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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def with_column(self, label, values, *rest):
 """Return a new table with an additional or replaced column. Args: ``label`` (str):
 The column label. If an existing label is used, the existing column will be replaced in the new table. ``values`` (single value or sequence):
 If a single value, every value in the new column is ``values``. If sequence of values, new column takes on values in ``values``. ``rest``: An alternating list of labels and values describing additional columns. See with_columns for a full description. Raises: ``ValueError``: If - ``label`` is not a valid column name - if ``label`` is not of type (str) - ``values`` is a list/array that does not have the same length as the number of rows in the table. Returns: copy of original table with new or replaced column letter | count c | 2 d | 4 letter | count | permutes c | 2 | a d | 4 | g letter | count c | 2 d | 4 letter | count c | 1 d | 1 Traceback (most recent call last):
 ValueError: The column label must be a string, but a int was given Traceback (most recent call last):
 ValueError: Column length mismatch. New column does not have the same number of rows as table. """

        # Ensure that if with_column is called instead of with_columns;
        # no error is raised.
        if rest:
            return self.with_columns(label, values, *rest)

        new_table = self.copy()
        new_table.append_column(label, values)
        return new_table