139 lines
7.7 KiB
Python
139 lines
7.7 KiB
Python
"""Check generated content and export contact sheets for visual review."""
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from pathlib import Path
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from collections import Counter
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import json
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import re
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import unicodedata
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import argparse
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import pymupdf
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import openpyxl
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from PIL import Image, ImageDraw
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from pptx import Presentation
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ROOT=Path(__file__).resolve().parents[1]
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parser=argparse.ArgumentParser()
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parser.add_argument('--recalculated-workbook',type=Path,help='Optional independent LibreOffice/Excel recalculation copy')
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args=parser.parse_args()
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OUT=ROOT/'materials'
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PREV=OUT/'preview'
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PREV.mkdir(exist_ok=True)
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p=Presentation(OUT/'excel-ai-lecture.pptx')
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assert len(p.slides)==26
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manifest=json.loads((OUT/'slides-manifest.json').read_text(encoding='utf-8'))
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assert sum(s['seconds'] for s in manifest)==3600
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notes=(OUT/'speaker-notes.md').read_text(encoding='utf-8')
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durations=[int(v) for v in re.findall(r'\*\*Длительность:\*\* (\d+) секунд',notes)]
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assert durations==[s['seconds'] for s in manifest],durations
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assert all(s.notes_slide.notes_text_frame.text.strip() for s in p.slides)
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for n,s in enumerate(p.slides,1):
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for sh in s.shapes:
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assert sh.left>=0 and sh.top>=0,(n,sh.name,'negative position')
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assert sh.left+sh.width<=p.slide_width+10000,(n,sh.name,'too wide')
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assert sh.top+sh.height<=p.slide_height+10000,(n,sh.name,'too tall')
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book=openpyxl.load_workbook(OUT/'excel-practice.xlsx',data_only=True)
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rows=list(book['Реестр'].iter_rows(min_row=2,max_row=61,values_only=True))
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assert len(rows)==60 and len({r[0] for r in rows})==60
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assert all(all(v is not None for v in r[:6]) for r in rows)
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assert Counter(r[7] for r in rows)=={'Завершено':24,'Просрочено':18,'В срок':18}
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assert sum(r[5]=='Выполнено' and r[6]>r[4] for r in rows)==12
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assert all(r[6] is None or r[6]<=book['Параметры']['B2'].value for r in rows)
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assert book['Проверка']['B6'].value==.5
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assert len(book['Реестр'].tables)==1
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assert len(book['Старт'].tables)==0 and len(book['Старт 2'].tables)==0
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# Teaching progression: simple IF on Старт, nested IF on Старт 2, identical to Реестр.
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simple=[book['Старт'].cell(r,8).value for r in range(2,62)]
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nested=[book['Старт 2'].cell(r,8).value for r in range(2,62)]
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assert simple==['Закрыто' if r[5]=='Выполнено' else 'В работе' for r in rows]
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assert nested==[r[7] for r in rows]
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formulas=openpyxl.load_workbook(OUT/'excel-practice.xlsx',data_only=False)
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assert all(formulas['Реестр'].cell(r,8).data_type=='f' for r in range(2,62))
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assert all(formulas['Старт'].cell(r,8).data_type=='f' for r in range(2,62))
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assert all(formulas['Старт 2'].cell(r,8).data_type=='f' for r in range(2,62))
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assert 'IF(F2="Выполнено","Закрыто","В работе")' in formulas['Старт'].cell(2,8).value
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assert formulas['Старт 2'].cell(2,8).value.count('IF(')==2
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# Dropdowns: every editable field is a pick list backed by a named range on Параметры.
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statuses=[book['Параметры'].cell(r,1).value for r in range(5,8)]
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depts=[book['Параметры'].cell(r,1).value for r in range(10,15)]
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cats=[book['Параметры'].cell(r,1).value for r in range(17,20)]
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expected_dv={('Старт','B'):'AllowedDepartments',('Старт','C'):'AllowedCategories',('Старт','F'):'AllowedStatuses',
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('Старт 2','B'):'AllowedDepartments',('Старт 2','C'):'AllowedCategories',('Старт 2','F'):'AllowedStatuses',
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('Реестр','B'):'AllowedDepartments',('Реестр','C'):'AllowedCategories',('Реестр','F'):'AllowedStatuses'}
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for (sheet,column),name in expected_dv.items():
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found=[dv for dv in formulas[sheet].data_validations.dataValidation if f'{column}2:{column}1000'==str(dv.sqref)]
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assert found,(sheet,column,'нет выпадающего списка')
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assert found[0].type=='list' and found[0].formula1==name,(sheet,column,found[0].formula1)
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assert all(r[1] in depts for r in rows),( 'подразделение вне списка')
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assert all(r[2] in cats for r in rows),'категория вне списка'
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assert all(r[5] in statuses for r in rows),'статус вне списка'
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for r in rows:
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expected='Завершено' if r[5]=='Выполнено' else ('Просрочено' if r[4]<book['Параметры']['B2'].value else 'В срок')
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assert expected==r[7]
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assert all(book['Тесты'].cell(n,4).value==book['Тесты'].cell(n,5).value for n in range(2,6))
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recalc_status='not performed in this check'
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if args.recalculated_workbook:
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recalculated=openpyxl.load_workbook(args.recalculated_workbook,data_only=True)
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assert list(recalculated['Реестр'].iter_rows(min_row=2,max_row=61,values_only=True))==rows
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for n in range(2,10):
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assert recalculated['Проверка'].cell(n,2).value==book['Проверка'].cell(n,2).value
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assert all(recalculated['Тесты'].cell(n,4).value==recalculated['Тесты'].cell(n,5).value for n in range(2,6))
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assert [recalculated['Старт'].cell(r,8).value for r in range(2,62)]==simple
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assert [recalculated['Старт 2'].cell(r,8).value for r in range(2,62)]==nested
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recalc_status='independent recalculation matches 60 rows, both teaching sheets, totals and boundary tests'
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pdf=pymupdf.open(OUT/'excel-ai-lecture.pdf')
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assert len(pdf)==26
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def norm(t):
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return ''.join(c for c in unicodedata.normalize('NFKC',t).lower() if c.isalnum())
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warnings=[]
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for i,s in enumerate(p.slides):
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page=pdf[i]
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pdf_text=norm(page.get_text())
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for sh in s.shapes:
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if not sh.has_text_frame:continue
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for para in sh.text_frame.paragraphs:
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expected=norm(para.text)
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if expected and expected not in pdf_text:
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warnings.append(f'Slide {i+1}: text not found intact: {para.text}')
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for block in page.get_text('dict')['blocks']:
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if 'lines' not in block:continue
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for line in block['lines']:
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for span in line['spans']:
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x0,y0,x1,y1=span['bbox']
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if min(x0,y0)<-1 or x1>page.rect.width+1 or y1>page.rect.height+1:
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warnings.append(f'Slide {i+1}: text exceeds page: {span["text"]}')
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page.get_pixmap(matrix=pymupdf.Matrix(1.4,1.4)).save(PREV/f'slide-{i+1:02}.png')
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for start in range(0,26,8):
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ids=list(range(start,min(start+8,26)))
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sheet=Image.new('RGB',(1200,360*((len(ids)+1)//2)),'#dedee8')
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for k,i in enumerate(ids):
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pm=pdf[i].get_pixmap(matrix=pymupdf.Matrix(.625,.625))
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im=Image.frombytes('RGB',(pm.width,pm.height),pm.samples)
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x=(k%2)*600;y=(k//2)*360
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sheet.paste(im,(x,y))
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ImageDraw.Draw(sheet).text((x+12,y+339),f'SLIDE {i+1:02}',fill='black')
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sheet.save(PREV/f'contact-{start//8+1}.png')
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try:
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import zxingcpp
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result=zxingcpp.read_barcode(Image.open(OUT/'telegram-qr.png'))
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assert result and result.text=='https://t.me/kirill_bouko_it'
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# Verify QR survives PDF export, not only its standalone source image.
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result=zxingcpp.read_barcode(Image.open(PREV/'slide-25.png'))
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assert result and result.text=='https://t.me/kirill_bouko_it'
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qr_status='decoded from PNG and PDF slide 25'
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except ImportError:
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qr_status='decoder unavailable; image generated from exact URL'
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report={
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'slides':26,'total_seconds':3600,'notes_embedded':True,'pdf_pages':len(pdf),
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'synthetic_rows':60,'completed':24,'open':36,'overdue_open':18,'overdue_share_open':.5,
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'qr':qr_status,'render_text_warnings':warnings,
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'recalculated_workbook':recalc_status,
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}
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(OUT/'validation.json').write_text(json.dumps(report,ensure_ascii=False,indent=2)+'\n',encoding='utf-8')
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print(json.dumps(report,ensure_ascii=False,indent=2))
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assert not warnings,'Inspect PDF text warnings before delivering'
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