Uses of Class
com.opencloud.rhino.configmanager.exceptions.ConfigurationException

Packages that use ConfigurationException

Package	Description
com.opencloud.rhino.limiting

Uses of ConfigurationException in com.opencloud.rhino.limiting

Methods in com.opencloud.rhino.limiting that throw ConfigurationException

Modifier and Type	Method and Description
void	LimiterManagementMBean.connectLimiterEndpoint(String limiterEndpointID, String limiterName) Connect a limiter to a limiter endpoint.
void	LimiterManagementMBean.createLimiter(String type, String name) Create a limiter using the specified properties.
void	LimiterRampUpMBean.disableRampUp() Disable incremental growth in the allowed rate of the SystemInput limiter and set the allowed rate to the maximum rate.
void	LimiterManagementMBean.disconnectLimiterEndpoint(String limiterEndpointID) Disconnect a limiter from a limiter endpoint.
void	LimiterRampUpMBean.enableRampUp(double startRate, double rateIncrement, int eventsPerIncrement) Enable incremental growth in the allowed rate of the SystemInput limiter (Tip: ramp up will only be effective when the "SystemInput" limiter is not bypassed)
String[]	LimiterMBean.getChildLimiters() Get the names of all limiters for which this limiter is their parent.
TabularData	LimiterMBean.getConfigSummary() Get the default and per node configuration values stored for this limiter.
String[]	LimiterMBean.getConnectedEndPoints() Get the IDs of the limiter endpoints connected to this limiter.
double	RateLimiterMBean.getDepthDefault() Get the default "depth" of this limiter (depth is the number of time units' worth of work capacity can be stored by the rate limiter).
double[]	RateLimiterMBean.getDepthForNode(int[] nodeIDs) Get the per-node "depth" of this limiter on the specified nodes (depth is the number of time units' worth of work capacity can be stored by the rate limiter).
int	LimiterRampUpMBean.getEventsPerIncrement() Get the number of events which must be processed before Rhino will add "RateIncrement" to the allowed rate.
String	LimiterManagementMBean.getHierarchySummary() Get a (multiline) string describing all limiter hierarchies and the connected endpoints.
TabularData	LimiterMBean.getInfoSummary(int[] nodeIDs) Get a summary of the configuration of this limiter on the specified nodes (as derived from default and per node settings).
String[]	LimiterManagementMBean.getLimiterEndpoints() Get the set of endpoint IDs that identify all the endpoints in the SLEE.
TabularData	LimiterManagementMBean.getLimiterEndpointsInfo() Returns a TabularData object containing two String columns: A "limiterendpoint" column containing the endpoint ID A "connected-limiter" column containing the name of the connected limiter, or null if the endpoint is not connected to a limiter
String	LimiterManagementMBean.getLimiterForEndpoint(String limiterEndpointID) Get the name of the limiter connected to the specified limiter endpoint
ObjectName	LimiterManagementMBean.getLimiterMBean(String name) Get the JMX ObjectName for a com.opencloud.rhino.limiting.LimiterMBean object for the specified limiter.
ObjectName	LimiterManagementMBean.getLimiterRampUpMBean() Get the JMX ObjectName for a LimiterRampUpMBean object for the SystemInput limiter.
String[]	LimiterManagementMBean.getLimiters() Get the set of limiter names that identify all the limiters in the SLEE.
double	RateLimiterMBean.getMaxRateDefault() Get the default maximum number of units which can be consumed per time unit by this limiter, eg "100" for a rate of 100 per second.
double[]	RateLimiterMBean.getMaxRateForNode(int[] nodeIDs) Get the per-node maximum number of units which can be consumed per time unit by this limiter on the specified nodes, eg "100" for a rate of 100 per second.
double	QueueSaturationLimiterMBean.getMaxSaturationDefault() Get the default maximum amount of saturation allowed in the queue, as a percentage, before this limiter will reject work.
double[]	QueueSaturationLimiterMBean.getMaxSaturationForNode(int[] nodeIDs) Get the per-node maximum amount of saturation allowed in the queue on the specified nodes, as a percentage, before this limiter will reject work.
String	LimiterMBean.getName() Get the name of this limiter.
String	LimiterMBean.getParent() Get the name of the parent of this limiter (or null if no parent is set).
double	LimiterRampUpMBean.getRateIncrement() Get the amount added to the allowed rate if Rhino is successfully processing work.
double	LimiterRampUpMBean.getStartRate() Get the initial rate allowed by the SystemInput limiter.
ObjectName	LimiterManagementMBean.getSystemInputLimiterMBean() Get the JMX ObjectName for a LimiterMBean object for the SystemInput limiter.
String	RateLimiterMBean.getTimeUnit() Get the type of time unit to be used by this limiter when setting the rate, eg the "seconds" in a rate of 100 per second.
String	LimiterMBean.getType() Get the type of this limiter.
boolean	LimiterMBean.isBypassedDefault() Get the default "bypassed" property for this limiter (if bypassed is true this limiter will delegate all decisions to its parent or if the is no parent will allow all useUnit/s()).
boolean[]	LimiterMBean.isBypassedForNode(int[] nodeIDs) Get the per-node "bypassed" property for this limiter on the specified nodes (if bypassed is true this limiter will delegate all decisions to its parent or if the is no parent will allow all useUnit/s()).
boolean	LimiterRampUpMBean.isEnabled() Test if the ramp up is enabled.
void	LimiterManagementMBean.removeLimiter(String name) Remove a limiter.
void	LimiterMBean.setBypassedDefault(boolean bypassed) Set the default "bypassed" property for this limiter (if bypassed is true this limiter will delegate all decisions to its parent or if the is no parent will allow all useUnit/s()).
void	LimiterMBean.setBypassedForNode(boolean[] bypassed, int[] nodeIDs) Set the per-node "bypassed" property for this limiter on the specified nodes (if bypassed is true this limiter will delegate all decisions to its parent or if the is no parent will allow all useUnit/s()).
void	RateLimiterMBean.setDepthDefault(double depth) Set the default "depth" of this limiter (depth is the number of time units' worth of work capacity can be stored by the rate limiter).
void	RateLimiterMBean.setDepthForNode(double[] depth, int[] nodeIDs) Set the per-node "depth" of this limiter on the specified nodes (depth is the number of time units' worth of work capacity can be stored by the rate limiter).
void	RateLimiterMBean.setMaxRateDefault(double maxRate) Set the default maximum number of units which can be consumed per time unit by this limiter, eg "100" for a rate of 100 per second.
void	RateLimiterMBean.setMaxRateForNode(double[] maxRate, int[] nodeIDs) Set the per-node maximum number of units which can be consumed per time unit by this limiter on the specified nodes, eg "100" for a rate of 100 per second.
void	QueueSaturationLimiterMBean.setMaxSaturationDefault(double maxSaturation) Set the default maximum amount of saturation allowed in the queue, as a percentage, before this limiter will reject work (the range of valid values is from "0" to "100").
void	QueueSaturationLimiterMBean.setMaxSaturationForNode(double[] maxSaturation, int[] nodeIDs) Set the per-node maximum amount of saturation allowed in the queue on the specified nodes, as a percentage, before this limiter will reject work (the range of valid values is from "0" to "100").
void	LimiterMBean.setParent(String parentName) Set the specified limiter as the parent of this limiter.
void	RateLimiterMBean.setTimeUnit(String timeUnit) Set the type of time unit to be used by this limiter when setting the rate, eg the "seconds" in a rate of 100 per second.
void	LimiterMBean.useDefaultConfig(int[] nodeIDs) Removes any node specific configuration settings for the limiter on the given node(s), causing the nodes to use the cluster wide settings.