def getDistribution(self):
"""See `BugTaskSourcePackageNameWidget`"""
distribution_name = self.request.form.get('field.distribution')
if distribution_name is None:
raise UnexpectedFormData(
"field.distribution wasn't in the request")
distribution = getUtility(IDistributionSet).getByName(
distribution_name)
if distribution is None:
raise UnexpectedFormData("No such distribution: %s" %
distribution_name)
return distribution
def current_package(self):
"""Get the package whose bugs are currently being searched."""
if not (self.widgets['distribution'].hasValidInput()
and self.widgets['distribution'].getInputValue()):
raise UnexpectedFormData("A distribution is required")
if not (self.widgets['sourcepackagename'].hasValidInput()
and self.widgets['sourcepackagename'].getInputValue()):
raise UnexpectedFormData("A sourcepackagename is required")
distribution = self.widgets['distribution'].getInputValue()
return distribution.getSourcePackage(
self.widgets['sourcepackagename'].getInputValue())
def getEntriesFilteringOptions(self):
"""Return the selected filtering."""
target = None
file_extension = None
status = None
target_widget = self.widgets.get('filter_target')
if target_widget is not None and target_widget.hasValidInput():
target = target_widget.getInputValue()
pillar_name_set = getUtility(IPillarNameSet)
if target == 'all':
target = None
elif target.startswith('[') and target.endswith(']'):
# This is a SpecialTranslationImportTargetFilter.
target_code = target[1:-1]
target = None
for enum_item in SpecialTranslationImportTargetFilter.items:
if enum_item.name == target_code:
target = enum_item
if target is None:
raise UnexpectedFormData(
"Got a bad special target option: %s" % target)
elif '/' in target:
# It's a distroseries, for them we have
# 'distribution.name/distroseries.name' to identify it.
distribution_name, distroseries_name = target.split('/', 1)
pillar = pillar_name_set.getByName(distribution_name)
if IDistribution.providedBy(pillar):
target = pillar.getSeries(distroseries_name)
else:
raise UnexpectedFormData("Got a bad target option %s" %
target)
else:
target = pillar_name_set.getByName(target)
filter_extension_widget = self.widgets.get('filter_extension')
if filter_extension_widget.hasValidInput():
file_extension = filter_extension_widget.getInputValue()
if file_extension == 'all':
file_extension = None
filter_status_widget = self.widgets.get('filter_status')
if filter_status_widget.hasValidInput():
status = filter_status_widget.getInputValue()
if status == 'all':
status = None
else:
status = RosettaImportStatus.items[status]
return target, file_extension, status
def getInputValue(self):
"""See zope.formlib.interfaces.IInputWidget."""
scope = self.request.form_ng.getOne(self.name)
if scope == 'all':
return None
elif scope == 'project':
if not self.request.form_ng.getOne(self.target_widget.name):
self._error = WidgetInputError(
self.name, self.label,
LaunchpadValidationError('Please enter a project name'))
raise self._error
try:
return self.target_widget.getInputValue()
except ConversionError:
entered_name = self.request.form_ng.getOne("%s.target" %
self.name)
self._error = WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no project named '%s' registered in"
" Launchpad" % entered_name))
raise self._error
elif self.required:
raise UnexpectedFormData("No valid option was selected.")
else:
return None
def processActiveMember(self):
# This method checks the current status to ensure that we don't
# crash because of users reposting a form.
form = self.request.form
context = self.context
if form.get('deactivate'):
if self.context.status == TeamMembershipStatus.DEACTIVATED:
# This branch and redirect is necessary because
# TeamMembership.setStatus() does not allow us to set an
# already-deactivated account to deactivated, causing
# double form posts to crash there. We instead manually
# ensure that the double-post is harmless.
self.request.response.redirect('%s/+members' %
canonical_url(context.team))
return
new_status = TeamMembershipStatus.DEACTIVATED
elif form.get('change'):
if (form.get('admin') == "no"
and context.status == TeamMembershipStatus.ADMIN):
new_status = TeamMembershipStatus.APPROVED
elif (form.get('admin') == "yes"
and context.status == TeamMembershipStatus.APPROVED):
new_status = TeamMembershipStatus.ADMIN
else:
# No status change will happen
new_status = self.context.status
else:
raise UnexpectedFormData(
"None of the expected actions were found.")
if self._setMembershipData(new_status):
self.request.response.redirect('%s/+members' %
canonical_url(context.team))
def initialize(self):
self.storeTokenContext()
try:
form = get_oauth_authorization(self.request)
except UnicodeDecodeError:
raise UnexpectedFormData("Invalid UTF-8.")
key = form.get('oauth_token')
if key:
self.token = getUtility(IOAuthRequestTokenSet).getByKey(key)
callback = self.request.form.get('oauth_callback')
if (self.token is not None
and self.token.consumer.is_integrated_desktop):
# Nip problems in the bud by appling special rules about
# what desktop integrations are allowed to do.
if callback is not None:
# A desktop integration is not allowed to specify a callback.
raise Unauthorized(
"A desktop integration may not specify an "
"OAuth callback URL.")
# A desktop integration token can only have one of two
# permission levels: "Desktop Integration" and
# "Unauthorized". It shouldn't even be able to ask for any
# other level.
for action in self.visible_actions:
if action.permission not in (
OAuthPermission.DESKTOP_INTEGRATION,
OAuthPermission.UNAUTHORIZED):
raise Unauthorized(
("Desktop integration token requested a permission "
'("%s") not supported for desktop-wide use.')
% action.label)
super(OAuthAuthorizeTokenView, self).initialize()
def getInputValue(self):
"""See zope.formlib.interfaces.IInputWidget."""
self.setUpSubWidgets()
form_value = self.request.form_ng.getOne(self.name)
if form_value == 'product':
try:
return self.product_widget.getInputValue()
except MissingInputError:
self._error = WidgetInputError(
self.name, self.label,
LaunchpadValidationError('Please enter a project name'))
raise self._error
except ConversionError:
entered_name = self.request.form_ng.getOne("%s.product" %
self.name)
self._error = WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no project named '%s' registered in"
" Launchpad" % entered_name))
raise self._error
elif form_value == 'package':
try:
distribution = self.distribution_widget.getInputValue()
except ConversionError:
entered_name = self.request.form_ng.getOne("%s.distribution" %
self.name)
self._error = WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no distribution named '%s' registered in"
" Launchpad" % entered_name))
raise self._error
if self.package_widget.hasInput():
try:
package_name = self.package_widget.getInputValue()
if package_name is None:
return distribution
if IDistributionSourcePackage.providedBy(package_name):
dsp = package_name
else:
source_name = (
distribution.guessPublishedSourcePackageName(
package_name.name))
dsp = distribution.getSourcePackage(source_name)
except (ConversionError, NotFoundError):
entered_name = self.request.form_ng.getOne('%s.package' %
self.name)
self._error = WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no package named '%s' published in %s." %
(entered_name, distribution.displayname)))
raise self._error
return dsp
else:
return distribution
else:
raise UnexpectedFormData("No valid option was selected.")
def _setupMappedStates(self, tag):
"""Build self.state and self.availableStates structures.
self.state is the corresponding dbschema for requested state_tag
self.available_states is a dictionary containing the options with
suitables attributes (name, value, selected) to easily fill an HTML
<select> section.
Raise UnexpectedFormData if no corresponding state for passed 'tag'
was found.
"""
# Default states map.
state_map = {
'built': BuildStatus.FULLYBUILT,
'failed': BuildStatus.FAILEDTOBUILD,
'depwait': BuildStatus.MANUALDEPWAIT,
'chrootwait': BuildStatus.CHROOTWAIT,
'superseded': BuildStatus.SUPERSEDED,
'uploadfail': BuildStatus.FAILEDTOUPLOAD,
'all': None,
}
# Include pristine (not yet assigned to a builder) builds,
# if requested.
if self.show_builder_info:
extra_state_map = {
'building': BuildStatus.BUILDING,
'pending': BuildStatus.NEEDSBUILD,
}
state_map.update(**extra_state_map)
# Lookup for the correspondent state or fallback to the default
# one if tag is empty string.
if tag:
try:
self.state = state_map[tag]
except (KeyError, TypeError):
raise UnexpectedFormData(
'No suitable state found for value "%s"' % tag)
else:
self.state = self.default_build_state
# Build a dictionary with organized information for rendering
# the HTML <select> section.
self.available_states = []
for tag, state in state_map.items():
if state:
name = state.title.strip()
else:
name = 'All states'
if state == self.state:
selected = 'selected'
else:
selected = None
self.available_states.append(
dict(name=name, value=tag, selected=selected))
def getDistribution(self):
"""See `SourcePackageNameWidgetBase`."""
distribution_name = self.request.form.get('field.distribution')
if distribution_name is None:
return None
distribution = getUtility(IDistributionSet).getByName(
distribution_name)
if distribution is None:
raise UnexpectedFormData("No such distribution: %s" %
distribution_name)
return distribution
def storeTokenContext(self):
"""Store the context given by the consumer in this view."""
self.token_context = None
# We have no guarantees that lp.context will be together with the
# OAuth parameters, so we need to check in the Authorization header
# and on the request's form if it's not in the former.
try:
oauth_data = get_oauth_authorization(self.request)
except UnicodeDecodeError:
raise UnexpectedFormData("Invalid UTF-8.")
context = oauth_data.get('lp.context')
if not context:
context = self.request.form.get('lp.context')
if not context:
return
try:
context = lookup_oauth_context(context)
except ValueError:
raise UnexpectedFormData("Unknown context.")
self.token_context = context
def getDistribution(self):
"""See `SourcePackageNameWidgetBase`."""
distroseries_token = self.request.form.get('field.distroseries')
if distroseries_token is None:
# Fall back to the POTemplate's current distribution.
return self.context.context.distribution
distroseries_vocab = DistroSeriesVocabulary()
try:
term = distroseries_vocab.getTermByToken(distroseries_token)
except LookupError:
raise UnexpectedFormData("No such distribution series: %s" %
distroseries_token)
return term.value.distribution
def update_action(self, action, data):
branch_type = data.get('branch_type')
if branch_type == LINK_LP_BZR:
branch_location = data.get('branch_location')
if branch_location != self.context.branch:
self.context.branch = branch_location
# Request an initial upload of translation files.
getUtility(IRosettaUploadJobSource).create(
self.context.branch, NULL_REVISION)
else:
self.context.branch = branch_location
self.request.response.addInfoNotification(
'Series code location updated.')
else:
branch_name = data.get('branch_name')
branch_owner = data.get('branch_owner')
if branch_type == IMPORT_EXTERNAL:
rcs_type = data.get('rcs_type')
if rcs_type == RevisionControlSystems.CVS:
cvs_root = data.get('repo_url')
cvs_module = data.get('cvs_module')
url = None
else:
cvs_root = None
cvs_module = None
url = data.get('repo_url')
rcs_item = RevisionControlSystems.items[rcs_type.name]
try:
code_import = getUtility(ICodeImportSet).new(
owner=branch_owner,
registrant=self.user,
target=IBranchTarget(self.context.product),
branch_name=branch_name,
rcs_type=rcs_item,
url=url,
cvs_root=cvs_root,
cvs_module=cvs_module)
except BranchExists as e:
self._setBranchExists(e.existing_branch, 'branch_name')
self.errors_in_action = True
# Abort transaction. This is normally handled
# by LaunchpadFormView, but we are already in
# the success handler.
self._abort()
return
self.context.branch = code_import.branch
self.request.response.addInfoNotification(
'Code import created and branch linked to the series.')
else:
raise UnexpectedFormData(branch_type)
def _submitTranslations(self):
"""See BaseTranslationView._submitTranslations."""
for key in self.request.form:
match = re.match('msgset_(\d+)$', key)
if not match:
continue
id = int(match.group(1))
potmsgset = self.context.potemplate.getPOTMsgSetByID(id)
if potmsgset is None:
# This should only happen if someone tries to POST his own
# form instead of ours, and he uses a POTMsgSet id that
# does not exist for this POTemplate.
raise UnexpectedFormData(
"Got translation for POTMsgID %d which is not in the "
"template." % id)
error = self._receiveTranslations(potmsgset)
if error and potmsgset.getSequence(self.context.potemplate) != 0:
# There is an error, we should store it to be rendered
# together with its respective view.
#
# The check for potmsgset.getSequence() != 0 is meant to catch
# messages which are not current anymore. This only
# happens as part of a race condition, when someone gets
# a translation form, we get a new template for
# that context that disables some entries in that
# translation form, and after that, the user submits the
# form. We accept the translation, but if it has an
# error, we cannot render that error so we discard it,
# that translation is not being used anyway, so it's not
# a big loss.
self.errors[potmsgset] = error
if self.errors:
if len(self.errors) == 1:
message = ("There is an error in a translation you provided. "
"Please correct it before continuing.")
else:
message = ("There are %d errors in the translations you "
"provided. Please correct them before "
"continuing." % len(self.errors))
self.request.response.addErrorNotification(message)
return False
if self.batchnav.batch.nextBatch() is not None:
# Update the start of the next batch by the number of messages
# that were removed from the batch.
self.batchnav.batch.start -= self.start_offset
self._redirectToNextPage()
return True
def __call__(self, context):
import_queue = getUtility(ITranslationImportQueue)
if hasattr(self, 'view'):
user = self.view.user
else:
user = None
targets = import_queue.getRequestTargets(user)
filtered_targets = set()
# Read filter_status, in order to mark targets that have requests with
# that status pending. This works because we set up the filter_status
# widget before the filter_target one, which uses this vocabulary
# factory.
status_widget = self.view.widgets['filter_status']
if status_widget.hasInput():
try:
status_filter = status_widget.getInputValue()
except ConversionError:
raise UnexpectedFormData("Invalid status parameter.")
if status_filter != 'all':
try:
status = RosettaImportStatus.items[status_filter]
filtered_targets = set(
import_queue.getRequestTargets(user=None,
status=status))
except LookupError:
# Unknown status. Ignore.
pass
terms = [SimpleTerm('all', 'all', 'All targets')]
for item in SpecialTranslationImportTargetFilter.items:
term_name = '[%s]' % item.name
terms.append(SimpleTerm(term_name, term_name, item.title))
for target in targets:
if IDistroSeries.providedBy(target):
# Distroseries are not pillar names, we need to note
# distribution.name/distroseries.name
term_name = '%s/%s' % (target.distribution.name, target.name)
else:
term_name = target.name
displayname = target.displayname
if target in filtered_targets:
displayname += '*'
terms.append(SimpleTerm(term_name, term_name, displayname))
return SimpleVocabulary(terms)
def restoreRequestFromSession(self):
"""Get the OpenIDRequest from our session."""
session = self.getSession()
cache = get_property_cache(self)
try:
cache.openid_parameters = session[OPENID_REQUEST_SESSION_KEY]
except KeyError:
raise UnexpectedFormData("No OpenID request in session")
# Decode the request parameters and create the request object.
self.openid_request = self.openid_server.decodeRequest(
self.openid_parameters)
assert zisinstance(
self.openid_request,
CheckIDRequest), ('Invalid OpenIDRequest in session')
def setupQueueList(self):
"""Setup a batched queue list.
Returns None, so use tal:condition="not: view/setupQueueList" to
invoke it in template.
"""
# recover selected queue state and name filter
self.name_filter = self.request.get('queue_text', '')
try:
state_value = int(self.request.get('queue_state', ''))
except ValueError:
state_value = PackageUploadStatus.NEW.value
try:
self.state = PackageUploadStatus.items[state_value]
except KeyError:
raise UnexpectedFormData(
'No suitable status found for value "%s"' % state_value)
self.queue = self.context.getPackageUploadQueue(self.state)
valid_states = [
PackageUploadStatus.NEW,
PackageUploadStatus.ACCEPTED,
PackageUploadStatus.REJECTED,
PackageUploadStatus.DONE,
PackageUploadStatus.UNAPPROVED,
]
self.filtered_options = []
for state in valid_states:
selected = (state == self.state)
self.filtered_options.append(
dict(name=state.title, value=state.value, selected=selected))
queue_items = self.context.getPackageUploads(status=self.state,
name=self.name_filter)
self.batchnav = BatchNavigator(queue_items,
self.request,
size=QUEUE_SIZE)
def processProposedMember(self):
if self.context.status != TeamMembershipStatus.PROPOSED:
# Catch a double-form-post.
self.errormessage = _(
'The membership request for %s has already been processed.' %
self.context.person.displayname)
return
assert self.context.status == TeamMembershipStatus.PROPOSED
if self.request.form.get('decline'):
status = TeamMembershipStatus.DECLINED
elif self.request.form.get('approve'):
status = TeamMembershipStatus.APPROVED
else:
raise UnexpectedFormData(
"None of the expected actions were found.")
if self._setMembershipData(status):
self.request.response.redirect('%s/+members' %
canonical_url(self.context.team))
def render(self):
"""Handle all OpenID requests and form submissions."""
# NB: Will be None if there are no parameters in the request.
self.openid_request = self.openid_server.decodeRequest(
self.openid_parameters)
if self.openid_request.mode == 'checkid_setup':
referer = self.request.get("HTTP_REFERER")
if referer:
self.request.response.setCookie("openid_referer", referer)
# Log the user out and present the login page so that they can
# authenticate as somebody else if they want.
logoutPerson(self.request)
return self.showLoginPage()
elif self.openid_request.mode == 'checkid_immediate':
raise UnexpectedFormData(
'We do not handle checkid_immediate requests.')
else:
return self.renderOpenIDResponse(
self.openid_server.handleRequest(self.openid_request))
def _getSelectedPOTMsgSets(self):
"""Return a list of the POTMsgSets that will be rendered."""
# The set of message sets we get is based on the selection of kind
# of strings we have in our form.
get_functions = {
'all': self._handleShowAll,
'translated': self.context.getPOTMsgSetTranslated,
'untranslated': self.context.getPOTMsgSetUntranslated,
'new_suggestions': self.context.getPOTMsgSetWithNewSuggestions,
'changed_in_ubuntu':
self.context.getPOTMsgSetDifferentTranslations,
}
if self.show not in get_functions:
raise UnexpectedFormData('show = "%s"' % self.show)
# We cannot listify the results to avoid additional count queries,
# because we could end up with a list of more than 32000 items with
# an average list of 5000 items.
# The batch system will slice the list of items so we will fetch only
# the exact number of entries we need to render the page.
return get_functions[self.show]()
def getInputValue(self):
"""See zope.formlib.interfaces.IInputWidget."""
self.setUpSubWidgets()
form_value = self.request.form_ng.getOne(self.name)
if form_value == 'product':
try:
return self.product_widget.getInputValue()
except MissingInputError:
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError('Please enter a project name'))
except ConversionError:
entered_name = self.request.form_ng.getOne("%s.product" %
self.name)
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no project named '%s' registered in"
" Launchpad" % entered_name))
elif form_value == 'personal':
return '+junk'
else:
raise UnexpectedFormData("No valid option was selected.")
def __call__(self):
"""Create a request token and include its key/secret in the response.
If the consumer key is empty or the signature doesn't match, respond
with a 401 status. If the key is not empty but there's no consumer
with it, we register a new consumer.
"""
try:
form = get_oauth_authorization(self.request)
except UnicodeDecodeError:
raise UnexpectedFormData("Invalid UTF-8.")
consumer_key = form.get('oauth_consumer_key')
if not consumer_key:
self.request.unauthorized(OAUTH_CHALLENGE)
return u''
consumer_set = getUtility(IOAuthConsumerSet)
consumer = consumer_set.getByKey(consumer_key)
if consumer is None:
consumer = consumer_set.new(key=consumer_key)
if not check_oauth_signature(self.request, consumer, None):
return u''
token, secret = consumer.newRequestToken()
if self.request.headers.get('Accept') == HTTPResource.JSON_TYPE:
# Don't show the client the DESKTOP_INTEGRATION access
# level. If they have a legitimate need to use it, they'll
# already know about it.
permissions = [
permission for permission in OAuthPermission.items
if (permission != OAuthPermission.DESKTOP_INTEGRATION)
]
return self.getJSONRepresentation(
permissions, token, secret=secret)
return u'oauth_token=%s&oauth_token_secret=%s' % (token.key, secret)
def getInputValue(self):
"""See `zope.formlib.interfaces.IInputWidget`."""
self.setUpSubWidgets()
form_value = self.request.form_ng.getOne(self.name)
if form_value == "repository_owner":
return GitGranteeType.REPOSITORY_OWNER
elif form_value == "person":
try:
return self.person_widget.getInputValue()
except MissingInputError:
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"Please enter a person or team name"))
except ConversionError:
entered_name = self.request.form_ng.getOne("%s.person" %
self.name)
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no person or team named '%s' registered in "
"Launchpad" % entered_name))
else:
raise UnexpectedFormData("No valid option was selected.")
def initialize(self):
"""Useful initialization for this view class."""
super(TranslationImportQueueView, self).initialize()
target_filter = self.widgets['filter_target']
if target_filter.hasInput() and not target_filter.hasValidInput():
raise UnexpectedFormData("Unknown target.")
def _toFieldValue(self, input):
if isinstance(input, list):
raise UnexpectedFormData('Only a single value is expected')
return super(URIWidget, self)._toFieldValue(input)
def change_status_action(self, action, data):
"""Handle a queue submission changing the status of its entries."""
# The user must be logged in.
if self.user is None:
raise UnexpectedFormData(
'Users not logged cannot submit this form.')
number_of_changes = 0
for form_item in data:
if not form_item.startswith('status_'):
# We are not interested on this form_item.
continue
# It's an form_item to handle.
try:
# 'ignored' is 'status' due to the previous check, so we could
# ignore that part.
ignored, id_string = form_item.split('_')
# The id is an integer
id = int(id_string)
except ValueError:
# We got an form_item with more than one '_' char or with an
# id that is not a number, that means that someone is playing
# badly with our system so it's safe to just ignore the
# request.
raise UnexpectedFormData(
'Ignored your request because it is broken.')
# Get the entry we are working on.
import_queue_set = getUtility(ITranslationImportQueue)
entry = import_queue_set.get(id)
new_status_name = data.get(form_item)
if new_status_name == entry.status.name:
# The entry's status didn't change we can jump to the next
# entry.
continue
# The status changed.
number_of_changes += 1
# Determine status enum from from value.
new_status = None
for status in RosettaImportStatus.items:
if new_status_name == status.name:
new_status = status
break
if new_status is None:
# We are trying to set a bogus status.
# That means that it's a broken request.
raise UnexpectedFormData(
'Ignored the request to change the status from %s to %s.' %
(entry.status.name, new_status_name))
else:
# This will raise an exception if the user is not authorized.
entry.setStatus(new_status, self.user)
# Update the date_status_change field.
UTC = pytz.timezone('UTC')
entry.date_status_changed = datetime.datetime.now(UTC)
if number_of_changes == 0:
self.request.response.addWarningNotification(
"Ignored your status change request as you didn't select any"
" change.")
else:
self.request.response.addInfoNotification(
"Changed the status of %d queue entries." % number_of_changes)
def getInputValue(self):
"""See `zope.formlib.interfaces.IInputWidget`."""
self.setUpSubWidgets()
form_value = self.request.form_ng.getOne(self.name)
if form_value == "project":
try:
return self.project_widget.getInputValue()
except MissingInputError:
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError("Please enter a project name"))
except ConversionError:
entered_name = self.request.form_ng.getOne("%s.project" %
self.name)
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no project named '%s' registered in "
"Launchpad" % entered_name))
elif form_value == "package":
try:
distribution = self.distribution_widget.getInputValue()
except ConversionError:
entered_name = self.request.form_ng.getOne("%s.distribution" %
self.name)
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no distribution named '%s' registered in "
"Launchpad" % entered_name))
try:
if self.package_widget.hasInput():
if bool(getFeatureFlag('disclosure.dsp_picker.enabled')):
self.package_widget.vocabulary.setDistribution(
distribution)
package_name = self.package_widget.getInputValue()
else:
package_name = None
if package_name is None:
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"Please enter a package name"))
if IDistributionSourcePackage.providedBy(package_name):
dsp = package_name
else:
source_name = distribution.guessPublishedSourcePackageName(
package_name.name)
dsp = distribution.getSourcePackage(source_name)
except (ConversionError, NotFoundError):
entered_name = self.request.form_ng.getOne("%s.package" %
self.name)
raise WidgetInputError(
self.name, self.label,
LaunchpadValidationError(
"There is no package named '%s' published in %s." %
(entered_name, distribution.displayname)))
return dsp
elif form_value == "personal":
return None
else:
raise UnexpectedFormData("No valid option was selected.")
def __call__(self):
name = self.request.form.get('name')
if name is None:
raise MissingInputError('name', '')
search_text = self.request.form.get('search_text')
if search_text is None:
raise MissingInputError('search_text', '')
search_filter = self.request.form.get('search_filter')
try:
factory = getUtility(IVocabularyFactory, name)
except ComponentLookupError:
raise UnexpectedFormData(
'Unknown vocabulary %r' % name)
vocabulary = factory(self.context)
if IHugeVocabulary.providedBy(vocabulary):
matches = vocabulary.searchForTerms(search_text, search_filter)
total_size = matches.count()
else:
matches = list(vocabulary)
total_size = len(matches)
batch_navigator = BatchNavigator(matches, self.request)
# We need to collate what IPickerEntrySource adapters are required for
# the items in the current batch. We expect that the batch will be
# homogenous and so only one adapter instance is required, but we
# allow for the case where the batch may contain disparate entries
# requiring different adapter implementations.
# A mapping from adapter class name -> adapter instance
adapter_cache = {}
# A mapping from adapter class name -> list of vocab terms
picker_entry_terms = {}
for term in batch_navigator.currentBatch():
picker_entry_source = IPickerEntrySource(term.value)
adapter_class = picker_entry_source.__class__.__name__
picker_terms = picker_entry_terms.get(adapter_class)
if picker_terms is None:
picker_terms = []
picker_entry_terms[adapter_class] = picker_terms
adapter_cache[adapter_class] = picker_entry_source
picker_terms.append(term.value)
# A mapping from vocab terms -> picker entries
picker_term_entries = {}
# For the list of terms associated with a picker adapter, we get the
# corresponding picker entries by calling the adapter.
for adapter_class, term_values in picker_entry_terms.items():
picker_entries = adapter_cache[adapter_class].getPickerEntries(
term_values,
self.context)
for term_value, picker_entry in izip(term_values, picker_entries):
picker_term_entries[term_value] = picker_entry
result = []
for term in batch_navigator.currentBatch():
entry = dict(value=term.token, title=term.title)
# The canonical_url without just the path (no hostname) can
# be passed directly into the REST PATCH call.
api_request = IWebServiceClientRequest(self.request)
try:
entry['api_uri'] = canonical_url(
term.value, request=api_request,
path_only_if_possible=True)
except NoCanonicalUrl:
# The exception is caught, because the api_url is only
# needed for inplace editing via a REST call. The
# form picker doesn't need the api_url.
entry['api_uri'] = 'Could not find canonical url.'
picker_entry = picker_term_entries[term.value]
if picker_entry.description is not None:
if len(picker_entry.description) > MAX_DESCRIPTION_LENGTH:
entry['description'] = (
picker_entry.description[:MAX_DESCRIPTION_LENGTH - 3]
+ '...')
else:
entry['description'] = picker_entry.description
if picker_entry.image is not None:
entry['image'] = picker_entry.image
if picker_entry.css is not None:
entry['css'] = picker_entry.css
if picker_entry.alt_title is not None:
entry['alt_title'] = picker_entry.alt_title
if picker_entry.title_link is not None:
entry['title_link'] = picker_entry.title_link
if picker_entry.details is not None:
entry['details'] = picker_entry.details
if picker_entry.alt_title_link is not None:
entry['alt_title_link'] = picker_entry.alt_title_link
if picker_entry.link_css is not None:
entry['link_css'] = picker_entry.link_css
if picker_entry.badges:
entry['badges'] = picker_entry.badges
if picker_entry.metadata is not None:
entry['metadata'] = picker_entry.metadata
if picker_entry.target_type is not None:
entry['target_type'] = picker_entry.target_type
result.append(entry)
self.request.response.setHeader('Content-type', 'application/json')
return simplejson.dumps(dict(total_size=total_size, entries=result))
