All Known Subinterfaces:

CachedNetworkIO, CachedNetworkIOWM
```
public interface NetworkIO
```
This interface defines methods to read/write network information from/to a datasource.

Since:

11gR1

Method Summary

All Methods Instance Methods Abstract Methods Deprecated Methods
Modifier and Type	Method	Description
`void`	`close()`
`void`	`commit()`	Sends out commit command to the database.
`JGeometry[]`	`computeFeatureGeometries(Feature[] features, int nodeGeomUserDataCategory, int nodeGeomUserDataIndex, int linkGeomUserDataCategory, int linkGeomUserDataIndex, boolean consolidate)`	Constructs the feature geometry from the geometries of its network elements.
`void`	`deleteNetworkBuffer(long id)`	Deletes the network buffer from the database.
`void`	`deleteNetworkBuffer(long id, java.lang.String bufferName)`	Deletes the network buffer from the database.
`void`	`deletePath(long pathId)`	Deletes path.
`void`	`deletePaths(long[] pathIds)`	Deletes paths.
`void`	`deleteSubPath(long subPathId)`	Deletes sub-path.
`void`	`deleteSubPaths(long[] subPathIds)`	Deletes sub-paths.
`void`	`generatePartitionBlob(int partitionId, int linkLevel, boolean includeUserData)`	Generate partition BLOB for the specified partition.
`void`	`generatePartitionBlob(int partitionId, int linkLevel, boolean includeUserData, boolean performDeltaUpdate)`	Generates partition BLOB for the specified partition.
`void`	`generatePartitionBlobs(boolean includeUserData, boolean commitForEachBlob, boolean performDeltaUpdate)`	Generates partition BLOBs for all link levels.
`void`	`generatePartitionBlobs(int linkLevel, boolean includeUserData, boolean commitForEachBlob)`	Generates partition BLOBs for the specified link level.
`void`	`generatePartitionBlobs(int linkLevel, boolean includeUserData, boolean commitForEachBlob, boolean performDeltaUpdate)`	Generates partition BLOBs for the specified link level.
`java.sql.Connection`	`getConnection()`	Deprecated. use getDataSource instead
`oracle.spatial.network.ds.IDataSource`	`getDataSource()`	Returns the data source.
`java.lang.String`	`getGlobalNetworkName()`	Returns the global network name, i.e., the network name that is globally unique, and is used as the cache key for the network.
`NetworkIOConfig`	`getNetworkIOConfig()`	Returns the network IO configuration.
`NetworkMetadata`	`getNetworkMetadata()`	Returns the network metadata.
`java.lang.String`	`getNetworkName()`	Returns the network name used in network metadata.
`long`	`getNextId()`	Returns the next value from the NDM ID sequence.
`long`	`getNextTmpLinkId()`	Returns the next temporary link ID.
`long`	`getNextTmpNodeId()`	Returns the next temporary node ID.
`PartitionBlobTranslator`	`getPartitionBlobTranslator()`	Returns the partition blob translator implementation.
`LODUserDataIO[]`	`getUserDataIOs()`	Returns the user data IO implementations.
`boolean[]`	`hasLinks(long[] linkIds)`	Checks whether the input links exist or not
`boolean[]`	`hasNodes(long[] nodeIds)`	Checks whether the input nodes exist or not
`boolean[]`	`isLinksExist(long[] linkIds)`	Checks whether the input links exist or not
`boolean[]`	`isNodesExist(long[] nodeIds)`	Checks whether the input nodes exist or not
`boolean`	`isReadFromBlob()`	Returns true if the partitions are read from BLOB; false if the partitions are read from node/link tables.
`void`	`open()`
`LongHashMap<int[]>`	`readAdjacentPartitionIdsForLinks(long[] linkIds, int linkLevel)`	Retrieves the relevant partition IDs for the specified node IDs.
`LongHashMap<int[]>`	`readAdjacentPartitionIdsForNodes(long[] nodeIds, int linkLevel)`	Retrieves the adjacent partition IDs for the specified node IDs.
`LogicalLink`	`readArbitraryLogicalLink(int linkLevel, int[] userDataCategories)`	Returns an arbitrary link from the specified link level.
`LogicalLink[]`	`readArbitraryLogicalLinks(int linkLevel, int numberOfLinks, int[] userDataCategories)`	Returns an array of arbitrary links from the specified link level.
`LogicalNode`	`readArbitraryLogicalNode(int linkLevel, int[] userDataCategories)`	Returns an arbitrary node from the specified link level.
`LogicalNode[]`	`readArbitraryLogicalNodes(int linkLevel, int numberOfNodes, int[] userDataCategories)`	Returns an array of arbitrary nodes from the specified link level.
`int`	`readComponentId(long nodeId, int linkLevel)`	Retrieves the component ID assigned to the specified node ID.
`int[]`	`readComponentIds(int linkLevel)`	Retrieves the component IDs stored in the connected component table.
`void`	`readFeatureData(LogicalPartition partition, int[] featureLayerIds, int[] userDataCategories)`	Adds feature data to the logical partition
`Feature[]`	`readFeatures(int featureLayerId, long[] featureIds, int[] userDataCategories)`	Read features.
`long[]`	`readLinkIds(int linkLevel)`
`int[]`	`readLinkPartitionIds(long[] linkIds, int linkLevel)`	Retrieves the partition IDs for the specified links.
`int[]`	`readLinkPartitionIds(long linkId, int linkLevel)`	Retrieves the partition IDs for the specified link.
`LogicalHeavyPath`	`readLogicalHeavyPath(LogicalPath path, boolean includeUserData)`	Retrieves node and link information for the specified logical path.
`LogicalHeavyPath`	`readLogicalHeavyPath(LogicalPath path, int[] userDataCategories)`	Retrieves node and link information for the specified logical path.
`LogicalHeavyPath[]`	`readLogicalHeavyPaths(LogicalPath[] paths, boolean includeUserData)`	Retrieves node and link information for the specified logical paths.
`LogicalHeavyPath[]`	`readLogicalHeavyPaths(LogicalPath[] paths, int[] userDataCategories)`	Retrieves node and link information for the specified logical paths.
`LogicalLink`	`readLogicalLink(long linkId, boolean includeUserData)`	Retrieves the standalone logical link, i.e., the logical link without references to the start and end nodes, for the specified link ID.
`LogicalLink`	`readLogicalLink(long linkId, int[] userDataCategories)`	Retrieves the standalone logical link, i.e., the logical link without references to the start and end nodes, for the specified link ID.
`LogicalLink[]`	`readLogicalLinks(int linkLevel, int[] userDataCategories)`	Returns the links on the specified link level.
`LogicalLink[]`	`readLogicalLinks(long[] linkIds, boolean includeUserData)`	Retrieves the standalone logical links, i.e., the logical link without references to the start and end nodes, for the specified link ID.
`LogicalLink[]`	`readLogicalLinks(long[] linkIds, int[] userDataCategories)`	Retrieves the standalone logical links, i.e., the logical link without references to the start and end nodes, for the specified link ID.
`LogicalBasicNetwork`	`readLogicalNetwork(int linkLevel, boolean includeUserData)`	Retrieves the logical network.
`LogicalBasicNetwork`	`readLogicalNetwork(int linkLevel, boolean includeUserData, boolean readFromBlob)`	Retrieves the logical network.
`LogicalBasicNetwork`	`readLogicalNetwork(int linkLevel, int[] userDataCategories)`	Retrieves the logical network.
`LogicalBasicNetwork`	`readLogicalNetwork(int linkLevel, int[] userDataCategories, int[] featureLayerIds)`	Retrieves the logical network.
`LogicalBasicNetwork`	`readLogicalNetwork(int linkLevel, int[] userDataCategories, int[] featureLayerIds, boolean readFromBlob)`	Retrieves the logical network.
`LogicalNode`	`readLogicalNode(long nodeId, boolean includeUserData)`	Retrieves the standalone logical node, i.e., the logical node without references to incoming and outgoing links, for the specified node ID.
`LogicalNode`	`readLogicalNode(long nodeId, int[] userDataCategories)`	Retrieves the standalone logical node, i.e., the logical node without references to incoming and outgoing links, for the specified node ID.
`LogicalNode[]`	`readLogicalNodes(int linkLevel, int[] userDataCategories)`	Returns the nodes on the specified link level.
`LogicalNode[]`	`readLogicalNodes(long[] nodeIds, boolean includeUserData)`	Retrieves the standalone logical nodes, i.e., the logical nodes without references to incoming and outgoing links, for the specified node IDs.
`LogicalNode[]`	`readLogicalNodes(long[] nodeIds, int[] userDataCategories)`	Retrieves the standalone logical nodes, i.e., the logical nodes without references to incoming and outgoing links, for the specified node IDs.
`LogicalPartition`	`readLogicalPartition(int partitionId, int linkLevel, boolean includeUserData)`	Retrieves the logical network partition for the specified partition ID.
`LogicalPartition`	`readLogicalPartition(int partitionId, int linkLevel, boolean includeUserData, boolean readFromBlob)`	Retrieves the logical network partition for the specified partition ID.
`LogicalPartition`	`readLogicalPartition(int partitionId, int linkLevel, int[] userDataCategories)`	Retrieves the logical network partition for the specified partition ID.
`LogicalPartition`	`readLogicalPartition(int partitionId, int linkLevel, int[] userDataCategories, boolean readFromBlob)`	Retrieves the logical network partition for the specified partition ID.
`LogicalPartition`	`readLogicalPartition(int partitionId, int linkLevel, int[] userDataCategories, int[] featureLayerIds)`	Retrieves the logical network partition for the specified partition ID.
`LogicalPartition`	`readLogicalPartition(int partitionId, int linkLevel, int[] userDataCategories, int[] featureLayerIds, boolean readFromBlob)`	Retrieves the logical network partition for the specified partition ID.
`LogicalPartition[]`	`readLogicalPartitions(int linkLevel, boolean includeUserData)`	Retrieves all the logical network partitions in this network.
`LogicalPartition[]`	`readLogicalPartitions(int linkLevel, boolean includeUserData, boolean readFromBlob)`	Retrieves all the logical network partitions.
`LogicalPartition[]`	`readLogicalPartitions(int linkLevel, int[] userDataCategories)`	Retrieves all the logical network partitions in this network.
`LogicalPartition[]`	`readLogicalPartitions(int linkLevel, int[] userDataCategories, boolean readFromBlob)`	Retrieves all the logical network partitions.
`LogicalPartition[]`	`readLogicalPartitions(int linkLevel, int[] userDataCategories, int[] featureLayerIds)`	Retrieves all the logical network partitions in this network.
`LogicalPartition[]`	`readLogicalPartitions(int linkLevel, int[] userDataCategories, int[] featureLayerIds, boolean readFromBlob)`	Retrieves all the logical network partitions.
`LogicalPath`	`readLogicalPath(long pathId, boolean includeUserData)`	Retrieves the logical path for the specified path ID.
`LogicalPath`	`readLogicalPath(long pathId, int[] userDataCategories)`	Retrieves the logical path for the specified path ID.
`LogicalPath[]`	`readLogicalPaths(long[] pathIds, boolean includeUserData)`	Retrieves the logical paths for the specified path IDs.
`LogicalPath[]`	`readLogicalPaths(long[] pathIds, int[] userDataCategories)`	Retrieves the logical paths for the specified path IDs.
`LogicalSubPath`	`readLogicalSubPath(long subPathId, boolean includeUserData)`	Retrieves the logical subpath for the specified subpath ID.
`LogicalSubPath`	`readLogicalSubPath(long subPathId, int[] userDataCategories)`	Retrieves the logical subpath for the specified subpath ID.
`LogicalSubPath[]`	`readLogicalSubPaths(long[] subPathIds, boolean includeUserData)`	Retrieves the logical subpaths for the specified subpath IDs.
`LogicalSubPath[]`	`readLogicalSubPaths(long[] subPathIds, int[] userDataCategories)`	Retrieves the logical subpaths for the specified subpath IDs.
`int`	`readMaximumIncomingLinkLevel(long nodeId)`	Retrieves the maximum link level of the incoming links connected to the specified node.
`int`	`readMaximumLinkLevel()`	Retrieves the maximum link level of the network.
`int`	`readMaximumLinkLevel(long nodeId)`	Retrieves the maximum link level of the links connected to the specified node.
`int`	`readMaximumOutgoingLinkLevel(long nodeId)`	Retrieves the maximum link level of the outgoing links connected to the specified node.
`NetworkBuffer`	`readNetworkBuffer(long bufferId)`	Reads the network buffer with the specified buffer ID.
`NetworkBuffer`	`readNetworkBuffer(long bufferId, java.lang.String bufferName)`	Reads the network buffer with the specified buffer ID.
`NetworkUpdate`	`readNetworkUpdate(int linkLevel, long[] changedNodeIds, long[] changedLinkIds, int[] userDataCategories)`	Constructs network update object according to the changed node and link IDs.
`NetworkUpdate`	`readNetworkUpdate(int linkLevel, long[] updatedNodeIds, long[] deletedNodeIds, long[] updatedLinkIds, long[] deletedLinkIds, int[] userDataCategories)`	Constructs network update object according to the changed node and link IDs.
`NetworkUpdate`	`readNetworkUpdate(int linkLevel, java.util.Calendar lastUpdateTime, int[] userDataCategories)`
`NetworkUpdate[]`	`readNetworkUpdates(java.util.Calendar lastUpdateTime, int[] userDataCategories)`
`long[]`	`readNodeIds(int linkLevel)`	Retrieves the array of node IDs in the network.
`int`	`readNodePartitionId(long nodeId, int linkLevel)`	Retrieves the partition ID for the specified node ID.
`int[]`	`readNodePartitionIds(long[] nodeIds, int linkLevel)`	Retrieves the partition IDs for the specified node IDs.
`int`	`readNumberOfConnectedComponents(int linkLevel)`	Retrieves the number of connected components stored in the component table.
`int`	`readNumberOfLinkLevels()`	Retrieves the number of link levels.
`int`	`readNumberOfLinks(int linkLevel)`	Retrieves the number of links in the network.
`int`	`readNumberOfNodes(int linkLevel)`	Retrieves the number of nodes in the network.
`int`	`readNumberOfPartitions(int linkLevel)`	Retrieves the number of partitions in the network.
`int`	`readPartitionId(long nodeId, int linkLevel)`	Retrieves the partition ID for the specified node ID.
`int[]`	`readPartitionIds(int linkLevel)`	Retrieves all the partition IDs in the network.
`int[]`	`readPartitionIds(long[] nodeIds, int linkLevel)`	Retrieves the partition IDs for the specified node IDs.
`SpatialHeavyPath`	`readSpatialHeavyPath(LogicalPath path, boolean includeUserData)`	Retrieves node and link information for the specified logical paths.
`SpatialHeavyPath`	`readSpatialHeavyPath(LogicalPath path, int[] userDataCategories)`	Retrieves node and link information for the specified logical paths.
`SpatialHeavyPath[]`	`readSpatialHeavyPaths(LogicalPath[] paths, boolean includeUserData)`	Retrieves node and link information for the specified logical paths.
`SpatialHeavyPath[]`	`readSpatialHeavyPaths(LogicalPath[] paths, int[] userDataCategories)`	Retrieves node and link information for the specified logical paths.
`SpatialLink`	`readSpatialLink(long linkId, boolean includeUserData)`	Retrieves the spatial link for the specified link ID.
`SpatialLink`	`readSpatialLink(long linkId, int[] userDataCategories)`	Retrieves the spatial link for the specified link ID.
`SpatialLink[]`	`readSpatialLinks(long[] linkIds, boolean includeUserData)`	Retrieves the spatial links for the specified link IDs.
`SpatialLink[]`	`readSpatialLinks(long[] linkIds, int[] userDataCategories)`	Retrieves the spatial links for the specified link IDs.
`SpatialBasicNetwork`	`readSpatialNetwork(LogicalBasicNetwork logicalNetwork)`	Retrieves spatial information for the logical network, and returns the spatial network.
`SpatialNode`	`readSpatialNode(long nodeId, boolean includeUserData)`	Retrieves the spatial node for the specified node ID.
`SpatialNode`	`readSpatialNode(long nodeId, int[] userDataCategories)`	Retrieves the spatial node for the specified node ID.
`SpatialNode[]`	`readSpatialNodes(long[] nodeIds, boolean includeUserData)`	Retrieves the spatial nodes for the specified node IDs.
`SpatialNode[]`	`readSpatialNodes(long[] nodeIds, int[] userDataCategories)`	Retrieves the spatial nodes for the specified node IDs.
`SpatialPartition`	`readSpatialPartition(int partitionId, int linkLevel, boolean includeUserData)`	Retrieves spatial partition.
`SpatialPartition`	`readSpatialPartition(int partitionId, int linkLevel, boolean includeUserData, boolean readFromBlob)`	Retrieves spatial partition.
`SpatialPartition`	`readSpatialPartition(int partitionId, int linkLevel, int[] userDataCategories, int[] featureLayerIds)`	Retrieves spatial partition.
`SpatialPartition`	`readSpatialPartition(int partitionId, int linkLevel, int[] userDataCategories, int[] featureLayerIds, boolean readFromBlob)`	Retrieves spatial partition.
`SpatialPartition`	`readSpatialPartition(LogicalPartition logicalPartition)`	Retrieves spatial information for the logical network partition, and returns the spatial network partition.
`JGeometry`	`readSpatialPartitionMBR(int partitionId, int linkLevel)`	Returns the minimum bounding rectangle (MBR) encompassing all the nodes in the specified partition.
`java.util.Map<java.lang.Integer,JGeometry>`	`readSpatialPartitionMBRs(int linkLevel)`	Returns the minimum bounding rectangles (MBR) of all the partitions in this network.
`SpatialPath`	`readSpatialPath(long pathId, boolean includeUserData)`	Retrieves the spatial path for the specified path ID.
`SpatialPath`	`readSpatialPath(long pathId, int[] userDataCategories)`	Retrieves the spatial path for the specified path ID.
`SpatialPath`	`readSpatialPath(LogicalPath logicalPath)`	Retrieves the spatial information for the specified logical path, and returns the spatial path.
`SpatialPath[]`	`readSpatialPaths(long[] pathIds, boolean includeUserData)`	Retrieves the spatial path for the specified path ID.
`SpatialPath[]`	`readSpatialPaths(long[] pathIds, int[] userDataCategories)`	Retrieves the spatial path for the specified path ID.
`SpatialPath[]`	`readSpatialPaths(LogicalPath[] logicalPath)`	Retrieves the spatial information for the specified logical path, and returns the spatial path.
`SpatialSubPath`	`readSpatialSubPath(long subPathId, boolean includeUserData)`	Retrieves the spatial subpath information.
`SpatialSubPath`	`readSpatialSubPath(long subPathId, int[] userDataCategories)`	Retrieves the spatial subpath information.
`SpatialSubPath`	`readSpatialSubPath(LogicalSubPath logicalSubPath)`	Retrieves the spatial information of the specified logical subpath, and returns the spatial subpath.
`SpatialSubPath[]`	`readSpatialSubPaths(long[] subPathIds, boolean includeUserData)`	Retrieves the spatial subpath information.
`SpatialSubPath[]`	`readSpatialSubPaths(long[] subPathIds, int[] userDataCategories)`	Retrieves the spatial subpath information.
`SpatialSubPath[]`	`readSpatialSubPaths(LogicalSubPath[] logicalSubPaths)`	Retrieves the spatial information of the specified logical subpaths, and returns the spatial subpath.
`void`	`readUserData(LogicalPartition partition, int[] userDataCategories)`	Adds user data information to the logical partition
`void`	`rollback()`	Sends out rollback command to the database.
`void`	`saveConnectedComponents(OrderedLongSet[] components, int linkLevel)`	Stores the connected components information in the component table.
`void`	`setConnection(java.sql.Connection conn)`	Deprecated. use setDataSource instead
`void`	`setDataSource(oracle.spatial.network.ds.IDataSource dataSource)`	Sets the data source.
`void`	`setGlobalNetworkName(java.lang.String globalNetworkName)`	Sets the global network name, i.e., the network name that is globally unique, and is used as the cache key for the network.
`void`	`setNetworkMetadata(NetworkMetadata metadata)`	Sets network metadata
`void`	`setPartitionBlobTranslator(PartitionBlobTranslator translator)`	Sets the partition blob translator.
`void`	`setReadFromBlob(boolean readFromBlob)`	Sets whether to read partitions from BLOBs.
`void`	`setUserDataIOs(LODUserDataIO[] udios)`	Sets the user data IO implementations.
`void`	`updatePartitionBlobInfo(int partitionId, int linkLevel, int numberOfInternalNodes, int numberOfExternalNodes, int numberOfInternalLinks, int numberOfBoundaryLinks, int numberOfIncomingLinks, int numberOfOutgoingLinks, boolean isUserDataIncluded)`	Updates the partition BLOB info in the partition BLOB table.
`long`	`writeNetworkBuffer(NetworkBuffer buffer)`	Stores the network buffer into the database.
`void`	`writeNetworkBuffer(NetworkBuffer networkBuffer, long bufferId)`	Stores the network buffer into the database.
`void`	`writeNetworkBuffer(NetworkBuffer networkBuffer, long bufferId, java.lang.String bufferName)`	Stores the network buffer into the database.
`long`	`writeNetworkBuffer(NetworkBuffer buffer, java.lang.String bufferName)`	Stores the network buffer into the database.
`void`	`writePath(LogicalPath path, long pathId, java.lang.String pathName, java.lang.String pathType)`	Stores a path in the database.
`long`	`writePath(LogicalPath path, java.lang.String pathName, java.lang.String pathType)`	Stores a path in the database.
`void`	`writeSubPath(LogicalSubPath subPath, long subPathId, long referencePathId, java.lang.String subPathName, java.lang.String subPathType)`	Stores a sub-path in the database.
`long`	`writeSubPath(LogicalSubPath subPath, long referencePathId, java.lang.String subPathName, java.lang.String subPathType)`	Stores a sub-path in the database.

- Method Detail
  - close
```
void close()
    throws LODNetworkException
```
    Throws:
    
    LODNetworkException
  - open
```
void open()
   throws LODNetworkException
```
    Throws:
    
    LODNetworkException
  - getConnection
```
java.sql.Connection getConnection()
```
    Deprecated.
    use getDataSource instead
    
    Returns the cached database connection managed by the user.
    
    Returns:
  - setConnection
```
void setConnection(java.sql.Connection conn)
```
    Deprecated.
    use setDataSource instead
    
    Sets the cached database connection managed by the user.
    
    Parameters:
    
    conn -
  - getDataSource
```
oracle.spatial.network.ds.IDataSource getDataSource()
```
    Returns the data source.
    
    Returns:
  - setDataSource
```
void setDataSource(oracle.spatial.network.ds.IDataSource dataSource)
```
    Sets the data source.
    
    Parameters:
    
    dataSource -
  - getGlobalNetworkName
```
java.lang.String getGlobalNetworkName()
```
    Returns the global network name, i.e., the network name that is globally unique, and is used as the cache key for the network.
    
    Returns:
    
    global network name
  - setGlobalNetworkName
```
void setGlobalNetworkName(java.lang.String globalNetworkName)
```
    Sets the global network name, i.e., the network name that is globally unique, and is used as the cache key for the network.
    
    Parameters:
    
    globalNetworkName - global network name
  - getNetworkName
```
java.lang.String getNetworkName()
```
    Returns the network name used in network metadata.
    
    Returns:
    
    global network name
  - getNetworkMetadata
```
NetworkMetadata getNetworkMetadata()
```
    Returns the network metadata.
    
    Returns:
    
    network metadata
  - getNetworkIOConfig
```
NetworkIOConfig getNetworkIOConfig()
```
    Returns the network IO configuration.
    
    Returns:
  - setNetworkMetadata
```
void setNetworkMetadata(NetworkMetadata metadata)
```
    Sets network metadata
    
    Parameters:
    
    metadata - network metadata
  - getUserDataIOs
```
LODUserDataIO[] getUserDataIOs()
```
    Returns the user data IO implementations.
    
    Returns:
    
    user data IO implementations
  - setUserDataIOs
```
void setUserDataIOs(LODUserDataIO[] udios)
```
    Sets the user data IO implementations.
    
    Parameters:
    
    udios -
  - isReadFromBlob
```
boolean isReadFromBlob()
```
    Returns true if the partitions are read from BLOB; false if the partitions are read from node/link tables.
  - setReadFromBlob
```
void setReadFromBlob(boolean readFromBlob)
```
    Sets whether to read partitions from BLOBs.
    
    Parameters:
    
    readFromBlob - true if the partitions are read from BLOBs; false if the partitions are read from node/link tables.
  - getPartitionBlobTranslator
```
PartitionBlobTranslator getPartitionBlobTranslator()
```
    Returns the partition blob translator implementation.
  - setPartitionBlobTranslator
```
void setPartitionBlobTranslator(PartitionBlobTranslator translator)
```
    Sets the partition blob translator.
    
    Parameters:
    
    translator -
  - commit
```
void commit()
     throws LODNetworkException
```
    Sends out commit command to the database.
    
    Throws:
    
    LODNetworkException
  - rollback
```
void rollback()
       throws LODNetworkException
```
    Sends out rollback command to the database.
    
    Throws:
    
    LODNetworkException
  - getNextId
```
long getNextId()
        throws LODNetworkException
```
    Returns the next value from the NDM ID sequence.
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - isNodesExist
```
boolean[] isNodesExist(long[] nodeIds)
                throws LODNetworkException
```
    Checks whether the input nodes exist or not
    
    Parameters:
    
    nodeIds - IDs of the nodes
    
    Returns:
    
    array of boolean indicating whether each of the input nodes exist or not.
    
    Throws:
    
    LODNetworkException
  - hasNodes
```
boolean[] hasNodes(long[] nodeIds)
            throws LODNetworkException
```
    Checks whether the input nodes exist or not
    
    Parameters:
    
    nodeIds - IDs of the nodes
    
    Returns:
    
    array of boolean indicating whether each of the input nodes exist or not.
    
    Throws:
    
    LODNetworkException
  - isLinksExist
```
boolean[] isLinksExist(long[] linkIds)
                throws LODNetworkException
```
    Checks whether the input links exist or not
    
    Parameters:
    
    linkIds - IDs of the links
    
    Returns:
    
    array of boolean indicating whether each of the input links exist or not.
    
    Throws:
    
    LODNetworkException
  - hasLinks
```
boolean[] hasLinks(long[] linkIds)
            throws LODNetworkException
```
    Checks whether the input links exist or not
    
    Parameters:
    
    linkIds - IDs of the links
    
    Returns:
    
    array of boolean indicating whether each of the input links exist or not.
    
    Throws:
    
    LODNetworkException
  - updatePartitionBlobInfo
```
void updatePartitionBlobInfo(int partitionId,
                             int linkLevel,
                             int numberOfInternalNodes,
                             int numberOfExternalNodes,
                             int numberOfInternalLinks,
                             int numberOfBoundaryLinks,
                             int numberOfIncomingLinks,
                             int numberOfOutgoingLinks,
                             boolean isUserDataIncluded)
                      throws LODNetworkException
```
    Updates the partition BLOB info in the partition BLOB table.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    numberOfInternalNodes - number of internal nodes
    
    numberOfExternalNodes - number of external nodes
    
    numberOfInternalLinks - number of internal links
    
    numberOfBoundaryLinks - number of boundary links
    
    numberOfIncomingLinks - number of incoming links
    
    numberOfOutgoingLinks - number of outgoing links
    
    isUserDataIncluded - whether user data is included in the partition BLOB or not
    
    Throws:
    
    LODNetworkException
  - readNumberOfNodes
```
int readNumberOfNodes(int linkLevel)
               throws LODNetworkException
```
    Retrieves the number of nodes in the network.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    the number of nodes in the network
    
    Throws:
    
    LODNetworkException
  - readNumberOfLinks
```
int readNumberOfLinks(int linkLevel)
               throws LODNetworkException
```
    Retrieves the number of links in the network.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    the number of links in the network
    
    Throws:
    
    LODNetworkException
  - readNodeIds
```
long[] readNodeIds(int linkLevel)
            throws LODNetworkException
```
    Retrieves the array of node IDs in the network.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    the array of node IDs in the network
    
    Throws:
    
    LODNetworkException
  - readLinkIds
```
long[] readLinkIds(int linkLevel)
            throws LODNetworkException
```
    Throws:
    
    LODNetworkException
  - readLogicalNodes
```
LogicalNode[] readLogicalNodes(int linkLevel,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Returns the nodes on the specified link level.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be loaded
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readLogicalLinks
```
LogicalLink[] readLogicalLinks(int linkLevel,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Returns the links on the specified link level.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be loaded
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readArbitraryLogicalNodes
```
LogicalNode[] readArbitraryLogicalNodes(int linkLevel,
                                        int numberOfNodes,
                                        int[] userDataCategories)
                                 throws LODNetworkException
```
    Returns an array of arbitrary nodes from the specified link level.
    
    Parameters:
    
    linkLevel - link level
    
    numberOfNodes - number of nodes
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readArbitraryLogicalLinks
```
LogicalLink[] readArbitraryLogicalLinks(int linkLevel,
                                        int numberOfLinks,
                                        int[] userDataCategories)
                                 throws LODNetworkException
```
    Returns an array of arbitrary links from the specified link level.
    
    Parameters:
    
    linkLevel - link level
    
    numberOfLinks - number of links
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readArbitraryLogicalNode
```
LogicalNode readArbitraryLogicalNode(int linkLevel,
                                     int[] userDataCategories)
                              throws LODNetworkException
```
    Returns an arbitrary node from the specified link level.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readArbitraryLogicalLink
```
LogicalLink readArbitraryLogicalLink(int linkLevel,
                                     int[] userDataCategories)
                              throws LODNetworkException
```
    Returns an arbitrary link from the specified link level.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readLogicalNetwork
```
LogicalBasicNetwork readLogicalNetwork(int linkLevel,
                                       boolean includeUserData,
                                       boolean readFromBlob)
                                throws LODNetworkException
```
    Retrieves the logical network.
    
    Parameters:
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    the logical network
    
    Throws:
    
    LODNetworkException
  - readLogicalNetwork
```
LogicalBasicNetwork readLogicalNetwork(int linkLevel,
                                       int[] userDataCategories,
                                       int[] featureLayerIds,
                                       boolean readFromBlob)
                                throws LODNetworkException
```
    Retrieves the logical network.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    the logical network
    
    Throws:
    
    LODNetworkException
  - readLogicalNetwork
```
LogicalBasicNetwork readLogicalNetwork(int linkLevel,
                                       boolean includeUserData)
                                throws LODNetworkException
```
    Retrieves the logical network. Whether the network is loaded from BLOBs or from node and link tables depends on how it is configured in the LOD configuration xml.
    
    Parameters:
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    the logical network
    
    Throws:
    
    LODNetworkException
  - readLogicalNetwork
```
LogicalBasicNetwork readLogicalNetwork(int linkLevel,
                                       int[] userDataCategories)
                                throws LODNetworkException
```
    Retrieves the logical network.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    the logical network
    
    Throws:
    
    LODNetworkException
  - readLogicalNetwork
```
LogicalBasicNetwork readLogicalNetwork(int linkLevel,
                                       int[] userDataCategories,
                                       int[] featureLayerIds)
                                throws LODNetworkException
```
    Retrieves the logical network.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    the logical network
    
    Throws:
    
    LODNetworkException
  - readLogicalPartition
```
LogicalPartition readLogicalPartition(int partitionId,
                                      int linkLevel,
                                      boolean includeUserData,
                                      boolean readFromBlob)
                               throws LODNetworkException
```
    Retrieves the logical network partition for the specified partition ID.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartition
```
LogicalPartition readLogicalPartition(int partitionId,
                                      int linkLevel,
                                      int[] userDataCategories,
                                      boolean readFromBlob)
                               throws LODNetworkException
```
    Retrieves the logical network partition for the specified partition ID.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartition
```
LogicalPartition readLogicalPartition(int partitionId,
                                      int linkLevel,
                                      int[] userDataCategories,
                                      int[] featureLayerIds,
                                      boolean readFromBlob)
                               throws LODNetworkException
```
    Retrieves the logical network partition for the specified partition ID.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    featureLayerIds - feature layers to be included
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartition
```
LogicalPartition readLogicalPartition(int partitionId,
                                      int linkLevel,
                                      boolean includeUserData)
                               throws LODNetworkException
```
    Retrieves the logical network partition for the specified partition ID. Whether the network partition is loaded from BLOBs or from node and link tables depends on how it is configured in the LOD configuration xml.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartition
```
LogicalPartition readLogicalPartition(int partitionId,
                                      int linkLevel,
                                      int[] userDataCategories)
                               throws LODNetworkException
```
    Retrieves the logical network partition for the specified partition ID.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartition
```
LogicalPartition readLogicalPartition(int partitionId,
                                      int linkLevel,
                                      int[] userDataCategories,
                                      int[] featureLayerIds)
                               throws LODNetworkException
```
    Retrieves the logical network partition for the specified partition ID.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    featureLayerIds - feature layer IDs
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartitions
```
LogicalPartition[] readLogicalPartitions(int linkLevel,
                                         boolean includeUserData,
                                         boolean readFromBlob)
                                  throws LODNetworkException
```
    Retrieves all the logical network partitions.
    
    Parameters:
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartitions
```
LogicalPartition[] readLogicalPartitions(int linkLevel,
                                         int[] userDataCategories,
                                         int[] featureLayerIds,
                                         boolean readFromBlob)
                                  throws LODNetworkException
```
    Retrieves all the logical network partitions.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartitions
```
LogicalPartition[] readLogicalPartitions(int linkLevel,
                                         int[] userDataCategories,
                                         boolean readFromBlob)
                                  throws LODNetworkException
```
    Retrieves all the logical network partitions.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    readFromBlob - whether to read from BLOBs or from table
    
    Returns:
    
    logical network partition
    
    Throws:
    
    LODNetworkException
  - readLogicalPartitions
```
LogicalPartition[] readLogicalPartitions(int linkLevel,
                                         boolean includeUserData)
                                  throws LODNetworkException
```
    Retrieves all the logical network partitions in this network.
    
    Parameters:
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    all logical network partitions in this network
    
    Throws:
    
    LODNetworkException
  - readLogicalPartitions
```
LogicalPartition[] readLogicalPartitions(int linkLevel,
                                         int[] userDataCategories)
                                  throws LODNetworkException
```
    Retrieves all the logical network partitions in this network.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    all logical network partitions in this network
    
    Throws:
    
    LODNetworkException
  - readLogicalPartitions
```
LogicalPartition[] readLogicalPartitions(int linkLevel,
                                         int[] userDataCategories,
                                         int[] featureLayerIds)
                                  throws LODNetworkException
```
    Retrieves all the logical network partitions in this network.
    
    Parameters:
    
    linkLevel - link level
    
    userDataCategories - user data categories to be included
    
    featureLayerIds - feature layer IDs
    
    Returns:
    
    all logical network partitions in this network
    
    Throws:
    
    LODNetworkException
  - readUserData
```
void readUserData(LogicalPartition partition,
                  int[] userDataCategories)
           throws LODNetworkException
```
    Adds user data information to the logical partition
    
    Parameters:
    
    partition - logical partition
    
    userDataCategories - user data categories to be included
    
    Throws:
    
    LODNetworkException
  - readPartitionId
```
int readPartitionId(long nodeId,
                    int linkLevel)
             throws LODNetworkException
```
    Retrieves the partition ID for the specified node ID.
    
    Parameters:
    
    nodeId - node ID
    
    linkLevel - link level
    
    Returns:
    
    partition ID
    
    Throws:
    
    LODNetworkException
  - readPartitionIds
```
int[] readPartitionIds(long[] nodeIds,
                       int linkLevel)
                throws LODNetworkException
```
    Retrieves the partition IDs for the specified node IDs.
    
    Parameters:
    
    nodeIds - node IDs
    
    linkLevel - link level
    
    Returns:
    
    partition IDs
    
    Throws:
    
    LODNetworkException
  - readNodePartitionId
```
int readNodePartitionId(long nodeId,
                        int linkLevel)
                 throws LODNetworkException
```
    Retrieves the partition ID for the specified node ID.
    
    Parameters:
    
    nodeId - node ID
    
    linkLevel - link level
    
    Returns:
    
    partition ID
    
    Throws:
    
    LODNetworkException
  - readNodePartitionIds
```
int[] readNodePartitionIds(long[] nodeIds,
                           int linkLevel)
                    throws LODNetworkException
```
    Retrieves the partition IDs for the specified node IDs.
    
    Parameters:
    
    nodeIds - node IDs
    
    linkLevel - link level
    
    Returns:
    
    partition IDs
    
    Throws:
    
    LODNetworkException
  - readLinkPartitionIds
```
int[] readLinkPartitionIds(long linkId,
                           int linkLevel)
                    throws LODNetworkException
```
    Retrieves the partition IDs for the specified link.
    
    Parameters:
    
    linkId - link ID
    
    linkLevel - link level
    
    Returns:
    
    array of length 1 if the link is an internal link; array of length 2 if the link is a boundary link; null if the link does not exist on the specified link level of the network.
    
    Throws:
    
    LODNetworkException
  - readLinkPartitionIds
```
int[] readLinkPartitionIds(long[] linkIds,
                           int linkLevel)
                    throws LODNetworkException
```
    Retrieves the partition IDs for the specified links.
    
    Parameters:
    
    linkIds - link IDs
    
    linkLevel - link level
    
    Returns:
    
    array of length two times the number of the input link IDs. Element 2*i of array contains partition ID of the start node of link i. Element 2*i+1 of the array contains the partition ID of the end node of link i. Both element 2*i and 2*i+1 are set to -1 if link i does not exist on the specified link level of the network.
    
    Throws:
    
    LODNetworkException
  - readAdjacentPartitionIdsForNodes
```
LongHashMap<int[]> readAdjacentPartitionIdsForNodes(long[] nodeIds,
                                                    int linkLevel)
                                             throws LODNetworkException
```
    Retrieves the adjacent partition IDs for the specified node IDs. A partition is adjacent to a node if the node is either an internal or external node in this partition.
    
    Parameters:
    
    nodeIds - node IDs
    
    linkLevel - link level
    
    Returns:
    
    relevant partition IDs for each node ID.
    
    Throws:
    
    LODNetworkException
  - readAdjacentPartitionIdsForLinks
```
LongHashMap<int[]> readAdjacentPartitionIdsForLinks(long[] linkIds,
                                                    int linkLevel)
                                             throws LODNetworkException
```
    Retrieves the relevant partition IDs for the specified node IDs. A partition is adjacent to a link if the link is either an internal or boundary link in this partition.
    
    Parameters:
    
    linkIds - link IDs
    
    linkLevel - link level
    
    Returns:
    
    relevant partition IDs for eath node ID.
    
    Throws:
    
    LODNetworkException
  - readPartitionIds
```
int[] readPartitionIds(int linkLevel)
                throws LODNetworkException
```
    Retrieves all the partition IDs in the network.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    array of partition IDs
    
    Throws:
    
    LODNetworkException
  - readNumberOfPartitions
```
int readNumberOfPartitions(int linkLevel)
                    throws LODNetworkException
```
    Retrieves the number of partitions in the network.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    number of partitions
    
    Throws:
    
    LODNetworkException
  - readNumberOfConnectedComponents
```
int readNumberOfConnectedComponents(int linkLevel)
                             throws LODNetworkException
```
    Retrieves the number of connected components stored in the component table. This method should be called after the connected components have been pre-computed and stored in the database.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    number of connected components, if the connected components have been pre-computed and stored in the database;
    -1, otherwise
    
    Throws:
    
    LODNetworkException
  - readComponentIds
```
int[] readComponentIds(int linkLevel)
                throws LODNetworkException
```
    Retrieves the component IDs stored in the connected component table. This method should be called after the connected components habe been pre-computed and stored in the database.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    the component ID array, if the connected components have been pre-computed and stored in the database;
    null, otherwise
    
    Throws:
    
    LODNetworkException
  - readComponentId
```
int readComponentId(long nodeId,
                    int linkLevel)
             throws LODNetworkException
```
    Retrieves the component ID assigned to the specified node ID. This method should be called after the connected components habe been pre-computed and stored in the database.
    
    Parameters:
    
    nodeId - node ID
    
    linkLevel - link level
    
    Returns:
    
    the component ID assigned to the specified node ID, if the connected components have been pre-computed and stored in the database;
    -1, otherwise
    
    Throws:
    
    LODNetworkException
  - readLogicalLink
```
LogicalLink readLogicalLink(long linkId,
                            boolean includeUserData)
                     throws LODNetworkException
```
    Retrieves the standalone logical link, i.e., the logical link without references to the start and end nodes, for the specified link ID.
    
    Parameters:
    
    linkId - link ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical link
    
    Throws:
    
    LODNetworkException
  - readLogicalLink
```
LogicalLink readLogicalLink(long linkId,
                            int[] userDataCategories)
                     throws LODNetworkException
```
    Retrieves the standalone logical link, i.e., the logical link without references to the start and end nodes, for the specified link ID.
    
    Parameters:
    
    linkId - link ID
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    logical link
    
    Throws:
    
    LODNetworkException
  - readLogicalLinks
```
LogicalLink[] readLogicalLinks(long[] linkIds,
                               boolean includeUserData)
                        throws LODNetworkException
```
    Retrieves the standalone logical links, i.e., the logical link without references to the start and end nodes, for the specified link ID.
    
    Parameters:
    
    linkIds - link ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical link
    
    Throws:
    
    LODNetworkException
  - readLogicalLinks
```
LogicalLink[] readLogicalLinks(long[] linkIds,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Retrieves the standalone logical links, i.e., the logical link without references to the start and end nodes, for the specified link ID.
    
    Parameters:
    
    linkIds - link ID
    
    userDataCategories -
    
    Returns:
    
    logical link
    
    Throws:
    
    LODNetworkException
  - readLogicalNode
```
LogicalNode readLogicalNode(long nodeId,
                            boolean includeUserData)
                     throws LODNetworkException
```
    Retrieves the standalone logical node, i.e., the logical node without references to incoming and outgoing links, for the specified node ID.
    
    Parameters:
    
    nodeId - node ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical node
    
    Throws:
    
    LODNetworkException
  - readLogicalNodes
```
LogicalNode[] readLogicalNodes(long[] nodeIds,
                               boolean includeUserData)
                        throws LODNetworkException
```
    Retrieves the standalone logical nodes, i.e., the logical nodes without references to incoming and outgoing links, for the specified node IDs.
    
    Parameters:
    
    nodeIds - node IDs
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical node
    
    Throws:
    
    LODNetworkException
  - readLogicalNode
```
LogicalNode readLogicalNode(long nodeId,
                            int[] userDataCategories)
                     throws LODNetworkException
```
    Retrieves the standalone logical node, i.e., the logical node without references to incoming and outgoing links, for the specified node ID.
    
    Parameters:
    
    nodeId - node ID
    
    userDataCategories -
    
    Returns:
    
    logical node
    
    Throws:
    
    LODNetworkException
  - readLogicalNodes
```
LogicalNode[] readLogicalNodes(long[] nodeIds,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Retrieves the standalone logical nodes, i.e., the logical nodes without references to incoming and outgoing links, for the specified node IDs.
    
    Parameters:
    
    nodeIds - node IDs
    
    userDataCategories -
    
    Returns:
    
    logical node
    
    Throws:
    
    LODNetworkException
  - readLogicalPath
```
LogicalPath readLogicalPath(long pathId,
                            boolean includeUserData)
                     throws LODNetworkException
```
    Retrieves the logical path for the specified path ID.
    
    Parameters:
    
    pathId - path ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical path
    
    Throws:
    
    LODNetworkException
  - readLogicalPaths
```
LogicalPath[] readLogicalPaths(long[] pathIds,
                               boolean includeUserData)
                        throws LODNetworkException
```
    Retrieves the logical paths for the specified path IDs.
    
    Parameters:
    
    pathIds - path IDs
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical paths
    
    Throws:
    
    LODNetworkException
  - readLogicalPath
```
LogicalPath readLogicalPath(long pathId,
                            int[] userDataCategories)
                     throws LODNetworkException
```
    Retrieves the logical path for the specified path ID.
    
    Parameters:
    
    pathId - path ID
    
    userDataCategories -
    
    Returns:
    
    logical path
    
    Throws:
    
    LODNetworkException
  - readLogicalPaths
```
LogicalPath[] readLogicalPaths(long[] pathIds,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Retrieves the logical paths for the specified path IDs.
    
    Parameters:
    
    pathIds - path IDs
    
    userDataCategories -
    
    Returns:
    
    logical paths
    
    Throws:
    
    LODNetworkException
  - readLogicalSubPath
```
LogicalSubPath readLogicalSubPath(long subPathId,
                                  boolean includeUserData)
                           throws LODNetworkException
```
    Retrieves the logical subpath for the specified subpath ID.
    
    Parameters:
    
    subPathId - subpath ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical subpath
    
    Throws:
    
    LODNetworkException
  - readLogicalSubPaths
```
LogicalSubPath[] readLogicalSubPaths(long[] subPathIds,
                                     boolean includeUserData)
                              throws LODNetworkException
```
    Retrieves the logical subpaths for the specified subpath IDs.
    
    Parameters:
    
    subPathIds - subpath IDs
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    logical subpaths
    
    Throws:
    
    LODNetworkException
  - readLogicalSubPath
```
LogicalSubPath readLogicalSubPath(long subPathId,
                                  int[] userDataCategories)
                           throws LODNetworkException
```
    Retrieves the logical subpath for the specified subpath ID.
    
    Parameters:
    
    subPathId - subpath ID
    
    userDataCategories -
    
    Returns:
    
    logical subpath
    
    Throws:
    
    LODNetworkException
  - readLogicalSubPaths
```
LogicalSubPath[] readLogicalSubPaths(long[] subPathIds,
                                     int[] userDataCategories)
                              throws LODNetworkException
```
    Retrieves the logical subpaths for the specified subpath IDs.
    
    Parameters:
    
    subPathIds - subpath IDs
    
    userDataCategories -
    
    Returns:
    
    logical subpaths
    
    Throws:
    
    LODNetworkException
  - readLogicalHeavyPath
```
LogicalHeavyPath readLogicalHeavyPath(LogicalPath path,
                                      boolean includeUserData)
                               throws LODNetworkException
```
    Retrieves node and link information for the specified logical path.
    
    Parameters:
    
    path - logical path without detailed node and link information
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readLogicalHeavyPaths
```
LogicalHeavyPath[] readLogicalHeavyPaths(LogicalPath[] paths,
                                         boolean includeUserData)
                                  throws LODNetworkException
```
    Retrieves node and link information for the specified logical paths.
    
    Parameters:
    
    paths - logical paths without detailed node and link information
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    heavy logical paths, i.e., logical paths with detailed node and link information
    
    Throws:
    
    LODNetworkException
  - readLogicalHeavyPath
```
LogicalHeavyPath readLogicalHeavyPath(LogicalPath path,
                                      int[] userDataCategories)
                               throws LODNetworkException
```
    Retrieves node and link information for the specified logical path.
    
    Parameters:
    
    path - logical path without detailed node and link information
    
    userDataCategories -
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readLogicalHeavyPaths
```
LogicalHeavyPath[] readLogicalHeavyPaths(LogicalPath[] paths,
                                         int[] userDataCategories)
                                  throws LODNetworkException
```
    Retrieves node and link information for the specified logical paths.
    
    Parameters:
    
    paths - logical paths without detailed node and link information
    
    userDataCategories -
    
    Returns:
    
    heavy logical paths, i.e., logical paths with detailed node and link information
    
    Throws:
    
    LODNetworkException
  - readSpatialNetwork
```
SpatialBasicNetwork readSpatialNetwork(LogicalBasicNetwork logicalNetwork)
                                throws LODNetworkException
```
    Retrieves spatial information for the logical network, and returns the spatial network.
    
    Parameters:
    
    logicalNetwork - logical network
    
    Returns:
    
    spatial network
    
    Throws:
    
    LODNetworkException
  - readSpatialPartition
```
SpatialPartition readSpatialPartition(LogicalPartition logicalPartition)
                               throws LODNetworkException
```
    Retrieves spatial information for the logical network partition, and returns the spatial network partition.
    
    Parameters:
    
    logicalPartition - logical network partition
    
    Returns:
    
    spatial network partition
    
    Throws:
    
    LODNetworkException
  - readSpatialPartition
```
SpatialPartition readSpatialPartition(int partitionId,
                                      int linkLevel,
                                      int[] userDataCategories,
                                      int[] featureLayerIds)
                               throws LODNetworkException
```
    Retrieves spatial partition.
    
    Parameters:
    
    partitionId - partitionId
    
    linkLevel - linkLevel
    
    userDataCategories - user data categories
    
    Returns:
    
    spatial network partition
    
    Throws:
    
    LODNetworkException
  - readSpatialPartition
```
SpatialPartition readSpatialPartition(int partitionId,
                                      int linkLevel,
                                      boolean includeUserData)
                               throws LODNetworkException
```
    Retrieves spatial partition.
    
    Parameters:
    
    partitionId - partitionId
    
    linkLevel - linkLevel
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    spatial network partition
    
    Throws:
    
    LODNetworkException
  - readSpatialPartition
```
SpatialPartition readSpatialPartition(int partitionId,
                                      int linkLevel,
                                      boolean includeUserData,
                                      boolean readFromBlob)
                               throws LODNetworkException
```
    Retrieves spatial partition.
    
    Parameters:
    
    partitionId - partitionId
    
    linkLevel - linkLevel
    
    includeUserData - whether to include user data or not
    
    readFromBlob - whether to read from BLOB or not
    
    Returns:
    
    spatial network partition
    
    Throws:
    
    LODNetworkException
  - readSpatialPartition
```
SpatialPartition readSpatialPartition(int partitionId,
                                      int linkLevel,
                                      int[] userDataCategories,
                                      int[] featureLayerIds,
                                      boolean readFromBlob)
                               throws LODNetworkException
```
    Retrieves spatial partition.
    
    Parameters:
    
    partitionId - partitionId
    
    linkLevel - linkLevel
    
    userDataCategories - user data categories
    
    readFromBlob - whether to read from BLOB or not
    
    Returns:
    
    spatial network partition
    
    Throws:
    
    LODNetworkException
  - readSpatialPartitionMBR
```
JGeometry readSpatialPartitionMBR(int partitionId,
                                  int linkLevel)
                           throws LODNetworkException
```
    Returns the minimum bounding rectangle (MBR) encompassing all the nodes in the specified partition. Note that link geometries in the partition might cross the boundaries of the returned MBR.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    Returns:
    
    a polygon type JGeometry instance representing the MBR
    
    Throws:
    
    LODNetworkException
  - readSpatialPartitionMBRs
```
java.util.Map<java.lang.Integer,JGeometry> readSpatialPartitionMBRs(int linkLevel)
                                                                   throws LODNetworkException
```
    Returns the minimum bounding rectangles (MBR) of all the partitions in this network.
    
    Parameters:
    
    linkLevel - link level
    
    Returns:
    
    a map, whose keys are the partition IDs in the network, and whose values are polygon type JGeometry instances representing the MBRs of the corresponding partitions.
    
    Throws:
    
    LODNetworkException
  - readSpatialPath
```
SpatialPath readSpatialPath(long pathId,
                            boolean includeUserData)
                     throws LODNetworkException
```
    Retrieves the spatial path for the specified path ID.
    
    Parameters:
    
    pathId - path ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    spatial path
    
    Throws:
    
    LODNetworkException
  - readSpatialPath
```
SpatialPath readSpatialPath(long pathId,
                            int[] userDataCategories)
                     throws LODNetworkException
```
    Retrieves the spatial path for the specified path ID.
    
    Parameters:
    
    pathId - path ID
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial path
    
    Throws:
    
    LODNetworkException
  - readSpatialPaths
```
SpatialPath[] readSpatialPaths(long[] pathIds,
                               boolean includeUserData)
                        throws LODNetworkException
```
    Retrieves the spatial path for the specified path ID.
    
    Parameters:
    
    pathIds - path ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    spatial path
    
    Throws:
    
    LODNetworkException
  - readSpatialPaths
```
SpatialPath[] readSpatialPaths(long[] pathIds,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Retrieves the spatial path for the specified path ID.
    
    Parameters:
    
    pathIds - path ID
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial path
    
    Throws:
    
    LODNetworkException
  - readSpatialPath
```
SpatialPath readSpatialPath(LogicalPath logicalPath)
                     throws LODNetworkException
```
    Retrieves the spatial information for the specified logical path, and returns the spatial path.
    
    Parameters:
    
    logicalPath - logical path
    
    Returns:
    
    spatial path
    
    Throws:
    
    LODNetworkException
  - readSpatialPaths
```
SpatialPath[] readSpatialPaths(LogicalPath[] logicalPath)
                        throws LODNetworkException
```
    Retrieves the spatial information for the specified logical path, and returns the spatial path.
    
    Parameters:
    
    logicalPath - logical path
    
    Returns:
    
    spatial path
    
    Throws:
    
    LODNetworkException
  - readSpatialSubPath
```
SpatialSubPath readSpatialSubPath(long subPathId,
                                  boolean includeUserData)
                           throws LODNetworkException
```
    Retrieves the spatial subpath information.
    
    Parameters:
    
    subPathId - subpath ID
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    spatial subpath
    
    Throws:
    
    LODNetworkException
  - readSpatialSubPath
```
SpatialSubPath readSpatialSubPath(long subPathId,
                                  int[] userDataCategories)
                           throws LODNetworkException
```
    Retrieves the spatial subpath information.
    
    Parameters:
    
    subPathId - subpath ID
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial subpath
    
    Throws:
    
    LODNetworkException
  - readSpatialSubPaths
```
SpatialSubPath[] readSpatialSubPaths(long[] subPathIds,
                                     boolean includeUserData)
                              throws LODNetworkException
```
    Retrieves the spatial subpath information.
    
    Parameters:
    
    subPathIds - subpath IDs
    
    includeUserData - whether to include the userdata or not
    
    Returns:
    
    spatial subpath
    
    Throws:
    
    LODNetworkException
  - readSpatialSubPaths
```
SpatialSubPath[] readSpatialSubPaths(long[] subPathIds,
                                     int[] userDataCategories)
                              throws LODNetworkException
```
    Retrieves the spatial subpath information.
    
    Parameters:
    
    subPathIds - subpath IDs
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial subpath
    
    Throws:
    
    LODNetworkException
  - readSpatialSubPath
```
SpatialSubPath readSpatialSubPath(LogicalSubPath logicalSubPath)
                           throws LODNetworkException
```
    Retrieves the spatial information of the specified logical subpath, and returns the spatial subpath.
    
    Parameters:
    
    logicalSubPath - logical subpath
    
    Returns:
    
    spatial subpath
    
    Throws:
    
    LODNetworkException
  - readSpatialSubPaths
```
SpatialSubPath[] readSpatialSubPaths(LogicalSubPath[] logicalSubPaths)
                              throws LODNetworkException
```
    Retrieves the spatial information of the specified logical subpaths, and returns the spatial subpath.
    
    Parameters:
    
    logicalSubPaths - logical subpath
    
    Returns:
    
    spatial subpaths
    
    Throws:
    
    LODNetworkException
  - readSpatialHeavyPath
```
SpatialHeavyPath readSpatialHeavyPath(LogicalPath path,
                                      boolean includeUserData)
                               throws LODNetworkException
```
    Retrieves node and link information for the specified logical paths.
    
    Parameters:
    
    path - logical path without detailed node and link information
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    heavy logical path, i.e., logical path with detailed node and link information
    
    Throws:
    
    LODNetworkException
  - readSpatialHeavyPath
```
SpatialHeavyPath readSpatialHeavyPath(LogicalPath path,
                                      int[] userDataCategories)
                               throws LODNetworkException
```
    Retrieves node and link information for the specified logical paths.
    
    Parameters:
    
    path - logical path without detailed node and link information
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    heavy logical path, i.e., logical path with detailed node and link information
    
    Throws:
    
    LODNetworkException
  - readSpatialHeavyPaths
```
SpatialHeavyPath[] readSpatialHeavyPaths(LogicalPath[] paths,
                                         boolean includeUserData)
                                  throws LODNetworkException
```
    Retrieves node and link information for the specified logical paths.
    
    Parameters:
    
    paths - logical paths without detailed node and link information
    
    includeUserData - whether to include user data or not
    
    Returns:
    
    heavy logical paths, i.e., logical paths with detailed node and link information
    
    Throws:
    
    LODNetworkException
  - readSpatialHeavyPaths
```
SpatialHeavyPath[] readSpatialHeavyPaths(LogicalPath[] paths,
                                         int[] userDataCategories)
                                  throws LODNetworkException
```
    Retrieves node and link information for the specified logical paths.
    
    Parameters:
    
    paths - logical paths without detailed node and link information
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    heavy logical paths, i.e., logical paths with detailed node and link information
    
    Throws:
    
    LODNetworkException
  - readSpatialLink
```
SpatialLink readSpatialLink(long linkId,
                            boolean includeUserData)
                     throws LODNetworkException
```
    Retrieves the spatial link for the specified link ID.
    
    Parameters:
    
    linkId - link ID
    
    Returns:
    
    spatial link
    
    Throws:
    
    LODNetworkException
  - readSpatialLink
```
SpatialLink readSpatialLink(long linkId,
                            int[] userDataCategories)
                     throws LODNetworkException
```
    Retrieves the spatial link for the specified link ID.
    
    Parameters:
    
    linkId - link ID
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial link
    
    Throws:
    
    LODNetworkException
  - readSpatialLinks
```
SpatialLink[] readSpatialLinks(long[] linkIds,
                               boolean includeUserData)
                        throws LODNetworkException
```
    Retrieves the spatial links for the specified link IDs.
    
    Parameters:
    
    linkIds - link IDs
    
    Returns:
    
    spatial links
    
    Throws:
    
    LODNetworkException
  - readSpatialLinks
```
SpatialLink[] readSpatialLinks(long[] linkIds,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Retrieves the spatial links for the specified link IDs.
    
    Parameters:
    
    linkIds - link IDs
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial links
    
    Throws:
    
    LODNetworkException
  - readSpatialNode
```
SpatialNode readSpatialNode(long nodeId,
                            boolean includeUserData)
                     throws LODNetworkException
```
    Retrieves the spatial node for the specified node ID.
    
    Parameters:
    
    nodeId - node ID
    
    Returns:
    
    spatial node
    
    Throws:
    
    LODNetworkException
  - readSpatialNode
```
SpatialNode readSpatialNode(long nodeId,
                            int[] userDataCategories)
                     throws LODNetworkException
```
    Retrieves the spatial node for the specified node ID.
    
    Parameters:
    
    nodeId - node ID
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial node
    
    Throws:
    
    LODNetworkException
  - readSpatialNodes
```
SpatialNode[] readSpatialNodes(long[] nodeIds,
                               boolean includeUserData)
                        throws LODNetworkException
```
    Retrieves the spatial nodes for the specified node IDs.
    
    Parameters:
    
    nodeIds - node IDs
    
    Returns:
    
    spatial nodes
    
    Throws:
    
    LODNetworkException
  - readSpatialNodes
```
SpatialNode[] readSpatialNodes(long[] nodeIds,
                               int[] userDataCategories)
                        throws LODNetworkException
```
    Retrieves the spatial nodes for the specified node IDs.
    
    Parameters:
    
    nodeIds - node IDs
    
    userDataCategories - user data categories to be included
    
    Returns:
    
    spatial nodes
    
    Throws:
    
    LODNetworkException
  - readNumberOfLinkLevels
```
int readNumberOfLinkLevels()
                    throws LODNetworkException
```
    Retrieves the number of link levels.
    
    Returns:
    
    number of link levels
    
    Throws:
    
    LODNetworkException
  - readMaximumLinkLevel
```
int readMaximumLinkLevel()
                  throws LODNetworkException
```
    Retrieves the maximum link level of the network.
    
    Returns:
    
    maximum link level of the network
    
    Throws:
    
    LODNetworkException
  - readMaximumLinkLevel
```
int readMaximumLinkLevel(long nodeId)
                  throws LODNetworkException
```
    Retrieves the maximum link level of the links connected to the specified node.
    
    Parameters:
    
    nodeId - node ID
    
    Returns:
    
    maximum link level
    
    Throws:
    
    LODNetworkException
  - readMaximumIncomingLinkLevel
```
int readMaximumIncomingLinkLevel(long nodeId)
                          throws LODNetworkException
```
    Retrieves the maximum link level of the incoming links connected to the specified node.
    
    Parameters:
    
    nodeId - node ID
    
    Returns:
    
    maximum incoming link level
    
    Throws:
    
    LODNetworkException
  - readMaximumOutgoingLinkLevel
```
int readMaximumOutgoingLinkLevel(long nodeId)
                          throws LODNetworkException
```
    Retrieves the maximum link level of the outgoing links connected to the specified node.
    
    Parameters:
    
    nodeId - node ID
    
    Returns:
    
    maximum outgoing link level
    
    Throws:
    
    LODNetworkException
  - readNetworkUpdate
```
NetworkUpdate readNetworkUpdate(int linkLevel,
                                long[] updatedNodeIds,
                                long[] deletedNodeIds,
                                long[] updatedLinkIds,
                                long[] deletedLinkIds,
                                int[] userDataCategories)
                         throws LODNetworkException
```
    Constructs network update object according to the changed node and link IDs.
    
    Parameters:
    
    linkLevel - link level
    
    updatedNodeIds - new and updated node IDs
    
    deletedNodeIds - deleted node IDs
    
    updatedLinkIds - new and updated link IDs
    
    deletedLinkIds - deleted link IDs
    
    Returns:
    
    network update object
    
    Throws:
    
    LODNetworkException
  - readNetworkUpdate
```
NetworkUpdate readNetworkUpdate(int linkLevel,
                                long[] changedNodeIds,
                                long[] changedLinkIds,
                                int[] userDataCategories)
                         throws LODNetworkException
```
    Constructs network update object according to the changed node and link IDs.
    
    Parameters:
    
    linkLevel - link level
    
    changedNodeIds - new, updated and deleted node IDs
    
    changedLinkIds - new, updated and deleted link IDs
    
    Returns:
    
    network update object
    
    Throws:
    
    LODNetworkException
  - readNetworkUpdate
```
NetworkUpdate readNetworkUpdate(int linkLevel,
                                java.util.Calendar lastUpdateTime,
                                int[] userDataCategories)
                         throws LODNetworkException
```
    Throws:
    
    LODNetworkException
  - readNetworkUpdates
```
NetworkUpdate[] readNetworkUpdates(java.util.Calendar lastUpdateTime,
                                   int[] userDataCategories)
                            throws LODNetworkException
```
    Throws:
    
    LODNetworkException
  - writePath
```
long writePath(LogicalPath path,
               java.lang.String pathName,
               java.lang.String pathType)
        throws LODNetworkException
```
    Stores a path in the database.
    
    Parameters:
    
    path - path
    
    pathName - user specified path name
    
    pathType - user specified path type
    
    Returns:
    
    path ID
    
    Throws:
    
    LODNetworkException
  - writePath
```
void writePath(LogicalPath path,
               long pathId,
               java.lang.String pathName,
               java.lang.String pathType)
        throws LODNetworkException
```
    Stores a path in the database.
    
    Parameters:
    
    path - path
    
    pathId - path ID
    
    pathName - user specified path name
    
    pathType - user specified path type
    
    Throws:
    
    LODNetworkException
  - writeSubPath
```
long writeSubPath(LogicalSubPath subPath,
                  long referencePathId,
                  java.lang.String subPathName,
                  java.lang.String subPathType)
           throws LODNetworkException
```
    Stores a sub-path in the database. Before calling this method, the reference path must have already been stored in the database.
    
    Parameters:
    
    subPath - sub-path
    
    referencePathId - reference path ID
    
    subPathName - user specified sub-path name
    
    subPathType - user specified sub-path type
    
    Returns:
    
    sub-path ID
    
    Throws:
    
    LODNetworkException
  - writeSubPath
```
void writeSubPath(LogicalSubPath subPath,
                  long subPathId,
                  long referencePathId,
                  java.lang.String subPathName,
                  java.lang.String subPathType)
           throws LODNetworkException
```
    Stores a sub-path in the database. Before calling this method, the reference path must have already been stored in the database.
    
    Parameters:
    
    subPath - sub-path
    
    subPathId - sub-path ID
    
    referencePathId - reference path ID
    
    subPathName - user specified sub-path name
    
    subPathType - user specified sub-path type
    
    Throws:
    
    LODNetworkException
  - deletePath
```
void deletePath(long pathId)
         throws LODNetworkException
```
    Deletes path.
    
    Parameters:
    
    pathId - path ID
    
    Throws:
    
    LODNetworkException
  - deletePaths
```
void deletePaths(long[] pathIds)
          throws LODNetworkException
```
    Deletes paths.
    
    Parameters:
    
    pathIds - path IDs
    
    Throws:
    
    LODNetworkException
  - deleteSubPath
```
void deleteSubPath(long subPathId)
            throws LODNetworkException
```
    Deletes sub-path.
    
    Parameters:
    
    subPathId - sub-path ID
    
    Throws:
    
    LODNetworkException
  - deleteSubPaths
```
void deleteSubPaths(long[] subPathIds)
             throws LODNetworkException
```
    Deletes sub-paths.
    
    Parameters:
    
    subPathIds - sub-path IDs
    
    Throws:
    
    LODNetworkException
  - readNetworkBuffer
```
NetworkBuffer readNetworkBuffer(long bufferId)
                         throws LODNetworkException
```
    Reads the network buffer with the specified buffer ID. Use network name as the buffer name.
    
    Parameters:
    
    bufferId - ID of the network buffer
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - readNetworkBuffer
```
NetworkBuffer readNetworkBuffer(long bufferId,
                                java.lang.String bufferName)
                         throws LODNetworkException
```
    Reads the network buffer with the specified buffer ID.
    
    Parameters:
    
    bufferId - ID of the network buffer
    
    bufferName - name of the network buffer
    
    Returns:
    
    Throws:
    
    LODNetworkException
  - writeNetworkBuffer
```
long writeNetworkBuffer(NetworkBuffer buffer)
                 throws LODNetworkException
```
    Stores the network buffer into the database. An ID will be automatically assigned to this buffer. Network name is used as buffer name.
    
    Parameters:
    
    buffer - network buffer to be stored
    
    Returns:
    
    the ID of the network buffer
    
    Throws:
    
    LODNetworkException
  - writeNetworkBuffer
```
long writeNetworkBuffer(NetworkBuffer buffer,
                        java.lang.String bufferName)
                 throws LODNetworkException
```
    Stores the network buffer into the database. An ID will be automatically assigned to this buffer.
    
    Parameters:
    
    buffer - network buffer to be stored
    
    Returns:
    
    the ID of the network buffer
    
    Throws:
    
    LODNetworkException
  - writeNetworkBuffer
```
void writeNetworkBuffer(NetworkBuffer networkBuffer,
                        long bufferId)
                 throws LODNetworkException
```
    Stores the network buffer into the database. Use the network name as the buffer name.
    
    Parameters:
    
    networkBuffer - network buffer to be stored
    
    bufferId - ID of the network buffer in the database
    
    Throws:
    
    LODNetworkException
  - writeNetworkBuffer
```
void writeNetworkBuffer(NetworkBuffer networkBuffer,
                        long bufferId,
                        java.lang.String bufferName)
                 throws LODNetworkException
```
    Stores the network buffer into the database.
    
    Parameters:
    
    networkBuffer - network buffer to be stored
    
    bufferId - ID of the network buffer in the database
    
    Throws:
    
    LODNetworkException
  - deleteNetworkBuffer
```
void deleteNetworkBuffer(long id)
                  throws LODNetworkException
```
    Deletes the network buffer from the database. Use the network name as buffer name.
    
    Parameters:
    
    id - ID of the network buffer
    
    Throws:
    
    LODNetworkException
  - deleteNetworkBuffer
```
void deleteNetworkBuffer(long id,
                         java.lang.String bufferName)
                  throws LODNetworkException
```
    Deletes the network buffer from the database.
    
    Parameters:
    
    id - ID of the network buffer
    
    bufferName - name of the network buffer
    
    Throws:
    
    LODNetworkException
  - saveConnectedComponents
```
void saveConnectedComponents(OrderedLongSet[] components,
                             int linkLevel)
                      throws LODNetworkException
```
    Stores the connected components information in the component table.
    
    Parameters:
    
    components - array of connected components. Each connected component is represented by a set of node IDs.
    
    linkLevel - link level
    
    Throws:
    
    LODNetworkException
  - generatePartitionBlobs
```
void generatePartitionBlobs(int linkLevel,
                            boolean includeUserData,
                            boolean commitForEachBlob)
                     throws LODNetworkException
```
    Generates partition BLOBs for the specified link level. This method reads partition information from the network node and link tables/views directly, and writes the partition information to BLOB.
    
    Parameters:
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not. If set to true, user data of category 0 will be included in the blob.
    
    commitForEachBlob - whether to call commit after writing the BLOB for each partition
    
    Throws:
    
    LODNetworkException
  - generatePartitionBlobs
```
void generatePartitionBlobs(boolean includeUserData,
                            boolean commitForEachBlob,
                            boolean performDeltaUpdate)
                     throws LODNetworkException
```
    Generates partition BLOBs for all link levels. Depending on the value of the flag performDeltaUpdate, partition information can be read from the original network node and link tables/views, or from the existing partition BLOBs combined with the information from the network update history table.
    
    Parameters:
    
    includeUserData - whether to include user data or not. If set to true, user data of category 0 will be included in the blob.
    
    commitForEachBlob - whether to call commit after writing the BLOB for each partition
    
    performDeltaUpdate - whether to use network update history to perform delta update on existing BLOBs or to reload the network information directly from the network node and link tables/views.
    
    Throws:
    
    LODNetworkException
    
    Since:
    
    11gR2
  - generatePartitionBlobs
```
void generatePartitionBlobs(int linkLevel,
                            boolean includeUserData,
                            boolean commitForEachBlob,
                            boolean performDeltaUpdate)
                     throws LODNetworkException
```
    Generates partition BLOBs for the specified link level. Depending on the value of the flag performDeltaUpdate, partition information can be read from the original network node and link tables/views, or from the existing partition BLOBs combined with the information from the network update history table.
    
    Parameters:
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not. If set to true, user data of category 0 will be included in the blob.
    
    commitForEachBlob - whether to call commit after writing the BLOB for each partition
    
    performDeltaUpdate - whether to use network update history to perform delta update on existing BLOBs or to reload the network information directly from the network node and link tables/views.
    
    Throws:
    
    LODNetworkException
    
    Since:
    
    11gR2
  - generatePartitionBlob
```
void generatePartitionBlob(int partitionId,
                           int linkLevel,
                           boolean includeUserData)
                    throws LODNetworkException
```
    Generate partition BLOB for the specified partition. This method reads partition information from the original network node and link tables/views directly, and writes the partition information to BLOB.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not. If set to true, user data of category 0 will be included in the blob.
    
    Throws:
    
    LODNetworkException
  - generatePartitionBlob
```
void generatePartitionBlob(int partitionId,
                           int linkLevel,
                           boolean includeUserData,
                           boolean performDeltaUpdate)
                    throws LODNetworkException
```
    Generates partition BLOB for the specified partition. Depending on the value of the flag performDeltaUpdate, partition information can be read from the original network node and link tables/views, or from the existing partition BLOB combined with the information from the network update history table.
    
    Parameters:
    
    partitionId - partition ID
    
    linkLevel - link level
    
    includeUserData - whether to include user data or not. If set to true, user data of category 0 will be included in the blob.
    
    performDeltaUpdate - whether to use network update history to perform delta update on existing BLOBs or to reload the network information directly from the network node and link tables/views.
    
    Throws:
    
    LODNetworkException
    
    Since:
    
    11gR2
  - getNextTmpNodeId
```
long getNextTmpNodeId()
```
    Returns the next temporary node ID.
    
    Returns:
  - getNextTmpLinkId
```
long getNextTmpLinkId()
```
    Returns the next temporary link ID.
    
    Returns:
  - readFeatureData
```
void readFeatureData(LogicalPartition partition,
                     int[] featureLayerIds,
                     int[] userDataCategories)
              throws LODNetworkException
```
    Adds feature data to the logical partition
    
    Parameters:
    
    partition - logical partition
    
    featureLayerIds - feature layer IDs
    
    Throws:
    
    LODNetworkException
  - readFeatures
```
Feature[] readFeatures(int featureLayerId,
                       long[] featureIds,
                       int[] userDataCategories)
                throws LODNetworkException
```
    Read features.
    
    Parameters:
    
    featureIds - feature IDs
    
    Throws:
    
    LODNetworkException
  - computeFeatureGeometries
```
JGeometry[] computeFeatureGeometries(Feature[] features,
                                     int nodeGeomUserDataCategory,
                                     int nodeGeomUserDataIndex,
                                     int linkGeomUserDataCategory,
                                     int linkGeomUserDataIndex,
                                     boolean consolidate)
                              throws LODNetworkException
```
    Constructs the feature geometry from the geometries of its network elements.
    
    Parameters:
    
    features -
    
    nodeGeomUserDataCategory -
    
    nodeGeomUserDataIndex -
    
    linkGeomUserDataCategory -
    
    linkGeomUserDataIndex -
    
    consolidate - whether to consolidate the overlapping points into one point and connect the links that touches each other into one link
    
    Returns:
    
    Throws:
    
    LODNetworkException

Interface NetworkIO

Method Summary

Method Detail

close

open

getConnection

setConnection

getDataSource

setDataSource

getGlobalNetworkName

setGlobalNetworkName

getNetworkName

getNetworkMetadata

getNetworkIOConfig

setNetworkMetadata

getUserDataIOs

setUserDataIOs

isReadFromBlob

setReadFromBlob

getPartitionBlobTranslator

setPartitionBlobTranslator

commit

rollback

getNextId

isNodesExist

hasNodes

isLinksExist

hasLinks

updatePartitionBlobInfo

readNumberOfNodes

readNumberOfLinks

readNodeIds

readLinkIds

readLogicalNodes

readLogicalLinks

readArbitraryLogicalNodes

readArbitraryLogicalLinks

readArbitraryLogicalNode

readArbitraryLogicalLink

readLogicalNetwork

readLogicalNetwork

readLogicalNetwork

readLogicalNetwork

readLogicalNetwork

readLogicalPartition

readLogicalPartition

readLogicalPartition

readLogicalPartition

readLogicalPartition

readLogicalPartition

readLogicalPartitions

readLogicalPartitions

readLogicalPartitions

readLogicalPartitions

readLogicalPartitions

readLogicalPartitions

readUserData

readPartitionId

readPartitionIds

readNodePartitionId

readNodePartitionIds

readLinkPartitionIds

readLinkPartitionIds

readAdjacentPartitionIdsForNodes

readAdjacentPartitionIdsForLinks

readPartitionIds

readNumberOfPartitions

readNumberOfConnectedComponents

readComponentIds

readComponentId

readLogicalLink

readLogicalLink

readLogicalLinks

readLogicalLinks

readLogicalNode

readLogicalNodes

readLogicalNode

readLogicalNodes

readLogicalPath

readLogicalPaths