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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 create_table( data, meta=None, fields=None, skip_header=True, import_fields=None, samples=None, force_types=None, max_rows=None, *args, **kwargs ):
 """Create a rows.Table object based on data rows and some configurations - `skip_header` is only used if `fields` is set - `samples` is only used if `fields` is `None`. If samples=None, all data is filled in memory - use with caution. - `force_types` is only used if `fields` is `None` - `import_fields` can be used either if `fields` is set or not, the resulting fields will seek its order - `fields` must always be in the same order as the data """


    table_rows = iter(data)
    force_types = force_types or {}
    if import_fields is not None:
        import_fields = make_header(import_fields)

    # TODO: test max_rows
    if fields is None:  # autodetect field types
        # TODO: may add `type_hints` parameter so autodetection can be easier
        #       (plugins may specify some possible field types).
        header = make_header(next(table_rows))

        if samples is not None:
            sample_rows = list(islice(table_rows, 0, samples))
            table_rows = chain(sample_rows, table_rows)
        else:
            if max_rows is not None and max_rows > 0:
                sample_rows = table_rows = list(islice(table_rows, max_rows))
            else:
                sample_rows = table_rows = list(table_rows)

        # Detect field types using only the desired columns
        detected_fields = detect_types(
            header,
            sample_rows,
            skip_indexes=[
                index
                for index, field in enumerate(header)
                if field in force_types or field not in (import_fields or header)
            ],
            *args,
            **kwargs
        )
        # Check if any field was added during detecting process
        new_fields = [
            field_name
            for field_name in detected_fields.keys()
            if field_name not in header
        ]
        # Finally create the `fields` with both header and new field names,
        # based on detected fields `and force_types`
        fields = OrderedDict(
            [
                (field_name, detected_fields.get(field_name, TextField))
                for field_name in header + new_fields
            ]
        )
        fields.update(force_types)

        # Update `header` and `import_fields` based on new `fields`
        header = list(fields.keys())
        if import_fields is None:
            import_fields = header

    else:  # using provided field types
        if not isinstance(fields, OrderedDict):
            raise ValueError("`fields` must be an `OrderedDict`")

        if skip_header:
            # If we're skipping the header probably this row is not trustable
            # (can be data or garbage).
            next(table_rows)

        header = make_header(list(fields.keys()))
        if import_fields is None:
            import_fields = header

        fields = OrderedDict(
            [(field_name, fields[key]) for field_name, key in zip(header, fields)]
        )

    diff = set(import_fields) - set(header)
    if diff:
        field_names = ", ".join('"{}"'.format(field) for field in diff)
        raise ValueError("Invalid field names: {}".format(field_names))
    fields = OrderedDict(
        [(field_name, fields[field_name]) for field_name in import_fields]
    )

    get_row = get_items(*map(header.index, import_fields))
    table = Table(fields=fields, meta=meta)
    if max_rows is not None and max_rows > 0:
        table_rows = islice(table_rows, max_rows)
    table.extend(dict(zip(import_fields, get_row(row))) for row in table_rows)

    source = table.meta.get("source", None)
    if source is not None:
        if source.should_close:
            source.fobj.close()
        if source.should_delete and Path(source.uri).exists():
            unlink(source.uri)

    return table