Loadpoint: expose active phases api (#11345)

core/loadpoint.go

@@ -534,7 +534,7 @@ func (lp *Loadpoint) evChargeCurrentHandler(current float64) {
 // If physical charge meter is present this handler is not used.
 // The actual value is published by the evChargeCurrentHandler
 func (lp *Loadpoint) evChargeCurrentWrappedMeterHandler(current float64) {
-	power := current * float64(lp.activePhases()) * Voltage
+	power := current * float64(lp.ActivePhases()) * Voltage
 
 	// if disabled we cannot be charging
 	if !lp.enabled || !lp.charging() {
@@ -582,7 +582,7 @@ func (lp *Loadpoint) Prepare(uiChan chan<- util.Param, pushChan chan<- push.Even
 
 	lp.setConfiguredPhases(lp.ConfiguredPhases)
 	lp.publish(keys.PhasesEnabled, lp.phases)
-	lp.publish(keys.PhasesActive, lp.activePhases())
+	lp.publish(keys.PhasesActive, lp.ActivePhases())
 	lp.publishTimer(phaseTimer, 0, timerInactive)
 	lp.publishTimer(pvTimer, 0, timerInactive)
 	lp.publishTimer(guardTimer, 0, timerInactive)
@@ -1052,7 +1052,7 @@ func (lp *Loadpoint) pvScalePhases(sitePower, minCurrent, maxCurrent float64) bo
 	}
 
 	var waiting bool
-	activePhases := lp.activePhases()
+	activePhases := lp.ActivePhases()
 	availablePower := lp.chargePower - sitePower
 	scalable := (sitePower > 0 || !lp.enabled) && activePhases > 1 && lp.ConfiguredPhases < 3
 
@@ -1156,7 +1156,7 @@ func (lp *Loadpoint) pvMaxCurrent(mode api.ChargeMode, sitePower float64, batter
 
 	// calculate target charge current from delta power and actual current
 	effectiveCurrent := lp.effectiveCurrent()
-	activePhases := lp.activePhases()
+	activePhases := lp.ActivePhases()
 	deltaCurrent := powerToCurrent(-sitePower, activePhases)
 	targetCurrent := max(effectiveCurrent+deltaCurrent, 0)
 

core/loadpoint/api.go

@@ -49,6 +49,8 @@ type API interface {
 	GetPhases() int
 	// SetPhases sets the enabled phases
 	SetPhases(int) error
+	// ActivePhases returns the active phases for the current vehicle
+	ActivePhases() int
 
 	// GetLimitSoc returns the session limit soc
 	GetLimitSoc() int

core/loadpoint_phases.go

@@ -44,7 +44,7 @@ func (lp *Loadpoint) resetMeasuredPhases() {
 	lp.measuredPhases = 0
 	lp.Unlock()
 
-	lp.publish(keys.PhasesActive, lp.activePhases())
+	lp.publish(keys.PhasesActive, lp.ActivePhases())
 }
 
 // getMeasuredPhases provides synchronized access to measuredPhases
@@ -64,9 +64,9 @@ func expect(phases int) int {
 	return unknownPhases
 }
 
-// activePhases returns the number of expectedly active phases for the meter.
+// ActivePhases returns the number of expectedly active phases for the meter.
 // If unknown for 1p3p chargers during startup it will assume 3p.
-func (lp *Loadpoint) activePhases() int {
+func (lp *Loadpoint) ActivePhases() int {
 	physical := lp.GetPhases()
 	vehicle := lp.getVehiclePhases()
 	measured := lp.getMeasuredPhases()

core/loadpoint_phases_test.go

@@ -125,7 +125,7 @@ func TestMaxActivePhases(t *testing.T) {
 func testScale(t *testing.T, lp *Loadpoint, sitePower float64, direction string, tc testCase) {
 	t.Helper()
 
-	act := lp.activePhases()
+	act := lp.ActivePhases()
 	max := lp.maxActivePhases()
 
 	testDirection := direction[0:1] // (d)own or (u)p
@@ -221,7 +221,7 @@ func TestPvScalePhases(t *testing.T) {
 			t.Error("wrong phases", lp.phases, tc.physical)
 		}
 
-		if phs := lp.activePhases(); phs != tc.actExpected {
+		if phs := lp.ActivePhases(); phs != tc.actExpected {
 			t.Errorf("expected active %d, got %d", tc.actExpected, phs)
 		}
 		if phs := lp.maxActivePhases(); phs != tc.maxExpected {

core/loadpoint_vehicle.go

@@ -156,7 +156,7 @@ func (lp *Loadpoint) setActiveVehicle(v api.Vehicle) {
 	}
 
 	// re-publish vehicle settings
-	lp.publish(keys.PhasesActive, lp.activePhases())
+	lp.publish(keys.PhasesActive, lp.ActivePhases())
 	lp.unpublishVehicle()
 
 	// publish effective values