@Override
public boolean matches(Challenge c) {
final LinkCrawler lcrawler = getCrawler();
if (lcrawler != null && lcrawler.isRunning()) {
final Plugin plugin = c.getPlugin();
if (plugin instanceof PluginForDecrypt) {
final PluginForDecrypt decrypt = (PluginForDecrypt) plugin;
return decrypt.getCrawler() == lcrawler && decrypt.getHost().equalsIgnoreCase(getHost());
}
}
return false;
}
public <T> SolverJob<T> handle(final Challenge<T> c) throws InterruptedException, SkipException {
LogSource logger = LogController.getInstance().getPreviousThreadLogSource();
if (logger == null) {
logger = this.logger;
}
logger.info("Log to " + logger.getName());
logger.info("Handle Challenge: " + c);
final ArrayList<ChallengeSolver<T>> solver = createList(c);
logger.info("Solver: " + solver);
if (solver.size() == 0) {
logger.info("No solver available!");
throw new SkipException(SkipRequest.BLOCK_HOSTER);
}
final SolverJob<T> job = new SolverJob<T>(this, c, solver);
job.setLogger(logger);
final Plugin plugin = c.getPlugin();
if (plugin != null) {
if (plugin instanceof PluginForHost) {
((PluginForHost) plugin).setLastSolverJob(job);
} else if (plugin instanceof PluginForDecrypt) {
((PluginForDecrypt) plugin).setLastSolverJob(job);
}
}
final UniqueAlltimeID jobID = c.getId();
synchronized (activeJobs) {
activeJobs.add(job);
idToJobMap.put(jobID, job);
}
try {
for (final ChallengeSolver<T> cs : solver) {
logger.info("Send to solver: " + cs + " " + job);
cs.enqueue(job);
}
logger.info("Fire New Job Event");
fireNewJobEvent(job);
logger.info("Wait");
while (!job.isSolved() && !job.isDone()) {
synchronized (job) {
if (!job.isSolved() && !job.isDone()) {
job.wait(10000);
}
}
}
if (job.getSkipRequest() != null) {
throw new SkipException(job.getSkipRequest());
}
final ResponseList<T> response = job.getResponseAndKill();
logger.info("All Responses: " + job.getResponses());
logger.info("Solving Done. Result: " + response);
return job;
} catch (InterruptedException e) { // for example downloads have been stopped
job.kill();
throw e;
} finally {
try {
synchronized (activeJobs) {
activeJobs.remove(job);
idToJobMap.remove(jobID);
}
} finally {
fireJobDone(job);
}
}
}