function isExecutionFlow(currentId,depth) {
		depth = depth || 1;
		var oCurrentTimeout = mTimeouts[currentId];

		// initiator could be untracked or lost so consider as flow
		if (oCurrentTimeout.initiator && mTimeouts[oCurrentTimeout.initiator])	{
			// if the initiator has the same timeout => check recursively for its parrent
			if (oCurrentTimeout.delay == mTimeouts[oCurrentTimeout.initiator].delay) {
				// if maxDepth chain has equal delays => this is a poll chain
				if (depth >= oTimeoutWaiter._mConfig.maxDepth) {
					return false;
				}
				return isExecutionFlow(oCurrentTimeout.initiator,depth + 1);
			}
		}
		return true;
	}
// analyse recursively if this timeout is either execution flow or polling
analyse recursively if this timeout is either execution flow or polling
analyse recursively if this timeout is either execution flow or polling
function isExecutionFlow(currentId,depth) {
		depth = depth || 1;
		var oCurrentTimeout = mTimeouts[currentId];
		if (oCurrentTimeout.initiator && mTimeouts[oCurrentTimeout.initiator])	{
			if (oCurrentTimeout.delay == mTimeouts[oCurrentTimeout.initiator].delay) {
				if (depth >= oTimeoutWaiter._mConfig.maxDepth) {
					return false;
				}
				return isExecutionFlow(oCurrentTimeout.initiator,depth + 1);
			}
		}
		return true;
	}
function isExecutionFlow ( currentId , depth ) { depth = depth || 1 ; var oCurrentTimeout = mTimeouts [ currentId ] ; if ( oCurrentTimeout . initiator && mTimeouts [ oCurrentTimeout . initiator ] ) { if ( oCurrentTimeout . delay == mTimeouts [ oCurrentTimeout . initiator ] . delay ) { if ( depth >= oTimeoutWaiter . _mConfig . maxDepth ) { return false ; } return isExecutionFlow ( oCurrentTimeout . initiator , depth + 1 ) ; } } return true ; }
analyse recursively if this timeout is either execution flow or polling
analyse recursively if this timeout is either execution flow or polling
// initiator could be untracked or lost so consider as flow // if the initiator has the same timeout => check recursively for its parrent // if maxDepth chain has equal delays => this is a poll chain