def test_manifest_noreps(self):
man_no_reps = IP.PackageManifest("no_reps", has_reps=False)
val_errors = IP.validate_manifest(man_no_reps)
self.assertTrue(len(val_errors) == 1)
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR9", severity=Severity.Warn))
val_errors = IP.validate_manifest(man_no_reps, is_root=False)
self.assertTrue(len(val_errors) == 1)
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR11", severity=Severity.Warn))
def test_manifest_noschema(self):
# test as root
man_no_schema = IP.PackageManifest("no_schema", has_schema=False)
val_errors = IP.validate_manifest(man_no_schema)
self.assertTrue(len(val_errors) == 1)
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR15", severity=Severity.Warn))
val_errors = IP.validate_manifest(man_no_schema, is_root=False)
self.assertTrue(len(val_errors) == 2)
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR15", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR11", severity=Severity.Warn))
def test_manifest_nomets(self):
"""Ensure proper behaviour when no METS file is present."""
# test as root
man_no_mets = IP.PackageManifest("no_mets", has_mets=False)
val_errors = IP.validate_manifest(man_no_mets)
self.assertTrue(len(val_errors) == 1)
self.assertTrue(contains_rule_id(val_errors, "CSIPSTR4"))
val_errors = IP.validate_manifest(man_no_mets, is_root=False)
self.assertTrue(len(val_errors) == 2)
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR12", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR11", severity=Severity.Warn))
def test_manifest_nomd(self):
# test as root
man_no_md = IP.PackageManifest("no_md", has_md=False)
val_errors = IP.validate_manifest(man_no_md)
self.assertTrue(len(val_errors) == 1)
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR5", severity=Severity.Warn))
val_errors = IP.validate_manifest(man_no_md, is_root=False)
self.assertTrue(len(val_errors) == 2)
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR13", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR11", severity=Severity.Warn))
def test_minimal(self):
"""Test minimal IP with schemas, the basic no errors but with warnings package."""
ip_path = os.path.join(os.path.dirname(__file__), 'resources', 'ips',
'minimal', 'minimal_IP_with_schemas.zip')
details = IP.validate_package_structure(ip_path)
self.assertTrue(
details.package_status == IP.PackageStatus.WellFormed,
'Expecting status WellFormed, not {}'.format(
details.package_status))
val_errors = details.errors
self.assertTrue(
len(val_errors) == 3,
'Expecting 3 errors but found {}'.format(len(val_errors)))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR12", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR13", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR15", severity=Severity.Warn))
def test_nomets(self):
"""Test package with no METS.xml file"""
ip_path = os.path.join(os.path.dirname(__file__), 'resources', 'ips',
'struct', 'no_mets.tar.gz')
details = IP.validate_package_structure(ip_path)
self.assertTrue(
details.package_status == IP.PackageStatus.NotWellFormed,
'Expecting status NotWellFormed, not {}'.format(
details.package_status))
val_errors = details.errors
self.assertTrue(
len(val_errors) == 4,
'Expecting 4 errors but found {}'.format(len(val_errors)))
self.assertTrue(contains_rule_id(val_errors, "CSIPSTR4"))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR12", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR13", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR15", severity=Severity.Warn))
def test_nodata(self):
# test as root
ip_path = os.path.join(os.path.dirname(__file__), 'resources', 'ips',
'struct', 'no_data.tar.gz')
details = IP.validate_package_structure(ip_path)
self.assertTrue(
details.package_status == IP.PackageStatus.WellFormed,
'Expecting status WellFormed, not {}'.format(
details.package_status))
val_errors = details.errors
self.assertTrue(
len(val_errors) == 4,
'Expecting 4 errors but found {}'.format(len(val_errors)))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR11", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR12", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR13", severity=Severity.Warn))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR15", severity=Severity.Warn))
def test_check_package_root_multi_var(self):
"""Dedicated test for package root detection errors."""
ip_path = os.path.join(os.path.dirname(__file__), 'resources', 'ips',
'unpacked', 'multi_var')
details = IP.check_package_root(ip_path)
self.assertTrue(
details.package_status == IP.PackageStatus.NotWellFormed,
'Expecting status NotWellFormed, not {}'.format(
details.package_status))
val_errors = details.errors
self.assertTrue(
len(val_errors) == 1,
'Expecting 1 errors but found {}'.format(len(val_errors)))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR1", severity=Severity.Error))
def test_noreps(self):
ip_path = os.path.join(os.path.dirname(__file__), 'resources', 'ips',
'struct', 'no_reps.tar.gz')
details = IP.validate_package_structure(ip_path)
self.assertTrue(
details.package_status == IP.PackageStatus.WellFormed,
'Expecting status WellFormed, not {}'.format(
details.package_status))
val_errors = details.errors
for err in val_errors:
print(err.rule_id)
self.assertTrue(
len(val_errors) == 1,
'Expecting 1 errors but found {}'.format(len(val_errors)))
self.assertTrue(
contains_rule_id(val_errors, "CSIPSTR9", severity=Severity.Warn))