use of net.jodah.failsafe.FailsafeException in project failsafe by jhalterman.
the class Issue76 method shouldAbortOnSyncError.
public void shouldAbortOnSyncError() throws Exception {
AssertionError error = new AssertionError();
try {
Failsafe.with(new RetryPolicy().abortOn(AssertionError.class)).run(() -> {
throw error;
});
fail();
} catch (FailsafeException e) {
assertEquals(e.getCause(), error);
}
}
use of net.jodah.failsafe.FailsafeException in project open-kilda by telstra.
the class BaseResourceAllocationAction method allocatePathPair.
@SneakyThrows
protected GetPathsResult allocatePathPair(Flow flow, PathId newForwardPathId, PathId newReversePathId, boolean forceToIgnoreBandwidth, List<PathId> pathsToReuseBandwidth, FlowPathPair oldPaths, boolean allowOldPaths, String sharedBandwidthGroupId, Predicate<GetPathsResult> whetherCreatePathSegments) throws RecoverableException, UnroutableFlowException, ResourceAllocationException {
// Lazy initialisable map with reused bandwidth...
Supplier<Map<IslEndpoints, Long>> reuseBandwidthPerIsl = Suppliers.memoize(() -> {
Map<IslEndpoints, Long> result = new HashMap<>();
if (pathsToReuseBandwidth != null && !pathsToReuseBandwidth.isEmpty()) {
pathsToReuseBandwidth.stream().map(pathId -> flow.getPath(pathId).orElse(flowPathRepository.findById(pathId).orElse(null))).filter(Objects::nonNull).flatMap(path -> path.getSegments().stream()).forEach(segment -> {
IslEndpoints isl = new IslEndpoints(segment.getSrcSwitchId().toString(), segment.getSrcPort(), segment.getDestSwitchId().toString(), segment.getDestPort());
result.put(isl, result.getOrDefault(isl, 0L) + segment.getBandwidth());
});
}
return result;
});
RetryPolicy<GetPathsResult> pathAllocationRetryPolicy = new RetryPolicy<GetPathsResult>().handle(RecoverableException.class).handle(ResourceAllocationException.class).handle(UnroutableFlowException.class).handle(PersistenceException.class).onRetry(e -> log.warn("Failure in path allocation. Retrying #{}...", e.getAttemptCount(), e.getLastFailure())).onRetriesExceeded(e -> log.warn("Failure in path allocation. No more retries", e.getFailure())).withMaxRetries(pathAllocationRetriesLimit);
if (pathAllocationRetryDelay > 0) {
pathAllocationRetryPolicy.withDelay(Duration.ofMillis(pathAllocationRetryDelay));
}
try {
return Failsafe.with(pathAllocationRetryPolicy).get(() -> {
GetPathsResult potentialPath;
if (forceToIgnoreBandwidth) {
boolean originalIgnoreBandwidth = flow.isIgnoreBandwidth();
flow.setIgnoreBandwidth(true);
potentialPath = pathComputer.getPath(flow);
flow.setIgnoreBandwidth(originalIgnoreBandwidth);
} else {
potentialPath = pathComputer.getPath(flow, pathsToReuseBandwidth);
}
boolean newPathFound = isNotSamePath(potentialPath, oldPaths);
if (allowOldPaths || newPathFound) {
if (!newPathFound) {
log.debug("Found the same path for flow {}. Proceed with recreating it", flow.getFlowId());
}
if (whetherCreatePathSegments.test(potentialPath)) {
boolean ignoreBandwidth = forceToIgnoreBandwidth || flow.isIgnoreBandwidth();
List<PathSegment> forwardSegments = flowPathBuilder.buildPathSegments(newForwardPathId, potentialPath.getForward(), flow.getBandwidth(), ignoreBandwidth, sharedBandwidthGroupId);
List<PathSegment> reverseSegments = flowPathBuilder.buildPathSegments(newReversePathId, potentialPath.getReverse(), flow.getBandwidth(), ignoreBandwidth, sharedBandwidthGroupId);
transactionManager.doInTransaction(() -> {
createPathSegments(forwardSegments, reuseBandwidthPerIsl);
createPathSegments(reverseSegments, reuseBandwidthPerIsl);
});
}
return potentialPath;
}
return null;
});
} catch (FailsafeException ex) {
throw ex.getCause();
}
}
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