gather all the unit conversion into one file

src/components/filter/expert/ExpertFilterForm.tsx

@@ -24,13 +24,13 @@ import {
     RULES,
 } from './expertFilterConstants';
 
-import { FieldType } from './expertFilter.type';
 import { FieldConstants } from '../../../utils/constants/fieldConstants';
 import { InputWithPopupConfirmation } from '../../inputs/reactHookForm/selectInputs/InputWithPopupConfirmation';
 import { SelectInput } from '../../inputs/reactHookForm/selectInputs/SelectInput';
 import { FilterType } from '../constants/FilterConstants';
 import { CustomReactQueryBuilder } from '../../inputs/reactQueryBuilder/CustomReactQueryBuilder';
 import { unscrollableDialogStyles } from '../../dialogs';
+import { FieldType } from '../../../utils/types/fieldType';
 
 yup.setLocale({
     mixed: {

src/components/filter/expert/expertFilter.type.ts

@@ -6,6 +6,7 @@
  */
 import { FullField } from 'react-querybuilder';
 import { UUID } from 'crypto';
+import { FieldType } from '../../../utils/types/fieldType';
 
 export enum OperatorType {
     EQUALS = 'EQUALS',
@@ -31,143 +32,6 @@ export enum CombinatorType {
     OR = 'OR',
 }
 
-export enum FieldType {
-    ID = 'ID',
-    NAME = 'NAME',
-    NOMINAL_VOLTAGE = 'NOMINAL_VOLTAGE',
-    MIN_P = 'MIN_P',
-    MAX_P = 'MAX_P',
-    TARGET_V = 'TARGET_V',
-    TARGET_P = 'TARGET_P',
-    TARGET_Q = 'TARGET_Q',
-    ENERGY_SOURCE = 'ENERGY_SOURCE',
-    COUNTRY = 'COUNTRY',
-    VOLTAGE_REGULATOR_ON = 'VOLTAGE_REGULATOR_ON',
-    PLANNED_ACTIVE_POWER_SET_POINT = 'PLANNED_ACTIVE_POWER_SET_POINT',
-    RATED_S = 'RATED_S',
-    RATED_S1 = 'RATED_S1',
-    RATED_S2 = 'RATED_S2',
-    RATED_S3 = 'RATED_S3',
-    MARGINAL_COST = 'MARGINAL_COST',
-    PLANNED_OUTAGE_RATE = 'PLANNED_OUTAGE_RATE',
-    FORCED_OUTAGE_RATE = 'FORCED_OUTAGE_RATE',
-    VOLTAGE_LEVEL_ID = 'VOLTAGE_LEVEL_ID',
-    P0 = 'P0',
-    Q0 = 'Q0',
-    LOW_VOLTAGE_LIMIT = 'LOW_VOLTAGE_LIMIT',
-    HIGH_VOLTAGE_LIMIT = 'HIGH_VOLTAGE_LIMIT',
-    SECTION_COUNT = 'SECTION_COUNT',
-    MAXIMUM_SECTION_COUNT = 'MAXIMUM_SECTION_COUNT',
-    SHUNT_COMPENSATOR_TYPE = 'SHUNT_COMPENSATOR_TYPE',
-    CONNECTED = 'CONNECTED',
-    MAX_Q_AT_NOMINAL_V = 'MAX_Q_AT_NOMINAL_V',
-    MIN_Q_AT_NOMINAL_V = 'MIN_Q_AT_NOMINAL_V',
-    FIX_Q_AT_NOMINAL_V = 'FIX_Q_AT_NOMINAL_V',
-    SWITCHED_ON_Q_AT_NOMINAL_V = 'SWITCHED_ON_Q_AT_NOMINAL_V',
-    MAX_SUSCEPTANCE = 'MAX_SUSCEPTANCE',
-    MIN_SUSCEPTANCE = 'MIN_SUSCEPTANCE',
-    SWITCHED_ON_SUSCEPTANCE = 'SWITCHED_ON_SUSCEPTANCE',
-    CONNECTED_1 = 'CONNECTED_1',
-    CONNECTED_2 = 'CONNECTED_2',
-    CONNECTED_3 = 'CONNECTED_3',
-    VOLTAGE_LEVEL_ID_1 = 'VOLTAGE_LEVEL_ID_1',
-    VOLTAGE_LEVEL_ID_2 = 'VOLTAGE_LEVEL_ID_2',
-    VOLTAGE_LEVEL_ID_3 = 'VOLTAGE_LEVEL_ID_3',
-    NOMINAL_VOLTAGE_1 = 'NOMINAL_VOLTAGE_1',
-    NOMINAL_VOLTAGE_2 = 'NOMINAL_VOLTAGE_2',
-    NOMINAL_VOLTAGE_3 = 'NOMINAL_VOLTAGE_3',
-    COUNTRY_1 = 'COUNTRY_1',
-    COUNTRY_2 = 'COUNTRY_2',
-    SERIE_RESISTANCE = 'SERIE_RESISTANCE',
-    SERIE_RESISTANCE_1 = 'SERIE_RESISTANCE_1',
-    SERIE_RESISTANCE_2 = 'SERIE_RESISTANCE_2',
-    SERIE_RESISTANCE_3 = 'SERIE_RESISTANCE_3',
-    SERIE_REACTANCE = 'SERIE_REACTANCE',
-    SERIE_REACTANCE_1 = 'SERIE_REACTANCE_1',
-    SERIE_REACTANCE_2 = 'SERIE_REACTANCE_2',
-    SERIE_REACTANCE_3 = 'SERIE_REACTANCE_3',
-    SHUNT_CONDUCTANCE = 'SHUNT_CONDUCTANCE',
-    SHUNT_CONDUCTANCE_1 = 'SHUNT_CONDUCTANCE_1',
-    SHUNT_CONDUCTANCE_2 = 'SHUNT_CONDUCTANCE_2',
-    SHUNT_SUSCEPTANCE = 'SHUNT_SUSCEPTANCE',
-    SHUNT_SUSCEPTANCE_1 = 'SHUNT_SUSCEPTANCE_1',
-    SHUNT_SUSCEPTANCE_2 = 'SHUNT_SUSCEPTANCE_2',
-    MAGNETIZING_CONDUCTANCE = 'MAGNETIZING_CONDUCTANCE',
-    MAGNETIZING_CONDUCTANCE_1 = 'MAGNETIZING_CONDUCTANCE_1',
-    MAGNETIZING_CONDUCTANCE_2 = 'MAGNETIZING_CONDUCTANCE_2',
-    MAGNETIZING_CONDUCTANCE_3 = 'MAGNETIZING_CONDUCTANCE_3',
-    MAGNETIZING_SUSCEPTANCE = 'MAGNETIZING_SUSCEPTANCE',
-    MAGNETIZING_SUSCEPTANCE_1 = 'MAGNETIZING_SUSCEPTANCE_1',
-    MAGNETIZING_SUSCEPTANCE_2 = 'MAGNETIZING_SUSCEPTANCE_2',
-    MAGNETIZING_SUSCEPTANCE_3 = 'MAGNETIZING_SUSCEPTANCE_3',
-    LOAD_TYPE = 'LOAD_TYPE',
-    RATED_VOLTAGE_0 = 'RATED_VOLTAGE_0',
-    RATED_VOLTAGE_1 = 'RATED_VOLTAGE_1',
-    RATED_VOLTAGE_2 = 'RATED_VOLTAGE_2',
-    RATED_VOLTAGE_3 = 'RATED_VOLTAGE_3',
-    HAS_RATIO_TAP_CHANGER = 'HAS_RATIO_TAP_CHANGER',
-    HAS_RATIO_TAP_CHANGER_1 = 'HAS_RATIO_TAP_CHANGER_1',
-    HAS_RATIO_TAP_CHANGER_2 = 'HAS_RATIO_TAP_CHANGER_2',
-    HAS_RATIO_TAP_CHANGER_3 = 'HAS_RATIO_TAP_CHANGER_3',
-    LOAD_TAP_CHANGING_CAPABILITIES = 'LOAD_TAP_CHANGING_CAPABILITIES',
-    LOAD_TAP_CHANGING_CAPABILITIES_1 = 'LOAD_TAP_CHANGING_CAPABILITIES_1',
-    LOAD_TAP_CHANGING_CAPABILITIES_2 = 'LOAD_TAP_CHANGING_CAPABILITIES_2',
-    LOAD_TAP_CHANGING_CAPABILITIES_3 = 'LOAD_TAP_CHANGING_CAPABILITIES_3',
-    RATIO_REGULATION_MODE = 'RATIO_REGULATION_MODE',
-    RATIO_REGULATION_MODE_1 = 'RATIO_REGULATION_MODE_1',
-    RATIO_REGULATION_MODE_2 = 'RATIO_REGULATION_MODE_2',
-    RATIO_REGULATION_MODE_3 = 'RATIO_REGULATION_MODE_3',
-    RATIO_TARGET_V = 'RATIO_TARGET_V',
-    RATIO_TARGET_V1 = 'RATIO_TARGET_V1',
-    RATIO_TARGET_V2 = 'RATIO_TARGET_V2',
-    RATIO_TARGET_V3 = 'RATIO_TARGET_V3',
-    HAS_PHASE_TAP_CHANGER = 'HAS_PHASE_TAP_CHANGER',
-    HAS_PHASE_TAP_CHANGER_1 = 'HAS_PHASE_TAP_CHANGER_1',
-    HAS_PHASE_TAP_CHANGER_2 = 'HAS_PHASE_TAP_CHANGER_2',
-    HAS_PHASE_TAP_CHANGER_3 = 'HAS_PHASE_TAP_CHANGER_3',
-    PHASE_REGULATION_MODE = 'PHASE_REGULATION_MODE',
-    PHASE_REGULATION_MODE_1 = 'PHASE_REGULATION_MODE_1',
-    PHASE_REGULATION_MODE_2 = 'PHASE_REGULATION_MODE_2',
-    PHASE_REGULATION_MODE_3 = 'PHASE_REGULATION_MODE_3',
-    PHASE_REGULATION_VALUE = 'PHASE_REGULATION_VALUE',
-    PHASE_REGULATION_VALUE_1 = 'PHASE_REGULATION_VALUE_1',
-    PHASE_REGULATION_VALUE_2 = 'PHASE_REGULATION_VALUE_2',
-    PHASE_REGULATION_VALUE_3 = 'PHASE_REGULATION_VALUE_3',
-    PROPERTY = 'FREE_PROPERTIES',
-    SUBSTATION_PROPERTY = 'SUBSTATION_PROPERTIES',
-    SUBSTATION_PROPERTY_1 = 'SUBSTATION_PROPERTIES_1',
-    SUBSTATION_PROPERTY_2 = 'SUBSTATION_PROPERTIES_2',
-    VOLTAGE_LEVEL_PROPERTY = 'VOLTAGE_LEVEL_PROPERTIES',
-    VOLTAGE_LEVEL_PROPERTY_1 = 'VOLTAGE_LEVEL_PROPERTIES_1',
-    VOLTAGE_LEVEL_PROPERTY_2 = 'VOLTAGE_LEVEL_PROPERTIES_2',
-    VOLTAGE_LEVEL_PROPERTY_3 = 'VOLTAGE_LEVEL_PROPERTIES_3',
-    SVAR_REGULATION_MODE = 'SVAR_REGULATION_MODE',
-    VOLTAGE_SET_POINT = 'VOLTAGE_SET_POINT',
-    ACTIVE_POWER_SET_POINT = 'ACTIVE_POWER_SET_POINT',
-    REACTIVE_POWER_SET_POINT = 'REACTIVE_POWER_SET_POINT',
-    REMOTE_REGULATED_TERMINAL = 'REMOTE_REGULATED_TERMINAL', // composite rule of REGULATING_TERMINAL_VL_ID and/or REGULATING_TERMINAL_CONNECTABLE_ID
-    REGULATING_TERMINAL_VL_ID = 'REGULATING_TERMINAL_VL_ID',
-    REGULATING_TERMINAL_CONNECTABLE_ID = 'REGULATING_TERMINAL_CONNECTABLE_ID',
-    REGULATION_TYPE = 'REGULATION_TYPE',
-    AUTOMATE = 'AUTOMATE',
-    LOW_VOLTAGE_SET_POINT = 'LOW_VOLTAGE_SET_POINT',
-    HIGH_VOLTAGE_SET_POINT = 'HIGH_VOLTAGE_SET_POINT',
-    LOW_VOLTAGE_THRESHOLD = 'LOW_VOLTAGE_THRESHOLD',
-    HIGH_VOLTAGE_THRESHOLD = 'HIGH_VOLTAGE_THRESHOLD',
-    SUSCEPTANCE_FIX = 'SUSCEPTANCE_FIX',
-    PAIRED = 'PAIRED',
-    CONVERTERS_MODE = 'CONVERTERS_MODE',
-    CONVERTER_STATION_ID_1 = 'CONVERTER_STATION_ID_1',
-    CONVERTER_STATION_ID_2 = 'CONVERTER_STATION_ID_2',
-    CONVERTER_STATION_NOMINAL_VOLTAGE_1 = 'CONVERTER_STATION_NOMINAL_VOLTAGE_1',
-    CONVERTER_STATION_NOMINAL_VOLTAGE_2 = 'CONVERTER_STATION_NOMINAL_VOLTAGE_2',
-    DC_NOMINAL_VOLTAGE = 'DC_NOMINAL_VOLTAGE',
-    PAIRING_KEY = 'PAIRING_KEY',
-    TIE_LINE_ID = 'TIE_LINE_ID',
-    LOW_SHORT_CIRCUIT_CURRENT_LIMIT = 'LOW_SHORT_CIRCUIT_CURRENT_LIMIT',
-    HIGH_SHORT_CIRCUIT_CURRENT_LIMIT = 'HIGH_SHORT_CIRCUIT_CURRENT_LIMIT',
-}
-
 export enum DataType {
     STRING = 'STRING',
     ENUM = 'ENUM',

src/components/filter/expert/expertFilterConstants.ts

@@ -6,7 +6,8 @@
  */
 
 import { Field } from 'react-querybuilder';
-import { CombinatorType, DataType, FieldType, OperatorType } from './expertFilter.type';
+import { CombinatorType, DataType, OperatorType } from './expertFilter.type';
+import { FieldType } from '../../../utils/types/fieldType';
 
 export enum RULES {
     EMPTY_RULE = 'emptyRule',

src/components/filter/expert/expertFilterUtils.ts

@@ -24,29 +24,14 @@ import {
     CompositeField,
     CompositeGroup,
     DataType,
-    FieldType,
     OperatorOption,
     OperatorType,
     RuleGroupTypeExport,
     RuleTypeExport,
 } from './expertFilter.type';
 import { FIELDS_OPTIONS, OPERATOR_OPTIONS, RULES } from './expertFilterConstants';
-import {
-    isBlankOrEmpty,
-    kiloUnitToUnit,
-    microUnitToUnit,
-    unitToKiloUnit,
-    unitToMicroUnit,
-} from '../../../utils/conversionUtils';
-
-const microUnits = [
-    FieldType.SHUNT_CONDUCTANCE_1,
-    FieldType.SHUNT_CONDUCTANCE_2,
-    FieldType.SHUNT_SUSCEPTANCE_1,
-    FieldType.SHUNT_SUSCEPTANCE_2,
-];
-
-const kiloUnits = [FieldType.HIGH_SHORT_CIRCUIT_CURRENT_LIMIT, FieldType.LOW_SHORT_CIRCUIT_CURRENT_LIMIT];
+import { convertInputValue, convertOutputValue, isBlankOrEmpty } from '../../../utils/conversionUtils';
+import { FieldType } from '../../../utils/types/fieldType';
 
 interface TreeNode {
     [key: string]: any;
@@ -215,22 +200,6 @@ export const getOperators = (fieldName: string, intl: IntlShape) => {
     }
 };
 
-function changeValueUnit(value: any, field: FieldType) {
-    if (microUnits.includes(field)) {
-        if (!Array.isArray(value)) {
-            return microUnitToUnit(value);
-        }
-        return value.map((a: number) => microUnitToUnit(a));
-    }
-    if (kiloUnits.includes(field)) {
-        if (!Array.isArray(value)) {
-            return kiloUnitToUnit(value);
-        }
-        return value.map((a: number) => kiloUnitToUnit(a));
-    }
-    return value;
-}
-
 export function exportExpertRules(query: RuleGroupType): RuleGroupTypeExport {
     function transformRule(rule: RuleType): RuleTypeExport | RuleGroupTypeExport {
         const isValueAnArray = Array.isArray(rule.value);
@@ -256,11 +225,11 @@ export function exportExpertRules(query: RuleGroupType): RuleGroupTypeExport {
                 rule.operator !== OPERATOR_OPTIONS.EXISTS.name &&
                 rule.operator !== OPERATOR_OPTIONS.NOT_EXISTS.name &&
                 dataType !== DataType.PROPERTY
-                    ? changeValueUnit(rule.value, rule.field as FieldType)
+                    ? convertOutputValue(rule.field as FieldType, rule.value)
                     : undefined,
             values:
                 isValueAnArray && dataType !== DataType.PROPERTY
-                    ? changeValueUnit(rule.value, rule.field as FieldType)
+                    ? convertOutputValue(rule.field as FieldType, rule.value)
                     : undefined,
             dataType,
             propertyName: dataType === DataType.PROPERTY ? rule.value.propertyName : undefined,
@@ -325,22 +294,12 @@ export function importExpertRules(query: RuleGroupTypeExport): RuleGroupType {
             if (rule.dataType === DataType.NUMBER) {
                 return rule.values
                     .map((value) => parseFloat(value as string))
-                    .map((numberValue) => {
-                        return microUnits.includes(rule.field) ? unitToMicroUnit(numberValue)! : numberValue;
-                    })
-                    .map((numberValue) => {
-                        return kiloUnits.includes(rule.field) ? unitToKiloUnit(numberValue)! : numberValue;
-                    })
+                    .map((numberValue) => convertInputValue(rule.field, numberValue))
                     .sort((a, b) => a - b);
             }
             return rule.values.sort();
         }
-        if (microUnits.includes(rule.field)) {
-            return unitToMicroUnit(parseFloat(rule.value as string));
-        }
-        if (kiloUnits.includes(rule.field)) {
-            return unitToKiloUnit(parseFloat(rule.value as string));
-        }
+        convertInputValue(rule.field, parseFloat(rule.value as string));
         return rule.value;
     }
 

src/components/inputs/reactQueryBuilder/ValueEditor.tsx

@@ -14,7 +14,7 @@ import { CountryValueEditor } from './CountryValueEditor';
 import { TranslatedValueEditor } from './TranslatedValueEditor';
 import { TextValueEditor } from './TextValueEditor';
 
-import { DataType, FieldType } from '../../filter/expert/expertFilter.type';
+import { DataType } from '../../filter/expert/expertFilter.type';
 import { FieldConstants } from '../../../utils/constants/fieldConstants';
 import { Substation, VoltageLevel } from '../../../utils/types/equipmentTypes';
 import { ElementValueEditor } from './ElementValueEditor';
@@ -23,6 +23,7 @@ import { PropertyValueEditor } from './PropertyValueEditor';
 import { FilterType } from '../../filter/constants/FilterConstants';
 import { GroupValueEditor } from './compositeRuleEditor/GroupValueEditor';
 import { OPERATOR_OPTIONS } from '../../filter/expert/expertFilterConstants';
+import { FieldType } from '../../../utils/types/fieldType';
 
 const styles = {
     noArrows: {

src/utils/conversionUtils.ts

@@ -4,6 +4,7 @@
  * License, v. 2.0. If a copy of the MPL was not distributed with this
  * file, You can obtain one at http://mozilla.org/MPL/2.0/.
  */
+import { FieldType } from './types/fieldType';
 
 export const GRIDSUITE_DEFAULT_PRECISION: number = 13;
 
@@ -21,10 +22,65 @@ export function isBlankOrEmpty(value: unknown) {
     return false;
 }
 
-export const unitToMicroUnit = (num: number) => (isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num * 1e6));
+export function unitToMicroUnit(num: number) {
+    return isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num * 1e6);
+}
+
+export function microUnitToUnit(num: number) {
+    return isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num / 1e6);
+}
+
+export function unitToKiloUnit(num: number) {
+    return isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num / 1e3);
+}
+
+export function kiloUnitToUnit(num: number) {
+    return isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num * 1e3);
+}
 
-export const microUnitToUnit = (num: number) => (isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num / 1e6));
+const microToUnit = [
+    FieldType.SHUNT_CONDUCTANCE_1,
+    FieldType.SHUNT_CONDUCTANCE_2,
+    FieldType.SHUNT_SUSCEPTANCE_1,
+    FieldType.SHUNT_SUSCEPTANCE_2,
+    FieldType.G,
+    FieldType.B,
+    FieldType.G1,
+    FieldType.B1,
+    FieldType.G2,
+    FieldType.B2,
+];
 
-export const unitToKiloUnit = (num: number) => (isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num / 1e3));
+const kiloToUnit = [FieldType.HIGH_SHORT_CIRCUIT_CURRENT_LIMIT, FieldType.LOW_SHORT_CIRCUIT_CURRENT_LIMIT];
 
-export const kiloUnitToUnit = (num: number) => (isBlankOrEmpty(num) ? undefined : roundToDefaultPrecision(num * 1e3));
+export function convertInputValue(field: FieldType, value: any) {
+    if (microToUnit.includes(field)) {
+        if (!Array.isArray(value)) {
+            return value ? unitToMicroUnit(value) : value;
+        }
+        return value.map((a: number) => unitToMicroUnit(a));
+    }
+    if (kiloToUnit.includes(field)) {
+        if (!Array.isArray(value)) {
+            return value ? unitToKiloUnit(value) : value;
+        }
+        return value.map((a: number) => unitToKiloUnit(a));
+    }
+    return value;
+}
+
+export function convertOutputValue(field: FieldType, value: any) {
+    if (microToUnit.includes(field)) {
+        if (!Array.isArray(value)) {
+            return value ? microUnitToUnit(value) : value;
+        }
+        return value.map((a: number) => microUnitToUnit(a));
+    }
+    if (kiloToUnit.includes(field)) {
+        if (!Array.isArray(value)) {
+            return value ? kiloUnitToUnit(value) : value;
+        }
+        return value.map((a: number) => kiloUnitToUnit(a));
+    }
+    return value;
+}