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return null;
public Object run() throws IOException, StandardException, InstantiationException, IllegalAccessException { if( recreateFrom != null) // restore from a file { Fil...
return null;
public Object run() throws IOException, StandardException, InstantiationException, IllegalAccessException { if( recreateFrom != null) // restore from a file { Fil...
closeMethodArgument(acb, mb);
public void generate(ActivationClassBuilder acb, MethodBuilder mb) throws StandardException { if (SanityManager.DEBUG) SanityManager.ASSERT(resultColumns != null, "Tree structure bad"); /* Get the next ResultSet #, so that we can number this ResultSetNode, its * ResultColumnList and ResultSet. ...
ClassName.NoPutResultSet, 5);
ClassName.NoPutResultSet, 4);
public void generate(ActivationClassBuilder acb, MethodBuilder mb) throws StandardException { if (SanityManager.DEBUG) SanityManager.ASSERT(resultColumns != null, "Tree structure bad"); /* Get the next ResultSet #, so that we can number this ResultSetNode, its * ResultColumnList and ResultSet. ...
boolean[] bArray = {false, true};
boolean[] bArray = {false, false};
public void updateSchemaAuth(String schemaName, String authorizationId, TransactionController tc) throws StandardException { ExecIndexRow keyRow; DataValueDescriptor schemaNameOrderable; TabInfo ti = coreInfo[SYSSCHEMAS_CORE_NUM]; /* Use schemaNameOrderable in both start * and stop po...
SYSSCHEMASRowFactory.SYSSCHEMAS_INDEX2_ID,
SYSSCHEMASRowFactory.SYSSCHEMAS_INDEX1_ID,
public void updateSchemaAuth(String schemaName, String authorizationId, TransactionController tc) throws StandardException { ExecIndexRow keyRow; DataValueDescriptor schemaNameOrderable; TabInfo ti = coreInfo[SYSSCHEMAS_CORE_NUM]; /* Use schemaNameOrderable in both start * and stop po...
case CodePoint.DIAGLVL: diagnosticLevel = reader.readByte(); break;
private int parseACCRDB() throws DRDAProtocolException { int codePoint; int svrcod = 0; copyToRequired(ACCRDB_REQUIRED); reader.markCollection(); codePoint = reader.getCodePoint(); while (codePoint != -1) { switch (codePoint) { //required case CodePoint.RDBACCCL: checkLength(CodePoint.RDBACCCL, 2...
SQLWarning w = new SQLWarning(null, SQLState.ROW_UPDATED,
SQLWarning w = new SQLWarning("", SQLState.ROW_UPDATED,
private boolean writeFDODTA (DRDAStatement stmt) throws DRDAProtocolException, SQLException { boolean hasdata = false; int blksize = stmt.getBlksize() > 0 ? stmt.getBlksize() : CodePoint.QRYBLKSZ_MAX; long rowCount = 0; ResultSet rs =null; boolean moreData = (stmt.getQryprctyp() == CodePoint.LMTBLKPRC); ...
SQLWarning w = new SQLWarning(null, SQLState.ROW_DELETED,
SQLWarning w = new SQLWarning("", SQLState.ROW_DELETED,
private boolean writeFDODTA (DRDAStatement stmt) throws DRDAProtocolException, SQLException { boolean hasdata = false; int blksize = stmt.getBlksize() > 0 ? stmt.getBlksize() : CodePoint.QRYBLKSZ_MAX; long rowCount = 0; ResultSet rs =null; boolean moreData = (stmt.getQryprctyp() == CodePoint.LMTBLKPRC); ...
protected LogScan openBackwardsScan(LogInstant stopAt)
protected LogScan openBackwardsScan(long startAt, LogInstant stopAt)
protected LogScan openBackwardsScan(LogInstant stopAt) throws IOException, StandardException { checkCorrupt(); // current instant log instant of the next log record to be // written out, which is at the end of the log // ensure any buffered data is written to the actual file long startAt; synchronized (this) ...
if (startAt == LogCounter.INVALID_LOG_INSTANT) return openBackwardsScan(stopAt);
protected LogScan openBackwardsScan(LogInstant stopAt) throws IOException, StandardException { checkCorrupt(); // current instant log instant of the next log record to be // written out, which is at the end of the log // ensure any buffered data is written to the actual file long startAt; synchronized (this) ...
long startAt; synchronized (this) { logOut.flushLogAccessFile(); startAt = currentInstant(); }
flushBuffer(LogCounter.getLogFileNumber(startAt), LogCounter.getLogFilePosition(startAt));
protected LogScan openBackwardsScan(LogInstant stopAt) throws IOException, StandardException { checkCorrupt(); // current instant log instant of the next log record to be // written out, which is at the end of the log // ensure any buffered data is written to the actual file long startAt; synchronized (this) ...
return new Scan(this, startAt, stopAt, Scan.BACKWARD_FROM_LOG_END);
return new Scan(this, startAt, stopAt, Scan.BACKWARD);
protected LogScan openBackwardsScan(LogInstant stopAt) throws IOException, StandardException { checkCorrupt(); // current instant log instant of the next log record to be // written out, which is at the end of the log // ensure any buffered data is written to the actual file long startAt; synchronized (this) ...
if (rs.getObject(colNum + 1) != null) { rowObjects[colNum]=rs.getString(colNum + 1); }
rowObjects[colNum]=rs.getString(colNum + 1);
public String[] getOneRowAtATime(ResultSet rs) throws Exception { int columnCount = exportResultSetForObject.getColumnCount(); ResultSetMetaData rsm=rs.getMetaData(); if (rs.next()){ String[] rowObjects = new String[columnCount]; for (int colNum = 0; colNum < columnCount; colNum++) { if (r...
this.userSuppliedOptimizerOverrides = userSuppliedOptimizerOverrides;
public LastIndexKeyResultSet ( Activation activation, int resultSetNumber, GeneratedMethod resultRowAllocator, long conglomId, String tableName, String indexName, int colRefItem, int lockMode, boolean tableLocked, int isolationLevel, double optimizerEstimatedRowCount, double optimizerEstimatedCost, Gen...
supportsLayerBStreaming_ = productLevel_.greaterThanOrEqualTo(10, 3, 0);
protected void computeFeatureSet_() { // Support for QRYCLSIMP was added in 10.2.0 if (productLevel_.greaterThanOrEqualTo(10, 2, 0)) { supportsQryclsimp_ = true; } else { supportsQryclsimp_ = false; } }
public EmbedConnection40( InternalDriver driver, String url, Properties info) throws SQLException { super(driver, url, info);
public EmbedConnection40(EmbedConnection inputConnection) { super(inputConnection);
public EmbedConnection40( InternalDriver driver, String url, Properties info) throws SQLException { super(driver, url, info); }
hostSed.exec(tmpFile, orgFile, sedIs, false, false);
hostSed.exec(tmpFile, orgFile, sedIs, false, false, false);
public static void massageSqlFile (String hostName, String fileName) throws Exception { // only called if hostName is *not* localhost. // Need to replace each occurrence of the string 'localhost' with // whatever is the hostName File tmpFile = new File("extin", "tmpFile.sql"); F...
super (dd, grantor, grantee);
super (dd, grantee, grantor);
public RoutinePermsDescriptor( DataDictionary dd, String grantee, String grantor, UUID routineUUID, boolean hasExecutePermission) { super (dd, grantor, grantee); this.routineU...
if (isJCC)
if (isJCC || isNetClient)
public void XADataSourceStatement(ij parser, Token dbname, Token shutdown, String create) throws SQLException { try { currentXADataSource = (XADataSource) getXADataSource(); databaseName = parser.stringValue(dbname.image); if (isJCC) { xaHelper.setDataSourceProperty(currentXADataSo...
xaHelper.setDataSourceProperty(currentXADataSource, "driverType", 4);
public void XADataSourceStatement(ij parser, Token dbname, Token shutdown, String create) throws SQLException { try { currentXADataSource = (XADataSource) getXADataSource(); databaseName = parser.stringValue(dbname.image); if (isJCC) { xaHelper.setDataSourceProperty(currentXADataSo...
else if (isNetClient) return (XADataSource) (Class.forName("org.apache.derby.jdbc.ClientXADataSource").newInstance());
private XADataSource getXADataSource() throws Exception { // We need to construct this object in this round about fashion because // if we new it directly, then it will the tools.jar file to bloat. try { if (isJCC) return (XADataSource) (Class.forName("com.ibm.db2.jcc.DB2XADataSource").newInstance()); ...
t.printStackTrace(System.out);
private void handleException(Throwable t) throws SQLException { if (t instanceof SQLException) { // let ij handle it throw (SQLException)t; } if (t instanceof XAException) { int errorCode = ((XAException)t).errorCode; String error = LocalizedResource.getMessage("IJ_IlleValu"); // XA_RBBASE 100 // XA_R...
framework = fm.toUpperCase();
framework = fm.toUpperCase(Locale.ENGLISH);
public void setFramework(String fm) { framework = fm.toUpperCase(); if (framework.endsWith("NET") || framework.equals("DB2JCC")) isJCC = true; }
else if (framework.equals("DERBYNETCLIENT")) isNetClient = true;
public void setFramework(String fm) { framework = fm.toUpperCase(); if (framework.endsWith("NET") || framework.equals("DB2JCC")) isJCC = true; }
if (ltf.truncPoints == null) { r.append(" truncPoints: null\n"); } else { for(Enumeration e=ltf.truncPoints.elements(); e.hasMoreElements();) { Object tp = e.nextElement(); r.append(" tp: "+ DiagnosticUtil.toDiagString(tp)); } }
public String diag() throws StandardException { LogToFile ltf = (LogToFile)diag_object; StringBuffer r = new StringBuffer(); r.append("LogToFile: \n"); r.append(" Directory: "+ltf.dataDirectory+"\n"); r.append(" endPosition: "+ltf.endPosition()+"\n"); r.append(" lastFlush(offset): "+ltf.lastFlu...
public boolean skipChildren(Visitable node)
public boolean skipChildren(Visitable node) throws StandardException
public boolean skipChildren(Visitable node) { return (node instanceof AggregateNode) || (node instanceof SubqueryNode); }
return (node instanceof AggregateNode) || (node instanceof SubqueryNode);
return ((node instanceof AggregateNode) || (node instanceof SubqueryNode) || (node instanceof ValueNode && groupByList != null && groupByList.findGroupingColumn((ValueNode)node) != null));
public boolean skipChildren(Visitable node) { return (node instanceof AggregateNode) || (node instanceof SubqueryNode); }
if (groupByList.containsColumnReference(cr) == null)
if (groupByList.findGroupingColumn(cr) == null)
public Visitable visit(Visitable node) throws StandardException { if (node instanceof ColumnReference) { ColumnReference cr = (ColumnReference)node; if (groupByList == null) { throw StandardException.newException(SQLState.LANG_INVALID_COL_REF_NON_GROUPED_SELECT_LIST, cr.getSQLColumnName()); } if (gro...
throw StandardException.newException(SQLState.LANG_INVALID_COL_REF_GROUPED_SELECT_LIST, cr.getSQLColumnName());
throw StandardException.newException(SQLState.LANG_INVALID_GROUPED_SELECT_LIST);
public Visitable visit(Visitable node) throws StandardException { if (node instanceof ColumnReference) { ColumnReference cr = (ColumnReference)node; if (groupByList == null) { throw StandardException.newException(SQLState.LANG_INVALID_COL_REF_NON_GROUPED_SELECT_LIST, cr.getSQLColumnName()); } if (gro...
} else if (node instanceof JavaToSQLValueNode) { throw StandardException.newException( (groupByList == null) ? SQLState.LANG_INVALID_NON_GROUPED_SELECT_LIST : SQLState.LANG_INVALID_GROUPED_SELECT_LIST);
public Visitable visit(Visitable node) throws StandardException { if (node instanceof ColumnReference) { ColumnReference cr = (ColumnReference)node; if (groupByList == null) { throw StandardException.newException(SQLState.LANG_INVALID_COL_REF_NON_GROUPED_SELECT_LIST, cr.getSQLColumnName()); } if (gro...
} else if (((Blob) b).isBinaryStream()) { writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Blob) b).length(), ((Blob) b).getBinaryStream(), writeNullByte, index + 1);
} else if ( ( (Blob) b).isBinaryStream()) { if( ( (Blob) b).willBeLayerBStreamed() ){ writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, ((Blob) b).getBinaryStream(), writeNullByte, index + 1); }else{ writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Blob) b).leng...
private void buildEXTDTA(ColumnMetaData parameterMetaData, Object[] inputRow, boolean chained) throws SqlException { try { // build the EXTDTA data, if necessary if (extdtaPositions_ != null) { boolean chainFl...
} else if (((Clob) c).isCharacterStream()) { writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Clob) c).length(), ((Clob) c).getCharacterStream(), writeNullByte, index + 1);
} else if ( ( (Clob) c).isCharacterStream()) { if( ( (Clob) c).willBeLayerBStreamed() ) { writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, ((Clob) c).getCharacterStream(), writeNullByte, index + 1); }else{ writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Clob) ...
private void buildEXTDTA(ColumnMetaData parameterMetaData, Object[] inputRow, boolean chained) throws SqlException { try { // build the EXTDTA data, if necessary if (extdtaPositions_ != null) { boolean chainFl...
writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Clob) c).length(), ((Clob) c).getAsciiStream(), writeNullByte, index + 1);
if( ( (Clob) c).willBeLayerBStreamed() ){ writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, ((Clob) c).getAsciiStream(), writeNullByte, index + 1); }else { writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Clob) c).length(), ((Clob) c).getAsciiStream(), writeNullB...
private void buildEXTDTA(ColumnMetaData parameterMetaData, Object[] inputRow, boolean chained) throws SqlException { try { // build the EXTDTA data, if necessary if (extdtaPositions_ != null) { boolean chainFl...
writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Clob) c).length(), ((Clob) c).getUnicodeStream(), writeNullByte, index + 1);
if( ( (Clob) c).willBeLayerBStreamed() ){ writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, ((Clob) c).getUnicodeStream(), writeNullByte, index + 1); }else{ writeScalarStream(chainFlag, chainedWithSameCorrelator, CodePoint.EXTDTA, (int) ((Clob) c).length(), ((Clob) c).getUnicodeStream(), writeNu...
private void buildEXTDTA(ColumnMetaData parameterMetaData, Object[] inputRow, boolean chained) throws SqlException { try { // build the EXTDTA data, if necessary if (extdtaPositions_ != null) { boolean chainFl...
long dataLength = 0;
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
Clob c = (Clob) o; dataLength = c.length(); setFDODTALobLength(protocolTypesAndLengths, i, dataLength);
setFDODTALob(netAgent_.netConnection_.getSecurityMechanism(), (Clob) o, protocolTypesAndLengths, i);
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
dataLength = ((Clob) o).length(); setFDODTALobLength(protocolTypesAndLengths, i, dataLength);
setFDODTALob(netAgent_.netConnection_.getSecurityMechanism(), (Clob) o, protocolTypesAndLengths, i);
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
Blob b = (Blob) o; dataLength = b.length(); setFDODTALobLength(protocolTypesAndLengths, i, dataLength);
setFDODTALob(netAgent_.netConnection_.getSecurityMechanism(), (Clob) o, protocolTypesAndLengths, i);
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
dataLength = ((java.sql.Clob) inputs[i]).length();
java.sql.Clob c = (java.sql.Clob) inputs[i]; if( c instanceof Clob && ( (Clob) c ).willBeLayerBStreamed() ) { setFDODTALobLengthUnknown( i ); }else{ long dataLength = c.length(); setFDODTALobLength(protocolTypesAndLengths, i, dataLength); }
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
dataLength = ((Clob) o).length(); } setFDODTALobLength(protocolTypesAndLengths, i, dataLength);
setFDODTALob(netAgent_.netConnection_.getSecurityMechanism(), (Clob) o, protocolTypesAndLengths, i); }
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
dataLength = ((java.sql.Blob) inputs[i]).length();
java.sql.Blob b = (java.sql.Blob) inputs[i]; if( b instanceof Blob && ( (Blob) b ).willBeLayerBStreamed() ) { setFDODTALobLengthUnknown( i ); }else{ long dataLength = b.length(); setFDODTALobLength(protocolTypesAndLengths, i, dataLength); }
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
dataLength = ((Blob) o).length(); } setFDODTALobLength(protocolTypesAndLengths, i, dataLength);
setFDODTALob(netAgent_.netConnection_.getSecurityMechanism(), (Blob) o, protocolTypesAndLengths, i); }
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
if (((Clob) inputs[i]).isString()) { dataLength = ((Clob) inputs[i]).getUTF8Length(); } else { dataLength = ((Clob) inputs[i]).length();
final Clob c = (Clob) inputs[i]; if (c.isString()) { setFDODTALobLength(protocolTypesAndLengths, i, c.getUTF8Length() ); } else if ( ! c.willBeLayerBStreamed() ){ setFDODTALobLength(protocolTypesAndLengths, i, c.length() ); } else { setFDODTALobLengthUnknown( i );
private void buildFDODTA(int numVars, int[][] protocolTypesAndLengths, Object[] inputs) throws SqlException { try { long dataLength = 0; Object o = null; markLengthBytes(CodePoint.FDODTA); write1Byte(Fd...
lidAndLengths[i][0] = DRDAConstants.DRDA_TYPE_NLOBCMIXED; lidAndLengths[i][1] = buildPlaceholderLength(c.length());
lidAndLengths[i][0] = DRDAConstants.DRDA_TYPE_NLOBCMIXED; if( c.willBeLayerBStreamed() ){ lidAndLengths[i][1] = 0x8002; }else { lidAndLengths[i][1] = buildPlaceholderLength(c.length()); }
private java.util.Hashtable computeProtocolTypesAndLengths(Object[] inputRow, ColumnMetaData parameterMetaData, int[][] lidAndLengths, ...
lidAndLengths[i][1] = buildPlaceholderLength(b.length());
if( b instanceof Blob && ( (Blob) b).willBeLayerBStreamed() ){ lidAndLengths[i][1] = 0x8002; }else { lidAndLengths[i][1] = buildPlaceholderLength(b.length()); }
private java.util.Hashtable computeProtocolTypesAndLengths(Object[] inputRow, ColumnMetaData parameterMetaData, int[][] lidAndLengths, ...
lobLength = ((Clob) c).length(); }
if( ( (Clob) c ).willBeLayerBStreamed() ){ doesLayerBStreaming = true; }else{ lobLength = ((Clob) c).length(); } }
private java.util.Hashtable computeProtocolTypesAndLengths(Object[] inputRow, ColumnMetaData parameterMetaData, int[][] lidAndLengths, ...
lidAndLengths[i][1] = buildPlaceholderLength(lobLength);
if( doesLayerBStreaming ) { lidAndLengths[i][1] = 0x8002; }else { lidAndLengths[i][1] = buildPlaceholderLength(lobLength); }
private java.util.Hashtable computeProtocolTypesAndLengths(Object[] inputRow, ColumnMetaData parameterMetaData, int[][] lidAndLengths, ...
lidAndLengths[i][1] = buildPlaceholderLength(((Clob) c).getUTF8Length());
if( doesLayerBStreaming ) { lidAndLengths[i][1] = 0x8002; }else { lidAndLengths[i][1] = buildPlaceholderLength(lobLength); }
private java.util.Hashtable computeProtocolTypesAndLengths(Object[] inputRow, ColumnMetaData parameterMetaData, int[][] lidAndLengths, ...
if (stmt.withHoldCursor == JDBC30Translation.HOLD_CURSORS_OVER_COMMIT)
if (stmt.getCurrentDrdaResultSet().withHoldCursor == JDBC30Translation.HOLD_CURSORS_OVER_COMMIT)
private void writeOPNQRYRM(boolean isDssObject, DRDAStatement stmt) throws DRDAProtocolException, SQLException { if (SanityManager.DEBUG) trace("WriteOPNQRYRM"); if (isDssObject) writer.createDssObject(); else writer.createDssReply(); writer.startDdm(CodePoint.OPNQRYRM); writer.writeScalar2Bytes(CodePoint...
return new BaseJDBCTestSetup(suite) { public void setUp() throws java.lang.Exception { try { create(); } catch (SQLException sqle) { if (sqle.getSQLState().equals("X0Y32")) { drop(); create(); } else { throw sqle; } } }
return new CleanDatabaseTestSetup(suite) {
private static Test baseSuite(String name) { TestSuite suite = new TestSuite(name); suite.addTestSuite(PreparedStatementTest.class); return new BaseJDBCTestSetup(suite) { public void setUp() throws java.lang.Exception { try { ...
public void tearDown() throws java.lang.Exception { drop(); super.tearDown(); } private void create() throws SQLException { Statement stmt = getConnection().createStatement();
protected void decorateSQL(Statement stmt) throws SQLException {
private static Test baseSuite(String name) { TestSuite suite = new TestSuite(name); suite.addTestSuite(PreparedStatementTest.class); return new BaseJDBCTestSetup(suite) { public void setUp() throws java.lang.Exception { try { ...
stmt.close(); } private void drop() throws SQLException { Statement stmt = getConnection().createStatement(); stmt.execute("drop table " + BLOBTBL); stmt.execute("drop table " + CLOBTBL); stmt.execute("drop table " + LONGVARCHAR); stmt.close(); }
}
private static Test baseSuite(String name) { TestSuite suite = new TestSuite(name); suite.addTestSuite(PreparedStatementTest.class); return new BaseJDBCTestSetup(suite) { public void setUp() throws java.lang.Exception { try { ...
suite.addTest( TestConfiguration.clientServerDecorator( TestConfiguration.connectionXADecorator( baseSuite("PreparedStatementTest:client XXXXADataSource"))));
public static Test suite() { TestSuite suite = new TestSuite("PreparedStatementTest suite"); suite.addTest(baseSuite("PreparedStatementTest:embedded")); suite.addTest(TestConfiguration.clientServerDecorator( baseSuite("PreparedStatementTest:client"))); return suite; }
if (SanityManager.DEBUG) { SanityManager.ASSERT(xact != null); }
public final RawTransaction getTransaction() { if (SanityManager.DEBUG) { SanityManager.ASSERT(xact != null); } return xact; }
if (isPrivilegeCollectionRequired()) { getCompilerContext().addRequiredSchemaPriv(schemaName, lcc.getAuthorizationId(), Authorizer.DROP_SCHEMA_PRIV); }
public QueryTreeNode bind() throws StandardException { LanguageConnectionContext lcc = getLanguageConnectionContext(); /* ** Users are not permitted to drop ** the SYS or APP schemas. */ if (getDataDictionary().isSystemSchemaName(schemaName)) { throw(StandardException.newException( ...
throw Util.notImplemented();
try { return getRealConnection().getTypeMap(); } catch (SQLException se) { notifyException(se); throw se; }
public java.util.Map<String,Class<?>> getTypeMap() throws SQLException { throw Util.notImplemented(); }
checkIfClosed();
public boolean isWrapperFor(Class<?> interfaces) throws SQLException { return interfaces.isInstance(this); }
double selectivity(Optimizable optTable);
double selectivity(Optimizable optTable) throws StandardException;
double selectivity(Optimizable optTable);
** tableName,
** tableName, ** optimizeroverride
private void generateDistinctScan ( ExpressionClassBuilder acb, MethodBuilder mb ) throws StandardException { ConglomerateDescriptor cd = getTrulyTheBestAccessPath().getConglomerateDescriptor(); CostEstimate costEstimate = getFinalCostEstimate(); int colRefItem = (referencedCols == null) ? -1 : acb.addI...
mb.push(cd.getConglomerateName());
pushIndexName(cd, mb);
private void generateDistinctScan ( ExpressionClassBuilder acb, MethodBuilder mb ) throws StandardException { ConglomerateDescriptor cd = getTrulyTheBestAccessPath().getConglomerateDescriptor(); CostEstimate costEstimate = getFinalCostEstimate(); int colRefItem = (referencedCols == null) ? -1 : acb.addI...
** tableName,
** tableName, ** optimizeroverride
private void generateMaxSpecialResultSet ( ExpressionClassBuilder acb, MethodBuilder mb ) throws StandardException { ConglomerateDescriptor cd = getTrulyTheBestAccessPath().getConglomerateDescriptor(); CostEstimate costEstimate = getFinalCostEstimate(); int colRefItem = (referencedCols == null) ? -1 : a...
mb.push(cd.getConglomerateName());
pushIndexName(cd, mb);
private void generateMaxSpecialResultSet ( ExpressionClassBuilder acb, MethodBuilder mb ) throws StandardException { ConglomerateDescriptor cd = getTrulyTheBestAccessPath().getConglomerateDescriptor(); CostEstimate costEstimate = getFinalCostEstimate(); int colRefItem = (referencedCols == null) ? -1 : a...
private String bytes2String(byte[] bytes, int offset, int length)
protected String bytes2String(byte[] bytes, int offset, int length)
private String bytes2String(byte[] bytes, int offset, int length) throws java.io.UnsupportedEncodingException { // Network server uses utf8 encoding return new String(bytes, offset, length, Typdef.UTF8ENCODING); }
if (sqlState_ != null) { return sqlState_; } if (sqlStateBytes_ == null) { return null; } try { sqlState_ = bytes2String(sqlStateBytes_, 0, sqlStateBytes_.length); return sqlState_; } catch (java.io.UnsupportedEncodingException e) { return null; }
return sqlState_;
synchronized public String getSqlState() { if (sqlState_ != null) { return sqlState_; } if (sqlStateBytes_ == null) { return null; } try { sqlState_ = bytes2String(sqlStateBytes_, 0, sqlStateBytes_.length); ...
byte[] sqlStateBytes, byte[] sqlErrpBytes, int ccsid) {
String sqlState, byte[] sqlErrpBytes) {
public void resetRowsetSqlca(org.apache.derby.client.am.Connection connection, int sqlCode, byte[] sqlStateBytes, byte[] sqlErrpBytes, int ccsid) { connection_ = connection; ...
sqlStateBytes_ = sqlStateBytes;
sqlState_ = sqlState;
public void resetRowsetSqlca(org.apache.derby.client.am.Connection connection, int sqlCode, byte[] sqlStateBytes, byte[] sqlErrpBytes, int ccsid) { connection_ = connection; ...
ccsid_ = ccsid;
public void resetRowsetSqlca(org.apache.derby.client.am.Connection connection, int sqlCode, byte[] sqlStateBytes, byte[] sqlErrpBytes, int ccsid) { connection_ = connection; ...
suite.addTest( TestConfiguration.defaultSuite(XMLTypeAndOpsTest.class, false));
public static Test suite() { TestSuite suite = new TestSuite("XML Type and Operators Suite\n"); if (!XML.classpathMeetsXMLReqs()) return suite; // First wrap the tests in a TestSetup that sets up / tears down // the "fixture", and run those wrapped tests in embedded mode. ...
TestSuite helperSuite = new TestSuite("XML Type And Ops -- Embedded\n"); helperSuite.addTestSuite(XMLTypeAndOpsTest.class); suite.addTest(new XMLTestSetup(helperSuite)); helperSuite = new TestSuite("XML Type And Ops -- Derby Client\n"); helperSuite.addTest(TestConfiguration.clientServerSuite( XMLTypeAndOpsTest.clas...
return (new XMLTestSetup(suite));
public static Test suite() { TestSuite suite = new TestSuite("XML Type and Operators Suite\n"); if (!XML.classpathMeetsXMLReqs()) return suite; // First wrap the tests in a TestSetup that sets up / tears down // the "fixture", and run those wrapped tests in embedded mode. ...
public DependentResultSet(
DependentResultSet(
public DependentResultSet( long conglomId, StaticCompiledOpenConglomInfo scoci, Activation activation, GeneratedMethod resultRowAllocator, int resultSetNumber, GeneratedMethod startKeyGetter, int startSearchOperator, GeneratedMethod stopKeyGetter, int stopSearchOperator, boolean sameStartStopPosition, Qual...
GeneratedMethod closeCleanup,
public DependentResultSet( long conglomId, StaticCompiledOpenConglomInfo scoci, Activation activation, GeneratedMethod resultRowAllocator, int resultSetNumber, GeneratedMethod startKeyGetter, int startSearchOperator, GeneratedMethod stopKeyGetter, int stopSearchOperator, boolean sameStartStopPosition, Qual...
this.closeCleanup = closeCleanup;
public DependentResultSet( long conglomId, StaticCompiledOpenConglomInfo scoci, Activation activation, GeneratedMethod resultRowAllocator, int resultSetNumber, GeneratedMethod startKeyGetter, int startSearchOperator, GeneratedMethod stopKeyGetter, int stopSearchOperator, boolean sameStartStopPosition, Qual...
"alter table " + schema + "." + tablename + " compress" + (sequential != 0 ? " sequential" : "");
"alter table " + "\"" + schema + "\"" + "." + "\"" + tablename + "\"" + " compress" + (sequential != 0 ? " sequential" : "");
public static void SYSCS_COMPRESS_TABLE( String schema, String tablename, int sequential) throws SQLException { String query = "alter table " + schema + "." + tablename + " compress" + (sequential != 0 ? " sequential" : ""); Connection conn = getDefaultConn()...
URLFile( URLFile dir, String name)
URLFile( URLStorageFactory storageFactory, String path)
URLFile( URLFile dir, String name) { super( dir,name); this.storageFactory = dir.storageFactory; }
super( dir,name); this.storageFactory = dir.storageFactory;
super( storageFactory, path); this.storageFactory = storageFactory;
URLFile( URLFile dir, String name) { super( dir,name); this.storageFactory = dir.storageFactory; }
try { DriverManager.registerDriver(this);
AutoloadedDriver.registerDriverModule( this );
public void boot(boolean create, Properties properties) throws StandardException { super.boot(create, properties); // Register with the driver manager try { DriverManager.registerDriver(this); // hold onto the driver manager to avoid it being garbage collected. // make sure the class is loaded by using .cl...
antiGCDriverManager = java.sql.DriverManager.class; } catch (SQLException e) { throw StandardException.newException(SQLState.JDBC_DRIVER_REGISTER, e); }
antiGCDriverManager = java.sql.DriverManager.class;
public void boot(boolean create, Properties properties) throws StandardException { super.boot(create, properties); // Register with the driver manager try { DriverManager.registerDriver(this); // hold onto the driver manager to avoid it being garbage collected. // make sure the class is loaded by using .cl...
try { DriverManager.deregisterDriver(this); } catch (SQLException sqle) { }
AutoloadedDriver.unregisterDriverModule();
public void stop() { super.stop(); try { DriverManager.deregisterDriver(this); } catch (SQLException sqle) { // just do nothing } }
cstmt.setObject(1,bytearr,java.sql.Types.BLOB); System.out.println("execute the procedure with BLOB"); cstmt.executeUpdate();
static void testLongBinary(Connection conn) { try { String createTabSql = "create table Longvarbinary_Tab (lvbc Long varchar for bit data)"; PreparedStatement ps = conn.prepareStatement(createTabSql); int updcount = ps.executeUpdate(); String insertTabSql = "insert into Longvarbinary_Tab values( X'010305')"; ps...
((UpdateServiceProperties)properties).saveServiceProperties();
public void boot(boolean create, Properties properties) throws StandardException { dataDirectory = properties.getProperty(PersistentService.ROOT); DaemonFactory daemonFactory = (DaemonFactory)Monitor.startSystemModule(org.apache.derby.iapi.reference.Module.DaemonFactory); rawStoreDaemon = daemonFactory.createNew...
restoreRemainingFromBackup(restoreFromBackup);
public void boot(boolean create, Properties properties) throws StandardException { dataDirectory = properties.getProperty(PersistentService.ROOT); DaemonFactory daemonFactory = (DaemonFactory)Monitor.startSystemModule(org.apache.derby.iapi.reference.Module.DaemonFactory); rawStoreDaemon = daemonFactory.createNew...
File backuploc = new File(backupPath); String[] fromList = privList(backuploc); for(int i =0 ; i < fromList.length ; i++)
File backupJarDir = new File(backupPath, FileResource.JAR_DIRECTORY_NAME); StorageFile dbJarDir = storageFactory.newStorageFile(FileResource.JAR_DIRECTORY_NAME); if (!privExists(dbJarDir) && privExists(backupJarDir))
private void restoreRemainingFromBackup(String backupPath) throws StandardException { /** *copy the files from the backup except the ones that we already *copied in the boot methods(like log directory and data segments) *AND Service.properties file which we create last to *indicate the end of copy from backu...
StorageFile toFile = storageFactory.newStorageFile( fromList[i]); if(privExists(toFile) || fromList[i].equals(PersistentService.PROPERTIES_NAME)){ continue; } File fromFile = new File(backuploc, fromList[i]); if(privIsDirectory(fromFile)) { if (!privCopyDirectory(fromFile, toFile)){ throw StandardException.newExceptio...
if (!privCopyDirectory(backupJarDir, dbJarDir)) { throw StandardException.newException(
private void restoreRemainingFromBackup(String backupPath) throws StandardException { /** *copy the files from the backup except the ones that we already *copied in the boot methods(like log directory and data segments) *AND Service.properties file which we create last to *indicate the end of copy from backu...
fromFile, toFile); } }else{ if (!privCopyFile(fromFile, toFile)){ throw StandardException.newException( SQLState.UNABLE_TO_COPY_FILE_FROM_BACKUP, fromFile, toFile); }
backupJarDir, dbJarDir);
private void restoreRemainingFromBackup(String backupPath) throws StandardException { /** *copy the files from the backup except the ones that we already *copied in the boot methods(like log directory and data segments) *AND Service.properties file which we create last to *indicate the end of copy from backu...
StorageFile dbHistoryFile = storageFactory.newStorageFile(BACKUP_HISTORY); File backupHistoryFile = new File(backupPath, BACKUP_HISTORY); if (!privExists(dbHistoryFile)) if (!privCopyFile(backupHistoryFile, dbHistoryFile)) throw StandardException. newException(SQLState.RAWSTORE_ERROR_COPYING_FILE, backupHistoryFile...
private void restoreRemainingFromBackup(String backupPath) throws StandardException { /** *copy the files from the backup except the ones that we already *copied in the boot methods(like log directory and data segments) *AND Service.properties file which we create last to *indicate the end of copy from backu...
for (int i = holders.size() - 1; i >= 0 ; i--) {
int invalidItems = holders.size() - validItemCount; for (int i = holders.size() - 1; (invalidItems > 0) && (i >= 0) ; i--) {
protected CachedItem findFreeItem() throws StandardException { // Need to avoid thrashing the cache when we start out // so if the cache is smaller than its maximum size // then that's a good indication we should grow. long currentSize = getCurrentSize(); if (currentSize >= maximumSize) { // look at 20% Cache...
if (item.isKept())
if (item.isKept()) { if (!item.isValid()) invalidItems--;
protected CachedItem findFreeItem() throws StandardException { // Need to avoid thrashing the cache when we start out // so if the cache is smaller than its maximum size // then that's a good indication we should grow. long currentSize = getCurrentSize(); if (currentSize >= maximumSize) { // look at 20% Cache...
}
protected CachedItem findFreeItem() throws StandardException { // Need to avoid thrashing the cache when we start out // so if the cache is smaller than its maximum size // then that's a good indication we should grow. long currentSize = getCurrentSize(); if (currentSize >= maximumSize) { // look at 20% Cache...
Statement statement = conn.createStatement();
statement = conn.createStatement();
public void doTag(XMLOutput output) throws Exception { try { conn = getConnection(); } catch (SQLException e) { throw new JellyException(sql + ": " + e.getMessage(), e); } /* * Use the SQL statement specified by the sql attribute, if any, * ot...
if (statement != null) { try { statement.close(); } catch (SQLException e) { } }
public void doTag(XMLOutput output) throws Exception { try { conn = getConnection(); } catch (SQLException e) { throw new JellyException(sql + ": " + e.getMessage(), e); } /* * Use the SQL statement specified by the sql attribute, if any, * ot...
"Invalid attempt to set the return value parameter of a CALL statement." + "Return value parameter of {?=CALL foo(?,?)} statement is parameter 1.");
new MessageId(SQLState.LANG_RETURN_OUTPUT_PARAM_CANNOT_BE_SET));
private int checkForEscapedCallWithResult(int parameterIndex) throws SqlException { if (escapedProcedureCallWithResult_) { if (parameterIndex == 1) { throw new SqlException(agent_.logWriter_, "Invalid attempt to set the return value parameter of a CALL stateme...
throw new SqlException(agent_.logWriter_, "Invalid argument: parameter index " + parameterIndex + " is out of range.");
throw new SqlException(agent_.logWriter_, new MessageId(SQLState.LANG_INVALID_PARAM_POSITION), new Integer(parameterIndex), new Integer(parameterMetaData_.columns_));
void checkForValidParameterIndex(int parameterIndex) throws SqlException { if (parameterMetaData_ == null || parameterIndex < 1 || parameterIndex > parameterMetaData_.columns_) { throw new SqlException(agent_.logWriter_, "Invalid argument: parameter index " + parameterIndex + " ...
throw new SqlException(agent_.logWriter_, "Invalid argument: scale must be greater than or equal to 0 and less than 32.");
throw new SqlException(agent_.logWriter_, new MessageId(SQLState.BAD_SCALE_VALUE), new Integer(scale));
void checkForValidScale(int scale) throws SqlException { if (scale < 0 || scale > 31) { throw new SqlException(agent_.logWriter_, "Invalid argument: scale must be greater than or equal to 0 and less than 32."); } }
throw new SqlException(agent_.logWriter_, "The scale supplied by the registerOutParameter method does " + "not match with the setter method. Possible loss of precision!");
throw new SqlException(agent_.logWriter_, new MessageId(SQLState.REGOUTPARAM_SCALE_DOESNT_MATCH_SETTER));
void checkScaleForINOUTDecimal(int parameterIndex, int registerOutScale) throws SqlException { java.math.BigDecimal decimalInput = (java.math.BigDecimal) parameters_[parameterIndex - 1]; if (decimalInput == null) { return; } // if the register out scale is greater than input s...
throw new SqlException(agent_.logWriter_, "At least one parameter to the current statement is uninitialized.", "07000");
throw new SqlException(agent_.logWriter_, new MessageId(SQLState.LANG_MISSING_PARMS));
private void checkThatAllParametersAreSet() throws SqlException { if (parameterMetaData_ != null) { for (int i = 0; i < parameterMetaData_.columns_; i++) { if (!parameterSet_[i] && !parameterRegistered_[i]) { throw new SqlException(agent_.logWriter_, "At least one...
"The method java.sql.Statement.execute (String sql) cannot be called on a " + " prepared statement instance." + " Use java.sql.PreparedStatement.execute () with no sql string argument.").getSQLException();
new MessageId(SQLState.NOT_FOR_PREPARED_STATEMENT), "execute(String)").getSQLException();
public boolean execute(String sql) throws SQLException { if (agent_.loggingEnabled()) { agent_.logWriter_.traceEntry(this, "execute", sql); } throw new SqlException(agent_.logWriter_, "The method java.sql.Statement.execute (String sql) cannot be called on a " + ...
throw new BatchUpdateException(agent_.logWriter_, "No more than 65534 commands may be added to a single batch", updateCounts);
throw new BatchUpdateException(agent_.logWriter_, new MessageId(SQLState.TOO_MANY_COMMANDS_FOR_BATCH), new Integer(65534), updateCounts);
private int[] executeBatchRequestX(boolean supportsQueryBatchRequest) throws SqlException, BatchUpdateException { SqlException chainBreaker = null; int batchSize = batch_.size(); int[] updateCounts = new int[batchSize]; int numInputColumns; try { numInputColu...
throw new BatchUpdateException(agent_.logWriter_, "Batching of queries not allowed by J2EE compliance", updateCounts);
throw new BatchUpdateException(agent_.logWriter_, new MessageId(SQLState.CANNOT_BATCH_QUERIES), updateCounts);
private int[] executeBatchRequestX(boolean supportsQueryBatchRequest) throws SqlException, BatchUpdateException { SqlException chainBreaker = null; int batchSize = batch_.size(); int[] updateCounts = new int[batchSize]; int numInputColumns; try { numInputColu...
throw new BatchUpdateException(agent_.logWriter_, "Query batch requested on a non-query statement", updateCounts);
throw new BatchUpdateException(agent_.logWriter_, new MessageId(SQLState.QUERY_BATCH_ON_NON_QUERY_STATEMENT), updateCounts);
private int[] executeBatchRequestX(boolean supportsQueryBatchRequest) throws SqlException, BatchUpdateException { SqlException chainBreaker = null; int batchSize = batch_.size(); int[] updateCounts = new int[batchSize]; int numInputColumns; try { numInputColu...