def test_dataset_is_valid_valid_not(self):
"""Test Dataset.is_valid() with non-valid data."""
ds = Dataset()
ds.import_metadata(TEST_DIR + '/data/dataset_full.json')
ds.title = None
assert not ds.is_valid()
def test_dataset_import_metadata_format_wrong(self):
"""Test Dataset.import_metadata() with non-valid format."""
ds = Dataset()
ds.import_metadata(TEST_DIR + '/data/dataset_full.json', 'wrong')
assert isinstance(ds.datafiles, list)
assert len(ds.datafiles) == 0
"""Metadata: dataset"""
assert not ds.license
assert not ds.termsOfUse
assert not ds.termsOfAccess
"""Metadata: citation"""
assert not ds.citation_displayName
assert not ds.title
assert not ds.subtitle
assert not ds.alternativeTitle
assert not ds.alternativeURL
assert isinstance(ds.otherId, list)
assert len(ds.otherId) == 0
assert isinstance(ds.author, list)
assert len(ds.author) == 0
assert isinstance(ds.datasetContact, list)
assert len(ds.datasetContact) == 0
assert isinstance(ds.dsDescription, list)
assert len(ds.dsDescription) == 0
assert isinstance(ds.subject, list)
assert len(ds.subject) == 0
assert isinstance(ds.subject, list)
assert len(ds.subject) == 0
assert isinstance(ds.topicClassification, list)
assert len(ds.topicClassification) == 0
assert isinstance(ds.publication, list)
assert len(ds.publication) == 0
assert not ds.notesText
assert isinstance(ds.producer, list)
assert len(ds.producer) == 0
assert not ds.productionDate
assert not ds.productionPlace
assert isinstance(ds.contributor, list)
assert len(ds.contributor) == 0
assert isinstance(ds.grantNumber, list)
assert len(ds.grantNumber) == 0
assert isinstance(ds.distributor, list)
assert len(ds.distributor) == 0
assert not ds.distributionDate
assert not ds.depositor
assert not ds.dateOfDeposit
assert isinstance(ds.timePeriodCovered, list)
assert len(ds.timePeriodCovered) == 0
assert isinstance(ds.dateOfCollection, list)
assert len(ds.dateOfCollection) == 0
assert isinstance(ds.kindOfData, list)
assert len(ds.kindOfData) == 0
assert not ds.seriesName
assert not ds.seriesInformation
assert isinstance(ds.software, list)
assert len(ds.software) == 0
assert isinstance(ds.relatedMaterial, list)
assert len(ds.relatedMaterial) == 0
assert isinstance(ds.relatedDatasets, list)
assert len(ds.relatedDatasets) == 0
assert isinstance(ds.otherReferences, list)
assert len(ds.otherReferences) == 0
assert isinstance(ds.dataSources, list)
assert len(ds.dataSources) == 0
assert not ds.originOfSources
assert not ds.characteristicOfSources
assert not ds.accessToSources
"""Metadata: geospatial"""
assert not ds.geospatial_displayName
assert isinstance(ds.geographicCoverage, list)
assert len(ds.geographicCoverage) == 0
assert not ds.geographicUnit
assert isinstance(ds.geographicBoundingBox, list)
assert len(ds.geographicBoundingBox) == 0
"""Metadata: socialscience"""
assert not ds.socialscience_displayName
assert isinstance(ds.unitOfAnalysis, list)
assert len(ds.unitOfAnalysis) == 0
assert isinstance(ds.universe, list)
assert len(ds.universe) == 0
assert not ds.timeMethod
assert not ds.dataCollector
assert not ds.collectorTraining
assert not ds.frequencyOfDataCollection
assert not ds.samplingProcedure
assert not ds.targetSampleActualSize
assert not ds.targetSampleSizeFormula
assert not ds.socialScienceNotesType
assert not ds.socialScienceNotesSubject
assert not ds.socialScienceNotesText
assert not ds.deviationsFromSampleDesign
assert not ds.collectionMode
assert not ds.researchInstrument
assert not ds.dataCollectionSituation
assert not ds.actionsToMinimizeLoss
assert not ds.controlOperations
assert not ds.weighting
assert not ds.cleaningOperations
assert not ds.datasetLevelErrorNotes
assert not ds.responseRate
assert not ds.samplingErrorEstimates
assert not ds.otherDataAppraisal
"""Metadata: journal"""
assert not ds.journal_displayName
assert isinstance(ds.journalVolumeIssue, list)
assert len(ds.journalVolumeIssue) == 0
assert not ds.journalArticleType
def test_dataset_import_metadata_dv_up(self):
"""Test Dataset.import_metadata() with format=`dv_up`."""
ds = Dataset()
ds.import_metadata(TEST_DIR + '/data/dataset_full.json')
"""dataset"""
assert ds.license == 'CC0'
assert ds.termsOfUse == 'CC0 Waiver'
assert ds.termsOfAccess == 'Terms of Access'
"""citation"""
assert ds.citation_displayName == 'Citation Metadata'
assert ds.title == 'Replication Data for: Title'
assert ds.subtitle == 'Subtitle'
assert ds.alternativeTitle == 'Alternative Title'
assert ds.alternativeURL == 'http://AlternativeURL.org'
assert isinstance(ds.otherId, list)
assert len(ds.otherId) == 1
for d in ds.otherId:
assert d['otherIdAgency'] in ['OtherIDAgency1']
assert d['otherIdValue'] in ['OtherIDIdentifier1']
assert isinstance(ds.author, list)
assert len(ds.author) == 1
for d in ds.author:
assert d['authorName'] in ['LastAuthor1, FirstAuthor1']
assert d['authorAffiliation'] in ['AuthorAffiliation1']
assert d['authorIdentifierScheme'] in ['ORCID']
assert d['authorIdentifier'] in ['AuthorIdentifier1']
assert isinstance(ds.datasetContact, list)
assert len(ds.datasetContact) == 1
for d in ds.datasetContact:
assert d['datasetContactName'] in ['LastContact1, FirstContact1']
assert d['datasetContactAffiliation'] in ['ContactAffiliation1']
assert d['datasetContactEmail'] in ['*****@*****.**']
assert isinstance(ds.dsDescription, list)
assert len(ds.dsDescription) == 1
for d in ds.dsDescription:
assert d['dsDescriptionValue'] in ['DescriptionText2']
assert d['dsDescriptionDate'] in ['1000-02-02']
assert ds.subject == [
'Agricultural Sciences', 'Business and Management', 'Engineering',
'Law'
]
assert isinstance(ds.keyword, list)
assert len(ds.keyword) == 1
for d in ds.keyword:
assert d['keywordValue'] in ['KeywordTerm1']
assert d['keywordVocabulary'] in ['KeywordVocabulary1']
assert d['keywordVocabularyURI'] in [
'http://KeywordVocabularyURL1.org'
]
assert isinstance(ds.topicClassification, list)
assert len(ds.topicClassification) == 1
for d in ds.topicClassification:
assert d['topicClassValue'] in ['Topic Class Value1']
assert d['topicClassVocab'] in ['Topic Classification Vocabulary']
assert isinstance(ds.publication, list)
assert len(ds.publication) == 1
for d in ds.publication:
assert d['publicationCitation'] in ['RelatedPublicationCitation1']
assert d['publicationIDType'] in ['ark']
assert d['publicationIDNumber'] in ['RelatedPublicationIDNumber1']
assert d['publicationURL'] in ['http://RelatedPublicationURL1.org']
assert ds.notesText == 'Notes1'
assert isinstance(ds.producer, list)
assert len(ds.producer) == 1
for d in ds.producer:
assert d['producerName'] in ['LastProducer1, FirstProducer1']
assert d['producerAffiliation'] in ['ProducerAffiliation1']
assert d['producerAbbreviation'] in ['ProducerAbbreviation1']
assert d['producerURL'] in ['http://ProducerURL1.org']
assert d['producerLogoURL'] in ['http://ProducerLogoURL1.org']
assert ds.productionDate == '1003-01-01'
assert ds.productionPlace == 'ProductionPlace'
assert isinstance(ds.contributor, list)
assert len(ds.contributor) == 1
for d in ds.contributor:
assert d['contributorType'] in ['Data Collector']
assert d['contributorName'] in [
'LastContributor1, FirstContributor1'
]
assert isinstance(ds.grantNumber, list)
assert len(ds.grantNumber) == 1
for d in ds.grantNumber:
assert d['grantNumberAgency'] in ['GrantInformationGrantAgency1']
assert d['grantNumberValue'] in ['GrantInformationGrantNumber1']
assert isinstance(ds.distributor, list)
assert len(ds.distributor) == 1
for d in ds.distributor:
assert d['distributorName'] in [
'LastDistributor1, FirstDistributor1'
]
assert d['distributorAffiliation'] in ['DistributorAffiliation1']
assert d['distributorAbbreviation'] in ['DistributorAbbreviation1']
assert d['distributorURL'] in ['http://DistributorURL1.org']
assert d['distributorLogoURL'] in [
'http://DistributorLogoURL1.org'
]
assert ds.distributionDate == '1004-01-01'
assert ds.depositor == 'LastDepositor, FirstDepositor'
assert ds.dateOfDeposit == '1002-01-01'
assert isinstance(ds.timePeriodCovered, list)
assert len(ds.timePeriodCovered) == 1
for d in ds.timePeriodCovered:
assert d['timePeriodCoveredStart'] in ['1005-01-01']
assert d['timePeriodCoveredEnd'] in ['1005-01-02']
assert isinstance(ds.dateOfCollection, list)
assert len(ds.dateOfCollection) == 1
for d in ds.dateOfCollection:
assert d['dateOfCollectionStart'] in ['1006-01-01']
assert d['dateOfCollectionEnd'] in ['1006-01-01']
assert ds.kindOfData == ['KindOfData1', 'KindOfData2']
assert ds.seriesName == 'SeriesName'
assert ds.seriesInformation == 'SeriesInformation'
assert isinstance(ds.software, list)
assert len(ds.software) == 1
for d in ds.software:
assert d['softwareName'] in ['SoftwareName1']
assert d['softwareVersion'] in ['SoftwareVersion1']
assert ds.relatedMaterial == ['RelatedMaterial1', 'RelatedMaterial2']
assert ds.relatedDatasets == ['RelatedDatasets1', 'RelatedDatasets2']
assert ds.otherReferences == ['OtherReferences1', 'OtherReferences2']
assert ds.dataSources == ['DataSources1', 'DataSources2']
assert ds.originOfSources == 'OriginOfSources'
assert ds.characteristicOfSources == 'CharacteristicOfSourcesNoted'
assert ds.accessToSources == 'DocumentationAndAccessToSources'
"""geospatial"""
assert ds.geospatial_displayName == 'Geospatial Metadata'
assert isinstance(ds.geographicCoverage, list)
assert len(ds.geographicCoverage) == 1
for d in ds.geographicCoverage:
assert d['country'] in ['Afghanistan']
assert d['state'] in ['GeographicCoverageStateProvince1']
assert d['city'] in ['GeographicCoverageCity1']
assert d['otherGeographicCoverage'] in ['GeographicCoverageOther1']
assert ds.geographicUnit == ['GeographicUnit1', 'GeographicUnit2']
assert isinstance(ds.geographicBoundingBox, list)
assert len(ds.geographicBoundingBox) == 1
for d in ds.geographicBoundingBox:
assert d['westLongitude'] in ['10']
assert d['eastLongitude'] in ['20']
assert d['northLongitude'] in ['30']
assert d['southLongitude'] in ['40']
"""socialscience"""
assert ds.socialscience_displayName == 'Social Science and Humanities Metadata'
assert ds.unitOfAnalysis == ['UnitOfAnalysis1', 'UnitOfAnalysis2']
assert ds.universe == ['Universe1', 'Universe2']
assert ds.timeMethod == 'TimeMethod'
assert ds.dataCollector == 'LastDataCollector1, FirstDataCollector1'
assert ds.collectorTraining == 'CollectorTraining'
assert ds.frequencyOfDataCollection == 'Frequency'
assert ds.samplingProcedure == 'SamplingProcedure'
assert ds.targetSampleActualSize == '100'
assert ds.targetSampleSizeFormula == 'TargetSampleSizeFormula'
assert ds.deviationsFromSampleDesign == 'MajorDeviationsForSampleDesign'
assert ds.collectionMode == 'CollectionMode'
assert ds.researchInstrument == 'TypeOfResearchInstrument'
assert ds.dataCollectionSituation == 'CharacteristicsOfDataCollectionSituation'
assert ds.actionsToMinimizeLoss == 'ActionsToMinimizeLosses'
assert ds.controlOperations == 'ControlOperations'
assert ds.weighting == 'Weighting'
assert ds.cleaningOperations == 'CleaningOperations'
assert ds.datasetLevelErrorNotes == 'StudyLevelErrorNotes'
assert ds.responseRate == 'ResponseRate'
assert ds.samplingErrorEstimates == 'EstimatesOfSamplingError'
assert ds.otherDataAppraisal == 'OtherFormsOfDataAppraisal'
assert ds.socialScienceNotesType == 'NotesType'
assert ds.socialScienceNotesSubject == 'NotesSubject'
assert ds.socialScienceNotesText == 'NotesText'
"""journal"""
assert ds.journal_displayName == 'Journal Metadata'
assert isinstance(ds.journalVolumeIssue, list)
assert len(ds.journalVolumeIssue) == 1
for d in ds.journalVolumeIssue:
assert d['journalVolume'] in ['JournalVolume1']
assert d['journalIssue'] in ['JournalIssue1']
assert d['journalPubDate'] in ['1008-01-01']
assert ds.journalArticleType == 'abstract'
def test_dataset_is_valid_valid(self):
"""Test Dataset.is_valid() with valid data."""
ds = Dataset()
ds.import_metadata(TEST_DIR + '/data/dataset_full.json')
assert ds.is_valid()