GridTaskSession.setAttribute(java.io.Serializable, java.io.Serializable) or GridTaskSession.setAttributes(Map)
method.
GridTask.map(List, Object) method.
GridEventType.JOB_RESULTED.
GridLogger wrapper around log4j logger for the given
category.
GridTaskName annotation.
GridTaskName annotation.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called).
GridSpi.spiStart(String)
is called).
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
GridSpi.spiStart(String)
is called). It allows SPI implementation to add attributes to a local
node. Kernel collects these attributes from all SPI implementations
loaded up and then passes it to discovery SPI so that they can be
exchanged with other nodes.
Message.
Message.
GridNode.getAttribute(String) and
GridConfiguration.getUserAttributes() methods).
GridNode.getAttribute(String) and
GridConfiguration.getUserAttributes() methods).
GridTaskSession requests and user messages
sent via Grid.sendMessage(GridNode, Serializable) method.
GridTaskSession requests and user messages
sent via Grid.sendMessage(GridNode, Serializable) method.
GridTask.map(List, Object)
to obtain a topology for the task's split.
GridTask.map(List, Object)
to obtain a topology for the task's split.
GridTask.map(List, Object)
to obtain a topology for the task's split.
GridTask.map(List, Object)
to obtain a topology for the task's split.
Start Here This
interface defines main GridGain API available on a local grid node.GridLocalNodeBenchmark for specifying load for every node.GridAdaptiveLoadBalancingSpi SPI.GridJob and adds
GridAffinityJob.getAffinityKey() method.GridAffinityJob interface that provides
default implementation of GridJob.cancel() method and allows
to add arguments.GridAffinityLoadBalancingSpi.GridAlwaysFailoverSpi.GridAttributesTopologySpi.GridBasicTopologySpi.GridJob and asks user to implement
GridCoherenceAffinityJob.getAffinityKey() and GridCoherenceAffinityJob.getCacheName() methods.GridCoherenceAffinityJob interface that provides
default implementation of GridJob.cancel() method and allows
to add arguments.GridCommunicationSpi SPI.GridDiscoverySpi SPI.GridCoherenceDiscoverySpi.GridCoherenceLoadBalancingSpi.Member interface.GridCollisionSpi for notification of external
collision events (e.g. job stealing).GridConfiguration interface.GridLocalMetrics interface.ExecutorService resource.GridFactory.GridFactory.Start Here
Gridify annotation is the main way to grid-enable existing code.GridifyArgument interface.Gridify annotation and potentially executes them on
remote node.Gridify annotation.Gridify annotation and potentially executes them on
remote node.Gridify annotation and potentially executes them on
remote node.