# -*- coding: utf-8 -*- import os import re import sys import shutil from subprocess import run, CalledProcessError from tempfile import TemporaryDirectory from pathlib import Path from lxml import etree from nbformat import read, NO_CONVERT from itertools import chain, zip_longest from jinja2 import Template from datetime import datetime title_font_size = 11 item_font_size = 9 head_margin = 3 text_margin = 2 SVG_TEXT = '{http://www.w3.org/2000/svg}text' SVG_RECT = '{http://www.w3.org/2000/svg}rect' def parse_headers(nb_path): nb = read(str(nb_path), as_version=NO_CONVERT) # Notebookのセルからmarkdownの部分を取り出し、行ごとのリストにする lines = [ line.strip() for line in chain.from_iterable( cell['source'].split('\n') for cell in nb.cells if cell['cell_type'] == 'markdown' ) if len(line.strip()) > 0 and not line.startswith('---') ] # h1, h2 の行とその次行の最初の１文を取り出す headers = [ (' '.join(line0.split()[1:]), line1.split("。")[0] if line1 is not None else '') for (line0, line1) in zip_longest(lines, lines[1:]) if line0.startswith('# ') or line0.startswith('## ') ] # 最初の見出しはtitle, 残りはheadersとして返す return { 'path': nb_path.as_posix(), 'title': { 'text': _to_title_text(nb_path, headers[0][0]), 'summary': headers[0][1], }, 'headers': [ { 'text': text, 'summary': ( summary if not re.match(r'(?:#|!\[)', summary) else ''), } for (text, summary) in headers[1:] ], } def _to_title_text(nb_path, text): no = nb_path.name.split('-')[0] title = text if not text.startswith('About:') else text[6:] return f'{title}' def _get_notebook_headers(nb_dir): return dict([ (nb.name, parse_headers(nb)) for nb in nb_dir.glob("*.ipynb") ]) def notebooks_toc(nb_dir): nb_headers = sorted( _get_notebook_headers(Path(nb_dir)).items(), key=lambda x: x[0]) return "\n".join(chain.from_iterable([ [ f'* [{headers["title"]["text"]}]({nb_dir}/{str(nb)})' ] + list(chain.from_iterable([ [ f' - {header["text"]}', (f' - {header["summary"]}' if len(header["summary"]) > 0 else ''), ] for header in headers['headers'] ])) for nb, headers in nb_headers ])) import json JSON = "" def load_json(PATH): with open(PATH) as f: JSON = json.load(f) return JSON def generate_svg_diag( output='WORKFLOW/images/notebooks.svg', diag='WORKFLOW/images/notebooks.diag', dir_util='WORKFLOW/FLOW/util', dir_01='WORKFLOW/FLOW/01_preparation_phase', dir_02='WORKFLOW/FLOW/02_experimental_phase', dir_03='WORKFLOW/FLOW/03_after_research_phase', font='.fonts/ipag.ttf', ): with TemporaryDirectory() as workdir: skeleton = Path(workdir) / 'skeleton.svg' _generate_skeleton(skeleton, Path(diag), Path(font)) _embed_detail_information(Path(output), skeleton, Path(dir_util), Path(dir_01), Path(dir_02), Path(dir_03)) return output def _generate_skeleton(output, diag, font): run(['blockdiag', '-f', font, '-Tsvg', '-o', output, diag], check=True) def setup_python_path(): ver = sys.version_info lib_path = f'~/.local/lib/python{ver.major}.{ver.minor}/site-packages' lib_path = str(Path(lib_path).expanduser()) if lib_path not in sys.path: sys.path.append(lib_path) def _embed_detail_information(output, skeleton, dir_util, dir_01, dir_02, dir_03): # Notebookのヘッダ取得 nb_headers = _get_notebook_headers(dir_util) nb_headers.update(_get_notebook_headers(dir_01)) nb_headers.update(_get_notebook_headers(dir_02)) nb_headers.update(_get_notebook_headers(dir_03)) # 雛形の読み込み tree = etree.parse(str(skeleton)) # 雛形をNotebook情報で置き換え for elem in list(tree.findall(SVG_TEXT)): if _is_target_rect(elem, nb_headers.keys()): nb_name = _find_matching_notebook(nb_headers.keys(), elem.text) _embed_info_in_one_rect(elem, nb_headers, Path('WORKFLOW/FLOW'), nb_name) # SVGの保存 output.parent.mkdir(parents=True, exist_ok=True) with output.open(mode='wb') as f: f.write(etree.tostring(tree, method='xml', pretty_print=True)) def _is_target_rect(elem, notebooks): return ( elem.getprevious() is not None and elem.getprevious().tag == SVG_RECT and len(elem.text) > 0 and _find_matching_notebook(notebooks, elem.text) is not None) def _find_matching_notebook(notebooks, title): for nb in notebooks: if nb.startswith(title): return nb def _embed_info_in_one_rect(elem, nb_headers, nb_dir, nb_name): headers = nb_headers[nb_name] nb_file = nb_headers[nb_name]['path'] nb_file = nb_file.replace('WORKFLOW/FLOW/', '') rect_elem = elem.getprevious() rect = ( (int(rect_elem.attrib['x']), int(rect_elem.attrib['y'])), (int(rect_elem.attrib['width']), int(rect_elem.attrib['height']))) childpos = elem.getparent().index(elem) parent_elem = elem.getparent() remove_texts(elem) title = headers['title']['text'] if elem.text.find(':') >= 0: title = title + ' - ' + elem.text.split(':')[1] line_num = insert_title(parent_elem, childpos, rect, title, str(nb_file)) insert_headers(parent_elem, childpos, rect, headers['headers'], line_num) def remove_texts(elem): old_text = elem while old_text is not None: if (old_text.getnext() is not None and old_text.getnext().tag == SVG_TEXT): next_text = old_text.getnext() else: next_text = None old_text.getparent().remove(old_text) old_text = next_text def insert_title(parent_elem, childpos, rect, title, link): height_title = ( text_margin + (title_font_size + text_margin) * 2 + head_margin * 2) lines = split_title(title) if len(lines) == 2: text_elem = create_text(rect, title_font_size, font_weight='bold') text_elem.text = lines[0] text_elem.attrib['y'] = str( rect[0][1] + head_margin + text_margin + title_font_size) text_elems = [text_elem] text_elem = create_text(rect, title_font_size, font_weight='bold') text_elem.text = lines[1] text_elem.attrib['y'] = str( rect[0][1] + height_title - text_margin - head_margin) text_elems.append(text_elem) else: text_elem = create_text(rect, title_font_size, font_weight='bold') text_elem.text = title text_elem.attrib['y'] = str( rect[0][1] + height_title // 2 + title_font_size // 2) text_elems = [text_elem] parent_elem.insert(childpos, create_anchor(text_elems, link)) return len(lines) def insert_headers(parent_elem, childpos, rect, headers, title_lines): offset_y = ( text_margin + (title_font_size + text_margin) * (title_lines + 1) + head_margin * 2 + text_margin) for i, header in enumerate(headers): text_elem = create_text(rect, item_font_size) text_elem.text = header['text'] text_elem.attrib['y'] = str( rect[0][1] + offset_y + (item_font_size + text_margin) * i + item_font_size) parent_elem.insert(childpos, text_elem) def split_title(title): if u'：' in title: return [title[:title.index(u'：') + 1], title[title.index(u'：') + 1:]] elif len(title) >= 15: words = re.split(r'([-(（])', title, 1) ret = words[0:1] + [''.join(x) for x in zip(words[1::2], words[2::2])] return [re.sub(r'^--', '- ', x) for x in ret] else: return [title] def create_text(rect, font_size, font_weight='normal', font_style='normal'): text_elem = etree.Element(SVG_TEXT) text_elem.attrib['fill'] = 'rgb(0,0,0)' text_elem.attrib['font-family'] = 'sans-serif' text_elem.attrib['font-size'] = str(font_size) text_elem.attrib['font-style'] = font_style text_elem.attrib['font-weight'] = font_weight text_elem.attrib['font-anchor'] = 'middle' text_elem.attrib['x'] = str(rect[0][0] + text_margin) text_elem.attrib['width'] = str(rect[1][0] - text_margin * 2) return text_elem def create_anchor(elems, link): a_elem = etree.Element('a') a_elem.attrib['{http://www.w3.org/1999/xlink}href'] = link for elem in elems: a_elem.append(elem) return a_elem # refs: https://note.nkmk.me/python-if-name-main/ # maDMP.ipynbからコマンドライン引数でdiagファイルのパスが渡されてくる if __name__ == '__main__': generate_svg_diag(diag=sys.argv[1])