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InputEntityProcessorTest.groovy
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InputEntityProcessorTest.groovy
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/*
* © 2021. TU Dortmund University,
* Institute of Energy Systems, Energy Efficiency and Energy Economics,
* Research group Distribution grid planning and operation
*/
package edu.ie3.datamodel.io.processor.input
import static edu.ie3.util.quantities.PowerSystemUnits.PU
import edu.ie3.datamodel.io.source.TimeSeriesMappingSource
import edu.ie3.datamodel.models.OperationTime
import edu.ie3.datamodel.models.StandardUnits
import edu.ie3.datamodel.models.UniqueEntity
import edu.ie3.datamodel.models.input.NodeInput
import edu.ie3.datamodel.models.input.OperatorInput
import edu.ie3.datamodel.models.input.RandomLoadParameters
import edu.ie3.datamodel.models.input.connector.LineInput
import edu.ie3.datamodel.models.input.connector.SwitchInput
import edu.ie3.datamodel.models.input.connector.Transformer2WInput
import edu.ie3.datamodel.models.input.connector.Transformer3WInput
import edu.ie3.datamodel.models.input.connector.type.LineTypeInput
import edu.ie3.datamodel.models.input.connector.type.Transformer2WTypeInput
import edu.ie3.datamodel.models.input.connector.type.Transformer3WTypeInput
import edu.ie3.datamodel.models.input.graphics.LineGraphicInput
import edu.ie3.datamodel.models.input.graphics.NodeGraphicInput
import edu.ie3.datamodel.models.input.system.*
import edu.ie3.datamodel.models.input.system.type.*
import edu.ie3.datamodel.models.voltagelevels.GermanVoltageLevelUtils
import edu.ie3.test.common.GridTestData
import edu.ie3.test.common.SystemParticipantTestData
import edu.ie3.test.common.TypeTestData
import spock.lang.Specification
import tech.units.indriya.quantity.Quantities
import java.time.ZonedDateTime
/**
* Testing the function of processors
*
* @version 0.1
* @since 24.03.20
*/
class InputEntityProcessorTest extends Specification {
def "A InputEntityProcessor should serialize a provided NodeInput correctly"() {
given:
def processor = new InputEntityProcessor(NodeInput)
def validResult = GridTestData.nodeA
Map expectedResults = [
"uuid" : "4ca90220-74c2-4369-9afa-a18bf068840d",
"geoPosition" : "{\"type\":\"Point\",\"coordinates\":[7.411111,51.492528],\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"EPSG:4326\"}}}",
"id" : "node_a",
"operatesUntil": "2020-03-25T15:11:31Z",
"operatesFrom" : "2020-03-24T15:11:31Z",
"operator" : "f15105c4-a2de-4ab8-a621-4bc98e372d92",
"slack" : "true",
"subnet" : "1",
"vTarget" : "1.0",
"voltLvl" : "Höchstspannung",
"vRated" : "380.0"
]
when: "the entity is passed to the processor"
def processingResult = processor.handleEntity(validResult)
then: "make sure that the result is as expected "
processingResult == expectedResults
}
def "A InputEntityProcessor should serialize a provided ConnectorInput correctly"() {
given:
def processor = new InputEntityProcessor(modelClass)
def validInput = modelInstance
when: "the entity is passed to the processor"
def processingResult = processor.handleEntity(validInput)
then: "make sure that the result is as expected "
processingResult == expectedResult
where:
modelClass | modelInstance || expectedResult
Transformer3WInput | GridTestData.transformerAtoBtoC || [
"uuid" : "cc327469-7d56-472b-a0df-edbb64f90e8f",
"autoTap" : "true",
"id" : "3w_test",
"nodeA" : "4ca90220-74c2-4369-9afa-a18bf068840d",
"nodeB" : "47d29df0-ba2d-4d23-8e75-c82229c5c758",
"nodeC" : "bd837a25-58f3-44ac-aa90-c6b6e3cd91b2",
"operatesFrom" : "2020-03-24T15:11:31Z",
"operatesUntil" : "2020-03-25T15:11:31Z",
"operator" : "f15105c4-a2de-4ab8-a621-4bc98e372d92",
"tapPos" : "0",
"parallelDevices": "1",
"type" : "5b0ee546-21fb-4a7f-a801-5dbd3d7bb356"
]
Transformer2WInput | GridTestData.transformerCtoG || [
"uuid" : "5dc88077-aeb6-4711-9142-db57292640b1",
"autoTap" : "true",
"id" : "2w_parallel_2",
"nodeA" : "bd837a25-58f3-44ac-aa90-c6b6e3cd91b2",
"nodeB" : "aaa74c1a-d07e-4615-99a5-e991f1d81cc4",
"operatesFrom" : "2020-03-24T15:11:31Z",
"operatesUntil" : "2020-03-25T15:11:31Z",
"operator" : "f15105c4-a2de-4ab8-a621-4bc98e372d92",
"tapPos" : "0",
"parallelDevices": "1",
"type" : "08559390-d7c0-4427-a2dc-97ba312ae0ac"
]
SwitchInput | GridTestData.switchAtoB || [
"uuid" : "5dc88077-aeb6-4711-9142-db57287640b1",
"closed" : "true",
"id" : "test_switch_AtoB",
"nodeA" : "4ca90220-74c2-4369-9afa-a18bf068840d",
"nodeB" : "47d29df0-ba2d-4d23-8e75-c82229c5c758",
"operatesFrom" : "2020-03-24T15:11:31Z",
"operatesUntil": "2020-03-25T15:11:31Z",
"operator" : "f15105c4-a2de-4ab8-a621-4bc98e372d92"
]
LineInput | GridTestData.lineCtoD || [
"uuid" : "91ec3bcf-1777-4d38-af67-0bf7c9fa73c7",
"geoPosition" : "{\"type\":\"LineString\",\"coordinates\":[[7.411111,51.492528],[7.414116,51.484136]],\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"EPSG:4326\"}}}",
"id" : "test_line_CtoD",
"length" : "0.003",
"nodeA" : "bd837a25-58f3-44ac-aa90-c6b6e3cd91b2",
"nodeB" : "6e0980e0-10f2-4e18-862b-eb2b7c90509b",
"olmCharacteristic": "olm:{(0.0,1.0)}",
"operatesFrom" : "2020-03-24T15:11:31Z",
"operatesUntil" : "2020-03-25T15:11:31Z",
"operator" : "f15105c4-a2de-4ab8-a621-4bc98e372d92",
"parallelDevices" : "2",
"type" : "3bed3eb3-9790-4874-89b5-a5434d408088"
]
}
def "A InputEntityProcessor should serialize a provided SystemParticipantInput correctly"() {
given:
def processor = new InputEntityProcessor(modelClass)
def validInput = modelInstance
when: "the entity is passed to the processor"
def processingResult = processor.handleEntity(validInput)
then: "make sure that the result is as expected "
processingResult.forEach {
k, v ->
if (k != "nodeInternal") // the internal 3w node is always randomly generated, hence we can skip to test on this
assert (v == expectedResult.get(k))
}
where:
modelClass | modelInstance || expectedResult
FixedFeedInInput | SystemParticipantTestData.fixedFeedInInput || [
"uuid" : SystemParticipantTestData.fixedFeedInInput.uuid.toString(),
"cosPhiRated" : SystemParticipantTestData.fixedFeedInInput.cosPhiRated.toString(),
"id" : SystemParticipantTestData.fixedFeedInInput.id,
"node" : SystemParticipantTestData.fixedFeedInInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.fixedFeedInInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.fixedFeedInInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.fixedFeedInInput.operator.getUuid().toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiFixedSerialized,
"sRated" : SystemParticipantTestData.fixedFeedInInput.sRated.to(StandardUnits.S_RATED).getValue().doubleValue().toString(),
"controllingEm" : SystemParticipantTestData.fixedFeedInInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
PvInput | SystemParticipantTestData.pvInput || [
"uuid" : SystemParticipantTestData.pvInput.uuid.toString(),
"albedo" : SystemParticipantTestData.pvInput.albedo.toString(),
"azimuth" : SystemParticipantTestData.pvInput.azimuth.to(StandardUnits.AZIMUTH).getValue().doubleValue().toString(),
"cosPhiRated" : SystemParticipantTestData.pvInput.cosPhiRated.toString(),
"etaConv" : SystemParticipantTestData.pvInput.etaConv.getValue().doubleValue().toString(),
"elevationAngle" : SystemParticipantTestData.pvInput.elevationAngle.getValue().doubleValue().toString(),
"id" : SystemParticipantTestData.pvInput.id,
"kG" : SystemParticipantTestData.pvInput.kG.toString(),
"kT" : SystemParticipantTestData.pvInput.kT.toString(),
"marketReaction" : SystemParticipantTestData.pvInput.marketReaction.toString(),
"node" : SystemParticipantTestData.pvInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.pvInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.pvInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.pvInput.operator.getUuid().toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiFixedSerialized,
"sRated" : SystemParticipantTestData.pvInput.sRated.to(StandardUnits.S_RATED).getValue().doubleValue().toString(),
"controllingEm" : SystemParticipantTestData.pvInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
WecInput | SystemParticipantTestData.wecInput || [
"uuid" : SystemParticipantTestData.wecInput.uuid.toString(),
"id" : SystemParticipantTestData.wecInput.id,
"marketReaction" : SystemParticipantTestData.wecInput.marketReaction.toString(),
"node" : SystemParticipantTestData.wecInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.wecInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.wecInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.wecInput.operator.uuid.toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiPSerialized,
"type" : SystemParticipantTestData.wecInput.type.uuid.toString(),
"controllingEm" : SystemParticipantTestData.wecInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
ChpInput | SystemParticipantTestData.chpInput || [
"uuid" : SystemParticipantTestData.chpInput.uuid.toString(),
"id" : SystemParticipantTestData.chpInput.id,
"marketReaction" : SystemParticipantTestData.chpInput.marketReaction.toString(),
"node" : SystemParticipantTestData.chpInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.chpInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.chpInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.chpInput.operator.uuid.toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiFixedSerialized,
"thermalBus" : SystemParticipantTestData.chpInput.thermalBus.uuid.toString(),
"thermalStorage" : SystemParticipantTestData.chpInput.thermalStorage.uuid.toString(),
"type" : SystemParticipantTestData.chpInput.type.uuid.toString(),
"controllingEm" : SystemParticipantTestData.chpInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
BmInput | SystemParticipantTestData.bmInput || [
"uuid" : SystemParticipantTestData.bmInput.uuid.toString(),
"costControlled" : SystemParticipantTestData.bmInput.costControlled.toString(),
"feedInTariff" : SystemParticipantTestData.bmInput.feedInTariff.to(StandardUnits.ENERGY_PRICE).getValue().doubleValue().toString(),
"id" : SystemParticipantTestData.bmInput.id,
"marketReaction" : SystemParticipantTestData.bmInput.marketReaction.toString(),
"node" : SystemParticipantTestData.bmInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.bmInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.bmInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.bmInput.operator.uuid.toString(),
"qCharacteristics": SystemParticipantTestData.qVSerialized,
"type" : SystemParticipantTestData.bmInput.type.uuid.toString(),
"controllingEm" : SystemParticipantTestData.bmInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
EvInput | SystemParticipantTestData.evInput || [
"uuid" : SystemParticipantTestData.evInput.uuid.toString(),
"id" : SystemParticipantTestData.evInput.id,
"node" : SystemParticipantTestData.evInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.evInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.evInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.evInput.operator.getUuid().toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiFixedSerialized,
"type" : SystemParticipantTestData.evInput.type.getUuid().toString(),
"controllingEm" : SystemParticipantTestData.evInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
LoadInput | SystemParticipantTestData.loadInput || [
"uuid" : SystemParticipantTestData.loadInput.uuid.toString(),
"cosPhiRated" : SystemParticipantTestData.loadInput.cosPhiRated.toString(),
"dsm" : SystemParticipantTestData.loadInput.dsm.toString(),
"eConsAnnual" : SystemParticipantTestData.loadInput.eConsAnnual.getValue().doubleValue().toString(),
"id" : SystemParticipantTestData.loadInput.id,
"node" : SystemParticipantTestData.loadInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.loadInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.loadInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.loadInput.operator.uuid.toString(),
"qCharacteristics" : SystemParticipantTestData.cosPhiFixedSerialized,
"sRated" : SystemParticipantTestData.loadInput.sRated.getValue().doubleValue().toString(),
"loadProfile" : SystemParticipantTestData.loadInput.loadProfile.key,
"controllingEm" : SystemParticipantTestData.loadInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
StorageInput | SystemParticipantTestData.storageInput || [
"uuid" : SystemParticipantTestData.storageInput.uuid.toString(),
"id" : SystemParticipantTestData.storageInput.id,
"node" : SystemParticipantTestData.storageInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.storageInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.storageInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.storageInput.operator.uuid.toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiFixedSerialized,
"type" : SystemParticipantTestData.storageInput.type.uuid.toString(),
"controllingEm" : SystemParticipantTestData.storageInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
HpInput | SystemParticipantTestData.hpInput || [
"uuid" : SystemParticipantTestData.hpInput.uuid.toString(),
"id" : SystemParticipantTestData.hpInput.id,
"node" : SystemParticipantTestData.hpInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.hpInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.hpInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.hpInput.operator.uuid.toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiFixedSerialized,
"thermalBus" : SystemParticipantTestData.hpInput.thermalBus.uuid.toString(),
"type" : SystemParticipantTestData.hpInput.type.uuid.toString(),
"controllingEm" : SystemParticipantTestData.hpInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
EvcsInput | SystemParticipantTestData.evcsInput || [
"uuid" : SystemParticipantTestData.evcsInput.uuid.toString(),
"id" : SystemParticipantTestData.evcsInput.id,
"node" : SystemParticipantTestData.evcsInput.node.uuid.toString(),
"operatesUntil" : SystemParticipantTestData.evcsInput.operationTime.endDate.orElse(ZonedDateTime.now()).toString(),
"operatesFrom" : SystemParticipantTestData.evcsInput.operationTime.startDate.orElse(ZonedDateTime.now()).toString(),
"operator" : SystemParticipantTestData.evcsInput.operator.uuid.toString(),
"qCharacteristics": SystemParticipantTestData.cosPhiFixedSerialized,
"type" : SystemParticipantTestData.evcsInput.type.toString(),
"cosPhiRated" : SystemParticipantTestData.evcsInput.cosPhiRated.toString(),
"chargingPoints" : SystemParticipantTestData.evcsInput.chargingPoints.toString(),
"locationType" : SystemParticipantTestData.evcsInput.locationType.name(),
"v2gSupport" : SystemParticipantTestData.evcsInput.v2gSupport.toString(),
"controllingEm" : SystemParticipantTestData.evcsInput.controllingEm.map((UniqueEntity::getUuid).andThen(UUID::toString)).orElse("")
]
}
def "The InputEntityProcessor should serialize a provided NodeGraphicInput with point correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(NodeGraphicInput)
NodeGraphicInput validNode = GridTestData.nodeGraphicC
Map expected = [
"uuid" : "09aec636-791b-45aa-b981-b14edf171c4c",
"graphicLayer": "main",
"path" : "",
"point" : "{\"type\":\"Point\",\"coordinates\":[0.0,10],\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"EPSG:4326\"}}}",
"node" : "bd837a25-58f3-44ac-aa90-c6b6e3cd91b2"
]
when:
Map<String, String> actual = processor.handleEntity(validNode)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided NodeGraphicInput with path correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(NodeGraphicInput)
NodeGraphicInput validNode = GridTestData.nodeGraphicD
Map expected = [
"uuid" : "9ecad435-bd16-4797-a732-762c09d4af25",
"graphicLayer": "main",
"path" : "{\"type\":\"LineString\",\"coordinates\":[[-1,0.0],[1,0.0]],\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"EPSG:4326\"}}}",
"point" : "",
"node" : "6e0980e0-10f2-4e18-862b-eb2b7c90509b"
]
when:
Map<String, String> actual = processor.handleEntity(validNode)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided LineGraphicInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(LineGraphicInput)
LineGraphicInput validNode = GridTestData.lineGraphicCtoD
Map expected = [
"uuid" : "ece86139-3238-4a35-9361-457ecb4258b0",
"graphicLayer": "main",
"path" : "{\"type\":\"LineString\",\"coordinates\":[[0.0,0.0],[0.0,10]],\"crs\":{\"type\":\"name\",\"properties\":{\"name\":\"EPSG:4326\"}}}",
"line" : "91ec3bcf-1777-4d38-af67-0bf7c9fa73c7"
]
when:
Map<String, String> actual = processor.handleEntity(validNode)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided OperatorInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(OperatorInput)
OperatorInput operator = new OperatorInput(UUID.fromString("420ee39c-dd5a-4d9c-9156-23dbdef13e5e"), "Prof. Brokkoli")
Map expected = [
"uuid": "420ee39c-dd5a-4d9c-9156-23dbdef13e5e",
"id" : "Prof. Brokkoli"
]
when:
Map<String, String> actual = processor.handleEntity(operator)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided RandomLoadParameters correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(RandomLoadParameters)
RandomLoadParameters parameters = new RandomLoadParameters(
UUID.fromString("a5b0f432-27b5-4b3e-b87a-61867b9edd79"),
4,
1.2,
2.3,
3.4,
4.5,
5.6,
6.7,
7.8,
8.9,
9.10
)
Map expected = [
"uuid" : "a5b0f432-27b5-4b3e-b87a-61867b9edd79",
"quarterHour": "4",
"kWd" : "1.2",
"kSa" : "2.3",
"kSu" : "3.4",
"myWd" : "4.5",
"mySa" : "5.6",
"mySu" : "6.7",
"sigmaWd" : "7.8",
"sigmaSa" : "8.9",
"sigmaSu" : "9.1"
]
when:
Map<String, String> actual = processor.handleEntity(parameters)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided WecTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(WecTypeInput)
WecTypeInput type = TypeTestData.wecType
Map expected = [
"uuid" : "a24fc5b9-a26f-44de-96b8-c9f50b665cb3",
"id" : "Test wec type",
"capex" : "100.0",
"opex" : "101.0",
"cosPhiRated" : "0.95",
"cpCharacteristic": "cP:{(10.0,0.05),(15.0,0.1),(20.0,0.2)}",
"etaConv" : "90.0",
"sRated" : "2500.0",
"rotorArea" : "2000.0",
"hubHeight" : "130.0"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided Transformer2WTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(Transformer2WTypeInput)
Transformer2WTypeInput type = GridTestData.transformerTypeBtoD
Map expected = [
"uuid" : "202069a7-bcf8-422c-837c-273575220c8a",
"id" : "HS-MS_1",
"rSc" : "45.375",
"xSc" : "102.759",
"gM" : "0.0",
"bM" : "0.0",
"sRated" : "20000.0",
"vRatedA" : "110.0",
"vRatedB" : "20.0",
"dV" : "1.5",
"dPhi" : "0.0",
"tapSide" : "false",
"tapNeutr": "0",
"tapMax" : "10",
"tapMin" : "-10"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided Transformer3WTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(Transformer3WTypeInput)
Transformer3WTypeInput type = GridTestData.transformerTypeAtoBtoC
Map expected = [
"uuid" : "5b0ee546-21fb-4a7f-a801-5dbd3d7bb356",
"id" : "HöS-HS-MS_1",
"sRatedA" : "120000.0",
"sRatedB" : "60000.0",
"sRatedC" : "40000.0",
"vRatedA" : "380.0",
"vRatedB" : "110.0",
"vRatedC" : "20.0",
"rScA" : "0.3",
"rScB" : "0.025",
"rScC" : "8.0E-4",
"xScA" : "1.0",
"xScB" : "0.08",
"xScC" : "0.003",
"gM" : "40000.0",
"bM" : "-1000.0",
"dV" : "1.5",
"dPhi" : "0.0",
"tapNeutr": "0",
"tapMin" : "-10",
"tapMax" : "10"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided LineTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(LineTypeInput)
LineTypeInput type = GridTestData.lineTypeInputCtoD
Map expected = [
"uuid" : "3bed3eb3-9790-4874-89b5-a5434d408088",
"id" : "lineType_AtoB",
"b" : "0.00322",
"g" : "0.0",
"r" : "0.437",
"x" : "0.356",
"iMax" : "300.0",
"vRated": "20.0"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided EvTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(EvTypeInput)
EvTypeInput type = TypeTestData.evType
Map expected = [
"uuid" : "66b0db5d-b2fb-41d0-a9bc-990d6b6a36db",
"id" : "ev type",
"capex" : "100.0",
"opex" : "101.0",
"eStorage" : "100.0",
"eCons" : "23.0",
"sRated" : "22.0",
"cosPhiRated": "0.9",
"sRatedDC" : "20.0",
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided ChpTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(ChpTypeInput)
ChpTypeInput type = TypeTestData.chpType
Map expected = [
"uuid" : "1c027d3e-5409-4e52-a0e2-f8a23d5d0af0",
"id" : "chp type",
"capex" : "100.0",
"opex" : "101.0",
"etaEl" : "95.0",
"etaThermal" : "90.0",
"sRated" : "58.0",
"cosPhiRated": "0.98",
"pThermal" : "49.59",
"pOwn" : "5.0"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided HpTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(HpTypeInput)
HpTypeInput type = TypeTestData.hpType
Map expected = [
"uuid" : "1059ef51-9e17-4c13-928c-7c1c716d4ee6",
"id" : "hp type",
"capex" : "100.0",
"opex" : "101.0",
"sRated" : "45.0",
"cosPhiRated": "0.975",
"pThermal" : "26.3"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided BmTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(BmTypeInput)
BmTypeInput type = TypeTestData.bmType
Map expected = [
"uuid" : "c3bd30f5-1a62-4a37-86e3-074040d965a4",
"id" : "bm type",
"capex" : "100.0",
"opex" : "101.0",
"activePowerGradient": "5.0",
"sRated" : "800.0",
"cosPhiRated" : "0.965",
"etaConv" : "89.0"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided StorageTypeInput correctly"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(StorageTypeInput)
StorageTypeInput type = TypeTestData.storageType
Map expected = [
"uuid" : "fbee4995-24dd-45e4-9c85-7d986fe99ff3",
"id" : "storage type",
"capex" : "100.0",
"opex" : "101.0",
"eStorage" : "200.0",
"sRated" : "13.0",
"cosPhiRated" : "0.997",
"pMax" : "12.961",
"activePowerGradient": "3.0",
"eta" : "92.0",
"dod" : "20.0",
"lifeTime" : "43800.0",
"lifeCycle" : "100000"
]
when:
Map<String, String> actual = processor.handleEntity(type)
then:
actual == expected
}
def "The InputEntityProcessor should serialize a provided MappingEntry correctly"() {
given:
def processor = new InputEntityProcessor(TimeSeriesMappingSource.MappingEntry)
def validResult = new TimeSeriesMappingSource.MappingEntry(UUID.fromString("7eb7b296-f4c4-4020-acf3-e865453b5dbd"), UUID.fromString("bc581c6c-3044-48a1-aea1-5b2cb1370356"))
Map expectedResults = [
"participant": "7eb7b296-f4c4-4020-acf3-e865453b5dbd",
"timeSeries": "bc581c6c-3044-48a1-aea1-5b2cb1370356"
]
when: "the entity is passed to the processor"
def processingResult = processor.handleEntity(validResult)
then: "make sure that the result is as expected "
processingResult == expectedResults
}
def "The InputEntityProcessor should serialize an entity but ignore the operator field when OperatorInput is equal to NO_OPERATOR_ASSIGNED"() {
given:
InputEntityProcessor processor = new InputEntityProcessor(NodeInput)
def nodeWithOutOperator = new NodeInput(
UUID.fromString("6e0980e0-10f2-4e18-862b-eb2b7c90509b"), "node_d", OperatorInput.NO_OPERATOR_ASSIGNED,
OperationTime.notLimited()
,
Quantities.getQuantity(1d, PU),
false,
null,
GermanVoltageLevelUtils.MV_20KV,
4)
Map expected = [
"geoPosition" : "",
"id" : "node_d",
"operatesFrom" : "",
"operatesUntil": "",
"operator" : "",
"slack" : "false",
"subnet" : "4",
"uuid" : "6e0980e0-10f2-4e18-862b-eb2b7c90509b",
"vRated" : "20.0",
"vTarget" : "1.0",
"voltLvl" : "Mittelspannung"
]
when:
Map<String, String> actual = processor.handleEntity(nodeWithOutOperator)
then:
actual == expected
}
}