/** * Return an {@link ExpressionFactory} to use to create an expression to * be executed against an extent. Each factory will be used to compile * one filter only. The factory must be cachable. */ protected ExpressionFactory getExpressionFactory(ClassMetaData type) { throw new UnsupportedException(); }
public UnsupportedException(String msg) { super(msg); setFatal(true); }
/** * Use the given join instance to create SQL joining its tables in * the database's native syntax. Throws an exception by default. */ public SQLBuffer toNativeJoin(Join join) { throw new UnsupportedException(); }
/** * Use the given join instance to create SQL joining its tables in * the database's native syntax. Throws an exception by default. */ public SQLBuffer toNativeJoin(Join join) { throw new UnsupportedException(); }
/** * Throws an exception by default. */ protected boolean absoluteInternal(int row) throws SQLException { throw new UnsupportedException(); }
public boolean absolute(int row) throws SQLException { throw new UnsupportedException(); }
public void setAutoAssignedValue(OpenJPAStateManager sm, JDBCStore store, Column col, Object autoInc) { throw new UnsupportedException(); }
public void setAutoAssignedValue(OpenJPAStateManager sm, JDBCStore store, Column col, Object autoInc) { throw new UnsupportedException(); }
public void dirty(String field) { // should we store ClassMetaData? throw new UnsupportedException(); }
public Object evaluate(Object value, Object ob, Object[] params, OpenJPAStateManager sm) { throw new UnsupportedException(); }
/** * Throws an exception by default. */ protected boolean absoluteInternal(int row) throws SQLException { throw new UnsupportedException(); }
/** * Throws an exception by default. */ protected boolean absoluteInternal(int row) throws SQLException { throw new UnsupportedException(); }
/** * Use the given join instance to create SQL joining its tables in * the database's native syntax. Throws an exception by default. */ public SQLBuffer toNativeJoin(Join join) { throw new UnsupportedException(); }
/** * Return an {@link ExpressionFactory} to use to create an expression to * be executed against an extent. Each factory will be used to compile * one filter only. The factory must be cachable. */ protected ExpressionFactory getExpressionFactory(ClassMetaData type) { throw new UnsupportedException(); }
/** * Return an {@link ExpressionFactory} to use to create an expression to * be executed against an extent. Each factory will be used to compile * one filter only. The factory must be cachable. */ protected ExpressionFactory getExpressionFactory(ClassMetaData type) { throw new UnsupportedException(); }
/** * Return an {@link ExpressionFactory} to use to create an expression to * be executed against an extent. Each factory will be used to compile * one filter only. The factory must be cachable. */ protected ExpressionFactory getExpressionFactory(ClassMetaData type) { throw new UnsupportedException(); }
/** * Use the given join instance to create SQL joining its tables in * the database's native syntax. Throws an exception by default. */ public SQLBuffer toNativeJoin(Join join) { throw new UnsupportedException(); }
/** * Return an {@link ExpressionFactory} to use to create an expression to * be executed against an extent. Each factory will be used to compile * one filter only. The factory must be cachable. */ protected ExpressionFactory getExpressionFactory(ClassMetaData type) { throw new UnsupportedException(); }
UnmodifyableCollection<T> { public boolean add(T t){ throw new UnsupportedException(); } public T remove(T t){ throw new UnsupportedException(); } }
public void reset() { throw new UnsupportedException(); }