def create_subobjects(self, context, total=0, types=None):
request = self.request
amount = int(request.get('amount', 3))
if types is None:
base = aq_base(context)
if IBaseContent.providedBy(base):
types = []
if hasattr(base, 'constrainTypesMode') and base.constrainTypesMode:
types = context.locallyAllowedTypes
elif IDexterityContent.providedBy(base):
fti = getUtility(IDexterityFTI, name=context.portal_type)
types = fti.filter_content_types and fti.allowed_content_types
if not types:
msg = _('Either restrict the addable types in this folder or ' \
'provide a type argument.')
addStatusMessage(request, msg)
return total
else:
msg = _("The context doesn't provide IBaseContent or "
"IDexterityContent. It might be a Plone Site object, "
"but either way, I haven't gotten around to dealing with "
"it. Why don't you jump in and help?")
addStatusMessage(request, msg)
return total
for portal_type in types:
if portal_type in ['File', 'Image', 'Folder']:
continue
for n in range(0, amount):
obj = self.create_object(context, portal_type)
total += 1
if request.get('recurse'):
total = self.create_subobjects(obj, total=total, types=None)
return total
def unsubscribe(self):
"""init
"""
pn = getToolByName(self, "portal_notification")
subscriptions = pn._subscriptions
sub_keys = subscriptions.keys()
variables = self.request.form
for userid in variables.keys():
paths = variables[userid]
for path in paths:
if path == "all":
for existing_path in sub_keys:
self.deleteUserOnPath(subscriptions,
userid,
existing_path)
else:
if path in sub_keys:
self.deleteUserOnPath(subscriptions,
userid,
path)
addStatusMessage(self.request,
"User(s) unsubscribed successfully",
type='info')
url = "%s/notification_controlpanel" % self.context.absolute_url()
self.request.RESPONSE.redirect(url)
def __call__(self):
request = self.request
form = request.form
CheckAuthenticator(form)
if form.get('submitted'):
# Validate form submission
csvfile = form.get('csvfile')
data = csvfile.read()
lines = data.splitlines()
filename = csvfile.filename
if not csvfile:
addStatusMessage(request, _("No file selected"))
return self.template()
if len(lines) < 3:
addStatusMessage(request, _("Too few lines in CSV file"))
return self.template()
# Create the arimport object
arimport = _createObjectByType("ARImport", self.context, tmpID())
arimport.processForm()
arimport.setTitle(self.mkTitle(filename))
arimport.schema['OriginalFile'].set(arimport, data)
# Save all fields from the file into the arimport schema
arimport.save_header_data()
arimport.save_sample_data()
# immediate batch creation if required
arimport.create_or_reference_batch()
# Attempt first validation
try:
workflow = getToolByName(self.context, 'portal_workflow')
workflow.doActionFor(arimport, 'validate')
except WorkflowException:
self.request.response.redirect(arimport.absolute_url() +
"/edit")
else:
return self.template()
def __call__(self):
request = self.request
form = request.form
CheckAuthenticator(form)
if form.get('submitted'):
# Validate form submission
csvfile = form.get('csvfile')
data = csvfile.read()
lines = data.splitlines()
filename = csvfile.filename
if not csvfile:
addStatusMessage(request, _("No file selected"))
return self.template()
if len(lines) < 3:
addStatusMessage(request, _("Too few lines in CSV file"))
return self.template()
# Create the arimport object
arimport = _createObjectByType("ARImport", self.context, tmpID())
arimport.processForm()
arimport.setTitle(self.mkTitle(filename))
arimport.schema['OriginalFile'].set(arimport, data)
# Save all fields from the file into the arimport schema
arimport.save_header_data()
arimport.save_sample_data()
# immediate batch creation if required
arimport.create_or_reference_batch()
# Attempt first validation
try:
workflow = getToolByName(self.context, 'portal_workflow')
workflow.doActionFor(arimport, 'validate')
except WorkflowException:
self.request.response.redirect(arimport.absolute_url() +
"/edit")
else:
return self.template()
def workflow_before_validate(self):
"""This function transposes values from the provided file into the
ARImport object's fields, and checks for invalid values.
If errors are found:
- Validation transition is aborted.
- Errors are stored on object and displayed to user.
"""
# Re-set the errors on this ARImport each time validation is attempted.
# When errors are detected they are immediately appended to this field.
self.setErrors([])
self.validate_headers()
self.validate_samples()
if self.getErrors():
addStatusMessage(self.REQUEST, _p('Validation errors.'), 'error')
transaction.commit()
self.REQUEST.response.write(
'<script>document.location.href="%s/edit"</script>' % (
self.absolute_url()))
self.REQUEST.response.write(
'<script>document.location.href="%s/view"</script>' % (
self.absolute_url()))
def __call__(self):
self.processed = False
self.errors = {}
start_time = self.context.ZopeTime().timeTime()
if not self.request.form.get('form.submitted'):
return self.template()
# fetch value from request
input_encoding = self.request.form.get('input_encoding', 'utf-8')
span_of_search = self.request.form.get('span_of_search', None)
format = self.request.form.get('format', 'bib')
# process source
filename = None
source = self.request.form.get('up_text')
if not source:
upfile = self.request.form.get('file')
filename = upfile and getattr(upfile, 'filename', None)
if not filename:
self.errors['file'] = _(u'You must import a file or enter a'
' text.')
addStatusMessage(self.request,
_(u"Please correct the indicated errors."))
return self.template()
source = upfile.read()
if not source or not isinstance(source, basestring):
msg = "Could not read the file '%s'." % filename
self.errors['file'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
# skip DOS line breaks
source = source.replace('\r', '')
# get parsed entries from the Bibliography Tool
bibtool = getToolByName(self.context, 'portal_bibliography')
try:
entries = bibtool.getEntries(source,
format,
filename,
input_encoding=input_encoding)
except ImportParseError:
msg = """%s Parser's 'checkFormat' and guessing the format""" \
""" from the file name '%s' failed.""" % (format,
filename)
self.errors['format'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
except UnicodeError:
msg = """The choosen input encoding does not match the real """ \
"""encoding of your input data in order to convert it to """\
"""unicode internally."""
self.errors['input_encoding'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
except RuntimeError, e:
addStatusMessage(self.request, _(unicode(e)))
return self.template()
def __call__(self):
self.processed = False
self.errors = {}
start_time = self.context.ZopeTime().timeTime()
if not self.request.form.get('form.submitted'):
return self.template()
# fetch value from request
input_encoding = self.request.form.get('input_encoding', 'utf-8')
span_of_search = self.request.form.get('span_of_search', None)
format = self.request.form.get('format', 'bib')
# process source
filename = None
source = self.request.form.get('up_text')
if not source:
upfile = self.request.form.get('file')
filename = upfile and getattr(upfile, 'filename', None)
if not filename:
self.errors['file'] = _(u'You must import a file or enter a'
' text.')
addStatusMessage(self.request,
_(u"Please correct the indicated errors."))
return self.template()
source = upfile.read()
if not source or not isinstance(source, basestring):
msg = "Could not read the file '%s'." % filename
self.errors['file'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
# skip DOS line breaks
source = source.replace('\r', '')
# get parsed entries from the Bibliography Tool
bibtool = getToolByName(self.context, 'portal_bibliography')
try:
entries = bibtool.getEntries(source, format, filename,
input_encoding=input_encoding)
except ImportParseError:
msg = """%s Parser's 'checkFormat' and guessing the format""" \
""" from the file name '%s' failed.""" % (format,
filename)
self.errors['format'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
except UnicodeError:
msg = """The choosen input encoding does not match the real """ \
"""encoding of your input data in order to convert it to """\
"""unicode internally."""
self.errors['input_encoding'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
except RuntimeError, e:
addStatusMessage(self.request, _(unicode(e)))
return self.template()
def save(self, action):
data, errors = self.extractData()
if errors:
self.status = '\n'.join([error.error.__str__() for error in errors])
return
annotations = IAnnotations(self.context)
annotations['slc.facetedcalendar.facets'] = data['facets']
addStatusMessage(self.request, _('Filters Saved'), type='info')
self.request.response.redirect('/'.join(self.context.getPhysicalPath()))
def save_confirmation(self, action):
data, errors = self.extractData()
if errors:
self.status = '\n'.join([error.error.__str__() for error in errors])
return
context = aq_inner(self.context)
utils.save_confirmation(context, data['attending'])
addStatusMessage(self.request,
"Thank you for confirming.", type='info')
self.request.response.redirect(self.context.REQUEST.get('URL'))
def workflow_before_validate(self):
"""This function transposes values from the provided file into the
ARImport object's fields, and checks for invalid values.
If errors are found:
- Validation transition is aborted.
- Errors are stored on object and displayed to user.
"""
# Re-set the errors on this ARImport each time validation is attempted.
# When errors are detected they are immediately appended to this field.
if not self.getClient():
#Modified from ProcessForm only
return
self.setErrors([])
def item_empty(gridrow, key):
if not gridrow.get(key, False):
return True
return len(gridrow[key]) == 0
row_nr = 0
for gridrow in self.getSampleData():
row_nr += 1
for key in ('SamplingDate', 'Priority', 'Strain',
'ClientStateLicenseID'):
if item_empty(gridrow, key):
self.error("Row %s: %s is required" % (row_nr, key))
samplingDate = gridrow['SamplingDate']
try:
new = DateTime(samplingDate)
ulocalized_time(new,
long_format=True,
time_only=False,
context=self)
except:
self.error("Row %s: SamplingDate format must be 2017-06-21" %
row_nr)
sampler = gridrow['Sampler']
if not sampler:
gridrow['Sampler'] = ''
self.validate_headers()
self.validate_samples()
if self.getErrors() and self.getErrors() != ():
addStatusMessage(self.REQUEST, _p('Validation errors.'), 'error')
transaction.commit()
self.REQUEST.response.write(
'<script>document.location.href="%s/edit"</script>' %
(self.absolute_url()))
self.REQUEST.response.write(
'<script>document.location.href="%s/view"</script>' %
(self.absolute_url()))
def email_all(self, action):
data, errors = self.extractData()
if errors:
self.status = '\n'.join([error.error.__str__() for error in errors])
return
data = utils.save_attendees(self.context, data)
utils.email_recipients(self.context, data)
addStatusMessage(self.request,
"Attendees have been saved and notified",
type='info')
self.request.response.redirect(self.context.REQUEST.get('URL'))
def create_subobjects(root, context, data, total=0):
amount = int(data.get('amount', 3))
types = data.get('portal_type')
if types is None:
base = aq_base(context)
if IBaseContent.providedBy(base):
types = []
if hasattr(base, 'constrainTypesMode') and base.constrainTypesMode:
types = context.locallyAllowedTypes
elif IDexterityContent.providedBy(base):
fti = component.getUtility(IDexterityFTI, name=context.portal_type)
types = fti.filter_content_types and fti.allowed_content_types
if not types:
msg = _('Either restrict the addable types in this folder or ' \
'provide a type argument.')
addStatusMessage(context.request, msg)
return total
else:
msg = _("The context doesn't provide IBaseContent or "
"IDexterityContent. It might be a Plone Site object, "
"but either way, I haven't gotten around to dealing with "
"it. Why don't you jump in and help?")
addStatusMessage(context.request, msg)
return total
recurse = False
if data.get('recurse', None) not in [None, '0', 'False', False]:
depth = 0
node = context
while IUUID(node) != IUUID(root):
depth += 1
node = node.aq_parent
if depth < data.get('recursion_depth'):
recurse = True
for portal_type in types:
for n in range(0, amount):
obj = create_object(context, portal_type, data)
total += 1
if not IObjectManager.providedBy(obj):
continue
if recurse:
if shasattr(obj, 'getLocallyAllowedTypes'):
data['portal_type'] = \
list(obj.getLocallyAllowedTypes())
elif shasattr(obj, 'allowedContentTypes'):
data['portal_type'] = \
[t.id for t in obj.allowedContentTypes()]
total = create_subobjects(root, obj, data, total)
return total
def create(self, action):
data, errors = self.extractData()
if errors:
self.status = '\n'.join([error.error.__str__() for error in errors])
return
context = aq_inner(self.context)
total = create_subobjects(context, context, data, 0)
addStatusMessage(
self.request,
'Successfully created %d dummy objects.' % total,
type='info')
self.request.response.redirect(self.context.REQUEST.get('URL'))
def add_url(self, action):
data, errors = self.extractData()
if errors:
self.status = "\n".join([error.error.__str__() for error in errors])
return
urls = []
if data.has_key("calendar_urls"):
urls = [v.strip() for v in data["calendar_urls"].split()]
annotations = IAnnotations(self.context)
annotations["slc.calendarfetcher-urls"] = urls
addStatusMessage(self.request, "URLs Saved", type="info")
self.request.response.redirect(self.context.REQUEST.get("URL"))
def create(self, action):
data, errors = self.extractData()
if errors:
self.status = '\n'.join([
error.error.__str__() for error in errors])
return
context = aq_inner(self.context)
total = create_subobjects(context, context, data, 0)
addStatusMessage(
self.request,
_(u'Successfully created %d dummy objects.') % total,
type='info')
self.request.response.redirect(self.context.REQUEST.get('URL'))
def email_new(self, action):
data, errors = self.extractData()
if errors:
self.status = '\n'.join([error.error.__str__() for error in errors])
return
context = aq_inner(self.context)
new_attendees = utils.get_new_attendees(context, data)
utils.save_attendees(context, data)
utils.email_recipients(context, new_attendees)
if new_attendees['internal_attendees'] or \
new_attendees['external_attendees']:
addStatusMessage(self.request,
"The new attendees have been added and notified.",
type='info')
self.request.response.redirect(self.context.REQUEST.get('URL'))
def add_and_refresh(self, action):
data, errors = self.extractData()
if errors:
self.status = _("Please correct the following errors before saving the form")
return
if data.has_key("calendar_urls"):
urls = [v for v in data["calendar_urls"].split()]
utils.fetch_calendars(self.context, self.request, urls)
else:
urls = []
annotations = IAnnotations(self.context)
annotations["slc.calendarfetcher-urls"] = urls
addStatusMessage(self.request, "URLs Saved", type="info")
self.request.response.redirect(self.context.REQUEST.get("URL"))
def invokeFactory(self, type_name=None, id=None, RESPONSE=None,
base_impl=False, *args, **kw):
"""invoke the factory"""
if base_impl:
return super(Specification, self).invokeFactory(
type_name, id, RESPONSE, *args, **kw)
factory_name = 'factory_' + type_name
factory = getattr(self, factory_name, None)
if not factory:
return super(Specification, self).invokeFactory(
type_name, id, RESPONSE, *args, **kw)
try:
res = factory()
except ValueError, e:
request = self.REQUEST
addStatusMessage(request, e, type='error')
raise
def fetch_calendars(context, request, urls):
messages = []
title = context.Title()
for url in urls:
view = zope.component.queryMultiAdapter((context, request),
name='import.html',
default=None
)
try:
message = view.import_from_url(url)
except HTTPError, e:
msg = "Received a '404 Not Found' error for %s" % url
addStatusMessage(request, msg, type='error')
else:
msg = '%s from %s' % (message, url)
addStatusMessage(request, msg, type='info')
messages.append(msg)
def __call__(self, **kw):
"""
type: string - The portal_type of the content type to create
amount: integer - The amount of objects to create
ul: bool - Add unordered lists.
ol: bool - Add numbered lists.
dl: bool - Add description lists.
bq: bool - Add blockquotes.
code: bool - Add code samples.
link: bool - Add links.
prude: bool - Prude version.
headers: bool - Add headers.
allcaps: bool - Use ALL CAPS.
decorate: bool - Add bold, italic and marked text.
publish: bool - Should the objects be published
recurse: bool - Should objects be created recursively?
parnum: integer -
The number of paragraphs to generate. (NOT USED)
length: short, medium, long, verylong -
The average length of a paragraph (NOT USED)
"""
request = self.request
context = aq_inner(self.context)
types = self.request.get('type')
if isinstance(types, str):
types = [types]
# There are some formatting options that we want enabled by default. If
# the user didn't specify them in the URL, we add them here.
for key, default in OPTIONS.items():
if not request.has_key(key):
request.set(key, default)
total = create_subobjects(context, request, 0, types)
addStatusMessage(request, _('%d objects successfully created' % total))
return request.RESPONSE.redirect('/'.join(context.getPhysicalPath()))
def __call__(self, **kw):
"""
type: string - The portal_type of the content type to create
amount: integer - The amount of objects to create
ul: bool - Add unordered lists.
ol: bool - Add numbered lists.
dl: bool - Add description lists.
bq: bool - Add blockquotes.
code: bool - Add code samples.
link: bool - Add links.
prude: bool - Prude version.
headers: bool - Add headers.
allcaps: bool - Use ALL CAPS.
decorate: bool - Add bold, italic and marked text.
publish: bool - Should the objects be published
recurse: bool - Should objects be created recursively?
parnum: integer -
The number of paragraphs to generate. (NOT USED)
length: short, medium, long, verylong -
The average length of a paragraph (NOT USED)
"""
request = self.request
context = aq_inner(self.context)
types = self.request.get('type')
if isinstance(types, str):
types = [types]
# There are some formatting options that we want enabled by default. If
# the user didn't specify them in the URL, we add them here.
for key, default in OPTIONS.items():
if not request.has_key(key):
request.set(key, default)
total = create_subobjects(context, request, 0, types)
addStatusMessage(request, _('%d objects successfully created' % total))
return request.RESPONSE.redirect('/'.join(context.getPhysicalPath()))
def users_from_csv(self):
"""Import users/groups from csv."""
csvfile = self.REQUEST.form['csv_users']
if not csvfile:
return 'Please provide a csv structure file !'
else:
members, groups, errors = getUsersandGroups(csvfile)
if errors:
status_message = _(u'You have erors in your csvfile !',
default=u'You have erors in your csvfile !')
else:
setUpMembers(self, members)
setUpGroups(self, groups)
status_message = _(u'Users and groups succesfully imported',
default=u'Users and groups succesfully imported')
addStatusMessage(self.REQUEST, status_message)
# and redirect him to the fine location
next_url = self.portal_url()
self.REQUEST.RESPONSE.redirect(next_url)
return self.REQUEST.RESPONSE
def create_subobjects(self, context, total=0, types=None):
request = self.request
amount = int(request.get('amount', 3))
if types is None:
base = aq_base(context)
if IBaseContent.providedBy(base):
types = []
if hasattr(base,
'constrainTypesMode') and base.constrainTypesMode:
types = context.locallyAllowedTypes
elif IDexterityContent.providedBy(base):
fti = getUtility(IDexterityFTI, name=context.portal_type)
types = fti.filter_content_types and fti.allowed_content_types
if not types:
msg = _('Either restrict the addable types in this folder or ' \
'provide a type argument.')
addStatusMessage(request, msg)
return total
else:
msg = _(
"The context doesn't provide IBaseContent or "
"IDexterityContent. It might be a Plone Site object, "
"but either way, I haven't gotten around to dealing with "
"it. Why don't you jump in and help?")
addStatusMessage(request, msg)
return total
for portal_type in types:
if portal_type in ['File', 'Image', 'Folder']:
continue
for n in range(0, amount):
obj = self.create_object(context, portal_type)
total += 1
if request.get('recurse'):
total = self.create_subobjects(obj,
total=total,
types=None)
return total
def invokeFactory(self,
type_name=None,
id=None,
RESPONSE=None,
base_impl=False,
*args,
**kw):
"""invoke the factory"""
if base_impl:
return super(Specification,
self).invokeFactory(type_name, id, RESPONSE, *args,
**kw)
factory_name = 'factory_' + type_name
factory = getattr(self, factory_name, None)
if not factory:
return super(Specification,
self).invokeFactory(type_name, id, RESPONSE, *args,
**kw)
try:
res = factory()
except ValueError, e:
request = self.REQUEST
addStatusMessage(request, e, type='error')
raise
def __call__(self, **kw):
"""
type: string - The portal_type of the content type to create
amount: integer - The amount of objects to create
ul: bool - Add unordered lists.
ol: bool - Add numbered lists.
dl: bool - Add description lists.
bq: bool - Add blockquotes.
code: bool - Add code samples.
link: bool - Add links.
prude: bool - Prude version.
headers: bool - Add headers.
allcaps: bool - Use ALL CAPS.
decorate: bool - Add bold, italic and marked text.
publish: bool - Should the objects be published
recurse: bool - Should objects be created recursively?
parnum: integer -
The number of paragraphs to generate. (NOT USED)
length: short, medium, long, verylong -
The average length of a paragraph (NOT USED)
"""
request = self.request
context = aq_inner(self.context)
types = self.request.get('type')
if isinstance(types, str):
types = [types]
total = self.create_subobjects(context, 0, types)
addStatusMessage(request, _('%d objects successfully created' % total))
return request.RESPONSE.redirect('/'.join(context.getPhysicalPath()))
def __call__(self, **kw):
"""
type: string - The portal_type of the content type to create
amount: integer - The amount of objects to create
ul: bool - Add unordered lists.
ol: bool - Add numbered lists.
dl: bool - Add description lists.
bq: bool - Add blockquotes.
code: bool - Add code samples.
link: bool - Add links.
prude: bool - Prude version.
headers: bool - Add headers.
allcaps: bool - Use ALL CAPS.
decorate: bool - Add bold, italic and marked text.
publish: bool - Should the objects be published
recurse: bool - Should objects be created recursively?
parnum: integer -
The number of paragraphs to generate. (NOT USED)
length: short, medium, long, verylong -
The average length of a paragraph (NOT USED)
"""
request = self.request
context = aq_inner(self.context)
types = self.request.get('type')
if isinstance(types, str):
types = [types]
total = self.create_subobjects(context, 0, types)
addStatusMessage(request, _('%d objects successfully created' % total))
return request.RESPONSE.redirect('/'.join(context.getPhysicalPath()))
def structure_from_csv(self):
"""Import structure/content via csvrepliacta."""
csvfile = self.REQUEST.form['csv_structure']
if not csvfile:
return 'Please provide a csv structure file !'
else:
import transaction
import os
from zope.interface import alsoProvides, noLongerProvides
from Products.csvreplicata.interfaces import ICSVReplicable, \
Icsvreplicata
from pgolf.tma.config import getImportOptionsFromIni
import_settings, default_transition = getImportOptionsFromIni()
import foo
# are we in zopetestcase ?
# if not we have to install temorarly csvreplicata just to import
# structure else it's installed via base_setup
zopetestcase = (('ZOPE_TESTCASE' in os.environ)
or ('ZOPETESTCASE' in os.environ))
portal_quickinstaller = self.portal_quickinstaller
has_csvreplicata = portal_quickinstaller.\
isProductInstalled('csvreplicata')
if not zopetestcase and not has_csvreplicata:
#install temporarly csvreplicata if not used by policy.
portal_quickinstaller.installProduct('csvreplicata')
transaction.savepoint()
#provide ICSVReplicable to plonesite
alsoProvides(self, ICSVReplicable)
csvreplicatatool = self.portal_csvreplicatatool
# save existents user settings
if has_csvreplicata:
old_replicabletypes_settings = csvreplicatatool.replicabletypes
# register Structure replicabletypes
csvreplicatatool.replicabletypes = import_settings
# now import
replicator = Icsvreplicata(self)
replicator.csvimport(csvfile, datetimeformat='%d/%m/%Y',
wf_transition=default_transition)
# restore replicabletypes user settings
if has_csvreplicata :
csvreplicatatool.replicabletypes = old_replicabletypes_settings
#remove ICSVReplicable interface for self
noLongerProvides(self, ICSVReplicable)
#uninistall csvreplicata if not used by policy
if not zopetestcase and not has_csvreplicata:
portal_quickinstaller.uninstallProducts(['csvreplicata'])
status_message = _(u'structure succesfully imported',
default=u'structure succesfully imported')
addStatusMessage(self.REQUEST, status_message)
# and redirect him to the fine location
next_url = self.portal_url()
self.REQUEST.RESPONSE.redirect(next_url)
return self.REQUEST.RESPONSE
if next or previous:
s_names = [s for s in schemata.keys() if s != 'metadata']
if previous:
s_names.reverse()
next_schemata = None
try:
index = s_names.index(fieldset)
except ValueError:
raise 'Non-existing fieldset: %s' % fieldset
else:
index += 1
if index < len(s_names):
next_schemata = s_names[index]
addStatusMessage(REQUEST, portal_status_message)
return state.set(status='next_schemata',
context=new_context,
fieldset=next_schemata)
if next_schemata != None:
addStatusMessage(REQUEST, portal_status_message)
return state.set(status='next_schemata',
context=new_context,
fieldset=next_schemata)
else:
raise 'Unable to find next field set after %s' % fieldset
env = state.kwargs
reference_source_url = env.get('reference_source_url')
if reference_source_url is not None:
from Products.PythonScripts.standard import url_quote, urlencode
from Products.Archetypes.utils import addStatusMessage
portal = context.portal_url.getPortalObject()
pm = portal.portal_membership
myFolder = pm.getHomeFolder()
if not myFolder:
portal_status_message = "You must be logged in to create a Homecoming team."
addStatusMessage(context.REQUEST, portal_status_message)
kw = {
'came_from': context.absolute_url() + "/createTeam",
}
context.REQUEST.RESPONSE.redirect(portal.absolute_url() + "/login_form?" +
urlencode(kw))
else:
new_id = myFolder.generateUniqueId('HomecomingTeam')
newTeam = myFolder.invokeFactory('HomecomingTeam', new_id)
newTeamURL = myFolder.absolute_url() + '/' + newTeam
redirect_to = newTeamURL + '/edit'
portal_status_message = "A new team has been created. You must give it a name and fill out the names and email addresses of its members. Please make sure you enter correct email addresses."
addStatusMessage(context.REQUEST, portal_status_message)
ploneVersion = portal.portal_migration.getInstanceVersionTuple()
#portal_status_message += " (Plone version is %s)" % str(ploneVersion)
if ploneVersion[0] == 2 and ploneVersion[1] == 1:
last_referer = newTeamURL + '/object_delete'
else:
last_referer = newTeamURL + '/delete_confirmation'
kw = {
def create_subobjects(root, context, data, total=0):
amount = int(data.get('amount', 3))
types = data.get('portal_type')
request = getRequest()
depth = 0
node = context
if not IPloneSiteRoot.providedBy(root):
while IUUID(node) != IUUID(root):
depth += 1
node = node.aq_parent
else:
while not IPloneSiteRoot.providedBy(node):
depth += 1
node = node.aq_parent
if types is None or depth > 0:
base = aq_base(context)
if IBaseContent.providedBy(base):
types = []
if hasattr(base, 'constrainTypesMode') and base.constrainTypesMode:
types = context.locallyAllowedTypes
elif IDexterityContent.providedBy(base):
fti = component.getUtility(IDexterityFTI, name=context.portal_type)
types = fti.filter_content_types and fti.allowed_content_types
if not types:
msg = _('Either restrict the addable types in this folder '
'or provide a type argument.')
addStatusMessage(request, msg)
return total
else:
msg = _("The context doesn't provide IBaseContent or "
"IDexterityContent. It might be a Plone Site object, "
"but either way, I haven't gotten around to dealing with "
"it. Why don't you jump in and help?")
addStatusMessage(request, msg)
return total
recurse = False
if data.get('recurse', None) not in [None, '0', 'False', False] and \
depth < data.get('recursion_depth'):
recurse = True
for portal_type in types:
for n in range(0, amount):
obj = create_object(context, portal_type, data)
total += 1
if not IObjectManager.providedBy(obj):
continue
if recurse:
if not data.get('recurse_same_ptypes', False):
if shasattr(obj, 'getLocallyAllowedTypes'):
data['portal_type'] = \
list(obj.getLocallyAllowedTypes())
elif shasattr(obj, 'allowedContentTypes'):
data['portal_type'] = \
[t.id for t in obj.allowedContentTypes()]
total = create_subobjects(root, obj, data, total)
return total
## Script (Python) "rejectAnonymous"
##bind container=container
##bind context=context
##bind namespace=
##bind script=script
##bind subpath=traverse_subpath
##parameters=
##title=
##
from Products.Archetypes import PloneMessageFactory as _
from Products.Archetypes.utils import addStatusMessage
if context.portal_membership.isAnonymousUser():
url = '%s/login_form' % context.portal_url()
addStatusMessage(REQUEST, _(u'You must sign in first.'), type='info')
RESPONSE=context.REQUEST.RESPONSE
return RESPONSE.redirect(url)
return True
from Products.PythonScripts.standard import url_quote, urlencode
from Products.Archetypes.utils import addStatusMessage
portal=context.portal_url.getPortalObject()
pm=portal.portal_membership
myFolder=pm.getHomeFolder()
if not myFolder:
portal_status_message = "You must be logged in to create a Homecoming team."
addStatusMessage(context.REQUEST, portal_status_message)
kw = {
'came_from' : context.absolute_url() + "/createTeam",
}
context.REQUEST.RESPONSE.redirect(portal.absolute_url() + "/login_form?" + urlencode (kw))
else:
new_id = myFolder.generateUniqueId('HomecomingTeam')
newTeam = myFolder.invokeFactory('HomecomingTeam', new_id)
newTeamURL = myFolder.absolute_url() + '/' + newTeam
redirect_to = newTeamURL + '/edit'
portal_status_message="A new team has been created. You must give it a name and fill out the names and email addresses of its members. Please make sure you enter correct email addresses."
addStatusMessage(context.REQUEST, portal_status_message)
ploneVersion = portal.portal_migration.getInstanceVersionTuple()
#portal_status_message += " (Plone version is %s)" % str(ploneVersion)
if ploneVersion[0] == 2 and ploneVersion[1] == 1:
last_referer = newTeamURL + '/object_delete'
else:
last_referer = newTeamURL + '/delete_confirmation'
kw = {
'last_referer':last_referer,
class ImportView(BrowserView):
template = ViewPageTemplateFile('import.pt')
def __call__(self):
self.processed = False
self.errors = {}
start_time = self.context.ZopeTime().timeTime()
if not self.request.form.get('form.submitted'):
return self.template()
# fetch value from request
input_encoding = self.request.form.get('input_encoding', 'utf-8')
span_of_search = self.request.form.get('span_of_search', None)
format = self.request.form.get('format', 'bib')
# process source
filename = None
source = self.request.form.get('up_text')
if not source:
upfile = self.request.form.get('file')
filename = upfile and getattr(upfile, 'filename', None)
if not filename:
self.errors['file'] = _(u'You must import a file or enter a'
' text.')
addStatusMessage(self.request,
_(u"Please correct the indicated errors."))
return self.template()
source = upfile.read()
if not source or not isinstance(source, basestring):
msg = "Could not read the file '%s'." % filename
self.errors['file'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
# skip DOS line breaks
source = source.replace('\r', '')
# get parsed entries from the Bibliography Tool
bibtool = getToolByName(self.context, 'portal_bibliography')
try:
entries = bibtool.getEntries(source,
format,
filename,
input_encoding=input_encoding)
except ImportParseError:
msg = """%s Parser's 'checkFormat' and guessing the format""" \
""" from the file name '%s' failed.""" % (format,
filename)
self.errors['format'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
except UnicodeError:
msg = """The choosen input encoding does not match the real """ \
"""encoding of your input data in order to convert it to """\
"""unicode internally."""
self.errors['input_encoding'] = msg
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
except RuntimeError, e:
addStatusMessage(self.request, _(unicode(e)))
return self.template()
# debug message if entries is not a python list
if not entries or not isinstance(entries, (list, tuple)):
msg = "There must be something wrong with the parser"
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
# start building the report
mtool = getToolByName(self.context, 'portal_membership')
member = mtool.getAuthenticatedMember()
fullname = member.getProperty('fullname', None)
if fullname:
username = '******' % (_encode(fullname), _encode(member.getId()))
else:
username = _encode(member.getId())
tmp_report = '[%s] Imported by %s' % (self.context.ZopeTime(),
username)
if filename is not None:
tmp_report += ' from file %s' % _encode(filename)
tmp_report += ':\n\n'
# process import for each entry
processedEntries = 0
importErrors = 0
logger.info('Start import of %s raw entries.' % len(entries))
counter = 0
for entry in entries:
counter += 1
count = '#%05i: ' % counter
logger.info(count + 'processing entry')
# Workaround for #36 where an entry represents
# an error from parser instead of a dict containing
# importable data
if isinstance(entry, basestring):
msg = 'Entry could not be parsed! %s' % _encode(entry)
upload = (msg, 'error')
logger.error(count + msg)
elif entry.get('title'):
logger.info(count + 'Normal processing')
upload = self.context.processSingleImport(
entry, span_of_search=span_of_search)
else:
formated = '; '.join([
'%s=%s' % (key, entry[key]) for key in sorted(entry.keys())
if key == key.lower()
])
upload = ('Found entry without title: %s\n' % formated,
'error')
logger.error(count + upload[0])
if upload[1] == 'ok':
processedEntries += 1
else:
importErrors += 1
state, msg = _encode(upload[1].upper()), _encode(upload[0])
tmp_report += '%s: %s\n' % (state, msg)
self.context.logImportReport(tmp_report)
self.processed = True
# set the portal status message up
msg = "Processed %i entries. There were %i errors. "\
"Import processed in %f seconds. See import report below." \
% (processedEntries, importErrors,
self.context.ZopeTime().timeTime() - start_time)
logger.info(msg)
addStatusMessage(self.request, _(unicode(msg)))
return self.template()
if next or previous:
s_names = [s for s in schemata.keys() if s != 'metadata']
if previous:
s_names.reverse()
next_schemata = None
try:
index = s_names.index(fieldset)
except ValueError:
raise 'Non-existing fieldset: %s' % fieldset
else:
index += 1
if index < len(s_names):
next_schemata = s_names[index]
addStatusMessage(REQUEST, portal_status_message)
return state.set(status='next_schemata',
context=new_context,
fieldset=next_schemata)
if next_schemata != None:
addStatusMessage(REQUEST, portal_status_message)
return state.set(status='next_schemata',
context=new_context,
fieldset=next_schemata)
else:
raise 'Unable to find next field set after %s' % fieldset
env = state.kwargs
reference_source_url = env.get('reference_source_url')
if reference_source_url is not None:
'reference_focus':reference_source_field,
}
return state.set(**kwargs)
if state.errors:
errors = state.errors
s_items = [(s, schemata[s].keys()) for s in schemata.keys()]
fields = []
portal_status_message = "Please correct the indicated errors."
for s, f_names in s_items:
for f_name in f_names:
fields.append((s, f_name))
for s_name, f_name in fields:
if errors.has_key(f_name):
REQUEST.set('fieldset', s_name)
addStatusMessage(REQUEST, portal_status_message, type="error")
return state.set(
status='failure',
context=new_context,)
if not state.errors:
from Products.Archetypes.utils import transaction_note
transaction_note('Edited %s %s at %s' % (new_context.meta_type,
new_context.title_or_id(),
new_context.absolute_url()))
return state.set(status='success',
context=new_context,
)
## Script (Python) "rejectAnonymous"
##bind container=container
##bind context=context
##bind namespace=
##bind script=script
##bind subpath=traverse_subpath
##parameters=
##title=
##
from Products.Archetypes import PloneMessageFactory as _
from Products.Archetypes.utils import addStatusMessage
if context.portal_membership.isAnonymousUser():
url = '%s/login_form' % context.portal_url()
addStatusMessage(REQUEST, _(u'You must sign in first.'), type='info')
RESPONSE = context.REQUEST.RESPONSE
return RESPONSE.redirect(url)
return True
