def setUp( self ):
self.tool = MetadataTool()
def setUp(self):
self.tool = MetadataTool()
class TestMetadataTool( TestCase ):
def setUp( self ):
self.tool = MetadataTool()
def tearDown( self ):
del self.tool
def test_z2interfaces(self):
from Interface.Verify import verifyClass
from Products.CMFCore.interfaces.portal_actions \
import ActionProvider as IActionProvider
from Products.CMFCore.interfaces.portal_metadata \
import portal_metadata as IMetadataTool
verifyClass(IActionProvider, MetadataTool)
verifyClass(IMetadataTool, MetadataTool)
def test_z3interfaces(self):
try:
from zope.interface.verify import verifyClass
except ImportError:
# BBB: for Zope 2.7
return
from Products.CMFCore.interfaces import IActionProvider
from Products.CMFCore.interfaces import IMetadataTool
verifyClass(IActionProvider, MetadataTool)
verifyClass(IMetadataTool, MetadataTool)
def test_empty( self ):
assert not self.tool.getPublisher()
assert self.tool.getFullName( 'foo' ) == 'foo'
specs = list( self.tool.listElementSpecs() )
defaults = list( DEFAULT_ELEMENT_SPECS )
specs.sort(); defaults.sort()
assert len( specs ) == len( defaults )
for i in range( len( specs ) ):
assert specs[i][0] == defaults[i][0]
assert specs[i][1].isMultiValued() == defaults[i][1]
policies = specs[i][1].listPolicies()
assert len( policies ) == 1
assert policies[0][0] is None
assert not self.tool.getElementSpec( 'Title' ).isMultiValued()
assert not self.tool.getElementSpec( 'Description' ).isMultiValued()
assert self.tool.getElementSpec( 'Subject' ).isMultiValued()
assert not self.tool.getElementSpec( 'Format' ).isMultiValued()
assert not self.tool.getElementSpec( 'Language' ).isMultiValued()
assert not self.tool.getElementSpec( 'Rights' ).isMultiValued()
try:
dummy = self.tool.getElementSpec( 'Foo' )
except KeyError:
pass
else:
assert 0, "Expected KeyError"
assert not self.tool.listAllowedSubjects()
assert not self.tool.listAllowedFormats()
assert not self.tool.listAllowedLanguages()
assert not self.tool.listAllowedRights()
def test_add( self ):
self.tool.addElementSpec( 'Rating', 1 )
assert len( self.tool.listElementSpecs() ) \
== len( DEFAULT_ELEMENT_SPECS ) + 1
rating = self.tool.getElementSpec( 'Rating' )
assert rating.isMultiValued()
def test_remove( self ):
self.tool.removeElementSpec( 'Rights' )
assert len( self.tool.listElementSpecs() ) \
== len( DEFAULT_ELEMENT_SPECS ) - 1
try:
dummy = self.tool.getElementSpec( 'Rights' )
except KeyError:
pass
else:
assert 0, "Expected KeyError"
try:
self.tool.removeElementSpec( 'Foo' )
except KeyError:
pass
else:
assert 0, "Expected KeyError"
def test_simplePolicies( self ):
tSpec = self.tool.getElementSpec( 'Title' )
# Fetch default policy.
tDef = tSpec.getPolicy()
assert not tDef.isRequired()
assert not tDef.supplyDefault()
assert not tDef.defaultValue()
# Fetch (default) policy for a type.
tDoc = tSpec.getPolicy( 'Document' )
self.assertEqual(aq_base(tDoc), aq_base(tDef))
# Changing default changes policies found from there.
tDef.edit( 1, 1, 'xyz', 0, () )
assert tDef.isRequired()
assert tDef.supplyDefault()
assert tDef.defaultValue() == 'xyz'
assert tDoc.isRequired()
assert tDoc.supplyDefault()
assert tDoc.defaultValue() == 'xyz'
tSpec.addPolicy( 'Document' )
assert len( tSpec.listPolicies() ) == 2
tDoc = tSpec.getPolicy( 'Document' )
self.assertNotEqual(aq_base(tDoc), aq_base(tDef))
assert not tDoc.isRequired()
assert not tDoc.supplyDefault()
assert not tDoc.defaultValue()
tSpec.removePolicy( 'Document' )
tDoc = tSpec.getPolicy( 'Document' )
self.assertEqual(aq_base(tDoc), aq_base(tDef))
assert tDoc.isRequired()
assert tDoc.supplyDefault()
assert tDoc.defaultValue() == 'xyz'
def test_multiValuedPolicies( self ):
sSpec = self.tool.getElementSpec( 'Subject' )
# Fetch default policy.
sDef = sSpec.getPolicy()
assert not sDef.isRequired()
assert not sDef.supplyDefault()
assert not sDef.defaultValue()
assert not sDef.enforceVocabulary()
assert not sDef.allowedVocabulary()
# Fetch (default) policy for a type.
sDoc = sSpec.getPolicy( 'Document' )
self.assertEqual(aq_base(sDoc), aq_base(sDef))
# Changing default changes policies found from there.
sDef.edit( 1, 1, 'xyz', 1, ( 'foo', 'bar' ) )
assert sDef.isRequired()
assert sDef.supplyDefault()
assert sDef.defaultValue() == 'xyz'
assert sDoc.isRequired()
assert sDoc.supplyDefault()
assert sDoc.defaultValue() == 'xyz'
assert sDef.enforceVocabulary()
assert len( sDef.allowedVocabulary() ) == 2
assert 'foo' in sDef.allowedVocabulary()
assert 'bar' in sDef.allowedVocabulary()
assert sDoc.enforceVocabulary()
assert len( sDoc.allowedVocabulary() ) == 2
assert 'foo' in sDoc.allowedVocabulary()
assert 'bar' in sDoc.allowedVocabulary()
sSpec.addPolicy( 'Document' )
assert len( sSpec.listPolicies() ) == 2
sDoc = sSpec.getPolicy( 'Document' )
self.assertNotEqual(aq_base(sDoc), aq_base(sDef))
assert not sDoc.isRequired()
assert not sDoc.supplyDefault()
assert not sDoc.defaultValue()
assert not sDoc.enforceVocabulary()
assert not sDoc.allowedVocabulary()
sSpec.removePolicy( 'Document' )
sDoc = sSpec.getPolicy( 'Document' )
self.assertEqual(aq_base(sDoc), aq_base(sDef))
assert sDoc.isRequired()
assert sDoc.supplyDefault()
assert sDoc.defaultValue() == 'xyz'
assert sDoc.enforceVocabulary()
assert len( sDoc.allowedVocabulary() ) == 2
assert 'foo' in sDoc.allowedVocabulary()
assert 'bar' in sDoc.allowedVocabulary()
def test_vocabularies( self ):
fSpec = self.tool.getElementSpec( 'Format' )
fDef = fSpec.getPolicy()
formats = ( 'text/plain', 'text/html' )
fDef.edit( 0, 0, '', 0, ( 'text/plain', 'text/html' ) )
assert self.tool.listAllowedFormats() == formats
foo = Foo()
assert self.tool.listAllowedFormats( foo ) == formats
fSpec.addPolicy( 'Foo' )
assert not self.tool.listAllowedFormats( foo )
foo_formats = ( 'image/jpeg', 'image/gif', 'image/png' )
fFoo = fSpec.getPolicy( 'Foo' )
fFoo.edit( 0, 0, '', 0, foo_formats )
assert self.tool.listAllowedFormats( foo ) == foo_formats
def test_initialValues( self ):
foo = Foo()
assert not foo.Title()
assert not foo.Description()
assert not foo.Subject()
assert not foo.Format(), foo.Format()
assert not foo.Language()
assert not foo.Rights()
self.tool.setInitialMetadata( foo )
assert not foo.Title()
assert not foo.Description()
assert not foo.Subject()
assert not foo.Format()
assert not foo.Language()
assert not foo.Rights()
# Test default policy.
foo = Foo()
fSpec = self.tool.getElementSpec( 'Format' )
fPolicy = fSpec.getPolicy()
fPolicy.edit( 0, 1, 'text/plain', 0, () )
self.tool.setInitialMetadata( foo )
assert not foo.Title()
assert not foo.Description()
assert not foo.Subject()
assert foo.Format() == 'text/plain'
assert not foo.Language()
assert not foo.Rights()
# Test type-specific policy.
foo = Foo()
tSpec = self.tool.getElementSpec( 'Title' )
tSpec.addPolicy( 'Foo' )
tPolicy = tSpec.getPolicy( foo.getPortalTypeName() )
tPolicy.edit( 1, 0, '', 0, () )
try:
self.tool.setInitialMetadata( foo )
except MetadataError:
pass
else:
assert 0, "Expected MetadataError"
foo.setTitle( 'Foo title' )
self.tool.setInitialMetadata( foo )
assert foo.Title() == 'Foo title'
assert not foo.Description()
assert not foo.Subject()
assert foo.Format() == 'text/plain'
assert not foo.Language()
assert not foo.Rights()
# Ensure Foo's policy doesn't interfere with other types.
bar = Bar()
self.tool.setInitialMetadata( bar )
assert not bar.Title()
assert not bar.Description()
assert not bar.Subject()
assert bar.Format() == 'text/plain'
assert not bar.Language()
assert not bar.Rights()
def test_validation( self ):
foo = Foo()
self.tool.setInitialMetadata( foo )
self.tool.validateMetadata( foo )
tSpec = self.tool.getElementSpec( 'Title' )
tSpec.addPolicy( 'Foo' )
tPolicy = tSpec.getPolicy( foo.getPortalTypeName() )
tPolicy.edit( 1, 0, '', 0, () )
try:
self.tool.validateMetadata( foo )
except MetadataError:
pass
else:
assert 0, "Expected MetadataError"
foo.setTitle( 'Foo title' )
self.tool.validateMetadata( foo )
class TestMetadataTool(TestCase):
def setUp(self):
self.tool = MetadataTool()
def tearDown(self):
del self.tool
def test_z2interfaces(self):
from Interface.Verify import verifyClass
from Products.CMFCore.interfaces.portal_actions \
import ActionProvider as IActionProvider
from Products.CMFCore.interfaces.portal_metadata \
import portal_metadata as IMetadataTool
verifyClass(IActionProvider, MetadataTool)
verifyClass(IMetadataTool, MetadataTool)
def test_z3interfaces(self):
try:
from zope.interface.verify import verifyClass
except ImportError:
# BBB: for Zope 2.7
return
from Products.CMFCore.interfaces import IActionProvider
from Products.CMFCore.interfaces import IMetadataTool
verifyClass(IActionProvider, MetadataTool)
verifyClass(IMetadataTool, MetadataTool)
def test_empty(self):
assert not self.tool.getPublisher()
assert self.tool.getFullName('foo') == 'foo'
specs = list(self.tool.listElementSpecs())
defaults = list(DEFAULT_ELEMENT_SPECS)
specs.sort()
defaults.sort()
assert len(specs) == len(defaults)
for i in range(len(specs)):
assert specs[i][0] == defaults[i][0]
assert specs[i][1].isMultiValued() == defaults[i][1]
policies = specs[i][1].listPolicies()
assert len(policies) == 1
assert policies[0][0] is None
assert not self.tool.getElementSpec('Title').isMultiValued()
assert not self.tool.getElementSpec('Description').isMultiValued()
assert self.tool.getElementSpec('Subject').isMultiValued()
assert not self.tool.getElementSpec('Format').isMultiValued()
assert not self.tool.getElementSpec('Language').isMultiValued()
assert not self.tool.getElementSpec('Rights').isMultiValued()
try:
dummy = self.tool.getElementSpec('Foo')
except KeyError:
pass
else:
assert 0, "Expected KeyError"
assert not self.tool.listAllowedSubjects()
assert not self.tool.listAllowedFormats()
assert not self.tool.listAllowedLanguages()
assert not self.tool.listAllowedRights()
def test_add(self):
self.tool.addElementSpec('Rating', 1)
assert len( self.tool.listElementSpecs() ) \
== len( DEFAULT_ELEMENT_SPECS ) + 1
rating = self.tool.getElementSpec('Rating')
assert rating.isMultiValued()
def test_remove(self):
self.tool.removeElementSpec('Rights')
assert len( self.tool.listElementSpecs() ) \
== len( DEFAULT_ELEMENT_SPECS ) - 1
try:
dummy = self.tool.getElementSpec('Rights')
except KeyError:
pass
else:
assert 0, "Expected KeyError"
try:
self.tool.removeElementSpec('Foo')
except KeyError:
pass
else:
assert 0, "Expected KeyError"
def test_simplePolicies(self):
tSpec = self.tool.getElementSpec('Title')
# Fetch default policy.
tDef = tSpec.getPolicy()
assert not tDef.isRequired()
assert not tDef.supplyDefault()
assert not tDef.defaultValue()
# Fetch (default) policy for a type.
tDoc = tSpec.getPolicy('Document')
self.assertEqual(aq_base(tDoc), aq_base(tDef))
# Changing default changes policies found from there.
tDef.edit(1, 1, 'xyz', 0, ())
assert tDef.isRequired()
assert tDef.supplyDefault()
assert tDef.defaultValue() == 'xyz'
assert tDoc.isRequired()
assert tDoc.supplyDefault()
assert tDoc.defaultValue() == 'xyz'
tSpec.addPolicy('Document')
assert len(tSpec.listPolicies()) == 2
tDoc = tSpec.getPolicy('Document')
self.assertNotEqual(aq_base(tDoc), aq_base(tDef))
assert not tDoc.isRequired()
assert not tDoc.supplyDefault()
assert not tDoc.defaultValue()
tSpec.removePolicy('Document')
tDoc = tSpec.getPolicy('Document')
self.assertEqual(aq_base(tDoc), aq_base(tDef))
assert tDoc.isRequired()
assert tDoc.supplyDefault()
assert tDoc.defaultValue() == 'xyz'
def test_multiValuedPolicies(self):
sSpec = self.tool.getElementSpec('Subject')
# Fetch default policy.
sDef = sSpec.getPolicy()
assert not sDef.isRequired()
assert not sDef.supplyDefault()
assert not sDef.defaultValue()
assert not sDef.enforceVocabulary()
assert not sDef.allowedVocabulary()
# Fetch (default) policy for a type.
sDoc = sSpec.getPolicy('Document')
self.assertEqual(aq_base(sDoc), aq_base(sDef))
# Changing default changes policies found from there.
sDef.edit(1, 1, 'xyz', 1, ('foo', 'bar'))
assert sDef.isRequired()
assert sDef.supplyDefault()
assert sDef.defaultValue() == 'xyz'
assert sDoc.isRequired()
assert sDoc.supplyDefault()
assert sDoc.defaultValue() == 'xyz'
assert sDef.enforceVocabulary()
assert len(sDef.allowedVocabulary()) == 2
assert 'foo' in sDef.allowedVocabulary()
assert 'bar' in sDef.allowedVocabulary()
assert sDoc.enforceVocabulary()
assert len(sDoc.allowedVocabulary()) == 2
assert 'foo' in sDoc.allowedVocabulary()
assert 'bar' in sDoc.allowedVocabulary()
sSpec.addPolicy('Document')
assert len(sSpec.listPolicies()) == 2
sDoc = sSpec.getPolicy('Document')
self.assertNotEqual(aq_base(sDoc), aq_base(sDef))
assert not sDoc.isRequired()
assert not sDoc.supplyDefault()
assert not sDoc.defaultValue()
assert not sDoc.enforceVocabulary()
assert not sDoc.allowedVocabulary()
sSpec.removePolicy('Document')
sDoc = sSpec.getPolicy('Document')
self.assertEqual(aq_base(sDoc), aq_base(sDef))
assert sDoc.isRequired()
assert sDoc.supplyDefault()
assert sDoc.defaultValue() == 'xyz'
assert sDoc.enforceVocabulary()
assert len(sDoc.allowedVocabulary()) == 2
assert 'foo' in sDoc.allowedVocabulary()
assert 'bar' in sDoc.allowedVocabulary()
def test_vocabularies(self):
fSpec = self.tool.getElementSpec('Format')
fDef = fSpec.getPolicy()
formats = ('text/plain', 'text/html')
fDef.edit(0, 0, '', 0, ('text/plain', 'text/html'))
assert self.tool.listAllowedFormats() == formats
foo = Foo()
assert self.tool.listAllowedFormats(foo) == formats
fSpec.addPolicy('Foo')
assert not self.tool.listAllowedFormats(foo)
foo_formats = ('image/jpeg', 'image/gif', 'image/png')
fFoo = fSpec.getPolicy('Foo')
fFoo.edit(0, 0, '', 0, foo_formats)
assert self.tool.listAllowedFormats(foo) == foo_formats
def test_initialValues(self):
foo = Foo()
assert not foo.Title()
assert not foo.Description()
assert not foo.Subject()
assert not foo.Format(), foo.Format()
assert not foo.Language()
assert not foo.Rights()
self.tool.setInitialMetadata(foo)
assert not foo.Title()
assert not foo.Description()
assert not foo.Subject()
assert not foo.Format()
assert not foo.Language()
assert not foo.Rights()
# Test default policy.
foo = Foo()
fSpec = self.tool.getElementSpec('Format')
fPolicy = fSpec.getPolicy()
fPolicy.edit(0, 1, 'text/plain', 0, ())
self.tool.setInitialMetadata(foo)
assert not foo.Title()
assert not foo.Description()
assert not foo.Subject()
assert foo.Format() == 'text/plain'
assert not foo.Language()
assert not foo.Rights()
# Test type-specific policy.
foo = Foo()
tSpec = self.tool.getElementSpec('Title')
tSpec.addPolicy('Foo')
tPolicy = tSpec.getPolicy(foo.getPortalTypeName())
tPolicy.edit(1, 0, '', 0, ())
try:
self.tool.setInitialMetadata(foo)
except MetadataError:
pass
else:
assert 0, "Expected MetadataError"
foo.setTitle('Foo title')
self.tool.setInitialMetadata(foo)
assert foo.Title() == 'Foo title'
assert not foo.Description()
assert not foo.Subject()
assert foo.Format() == 'text/plain'
assert not foo.Language()
assert not foo.Rights()
# Ensure Foo's policy doesn't interfere with other types.
bar = Bar()
self.tool.setInitialMetadata(bar)
assert not bar.Title()
assert not bar.Description()
assert not bar.Subject()
assert bar.Format() == 'text/plain'
assert not bar.Language()
assert not bar.Rights()
def test_validation(self):
foo = Foo()
self.tool.setInitialMetadata(foo)
self.tool.validateMetadata(foo)
tSpec = self.tool.getElementSpec('Title')
tSpec.addPolicy('Foo')
tPolicy = tSpec.getPolicy(foo.getPortalTypeName())
tPolicy.edit(1, 0, '', 0, ())
try:
self.tool.validateMetadata(foo)
except MetadataError:
pass
else:
assert 0, "Expected MetadataError"
foo.setTitle('Foo title')
self.tool.validateMetadata(foo)
