Function execute_and_verify

src/iocore/cache/unit_tests/test_CacheVol.cc:219–300

}

void
execute_and_verify()
{
  ts::PostScript clear([&]() -> void {
    ClearConfigVol(&config_volumes);
    ClearCacheVolList(&cp_list, cp_list_len);
  });

  cplist_init();

  if (cplist_reconfigure() < 0) {
    Warning("reconfigure failed");
    return;
  }

  /* compare the volumes */
  REQUIRE(cp_list_len == config_volumes.num_volumes);

  /* check that the volumes and sizes
     match the configuration */
  int        matched = 0;
  ConfigVol *cp      = config_volumes.cp_queue.head;
  CacheVol  *cachep;

  for (int i = 0; i < config_volumes.num_volumes; i++) {
    cachep = cp_list.head;
    while (cachep) {
      if (cachep->vol_number == cp->number) {
        // Configuration and Actual volumes should match
        REQUIRE(cachep->scheme == cp->scheme);
        REQUIRE(cachep->size == (cp->size << (20 - STORE_BLOCK_SHIFT)));
        REQUIRE(cachep == cp->cachep);

        /* check that the number of volumes match the ones
           on disk */
        int d_no;
        int m_vols = 0;
        for (d_no = 0; d_no < gndisks; d_no++) {
          if (cachep->disk_stripes[d_no]) {
            DiskStripe *dp = cachep->disk_stripes[d_no];
            // DiskStripes and CacheVols should match
            REQUIRE(dp->vol_number == cachep->vol_number);

            /* check the diskvolblock queue */
            DiskStripeBlockQueue *dpbq = dp->dpb_queue.head;
            while (dpbq) {
              // DiskStripe and DiskStripeBlocks should match
              REQUIRE(dpbq->b->number == cachep->vol_number);
              dpbq = dpbq->link.next;
            }

            m_vols += dp->num_volblocks;
          }
        }
        // Num volumes in CacheVol and DiskStripe should match
        REQUIRE(m_vols == cachep->num_vols);

        matched++;