Function Find_Stripe

src/traffic_cache_tool/CacheTool.cc:1175–1210

}

void
Find_Stripe(swoc::file::path const &input_file_path)
{
  // scheme=http user=u password=p host=172.28.56.109 path=somepath query=somequery port=1234
  // input file format: scheme://hostname:port/somepath;params?somequery user=USER password=PASS
  // user, password, are optional; scheme and host are required

  //  char* h= http://user:pass@IPADDRESS/path_to_file;?port      <== this is the format we need
  //  url_matcher matcher;
  //  if (matcher.match(h))
  //    std::cout << h << " : is valid" << std::endl;
  //  else
  //    std::cout << h << " : is NOT valid" << std::endl;

  Cache cache;
  if (!input_file_path.empty()) {
    printf("passed argv %s\n", input_file_path.c_str());
  }
  cache.loadURLs(input_file_path);
  if ((err = cache.loadSpan(SpanFile))) {
    cache.dumpSpans(Cache::SpanDumpDepth::SPAN);
    cache.build_stripe_hash_table();
    for (auto host : cache.URLset) {
      CryptoContext               ctx;
      CryptoHash                  hashT;
      swoc::LocalBufferWriter<33> w;
      ctx.update(host->url.data(), host->url.size());
      ctx.update(&host->port, sizeof(host->port));
      ctx.finalize(hashT);
      StripeSM *stripe_ = cache.key_to_stripe(&hashT, host->url.data(), host->url.size());
      w.print("{}", hashT);
      printf("hash of %.*s is %.*s: Stripe  %s \n", static_cast<int>(host->url.size()), host->url.data(),
             static_cast<int>(w.size()), w.data(), stripe_->hashText.data());
    }
  }
}

void
dir_check()