
ex.rethrowTyped();
} catch (MutableActionGraph.ActionConflictException ace) {
ace.reportTo(eventHandler);
eventHandler.handle(
Event.warn(
"errors encountered while analyzing target '"
+ bad.getKey().getOwner().getLabel()
+ "': it will not be built"));
} catch (ArtifactPrefixConflictException apce) {
if (reportedExceptions.add(apce)) {
eventHandler.handle(Event.error(apce.getMessage()));
}
}
}
if (!badActions.isEmpty()) {
// In order to determine the set of configured targets transitively error free from action
// conflict issues, we run a post-processing update() that uses the bad action map.
EvaluationResult<PostConfiguredTargetValue> actionConflictResult =
skyframeExecutor.postConfigureTargets(eventHandler, values, keepGoing, badActions);
goodCts = Lists.newArrayListWithCapacity(values.size());
for (ConfiguredTargetKey value : values) {
PostConfiguredTargetValue postCt =
actionConflictResult.get(PostConfiguredTargetValue.key(value));
if (postCt != null) {
goodCts.add(postCt.getCt());
}
}
}
setDeserializedArtifactOwners();
return new SkyframeAnalysisResult(
hasLoadingError,
result.hasError() || !badActions.isEmpty(),
ImmutableList.copyOf(goodCts),
result.getWalkableGraph(),
ImmutableList.copyOf(goodAspects),
LoadingPhaseRunner.collectPackageRoots(packages.build().toCollection()));
}
@Override
@ThreadCompatible
public void execute(ActionExecutionContext actionExecutionContext)
throws ActionExecutionException, InterruptedException {
Executor executor = actionExecutionContext.getExecutor();
// First, do a normal compilation, to generate the ".d" file. The generated object file is built
// to a temporary location (tempOutputFile) and ignored afterwards.
LOG.info("Generating " + getDotdFile());
CppCompileActionContext context = executor.getContext(actionContext);
CppCompileActionContext.Reply reply = null;
try {
// We delegate stdout/stderr to nowhere, i.e. same as redirecting to /dev/null.
reply = context.execWithReply(this, actionExecutionContext.withFileOutErr(new FileOutErr()));
} catch (ExecException e) {
// We ignore failures here (other than capturing the Distributor reply).
// The compilation may well fail (that's the whole point of negative compilation tests).
// We execute it here just for the side effect of generating the ".d" file.
reply = context.getReplyFromException(e, this);
if (reply == null) {
// This can only happen if the ExecException does not come from remote execution.
throw e.toActionExecutionException(
"Fake C++ Compilation of rule '" + getOwner().getLabel() + "'",
executor.getVerboseFailures(),
this);
}
}
IncludeScanningContext scanningContext = executor.getContext(IncludeScanningContext.class);
NestedSet<Artifact> discoveredInputs =
discoverInputsFromDotdFiles(
executor.getExecRoot(), scanningContext.getArtifactResolver(), reply);
reply = null; // Clear in-memory .d files early.
// Even cc_fake_binary rules need to properly declare their dependencies...
// In fact, they need to declare their dependencies even more than cc_binary rules do.
// CcCommonConfiguredTarget passes in an empty set of declaredIncludeDirs,
// so this check below will only allow inclusion of header files that are explicitly
// listed in the "srcs" of the cc_fake_binary or in the "srcs" of a cc_library that it
// depends on.
try {
validateInclusions(
discoveredInputs,
actionExecutionContext.getArtifactExpander(),
executor.getEventHandler());
} catch (ActionExecutionException e) {
// TODO(bazel-team): (2009) make this into an error, once most of the current warnings
// are fixed.
executor
.getEventHandler()
.handle(
Event.warn(
getOwner().getLocation(),
e.getMessage() + ";\n this warning may eventually become an error"));
}
updateActionInputs(discoveredInputs);
// Generate a fake ".o" file containing the command line needed to generate
// the real object file.
LOG.info("Generating " + outputFile);
// A cc_fake_binary rule generates fake .o files and a fake target file,
// which merely contain instructions on building the real target. We need to
// be careful to use a new set of output file names in the instructions, as
// to not overwrite the fake output files when someone tries to follow the
// instructions. As the real compilation is executed by the test from its
// runfiles directory (where writing is forbidden), we patch the command
// line to write to $TEST_TMPDIR instead.
final String outputPrefix = "$TEST_TMPDIR/";
String argv =
Joiner.on(' ')
.join(
Iterables.transform(
getArgv(outputFile.getExecPath()),
new Function<String, String>() {
@Override
public String apply(String input) {
String result = ShellEscaper.escapeString(input);
// Once -c and -o options are added into action_config, the argument of
// getArgv(outputFile.getExecPath()) won't be used anymore. There will
// always be
// -c <tempOutputFile>, but here it has to be outputFile, so we replace it.
if (input.equals(tempOutputFile.getPathString())) {
result =
outputPrefix
+ ShellEscaper.escapeString(outputFile.getExecPathString());
}
if (input.equals(outputFile.getExecPathString())
|| input.equals(getDotdFile().getSafeExecPath().getPathString())) {
result = outputPrefix + ShellEscaper.escapeString(input);
}
return result;
}
}));
// Write the command needed to build the real .o file to the fake .o file.
// Generate a command to ensure that the output directory exists; otherwise
// the compilation would fail.
try {
// Ensure that the .d file and .o file are siblings, so that the "mkdir" below works for
// both.
Preconditions.checkState(
outputFile
.getExecPath()
.getParentDirectory()
.equals(getDotdFile().getSafeExecPath().getParentDirectory()));
FileSystemUtils.writeContent(
outputFile.getPath(),
ISO_8859_1,
outputFile.getPath().getBaseName()
+ ": "
+ "mkdir -p "
+ outputPrefix
+ "$(dirname "
+ outputFile.getExecPath()
+ ")"
+ " && "
+ argv
+ "\n");
} catch (IOException e) {
throw new ActionExecutionException(
"failed to create fake compile command for rule '"
+ getOwner().getLabel()
+ ": "
+ e.getMessage(),
this,
false);
}
}
/**
* Validates the options for this BuildRequest.
*
* <p>Issues warnings for the use of deprecated options, and warnings or errors for any option
* settings that conflict.
*/
@VisibleForTesting
public void validateOptions(BuildRequest request) throws InvalidConfigurationException {
for (String issue : request.validateOptions()) {
getReporter().handle(Event.warn(issue));
}
}
/**
* The crux of the build system. Builds the targets specified in the request using the specified
* Executor.
*
* <p>Performs loading, analysis and execution for the specified set of targets, honoring the
* configuration options in the BuildRequest. Returns normally iff successful, throws an exception
* otherwise.
*
* <p>Callers must ensure that {@link #stopRequest} is called after this method, even if it
* throws.
*
* <p>The caller is responsible for setting up and syncing the package cache.
*
* <p>During this function's execution, the actualTargets and successfulTargets fields of the
* request object are set.
*
* @param request the build request that this build tool is servicing, which specifies various
* options; during this method's execution, the actualTargets and successfulTargets fields of
* the request object are populated
* @param result the build result that is the mutable result of this build
* @param validator target validator
*/
public void buildTargets(BuildRequest request, BuildResult result, TargetValidator validator)
throws BuildFailedException, LocalEnvironmentException, InterruptedException,
ViewCreationFailedException, TargetParsingException, LoadingFailedException,
ExecutorInitException, AbruptExitException, InvalidConfigurationException,
TestExecException {
validateOptions(request);
BuildOptions buildOptions = runtime.createBuildOptions(request);
// Sync the package manager before sending the BuildStartingEvent in runLoadingPhase()
runtime.setupPackageCache(
request.getPackageCacheOptions(), DefaultsPackage.getDefaultsPackageContent(buildOptions));
ExecutionTool executionTool = null;
LoadingResult loadingResult = null;
BuildConfigurationCollection configurations = null;
try {
getEventBus().post(new BuildStartingEvent(runtime.getOutputFileSystem(), request));
LOG.info("Build identifier: " + request.getId());
executionTool = new ExecutionTool(runtime, request);
if (needsExecutionPhase(request.getBuildOptions())) {
// Initialize the execution tool early if we need it. This hides the latency of setting up
// the execution backends.
executionTool.init();
}
// Loading phase.
loadingResult = runLoadingPhase(request, validator);
// Create the build configurations.
if (!request.getMultiCpus().isEmpty()) {
getReporter()
.handle(
Event.warn(
"The --experimental_multi_cpu option is _very_ experimental and only intended for "
+ "internal testing at this time. If you do not work on the build tool, then you "
+ "should stop now!"));
if (!"build".equals(request.getCommandName()) && !"test".equals(request.getCommandName())) {
throw new InvalidConfigurationException(
"The experimental setting to select multiple CPUs is only supported for 'build' and "
+ "'test' right now!");
}
}
configurations =
getConfigurations(
buildOptions, request.getMultiCpus(), request.getViewOptions().keepGoing);
getEventBus().post(new ConfigurationsCreatedEvent(configurations));
runtime.throwPendingException();
if (configurations.getTargetConfigurations().size() == 1) {
// TODO(bazel-team): This is not optimal - we retain backwards compatibility in the case
// where there's only a single configuration, but we don't send an event in the multi-config
// case. Can we do better? [multi-config]
getEventBus()
.post(
new MakeEnvironmentEvent(
configurations.getTargetConfigurations().get(0).getMakeEnvironment()));
}
LOG.info("Configurations created");
// Analysis phase.
AnalysisResult analysisResult = runAnalysisPhase(request, loadingResult, configurations);
result.setActualTargets(analysisResult.getTargetsToBuild());
result.setTestTargets(analysisResult.getTargetsToTest());
checkTargetEnvironmentRestrictions(
analysisResult.getTargetsToBuild(), runtime.getPackageManager());
reportTargets(analysisResult);
// Execution phase.
if (needsExecutionPhase(request.getBuildOptions())) {
runtime.getSkyframeExecutor().injectTopLevelContext(request.getTopLevelArtifactContext());
executionTool.executeBuild(
request.getId(),
analysisResult,
result,
runtime.getSkyframeExecutor(),
configurations,
transformPackageRoots(loadingResult.getPackageRoots()));
}
String delayedErrorMsg = analysisResult.getError();
if (delayedErrorMsg != null) {
throw new BuildFailedException(delayedErrorMsg);
}
} catch (RuntimeException e) {
// Print an error message for unchecked runtime exceptions. This does not concern Error
// subclasses such as OutOfMemoryError.
request
.getOutErr()
.printErrLn("Unhandled exception thrown during build; message: " + e.getMessage());
throw e;
} finally {
// Delete dirty nodes to ensure that they do not accumulate indefinitely.
long versionWindow = request.getViewOptions().versionWindowForDirtyNodeGc;
if (versionWindow != -1) {
runtime.getSkyframeExecutor().deleteOldNodes(versionWindow);
}
if (executionTool != null) {
executionTool.shutdown();
}
// The workspace status actions will not run with certain flags, or if an error
// occurs early in the build. Tell a lie so that the event is not missing.
// If multiple build_info events are sent, only the first is kept, so this does not harm
// successful runs (which use the workspace status action).
getEventBus()
.post(
new BuildInfoEvent(
runtime.getworkspaceStatusActionFactory().createDummyWorkspaceStatus()));
}
if (loadingResult != null && loadingResult.hasTargetPatternError()) {
throw new BuildFailedException(
"execution phase successful, but there were errors " + "parsing the target pattern");
}
}
@Override
public void warn(String msg) {
env.getListener().handle(Event.warn(msg));
}
/**
* Analyzes the specified targets using Skyframe as the driving framework.
*
* @return the configured targets that should be built along with a WalkableGraph of the analysis.
*/
public SkyframeAnalysisResult configureTargets(
List<ConfiguredTargetKey> values,
List<AspectKey> aspectKeys,
EventBus eventBus,
boolean keepGoing)
throws InterruptedException, ViewCreationFailedException {
enableAnalysis(true);
EvaluationResult<ActionLookupValue> result;
try {
result = skyframeExecutor.configureTargets(values, aspectKeys, keepGoing);
} finally {
enableAnalysis(false);
}
ImmutableMap<Action, ConflictException> badActions = skyframeExecutor.findArtifactConflicts();
Collection<AspectValue> goodAspects = Lists.newArrayListWithCapacity(values.size());
for (AspectKey aspectKey : aspectKeys) {
AspectValue value = (AspectValue) result.get(AspectValue.key(aspectKey));
if (value == null) {
// Skip aspects that couldn't be applied to targets.
continue;
}
goodAspects.add(value);
}
// Filter out all CTs that have a bad action and convert to a list of configured targets. This
// code ensures that the resulting list of configured targets has the same order as the incoming
// list of values, i.e., that the order is deterministic.
Collection<ConfiguredTarget> goodCts = Lists.newArrayListWithCapacity(values.size());
for (ConfiguredTargetKey value : values) {
ConfiguredTargetValue ctValue =
(ConfiguredTargetValue) result.get(ConfiguredTargetValue.key(value));
if (ctValue == null) {
continue;
}
goodCts.add(ctValue.getConfiguredTarget());
}
if (!result.hasError() && badActions.isEmpty()) {
setDeserializedArtifactOwners();
return new SkyframeAnalysisResult(
ImmutableList.copyOf(goodCts),
result.getWalkableGraph(),
ImmutableList.copyOf(goodAspects));
}
// --nokeep_going so we fail with an exception for the first error.
// TODO(bazel-team): We might want to report the other errors through the event bus but
// for keeping this code in parity with legacy we just report the first error for now.
if (!keepGoing) {
for (Map.Entry<Action, ConflictException> bad : badActions.entrySet()) {
ConflictException ex = bad.getValue();
try {
ex.rethrowTyped();
} catch (MutableActionGraph.ActionConflictException ace) {
ace.reportTo(skyframeExecutor.getReporter());
String errorMsg =
"Analysis of target '"
+ bad.getKey().getOwner().getLabel()
+ "' failed; build aborted";
throw new ViewCreationFailedException(errorMsg);
} catch (ArtifactPrefixConflictException apce) {
skyframeExecutor.getReporter().handle(Event.error(apce.getMessage()));
}
throw new ViewCreationFailedException(ex.getMessage());
}
Map.Entry<SkyKey, ErrorInfo> error = result.errorMap().entrySet().iterator().next();
SkyKey topLevel = error.getKey();
ErrorInfo errorInfo = error.getValue();
assertSaneAnalysisError(errorInfo, topLevel);
skyframeExecutor
.getCyclesReporter()
.reportCycles(errorInfo.getCycleInfo(), topLevel, skyframeExecutor.getReporter());
Throwable cause = errorInfo.getException();
Preconditions.checkState(
cause != null || !Iterables.isEmpty(errorInfo.getCycleInfo()), errorInfo);
String errorMsg =
"Analysis of target '"
+ ConfiguredTargetValue.extractLabel(topLevel)
+ "' failed; build aborted";
if (cause instanceof ActionConflictException) {
((ActionConflictException) cause).reportTo(skyframeExecutor.getReporter());
}
throw new ViewCreationFailedException(errorMsg);
}
// --keep_going : We notify the error and return a ConfiguredTargetValue
for (Map.Entry<SkyKey, ErrorInfo> errorEntry : result.errorMap().entrySet()) {
if (values.contains(errorEntry.getKey().argument())) {
SkyKey errorKey = errorEntry.getKey();
ConfiguredTargetKey label = (ConfiguredTargetKey) errorKey.argument();
ErrorInfo errorInfo = errorEntry.getValue();
assertSaneAnalysisError(errorInfo, errorKey);
skyframeExecutor
.getCyclesReporter()
.reportCycles(errorInfo.getCycleInfo(), errorKey, skyframeExecutor.getReporter());
// We try to get the root cause key first from ErrorInfo rootCauses. If we don't have one
// we try to use the cycle culprit if the error is a cycle. Otherwise we use the top-level
// error key.
Label root;
if (!Iterables.isEmpty(errorEntry.getValue().getRootCauses())) {
SkyKey culprit =
Preconditions.checkNotNull(
Iterables.getFirst(errorEntry.getValue().getRootCauses(), null));
root = ((ConfiguredTargetKey) culprit.argument()).getLabel();
} else {
root = maybeGetConfiguredTargetCycleCulprit(errorInfo.getCycleInfo());
}
Exception cause = errorInfo.getException();
if (cause instanceof ActionConflictException) {
((ActionConflictException) cause).reportTo(skyframeExecutor.getReporter());
}
skyframeExecutor
.getReporter()
.handle(
Event.warn(
"errors encountered while analyzing target '"
+ label.getLabel()
+ "': it will not be built"));
eventBus.post(
new AnalysisFailureEvent(
LabelAndConfiguration.of(label.getLabel(), label.getConfiguration()), root));
}
}
Collection<Exception> reportedExceptions = Sets.newHashSet();
for (Map.Entry<Action, ConflictException> bad : badActions.entrySet()) {
ConflictException ex = bad.getValue();
try {
ex.rethrowTyped();
} catch (MutableActionGraph.ActionConflictException ace) {
ace.reportTo(skyframeExecutor.getReporter());
skyframeExecutor
.getReporter()
.handle(
Event.warn(
"errors encountered while analyzing target '"
+ bad.getKey().getOwner().getLabel()
+ "': it will not be built"));
} catch (ArtifactPrefixConflictException apce) {
if (reportedExceptions.add(apce)) {
skyframeExecutor.getReporter().handle(Event.error(apce.getMessage()));
}
}
}
if (!badActions.isEmpty()) {
// In order to determine the set of configured targets transitively error free from action
// conflict issues, we run a post-processing update() that uses the bad action map.
EvaluationResult<PostConfiguredTargetValue> actionConflictResult =
skyframeExecutor.postConfigureTargets(values, keepGoing, badActions);
goodCts = Lists.newArrayListWithCapacity(values.size());
for (ConfiguredTargetKey value : values) {
PostConfiguredTargetValue postCt =
actionConflictResult.get(PostConfiguredTargetValue.key(value));
if (postCt != null) {
goodCts.add(postCt.getCt());
}
}
}
setDeserializedArtifactOwners();
return new SkyframeAnalysisResult(
ImmutableList.copyOf(goodCts),
result.getWalkableGraph(),
ImmutableList.copyOf(goodAspects));
}
// Ignore all errors in traversal and return an empty value.
private TReturn reportErrorAndReturn(
String errorPrefix, Exception e, PathFragment rootRelativePath, EventHandler handler) {
handler.handle(
Event.warn(errorPrefix + ", for " + rootRelativePath + ", skipping: " + e.getMessage()));
return getEmptyReturn();
}
/** Targets may not be in the graph because they are not in the universe or depend on cycles. */
private void warnIfMissingTargets(Iterable<Target> targets, Set<Target> result) {
if (Iterables.size(targets) != result.size()) {
Set<Target> missingTargets = Sets.difference(ImmutableSet.copyOf(targets), result);
eventHandler.handle(Event.warn("Targets were missing from graph: " + missingTargets));
}
}
