Adjust prometheus client lin

lib/sma_exporter.rb

@@ -25,31 +25,31 @@ def type
         :counter
       end
 
-      def set(labels, value)
-        @values[label_set_for(labels)] = value.to_f
+      def set(value, labels: {})
+        @store.set(labels: label_set_for(labels), val: value.to_f)
       end
     end
 
-    DC_POW = PC::Gauge.new(:sma_dc_power_kw, "DC Power")
-    DC_U = PC::Gauge.new(:sma_dc_voltage, "DC Voltage")
-    DC_I = PC::Gauge.new(:sma_dc_current, "DC Current")
+    DC_POW = PC::Gauge.new(:sma_dc_power_kw, docstring: "DC Power")
+    DC_U = PC::Gauge.new(:sma_dc_voltage, docstring: "DC Voltage")
+    DC_I = PC::Gauge.new(:sma_dc_current, docstring: "DC Current")
 
-    AC_POW = PC::Gauge.new(:sma_ac_power_kw, "AC Power")
-    AC_U = PC::Gauge.new(:sma_ac_voltage, "AC Voltage")
-    AC_I = PC::Gauge.new(:sma_ac_current, "AC Current")
+    AC_POW = PC::Gauge.new(:sma_ac_power_kw, docstring: "AC Power")
+    AC_U = PC::Gauge.new(:sma_ac_voltage, docstring: "AC Voltage")
+    AC_I = PC::Gauge.new(:sma_ac_current, docstring: "AC Current")
 
-    YIELD_TODAY_TOTAL = CustomCounter.new(:sma_yield_today_total, "Yield today")
-    YIELD_TOTAL = CustomCounter.new(:sma_yield_total, "Yield overall")
+    YIELD_TODAY_TOTAL = CustomCounter.new(:sma_yield_today_total, docstring: "Yield today")
+    YIELD_TOTAL = CustomCounter.new(:sma_yield_total, docstring: "Yield overall")
 
-    OPERATING_HOURS = CustomCounter.new(:sma_operating_hours, "Power on hours")
-    FEED_IN_TIME = CustomCounter.new(:sma_feed_in_hours, "Feed-in time")
+    OPERATING_HOURS = CustomCounter.new(:sma_operating_hours, docstring: "Power on hours")
+    FEED_IN_TIME = CustomCounter.new(:sma_feed_in_hours, docstring: "Feed-in time")
 
-    DEV_TEMP = PC::Gauge.new(:sma_device_temperature, "SMA device temperature")
-    DEV_STATE = PC::Gauge.new(:sma_device_state, "SMA device state")
-    DEV_SN = PC::Gauge.new(:sma_device_sn, "SMA device serialnumber")
+    DEV_TEMP = PC::Gauge.new(:sma_device_temperature, docstring: "SMA device temperature")
+    DEV_STATE = PC::Gauge.new(:sma_device_state, docstring: "SMA device state")
+    DEV_SN = PC::Gauge.new(:sma_device_sn, docstring: "SMA device serialnumber")
 
-    GRID_STATE = PC::Gauge.new(:sma_grid_state, "SMA grid state")
-    GRID_FREQ = PC::Gauge.new(:sma_grid_freq, "SMA grid state")
+    GRID_STATE = PC::Gauge.new(:sma_grid_state, docstring: "SMA grid state")
+    GRID_FREQ = PC::Gauge.new(:sma_grid_freq, docstring: "SMA grid state")
 
     module_function
 
@@ -79,42 +79,42 @@ def register!
 
     def set_device!
       x = data.device
-      DEV_TEMP.set({},x[:temp])
+      DEV_TEMP.set(x[:temp])
     end
 
     def set_grid!
       x = data.grid
-      GRID_FREQ.set({},x[:freq])
+      GRID_FREQ.set(x[:freq])
     end
 
     def set_dc!
       data.dc.each do |x|
-        DC_POW.set({phase: x[:id]}, x[:power])
-        DC_U.set({phase: x[:id]}, x[:voltage])
-        DC_I.set({phase: x[:id]}, x[:current])
+        DC_POW.set(x[:power], labels: {phase: x[:id]})
+        DC_U.set(x[:voltage], labels: {phase: x[:id]})
+        DC_I.set(x[:current], labels: {phase: x[:id]})
       end
     end
 
     def set_ac!
       data.ac.each do |x|
-        AC_POW.set({phase: x[:id]}, x[:power])
-        AC_U.set({phase: x[:id]}, x[:voltage])
-        AC_I.set({phase: x[:id]}, x[:current])
+        AC_POW.set(x[:power], labels: {phase: x[:id]})
+        AC_U.set(x[:voltage], labels: {phase: x[:id]})
+        AC_I.set(x[:current], labels: {phase: x[:id]})
       end
     end
 
     def set_yield!
-      YIELD_TODAY_TOTAL.set({}, data.yield[:today])
-      YIELD_TOTAL.set({}, data.yield[:total])
+      YIELD_TODAY_TOTAL.set(data.yield[:today])
+      YIELD_TOTAL.set(data.yield[:total])
     end
 
     def set_operating_hours!
       # sbfspot is sometimes missing the operating time, only update if possible
       # to read them
       return if data.operating_hours[:power].zero?
 
-      OPERATING_HOURS.set({}, data.operating_hours[:power])
-      FEED_IN_TIME.set({}, data.operating_hours[:feed_in])
+      OPERATING_HOURS.set(data.operating_hours[:power])
+      FEED_IN_TIME.set(data.operating_hours[:feed_in])
     end
 
     def flush!