@Override
public void intial(Sheet sheet) {
super.intial(sheet);
sb.setLength(0);
String s;
Step ts = null;
for (Iterator<Cell> i = sheet.getRow(StartRow).cellIterator(); i.hasNext(); ) {
Cell c = i.next();
s = ExecutionTool.getCellValue(c);
if (s != null) {
ts = TestCaseDef.flowTabs.get(s);
if (!(ts instanceof TestStepReq)) {
throw new RuntimeException("Invalid type:" + ts.getClass().getName() + " for " + s);
}
}
sb.append('"');
sb.append(s);
sb.append('"');
sb.append(':');
if (!i.hasNext()) {
throw new RuntimeException("Need TestStepXMLCmpr tab:");
}
c = i.next();
s = ExecutionTool.getCellValue(c);
if (s != null) {
ts = TestCaseDef.flowTabs.get(s);
if (!(ts instanceof TestStepXMLCmpr)) {
throw new RuntimeException("Invalid type:" + ts.getClass().getName() + " for " + s);
}
}
s = ts.getVlaues().toString();
s = StringEscapeUtils.escapeJava((s.substring(1, s.length() - 1)));
sb.append('"');
sb.append(s);
sb.append('"');
sb.append(',');
}
stringArrays = sb.substring(0, sb.length() - 1);
}
@Override
public void appendContent() {
ST st = ExecutionTool.group.getInstanceOf("AssertionsCapture");
st.add(
"FileName",
StringEscapeUtils.escapeJava(
TestCaseDef.OutputFile
+ "\\"
+ ExecutionTool.testSuiteName
+ sheet.getSheetName()
+ ".csv"));
try {
ExecutionTool.outputFile.write(st.render());
} catch (Exception e) {
ExecutionTool.logError(e);
}
}
@Override
public void intial(Sheet sheet) {
super.intial(sheet);
sb.setLength(0);
String s;
Step ts = null;
for (Iterator<Cell> i = sheet.getRow(StartRow).cellIterator(); i.hasNext(); ) {
Cell c = i.next();
s = ExecutionTool.getCellValue(c);
if (s != null) {
ts = TestCaseDef.flowTabs.get(s);
if (!(ts instanceof TestStepReq)) {
throw new RuntimeException("Invalid type:" + ts.getClass().getName() + " for " + s);
}
}
sb.append('"');
sb.append(s);
sb.append('"');
sb.append(',');
}
Rpns = sb.substring(0, sb.length() - 1);
}
/**
* 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");
}
}
