/** * Copys the contents of the old row to the new row. This uses raw access to * the data and is remarkably faster than manual copying. * * @param oldRow the index of the old row * @param newRow the index of the new row */ protected void copyRow(final int oldRow, final int newRow) { this.ensureCapacity(newRow, getColumnCount()); final Object[] oldRowStorage = this.data[oldRow]; if (oldRowStorage == null) { final Object[] newRowStorage = this.data[newRow]; if (newRowStorage != null) { Arrays.fill(newRowStorage, null); } } else { this.data[newRow] = (Object[]) oldRowStorage.clone(); } }
/** * Copys the contents of the old row to the new row. This uses raw access to * the data and is remarkably faster than manual copying. * * @param oldRow the index of the old row * @param newRow the index of the new row */ protected void copyRow(final int oldRow, final int newRow) { this.ensureCapacity(newRow, getColumnCount()); final Object[] oldRowStorage = this.data[oldRow]; if (oldRowStorage == null) { final Object[] newRowStorage = this.data[newRow]; if (newRowStorage != null) { Arrays.fill(newRowStorage, null); } } else { this.data[newRow] = (Object[]) oldRowStorage.clone(); } }
/** * Copys the contents of the old row to the new row. This uses raw access to * the data and is remarkably faster than manual copying. * * @param oldRow the index of the old row * @param newRow the index of the new row */ protected void copyRow(final int oldRow, final int newRow) { this.ensureCapacity(newRow, getColumnCount()); final Object[] oldRowStorage = this.data[oldRow]; if (oldRowStorage == null) { final Object[] newRowStorage = this.data[newRow]; if (newRowStorage != null) { Arrays.fill(newRowStorage, null); } } else { this.data[newRow] = (Object[]) oldRowStorage.clone(); } }
if (getColumnCount() != ot.getColumnCount()) for (int c = 0; c < getColumnCount(); c++)
if (getColumnCount() != ot.getColumnCount()) for (int c = 0; c < getColumnCount(); c++)
if (getColumnCount() != ot.getColumnCount()) for (int c = 0; c < getColumnCount(); c++)