# -*- coding: utf-8 -*-


GlobalPVersion='0.7.1'
# ajout de :
#    - image(fichierimage, zoomx, zoomy)   (zoom en % )
#    - newparagraf(alignement)   alignement = LEFT  RIGHT  CENTER 
# voir :  pxrtf-test1.py

import win32clipboard,types
import PyRTF

import ponx
px=ponx.ponx()

def e1252(txt):
    return txt.encode('cp1252','replace')

def e82(txt):
    return txt.decode('utf-8','replace').encode('cp1252','replace')

def e828(txt):
    return txt.decode('utf-8','replace').encode('cp1252','replace')


class rtfdoc(object):

    def __init__(self):
        self.doc=PyRTF.Document()
        self.cline=PyRTF.LINE
        self.ctab=PyRTF.TAB
        self.ss=self.doc.StyleSheet
        self.section=PyRTF.Section()
        self.doc.Sections.append(self.section)
        self.p = PyRTF.Paragraph()

    def appendOLD(self, *args):        
        for item in args:
            self.p.append( item)

    def append(self, *args):        
        for item in args:
            if type(item) in (types.StringType,):
                self.p.append(e82(item))
            elif type(item) in (types.UnicodeType,):
                self.p.append(e1252(item))
            else:
                self.p.append(item)

    def append8(self, *args):        
        for item in args:
            if type(item) in (types.StringType,types.UnicodeType):
                self.p.append(e82(item))
            else:
                self.p.append(item)

    def append1252(self, *args):        
        for item in args:
            if type(item) in (types.StringType,types.UnicodeType):
                self.p.append(e1252(item))
            else:
                self.p.append(item)

    def stextappend(self, txt, **args):
        self.append( PyRTF.TEXT(txt, **args))

    def stextappend1252(self, txt, **args):
        self.append1252( PyRTF.TEXT(txt, **args))

    def stextappendp(self, txt='', font="Arial", colour='Black', size=0, bold=False, italic=False, underline=False):
        args={}
        if font!=0: args['font']=eval('self.ss.Fonts.'+font)
        if colour!=0: args['colour']=eval('self.ss.Colours.'+colour)
        if size!=0: args['size']=size
        if bold!=0: args['bold']=bold
        if italic!=0: args['italic']=italic
        if underline!=0: args['underline']=underline
        if type(txt) in (types.UnicodeType,):
            self.append8( PyRTF.TEXT(e1252(txt), **args))
        else:
            self.append8( PyRTF.TEXT(e82(txt), **args))

    def stextappendp1252(self, txt='', font="Arial", colour='Black', size=0, bold=False, italic=False, underline=False):
        args={}
        if font!=0: args['font']=eval('self.ss.Fonts.'+font)
        if colour!=0: args['colour']=eval('self.ss.Colours.'+colour)
        if size!=0: args['size']=size
        if bold!=0: args['bold']=bold
        if italic!=0: args['italic']=italic
        if underline!=0: args['underline']=underline
        self.append1252( PyRTF.TEXT(e1252(txt), **args))

    def image(self,fichier="C:\\vodka.jpg",zoomx=100,zoomy=100):
        imag = PyRTF.Image(fichier, scale_x=zoomx, scale_y=zoomy)
        self.p.append(imag)

    def line(self):
        self.append(self.cline)

    def tab(self):
        self.append(self.ctab)

    def newparagraf(self,alignement="LEFT"):
        self.section.append(self.p)
        ss=self.doc.StyleSheet
        if alignement.upper()=="LEFT" or alignement.upper()=="GAUCHE":
            para_props=PyRTF.ParagraphPS(alignment = PyRTF.TabPS.LEFT)
        elif alignement.upper()=="RIGHT" or alignement.upper()=="DROITE":
            para_props=PyRTF.ParagraphPS(alignment = PyRTF.TabPS.RIGHT)
        elif alignement.upper()=="CENTER" or  alignement.upper()=="CENTRE":
            para_props=PyRTF.ParagraphPS(alignment = PyRTF.TabPS.CENTER)
        self.p = PyRTF.Paragraph( ss.ParagraphStyles.Normal, para_props)

    def finalize(self):
        self.section.append(self.p)

    def fichier(self , fichier='C:\\RTF1.rtf'):
        PyRTF.Renderer().Write( self.doc, file( fichier, 'w'))

    def helpcouleurs(self):
        return("""Black
Blue
Turquoise
Green
Pink
Red
Yellow
White
BlueDark
Teal
GreenDark
Violet
Red Dark
YellowDark
GreyDark
Grey""")

    def helppolices(self):
        return("""Arial
ArialBlack
ArialNarrow
BitstreamVeraSansMono
BitstreamVeraSans
BitstreamVeraSerif
BookAntiqua
BookmanOldStyle
Castellar
CenturyGothic
ComicSansMS
CourierNew
FranklinGothicMedium
Garamond
Georgia
Haettenschweiler
Impact
LucidaConsole
LucidaSansUnicode
MicrosoftSansSerif
MonotypeCorsiva
PalatinoLinotype
Papyrus
Sylfaen                
Symbol
Tahoma                  
TimesNewRoman
TrebuchetMS
Verdana""")

    def clip(self):
        def getclipRTFconst():
            win32clipboard.OpenClipboard()
            try:
                enum = 0
                while 1:
                    enum = win32clipboard.EnumClipboardFormats(enum)
                    if enum==0:
                        break
                    if enum>17:
                         if win32clipboard.GetClipboardFormatName(enum) == 'CF_RTF':
                             return enum
            finally:
                win32clipboard.CloseClipboard()

        win32clipboard.OpenClipboard()
        format = getclipRTFconst()
        print "format",str(format)
        try:
            win32clipboard.SetClipboardData(format, self.doc)
        except:
            print "Pb avec ClipBoard"

    def start(self , fichier='C:\\RTF1.rtf'):
        import os
        os.startfile(fichier)




if __name__=='__main__':
    rtf=rtfdoc()
    rtf.append(u"Un peu de texte, pour commencer.")
    rtf.append(u"Az€rty.éè")
    rtf.line()
    rtf.append("zzzzzzzzzzzzzz")
    rtf.line()
    rtf.append("Deuxième ligne ; ", u"fin de la 2è ligne.")
    rtf.line()

    txt=u"AZERTY-1234567890 € "
    rtf.stextappendp(txt, "Arial", "Red", 32, True, True, True)
    rtf.line()
    rtf.stextappendp(txt, 0, "Blue", 0, 0, 0, 0)
    rtf.line()

    rtf.finalize()
    rtf.fichier("C:\\RTF1.rtf")
    import os,sys
    os.system("C:\\RTF1.rtf")