All Classes and Interfaces

Class
Description
 
 
 
Determines branch transition based on the free job slots on the resource containers.
 
 
A representation of the model object 'Action'.
This is the action bar contributor for the Loadbalancing model editor.
An implementation of the model object 'Action'.
This is the item provider adapter for a LoadbalancingAction object.
The Adapter Factory for the model.
A representation of the model object 'Branch Transition'.
An implementation of the model object 'Branch Transition'.
This is the item provider adapter for a LoadbalancingBranchTransition object.
This is an example of a Loadbalancing model editor.
This is the central singleton for the Loadbalancing editor plugin.
The actual implementation of the Eclipse Plugin.
This is the central singleton for the Loadbalancing edit plugin.
The actual implementation of the Eclipse Plugin.
 
 
 
The Factory for the model.
An implementation of the model Factory.
This is the factory that is used to provide the interfaces needed to support Viewers.
A child creation extender for the SeffPackage.
The switch for creating child descriptors specific to each extended class.
A child creation extender for the SeffReliabilityPackage.
The switch for creating child descriptors specific to each extended class.
This is a simple wizard for creating a new model file.
The Package for the model.
Defines literals for the meta objects that represent each class, each feature of each class, each enum, and each data type
An implementation of the model Package.
Extends the simulizar RDSeffSwitch using an extension point.
 
 
 
A representation of the model object 'Resource Demanding Behaviour'.
An implementation of the model object 'Resource Demanding Behaviour'.
This is the item provider adapter for a LoadbalancingResourceDemandingBehaviour object.
The Resource Factory associated with the package.
The Resource associated with the package.
A representation of the literals of the enumeration 'Strategy', and utility methods for working with them.
The Switch for the model's inheritance hierarchy.