435 lines
16 KiB
Python
435 lines
16 KiB
Python
#
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# Gramps - a GTK+/GNOME based genealogy program
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#
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# Copyright (C) 2000-2006 Donald N. Allingham
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# Copyright (C) 2007-2009 Brian G. Matherly
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# Copyright (C) 2009 Gary Burton
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#
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
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#
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# $Id:RTFDoc.py 9912 2008-01-22 09:17:46Z acraphae $
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#------------------------------------------------------------------------
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#
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# python modules
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#
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#------------------------------------------------------------------------
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from gettext import gettext as _
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#------------------------------------------------------------------------
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#
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# Load the base BaseDoc class
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#
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#------------------------------------------------------------------------
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from gui.utils import open_file_with_default_application
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from gen.plug.docgen import (BaseDoc, TextDoc, FONT_SERIF, PARA_ALIGN_RIGHT,
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PARA_ALIGN_CENTER, PARA_ALIGN_JUSTIFY)
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import ImgManip
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import Errors
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import Utils
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#------------------------------------------------------------------------
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#
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# RTF uses a unit called "twips" for its measurements. According to the
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# RTF specification, 1 point is 20 twips. This routines converts
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# centimeters to twips
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#
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# 2.54 cm/inch 72pts/inch, 20twips/pt
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#
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#------------------------------------------------------------------------
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def twips(cm):
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return int(((cm/2.54)*72)+0.5)*20
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#------------------------------------------------------------------------
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#
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# Rich Text Format Document interface. The current inteface does not
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# use style sheets. Instead it writes raw formatting.
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#
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#------------------------------------------------------------------------
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class RTFDoc(BaseDoc,TextDoc):
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#--------------------------------------------------------------------
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#
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# Opens the file, and writes the header. Builds the color and font
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# tables. Fonts are chosen using the MS TrueType fonts, since it
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# is assumed that if you are generating RTF, you are probably
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# targeting Word. This generator assumes a Western Europe character
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# set.
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#
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#--------------------------------------------------------------------
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def open(self,filename):
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if filename[-4:] != ".rtf":
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self.filename = filename + ".rtf"
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else:
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self.filename = filename
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try:
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self.f = open(self.filename,"w")
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except IOError,msg:
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errmsg = "%s\n%s" % (_("Could not create %s") % self.filename, msg)
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raise Errors.ReportError(errmsg)
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except:
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raise Errors.ReportError(_("Could not create %s") % self.filename)
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style_sheet = self.get_style_sheet()
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self.f.write('{\\rtf1\\ansi\\ansicpg1252\\deff0\n')
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self.f.write('{\\fonttbl\n')
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self.f.write('{\\f0\\froman\\fcharset0\\fprq0 Times New Roman;}\n')
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self.f.write('{\\f1\\fswiss\\fcharset0\\fprq0 Arial;}}\n')
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self.f.write('{\colortbl\n')
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self.color_map = {}
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index = 1
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self.color_map[(0,0,0)] = 0
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self.f.write('\\red0\\green0\\blue0;')
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for style_name in style_sheet.get_paragraph_style_names():
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style = style_sheet.get_paragraph_style(style_name)
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fgcolor = style.get_font().get_color()
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bgcolor = style.get_background_color()
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if fgcolor not in self.color_map:
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self.color_map[fgcolor] = index
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self.f.write('\\red%d\\green%d\\blue%d;' % fgcolor)
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index += 1
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if bgcolor not in self.color_map:
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self.f.write('\\red%d\\green%d\\blue%d;' % bgcolor)
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self.color_map[bgcolor] = index
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index += 1
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self.f.write('}\n')
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self.f.write('\\kerning0\\cf0\\viewkind1')
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self.f.write('\\paperw%d' % twips(self.paper.get_size().get_width()))
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self.f.write('\\paperh%d' % twips(self.paper.get_size().get_height()))
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self.f.write('\\margl%d' % twips(self.paper.get_left_margin()))
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self.f.write('\\margr%d' % twips(self.paper.get_right_margin()))
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self.f.write('\\margt%d' % twips(self.paper.get_top_margin()))
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self.f.write('\\margb%d' % twips(self.paper.get_bottom_margin()))
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self.f.write('\\widowctl\n')
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self.in_table = 0
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self.text = ""
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#--------------------------------------------------------------------
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#
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# Write the closing brace, and close the file.
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#
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#--------------------------------------------------------------------
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def close(self):
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self.f.write('}\n')
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self.f.close()
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if self.open_req:
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open_file_with_default_application(self.filename)
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#--------------------------------------------------------------------
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#
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# Force a section page break
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#
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#--------------------------------------------------------------------
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def end_page(self):
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self.f.write('\\sbkpage\n')
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#--------------------------------------------------------------------
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#
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# Starts a paragraph. Instead of using a style sheet, generate the
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# the style for each paragraph on the fly. Not the ideal, but it
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# does work.
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#
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#--------------------------------------------------------------------
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def start_paragraph(self,style_name,leader=None):
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self.opened = 0
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style_sheet = self.get_style_sheet()
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p = style_sheet.get_paragraph_style(style_name)
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# build font information
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f = p.get_font()
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size = f.get_size()*2
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bgindex = self.color_map[p.get_background_color()]
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fgindex = self.color_map[f.get_color()]
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if f.get_type_face() == FONT_SERIF:
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self.font_type = '\\f0\\fs%d\\cf%d\\cb%d' % (size,fgindex,bgindex)
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else:
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self.font_type = '\\f1\\fs%d\\cf%d\\cb%d' % (size,fgindex,bgindex)
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if f.get_bold():
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self.font_type = self.font_type + "\\b"
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if f.get_underline():
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self.font_type = self.font_type + "\\ul"
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if f.get_italic():
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self.font_type = self.font_type + "\\i"
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# build paragraph information
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if not self.in_table:
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self.f.write('\\pard')
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if p.get_alignment() == PARA_ALIGN_RIGHT:
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self.f.write('\\qr')
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elif p.get_alignment() == PARA_ALIGN_CENTER:
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self.f.write('\\qc')
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self.f.write('\\ri%d' % twips(p.get_right_margin()))
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self.f.write('\\li%d' % twips(p.get_left_margin()))
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self.f.write('\\fi%d' % twips(p.get_first_indent()))
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if p.get_alignment() == PARA_ALIGN_JUSTIFY:
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self.f.write('\\qj')
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if p.get_padding():
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self.f.write('\\sa%d' % twips(p.get_padding()/2.0))
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if p.get_top_border():
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self.f.write('\\brdrt\\brdrs')
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if p.get_bottom_border():
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self.f.write('\\brdrb\\brdrs')
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if p.get_left_border():
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self.f.write('\\brdrl\\brdrs')
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if p.get_right_border():
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self.f.write('\\brdrr\\brdrs')
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if p.get_first_indent():
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self.f.write('\\fi%d' % twips(p.get_first_indent()))
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if p.get_left_margin():
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self.f.write('\\li%d' % twips(p.get_left_margin()))
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if p.get_right_margin():
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self.f.write('\\ri%d' % twips(p.get_right_margin()))
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if leader:
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self.opened = 1
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self.f.write('\\tx%d' % twips(p.get_left_margin()))
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self.f.write('{%s ' % self.font_type)
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self.write_text(leader)
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self.f.write(self.text)
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self.text = ""
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self.f.write('\\tab}')
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self.opened = 0
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#--------------------------------------------------------------------
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#
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# Ends a paragraph. Care has to be taken to make sure that the
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# braces are closed properly. The self.opened flag is used to indicate
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# if braces are currently open. If the last write was the end of
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# a bold-faced phrase, braces may already be closed.
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#
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#--------------------------------------------------------------------
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def end_paragraph(self):
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if not self.in_table:
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self.f.write(self.text)
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if self.opened:
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self.f.write('}')
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self.opened = 0
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self.f.write('\n\\par')
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self.text = ""
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else:
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if self.text == "":
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self.write_text(" ")
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self.text = self.text + '}'
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#--------------------------------------------------------------------
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#
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# Inserts a manual page break
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#
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#--------------------------------------------------------------------
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def page_break(self):
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self.f.write('\\page\n')
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#--------------------------------------------------------------------
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#
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# Starts boldfaced text, enclosed the braces
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#
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#--------------------------------------------------------------------
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def start_bold(self):
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if self.opened:
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self.f.write('}')
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self.f.write('{%s\\b ' % self.font_type)
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self.opened = 1
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#--------------------------------------------------------------------
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#
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# Ends boldfaced text, closing the braces
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#
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#--------------------------------------------------------------------
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def end_bold(self):
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self.opened = 0
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self.f.write(self.text)
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self.text = ""
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self.f.write('}')
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def start_superscript(self):
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self.text = self.text + '{{\*\updnprop5801}\up10 '
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def end_superscript(self):
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self.text = self.text + '}'
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#--------------------------------------------------------------------
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#
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# Start a table. Grab the table style, and store it. Keep a flag to
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# indicate that we are in a table. This helps us deal with paragraphs
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# internal to a table. RTF does not require anything to start a
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# table, since a table is treated as a bunch of rows.
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#
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#--------------------------------------------------------------------
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def start_table(self, name,style_name):
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self.in_table = 1
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styles = self.get_style_sheet()
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self.tbl_style = styles.get_table_style(style_name)
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#--------------------------------------------------------------------
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#
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# End a table. Turn off the table flag
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#
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#--------------------------------------------------------------------
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def end_table(self):
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self.in_table = 0
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#--------------------------------------------------------------------
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#
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# Start a row. RTF uses the \trowd to start a row. RTF also specifies
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# all the cell data after it has specified the cell definitions for
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# the row. Therefore it is necessary to keep a list of cell contents
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# that is to be written after all the cells are defined.
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#
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#--------------------------------------------------------------------
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def start_row(self):
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self.contents = []
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self.cell = 0
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self.prev = 0
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self.cell_percent = 0.0
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self.f.write('\\trowd\n')
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#--------------------------------------------------------------------
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#
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# End a row. Write the cell contents, separated by the \cell marker,
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# then terminate the row
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#
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#--------------------------------------------------------------------
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def end_row(self):
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self.f.write('{')
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for line in self.contents:
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self.f.write(line)
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self.f.write('\\cell ')
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self.f.write('}\\pard\\intbl\\row\n')
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#--------------------------------------------------------------------
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#
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# Start a cell. Dump out the cell specifics, such as borders. Cell
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# widths are kind of interesting. RTF doesn't specify how wide a cell
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# is, but rather where it's right edge is in relationship to the
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# left margin. This means that each cell is the cumlative of the
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# previous cells plus its own width.
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#
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#--------------------------------------------------------------------
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def start_cell(self,style_name,span=1):
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styles = self.get_style_sheet()
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s = styles.get_cell_style(style_name)
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self.remain = span -1
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if s.get_top_border():
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self.f.write('\\clbrdrt\\brdrs\\brdrw10\n')
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if s.get_bottom_border():
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self.f.write('\\clbrdrb\\brdrs\\brdrw10\n')
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if s.get_left_border():
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self.f.write('\\clbrdrl\\brdrs\\brdrw10\n')
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if s.get_right_border():
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self.f.write('\\clbrdrr\\brdrs\\brdrw10\n')
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table_width = float(self.paper.get_usable_width())
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for cell in range(self.cell,self.cell+span):
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self.cell_percent = self.cell_percent + float(self.tbl_style.get_column_width(cell))
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cell_width = twips((table_width * self.cell_percent)/100.0)
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self.f.write('\\cellx%d\\pard\intbl\n' % cell_width)
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self.cell = self.cell+1
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#--------------------------------------------------------------------
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#
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# End a cell. Save the current text in the content lists, since data
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# must be saved until all cells are defined.
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#
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#--------------------------------------------------------------------
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def end_cell(self):
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self.contents.append(self.text)
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self.text = ""
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#--------------------------------------------------------------------
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#
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# Add a photo. Embed the photo in the document. Use the Python
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# imaging library to load and scale the photo. The image is converted
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# to JPEG, since it is smaller, and supported by RTF. The data is
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# dumped as a string of HEX numbers.
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#
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#--------------------------------------------------------------------
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def add_media_object(self, name, pos, x_cm, y_cm, alt=''):
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nx, ny = ImgManip.image_size(name)
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if (nx, ny) == (0,0):
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return
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if (nx, ny) == (0,0):
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return
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ratio = float(x_cm)*float(ny)/(float(y_cm)*float(nx))
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if ratio < 1:
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act_width = x_cm
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act_height = y_cm*ratio
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else:
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act_height = y_cm
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act_width = x_cm/ratio
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buf = ImgManip.resize_to_jpeg_buffer(name, int(act_width*40),
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int(act_height*40))
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act_width = twips(act_width)
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act_height = twips(act_height)
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self.f.write('{\*\shppict{\\pict\\jpegblip')
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self.f.write('\\picwgoal%d\\pichgoal%d\n' % (act_width,act_height))
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index = 1
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for i in buf:
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self.f.write('%02x' % ord(i))
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if index%32==0:
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self.f.write('\n')
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index = index+1
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self.f.write('}}\\par\n')
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def write_note(self,text,format,style_name):
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if format == 1:
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for line in text.split('\n'):
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self.start_paragraph(style_name)
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self.write_text(line)
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self.end_paragraph()
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elif format == 0:
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for line in text.split('\n\n'):
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self.start_paragraph(style_name)
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line = line.replace('\n',' ')
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line = ' '.join(line.split())
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self.write_text(line)
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self.end_paragraph()
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#--------------------------------------------------------------------
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#
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# Writes text. If braces are not currently open, open them. Loop
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# character by character (terribly inefficient, but it works). If a
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# character is 8 bit (>127), convert it to a hex representation in
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# the form of \`XX. Make sure to escape braces.
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#
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#--------------------------------------------------------------------
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def write_text(self,text,mark=None):
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# Convert to unicode, just in case it's not. Fix of bug 2449.
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text = unicode(text)
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text = text.replace('\n','\n\\par ')
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if self.opened == 0:
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self.opened = 1
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self.text = self.text + '{%s ' % self.font_type
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for i in text:
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if ord(i) > 127:
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self.text = self.text + '\\\'%2x' % ord(i)
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elif i == '{' or i == '}' :
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self.text = self.text + '\\%s' % i
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else:
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self.text = self.text + i
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