2iWdZddlZddlZddlZddlmZddlmZddlm Z m Z dxZ Z dZ Gdd ZGd d eeZGd d eZGddeZGddeeZGddZy)z A low-level PDF generator. N) BOM_UTF16_BE)md5)ceillogz0.12.1c\t|tr|St|trU|jr#t t |j dS|djdj dSt|tr |jSt |j dS)zConvert item to bytes.asciif0) isinstancebytesfloat is_integerstrintencoderstripObjectdata)items E/var/www/html/acx/venv/lib/python3.12/site-packages/pydyf/__init__.py _to_bytesrs$ D% ?? s4y>((1 11X%%c*11': : D& !yy t9  G $$cVeZdZdZdZedZedZedZedZ y)rzBase class for PDF objects.c<d|_d|_d|_d|_y)Nrn)numberoffset generationfreeselfs r__init__zObject.__init__ s    rcz|jd|jdj}||jzdzS)z%Indirect representation of an object. z obj s endobj)rrrr)r!headers rindirectzObject.indirect+s<KK=$//!2&9@@B !K//rcV|jd|jdjS)zObject identifier.r$z R)rrrr s r referencezObject.reference1s)++a03::<>)itemsrjoin)r!keyvalueresults rrzDictionary.dataGsc#jjl,U 9S> !D (9U+; ;,,sxx''%//,s'Ar7r.r/r0r1r"r2rr3rrr5r5As *00rr5c4eZdZdZd,fd Zd-dZdZd.dZdZdZ dZ d Z d Z d Z d Zd Zd.dZd.dZd.dZdZdZdZdZdZdZdZdZd.dZd.dZd.dZdZdZdZ dZ!d Z"d!Z#d"Z$d#Z%d$Z&d%Z'd&Z(d'Z)d(Z*d)Z+d*Z,e-d+Z.xZ/S)/r,zPDF Stream object.c\t||xsg|_|xsi|_||_yr7)superr"streamextracompress)r!rHrIrJ __class__s rr"zStream.__init__Qs+ l [b   rc|jjd|||jjdy|jj||jjdy)zBegin marked-content sequence./NsBMCsBDCrHappend)r!tag property_lists rbegin_marked_contentzStream.begin_marked_contentZsV Qse9%  KK  v & KK  } - KK  v &rc:|jjdy)zBegin a text object.sBTNrNr s r begin_textzStream.begin_textc 5!rcL|jj|rdydy)aModify current clipping path by intersecting it with current path. Use the nonzero winding number rule to determine which regions lie inside the clipping path by default. Use the even-odd rule if ``even_odd`` set to ``True``. sW*WNrNr!even_odds rclipz Stream.clipgs H57$7rc:|jjdy)zClose current subpath. Append a straight line segment from the current point to the starting point of the subpath. hNrNr s rclosez Stream.closers 4 rc |jjdjt|t|t|t|t|t|dfy)uAdd cubic Bézier curve to current path. The curve shall extend from ``(x3, y3)`` using ``(x1, y1)`` and ``(x2, y2)`` as the Bézier control points. r<cNrHrOr@r)r!x1y1x2y2x3y3s rcurve_tozStream.curve_to{sO 499 bM9R= bM9R= bM9R=$&01 2rc |jjdjt|t|t|t|dfy)uAdd cubic Bézier curve to current path The curve shall extend to ``(x3, y3)`` using the current point and ``(x2, y2)`` as the Bézier control points. r<vNr`)r!rcrdrerfs rcurve_start_tozStream.curve_start_toB 499 bM9R= bM9R=$&01 2rc |jjdjt|t|t|t|dfy)uAdd cubic Bézier curve to current path The curve shall extend to ``(x3, y3)`` using `(x1, y1)`` and ``(x3, y3)`` as the Bézier control points. r<yNr`)r!rarbrerfs r curve_end_tozStream.curve_end_torkrcX|jjdt|zdzy)zDraw object given by reference.r;s DoNrHrOr)r!r(s r draw_x_objectzStream.draw_x_objects# 4)I"66?@rc:|jjdy)z%End path without filling or stroking.nNrNr s rendz Stream.end 4 rc:|jjdy)zEnd marked-content sequence.sEMCNrNr s rend_marked_contentzStream.end_marked_contents 6"rc:|jjdy)zEnd text object.sETNrNr s rend_textzStream.end_textrUrcL|jj|rdydy)znFill path using nonzero winding rule. Use even-odd rule if ``even_odd`` is set to ``True``. sf*fNrNrXs rfillz Stream.fill H57$7rcL|jj|rdydy)zyFill and stroke path usign nonzero winding rule. Use even-odd rule if ``even_odd`` is set to ``True``. sB*BNrNrXs rfill_and_strokezStream.fill_and_stroker}rcL|jj|rdydy)zFill, stroke and close path using nonzero winding rule. Use even-odd rule if ``even_odd`` is set to ``True``. sb*bNrNrXs rfill_stroke_and_closezStream.fill_stroke_and_closer}rc||jrtj|n|}tj|dz}|jj dj ddt|dt|dt|ddt|zd |jrd nd d tt|d |dfy)aAdd an inline image. :param width: The width of the image. :type width: :obj:`int` :param height: The height of the image. :type height: :obj:`int` :param colorspace: The color space of the image, f.e. RGB, Gray. :type colorspace: :obj:`str` :param bpc: The bits per component. 1 for BW, 8 for grayscale. :type bpc: :obj:`int` :param raw_data: The raw pixel data. s~>r<sBIs/Ws/Hs/BPCs/CSs/Devices/Fs [/A85 /Fl]s/A85s/LsIDsEIN) rJzlibbase64 a85encoderHrOr@rlen)r!widthheight color_spacebpcraw_datara85_datas r inline_imagezStream.inline_images+/--t}}X&X##D)E1 499  9U# 9V$ Ys^  ;/ / !]]M 9S]+    &  rc|jjdjt|t|dfy)z0Add line from current point to point ``(x, y)``.r<lNr`r!xys rline_tozStream.line_to, 499ilIaL$%GHIrc|jjdjt|t|dfy)z8Begin new subpath by moving current point to ``(x, y)``.r<mNr`rs rmove_tozStream.move_torrc|jjdjt|t|dfy)zAMove text to next line at ``(x, y)`` distance from previous line.r<sTdNr`rs r move_text_tozStream.move_text_tos, 499ilIaL%%HIJrcX|jjdt|zdzy)z@Paint shape and color shading using shading dictionary ``name``.r;s shNrp)r!names r paint_shadingzStream.paint_shadings" 4)D/1F:;rc:|jjdy)zRestore graphic state.QNrNr s r pop_statezStream.pop_staterurc:|jjdy)zSave graphic state.qNrNr s r push_statezStream.push_staterurc |jjdjt|t|t|t|dfy)zAdd rectangle to current path as complete subpath. ``(x, y)`` is the lower-left corner and width and height the dimensions. r<sreNr`)r!rrrrs r rectanglezStream.rectanglesD 499 aL)A, e i/&89 :rc |jjdjt|t|t||rdndfy)zSet RGB color for nonstroking operations. Set RGB color for stroking operations instead if ``stroke`` is set to ``True``. r<sRGsrgNr`)r!rgbstrokes r set_color_rgbzStream.set_color_rgbs@ 499 aL)A, ! U%&*+ ,rct|jjdt|zdz|r dzydzy)zwSet the nonstroking color space. If stroke is set to ``True``, set the stroking color space instead. r;r<sCSscsNrp)r!spacers rset_color_spacezStream.set_color_spaces<  9U# #d *ve I KCH I Krc|rg|dt|z}|jjdjd|Ddz|r dzydzy)zSet special color for nonstroking operations. Set special color for stroking operation if ``stroke`` is set to ``True``. r;r<c32K|]}t|ywr7r).0operands r z+Stream.set_color_special..$sAWi(AsSCNsscnN)rrHrOr@)r!rroperandss rset_color_specialzStream.set_color_specials_ ::4)D/#9:H  IIAA AD HV + ,#) + ,rc|jjdjt|jt |dfy)zSet dash line pattern. :param dash_array: Dash pattern. :type dash_array: :term:`iterable` :param dash_phase: Start of dash phase. :type dash_phase: :obj:`int` r<dN)rHrOr@Arrayrr)r! dash_array dash_phases rset_dashzStream.set_dash's@ 499 *  " "Ij$94&AB Crcv|jjdt|zdzt|zdzy)zSet font name and size.r;r<s TfNrp)r!fontsizes r set_font_sizezStream.set_font_size3s4  9T? "T )IdO ;f D FrcR|jjt|dzy)zSet text rendering mode.s TrNrp)r!modes rset_text_renderingzStream.set_text_rendering8s 9T?V34rcR|jjt|dzy)zSet text rise.s TsNrp)r!rs r set_text_risezStream.set_text_rise<s 9V,v56rcR|jjt|dzy)zSet line cap style.s JNrp)r!line_caps r set_line_capzStream.set_line_cap@s 9X.67rcR|jjt|dzy)zSet line join style.s jNrp)r! line_joins r set_line_joinzStream.set_line_joinDs 9Y/%78rcR|jjt|dzy)zSet line width.s wNrp)r!rs rset_line_widthzStream.set_line_widthHs 9U+e34rc |jjdjt|t|t|t|t|t|dfy)amSet current transformation matrix. :param a: Top left number in the matrix. :type a: :obj:`int` or :obj:`float` :param b: Top middle number in the matrix. :type b: :obj:`int` or :obj:`float` :param c: Middle left number in the matrix. :type c: :obj:`int` or :obj:`float` :param d: Middle middle number in the matrix. :type d: :obj:`int` or :obj:`float` :param e: Bottom left number in the matrix. :type e: :obj:`int` or :obj:`float` :param f: Bottom middle number in the matrix. :type f: :obj:`int` or :obj:`float` r<scmNr`r!arcder s r set_matrixzStream.set_matrixLN" 499 aL)A, ! aL)A, ! e&=> ?rcR|jjt|dzy)zSet miter limit.s MNrp)r! miter_limits rset_miter_limitzStream.set_miter_limitas 9[1E9:rcX|jjdt|zdzy)zkSet specified parameters in graphic state. :param state_name: Name of the graphic state. r;s gsNrp)r! state_names r set_statezStream.set_statees% 4)J"77&@Arc |jjdjt|t|t|t|t|t|dfy)aSet current text and text line transformation matrix. :param a: Top left number in the matrix. :type a: :obj:`int` or :obj:`float` :param b: Top middle number in the matrix. :type b: :obj:`int` or :obj:`float` :param c: Middle left number in the matrix. :type c: :obj:`int` or :obj:`float` :param d: Middle middle number in the matrix. :type d: :obj:`int` or :obj:`float` :param e: Bottom left number in the matrix. :type e: :obj:`int` or :obj:`float` :param f: Bottom middle number in the matrix. :type f: :obj:`int` or :obj:`float` r<sTmNr`rs rset_text_matrixzStream.set_text_matrixmrrcX|jjdt|zdzy)z4Show text strings with individual glyph positioning.[s] TJNrpr!texts r show_textzStream.show_texts" 4)D/1G;.sDIdODrz /FlateDecodeFilter )levelLengthsstreams endstream) r@rHr5rIcopyrJr compressobjflushrr)r!rHrIrs rrz Stream.datasD DD4::??,- ==,E(O**3K ))&1F k'') )Ff+hzz5::y&,GHHr)NNFr7)F)0r.r/r0r1r"rRrTrZr]rgrjrnrqrtrwryr|rrrrrrrrrrrrrrrrrrrrrrrrrrrrr2r __classcell__rKs@rr,r,Os!'" 8! 2 2 2A!#"888 >JJK<!! : ,K , CF 57895?*;B?*=7!! I Irr,c4eZdZdZdfd ZedZxZS)rzPDF String object.c0t|||_yr7)rGr"string)r!rrKs rr"zString.__init__s  rc$ tjddt|j}d|zdzS#t$rRt t |jjdz}d|jjzdzcYSwxYw)Ns ([\\\(\)])s\\\1()z utf-16-be<>) resubrrUnicodeEncodeErrorrrrhex)r!escapedencodeds rrz String.datas 8 ff^Xy7MNG'>D( (! 8"S%5%<%<[%IIG'++-..0047 7 8s14ABB))r.r/r0r1r"r2rrrs@rrrs  8 8rrc(eZdZdZddZedZy)rzPDF Array object.Ncbtj|tj||xsgyr7)rr"list)r!arrays rr"zArray.__init__s  dEKR(rc>ddjd|DzdzS)Nrr<c32K|]}t|ywr7r)rchilds rrzArray.data..sCU % 0Cr])r@r s rrz Array.datas!diiCdCCCdJJrr7rDr3rrrrs )KKrrc@eZdZdZdZdZdZedZdZ d dZ y) PDFz PDF document.cg|_t}d|_d|_|j |t dt gdd|_|j |jt i|_t d|jjd|_ |j |jd|_ d|_ y) zCreate a PDF document.ir z/Pagesr)TypeKidsCountz/Catalog)rPagesN) objectsrrr add_objectr5rpagesinfor(catalogcurrent_position xref_position)r! zero_objects rr"z PDF.__init__s h !&    $ "I!    #rN "ZZ))#     %!"!rc|jdxxdz cc<|j||jdj|jddgy)zfAdd page to the PDF. :param page: New page. :type page: :class:`Dictionary` rrrRN)rrextendr)r!pages radd_pagez PDF.add_pagesF 7q   6!!4;;3"78rcnt|j|_|jj|y)zAdd object to the PDF.N)rrrrO)r!object_s rrzPDF.add_objects$T\\* G$rcLtd|jddddDS)Nc3DK|]}|djdyw)z 0 RrN)r)r object_numbers rrz&PDF.page_references..s*:oT " ) )' 2:s r)tuplerr s rpage_referenceszPDF.page_referencess.:!%F!3CaC!8:: :rcn|xjt|dzz c_|j|dzy)zWrite line to output. :param content: Content to write. :type content: :obj:`bytes` :param output: Output stream. :type output: binary :term:`file object` r rN)rrwrite)r!contentoutputs r write_linezPDF.write_lines. W!11 Wu_%rc .t|xsd}|dvr t|}|jr|j|j|jd|z||jd||dk\r|rg}|jD]]}|j dk(r|j r|j|1|j|_ |j|j|_gg}d}t|D]e\} }|j} |j| |dj|j|dj||t| dzz }gd jd |dD|d<d t|t|ddzd } t!|| |} |j| _ |j| |j| j|g} d}|jD]m}|j r$| jd | j|f|dz }3| jt#|j|j|j$fo| jd|jdft't)|jdzd}t+d|jD}t't)t+|t|dzd}d||fdjfd| D}dt-dt|jdzft-t|jdz|j.j0d} |jr|jj0| d<|rdjd|jD} t3| j5j7}|dur|}t-t9|jt9|jf| d<t!|g| |}|jx|_|_ |j||j|j|n`|jD]?}|j dk(r|j|_ |j|j|A|j|_|jd||jdt|jj7||jD]K}|j|jdd |j$dd |j d j7|M|jd||jd||jdt|jj7||jd|j.j0z||jr)|jd |jj0z||rdjd!|jD} t3| j5j7}|dur|}|jd"t9|jzd#zt9|jzd$z||jd%||jd&||j|j:j7||jd'|y())aWrite PDF to output. :param output: Output stream. :type output: binary :term:`file object` :param bytes version: PDF version. :param identifier: PDF file identifier. 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