queryThreadPoolSize = Integer.valueOf(s); if (queryThreadPoolSize < 0) { usage(1/* status */, "-nthreads must be non-negative, not: " + s); && !TimestampUtility.isCommitTime(readLock .longValue())) { usage(1/* status */, "Read lock must be commit time or -1 (MINUS ONE) to assert a read lock on the last commit time: " + readLock); jettyXml = args[++i]; } else { usage(1/* status */, "Unknown argument: " + arg); usage(1/* status */, nremaining < 3 ? "Too few arguments." : "Too many arguments"); port = Integer.valueOf(s); } catch (NumberFormatException ex) { usage(1/* status */, "Could not parse as port# : '" + s + "'");
queryThreadPoolSize = Integer.valueOf(s); if (queryThreadPoolSize < 0) { usage(1/* status */, "-nthreads must be non-negative, not: " + s); && !TimestampUtility.isCommitTime(readLock .longValue())) { usage(1/* status */, "Read lock must be commit time or -1 (MINUS ONE) to assert a read lock on the last commit time: " + readLock); jettyXml = args[++i]; } else { usage(1/* status */, "Unknown argument: " + arg); usage(1/* status */, nremaining < 3 ? "Too few arguments." : "Too many arguments"); port = Integer.valueOf(s); } catch (NumberFormatException ex) { usage(1/* status */, "Could not parse as port# : '" + s + "'");