Uses of Package
hu.mta.sztaki.lpds.cloud.simulator.iaas

Packages that use hu.mta.sztaki.lpds.cloud.simulator.iaas
hu.mta.sztaki.lpds.cloud.simulator.energy.specialized   
hu.mta.sztaki.lpds.cloud.simulator.iaas   
hu.mta.sztaki.lpds.cloud.simulator.iaas.pmscheduling   
hu.mta.sztaki.lpds.cloud.simulator.iaas.statenotifications   
hu.mta.sztaki.lpds.cloud.simulator.iaas.vmscheduling   
hu.mta.sztaki.lpds.cloud.simulator.iaas.vmscheduling.pmiterators   
hu.mta.sztaki.lpds.cloud.simulator.util   
 

Classes in hu.mta.sztaki.lpds.cloud.simulator.iaas used by hu.mta.sztaki.lpds.cloud.simulator.energy.specialized
IaaSService
          This class represents a single IaaS service.
PhysicalMachine
          This class represents a single Physical machine with computing resources as well as local disks and network connections.
VirtualMachine
          This class represents a single virtual machine in the system.
VMManager.CapacityChangeEvent
          The interface to implement for those events where a VMManager object changes its capacity.
 

Classes in hu.mta.sztaki.lpds.cloud.simulator.iaas used by hu.mta.sztaki.lpds.cloud.simulator.iaas
IaaSService
          This class represents a single IaaS service.
IaaSService.IaaSHandlingException
          This class represents a generic error that occurred during the operation of the IaaS service.
PhysicalMachine
          This class represents a single Physical machine with computing resources as well as local disks and network connections.
PhysicalMachine.PowerStateDelayer
          This class handles the delays and activites during the power state change procedures (e.g., switching off/turning on)
PhysicalMachine.PowerStateKind
          When defining powertransitions for the PM one has to label each transiton's properties with a kind
PhysicalMachine.ResourceAllocation
          This class is strongly connected with the physical machine's class, the two are collaborating to allow a fluid and minimal hassle operation of allocating resources on a PM.
PhysicalMachine.State
          Represents the possible states of the physical machines modeled in the system
PhysicalMachine.StateChangeListener
          Defines the minimal interface for listeners on PM state changes.
VirtualMachine
          This class represents a single virtual machine in the system.
VirtualMachine.EventSetup
          This internal interface is used to customize internal state change actions in the VM class.
VirtualMachine.State
          the possible states of a virtual machine in DISSECT-CF.
VirtualMachine.StateChange
          This interface helps to receive events on status changes in virtual machines.
VirtualMachine.StateChangeException
          This class is defined to ensure one can differentiate errors that were caused because the functions on the VM class are called in an improper order.
VMManager
          This interface intends to provide a generic overview of the VM management functionalities in a system.
VMManager.CapacityChangeEvent
          The interface to implement for those events where a VMManager object changes its capacity.
VMManager.NoSuchVMException
          Receiving this kind of exception shows that the system does not recognize the VM it should operate on.
VMManager.VMManagementException
          This is a generic class to represent all kinds of problems that could occur while managing VMs on the system.
 

Classes in hu.mta.sztaki.lpds.cloud.simulator.iaas used by hu.mta.sztaki.lpds.cloud.simulator.iaas.pmscheduling
IaaSService
          This class represents a single IaaS service.
PhysicalMachine
          This class represents a single Physical machine with computing resources as well as local disks and network connections.
PhysicalMachine.State
          Represents the possible states of the physical machines modeled in the system
PhysicalMachine.StateChangeListener
          Defines the minimal interface for listeners on PM state changes.
VMManager.CapacityChangeEvent
          The interface to implement for those events where a VMManager object changes its capacity.
 

Classes in hu.mta.sztaki.lpds.cloud.simulator.iaas used by hu.mta.sztaki.lpds.cloud.simulator.iaas.statenotifications
VirtualMachine
          This class represents a single virtual machine in the system.
VirtualMachine.State
          the possible states of a virtual machine in DISSECT-CF.
VirtualMachine.StateChange
          This interface helps to receive events on status changes in virtual machines.
 

Classes in hu.mta.sztaki.lpds.cloud.simulator.iaas used by hu.mta.sztaki.lpds.cloud.simulator.iaas.vmscheduling
IaaSService
          This class represents a single IaaS service.
PhysicalMachine
          This class represents a single Physical machine with computing resources as well as local disks and network connections.
PhysicalMachine.ResourceAllocation
          This class is strongly connected with the physical machine's class, the two are collaborating to allow a fluid and minimal hassle operation of allocating resources on a PM.
PhysicalMachine.StateChangeListener
          Defines the minimal interface for listeners on PM state changes.
VirtualMachine
          This class represents a single virtual machine in the system.
VMManager.CapacityChangeEvent
          The interface to implement for those events where a VMManager object changes its capacity.
VMManager.VMManagementException
          This is a generic class to represent all kinds of problems that could occur while managing VMs on the system.
 

Classes in hu.mta.sztaki.lpds.cloud.simulator.iaas used by hu.mta.sztaki.lpds.cloud.simulator.iaas.vmscheduling.pmiterators
PhysicalMachine
          This class represents a single Physical machine with computing resources as well as local disks and network connections.
 

Classes in hu.mta.sztaki.lpds.cloud.simulator.iaas used by hu.mta.sztaki.lpds.cloud.simulator.util
IaaSService
          This class represents a single IaaS service.
PhysicalMachine.PowerStateKind
          When defining powertransitions for the PM one has to label each transiton's properties with a kind
PhysicalMachine.State
          Represents the possible states of the physical machines modeled in the system
 



Copyright © 2012–2015 University of Innsbruck & MTA SZTAKI. All rights reserved.