def test_archive_previous_versions_with_children_return(self):
""" Test the return value for archival of the previous versions
for the given object and their children
"""
version = create_version(self.folder)
objects = archive_previous_versions(version, also_children=True)
expected_output = [self.folder, self.doc]
assert objects == expected_output
def test_archive_previous_versions(self):
""" Test the archival of the previous versions
for the given object
"""
version = create_version(self.folder)
archive_previous_versions(version)
assert not IObjectArchived.providedBy(version)
assert IObjectArchived.providedBy(self.folder)
def test_archive_previous_versions(self):
""" Test the archival of the previous versions
for the given object
"""
version = create_version(self.folder)
archive_previous_versions(version)
assert not IObjectArchived.providedBy(version)
assert IObjectArchived.providedBy(self.folder)
def test_archive_previous_versions_with_children_return(self):
""" Test the return value for archival of the previous versions
for the given object and their children
"""
version = create_version(self.folder)
objects = archive_previous_versions(version, also_children=True)
expected_output = [self.folder, self.doc]
assert objects == expected_output
def test_archive_previous_versions_with_children(self):
""" Test the archival of the previous versions
for the given object and their children
"""
version = create_version(self.folder)
archive_previous_versions(version, also_children=True)
assert not IObjectArchived.providedBy(version)
assert IObjectArchived.providedBy(self.folder)
assert IObjectArchived.providedBy(self.doc)
def test_archive_previous_versions_with_children(self):
""" Test the archival of the previous versions
for the given object and their children
"""
version = create_version(self.folder)
archive_previous_versions(version, also_children=True)
assert not IObjectArchived.providedBy(version)
assert IObjectArchived.providedBy(self.folder)
assert IObjectArchived.providedBy(self.doc)
def test_version_assigned_with_versions(self):
""" Test assign on a version which will assign a new entered value
on the given version. Notice that the older versions will keep
the initial value
"""
current_id = IVersionControl(self.doc).versionId
doc2 = create_version(self.doc)
assert IVersionControl(self.doc).versionId == current_id
assign_version(doc2, 'NEWVersion')
assert IVersionControl(doc2).versionId != current_id
def test_archive_previous_versions_without_children(self):
""" Test the archival of the previous versions
for the given object even when calling the method
that should archive also the children
"""
fid = self.portal.invokeFactory("Folder", 'f2')
self.folder = self.portal[fid]
version = create_version(self.folder)
archive_previous_versions(version, also_children=True)
assert not IObjectArchived.providedBy(version)
assert IObjectArchived.providedBy(self.folder)
def test_archive_previous_versions_without_children(self):
""" Test the archival of the previous versions
for the given object even when calling the method
that should archive also the children
"""
fid = self.portal.invokeFactory("Folder", 'f2')
self.folder = self.portal[fid]
version = create_version(self.folder)
archive_previous_versions(version, also_children=True)
assert not IObjectArchived.providedBy(version)
assert IObjectArchived.providedBy(self.folder)
def test_version_prefixed_first_version_id(self):
""" Test the version id of a version contains the same version id
as the object it derived from
"""
pvtool = getToolByName(self.portal, 'portal_eea_versions')
vobjs = PortalType(id='LNK')
vobjs.title = 'LNK'
vobjs.search_type = 'Link'
pvtool[vobjs.getId()] = vobjs
link_id = self.folder.invokeFactory("Link", 'l1')
link = self.folder[link_id]
link_version = create_version(link)
assert IVersionControl(link_version).versionId == \
IVersionControl(link).versionId
def test_history_version(self):
""" Test history version
"""
portal = self.portal
fid = portal.invokeFactory("Folder", 'f1')
folder = portal[fid]
wftool = portal.portal_workflow
wftool.doActionFor(folder, 'publish')
version = create_version(folder)
history = version.workflow_history['simple_publication_workflow']
assert len(history) == 3
assert history[0]['action'] == INITIAL_ITEM_CREATION
assert history[1]['action'] == 'publish'
assert history[2]['action'] == NEW_VERSION
assert history[2]['review_state'] == history[0]['review_state']
def test_history_version(self):
""" Test history version
"""
portal = self.portal
fid = portal.invokeFactory("Folder", 'f1')
folder = portal[fid]
wftool = portal.portal_workflow
wftool.doActionFor(folder, 'publish')
version = create_version(folder)
history = version.workflow_history['simple_publication_workflow']
assert len(history) == 3
assert history[0]['action'] == INITIAL_ITEM_CREATION
assert history[1]['action'] == 'publish'
assert history[2]['action'] == NEW_VERSION
assert history[2]['review_state'] == history[0]['review_state']
def test_VersionModifier(self):
""" Get publication date
"""
high = self.folder['h1']
# Highlights are not versionable by default,
# so we need to make it versionable "by hand"
alsoProvides(high, IVersionEnhanced)
assign_new_version_id(high, None)
ver = create_version(high)
rdf = high.restrictedTraverse('@@rdf')()
self.failUnless('<dcterms:isReplacedBy rdf:resource="' +
'http://nohost/plone/Members/test_user_1_/h1-1"/>' in
rdf)
rdf = ver.restrictedTraverse('@@rdf')()
self.failUnless('<dcterms:replaces rdf:resource=' +
'"http://nohost/plone/Members/test_user_1_/h1"/>' in
rdf)
def addOrUpdateQuery(self, title, endpoint, query):
"""Update an already existing query
Create new version"""
oldSecurityManager = getSecurityManager()
newSecurityManager(None, SpecialUsers.system)
ob = None
changed = True
for sparql in self.values():
if sparql.title == title:
x1 = IGetVersions(sparql)
latest_sparql = x1.latest_version()
ob = latest_sparql
if latest_sparql.query_with_comments == query:
changed = False
break
if not ob:
_id = generateUniqueId("Sparql")
_id = self.invokeFactory(type_name="Sparql", id=_id)
ob = self[_id]
ob.edit(
title = title,
endpoint_url = endpoint,
sparql_query = query,
)
ob._renameAfterCreation(check_auto_id=True)
ob.invalidateWorkingResult()
else:
if changed:
ob = versions.create_version(ob)
ob.edit(
sparql_query = query,
)
ob.invalidateWorkingResult()
setSecurityManager(oldSecurityManager)
return ob
def addOrUpdateQuery(self, title, endpoint, query):
"""Update an already existing query
Create new version"""
oldSecurityManager = getSecurityManager()
newSecurityManager(None, SpecialUsers.system)
ob = None
changed = True
for sparql in self.values():
if sparql.title == title:
x1 = IGetVersions(sparql)
latest_sparql = x1.latest_version()
ob = latest_sparql
if latest_sparql.query_with_comments == query:
changed = False
break
if not ob:
_id = generateUniqueId("Sparql")
_id = self.invokeFactory(type_name="Sparql", id=_id)
ob = self[_id]
ob.edit(
title=title,
endpoint_url=endpoint,
sparql_query=query,
)
ob._renameAfterCreation(check_auto_id=True)
ob.invalidateWorkingResult()
else:
if changed:
ob = versions.create_version(ob)
ob.edit(sparql_query=query, )
ob.invalidateWorkingResult()
setSecurityManager(oldSecurityManager)
return ob
def test_version_random_id(self):
""" Test the random version id of the object is 10 chars
"""
new_version = create_version(self.doc)
assert len(IVersionControl(new_version).versionId) == 10
def test_version_obj(self):
""" Test the versioning of the object
"""
new_version = create_version(self.doc)
assert new_version != self.doc