fpdf.py

# ****************************************************************************
# * Software: FPDF for python                                                *
# * License:  LGPL v3.0+                                                     *
# *                                                                          *
# * Original Author (PHP):  Olivier PLATHEY 2004-12-31                       *
# * Ported to Python 2.4 by Max (maxpat78@yahoo.it) on 2006-05               *
# * Maintainer:  Mariano Reingart (reingart@gmail.com) et al since 2008 est. *
# * Maintainer:  David Alexander (daveankin@gmail.com) et al since 2017 est. *
# * Maintainer:  Lucas Cimon et al since 2021 est.                           *
# ****************************************************************************
import hashlib, io, logging, math, os, re, sys, types, warnings
from collections import defaultdict
from contextlib import contextmanager
from datetime import datetime, timezone
from functools import wraps
from math import isclose
from numbers import Number
from os.path import splitext
from pathlib import Path
from typing import Callable, Iterator, NamedTuple, Optional, Union

try:
    from endesive import signer
    from cryptography.hazmat.primitives.serialization import pkcs12
except ImportError:
    pkcs12, signer = None, None

try:
    from PIL.Image import Image
except ImportError:
    warnings.warn(
        "Pillow could not be imported - fpdf2 will not be able to add any image"
    )

    class Image:
        # The class must exist for some isinstance checks below
        pass


from .actions import URIAction
from .annotations import (
    AnnotationDict,
    PDFAnnotation,
    PDFEmbeddedFile,
    DEFAULT_ANNOT_FLAGS,
)
from .bidi import BidiParagraph, auto_detect_base_direction
from .deprecation import (
    support_deprecated_txt_arg,
    get_stack_level,
    WarnOnDeprecatedModuleAttributes,
)
from .drawing import (
    convert_to_device_color,
    DeviceRGB,
    GraphicsStateDictRegistry,
    GraphicsStyle,
    DrawingContext,
    PaintedPath,
    Point,
    Transform,
)
from .encryption import StandardSecurityHandler
from .enums import (
    AccessPermission,
    Align,
    Angle,
    AnnotationFlag,
    AnnotationName,
    CharVPos,
    Corner,
    EncryptionMethod,
    FileAttachmentAnnotationName,
    MethodReturnValue,
    PageLayout,
    PageMode,
    PathPaintRule,
    RenderStyle,
    TextDirection,
    TextEmphasis,
    TextMarkupType,
    TextMode,
    WrapMode,
    XPos,
    YPos,
)
from .errors import FPDFException, FPDFPageFormatException, FPDFUnicodeEncodingException
from .fonts import CoreFont, CORE_FONTS, FontFace, TTFFont
from .graphics_state import GraphicsStateMixin
from .html import HTML2FPDF
from .image_datastructures import (
    ImageCache,
    ImageInfo,
    RasterImageInfo,
    VectorImageInfo,
)
from .image_parsing import (
    SUPPORTED_IMAGE_FILTERS,
    get_img_info,
    load_image,
    preload_image,
)
from .linearization import LinearizedOutputProducer
from .line_break import Fragment, MultiLineBreak, TextLine
from .outline import OutlineSection
from .output import (
    OutputProducer,
    PDFPage,
    ZOOM_CONFIGS,
    stream_content_for_raster_image,
)
from .recorder import FPDFRecorder
from .sign import Signature
from .structure_tree import StructureTreeBuilder
from .svg import Percent, SVGObject
from .syntax import DestinationXYZ, PDFArray, PDFDate
from .table import Table, draw_box_borders
from .text_region import TextRegionMixin, TextColumns
from .unicode_script import UnicodeScript, get_unicode_script
from .util import get_scale_factor, Padding

# Public global variables:
FPDF_VERSION = "2.7.9"
PAGE_FORMATS = {
    "a3": (841.89, 1190.55),
    "a4": (595.28, 841.89),
    "a5": (420.94, 595.28),
    "letter": (612, 792),
    "legal": (612, 1008),
}
"Supported page format names & dimensions"

# Private global variables:
LOGGER = logging.getLogger(__name__)
HERE = Path(__file__).resolve().parent
FPDF_FONT_DIR = HERE / "font"
LAYOUT_ALIASES = {
    "default": None,
    "single": PageLayout.SINGLE_PAGE,
    "continuous": PageLayout.ONE_COLUMN,
    "two": PageLayout.TWO_COLUMN_LEFT,
}


class TitleStyle(FontFace):
    def __init__(
        self,
        font_family: Optional[str] = None,  # None means "no override"
        #                                     Whereas "" means "no emphasis"
        font_style: Optional[str] = None,
        font_size_pt: Optional[int] = None,
        color: Union[int, tuple] = None,  # grey scale or (red, green, blue),
        underline: bool = False,
        t_margin: Optional[int] = None,
        l_margin: Optional[int] = None,
        b_margin: Optional[int] = None,
    ):
        super().__init__(
            font_family,
            ((font_style or "") + "U") if underline else font_style,
            font_size_pt,
            color,
        )
        self.t_margin = t_margin
        self.l_margin = l_margin
        self.b_margin = b_margin

    def __repr__(self):
        return (
            super().__repr__()[:-1]
            + f", t_margin={self.t_margin}, l_margin={self.l_margin}, b_margin={self.b_margin})"
        )


class ToCPlaceholder(NamedTuple):
    render_function: Callable
    start_page: int
    y: int
    pages: int = 1


# Disabling this check due to the "format" parameter below:
# pylint: disable=redefined-builtin
def get_page_format(format, k=None):
    """Return page width and height size in points.

    Throws FPDFPageFormatException

    `format` can be either a 2-tuple or one of 'a3', 'a4', 'a5', 'letter', or
    'legal'.

    If format is a tuple, then the return value is the tuple's values
    given in the units specified on this document in the constructor,
    multiplied by the corresponding scale factor `k`, taken from instance
    variable `self.k`.

    If format is a string, the (width, height) tuple returned is in points.
    For a width and height of 8.5 * 11, 72 dpi is assumed, so the value
    returned is (8.5 * 72, 11 * 72), or (612, 792). Additional formats can be
    added by adding fields to the `PAGE_FORMATS` dictionary with a
    case insensitive key (the name of the new format) and 2-tuple value of
    (width, height) in dots per inch with a 72 dpi resolution.
    """
    if isinstance(format, str):
        format = format.lower()
        if format in PAGE_FORMATS:
            return PAGE_FORMATS[format]
        raise FPDFPageFormatException(format, unknown=True)

    if k is None:
        raise FPDFPageFormatException(format, one=True)

    try:
        return format[0] * k, format[1] * k
    except Exception as e:
        args = f"{format}, {k}"
        raise FPDFPageFormatException(f"Arguments must be numbers: {args}") from e


def check_page(fn):
    """Decorator to protect drawing methods"""

    @wraps(fn)
    def wrapper(self, *args, **kwargs):
        if not self.page and not (kwargs.get("dry_run") or kwargs.get("split_only")):
            raise FPDFException("No page open, you need to call add_page() first")
        return fn(self, *args, **kwargs)

    return wrapper


class FPDF(GraphicsStateMixin, TextRegionMixin):
    "PDF Generation class"
    MARKDOWN_BOLD_MARKER = "**"
    MARKDOWN_ITALICS_MARKER = "__"
    MARKDOWN_UNDERLINE_MARKER = "--"
    MARKDOWN_LINK_REGEX = re.compile(r"^\[([^][]+)\]\(([^()]+)\)(.*)$", re.DOTALL)
    MARKDOWN_LINK_COLOR = None
    MARKDOWN_LINK_UNDERLINE = True
    _GS_REGEX = re.compile(r"/(GS\d+) gs")
    _IMG_REGEX = re.compile(r"/I(\d+) Do")

    HTML2FPDF_CLASS = HTML2FPDF

    def __init__(
        self,
        orientation="portrait",
        unit="mm",
        format="A4",
        font_cache_dir="DEPRECATED",
    ):
        """
        Args:
            orientation (str): possible values are "portrait" (can be abbreviated "P")
                or "landscape" (can be abbreviated "L"). Default to "portrait".
            unit (str, int, float): possible values are "pt", "mm", "cm", "in", or a number.
                A point equals 1/72 of an inch, that is to say about 0.35 mm (an inch being 2.54 cm).
                This is a very common unit in typography; font sizes are expressed in this unit.
                If given a number, then it will be treated as the number of points per unit.  (eg. 72 = 1 in)
                Default to "mm".
            format (str): possible values are "a3", "a4", "a5", "letter", "legal" or a tuple
                (width, height) expressed in the given unit. Default to "a4".
            font_cache_dir (Path or str): [**DEPRECATED since v2.5.1**] unused
        """
        if font_cache_dir != "DEPRECATED":
            warnings.warn(
                (
                    '"font_cache_dir" parameter is deprecated since v2.5.1, '
                    "unused and will soon be removed"
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )
        super().__init__()
        self.single_resources_object = False
        """
        Setting this to True restore the old behaviour before 2.7.9.
        Using a single /Resources object makes the resulting PDF document smaller,
        but is less compatible with the PDF spec.
        """
        self.page = 0  # current page number
        self.pages = {}  # array of PDFPage objects starting at index 1
        self.fonts = {}  # map font string keys to an instance of CoreFont or TTFFont
        # map page numbers to a set of font indices:
        self.fonts_used_per_page_number = defaultdict(set)
        self.links = {}  # array of Destination objects starting at index 1
        self.embedded_files = []  # array of PDFEmbeddedFile
        self.image_cache = ImageCache()
        # map page numbers to a set of image indices
        self.images_used_per_page_number = defaultdict(set)
        self.in_footer = False  # flag set while rendering footer
        # indicates that we are inside an .unbreakable() code block:
        self._in_unbreakable = False
        self._lasth = 0  # height of last cell printed
        self.alias_nb_pages()  # enable alias by default

        self._angle = 0  # used by deprecated method: rotate()
        self.xmp_metadata = None
        # Define the compression algorithm used when embedding images:
        self.page_duration = 0  # optional pages display duration, cf. add_page()
        self.page_transition = None  # optional pages transition, cf. add_page()
        self.allow_images_transparency = True
        # Do nothing by default. Allowed values: 'WARN', 'DOWNSCALE':
        self.oversized_images = None
        self.oversized_images_ratio = 2  # number of pixels per UserSpace point
        self.struct_builder = StructureTreeBuilder()
        self._toc_placeholder = None  # optional ToCPlaceholder instance
        self._outline = []  # list of OutlineSection
        self._sign_key = None
        self.section_title_styles = {}  # level -> TitleStyle

        self.core_fonts_encoding = "latin-1"
        "Font encoding, Latin-1 by default"
        # Replace these fonts with these core fonts
        self.font_aliases = {
            "arial": "helvetica",
            "couriernew": "courier",
            "timesnewroman": "times",
        }
        # Scale factor
        self.k = get_scale_factor(unit)

        # Graphics state variables defined as properties by GraphicsStateMixin.
        # We set their default values here.
        self.font_family = ""  # current font family
        self.font_style = ""  # current font style
        self.font_size_pt = 12  # current font size in points
        self.font_stretching = 100  # current font stretching
        self.char_spacing = 0  # current character spacing
        self.underline = False  # underlining flag
        self.current_font = None  # None or an instance of CoreFont or TTFFont
        self.draw_color = self.DEFAULT_DRAW_COLOR
        self.fill_color = self.DEFAULT_FILL_COLOR
        self.text_color = self.DEFAULT_TEXT_COLOR
        self.page_background = None
        self.dash_pattern = dict(dash=0, gap=0, phase=0)
        self.line_width = 0.567 / self.k  # line width (0.2 mm)
        self.text_mode = TextMode.FILL
        # end of grapics state variables

        self.dw_pt, self.dh_pt = get_page_format(format, self.k)
        self._set_orientation(orientation, self.dw_pt, self.dh_pt)
        self.def_orientation = self.cur_orientation
        # Page spacing
        # Page margins (1 cm)
        margin = (7200 / 254) / self.k
        self.x, self.y, self.l_margin, self.t_margin = 0, 0, 0, 0
        self.set_margins(margin, margin)
        self.x, self.y = self.l_margin, self.t_margin
        self.c_margin = margin / 10.0  # Interior cell margin (1 mm)
        # sets self.auto_page_break, self.b_margin & self.page_break_trigger:
        self.set_auto_page_break(True, 2 * margin)
        self.set_display_mode("fullwidth")  # Full width display mode
        self._page_mode = None
        self.viewer_preferences = None  # optional instance of ViewerPreferences
        self.compress = True  # switch enabling pages content compression
        self.pdf_version = "1.3"  # Set default PDF version No.
        self.creation_date = datetime.now(timezone.utc)
        self._security_handler = None
        self._fallback_font_ids = []
        self._fallback_font_exact_match = False

        self._current_draw_context = None
        self._drawing_graphics_state_registry = GraphicsStateDictRegistry()
        # map page numbers to a set of GraphicsState names:
        self.graphics_style_names_per_page_number = defaultdict(set)

        self._record_text_quad_points = False

        # page number -> array of 8 × n numbers:
        self._text_quad_points = defaultdict(list)

        # final buffer holding the PDF document in-memory - defined only after calling output():
        self.buffer = None

    def set_encryption(
        self,
        owner_password,
        user_password=None,
        encryption_method=EncryptionMethod.RC4,
        permissions=AccessPermission.all(),
        encrypt_metadata=False,
    ):
        """ "
        Activate encryption of the document content.

        Args:
            owner_password (str): mandatory. The owner password allows to perform any change on the document,
                including removing all encryption and access permissions.
            user_password (str): optional. If a user password is set, the content of the document will be encrypted
                and a password prompt displayed when a user opens the document.
                The document will only be displayed after either the user or owner password is entered.
            encryption_method (fpdf.enums.EncryptionMethod, str): algorithm to be used to encrypt the document.
                Defaults to RC4.
            permissions (fpdf.enums.AccessPermission): specify access permissions granted
                when the document is opened with user access. Defaults to ALL.
            encrypt_metadata (bool): whether to also encrypt document metadata (author, creation date, etc.).
                Defaults to False.
        """
        self._security_handler = StandardSecurityHandler(
            self,
            owner_password=owner_password,
            user_password=user_password,
            permission=permissions,
            encryption_method=encryption_method,
            encrypt_metadata=encrypt_metadata,
        )

    def write_html(self, text, *args, **kwargs):
        """
        Parse HTML and convert it to PDF.
        cf. https://py-pdf.github.io/fpdf2/HTML.html

        Args:
            text (str): HTML content to render
            image_map (function): an optional one-argument function that map <img> "src"
                to new image URLs
            li_tag_indent (int): [**DEPRECATED since v2.7.8**]
                numeric indentation of <li> elements - Set tag_indents instead
            dd_tag_indent (int): [**DEPRECATED since v2.7.8**]
                numeric indentation of <dd> elements - Set tag_indents instead
            table_line_separators (bool): enable horizontal line separators in <table>
            ul_bullet_char (str): bullet character preceding <li> items in <ul> lists.
            li_prefix_color (tuple | str | drawing.Device* instance):
                color for bullets or numbers preceding <li> tags.
                This applies to both <ul> & <ol> lists.
            heading_sizes (dict): [**DEPRECATED since v2.7.8**]
                font size per heading level names ("h1", "h2"...) - Set tag_styles instead
            pre_code_font (str): [**DEPRECATED since v2.7.8**]
                font to use for <pre> & <code> blocks - Set tag_styles instead
            warn_on_tags_not_matching (bool): control warnings production for unmatched HTML tags
            tag_indents (dict):
                mapping of HTML tag names to numeric values representing their horizontal left identation
            tag_styles (dict): mapping of HTML tag names to colors
        """
        html2pdf = self.HTML2FPDF_CLASS(self, *args, **kwargs)
        with self.local_context():
            html2pdf.feed(text)

    def _set_min_pdf_version(self, version):
        self.pdf_version = max(self.pdf_version, version)

    @property
    def is_ttf_font(self):
        return self.current_font and self.current_font.type == "TTF"

    @property
    def page_mode(self):
        return self._page_mode

    @page_mode.setter
    def page_mode(self, page_mode):
        self._page_mode = PageMode.coerce(page_mode)
        if self._page_mode == PageMode.USE_ATTACHMENTS:
            self._set_min_pdf_version("1.6")
        elif self._page_mode == PageMode.USE_OC:
            self._set_min_pdf_version("1.5")

    @property
    def epw(self):
        """
        Effective page width: the page width minus its horizontal margins.
        """
        return self.w - self.l_margin - self.r_margin

    @property
    def eph(self):
        """
        Effective page height: the page height minus its vertical margins.
        """
        return self.h - self.t_margin - self.b_margin

    @property
    def pages_count(self):
        """
        Returns the total pages of the document.
        """
        return len(self.pages)

    def set_margin(self, margin):
        """
        Sets the document right, left, top & bottom margins to the same value.

        Args:
            margin (float): margin in the unit specified to FPDF constructor
        """
        self.set_margins(margin, margin)
        self.set_auto_page_break(self.auto_page_break, margin)

    def set_margins(self, left, top, right=-1):
        """
        Sets the document left, top & optionaly right margins to the same value.
        By default, they equal 1 cm.
        Also sets the current FPDF.y on the page to this minimum vertical position.

        Args:
            left (float): left margin in the unit specified to FPDF constructor
            top (float): top margin in the unit specified to FPDF constructor
            right (float): optional right margin in the unit specified to FPDF constructor
        """
        self.set_left_margin(left)
        if self.y < top or self.y == self.t_margin:
            self.y = top
        self.t_margin = top
        if right == -1:
            right = left
        self.r_margin = right

    def set_left_margin(self, margin):
        """
        Sets the document left margin.
        Also sets the current FPDF.x on the page to this minimum horizontal position.

        Args:
            margin (float): margin in the unit specified to FPDF constructor
        """
        if self.x < margin or self.x == self.l_margin:
            self.x = margin
        self.l_margin = margin

    def set_top_margin(self, margin):
        """
        Sets the document top margin.

        Args:
            margin (float): margin in the unit specified to FPDF constructor
        """
        self.t_margin = margin

    def set_right_margin(self, margin):
        """
        Sets the document right margin.

        Args:
            margin (float): margin in the unit specified to FPDF constructor
        """
        self.r_margin = margin

    def set_auto_page_break(self, auto, margin=0):
        """
        Set auto page break mode and triggering bottom margin.
        By default, the mode is on and the bottom margin is 2 cm.

        Args:
            auto (bool): enable or disable this mode
            margin (float): optional bottom margin (distance from the bottom of the page)
                in the unit specified to FPDF constructor
        """
        self.auto_page_break = auto
        self.b_margin = margin
        self.page_break_trigger = self.h - self.b_margin

    @property
    def default_page_dimensions(self):
        "Return a pair (width, height) in the unit specified to FPDF constructor"
        return (
            (self.dw_pt, self.dh_pt)
            if self.def_orientation == "P"
            else (self.dh_pt, self.dw_pt)
        )

    def _set_orientation(self, orientation, page_width_pt, page_height_pt):
        orientation = orientation.lower()
        if orientation in ("p", "portrait"):
            self.cur_orientation = "P"
            self.w_pt = page_width_pt
            self.h_pt = page_height_pt
        elif orientation in ("l", "landscape"):
            self.cur_orientation = "L"
            self.w_pt = page_height_pt
            self.h_pt = page_width_pt
        else:
            raise FPDFException(f"Incorrect orientation: {orientation}")
        self.w = self.w_pt / self.k
        self.h = self.h_pt / self.k

    def set_display_mode(self, zoom, layout="continuous"):
        """
        Defines the way the document is to be displayed by the viewer.

        It allows to set the zoom level: pages can be displayed entirely on screen,
        occupy the full width of the window, use the real size,
        be scaled by a specific zooming factor or use the viewer default (configured in its Preferences menu).

        The page layout can also be specified: single page at a time, continuous display, two columns or viewer default.

        Args:
            zoom: either "fullpage", "fullwidth", "real", "default",
                or a number indicating the zooming factor to use, interpreted as a percentage.
                The zoom level set by default is "default".
            layout (fpdf.enums.PageLayout, str): allowed layout aliases are "single", "continuous", "two" or "default",
                meaning to use the viewer default mode.
                The layout set by default is "continuous".
        """
        if zoom in ZOOM_CONFIGS or not isinstance(zoom, str):
            self.zoom_mode = zoom
        elif zoom != "default":
            raise FPDFException(f"Incorrect zoom display mode: {zoom}")
        self.page_layout = LAYOUT_ALIASES.get(layout, layout)

    # Disabling this check - importing outside toplevel to check module is present
    # pylint: disable=import-outside-toplevel, unused-import
    def set_text_shaping(
        self,
        use_shaping_engine: bool = True,
        features: dict = None,
        direction: Union[str, TextDirection] = None,
        script: str = None,
        language: str = None,
    ):
        """
        Enable or disable text shaping engine when rendering text.
        If features, direction, script or language are not specified the shaping engine will try
        to guess the values based on the input text.

        Args:
            use_shaping_engine: enable or disable the use of the shaping engine to process the text
            features: a dictionary containing 4 digit OpenType features and whether each feature
                should be enabled or disabled
                example: features={"kern": False, "liga": False}
            direction: the direction the text should be rendered, either "ltr" (left to right)
                or "rtl" (right to left).
            script: a valid OpenType script tag like "arab" or "latn"
            language: a valid OpenType language tag like "eng" or "fra"
        """
        if use_shaping_engine:
            try:
                import uharfbuzz
            except ImportError as exc:
                raise FPDFException(
                    "The uharfbuzz package could not be imported, but is required for text shaping. Try: pip install uharfbuzz"
                ) from exc
        else:
            self.text_shaping = None
            return
        #
        # Features must be a dictionary contaning opentype features and a boolean flag
        # stating whether the feature should be enabled or disabled.
        #
        # e.g. features={"liga": True, "kern": False}
        #
        # https://harfbuzz.github.io/shaping-opentype-features.html
        #

        if features and not isinstance(features, dict):
            raise FPDFException(
                "Features must be a dictionary. See text shaping documentation"
            )
        if not features:
            features = {}

        # Buffer properties (direction, script and language)
        # if the properties are not provided, Harfbuzz "guessing" logic is used.
        # https://harfbuzz.github.io/setting-buffer-properties.html
        # Valid harfbuzz directions are ltr (left to right), rtl (right to left),
        # ttb (top to bottom) or btt (bottom to top)

        text_direction = None
        if direction:
            text_direction = (
                direction
                if isinstance(direction, TextDirection)
                else TextDirection.coerce(direction)
            )
            if text_direction not in [TextDirection.LTR, TextDirection.RTL]:
                raise FPDFException(
                    "FPDF2 only accept ltr (left to right) or rtl (right to left) directions for now."
                )

        self.text_shaping = {
            "use_shaping_engine": True,
            "features": features,
            "direction": text_direction,
            "script": script,
            "language": language,
            "fragment_direction": None,
            "paragraph_direction": None,
        }

    @property
    def page_layout(self):
        return self._page_layout

    @page_layout.setter
    def page_layout(self, page_layout):
        self._page_layout = PageLayout.coerce(page_layout) if page_layout else None
        if self._page_layout in (PageLayout.TWO_PAGE_LEFT, PageLayout.TWO_PAGE_RIGHT):
            self._set_min_pdf_version("1.5")

    def set_compression(self, compress):
        """
        Activates or deactivates page compression.

        When activated, the internal representation of each page is compressed
        using the zlib/deflate method (FlateDecode), which leads to a compression ratio
        of about 2 for the resulting document.

        Page compression is enabled by default.

        Args:
            compress (bool): indicates if compression should be enabled
        """
        self.compress = compress

    def set_title(self, title):
        """
        Defines the title of the document.

        Args:
            title (str): the title
        """
        self.title = title

    def set_lang(self, lang):
        """
        A language identifier specifying the natural language for all text in the document
        except where overridden by language specifications for structure elements or marked content.
        A language identifier can either be the empty text string, to indicate that the language is unknown,
        or a Language-Tag as defined in RFC 3066, "Tags for the Identification of Languages".

        Args:
            lang (str): the document main language
        """
        self.lang = lang
        if lang:
            self._set_min_pdf_version("1.4")

    def set_subject(self, subject):
        """
        Defines the subject of the document.

        Args:
            subject (str): the document main subject
        """
        self.subject = subject

    def set_author(self, author):
        """
        Defines the author of the document.

        Args:
            author(str): the name of the author
        """
        self.author = author

    def set_keywords(self, keywords):
        """
        Associate keywords with the document

        Args:
            keywords (str): a space-separated list of words
        """
        self.keywords = keywords

    def set_creator(self, creator):
        """
        Defines the creator of the document.
        This is typically the name of the application that generates the PDF.

        Args:
            creator (str): name of the PDF creator
        """
        self.creator = creator

    def set_producer(self, producer):
        """Producer of document"""
        self.producer = producer

    def set_creation_date(self, date=None):
        """Sets Creation of Date time, or current time if None given."""
        if self._sign_key:
            raise FPDFException(
                ".set_creation_date() must always be called before .sign*() methods"
            )
        if not isinstance(date, datetime):
            raise TypeError(f"date should be a datetime but is a {type(date)}")
        if not date.tzinfo:
            date = date.astimezone()
        self.creation_date = date

    def set_xmp_metadata(self, xmp_metadata):
        if "<?xpacket" in xmp_metadata[:50]:
            raise ValueError(
                "fpdf2 already performs XMP metadata wrapping in a <?xpacket> tag"
            )
        self.xmp_metadata = xmp_metadata
        if xmp_metadata:
            self._set_min_pdf_version("1.4")

    def set_doc_option(self, opt, value):
        """
        Defines a document option.

        Args:
            opt (str): name of the option to set
            value (str) option value

        .. deprecated:: 2.4.0
            Simply set the `FPDF.core_fonts_encoding` property as a replacement.
        """
        warnings.warn(
            (
                "set_doc_option() is deprecated since v2.4.0 "
                "and will be removed in a future release. "
                "Simply set the `.core_fonts_encoding` property as a replacement."
            ),
            DeprecationWarning,
            stacklevel=get_stack_level(),
        )
        if opt != "core_fonts_encoding":
            raise FPDFException(f'Unknown document option "{opt}"')
        self.core_fonts_encoding = value

    def set_image_filter(self, image_filter):
        """
        Args:
            image_filter (str): name of a the image filter to use
                when embedding images in the document, or "AUTO",
                meaning to use the best image filter given the images provided.
                Allowed values: `FlateDecode` (lossless zlib/deflate compression),
                `DCTDecode` (lossy compression with JPEG)
                and `JPXDecode` (lossy compression with JPEG2000).
        """
        if image_filter not in SUPPORTED_IMAGE_FILTERS:
            raise ValueError(
                f"'{image_filter}' is not a supported image filter"
                f" - Allowed values: {''.join(SUPPORTED_IMAGE_FILTERS)}"
            )
        self.image_cache.image_filter = image_filter
        if image_filter == "JPXDecode":
            self._set_min_pdf_version("1.5")

    def alias_nb_pages(self, alias="{nb}"):
        """
        Defines an alias for the total number of pages.
        It will be substituted as the document is closed.

        This is useful to insert the number of pages of the document
        at a time when this number is not known by the program.

        This substitution can be disabled for performances reasons, by calling `alias_nb_pages(None)`.

        Args:
            alias (str): the alias. Defaults to "{nb}".

        Notes
        -----

        When using this feature with the `FPDF.cell` / `FPDF.multi_cell` methods,
        or the `.underline` attribute of `FPDF` class,
        the width of the text rendered will take into account the alias length,
        not the length of the "actual number of pages" string,
        which can causes slight positioning differences.
        """
        self.str_alias_nb_pages = alias

    def add_page(
        self, orientation="", format="", same=False, duration=0, transition=None
    ):
        """
        Adds a new page to the document.
        If a page is already present, the `FPDF.footer()` method is called first.
        Then the page  is added, the current position is set to the top-left corner,
        with respect to the left and top margins, and the `FPDF.header()` method is called.

        Args:
            orientation (str): "portrait" (can be abbreviated "P")
                or "landscape" (can be abbreviated "L"). Default to "portrait".
            format (str): "a3", "a4", "a5", "letter", "legal" or a tuple
                (width, height). Default to "a4".
            same (bool): indicates to use the same page format as the previous page.
                Default to False.
            duration (float): optional page’s display duration, i.e. the maximum length of time,
                in seconds, that the page is displayed in presentation mode,
                before the viewer application automatically advances to the next page.
                Can be configured globally through the `.page_duration` FPDF property.
                As of june 2021, onored by Adobe Acrobat reader, but ignored by Sumatra PDF reader.
            transition (Transition child class): optional visual transition to use when moving
                from another page to the given page during a presentation.
                Can be configured globally through the `.page_transition` FPDF property.
                As of june 2021, onored by Adobe Acrobat reader, but ignored by Sumatra PDF reader.
        """
        if self.buffer:
            raise FPDFException(
                "A page cannot be added on a closed document, after calling output()"
            )
        family = self.font_family
        style = f"{self.font_style}U" if self.underline else self.font_style
        size = self.font_size_pt
        lw = self.line_width
        dc = self.draw_color
        fc = self.fill_color
        tc = self.text_color
        stretching = self.font_stretching
        char_spacing = self.char_spacing
        dash_pattern = self.dash_pattern

        if self.page > 0:
            # Page footer
            self.in_footer = True
            self.footer()
            self.in_footer = False

        # Start new page
        self._beginpage(
            orientation,
            format,
            same,
            duration or self.page_duration,
            transition or self.page_transition,
            new_page=not self._has_next_page(),
        )

        if self.page_background:
            if isinstance(self.page_background, tuple):
                self.set_fill_color(*self.page_background)
                self.rect(0, 0, self.w, self.h, style="F")
                self.set_fill_color(*fc.colors255)
            else:
                self.image(self.page_background, 0, 0, self.w, self.h)

        self._out("2 J")  # Set line cap style to square
        self.line_width = lw  # Set line width
        self._out(f"{lw * self.k:.2f} w")

        # Set font
        if family:
            self.set_font(family, style, size)

        # Set colors
        self.draw_color = dc
        if dc != self.DEFAULT_DRAW_COLOR:
            self._out(dc.serialize().upper())
        self.fill_color = fc
        if fc != self.DEFAULT_FILL_COLOR:
            self._out(fc.serialize().lower())
        self.text_color = tc

        # BEGIN Page header
        self.header()

        if self.line_width != lw:  # Restore line width
            self.line_width = lw
            self._out(f"{lw * self.k:.2f} w")

        if family:
            self.set_font(family, style, size)  # Restore font

        if self.draw_color != dc:  # Restore colors
            self.draw_color = dc
            self._out(dc.serialize().upper())
        if self.fill_color != fc:
            self.fill_color = fc
            self._out(fc.serialize().lower())
        self.text_color = tc

        if stretching != 100:  # Restore stretching
            self.set_stretching(stretching)
        if char_spacing != 0:
            self.set_char_spacing(char_spacing)
        if dash_pattern != dict(dash=0, gap=0, phase=0):
            self._write_dash_pattern(
                dash_pattern["dash"], dash_pattern["gap"], dash_pattern["phase"]
            )

        # END Page header

    def _beginpage(
        self, orientation, format, same, duration, transition, new_page=True
    ):
        self.page += 1
        if new_page:
            page = PDFPage(
                contents=bytearray(),
                duration=duration,
                transition=transition,
                index=self.page,
            )
            self.pages[self.page] = page
            if transition:
                self._set_min_pdf_version("1.5")
        else:
            page = self.pages[self.page]
        self.x = self.l_margin
        self.y = self.t_margin
        self.font_family = ""
        self.font_stretching = 100
        self.char_spacing = 0
        if same:
            if orientation or format:
                raise ValueError(
                    f"Inconsistent parameters: same={same} but orientation={orientation} format={format}"
                )
        else:
            # Set page format if provided, else use default value:
            page_width_pt, page_height_pt = (
                get_page_format(format, self.k) if format else (self.dw_pt, self.dh_pt)
            )
            self._set_orientation(
                orientation or self.def_orientation, page_width_pt, page_height_pt
            )
            self.page_break_trigger = self.h - self.b_margin
        page.set_dimensions(self.w_pt, self.h_pt)

    def header(self):
        """
        Header to be implemented in your own inherited class

        This is automatically called by `FPDF.add_page()`
        and should not be called directly by the user application.
        The default implementation performs nothing: you have to override this method
        in a subclass to implement your own rendering logic.
        """

    def footer(self):
        """
        Footer to be implemented in your own inherited class.

        This is automatically called by `FPDF.add_page()` and `FPDF.output()`
        and should not be called directly by the user application.
        The default implementation performs nothing: you have to override this method
        in a subclass to implement your own rendering logic.
        """

    def page_no(self):
        """Get the current page number"""
        return self.page

    def set_draw_color(self, r, g=-1, b=-1):
        """
        Defines the color used for all stroking operations (lines, rectangles and cell borders).
        Accepts either a single greyscale value, 3 values as RGB components, a single `#abc` or `#abcdef` hexadecimal color string,
        or an instance of `fpdf.drawing.DeviceCMYK`, `fpdf.drawing.DeviceRGB` or `fpdf.drawing.DeviceGray`.
        The method can be called before the first page is created and the value is retained from page to page.

        Args:
            r (int, tuple, fpdf.drawing.DeviceGray, fpdf.drawing.DeviceRGB): if `g` and `b` are given, this indicates the red component.
                Else, this indicates the grey level. The value must be between 0 and 255.
            g (int): green component (between 0 and 255)
            b (int): blue component (between 0 and 255)
        """
        draw_color = convert_to_device_color(r, g, b)
        if draw_color != self.draw_color:
            self.draw_color = draw_color
            if self.page > 0:
                self._out(self.draw_color.serialize().upper())

    def set_fill_color(self, r, g=-1, b=-1):
        """
        Defines the color used for all filling operations (filled rectangles and cell backgrounds).
        Accepts either a single greyscale value, 3 values as RGB components, a single `#abc` or `#abcdef` hexadecimal color string,
        or an instance of `fpdf.drawing.DeviceCMYK`, `fpdf.drawing.DeviceRGB` or `fpdf.drawing.DeviceGray`.
        The method can be called before the first page is created and the value is retained from page to page.

        Args:
            r (int, tuple, fpdf.drawing.DeviceGray, fpdf.drawing.DeviceRGB): if `g` and `b` are given, this indicates the red component.
                Else, this indicates the grey level. The value must be between 0 and 255.
            g (int): green component (between 0 and 255)
            b (int): blue component (between 0 and 255)
        """
        fill_color = convert_to_device_color(r, g, b)
        if fill_color != self.fill_color:
            self.fill_color = fill_color
            if self.page > 0:
                self._out(self.fill_color.serialize().lower())

    def set_text_color(self, r, g=-1, b=-1):
        """
        Defines the color used for text.
        Accepts either a single greyscale value, 3 values as RGB components, a single `#abc` or `#abcdef` hexadecimal color string,
        or an instance of `fpdf.drawing.DeviceCMYK`, `fpdf.drawing.DeviceRGB` or `fpdf.drawing.DeviceGray`.
        The method can be called before the first page is created and the value is retained from page to page.

        Args:
            r (int, tuple, fpdf.drawing.DeviceGray, fpdf.drawing.DeviceRGB): if `g` and `b` are given, this indicates the red component.
                Else, this indicates the grey level. The value must be between 0 and 255.
            g (int): green component (between 0 and 255)
            b (int): blue component (between 0 and 255)
        """
        self.text_color = convert_to_device_color(r, g, b)

    def get_string_width(self, s, normalized=False, markdown=False):
        """
        Returns the length of a string in user unit. A font must be selected.
        The value is calculated with stretching and spacing.

        Note that the width of a cell has some extra padding added to this width,
        on the left & right sides, equal to the .c_margin property.

        Args:
            s (str): the string whose length is to be computed.
            normalized (bool): whether normalization needs to be performed on the input string.
            markdown (bool): indicates if basic markdown support is enabled
        """
        # normalized is parameter for internal use
        s = s if normalized else self.normalize_text(s)
        w = 0
        for frag in self._parse_chars(s, markdown):
            w += frag.get_width()
        return w

    def set_line_width(self, width):
        """
        Defines the line width of all stroking operations (lines, rectangles and cell borders).
        By default, the value equals 0.2 mm.
        The method can be called before the first page is created and the value is retained from page to page.

        Args:
            width (float): the width in user unit
        """
        if width != self.line_width:
            self.line_width = width
            if self.page > 0:
                self._out(f"{width * self.k:.2f} w")

    def set_page_background(self, background):
        """
        Sets a background color or image to be drawn every time `FPDF.add_page()` is called, or removes a previously set background.
        The method can be called before the first page is created and the value is retained from page to page.

        Args:
            background: either a string representing a file path or URL to an image,
                an io.BytesIO containg an image as bytes, an instance of `PIL.Image.Image`, drawing.DeviceRGB
                or a RGB tuple representing a color to fill the background with or `None` to remove the background
        """

        if isinstance(
            background, (str, io.BytesIO, Image, DeviceRGB, tuple, type(None))
        ):
            if isinstance(background, DeviceRGB):
                self.page_background = background.colors255
            else:
                self.page_background = background
        else:
            raise TypeError(
                f"""background must be of type str, io.BytesIO, PIL.Image.Image, drawing.DeviceRGB, tuple or None
        got: {type(background)}"""
            )

    @contextmanager
    @check_page
    def drawing_context(self, debug_stream=None):
        """
        Create a context for drawing paths on the current page.

        If this context manager is called again inside of an active context, it will
        raise an exception, as base drawing contexts cannot be nested.

        Args:
            debug_stream (TextIO): print a pretty tree of all items to be rendered
                to the provided stream. To store the output in a string, use
                `io.StringIO`.
        """

        if self._current_draw_context is not None:
            raise FPDFException(
                "cannot create a drawing context while one is already open"
            )

        context = DrawingContext()
        self._current_draw_context = context
        try:
            yield context
        finally:
            self._current_draw_context = None

        starting_style = self._current_graphic_style()
        render_args = (
            self._drawing_graphics_state_registry,
            Point(self.x, self.y),
            self.k,
            self.h,
            starting_style,
        )

        if debug_stream:
            rendered = context.render_debug(*render_args, debug_stream)
        else:
            rendered = context.render(*render_args)

        self.graphics_style_names_per_page_number[self.page].update(
            match.group(1) for match in self._GS_REGEX.finditer(rendered)
        )
        # Registering raster images embedded in the vector graphics:
        self.images_used_per_page_number[self.page].update(
            int(match.group(1)) for match in self._IMG_REGEX.finditer(rendered)
        )
        # Once we handle text-rendering SVG tags (cf. PR #1029),
        # we should also detect fonts used and add them to self.fonts_used_per_page_number

        self._out(rendered)
        # The drawing API makes use of features (notably transparency and blending modes) that were introduced in PDF 1.4:
        self._set_min_pdf_version("1.4")

    def _current_graphic_style(self):
        gs = GraphicsStyle()
        gs.allow_transparency = self.allow_images_transparency

        # This initial stroke_width is ignored when embedding SVGs,
        # as the value in SVGObject.convert_graphics() takes precedence,
        # so this probably creates an unnecessary PDF dict entry:
        gs.stroke_width = self.line_width

        if self.draw_color != self.DEFAULT_DRAW_COLOR:
            gs.stroke_color = self.draw_color
        if self.fill_color != self.DEFAULT_FILL_COLOR:
            gs.fill_color = self.fill_color

        dash_info = self.dash_pattern
        dash_pattern = (dash_info["dash"], dash_info["gap"])
        if (dash_pattern[0] == 0) or (dash_pattern[1] == 0):
            dash_pattern = None

        gs.stroke_dash_pattern = dash_pattern
        gs.stroke_dash_phase = dash_info["phase"]

        return gs

    @contextmanager
    def new_path(self, x=0, y=0, paint_rule=PathPaintRule.AUTO, debug_stream=None):
        """
        Create a path for appending lines and curves to.

        Args:
            x (float): Abscissa of the path starting point
            y (float): Ordinate of the path starting point
            paint_rule (PathPaintRule): Optional choice of how the path should
                be painted. The default (AUTO) automatically selects stroke/fill based
                on the path style settings.
            debug_stream (TextIO): print a pretty tree of all items to be rendered
                to the provided stream. To store the output in a string, use
                `io.StringIO`.

        """
        with self.drawing_context(debug_stream=debug_stream) as ctxt:
            path = PaintedPath(x=x, y=y)
            path.style.paint_rule = paint_rule
            yield path
            ctxt.add_item(path)

    def draw_path(self, path, debug_stream=None):
        """
        Add a pre-constructed path to the document.

        Args:
            path (drawing.PaintedPath): the path to be drawn.
            debug_stream (TextIO): print a pretty tree of all items to be rendered
                to the provided stream. To store the output in a string, use
                `io.StringIO`.
        """
        with self.drawing_context(debug_stream=debug_stream) as ctxt:
            ctxt.add_item(path)

    def set_dash_pattern(self, dash=0, gap=0, phase=0):
        """
        Set the current dash pattern for lines and curves.

        Args:
            dash (float): The length of the dashes in current units.

            gap (float): The length of the gaps between dashes in current units.
                If omitted, the dash length will be used.

            phase (float): Where in the sequence to start drawing.

        Omitting 'dash' (= 0) resets the pattern to a solid line.
        """
        if not (isinstance(dash, (int, float)) and dash >= 0):
            raise ValueError("Dash length must be zero or a positive number.")
        if not (isinstance(gap, (int, float)) and gap >= 0):
            raise ValueError("gap length must be zero or a positive number.")
        if not (isinstance(phase, (int, float)) and phase >= 0):
            raise ValueError("Phase must be zero or a positive number.")

        pattern = dict(dash=dash, gap=gap, phase=phase)

        if pattern != self.dash_pattern:
            self.dash_pattern = pattern
            self._write_dash_pattern(dash, gap, phase)

    def _write_dash_pattern(self, dash, gap, phase):
        if dash:
            if gap:
                dstr = f"[{dash * self.k:.3f} {gap * self.k:.3f}] {phase *self.k:.3f} d"
            else:
                dstr = f"[{dash * self.k:.3f}] {phase *self.k:.3f} d"
        else:
            dstr = "[] 0 d"
        self._out(dstr)

    @check_page
    def line(self, x1, y1, x2, y2):
        """
        Draw a line between two points.

        Args:
            x1 (float): Abscissa of first point
            y1 (float): Ordinate of first point
            x2 (float): Abscissa of second point
            y2 (float): Ordinate of second point
        """
        self._out(
            f"{x1 * self.k:.2f} {(self.h - y1) * self.k:.2f} m {x2 * self.k:.2f} "
            f"{(self.h - y2) * self.k:.2f} l S"
        )

    @check_page
    def polyline(self, point_list, fill=False, polygon=False, style=None):
        """
        Draws lines between two or more points.

        Args:
            point_list (list of tuples): List of Abscissa and Ordinate of
                                        segments that should be drawn
            fill (bool): [**DEPRECATED since v2.5.4**] Use `style="F"` or `style="DF"` instead
            polygon (bool): If true, close path before stroking, to fill the inside of the polyline
            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Possible values are:

            * `D` or None: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        if fill:
            warnings.warn(
                (
                    '"fill" parameter is deprecated since v2.5.4, '
                    'use style="F" or style="DF" instead'
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )
        if fill and style is None:
            style = RenderStyle.DF
        else:
            style = RenderStyle.coerce(style)
            if fill and style == RenderStyle.D:
                raise ValueError(
                    f"Conflicting values provided: fill={fill} & style={style}"
                )
        operator = "m"
        for point in point_list:
            self._out(
                f"{point[0] * self.k:.2f} {(self.h - point[1]) * self.k:.2f} {operator}"
            )
            operator = "l"
        if polygon:
            self._out(" h")
        self._out(f" {style.operator}")

    @check_page
    def polygon(self, point_list, fill=False, style=None):
        """
        Outputs a polygon defined by three or more points.

        Args:
            point_list (list of tuples): List of coordinates defining the polygon to draw
            fill (bool): [**DEPRECATED since v2.5.4**] Use `style="F"` or `style="DF"` instead
            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Possible values are:

            * `D` or None: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        self.polyline(point_list, fill=fill, polygon=True, style=style)

    @check_page
    def dashed_line(self, x1, y1, x2, y2, dash_length=1, space_length=1):
        """
        Draw a dashed line between two points.

        Args:
            x1 (float): Abscissa of first point
            y1 (float): Ordinate of first point
            x2 (float): Abscissa of second point
            y2 (float): Ordinate of second point
            dash_length (float): Length of the dash
            space_length (float): Length of the space between 2 dashes

        .. deprecated:: 2.4.6
            Use `FPDF.set_dash_pattern()` and the normal drawing operations instead.
        """
        warnings.warn(
            (
                "dashed_line() is deprecated since v2.4.6, "
                "and will be removed in a future release. "
                "Use set_dash_pattern() and the normal drawing operations instead."
            ),
            DeprecationWarning,
            stacklevel=get_stack_level(),
        )
        self.set_dash_pattern(dash_length, space_length)
        self.line(x1, y1, x2, y2)
        self.set_dash_pattern()

    @check_page
    def rect(self, x, y, w, h, style=None, round_corners=False, corner_radius=0):
        """
        Outputs a rectangle.
        It can be drawn (border only), filled (with no border) or both.

        Args:
            x (float): Abscissa of upper-left bounding box.
            y (float): Ordinate of upper-left bounding box.
            w (float): Width.
            h (float): Height.
            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Possible values are:

            * `D` or empty string: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill

            round_corners (tuple of str, tuple of fpdf.enums.Corner, bool): Optional draw a rectangle with round corners.
            Possible values are:

            *`TOP_LEFT`: a rectangle with round top left corner
            *`TOP_RIGHT`: a rectangle with round top right corner
            *`BOTTOM_LEFT`: a rectangle with round bottom left corner
            *`BOTTOM_RIGHT`: a rectangle with round bottom right corner
            *`True`: a rectangle with all round corners
            *`False`: a rectangle with no round corners

            corner_radius: Optional radius of the corners
        """

        style = RenderStyle.coerce(style)
        if round_corners is not False:
            self._draw_rounded_rect(x, y, w, h, style, round_corners, corner_radius)
        else:
            self._out(
                f"{x * self.k:.2f} {(self.h - y) * self.k:.2f} {w * self.k:.2f} "
                f"{-h * self.k:.2f} re {style.operator}"
            )

    def _draw_rounded_rect(self, x, y, w, h, style, round_corners, r):
        min = h
        if w < h:
            min = w

        if r == 0:
            r = min / 5

        if r >= min / 2:
            r /= min

        point_1 = point_8 = (x, y)
        point_2 = point_3 = (x + w, y)
        point_4 = point_5 = (x + w, y + h)
        point_6 = point_7 = (x, y + h)
        coor_x = [x, x + w, x, x + w]
        coor_y = [y, y, y + h, y + h]

        if round_corners is True:
            round_corners = (
                Corner.TOP_RIGHT.value,
                Corner.TOP_LEFT.value,
                Corner.BOTTOM_RIGHT.value,
                Corner.BOTTOM_LEFT.value,
            )
        round_corners = tuple(Corner.coerce(rc) for rc in round_corners)

        if Corner.TOP_RIGHT in round_corners:
            self.arc(coor_x[0], coor_y[0], 2 * r, 180, 270, style=style)
            point_1 = (x + r, y)
            point_8 = (x, y + r)

        if Corner.TOP_LEFT in round_corners:
            self.arc(coor_x[1] - 2 * r, coor_y[1], 2 * r, 270, 0, style=style)
            point_2 = (x + w - r, y)
            point_3 = (x + w, y + r)

        if Corner.BOTTOM_LEFT in round_corners:
            self.arc(coor_x[3] - 2 * r, coor_y[3] - 2 * r, 2 * r, 0, 90, style=style)
            point_4 = (x + w, y + h - r)
            point_5 = (x + w - r, y + h)

        if Corner.BOTTOM_RIGHT in round_corners:
            self.arc(coor_x[2], coor_y[2] - 2 * r, 2 * r, 90, 180, style=style)
            point_6 = (x + r, y + h)
            point_7 = (x, y + h - r)

        if style.is_fill:
            self.polyline(
                [
                    point_1,
                    point_2,
                    point_3,
                    point_4,
                    point_5,
                    point_6,
                    point_7,
                    point_8,
                    point_1,
                ],
                style="F",
            )

        if style.is_draw:
            self.line(point_1[0], point_1[1], point_2[0], point_2[1])
            self.line(point_3[0], point_3[1], point_4[0], point_4[1])
            self.line(point_5[0], point_5[1], point_6[0], point_6[1])
            self.line(point_7[0], point_7[1], point_8[0], point_8[1])

    @check_page
    def ellipse(self, x, y, w, h, style=None):
        """
        Outputs an ellipse.
        It can be drawn (border only), filled (with no border) or both.

        Args:
            x (float): Abscissa of upper-left bounding box.
            y (float): Ordinate of upper-left bounding box.
            w (float): Width
            h (float): Height
            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Possible values are:

            * `D` or empty string: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        style = RenderStyle.coerce(style)
        self._draw_ellipse(x, y, w, h, style.operator)

    def _draw_ellipse(self, x, y, w, h, operator):
        cx = x + w / 2
        cy = y + h / 2
        rx = w / 2
        ry = h / 2

        lx = 4 / 3 * (math.sqrt(2) - 1) * rx
        ly = 4 / 3 * (math.sqrt(2) - 1) * ry

        self._out(
            (
                f"{(cx + rx) * self.k:.2f} {(self.h - cy) * self.k:.2f} m "
                f"{(cx + rx) * self.k:.2f} {(self.h - cy + ly) * self.k:.2f} "
                f"{(cx + lx) * self.k:.2f} {(self.h - cy + ry) * self.k:.2f} "
                f"{cx * self.k:.2f} {(self.h - cy + ry) * self.k:.2f} c"
            )
        )
        self._out(
            (
                f"{(cx - lx) * self.k:.2f} {(self.h - cy + ry) * self.k:.2f} "
                f"{(cx - rx) * self.k:.2f} {(self.h - cy + ly) * self.k:.2f} "
                f"{(cx - rx) * self.k:.2f} {(self.h - cy) * self.k:.2f} c"
            )
        )
        self._out(
            (
                f"{(cx - rx) * self.k:.2f} {(self.h - cy - ly) * self.k:.2f} "
                f"{(cx - lx) * self.k:.2f} {(self.h - cy - ry) * self.k:.2f} "
                f"{cx * self.k:.2f} {(self.h - cy - ry) * self.k:.2f} c"
            )
        )
        self._out(
            (
                f"{(cx + lx) * self.k:.2f} {(self.h - cy - ry) * self.k:.2f} "
                f"{(cx + rx) * self.k:.2f} {(self.h - cy - ly) * self.k:.2f} "
                f"{(cx + rx) * self.k:.2f} {(self.h - cy) * self.k:.2f} c {operator}"
            )
        )

    @check_page
    def circle(self, x, y, r, style=None):
        """
        Outputs a circle.
        It can be drawn (border only), filled (with no border) or both.

        Args:
            x (float): Abscissa of upper-left bounding box.
            y (float): Ordinate of upper-left bounding box.
            r (float): Radius of the circle.
            style (str): Style of rendering. Possible values are:

            * `D` or None: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        self.ellipse(x, y, r, r, style)

    @check_page
    def regular_polygon(self, x, y, numSides, polyWidth, rotateDegrees=0, style=None):
        """
        Outputs a regular polygon with n sides
        It can be rotated
        Style can also be applied (fill, border...)

        Args:
            x (float): Abscissa of upper-left bounding box.
            y (float): Ordinate of upper-left bounding box.
            numSides (int): Number of sides for polygon.
            polyWidth (float): Width of the polygon.
            rotateDegrees (float): Optional degree amount to rotate polygon.
            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Possible values are:

            * `D` or None: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        radius = polyWidth / 2
        centerX = x + radius
        centerY = y - radius
        # center point is (centerX, centerY)
        points = []
        for i in range(1, numSides + 1):
            point = centerX + radius * math.cos(
                math.radians((360 / numSides) * i) + math.radians(rotateDegrees)
            ), centerY + radius * math.sin(
                math.radians((360 / numSides) * i) + math.radians(rotateDegrees)
            )
            points.append(point)
        # creates list of touples containing cordinate points of vertices

        self.polygon(points, style=style)
        # passes points through polygon function

    @check_page
    def star(self, x, y, r_in, r_out, corners, rotate_degrees=0, style=None):
        """
        Outputs a regular star with n corners.
        It can be rotated.
        It can be drawn (border only), filled (with no border) or both.

        Args:
            x (float): Abscissa of star's centre.
            y (float): Ordinate of star's centre.
            r_in (float): radius of internal circle.
            r_out (float): radius of external circle.
            corners (int): number of star's corners.
            rotate_degrees (float): Optional degree amount to rotate star clockwise.

            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Possible values are:
            * `D`: draw border. This is the default value.
            * `F`: fill.
            * `DF` or `FD`: draw and fill.
        """
        th = math.radians(rotate_degrees)
        point_list = []
        for i in range(0, (corners * 2) + 1):
            corner_x = x + (r_out if i % 2 == 0 else r_in) * math.sin(th)
            corner_y = y + (r_out if i % 2 == 0 else r_in) * math.cos(th)
            point_list.append((corner_x, corner_y))

            th += math.radians(180 / corners)

        self.polyline(point_list, polygon=True, style=style)

    @check_page
    def arc(
        self,
        x,
        y,
        a,
        start_angle,
        end_angle,
        b=None,
        inclination=0,
        clockwise=False,
        start_from_center=False,
        end_at_center=False,
        style=None,
    ):
        """
        Outputs an arc.
        It can be drawn (border only), filled (with no border) or both.

        Args:
            a (float): Semi-major axis diameter.
            b (float): Semi-minor axis diameter, if None, equals to a (default: None).
            start_angle (float): Start angle of the arc (in degrees).
            end_angle (float): End angle of the arc (in degrees).
            inclination (float): Inclination of the arc in respect of the x-axis (default: 0).
            clockwise (bool): Way of drawing the arc (True: clockwise, False: counterclockwise) (default: False).
            start_from_center (bool): Start drawing from the center of the circle (default: False).
            end_at_center (bool): End drawing at the center of the circle (default: False).
            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Allowed values are:

            * `D` or None: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        style = RenderStyle.coerce(style)

        if b is None:
            b = a

        a /= 2
        b /= 2

        cx = x + a
        cy = y + b

        # Functions used only to construct other points of the bezier curve
        def deg_to_rad(deg):
            return deg * math.pi / 180

        def angle_to_param(angle):
            angle = deg_to_rad(angle % 360)
            eta = math.atan2(math.sin(angle) / b, math.cos(angle) / a)

            if eta < 0:
                eta += 2 * math.pi
            return eta

        theta = deg_to_rad(inclination)
        cos_theta = math.cos(theta)
        sin_theta = math.sin(theta)

        def evaluate(eta):
            a_cos_eta = a * math.cos(eta)
            b_sin_eta = b * math.sin(eta)

            return [
                cx + a_cos_eta * cos_theta - b_sin_eta * sin_theta,
                cy + a_cos_eta * sin_theta + b_sin_eta * cos_theta,
            ]

        def derivative_evaluate(eta):
            a_sin_eta = a * math.sin(eta)
            b_cos_eta = b * math.cos(eta)

            return [
                -a_sin_eta * cos_theta - b_cos_eta * sin_theta,
                -a_sin_eta * sin_theta + b_cos_eta * cos_theta,
            ]

        # Calculating start_eta and end_eta so that
        #   start_eta < end_eta   <= start_eta + 2*PI if counterclockwise
        #   end_eta   < start_eta <= end_eta + 2*PI   if clockwise
        start_eta = angle_to_param(start_angle)
        end_eta = angle_to_param(end_angle)

        if not clockwise and end_eta <= start_eta:
            end_eta += 2 * math.pi
        elif clockwise and end_eta >= start_eta:
            start_eta += 2 * math.pi

        start_point = evaluate(start_eta)

        # Move to the start point
        if start_from_center:
            self._out(f"{cx * self.k:.2f} {(self.h - cy) * self.k:.2f} m")
            self._out(
                f"{start_point[0] * self.k:.2f} {(self.h - start_point[1]) * self.k:.2f} l"
            )
        else:
            self._out(
                f"{start_point[0] * self.k:.2f} {(self.h - start_point[1]) * self.k:.2f} m"
            )

        # Number of curves to use, maximal segment angle is 2*PI/max_curves
        max_curves = 4
        n = min(
            max_curves, math.ceil(abs(end_eta - start_eta) / (2 * math.pi / max_curves))
        )
        d_eta = (end_eta - start_eta) / n

        alpha = math.sin(d_eta) * (math.sqrt(4 + 3 * math.tan(d_eta / 2) ** 2) - 1) / 3

        eta2 = start_eta
        p2 = evaluate(eta2)
        p2_prime = derivative_evaluate(eta2)

        for i in range(n):
            p1 = p2
            p1_prime = p2_prime

            eta2 += d_eta
            p2 = evaluate(eta2)
            p2_prime = derivative_evaluate(eta2)

            control_point_1 = [p1[0] + alpha * p1_prime[0], p1[1] + alpha * p1_prime[1]]
            control_point_2 = [p2[0] - alpha * p2_prime[0], p2[1] - alpha * p2_prime[1]]

            end = ""
            if i == n - 1 and not end_at_center:
                end = f" {style.operator}"

            self._out(
                (
                    f"{control_point_1[0] * self.k:.2f} {(self.h - control_point_1[1]) * self.k:.2f} "
                    f"{control_point_2[0] * self.k:.2f} {(self.h - control_point_2[1]) * self.k:.2f} "
                    f"{p2[0] * self.k:.2f} {(self.h - p2[1]) * self.k:.2f} c" + end
                )
            )

        if end_at_center:
            if start_from_center:
                self._out(f"h {style.operator}")
            else:
                self._out(
                    f"{cx * self.k:.2f} {(self.h - cy) * self.k:.2f} l {style.operator}"
                )

    def solid_arc(
        self,
        x,
        y,
        a,
        start_angle,
        end_angle,
        b=None,
        inclination=0,
        clockwise=False,
        style=None,
    ):
        """
        Outputs a solid arc. A solid arc combines an arc and a triangle to form a pie slice
        It can be drawn (border only), filled (with no border) or both.

        Args:
            x (float): Abscissa of upper-left bounding box.
            y (float): Ordinate of upper-left bounding box.
            a (float): Semi-major axis.
            b (float): Semi-minor axis, if None, equals to a (default: None).
            start_angle (float): Start angle of the arc (in degrees).
            end_angle (float): End angle of the arc (in degrees).
            inclination (float): Inclination of the arc in respect of the x-axis (default: 0).
            clockwise (bool): Way of drawing the arc (True: clockwise, False: counterclockwise) (default: False).
            style (str): Style of rendering. Possible values are:

            * `D` or None: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        self.arc(
            x,
            y,
            a,
            start_angle,
            end_angle,
            b,
            inclination,
            clockwise,
            True,
            True,
            style,
        )

    def bezier(self, point_list, closed=False, style=None):
        """
        Outputs a quadratic or cubic Bézier curve, defined by three or four coordinates.

        Args:
            point_list (list of tuples): List of Abscissa and Ordinate of
                                        segments that should be drawn. Should be
                                        three or four tuples. The first and last
                                        points are the start and end point. The
                                        middle point(s) are the control point(s).
            closed (bool): True to draw the curve as a closed path, False (default)
                                        for it to be drawn as an open path.
            style (fpdf.enums.RenderStyle, str): Optional style of rendering. Allowed values are:
            * `D` or None: draw border. This is the default value.
            * `F`: fill
            * `DF` or `FD`: draw and fill
        """
        points = len(point_list)
        if points not in (3, 4):
            raise ValueError(
                "point_list should contain 3 tuples for a quadratic curve"
                " or 4 tuples for a cubic curve."
            )
        style = RenderStyle.coerce(style)

        # QuadraticBezierCurve and BezierCurve make use of `initial_point` when instantiated.
        # If we want to define all 3 (quad.) or 4 (cubic) points, we can set `initial_point`
        # to be the first point given in `point_list` by creating a separate dummy path at that pos.
        with self.drawing_context() as ctxt:
            p1 = point_list[0]
            x1, y1 = p1[0], p1[1]

            dummy_path = PaintedPath(x1, y1)
            ctxt.add_item(dummy_path)

            p2 = point_list[1]
            x2, y2 = p2[0], p2[1]

            p3 = point_list[2]
            x3, y3 = p3[0], p3[1]

            if points == 4:
                p4 = point_list[3]
                x4, y4 = p4[0], p4[1]

            path = PaintedPath(x1, y1)

            # Translate enum style (RenderStyle) into rule (PathPaintRule)
            rule = PathPaintRule.STROKE_FILL_NONZERO
            if style.is_draw and not style.is_fill:
                rule = PathPaintRule.STROKE
            elif style.is_fill and not style.is_draw:
                rule = PathPaintRule.FILL_NONZERO

            path.style.paint_rule = rule
            path.style.auto_close = closed

            if points == 4:
                path.curve_to(x2, y2, x3, y3, x4, y4)
            elif points == 3:
                path.curve_to(x2, y2, x2, y2, x3, y3)

            ctxt.add_item(path)

    def add_font(self, family=None, style="", fname=None, uni="DEPRECATED"):
        """
        Imports a TrueType or OpenType font and makes it available
        for later calls to the `FPDF.set_font()` method.

        You will find more information on the "Unicode" documentation page.

        Args:
            family (str): optional name of the font family. Used as a reference for `FPDF.set_font()`.
                If not provided, use the base name of the `fname` font path, without extension.
            style (str): font style. "B" for bold, "I" for italic.
            fname (str): font file name. You can specify a relative or full path.
                If the file is not found, it will be searched in `FPDF_FONT_DIR`.
            uni (bool): [**DEPRECATED since 2.5.1**] unused
        """
        if not fname:
            raise ValueError('"fname" parameter is required')

        ext = splitext(str(fname))[1].lower()
        if ext not in (".otf", ".otc", ".ttf", ".ttc"):
            raise ValueError(
                f"Unsupported font file extension: {ext}."
                " add_font() used to accept .pkl file as input, but for security reasons"
                " this feature is deprecated since v2.5.1 and has been removed in v2.5.3."
            )

        if uni != "DEPRECATED":
            warnings.warn(
                (
                    '"uni" parameter is deprecated since v2.5.1, '
                    "unused and will soon be removed"
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )

        style = "".join(sorted(style.upper()))
        if any(letter not in "BI" for letter in style):
            raise ValueError(
                f"Unknown style provided (only B & I letters are allowed): {style}"
            )

        for parent in (".", FPDF_FONT_DIR):
            if not parent:
                continue

            if (Path(parent) / fname).exists():
                font_file_path = Path(parent) / fname
                break
        else:
            raise FileNotFoundError(f"TTF Font file not found: {fname}")

        if family is None:
            family = font_file_path.stem

        fontkey = f"{family.lower()}{style}"
        # Check if font already added or one of the core fonts
        if fontkey in self.fonts or fontkey in CORE_FONTS:
            warnings.warn(
                f"Core font or font already added '{fontkey}': doing nothing",
                stacklevel=get_stack_level(),
            )
            return

        self.fonts[fontkey] = TTFFont(self, font_file_path, fontkey, style)

    def set_font(self, family=None, style="", size=0):
        """
        Sets the font used to print character strings.
        It is mandatory to call this method at least once before printing text.

        Default encoding is not specified, but all text writing methods accept only
        unicode for external fonts and one byte encoding for standard.

        Standard fonts use `Latin-1` encoding by default, but Windows
        encoding `cp1252` (Western Europe) can be used with
        `self.core_fonts_encoding = encoding`.

        The font specified is retained from page to page.
        The method can be called before the first page is created.

        Args:
            family (str): name of a font added with `FPDF.add_font`,
                or name of one of the 14 standard "PostScript" fonts:
                Courier (fixed-width), Helvetica (sans serif), Times (serif),
                Symbol (symbolic) or ZapfDingbats (symbolic)
                If an empty string is provided, the current family is retained.
            style (str): empty string (by default) or a combination
                of one or several letters among B (bold), I (italic) and U (underline).
                Bold and italic styles do not apply to Symbol and ZapfDingbats fonts.
            size (float): in points. The default value is the current size.
        """
        if not family:
            family = self.font_family

        family = family.lower()
        style = "".join(sorted(style.upper()))
        if any(letter not in "BIU" for letter in style):
            raise ValueError(
                f"Unknown style provided (only B/I/U letters are allowed): {style}"
            )
        if "U" in style:
            self.underline = True
            style = style.replace("U", "")
        else:
            self.underline = False

        if family in self.font_aliases and family + style not in self.fonts:
            warnings.warn(
                f"Substituting font {family} by core font {self.font_aliases[family]}"
                " - This is deprecated since v2.7.8, and will soon be removed",
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )
            family = self.font_aliases[family]
        elif family in ("symbol", "zapfdingbats") and style:
            warnings.warn(
                f"Built-in font {family} only has a single 'style' "
                "and can't be bold or italic",
                stacklevel=get_stack_level(),
            )
            style = ""

        if not size:
            size = self.font_size_pt

        # Test if font is already selected
        if (
            self.font_family == family
            and self.font_style == style
            and isclose(self.font_size_pt, size)
        ):
            return

        # Test if used for the first time
        fontkey = family + style
        if fontkey not in self.fonts:
            if fontkey not in CORE_FONTS:
                raise FPDFException(
                    f"Undefined font: {fontkey} - "
                    f"Use built-in fonts or FPDF.add_font() beforehand"
                )
            # If it's one of the core fonts, add it to self.fonts
            self.fonts[fontkey] = CoreFont(self, fontkey, style)

        # Select it
        self.font_family = family
        self.font_style = style
        self.font_size_pt = size
        self.current_font = self.fonts[fontkey]
        if self.page > 0:
            self._out(f"BT /F{self.current_font.i} {self.font_size_pt:.2f} Tf ET")
            self.fonts_used_per_page_number[self.page].add(self.current_font.i)

    def set_font_size(self, size):
        """
        Configure the font size in points

        Args:
            size (float): font size in points
        """
        if isclose(self.font_size_pt, size):
            return
        self.font_size_pt = size
        if self.page > 0:
            if not self.current_font:
                raise FPDFException(
                    "Cannot set font size: a font must be selected first"
                )
            self._out(f"BT /F{self.current_font.i} {self.font_size_pt:.2f} Tf ET")
            self.fonts_used_per_page_number[self.page].add(self.current_font.i)

    def set_char_spacing(self, spacing):
        """
        Sets horizontal character spacing.
        A positive value increases the space between characters, a negative value
        reduces it (which may result in glyph overlap).
        By default, no spacing is set (which is equivalent to a value of 0).

        Args:
            spacing (float): horizontal spacing in document units
        """
        if self.char_spacing == spacing:
            return
        self.char_spacing = spacing
        if self.page > 0:
            self._out(f"BT {spacing:.2f} Tc ET")

    def set_stretching(self, stretching):
        """
        Sets horizontal font stretching.
        By default, no stretching is set (which is equivalent to a value of 100).

        Args:
            stretching (float): horizontal stretching (scaling) in percents.
        """
        if self.font_stretching == stretching:
            return
        self.font_stretching = stretching
        if self.page > 0:
            self._out(f"BT {stretching:.2f} Tz ET")

    def set_fallback_fonts(self, fallback_fonts, exact_match=True):
        """
        Allows you to specify a list of fonts to be used if any character is not available on the font currently set.
        Detailed documentation: https://py-pdf.github.io/fpdf2/Unicode.html#fallback-fonts

        Args:
            fallback_fonts: sequence of fallback font IDs
            exact_match (bool): when a glyph cannot be rendered uing the current font,
                fpdf2 will look for a fallback font matching the current character emphasis (bold/italics).
                If it does not find such matching font, and `exact_match` is True, no fallback font will be used.
                If it does not find such matching font, and `exact_match` is False, a fallback font will still be used.
                To get even more control over this logic, you can also override `FPDF.get_fallback_font()`
        """
        fallback_font_ids = []
        for fallback_font in fallback_fonts:
            found = False
            for fontkey in self.fonts:
                # will add all font styles on the same family
                if fontkey.replace("B", "").replace("I", "") == fallback_font.lower():
                    fallback_font_ids.append(fontkey)
                    found = True
            if not found:
                raise FPDFException(
                    f"Undefined fallback font: {fallback_font} - Use FPDF.add_font() beforehand"
                )
        self._fallback_font_ids = tuple(fallback_font_ids)
        self._fallback_font_exact_match = exact_match

    def add_link(self, y=0, x=0, page=-1, zoom="null"):
        """
        Creates a new internal link and returns its identifier.
        An internal link is a clickable area which directs to another place within the document.

        The identifier can then be passed to the `FPDF.cell()`, `FPDF.write()`, `FPDF.image()`
        or `FPDF.link()` methods.

        Args:
            y (float): optional ordinate of target position.
                The default value is 0 (top of page).
            x (float): optional abscissa of target position.
                The default value is 0 (top of page).
            page (int): optional number of target page.
                -1 indicates the current page, which is the default value.
            zoom (float): optional new zoom level after following the link.
                Currently ignored by Sumatra PDF Reader, but observed by Adobe Acrobat reader.
        """
        link = DestinationXYZ(
            self.page if page == -1 else page,
            top=self.h_pt - y * self.k,
            left=x * self.k,
            zoom=zoom,
        )
        link_index = len(self.links) + 1
        self.links[link_index] = link
        return link_index

    def set_link(self, link, y=0, x=0, page=-1, zoom="null"):
        """
        Defines the page and position a link points to.

        Args:
            link (int): a link identifier returned by `FPDF.add_link()`.
            y (float): optional ordinate of target position.
                The default value is 0 (top of page).
            x (float): optional abscissa of target position.
                The default value is 0 (top of page).
            page (int): optional number of target page.
                -1 indicates the current page, which is the default value.
            zoom (float): optional new zoom level after following the link.
                Currently ignored by Sumatra PDF Reader, but observed by Adobe Acrobat reader.
        """
        # We must take care to update the existing DestinationXYZ,
        # and NOT re-assign self.links[link] to a new instance,
        # as a reference to self.links[link] is kept in self.pages[].annots:
        link = self.links[link]
        link.page_number = self.page if page == -1 else page
        link.top = self.h_pt - y * self.k
        link.left = x * self.k
        link.zoom = zoom

    @check_page
    def link(self, x, y, w, h, link, alt_text=None, border_width=0):
        """
        Puts a link annotation on a rectangular area of the page.
        Text or image links are generally put via `FPDF.cell`,
        `FPDF.write` or `FPDF.image`,
        but this method can be useful for instance to define a clickable area inside an image.

        Args:
            x (float): horizontal position (from the left) to the left side of the link rectangle
            y (float): vertical position (from the top) to the bottom side of the link rectangle
            w (float): width of the link rectangle
            h (float): height of the link rectangle
            link: either an URL or an integer returned by `FPDF.add_link`, defining an internal link to a page
            alt_text (str): optional textual description of the link, for accessibility purposes
            border_width (int): thickness of an optional black border surrounding the link.
                Not all PDF readers honor this: Acrobat renders it but not Sumatra.
        """
        action, dest = None, None
        if link:
            if isinstance(link, str):
                action = URIAction(link)
            else:  # Dest type ending of annotation entry
                assert (
                    link in self.links
                ), f"Link with an invalid index: {link} (doc #links={len(self.links)})"
                dest = self.links[link]
                if not dest.page_number:
                    raise ValueError(
                        f"Cannot insert link {link} with no page number assigned"
                    )
        link_annot = AnnotationDict(
            "Link",
            x=x * self.k,
            y=self.h_pt - y * self.k,
            width=w * self.k,
            height=h * self.k,
            action=action,
            dest=dest,
            border_width=border_width,
        )
        self.pages[self.page].annots.append(link_annot)
        if alt_text is not None:
            # Note: the spec indicates that a /StructParent could be added **inside* this /Annot,
            # but tests with Adobe Acrobat Reader reveal that the page /StructParents inserted below
            # is enough to link the marked content in the hierarchy tree with this annotation link.
            self._add_marked_content(struct_type="/Link", alt_text=alt_text)
        return link_annot

    def embed_file(
        self,
        file_path=None,
        bytes=None,
        basename=None,
        modification_date=None,
        **kwargs,
    ):
        """
        Embed a file into the PDF document

        Args:
            file_path (str or Path): filesystem path to the existing file to embed
            bytes (bytes): optional, as an alternative to file_path, bytes content of the file to embed
            basename (str): optional, required if bytes is provided, file base name
            creation_date (datetime): date and time when the file was created
            modification_date (datetime): date and time when the file was last modified
            desc (str): optional description of the file
            compress (bool): enabled zlib compression of the file - False by default
            checksum (bool): insert a MD5 checksum of the file content - False by default

        Returns: a PDFEmbeddedFile instance, with a .basename string attribute representing the internal file name
        """
        if file_path:
            if bytes:
                raise ValueError("'bytes' cannot be provided with 'file_path'")
            if basename:
                raise ValueError("'basename' cannot be provided with 'file_path'")
            file_path = Path(file_path)
            with file_path.open("rb") as input_file:
                bytes = input_file.read()
            basename = file_path.name
            stats = file_path.stat()
            if modification_date is None:
                modification_date = datetime.fromtimestamp(stats.st_mtime).astimezone()
        else:
            if not bytes:
                raise ValueError("'bytes' is required if 'file_path' is not provided")
            if not basename:
                raise ValueError(
                    "'basename' is required if 'file_path' is not provided"
                )
        already_embedded_basenames = set(
            file.basename() for file in self.embedded_files
        )
        if basename in already_embedded_basenames:
            raise ValueError(f"{basename} has already been embedded in this file")
        embedded_file = PDFEmbeddedFile(
            basename=basename,
            contents=bytes,
            modification_date=modification_date,
            **kwargs,
        )
        self.embedded_files.append(embedded_file)
        self._set_min_pdf_version("1.4")
        return embedded_file

    @check_page
    def file_attachment_annotation(
        self, file_path, x, y, w=1, h=1, name=None, flags=DEFAULT_ANNOT_FLAGS, **kwargs
    ):
        """
        Puts a file attachment annotation on a rectangular area of the page.

        Args:
            file_path (str or Path): filesystem path to the existing file to embed
            x (float): horizontal position (from the left) to the left side of the link rectangle
            y (float): vertical position (from the top) to the bottom side of the link rectangle
            w (float): optional width of the link rectangle
            h (float): optional height of the link rectangle
            name (fpdf.enums.FileAttachmentAnnotationName, str): optional icon that shall be used in displaying the annotation
            flags (Tuple[fpdf.enums.AnnotationFlag], Tuple[str]): optional list of flags defining annotation properties
            bytes (bytes): optional, as an alternative to file_path, bytes content of the file to embed
            basename (str): optional, required if bytes is provided, file base name
            creation_date (datetime): date and time when the file was created
            modification_date (datetime): date and time when the file was last modified
            desc (str): optional description of the file
            compress (bool): enabled zlib compression of the file - False by default
            checksum (bool): insert a MD5 checksum of the file content - False by default
        """
        embedded_file = self.embed_file(file_path, **kwargs)
        embedded_file.set_globally_enclosed(False)
        annotation = AnnotationDict(
            "FileAttachment",
            x * self.k,
            self.h_pt - y * self.k,
            w * self.k,
            h * self.k,
            file_spec=embedded_file.file_spec(),
            name=FileAttachmentAnnotationName.coerce(name) if name else None,
            flags=tuple(AnnotationFlag.coerce(flag) for flag in flags),
        )
        self.pages[self.page].annots.append(annotation)
        return annotation

    @check_page
    def text_annotation(
        self, x, y, text, w=1, h=1, name=None, flags=DEFAULT_ANNOT_FLAGS
    ):
        """
        Puts a text annotation on a rectangular area of the page.

        Args:
            x (float): horizontal position (from the left) to the left side of the link rectangle
            y (float): vertical position (from the top) to the bottom side of the link rectangle
            text (str): text to display
            w (float): optional width of the link rectangle
            h (float): optional height of the link rectangle
            name (fpdf.enums.AnnotationName, str): optional icon that shall be used in displaying the annotation
            flags (Tuple[fpdf.enums.AnnotationFlag], Tuple[str]): optional list of flags defining annotation properties
        """
        annotation = AnnotationDict(
            "Text",
            x * self.k,
            self.h_pt - y * self.k,
            w * self.k,
            h * self.k,
            contents=text,
            name=AnnotationName.coerce(name) if name else None,
            flags=tuple(AnnotationFlag.coerce(flag) for flag in flags),
        )
        self.pages[self.page].annots.append(annotation)
        return annotation

    @check_page
    def free_text_annotation(
        self,
        text,
        x=None,
        y=None,
        w=None,
        h=None,
        flags=DEFAULT_ANNOT_FLAGS,
    ):
        """
        Puts a free text annotation on a rectangular area of the page.

        Args:
            text (str): text to display
            x (float): optional horizontal position (from the left) to the left side of the link rectangle.
                Default value: None, meaning the current abscissa is used
            y (float): vertical position (from the top) to the bottom side of the link rectangle.
                Default value: None, meaning the current ordinate is used
            w (float): optional width of the link rectangle. Default value: None, meaning the length of text in user unit
            h (float): optional height of the link rectangle. Default value: None, meaning an height equal
                to the current font size
            flags (Tuple[fpdf.enums.AnnotationFlag], Tuple[str]): optional list of flags defining annotation properties
        """
        if not self.font_family:
            raise FPDFException("No font set, you need to call set_font() beforehand")
        if x is None:
            x = self.x
        if y is None:
            y = self.y
        if h is None:
            h = self.font_size
        if w is None:
            w = self.get_string_width(text, normalized=True, markdown=False)

        annotation = AnnotationDict(
            "FreeText",
            x * self.k,
            self.h_pt - y * self.k,
            w * self.k,
            h * self.k,
            contents=text,
            flags=tuple(AnnotationFlag.coerce(flag) for flag in flags),
            default_appearance=f"({self.draw_color.serialize()} /F{self.current_font.i} {self.font_size_pt:.2f} Tf)",
        )
        self.fonts_used_per_page_number[self.page].add(self.current_font.i)
        self.pages[self.page].annots.append(annotation)
        return annotation

    @check_page
    def add_action(self, action, x, y, w, h):
        """
        Puts an Action annotation on a rectangular area of the page.

        Args:
            action (fpdf.actions.Action): the action to add
            x (float): horizontal position (from the left) to the left side of the link rectangle
            y (float): vertical position (from the top) to the bottom side of the link rectangle
            w (float): width of the link rectangle
            h (float): height of the link rectangle
        """
        annotation = AnnotationDict(
            "Action",
            x * self.k,
            self.h_pt - y * self.k,
            w * self.k,
            h * self.k,
            action=action,
        )
        self.pages[self.page].annots.append(annotation)
        return annotation

    @contextmanager
    def highlight(
        self, text, title="", type="Highlight", color=(1, 1, 0), modification_time=None
    ):
        """
        Context manager that adds a single highlight annotation based on the text lines inserted
        inside its indented block.

        Args:
            text (str): text of the annotation
            title (str): the text label that shall be displayed in the title bar of the annotation’s
                pop-up window when open and active. This entry shall identify the user who added the annotation.
            type (fpdf.enums.TextMarkupType, str): "Highlight", "Underline", "Squiggly" or "StrikeOut".
            color (tuple): a tuple of numbers in the range 0.0 to 1.0, representing a colour used for
                the title bar of the annotation’s pop-up window. Defaults to yellow.
            modification_time (datetime): date and time when the annotation was most recently modified
        """
        if self._record_text_quad_points:
            raise FPDFException("highlight() cannot be nested")
        self._record_text_quad_points = True
        yield
        for page, quad_points in self._text_quad_points.items():
            self.add_text_markup_annotation(
                type,
                text,
                quad_points=quad_points,
                title=title,
                color=color,
                modification_time=modification_time,
                page=page,
            )
        self._text_quad_points = defaultdict(list)
        self._record_text_quad_points = False

    @contextmanager
    def add_highlight(self, *args, **kwargs):
        warnings.warn(
            "add_highlight() has been renamed to highlight() in v2.5.5.",
            DeprecationWarning,
            stacklevel=get_stack_level(),
        )
        with self.highlight(*args, **kwargs):
            yield

    @check_page
    def add_text_markup_annotation(
        self,
        type,
        text,
        quad_points,
        title="",
        color=(1, 1, 0),
        modification_time=None,
        page=None,
    ):
        """
        Adds a text markup annotation on some quadrilateral areas of the page.

        Args:
            type (fpdf.enums.TextMarkupType, str): "Highlight", "Underline", "Squiggly" or "StrikeOut"
            text (str): text of the annotation
            quad_points (tuple): array of 8 × n numbers specifying the coordinates of n quadrilaterals
                in default user space that comprise the region in which the link should be activated.
                The coordinates for each quadrilateral are given in the order: x1 y1 x2 y2 x3 y3 x4 y4
                specifying the four vertices of the quadrilateral in counterclockwise order
            title (str): the text label that shall be displayed in the title bar of the annotation’s
                pop-up window when open and active. This entry shall identify the user who added the annotation.
            color (tuple): a tuple of numbers in the range 0.0 to 1.0, representing a colour used for
                the title bar of the annotation’s pop-up window. Defaults to yellow.
            modification_time (datetime): date and time when the annotation was most recently modified
            page (int): index of the page where this annotation is added
        """
        self._set_min_pdf_version("1.6")
        type = TextMarkupType.coerce(type).value
        if modification_time is None:
            modification_time = self.creation_date
        if page is None:
            page = self.page
        x_min = min(quad_points[0::2])
        y_min = min(quad_points[1::2])
        x_max = max(quad_points[0::2])
        y_max = max(quad_points[1::2])
        annotation = AnnotationDict(
            type,
            contents=text,
            x=y_min,
            y=y_max,
            width=x_max - x_min,
            height=y_max - y_min,
            color=color,
            modification_time=modification_time,
            title=title,
            quad_points=quad_points,
        )
        self.pages[page].annots.append(annotation)
        return annotation

    @check_page
    def ink_annotation(
        self, coords, contents="", title="", color=(1, 1, 0), border_width=1
    ):
        """
        Adds add an ink annotation on the page.

        Args:
            coords (tuple): an iterable of coordinates (pairs of numbers) defining a path
            contents (str): textual description
            title (str): the text label that shall be displayed in the title bar of the annotation’s
                pop-up window when open and active. This entry shall identify the user who added the annotation.
            color (tuple): a tuple of numbers in the range 0.0 to 1.0, representing a colour used for
                the title bar of the annotation’s pop-up window. Defaults to yellow.
            border_width (int): thickness of the path stroke.
        """
        ink_list = sum(((x * self.k, (self.h - y) * self.k) for (x, y) in coords), ())
        x_min = min(ink_list[0::2])
        y_min = min(ink_list[1::2])
        x_max = max(ink_list[0::2])
        y_max = max(ink_list[1::2])
        annotation = AnnotationDict(
            "Ink",
            x=y_min,
            y=y_max,
            width=x_max - x_min,
            height=y_max - y_min,
            ink_list=ink_list,
            color=color,
            border_width=border_width,
            contents=contents,
            title=title,
        )
        self.pages[self.page].annots.append(annotation)
        return annotation

    @check_page
    @support_deprecated_txt_arg
    def text(self, x, y, text=""):
        """
        Prints a character string. The origin is on the left of the first character,
        on the baseline. This method allows placing a string precisely on the page,
        but it is usually easier to use the `FPDF.cell()`, `FPDF.multi_cell() or `FPDF.write()` methods.

        Args:
            x (float): abscissa of the origin
            y (float): ordinate of the origin
            text (str): string to print
            txt (str): [**DEPRECATED since v2.7.6**] string to print
        """
        if not self.font_family:
            raise FPDFException("No font set, you need to call set_font() beforehand")
        text = self.normalize_text(text)
        sl = [f"BT {x * self.k:.2f} {(self.h - y) * self.k:.2f} Td"]
        if self.text_mode != TextMode.FILL:
            sl.append(f" {self.text_mode} Tr {self.line_width:.2f} w")
        sl.append(f"{self.current_font.encode_text(text)} ET")
        self.fonts_used_per_page_number[self.page].add(self.current_font.i)
        if (self.underline and text != "") or self._record_text_quad_points:
            w = self.get_string_width(text, normalized=True, markdown=False)
            if self.underline and text != "":
                sl.append(self._do_underline(x, y, w))
            if self._record_text_quad_points:
                h = self.font_size
                y -= 0.8 * h  # same coefficient as in _render_styled_text_line()
                self._add_quad_points(x, y, w, h)
        attr_l = []
        if self.fill_color != self.text_color:
            attr_l.append(f"{self.text_color.serialize().lower()}")
        if attr_l:
            sl = ["q"] + attr_l + sl + ["Q"]
        self._out(" ".join(sl))

    @check_page
    def rotate(self, angle, x=None, y=None):
        """
        .. deprecated:: 2.1.0
            Use `FPDF.rotation()` instead.
        """
        warnings.warn(
            (
                "rotate() can produces malformed PDFs and is deprecated since v2.1.0. "
                "It will be removed in a future release. "
                "Use the rotation() context manager instead."
            ),
            DeprecationWarning,
            stacklevel=get_stack_level(),
        )
        if x is None:
            x = self.x
        if y is None:
            y = self.y

        if self._angle != 0:
            self._out("Q")
        self._angle = angle
        if angle != 0:
            angle *= math.pi / 180
            c = math.cos(angle)
            s = math.sin(angle)
            cx = x * self.k
            cy = (self.h - y) * self.k
            s = (
                f"q {c:.5F} {s:.5F} {-s:.5F} {c:.5F} {cx:.2F} {cy:.2F} cm "
                f"1 0 0 1 {-cx:.2F} {-cy:.2F} cm"
            )
            self._out(s)

    @check_page
    @contextmanager
    def rotation(self, angle, x=None, y=None):
        """
        Method to perform a rotation around a given center.
        It must be used as a context-manager using `with`:

            with rotation(angle=90, x=x, y=y):
                pdf.something()

        The rotation affects all elements which are printed inside the indented
        context (with the exception of clickable areas).

        Args:
            angle (float): angle in degrees
            x (float): abscissa of the center of the rotation
            y (float): ordinate of the center of the rotation

        Notes
        -----

        Only the rendering is altered. The `FPDF.get_x()` and `FPDF.get_y()` methods are
        not affected, nor the automatic page break mechanism.
        The rotation also establishes a local graphics state, so that any
        graphics state settings changed within will not affect the operations
        invoked after it has finished.
        """
        if x is None:
            x = self.x
        if y is None:
            y = self.y
        angle *= math.pi / 180
        c, s = math.cos(angle), math.sin(angle)
        cx, cy = x * self.k, (self.h - y) * self.k
        with self.local_context():
            self._out(
                f"{c:.5F} {s:.5F} {-s:.5F} {c:.5F} {cx:.2F} {cy:.2F} cm "
                f"1 0 0 1 {-cx:.2F} {-cy:.2F} cm"
            )
            yield

    @check_page
    @contextmanager
    def skew(self, ax=0, ay=0, x=None, y=None):
        """
        Method to perform a skew transformation originating from a given center.
        It must be used as a context-manager using `with`:

            with skew(ax=15, ay=15, x=x, y=y):
                pdf.something()

        The skew transformation affects all elements which are printed inside the indented
        context (with the exception of clickable areas).

        Args:
            ax (float): angle of skew in the horizontal direction in degrees
            ay (float): angle of skew in the vertical direction in degrees
            x (float): abscissa of the center of the skew transformation
            y (float): ordinate of the center of the skew transformation
        """
        lim_val = 2**32
        if x is None:
            x = self.x
        if y is None:
            y = self.y
        ax = max(min(math.tan(ax * (math.pi / 180)), lim_val), -lim_val)
        ay = max(min(math.tan(ay * (math.pi / 180)), lim_val), -lim_val)
        cx, cy = x * self.k, (self.h - y) * self.k
        with self.local_context():
            self._out(
                f"1 {ay:.5f} {ax:.5f} 1 {cx:.2f} {cy:.2f} cm "
                f"1 0 0 1 -{cx:.2f} -{cy:.2f} cm"
            )
            yield

    @check_page
    @contextmanager
    def mirror(self, origin, angle):
        """
        Method to perform a reflection transformation over a given mirror line.
        It must be used as a context-manager using `with`:

            with mirror(origin=(15,15), angle="SOUTH"):
                pdf.something()

        The mirror transformation affects all elements which are rendered inside the indented
        context (with the exception of clickable areas).

        Args:
            origin (float, Sequence(float, float)): a point on the mirror line
            angle: (fpdf.enums.Angle): the direction of the mirror line
        """
        x, y = origin
        try:
            theta = Angle.coerce(angle).value
        except ValueError:
            theta = angle

        a = math.cos(math.radians(theta * 2))
        b = math.sin(math.radians(theta * 2))
        cx, cy = x * self.k, (self.h - y) * self.k

        with self.local_context():
            self._out(
                f"{a:.5f} {b:.5f} {b:.5f} {a*-1:.5f} {cx:.2f} {cy:.2f} cm "
                f"1 0 0 1 -{cx:.2f} -{cy:.2f} cm"
            )
            yield

    @check_page
    @contextmanager
    def local_context(self, **kwargs):
        """
        Creates a local graphics state, which won't affect the surrounding code.
        This method must be used as a context manager using `with`:

            with pdf.local_context():
                set_some_state()
                draw_some_stuff()

        The affected settings are those controlled by GraphicsStateMixin and drawing.GraphicsStyle:
            allow_transparency
            auto_close
            blend_mode
            char_vpos
            char_spacing
            dash_pattern
            denom_lift
            denom_scale
            draw_color
            fill_color
            fill_opacity
            font_family
            font_size
            font_size_pt
            font_style
            font_stretching
            intersection_rule
            line_width
            nom_lift
            nom_scale
            paint_rule
            stroke_cap_style
            stroke_join_style
            stroke_miter_limit
            stroke_opacity
            sub_lift
            sub_scale
            sup_lift
            sup_scale
            text_color
            text_mode
            text_shaping
            underline

        Args:
            **kwargs: key-values settings to set at the beggining of this context.
        """
        if self._in_unbreakable:
            raise FPDFException(
                "cannot create a local context inside an unbreakable() code block"
            )
        self._push_local_stack()
        self._start_local_context(**kwargs)
        yield
        self._end_local_context()
        self._pop_local_stack()

    def _start_local_context(
        self,
        font_family=None,
        font_style=None,
        font_size_pt=None,
        line_width=None,
        draw_color=None,
        fill_color=None,
        text_color=None,
        dash_pattern=None,
        **kwargs,
    ):
        """
        This method starts a "q/Q" context in the page content stream,
        and inserts operators in it to initialize all the PDF settings specified.
        """
        if "font_size" in kwargs:
            # At some point we may want to deprecate font_size here in favour of font_size_pt,
            # and raise a warning if font_size is provided:
            # * font_size_pt is more consistent with the size parameter of .set_font(), provided in points.
            # * font_size can be misused, as users may not be aware of the difference between the 2 properties,
            #   and may erroneously provide a value in points as font_size.
            if font_size_pt is not None:
                raise ValueError("font_size & font_size_pt cannot be both provided")
            font_size_pt = kwargs["font_size"] * self.k
            del kwargs["font_size"]
        gs = None
        for key, value in kwargs.items():
            if key in (
                "stroke_color",
                "stroke_dash_phase",
                "stroke_dash_pattern",
                "stroke_width",
            ):
                raise ValueError(
                    f"Unsupported setting: {key} - This can be controlled through dash_pattern / draw_color / line_width"
                )
            if key in GraphicsStyle.MERGE_PROPERTIES:
                if gs is None:
                    gs = GraphicsStyle()
                setattr(gs, key, value)
                if key == "blend_mode":
                    self._set_min_pdf_version("1.4")
            elif key in (
                "char_vpos",
                "char_spacing",
                "current_font",
                "denom_lift",
                "denom_scale",
                "font_stretching",
                "nom_lift",
                "nom_scale",
                "sub_lift",
                "sub_scale",
                "sup_lift",
                "sup_scale",
                "text_mode",
                "text_shaping",
                "underline",
            ):
                setattr(self, key, value)
            else:
                raise ValueError(f"Unsupported setting: {key}")
        if gs:
            gs_name = self._drawing_graphics_state_registry.register_style(gs)
            self.graphics_style_names_per_page_number[self.page].add(gs_name)
            self._out(f"q /{gs_name} gs")
        else:
            self._out("q")
        # All the following calls to .set*() methods invoke .out() and write to the stream buffer:
        if (
            font_family is not None
            or font_style is not None
            or font_size_pt is not None
        ):
            self.set_font(
                font_family or self.font_family,
                font_style or self.font_style,
                font_size_pt or self.font_size_pt,
            )
        if line_width is not None:
            self.set_line_width(line_width)
        if draw_color is not None:
            self.set_draw_color(draw_color)
        if fill_color is not None:
            self.set_fill_color(fill_color)
        if text_color is not None:
            self.set_text_color(text_color)
        if dash_pattern is not None:
            self.set_dash_pattern(**dash_pattern)

    def _end_local_context(self):
        """
        This method ends a "q/Q" context in the page content stream.
        """
        self._out("Q")

    @property
    def accept_page_break(self):
        """
        Whenever a page break condition is met, this method is called,
        and the break is issued or not depending on the returned value.

        The default implementation returns a value according to the mode selected by `FPDF.set_auto_page_break()`.
        This method is called automatically and should not be called directly by the application.
        """
        return self.auto_page_break

    @check_page
    @support_deprecated_txt_arg
    def cell(
        self,
        w=None,
        h=None,
        text="",
        border=0,
        ln="DEPRECATED",
        align=Align.L,
        fill=False,
        link="",
        center=False,
        markdown=False,
        new_x=XPos.RIGHT,
        new_y=YPos.TOP,
    ):
        """
        Prints a cell (rectangular area) with optional borders, background color and
        character string. The upper-left corner of the cell corresponds to the current
        position. The text can be aligned or centered. After the call, the current
        position moves to the selected `new_x`/`new_y` position. It is possible to put a link
        on the text. A cell has an horizontal padding, on the left & right sides, defined by
        the.c_margin property.

        If automatic page breaking is enabled and the cell goes beyond the limit, a
        page break is performed before outputting.

        Args:
            w (float): Cell width. Default value: None, meaning to fit text width.
                If 0, the cell extends up to the right margin.
            h (float): Cell height. Default value: None, meaning an height equal
                to the current font size.
            text (str): String to print. Default value: empty string.
            border: Indicates if borders must be drawn around the cell.
                The value can be either a number (`0`: no border ; `1`: frame)
                or a string containing some or all of the following characters
                (in any order):
                `L`: left ; `T`: top ; `R`: right ; `B`: bottom. Default value: 0.
            new_x (fpdf.enums.XPos, str): New current position in x after the call. Default: RIGHT
            new_y (fpdf.enums.YPos, str): New current position in y after the call. Default: TOP
            ln (int): **DEPRECATED since 2.5.1**: Use `new_x` and `new_y` instead.
            align (fpdf.enums.Align, str): Set text alignment inside the cell.
                Possible values are: `L` or empty string: left align (default value) ;
                `C`: center; `X`: center around current x position; `R`: right align
            fill (bool): Indicates if the cell background must be painted (`True`)
                or transparent (`False`). Default value: False.
            link (str): optional link to add on the cell, internal
                (identifier returned by `FPDF.add_link`) or external URL.
            center (bool): center the cell horizontally on the page.
            markdown (bool): enable minimal markdown-like markup to render part
                of text as bold / italics / underlined. Default to False.
            txt (str): [**DEPRECATED since v2.7.6**] String to print. Default value: empty string.

        Returns: a boolean indicating if page break was triggered
        """
        if not self.font_family:
            raise FPDFException("No font set, you need to call set_font() beforehand")
        if isinstance(w, str) or isinstance(h, str):
            raise ValueError(
                "Parameter 'w' and 'h' must be numbers, not strings."
                " You can omit them by passing string content with text="
            )
        if isinstance(border, int) and border not in (0, 1):
            warnings.warn(
                'Integer values for "border" parameter other than 1 are currently ignored',
                stacklevel=get_stack_level(),
            )
            border = 1
        new_x = XPos.coerce(new_x)
        new_y = YPos.coerce(new_y)
        align = Align.coerce(align)
        if align == Align.J:
            raise ValueError(
                "cell() only produces one text line, justified alignment is not possible"
            )
        if ln != "DEPRECATED":
            # For backwards compatibility, if "ln" is used we overwrite "new_[xy]".
            if ln == 0:
                new_x = XPos.RIGHT
                new_y = YPos.TOP
            elif ln == 1:
                new_x = XPos.LMARGIN
                new_y = YPos.NEXT
            elif ln == 2:
                new_x = XPos.LEFT
                new_y = YPos.NEXT
            else:
                raise ValueError(
                    f'Invalid value for parameter "ln" ({ln}),'
                    " must be an int between 0 and 2."
                )
            warnings.warn(
                (
                    'The parameter "ln" is deprecated since v2.5.2.'
                    f" Instead of ln={ln} use new_x=XPos.{new_x.name}, new_y=YPos.{new_y.name}."
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )
        # Font styles preloading must be performed before any call to FPDF.get_string_width:
        text = self.normalize_text(text)
        styled_txt_frags = (
            self._preload_bidirectional_text(text, markdown)
            if self.text_shaping
            else self._preload_font_styles(text, markdown)
        )
        return self._render_styled_text_line(
            TextLine(
                styled_txt_frags,
                text_width=0,
                number_of_spaces=0,
                align=Align.L if align == Align.J else align,
                height=h,
                max_width=w,
                trailing_nl=False,
            ),
            h,
            border,
            new_x=new_x,
            new_y=new_y,
            fill=fill,
            link=link,
            center=center,
        )

    def _render_styled_text_line(
        self,
        text_line: TextLine,
        h: float = None,
        border: Union[str, int] = 0,
        new_x: XPos = XPos.RIGHT,
        new_y: YPos = YPos.TOP,
        fill: bool = False,
        link: str = "",
        center: bool = False,
        padding: Padding = None,
    ):
        """
        Prints a cell (rectangular area) with optional borders, background color and
        character string. The upper-left corner of the cell corresponds to the current
        position. The text can be aligned, centered or justified. After the call, the
        current position moves to the requested new position. It is possible to put a
        link on the text.

        If automatic page breaking is enabled and the cell goes beyond the limit, a
        page break is performed before outputting.

        Args:
            text_line (TextLine instance): Contains the (possibly empty) tuple of
                fragments to render.
            h (float): Cell height. Default value: None, meaning an height equal
                to the current font size.
            border: Indicates if borders must be drawn around the cell.
                The value can be either a number (`0`: no border ; `1`: frame)
                or a string containing some or all of the following characters
                (in any order):
                `L`: left ; `T`: top ; `R`: right ; `B`: bottom. Default value: 0.
            new_x (fpdf.enums.XPos): New current position in x after the call.
            new_y (fpdf.enums.YPos): New current position in y after the call.
            fill (bool): Indicates if the cell background must be painted (`True`)
                or transparent (`False`). Default value: False.
            link (str): optional link to add on the cell, internal
                (identifier returned by `FPDF.add_link`) or external URL.
            center (bool): center the cell horizontally on the page.
            padding (Padding or None): optional padding to apply to the cell content.
                If padding for left and right is non-zero then c_margin is ignored.

        Returns: a boolean indicating if page break was triggered
        """
        if isinstance(border, int) and border not in (0, 1):
            warnings.warn(
                'Integer values for "border" parameter other than 1 are currently ignored',
                stacklevel=get_stack_level(),
            )
            border = 1
        elif isinstance(border, str) and set(border).issuperset("LTRB"):
            border = 1

        if padding is None:
            padding = Padding(0, 0, 0, 0)
        l_c_margin = r_c_margin = 0
        if padding.left == 0:
            l_c_margin = self.c_margin
        if padding.right == 0:
            r_c_margin = self.c_margin

        styled_txt_width = text_line.text_width
        if not styled_txt_width:
            for i, frag in enumerate(text_line.fragments):
                unscaled_width = frag.get_width(initial_cs=i != 0)
                styled_txt_width += unscaled_width

        w = text_line.max_width
        if w is None:
            if not text_line.fragments:
                raise ValueError(
                    "'text_line' must have fragments if 'text_line.text_width' is None"
                )
            w = styled_txt_width + l_c_margin + r_c_margin
        elif w == 0:
            w = self.w - self.r_margin - self.x
        if center:
            self.x = self.l_margin + (self.epw - w) / 2
        elif text_line.align == Align.X:
            self.x -= w / 2

        max_font_size = 0  # how much height we need to accomodate.
        # currently all font sizes within a line are vertically aligned on the baseline.
        fragments = text_line.get_ordered_fragments()
        for frag in fragments:
            if frag.font_size > max_font_size:
                max_font_size = frag.font_size
        if h is None:
            h = max_font_size
        page_break_triggered = self._perform_page_break_if_need_be(h)
        sl = []

        k = self.k

        # pre-calc border edges with padding

        left = (self.x - padding.left) * k
        right = (self.x + w + padding.right) * k
        top = (self.h - self.y + padding.top) * k
        bottom = (self.h - (self.y + h) - padding.bottom) * k

        if fill:
            op = "B" if border == 1 else "f"
            sl.append(f"{left:.2f} {top:.2f} {right-left:.2f} {bottom-top:.2f} re {op}")
        elif border == 1:
            sl.append(f"{left:.2f} {top:.2f} {right-left:.2f} {bottom-top:.2f} re S")
        # pylint: enable=invalid-unary-operand-type

        if isinstance(border, str):
            if "L" in border:
                sl.append(f"{left:.2f} {top:.2f} m {left:.2f} {bottom:.2f} l S")
            if "T" in border:
                sl.append(f"{left:.2f} {top:.2f} m {right:.2f} {top:.2f} l S")
            if "R" in border:
                sl.append(f"{right:.2f} {top:.2f} m {right:.2f} {bottom:.2f} l S")
            if "B" in border:
                sl.append(f"{left:.2f} {bottom:.2f} m {right:.2f} {bottom:.2f} l S")

        if self._record_text_quad_points:
            self._add_quad_points(self.x, self.y, w, h)

        s_start = self.x
        s_width, underlines = 0, []
        # We try to avoid modifying global settings for temporary changes.
        current_ws = frag_ws = 0.0
        current_lift = 0.0
        current_char_vpos = CharVPos.LINE
        current_font = self.current_font
        current_font_size_pt = self.font_size_pt
        current_text_mode = self.text_mode
        current_font_stretching = self.font_stretching
        current_char_spacing = self.char_spacing
        fill_color_changed = False
        last_used_color = self.fill_color
        if fragments:
            if text_line.align == Align.R:
                dx = w - l_c_margin - styled_txt_width
            elif text_line.align in [Align.C, Align.X]:
                dx = (w - styled_txt_width) / 2
            else:
                dx = l_c_margin
            s_start += dx
            word_spacing = 0
            if text_line.align == Align.J and text_line.number_of_spaces:
                word_spacing = (
                    w - l_c_margin - r_c_margin - styled_txt_width
                ) / text_line.number_of_spaces
            sl.append(
                f"BT {(self.x + dx) * k:.2f} "
                f"{(self.h - self.y - 0.5 * h - 0.3 * max_font_size) * k:.2f} Td"
            )
            for i, frag in enumerate(fragments):
                if frag.graphics_state["text_color"] != last_used_color:
                    # allow to change color within the line of text.
                    last_used_color = frag.graphics_state["text_color"]
                    sl.append(last_used_color.serialize().lower())
                    fill_color_changed = True
                if word_spacing and frag.font_stretching != 100:
                    # Space character is already stretched, extra spacing is absolute.
                    frag_ws = word_spacing * 100 / frag.font_stretching
                else:
                    frag_ws = word_spacing
                if current_font_stretching != frag.font_stretching:
                    current_font_stretching = frag.font_stretching
                    sl.append(f"{frag.font_stretching:.2f} Tz")
                if current_char_spacing != frag.char_spacing:
                    current_char_spacing = frag.char_spacing
                    sl.append(f"{frag.char_spacing:.2f} Tc")
                if (
                    current_font != frag.font
                    or current_font_size_pt != frag.font_size_pt
                    or current_char_vpos != frag.char_vpos
                ):
                    if current_char_vpos != frag.char_vpos:
                        current_char_vpos = frag.char_vpos
                    if current_font_size_pt != frag.font_size_pt:
                        current_font_size_pt = frag.font_size_pt
                    current_font = frag.font
                    sl.append(f"/F{frag.font.i} {frag.font_size_pt:.2f} Tf")
                    if self.page > 0:
                        self.fonts_used_per_page_number[self.page].add(current_font.i)
                lift = frag.lift
                if lift != current_lift:
                    # Use text rise operator:
                    sl.append(f"{lift:.2f} Ts")
                    current_lift = lift
                if (
                    frag.text_mode != TextMode.FILL
                    or frag.text_mode != current_text_mode
                ):
                    current_text_mode = frag.text_mode
                    sl.append(f"{frag.text_mode} Tr {frag.line_width:.2f} w")

                r_text = frag.render_pdf_text(
                    frag_ws,
                    current_ws,
                    word_spacing,
                    self.x + dx + s_width,
                    self.y + (0.5 * h + 0.3 * max_font_size),
                    self.h,
                )
                if r_text:
                    sl.append(r_text)

                frag_width = frag.get_width(
                    initial_cs=i != 0
                ) + word_spacing * frag.characters.count(" ")
                if frag.underline:
                    underlines.append(
                        (
                            self.x + dx + s_width,
                            frag_width,
                            frag.font,
                            frag.font_size,
                        )
                    )
                if frag.link:
                    self.link(
                        x=self.x + dx + s_width,
                        y=self.y + (0.5 * h) - (0.5 * frag.font_size),
                        w=frag_width,
                        h=frag.font_size,
                        link=frag.link,
                    )
                if not frag.is_ttf_font:
                    current_ws = frag_ws
                s_width += frag_width

            sl.append("ET")

            for start_x, ul_w, ul_font, ul_font_size in underlines:
                sl.append(
                    self._do_underline(
                        start_x,
                        self.y + (0.5 * h) + (0.3 * ul_font_size),
                        ul_w,
                        ul_font,
                    )
                )
            if link:
                self.link(
                    self.x + dx,
                    self.y + (0.5 * h) - (0.5 * frag.font_size),
                    styled_txt_width,
                    frag.font_size,
                    link,
                )

        if sl:
            # If any PDF settings have been left modified, wrap the line
            # in a local context.
            # pylint: disable=too-many-boolean-expressions
            if (
                current_ws != 0.0
                or current_lift != 0.0
                or current_char_vpos != CharVPos.LINE
                or current_font != self.current_font
                or current_font_size_pt != self.font_size_pt
                or current_text_mode != self.text_mode
                or fill_color_changed
                or current_font_stretching != self.font_stretching
                or current_char_spacing != self.char_spacing
            ):
                s = f"q {' '.join(sl)} Q"
            else:
                s = " ".join(sl)
            # pylint: enable=too-many-boolean-expressions
            self._out(s)
        # If the text is empty, h = max_font_size ends up as 0.
        # We still need a valid default height for self.ln() (issue #601).
        self._lasth = h or self.font_size

        # XPos.LEFT -> self.x stays the same
        if new_x == XPos.RIGHT:
            self.x += w
        elif new_x == XPos.START:
            self.x = s_start
        elif new_x == XPos.END:
            self.x = s_start + s_width
        elif new_x == XPos.WCONT:
            if s_width:
                self.x = s_start + s_width - r_c_margin
            else:
                self.x = s_start
        elif new_x == XPos.CENTER:
            self.x = s_start + s_width / 2.0
        elif new_x == XPos.LMARGIN:
            self.x = self.l_margin
        elif new_x == XPos.RMARGIN:
            self.x = self.w - self.r_margin

        # YPos.TOP:  -> self.y stays the same
        # YPos.LAST: -> self.y stays the same (single line)
        if new_y == YPos.NEXT:
            self.y += h
        if new_y == YPos.TMARGIN:
            self.y = self.t_margin
        if new_y == YPos.BMARGIN:
            self.y = self.h - self.b_margin

        return page_break_triggered

    def _add_quad_points(self, x, y, w, h):
        self._text_quad_points[self.page].extend(
            [
                x * self.k,
                (self.h - y) * self.k,
                (x + w) * self.k,
                (self.h - y) * self.k,
                x * self.k,
                (self.h - y - h) * self.k,
                (x + w) * self.k,
                (self.h - y - h) * self.k,
            ]
        )

    def _preload_bidirectional_text(self, text, markdown):
        """ "
        Break the text into bidirectional segments and preload font styles for each fragment
        """
        if not self.text_shaping:
            return self._preload_font_styles(text, markdown)
        paragraph_direction = (
            self.text_shaping["direction"]
            if self.text_shaping["direction"]
            else auto_detect_base_direction(text)
        )

        paragraph = BidiParagraph(text=text, base_direction=paragraph_direction)
        directional_segments = paragraph.get_bidi_fragments()
        self.text_shaping["paragraph_direction"] = paragraph.base_direction

        fragments = []
        for bidi_text, bidi_direction in directional_segments:
            self.text_shaping["fragment_direction"] = bidi_direction
            fragments += self._preload_font_styles(bidi_text, markdown)
        return tuple(fragments)

    def _preload_font_styles(self, text, markdown):
        """
        When Markdown styling is enabled, we require secondary fonts
        to ender text in bold & italics.
        This function ensure that those fonts are available.
        It needs to perform Markdown parsing,
        so we return the resulting `styled_txt_frags` tuple
        to avoid repeating this processing later on.
        """
        if not text:
            return tuple()
        prev_font_style = self.font_style
        if self.underline:
            prev_font_style += "U"
        styled_txt_frags = tuple(self._parse_chars(text, markdown))
        if markdown:
            page = self.page
            # We set the current to page to zero so that
            # set_font() does not produce any text object on the stream buffer:
            self.page = 0
            if any(frag.font_style == "B" for frag in styled_txt_frags):
                # Ensuring bold font is supported:
                self.set_font(style="B")
            if any(frag.font_style == "I" for frag in styled_txt_frags):
                # Ensuring italics font is supported:
                self.set_font(style="I")
            if any(frag.font_style == "BI" for frag in styled_txt_frags):
                # Ensuring bold italics font is supported:
                self.set_font(style="BI")
            if any(frag.font_style == "" for frag in styled_txt_frags):
                # Ensuring base font is supported:
                self.set_font(style="")
            for frag in styled_txt_frags:
                frag.font = self.fonts[frag.font_family + frag.font_style]
            # Restoring initial style:
            self.set_font(style=prev_font_style)
            self.page = page
        return styled_txt_frags

    def get_fallback_font(self, char, style=""):
        """
        Returns which fallback font has the requested glyph.
        This method can be overriden to provide more control than the `select_mode` parameter
        of `FPDF.set_fallback_fonts()` provides.
        """
        emphasis = TextEmphasis.coerce(style)
        fonts_with_char = [
            font_id
            for font_id in self._fallback_font_ids
            if ord(char) in self.fonts[font_id].cmap
        ]
        if not fonts_with_char:
            return None
        font_with_matching_emphasis = next(
            (font for font in fonts_with_char if self.fonts[font].emphasis == emphasis),
            None,
        )
        if font_with_matching_emphasis:
            return font_with_matching_emphasis
        if self._fallback_font_exact_match:
            return None
        return fonts_with_char[0]

    def _parse_chars(self, text: str, markdown: bool) -> Iterator[Fragment]:
        "Split text into fragments"
        if not markdown and not self.is_ttf_font:
            yield Fragment(text, self._get_current_graphics_state(), self.k)
            return
        txt_frag, in_bold, in_italics, in_underline = (
            [],
            "B" in self.font_style,
            "I" in self.font_style,
            bool(self.underline),
        )
        current_fallback_font = None
        current_text_script = None

        def frag():
            nonlocal txt_frag, current_fallback_font, current_text_script
            gstate = self._get_current_graphics_state()
            gstate["font_style"] = ("B" if in_bold else "") + (
                "I" if in_italics else ""
            )
            gstate["underline"] = in_underline
            if current_fallback_font:
                gstate["font_family"] = "".join(
                    c for c in current_fallback_font if c.islower()
                )
                gstate["font_style"] = "".join(
                    c for c in current_fallback_font if c.isupper()
                )
                gstate["current_font"] = self.fonts[current_fallback_font]
                current_fallback_font = None
                current_text_script = None
            fragment = Fragment(
                txt_frag,
                gstate,
                self.k,
            )
            txt_frag = []
            return fragment

        if self.is_ttf_font:
            font_glyphs = self.current_font.cmap
        else:
            font_glyphs = []

        while text:
            is_marker = text[:2] in (
                self.MARKDOWN_BOLD_MARKER,
                self.MARKDOWN_ITALICS_MARKER,
                self.MARKDOWN_UNDERLINE_MARKER,
            )
            half_marker = text[0]
            text_script = get_unicode_script(text[0])
            if text_script not in (
                UnicodeScript.COMMON,
                UnicodeScript.UNKNOWN,
                current_text_script,
            ):
                if txt_frag and current_text_script:
                    yield frag()
                current_text_script = text_script

            # Check that previous & next characters are not identical to the marker:
            if markdown:
                if (
                    is_marker
                    and (not txt_frag or txt_frag[-1] != half_marker)
                    and (len(text) < 3 or text[2] != half_marker)
                ):
                    if txt_frag:
                        yield frag()
                    if text[:2] == self.MARKDOWN_BOLD_MARKER:
                        in_bold = not in_bold
                    if text[:2] == self.MARKDOWN_ITALICS_MARKER:
                        in_italics = not in_italics
                    if text[:2] == self.MARKDOWN_UNDERLINE_MARKER:
                        in_underline = not in_underline
                    text = text[2:]
                    continue
                is_link = self.MARKDOWN_LINK_REGEX.match(text)
                if is_link:
                    link_text, link_dest, text = is_link.groups()
                    if txt_frag:
                        yield frag()
                    gstate = self._get_current_graphics_state()
                    gstate["underline"] = self.MARKDOWN_LINK_UNDERLINE
                    if self.MARKDOWN_LINK_COLOR:
                        gstate["text_color"] = self.MARKDOWN_LINK_COLOR
                    try:
                        page = int(link_dest)
                        link_dest = self.add_link(page=page)
                    except ValueError:
                        pass
                    yield Fragment(
                        list(link_text),
                        gstate,
                        self.k,
                        link=link_dest,
                    )
                    continue
            if self.is_ttf_font and text[0] != "\n" and not ord(text[0]) in font_glyphs:
                style = ("B" if in_bold else "") + ("I" if in_italics else "")
                fallback_font = self.get_fallback_font(text[0], style)
                if fallback_font:
                    if fallback_font == current_fallback_font:
                        txt_frag.append(text[0])
                        text = text[1:]
                        continue
                    if txt_frag:
                        yield frag()
                    current_fallback_font = fallback_font
                    txt_frag.append(text[0])
                    text = text[1:]
                    continue
            if current_fallback_font:
                if txt_frag:
                    yield frag()
                current_fallback_font = None
            txt_frag.append(text[0])
            text = text[1:]
        if txt_frag:
            yield frag()

    def will_page_break(self, height):
        """
        Let you know if adding an element will trigger a page break,
        based on its height and the current ordinate (`y` position).

        Args:
            height (float): height of the section that would be added, e.g. a cell

        Returns: a boolean indicating if a page break would occur
        """
        return (
            self.y + height > self.page_break_trigger
            and not self.in_footer
            and self.accept_page_break
        )

    def _perform_page_break_if_need_be(self, h):
        if self.will_page_break(h):
            LOGGER.debug(
                "Page break on page %d at y=%d for element of height %d > %d",
                self.page,
                self.y,
                h,
                self.page_break_trigger,
            )
            self._perform_page_break()
            return True
        return False

    def _perform_page_break(self):
        x = self.x
        # If we are in a .local_context(), we need to temporarily leave it,
        # by popping out every GraphicsState:
        gs_stack = []
        while self._is_current_graphics_state_nested():
            gs_stack.append(self._get_current_graphics_state())
            self._pop_local_stack()
            # This code assumes that every Graphics State in the stack
            # has been pushed in it while adding a "q" in the PDF stream
            # (which is what FPDF.local_context() does):
            self._end_local_context()
        # Using a temporary GS to render header & footer:
        self._push_local_stack()
        self.add_page(same=True)
        for prev_gs in reversed(gs_stack):
            self._start_local_context(**prev_gs)
            self._push_local_stack()
        self._pop_local_stack()
        self.x = x  # restore x but not y after drawing header

    def _has_next_page(self):
        return self.pages_count > self.page

    @contextmanager
    def _disable_writing(self):
        if not isinstance(self._out, types.MethodType):
            # This mean that self._out has already been redefined.
            # This is the case of a nested call to this method: we do nothing
            yield
            return
        self._out = lambda *args, **kwargs: None
        prev_page, prev_pages_count, prev_x, prev_y = (
            self.page,
            self.pages_count,
            self.x,
            self.y,
        )
        annots = PDFArray(self.pages[self.page].annots)
        self._push_local_stack()
        try:
            yield
        finally:
            self._pop_local_stack()
            # restore location:
            for p in range(prev_pages_count + 1, self.pages_count + 1):
                del self.pages[p]
            self.page = prev_page
            self.pages[self.page].annots = annots
            self.set_xy(prev_x, prev_y)
            # restore writing function:
            del self._out

    @check_page
    @support_deprecated_txt_arg
    def multi_cell(
        self,
        w,
        h=None,
        text="",
        border=0,
        align=Align.J,
        fill=False,
        split_only=False,  # DEPRECATED
        link="",
        ln="DEPRECATED",
        max_line_height=None,
        markdown=False,
        print_sh=False,
        new_x=XPos.RIGHT,
        new_y=YPos.NEXT,
        wrapmode: WrapMode = WrapMode.WORD,
        dry_run=False,
        output=MethodReturnValue.PAGE_BREAK,
        center=False,
        padding=0,
    ):
        """
        This method allows printing text with line breaks. They can be automatic
        (breaking at the most recent space or soft-hyphen character) as soon as the text
        reaches the right border of the cell, or explicit (via the `\\n` character).
        As many cells as necessary are stacked, one below the other.
        Text can be aligned, centered or justified. The cell block can be framed and
        the background painted. A cell has an horizontal padding, on the left & right sides,
        defined by the.c_margin property.

        Args:
            w (float): cell width. If 0, they extend up to the right margin of the page.
            h (float): height of a single line of text.  Default value: None, meaning to use the current font size.
            text (str): string to print.
            border: Indicates if borders must be drawn around the cell.
                The value can be either a number (`0`: no border ; `1`: frame)
                or a string containing some or all of the following characters
                (in any order):
                `L`: left ; `T`: top ; `R`: right ; `B`: bottom. Default value: 0.
            align (fpdf.enums.Align, str): Set text alignment inside the cell.
                Possible values are:
                `J`: justify (default value); `L` or empty string: left align;
                `C`: center; `X`: center around current x position; `R`: right align
            fill (bool): Indicates if the cell background must be painted (`True`)
                or transparent (`False`). Default value: False.
            split_only (bool): **DEPRECATED since 2.7.4**:
                Use `dry_run=True` and `output=("LINES",)` instead.
            link (str): optional link to add on the cell, internal
                (identifier returned by `add_link`) or external URL.
            new_x (fpdf.enums.XPos, str): New current position in x after the call. Default: RIGHT
            new_y (fpdf.enums.YPos, str): New current position in y after the call. Default: NEXT
            ln (int): **DEPRECATED since 2.5.1**: Use `new_x` and `new_y` instead.
            max_line_height (float): optional maximum height of each sub-cell generated
            markdown (bool): enable minimal markdown-like markup to render part
                of text as bold / italics / underlined. Default to False.
            print_sh (bool): Treat a soft-hyphen (\\u00ad) as a normal printable
                character, instead of a line breaking opportunity. Default value: False
            wrapmode (fpdf.enums.WrapMode): "WORD" for word based line wrapping (default),
                "CHAR" for character based line wrapping.
            dry_run (bool): if `True`, does not output anything in the document.
                Can be useful when combined with `output`.
            output (fpdf.enums.MethodReturnValue): defines what this method returns.
                If several enum values are joined, the result will be a tuple.
            txt (str): [**DEPRECATED since v2.7.6**] string to print.
            center (bool): center the cell horizontally on the page.
            padding (float or Sequence): padding to apply around the text. Default value: 0.
                When one value is specified, it applies the same padding to all four sides.
                When two values are specified, the first padding applies to the top and bottom, the second to
                the left and right. When three values are specified, the first padding applies to the top,
                the second to the right and left, the third to the bottom. When four values are specified,
                the paddings apply to the top, right, bottom, and left in that order (clockwise)
                If padding for left or right ends up being non-zero then respective c_margin is ignored.

        Center overrides values for horizontal padding

        Using `new_x=XPos.RIGHT, new_y=XPos.TOP, maximum height=pdf.font_size` is
        useful to build tables with multiline text in cells.

        Returns: a single value or a tuple, depending on the `output` parameter value
        """

        padding = Padding.new(padding)
        wrapmode = WrapMode.coerce(wrapmode)

        if split_only:
            warnings.warn(
                (
                    'The parameter "split_only" is deprecated since v2.7.4.'
                    ' Use instead dry_run=True and output="LINES".'
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )
        if dry_run or split_only:
            with self._disable_writing():
                return self.multi_cell(
                    w=w,
                    h=h,
                    text=text,
                    border=border,
                    align=align,
                    fill=fill,
                    link=link,
                    ln=ln,
                    max_line_height=max_line_height,
                    markdown=markdown,
                    print_sh=print_sh,
                    new_x=new_x,
                    new_y=new_y,
                    wrapmode=wrapmode,
                    dry_run=False,
                    split_only=False,
                    output=MethodReturnValue.LINES if split_only else output,
                    center=center,
                    padding=padding,
                )
        if not self.font_family:
            raise FPDFException("No font set, you need to call set_font() beforehand")
        if isinstance(w, str) or isinstance(h, str):
            raise ValueError(
                "Parameter 'w' and 'h' must be numbers, not strings."
                " You can omit them by passing string content with text="
            )
        new_x = XPos.coerce(new_x)
        new_y = YPos.coerce(new_y)
        if ln != "DEPRECATED":
            # For backwards compatibility, if "ln" is used we overwrite "new_[xy]".
            if ln == 0:
                new_x = XPos.RIGHT
                new_y = YPos.NEXT
            elif ln == 1:
                new_x = XPos.LMARGIN
                new_y = YPos.NEXT
            elif ln == 2:
                new_x = XPos.LEFT
                new_y = YPos.NEXT
            elif ln == 3:
                new_x = XPos.RIGHT
                new_y = YPos.TOP
            else:
                raise ValueError(
                    f'Invalid value for parameter "ln" ({ln}),'
                    " must be an int between 0 and 3."
                )
            warnings.warn(
                (
                    'The parameter "ln" is deprecated since v2.5.2.'
                    f" Instead of ln={ln} use new_x=XPos.{new_x.name}, new_y=YPos.{new_y.name}."
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )
        align = Align.coerce(align)

        page_break_triggered = False

        if h is None:
            h = self.font_size

        # If width is 0, set width to available width between margins
        if w == 0:
            w = self.w - self.r_margin - self.x

        # Store the starting position before applying padding
        prev_x, prev_y = self.x, self.y

        # Apply padding to contents
        # decrease maximum allowed width by padding
        # shift the starting point by padding
        maximum_allowed_width = w = w - padding.right - padding.left
        clearance_margins = []
        # If we don't have padding on either side, we need a clearance margin.
        if not padding.left:
            clearance_margins.append(self.c_margin)
        if not padding.right:
            clearance_margins.append(self.c_margin)
        if align != Align.X:
            self.x += padding.left
        self.y += padding.top

        # Center overrides padding
        if center:
            self.x = (
                self.w / 2 if align == Align.X else self.l_margin + (self.epw - w) / 2
            )
            prev_x = self.x

        # Calculate text length
        text = self.normalize_text(text)
        normalized_string = text.replace("\r", "")
        styled_text_fragments = (
            self._preload_bidirectional_text(normalized_string, markdown)
            if self.text_shaping
            else self._preload_font_styles(normalized_string, markdown)
        )

        prev_font_style, prev_underline = self.font_style, self.underline
        total_height = 0

        text_lines = []
        multi_line_break = MultiLineBreak(
            styled_text_fragments,
            maximum_allowed_width,
            clearance_margins,
            align=align,
            print_sh=print_sh,
            wrapmode=wrapmode,
        )
        text_line = multi_line_break.get_line()
        while (text_line) is not None:
            text_lines.append(text_line)
            text_line = multi_line_break.get_line()

        if not text_lines:  # ensure we display at least one cell - cf. issue #349
            text_lines = [
                TextLine(
                    "",
                    text_width=0,
                    number_of_spaces=0,
                    align=align,
                    height=h,
                    max_width=w,
                    trailing_nl=False,
                )
            ]

        if max_line_height is None or len(text_lines) == 1:
            line_height = h
        else:
            line_height = min(h, max_line_height)

        box_required = fill or border
        page_break_triggered = False

        for text_line_index, text_line in enumerate(text_lines):
            page_break_required = self.will_page_break(h + padding.bottom)
            if page_break_required:
                page_break_triggered = True
                self._perform_page_break()
                self.y += padding.top

            if box_required and (text_line_index == 0 or page_break_required):
                # estimate how many cells can fit on this page
                top_gap = self.y + padding.top
                bottom_gap = padding.bottom + self.b_margin
                lines_before_break = int((self.h - top_gap - bottom_gap) // line_height)
                # check how many cells should be rendered
                num_lines = min(lines_before_break, len(text_lines) - text_line_index)
                box_height = max(
                    h - text_line_index * line_height, num_lines * line_height
                )
                # render the box
                x = self.x - (w / 2 if align == Align.X else 0)
                draw_box_borders(
                    self,
                    x - padding.left,
                    self.y - padding.top,
                    x + w + padding.right,
                    self.y + box_height + padding.bottom,
                    border,
                    self.fill_color if fill else None,
                )
            is_last_line = text_line_index == len(text_lines) - 1
            self._render_styled_text_line(
                text_line,
                h=line_height,
                new_x=new_x if is_last_line else XPos.LEFT,
                new_y=new_y if is_last_line else YPos.NEXT,
                border=0,  # already rendered
                fill=False,  # already rendered
                link=link,
                padding=Padding(0, padding.right, 0, padding.left),
            )
            total_height += line_height
            if not is_last_line and align == Align.X:
                # prevent cumulative shift to the left
                self.x = prev_x

        if total_height < h:
            # Move to the bottom of the multi_cell
            if new_y == YPos.NEXT:
                self.y += h - total_height
            total_height = h

        if page_break_triggered and new_y == YPos.TOP:
            # When a page jump is performed and the requested y is TOP,
            # pretend we started at the top of the text block on the new page.
            # cf. test_multi_cell_table_with_automatic_page_break
            prev_y = self.y

        last_line = text_lines[-1]
        if last_line and last_line.trailing_nl and new_y in (YPos.LAST, YPos.NEXT):
            # The line renderer can't handle trailing newlines in the text.
            self.ln()

        if new_y == YPos.TOP:  # We may have jumped a few lines -> reset
            self.y = prev_y
        elif new_y == YPos.NEXT:  # move down by bottom padding
            self.y += padding.bottom

        if markdown:
            if self.font_style != prev_font_style:
                self.font_style = prev_font_style
                self.current_font = self.fonts[self.font_family + self.font_style]
            self.underline = prev_underline

        if new_x == XPos.RIGHT:  # move right by right padding to align outer RHS edge
            self.x += padding.right
        elif new_x == XPos.LEFT:  # move left by left padding to align outer LHS edge
            self.x -= padding.left

        output = MethodReturnValue.coerce(output)
        return_value = ()
        if output & MethodReturnValue.PAGE_BREAK:
            return_value += (page_break_triggered,)
        if output & MethodReturnValue.LINES:
            output_lines = []
            for text_line in text_lines:
                characters = []
                for frag in text_line.fragments:
                    characters.extend(frag.characters)
                output_lines.append("".join(characters))
            return_value += (output_lines,)
        if output & MethodReturnValue.HEIGHT:
            return_value += (total_height + padding.top + padding.bottom,)
        if len(return_value) == 1:
            return return_value[0]
        return return_value

    @check_page
    @support_deprecated_txt_arg
    def write(
        self,
        h: float = None,
        text: str = "",
        link: str = "",
        print_sh: bool = False,
        wrapmode: WrapMode = WrapMode.WORD,
    ):
        """
        Prints text from the current position.
        When the right margin is reached, a line break occurs at the most recent
        space or soft-hyphen character, and text continues from the left margin.
        A manual break happens any time the \\n character is met,
        Upon method exit, the current position is left just at the end of the text.

        Args:
            h (float): line height. Default value: None, meaning to use the current font size.
            text (str): text content
            link (str): optional link to add on the text, internal
                (identifier returned by `FPDF.add_link`) or external URL.
            print_sh (bool): Treat a soft-hyphen (\\u00ad) as a normal printable
                character, instead of a line breaking opportunity. Default value: False
            wrapmode (fpdf.enums.WrapMode): "WORD" for word based line wrapping (default),
                "CHAR" for character based line wrapping.
            txt (str): [**DEPRECATED since v2.7.6**] text content
        """
        wrapmode = WrapMode.coerce(wrapmode)
        if not self.font_family:
            raise FPDFException("No font set, you need to call set_font() beforehand")
        if isinstance(h, str):
            raise ValueError(
                "Parameter 'h' must be a number, not a string."
                " You can omit it by passing string content with text="
            )
        if h is None:
            h = self.font_size

        page_break_triggered = False
        normalized_string = self.normalize_text(text).replace("\r", "")
        styled_text_fragments = (
            self._preload_bidirectional_text(normalized_string, False)
            if self.text_shaping
            else self._preload_font_styles(normalized_string, False)
        )

        text_lines = []
        multi_line_break = MultiLineBreak(
            styled_text_fragments,
            lambda h: max_width,
            (self.c_margin, self.c_margin),
            print_sh=print_sh,
            wrapmode=wrapmode,
        )
        # first line from current x position to right margin
        first_width = self.w - self.x - self.r_margin
        max_width = first_width
        text_line = multi_line_break.get_line()
        # remaining lines fill between margins
        full_width = self.w - self.l_margin - self.r_margin
        max_width = full_width
        while (text_line) is not None:
            text_lines.append(text_line)
            text_line = multi_line_break.get_line()
        if not text_lines:
            return False

        for text_line_index, text_line in enumerate(text_lines):
            if text_line_index > 0:
                self.ln()
            new_page = self._render_styled_text_line(
                text_line,
                h=h,
                border=0,
                new_x=XPos.WCONT,
                new_y=YPos.TOP,
                fill=False,
                link=link,
            )
            page_break_triggered = page_break_triggered or new_page
        if text_line.trailing_nl:
            # The line renderer can't handle trailing newlines in the text.
            self.ln()
        return page_break_triggered

    @check_page
    def text_columns(
        self,
        text: Optional[str] = None,
        img: Optional[str] = None,
        img_fill_width: bool = False,
        ncols: int = 1,
        gutter: float = 10,
        balance: bool = False,
        text_align: Union[Align, str] = "LEFT",
        line_height: float = 1,
        l_margin: float = None,
        r_margin: float = None,
        print_sh: bool = False,
        wrapmode: WrapMode = WrapMode.WORD,
        skip_leading_spaces: bool = False,
    ):
        """Establish a layout with multiple columns to fill with text.
        Args:
            text (str, optional): A first piece of text to insert.
            ncols (int, optional): the number of columns to create. (Default: 1).
            gutter (float, optional): The distance between the columns. (Default: 10).
            balance: (bool, optional): Specify whether multiple columns should end at approximately
                the same height, if they don't fill the page. (Default: False)
            text_align (Align or str, optional): The alignment of the text within the region.
                (Default: "LEFT")
            line_height (float, optional): A multiplier relative to the font size changing the
                vertical space occupied by a line of text. (Default: 1.0).
            l_margin (float, optional): Override the current left page margin.
            r_margin (float, optional): Override the current right page margin.
            print_sh (bool, optional): Treat a soft-hyphen (\\u00ad) as a printable character,
                instead of a line breaking opportunity. (Default: False)
            wrapmode (fpdf.enums.WrapMode, optional): "WORD" for word based line wrapping,
                "CHAR" for character based line wrapping. (Default: "WORD")
            skip_leading_spaces (bool, optional): On each line, any space characters at the
                beginning will be skipped if True. (Default: False)
        """
        return TextColumns(
            self,
            text=text,
            img=img,
            img_fill_width=img_fill_width,
            ncols=ncols,
            gutter=gutter,
            balance=balance,
            text_align=text_align,
            line_height=line_height,
            l_margin=l_margin,
            r_margin=r_margin,
            print_sh=print_sh,
            wrapmode=wrapmode,
            skip_leading_spaces=skip_leading_spaces,
        )

    @check_page
    def image(
        self,
        name,
        x=None,
        y=None,
        w=0,
        h=0,
        type="",
        link="",
        title=None,
        alt_text=None,
        dims=None,
        keep_aspect_ratio=False,
    ):
        """
        Put an image on the page.

        The size of the image on the page can be specified in different ways:
        * explicit width and height (expressed in user units)
        * one explicit dimension, the other being calculated automatically
          in order to keep the original proportions
        * no explicit dimension, in which case the image is put at 72 dpi.
        * explicit width and height (expressed in user units) and `keep_aspect_ratio=True`

        **Remarks**:
        * if an image is used several times, only one copy is embedded in the file.
        * when using an animated GIF, only the first frame is used.

        Args:
            name: either a string representing a file path to an image, an URL to an image,
                bytes, an io.BytesIO, or a instance of `PIL.Image.Image`
            x (float, fpdf.enums.Align): optional horizontal position where to put the image on the page.
                If not specified or equal to None, the current abscissa is used.
                `Align.C` can also be passed to center the image horizontally;
                and `Align.R` to place it along the right page margin
            y (float): optional vertical position where to put the image on the page.
                If not specified or equal to None, the current ordinate is used.
                After the call, the current ordinate is moved to the bottom of the image
            w (float): optional width of the image. If not specified or equal to zero,
                it is automatically calculated from the image size.
                Pass `pdf.epw` to scale horizontally to the full page width.
            h (float): optional height of the image. If not specified or equal to zero,
                it is automatically calculated from the image size.
                Pass `pdf.eph` to scale horizontally to the full page height.
            type (str): [**DEPRECATED since 2.2.0**] unused, will be removed in a later version.
            link (str): optional link to add on the image, internal
                (identifier returned by `FPDF.add_link`) or external URL.
            title (str): optional. Currently, never seem rendered by PDF readers.
            alt_text (str): optional alternative text describing the image,
                for accessibility purposes. Displayed by some PDF readers on hover.
            dims (Tuple[float]): optional dimensions as a tuple (width, height) to resize the image
                before storing it in the PDF. Note that those are the **intrinsic** image dimensions,
                but the image will still be rendered on the page with the width (`w`) and height (`h`)
                provided as parameters. Note also that the `.oversized_images` attribute of FPDF
                provides an automated way to auto-adjust those intrinsic image dimensions.
            keep_aspect_ratio (bool): ensure the image fits in the rectangle defined by `x`, `y`, `w` & `h`
                while preserving its original aspect ratio. Defaults to False.
                Only meaningful if both `w` & `h` are provided.

        If `y` is provided, this method will not trigger any page break;
        otherwise, auto page break detection will be performed.

        Returns: an instance of a subclass of `ImageInfo`.
        """
        if type:
            warnings.warn(
                (
                    '"type" parameter is deprecated since v2.2.0, '
                    "unused and will soon be removed"
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )

        name, img, info = preload_image(self.image_cache, name, dims)
        if isinstance(info, VectorImageInfo):
            return self._vector_image(
                name, img, info, x, y, w, h, link, title, alt_text, keep_aspect_ratio
            )
        return self._raster_image(
            name,
            img,
            info,
            x,
            y,
            w,
            h,
            link,
            title,
            alt_text,
            dims,
            keep_aspect_ratio,
        )

    def _raster_image(
        self,
        name,
        img,
        info: RasterImageInfo,
        x=None,
        y=None,
        w=0,
        h=0,
        link="",
        title=None,
        alt_text=None,
        dims=None,
        keep_aspect_ratio=False,
    ):
        if "smask" in info:
            self._set_min_pdf_version("1.4")

        # Automatic width and height calculation if needed
        w, h = info.size_in_document_units(w, h, scale=self.k)

        # Flowing mode
        if y is None:
            self._perform_page_break_if_need_be(h)
            y = self.y
            self.y += h
        if x is None:
            x = self.x

        if not isinstance(x, Number):
            x = self.x_by_align(x, w, h, info, keep_aspect_ratio)
        if keep_aspect_ratio:
            x, y, w, h = info.scale_inside_box(x, y, w, h)
        if self.oversized_images and info["usages"] == 1 and not dims:
            info = self._downscale_image(name, img, info, w, h, scale=self.k)

        stream_content = stream_content_for_raster_image(
            info, x, y, w, h, keep_aspect_ratio, scale=self.k, pdf_height_to_flip=self.h
        )

        if title or alt_text:
            with self._marked_sequence(title=title, alt_text=alt_text):
                self._out(stream_content)
        else:
            self._out(stream_content)
        if link:
            self.link(x, y, w, h, link)

        self.images_used_per_page_number[self.page].add(info["i"])
        return RasterImageInfo(**info, rendered_width=w, rendered_height=h)

    def x_by_align(self, x, w, h, img_info, keep_aspect_ratio):
        if keep_aspect_ratio:
            _, _, w, h = img_info.scale_inside_box(0, 0, w, h)
        x = Align.coerce(x)
        if x == Align.C:
            return (self.w - w) / 2
        if x == Align.R:
            return self.w - w - self.r_margin
        if x == Align.L:
            return self.l_margin
        raise ValueError(f"Unsupported 'x' value passed to .image(): {x}")

    def _vector_image(
        self,
        name,
        svg: SVGObject,
        info: VectorImageInfo,
        x=None,
        y=None,
        w=0,
        h=0,
        link="",
        title=None,
        alt_text=None,
        keep_aspect_ratio=False,
    ):
        if not svg.viewbox and svg.width and svg.height:
            warnings.warn(
                '<svg> has no "viewBox", using its "width" & "height" as default "viewBox"',
                stacklevel=get_stack_level(),
            )
            svg.viewbox = 0, 0, svg.width, svg.height
        if w == 0 and h == 0:
            if svg.width and svg.height:
                w = (
                    svg.width * self.epw / 100
                    if isinstance(svg.width, Percent)
                    else svg.width
                )
                h = (
                    svg.height * self.eph / 100
                    if isinstance(svg.height, Percent)
                    else svg.height
                )
            elif svg.viewbox:
                _, _, w, h = svg.viewbox
            else:
                svg_id = "<svg>" if isinstance(name, bytes) else name
                raise ValueError(
                    f'{svg_id} has no "viewBox" nor "height" / "width": w= and h= must be provided to FPDF.image()'
                )
        elif w == 0 or h == 0:
            if svg.width and svg.height:
                svg_width, svg_height = svg.width, svg.height
            elif svg.viewbox:
                _, _, svg_width, svg_height = svg.viewbox
            else:
                raise ValueError(
                    '<svg> has no "viewBox" nor "height" / "width": w= and h= must be provided to FPDF.image()'
                )
            if w == 0:
                w = h * svg_width / svg_height
            else:  # h == 0
                h = w * svg_height / svg_width

        # Flowing mode
        if y is None:
            self._perform_page_break_if_need_be(h)
            y = self.y
            self.y += h
        if x is None:
            x = self.x

        if keep_aspect_ratio:
            x, y, w, h = info.scale_inside_box(x, y, w, h)
        if not isinstance(x, Number):
            x = self.x_by_align(x, w, h, info, keep_aspect_ratio)

        _, _, path = svg.transform_to_rect_viewport(
            scale=1, width=w, height=h, ignore_svg_top_attrs=True
        )
        path.transform = path.transform @ Transform.translation(x, y)

        old_x, old_y = self.x, self.y
        try:
            self.set_xy(0, 0)
            if title or alt_text:
                # Alt text of vector graphics does NOT show as tool-tip in viewers, but should
                # be processed by screen readers.
                with self._marked_sequence(title=title, alt_text=alt_text):
                    self.draw_path(path)
            else:
                self.draw_path(path)
        finally:
            self.set_xy(old_x, old_y)
        if link:
            self.link(x, y, w, h, link)

        return VectorImageInfo(rendered_width=w, rendered_height=h)

    def _downscale_image(self, name, img, info, w, h, scale):
        images = self.image_cache.images
        width_in_pt, height_in_pt = w * scale, h * scale
        lowres_name = f"lowres-{name}"
        lowres_info = images.get(lowres_name)
        if (
            info["w"] > width_in_pt * self.oversized_images_ratio
            and info["h"] > height_in_pt * self.oversized_images_ratio
        ):
            factor = (
                min(info["w"] / width_in_pt, info["h"] / height_in_pt)
                / self.oversized_images_ratio
            )
            if self.oversized_images.lower().startswith("warn"):
                LOGGER.warning(
                    (
                        "OVERSIZED: Image %s with size %.1fx%.1fpx is rendered at size %.1fx%.1fpt."
                        " Set pdf.oversized_images = 'DOWNSCALE' to reduce embedded image size by a factor %.1f"
                    ),
                    name,
                    info["w"],
                    info["h"],
                    width_in_pt,
                    height_in_pt,
                    factor,
                )
            elif self.oversized_images.lower() == "downscale":
                dims = (
                    round(width_in_pt * self.oversized_images_ratio),
                    round(height_in_pt * self.oversized_images_ratio),
                )
                info["usages"] -= 1  # no need to embed the high-resolution image
                if info["usages"] == 0:
                    for images_used in self.images_used_per_page_number.values():
                        if info["i"] in images_used:
                            images_used.remove(info["i"])
                if lowres_info:  # Great, we've already done the job!
                    info = lowres_info
                    if info["w"] * info["h"] < dims[0] * dims[1]:
                        # The existing low-res image is too small, we need a bigger low-res image:
                        info.update(
                            get_img_info(
                                name,
                                img or load_image(name),
                                self.image_cache.image_filter,
                                dims,
                            )
                        )
                        LOGGER.debug(
                            "OVERSIZED: Updated low-res image with name=%s id=%d to dims=%s",
                            lowres_name,
                            info["i"],
                            dims,
                        )
                    info["usages"] += 1
                else:
                    info = RasterImageInfo(
                        get_img_info(
                            name,
                            img or load_image(name),
                            self.image_cache.image_filter,
                            dims,
                        )
                    )
                    info["i"] = len(images) + 1
                    info["usages"] = 1
                    images[lowres_name] = info
                    LOGGER.debug(
                        "OVERSIZED: Generated new low-res image with name=%s dims=%s id=%d",
                        lowres_name,
                        dims,
                        info["i"],
                    )
            else:
                raise ValueError(
                    f"Invalid value for attribute .oversized_images: {self.oversized_images}"
                )
        elif lowres_info:
            # Embedding the same image in high-res after inserting it in low-res:
            lowres_info.update(info)
            del images[name]
            info = lowres_info
        return info

    def preload_image(self, name, dims=None):
        """
        Read an image and load it into memory.

        .. deprecated:: 2.7.7
            Use `fpdf.image_parsing.preload_image` instead.
        """
        warnings.warn(
            (
                "FPDF.preload_image() is deprecated since v2.7.7 "
                "and will be removed in a future release. "
                "Use `fpdf.image_parsing.preload_image` instead."
            ),
            DeprecationWarning,
            stacklevel=get_stack_level(),
        )
        return preload_image(self.image_cache, name, dims)

    @contextmanager
    def _marked_sequence(self, **kwargs):
        """
        Can receive as named arguments any of the entries described in section 14.7.2 'Structure Hierarchy'
        of the PDF spec: iD, a, c, r, lang, e, actualText
        """
        mcid = self.struct_builder.next_mcid_for_page(self.page)
        struct_elem = self._add_marked_content(
            struct_type="/Figure", mcid=mcid, **kwargs
        )
        start_page = self.page
        self._out(f"/P <</MCID {mcid}>> BDC")
        yield struct_elem
        if self.page != start_page:
            raise FPDFException("A page jump occured inside a marked sequence")
        self._out("EMC")

    def _add_marked_content(self, **kwargs):
        """
        Can receive as named arguments any of the entries described in section 14.7.2 'Structure Hierarchy'
        of the PDF spec: iD, a, c, r, lang, e, actualText
        """
        struct_elem, spid = self.struct_builder.add_marked_content(
            page_number=self.page, **kwargs
        )
        self.pages[self.page].struct_parents = spid
        self._set_min_pdf_version("1.4")  # due to using /MarkInfo
        return struct_elem

    @check_page
    def ln(self, h=None):
        """
        Line Feed.
        The current abscissa goes back to the left margin and the ordinate increases by
        the amount passed as parameter.

        Args:
            h (float): The height of the break.
                By default, the value equals the height of the last printed text line
                (except when written by `.text()`). If no text has been written yet to
                the document, then the current font height is used.
        """
        self.x = self.l_margin
        if h:
            self.y += h
        elif self._lasth:
            self.y += self._lasth
        else:
            self.y += self.font_size

    def get_x(self):
        """Returns the abscissa of the current position."""
        return self.x

    def set_x(self, x):
        """
        Defines the abscissa of the current position.
        If the value provided is negative, it is relative to the right of the page.

        Args:
            x (float): the new current abscissa
        """
        self.x = x if x >= 0 else self.w + x

    def get_y(self):
        """Returns the ordinate of the current position."""
        if self._in_unbreakable:
            raise FPDFException(
                "Using get_y() inside an unbreakable() code block is error-prone"
            )
        return self.y

    def set_y(self, y):
        """
        Moves the current abscissa back to the left margin and sets the ordinate.
        If the value provided is negative, it is relative to the bottom of the page.

        Args:
            y (float): the new current ordinate
        """
        self.x = self.l_margin
        self.y = y if y >= 0 else self.h + y

    def set_xy(self, x, y):
        """
        Defines the abscissa and ordinate of the current position.
        If the values provided are negative, they are relative respectively to the right and bottom of the page.

        Args:
            x (float): the new current abscissa
            y (float): the new current ordinate
        """
        self.set_y(y)
        self.set_x(x)

    def normalize_text(self, text):
        """Check that text input is in the correct format/encoding"""
        # - for TTF unicode fonts: unicode object (utf8 encoding)
        # - for built-in fonts: string instances (encoding: latin-1, cp1252)
        if not self.is_ttf_font and self.core_fonts_encoding:
            try:
                return text.encode(self.core_fonts_encoding).decode("latin-1")
            except UnicodeEncodeError as error:
                raise FPDFUnicodeEncodingException(
                    text_index=error.start,
                    character=text[error.start],
                    font_name=self.font_family + self.font_style,
                ) from error
        return text

    def sign_pkcs12(
        self,
        pkcs_filepath,
        password=None,
        hashalgo="sha256",
        contact_info=None,
        location=None,
        signing_time=None,
        reason=None,
        flags=(AnnotationFlag.PRINT, AnnotationFlag.LOCKED),
    ):
        """
        Args:
            pkcs_filepath (str): file path to a .pfx or .p12 PKCS12,
                in the binary format described by RFC 7292
            password (bytes-like): the password to use to decrypt the data.
                `None` if the PKCS12 is not encrypted.
            hashalgo (str): hashing algorithm used, passed to `hashlib.new`
            contact_info (str): optional information provided by the signer to enable
                a recipient to contact the signer to verify the signature
            location (str): optional CPU host name or physical location of the signing
            signing_time (datetime): optional time of signing
            reason (str): optional signing reason
            flags (Tuple[fpdf.enums.AnnotationFlag], Tuple[str]): optional list of flags defining annotation properties
        """
        if not signer:
            raise EnvironmentError(
                "endesive.signer not available - PDF cannot be signed - Try: pip install endesive"
            )
        with open(pkcs_filepath, "rb") as pkcs_file:
            key, cert, extra_certs = pkcs12.load_key_and_certificates(
                pkcs_file.read(), password
            )
        self.sign(
            key=key,
            cert=cert,
            extra_certs=extra_certs,
            hashalgo=hashalgo,
            contact_info=contact_info,
            location=location,
            signing_time=signing_time,
            reason=reason,
            flags=flags,
        )

    @check_page
    def sign(
        self,
        key,
        cert,
        extra_certs=(),
        hashalgo="sha256",
        contact_info=None,
        location=None,
        signing_time=None,
        reason=None,
        flags=(AnnotationFlag.PRINT, AnnotationFlag.LOCKED),
    ):
        """
        Args:
            key: certificate private key
            cert (cryptography.x509.Certificate): certificate
            extra_certs (list[cryptography.x509.Certificate]): list of additional PKCS12 certificates
            hashalgo (str): hashing algorithm used, passed to `hashlib.new`
            contact_info (str): optional information provided by the signer to enable
                a recipient to contact the signer to verify the signature
            location (str): optional CPU host name or physical location of the signing
            signing_time (datetime): optional time of signing
            reason (str): optional signing reason
            flags (Tuple[fpdf.enums.AnnotationFlag], Tuple[str]): optional list of flags defining annotation properties
        """
        if not signer:
            raise EnvironmentError(
                "endesive.signer not available - PDF cannot be signed - Try: pip install endesive"
            )
        if self._sign_key:
            raise FPDFException(".sign* methods should be called only once")

        self._sign_key = key
        self._sign_cert = cert
        self._sign_extra_certs = extra_certs
        self._sign_hashalgo = hashalgo
        self._sign_time = signing_time or self.creation_date

        annotation = PDFAnnotation(
            "Widget",
            field_type="Sig",
            x=0,
            y=0,
            width=0,
            height=0,
            flags=flags,
            title="signature",
            value=Signature(
                contact_info=contact_info,
                location=location,
                m=PDFDate(self._sign_time),
                reason=reason,
            ),
        )
        self.pages[self.page].annots.append(annotation)

    def _substitute_page_number(self):
        substituted = False
        # Replace number of pages in fonts using subsets (unicode)
        alias = self.str_alias_nb_pages.encode("utf-16-be")
        encoded_nb = str(self.pages_count).encode("utf-16-be")
        for page in self.pages.values():
            substituted |= alias in page.contents
            page.contents = page.contents.replace(alias, encoded_nb)
        # Now repeat for no pages in non-subset fonts
        alias = self.str_alias_nb_pages.encode("latin-1")
        encoded_nb = str(self.pages_count).encode("latin-1")
        for page in self.pages.values():
            substituted |= alias in page.contents
            page.contents = page.contents.replace(alias, encoded_nb)
        if substituted:
            LOGGER.debug(
                "Substitution of '%s' was performed in the document",
                self.str_alias_nb_pages,
            )

    def _insert_table_of_contents(self):
        # Doc has been closed but we want to write to self.pages[self.page] instead of self.buffer:
        tocp = self._toc_placeholder
        prev_page, prev_y = self.page, self.y
        self.page, self.y = tocp.start_page, tocp.y
        # Disabling footer & header, as they have already been called:
        self.footer = lambda *args, **kwargs: None
        self.header = lambda *args, **kwargs: None
        tocp.render_function(self, self._outline)
        expected_final_page = tocp.start_page + tocp.pages - 1
        if self.page != expected_final_page:
            too = "many" if self.page > expected_final_page else "few"
            error_msg = f"The rendering function passed to FPDF.insert_toc_placeholder triggered too {too} page breaks: "
            error_msg += f"ToC ended on page {self.page} while it was expected to span exactly {tocp.pages} pages"
            raise FPDFException(error_msg)
        self.page, self.y = prev_page, prev_y
        del self.footer
        del self.header

    def file_id(self):  # pylint: disable=no-self-use
        """
        This method can be overridden in inherited classes
        in order to define a custom file identifier.
        Its output must have the format "<hex_string1><hex_string2>".
        If this method returns a falsy value (None, empty string),
        no /ID will be inserted in the generated PDF document.
        """
        return -1

    def _default_file_id(self, buffer):
        # Quoting the PDF 1.7 spec, section 14.4 File Identifiers:
        # > The value of this entry shall be an array of two byte strings.
        # > The first byte string shall be a permanent identifier
        # > based on the contents of the file at the time it was originally created
        # > and shall not change when the file is incrementally updated.
        # > The second byte string shall be a changing identifier
        # > based on the file’s contents at the time it was last updated.
        # > When a file is first written, both identifiers shall be set to the same value.
        id_hash = hashlib.new("md5", usedforsecurity=False)  # nosec B324
        id_hash.update(buffer)
        if self.creation_date:
            id_hash.update(self.creation_date.strftime("%Y%m%d%H%M%S").encode("utf8"))
        hash_hex = id_hash.hexdigest().upper()
        return f"<{hash_hex}><{hash_hex}>"

    def _do_underline(self, x, y, w, current_font=None):
        "Draw an horizontal line starting from (x, y) with a length equal to 'w'"
        if current_font is None:
            current_font = self.current_font
        up = current_font.up
        ut = current_font.ut
        return (
            f"{x * self.k:.2f} "
            f"{(self.h - y + up / 1000 * self.font_size) * self.k:.2f} "
            f"{w * self.k:.2f} {-ut / 1000 * self.font_size_pt:.2f} re f"
        )

    def _out(self, s):
        if self.buffer:
            raise FPDFException(
                "Content cannot be added on a finalized document, after calling output()"
            )
        if not isinstance(s, bytes):
            if not isinstance(s, str):
                s = str(s)
            s = s.encode("latin1")
        if not self.page:
            raise FPDFException("No page open, you need to call add_page() first")
        self.pages[self.page].contents += s + b"\n"

    @check_page
    @support_deprecated_txt_arg
    def interleaved2of5(self, text, x, y, w=1, h=10):
        """Barcode I2of5 (numeric), adds a 0 if odd length"""
        narrow = w / 3
        wide = w

        # wide/narrow codes for the digits
        bar_char = {
            "0": "nnwwn",
            "1": "wnnnw",
            "2": "nwnnw",
            "3": "wwnnn",
            "4": "nnwnw",
            "5": "wnwnn",
            "6": "nwwnn",
            "7": "nnnww",
            "8": "wnnwn",
            "9": "nwnwn",
            "A": "nn",
            "Z": "wn",
        }
        # The caller should do this, or we can't rotate the thing.
        # self.set_fill_color(0)
        code = text
        # add leading zero if code-length is odd
        if len(code) % 2 != 0:
            code = f"0{code}"

        # add start and stop codes
        code = f"AA{code.lower()}ZA"

        for i in range(0, len(code), 2):
            # choose next pair of digits
            char_bar = code[i]
            char_space = code[i + 1]
            # check whether it is a valid digit
            if char_bar not in bar_char:
                raise RuntimeError(f'Char "{char_bar}" invalid for I25:')
            if char_space not in bar_char:
                raise RuntimeError(f'Char "{char_space}" invalid for I25: ')

            # create a wide/narrow-seq (first digit=bars, second digit=spaces)
            seq = "".join(
                f"{cb}{cs}" for cb, cs in zip(bar_char[char_bar], bar_char[char_space])
            )

            for bar_index, char in enumerate(seq):
                # set line_width depending on value
                line_width = narrow if char == "n" else wide

                # draw every second value, the other is represented by space
                if bar_index % 2 == 0:
                    self.rect(x, y, line_width, h, "F")

                x += line_width

    @check_page
    @support_deprecated_txt_arg
    def code39(self, text, x, y, w=1.5, h=5):
        """Barcode 3of9"""
        dim = {"w": w, "n": w / 3}
        if not text.startswith("*") or not text.endswith("*"):
            warnings.warn(
                (
                    "Code 39 input must start and end with a '*' character to be valid."
                    " This method does not insert it automatically."
                ),
                stacklevel=get_stack_level(),
            )
        chars = {
            "0": "nnnwwnwnn",
            "1": "wnnwnnnnw",
            "2": "nnwwnnnnw",
            "3": "wnwwnnnnn",
            "4": "nnnwwnnnw",
            "5": "wnnwwnnnn",
            "6": "nnwwwnnnn",
            "7": "nnnwnnwnw",
            "8": "wnnwnnwnn",
            "9": "nnwwnnwnn",
            "A": "wnnnnwnnw",
            "B": "nnwnnwnnw",
            "C": "wnwnnwnnn",
            "D": "nnnnwwnnw",
            "E": "wnnnwwnnn",
            "F": "nnwnwwnnn",
            "G": "nnnnnwwnw",
            "H": "wnnnnwwnn",
            "I": "nnwnnwwnn",
            "J": "nnnnwwwnn",
            "K": "wnnnnnnww",
            "L": "nnwnnnnww",
            "M": "wnwnnnnwn",
            "N": "nnnnwnnww",
            "O": "wnnnwnnwn",
            "P": "nnwnwnnwn",
            "Q": "nnnnnnwww",
            "R": "wnnnnnwwn",
            "S": "nnwnnnwwn",
            "T": "nnnnwnwwn",
            "U": "wwnnnnnnw",
            "V": "nwwnnnnnw",
            "W": "wwwnnnnnn",
            "X": "nwnnwnnnw",
            "Y": "wwnnwnnnn",
            "Z": "nwwnwnnnn",
            "-": "nwnnnnwnw",
            ".": "wwnnnnwnn",
            " ": "nwwnnnwnn",
            "*": "nwnnwnwnn",
            "$": "nwnwnwnnn",
            "/": "nwnwnnnwn",
            "+": "nwnnnwnwn",
            "%": "nnnwnwnwn",
        }
        # The caller should do this, or we can't rotate the thing.
        # self.set_fill_color(0)
        for c in text.upper():
            if c not in chars:
                raise RuntimeError(f'Invalid char "{c}" for Code39')
            for i, d in enumerate(chars[c]):
                if i % 2 == 0:
                    self.rect(x, y, dim[d], h, "F")
                x += dim[d]
            x += dim["n"]

    @check_page
    @contextmanager
    def rect_clip(self, x, y, w, h):
        """
        Context manager that defines a rectangular crop zone,
        useful to render only part of an image.

        Args:
            x (float): abscissa of the clipping region top left corner
            y (float): ordinate of the clipping region top left corner
            w (float): width of the clipping region
            h (float): height of the clipping region
        """
        self._out(
            (
                f"q {x * self.k:.2f} {(self.h - y - h) * self.k:.2f} {w * self.k:.2f} "
                f"{h * self.k:.2f} re W n"
            )
        )
        yield
        self._out("Q")

    @check_page
    @contextmanager
    def elliptic_clip(self, x, y, w, h):
        """
        Context manager that defines an elliptic crop zone,
        useful to render only part of an image.

        Args:
            x (float): abscissa of the clipping region top left corner
            y (float): ordinate of the clipping region top left corner
            w (float): ellipse width
            h (float): ellipse height
        """
        self._out("q")
        self._draw_ellipse(x, y, w, h, "W n")
        yield
        self._out("Q")

    @check_page
    @contextmanager
    def round_clip(self, x, y, r):
        """
        Context manager that defines a circular crop zone,
        useful to render only part of an image.

        Args:
            x (float): abscissa of the clipping region top left corner
            y (float): ordinate of the clipping region top left corner
            r (float): radius of the clipping region
        """
        with self.elliptic_clip(x, y, r, r):
            yield

    @contextmanager
    def unbreakable(self):
        """
        Ensures that all rendering performed in this context appear on a single page
        by performing page break beforehand if need be.

        Notes
        -----

        Using this method means to duplicate the FPDF `bytearray` buffer:
        when generating large PDFs, doubling memory usage may be troublesome.
        """
        prev_page, prev_y = self.page, self.y
        recorder = FPDFRecorder(self, accept_page_break=False)
        recorder.page_break_triggered = False
        self._in_unbreakable = True
        LOGGER.debug("Starting unbreakable block")
        yield recorder
        y_scroll = recorder.y - prev_y + (recorder.page - prev_page) * self.eph
        if prev_y + y_scroll > self.page_break_trigger or recorder.page > prev_page:
            LOGGER.debug("Performing page jump due to unbreakable height")
            recorder.rewind()
            # pylint: disable=protected-access
            # Performing this call through .pdf so that it does not get recorded & replayed:
            recorder.pdf._perform_page_break()
            recorder.replay()
            recorder.page_break_triggered = True
        self._in_unbreakable = False
        LOGGER.debug("Ending unbreakable block")

    @contextmanager
    def offset_rendering(self):
        """
        All rendering performed in this context is made on a dummy FPDF object.
        This allows to test the results of some operations on the global layout
        before performing them "for real".
        """
        prev_page, prev_y = self.page, self.y
        recorder = FPDFRecorder(self, accept_page_break=False)
        recorder.page_break_triggered = False
        yield recorder
        y_scroll = recorder.y - prev_y + (recorder.page - prev_page) * self.eph
        if prev_y + y_scroll > self.page_break_trigger or recorder.page > prev_page:
            recorder.page_break_triggered = True
        recorder.rewind()

    @check_page
    def insert_toc_placeholder(self, render_toc_function, pages=1):
        """
        Configure Table Of Contents rendering at the end of the document generation,
        and reserve some vertical space right now in order to insert it.

        Args:
            render_toc_function (function): a function that will be invoked to render the ToC.
                This function will receive 2 parameters: `pdf`, an instance of FPDF, and `outline`,
                a list of `fpdf.outline.OutlineSection`.
            pages (int): the number of pages that the Table of Contents will span,
                including the current one that will. As many page breaks as the value of this argument
                will occur immediately after calling this method.
        """
        if not callable(render_toc_function):
            raise TypeError(
                f"The first argument must be a callable, got: {type(render_toc_function)}"
            )
        if self._toc_placeholder:
            raise FPDFException(
                "A placeholder for the table of contents has already been defined"
                f" on page {self._toc_placeholder.start_page}"
            )
        self._toc_placeholder = ToCPlaceholder(
            render_toc_function, self.page, self.y, pages
        )
        for _ in range(pages):
            self._perform_page_break()

    def set_section_title_styles(
        self,
        level0,
        level1=None,
        level2=None,
        level3=None,
        level4=None,
        level5=None,
        level6=None,
    ):
        """
        Defines a style for section titles.
        After calling this method, calls to `FPDF.start_section` will render section names visually.

        Args:
            level0 (TitleStyle): style for the top level section titles
            level1 (TitleStyle): optional style for the level 1 section titles
            level2 (TitleStyle): optional style for the level 2 section titles
            level3 (TitleStyle): optional style for the level 3 section titles
            level4 (TitleStyle): optional style for the level 4 section titles
            level5 (TitleStyle): optional style for the level 5 section titles
            level6 (TitleStyle): optional style for the level 6 section titles
        """
        for level in (level0, level1, level2, level3, level4, level5, level6):
            if level and not isinstance(level, TitleStyle):
                raise TypeError(
                    f"Arguments must all be TitleStyle instances, got: {type(level)}"
                )
        self.section_title_styles = {
            0: level0,
            1: level1,
            2: level2,
            3: level3,
            4: level4,
            5: level5,
            6: level6,
        }

    @check_page
    def start_section(self, name, level=0, strict=True):
        """
        Start a section in the document outline.
        If section_title_styles have been configured,
        render the section name visually as a title.

        Args:
            name (str): section name
            level (int): section level in the document outline. 0 means top-level.
        """
        if level < 0:
            raise ValueError('"level" mut be equal or greater than zero')
        if strict and self._outline and level > self._outline[-1].level + 1:
            raise ValueError(
                f"Incoherent hierarchy: cannot start a level {level} section after a level {self._outline[-1].level} one"
            )
        dest = DestinationXYZ(self.page, top=self.h_pt - self.y * self.k)
        outline_struct_elem = None
        if self.section_title_styles:
            title_style = self.section_title_styles[level]
            # We first check if adding this multi-cell will trigger a page break:
            if title_style.size_pt is not None:
                prev_font_size_pt = self.font_size_pt
                self.font_size_pt = title_style.size_pt
            page_break_triggered = self.multi_cell(
                w=self.epw,
                h=self.font_size,
                text=name,
                new_x=XPos.LMARGIN,
                new_y=YPos.NEXT,
                dry_run=True,  # => does not produce any output
                output=MethodReturnValue.PAGE_BREAK,
                padding=Padding(
                    top=title_style.t_margin or 0,
                    left=title_style.l_margin or 0,
                    bottom=title_style.b_margin or 0,
                ),
            )
            if title_style.size_pt is not None:
                self.font_size_pt = prev_font_size_pt
            if page_break_triggered:
                # If so, we trigger a page break manually beforehand:
                self.add_page()
            with self._marked_sequence(title=name) as struct_elem:
                outline_struct_elem = struct_elem
                with self._use_title_style(title_style):
                    self.multi_cell(
                        w=self.epw,
                        h=self.font_size,
                        text=name,
                        new_x=XPos.LMARGIN,
                        new_y=YPos.NEXT,
                    )
        self._outline.append(
            OutlineSection(name, level, self.page, dest, outline_struct_elem)
        )

    @contextmanager
    def _use_title_style(self, title_style: TitleStyle):
        if title_style:
            if title_style.t_margin:
                self.ln(title_style.t_margin)
            if title_style.l_margin:
                self.set_x(title_style.l_margin)
        with self.use_font_face(title_style):
            yield
        if title_style and title_style.b_margin:
            self.ln(title_style.b_margin)

    @contextmanager
    def use_font_face(self, font_face: FontFace):
        """
        Sets the provided `fpdf.fonts.FontFace` in a local context,
        then restore font settings back to they were initially.
        This method must be used as a context manager using `with`:

            with pdf.use_font_face(FontFace(emphasis="BOLD", color=255, size_pt=42)):
                put_some_text()

        Known limitation: in case of a page jump in this local context,
        the temporary style may "leak" in the header() & footer().
        """
        if not font_face:
            yield
            return
        prev_font = (self.font_family, self.font_style, self.font_size_pt)
        self.set_font(
            font_face.family or self.font_family,
            (
                font_face.emphasis.style
                if font_face.emphasis is not None
                else self.font_style
            ),
            font_face.size_pt or self.font_size_pt,
        )
        prev_text_color = self.text_color
        if font_face.color is not None and font_face.color != self.text_color:
            self.set_text_color(font_face.color)
        prev_fill_color = self.fill_color
        if font_face.fill_color is not None:
            self.set_fill_color(font_face.fill_color)
        yield
        if font_face.fill_color is not None:
            self.set_fill_color(prev_fill_color)
        self.text_color = prev_text_color
        self.set_font(*prev_font)

    @check_page
    @contextmanager
    def table(self, *args, **kwargs):
        """
        Inserts a table, that can be built using the `fpdf.table.Table` object yield.
        Detailed usage documentation: https://py-pdf.github.io/fpdf2/Tables.html

        Args:
            rows: optional. Sequence of rows (iterable) of str to initiate the table cells with text content.
            align (str, fpdf.enums.Align): optional, default to CENTER. Sets the table horizontal position
                relative to the page, when it's not using the full page width.
            borders_layout (str, fpdf.enums.TableBordersLayout): optional, default to ALL. Control what cell
                borders are drawn.
            cell_fill_color (int, tuple, fpdf.drawing.DeviceGray, fpdf.drawing.DeviceRGB): optional.
                Defines the cells background color.
            cell_fill_mode (str, fpdf.enums.TableCellFillMode): optional. Defines which cells are filled
                with color in the background.
            col_widths (int, tuple): optional. Sets column width. Can be a single number or a sequence of numbers.
            first_row_as_headings (bool): optional, default to True. If False, the first row of the table
                is not styled differently from the others.
            gutter_height (float): optional vertical space between rows.
            gutter_width (float): optional horizontal space between columns.
            headings_style (fpdf.fonts.FontFace): optional, default to bold.
                Defines the visual style of the top headings row: size, color, emphasis...
            line_height (number): optional. Defines how much vertical space a line of text will occupy.
            markdown (bool): optional, default to False. Enable markdown interpretation of cells textual content.
            text_align (str, fpdf.enums.Align): optional, default to JUSTIFY. Control text alignment inside cells.
            v_align (str, fpdf.enums.AlignV): optional, default to CENTER. Control vertical alignment of cells content.
            width (number): optional. Sets the table width.
            wrapmode (fpdf.enums.WrapMode): "WORD" for word based line wrapping (default),
                "CHAR" for character based line wrapping.
            padding (number, tuple, Padding): optional. Sets the cell padding. Can be a single number or a sequence
                of numbers, default:0
                If padding for left or right ends up being non-zero then the respective c_margin is ignored.
            outer_border_width (number): optional. The outer_border_width will trigger rendering of the outer
                border of the table with the given width regardless of any other defined border styles.
            num_heading_rows (number): optional. Sets the number of heading rows, default value is 1. If this value is not 1,
                first_row_as_headings needs to be True if num_heading_rows>1 and False if num_heading_rows=0. For backwards compatibility,
                first_row_as_headings is used in case num_heading_rows is 1.
            repeat_headings (fpdf.enums.TableHeadingsDisplay): optional, indicates whether to print table headings on every page, default to 1.
        """
        table = Table(self, *args, **kwargs)
        yield table
        table.render()

    def output(
        self, name="", dest="", linearize=False, output_producer_class=OutputProducer
    ):
        """
        Output PDF to some destination.
        The method first calls [close](close.md) if necessary to terminate the document.
        After calling this method, content cannot be added to the document anymore.

        By default the bytearray buffer is returned.
        If a `name` is given, the PDF is written to a new file.

        Args:
            name (str): optional File object or file path where to save the PDF under
            dest (str): [**DEPRECATED since 2.3.0**] unused, will be removed in a later version
            output_producer_class (class): use a custom class for PDF file generation
        """
        if dest:
            warnings.warn(
                (
                    '"dest" parameter is deprecated since v2.2.0, '
                    "unused and will soon be removed"
                ),
                DeprecationWarning,
                stacklevel=get_stack_level(),
            )
        # Clear cache of cached functions to free up memory after output
        get_unicode_script.cache_clear()
        # Finish document if necessary:
        if not self.buffer:
            if self.page == 0:
                self.add_page()
            # Generating final page footer:
            self.in_footer = True
            self.footer()
            self.in_footer = False
            # Generating .buffer based on .pages:
            if self._toc_placeholder:
                self._insert_table_of_contents()
            if self.str_alias_nb_pages:
                self._substitute_page_number()
            if linearize:
                output_producer_class = LinearizedOutputProducer
            output_producer = output_producer_class(self)
            self.buffer = output_producer.bufferize()
        if name:
            if isinstance(name, os.PathLike):
                name.write_bytes(self.buffer)
            elif isinstance(name, str):
                Path(name).write_bytes(self.buffer)
            else:
                name.write(self.buffer)
            return None
        return self.buffer


# Pattern from sir Guido Von Rossum: https://stackoverflow.com/a/72911884/636849
# > a module can define a class with the desired functionality, and then at
# > the end, replace itself in sys.modules with an instance of that class
sys.modules[__name__].__class__ = WarnOnDeprecatedModuleAttributes


__pdoc__ = {"FPDF.add_highlight": False}  # Replaced by FPDF.highlight

__all__ = [
    "FPDF",
    "XPos",
    "YPos",
    "get_page_format",
    "ImageInfo",
    "RasterImageInfo",
    "VectorImageInfo",
    "TextMode",
    "TitleStyle",
    "PAGE_FORMATS",
]