public static ResultMetaData newSimpleResultMetaData(Type[] types) {
ResultMetaData md = new ResultMetaData(SIMPLE_RESULT_METADATA);
md.columnTypes = types;
md.columnCount = types.length;
md.extendedColumnCount = types.length;
return md;
}
public static ResultMetaData newGeneratedColumnsMetaData(
int[] columnIndexes, String[] columnNames) {
if (columnIndexes != null) {
ResultMetaData md = new ResultMetaData(GENERATED_INDEX_METADATA);
md.columnCount = columnIndexes.length;
md.extendedColumnCount = columnIndexes.length;
md.colIndexes = new int[columnIndexes.length];
for (int i = 0; i < columnIndexes.length; i++) {
md.colIndexes[i] = columnIndexes[i] - 1;
}
return md;
} else if (columnNames != null) {
ResultMetaData md = new ResultMetaData(GENERATED_NAME_METADATA);
md.columnLabels = new String[columnNames.length];
md.columnCount = columnNames.length;
md.extendedColumnCount = columnNames.length;
md.columnLabels = columnNames;
return md;
} else {
return null;
}
}
public static ResultMetaData newUpdateResultMetaData(Type[] types) {
ResultMetaData md = new ResultMetaData(UPDATE_RESULT_METADATA);
md.columnTypes = new Type[types.length];
md.columnCount = types.length;
md.extendedColumnCount = types.length;
ArrayUtil.copyArray(types, md.columnTypes, types.length);
return md;
}
public Object[] getSingleRowData() {
Object[] data = (Object[]) initialiseNavigator().getNext();
data = (Object[]) ArrayUtil.resizeArrayIfDifferent(data, metaData.getColumnCount());
return data;
}
static {
SqlInvariants.isSystemSchemaName(SqlInvariants.SYSTEM_SCHEMA);
Charset.getDefaultInstance();
Collation.getDefaultInstance();
sessionAttributesMetaData = ResultMetaData.newResultMetaData(SessionInterface.INFO_LIMIT);
for (int i = 0; i < Session.INFO_LIMIT; i++) {
sessionAttributesMetaData.columns[i] = new ColumnBase(null, null, null, null);
}
sessionAttributesMetaData.columns[Session.INFO_ID].setType(Type.SQL_INTEGER);
sessionAttributesMetaData.columns[Session.INFO_INTEGER].setType(Type.SQL_INTEGER);
sessionAttributesMetaData.columns[Session.INFO_BOOLEAN].setType(Type.SQL_BOOLEAN);
sessionAttributesMetaData.columns[Session.INFO_VARCHAR].setType(Type.SQL_VARCHAR);
sessionAttributesMetaData.prepareData();
}
public static Result newSingleColumnResult(String colName) {
Result result = newResult(ResultConstants.DATA);
result.metaData = ResultMetaData.newSingleColumnMetaData(colName);
result.navigator = new RowSetNavigatorClient(8);
return result;
}
void setParameterMetaData() {
int offset;
int idx;
boolean hasReturnValue;
offset = 0;
if (parameters.length == 0) {
parameterMetaData = ResultMetaData.emptyParamMetaData;
return;
}
// NO: Not yet
// hasReturnValue = (type == CALL && !expression.isProcedureCall());
//
// if (hasReturnValue) {
// outlen++;
// offset = 1;
// }
parameterMetaData = ResultMetaData.newParameterMetaData(parameters.length);
// NO: Not yet
// if (hasReturnValue) {
// e = expression;
// out.sName[0] = DIProcedureInfo.RETURN_COLUMN_NAME;
// out.sClassName[0] = e.getValueClassName();
// out.colType[0] = e.getDataType();
// out.colSize[0] = e.getColumnSize();
// out.colScale[0] = e.getColumnScale();
// out.nullability[0] = e.nullability;
// out.isIdentity[0] = false;
// out.paramMode[0] = expression.PARAM_OUT;
// }
for (int i = 0; i < parameters.length; i++) {
idx = i + offset;
// always i + 1. We currently use the convention of @p0 to name the
// return value OUT parameter
parameterMetaData.columnLabels[idx] = StatementDMQL.PCOL_PREFIX + (i + 1);
parameterMetaData.columnTypes[idx] = parameters[i].dataType;
byte parameterMode = SchemaObject.ParameterModes.PARAM_IN;
if (parameters[i].column != null
&& parameters[i].column.getParameterMode() != SchemaObject.ParameterModes.PARAM_UNKNOWN) {
parameterMode = parameters[i].column.getParameterMode();
}
parameterMetaData.paramModes[idx] = parameterMode;
parameterMetaData.paramNullable[idx] =
parameters[i].column == null
? SchemaObject.Nullability.NULLABLE
: parameters[i].column.getNullability();
}
}
/** For BATCHEXECDIRECT */
public static Result newBatchedExecuteRequest() {
Type[] types = new Type[] {Type.SQL_VARCHAR};
Result result = newResult(ResultConstants.BATCHEXECDIRECT);
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
return result;
}
/** For UPDATE_RESULT The parameters are set afterwards as the Result is reused */
public static Result newUpdateResultRequest(Type[] types, long id) {
Result result = newResult(ResultConstants.UPDATE_RESULT);
result.metaData = ResultMetaData.newUpdateResultMetaData(types);
result.id = id;
result.valueData = new Object[] {};
return result;
}
/** For CALL_RESPONSE For execution of SQL callable statements. */
public static Result newCallResponse(Type[] types, long statementId, Object[] values) {
Result result = newResult(ResultConstants.CALL_RESPONSE);
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
result.statementID = statementId;
result.valueData = values;
return result;
}
/**
* For SQLEXECUTE For execution of SQL prepared statements. The parameters are set afterwards as
* the Result is reused
*/
public static Result newPreparedExecuteRequest(Type[] types, long statementId) {
Result result = newResult(ResultConstants.EXECUTE);
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
result.statementID = statementId;
result.valueData = ValuePool.emptyObjectArray;
return result;
}
/**
* Creates a new instance of JDBCParameterMetaData.
*
* <p>
*
* @param metaData A ResultMetaData object describing the statement parameters
* @throws SQLException never - reserved for future use
*/
JDBCParameterMetaData(JDBCConnection conn, ResultMetaData metaData) throws SQLException {
rmd = metaData;
parameterCount = rmd.getColumnCount();
if (conn.clientProperties != null) {
translateTTIType =
conn.clientProperties.isPropertyTrue(HsqlDatabaseProperties.jdbc_translate_tti_types);
}
}
public static ResultMetaData newParameterMetaData(int colCount) {
ResultMetaData md = new ResultMetaData(PARAM_METADATA);
md.columnTypes = new Type[colCount];
md.columnLabels = new String[colCount];
md.paramModes = new byte[colCount];
md.paramNullable = new byte[colCount];
md.columnCount = colCount;
md.extendedColumnCount = colCount;
return md;
}
// reading and writing
public void write(RowOutputInterface out, ResultMetaData meta) throws IOException {
beforeFirst();
out.writeLong(id);
out.writeInt(size);
out.writeInt(0); // offset
out.writeInt(size);
while (hasNext()) {
Object[] data = getNext();
out.writeData(meta.getColumnCount(), meta.columnTypes, data, null, null);
}
beforeFirst();
}
public static ResultMetaData newResultMetaData(
Type[] types, int[] baseColumnIndexes, int colCount, int extColCount) {
ResultMetaData md = new ResultMetaData(RESULT_METADATA);
md.columnLabels = new String[colCount];
md.columns = new ColumnBase[colCount];
md.columnTypes = types;
md.colIndexes = baseColumnIndexes;
md.columnCount = colCount;
md.extendedColumnCount = extColCount;
return md;
}
/** For both EXECDIRECT and PREPARE */
public void setPrepareOrExecuteProperties(
String sql,
int maxRows,
int fetchSize,
int statementReturnType,
int timeout,
int resultSetProperties,
int keyMode,
int[] generatedIndexes,
String[] generatedNames) {
mainString = sql;
updateCount = maxRows;
this.fetchSize = fetchSize;
this.statementReturnType = statementReturnType;
queryTimeout = timeout;
rsProperties = resultSetProperties;
generateKeys = keyMode;
generatedMetaData =
ResultMetaData.newGeneratedColumnsMetaData(generatedIndexes, generatedNames);
}
/** For BATCHEXERESPONSE for a BATCHEXECUTE or BATCHEXECDIRECT */
public static Result newBatchedExecuteResponse(
int[] updateCounts, Result generatedResult, Result e) {
Result result = newResult(ResultConstants.BATCHEXECRESPONSE);
result.addChainedResult(generatedResult);
result.addChainedResult(e);
Type[] types = new Type[] {Type.SQL_INTEGER};
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
Object[][] table = new Object[updateCounts.length][];
for (int i = 0; i < updateCounts.length; i++) {
table[i] = new Object[] {ValuePool.getInt(updateCounts[i])};
}
((RowSetNavigatorClient) result.navigator).setData(table);
return result;
}
public void write(SessionInterface session, DataOutputStream dataOut, RowOutputInterface rowOut)
throws IOException, HsqlException {
rowOut.reset();
rowOut.writeByte(mode);
int startPos = rowOut.size();
rowOut.writeSize(0);
switch (mode) {
case ResultConstants.GETSESSIONATTR:
rowOut.writeByte(statementReturnType);
break;
case ResultConstants.DISCONNECT:
case ResultConstants.RESETSESSION:
case ResultConstants.STARTTRAN:
break;
case ResultConstants.PREPARE:
rowOut.writeByte(statementReturnType);
rowOut.writeString(mainString);
rowOut.writeByte(rsProperties);
rowOut.writeByte(generateKeys);
if (generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_NAMES
|| generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_INDEXES) {
generatedMetaData.write(rowOut);
}
break;
case ResultConstants.FREESTMT:
rowOut.writeLong(statementID);
break;
case ResultConstants.CLOSE_RESULT:
rowOut.writeLong(id);
break;
case ResultConstants.EXECDIRECT:
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeByte(statementReturnType);
rowOut.writeString(mainString);
rowOut.writeByte(rsProperties);
rowOut.writeShort(queryTimeout);
rowOut.writeByte(generateKeys);
if (generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_NAMES
|| generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_INDEXES) {
generatedMetaData.write(rowOut);
}
break;
case ResultConstants.CONNECT:
rowOut.writeString(databaseName);
rowOut.writeString(mainString);
rowOut.writeString(subString);
rowOut.writeString(zoneString);
rowOut.writeInt(updateCount);
break;
case ResultConstants.ERROR:
case ResultConstants.WARNING:
rowOut.writeString(mainString);
rowOut.writeString(subString);
rowOut.writeInt(errorCode);
break;
case ResultConstants.CONNECTACKNOWLEDGE:
rowOut.writeInt(databaseID);
rowOut.writeLong(sessionID);
rowOut.writeString(databaseName);
rowOut.writeString(mainString);
break;
case ResultConstants.UPDATECOUNT:
rowOut.writeInt(updateCount);
break;
case ResultConstants.ENDTRAN:
{
int type = getActionType();
rowOut.writeInt(type); // endtran type
switch (type) {
case ResultConstants.TX_SAVEPOINT_NAME_RELEASE:
case ResultConstants.TX_SAVEPOINT_NAME_ROLLBACK:
rowOut.writeString(mainString); // savepoint name
break;
case ResultConstants.TX_COMMIT:
case ResultConstants.TX_ROLLBACK:
case ResultConstants.TX_COMMIT_AND_CHAIN:
case ResultConstants.TX_ROLLBACK_AND_CHAIN:
case ResultConstants.PREPARECOMMIT:
break;
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
break;
}
case ResultConstants.PREPARE_ACK:
rowOut.writeByte(statementReturnType);
rowOut.writeLong(statementID);
rowOut.writeByte(rsProperties);
metaData.write(rowOut);
parameterMetaData.write(rowOut);
break;
case ResultConstants.CALL_RESPONSE:
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeLong(statementID);
rowOut.writeByte(statementReturnType);
rowOut.writeByte(rsProperties);
metaData.write(rowOut);
writeSimple(rowOut, metaData, (Object[]) valueData);
break;
case ResultConstants.EXECUTE:
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeLong(statementID);
rowOut.writeByte(rsProperties);
rowOut.writeShort(queryTimeout);
writeSimple(rowOut, metaData, (Object[]) valueData);
break;
case ResultConstants.UPDATE_RESULT:
rowOut.writeLong(id);
rowOut.writeInt(getActionType());
metaData.write(rowOut);
writeSimple(rowOut, metaData, (Object[]) valueData);
break;
case ResultConstants.BATCHEXECRESPONSE:
case ResultConstants.BATCHEXECUTE:
case ResultConstants.BATCHEXECDIRECT:
case ResultConstants.SETSESSIONATTR:
{
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeLong(statementID);
rowOut.writeShort(queryTimeout);
metaData.write(rowOut);
navigator.writeSimple(rowOut, metaData);
break;
}
case ResultConstants.PARAM_METADATA:
{
metaData.write(rowOut);
navigator.write(rowOut, metaData);
break;
}
case ResultConstants.SETCONNECTATTR:
{
int type = getConnectionAttrType();
rowOut.writeInt(type); // attr type / updateCount
switch (type) {
case ResultConstants.SQL_ATTR_SAVEPOINT_NAME:
rowOut.writeString(mainString); // savepoint name
break;
// case ResultConstants.SQL_ATTR_AUTO_IPD // always true
// default: // throw, but case never happens
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
break;
}
case ResultConstants.REQUESTDATA:
{
rowOut.writeLong(id);
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
break;
}
case ResultConstants.DATAROWS:
metaData.write(rowOut);
navigator.write(rowOut, metaData);
break;
case ResultConstants.DATAHEAD:
case ResultConstants.DATA:
case ResultConstants.GENERATED:
rowOut.writeLong(id);
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeByte(rsProperties);
metaData.write(rowOut);
navigator.write(rowOut, metaData);
break;
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
rowOut.writeIntData(rowOut.size() - startPos, startPos);
dataOut.write(rowOut.getOutputStream().getBuffer(), 0, rowOut.size());
int count = getLobCount();
Result current = this;
for (int i = 0; i < count; i++) {
ResultLob lob = current.lobResults;
lob.writeBody(session, dataOut);
current = current.lobResults;
}
if (chainedResult == null) {
dataOut.writeByte(ResultConstants.NONE);
} else {
chainedResult.write(session, dataOut, rowOut);
}
dataOut.flush();
}
private Result newColumnResult(long position, int count) throws SQLException {
int mArraySize = 0;
String mArrayStruct = data.getTypeStructure();
ArrayList<Integer> dimSize = getDimSize(mArrayStruct);
ArrayList<Integer> iterIndex = new ArrayList<>(); // go through all the array values
for (int i = 0; i < dimSize.size(); i++) {
mArraySize += dimSize.get(i);
}
// tests if the required elements exist. The limits are determined
// by computing the product of each dimension's size
if (!JDBCClobClient.isInLimits(mArraySize, position, count)) {
throw JDBCUtil.outOfRangeArgument();
}
Type[] types = new Type[2];
types[0] = Type.SQL_VARCHAR;
types[1] = elementType;
ResultMetaData meta = ResultMetaData.newSimpleResultMetaData(types);
meta.columnLabels = new String[] {"C1", "C2"};
meta.colIndexes = new int[] {-1, -1};
meta.columns = new ColumnBase[2];
ColumnBase column = new ColumnBase("", "", "", "");
column.setType(types[0]);
meta.columns[0] = column;
column = new ColumnBase("", "", "", "");
column.setType(types[1]);
meta.columns[1] = column;
RowSetNavigatorClient navigator = new RowSetNavigatorClient();
for (int i = (int) position; i < position + count; i++) {
Object[] rowData = new Object[2];
rowData[0] = Integer.valueOf(i + 1);
try {
rowData[1] = data.getCell(new RasPoint(1, 1));
} catch (RasDimensionMismatchException | RasIndexOutOfBoundsException e) {
System.err.println("Can't get the cell at point (1, 1)");
e.printStackTrace();
}
navigator.add(rowData);
}
Result result = Result.newDataResult(meta);
result.setNavigator(navigator);
return result;
}
private static void writeSimple(RowOutputInterface out, ResultMetaData meta, Object[] data)
throws IOException {
out.writeInt(1);
out.writeData(meta.getColumnCount(), meta.columnTypes, data, null, null);
}
/**
* Creates a new instance of JDBCParameterMetaData.
*
* <p>
*
* @param metaData A ResultMetaData object describing the statement parameters
* @throws SQLException never - reserved for future use
*/
JDBCParameterMetaData(ResultMetaData metaData) throws SQLException {
rmd = metaData;
parameterCount = rmd.getColumnCount();
}
/**
* The primary unit of communication between Connection, Server and Session objects.
*
* <p>An HSQLDB Result object encapsulates all requests (such as to alter or query session settings,
* to allocate and execute statements, etc.) and all responses (such as exception indications,
* update counts, result sets and result set metadata). It also implements the HSQL wire protocol
* for comunicating all such requests and responses across the network. Uses a navigator for data.
*
* @author Campbell Boucher-Burnet (boucherb@users dot sourceforge.net)
* @author Fred Toussi (fredt@users dot sourceforge.net)
* @version 2.3.2
* @since 1.9.0
*/
public class Result {
public static final ResultMetaData sessionAttributesMetaData;
static {
SqlInvariants.isSystemSchemaName(SqlInvariants.SYSTEM_SCHEMA);
Charset.getDefaultInstance();
Collation.getDefaultInstance();
sessionAttributesMetaData = ResultMetaData.newResultMetaData(SessionInterface.INFO_LIMIT);
for (int i = 0; i < Session.INFO_LIMIT; i++) {
sessionAttributesMetaData.columns[i] = new ColumnBase(null, null, null, null);
}
sessionAttributesMetaData.columns[Session.INFO_ID].setType(Type.SQL_INTEGER);
sessionAttributesMetaData.columns[Session.INFO_INTEGER].setType(Type.SQL_INTEGER);
sessionAttributesMetaData.columns[Session.INFO_BOOLEAN].setType(Type.SQL_BOOLEAN);
sessionAttributesMetaData.columns[Session.INFO_VARCHAR].setType(Type.SQL_VARCHAR);
sessionAttributesMetaData.prepareData();
}
private static final ResultMetaData emptyMeta = ResultMetaData.newResultMetaData(0);
public static final Result emptyGeneratedResult = Result.newDataResult(emptyMeta);
public static final Result updateZeroResult = newUpdateCountResult(0);
public static final Result updateOneResult = newUpdateCountResult(1);
// type of result
public byte mode;
// database ID
int databaseID;
// session ID
long sessionID;
// result id
private long id;
// database name for new connection
private String databaseName;
// user / password for new connection
// error strings in error results
private String mainString;
private String subString;
private String zoneString;
// vendor error code
int errorCode;
// the exception if this is an error
private HsqlException exception;
// prepared statement id
long statementID;
// statement type based on whether it returns an update count or a result set
// type of session info requested
int statementReturnType;
// max rows (out)
// update count (in)
// fetch part result count (in)
// time zone seconds (connect)
public int updateCount;
// fetch size (in)
private int fetchSize;
// secondary result
private Result chainedResult;
//
private int lobCount;
ResultLob lobResults;
/** A Result object's metadata */
public ResultMetaData metaData;
/** Additional meta data for parameters used in PREPARE_ACK results */
public ResultMetaData parameterMetaData;
/** Additional meta data for required generated columns */
public ResultMetaData generatedMetaData;
//
public int rsProperties;
//
public int queryTimeout;
//
int generateKeys;
// simple value for PSM, or parameter array
public Object valueData;
//
public Statement statement;
Result(int mode) {
this.mode = (byte) mode;
}
public Result(int mode, int count) {
this.mode = (byte) mode;
updateCount = count;
}
public static Result newResult(RowSetNavigator nav) {
Result result = new Result(ResultConstants.DATA);
result.navigator = nav;
return result;
}
public static Result newResult(int type) {
RowSetNavigator navigator = null;
Result result = null;
switch (type) {
case ResultConstants.CALL_RESPONSE:
case ResultConstants.EXECUTE:
case ResultConstants.UPDATE_RESULT:
break;
case ResultConstants.BATCHEXECUTE:
case ResultConstants.BATCHEXECDIRECT:
navigator = new RowSetNavigatorClient(4);
break;
case ResultConstants.SETSESSIONATTR:
case ResultConstants.PARAM_METADATA:
navigator = new RowSetNavigatorClient(1);
break;
case ResultConstants.BATCHEXECRESPONSE:
navigator = new RowSetNavigatorClient(4);
break;
case ResultConstants.DATA:
case ResultConstants.DATAHEAD:
case ResultConstants.DATAROWS:
case ResultConstants.GENERATED:
break;
case ResultConstants.LARGE_OBJECT_OP:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
default:
}
result = new Result(type);
result.navigator = navigator;
return result;
}
public static Result newResult(DataInput dataInput, RowInputBinary in)
throws IOException, HsqlException {
return newResult(null, dataInput.readByte(), dataInput, in);
}
public static Result newResult(Session session, int mode, DataInput dataInput, RowInputBinary in)
throws IOException, HsqlException {
try {
if (mode == ResultConstants.LARGE_OBJECT_OP) {
return ResultLob.newLob(dataInput, false);
}
Result result = newResult(session, dataInput, in, mode);
return result;
} catch (IOException e) {
throw Error.error(ErrorCode.X_08000);
}
}
public void readAdditionalResults(
SessionInterface session, DataInputStream inputStream, RowInputBinary in)
throws IOException, HsqlException {
Result currentResult = this;
setSession(session);
while (true) {
int addedResultMode = inputStream.readByte();
if (addedResultMode == ResultConstants.NONE) {
return;
}
currentResult = newResult(null, inputStream, in, addedResultMode);
addChainedResult(currentResult);
}
}
public void readLobResults(
SessionInterface session, DataInputStream inputStream, RowInputBinary in)
throws IOException, HsqlException {
Result currentResult = this;
boolean hasLob = false;
setSession(session);
while (true) {
int addedResultMode = inputStream.readByte();
if (addedResultMode == ResultConstants.LARGE_OBJECT_OP) {
ResultLob resultLob = ResultLob.newLob(inputStream, false);
if (session instanceof Session) {
((Session) session).allocateResultLob(resultLob, inputStream);
} else {
currentResult.addLobResult(resultLob);
}
hasLob = true;
continue;
} else if (addedResultMode == ResultConstants.NONE) {
break;
} else {
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
}
if (hasLob) {
((Session) session).registerResultLobs(currentResult);
}
}
private static Result newResult(Session session, DataInput dataInput, RowInputBinary in, int mode)
throws IOException, HsqlException {
Result result = newResult(mode);
int length = dataInput.readInt();
in.resetRow(0, length);
byte[] byteArray = in.getBuffer();
final int offset = 4;
dataInput.readFully(byteArray, offset, length - offset);
switch (mode) {
case ResultConstants.GETSESSIONATTR:
result.statementReturnType = in.readByte();
break;
case ResultConstants.DISCONNECT:
case ResultConstants.RESETSESSION:
case ResultConstants.STARTTRAN:
break;
case ResultConstants.PREPARE:
result.setStatementType(in.readByte());
result.mainString = in.readString();
result.rsProperties = in.readByte();
result.generateKeys = in.readByte();
if (result.generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_NAMES
|| result.generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_INDEXES) {
result.generatedMetaData = new ResultMetaData(in);
}
break;
case ResultConstants.CLOSE_RESULT:
result.id = in.readLong();
break;
case ResultConstants.FREESTMT:
result.statementID = in.readLong();
break;
case ResultConstants.EXECDIRECT:
result.updateCount = in.readInt();
result.fetchSize = in.readInt();
result.statementReturnType = in.readByte();
result.mainString = in.readString();
result.rsProperties = in.readByte();
result.queryTimeout = in.readShort();
result.generateKeys = in.readByte();
if (result.generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_NAMES
|| result.generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_INDEXES) {
result.generatedMetaData = new ResultMetaData(in);
}
break;
case ResultConstants.CONNECT:
result.databaseName = in.readString();
result.mainString = in.readString();
result.subString = in.readString();
result.zoneString = in.readString();
result.updateCount = in.readInt();
break;
case ResultConstants.ERROR:
case ResultConstants.WARNING:
result.mainString = in.readString();
result.subString = in.readString();
result.errorCode = in.readInt();
break;
case ResultConstants.CONNECTACKNOWLEDGE:
result.databaseID = in.readInt();
result.sessionID = in.readLong();
result.databaseName = in.readString();
result.mainString = in.readString();
break;
case ResultConstants.UPDATECOUNT:
result.updateCount = in.readInt();
break;
case ResultConstants.ENDTRAN:
{
int type = in.readInt();
result.setActionType(type); // endtran type
switch (type) {
case ResultConstants.TX_SAVEPOINT_NAME_RELEASE:
case ResultConstants.TX_SAVEPOINT_NAME_ROLLBACK:
result.mainString = in.readString(); // savepoint name
break;
case ResultConstants.TX_COMMIT:
case ResultConstants.TX_ROLLBACK:
case ResultConstants.TX_COMMIT_AND_CHAIN:
case ResultConstants.TX_ROLLBACK_AND_CHAIN:
case ResultConstants.PREPARECOMMIT:
break;
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
break;
}
case ResultConstants.SETCONNECTATTR:
{
int type = in.readInt(); // attr type
result.setConnectionAttrType(type);
switch (type) {
case ResultConstants.SQL_ATTR_SAVEPOINT_NAME:
result.mainString = in.readString(); // savepoint name
break;
// case ResultConstants.SQL_ATTR_AUTO_IPD :
// - always true
// default: throw - case never happens
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
break;
}
case ResultConstants.PREPARE_ACK:
result.statementReturnType = in.readByte();
result.statementID = in.readLong();
result.rsProperties = in.readByte();
result.metaData = new ResultMetaData(in);
result.parameterMetaData = new ResultMetaData(in);
break;
case ResultConstants.CALL_RESPONSE:
result.updateCount = in.readInt();
result.fetchSize = in.readInt();
result.statementID = in.readLong();
result.statementReturnType = in.readByte();
result.rsProperties = in.readByte();
result.metaData = new ResultMetaData(in);
result.valueData = readSimple(in, result.metaData);
break;
case ResultConstants.EXECUTE:
result.updateCount = in.readInt();
result.fetchSize = in.readInt();
result.statementID = in.readLong();
result.rsProperties = in.readByte();
result.queryTimeout = in.readShort();
Statement statement = session.statementManager.getStatement(session, result.statementID);
if (statement == null) {
// invalid statement
result.mode = ResultConstants.EXECUTE_INVALID;
result.valueData = ValuePool.emptyObjectArray;
break;
}
result.statement = statement;
result.metaData = result.statement.getParametersMetaData();
result.valueData = readSimple(in, result.metaData);
break;
case ResultConstants.UPDATE_RESULT:
{
result.id = in.readLong();
int type = in.readInt();
result.setActionType(type);
result.metaData = new ResultMetaData(in);
result.valueData = readSimple(in, result.metaData);
break;
}
case ResultConstants.BATCHEXECRESPONSE:
case ResultConstants.BATCHEXECUTE:
case ResultConstants.BATCHEXECDIRECT:
case ResultConstants.SETSESSIONATTR:
{
result.updateCount = in.readInt();
result.fetchSize = in.readInt();
result.statementID = in.readLong();
result.queryTimeout = in.readShort();
result.metaData = new ResultMetaData(in);
result.navigator.readSimple(in, result.metaData);
break;
}
case ResultConstants.PARAM_METADATA:
{
result.metaData = new ResultMetaData(in);
result.navigator.read(in, result.metaData);
break;
}
case ResultConstants.REQUESTDATA:
{
result.id = in.readLong();
result.updateCount = in.readInt();
result.fetchSize = in.readInt();
break;
}
case ResultConstants.DATAHEAD:
case ResultConstants.DATA:
case ResultConstants.GENERATED:
{
result.id = in.readLong();
result.updateCount = in.readInt();
result.fetchSize = in.readInt();
result.rsProperties = in.readByte();
result.metaData = new ResultMetaData(in);
result.navigator = new RowSetNavigatorClient();
result.navigator.read(in, result.metaData);
break;
}
case ResultConstants.DATAROWS:
{
result.metaData = new ResultMetaData(in);
result.navigator = new RowSetNavigatorClient();
result.navigator.read(in, result.metaData);
break;
}
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
return result;
}
/** For interval PSM return values */
public static Result newPSMResult(int type, String label, Object value) {
Result result = newResult(ResultConstants.VALUE);
result.errorCode = type;
result.mainString = label;
result.valueData = value;
return result;
}
/** For interval PSM return values */
public static Result newPSMResult(Object value) {
Result result = newResult(ResultConstants.VALUE);
result.valueData = value;
return result;
}
/** For SQLPREPARE For parparation of SQL parepared statements. */
public static Result newPrepareStatementRequest() {
return newResult(ResultConstants.PREPARE);
}
/**
* For SQLEXECUTE For execution of SQL prepared statements. The parameters are set afterwards as
* the Result is reused
*/
public static Result newPreparedExecuteRequest(Type[] types, long statementId) {
Result result = newResult(ResultConstants.EXECUTE);
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
result.statementID = statementId;
result.valueData = ValuePool.emptyObjectArray;
return result;
}
/** For CALL_RESPONSE For execution of SQL callable statements. */
public static Result newCallResponse(Type[] types, long statementId, Object[] values) {
Result result = newResult(ResultConstants.CALL_RESPONSE);
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
result.statementID = statementId;
result.valueData = values;
return result;
}
/** For UPDATE_RESULT The parameters are set afterwards as the Result is reused */
public static Result newUpdateResultRequest(Type[] types, long id) {
Result result = newResult(ResultConstants.UPDATE_RESULT);
result.metaData = ResultMetaData.newUpdateResultMetaData(types);
result.id = id;
result.valueData = new Object[] {};
return result;
}
/** For UPDATE_RESULT results The parameters are set by this method as the Result is reused */
public void setPreparedResultUpdateProperties(Object[] parameterValues) {
valueData = parameterValues;
}
/** For SQLEXECUTE results The parameters are set by this method as the Result is reused */
public void setPreparedExecuteProperties(
Object[] parameterValues, int maxRows, int fetchSize, int resultProps, int timeout) {
mode = ResultConstants.EXECUTE;
valueData = parameterValues;
updateCount = maxRows;
this.fetchSize = fetchSize;
this.rsProperties = resultProps;
queryTimeout = timeout;
}
/** For BATCHEXECUTE */
public void setBatchedPreparedExecuteRequest() {
mode = ResultConstants.BATCHEXECUTE;
if (navigator == null) {
navigator = new RowSetNavigatorClient(4);
} else {
navigator.clear();
}
updateCount = 0;
this.fetchSize = 0;
}
public void addBatchedPreparedExecuteRequest(Object[] parameterValues) {
((RowSetNavigatorClient) navigator).add(parameterValues);
}
/** For BATCHEXECDIRECT */
public static Result newBatchedExecuteRequest() {
Type[] types = new Type[] {Type.SQL_VARCHAR};
Result result = newResult(ResultConstants.BATCHEXECDIRECT);
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
return result;
}
/** For BATCHEXERESPONSE for a BATCHEXECUTE or BATCHEXECDIRECT */
public static Result newBatchedExecuteResponse(
int[] updateCounts, Result generatedResult, Result e) {
Result result = newResult(ResultConstants.BATCHEXECRESPONSE);
result.addChainedResult(generatedResult);
result.addChainedResult(e);
Type[] types = new Type[] {Type.SQL_INTEGER};
result.metaData = ResultMetaData.newSimpleResultMetaData(types);
Object[][] table = new Object[updateCounts.length][];
for (int i = 0; i < updateCounts.length; i++) {
table[i] = new Object[] {ValuePool.getInt(updateCounts[i])};
}
((RowSetNavigatorClient) result.navigator).setData(table);
return result;
}
public static Result newResetSessionRequest() {
Result result = newResult(ResultConstants.RESETSESSION);
return result;
}
public static Result newConnectionAttemptRequest(
String user, String password, String database, String zoneString, int timeZoneSeconds) {
Result result = newResult(ResultConstants.CONNECT);
result.mainString = user;
result.subString = password;
result.zoneString = zoneString;
result.databaseName = database;
result.updateCount = timeZoneSeconds;
return result;
}
public static Result newConnectionAcknowledgeResponse(
Database database, long sessionID, int databaseID) {
Result result = newResult(ResultConstants.CONNECTACKNOWLEDGE);
result.sessionID = sessionID;
result.databaseID = databaseID;
result.databaseName = database.getUniqueName();
result.mainString = database.getProperties().getClientPropertiesAsString();
return result;
}
public static Result newUpdateZeroResult() {
return new Result(ResultConstants.UPDATECOUNT, 0);
}
public static Result newUpdateCountResult(int count) {
return new Result(ResultConstants.UPDATECOUNT, count);
}
public static Result newUpdateCountResult(ResultMetaData meta, int count) {
Result result = newResult(ResultConstants.UPDATECOUNT);
Result dataResult = newGeneratedDataResult(meta);
result.updateCount = count;
result.addChainedResult(dataResult);
return result;
}
public static Result newSingleColumnResult(ResultMetaData meta) {
Result result = newResult(ResultConstants.DATA);
result.metaData = meta;
result.navigator = new RowSetNavigatorClient();
return result;
}
public static Result newSingleColumnResult(String colName) {
Result result = newResult(ResultConstants.DATA);
result.metaData = ResultMetaData.newSingleColumnMetaData(colName);
result.navigator = new RowSetNavigatorClient(8);
return result;
}
public static Result newSingleColumnStringResult(String colName, String contents) {
Result result = Result.newSingleColumnResult(colName);
LineNumberReader lnr = new LineNumberReader(new StringReader(contents));
while (true) {
String line = null;
try {
line = lnr.readLine();
} catch (Exception e) {
}
if (line == null) {
break;
}
result.getNavigator().add(new Object[] {line});
}
return result;
}
public static Result newPrepareResponse(Statement statement) {
Result r = newResult(ResultConstants.PREPARE_ACK);
r.statement = statement;
r.statementID = statement.getID();
int csType = statement.getType();
r.statementReturnType = statement.getStatementReturnType();
r.metaData = statement.getResultMetaData();
r.parameterMetaData = statement.getParametersMetaData();
return r;
}
public static Result newFreeStmtRequest(long statementID) {
Result r = newResult(ResultConstants.FREESTMT);
r.statementID = statementID;
return r;
}
/**
* For direct execution of SQL statements. The statement and other parameters are set afterwards
* as the Result is reused
*/
public static Result newExecuteDirectRequest() {
return newResult(ResultConstants.EXECDIRECT);
}
/** For both EXECDIRECT and PREPARE */
public void setPrepareOrExecuteProperties(
String sql,
int maxRows,
int fetchSize,
int statementReturnType,
int timeout,
int resultSetProperties,
int keyMode,
int[] generatedIndexes,
String[] generatedNames) {
mainString = sql;
updateCount = maxRows;
this.fetchSize = fetchSize;
this.statementReturnType = statementReturnType;
queryTimeout = timeout;
rsProperties = resultSetProperties;
generateKeys = keyMode;
generatedMetaData =
ResultMetaData.newGeneratedColumnsMetaData(generatedIndexes, generatedNames);
}
public static Result newSetSavepointRequest(String name) {
Result result;
result = newResult(ResultConstants.SETCONNECTATTR);
result.setConnectionAttrType(ResultConstants.SQL_ATTR_SAVEPOINT_NAME);
result.setMainString(name);
return result;
}
public static Result newRequestDataResult(long id, int offset, int count) {
Result result = newResult(ResultConstants.REQUESTDATA);
result.id = id;
result.updateCount = offset;
result.fetchSize = count;
return result;
}
public static Result newDataResult(ResultMetaData md) {
Result result = newResult(ResultConstants.DATA);
result.navigator = new RowSetNavigatorClient();
result.metaData = md;
return result;
}
public static Result newGeneratedDataResult(ResultMetaData md) {
Result result = newResult(ResultConstants.GENERATED);
result.navigator = new RowSetNavigatorClient();
result.metaData = md;
return result;
}
/** initially, only used for updatability */
public int getExecuteProperties() {
return rsProperties;
}
public static Result newDataHeadResult(
SessionInterface session, Result source, int offset, int count) {
if (offset + count > source.navigator.getSize()) {
count = source.navigator.getSize() - offset;
}
Result result = newResult(ResultConstants.DATAHEAD);
result.metaData = source.metaData;
result.navigator = new RowSetNavigatorClient(source.navigator, offset, count);
result.navigator.setId(source.navigator.getId());
result.setSession(session);
result.rsProperties = source.rsProperties;
result.fetchSize = source.fetchSize;
return result;
}
public static Result newDataRowsResult(Result source, int offset, int count) {
if (offset + count > source.navigator.getSize()) {
count = source.navigator.getSize() - offset;
}
Result result = newResult(ResultConstants.DATAROWS);
result.id = source.id;
result.metaData = source.metaData;
result.navigator = new RowSetNavigatorClient(source.navigator, offset, count);
return result;
}
public static Result newDataRowsResult(RowSetNavigator navigator) {
Result result = newResult(ResultConstants.DATAROWS);
result.navigator = navigator;
return result;
}
/** Result structure used for set/get session attributes */
public static Result newSessionAttributesResult() {
Result result = newResult(ResultConstants.DATA);
result.navigator = new RowSetNavigatorClient(1);
result.metaData = sessionAttributesMetaData;
result.navigator.add(new Object[SessionInterface.INFO_LIMIT]);
return result;
}
public static Result newWarningResult(HsqlException w) {
Result result = newResult(ResultConstants.WARNING);
result.mainString = w.getMessage();
result.subString = w.getSQLState();
result.errorCode = w.getErrorCode();
return result;
}
public static Result newErrorResult(Throwable t) {
return newErrorResult(t, null);
}
/** @todo 1.9.0 fredt - move the messages to Error.java */
public static Result newErrorResult(Throwable t, String statement) {
Result result = newResult(ResultConstants.ERROR);
if (t instanceof HsqlException) {
result.exception = (HsqlException) t;
result.mainString = result.exception.getMessage();
result.subString = result.exception.getSQLState();
if (statement != null) {
result.mainString += " in statement [" + statement + "]";
}
result.errorCode = result.exception.getErrorCode();
} else if (t instanceof OutOfMemoryError) {
// gc() at this point may clear the memory allocated so far
/** @todo 1.9.0 - review if it's better to gc higher up the stack */
System.gc();
result.exception = Error.error(ErrorCode.OUT_OF_MEMORY, t);
result.mainString = result.exception.getMessage();
result.subString = result.exception.getSQLState();
result.errorCode = result.exception.getErrorCode();
} else {
result.exception = Error.error(ErrorCode.GENERAL_ERROR, t);
result.mainString = result.exception.getMessage() + " " + t.toString();
result.subString = result.exception.getSQLState();
result.errorCode = result.exception.getErrorCode();
if (statement != null) {
result.mainString += " in statement [" + statement + "]";
}
}
return result;
}
public void write(SessionInterface session, DataOutputStream dataOut, RowOutputInterface rowOut)
throws IOException, HsqlException {
rowOut.reset();
rowOut.writeByte(mode);
int startPos = rowOut.size();
rowOut.writeSize(0);
switch (mode) {
case ResultConstants.GETSESSIONATTR:
rowOut.writeByte(statementReturnType);
break;
case ResultConstants.DISCONNECT:
case ResultConstants.RESETSESSION:
case ResultConstants.STARTTRAN:
break;
case ResultConstants.PREPARE:
rowOut.writeByte(statementReturnType);
rowOut.writeString(mainString);
rowOut.writeByte(rsProperties);
rowOut.writeByte(generateKeys);
if (generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_NAMES
|| generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_INDEXES) {
generatedMetaData.write(rowOut);
}
break;
case ResultConstants.FREESTMT:
rowOut.writeLong(statementID);
break;
case ResultConstants.CLOSE_RESULT:
rowOut.writeLong(id);
break;
case ResultConstants.EXECDIRECT:
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeByte(statementReturnType);
rowOut.writeString(mainString);
rowOut.writeByte(rsProperties);
rowOut.writeShort(queryTimeout);
rowOut.writeByte(generateKeys);
if (generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_NAMES
|| generateKeys == ResultConstants.RETURN_GENERATED_KEYS_COL_INDEXES) {
generatedMetaData.write(rowOut);
}
break;
case ResultConstants.CONNECT:
rowOut.writeString(databaseName);
rowOut.writeString(mainString);
rowOut.writeString(subString);
rowOut.writeString(zoneString);
rowOut.writeInt(updateCount);
break;
case ResultConstants.ERROR:
case ResultConstants.WARNING:
rowOut.writeString(mainString);
rowOut.writeString(subString);
rowOut.writeInt(errorCode);
break;
case ResultConstants.CONNECTACKNOWLEDGE:
rowOut.writeInt(databaseID);
rowOut.writeLong(sessionID);
rowOut.writeString(databaseName);
rowOut.writeString(mainString);
break;
case ResultConstants.UPDATECOUNT:
rowOut.writeInt(updateCount);
break;
case ResultConstants.ENDTRAN:
{
int type = getActionType();
rowOut.writeInt(type); // endtran type
switch (type) {
case ResultConstants.TX_SAVEPOINT_NAME_RELEASE:
case ResultConstants.TX_SAVEPOINT_NAME_ROLLBACK:
rowOut.writeString(mainString); // savepoint name
break;
case ResultConstants.TX_COMMIT:
case ResultConstants.TX_ROLLBACK:
case ResultConstants.TX_COMMIT_AND_CHAIN:
case ResultConstants.TX_ROLLBACK_AND_CHAIN:
case ResultConstants.PREPARECOMMIT:
break;
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
break;
}
case ResultConstants.PREPARE_ACK:
rowOut.writeByte(statementReturnType);
rowOut.writeLong(statementID);
rowOut.writeByte(rsProperties);
metaData.write(rowOut);
parameterMetaData.write(rowOut);
break;
case ResultConstants.CALL_RESPONSE:
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeLong(statementID);
rowOut.writeByte(statementReturnType);
rowOut.writeByte(rsProperties);
metaData.write(rowOut);
writeSimple(rowOut, metaData, (Object[]) valueData);
break;
case ResultConstants.EXECUTE:
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeLong(statementID);
rowOut.writeByte(rsProperties);
rowOut.writeShort(queryTimeout);
writeSimple(rowOut, metaData, (Object[]) valueData);
break;
case ResultConstants.UPDATE_RESULT:
rowOut.writeLong(id);
rowOut.writeInt(getActionType());
metaData.write(rowOut);
writeSimple(rowOut, metaData, (Object[]) valueData);
break;
case ResultConstants.BATCHEXECRESPONSE:
case ResultConstants.BATCHEXECUTE:
case ResultConstants.BATCHEXECDIRECT:
case ResultConstants.SETSESSIONATTR:
{
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeLong(statementID);
rowOut.writeShort(queryTimeout);
metaData.write(rowOut);
navigator.writeSimple(rowOut, metaData);
break;
}
case ResultConstants.PARAM_METADATA:
{
metaData.write(rowOut);
navigator.write(rowOut, metaData);
break;
}
case ResultConstants.SETCONNECTATTR:
{
int type = getConnectionAttrType();
rowOut.writeInt(type); // attr type / updateCount
switch (type) {
case ResultConstants.SQL_ATTR_SAVEPOINT_NAME:
rowOut.writeString(mainString); // savepoint name
break;
// case ResultConstants.SQL_ATTR_AUTO_IPD // always true
// default: // throw, but case never happens
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
break;
}
case ResultConstants.REQUESTDATA:
{
rowOut.writeLong(id);
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
break;
}
case ResultConstants.DATAROWS:
metaData.write(rowOut);
navigator.write(rowOut, metaData);
break;
case ResultConstants.DATAHEAD:
case ResultConstants.DATA:
case ResultConstants.GENERATED:
rowOut.writeLong(id);
rowOut.writeInt(updateCount);
rowOut.writeInt(fetchSize);
rowOut.writeByte(rsProperties);
metaData.write(rowOut);
navigator.write(rowOut, metaData);
break;
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
rowOut.writeIntData(rowOut.size() - startPos, startPos);
dataOut.write(rowOut.getOutputStream().getBuffer(), 0, rowOut.size());
int count = getLobCount();
Result current = this;
for (int i = 0; i < count; i++) {
ResultLob lob = current.lobResults;
lob.writeBody(session, dataOut);
current = current.lobResults;
}
if (chainedResult == null) {
dataOut.writeByte(ResultConstants.NONE);
} else {
chainedResult.write(session, dataOut, rowOut);
}
dataOut.flush();
}
public int getType() {
return mode;
}
public boolean isData() {
return mode == ResultConstants.DATA || mode == ResultConstants.DATAHEAD;
}
public boolean isError() {
return mode == ResultConstants.ERROR;
}
public boolean isWarning() {
return mode == ResultConstants.WARNING;
}
public boolean isUpdateCount() {
return mode == ResultConstants.UPDATECOUNT;
}
public boolean isSimpleValue() {
return mode == ResultConstants.VALUE;
}
public boolean hasGeneratedKeys() {
return mode == ResultConstants.UPDATECOUNT && chainedResult != null;
}
public HsqlException getException() {
return exception;
}
public long getStatementID() {
return statementID;
}
public void setStatementID(long statementId) {
this.statementID = statementId;
}
public String getMainString() {
return mainString;
}
public void setMainString(String sql) {
this.mainString = sql;
}
public String getSubString() {
return subString;
}
public String getZoneString() {
return zoneString;
}
public int getErrorCode() {
return errorCode;
}
public Object getValueObject() {
return valueData;
}
public void setValueObject(Object value) {
valueData = value;
}
public Statement getStatement() {
return statement;
}
public void setStatement(Statement statement) {
this.statement = statement;
}
public String getDatabaseName() {
return databaseName;
}
public void setMaxRows(int count) {
updateCount = count;
}
public int getFetchSize() {
return this.fetchSize;
}
public void setFetchSize(int count) {
fetchSize = count;
}
public int getUpdateCount() {
return updateCount;
}
public int getConnectionAttrType() {
return updateCount;
}
public void setConnectionAttrType(int type) {
updateCount = type;
}
public int getActionType() {
return updateCount;
}
public void setActionType(int type) {
updateCount = type;
}
public long getSessionId() {
return sessionID;
}
public void setSessionId(long id) {
sessionID = id;
}
public void setSession(SessionInterface session) {
if (navigator != null) {
navigator.setSession(session);
}
}
public int getDatabaseId() {
return databaseID;
}
public void setDatabaseId(int id) {
databaseID = id;
}
public long getResultId() {
return id;
}
public void setResultId(long id) {
this.id = id;
if (navigator != null) {
navigator.setId(id);
}
}
public void setUpdateCount(int count) {
updateCount = count;
}
public void setAsTransactionEndRequest(int subType, String savepoint) {
mode = ResultConstants.ENDTRAN;
updateCount = subType;
mainString = savepoint == null ? "" : savepoint;
}
public Object[] getSingleRowData() {
Object[] data = (Object[]) initialiseNavigator().getNext();
data = (Object[]) ArrayUtil.resizeArrayIfDifferent(data, metaData.getColumnCount());
return data;
}
public Object[] getParameterData() {
return (Object[]) valueData;
}
public Object[] getSessionAttributes() {
return (Object[]) initialiseNavigator().getNext();
}
public void setResultType(int type) {
mode = (byte) type;
}
public void setStatementType(int type) {
statementReturnType = type;
}
public int getStatementType() {
return statementReturnType;
}
public int getGeneratedResultType() {
return generateKeys;
}
public ResultMetaData getGeneratedResultMetaData() {
return generatedMetaData;
}
public Result getChainedResult() {
return chainedResult;
}
public Result getUnlinkChainedResult() {
Result result = chainedResult;
chainedResult = null;
return result;
}
public void addChainedResult(Result result) {
Result current = this;
while (current.chainedResult != null) {
current = current.chainedResult;
}
current.chainedResult = result;
}
public void addWarnings(HsqlException[] warnings) {
for (int i = 0; i < warnings.length; i++) {
Result warning = newWarningResult(warnings[i]);
addChainedResult(warning);
}
}
public int getLobCount() {
return lobCount;
}
public ResultLob getLOBResult() {
return lobResults;
}
public void addLobResult(ResultLob result) {
Result current = this;
while (current.lobResults != null) {
current = current.lobResults;
}
current.lobResults = result;
lobCount++;
}
public void clearLobResults() {
lobResults = null;
lobCount = 0;
}
private static Object[] readSimple(RowInputBinary in, ResultMetaData meta) throws IOException {
int size = in.readInt();
return in.readData(meta.columnTypes);
}
private static void writeSimple(RowOutputInterface out, ResultMetaData meta, Object[] data)
throws IOException {
out.writeInt(1);
out.writeData(meta.getColumnCount(), meta.columnTypes, data, null, null);
}
// ----------- Navigation
public RowSetNavigator navigator;
public RowSetNavigator getNavigator() {
return navigator;
}
public void setNavigator(RowSetNavigator navigator) {
this.navigator = navigator;
}
public RowSetNavigator initialiseNavigator() {
switch (mode) {
case ResultConstants.BATCHEXECUTE:
case ResultConstants.BATCHEXECDIRECT:
case ResultConstants.BATCHEXECRESPONSE:
case ResultConstants.SETSESSIONATTR:
case ResultConstants.PARAM_METADATA:
navigator.beforeFirst();
return navigator;
case ResultConstants.DATA:
case ResultConstants.DATAHEAD:
case ResultConstants.GENERATED:
navigator.reset();
return navigator;
default:
throw Error.runtimeError(ErrorCode.U_S0500, "Result");
}
}
}
