public interface SynchronizationManagerLocal
| Modifier and Type | Method and Description |
|---|---|
org.rhq.core.domain.sync.ExportReport |
exportAllSubsystems(org.rhq.core.domain.auth.Subject subject)
Don't use this method if you access it from the same JVM.
|
org.rhq.core.domain.sync.ExportWrapper |
exportAllSubsystemsLocally(org.rhq.core.domain.auth.Subject subject)
This method returns an export wrapper that contains the structure to contain
the future messages from the export process and an input stream that is going
to create the export (and fill in the messages) while it is being read.
|
org.rhq.core.domain.sync.ImportConfigurationDefinition |
getImportConfigurationDefinition(String synchronizerClass) |
List<org.rhq.core.domain.sync.ImportConfigurationDefinition> |
getImportConfigurationDefinitionOfAllSynchronizers() |
org.rhq.core.domain.sync.ImportReport |
importAllSubsystems(org.rhq.core.domain.auth.Subject subject,
byte[] exportFile,
List<org.rhq.core.domain.sync.ImportConfiguration> importerConfigurations) |
org.rhq.core.domain.sync.ImportReport |
importAllSubsystems(org.rhq.core.domain.auth.Subject subject,
InputStream exportFile,
List<org.rhq.core.domain.sync.ImportConfiguration> importerConfigurations) |
void |
setSynchronizerFactory(SynchronizerFactory factory)
Provided for testability reasons.
|
void |
validate(org.rhq.core.domain.auth.Subject subject,
byte[] exportFile) |
void |
validate(org.rhq.core.domain.auth.Subject subject,
InputStream exportFile) |
org.rhq.core.domain.sync.ExportWrapper exportAllSubsystemsLocally(org.rhq.core.domain.auth.Subject subject)
This minimizes the memory needed to hold the export data to just 64K (the size of the buffer to hold the data). The memory consumption will of course be also determined by the amount of data being read from the database but the point is that not all the data will be held in memory (because the exporters for various subsystems will be called in sequence) and that the data doesn't have to reside in the memory in two forms - the internal datastructures AND the serialized form of the export file that it is going to be transfered as.
subject - the logged in user that has Permission.MANAGE_INVENTORY permissionvoid validate(org.rhq.core.domain.auth.Subject subject,
InputStream exportFile)
throws ValidationException
ValidationExceptionorg.rhq.core.domain.sync.ImportReport importAllSubsystems(org.rhq.core.domain.auth.Subject subject,
InputStream exportFile,
List<org.rhq.core.domain.sync.ImportConfiguration> importerConfigurations)
throws ValidationException,
ImportException
ValidationExceptionImportExceptionvoid setSynchronizerFactory(SynchronizerFactory factory)
Using this method one can provide a custom factory
for Synchronizers. This way one can export/import different types of entities
than by default.
factory - org.rhq.core.domain.sync.ExportReport exportAllSubsystems(org.rhq.core.domain.auth.Subject subject)
#exportAllSubsystemsLocally() is more memory efficient.
This method executes the export of all subsystems and serializes the data into an byte array.
SynchronizationManagerRemote#exportAllSubsystems()void validate(org.rhq.core.domain.auth.Subject subject,
byte[] exportFile)
throws ValidationException
org.rhq.core.domain.sync.ImportConfigurationDefinition getImportConfigurationDefinition(String synchronizerClass)
List<org.rhq.core.domain.sync.ImportConfigurationDefinition> getImportConfigurationDefinitionOfAllSynchronizers()
org.rhq.core.domain.sync.ImportReport importAllSubsystems(org.rhq.core.domain.auth.Subject subject,
byte[] exportFile,
List<org.rhq.core.domain.sync.ImportConfiguration> importerConfigurations)
throws ValidationException,
ImportException
ValidationExceptionImportExceptionSynchronizationManagerRemote#importAllSubsystems(Subject, byte[], Set)Copyright © 2008-2013 Red Hat, Inc.. All Rights Reserved.