public UUID generateTimeBasedUUID(final byte[] byteAddr) { byte[] contents = new byte[16]; int pos = 10; System.arraycopy(byteAddr, 0, contents, pos, 6); synchronized (mTimerLock) { if (mTimer == null) { mTimer = new UUIDTimer(getRandomNumberGenerator()); } mTimer.getTimestamp(contents); } return new UUID(UUID.TYPE_TIME_BASED, contents); }
initCounters(mRnd); UUIDTimer.slowDown(origTime, actDiff);
UUIDTimer(final Random rnd) { mRnd = rnd; initCounters(rnd); mLastSystemTimestamp = 0L; // This may get overwritten by the synchronizer mLastUsedTimestamp = 0L; }
UUIDTimer(final Random rnd) { mRnd = rnd; initCounters(rnd); mLastSystemTimestamp = 0L; // This may get overwritten by the synchronizer mLastUsedTimestamp = 0L; }
public UUID generateTimeBasedUUID(final byte[] byteAddr) { byte[] contents = new byte[16]; int pos = 10; System.arraycopy(byteAddr, 0, contents, pos, 6); synchronized (mTimerLock) { if (mTimer == null) { mTimer = new UUIDTimer(getRandomNumberGenerator()); } mTimer.getTimestamp(contents); } return new UUID(UUID.TYPE_TIME_BASED, contents); }
initCounters(mRnd); UUIDTimer.slowDown(origTime, actDiff);
UUIDTimer(final Random rnd) { mRnd = rnd; initCounters(rnd); mLastSystemTimestamp = 0L; // This may get overwritten by the synchronizer mLastUsedTimestamp = 0L; }
public UUID generateTimeBasedUUID(final byte[] byteAddr) { byte[] contents = new byte[16]; int pos = 10; System.arraycopy(byteAddr, 0, contents, pos, 6); synchronized (mTimerLock) { if (mTimer == null) { mTimer = new UUIDTimer(getRandomNumberGenerator()); } mTimer.getTimestamp(contents); } return new UUID(UUID.TYPE_TIME_BASED, contents); }
initCounters(mRnd); UUIDTimer.slowDown(origTime, actDiff);
UUIDTimer(final Random rnd) { mRnd = rnd; initCounters(rnd); mLastSystemTimestamp = 0L; // This may get overwritten by the synchronizer mLastUsedTimestamp = 0L; }
public UUID generateTimeBasedUUID(final byte[] byteAddr) { byte[] contents = new byte[16]; int pos = 10; System.arraycopy(byteAddr, 0, contents, pos, 6); synchronized (mTimerLock) { if (mTimer == null) { mTimer = new UUIDTimer(getRandomNumberGenerator()); } mTimer.getTimestamp(contents); } return new UUID(UUID.TYPE_TIME_BASED, contents); }
initCounters(mRnd); UUIDTimer.slowDown(origTime, actDiff);
UUIDTimer(final Random rnd) { mRnd = rnd; initCounters(rnd); mLastSystemTimestamp = 0L; // This may get overwritten by the synchronizer mLastUsedTimestamp = 0L; }
public UUID generateTimeBasedUUID(final byte[] byteAddr) { byte[] contents = new byte[16]; int pos = 10; System.arraycopy(byteAddr, 0, contents, pos, 6); synchronized (mTimerLock) { if (mTimer == null) { mTimer = new UUIDTimer(getRandomNumberGenerator()); } mTimer.getTimestamp(contents); } return new UUID(UUID.TYPE_TIME_BASED, contents); }
initCounters(mRnd); UUIDTimer.slowDown(origTime, actDiff);
UUIDTimer(final Random rnd) { mRnd = rnd; initCounters(rnd); mLastSystemTimestamp = 0L; // This may get overwritten by the synchronizer mLastUsedTimestamp = 0L; }
public UUID generateTimeBasedUUID(final byte[] byteAddr) { byte[] contents = new byte[16]; int pos = 10; System.arraycopy(byteAddr, 0, contents, pos, 6); synchronized (mTimerLock) { if (mTimer == null) { mTimer = new UUIDTimer(getRandomNumberGenerator()); } mTimer.getTimestamp(contents); } return new UUID(UUID.TYPE_TIME_BASED, contents); }
initCounters(mRnd); UUIDTimer.slowDown(origTime, actDiff);
UUIDTimer(final Random rnd) { mRnd = rnd; initCounters(rnd); mLastSystemTimestamp = 0L; // This may get overwritten by the synchronizer mLastUsedTimestamp = 0L; }
public UUID generateTimeBasedUUID(final byte[] byteAddr) { byte[] contents = new byte[16]; int pos = 10; System.arraycopy(byteAddr, 0, contents, pos, 6); synchronized (mTimerLock) { if (mTimer == null) { mTimer = new UUIDTimer(getRandomNumberGenerator()); } mTimer.getTimestamp(contents); } return new UUID(UUID.TYPE_TIME_BASED, contents); }