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import string |
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INFINITE = 10000 |
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class Paragraph: |
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def __init__(self, xparagraph, doc_id: int, id_: int): |
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self.xparagraph = xparagraph |
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self.id_ = int(str(2) + str(doc_id) + str(id_)) |
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style_name = self.xparagraph.style.name |
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self.level = self.get_level_from_name(style_name) |
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self.is_structure = self.level < INFINITE |
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self.text = self.xparagraph.text |
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self.type, self.parsed_text = self.parse_text() |
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@property |
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def structure(self): |
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structure = {str(self.id_): { |
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'index': str(self.id_), |
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'canMove': True, |
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'isFolder': False, |
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'children': [], |
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'title': self.text, |
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'canRename': True, |
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'data': {}, |
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'level': self.level, |
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}} |
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return structure |
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@property |
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def blank(self): |
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""" |
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checks if the paragraph is blank: i.e. it brings some signal (it may otherwise be ignored) |
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""" |
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text = self.text.replace('\n', '') |
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return set(text).isdisjoint(string.ascii_letters) |
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@staticmethod |
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def get_level_from_name(style_name: str) -> int: |
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level = INFINITE |
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if '.Titre' in style_name: |
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suffix = style_name[-1] |
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try: |
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level = int(suffix) |
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except: |
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pass |
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return level |
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def parse_text(self) -> (str, str): |
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if self.is_structure: |
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return 'structure', self.text |
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startswith = {"?? ": "task", "++ ": "comment"} |
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for start in startswith.keys(): |
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split = self.text.rsplit(start) |
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if 1 < len(split): |
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return startswith[start], split[1] |
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return "normal", self.text |
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def set_text(self, text: str): |
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self.text = text |
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self.xparagraph.text = text |
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return self |
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