io action: error of io device use remaining energy, show message

packages/control/io_device.py

@@ -1,9 +1,7 @@
 from dataclasses import dataclass, field
-from typing import Dict, Optional, Union
-from control import data
-from control.limiting_value import LimitingValue
+from typing import Dict, Optional, Tuple, Union
+from control.limiting_value import LoadmanagementLimit
 from helpermodules.constants import NO_ERROR
-from modules.common.utils.component_parser import get_io_name_by_id
 from modules.io_actions.controllable_consumers.dimming.api_eebus import DimmingEebus
 from modules.io_actions.controllable_consumers.dimming.api_io import DimmingIo
 from modules.io_actions.controllable_consumers.dimming_direct_control.api import DimmingDirectControl
@@ -63,19 +61,14 @@ def setup(self):
         for action in self.actions.values():
             action.setup()
 
-    def _check_fault_state_io_device(self, io_device: int) -> None:
-        if data.data.io_states[f"io_states{io_device}"].data.get.fault_state == 2:
-            raise ValueError(LimitingValue.CONTROLLABLE_CONSUMERS_ERROR.value.format(get_io_name_by_id(io_device)))
-
-    def dimming_get_import_power_left(self, device: Dict) -> Optional[float]:
+    def dimming_get_import_power_left(self, device: Dict) -> Tuple[Optional[float], LoadmanagementLimit]:
         for action in self.actions.values():
             if isinstance(action, (DimmingIo, DimmingEebus)):
                 for d in action.config.configuration.devices:
                     if device == d:
-                        self._check_fault_state_io_device(action.config.configuration.io_device)
                         return action.dimming_get_import_power_left()
         else:
-            return None
+            return None, LoadmanagementLimit(None, None)
 
     def dimming_set_import_power_left(self, device: Dict, used_power: float) -> Optional[float]:
         for action in self.actions.values():
@@ -84,31 +77,28 @@ def dimming_set_import_power_left(self, device: Dict, used_power: float) -> Opti
                     if d == device:
                         return action.dimming_set_import_power_left(used_power)
 
-    def dimming_via_direct_control(self, device: Dict) -> Optional[float]:
+    def dimming_via_direct_control(self, device: Dict) -> Tuple[Optional[float], LoadmanagementLimit]:
         for action in self.actions.values():
             if isinstance(action, DimmingDirectControl):
                 for d in action.config.configuration.devices:
                     if device == d:
-                        self._check_fault_state_io_device(action.config.configuration.io_device)
                         return action.dimming_via_direct_control()
         else:
-            return None
+            return None, LoadmanagementLimit(None, None)
 
-    def ripple_control_receiver(self, device: Dict) -> float:
+    def ripple_control_receiver(self, device: Dict) -> Tuple[float, LoadmanagementLimit]:
         for action in self.actions.values():
             if isinstance(action, RippleControlReceiver):
                 for d in action.config.configuration.devices:
                     if device == d:
-                        self._check_fault_state_io_device(action.config.configuration.io_device)
                         return action.ripple_control_receiver()
         else:
-            return 1
+            return 1, LoadmanagementLimit(None, None)
 
-    def stepwise_control(self, device_id: int) -> Optional[float]:
+    def stepwise_control(self, device_id: int) -> Tuple[Optional[float], LoadmanagementLimit]:
         for action in self.actions.values():
             if isinstance(action, (StepwiseControlEebus, StepwiseControlIo)):
                 if device_id in [component["id"] for component in action.config.configuration.devices]:
-                    self._check_fault_state_io_device(action.config.configuration.io_device)
                     return action.control_stepwise()
         else:
-            return None
+            return None, LoadmanagementLimit(None, None)

packages/control/limiting_value.py

@@ -11,8 +11,10 @@ class LimitingValue(Enum):
     DIMMING_VIA_DIRECT_CONTROL = ", da die Dimmung per Direkt-Steuerung die Ladeleistung auf 4,2 kW begrenzt."
     RIPPLE_CONTROL_RECEIVER = (", da der Ladepunkt durch den RSE-Kontakt auf {}% der konfigurierten Anschlussleistung "
                                "reduziert wird.")
-    CONTROLLABLE_CONSUMERS_ERROR = (", da aufgrund eines Fehlers im IO-Gerät {} die steuerbaren Verbraucher nicht "
-                                    "gesteuert werden können. Bitte prüfe die Status-Seite.")
+    CONTROL_STEPWISE = "Leistung begrenzt auf {}%"
+    CONTROLLABLE_CONSUMERS_ERROR = (", da aufgrund eines Fehlers im IO-Gerät {} die steuerbaren Verbraucher nur "
+                                    "mit der minimalen Leistung betrieben werden können. Bitte prüfe die Status-Seite.")
+    MISSING_CONFIGURATION = ", da die Konfiguration für die Aktion unvollständig ist."
 
 
 @dataclass

packages/control/loadmanagement.py

@@ -137,35 +137,33 @@ def _limit_by_current(self,
     def _limit_by_dimming_via_direct_control(self,
                                              missing_currents: List[float],
                                              cp: Chargepoint) -> Tuple[List[float], LoadmanagementLimit]:
-        if data.data.io_actions.dimming_via_direct_control({"type": "cp", "id": cp.num}):
+        value, limit = data.data.io_actions.dimming_via_direct_control({"type": "cp", "id": cp.num})
+        if value is not None:
             phases = 3-missing_currents.count(0)
             current_per_phase = 4200 / 230 / phases
             available_currents = [current_per_phase -
                                   cp.data.set.target_current if c > 0 else 0 for c in missing_currents]
             log.debug(f"Dimmung per Direkt-Steuerung: {available_currents}A")
-            limit = LoadmanagementLimit(LimitingValue.DIMMING_VIA_DIRECT_CONTROL.value,
-                                        LimitingValue.DIMMING_VIA_DIRECT_CONTROL)
-            return available_currents, limit
         else:
-            return missing_currents, LoadmanagementLimit(None, None)
+            available_currents = missing_currents
+        return available_currents, limit
 
     def _limit_by_dimming(self,
                           available_currents: List[float],
                           cp: Chargepoint) -> Tuple[List[float], LoadmanagementLimit]:
-        dimming_power_left = data.data.io_actions.dimming_get_import_power_left({"type": "cp", "id": cp.num})
+        dimming_power_left, limit = data.data.io_actions.dimming_get_import_power_left({"type": "cp", "id": cp.num})
         if dimming_power_left:
             if sum(available_currents)*230 > dimming_power_left:
                 phases = 3-available_currents.count(0)
                 overload_per_phase = (sum(available_currents) - dimming_power_left/230)/phases
                 available_currents = [c - overload_per_phase if c > 0 else 0 for c in available_currents]
                 log.debug(f"Reduzierung der Ströme durch die Dimmung: {available_currents}A")
-                return available_currents, LoadmanagementLimit(LimitingValue.DIMMING.value, LimitingValue.DIMMING)
-        return available_currents, LoadmanagementLimit(None, None)
+        return available_currents, limit
 
     def _limit_by_ripple_control_receiver(self,
                                           available_currents: List[float],
                                           cp: Chargepoint) -> Tuple[List[float], LoadmanagementLimit]:
-        value = data.data.io_actions.ripple_control_receiver({"type": "cp", "id": cp.num})
+        value, limit = data.data.io_actions.ripple_control_receiver({"type": "cp", "id": cp.num})
         if value != 1:
             phases = 3-available_currents.count(0)
             if phases > 1:
@@ -174,12 +172,7 @@ def _limit_by_ripple_control_receiver(self,
                 max_current = cp.template.data.max_current_multi_phases
             # target_current ist das Ergebnis der letzten Iteration. Die Differenz der begrenzten Anschlussleistung und
             # der Sollstrom der letzten Iteration dürfen daher nicht größer sein als der aktuell fehlende Strom.
-            available_currents = [min(max_current*value - cp.data.set.target_current, c)
+            available_currents = [max(min(max_current*value - cp.data.set.target_current, c), 0)
                                   if c > 0 else 0 for c in available_currents]
             log.debug(f"Reduzierung durch RSE-Kontakt auf {value*100}%, maximal {max_current*value}A")
-            limit = LoadmanagementLimit(
-                LimitingValue.RIPPLE_CONTROL_RECEIVER.value.format(value*100),
-                LimitingValue.RIPPLE_CONTROL_RECEIVER)
-            return available_currents, limit
-        else:
-            return available_currents, LoadmanagementLimit(None, None)
+        return available_currents, limit

packages/control/process.py

@@ -72,7 +72,7 @@ def process_algorithm_results(self) -> None:
                     for d in action.config.configuration.devices:
                         if d["type"] == "io":
                             data.data.io_states[f"io_states{d['id']}"].data.set.digital_output[d["digital_output"]] = (
-                                action.dimming_via_direct_control() is None  # active output (True) if no dimming
+                                action.dimming_via_direct_control()[0] is None  # active output (True) if no dimming
                             )
                 if isinstance(action, DimmingIo):
                     for d in action.config.configuration.devices:
@@ -85,7 +85,7 @@ def process_algorithm_results(self) -> None:
                     if action.config.configuration.passthrough_enabled:
                         # find output pattern by value
                         for pattern in action.config.configuration.output_pattern:
-                            if pattern["value"] == action.control_stepwise():
+                            if pattern["value"] == action.control_stepwise()[0]:
                                 # set digital outputs according to matching output_pattern
                                 for output in pattern["matrix"].keys():
                                     data.data.io_states[

packages/control/pv_all.py

@@ -69,15 +69,11 @@ def calc_power_for_all_components(self) -> None:
                         else:
                             if fault_state < module.data.get.fault_state:
                                 fault_state = module.data.get.fault_state
-                        limit_value = data.data.io_actions.stepwise_control(module.num)
-                        if limit_value is not None and module.data.get.fault_state == 0:
-                            msg = (
-                                f"Leistung begrenzt auf {int(limit_value * 100)}%"
-                                if limit_value < 1
-                                else "Keine Leistungsbegrenzung aktiv."
-                            )
-                            module.data.get.fault_str = msg
-                            Pub().pub(f"openWB/set/pv/{module.num}/get/fault_str", msg)
+                        limit = data.data.io_actions.stepwise_control(module.num)[1]
+                        if module.data.get.fault_state == 0:
+                            # Fehlermeldung nicht überschreiben
+                            module.data.get.fault_str = limit.message
+                            Pub().pub(f"openWB/set/pv/{module.num}/get/fault_str", limit.message)
                     except Exception:
                         log.exception(f"Fehler im allgemeinen PV-Modul für pv{module.num}")
                 if fault_state == 0:

packages/modules/io_actions/common.py

@@ -0,0 +1,6 @@
+from control import data
+from modules.common.fault_state_level import FaultStateLevel
+
+
+def check_fault_state_io_device(io_device: int) -> bool:
+    return data.data.io_states[f"io_states{io_device}"].data.get.fault_state == FaultStateLevel.ERROR

packages/modules/io_actions/controllable_consumers/dimming/api_eebus.py

@@ -1,11 +1,15 @@
 import logging
+from typing import Optional, Tuple
 from control import data
+from control.limiting_value import LimitingValue, LoadmanagementLimit
 from helpermodules import timecheck
 from helpermodules.logger import ModifyLoglevelContext
 from helpermodules.pub import Pub
 from helpermodules.timecheck import create_timestamp
 from dataclass_utils import asdict
 from modules.common.abstract_io import AbstractIoAction
+from modules.common.utils.component_parser import get_io_name_by_id
+from modules.io_actions.common import check_fault_state_io_device
 from modules.io_actions.controllable_consumers.dimming.config import DimmingSetup
 from modules.io_devices.eebus.config import AnalogInputMapping, DigitalInputMapping
 
@@ -42,14 +46,17 @@ def setup(self) -> None:
         log.debug(f"Dimmen: {self.import_power_left}W inkl. Überschuss")
 
         with ModifyLoglevelContext(control_command_log, logging.DEBUG):
-            if self.dimming_active():
+            if self.dimming_active() or check_fault_state_io_device(self.config.configuration.io_device):
                 if self.timestamp is None:
                     Pub().pub(f"openWB/set/io/action/{self.config.id}/timestamp", create_timestamp())
+                    if check_fault_state_io_device(self.config.configuration.io_device):
+                        control_command_log.info(
+                            "Fehler des IO-Geräts: Dimmen aktiviert für Failsafe-Modus.")
                     control_command_log.info(f"Dimmen aktiviert. Übermittelter LPC-Wert: {lpc_value/1000}kWh. "
                                              "Leistungswerte vor Ausführung des Steuerbefehls:")
 
-                msg = (f"EVU-Zähler: "
-                       f"{data.data.counter_data[data.data.counter_all_data.get_evu_counter_str()].data.get.powers}W")
+                evu_counter = data.data.counter_data[data.data.counter_all_data.get_evu_counter_str()]
+                msg = f"EVU-Zähler: {evu_counter.data.get.powers}W, {evu_counter.data.get.power}W"
                 for device in self.config.configuration.devices:
                     if device["type"] == "cp":
                         cp = f"cp{device['id']}"
@@ -64,11 +71,16 @@ def setup(self) -> None:
                 Pub().pub(f"openWB/set/io/action/{self.config.id}/timestamp", None)
                 control_command_log.info("Dimmen deaktiviert.")
 
-    def dimming_get_import_power_left(self) -> None:
+    def dimming_get_import_power_left(self) -> Tuple[Optional[float], LoadmanagementLimit]:
+        if check_fault_state_io_device(self.config.configuration.io_device):
+            return (self.import_power_left, LoadmanagementLimit(
+                LimitingValue.CONTROLLABLE_CONSUMERS_ERROR.value.format(get_io_name_by_id(
+                    self.config.configuration.io_device)),
+                LimitingValue.CONTROLLABLE_CONSUMERS_ERROR))
         if self.dimming_active():
-            return self.import_power_left
+            return self.import_power_left, LoadmanagementLimit(LimitingValue.DIMMING.value, LimitingValue.DIMMING)
         else:
-            return None
+            return None, LoadmanagementLimit(None, None)
 
     def dimming_set_import_power_left(self, used_power: float) -> None:
         self.import_power_left -= used_power

packages/modules/io_actions/controllable_consumers/dimming/api_io.py

@@ -1,11 +1,15 @@
 import logging
+from typing import Optional, Tuple
 
 from control import data
+from control.limiting_value import LimitingValue, LoadmanagementLimit
 from helpermodules.logger import ModifyLoglevelContext
 from helpermodules.pub import Pub
 from helpermodules.timecheck import create_timestamp
 from dataclass_utils import asdict
 from modules.common.abstract_io import AbstractIoAction
+from modules.common.utils.component_parser import get_io_name_by_id
+from modules.io_actions.common import check_fault_state_io_device
 from modules.io_actions.controllable_consumers.dimming.config import DimmingSetup
 
 log = logging.getLogger(__name__)
@@ -49,14 +53,15 @@ def setup(self) -> None:
         log.debug(f"Dimmen: {self.import_power_left}W inkl. Überschuss")
 
         with ModifyLoglevelContext(control_command_log, logging.DEBUG):
-            if data.data.io_states[f"io_states{self.config.configuration.io_device}"].data.get.digital_input[
-                    self.dimming_input] == self.dimming_value:
+            if self.dimming_active() or check_fault_state_io_device(self.config.configuration.io_device):
                 if self.timestamp is None:
                     Pub().pub(f"openWB/set/io/action/{self.config.id}/timestamp", create_timestamp())
+                    if check_fault_state_io_device(self.config.configuration.io_device):
+                        control_command_log.info("Fehler des IO-Geräts: Dimmen aktiviert für Failsafe-Modus.")
                     control_command_log.info("Dimmen aktiviert. Leistungswerte vor Ausführung des Steuerbefehls:")
 
-                msg = (f"EVU-Zähler: "
-                       f"{data.data.counter_data[data.data.counter_all_data.get_evu_counter_str()].data.get.powers}W")
+                evu_counter = data.data.counter_data[data.data.counter_all_data.get_evu_counter_str()]
+                msg = f"EVU-Zähler: {evu_counter.data.get.powers}W, {evu_counter.data.get.power}W"
                 for device in self.config.configuration.devices:
                     if device["type"] == "cp":
                         cp = f"cp{device['id']}"
@@ -71,12 +76,17 @@ def setup(self) -> None:
                 Pub().pub(f"openWB/set/io/action/{self.config.id}/timestamp", None)
                 control_command_log.info("Dimmen deaktiviert.")
 
-    def dimming_get_import_power_left(self) -> None:
+    def dimming_get_import_power_left(self) -> Tuple[Optional[float], LoadmanagementLimit]:
+        if check_fault_state_io_device(self.config.configuration.io_device):
+            return (self.import_power_left, LoadmanagementLimit(
+                LimitingValue.CONTROLLABLE_CONSUMERS_ERROR.value.format(get_io_name_by_id(
+                    self.config.configuration.io_device)),
+                LimitingValue.CONTROLLABLE_CONSUMERS_ERROR))
         if self.dimming_active():
-            return self.import_power_left
+            return self.import_power_left, LoadmanagementLimit(LimitingValue.DIMMING.value, LimitingValue.DIMMING)
         elif data.data.io_states[f"io_states{self.config.configuration.io_device}"].data.get.digital_input[
                 self.no_dimming_input] == self.no_dimming_value:
-            return None
+            return None, LoadmanagementLimit(None, None)
         else:
             raise Exception("Pattern passt nicht zur Dimmung.")