rem stringlengths 0 477k | add stringlengths 0 313k | context stringlengths 6 599k |
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GeneratedMethod closeCleanup, | NoPutResultSet getSetOpResultSet( NoPutResultSet leftSource, NoPutResultSet rightSource, Activation activation, int resultSetNumber, long optimizerEstimatedRowCount, ... | |
double optimizerEstimatedCost, GeneratedMethod closeCleanup) | double optimizerEstimatedCost) | NoPutResultSet getSortResultSet(NoPutResultSet source, boolean distinct, boolean isInSortedOrder, int orderItem, GeneratedMethod rowAllocator, int rowSize, int resultSetNumber, double optimizerEstimatedRowCount, double optimizerEstimatedCost, GeneratedMethod closeCleanup) throws StandardException; |
double optimizerEstimatedCost, GeneratedMethod closeCleanup) | double optimizerEstimatedCost) | NoPutResultSet getTableScanResultSet( Activation activation, long conglomId, int scociItem, GeneratedMethod resultRowAllocator, int resultSetNumber, GeneratedMethod startKeyGetter, int startSearchOperator, GeneratedMethod stopKeyGetter, int ... |
qualify = true; currentRowIsValid = false; scanRepositioned = false; | public TableScanResultSet(long conglomId, StaticCompiledOpenConglomInfo scoci, Activation activation, GeneratedMethod resultRowAllocator, int resultSetNumber, GeneratedMethod startKeyGetter, int startSearchOperator, GeneratedMethod stopKeyGetter, int stopSearchOperator, boolean sameStartStopPosition, Qua... | |
double optimizerEstimatedCost, GeneratedMethod closeCleanup) | double optimizerEstimatedCost) | NoPutResultSet getUnionResultSet(NoPutResultSet source1, NoPutResultSet source2, int resultSetNumber, double optimizerEstimatedRowCount, double optimizerEstimatedCost, GeneratedMethod closeCleanup) throws StandardException; |
double optimizerEstimatedCost, GeneratedMethod closeCleanup) | double optimizerEstimatedCost) | public NoPutResultSet getVTIResultSet(Activation activation, GeneratedMethod row, int resultSetNumber, GeneratedMethod constructor, String javaClassName, Qualifier[][] pushedQualifiers, int erdNumber, boolean version2, boolean reuseablePs, int ctcNumber, ... |
totalLength += partLength; | if (partLength > 0) { totalLength += partLength; } | protected InputStream materializeStream(InputStream is, String typeDesc) throws SqlException { final int GROWBY = 32 * 1024; // 32 KB ArrayList byteArrays = new ArrayList(); byte[] curBytes = new byte[GROWBY]; int totalLength = 0; int partLength = 0; // Read all ... |
byteArrays.add(curBytes); | if (partLength > 0) { byteArrays.add(curBytes); } | protected InputStream materializeStream(InputStream is, String typeDesc) throws SqlException { final int GROWBY = 32 * 1024; // 32 KB ArrayList byteArrays = new ArrayList(); byte[] curBytes = new byte[GROWBY]; int totalLength = 0; int partLength = 0; // Read all ... |
long tmpRemaining = length; | public ByteArrayCombinerStream(ArrayList arraysIn, long length) { this.specifiedLength = length; if (arraysIn != null && arraysIn.size() > 0) { // Copy references to the byte arrays to a new ArrayList. int arrayCount = arraysIn.size(); long tmpRemaining = length; ... | |
for (int i=0; i < arrayCount; i++) { | for (int i=0; i < arrayCount && tmpRemaining > 0; i++) { | public ByteArrayCombinerStream(ArrayList arraysIn, long length) { this.specifiedLength = length; if (arraysIn != null && arraysIn.size() > 0) { // Copy references to the byte arrays to a new ArrayList. int arrayCount = arraysIn.size(); long tmpRemaining = length; ... |
if (tmpRemaining > 0) { throw new IllegalArgumentException("Not enough data, " + tmpRemaining + " bytes short of specified length " + length); } | public ByteArrayCombinerStream(ArrayList arraysIn, long length) { this.specifiedLength = length; if (arraysIn != null && arraysIn.size() > 0) { // Copy references to the byte arrays to a new ArrayList. int arrayCount = arraysIn.size(); long tmpRemaining = length; ... | |
OnlineBackup(String dbName) { | OnlineBackup(String dbName, String backupPath) { | OnlineBackup(String dbName) { this.dbName = dbName; } |
this.backupPath = backupPath; | OnlineBackup(String dbName) { this.dbName = dbName; } | |
} catch (SQLException sqle) { org.apache.derby.tools.JDBCDisplayUtil.ShowSQLException(System.out, sqle); sqle.printStackTrace(System.out); } | } catch (Throwable error) { synchronized(this) { backupFailed = true; backupError = error; notifyAll(); } org.apache.derby.tools.JDBCDisplayUtil.ShowException(System.out, error); error.printStackTrace(System.out); } | public void run() { try { performBackup(); } catch (SQLException sqle) { org.apache.derby.tools.JDBCDisplayUtil.ShowSQLException(System.out, sqle); sqle.printStackTrace(System.out); } } |
public void waitForBackupToBegin() throws InterruptedException{ | public void waitForBackupToBegin() throws Exception{ | public void waitForBackupToBegin() throws InterruptedException{ synchronized(this) { //wait for backup to begin while(!beginBackup) { wait(); } } } |
while(!beginBackup) { | while (!beginBackup) { if (backupFailed) throw new Exception("BACKUP FAILED:" + backupError.getMessage()); else | public void waitForBackupToBegin() throws InterruptedException{ synchronized(this) { //wait for backup to begin while(!beginBackup) { wait(); } } } |
public void waitForBackupToEnd() throws InterruptedException{ | public void waitForBackupToEnd() throws Exception{ | public void waitForBackupToEnd() throws InterruptedException{ synchronized(this) { if (!endBackup) { // check if a backup has actually started by the test if (!beginBackup) { System.out.println("BACKUP IS NOT STARTED BY THE TEST YET"); } else { //wait for backup to finish while(!endBackup) { ... |
while(!endBackup) { wait(); | while (!endBackup) { if (backupFailed) throw new Exception("BACKUP FAILED:" + backupError.getMessage()); else wait(); | public void waitForBackupToEnd() throws InterruptedException{ synchronized(this) { if (!endBackup) { // check if a backup has actually started by the test if (!beginBackup) { System.out.println("BACKUP IS NOT STARTED BY THE TEST YET"); } else { //wait for backup to finish while(!endBackup) { ... |
context.setVariable(var, result); | public void doTag(XMLOutput output) throws Exception { if (!maxRowsSpecified) { Object obj = context.getVariable("org.apache.commons.jelly.sql.maxRows"); if (obj != null) { if (obj instanceof Integer) { maxRows = ((Integer) obj).intValue(); ... | |
protected Tag findAncestorWithClass(Class parentClass) { return findAncestorWithClass(getParent(), parentClass); | public static Tag findAncestorWithClass(Tag from, Class tagClass) { while (from != null) { if (tagClass.isInstance(from)) { return from; } from = from.getParent(); } return null; | protected Tag findAncestorWithClass(Class parentClass) { return findAncestorWithClass(getParent(), parentClass); } |
public Main(boolean trash) { | public Main() { this(null); | public Main(boolean trash) { } |
public void goScript(Connection conn, | public int goScript(Connection conn, | public void goScript(Connection conn, LocalizedInput in) { JDBCDisplayUtil.showSelectCount = false; connEnv[0].addSession(conn, (String) null); fileInput = initialFileInput = !in.isStandardInput(); commandGrabber[0].ReInit(in); runScriptGuts(); } |
runScriptGuts(); | return runScriptGuts(); | public void goScript(Connection conn, LocalizedInput in) { JDBCDisplayUtil.showSelectCount = false; connEnv[0].addSession(conn, (String) null); fileInput = initialFileInput = !in.isStandardInput(); commandGrabber[0].ReInit(in); runScriptGuts(); } |
static public Connection startJBMS() throws SQLException, ClassNotFoundException, InstantiationException, IllegalAccessException { return startJBMS(null,null); | static public Connection startJBMS(String defaultDriver, String defaultURL, Properties connInfo) throws SQLException, ClassNotFoundException, InstantiationException, IllegalAccessException { Connection con = null; String driverName; String databaseURL; driverName = util.getSystemProperty("driver"); if (driverName == ... | static public Connection startJBMS() throws SQLException, ClassNotFoundException, InstantiationException, IllegalAccessException { return startJBMS(null,null); } |
String jdbcProtocol = util.getSystemProperty("ij.protocol"); if (jdbcProtocol != null) util.loadDriverIfKnown(jdbcProtocol); String user = util.getSystemProperty("ij.user"); String password = util.getSystemProperty("ij.password"); databaseURL = util.getSystemProperty("database"); if (databaseURL == null) databaseURL... | static public Connection startJBMS() throws SQLException, ClassNotFoundException, InstantiationException, IllegalAccessException { return startJBMS(null,null); } | |
getCompilerContext().addRequiredColumnPriv( columnDescriptor); | public void bindResultColumnByName(TableDescriptor tableDescriptor, int columnId) throws StandardException { ColumnDescriptor columnDescriptor; columnDescriptor = tableDescriptor.getColumnDescriptor(exposedName); if (columnDescriptor == null) { String errorString; String schemaName; errorString = ""... | |
private List getDependencyDescriptorList(List storedList) | private List getDependencyDescriptorList(List storedList, Provider providerForList) | private List getDependencyDescriptorList(List storedList) throws StandardException { DataDictionary dd = getDataDictionary(); if (storedList.size() != 0) { /* For each DependencyDescriptor, we need to instantiate * object descriptors of the appropriate type for both * the dependent and provider, create a... |
DataDictionary dd = getDataDictionary(); | private List getDependencyDescriptorList(List storedList) throws StandardException { DataDictionary dd = getDataDictionary(); if (storedList.size() != 0) { /* For each DependencyDescriptor, we need to instantiate * object descriptors of the appropriate type for both * the dependent and provider, create a... | |
finder = depDesc.getProviderFinder(); tempP = (Provider) finder.getDependable( depDesc.getProviderID() ); | if (providerForList != null) { tempP = providerForList; if (SanityManager.DEBUG) { if (!tempP.getObjectID().equals(depDesc.getProviderID())) { SanityManager.THROWASSERT("mismatch providers"); } } } else { finder = depDesc.getProviderFinder(); tempP = (Provider) finder.getDependable( depDesc.getProviderID() ); } | private List getDependencyDescriptorList(List storedList) throws StandardException { DataDictionary dd = getDataDictionary(); if (storedList.size() != 0) { /* For each DependencyDescriptor, we need to instantiate * object descriptors of the appropriate type for both * the dependent and provider, create a... |
protected List getDependents (Provider p) | private List getDependents (Provider p) | protected List getDependents (Provider p) throws StandardException { List deps = (List) providers.get(p.getObjectID()); /* If the Provider is not persistent, then we only have to * worry about in-memory dependencies. Otherwise, we have to * integrate the 2. */ if (! p.isPersistent()) { return (deps == nul... |
return (deps == null? null : deps); | return deps; | protected List getDependents (Provider p) throws StandardException { List deps = (List) providers.get(p.getObjectID()); /* If the Provider is not persistent, then we only have to * worry about in-memory dependencies. Otherwise, we have to * integrate the 2. */ if (! p.isPersistent()) { return (deps == nul... |
) | ), p | protected List getDependents (Provider p) throws StandardException { List deps = (List) providers.get(p.getObjectID()); /* If the Provider is not persistent, then we only have to * worry about in-memory dependencies. Otherwise, we have to * integrate the 2. */ if (! p.isPersistent()) { return (deps == nul... |
protected List getProviders (Dependent d) throws StandardException { | private List getProviders (Dependent d) throws StandardException { | protected List getProviders (Dependent d) throws StandardException { List deps = (List) dependents.get(d.getObjectID()); /* If the Dependent is not persistent, then we only have to * worry about in-memory dependencies. Otherwise, we have to * integrate the 2. */ if (! d.isPersistent()) { return (deps == n... |
) | ), (Provider) null | protected List getProviders (Dependent d) throws StandardException { List deps = (List) dependents.get(d.getObjectID()); /* If the Dependent is not persistent, then we only have to * worry about in-memory dependencies. Otherwise, we have to * integrate the 2. */ if (! d.isPersistent()) { return (deps == n... |
public CompilerContext pushCompilerContext(SchemaDescriptor sd); | public CompilerContext pushCompilerContext(); | public CompilerContext pushCompilerContext(SchemaDescriptor sd); |
public QueryTreeNode parseStatement(String statementSQLText) | public QueryTreeNode parseStatement(String statementSQLText, Object[] paramDefaults) | public QueryTreeNode parseStatement(String statementSQLText) throws StandardException; |
public BasicProviderInfo( UUID uuid, DependableFinder dFinder, String providerName) { this.uuid = uuid; this.dFinder = dFinder; this.providerName = providerName; } | public BasicProviderInfo() {} | public BasicProviderInfo( UUID uuid, DependableFinder dFinder, String providerName) { this.uuid = uuid; this.dFinder = dFinder; this.providerName = providerName; } |
FileContainer myContainer) | RawTransaction ntt, FileContainer myContainer) | protected boolean compress( FileContainer myContainer) throws StandardException { boolean all_pages_compressed = false; if (SanityManager.DEBUG) SanityManager.ASSERT(isLatched(), "page is not latched"); long last_valid_page = extent.compressPages(); if (last_valid_page >= 0) { ... |
long last_valid_page = extent.compressPages(); | int last_valid_page = extent.compress(owner, ntt, this); | protected boolean compress( FileContainer myContainer) throws StandardException { boolean all_pages_compressed = false; if (SanityManager.DEBUG) SanityManager.ASSERT(isLatched(), "page is not latched"); long last_valid_page = extent.compressPages(); if (last_valid_page >= 0) { ... |
myContainer.truncatePages(last_valid_page); | myContainer.truncatePages(extent.getPagenum(last_valid_page)); | protected boolean compress( FileContainer myContainer) throws StandardException { boolean all_pages_compressed = false; if (SanityManager.DEBUG) SanityManager.ASSERT(isLatched(), "page is not latched"); long last_valid_page = extent.compressPages(); if (last_valid_page >= 0) { ... |
String str = "*** Alloc page ***\n" + super.toString(); | String str = "*** Alloc page ***\n" + "nextAllocPageNumber = " + nextAllocPageNumber + "\nnextAllocPageOffset = " + nextAllocPageOffset + "\nreserved1 = " + reserved1 + "\nreserved2 = " + reserved2 + "\nreserved3 = " + reserved3 + "\nrese... | public String toString() { if (SanityManager.DEBUG) { String str = "*** Alloc page ***\n" + super.toString(); return str; } else return null; } |
} | public String toString() { if (SanityManager.DEBUG) { String str = "*** Alloc page ***\n" + super.toString(); return str; } else return null; } | |
protected abstract void truncatePages(long lastValidPagenum); | protected abstract void truncatePages(long lastValidPagenum) throws StandardException; | protected abstract void truncatePages(long lastValidPagenum); |
initSlotTable(); | initSlotTable(newIdentity); | protected void initFromData( FileContainer myContainer, PageKey newIdentity) throws StandardException { if (myContainer != null) { // read in info about page stored once in the container header. spareSpace = myContainer.getSpareSpace(); minimumRecordSize = myContainer.ge... |
RemoveFileOperation(String name, long generationId, boolean removeAtOnce) | public RemoveFileOperation() | RemoveFileOperation(String name, long generationId, boolean removeAtOnce) { this.name = name; this.generationId = generationId; this.removeAtOnce = removeAtOnce; } |
this.name = name; this.generationId = generationId; this.removeAtOnce = removeAtOnce; | RemoveFileOperation(String name, long generationId, boolean removeAtOnce) { this.name = name; this.generationId = generationId; this.removeAtOnce = removeAtOnce; } | |
if(phase == PH_HARD_UPGRADE) { | passed = caseNegValueSupportedLogRecord(conn, phase) && passed; if(phase == PH_HARD_UPGRADE) { | private void runPhase(int version, int phase) throws Exception{ System.out.println("\n\nSTART - phase " + PHASES[phase]); URLClassLoader classLoader = null; switch(version) { case OLD_RELEASE: classLoader = oldClassLoader; break; case NEW_RELEASE: classLoader = newClassLoader; break; ... |
protected static String findCodeBase(boolean[] isJar) | public static String findCodeBase(boolean[] isJar) | protected static String findCodeBase(boolean[] isJar) { String classpath = System.getProperty("java.class.path"); char sep = '/'; ZipInfoProperties zip[]= org.apache.derby.impl.tools.sysinfo.Main.getAllInfo (classpath); for (int i = 0; i < zip.length; i++) { // it's a url so should just have forward slashes ... |
if (SanityManager.DEBUG) { if (constantAction instanceof DDLConstantAction) SanityManager.THROWASSERT("DDL NOT SUPPORTED IN TRIGGER"); | if (constantAction instanceof DDLConstantAction) { throw StandardException.newException(SQLState.LANG_NO_DDL_IN_TRIGGER, triggerd.getName(), constantAction.toString()); | public void validateStatement(ConstantAction constantAction) throws StandardException { if (SanityManager.DEBUG) { if (constantAction instanceof DDLConstantAction) SanityManager.THROWASSERT("DDL NOT SUPPORTED IN TRIGGER"); } /* ** No INSERT/UPDATE/DELETE on trigger table ** for a before trigger. */ else ... |
** No INSERT/UPDATE/DELETE on trigger table ** for a before trigger. | ** No INSERT/UPDATE/DELETE for a before trigger. | public void validateStatement(ConstantAction constantAction) throws StandardException { if (SanityManager.DEBUG) { if (constantAction instanceof DDLConstantAction) SanityManager.THROWASSERT("DDL NOT SUPPORTED IN TRIGGER"); } /* ** No INSERT/UPDATE/DELETE on trigger table ** for a before trigger. */ else ... |
if (constantAction.modifiesTableId(targetTableId)) { throw StandardException.newException(SQLState.LANG_NO_DML_IN_TRIGGER, triggerd.getName(), targetTableName); } | throw StandardException.newException(SQLState.LANG_NO_DML_IN_TRIGGER, triggerd.getName(), targetTableName); | public void validateStatement(ConstantAction constantAction) throws StandardException { if (SanityManager.DEBUG) { if (constantAction instanceof DDLConstantAction) SanityManager.THROWASSERT("DDL NOT SUPPORTED IN TRIGGER"); } /* ** No INSERT/UPDATE/DELETE on trigger table ** for a before trigger. */ else ... |
* result columns are either grouping columns or valid * grouped aggregate expressions - the only column references allowed * outside of an aggregage are columns in the group by list. | * result columns are either grouping expressions or valid * grouped aggregate expressions - the only column references * allowed outside of an aggregate are columns in expressions in * the group by list. | public void bindExpressions(FromList fromListParam) throws StandardException { int fromListParamSize = fromListParam.size(); int fromListSize = fromList.size(); int numDistinctAggs; if (SanityManager.DEBUG) SanityManager.ASSERT(fromList != null && resultColumns != null, "Both fromList and resultColumns are ... |
if (groupByList != null) { groupByList.preprocess(numTables, fromList, whereSubquerys, wherePredicates); } | public ResultSetNode preprocess(int numTables, GroupByList gbl, FromList fl) throws StandardException { ResultSetNode newTop = this; /* Put the expression trees in conjunctive normal form. * NOTE - This needs to occur before we preprocess the subqueries * because the subquery transformatio... | |
t_wrapper(); | public void startTestConnectionMethods_Embedded() { t_createClob(); t_createBlob(); t_createNClob(); t_createSQLXML(); t_isValid_Embed(); t_setClientInfo1(); t_setClientInfo2(); t_getClientInfo1(); t_getClientInfo2(); } | |
this.userSuppliedOptimizerOverrides = userSuppliedOptimizerOverrides; | public RealTableScanStatistics(int numOpens, int rowsSeen, int rowsFiltered, long constructorTime, long openTime, long nextTime, long closeTime, int resultSetNumber, String tableName, String indexName, boolean isConstraint, Stri... | |
String header; | String header = ""; | public String getStatementExecutionPlanText(int depth) { String header; String isolationString = null; initFormatInfo(depth); if (indexName != null) { header = indent + MessageService.getTextMessage( SQLState.RTS_IS_RS_USING, tableName, MessageService.getTextMessage( ... |
header = | header = header + | public String getStatementExecutionPlanText(int depth) { String header; String isolationString = null; initFormatInfo(depth); if (indexName != null) { header = indent + MessageService.getTextMessage( SQLState.RTS_IS_RS_USING, tableName, MessageService.getTextMessage( ... |
public static String sortProperties( Properties list, String indent ) | public static String sortProperties( Properties list ) | public static String sortProperties( Properties list, String indent ) { int size = list == null ? 0 : list.size(); int count = 0; String[] array = new String[size]; String key; String value; StringBuffer buffer; // Calculate the number of properties in the property list and // build an array of all ... |
int size = list == null ? 0 : list.size(); int count = 0; String[] array = new String[size]; String key; String value; StringBuffer buffer; if (list != null) { for (Enumeration propertyNames = list.propertyNames(); propertyNames.hasMoreElements(); ) { if (count == size) { size = size*2; String[] expand... | return sortProperties(list, null); | public static String sortProperties( Properties list, String indent ) { int size = list == null ? 0 : list.size(); int count = 0; String[] array = new String[size]; String key; String value; StringBuffer buffer; // Calculate the number of properties in the property list and // build an array of all ... |
if (ref.getBeginOffset() == -1) { continue; } | private boolean bindReferencesClause(DataDictionary dd) throws StandardException { validateReferencesClause(dd); StringBuffer newText = new StringBuffer(); boolean regenNode = false; int start = 0; if (isRow) { /* ** For a row trigger, we find all column references. If ** they are referencing NEW or OLD w... | |
if(tn != null) { if(tn.getSchemaName() == null && correlationName == null) tn.bind(this.getDataDictionary()); } | public TableName getTableName() throws StandardException { TableName tn; tn = super.getTableName(); return (tn != null ? tn : tableName); } | |
row.append(new String(s.getBytes(i))); | row.append(s.getBytes(i).toString()); | public static void dumpRS(ResultSet s) throws SQLException { SecurityCheck.inspect(s, "java.sql.ResultSet"); if (s == null) { System.out.println("<NULL>"); return; } ResultSetMetaData rsmd = s.getMetaData(); SecurityCheck.inspect(rsmd, "java.sql.ResultSetMetaData"); // Get the number of columns in the res... |
try { statement.setQueryTimeout(timeout); } catch (SQLException e) { sqlException = e; | if (timeout > 0) { try { statement.setQueryTimeout(timeout); } catch (SQLException e) { sqlException = e; } | public StatementExecutor(PreparedStatement statement, boolean doFetch, int timeout) { this.statement = statement; this.doFetch = doFetch; this.timeout = timeout; highestRunTime = 0; sqlE... |
exec(conn, "drop table " + tablePrefix + "0", ignore); exec(conn, "drop table " + tablePrefix + "1", ignore); exec(conn, "drop table " + tablePrefix + "2", ignore); exec(conn, "drop table " + tablePrefix + "3", ignore); exec(conn, "drop table " + tablePrefix + "4", ignore); exec(conn, "drop table " + tablePrefix + "5",... | exec(conn, "drop table " + tablePrefix + "_orig", ignore); exec(conn, "drop table " + tablePrefix + "_copy", ignore); | private static void dropTables(Connection conn, String tablePrefix) throws TestFailedException { Collection ignore = new HashSet(); ignore.add(SQLState.LANG_OBJECT_DOES_NOT_EXIST.substring(0,5)); exec(conn, "drop table " + tablePrefix + "0", ignore); exec(con... |
PreparedStatement statement = null; | Statement statement = null; | private static void exec(Connection connection, String queryString, Collection ignoreExceptions) throws TestFailedException { PreparedStatement statement = null; try { statement = connection.prepareStatement(queryS... |
statement = connection.prepareStatement(queryString); statement.execute(); | statement = connection.createStatement(); statement.execute(queryString); | private static void exec(Connection connection, String queryString, Collection ignoreExceptions) throws TestFailedException { PreparedStatement statement = null; try { statement = connection.prepareStatement(queryS... |
+ tablePrefix + "5 select " + tablePrefix + "3.a+" + tablePrefix + "x.a," + tablePrefix + "3.b from " + tablePrefix + "3 left join " + tablePrefix + "3 as " + tablePrefix + "x on 1=1"; | + tablePrefix + "_copy select a from " + tablePrefix + "_orig where DELAY(1,1)=1"; | private static String getExecQuery(String tablePrefix) { return "insert into " + tablePrefix + "5 select " + tablePrefix + "3.a+" + tablePrefix + "x.a," + tablePrefix + "3.b from " + tablePrefix + "3 left join " + tablePrefix + "3 as " ... |
return "select " + tablePrefix + "4.a+" + tablePrefix + "3.a," + tablePrefix + "4.b||" + tablePrefix + "3.b from " + tablePrefix + "4 left join " + tablePrefix + "3 on 1=1 where mod(" + tablePrefix + "4.a+" + tablePrefix + "3.a,1000)=0"; | return "select a from " + tablePrefix + "_orig where mod(DELAY(1,a),3)=0"; | private static String getFetchQuery(String tablePrefix) { return "select " + tablePrefix + "4.a+" + tablePrefix + "3.a," + tablePrefix + "4.b||" + tablePrefix + "3.b from " + tablePrefix + "4 left join " + tablePrefix + "3 on 1=1 where mod(... |
Connection conn1 = null; Connection conn2 = null; | Connection[] connections = new Connection[CONNECTIONS]; for (int i = 0; i < connections.length; ++i) { connections[i] = null; } | public void go(String[] args) { System.out.println("Test SetQueryTimeoutTest starting"); Connection conn1 = null; Connection conn2 = null; try { // Load the JDBC Driver class // use the ij utility to read the property file and // create connect... |
conn1 = ij.startJBMS(); conn2 = ij.startJBMS(); | for (int i = 0; i < connections.length; ++i) { connections[i] = ij.startJBMS(); } | public void go(String[] args) { System.out.println("Test SetQueryTimeoutTest starting"); Connection conn1 = null; Connection conn2 = null; try { // Load the JDBC Driver class // use the ij utility to read the property file and // create connect... |
conn1.setTransactionIsolation(Connection.TRANSACTION_READ_UNCOMMITTED); conn2.setTransactionIsolation(Connection.TRANSACTION_READ_UNCOMMITTED); | public void go(String[] args) { System.out.println("Test SetQueryTimeoutTest starting"); Connection conn1 = null; Connection conn2 = null; try { // Load the JDBC Driver class // use the ij utility to read the property file and // create connect... | |
prepareForTimedQueries(conn1); testTimeoutWithFetch(conn1, conn2); testTimeoutWithExec(conn1, conn2); testInvalidTimeoutValue(conn1); | for (int i = 0; i < connections.length; ++i) { connections[i].setTransactionIsolation(Connection.TRANSACTION_READ_UNCOMMITTED); } prepareForTimedQueries(connections[0]); testTimeoutWithFetch(connections[0], connections[1]); testTimeoutWithExec(connections); testInvalidTimeoutValue(connections[0]); | public void go(String[] args) { System.out.println("Test SetQueryTimeoutTest starting"); Connection conn1 = null; Connection conn2 = null; try { // Load the JDBC Driver class // use the ij utility to read the property file and // create connect... |
if (conn2 != null) { try { conn2.close(); } catch (SQLException ex) { printSQLException(ex); } } if (conn1 != null) { try { conn1.close(); } catch (SQLException ex) { printSQLException(ex); | for (int i = connections.length - 1; i >= 0; --i) { if (connections[i] != null) { try { connections[i].close(); } catch (SQLException ex) { printSQLException(ex); } | public void go(String[] args) { System.out.println("Test SetQueryTimeoutTest starting"); Connection conn1 = null; Connection conn2 = null; try { // Load the JDBC Driver class // use the ij utility to read the property file and // create connect... |
prepareTables(conn, "u"); prepareTables(conn, "v"); prepareTables(conn, "x"); | private static void prepareForTimedQueries(Connection conn) throws TestFailedException { System.out.println("Preparing for testing queries with timeout"); try { conn.setAutoCommit(true); } catch (SQLException e) { throw new TestFailedException("Should ... | |
"create table " + tablePrefix + "1 (a int, b char(1))"); | "create table " + tablePrefix + "_orig (a int)"); | private static void prepareTables(Connection conn, String tablePrefix) throws TestFailedException { System.out.println("Initializing tables with prefix " + tablePrefix); dropTables(conn, tablePrefix); exec(conn, "create table " + tablePrefix + "1 (a int,... |
"create table " + tablePrefix + "2 (a int, b char(2))"); exec(conn, "create table " + tablePrefix + "3 (a int, b char(4))"); exec(conn, "create table " + tablePrefix + "4 (a int, b char(6))"); exec(conn, "create table " + tablePrefix + "5 (a int, b char(8))"); | "create table " + tablePrefix + "_copy (a int)"); | private static void prepareTables(Connection conn, String tablePrefix) throws TestFailedException { System.out.println("Initializing tables with prefix " + tablePrefix); dropTables(conn, tablePrefix); exec(conn, "create table " + tablePrefix + "1 (a int,... |
+ tablePrefix + "1" + " values(3,'a')" + ",(7,'b')" + ",(13,'c')" + ",(37,'d')" + ",(141,'e')" + ",(1,'f')"); exec(conn, "insert into " + tablePrefix + "2 select " + tablePrefix + "1.a+" + tablePrefix + "x.a," + tablePrefix + "1.b||" + tablePrefix + "x.b from " + tablePrefix + "1 join " + tablePrefix + "1 as " + tabl... | + tablePrefix + "_orig" + " values(0),(1),(2),(3),(4),(5),(6)"); | private static void prepareTables(Connection conn, String tablePrefix) throws TestFailedException { System.out.println("Initializing tables with prefix " + tablePrefix); dropTables(conn, tablePrefix); exec(conn, "create table " + tablePrefix + "1 (a int,... |
private static void testTimeoutWithExec(Connection conn1, Connection conn2) | private static void testTimeoutWithExec(Connection[] connections) | private static void testTimeoutWithExec(Connection conn1, Connection conn2) throws TestFailedException { System.out.println("Testing timeout with an execute operation"); try { conn1.setAutoCommit(true); conn2.setAuto... |
try { conn1.setAutoCommit(true); conn2.setAutoCommit(true); } catch (SQLException e) { throw new TestFailedException("Should not happen", e); | for (int i = 0; i < connections.length; ++i) { try { connections[i].setAutoCommit(true); } catch (SQLException e) { throw new TestFailedException("Should not happen", e); } | private static void testTimeoutWithExec(Connection conn1, Connection conn2) throws TestFailedException { System.out.println("Testing timeout with an execute operation"); try { conn1.setAutoCommit(true); conn2.setAuto... |
PreparedStatement statementA = prepare(conn1, getExecQuery("t")); PreparedStatement statementB = prepare(conn2, getExecQuery("u")); StatementExecutor exec0 = new StatementExecutor(statementA, false, TIMEOUT); StatementExecutor exec1 = new StatementExecutor(statementB, false, 0); exec1.start(); exec0.start(); | PreparedStatement statements[] = new PreparedStatement[connections.length]; for (int i = 0; i < statements.length; ++i) { statements[i] = prepare(connections[i], getExecQuery("t")); } | private static void testTimeoutWithExec(Connection conn1, Connection conn2) throws TestFailedException { System.out.println("Testing timeout with an execute operation"); try { conn1.setAutoCommit(true); conn2.setAuto... |
try { exec0.join(); exec1.join(); } catch (InterruptedException e) { throw new TestFailedException("Should never happen", e); | StatementExecutor[] executors = new StatementExecutor[statements.length]; for (int i = 0; i < executors.length; ++i) { int timeout = (i % 2 == 0) ? TIMEOUT : 0; executors[i] = new StatementExecutor(statements[i], false, timeout); } for (int i = 0; i < executors.length; ++i) { executors[i].start(); } for (int i = 0; i... | private static void testTimeoutWithExec(Connection conn1, Connection conn2) throws TestFailedException { System.out.println("Testing timeout with an execute operation"); try { conn1.setAutoCommit(true); conn2.setAuto... |
expectException(SQLState.LANG_STATEMENT_CANCELLED_OR_TIMED_OUT, exec0.getSQLException(), "exec did not time out. Execution time: " + exec0.getHighestRunTime() + " ms"); System.out.println("Statement 0 timed out"); SQLException sqlException = exec1.getSQLException(); if (sqlException != null) { throw new TestFailedExc... | for (int i = 0; i < executors.length; ++i) { int timeout = (i % 2 == 0) ? TIMEOUT : 0; if (timeout > 0) { expectException(SQLState.LANG_STATEMENT_CANCELLED_OR_TIMED_OUT, executors[i].getSQLException(), "exec did not time out. Execution time: " + executors[i].getHighestRunTime() + " ms"); } else { SQLException sqlExcept... | private static void testTimeoutWithExec(Connection conn1, Connection conn2) throws TestFailedException { System.out.println("Testing timeout with an execute operation"); try { conn1.setAutoCommit(true); conn2.setAuto... |
System.out.println("Statement 1 completed"); try { statementA.close(); statementB.close(); } catch (SQLException e) { throw new TestFailedException(e); | System.out.println("Statements that should time out timed out, and statements that should complete completed"); for (int i = 0; i < statements.length; ++i) { try { statements[i].close(); } catch (SQLException e) { throw new TestFailedException(e); } | private static void testTimeoutWithExec(Connection conn1, Connection conn2) throws TestFailedException { System.out.println("Testing timeout with an execute operation"); try { conn1.setAutoCommit(true); conn2.setAuto... |
PreparedStatement statementB = prepare(conn1, getFetchQuery("u")); PreparedStatement statementC = prepare(conn2, getFetchQuery("v")); PreparedStatement statementD = prepare(conn2, getFetchQuery("x")); | PreparedStatement statementB = prepare(conn1, getFetchQuery("t")); PreparedStatement statementC = prepare(conn2, getFetchQuery("t")); PreparedStatement statementD = prepare(conn2, getFetchQuery("t")); | private static void testTimeoutWithFetch(Connection conn1, Connection conn2) throws TestFailedException { System.out.println("Testing timeout with fetch operations"); try { conn1.setAutoCommit(false); conn2.setAutoC... |
if ( idString == null ) | if ( connString == null ) | public String toString() { if ( idString == null ) { idString = Integer.toString(getLanguageConnection().getInstanceNumber()); } return idString; } |
idString = Integer.toString(getLanguageConnection().getInstanceNumber()); } | LanguageConnectionContext lcc = getLanguageConnection(); connString = this.getClass().getName() + "@" + this.hashCode() + " " + lcc.xidStr + lcc.getTransactionExecute().getTransactionIdString() + "), " + lcc.lccStr + Integer.toString(lcc.getInstanceNumber()) + "), " + lcc.dbnameStr + lcc.getDbname() + "), " + lcc.drda... | public String toString() { if ( idString == null ) { idString = Integer.toString(getLanguageConnection().getInstanceNumber()); } return idString; } |
return idString; | return connString; | public String toString() { if ( idString == null ) { idString = Integer.toString(getLanguageConnection().getInstanceNumber()); } return idString; } |
public static SQLWarning newEmbedSQLWarning(String messageId, Object arg) { return new EmbedSQLWarning( MessageService.getCompleteMessage(messageId, new Object[] {arg}), StandardException.getSQLStateFromIdentifier(messageId)); | public static SQLWarning newEmbedSQLWarning(String messageId) { return newEmbedSQLWarning(messageId, null); | public static SQLWarning newEmbedSQLWarning(String messageId, Object arg) { return new EmbedSQLWarning( MessageService.getCompleteMessage(messageId, new Object[] {arg}), StandardException.getSQLStateFromIdentifier(messageId)); } |
public FormatableBitSet bindResultColumnsByName(TableDescriptor targetTableDescriptor, DMLStatementNode statement) | public void bindResultColumnsByName(TableDescriptor targetTableDescriptor) | public FormatableBitSet bindResultColumnsByName(TableDescriptor targetTableDescriptor, DMLStatementNode statement) throws StandardException { int size = size(); FormatableBitSet columnBitSet = new FormatableBitSet( targetTableDescriptor.getNumberOfColumns()); ... |
FormatableBitSet columnBitSet = new FormatableBitSet( targetTableDescriptor.getNumberOfColumns()); | public FormatableBitSet bindResultColumnsByName(TableDescriptor targetTableDescriptor, DMLStatementNode statement) throws StandardException { int size = size(); FormatableBitSet columnBitSet = new FormatableBitSet( targetTableDescriptor.getNumberOfColumns()); ... | |
int colIdx = rc.getColumnPosition() - 1; if( SanityManager.DEBUG) SanityManager.ASSERT( colIdx >= 0 && colIdx < targetTableDescriptor.getNumberOfColumns(), "Invalid column position found for " + rc.getName()); if( statement != null && columnBitSet.isSet( colIdx)) { String colName = rc.getName(); if (statement instanc... | public FormatableBitSet bindResultColumnsByName(TableDescriptor targetTableDescriptor, DMLStatementNode statement) throws StandardException { int size = size(); FormatableBitSet columnBitSet = new FormatableBitSet( targetTableDescriptor.getNumberOfColumns()); ... | |
return columnBitSet; } | } | public FormatableBitSet bindResultColumnsByName(TableDescriptor targetTableDescriptor, DMLStatementNode statement) throws StandardException { int size = size(); FormatableBitSet columnBitSet = new FormatableBitSet( targetTableDescriptor.getNumberOfColumns()); ... |
return newResultColumn; | if (isGroupingColumn()) newResultColumn.markAsGroupingColumn(); return newResultColumn; | ResultColumn cloneMe() throws StandardException { ResultColumn newResultColumn; ValueNode cloneExpr; /* If expression is a ColumnReference, then we want to * have the RC's clone have a clone of the ColumnReference * for it's expression. This is for the special case of * cloning the SELECT list for the HAVI... |
ResultColumnDescriptor[] makeResultDescriptors(ExecutionContext ec) | public ResultColumnDescriptor[] makeResultDescriptors() | ResultColumnDescriptor[] makeResultDescriptors(ExecutionContext ec) { ResultColumnDescriptor colDescs[] = new ResultColumnDescriptor[size()]; int size = size(); for (int index = 0; index < size; index++) { // the ResultColumn nodes are descriptors, so take 'em... colDescs[index] = ec.getExecutio... |
ResultColumnDescriptor colDescs[] = new ResultColumnDescriptor[size()]; int size = size(); for (int index = 0; index < size; index++) { colDescs[index] = ec.getExecutionFactory().getResultColumnDescriptor(((ResultColumnDescriptor) elementAt(index))); } return colDescs; | ExecutionContext ec = (ExecutionContext) getContextManager().getContext( ExecutionContext.CONTEXT_ID); return makeResultDescriptors(ec); | ResultColumnDescriptor[] makeResultDescriptors(ExecutionContext ec) { ResultColumnDescriptor colDescs[] = new ResultColumnDescriptor[size()]; int size = size(); for (int index = 0; index < size; index++) { // the ResultColumn nodes are descriptors, so take 'em... colDescs[index] = ec.getExecutio... |
if (sqlState.startsWith("08")) { | if (sqlState.startsWith(SQLState.CONNECTIVITY_PREFIX)) { | public SQLException getSQLException(String message, String messageId, SQLException next, int severity, Throwable t, Object[] args) { String sqlState = StandardException.getSQLStateFromIdentifier(messageId); SQLException ex = new SQLException(message, sqlState, severity, t); if (sqlSt... |
} else if (sqlState.startsWith("22")) { | } else if (sqlState.startsWith(SQLState.SQL_DATA_PREFIX)) { | public SQLException getSQLException(String message, String messageId, SQLException next, int severity, Throwable t, Object[] args) { String sqlState = StandardException.getSQLStateFromIdentifier(messageId); SQLException ex = new SQLException(message, sqlState, severity, t); if (sqlSt... |
} else if (sqlState.startsWith("23")) { | } else if (sqlState.startsWith(SQLState.INTEGRITY_VIOLATION_PREFIX)) { | public SQLException getSQLException(String message, String messageId, SQLException next, int severity, Throwable t, Object[] args) { String sqlState = StandardException.getSQLStateFromIdentifier(messageId); SQLException ex = new SQLException(message, sqlState, severity, t); if (sqlSt... |
} else if (sqlState.startsWith("28")) { | } else if (sqlState.startsWith(SQLState.AUTHORIZATION_PREFIX)) { | public SQLException getSQLException(String message, String messageId, SQLException next, int severity, Throwable t, Object[] args) { String sqlState = StandardException.getSQLStateFromIdentifier(messageId); SQLException ex = new SQLException(message, sqlState, severity, t); if (sqlSt... |
else if (sqlState.startsWith("40")) { | else if (sqlState.startsWith(SQLState.TRANSACTION_PREFIX)) { | public SQLException getSQLException(String message, String messageId, SQLException next, int severity, Throwable t, Object[] args) { String sqlState = StandardException.getSQLStateFromIdentifier(messageId); SQLException ex = new SQLException(message, sqlState, severity, t); if (sqlSt... |
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