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JDBC Driver for the Firebird RDBMS
/*
* Public Firebird Java API.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
* 1. Redistributions of source code must retain the above copyright notice,
* this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* 3. The name of the author may not be used to endorse or promote products
* derived from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR IMPLIED
* WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO
* EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
* PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
* OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
* OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
/* The Original Code is the Firebird Java GDS implementation.
*
* The Initial Developer of the Original Code is Alejandro Alberola.
* Portions created by Alejandro Alberola are Copyright (C) 2001
* Boix i Oltra, S.L. All Rights Reserved.
*
* Contributors:
*
* Blas Rodrigues Somoza
* David Jencks [email protected]
* Gabriel Reid
* Rick Fincher
* Roman Rokytskyy
* Ryan Baldwin
* Steven Jardine
*/
package org.firebirdsql.gds;
import org.firebirdsql.gds.impl.GDSType;
/**
* The interface GDS has most of the C client interface functions
* lightly mapped to java, as well as the constants returned from the server.
*
* @author Alejandro Alberola
* @author David Jencks
* @version 1.0
*/
public interface GDS {
// Handle declaration methods
/**
* Factory method to create a new {@link IscDbHandle} instance specific to
* the implementation of this interface.
*
* @return instance of {@link IscDbHandle}
*/
IscDbHandle createIscDbHandle();
/**
* Factory method to create a new {@link IscTrHandle} instance that
* is linked to the current GDS implementation.
*
* @return A new {@link IscTrHandle} instance
*/
IscTrHandle createIscTrHandle();
/**
* Factory method to create a new {@link IscStmtHandle} instance
* specific to the implementation of this interface.
*
* @return A new {@link IscStmtHandle} instance
*/
IscStmtHandle createIscStmtHandle();
/**
* Factory method to create a new {@link IscBlobHandle} instance
* specific to the implementation of this interface.
*
* @return A new {@link IscBlobHandle} instance
*/
IscBlobHandle createIscBlobHandle();
/**
* Factory method to create a new {@link IscSvcHandle} instance
* that is linked to the current GDS implemenation.
*
* @return A new {@link IscSvcHandle} instance
*/
IscSvcHandle createIscSvcHandle();
/**
* Create a new {@link ServiceParameterBuffer} instance for setting
* service parameters in the current GDS implementation.
*
* @return a new {@link ServiceParameterBuffer}
*/
ServiceParameterBuffer createServiceParameterBuffer();
/**
* Create a new {@link ServiceRequestBuffer} instance for setting
* service request parameters in the current GDS implementation. The
* returned {@link ServiceRequestBuffer} is linked to a specific
* Services API task, and must be one of the isc_info_svc_*
* or isc_action_svc constants from {@link ISCConstants}.
*
* @param taskIdentifier
* The specific Services API task for which the
* {@link ServiceRequestBuffer} is created
* @return A new {@link ServiceRequestBuffer}
*/
ServiceRequestBuffer createServiceRequestBuffer(int taskIdentifier);
/**
* Create a new {@link DatabaseParameterBuffer} instance for setting
* database parameters in the current GDS implementation.
*
* @return A new {@link DatabaseParameterBuffer}
*/
DatabaseParameterBuffer createDatabaseParameterBuffer();
/**
* Create a new {@link BlobParameterBuffer} instance for setting blob
* parameters in the current GDS implementation.
*
* @return A new {@link BlobParameterBuffer}
*/
BlobParameterBuffer createBlobParameterBuffer();
/**
* Create new {@link TransactionParameterBuffer} instance for setting
* transaction parameters in the current GDS implementation.
*
* @return A new {@link TransactionParameterBuffer} .
*/
TransactionParameterBuffer newTransactionParameterBuffer();
/**
* Close this GDS instance.
*/
void close();
// -------------------- Database functions -----------------------
/**
* Create a database based on the supplied filename and database parameters.
* The supplied IscDbHandle is attached to the newly
* created database.
*
* @param fileName
* The filename for the new database, including host and port.
* The expected format is host:port:filepath. The value for host
* is localhost if not supplied. The value for port is 3050 if
* not supplied.
* @param dbHandle
* The handle to attach to the new database
* @param databaseParameterBuffer
* The parameters for the new database and attachment to it
* @throws GDSException
* if an error occurs while creating the database
*/
void iscCreateDatabase(String fileName, IscDbHandle dbHandle,
DatabaseParameterBuffer databaseParameterBuffer)
throws GDSException;
/**
* Attach to an existing database via a filename.
*
*
* @param fileName
* The filename for the database, including host and port. The
* expected format is
* <host name>/<port>:<file path>.
* The value for host is localhost if not supplied. The value for
* port is 3050 if not supplied.
* @param dbHandle
* The handle to attach to the database
* @param databaseParameterBuffer
* parameters for the database attachment
* @throws GDSException
* if an error occurs while attaching to the database
*/
void iscAttachDatabase(String fileName, IscDbHandle dbHandle,
DatabaseParameterBuffer databaseParameterBuffer)
throws GDSException;
/**
* Get information about the database to which {@link IscDbHandle} is
* attached. The requested parameters are values set in items,
* and the values in the returned byte-array correspond to the requested
* parameters in items
*
* @param dbHandle
* Handle to the database for which info is to be retrieved
* @param items
* An array of values from the isc_info_* constant
* fields from {@link ISCConstants}
* @param bufferLength
* The size of the byte array that is to be returned
* @return array of bytes whose values correspond the requested parameters
* in items
* @throws GDSException
* if an error occurs while retrieving database info
*/
byte[] iscDatabaseInfo(IscDbHandle dbHandle, byte[] items, int bufferLength)
throws GDSException;
/**
* Detach the given database handle from its database. This effectively
* closes the connection to the database.
*
* @param dbHandle
* The handle to be detached
* @throws GDSException
* if an error occurs while detaching from the database
*/
void iscDetachDatabase(IscDbHandle dbHandle) throws GDSException;
/**
* Drop (delete) the database to which IscDbHandle is attached.
*
* @param dbHandle
* Handle to the database to be dropped
* @throws GDSException
* if an error occurs while dropping the database
*/
void iscDropDatabase(IscDbHandle dbHandle) throws GDSException;
// ------------------ Transactions -------------------------
/**
* Start a transaction based on a handle to a transaction.
*
* @param trHandle
* Handle to the transaction that is to be started
* @param dbHandle
* Handle to the database in which the transaction is to be
* started
* @param tpb
* Transaction Parameter Block in the form of a byte array,
* contains parameter data for the transaction attributes
* @throws GDSException
* if an error occurs while starting the transaction
* @see #createIscTrHandle()
*/
void iscStartTransaction(IscTrHandle trHandle, IscDbHandle dbHandle,
TransactionParameterBuffer tpb) throws GDSException;
/**
* Reconnect "in limbo" transaction using new database handle.
*
* @param trHandle
* transaction handle that will be reconnected.
* @param dbHandle
* database handle in which "in limbo" transaction will be
* reconnected.
* @param transactionId ID of the transaction to reconnect.
*
* @throws GDSException
* if something went wrong.
*/
void iscReconnectTransaction(IscTrHandle trHandle, IscDbHandle dbHandle,
long transactionId) throws GDSException;
/**
* Commit a transaction.
*
* @param trHandle
* Handle to the transaction to be committed.
* @throws GDSException
* if an error occurs while committing the transaction
* @see #iscRollbackTransaction(IscTrHandle)
*/
void iscCommitTransaction(IscTrHandle trHandle) throws GDSException;
void iscCommitRetaining(IscTrHandle trHandle) throws GDSException;
void iscPrepareTransaction(IscTrHandle trHandle) throws GDSException;
void iscPrepareTransaction2(IscTrHandle trHandle, byte[] bytes)
throws GDSException;
/**
* Rollback a transaction.
*
* @param trHandle
* Handle to the transaction that is to be rolled back
* @throws GDSException
* if an error occurs while rolling back
* @see #iscCommitTransaction(IscTrHandle)
*/
void iscRollbackTransaction(IscTrHandle trHandle) throws GDSException;
void iscRollbackRetaining(IscTrHandle trHandle) throws GDSException;
byte [] iscTransactionInformation(IscTrHandle trHandle,
byte [] requestBuffer, int bufferLen) throws GDSException;
// ---------------------- Dynamic SQL ------------------------
/**
* Allocate a dynamic SQL (DSQL) statement on the database to which
* IscDbHandle is attached.
*
* @param dbHandle
* Handle to the database where the statement is to be allocated
* @param stmtHandle
* Handle to attach to the newly allocated statement
* @throws GDSException
* if an error occurs while allocating the statement
*/
void iscDsqlAllocateStatement(IscDbHandle dbHandle, IscStmtHandle stmtHandle)
throws GDSException;
/**
* Retrieve data for a statement.
*
* @param stmtHandle
* Handle to the statement about which data is to be retrieved
* @param daVersion
* Version of the XSQLDA to be retrieved
* @return data for the given statement
* @throws GDSException
* if an error occurs while retrieving statement data
*/
XSQLDA iscDsqlDescribe(IscStmtHandle stmtHandle, int daVersion)
throws GDSException;
/**
* Retrieve data for a bind statement.
*
* @param stmtHandle
* Handle to the bind statement about which bind data is to be
* retrieved
* @param daVersion
* Version of the XSQLDA to be retrieved
* @return data for the given bind statement
* @throws GDSException
* if an error occurs while retrieving statement data
*/
XSQLDA iscDsqlDescribeBind(IscStmtHandle stmtHandle, int daVersion)
throws GDSException;
/**
* Execute a statement with only outgoing data.
*
* @param trHandle
* Handle to the transaction in which the statement is to be
* executed
* @param stmtHandle
* Handle to the statement to be executed
* @param daVersion
* Version of XSQLDA to be used
* @param xsqlda
* Input data for executing the statement
* @throws GDSException
* if an error occurs while executing the statement
*/
void iscDsqlExecute(IscTrHandle trHandle, IscStmtHandle stmtHandle,
int daVersion, XSQLDA xsqlda) throws GDSException;
/**
* Execute a statement with outgoing and incoming data.
*
* @param trHandle
* Handle to the transaction in which the statement is to be
* executed
* @param stmtHandle
* Handle to the statement to be executed
* @param daVersion
* Version of XSQLDA to be used
* @param inXSQLDA
* Data to be sent to the database for the statement
* @param outXSQLDA
* Holder for data to be received from executing the statement
* @throws GDSException
* if an error occurs while executing the statement
*/
void iscDsqlExecute2(IscTrHandle trHandle, IscStmtHandle stmtHandle,
int daVersion, XSQLDA inXSQLDA, XSQLDA outXSQLDA)
throws GDSException;
/**
* Execute a string SQL statement directly, without first allocating a
* statement handle. No data is retrieved using this method.
*
* @param dbHandle
* Handle to the database where the statement is to be executed
* @param trHandle
* Handle to the transaction in which the statement is to be
* executed
* @param statement
* SQL command to be executed
* @param dialect
* Interbase dialect for the SQL, should be one of the
* SQL_DIALECT_* constants from
* {@link ISCConstants}
* @param xsqlda
* Data to be sent to the database for the statement
* @throws GDSException
* if an error occurs while executing the statement
*/
void iscDsqlExecuteImmediate(IscDbHandle dbHandle, IscTrHandle trHandle,
String statement, int dialect, XSQLDA xsqlda) throws GDSException;
/**
* @deprecated use
* {@link #iscDsqlExecuteImmediate(IscDbHandle, IscTrHandle, byte[], int, XSQLDA)}
*/
void iscDsqlExecuteImmediate(IscDbHandle dbHandle, IscTrHandle trHandle,
String statement, String encoding, int dialect, XSQLDA xsqlda)
throws GDSException;
/**
* Execute a string SQL statement directly, without first allocating a
* statement handle. No data is retrieved using this method.
*
* @param dbHandle
* Handle to the database where the statement is to be executed
* @param trHandle
* Handle to the transaction in which the statement is to be
* executed
* @param statement
* byte array holding the SQL to be executed
* @param dialect
* Interbase dialect for the SQL, should be one of the
* SQL_DIALECT_* constants from
* {@link ISCConstants}
* @param xsqlda
* Data to be sent to the database for the statement
* @throws GDSException
* if an error occurs while executing the statement
*/
void iscDsqlExecuteImmediate(IscDbHandle dbHandle, IscTrHandle trHandle,
byte[] statement, int dialect, XSQLDA xsqlda) throws GDSException;
/**
* Execute a string SQL statement directly, without first allocating a
* statement handle. Data is retrieved using this method.
*
* @param dbHandle
* Handle to the database where the statement is to be executed
* @param trHandle
* Handle to the transaction in which the statement is to be
* executed
* @param statement
* byte array holding the SQL to be executed
* @param dialect
* Interbase dialect for the SQL, should be one of the
* SQL_DIALECT_* constants from
* {@link ISCConstants}
* @param inXSQLDA
* Data to be sent to the database for the statement
* @param outXSQLDA
* Placeholder for data retrieved from executing the SQL
* statement
* @throws GDSException
* if an error occurs while executing the statement
*/
void iscDsqlExecImmed2(IscDbHandle dbHandle, IscTrHandle trHandle,
String statement, int dialect, XSQLDA inXSQLDA, XSQLDA outXSQLDA)
throws GDSException;
/**
* @deprecated use
* {@link #iscDsqlExecImmed2(IscDbHandle, IscTrHandle, byte[], int, XSQLDA, XSQLDA)}
*/
void iscDsqlExecImmed2(IscDbHandle dbHandle, IscTrHandle trHandle,
String statement, String encoding, int dialect, XSQLDA inXSQLDA,
XSQLDA outXSQLDA) throws GDSException;
/**
* Execute a string SQL statement directly, without first allocating a
* statement handle. Output data from executing the statement is stored in
* outXSQLDA.
*
* @param dbHandle
* Handle to the database where the statement is to be executed
* @param trHandle
* Handle to the transaction in which the statement is to be
* executed
* @param statement
* byte array holding the SQL to be executed
* @param dialect
* Interbase dialect for the SQL, should be one of the
* SQL_DIALECT_* constants from
* {@link ISCConstants}
* @param inXSQLDA
* Data to be sent to the database for the statement
* @param outXSQLDA
* Holder for data retrieved from the database
* @throws GDSException
* if an error occurs while executing the statement
*/
void iscDsqlExecImmed2(IscDbHandle dbHandle, IscTrHandle trHandle,
byte[] statement, int dialect, XSQLDA inXSQLDA, XSQLDA outXSQLDA)
throws GDSException;
/**
* Retrieve record data from a statement. A maximum of
* fetchSize records will be fetched.
*
* @param stmt_handle
* Handle to the statement for which records are to be fetched
* @param daVersion
* Version of XSQLDA to be used
* @param xsqlda
* Holder for records that are fetched
* @param fetchSize
* The maximum number of records to be fetched
* @throws GDSException
* if an error occurs while fetching the records
*/
void iscDsqlFetch(IscStmtHandle stmt_handle, int daVersion, XSQLDA xsqlda,
int fetchSize) throws GDSException;
/**
* Free a statement in the database that is pointed to by a valid handle.
* The statement can be closed or fully deallocated, depending on the value
* of option. option should be one of
* {@link ISCConstants#DSQL_drop} or {@link ISCConstants#DSQL_close}.
*
* @param stmtHandle
* Handle to the statement to be freed
* @param option
* Option to be used when freeing the statement. If the value is
* {@link ISCConstants#DSQL_drop}, the statement will be
* deallocated, if the value is {@link ISCConstants#DSQL_close},
* the statement will only be closed
* @throws GDSException If an error occurs freeing the statement
*/
void iscDsqlFreeStatement(IscStmtHandle stmtHandle, int option)
throws GDSException;
/**
* Prepare a string SQL statement for execution in the database.
*
* @param trHandle
* Handle to the transaction in which the SQL statement is to be
* prepared
* @param stmtHandle
* Handle to the statement for which the SQL is to be prepared
* @param statement
* The SQL statement to be prepared
* @param dialect
* Interbase dialect for the SQL, should be one of the
* SQL_DIALECT_* constants from
* {@link ISCConstants}
* @return A datastructure with data about the prepared statement
* @throws GDSException
* if an error occurs while preparing the SQL
*/
XSQLDA iscDsqlPrepare(IscTrHandle trHandle, IscStmtHandle stmtHandle,
String statement, int dialect) throws GDSException;
/**
* @deprecated use
* {@link #iscDsqlPrepare(IscTrHandle, IscStmtHandle, byte[], int)}
*/
XSQLDA iscDsqlPrepare(IscTrHandle trHandle, IscStmtHandle stmtHandle,
String statement, String encoding, int dialect) throws GDSException;
/**
* Prepare a string SQL statement for execution in the database.
*
* @param trHandle
* Handle to the transaction in which the SQL statement is to be
* prepared
* @param stmtHandle
* Handle to the statement for which the SQL is to be prepared
* @param statement
* byte-array with containing the SQL to be prepared
* @param dialect
* Interbase dialect for the SQL, should be one of the
* SQL_DIALECT_* constants from
* {@link ISCConstants}
* @return A datastructure with data about the prepared statement
* @throws GDSException
* if an error occurs while preparing the SQL
*/
XSQLDA iscDsqlPrepare(IscTrHandle trHandle, IscStmtHandle stmtHandle,
byte[] statement, int dialect) throws GDSException;
/**
* Set the name to be used for a given statement.
*
* @param stmtHandle
* Handle to the statement for which the cursor name is to be set
* @param cursorName
* Name to set for the cursor
* @param type
* Reserved for future use
* @throws GDSException
* if an error occurs while setting the cursor name
*/
void iscDsqlSetCursorName(IscStmtHandle stmtHandle, String cursorName,
int type) throws GDSException;
/**
* Retrieve data about a statement. The parameters that are requested are
* defined by the isc_info_sql_* constants defined in
* {@link ISCConstants}. An array with corresponding values for the
* requested parameters is returned.
*
* @param stmtHandle
* Handle to the statement about which data is to be retrieved
* @param items
* Array of parameters whose values are to be retrieved
* @param bufferLength
* The length of the byte-array to be returned
* @return An array of values corresponding to the requested parameters
* @throws GDSException
* if an error occurs while retrieving the statement info
*/
byte[] iscDsqlSqlInfo(IscStmtHandle stmtHandle, byte[] items,
int bufferLength) throws GDSException;
/**
* Fetch count information for a statement. The count information that is
* retrieved includes counts for all CRUD operations, and is set in the
* handle itself.
*
* @param stmt
* Handle to the statement for which count data is to be
* retrieved
* @throws GDSException
* if an error occurs while retrieving the count data
*/
void getSqlCounts(IscStmtHandle stmt) throws GDSException;
/**
* Retrieve an integer value from a sequence of bytes.
*
* @param buffer
* The byte array from which the integer is to be retrieved
* @param pos
* The offset starting position from which to start retrieving
* byte values
* @param length
* The number of bytes to use in retrieving the integer value.
* @return The integer value retrieved from the bytes
*/
int iscVaxInteger(byte[] buffer, int pos, int length);
/**
* Retrieve an long value from a sequence of bytes.
*
* @param buffer
* The byte array from which the integer is to be retrieved
* @param pos
* The offset starting position from which to start retrieving
* byte values
* @param length
* The number of bytes to use in retrieving the long value.
* @return The long value retrieved from the bytes
*/
long iscVaxLong(byte[] buffer, int pos, int length);
// -----------------------------------------------
// Blob methods
// -----------------------------------------------
/**
* Create a new blob within a given transaction.
*
* @param db
* Handle to the database in which the blob will be created
* @param tr
* Handle to the transaction in which the blob will be created
* @param blob
* Handle to be attached to the newly created blob
* @param blobParameterBuffer
* contains parameters for creation of the new blob, can be null
* @throws GDSException
* if an error occurs while creating the blob
*/
void iscCreateBlob2(IscDbHandle db, IscTrHandle tr, IscBlobHandle blob,
BlobParameterBuffer blobParameterBuffer) throws GDSException;
/**
* Open a blob within a given transaction.
*
* @param db
* Handle to the database in which the blob will be opened
* @param tr
* Handle to the transaction in which the blob will be opened
* @param blob
* Handle to the blob to be opened
* @param blobParameterBuffer
* Contains parameters for the blob
* @throws GDSException
* if an error occurs while opening the blob
*/
void iscOpenBlob2(IscDbHandle db, IscTrHandle tr, IscBlobHandle blob,
BlobParameterBuffer blobParameterBuffer) throws GDSException;
/**
* Fetch a segment of a blob.
*
* @param blob
* Handle to the blob from which a segment is to be fetched
* @param maxread
* The maximum number of bytes to attempt to fetch
* @return A segment of data from the blob, with maximum length of
* maxread
* @throws GDSException
* if an error occurs while fetching the blob segment
*/
byte[] iscGetSegment(IscBlobHandle blob, int maxread) throws GDSException;
/**
* Write a segment of data to a blob.
*
* @param blob_handle
* Handle to the blob to which data is to be written
* @param buffer
* Data to be written to the blob
* @throws GDSException
* if an error occurs while writing to the blob
*/
void iscPutSegment(IscBlobHandle blob_handle, byte[] buffer)
throws GDSException;
/**
* Close an open blob.
*
* @param blob
* Handle to the blob to be closed
* @throws GDSException
* if an error occurs while closing the blob
*/
void iscCloseBlob(IscBlobHandle blob) throws GDSException;
/**
* Retrieve data about an existing blob. The parameters to be retrieved are
* placed in items, and the corresponding values are
* returned. The values in items should be
* isc_info_blob_* constants from {@link ISCConstants}.
*
* @param handle
* Handle to the blob for which data is to be retrieved
* @param items
* Parameters to be fetched about the blob
* @param bufferLength
* Length of the byte array to be returned
* @return Data corresponding to the parameters requested in
* items
* @throws GDSException
* if an error occurs while fetching data about the blob
*/
byte[] iscBlobInfo(IscBlobHandle handle, byte[] items, int bufferLength)
throws GDSException;
/**
* Seek to a given position in a blob. seekMode is used in
* the same way as the system fseek call, i.e.:
*
* - 0 - seek relative to the start of the blob
*
- 1 - seek relative to the current position in the blob
*
- 2 - seek relative to the end of the blob
*
*
* position is the offset number of bytes to seek to,
* relative to the position described by seekMode. Seeking
* can only be done in a forward direction.
*
* @param handle
* Handle to the blob for which seeking will be done
* @param position
* The offset number of bytes to seek to
* @param seekMode
* Describes the base point to be used in seeking, should be
* negative if seekMode is equal to 2
* @throws GDSException
* if an error occurs while seeking
*/
void iscSeekBlob(IscBlobHandle handle, int position, int seekMode)
throws GDSException;
// -----------------------------------------------
// Services API methods
// -----------------------------------------------
/**
* Attach to a Service Manager.
*
* @param service
* The name/path to the service manager
* @param serviceHandle
* Handle to be linked to the attached service manager
* @param serviceParameterBuffer
* Contains parameters for attaching to the service manager
* @throws GDSException
* if an error occurs while attaching
*/
void iscServiceAttach(String service, IscSvcHandle serviceHandle,
ServiceParameterBuffer serviceParameterBuffer) throws GDSException;
/**
* Detach from a Service Manager.
*
* @param serviceHandle
* Handle to the service manager that is to be detached
* @throws GDSException
* if an error occurs while detaching
*/
void iscServiceDetach(IscSvcHandle serviceHandle) throws GDSException;
/**
* Start a service operation.
*
* @param serviceHandle
* Handle to the service manager where the operation is to be
* started
* @param serviceRequestBuffer
* parameters about the service to be started
*/
void iscServiceStart(IscSvcHandle serviceHandle,
ServiceRequestBuffer serviceRequestBuffer) throws GDSException;
/**
* Query a service manager
*
* @param serviceHandle
* Handle to the service manager to be queried
* @param serviceParameterBuffer
* parameters about the service
* @param serviceRequestBuffer
* parameters requested in the query
* @param resultBuffer
* buffer to hold the query results
* @throws GDSException
* if an error occurs while querying
*/
void iscServiceQuery(IscSvcHandle serviceHandle,
ServiceParameterBuffer serviceParameterBuffer,
ServiceRequestBuffer serviceRequestBuffer, byte[] resultBuffer)
throws GDSException;
/**
* Queue an EventHandler.
*
* @param dbHandle
* Handle to the database where events are to be listened for
* @param eventHandle
* Handle for event management
* @param eventHandler
* Callback to be called when an event occurs
* @throws GDSException
* If a database communication error occurs
*/
int iscQueueEvents(IscDbHandle dbHandle, EventHandle eventHandle,
EventHandler eventHandler) throws GDSException;
/**
* Initialize the internal databastructures for an
* {@link EventHandle}.
*
* @param eventHandle
* The event handle to be initialized
* @throws GDSException
* If a database communication error occurs
*/
void iscEventBlock(EventHandle eventHandle)
throws GDSException;
/**
* Retrieve count information after an event has occurred.
*
* @param eventHandle
* The handle containing event data
* @throws GDSException
* If a database communication error occurs
*/
void iscEventCounts(EventHandle eventHandle)
throws GDSException;
/**
* Cancel event listening based on an {@link EventHandle}.
*
* @param dbHandle
* Handle to the database where events are being
* listened for
* @param eventHandle
* Datastructure for handling event data
* @throws GDSException
* If a database communication error occurs
*/
void iscCancelEvents(IscDbHandle dbHandle, EventHandle eventHandle)
throws GDSException;
/**
* Create a new {@link EventHandle} specific to a given
* GDS implementation.
*
* @return The newly created {@link EventHandle}
*/
EventHandle createEventHandle(String eventName);
/**
* Cancel the currently running operation on the server
*
* @param dbHandle Handle to the database operation of which should be
* cancelled.
*
* @param kind one of {@link ISCConstants#fb_cancel_disable},
* {@link ISCConstants#fb_cancel_enable}, {@link ISCConstants#fb_cancel_raise}
* or {@link ISCConstants#fb_cancel_abort}
*
* @throws GDSException If a database communication error happens.
*/
void fbCancelOperation(IscDbHandle dbHandle, int kind)
throws GDSException;
/**
* Get type of this instance.
*
* @return instance of {@link GDSType}.
*/
GDSType getType();
}