def test_unicode(self):
from karl.views.utils import make_name
context = {}
self.assertEqual(make_name(context, u'what?'), "what")
self.assertEqual(make_name(context, u"\u0fff"), "-fff-")
self.assertEqual(make_name(context, u"\u0081\u0082"), "-81-82-")
self.assertEqual(make_name(context, u'foo\u008ab\u00c3ll'), "foosball")
def test_unicode(self):
from karl.views.utils import make_name
context = {}
self.assertEqual(make_name(context, u'what?'), "what")
self.assertEqual(make_name(context, u"\u0fff"), "-fff-")
self.assertEqual(make_name(context, u"\u0081\u0082"), "-81-82-")
self.assertEqual(make_name(context, u'foo\u008ab\u00c3ll'), "foosball")
def __call__(self, v):
if v in self.exceptions:
return
try:
make_name(self.container, v)
except ValueError, why:
raise Invalid(why[0])
def __call__(self, v):
if v in self.exceptions:
return
try:
make_name(self.container, v)
except ValueError, why:
raise Invalid(why[0])
def test_make_name_without_error(self):
from karl.views.utils import make_name
context = testing.DummyModel()
context['foo.bar'] = testing.DummyModel()
try:
self.assertEqual(make_name(context, "foo.bar"), 'foo.bar')
except ValueError:
pass
else:
self.fail("Expected a ValueError")
self.assertEqual(make_name(context, "Test 1", raise_error=False), 'test-1')
def test_make_name_without_error(self):
from karl.views.utils import make_name
context = testing.DummyModel()
context['foo.bar'] = testing.DummyModel()
try:
self.assertEqual(make_name(context, "foo.bar"), 'foo.bar')
except ValueError:
pass
else:
self.fail("Expected a ValueError")
self.assertEqual(make_name(context, "Test 1", raise_error=False),
'test-1')
def handle_submit(self, converted):
request = self.request
context = self.context
workflow = self.workflow
wikipage = create_content(
IWikiPage,
converted['title'],
converted['text'],
extract_description(converted['text']),
authenticated_userid(request),
)
name = make_name(context, converted['title'])
context[name] = wikipage
if workflow is not None:
workflow.initialize(wikipage)
if 'security_state' in converted:
workflow.transition_to_state(wikipage, request,
converted['security_state'])
# Save the tags on it.
set_tags(wikipage, request, converted['tags'])
relocate_temp_images(wikipage, request)
if converted['sendalert']:
alerts = queryUtility(IAlerts, default=Alerts())
alerts.emit(wikipage, request)
msg = '?status_message=Wiki%20Page%20created'
location = resource_url(wikipage, request) + msg
return HTTPFound(location=location)
def create(self, container):
"""
container is root['people']['categories'], or moral equivalent.
"""
title = self._element_value(self.element, 'title')
sync_id = self.element.get('id')
name = make_name(container, title)
description = self._element_value(self.element, 'description')
category_element = self.element.find(self.NS_PREFIX + 'category')
category_id = category_element.get('id')
category = container.get(category_id, None)
if category is None:
category = PeopleCategory(category_element.text.strip())
container[category_id] = category
peopledir = find_peopledirectory(container)
notify(PeopleDirectorySchemaChanged(peopledir))
category_item = PeopleCategoryItem(title, description)
if sync_id is not None:
category_item.sync_id = sync_id # OSI artifact
if name in category:
del category[name]
category[name] = category_item
def handle_submit(self, converted):
request = self.request
context = self.context
workflow = self.workflow
wikipage = create_content(
IWikiPage,
converted['title'],
converted['text'],
extract_description(converted['text']),
authenticated_userid(request),
)
name = make_name(context, converted['title'])
context[name] = wikipage
if workflow is not None:
workflow.initialize(wikipage)
if 'security_state' in converted:
workflow.transition_to_state(wikipage,
request,
converted['security_state'])
# Save the tags on it.
set_tags(wikipage, request, converted['tags'])
relocate_temp_images(wikipage, request)
if converted['sendalert']:
alerts = queryUtility(IAlerts, default=Alerts())
alerts.emit(wikipage, request)
msg = '?status_message=Wiki%20Page%20created'
location = model_url(wikipage, request) + msg
return HTTPFound(location=location)
def handle_submit(self, converted):
request = self.request
context = self.context
name = make_name(context, converted['title'])
userid = authenticated_userid(request)
community = create_content(
ICommunity,
converted['title'],
converted['description'],
converted['text'],
userid,
)
community.sendalert_default = converted.get('sendalert_default', True)
# this *must* directly follow content creation because the
# toolinfo add stuff depends on the community having a full
# path.
context[name] = community
# required to use moderators_group_name and
# members_group_name
community.__name__ = name
tools_present = []
for toolinfo in self.available_tools:
if toolinfo['name'] in converted.get('tools', []):
toolinfo['component'].add(community, request)
tools_present.append(toolinfo['name'])
# Set the default tool
if converted.get('default_tool') in tools_present:
community.default_tool = converted['default_tool']
else:
community.default_tool = None
users = find_users(context)
moderators_group_name = community.moderators_group_name
members_group_name = community.members_group_name
for group_name in moderators_group_name, members_group_name:
users.add_group(userid, group_name)
if self.workflow is not None:
if 'security_state' in converted:
self.workflow.transition_to_state(community, request,
converted['security_state'])
# Save the tags on it.
set_tags(community, request, converted['tags'])
# Adding a community should take you to the Add Existing
# User screen, so the moderator can include some users.
location = resource_url(community,
request,
'members',
'add_existing.html',
query={'status_message': 'Community added'})
return HTTPFound(location=location)
def handle_submit(self, converted):
request = self.request
context = self.context
name = make_name(context, converted['title'])
userid = authenticated_userid(request)
community = create_content(ICommunity,
converted['title'],
converted['description'],
converted['text'],
userid,
)
community.sendalert_default = converted.get('sendalert_default', True)
# this *must* directly follow content creation because the
# toolinfo add stuff depends on the community having a full
# path.
context[name] = community
# required to use moderators_group_name and
# members_group_name
community.__name__ = name
tools_present = []
for toolinfo in self.available_tools:
if toolinfo['name'] in converted.get('tools', []):
toolinfo['component'].add(community, request)
tools_present.append(toolinfo['name'])
# Set the default tool
if converted.get('default_tool') in tools_present:
community.default_tool = converted['default_tool']
else:
community.default_tool = None
users = find_users(context)
moderators_group_name = community.moderators_group_name
members_group_name = community.members_group_name
for group_name in moderators_group_name, members_group_name:
users.add_group(userid, group_name)
if self.workflow is not None:
if 'security_state' in converted:
self.workflow.transition_to_state(community, request,
converted['security_state'])
# Save the tags on it.
set_tags(community, request, converted['tags'])
# Adding a community should take you to the Add Existing
# User screen, so the moderator can include some users.
location = resource_url(
community, request,
'members', 'add_existing.html',
query={'status_message': 'Community added'})
return HTTPFound(location=location)
def menu_item(title, url, id=None, count=None, secondary=None):
if id is None:
id = make_name(EMPTY_CONTEXT, title)
selected = request.url.startswith(url)
if secondary is not None and not selected:
selected = request.url.startswith(secondary)
item = dict(title=title,
url=url,
id=id,
selected=selected and 'selected' or None)
if count is not None:
item['count'] = count
return item
def menu_item(title, url, id=None, count=None, secondary=None):
if id is None:
id = make_name(EMPTY_CONTEXT, title)
selected = request.resource_url(context).startswith(url)
if secondary is not None and not selected:
selected = request.resource_url(context).startswith(secondary)
item = dict(title=title,
url=url,
id=id,
selected=selected and 'selected' or None)
if count is not None:
item['count'] = count
return item
def handle_submit(self, converted):
request = self.request
context = self.context
workflow = self.workflow
creator = authenticated_userid(request)
f = converted['file']
if not f.file:
raise ValidationError(file='Must upload a file')
file = create_content(ICommunityFile,
title=converted['title'],
stream=f.file,
mimetype=get_mimetype(f.mimetype, f.filename),
filename=f.filename,
creator=creator,
)
self.check_upload_size(context, file, 'file')
# For file objects, OSI's policy is to store the upload file's
# filename as the objectid, instead of basing __name__ on the
# title field).
filename = basename_of_filepath(f.filename)
file.filename = filename
name = make_name(context, filename, raise_error=False)
if not name:
msg = 'The filename must not be empty'
raise ValidationError(file=msg)
# Is there a key in context with that filename?
if name in context:
msg = 'Filename %s already exists in this folder' % filename
raise ValidationError(file=msg)
context[name] = file
if workflow is not None:
workflow.initialize(file)
if 'security_state' in converted:
workflow.transition_to_state(file, request,
converted['security_state'])
# Tags, attachments, alerts
set_tags(file, request, converted['tags'])
if converted.get('sendalert'):
alerts = queryUtility(IAlerts, default=Alerts())
alerts.emit(file, request)
self.filestore.clear()
location = model_url(file, request)
return HTTPFound(location=location)
def test_make_name(self):
from karl.views.utils import make_name
context = {}
self.assertEqual(make_name(context, "foo.bar"), "foo.bar")
self.assertEqual(make_name(context, "Harry 'Bigfoot' Henderson"),
"harry-bigfoot-henderson")
self.assertEqual(make_name(context, "Which one?"), "which-one")
self.assertEqual(make_name(context, "One/Two/Three"), "one-two-three")
self.assertEqual(make_name(context, "Genesis 1:1"), "genesis-1-1")
self.assertEqual(make_name(context, "'My Life'"), "-my-life-")
def test_make_name(self):
from karl.views.utils import make_name
context = {}
self.assertEqual(make_name(context, "foo.bar"), "foo.bar")
self.assertEqual(make_name(context, "Harry 'Bigfoot' Henderson"),
"harry-bigfoot-henderson")
self.assertEqual(make_name(context, "Which one?"), "which-one")
self.assertEqual(make_name(context, "One/Two/Three"), "one-two-three")
self.assertEqual(make_name(context, "Genesis 1:1"), "genesis-1-1")
self.assertEqual(make_name(context, "'My Life'"), "-my-life-")
def handle_submit(self, converted):
request = self.request
context = self.context
intranets_parent = find_community(context)
name = converted.get('name')
if name:
name_from = 'name'
else:
name = converted['title']
name_from = 'title'
try:
name = make_name(intranets_parent, name)
except ValueError, why:
msg = why[0]
raise ValidationError(**{name_from: msg})
def relocate(match):
matchdict = match.groupdict()
tempid = matchdict['tempid']
if tempid in relocated_images:
# Already relocated this one
url = relocated_images[tempid]
else:
# Move temp image to attachments folder
image = tempfolder[tempid]
del tempfolder[tempid]
name = make_name(attachments, image.filename)
attachments[name] = image
size = (int(matchdict['width']), int(matchdict['height']))
url = thumb_url(image, request, size)
relocated_images[tempid] = url
return ''.join([matchdict['pre'], url, matchdict['post'],])
def handle_submit(self, converted):
request = self.request
context = self.context
intranets_parent = find_community(context)
name = converted.get('name')
if name:
name_from = 'name'
else:
name = converted['title']
name_from = 'title'
try:
name = make_name(intranets_parent, name)
except ValueError, why:
msg = why[0]
raise ValidationError(**{name_from: msg})
def create(self, container):
"""
container is root['people'].categories, or moral equivalent.
"""
title = _element_value(self, self.element, 'title')
sync_id = self.element.get('id')
name = make_name(container, title)
description = _element_value(self, self.element, 'description')
category_element = self.element.find(self.NS_PREFIX + 'category')
category_id = category_element.get('id')
category = container.get(category_id, None)
if category is None:
category = PeopleCategory(category_element.text.strip())
container[category_id] = category
peopledir = find_peopledirectory(container)
notify(PeopleDirectorySchemaChanged(peopledir))
category_item = PeopleCategoryItem(title, description)
if sync_id is not None:
category_item.sync_id = sync_id # OSI artifact
category[name] = category_item
def _fix_link_traverser(context, traversed, subpath):
if not subpath:
# We're done, return traversed path
return '/' + '/'.join(traversed)
next = subpath.pop(0)
# Easy case, normal traversal
if hasattr(context, '__getitem__') and next in context:
traversed.append(next)
return _fix_link_traverser(context[next], traversed, subpath)
# Karl2 site was actually rooted at /Plone/public
# Although you wouldn't normally include that in a link url,
# because of acquisition you could!
# If we find this or some variation at the beginning of a link
# just try to skip it.
skippable = (
'Plone',
'public',
)
if not traversed and next in skippable:
return _fix_link_traverser(context, traversed, subpath)
# An 'index_html' at the end is not necessary and skippable.
# Some links inexplicably end with a '/&', which is also
# skippable.
skippable2 = (
'index_html',
'&',
)
if next in skippable2:
return _fix_link_traverser(context, traversed, subpath)
# Can't find next element. Maybe it is a view
if _check_view(context, next):
# We can stop here, traversed path with view
traversed.append(next)
return '/' + '/'.join(traversed + subpath)
# In Karl2 there was a content type for images that used a view
# In Karl3, these are just files, so where we might have had a
# view named 'image' in Karl2, we just have the 'dl' view in Karl3
if next == 'image' and _check_view(context, 'dl'):
# Got the view, we can stop here
traversed.append('dl')
return '/' + '/'.join(traversed + subpath)
# Maybe next was resolved via acquisition in Karl2
aq_context = _acquire(context, next)
if aq_context:
# Rewrite the leading part of this path as the model_path of the
# acquired context.
aq_path = model_path(aq_context)
log.debug("Acquisition: rewrote path: %s -> %s", traversed, aq_path)
traversed = aq_path[1:].split('/')
return _fix_link_traverser(aq_context, traversed, subpath)
# Next may have been processed through make_name in Karl3. Try
# processing the name and see if that finds the next element.
if hasattr(context, '__getitem__'):
# This fix only makes sense if current node is traversable
try:
name = make_name({}, urllib.unquote(next))
if name in context:
traversed.append(name)
return _fix_link_traverser(context[name], traversed, subpath)
except ValueError:
# make_name will throw ValueError if there are no alphanumerics
# in next
pass
# Some links in Karl2 are to /profile/<user> rather than
# /profiles/<user>. Try changing profile to profiles and
# see if that fixes the problem.
if next == 'profile':
subpath.insert(0, 'profiles')
return _fix_link_traverser(context, traversed, subpath)
# Links to /osipeople_*.html can be rewritten as just /people
if next.startswith('osipeople_') and next.endswith('.html'):
subpath.insert(0, 'people')
return _fix_link_traverser(context, traversed, subpath)
# There are some links to just /network-news and /network-events.
# These are located in /offices/files
if next in ('network-news', 'network-events'):
subpath.insert(0, next)
subpath.insert(0, 'files')
subpath.insert(0, 'offices')
return _fix_link_traverser(context, traversed, subpath)
# Out of tricks, give up
log.debug("Couldn't fix")
log.debug("Traversed: %s", traversed)
log.debug("Not found: %s", next)
return None
def drawer_upload_view(context, request,
check_upload_size=check_upload_size,
get_image_info=get_image_info,
batch_images=batch_images,
):
"""Drawer posts a file with the parameter name "file".
"""
## XXX The rest is copied from add_file_view. A common denominator
## would be desirable.
creator = authenticated_userid(request)
fieldstorage = request.params.get('file')
if not hasattr(fieldstorage, 'filename'):
msg = 'You must select a file before clicking Upload.'
return dict(error = msg)
stream = fieldstorage.file
title = fieldstorage.filename
image = create_content(ICommunityFile,
title=title,
stream=stream,
mimetype=get_upload_mimetype(fieldstorage),
filename=fieldstorage.filename,
creator=creator,
)
check_upload_size(context, image, 'file')
if hasattr(context, 'get_attachments'):
target_folder = context.get_attachments()
if not has_permission('create', target_folder, request):
msg = 'You do not have permission to upload files here.'
return dict(error=msg)
# For file objects, OSI's policy is to store the upload file's
# filename as the objectid, instead of basing __name__ on the
# title field).
filename = basename_of_filepath(fieldstorage.filename)
image.filename = filename
name = make_name(target_folder, filename, raise_error=False)
if not name:
msg = 'The filename must not be empty'
return dict(error=msg)
# Is there a key in context with that filename?
if name in target_folder:
msg = 'Filename %s already exists in this folder' % filename
return dict(error=msg)
target_folder[name] = image
else:
tempfolder = find_tempfolder(context)
tempfolder.add_document(image)
workflow = get_workflow(ICommunityFile, 'security', context)
if workflow is not None:
workflow.initialize(image)
# Update the thumbnails
return dict(
upload_image_info=get_image_info(image, request),
images_info=batch_images(context, request),
)
def drawer_upload_view(context, request,
check_upload_size=check_upload_size,
get_image_info=get_image_info,
batch_images=batch_images,
):
"""Drawer posts a file with the parameter name "file".
"""
## XXX The rest is copied from add_file_view. A common denominator
## would be desirable.
creator = authenticated_userid(request)
fieldstorage = request.params.get('file')
if not hasattr(fieldstorage, 'filename'):
msg = 'You must select a file before clicking Upload.'
return dict(error = msg)
# For file objects, OSI's policy is to store the upload file's
# filename as the objectid, instead of basing __name__ on the
# title field).
filename = basename_of_filepath(fieldstorage.filename)
stream = fieldstorage.file
# use parameter, as the title (or basename, if missing).
title = request.params.get('title', filename)
image = create_content(ICommunityFile,
title=title,
stream=stream,
mimetype=get_upload_mimetype(fieldstorage),
filename=fieldstorage.filename,
creator=creator,
)
# Check if it's an image.
if not IImage.providedBy(image):
msg = 'File %s is not an image' % filename
return dict(error=msg)
check_upload_size(context, image, 'file')
if hasattr(context, 'get_attachments'):
target_folder = context.get_attachments()
if not has_permission('create', target_folder, request):
msg = 'You do not have permission to upload files here.'
return dict(error=msg)
image.filename = filename
name = make_name(target_folder, filename, raise_error=False)
if not name:
msg = 'The filename must not be empty'
return dict(error=msg)
# Is there a key in context with that filename?
if name in target_folder:
msg = 'Filename %s already exists in this folder' % filename
return dict(error=msg)
target_folder[name] = image
workflow = get_workflow(ICommunityFile, 'security', context)
if workflow is not None:
workflow.initialize(image)
# In cases where the image is to live in a piece of content which has not
# yet been created (like when using an 'Add' form), the context is going
# to be the eventual parent of the not yet created content, which will be
# the eventual parent of the just now created image. Since we have nowhere
# to put the image, we put it in a tempfolder and later move it over after
# the content is created. Normal ContentAdded event handlers are not
# called at this stage and workflow is not yet initialized. These will
# occur when the content is moved over.
else:
image.modified = datetime.datetime.now()
tempfolder = find_tempfolder(context)
tempfolder.add_document(image)
# Return info about the image uploaded
return dict(
upload_image_info=get_image_info(image, request, thumb_size=LARGE_THUMB_SIZE),
)
def drawer_upload_view(context, request,
check_upload_size=check_upload_size,
get_image_info=get_image_info,
batch_images=batch_images,
):
"""Drawer posts a file with the parameter name "file".
"""
## XXX The rest is copied from add_file_view. A common denominator
## would be desirable.
creator = authenticated_userid(request)
fieldstorage = request.params.get('file')
if not hasattr(fieldstorage, 'filename'):
msg = 'You must select a file before clicking Upload.'
return dict(error = msg)
# For file objects, OSI's policy is to store the upload file's
# filename as the objectid, instead of basing __name__ on the
# title field).
filename = basename_of_filepath(fieldstorage.filename)
stream = fieldstorage.file
# use parameter, as the title (or basename, if missing).
title = request.params.get('title', filename)
image = create_content(ICommunityFile,
title=title,
stream=stream,
mimetype=get_upload_mimetype(fieldstorage),
filename=fieldstorage.filename,
creator=creator,
)
# Check if it's an image.
if not IImage.providedBy(image):
msg = 'File %s is not an image' % filename
return dict(error=msg)
check_upload_size(context, image, 'file')
if hasattr(context, 'get_attachments'):
target_folder = context.get_attachments()
if not has_permission('create', target_folder, request):
msg = 'You do not have permission to upload files here.'
return dict(error=msg)
image.filename = filename
name = make_name(target_folder, filename, raise_error=False)
if not name:
msg = 'The filename must not be empty'
return dict(error=msg)
# Is there a key in context with that filename?
if name in target_folder:
msg = 'Filename %s already exists in this folder' % filename
return dict(error=msg)
target_folder[name] = image
workflow = get_workflow(ICommunityFile, 'security', context)
if workflow is not None:
workflow.initialize(image)
# In cases where the image is to live in a piece of content which has not
# yet been created (like when using an 'Add' form), the context is going
# to be the eventual parent of the not yet created content, which will be
# the eventual parent of the just now created image. Since we have nowhere
# to put the image, we put it in a tempfolder and later move it over after
# the content is created. Normal ContentAdded event handlers are not
# called at this stage and workflow is not yet initialized. These will
# occur when the content is moved over.
else:
image.modified = datetime.datetime.now()
tempfolder = find_tempfolder(context)
tempfolder.add_document(image)
# Return info about the image uploaded
return dict(
upload_image_info=get_image_info(image, request, thumb_size=LARGE_THUMB_SIZE),
)