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B.2. Class library
Example B.1. Lock Manager
public class LockResult
{
public static final int GRANTED;
public static final int REFUSED;
public static final int RELEASED;
};
public class ConflictType
{
public static final int CONFLICT;
public static final int COMPATIBLE;
public static final int PRESENT;
};
public abstract class LockManager extends StateManager
{
public static final int defaultRetry;
public static final int defaultTimeout;
public static final int waitTotalTimeout;
public final synchronized boolean releaselock (Uid lockUid);
public final synchronized int setlock (Lock toSet);
public final synchronized int setlock (Lock toSet, int retry);
public final synchronized int setlock (Lock toSet, int retry, int sleepTime);
public void print (PrintStream strm);
public String type ();
public boolean save_state (OutputObjectState os, int ObjectType);
public boolean restore_state (InputObjectState os, int ObjectType);
protected LockManager ();
protected LockManager (int ot);
protected LockManager (int ot, ObjectName attr);
protected LockManager (Uid storeUid);
protected LockManager (Uid storeUid, int ot);
protected LockManager (Uid storeUid, int ot, ObjectName attr);
protected void terminate ();
};
public class LockResult
{
public static final int GRANTED;
public static final int REFUSED;
public static final int RELEASED;
};
public class ConflictType
{
public static final int CONFLICT;
public static final int COMPATIBLE;
public static final int PRESENT;
};
public abstract class LockManager extends StateManager
{
public static final int defaultRetry;
public static final int defaultTimeout;
public static final int waitTotalTimeout;
public final synchronized boolean releaselock (Uid lockUid);
public final synchronized int setlock (Lock toSet);
public final synchronized int setlock (Lock toSet, int retry);
public final synchronized int setlock (Lock toSet, int retry, int sleepTime);
public void print (PrintStream strm);
public String type ();
public boolean save_state (OutputObjectState os, int ObjectType);
public boolean restore_state (InputObjectState os, int ObjectType);
protected LockManager ();
protected LockManager (int ot);
protected LockManager (int ot, ObjectName attr);
protected LockManager (Uid storeUid);
protected LockManager (Uid storeUid, int ot);
protected LockManager (Uid storeUid, int ot, ObjectName attr);
protected void terminate ();
};
Example B.2. StateManager
public class ObjectStatus
{
public static final int PASSIVE;
public static final int PASSIVE_NEW;
public static final int ACTIVE;
public static final int ACTIVE_NEW;
};
public class ObjectType
{
public static final int RECOVERABLE;
public static final int ANDPERSISTENT;
public static final int NEITHER;
};
public abstract class StateManager
{
public boolean restore_state (InputObjectState os, int ot);
public boolean save_state (OutputObjectState os, int ot);
public String type ();
public synchronized boolean activate ();
public synchronized boolean activate (String rootName);
public synchronized boolean deactivate ();
public synchronized boolean deactivate (String rootName);
public synchronized boolean deactivate (String rootName, boolean commit);
public synchronized int status ();
public final Uid get_uid ();
public void destroy ();
public void print (PrintStream strm);
protected void terminate ();
protected StateManager ();
protected StateManager (int ot);
protected StateManager (int ot, ObjectName objName);
protected StateManager (Uid objUid);
protected StateManager (Uid objUid, int ot);
protected StateManager (Uid objUid, int ot, ObjectName objName);
protected synchronized final void modified ();
};
public class ObjectStatus
{
public static final int PASSIVE;
public static final int PASSIVE_NEW;
public static final int ACTIVE;
public static final int ACTIVE_NEW;
};
public class ObjectType
{
public static final int RECOVERABLE;
public static final int ANDPERSISTENT;
public static final int NEITHER;
};
public abstract class StateManager
{
public boolean restore_state (InputObjectState os, int ot);
public boolean save_state (OutputObjectState os, int ot);
public String type ();
public synchronized boolean activate ();
public synchronized boolean activate (String rootName);
public synchronized boolean deactivate ();
public synchronized boolean deactivate (String rootName);
public synchronized boolean deactivate (String rootName, boolean commit);
public synchronized int status ();
public final Uid get_uid ();
public void destroy ();
public void print (PrintStream strm);
protected void terminate ();
protected StateManager ();
protected StateManager (int ot);
protected StateManager (int ot, ObjectName objName);
protected StateManager (Uid objUid);
protected StateManager (Uid objUid, int ot);
protected StateManager (Uid objUid, int ot, ObjectName objName);
protected synchronized final void modified ();
};
Example B.3. Input/OutputObjectState
class OutputObjectState extends OutputBuffer
{
public OutputObjectState (Uid newUid, String typeName);
public boolean notempty ();
public int size ();
public Uid stateUid ();
public String type ();
};
class InputObjectState extends ObjectState
{
public OutputObjectState (Uid newUid, String typeName, byte[] b);
public boolean notempty ();
public int size ();
public Uid stateUid ();
public String type ();
};
class OutputObjectState extends OutputBuffer
{
public OutputObjectState (Uid newUid, String typeName);
public boolean notempty ();
public int size ();
public Uid stateUid ();
public String type ();
};
class InputObjectState extends ObjectState
{
public OutputObjectState (Uid newUid, String typeName, byte[] b);
public boolean notempty ();
public int size ();
public Uid stateUid ();
public String type ();
};
Example B.4. Input/OutputBuffer
public class OutputBuffer
{
public OutputBuffer ();
public final synchronized boolean valid ();
public synchronized byte[] buffer();
public synchronized int length ();
/* pack operations for standard Java types */
public synchronized void packByte (byte b) throws IOException;
public synchronized void packBytes (byte[] b) throws IOException;
public synchronized void packBoolean (boolean b) throws IOException;
public synchronized void packChar (char c) throws IOException;
public synchronized void packShort (short s) throws IOException;
public synchronized void packInt (int i) throws IOException;
public synchronized void packLong (long l) throws IOException;
public synchronized void packFloat (float f) throws IOException;
public synchronized void packDouble (double d) throws IOException;
public synchronized void packString (String s) throws IOException;
};
public class InputBuffer
{
public InputBuffer ();
public final synchronized boolean valid ();
public synchronized byte[] buffer();
public synchronized int length ();
/* unpack operations for standard Java types */
public synchronized byte unpackByte () throws IOException;
public synchronized byte[] unpackBytes () throws IOException;
public synchronized boolean unpackBoolean () throws IOException;
public synchronized char unpackChar () throws IOException;
public synchronized short unpackShort () throws IOException;
public synchronized int unpackInt () throws IOException;
public synchronized long unpackLong () throws IOException;
public synchronized float unpackFloat () throws IOException;
public synchronized double unpackDouble () throws IOException;
public synchronized String unpackString () throws IOException;
};
public class OutputBuffer
{
public OutputBuffer ();
public final synchronized boolean valid ();
public synchronized byte[] buffer();
public synchronized int length ();
/* pack operations for standard Java types */
public synchronized void packByte (byte b) throws IOException;
public synchronized void packBytes (byte[] b) throws IOException;
public synchronized void packBoolean (boolean b) throws IOException;
public synchronized void packChar (char c) throws IOException;
public synchronized void packShort (short s) throws IOException;
public synchronized void packInt (int i) throws IOException;
public synchronized void packLong (long l) throws IOException;
public synchronized void packFloat (float f) throws IOException;
public synchronized void packDouble (double d) throws IOException;
public synchronized void packString (String s) throws IOException;
};
public class InputBuffer
{
public InputBuffer ();
public final synchronized boolean valid ();
public synchronized byte[] buffer();
public synchronized int length ();
/* unpack operations for standard Java types */
public synchronized byte unpackByte () throws IOException;
public synchronized byte[] unpackBytes () throws IOException;
public synchronized boolean unpackBoolean () throws IOException;
public synchronized char unpackChar () throws IOException;
public synchronized short unpackShort () throws IOException;
public synchronized int unpackInt () throws IOException;
public synchronized long unpackLong () throws IOException;
public synchronized float unpackFloat () throws IOException;
public synchronized double unpackDouble () throws IOException;
public synchronized String unpackString () throws IOException;
};
Example B.5. Uid
public class Uid implements Cloneable
{
public Uid ();
public Uid (Uid copyFrom);
public Uid (String uidString);
public Uid (String uidString, boolean errorsOk);
public synchronized void pack (OutputBuffer packInto) throws IOException;
public synchronized void unpack (InputBuffer unpackFrom) throws IOException;
public void print (PrintStream strm);
public String toString ();
public Object clone () throws CloneNotSupportedException;
public synchronized void copy (Uid toCopy) throws UidException;
public boolean equals (Uid u);
public boolean notEquals (Uid u);
public boolean lessThan (Uid u);
public boolean greaterThan (Uid u);
public synchronized final boolean valid ();
public static synchronized Uid nullUid ();
};
public class Uid implements Cloneable
{
public Uid ();
public Uid (Uid copyFrom);
public Uid (String uidString);
public Uid (String uidString, boolean errorsOk);
public synchronized void pack (OutputBuffer packInto) throws IOException;
public synchronized void unpack (InputBuffer unpackFrom) throws IOException;
public void print (PrintStream strm);
public String toString ();
public Object clone () throws CloneNotSupportedException;
public synchronized void copy (Uid toCopy) throws UidException;
public boolean equals (Uid u);
public boolean notEquals (Uid u);
public boolean lessThan (Uid u);
public boolean greaterThan (Uid u);
public synchronized final boolean valid ();
public static synchronized Uid nullUid ();
};
Example B.6. AtomicAction
public class AtomicAction
{
public AtomicAction ();
public void begin () throws SystemException, SubtransactionsUnavailable,
NoTransaction;
public void commit (boolean report_heuristics) throws SystemException,
NoTransaction, HeuristicMixed,
HeuristicHazard,TransactionRolledBack;
public void rollback () throws SystemException, NoTransaction;
public Control control () throws SystemException, NoTransaction;
public Status get_status () throws SystemException;
/* Allow action commit to be supressed */
public void rollbackOnly () throws SystemException, NoTransaction;
public void registerResource (Resource r) throws SystemException, Inactive;
public void registerSubtransactionAwareResource (SubtransactionAwareResource sr)
throws SystemException, NotSubtransaction;
public void registerSynchronization (Synchronization s) throws SystemException,
Inactive;
};
public class AtomicAction
{
public AtomicAction ();
public void begin () throws SystemException, SubtransactionsUnavailable,
NoTransaction;
public void commit (boolean report_heuristics) throws SystemException,
NoTransaction, HeuristicMixed,
HeuristicHazard,TransactionRolledBack;
public void rollback () throws SystemException, NoTransaction;
public Control control () throws SystemException, NoTransaction;
public Status get_status () throws SystemException;
/* Allow action commit to be supressed */
public void rollbackOnly () throws SystemException, NoTransaction;
public void registerResource (Resource r) throws SystemException, Inactive;
public void registerSubtransactionAwareResource (SubtransactionAwareResource sr)
throws SystemException, NotSubtransaction;
public void registerSynchronization (Synchronization s) throws SystemException,
Inactive;
};