minor cleanup, remove AFFIRMED_DOWN

1 files changed, 7 insertions, 11 deletions

diff --git a/configd/src/apps/sentinel/connectivity.cpp b/configd/src/apps/sentinel/connectivity.cpp
index fcdcb88dc55..32d4d123a95 100644
--- a/configd/src/apps/sentinel/connectivity.cpp
+++ b/configd/src/apps/sentinel/connectivity.cpp
@@ -27,11 +27,10 @@ namespace {
 std::string toString(CcResult value) {
     switch (value) {
         case CcResult::UNKNOWN: return "BAD: missing result"; // very very bad
-        case CcResult::REMOTE_PING_FAIL: return "connect OK, but reverse check FAILED"; // very bad
+        case CcResult::INDIRECT_PING_FAIL: return "connect OK, but reverse check FAILED"; // very bad
         case CcResult::UNREACHABLE_UP: return "unreachable from me, but up"; // very bad
         case CcResult::CONN_FAIL: return "failed to connect"; // bad
-        case CcResult::AFFIRMED_DOWN: return "affirmed down"; // a problem, but probably not on this end
-        case CcResult::REMOTE_PING_UNAVAIL: return "connect OK (but reverse check unavailable)"; // unfortunate
+        case CcResult::INDIRECT_PING_UNAVAIL: return "connect OK (but reverse check unavailable)"; // unfortunate
         case CcResult::ALL_OK: return "OK: both ways connectivity verified"; // good
     }
     LOG(error, "Unknown CcResult enum value: %d", (int)value);
@@ -106,15 +105,13 @@ void classifyConnFails(ConnectivityMap &connectivityMap,
         size_t numReportsUp = 0;
         size_t numReportsDown = 0;
         for (const auto & [hostname, probe] : cornerProbes) {
-            if (probe.result() == CcResult::REMOTE_PING_FAIL) ++numReportsDown;
+            if (probe.result() == CcResult::INDIRECT_PING_FAIL) ++numReportsDown;
             if (probe.result() == CcResult::ALL_OK) ++numReportsUp;
         }
-        if (numReportsUp > numReportsDown) {
+        if (numReportsUp > 0) {
             LOG(debug, "Unreachable: %s is up according to %zd hosts (down according to me + %zd others)",
                 nameToCheck.c_str(), numReportsUp, numReportsDown);
             cmIter->second.classifyResult(CcResult::UNREACHABLE_UP);
-        } else if ((numReportsUp == 0) && (numReportsDown > 0)) {
-            cmIter->second.classifyResult(CcResult::AFFIRMED_DOWN);
         }
     }
 }
@@ -150,7 +147,6 @@ Connectivity::checkConnectivity(RpcServer &rpcServer) {
     classifyConnFails(connectivityMap, _checkSpecs, rpcServer);
     size_t numProblematic = 0;
     size_t numUpButBad = 0;
-    bool allChecksOk = true;
     for (const auto & [hostname, check] : connectivityMap) {
         std::string detail = toString(check.result());
         std::string prev = _detailsPerHost[hostname];
@@ -161,20 +157,20 @@ Connectivity::checkConnectivity(RpcServer &rpcServer) {
         LOG_ASSERT(check.result() != CcResult::UNKNOWN);
         switch (check.result()) {
             case CcResult::UNREACHABLE_UP:
-            case CcResult::REMOTE_PING_FAIL:
+            case CcResult::INDIRECT_PING_FAIL:
                 ++numUpButBad;
                 ++numProblematic;
                 break;
-            case CcResult::AFFIRMED_DOWN:
             case CcResult::CONN_FAIL:
                 ++numProblematic;
                 break;
             case CcResult::UNKNOWN:
-            case CcResult::REMOTE_PING_UNAVAIL:
+            case CcResult::INDIRECT_PING_UNAVAIL:
             case CcResult::ALL_OK:
                 break;
         }
     }
+    bool allChecksOk = true;
     if (numUpButBad > size_t(_config.maxBadReverseCount)) {
         LOG(warning, "%zu of %zu nodes up but with network connectivity problems (max is %d)",
             numUpButBad, clusterSize, _config.maxBadReverseCount);