示例#1
0
    def _translate_tag(self, tag):
        # check to see if tag is just a string
        try:
            tag_name = tag.name
        except AttributeError:
            # if no more tags found, strip text
            self.line.append(CaptionData.create_text(tag.strip()))
            return

        # convert line breaks
        if tag.name == 'br':
            self.line.append(CaptionData.create_break())
        # convert italics
        elif tag.name == 'i':
            self.line.append(CaptionData.create_style(True, {'italics': True}))
            # recursively call function for any children elements
            for a in tag.contents:
                self._translate_tag(a)
            self.line.append(CaptionData.create_style(False, {'italics': True}))
        elif tag.name == 'span':
            self._translate_span(tag)
        else:
            # recursively call function for any children elements
            for a in tag.contents:
                self._translate_tag(a)
示例#2
0
文件: scc.py 项目: mlrsmith/pycaption
    def _convert_to_caption(self, buffer, start):
        # check to see if previous caption needs an end-time
        if self.scc and self.scc[-1].end == 0:
            self.scc[-1].end = start

        # initial variables
        caption = Caption()
        caption.start = start
        caption.end = 0 # Not yet known; filled in later
        self.open_italic = False
        self.first_element = True

        # split into elements (e.g. break, italics, text)
        for element in buffer.split('<$>'):
            # skip empty elements
            if element.strip() == '':
                continue

            # handle line breaks
            elif element == '{break}':
                self._translate_break(caption)

            # handle open italics
            elif element == '{italic}':
                # add italics
                caption.nodes.append(CaptionData.create_style(True, {'italics': True}))
                # open italics, no longer first element
                self.open_italic = True
                self.first_element = False

            # handle clone italics
            elif element == '{end-italic}' and self.open_italic:
                caption.nodes.append(CaptionData.create_style(False, {'italics': True}))
                self.open_italic = False

            # handle text
            else:
                # add text
                caption.nodes.append(CaptionData.create_text(' '.join(element.decode("utf-8").split())))
                # no longer first element
                self.first_element = False

        # close any open italics left over
        if self.open_italic == True:
            caption.nodes.append(CaptionData.create_style(False, {'italics': True}))

        # remove extraneous italics tags in the same caption
        self._remove_italics(caption)

        # only add captions to list if content inside exists
        if caption.nodes:
            self.scc.append(caption)
示例#3
0
 def _translate_span(self, tag):
     # convert tag attributes
     args = self._translate_attrs(tag)
     # only include span tag if attributes returned
     if args != '':
         node = CaptionData.create_style(True, args)
         self.line.append(node)
         # recursively call function for any children elements
         for a in tag.contents:
             self._translate_tag(a)
         node = CaptionData.create_style(False, args)
         self.line.append(node)
     else:
         for a in tag.contents:
             self._translate_tag(a)
示例#4
0
文件: scc.py 项目: mlrsmith/pycaption
    def _translate_break(self, caption):
        # if break appears at start of caption, skip break
        if self.first_element == True:
            return
        # if the last caption was a break, skip this break
        elif caption.nodes[-1].type == CaptionData.BREAK:
            return
        # close any open italics
        elif self.open_italic == True:
            caption.nodes.append(CaptionData.create_style(False, {'italics': True}))
            self.open_italic = False

        # add line break
        caption.nodes.append(CaptionData.create_break())