import json, re, os here=os.path.dirname(os.path.abspath(__file__)) tpl=open(os.path.join(here,"template2.html"),encoding="utf-8").read() data=open(os.path.join(here,"data2.json"),encoding="utf-8").read() assert "__DATA__" in tpl out=tpl.replace("__DATA__",data); assert "__DATA__" not in out p=os.path.join(here,"sf-block-score.html"); open(p,"w",encoding="utf-8").write(out) print("wrote sf-block-score.html: %d KB"%(len(out)//1024)) errs=[] # ASCII gate: any raw non-ASCII byte renders as mojibake if the page is decoded # as Latin-1 (a UTF-8 middle dot showed up as "A·"). Use \uXXXX or &entity;. nonascii=sorted({c for c in out if ord(c)>127}) if nonascii: errs.append("non-ASCII literals present: %s"%[hex(ord(c)) for c in nonascii]) for bad in ("","")!=1: errs.append("title count != 1") root=re.search(r":root\{(.*?)\}",out,re.S).group(1) defined=set(re.findall(r"(--[a-z0-9-]+)\s*:",root)) used=set(re.findall(r"var\((--[a-z0-9-]+)",out)) miss=sorted(used-defined-{"--z"}) if miss: errs.append("tokens used but not in bare :root: %s"%miss) for t in ("div","span","svg","script","style","button","ol","li","p","ul","h1","h2","h3","h4","select","label"): o=len(re.findall(r"<%s[\s>]"%t,out)); c=out.count(""%t) if o!=c: errs.append("<%s> %d open vs %d close"%(t,o,c)) d=json.loads(data); n=d["meta"]["n"] import base64 for k,v in d["scores"].items(): if len(base64.b64decode(v))!=n: errs.append("scores[%s] len != n"%k) for k,v in d["raw"].items(): if len(base64.b64decode(v))!=n: errs.append("raw[%s] len != n"%k) if len(base64.b64decode(d["cells"]["res"]))!=n: errs.append("res len != n") if len(base64.b64decode(d["via"]["idx"]))!=n: errs.append("via idx len != n") for k in d["raw"]: if k not in d["rawscale"]: errs.append("raw %s has no rawscale"%k) keys={f["key"] for f in d["factors"]} if keys!=set(d["scores"].keys()): errs.append("factor/score key mismatch: %s"%(keys^set(d["scores"].keys()))) for f in d["factors"]: for fld in ("key","label","group","prov","w","res","note"): if fld not in f: errs.append("factor %s missing %s"%(f.get("key"),fld)) if f["prov"] not in ("MEASURED","DERIVED","ENCODED"): errs.append("bad prov %s"%f["key"]) if max(d["cells"]["nbi"])>=len(d["nbnames"]): errs.append("nbi out of range") print("VERIFY:","ALL CHECKS PASSED" if not errs else "FAILED") for e in errs: print(" !",e)