spongebobcase.spongebobsay

def ascii_spongebob(print_: bool = True) -> str:
    """Get the ASCII SpongeBob without a speech bubble or message.

    Args:
        print_ (bool, optional): Whether to print using the `print` function. Defaults to True.

    Returns:
        multiline string containing ASCII SpongeBob
    """
    out = "     " + _SPONGEBOB_ASCII
    if print_:
        print(out)
    return out

def ascii_func(what: Any, print_: bool = True, width: Optional[int] = None) -> str:
    """Creates an ASCII Mocking SpongeBob with a message in a {style} bubble. The message is
    the string representation of the given input having been converted using
    [tospongebob][spongebobcase.tospongebob].

    Args:
        what (Any): object to display as message
        print_ (bool, optional): whether to print to console using `print`. Defaults to True.
        width (Optional[int], optional): Width of message bubble in characters. If None, will
            use {default_width} or longest word, whichever is longer. Defaults to None.

    Raises:
        WidthTooSmallError: If specified width is less than character length of longest word.

    Returns:
        multiline string with ASCII rendering
    """

    # Get string representation of spongebob-cased object
    what = str(tospongebob(what))

    # Get longest word
    longest_word = get_longest_word(what)

    if width is not None:
        # If width is specified, validate that it's long enough
        if width < len(longest_word):
            msg = (
                f"Specified width {width} is less than length of "
                f"longest word {longest_word} ({len(longest_word)})."
            )
            raise WidthTooSmallError(msg)
    else:
        # Otherwise, set to max between longest word and default
        width = max((DEFAULT_WIDTH, len(longest_word)))

    # Split text up into lines by width
    txt = wrap(what, width=width)
    max_length = max(map(len, txt))

    # Add the speech bubble left-right boundaries
    txt = [" ".join([left, line.ljust(max_length), right]) for line in txt]

    # Add the speech bubble top-bottom boundaries and combine
    speech_bubble = "\n".join(
        ["".join([" ", top * (max_length + 2), " "])]
        + txt
        + ["".join([" ", bottom * (max_length + 2), " "])]
        + [_BUBBLE_TAIL_TEMPLATE.format(tail, tail)]
    )

    out = "".join([speech_bubble, _SPONGEBOB_ASCII])

    if print_:
        print(out)

    return out

def ascii_func(what: Any, print_: bool = True, width: Optional[int] = None) -> str:
    """Creates an ASCII Mocking SpongeBob with a message in a {style} bubble. The message is
    the string representation of the given input having been converted using
    [tospongebob][spongebobcase.tospongebob].

    Args:
        what (Any): object to display as message
        print_ (bool, optional): whether to print to console using `print`. Defaults to True.
        width (Optional[int], optional): Width of message bubble in characters. If None, will
            use {default_width} or longest word, whichever is longer. Defaults to None.

    Raises:
        WidthTooSmallError: If specified width is less than character length of longest word.

    Returns:
        multiline string with ASCII rendering
    """

    # Get string representation of spongebob-cased object
    what = str(tospongebob(what))

    # Get longest word
    longest_word = get_longest_word(what)

    if width is not None:
        # If width is specified, validate that it's long enough
        if width < len(longest_word):
            msg = (
                f"Specified width {width} is less than length of "
                f"longest word {longest_word} ({len(longest_word)})."
            )
            raise WidthTooSmallError(msg)
    else:
        # Otherwise, set to max between longest word and default
        width = max((DEFAULT_WIDTH, len(longest_word)))

    # Split text up into lines by width
    txt = wrap(what, width=width)
    max_length = max(map(len, txt))

    # Add the speech bubble left-right boundaries
    txt = [" ".join([left, line.ljust(max_length), right]) for line in txt]

    # Add the speech bubble top-bottom boundaries and combine
    speech_bubble = "\n".join(
        ["".join([" ", top * (max_length + 2), " "])]
        + txt
        + ["".join([" ", bottom * (max_length + 2), " "])]
        + [_BUBBLE_TAIL_TEMPLATE.format(tail, tail)]
    )

    out = "".join([speech_bubble, _SPONGEBOB_ASCII])

    if print_:
        print(out)

    return out

def ascii_func(what: Any, print_: bool = True, width: Optional[int] = None) -> str:
    """Creates an ASCII Mocking SpongeBob with a message in a {style} bubble. The message is
    the string representation of the given input having been converted using
    [tospongebob][spongebobcase.tospongebob].

    Args:
        what (Any): object to display as message
        print_ (bool, optional): whether to print to console using `print`. Defaults to True.
        width (Optional[int], optional): Width of message bubble in characters. If None, will
            use {default_width} or longest word, whichever is longer. Defaults to None.

    Raises:
        WidthTooSmallError: If specified width is less than character length of longest word.

    Returns:
        multiline string with ASCII rendering
    """

    # Get string representation of spongebob-cased object
    what = str(tospongebob(what))

    # Get longest word
    longest_word = get_longest_word(what)

    if width is not None:
        # If width is specified, validate that it's long enough
        if width < len(longest_word):
            msg = (
                f"Specified width {width} is less than length of "
                f"longest word {longest_word} ({len(longest_word)})."
            )
            raise WidthTooSmallError(msg)
    else:
        # Otherwise, set to max between longest word and default
        width = max((DEFAULT_WIDTH, len(longest_word)))

    # Split text up into lines by width
    txt = wrap(what, width=width)
    max_length = max(map(len, txt))

    # Add the speech bubble left-right boundaries
    txt = [" ".join([left, line.ljust(max_length), right]) for line in txt]

    # Add the speech bubble top-bottom boundaries and combine
    speech_bubble = "\n".join(
        ["".join([" ", top * (max_length + 2), " "])]
        + txt
        + ["".join([" ", bottom * (max_length + 2), " "])]
        + [_BUBBLE_TAIL_TEMPLATE.format(tail, tail)]
    )

    out = "".join([speech_bubble, _SPONGEBOB_ASCII])

    if print_:
        print(out)

    return out