evse.cpp: improve debug logging on IsCurrentAvailable

SmartEVSE · May 22, 2024 · 1787721 · 1787721
1 parent 2e7becc
commit 1787721
Showing 1 changed file with 6 additions and 3 deletions.
diff --git a/SmartEVSE-3/src/evse.cpp b/SmartEVSE-3/src/evse.cpp
@@ -853,15 +853,15 @@ char IsCurrentAvailable(void) {
      // Only when StartCurrent configured or Node MinCurrent detected or Node inactive
     if (Mode == MODE_SOLAR) {                                                   // no active EVSE yet?
         if (ActiveEVSE == 0 && Isum >= ((signed int)StartCurrent *-10)) {
-            _LOG_D("No current available checkpoint A. ActiveEVSE=%i, TotalCurrent=%.1fA, StartCurrent=%iA, Isum=%.1fA, ImportCurrent=%iA.\n", ActiveEVSE, (float) TotalCurrent/10, StartCurrent, (float)Isum/10, ImportCurrent);
+            _LOG_D("No current available StartCurrent line %d. ActiveEVSE=%i, TotalCurrent=%.1fA, StartCurrent=%iA, Isum=%.1fA, ImportCurrent=%iA.\n", __LINE__, ActiveEVSE, (float) TotalCurrent/10, StartCurrent, (float)Isum/10, ImportCurrent);
             return 0;
         }
         else if ((ActiveEVSE * MinCurrent * 10) > TotalCurrent) {               // check if we can split the available current between all active EVSE's
-            _LOG_D("No current available checkpoint B. ActiveEVSE=%i, TotalCurrent=%.1fA, StartCurrent=%iA, Isum=%.1fA, ImportCurrent=%iA.\n", ActiveEVSE, (float) TotalCurrent/10, StartCurrent, (float)Isum/10, ImportCurrent);
+            _LOG_D("No current available TotalCurrent line %d. ActiveEVSE=%i, TotalCurrent=%.1fA, StartCurrent=%iA, Isum=%.1fA, ImportCurrent=%iA.\n", __LINE__, ActiveEVSE, (float) TotalCurrent/10, StartCurrent, (float)Isum/10, ImportCurrent);
             return 0;
         }
         else if (ActiveEVSE > 0 && Isum > ((signed int)ImportCurrent * 10) + TotalCurrent - (ActiveEVSE * MinCurrent * 10)) {
-            _LOG_D("No current available checkpoint C. ActiveEVSE=%i, TotalCurrent=%.1fA, StartCurrent=%iA, Isum=%.1fA, ImportCurrent=%iA.\n", ActiveEVSE, (float) TotalCurrent/10, StartCurrent, (float)Isum/10, ImportCurrent);
+            _LOG_D("No current available Isum line %d. ActiveEVSE=%i, TotalCurrent=%.1fA, StartCurrent=%iA, Isum=%.1fA, ImportCurrent=%iA.\n", __LINE__, ActiveEVSE, (float) TotalCurrent/10, StartCurrent, (float)Isum/10, ImportCurrent);
             return 0;
         }
     }
@@ -874,16 +874,19 @@ char IsCurrentAvailable(void) {
 
     // Check if the lowest charge current(6A) x ActiveEV's + baseload would be higher then the MaxMains.
     if ((ActiveEVSE * (MinCurrent * 10) + Baseload) > (MaxMains * 10)) {
+        _LOG_D("No current available MaxMains line %d. ActiveEVSE=%i, Baseload=%.1fA, MinCurrent=%iA, MaxMains=%iA.\n", __LINE__, ActiveEVSE, (float) Baseload/10, MinCurrent, MaxMains);
         return 0;                                                           // Not enough current available!, return with error
     }
     if ((ActiveEVSE * (MinCurrent * 10) + Baseload_EV) > (MaxCircuit * 10)) {
+        _LOG_D("No current available MaxCircuit line %d. ActiveEVSE=%i, Baseload_EV=%.1fA, MinCurrent=%iA, MaxCircuit=%iA.\n", __LINE__, ActiveEVSE, (float) Baseload_EV/10, MinCurrent, MaxCircuit);
         return 0;                                                           // Not enough current available!, return with error
     }
     //assume the current should be available on all 3 phases
     bool must_be_single_phase_charging = (EnableC2 == ALWAYS_OFF || (Mode == MODE_SOLAR && EnableC2 == SOLAR_OFF) ||
             (Mode == MODE_SOLAR && EnableC2 == AUTO && Switching_To_Single_Phase == AFTER_SWITCH));
     int Phases = must_be_single_phase_charging ? 1 : 3;
     if ((Phases * ActiveEVSE * (MinCurrent * 10) + Isum) > (MaxSumMains * 10)) {
+        _LOG_D("No current available MaxSumMains line %d. ActiveEVSE=%i, MinCurrent=%iA, Isum=%.1fA, MaxSumMains=%iA.\n", __LINE__, ActiveEVSE, MinCurrent,  (float)Isum/10, MaxSumMains);
         return 0;                                                           // Not enough current available!, return with error
     }