zio
ba90b54d81
- Restructure to KONEPS (조달청 협상계약 별지5호) standard TOC: I general / II strategy-methodology / III tech-function / IV performance-quality / V PM / VI support / VII misc - 9 new slides: staffing M/M, quantitative eval, standard framework, PM methodology, handover/training, SM/SLA, incident/BCP, managerial security, subcontracting - Scoring alignment updated to tech 90 (70 qual + 20 quant) / price 10 - Nanobanana win-theme dual placement (II applied-tech + III function) - Appendix D screen gallery (19 Stitch drafts) with AI-draft disclosure - QA PASS: RTM 142/142 (3 fixes: F-008/F-010/F-026), no secrets, honesty labels verified - Preserve rebuild toolchain + source docs in deliverables/제안서/_gen (16 files) Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
65 lines
2.7 KiB
Python
65 lines
2.7 KiB
Python
# -*- coding: utf-8 -*-
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import re, json, io, sys
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sys.stdout = io.TextIOWrapper(sys.stdout.buffer, encoding='utf-8')
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slides = json.load(open(r"C:\GUARDiA\workspace\kintex\_workspace\proposal\_qa_slides.json", encoding="utf-8"))
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# Full REQ universe
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UNIV = {}
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for pfx, cnt in [("F", 81), ("A", 20), ("N", 21), ("S", 20)]:
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for i in range(1, cnt + 1):
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UNIV[f"{pfx}-{i:03d}"] = None # slide where covered
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# Parse each text line for badge tokens with prefix-context + range + continuation.
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# Grammar we support in a run:
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# REQ-<P>-<n> single
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# REQ-<P>-<n>~<m> range (same prefix)
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# ...·<P>-<n> new prefix single continuation
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# ...·<P>-<n>~<m> new prefix range continuation
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# ...·<n> bare number continues LAST prefix (e.g. A-011·012)
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# ...·<n>~<m> bare range continues last prefix (e.g. 067~069)
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cover = {} # req -> list of slides
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def add(pfx, a, b, sn):
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for i in range(a, b + 1):
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key = f"{pfx}-{i:03d}"
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cover.setdefault(key, set()).add(sn)
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# token: optional prefix letter, number, optional ~ number
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tok = re.compile(r"(?:REQ-)?(?:([FANS])-)?(\d{2,3})(?:\s*~\s*(?:[FANS]-)?(\d{2,3}))?")
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for s in slides:
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sn = s["n"]
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for t in s["texts"]:
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# only scan segments that look like badge context (contain REQ- or letter-number dot chains)
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for m in re.finditer(r"REQ-[FANS]-\d{2,3}(?:\s*~\s*\d{2,3})?(?:[·,\s]+(?:[FANS]-)?\d{2,3}(?:\s*~\s*\d{2,3})?)*", t):
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seg = m.group(0)
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last_pfx = None
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for mm in tok.finditer(seg):
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p, a, b = mm.group(1), mm.group(2), mm.group(3)
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if p:
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last_pfx = p
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if last_pfx is None:
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continue
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ai = int(a)
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bi = int(b) if b else ai
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# sanity: within universe range
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add(last_pfx, ai, bi, sn)
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missing = sorted(k for k in UNIV if k not in cover)
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print("=== RANGE-EXPANDED BADGE COVERAGE ===")
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print("COVERED (badge):", len(cover), "/ 142")
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print("NOT badge-covered (", len(missing), "):", ", ".join(missing))
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# priority 7
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prio = ["F-008", "F-010", "F-026", "F-032", "A-003", "A-005", "A-008"]
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print("\n=== PRIORITY 7 BADGE STATUS ===")
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for r in prio:
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print(f"{r}: badge slides = {sorted(cover.get(r, []))}")
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# dump per-covered for the previously-flagged 18
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flagged = ["F-005","F-008","F-010","F-026","F-032","F-034","F-036","F-038","F-039","F-054","F-074","F-075","F-076","A-003","A-005","A-008","S-005","S-006"]
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print("\n=== PREVIOUSLY-FLAGGED 18: badge coverage after range expansion ===")
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for r in flagged:
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sl = sorted(cover.get(r, []))
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print(f"{r}: {'BADGE ' + str(sl) if sl else 'NO BADGE'}")
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