/** * Returns the position of last boundary preceding the given offset, and * sets the current position to the returned value, or {@code DONE} if the * given offset specifies the starting position. * * @param offset * the given start position to be searched for. * @return the position of the last boundary preceding the given offset. * @throws IllegalArgumentException * if the offset is invalid. */ public int preceding(int offset) { return wrapped.preceding(offset); }
@Override public int preceding(int offset) { checkOffset(offset); return wrapped.preceding(offset); }
/** * Returns the position of last boundary preceding the given offset, and * sets the current position to the returned value, or {@code DONE} if the * given offset specifies the starting position. * * @param offset * the given start position to be searched for. * @return the position of the last boundary preceding the given offset. * @throws IllegalArgumentException * if the offset is invalid. */ public int preceding(int offset) { return wrapped.preceding(offset); }
/** * Returns the position of last boundary preceding the given offset, and * sets the current position to the returned value, or {@code DONE} if the * given offset specifies the starting position. * * @param offset * the given start position to be searched for. * @return the position of the last boundary preceding the given offset. * @throws IllegalArgumentException * if the offset is invalid. */ public int preceding(int offset) { return wrapped.preceding(offset); }
/** * Returns the position of last boundary preceding the given offset, and * sets the current position to the returned value, or {@code DONE} if the * given offset specifies the starting position. * * @param offset * the given start position to be searched for. * @return the position of the last boundary preceding the given offset. * @throws IllegalArgumentException * if the offset is invalid. */ public int preceding(int offset) { return wrapped.preceding(offset); }
/** * Returns the position of last boundary preceding the given offset, and * sets the current position to the returned value, or {@code DONE} if the * given offset specifies the starting position. * * @param offset * the given start position to be searched for. * @return the position of the last boundary preceding the given offset. * @throws IllegalArgumentException * if the offset is invalid. */ public int preceding(int offset) { return wrapped.preceding(offset); }
/** * Returns the position of last boundary preceding the given offset, and * sets the current position to the returned value, or {@code DONE} if the * given offset specifies the starting position. * * @param offset * the given start position to be searched for. * @return the position of the last boundary preceding the given offset. * @throws IllegalArgumentException * if the offset is invalid. */ public int preceding(int offset) { return wrapped.preceding(offset); }
/** * Returns the position of last boundary preceding the given offset, and * sets the current position to the returned value, or {@code DONE} if the * given offset specifies the starting position. * * @param offset * the given start position to be searched for. * @return the position of the last boundary preceding the given offset. * @throws IllegalArgumentException * if the offset is invalid. */ public int preceding(int offset) { return wrapped.preceding(offset); }
@Override public int preceding(int offset) { checkOffset(offset); return wrapped.preceding(offset); }
@Override public int preceding(int offset) { checkOffset(offset); return wrapped.preceding(offset); }
@Override public int preceding(int offset) { checkOffset(offset); return wrapped.preceding(offset); }
@Override public int preceding(int offset) { checkOffset(offset); return wrapped.preceding(offset); }
@Override public int preceding(int offset) { checkOffset(offset); return wrapped.preceding(offset); }
@Override public int preceding(int offset) { checkOffset(offset); return wrapped.preceding(offset); }