long |
DataStoreConnection.addRule(Rule rule) |
Adds a rule to the data store.
|
long |
DataStoreConnection.addRules(java.util.Collection<Rule> datalogProgram) |
Adds a collection of rules to the data store.
|
long |
Cursor.advance() |
Advances the cursor and positions it to the next tuple.
|
void |
DataStoreConnection.beginTransaction(TransactionType transactionType) |
Starts a new transaction on this connection.
|
boolean |
Cursor.canAdvance() |
|
void |
ServerConnection.changeRolePassword(java.lang.String currentPassword,
java.lang.String newPassword) |
Creates the password of the role that is associated with this connection.
|
void |
DataStoreConnection.checkPassword(java.lang.String password) |
Checks whether the supplied password is valid for the role associated with this connection.
|
void |
ServerConnection.checkPassword(java.lang.String password) |
Checks whether the supplied password is valid for the role associated with this connection.
|
void |
DataStoreConnection.clear() |
Clears the content of this data store -- that is, it clears all data and rules so the logical state of
the data store is the same as after initialisation.
|
void |
DataStoreConnection.clearRulesAxiomsExplicateFacts() |
Clears all rules and turns all facts in the data store into EDB facts.
|
void |
DataStoreConnection.commitTransaction() |
Commits the transaction associated with this connection.
|
void |
DataStoreConnection.compact(boolean deleteRedundantFiles) |
Compact the data in the data store.
|
boolean |
DataStoreConnection.containsDataSource(java.lang.String dataSourceName) |
Checks whether the data store contains a data source with the specified name.
|
boolean |
DataStoreConnection.containsDataSourceTable(java.lang.String dataSourceName,
java.lang.String dataSourceTableName) |
Checks whether the specified data source in the data store contains a data source table with the specified name.
|
boolean |
ServerConnection.containsDataStore(java.lang.String dataStoreName) |
Returns true if the connected server contains a data store with the given name.
|
boolean |
DataStoreConnection.containsStatistics(java.lang.String statisticsName) |
Checks whether the data store contains the statistics with the specified name.
|
boolean |
DataStoreConnection.containsTupleTable(java.lang.String tupleTableName) |
Checks whether the data store contains a tuple table with the specified name.
|
Cursor |
DataStoreConnection.createCursor(java.lang.String queryText,
java.util.Map<java.lang.String,java.lang.String> compilationParameters) |
Creates a cursor over the results of the given query with the default fetch window size of 100.
|
Cursor |
DataStoreConnection.createCursor(java.lang.String queryText,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
int fetchWindowSize) |
Creates a cursor over the results of the given query.
|
Cursor |
DataStoreConnection.createCursor(Query query,
java.util.Map<java.lang.String,java.lang.String> compilationParameters) |
Creates a cursor over the results of the given query with the default fetch window size of 100.
|
Cursor |
DataStoreConnection.createCursor(Query query,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
int fetchWindowSize) |
Creates a cursor over the results of the given query.
|
void |
ServerConnection.createDataStore(java.lang.String dataStoreName,
java.util.Map<java.lang.String,java.lang.String> dataStoreParameters) |
Creates a data store with the given name.
|
void |
DataStoreConnection.createExplanation(java.lang.String factText,
int maxDistanceFromRoot,
int maxRuleInstancesPerFact,
ExplanationType explanationType,
java.io.OutputStream outputStream) |
Computes an explanation for a given fact and saves it in JSON format to the given output stream.
|
void |
DataStoreConnection.createExplanation(TupleTableAtom fact,
int maxDistanceFromRoot,
int maxRuleInstancesPerFact,
ExplanationType explanationType,
java.io.OutputStream outputStream) |
Computes an explanation for a given fact and saves it in JSON format to the given output stream.
|
static void |
ConnectionFactory.createFirstLocalServerRole(java.lang.String firstRoleName,
java.lang.String password) |
Creates the first role in the local server.
|
void |
ServerConnection.createRole(java.lang.String roleName,
java.lang.String password) |
Creates a new role with the given name and password.
|
void |
ServerConnection.createRole(java.lang.String roleName,
java.lang.String passwordOrHash,
boolean isHash) |
Creates a new role with the given name and password.
|
void |
DataStoreConnection.createStatistics(java.lang.String statisticsName,
java.util.Map<java.lang.String,java.lang.String> statisticsParameters) |
Creates the statistics in a data store.
|
void |
DataStoreConnection.createTupleTable(java.lang.String tupleTableName,
java.util.Map<java.lang.String,java.lang.String> tupleTableParameters) |
Creates a tuple table in a data store.
|
void |
ServerConnection.deleteDataStore(java.lang.String dataStoreName) |
Deletes a data store with the given name from the server.
|
void |
ServerConnection.deleteDataStore(java.lang.String dataStoreName,
java.lang.String expectedDataStoreUniqueID,
long expectedDataStoreVersion) |
Deletes a data store with the given name from the server if the data store's unique ID and version match the expected values.
|
void |
ServerConnection.deleteRole(java.lang.String roleName) |
Deletes a role with the given name.
|
long |
DataStoreConnection.deleteRule(Rule rule) |
Deletes a rule to the data store.
|
long |
DataStoreConnection.deleteRules(java.util.Collection<Rule> datalogProgram) |
Deletes a collection of rules to the data store.
|
void |
DataStoreConnection.deleteStatistics(java.lang.String statisticsName) |
Deletes the data store statistics with the specified name from the data store.
|
void |
DataStoreConnection.deleteTupleTable(java.lang.String tupleTableName) |
Deletes the tuple table with the specified name from the data store.
|
void |
DataStoreConnection.deregisterDataSource(java.lang.String dataSourceName) |
Deregisters the data source table with the specified name from the data store.
|
DataSourceInfo |
DataStoreConnection.describeDataSource(java.lang.String dataSourceName) |
Returns information about the data source with the given name.
|
DataSourceTableInfo |
DataStoreConnection.describeDataSourceTable(java.lang.String dataSourceName,
java.lang.String dataSourceTableName) |
Returns information about the data source table of the specified data source in the data store.
|
StatisticsInfo |
DataStoreConnection.describeStatistics(java.lang.String statisticsName) |
Returns information about the specific statistics of the data store.
|
TupleTableInfo |
DataStoreConnection.describeTupleTable(java.lang.String tupleTableName) |
Returns information about the tuple table with the given name.
|
DataStoreConnection |
DataStoreConnection.duplicate() |
Creates a new connection to the same data store.
|
ServerConnection |
ServerConnection.duplicate() |
Creates a new connection to the same data store.
|
StatementResult |
DataStoreConnection.evaluateQuery(java.lang.String queryText,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
QueryAnswerMonitor queryAnswerMonitor) |
Evaluates a query and calls the supplied QueryAnswerMonitor instance for each tuple in the result.
|
StatementResult |
DataStoreConnection.evaluateQuery(Query query,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
QueryAnswerMonitor queryAnswerMonitor) |
Evaluates a query and calls the supplied QueryAnswerMonitor instance for each tuple in the result.
|
StatementResult |
DataStoreConnection.evaluateStatement(java.lang.String statementText,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
java.io.File file,
java.lang.String queryAnswerFormatName) |
Evaluates a statement and serialises the result to the supplied file using the specified format.
|
StatementResult |
DataStoreConnection.evaluateStatement(java.lang.String statementText,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
java.io.OutputStream outputStream,
java.lang.String queryAnswerFormatName) |
Evaluates a statement and serialises the result to the supplied output stream using the specified format.
|
StatementResult |
DataStoreConnection.evaluateStatement(Statement statement,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
java.io.File file,
java.lang.String queryAnswerFormatName) |
Evaluates a statement and serialises the result to the supplied file using the specified format.
|
StatementResult |
DataStoreConnection.evaluateStatement(Statement statement,
java.util.Map<java.lang.String,java.lang.String> compilationParameters,
java.io.OutputStream outputStream,
java.lang.String queryAnswerFormatName) |
Evaluates a statement and serialises the result to the supplied output stream using the specified format.
|
StatementResult |
DataStoreConnection.evaluateUpdate(java.lang.String updateText,
java.util.Map<java.lang.String,java.lang.String> compilationParameters) |
Evaluates an update.
|
StatementResult |
DataStoreConnection.evaluateUpdate(Update update,
java.util.Map<java.lang.String,java.lang.String> compilationParameters) |
Evaluates an update.
|
StatementResult |
DataStoreConnection.evaluateUpdates(java.util.List<Update> updates,
java.util.Map<java.lang.String,java.lang.String> compilationParameters) |
Evaluates a list of updates.
|
void |
DataStoreConnection.exportData(java.io.File file,
java.lang.String formatName,
java.util.Map<java.lang.String,java.lang.String> parameters) |
Exports the data in the data store using the given format.
|
void |
DataStoreConnection.exportData(java.io.OutputStream outputStream,
java.lang.String formatName,
java.util.Map<java.lang.String,java.lang.String> parameters) |
Exports the data in the data store using the given format.
|
java.lang.String |
Cursor.getAnswerVariableName(int argumentIndex) |
Returns the name of the answer variable for the given index.
|
int |
Cursor.getArity() |
Returns the arity (i.e., the number of columns) of the answers that the cursor computes.
|
java.lang.String |
DataStoreConnection.getBaseIRI() |
Returns the base IRI of the data store.
|
ComponentInfo |
DataStoreConnection.getComponentInfo(boolean extended) |
Returns diagnostic information about the data store as a tree of objects each providing detailed information about the
data store.
|
ComponentInfo |
ServerConnection.getComponentInfo(boolean extended) |
Returns diagnostic information about the server as a tree of objects each providing detailed information about the
server.
|
long |
Cursor.getCurrentMultiplicity() |
Returns the multiplicity of the current tuple.
|
long |
Cursor.getCurrentOffset() |
Returns the offset of the current tuple.
|
ResourceValue[][] |
DataStoreConnection.getDataSourceTableData(java.lang.String dataSourceName,
java.lang.String dataSourceTableName,
int numberOfRows) |
Returns a sample of the data from the specified data source table.
|
DataStoreConnection |
Cursor.getDataStoreConnection() |
Returns the data store connection that this cursor is associated with.
|
long |
DataStoreConnection.getDataStoreVersion() |
If a transaction is active, the data store version associated with the transaction is returned; otherwise, the last committed
data store version is returned.
|
long |
DataStoreConnection.getDataStoreVersionAfterLastOperation() |
Returns the version that the data store had after the last operation on this connection.
|
long |
DataStoreConnection.getEndResourceID() |
Returns the one plus the maximum resource ID that can be stored in tuple tables of this data store.
|
EqualityAxiomatization |
DataStoreConnection.getEqualityAxiomatization() |
Returns a flag that determines how the data store deals with equality reasoning.
|
java.lang.String |
ServerConnection.getGitSHA() |
Returns the string containing the Git SHA identifying the precise version of the RDFox instance code.
|
InvalidLiteralPolicy |
DataStoreConnection.getInvalidLiteralPolicy() |
Returns a flag that determines how the data store deals with invalid literals in input data, queries, and updates.
|
long |
DataStoreConnection.getLockTimeout() |
Returns the time in milliseconds that the system will wait for when it needs to acquire a lock on a data store.
|
long[] |
ServerConnection.getMemoryUse() |
Returns the current memory use of RDFox.
|
java.lang.String |
DataStoreConnection.getName() |
Returns the name of the data store inside the server.
|
long |
DataStoreConnection.getNextOperationMustMatchDataStoreVersion() |
Returns the data store version that the next operation on this connection should expect.
|
long |
DataStoreConnection.getNextOperationMustNotMatchDataStoreVersion() |
Returns the data store version that the next operation on this connection should not expect.
|
static long |
ConnectionFactory.getNumberOfLocalServerRoles() |
Returns the number of roles currently present in the local server.
|
int |
ServerConnection.getNumberOfThreads() |
Returns the number of threads that the server uses for various tasks such as reasoning and data importation.
|
java.util.Map<java.lang.String,java.lang.String> |
DataStoreConnection.getParameters() |
Returns the parameters that the data store was created with.
|
java.util.Map<java.lang.String,java.lang.String> |
ServerConnection.getParameters() |
Returns the parameters that the server was created with.
|
Prefixes |
DataStoreConnection.getPrefixes() |
Returns the prefixes of the data store.
|
Resource |
Cursor.getResource(int argumentIndex) |
Returns the resource by for the given index in the current answer row.
|
ResourceValue |
Cursor.getResourceValue(int argumentIndex) |
Returns the resource bound to the given index in the current answer row.
|
java.lang.String |
DataStoreConnection.getRoleName() |
Returns the name of the role currently associated with this connection.
|
java.lang.String |
ServerConnection.getRoleName() |
Returns the name of the role currently associated with this connection.
|
java.lang.String |
ServerConnection.getRolePasswordHash(java.lang.String roleName) |
Returns the password hash for the given role name.
|
TransactionState |
DataStoreConnection.getTransactionState() |
Returns the state of the transaction associated with this connection.
|
java.lang.String |
DataStoreConnection.getUniqueID() |
Returns a string that uniquely identifies the data store.
|
java.lang.String |
ServerConnection.getVersion() |
Returns the version string of the RDFox instance.
|
boolean |
ServerConnection.grantPrivileges(java.lang.String roleName,
java.lang.String resourceSpecifier,
byte accessTypesToGrant) |
Grants privileges over a resource specifier to a role.
|
boolean |
ServerConnection.grantRole(java.lang.String roleName,
java.lang.String superRoleName) |
Grants the membership of a role in another role.
|
ImportResult |
DataStoreConnection.importAxiomsFromTriples(ResourceValue sourceGraph,
boolean translateAssertions,
ResourceValue destinationGraph,
UpdateType updateType) |
Parses the given source graph into OWL axioms, and imports the axioms into the destination graph.
|
ImportResult |
DataStoreConnection.importAxiomsFromTriples(ResourceValue sourceGraph,
boolean translateAssertions,
ResourceValue destinationGraph,
UpdateType updateType,
ImportNotificationMonitor importNotificationMonitor) |
Parses the given source graph into OWL axioms, and imports the axioms into the destination graph.
|
ImportResult |
DataStoreConnection.importData(ResourceValue defaultGraph,
UpdateType updateType,
java.io.File file) |
Imports the data from the given file into the current data store.
|
ImportResult |
DataStoreConnection.importData(ResourceValue defaultGraph,
UpdateType updateType,
java.io.InputStream inputStream) |
Imports the data from the given input stream into the current data store.
|
ImportResult |
DataStoreConnection.importData(ResourceValue defaultGraph,
UpdateType updateType,
java.lang.String content) |
Imports the data from the given string into the current data store.
|
ImportResult |
DataStoreConnection.importData(ResourceValue defaultGraph,
UpdateType updateType,
java.util.Collection<InputSourceFactory> inputSourceFactories,
java.lang.String formatName,
ImportNotificationMonitor importNotificationMonitor) |
Imports the data described by the given input source factories into the current data store.
|
ImportResult |
DataStoreConnection.importData(ResourceValue defaultGraph,
UpdateType updateType,
InputSourceFactory inputSourceFactory,
java.lang.String formatName,
ImportNotificationMonitor importNotificationMonitor) |
Imports the data described by the given input source factory into the current data store
Triples in the default graph will be put into the named graph specified using the defaultGraph parameter.
|
ImportResult |
DataStoreConnection.importData(UpdateType updateType,
java.io.File file) |
Imports the data from the given file into the current data store.
|
ImportResult |
DataStoreConnection.importData(UpdateType updateType,
java.io.InputStream inputStream) |
Imports the data from the given input stream into the current data store.
|
ImportResult |
DataStoreConnection.importData(UpdateType updateType,
java.lang.String content) |
Imports the data from the given string into the current data store.
|
ImportResult |
DataStoreConnection.importData(UpdateType updateType,
java.util.Collection<InputSourceFactory> inputSourceFactories,
java.lang.String formatName,
ImportNotificationMonitor importNotificationMonitor) |
Imports the data described by the given input source factories into the current data store.
|
ImportResult |
DataStoreConnection.importData(UpdateType updateType,
InputSourceFactory inputSourceFactory,
java.lang.String formatName,
ImportNotificationMonitor importNotificationMonitor) |
Imports the data described by the given input source factory into the current data store.
|
void |
DataStoreConnection.interrupt() |
Tries to interrupt an operation that is running in parallel on this connection.
|
void |
ServerConnection.interrupt() |
Tries to interrupt an operation that is running in parallel on this connection.
|
boolean |
DataStoreConnection.isConcurrent() |
Returns true if the data store supports concurrent access.
|
boolean |
ServerConnection.isMemberOf(java.lang.String roleName,
java.lang.String superRoleName) |
Checks whether the given role is a member of another super-role.
|
boolean |
DataStoreConnection.isPersistent() |
Returns true if the data store is persistent.
|
java.util.List<DataSourceInfo> |
DataStoreConnection.listDataSources() |
Returns information about the data sources currently present in the data store.
|
java.util.List<DataSourceTableInfo> |
DataStoreConnection.listDataSourceTables(java.lang.String dataSourceName) |
Returns information about the data source tables of the specified data source in the data store.
|
java.util.List<java.lang.String> |
ServerConnection.listDataStores() |
Returns the list of names of data stores available at the connected server.
|
java.util.Map<java.lang.String,java.lang.Byte> |
ServerConnection.listPrivileges(java.lang.String roleName) |
Lists the privileges of a given role.
|
java.util.List<java.lang.String> |
ServerConnection.listRoleMembers(java.lang.String roleName) |
Lists the roles that are members of the given role.
|
java.util.List<java.lang.String> |
ServerConnection.listRoleMemberships(java.lang.String roleName) |
Lists the roles that the given role is a member of.
|
java.util.List<java.lang.String> |
ServerConnection.listRoles() |
Returns the list of all roles available at the server.
|
java.util.List<RuleInfo> |
DataStoreConnection.listRules() |
Returns the information about the rules currently loaded into the data store.
|
java.util.List<StatisticsInfo> |
DataStoreConnection.listStatistics() |
Returns information about all statistics currently managed by the data store.
|
java.util.List<TupleTableInfo> |
DataStoreConnection.listTupleTables() |
Returns information about the tuple tables currently present in the data store.
|
void |
ServerConnection.loadDataStoreFromBinaryFormat(java.lang.String dataStoreName,
java.io.File file) |
Loads a data store with the given name from a file containing the store saved in the standard or raw format.
|
void |
ServerConnection.loadDataStoreFromBinaryFormat(java.lang.String dataStoreName,
java.io.File file,
java.util.Map<java.lang.String,java.lang.String> dataStoreParameters) |
Loads a data store with the given name from a file containing the store saved in the standard or raw format.
|
void |
ServerConnection.loadDataStoreFromBinaryFormat(java.lang.String dataStoreName,
java.io.InputStream inputStream) |
Loads a data store with the given name from an input stream containing the store saved in the standard or raw format.
|
void |
ServerConnection.loadDataStoreFromBinaryFormat(java.lang.String dataStoreName,
java.io.InputStream inputStream,
java.util.Map<java.lang.String,java.lang.String> dataStoreParameters) |
Loads a data store with the given name from an input stream containing the store saved in the standard or raw format.
|
static DataStoreConnection |
ConnectionFactory.newDataStoreConnection(java.lang.String serverURL,
java.lang.String dataStoreName,
java.lang.String roleName,
java.lang.String password) |
Creates a new connection to a data store
at the server whose location is specified by the given URL. |
DataStoreConnection |
ServerConnection.newDataStoreConnection(java.lang.String dataStoreName) |
Creates a connection to the data store of this server with the given name.
|
static ServerConnection |
ConnectionFactory.newServerConnection(java.lang.String serverURL,
java.lang.String roleName,
java.lang.String password) |
Creates a new connection to a server
whose location is specified by the given URL. |
long |
Cursor.open() |
Opens the cursor and positions it to the first tuple.
|
long |
Cursor.open(long skipToOffset) |
Opens the cursor and positions it to the tuple with the given offset.
|
void |
QueryAnswerMonitor.processQueryAnswer(java.util.List<ResourceValue> answer,
long multiplicity) |
Called for each query answer.
|
void |
QueryAnswerMonitor.queryAnswersFinished() |
Called after all query answers have been processed.
|
void |
QueryAnswerMonitor.queryAnswersStarted(Prefixes prefixes,
java.lang.String[] answerVariableNames) |
Called at the start of query answering.
|
void |
DataStoreConnection.recompileRules() |
Recompiles the rules using the currently available statistics.
|
void |
DataStoreConnection.recomputeMaterialization() |
Recomputes the materialization from scratch — that is, deletes all derived facts and applies all rules as if the data
had just been freshly imported.
|
void |
DataStoreConnection.registerDataSource(java.lang.String dataSourceName,
java.util.Map<java.lang.String,java.lang.String> dataSourceParameters) |
Registers a data source with a data store.
|
boolean |
DataStoreConnection.requiresIncrementalReasoning() |
Returns true if the next data store update must be performed using incremental reasoning
(rather than standard using the standard datalog materialization "from scratch" algorithm).
|
boolean |
ServerConnection.revokePrivileges(java.lang.String roleName,
java.lang.String resourceSpecifier,
byte accessTypesToRevoke) |
Revokes privileges over a resource specifier from a role.
|
boolean |
ServerConnection.revokeRole(java.lang.String roleName,
java.lang.String superRoleName) |
Revokes the membership of a role in another role.
|
void |
DataStoreConnection.rollbackTransaction() |
Rolls back the transaction associated with this connection.
|
void |
ServerConnection.saveDataStoreToBinaryFormat(java.lang.String dataStoreName,
java.io.File file,
BinaryDataStoreFormat format) |
Saves a data store into the specified binary format.
|
void |
ServerConnection.saveDataStoreToBinaryFormat(java.lang.String dataStoreName,
java.io.OutputStream outputStream,
BinaryDataStoreFormat format) |
Saves a data store into the specified binary format.
|
void |
ServerConnection.saveDataStoreToBinaryFormat(java.lang.String dataStoreName,
java.lang.String expectedDataStoreUniqueID,
long expectedDataStoreVersion,
java.io.File file,
BinaryDataStoreFormat format) |
Saves a data store into the specified binary format if the data store's unique ID and version match the expected values.
|
void |
ServerConnection.saveDataStoreToBinaryFormat(java.lang.String dataStoreName,
java.lang.String expectedDataStoreUniqueID,
long expectedDataStoreVersion,
java.io.OutputStream outputStream,
BinaryDataStoreFormat format) |
Saves a data store into the specified binary format if the data store's unique ID and version match the expected values.
|
void |
DataStoreConnection.setBaseIRI(java.lang.String baseIRI) |
Sets the base IRI of the data store.
|
void |
DataStoreConnection.setLockTimeout(long timeout) |
Sets the time in milliseconds that the system will wait for when it needs to acquire a lock on a data store.
|
void |
ServerConnection.setMaxMemoryUse(long maxUsedBytes) |
Sets the maximum amount of memory that RDFox is allowed to use.
|
void |
DataStoreConnection.setNextOperationMustMatchDataStoreVersion(long dataStoreVersion) |
Configures this connection so that the next operation is accepted only if the data store has the given version
before the operation commences.
|
void |
DataStoreConnection.setNextOperationMustNotMatchDataStoreVersion(long dataStoreVersion) |
Configures this connection so that the next operation is accepted only if the data store does not have the given
version before the operation commences.
|
void |
ServerConnection.setNumberOfThreads(int numberOfThreads) |
Sets the number of threads that the server should use for various tasks such as reasoning and data importation.
|
boolean |
DataStoreConnection.setPrefix(java.lang.String prefixName,
java.lang.String prefixIRI) |
Sets the given prefix name to the given prefix IRI in the collection of the data store prefixes.
|
void |
DataStoreConnection.setPrefixes(Prefixes prefixes) |
Replaces all mappings of the prefix names to IRIs maintained by the data store to the collection given in the argument.
|
static java.lang.String[] |
ConnectionFactory.startLocalServer(java.util.Map<java.lang.String,java.lang.String> serverParameters) |
Starts the local server and initialises it using the supplied parameters.
|
void |
Cursor.stop() |
Stops this iterator by releasing all resources that the cursor might hold.
|
static void |
ConnectionFactory.stopLocalServer() |
Stops the local server, or does nothing if the local server is not running.
|
boolean |
DataStoreConnection.transactionRequiresRollback() |
Returns true if a transaction is active on this connection and this transaction must be rolled back (i.e., it
cannot be committed).
|
boolean |
DataStoreConnection.unsetPrefix(java.lang.String prefixName) |
Removes the mapping of the given prefix name in the collection of the data store prefixes.
|
void |
DataStoreConnection.updateMaterialization() |
Updates the materialization so that all and only the consequences of the explicitly stated facts and the rules are derived.
|
void |
DataStoreConnection.updateStatistics() |
Updates all statistics that the data store uses to plan queries and rules.
|
void |
DataStoreConnection.updateStatistics(java.lang.String statisticsName) |
Updates the statistics with the given name that the data store uses to plan queries and rules.
|