Cross Reference: /osnet-11/usr/src/lib/libslp/javalib/com/sun/slp/SLPConfig.java

Lines Matching defs:timeouts
1332      * @return Vector of timeouts for multicast convergence.
1336 	int[] timeouts = parseTimeouts("net.slp.multicastTimeouts",
1339 	timeouts = capTimeouts("net.slp.multicastTimeouts",
1340 			       timeouts,
1345 	return timeouts;
1349      * @return Vector of timeouts to try for datagram transmission.
1353 	int[] timeouts = parseTimeouts("net.slp.datagramTimeouts",
1356 	timeouts = capTimeouts("net.slp.datagramTimeouts",
1357 			       timeouts,
1362 	return timeouts;
1366      * @return Vector of timeouts for DA discovery multicast.
1370 	int[] timeouts = parseTimeouts("net.slp.DADiscoveryTimeouts",
1373 	timeouts = capTimeouts("net.slp.DADiscoveryTimeouts",
1374 				timeouts,
1379 	return timeouts;
1383      *  This method ensures that all the timeouts are within valid ranges.
1384      *  The sum of all timeouts for the given property name must not
1386      *  the sum of all timeouts does exceed the maximum wait period the
1387      *  timeouts are averaged out so that the sum equals the maximum wait
1391      *  is true. Then the sum of all timeouts must also be between <i>min</i>
1392      *  and <i>max</i>. If the sum of all timeouts is not within the range
1399      *  @param timeouts
1409      *      Array of capped timeouts. Note this may be the same array as
1410      *      passed in (<i>timeouts</i>).
1413 			      int[] timeouts,
1421 	for (int index = 0; index < timeouts.length; index++) {
1422 	    totalWait += timeouts[index];
1426 	    // If sum of timeouts within limits then finished.
1428 		return timeouts;
1431 	    // Average out the timeouts so the sum is equal to the closest
1434 		averagedTimeout = min / timeouts.length;
1436 		averagedTimeout = max / timeouts.length;
1444 				   String.valueOf(timeouts.length),
1447 	    // Sum of all timeouts must not exceed this value.
1450 	    // If sum of timeouts within limits then finished.
1452 		return timeouts;
1455 	    // Average out the timeouts so the sum is equal to the maximum
1457 	    averagedTimeout = maximumWait / timeouts.length;
1463 				   String.valueOf(timeouts.length),
1467 	for (int index = 0; index < timeouts.length; index++) {
1468 	    timeouts[index] = averagedTimeout;
1471 	return timeouts;
1483 	Vector timeouts = null;
1486 	    timeouts = SrvLocHeader.parseCommaSeparatedListIn(sTimeouts, true);
1496 	int[] iTOs = new int[timeouts.size()];
1498 	for (Enumeration en = timeouts.elements(); en.hasMoreElements(); ) {