org.pentaho.di.www

Class TransformationMap

java.lang.Object

org.pentaho.di.www.TransformationMap

public class TransformationMap
extends Object

This is a map between the transformation name and the (running/waiting/finished) transformation.

Author:

Matt

Constructor Summary

Constructors

Constructor and Description
TransformationMap()

Method Summary

Modifier and Type	Method and Description
void	addTransformation(String transformationName, String containerObjectId, Trans trans, TransConfiguration transConfiguration) Add a transformation to the map
SocketPortAllocation	allocateServerSocketPort(int portRangeStart, String hostname, String clusteredRunId, String transformationName, String sourceSlaveName, String sourceStepName, String sourceStepCopy, String targetSlaveName, String targetStepName, String targetStepCopy) This is the meat of the whole problem.
SlaveSequence	createSlaveSequence(String name)
void	deallocateServerSocketPort(int port, String hostname)
void	deallocateServerSocketPorts(CarteObjectEntry entry) Deallocate all the ports for the given transformation entry, across all hosts.
void	deallocateServerSocketPorts(String transName, String carteObjectId) Deallocate all the ports for the given transformation name, across all hosts.
TransConfiguration	getConfiguration(CarteObjectEntry entry)
TransConfiguration	getConfiguration(String transformationName)
CarteObjectEntry	getFirstCarteObjectEntry(String transName)
List<SocketPortAllocation>	getHostServerSocketPorts(String hostname)
SlaveSequence	getSlaveSequence(String name)
SlaveServerConfig	getSlaveServerConfig()
Trans	getTransformation(CarteObjectEntry entry)
Trans	getTransformation(String transformationName) Find the first transformation in the list that comes to mind!
List<CarteObjectEntry>	getTransformationObjects()
boolean	isAutomaticSlaveSequenceCreationAllowed()
void	registerTransformation(Trans trans, TransConfiguration transConfiguration)
void	removeTransformation(CarteObjectEntry entry)
void	setSlaveServerConfig(SlaveServerConfig slaveServerConfig)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

TransformationMap

public TransformationMap()

Method Detail

addTransformation

public void addTransformation(String transformationName,
                              String containerObjectId,
                              Trans trans,
                              TransConfiguration transConfiguration)

Add a transformation to the map

Parameters:

transformationName - The name of the transformation to add

containerObjectId - the unique ID of the transformation in this container.

trans - The transformation to add

transConfiguration - the transformation configuration to add

registerTransformation

public void registerTransformation(Trans trans,
                                   TransConfiguration transConfiguration)

getTransformation

public Trans getTransformation(String transformationName)

Find the first transformation in the list that comes to mind!

Parameters:

transformationName -

Returns:

the first transformation with the specified name

getTransformation

public Trans getTransformation(CarteObjectEntry entry)

Parameters:

entry - The Carte transformation object

Returns:

the transformation with the specified entry

getConfiguration

public TransConfiguration getConfiguration(String transformationName)

Parameters:

transformationName -

Returns:

The first transformation configuration with the specified name

getConfiguration

public TransConfiguration getConfiguration(CarteObjectEntry entry)

Parameters:

entry - The Carte transformation object

Returns:

the transformation configuration with the specified entry

removeTransformation

public void removeTransformation(CarteObjectEntry entry)

Parameters:

entry - the Carte object entry

getTransformationObjects

public List<CarteObjectEntry> getTransformationObjects()

allocateServerSocketPort

public SocketPortAllocation allocateServerSocketPort(int portRangeStart,
                                                     String hostname,
                                                     String clusteredRunId,
                                                     String transformationName,
                                                     String sourceSlaveName,
                                                     String sourceStepName,
                                                     String sourceStepCopy,
                                                     String targetSlaveName,
                                                     String targetStepName,
                                                     String targetStepCopy)

This is the meat of the whole problem. We'll allocate a port for a given slave, transformation and step copy, always on the same host. Algorithm: 1) Search for the right map in the hostPortMap

Parameters:

portRangeStart - the start of the port range as described in the used cluster schema

hostname - the host name to allocate this address for

clusteredRunId - A unique id, created for each new clustered run during transformation split.

transformationName -

sourceStepName -

sourceStepCopy -

Returns:

deallocateServerSocketPorts

public void deallocateServerSocketPorts(String transName,
                                        String carteObjectId)

Deallocate all the ports for the given transformation name, across all hosts.

Parameters:

transName - the transformation name to release

carteObjectId - the carte object ID to reference

deallocateServerSocketPorts

public void deallocateServerSocketPorts(CarteObjectEntry entry)

Deallocate all the ports for the given transformation entry, across all hosts.

Parameters:

entry - the transformation object entry name to release the sockets for

deallocateServerSocketPort

public void deallocateServerSocketPort(int port,
                                       String hostname)

getFirstCarteObjectEntry

public CarteObjectEntry getFirstCarteObjectEntry(String transName)

getSlaveServerConfig

public SlaveServerConfig getSlaveServerConfig()

Returns:

the slaveServerConfig

setSlaveServerConfig

public void setSlaveServerConfig(SlaveServerConfig slaveServerConfig)

Parameters:

slaveServerConfig - the slaveServerConfig to set

getHostServerSocketPorts

public List<SocketPortAllocation> getHostServerSocketPorts(String hostname)

Returns:

the hostServerSocketPortsMap

getSlaveSequence

public SlaveSequence getSlaveSequence(String name)

isAutomaticSlaveSequenceCreationAllowed

public boolean isAutomaticSlaveSequenceCreationAllowed()

createSlaveSequence

public SlaveSequence createSlaveSequence(String name)
                                  throws KettleException

Throws:

KettleException