use of org.palladiosimulator.pcm.cloud.pcmcloud.cloudprofile.CloudResourceType in project iobserve-analysis by research-iobserve.
the class ModelHelper method fillResourceEnvironmentFromCloudProfile.
/**
* Creates resource containers and their associated costs from the cloud profile given in the
* model provider.
*
* The created resource containers are of the type {@link ResourceContainerCloud} and are
* connected via an Internet linking resource
* ({@link #getInternetLinkingResource(ResourceEnvironment)}. For every vm type in the cloud
* profile, this method creates one resource container representing an instance of this specific
* vm type. The model is saved after the creation of containers is completed.
*
* @param writeURI
* location where all files are stored
* @param modelHandler
* the model providers with an initialized resource environment, cost model and cloud
* profile
* @throws ModelHandlingErrorException
* model handling issue
*/
public static void fillResourceEnvironmentFromCloudProfile(final org.eclipse.emf.common.util.URI writeURI, final PCMModelHandler modelHandler) throws ModelHandlingErrorException {
final ResourceEnvironment environment = modelHandler.getResourceEnvironmentModel();
final CloudProfile cloudProfileModel = modelHandler.getCloudProfileModel();
final CostRepository costRepositoryModel = modelHandler.getCostModel();
for (final CloudProvider provider : cloudProfileModel.getCloudProviders()) {
for (final CloudResourceType cloudResource : provider.getCloudResources()) {
if (cloudResource instanceof VMType) {
final VMType cloudVM = (VMType) cloudResource;
ModelHelper.createResourceContainerFromVMType(environment, costRepositoryModel, cloudVM, cloudVM.getName());
}
}
}
new ResourceEnvironmentModelHandler().save(writeURI.appendFileExtension(PCMModelHandler.RESOURCE_ENVIRONMENT_SUFFIX), environment);
new CostModelHandler().save(writeURI.appendFileExtension(PCMModelHandler.COST_SUFFIX), costRepositoryModel);
}
use of org.palladiosimulator.pcm.cloud.pcmcloud.cloudprofile.CloudResourceType in project iobserve-analysis by research-iobserve.
the class ModelHelper method fillResourceEnvironmentFromCloudProfile.
/**
* Creates resource containers and their associated costs from the cloud profile given in the
* model provider.
*
* The created resource containers are of the type {@link ResourceContainerCloud} and are
* connected via an Internet linking resource
* ({@link #getInternetLinkingResource(ResourceEnvironment)}. For every vm type in the cloud
* profile, this method creates one resource container representing an instance of this specific
* vm type. The model is saved after the creation of containers is completed.
*
* @param writeURI
* location where all files are stored
* @param modelHandler
* the model providers with an initialized resource environment, cost model and cloud
* profile
* @throws ModelHandlingErrorException
* model handling error
*/
public static void fillResourceEnvironmentFromCloudProfile(final org.eclipse.emf.common.util.URI writeURI, final PCMModelHandler modelHandler) throws ModelHandlingErrorException {
final ResourceEnvironment environment = modelHandler.getResourceEnvironmentModel();
final CloudProfile cloudProfileModel = modelHandler.getCloudProfileModel();
final CostRepository costRepositoryModel = modelHandler.getCostModel();
for (final CloudProvider provider : cloudProfileModel.getCloudProviders()) {
for (final CloudResourceType cloudResource : provider.getCloudResources()) {
if (cloudResource instanceof VMType) {
final VMType cloudVM = (VMType) cloudResource;
ModelHelper.createResourceContainerFromVMType(environment, costRepositoryModel, cloudVM, cloudVM.getName());
}
}
}
new ResourceEnvironmentModelHandler().save(writeURI.appendFileExtension(PCMModelHandler.RESOURCE_ENVIRONMENT_SUFFIX), environment);
new CostModelHandler().save(writeURI.appendFileExtension(PCMModelHandler.COST_SUFFIX), costRepositoryModel);
}
use of org.palladiosimulator.pcm.cloud.pcmcloud.cloudprofile.CloudResourceType in project iobserve-analysis by research-iobserve.
the class ModelTransformer method createResourcesAndReplicationDegrees.
private void createResourcesAndReplicationDegrees(final AllocationGroup allocationGroup) throws ModelHandlingErrorException {
final CloudProfile profile = this.cloudProfileModel;
final ResourceEnvironment environment = this.resourceEnvironmentModel;
final CostRepository costs = this.costModel;
// Get resource container that represents the instances this allocation
// group is currently deployed on
final ResourceContainerCloud representingContainer = allocationGroup.getRepresentingResourceContainer();
if (representingContainer == null) {
throw new IllegalArgumentException(String.format("Could not find a cloud container for allocation group '%s'. Check your model.", allocationGroup.getName()));
}
// Set group name of the representing container and add it to the
// resource environment
representingContainer.setGroupName(allocationGroup.getName());
representingContainer.setEntityName(allocationGroup.getName());
ModelHelper.addResourceContainerToEnvironment(environment, representingContainer);
final int nrOfCurrentReplicas = allocationGroup.getAllocationContexts().size();
// Upper bound for number of replicas for one resource
// container type should be sufficiently high
final int toNrOfReplicas = (nrOfCurrentReplicas + PlanningData.POSSIBLE_REPLICAS_OFFSET) * PlanningData.POSSIBLE_REPLICAS_FACTOR;
// representing container create only replication degree
for (final CloudProvider provider : profile.getCloudProviders()) {
for (final CloudResourceType cloudResource : provider.getCloudResources()) {
if (cloudResource instanceof VMType) {
final VMType cloudVM = (VMType) cloudResource;
final String degreeName;
final ResourceContainerCloud createdContainer;
if (this.isSameVMType(cloudVM, representingContainer)) {
createdContainer = representingContainer;
degreeName = String.format("%s_ReplicationDegree", allocationGroup.getName());
} else {
final String containerName = AllocationGroup.getAllocationGroupName(allocationGroup.getComponentName(), ModelHelper.getResourceContainerIdentifier(cloudVM));
createdContainer = ModelHelper.createResourceContainerFromVMType(environment, costs, cloudVM, containerName);
degreeName = String.format("%s_ReplicationDegree", containerName);
}
DesignDecisionModelFactory.createReplicationDegree(this.decisionSpace, degreeName, createdContainer, 1, toNrOfReplicas);
}
}
}
}
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