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FileNamingStrategyTest.groovy
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FileNamingStrategyTest.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.naming
import edu.ie3.datamodel.io.naming.timeseries.ColumnScheme
import edu.ie3.datamodel.io.naming.timeseries.IndividualTimeSeriesMetaInformation
import edu.ie3.datamodel.io.naming.timeseries.LoadProfileTimeSeriesMetaInformation
import edu.ie3.datamodel.io.source.TimeSeriesMappingSource
import edu.ie3.datamodel.models.UniqueEntity
import edu.ie3.datamodel.models.input.MeasurementUnitInput
import edu.ie3.datamodel.models.input.NodeInput
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.BmInput
import edu.ie3.datamodel.models.input.system.ChpInput
import edu.ie3.datamodel.models.input.system.EvInput
import edu.ie3.datamodel.models.input.system.EvcsInput
import edu.ie3.datamodel.models.input.system.FixedFeedInInput
import edu.ie3.datamodel.models.input.system.HpInput
import edu.ie3.datamodel.models.input.system.LoadInput
import edu.ie3.datamodel.models.input.system.PvInput
import edu.ie3.datamodel.models.input.system.StorageInput
import edu.ie3.datamodel.models.input.system.WecInput
import edu.ie3.datamodel.models.input.system.type.BmTypeInput
import edu.ie3.datamodel.models.input.system.type.ChpTypeInput
import edu.ie3.datamodel.models.input.system.type.EvTypeInput
import edu.ie3.datamodel.models.input.system.type.HpTypeInput
import edu.ie3.datamodel.models.input.system.type.StorageTypeInput
import edu.ie3.datamodel.models.input.system.type.WecTypeInput
import edu.ie3.datamodel.models.input.thermal.CylindricalStorageInput
import edu.ie3.datamodel.models.input.thermal.ThermalHouseInput
import edu.ie3.datamodel.models.profile.BdewStandardLoadProfile
import edu.ie3.datamodel.models.result.NodeResult
import edu.ie3.datamodel.models.result.connector.LineResult
import edu.ie3.datamodel.models.result.connector.SwitchResult
import edu.ie3.datamodel.models.result.connector.Transformer2WResult
import edu.ie3.datamodel.models.result.connector.Transformer3WResult
import edu.ie3.datamodel.models.result.system.BmResult
import edu.ie3.datamodel.models.result.system.ChpResult
import edu.ie3.datamodel.models.result.system.EmResult
import edu.ie3.datamodel.models.result.system.EvResult
import edu.ie3.datamodel.models.result.system.EvcsResult
import edu.ie3.datamodel.models.result.system.FixedFeedInResult
import edu.ie3.datamodel.models.result.system.FlexOptionsResult
import edu.ie3.datamodel.models.result.system.LoadResult
import edu.ie3.datamodel.models.result.system.PvResult
import edu.ie3.datamodel.models.result.system.StorageResult
import edu.ie3.datamodel.models.result.system.WecResult
import edu.ie3.datamodel.models.result.thermal.CylindricalStorageResult
import edu.ie3.datamodel.models.result.thermal.ThermalHouseResult
import edu.ie3.datamodel.models.timeseries.individual.IndividualTimeSeries
import edu.ie3.datamodel.models.timeseries.individual.TimeBasedValue
import edu.ie3.datamodel.models.timeseries.repetitive.LoadProfileInput
import edu.ie3.datamodel.models.value.EnergyPriceValue
import edu.ie3.util.quantities.PowerSystemUnits
import spock.lang.Shared
import spock.lang.Specification
import tech.units.indriya.quantity.Quantities
import java.nio.file.Files
import java.nio.file.Path
import java.time.ZonedDateTime
class FileNamingStrategyTest extends Specification {
@Shared
DefaultDirectoryHierarchy defaultHierarchy
FlatDirectoryHierarchy flatHierarchy
EntityPersistenceNamingStrategy simpleEntityNaming
def setup() {
def tmpPath = Files.createTempDirectory("psdm_file_naming_strategy")
defaultHierarchy = new DefaultDirectoryHierarchy(tmpPath, "test_grid")
flatHierarchy = new FlatDirectoryHierarchy()
simpleEntityNaming = new EntityPersistenceNamingStrategy()
}
// TESTS FOR DEFAULT HIERARCHY
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid directory paths for all result models"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getDirectoryPath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
LoadResult || Path.of("test_grid", "results", "participants")
FixedFeedInResult || Path.of("test_grid", "results", "participants")
BmResult || Path.of("test_grid", "results", "participants")
PvResult || Path.of("test_grid", "results", "participants")
ChpResult || Path.of("test_grid", "results", "participants")
WecResult || Path.of("test_grid", "results", "participants")
StorageResult || Path.of("test_grid", "results", "participants")
EvcsResult || Path.of("test_grid", "results", "participants")
EvResult || Path.of("test_grid", "results", "participants")
EmResult || Path.of("test_grid", "results", "participants")
FlexOptionsResult || Path.of("test_grid", "results", "participants")
Transformer2WResult || Path.of("test_grid", "results", "grid")
Transformer3WResult || Path.of("test_grid", "results", "grid")
LineResult || Path.of("test_grid", "results", "grid")
SwitchResult || Path.of("test_grid", "results", "grid")
NodeResult || Path.of("test_grid", "results", "grid")
CylindricalStorageResult || Path.of("test_grid", "results", "thermal")
ThermalHouseResult || Path.of("test_grid", "results", "thermal")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid directory paths for all input assets models"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getDirectoryPath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
FixedFeedInInput || Path.of("test_grid", "input", "participants")
PvInput || Path.of("test_grid", "input", "participants")
WecInput || Path.of("test_grid", "input", "participants")
ChpInput || Path.of("test_grid", "input", "participants")
BmInput || Path.of("test_grid", "input", "participants")
EvInput || Path.of("test_grid", "input", "participants")
EvcsInput || Path.of("test_grid", "input", "participants")
LoadInput || Path.of("test_grid", "input", "participants")
StorageInput || Path.of("test_grid", "input", "participants")
HpInput || Path.of("test_grid", "input", "participants")
LineInput || Path.of("test_grid", "input", "grid")
SwitchInput || Path.of("test_grid", "input", "grid")
NodeInput || Path.of("test_grid", "input", "grid")
MeasurementUnitInput || Path.of("test_grid", "input", "grid")
Transformer2WInput || Path.of("test_grid", "input", "grid")
Transformer3WInput || Path.of("test_grid", "input", "grid")
CylindricalStorageInput || Path.of("test_grid", "input", "thermal")
ThermalHouseInput || Path.of("test_grid", "input", "thermal")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid directory paths for all input types models"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getDirectoryPath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
BmTypeInput || Path.of("test_grid", "input", "global")
ChpTypeInput || Path.of("test_grid", "input", "global")
EvTypeInput || Path.of("test_grid", "input", "global")
HpTypeInput || Path.of("test_grid", "input", "global")
StorageTypeInput || Path.of("test_grid", "input", "global")
WecTypeInput || Path.of("test_grid", "input", "global")
LineTypeInput || Path.of("test_grid", "input", "global")
Transformer2WTypeInput || Path.of("test_grid", "input", "global")
Transformer3WTypeInput || Path.of("test_grid", "input", "global")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid directory paths for a graphic input Model"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getDirectoryPath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
NodeGraphicInput || Path.of("test_grid", "input", "graphics")
LineGraphicInput || Path.of("test_grid", "input", "graphics")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffix should return valid directory path for load profile time series"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
def timeSeries = Mock(LoadProfileInput)
when:
def actual = strategy.getDirectoryPath(timeSeries)
then:
actual.present
actual.get() == expected
where:
clazz || expected
LoadProfileInput || Path.of("test_grid", "input", "global")
}
def "A FileNamingStrategy with DefaultHierarchy and should return valid directory path for individual time series"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
IndividualTimeSeries timeSeries = Mock(IndividualTimeSeries)
when:
def actual = strategy.getDirectoryPath(timeSeries)
then:
actual.present
actual.get() == expected
where:
clazz || expected
IndividualTimeSeries || Path.of("test_grid", "input", "participants", "time_series")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid file paths for all result models"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getFilePath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
LoadResult || Path.of("test_grid", "results", "participants", "load_res")
FixedFeedInResult || Path.of("test_grid", "results", "participants", "fixed_feed_in_res")
BmResult || Path.of("test_grid", "results", "participants", "bm_res")
PvResult || Path.of("test_grid", "results", "participants", "pv_res")
ChpResult || Path.of("test_grid", "results", "participants", "chp_res")
WecResult || Path.of("test_grid", "results", "participants", "wec_res")
StorageResult || Path.of("test_grid", "results", "participants", "storage_res")
EvcsResult || Path.of("test_grid", "results", "participants", "evcs_res")
EvResult || Path.of("test_grid", "results", "participants", "ev_res")
EmResult || Path.of("test_grid", "results", "participants", "em_res")
FlexOptionsResult || Path.of("test_grid", "results", "participants", "flex_options_res")
Transformer2WResult || Path.of("test_grid", "results", "grid", "transformer_2_w_res")
Transformer3WResult || Path.of("test_grid", "results", "grid", "transformer_3_w_res")
LineResult || Path.of("test_grid", "results", "grid", "line_res")
SwitchResult || Path.of("test_grid", "results", "grid", "switch_res")
NodeResult || Path.of("test_grid", "results", "grid", "node_res")
CylindricalStorageResult || Path.of("test_grid", "results", "thermal", "cylindrical_storage_res")
ThermalHouseResult || Path.of("test_grid", "results", "thermal", "thermal_house_res")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid file paths for all other input assets models"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getFilePath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
LineInput || Path.of("test_grid", "input", "grid", "line_input")
SwitchInput || Path.of("test_grid", "input", "grid", "switch_input")
NodeInput || Path.of("test_grid", "input", "grid", "node_input")
MeasurementUnitInput || Path.of("test_grid", "input", "grid", "measurement_unit_input")
Transformer2WInput || Path.of("test_grid", "input", "grid", "transformer_2_w_input")
Transformer3WInput || Path.of("test_grid", "input", "grid", "transformer_3_w_input")
CylindricalStorageInput || Path.of("test_grid", "input", "thermal", "cylindrical_storage_input")
ThermalHouseInput || Path.of("test_grid", "input", "thermal", "thermal_house_input")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid file paths for all system input assets models"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getFilePath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
FixedFeedInInput || Path.of("test_grid", "input", "participants", "fixed_feed_in_input")
PvInput || Path.of("test_grid", "input", "participants", "pv_input")
WecInput || Path.of("test_grid", "input", "participants", "wec_input")
ChpInput || Path.of("test_grid", "input", "participants", "chp_input")
BmInput || Path.of("test_grid", "input", "participants", "bm_input")
EvInput || Path.of("test_grid", "input", "participants", "ev_input")
LoadInput || Path.of("test_grid", "input", "participants", "load_input")
StorageInput || Path.of("test_grid", "input", "participants", "storage_input")
HpInput || Path.of("test_grid", "input", "participants", "hp_input")
EvcsInput || Path.of("test_grid", "input", "participants", "evcs_input")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid file paths for all input types models"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getFilePath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
BmTypeInput || Path.of("test_grid", "input", "global", "bm_type_input")
ChpTypeInput || Path.of("test_grid", "input", "global", "chp_type_input")
EvTypeInput || Path.of("test_grid", "input", "global", "ev_type_input")
HpTypeInput || Path.of("test_grid", "input", "global", "hp_type_input")
LineTypeInput || Path.of("test_grid", "input", "global", "line_type_input")
StorageTypeInput || Path.of("test_grid", "input", "global", "storage_type_input")
Transformer2WTypeInput || Path.of("test_grid", "input", "global", "transformer_2_w_type_input")
Transformer3WTypeInput || Path.of("test_grid", "input", "global", "transformer_3_w_type_input")
WecTypeInput || Path.of("test_grid", "input", "global", "wec_type_input")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid directory path for a Load Parameter Model"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getDirectoryPath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
RandomLoadParameters || Path.of("test_grid", "input", "global")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid file path for a Load Parameter Model"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getFilePath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
RandomLoadParameters || Path.of("test_grid", "input", "global", "random_load_parameters_input")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid file paths for a graphic input Model"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getFilePath(modelClass)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
NodeGraphicInput || Path.of("test_grid", "input", "graphics", "node_graphic_input")
LineGraphicInput || Path.of("test_grid", "input", "graphics", "line_graphic_input")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffix should return valid file path for individual time series"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
def entries = [
new TimeBasedValue(ZonedDateTime.now(), new EnergyPriceValue(Quantities.getQuantity(500d, PowerSystemUnits.EURO_PER_MEGAWATTHOUR)))
] as SortedSet
IndividualTimeSeries timeSeries = Mock(IndividualTimeSeries)
timeSeries.uuid >> uuid
timeSeries.entries >> entries
when:
def actual = strategy.getFilePath(timeSeries)
then:
actual.present
actual.get() == expectedFilePath
where:
clazz | uuid || expectedFilePath
IndividualTimeSeries | UUID.fromString("4881fda2-bcee-4f4f-a5bb-6a09bf785276") || Path.of("test_grid", "input", "participants", "time_series", "its_c_4881fda2-bcee-4f4f-a5bb-6a09bf785276")
}
def "A FileNamingStrategy with DefaultHierarchy and with pre- or suffix should return valid file path for individual time series"() {
given:
def strategy = new FileNamingStrategy(new EntityPersistenceNamingStrategy("aa", "zz"), defaultHierarchy)
def entries = [
new TimeBasedValue(ZonedDateTime.now(), new EnergyPriceValue(Quantities.getQuantity(500d, PowerSystemUnits.EURO_PER_MEGAWATTHOUR)))
] as SortedSet
IndividualTimeSeries timeSeries = Mock(IndividualTimeSeries)
timeSeries.uuid >> uuid
timeSeries.entries >> entries
when:
def actual = strategy.getFilePath(timeSeries)
then:
actual.present
actual.get() == expectedFileName
where:
clazz | uuid || expectedFileName
IndividualTimeSeries | UUID.fromString("4881fda2-bcee-4f4f-a5bb-6a09bf785276") || Path.of("test_grid", "input", "participants", "time_series", "aa_its_c_4881fda2-bcee-4f4f-a5bb-6a09bf785276_zz")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffix should return valid file path for load profile time series"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
def timeSeries = Mock(LoadProfileInput)
timeSeries.uuid >> uuid
timeSeries.type >> type
when:
def actual = strategy.getFilePath(timeSeries)
then:
actual.present
actual.get() == expectedFileName
where:
clazz | uuid | type || expectedFileName
LoadProfileInput | UUID.fromString("bee0a8b6-4788-4f18-bf72-be52035f7304") | BdewStandardLoadProfile.G3 || Path.of("test_grid", "input", "global", "lpts_g3_bee0a8b6-4788-4f18-bf72-be52035f7304")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid directory path for time series mapping"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getDirectoryPath(TimeSeriesMappingSource.MappingEntry)
then:
res.present
res.get() == Path.of("test_grid", "input", "participants", "time_series")
}
def "A FileNamingStrategy with DefaultHierarchy and without pre- or suffixes should return valid file path for time series mapping"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def res = strategy.getFilePath(TimeSeriesMappingSource.MappingEntry)
then:
res.present
res.get() == Path.of("test_grid", "input", "participants", "time_series", "time_series_mapping")
}
def "A FileNamingStrategy with DefaultHierarchy and pre- and suffix should return valid file path for time series mapping"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(new EntityPersistenceNamingStrategy("prefix", "suffix"), defaultHierarchy)
when:
def res = strategy.getFilePath(TimeSeriesMappingSource.MappingEntry)
then:
res.present
res.get() == Path.of("test_grid", "input", "participants", "time_series", "prefix_time_series_mapping_suffix")
}
// TESTS FOR FLAT HIERARCHY
def "A FileNamingStrategy with FlatHierarchy does return empty sub directory path for any result class"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def actual = strategy.getDirectoryPath(modelClass as Class<? extends UniqueEntity>)
then:
actual == expected
where:
modelClass || expected
LoadResult || Optional.empty()
FixedFeedInResult || Optional.empty()
BmResult || Optional.empty()
PvResult || Optional.empty()
ChpResult || Optional.empty()
WecResult || Optional.empty()
StorageResult || Optional.empty()
EvcsResult || Optional.empty()
EvResult || Optional.empty()
EmResult || Optional.empty()
FlexOptionsResult || Optional.empty()
Transformer2WResult || Optional.empty()
Transformer3WResult || Optional.empty()
LineResult || Optional.empty()
SwitchResult || Optional.empty()
NodeResult || Optional.empty()
CylindricalStorageResult || Optional.empty()
ThermalHouseResult || Optional.empty()
}
def "A FileNamingStrategy with FlatHierarchy does return empty sub directory path for all input asset models"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def actual = strategy.getDirectoryPath(modelClass as Class<? extends UniqueEntity>)
then:
actual == expected
where:
modelClass || expected
FixedFeedInInput || Optional.empty()
PvInput || Optional.empty()
WecInput || Optional.empty()
ChpInput || Optional.empty()
BmInput || Optional.empty()
EvInput || Optional.empty()
EvcsInput || Optional.empty()
LoadInput || Optional.empty()
StorageInput || Optional.empty()
HpInput || Optional.empty()
LineInput || Optional.empty()
SwitchInput || Optional.empty()
NodeInput || Optional.empty()
MeasurementUnitInput || Optional.empty()
Transformer2WInput || Optional.empty()
Transformer3WInput || Optional.empty()
CylindricalStorageInput || Optional.empty()
ThermalHouseInput || Optional.empty()
}
def "A FileNamingStrategy with FlatHierarchy does return empty sub directory path for system type and model input classes"() {
given: "a file naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def actual = strategy.getDirectoryPath(modelClass as Class<? extends UniqueEntity>)
then:
actual == expected
where:
modelClass || expected
BmTypeInput || Optional.empty()
ChpTypeInput || Optional.empty()
EvTypeInput || Optional.empty()
HpTypeInput || Optional.empty()
StorageTypeInput || Optional.empty()
WecTypeInput || Optional.empty()
LineTypeInput || Optional.empty()
Transformer2WTypeInput || Optional.empty()
Transformer3WTypeInput || Optional.empty()
}
def "A FileNamingStrategy with FlatHierarchy does return empty sub directory path for graphics model input classes"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def actual = strategy.getDirectoryPath(modelClass as Class<? extends UniqueEntity>)
then:
actual == expected
where:
modelClass || expected
NodeGraphicInput || Optional.empty()
LineGraphicInput || Optional.empty()
}
def "A FileNamingStrategy with FlatHierarchy does return empty sub directory path for any other model classes"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def actual = strategy.getDirectoryPath(modelClass as Class<? extends UniqueEntity>)
then:
actual == expected
where:
modelClass || expected
RandomLoadParameters || Optional.empty()
TimeSeriesMappingSource.MappingEntry || Optional.empty()
}
def "A FileNamingStrategy with FlatHierarchy does return empty sub directory path for load profile time series"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def timeSeries = Mock(LoadProfileInput)
when:
def actual = strategy.getDirectoryPath(timeSeries)
then:
actual == Optional.empty()
}
def "A FileNamingStrategy with FlatHierarchy does return empty sub directory path for individual time series"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def timeSeries = Mock(IndividualTimeSeries)
when:
def actual = strategy.getDirectoryPath(timeSeries)
then:
actual == Optional.empty()
}
def "A FileNamingStrategy with FlatHierarchy and without pre- or suffixes should return valid file paths for all result classes"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def res = strategy.getFilePath(modelClass as Class<? extends UniqueEntity>)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
LoadResult || Path.of("load_res")
FixedFeedInResult || Path.of("fixed_feed_in_res")
BmResult || Path.of("bm_res")
PvResult || Path.of("pv_res")
ChpResult || Path.of("chp_res")
WecResult || Path.of("wec_res")
StorageResult || Path.of("storage_res")
EvcsResult || Path.of("evcs_res")
EvResult || Path.of("ev_res")
EmResult || Path.of("em_res")
FlexOptionsResult || Path.of("flex_options_res")
Transformer2WResult || Path.of("transformer_2_w_res")
Transformer3WResult || Path.of("transformer_3_w_res")
LineResult || Path.of("line_res")
SwitchResult || Path.of("switch_res")
NodeResult || Path.of("node_res")
CylindricalStorageResult || Path.of("cylindrical_storage_res")
ThermalHouseResult || Path.of("thermal_house_res")
}
def "A FileNamingStrategy with FlatHierarchy and without pre- or suffixes should return valid file paths for all other system input classes"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def res = strategy.getFilePath(modelClass as Class<? extends UniqueEntity>)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
FixedFeedInInput || Path.of("fixed_feed_in_input")
PvInput || Path.of("pv_input")
WecInput || Path.of("wec_input")
ChpInput || Path.of("chp_input")
BmInput || Path.of("bm_input")
EvInput || Path.of("ev_input")
EvcsInput || Path.of("evcs_input")
LoadInput || Path.of("load_input")
StorageInput || Path.of("storage_input")
HpInput || Path.of("hp_input")
LineInput || Path.of("line_input")
SwitchInput || Path.of("switch_input")
NodeInput || Path.of("node_input")
MeasurementUnitInput || Path.of("measurement_unit_input")
Transformer2WInput || Path.of("transformer_2_w_input")
Transformer3WInput || Path.of("transformer_3_w_input")
CylindricalStorageInput || Path.of("cylindrical_storage_input")
ThermalHouseInput || Path.of("thermal_house_input")
}
def "A FileNamingStrategy with FlatHierarchy and without pre- or suffixes should return valid file paths for all system characteristic and type input classes"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def res = strategy.getFilePath(modelClass as Class<? extends UniqueEntity>)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
BmTypeInput || Path.of("bm_type_input")
ChpTypeInput || Path.of("chp_type_input")
EvTypeInput || Path.of("ev_type_input")
HpTypeInput || Path.of("hp_type_input")
StorageTypeInput || Path.of("storage_type_input")
WecTypeInput || Path.of("wec_type_input")
LineTypeInput || Path.of("line_type_input")
Transformer2WTypeInput || Path.of("transformer_2_w_type_input")
Transformer3WTypeInput || Path.of("transformer_3_w_type_input")
}
def "A FileNamingStrategy with FlatHierarchy and without pre- or suffixes should return valid file paths for all graphics input classes"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def res = strategy.getFilePath(modelClass as Class<? extends UniqueEntity>)
then:
res.present
res.get() == expectedPath
where:
modelClass || expectedPath
NodeGraphicInput || Path.of("node_graphic_input")
LineGraphicInput || Path.of("line_graphic_input")
}
def "A FileNamingStrategy with FlatHierarchy does return valid file path for load profile time series"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def timeSeries = Mock(LoadProfileInput)
timeSeries.uuid >> uuid
timeSeries.type >> type
when:
def actual = strategy.getFilePath(timeSeries)
then:
actual.present
actual.get() == expectedFilePath
where:
clazz | uuid | type || expectedFilePath
LoadProfileInput | UUID.fromString("bee0a8b6-4788-4f18-bf72-be52035f7304") | BdewStandardLoadProfile.G3 || Path.of("lpts_g3_bee0a8b6-4788-4f18-bf72-be52035f7304")
}
def "A FileNamingStrategy with FlatHierarchy does return valid file path for individual time series"() {
given: "a naming strategy without pre- or suffixes"
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def entries = [
new TimeBasedValue(ZonedDateTime.now(), new EnergyPriceValue(Quantities.getQuantity(500d, PowerSystemUnits.EURO_PER_MEGAWATTHOUR)))
] as SortedSet
def timeSeries = Mock(IndividualTimeSeries)
timeSeries.uuid >> uuid
timeSeries.entries >> entries
when:
def actual = strategy.getFilePath(timeSeries)
then:
actual.present
actual.get() == expectedFilePath
where:
clazz | uuid || expectedFilePath
IndividualTimeSeries | UUID.fromString("4881fda2-bcee-4f4f-a5bb-6a09bf785276") || Path.of("its_c_4881fda2-bcee-4f4f-a5bb-6a09bf785276")
}
String escapedFileSeparator = File.separator == "\\" ? "\\\\" : File.separator
def "A FileNamingStrategy with DefaultHierarchy returns correct individual time series file name pattern"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def actual = strategy.individualTimeSeriesPattern.pattern()
then:
actual == "test_grid" + escapedFileSeparator + "input" + escapedFileSeparator + "participants" + escapedFileSeparator + "time_series" + escapedFileSeparator + "its_(?<columnScheme>[a-zA-Z]{1,11})_(?<uuid>[a-zA-Z0-9]{8}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{12})"
}
def "A FileNamingStrategy with DefaultHierarchy returns correct load profile time series file name pattern"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, defaultHierarchy)
when:
def actual = strategy.loadProfileTimeSeriesPattern.pattern()
then:
actual == "test_grid" + escapedFileSeparator + "input" + escapedFileSeparator + "global" + escapedFileSeparator + "lpts_(?<profile>[a-zA-Z][0-9])_(?<uuid>[a-zA-Z0-9]{8}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{12})"
}
def "A FileNamingStrategy with FlatHierarchy returns correct individual time series file name pattern"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def actual = strategy.individualTimeSeriesPattern.pattern()
then:
actual == "its_(?<columnScheme>[a-zA-Z]{1,11})_(?<uuid>[a-zA-Z0-9]{8}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{12})"
}
def "A FileNamingStrategy with FlatHierarchy returns correct load profile time series file name pattern"() {
given:
def strategy = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def actual = strategy.loadProfileTimeSeriesPattern.pattern()
then:
actual == "lpts_(?<profile>[a-zA-Z][0-9])_(?<uuid>[a-zA-Z0-9]{8}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{4}-[a-zA-Z0-9]{12})"
}
def "Trying to extract time series meta information throws an Exception, if it is provided a malformed string"() {
given:
def fns = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def path = Path.of("/bla/foo")
when:
fns.timeSeriesMetaInformation(path)
then:
def ex = thrown(IllegalArgumentException)
ex.message == "Unknown format of 'foo'. Cannot extract meta information."
}
def "The FileNamingStrategy extracts correct meta information from a valid time series file name"() {
given:
def fns = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def path = Path.of(pathString)
when:
def metaInformation = fns.timeSeriesMetaInformation(path)
then:
IndividualTimeSeriesMetaInformation.isAssignableFrom(metaInformation.getClass())
(metaInformation as IndividualTimeSeriesMetaInformation).with {
assert it.uuid == UUID.fromString("4881fda2-bcee-4f4f-a5bb-6a09bf785276")
assert it.columnScheme == expectedColumnScheme
}
where:
pathString || expectedColumnScheme
"/bla/foo/its_c_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.ENERGY_PRICE
"/bla/foo/its_p_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.ACTIVE_POWER
"/bla/foo/its_pq_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.APPARENT_POWER
"/bla/foo/its_h_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.HEAT_DEMAND
"/bla/foo/its_ph_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.ACTIVE_POWER_AND_HEAT_DEMAND
"/bla/foo/its_pqh_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.APPARENT_POWER_AND_HEAT_DEMAND
"/bla/foo/its_weather_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.WEATHER
}
def "The FileNamingStrategy extracts correct meta information from a valid time series file name with pre- and suffix"() {
given:
def fns = new FileNamingStrategy(new EntityPersistenceNamingStrategy("prefix", "suffix"), flatHierarchy)
def path = Path.of(pathString)
when:
def metaInformation = fns.timeSeriesMetaInformation(path)
then:
IndividualTimeSeriesMetaInformation.isAssignableFrom(metaInformation.getClass())
(metaInformation as IndividualTimeSeriesMetaInformation).with {
assert it.uuid == UUID.fromString("4881fda2-bcee-4f4f-a5bb-6a09bf785276")
assert it.columnScheme == expectedColumnScheme
}
where:
pathString || expectedColumnScheme
"/bla/foo/prefix_its_c_4881fda2-bcee-4f4f-a5bb-6a09bf785276_suffix.csv" || ColumnScheme.ENERGY_PRICE
"/bla/foo/prefix_its_p_4881fda2-bcee-4f4f-a5bb-6a09bf785276_suffix.csv" || ColumnScheme.ACTIVE_POWER
"/bla/foo/prefix_its_pq_4881fda2-bcee-4f4f-a5bb-6a09bf785276_suffix.csv" || ColumnScheme.APPARENT_POWER
"/bla/foo/prefix_its_h_4881fda2-bcee-4f4f-a5bb-6a09bf785276_suffix.csv" || ColumnScheme.HEAT_DEMAND
"/bla/foo/prefix_its_ph_4881fda2-bcee-4f4f-a5bb-6a09bf785276_suffix.csv" || ColumnScheme.ACTIVE_POWER_AND_HEAT_DEMAND
"/bla/foo/prefix_its_pqh_4881fda2-bcee-4f4f-a5bb-6a09bf785276_suffix.csv" || ColumnScheme.APPARENT_POWER_AND_HEAT_DEMAND
"/bla/foo/prefix_its_weather_4881fda2-bcee-4f4f-a5bb-6a09bf785276_suffix.csv" || ColumnScheme.WEATHER
}
def "The FileNamingStrategy extracts correct meta information from a valid individual time series file name"() {
given:
def fns = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
when:
def metaInformation = fns.individualTimeSeriesMetaInformation(fileName)
then:
IndividualTimeSeriesMetaInformation.isAssignableFrom(metaInformation.getClass())
(metaInformation as IndividualTimeSeriesMetaInformation).with {
assert it.uuid == UUID.fromString("4881fda2-bcee-4f4f-a5bb-6a09bf785276")
assert it.columnScheme == expectedColumnScheme
}
where:
fileName || expectedColumnScheme
"its_c_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.ENERGY_PRICE
"its_p_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.ACTIVE_POWER
"its_pq_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.APPARENT_POWER
"its_h_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.HEAT_DEMAND
"its_ph_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.ACTIVE_POWER_AND_HEAT_DEMAND
"its_pqh_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.APPARENT_POWER_AND_HEAT_DEMAND
"its_weather_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv" || ColumnScheme.WEATHER
}
def "The FileNamingStrategy throw an IllegalArgumentException, if the time series file path is malformed."() {
given:
def fns = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def path = "erroneous_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv"
when:
fns.individualTimeSeriesMetaInformation(path)
then:
def ex = thrown(IllegalArgumentException)
ex.message == "Cannot extract meta information on individual time series from 'erroneous_4881fda2-bcee-4f4f-a5bb-6a09bf785276'."
}
def "The FileNamingStrategy throw an IllegalArgumentException, if the column scheme is malformed."() {
given:
def fns = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def path = Path.of("/bla/foo/its_whoops_4881fda2-bcee-4f4f-a5bb-6a09bf785276.csv")
when:
fns.timeSeriesMetaInformation(path)
then:
def ex = thrown(IllegalArgumentException)
ex.message == "Cannot parse 'whoops' to valid column scheme."
}
def "The FileNamingStrategy extracts correct meta information from a valid load profile time series file name"() {
given:
def fns = new FileNamingStrategy(simpleEntityNaming, flatHierarchy)
def path = Path.of("/bla/foo/lpts_g3_bee0a8b6-4788-4f18-bf72-be52035f7304.csv")
when:
def metaInformation = fns.timeSeriesMetaInformation(path)
then:
LoadProfileTimeSeriesMetaInformation.isAssignableFrom(metaInformation.getClass())
(metaInformation as LoadProfileTimeSeriesMetaInformation).with {
assert uuid == UUID.fromString("bee0a8b6-4788-4f18-bf72-be52035f7304")
assert profile == "g3"
}
}
def "The FileNamingStrategy extracts correct meta information from a valid load profile time series file name with pre- and suffix"() {
given:
def fns = new FileNamingStrategy(new EntityPersistenceNamingStrategy("prefix", "suffix"), flatHierarchy)
def path = Path.of("/bla/foo/prefix_lpts_g3_bee0a8b6-4788-4f18-bf72-be52035f7304_suffix.csv")
when:
def metaInformation = fns.timeSeriesMetaInformation(path)
then:
LoadProfileTimeSeriesMetaInformation.isAssignableFrom(metaInformation.getClass())
(metaInformation as LoadProfileTimeSeriesMetaInformation).with {
assert uuid == UUID.fromString("bee0a8b6-4788-4f18-bf72-be52035f7304")
assert profile == "g3"
}
}
def "The FileNamingStrategy with FlatHierarchy returns the Id Coordinate file path correctly"() {
def fns = new FileNamingStrategy(new EntityPersistenceNamingStrategy("prefix", "suffix"), flatHierarchy)
when:
def idFilePath = fns.getIdCoordinateFilePath()
then:
idFilePath.present
idFilePath.get() == Path.of("prefix_coordinates_suffix")
}
def "The FileNamingStrategy with DefaultHierarchy returns the Id Coordinate file path correctly"() {
def fns = new FileNamingStrategy(new EntityPersistenceNamingStrategy("prefix", "suffix"), defaultHierarchy)
when:
def idFilePath = fns.getIdCoordinateFilePath()
then:
idFilePath.present
idFilePath.get() == defaultHierarchy.baseDirectory.get().resolve("prefix_coordinates_suffix")
}
}