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CsvSystemParticipantSourceTest.groovy
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CsvSystemParticipantSourceTest.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.source.csv
import static edu.ie3.test.helper.EntityMap.map
import edu.ie3.datamodel.exceptions.SourceException
import edu.ie3.datamodel.exceptions.SystemParticipantsException
import edu.ie3.datamodel.io.source.*
import edu.ie3.datamodel.models.input.NodeInput
import edu.ie3.datamodel.models.input.OperatorInput
import edu.ie3.datamodel.models.input.system.*
import edu.ie3.datamodel.utils.Try
import edu.ie3.test.common.SystemParticipantTestData as sptd
import spock.lang.Specification
class CsvSystemParticipantSourceTest extends Specification implements CsvTestDataMeta {
def "A SystemParticipantSource with csv input should provide an instance of SystemParticipants based on valid input data correctly"() {
given:
def typeSource = new TypeSource(new CsvDataSource(csvSep, typeFolderPath, fileNamingStrategy))
def thermalSource = new ThermalSource(typeSource, new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def rawGridSource = new RawGridSource(typeSource, new CsvDataSource(csvSep, gridDefaultFolderPath, fileNamingStrategy))
def energyManagementSource = new EnergyManagementSource(typeSource, new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def csvSystemParticipantSource = new SystemParticipantSource(
typeSource,
thermalSource,
rawGridSource,
energyManagementSource,
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
when:
def systemParticipants = csvSystemParticipantSource.systemParticipants
then:
systemParticipants.allEntitiesAsList().size() == 10
systemParticipants.pvPlants.first().uuid == sptd.pvInput.uuid
systemParticipants.bmPlants.first().uuid == sptd.bmInput.uuid
systemParticipants.chpPlants.first().uuid == sptd.chpInput.uuid
systemParticipants.evs.first().uuid == sptd.evInput.uuid
systemParticipants.fixedFeedIns.first().uuid == sptd.fixedFeedInInput.uuid
systemParticipants.heatPumps.first().uuid == sptd.hpInput.uuid
systemParticipants.loads.first().uuid == sptd.loadInput.uuid
systemParticipants.wecPlants.first().uuid == sptd.wecInput.uuid
systemParticipants.storages.first().uuid == sptd.storageInput.uuid
systemParticipants.evcs.first().uuid == sptd.evcsInput.uuid
}
def "A SystemParticipantSource with csv input should process invalid input data as expected when requested to provide an instance of SystemParticipants"() {
given:
def typeSource = new TypeSource(new CsvDataSource(csvSep, typeFolderPath, fileNamingStrategy))
def thermalSource = new ThermalSource(typeSource, new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def rawGridSource = Spy(RawGridSource, constructorArgs: [
typeSource,
new CsvDataSource(csvSep, gridDefaultFolderPath, fileNamingStrategy)
]) {
// partly fake the return method of the csv raw grid source to always return empty node sets
// -> elements to build NodeGraphicInputs are missing
getNodes() >> new HashMap<UUID, NodeInput>()
getNodes(_) >> new HashMap<UUID, NodeInput>()
} as RawGridSource
def energyManagementSource = new EnergyManagementSource(typeSource, new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def csvSystemParticipantSource = new SystemParticipantSource(
typeSource,
thermalSource,
rawGridSource,
energyManagementSource,
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
when:
def systemParticipants = Try.of(() -> csvSystemParticipantSource.systemParticipants, SystemParticipantsException)
then:
systemParticipants.failure
systemParticipants.data == Optional.empty()
Exception ex = systemParticipants.exception.get()
ex.class == SystemParticipantsException
ex.message.startsWith("10 error(s) occurred while initializing system participants. " +
"edu.ie3.datamodel.exceptions.FailureException: 1 exception(s) occurred within \"FixedFeedInInput\" data, one is: " +
"edu.ie3.datamodel.exceptions.FactoryException: edu.ie3.datamodel.exceptions.SourceException: " +
"Linked node with UUID 4ca90220-74c2-4369-9afa-a18bf068840d was not found for entity AssetInputEntityData")
}
def "A SystemParticipantSource with csv input should return data from a valid heat pump input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def nodeMap = map([sptd.hpInput.node])
def emUnitsMap = map([sptd.emInput])
expect:
def heatPumps = Try.of(() -> csvSystemParticipantSource.getHeatPumps(map(operators), nodeMap, emUnitsMap, map(types), map(thermalBuses)), SourceException)
if (heatPumps.success) {
heatPumps.data.get().size() == resultingSize
heatPumps.data.get() == resultingSet as Set
} else {
heatPumps.exception.get().class == SourceException
}
where:
nodes | operators | types | thermalBuses || resultingSize | resultingSet
[sptd.hpInput.node] | [sptd.hpInput.operator] | [sptd.hpInput.type] | [sptd.hpInput.thermalBus] || 1 | [sptd.hpInput]
[sptd.hpInput.node] | [] | [sptd.hpInput.type] | [sptd.hpInput.thermalBus] || 1 | [
new HpInput(sptd.hpInput.uuid, sptd.hpInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.hpInput.operationTime, sptd.hpInput.node, sptd.hpInput.thermalBus, sptd.hpInput.qCharacteristics, sptd.emInput, sptd.hpInput.type)
]
[] | [] | [] | [] || 0 | []
[sptd.hpInput.node] | [] | [] | [] || 0 | []
[sptd.hpInput.node] | [sptd.hpInput.operator] | [] | [] || 0 | []
[sptd.hpInput.node] | [sptd.hpInput.operator] | [sptd.hpInput.type] | [] || 0 | []
}
def "A SystemParticipantSource with csv input should return data from a valid chp input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def nodeMap = map([sptd.hpInput.node])
def emUnitsMap = map([sptd.emInput])
expect:
def chpUnits = Try.of(() -> csvSystemParticipantSource.getChpPlants(map(operators), nodeMap, emUnitsMap, map(types), map(thermalBuses), map(thermalStorages)), SourceException)
if (chpUnits.success) {
chpUnits.data.get().size() == resultingSize
chpUnits.data.get() == resultingSet as Set
} else {
chpUnits.exception.get().class == SourceException
}
where:
operators | types | thermalBuses | thermalStorages || resultingSize || resultingSet
[sptd.chpInput.operator] | [sptd.chpInput.type] | [sptd.chpInput.thermalBus] | [sptd.chpInput.thermalStorage] || 1 || [sptd.chpInput]
[] | [sptd.chpInput.type] | [sptd.chpInput.thermalBus] | [sptd.chpInput.thermalStorage] || 1 || [
new ChpInput(sptd.chpInput.uuid, sptd.chpInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.chpInput.operationTime, sptd.chpInput.node, sptd.chpInput.thermalBus, sptd.chpInput.qCharacteristics, sptd.emInput, sptd.chpInput.type, sptd.chpInput.thermalStorage, sptd.chpInput.marketReaction)
]
[] | [] | [] | [] || 0 || []
[] | [] | [] | [] || 0 || []
[sptd.chpInput.operator] | [] | [] | [] || 0 || []
[sptd.chpInput.operator] | [sptd.chpInput.type] | [] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid ev input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getEvs(map(operators), map(nodes), emUnitsMap, map(types)), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators | types || resultingSize || resultingSet
[sptd.evInput.node] | [sptd.evInput.operator] | [sptd.evInput.type] || 1 || [sptd.evInput]
[sptd.evInput.node] | [] | [sptd.evInput.type] || 1 || [
new EvInput(sptd.evInput.uuid, sptd.evInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.evInput.operationTime, sptd.evInput.node, sptd.evInput.qCharacteristics, sptd.emInput, sptd.evInput.type)
]
[sptd.evInput.node] | [sptd.evInput.operator] | [] || 0 || []
[sptd.evInput.node] | [] | [] || 0 || []
[] | [] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid wec input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getWecPlants(map(operators), map(nodes), emUnitsMap, map(types)), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators | types || resultingSize || resultingSet
[sptd.wecInput.node] | [sptd.wecInput.operator] | [sptd.wecInput.type] || 1 || [sptd.wecInput]
[sptd.wecInput.node] | [] | [sptd.wecInput.type] || 1 || [
new WecInput(sptd.wecInput.uuid, sptd.wecInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.wecInput.operationTime, sptd.wecInput.node, sptd.wecInput.qCharacteristics, sptd.emInput, sptd.wecInput.type, sptd.wecInput.marketReaction)
]
[sptd.wecInput.node] | [sptd.wecInput.operator] | [] || 0 || []
[sptd.wecInput.node] | [] | [] || 0 || []
[] | [] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid storage input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getStorages(map(operators), map(nodes), emUnitsMap, map(types)), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators | types || resultingSize || resultingSet
[sptd.storageInput.node] | [sptd.storageInput.operator] | [sptd.storageInput.type] || 1 || [sptd.storageInput]
[sptd.storageInput.node] | [] | [sptd.storageInput.type] || 1 || [
new StorageInput(sptd.storageInput.uuid, sptd.storageInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.storageInput.operationTime, sptd.storageInput.node, sptd.storageInput.qCharacteristics, sptd.emInput, sptd.storageInput.type)
]
[sptd.storageInput.node] | [sptd.storageInput.operator] | [] || 0 || []
[sptd.storageInput.node] | [] | [] || 0 || []
[] | [] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid bm input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getBmPlants(map(operators), map(nodes), emUnitsMap, map(types)), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators | types || resultingSize || resultingSet
[sptd.bmInput.node] | [sptd.bmInput.operator] | [sptd.bmInput.type] || 1 || [sptd.bmInput]
[sptd.bmInput.node] | [] | [sptd.bmInput.type] || 1 || [
new BmInput(sptd.bmInput.uuid, sptd.bmInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.bmInput.operationTime, sptd.bmInput.node, sptd.bmInput.qCharacteristics, sptd.emInput, sptd.bmInput.type, sptd.bmInput.marketReaction, sptd.bmInput.costControlled, sptd.bmInput.feedInTariff)
]
[sptd.bmInput.node] | [sptd.bmInput.operator] | [] || 0 || []
[sptd.bmInput.node] | [] | [] || 0 || []
[] | [] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid ev charging station input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getEvcs(map(operators), map(nodes), emUnitsMap), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators || resultingSize || resultingSet
[sptd.evcsInput.node] | [sptd.evcsInput.operator] || 1 || [sptd.evcsInput]
[sptd.evcsInput.node] | [] || 1 || [
new EvcsInput(sptd.evcsInput.uuid, sptd.evcsInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.evcsInput.operationTime, sptd.evcsInput.node, sptd.evcsInput.qCharacteristics, sptd.emInput, sptd.evcsInput.type, sptd.evcsInput.chargingPoints, sptd.evcsInput.cosPhiRated, sptd.evcsInput.locationType, sptd.evcsInput.v2gSupport)
]
[] | [sptd.evcsInput.operator] || 0 || []
[] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid load input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getLoads(map(operators), map(nodes), emUnitsMap), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators || resultingSize || resultingSet
[sptd.loadInput.node] | [sptd.loadInput.operator] || 1 || [sptd.loadInput]
[sptd.loadInput.node] | [] || 1 || [
new LoadInput(sptd.loadInput.uuid, sptd.loadInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.loadInput.operationTime, sptd.loadInput.node, sptd.loadInput.qCharacteristics, sptd.emInput, sptd.loadInput.loadProfile, sptd.loadInput.dsm, sptd.loadInput.eConsAnnual, sptd.loadInput.sRated, sptd.loadInput.cosPhiRated)
]
[] | [sptd.loadInput.operator] || 0 || []
[] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid pv input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getPvPlants(map(operators), map(nodes), emUnitsMap), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators || resultingSize || resultingSet
[sptd.pvInput.node] | [sptd.pvInput.operator] || 1 || [sptd.pvInput]
[sptd.pvInput.node] | [] || 1 || [
new PvInput(sptd.pvInput.uuid, sptd.pvInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.pvInput.operationTime, sptd.pvInput.node, sptd.pvInput.qCharacteristics, sptd.emInput, sptd.pvInput.albedo, sptd.pvInput.azimuth, sptd.pvInput.etaConv, sptd.pvInput.elevationAngle, sptd.pvInput.kG, sptd.pvInput.kT, sptd.pvInput.marketReaction, sptd.pvInput.sRated, sptd.pvInput.cosPhiRated)
]
[] | [sptd.pvInput.operator] || 0 || []
[] | [] || 0 || []
}
def "A SystemParticipantSource with csv input should return data from valid fixedFeedIn input file as expected"() {
given:
def csvSystemParticipantSource = new SystemParticipantSource(
Mock(TypeSource),
Mock(ThermalSource),
Mock(RawGridSource),
Mock(EnergyManagementSource),
new CsvDataSource(csvSep, participantsFolderPath, fileNamingStrategy))
def emUnitsMap = map([sptd.emInput])
expect:
def sysParts = Try.of(() -> csvSystemParticipantSource.getFixedFeedIns(map(operators), map(nodes), emUnitsMap), SourceException)
if (sysParts.success) {
sysParts.data.get().size() == resultingSize
sysParts.data.get() == resultingSet as Set
} else {
sysParts.exception.get().class == SourceException
}
where:
nodes | operators || resultingSize || resultingSet
[sptd.fixedFeedInInput.node] | [sptd.fixedFeedInInput.operator] || 1 || [sptd.fixedFeedInInput]
[sptd.fixedFeedInInput.node] | [] || 1 || [
new FixedFeedInInput(sptd.fixedFeedInInput.uuid, sptd.fixedFeedInInput.id, OperatorInput.NO_OPERATOR_ASSIGNED, sptd.fixedFeedInInput.operationTime, sptd.fixedFeedInInput.node, sptd.fixedFeedInInput.qCharacteristics, sptd.emInput, sptd.fixedFeedInInput.sRated, sptd.fixedFeedInInput.cosPhiRated)
]
[] | [sptd.fixedFeedInInput.operator] || 0 || []
[] | [] || 0 || []
}
}