How to use beautifultable - 10 common examples

table.detect_numerics,
                        table.precision,
                        sign.value,
                    ).split("\n")
                )
        for row in map(list, zip_longest(*rows, fillvalue="")):
            for i in range(len(row)):
                row[i] = pre_process(
                    row[i], table.detect_numerics, table.precision, sign.value,
                )
            for row_ in self._clamp_row(row):
                for i in range(len(table.columns)):
                    # str.format method doesn't work for multibyte strings
                    # hence, we need to manually align the texts instead
                    # of using the align property of the str.format method
                    pad_len = width[i] - termwidth(row_[i])
                    if align[i].value == "<":
                        right_pad = " " * pad_len
                        row_[i] = to_unicode(row_[i]) + right_pad
                    elif align[i].value == ">":
                        left_pad = " " * pad_len
                        row_[i] = left_pad + to_unicode(row_[i])
                    else:
                        left_pad = " " * (pad_len // 2)
                        right_pad = " " * (pad_len - pad_len // 2)
                        row_[i] = left_pad + to_unicode(row_[i]) + right_pad
                content = []
                for j, item in enumerate(row_):
                    if j > 0:
                        content.append(
                            table.columns.separator
                            if (mask[j - 1] or mask[j])

sign.value,
                    ).split("\n")
                )
                item.maxwidth = curr_maxwidth
            else:
                rows.append(
                    pre_process(
                        item,
                        table.detect_numerics,
                        table.precision,
                        sign.value,
                    ).split("\n")
                )
        for row in map(list, zip_longest(*rows, fillvalue="")):
            for i in range(len(row)):
                row[i] = pre_process(
                    row[i], table.detect_numerics, table.precision, sign.value,
                )
            for row_ in self._clamp_row(row):
                for i in range(len(table.columns)):
                    # str.format method doesn't work for multibyte strings
                    # hence, we need to manually align the texts instead
                    # of using the align property of the str.format method
                    pad_len = width[i] - termwidth(row_[i])
                    if align[i].value == "<":
                        right_pad = " " * pad_len
                        row_[i] = to_unicode(row_[i]) + right_pad
                    elif align[i].value == ">":
                        left_pad = " " * pad_len
                        row_[i] = left_pad + to_unicode(row_[i])
                    else:
                        left_pad = " " * (pad_len // 2)

right_pad = " " * (pad_len - pad_len // 2)
                        row_[i] = left_pad + to_unicode(row_[i]) + right_pad
                content = []
                for j, item in enumerate(row_):
                    if j > 0:
                        content.append(
                            table.columns.separator
                            if (mask[j - 1] or mask[j])
                            else " " * termwidth(table.columns.separator)
                        )
                    content.append(item)
                content = "".join(content)
                content = (
                    table.border.left
                    if mask[0]
                    else " " * termwidth(table.border.left)
                ) + content
                content += (
                    table.border.right
                    if mask[-1]
                    else " " * termwidth(table.border.right)
                )
                string.append(content)
        return "\n".join(string)

for i in range(len(row)):
                row[i] = pre_process(
                    row[i], table.detect_numerics, table.precision, sign.value,
                )
            for row_ in self._clamp_row(row):
                for i in range(len(table.columns)):
                    # str.format method doesn't work for multibyte strings
                    # hence, we need to manually align the texts instead
                    # of using the align property of the str.format method
                    pad_len = width[i] - termwidth(row_[i])
                    if align[i].value == "<":
                        right_pad = " " * pad_len
                        row_[i] = to_unicode(row_[i]) + right_pad
                    elif align[i].value == ">":
                        left_pad = " " * pad_len
                        row_[i] = left_pad + to_unicode(row_[i])
                    else:
                        left_pad = " " * (pad_len // 2)
                        right_pad = " " * (pad_len - pad_len // 2)
                        row_[i] = left_pad + to_unicode(row_[i]) + right_pad
                content = []
                for j, item in enumerate(row_):
                    if j > 0:
                        content.append(
                            table.columns.separator
                            if (mask[j - 1] or mask[j])
                            else " " * termwidth(table.columns.separator)
                        )
                    content.append(item)
                content = "".join(content)
                content = (
                    table.border.left

row[i] = get_output_str(
                    row[i],
                    table.detect_numerics,
                    table.numeric_precision,
                    sign.value,
                )
            list_of_rows = self._get_row_within_width(row)
            for row_ in list_of_rows:
                for i in range(table.column_count):
                    # str.format method doesn't work for multibyte strings
                    # hence, we need to manually align the texts instead
                    # of using the align property of the str.format method
                    pad_len = width[i] - termwidth(row_[i])
                    if align[i].value == "<":
                        right_pad = " " * pad_len
                        row_[i] = to_unicode(row_[i]) + right_pad
                    elif align[i].value == ">":
                        left_pad = " " * pad_len
                        row_[i] = left_pad + to_unicode(row_[i])
                    else:
                        left_pad = " " * (pad_len // 2)
                        right_pad = " " * (pad_len - pad_len // 2)
                        row_[i] = left_pad + to_unicode(row_[i]) + right_pad
                content = table.column_separator_char.join(row_)
                content = table.left_border_char + content
                content += table.right_border_char
                string.append(content)
        return "\n".join(string)

def test_display_leaderboard(self):
        attributes = self.leaderboard[0]["leaderboard__schema"]["labels"]

        table = BeautifulTable(max_width=150)
        attributes = (
            ["Rank", "Participant Team"] + attributes + ["Last Submitted"]
        )
        attributes = list(map(lambda item: str(item), attributes))
        table.column_headers = attributes

        for rank, result in enumerate(self.leaderboard, start=1):
            name = result["submission__participant_team__team_name"]
            scores = result["result"]
            last_submitted = convert_UTC_date_to_local(
                result["submission__submitted_at"]
            )

            value = [rank, name] + scores + [last_submitted]
            table.append_row(value)

def test_display_host_teams_list(self):
        table = BeautifulTable(max_width=200)
        attributes = ["id", "team_name", "created_by"]
        columns_attributes = [
            "ID",
            "Team Name",
            "Created By",
            "Members",
            "Team URL",
        ]
        table.column_headers = columns_attributes
        for team in self.host_teams:
            values = list(map(lambda item: team[item], attributes))
            members = ", ".join(
                map(lambda member: member["user"], team["members"])
            )
            values.append(members)
            if team["team_url"]:

table_width = self._width
        lpw, rpw = self.columns.padding_left, self.columns.padding_right
        pad_widths = [(lpw[i] + rpw[i]) for i in range(len(self.columns))]
        maxwidths = [0 for index in range(len(self.columns))]
        offset = table_width - sum(self.columns.width) + sum(pad_widths)
        self._maxwidth = max(self._maxwidth, offset + len(self.columns))

        for index, header in enumerate(self.columns.header):
            max_length = 0
            for i in pre_process(
                header, self.detect_numerics, self.precision, self.sign.value
            ).split("\n"):
                output_str = pre_process(
                    i, self.detect_numerics, self.precision, self.sign.value,
                )
                max_length = max(max_length, termwidth(output_str))
            maxwidths[index] += max_length

        for index, column in enumerate(zip(*self._data)):
            max_length = maxwidths[index]
            for i in column:
                for j in pre_process(
                    i, self.detect_numerics, self.precision, self.sign.value
                ).split("\n"):
                    output_str = pre_process(
                        j,
                        self.detect_numerics,
                        self.precision,
                        self.sign.value,
                    )
                    max_length = max(max_length, termwidth(output_str))
            maxwidths[index] = max_length

if align is None:
            align = table.columns.alignment

        if mask is None:
            mask = [True] * len(table.columns)

        lpw, rpw = self._get_padding()

        string = []
        for i, item in enumerate(self._value):
            if isinstance(item, type(table)):
                # temporarily change the max width of the table
                curr_maxwidth = item.maxwidth
                item.maxwidth = width[i] - lpw[i] - rpw[i]
                rows.append(
                    pre_process(
                        item,
                        table.detect_numerics,
                        table.precision,
                        sign.value,
                    ).split("\n")
                )
                item.maxwidth = curr_maxwidth
            else:
                rows.append(
                    pre_process(
                        item,
                        table.detect_numerics,
                        table.precision,
                        sign.value,
                    ).split("\n")
                )

def _compute_width(self):
        """Calculate width of column automatically based on data."""
        table_width = self._width
        lpw, rpw = self.columns.padding_left, self.columns.padding_right
        pad_widths = [(lpw[i] + rpw[i]) for i in range(len(self.columns))]
        maxwidths = [0 for index in range(len(self.columns))]
        offset = table_width - sum(self.columns.width) + sum(pad_widths)
        self._maxwidth = max(self._maxwidth, offset + len(self.columns))

        for index, header in enumerate(self.columns.header):
            max_length = 0
            for i in pre_process(
                header, self.detect_numerics, self.precision, self.sign.value
            ).split("\n"):
                output_str = pre_process(
                    i, self.detect_numerics, self.precision, self.sign.value,
                )
                max_length = max(max_length, termwidth(output_str))
            maxwidths[index] += max_length

        for index, column in enumerate(zip(*self._data)):
            max_length = maxwidths[index]
            for i in column:
                for j in pre_process(
                    i, self.detect_numerics, self.precision, self.sign.value
                ).split("\n"):
                    output_str = pre_process(
                        j,
                        self.detect_numerics,
                        self.precision,
                        self.sign.value,