def _getIPloneFormGenFieldsPathTitlePair(self):
formFolder = aq_parent(self)
formFolderPath = formFolder.getPhysicalPath()
formFieldTitles = []
for formField in formFolder.objectIds():
fieldObj = getattr(formFolder, formField)
title = fieldObj.Title().strip()
path = ",".join(fieldObj.getPhysicalPath()[len(formFolderPath):])
if IPloneFormGenField.providedBy(fieldObj):
formFieldTitles.append((title, path))
# also allow mapping the filename and mimetype for file uploads
if isinstance(fieldObj, FGFileField):
formFieldTitles.append((title + ' Filename', path + ',filename'))
formFieldTitles.append((title + ' Mimetype', path + ',mimetype'))
# can we also inspect further down the chain
if fieldObj.isPrincipiaFolderish:
# since nested folders only go 1 level deep
# a non-recursive approach approach will work here
for subFormField in fieldObj.objectIds():
subFieldObj = getattr(fieldObj, subFormField)
if IPloneFormGenField.providedBy(subFieldObj):
# we append a list in this case
formFieldTitles.append(("%s --> %s" % (fieldObj.Title().strip(),
subFieldObj.Title().strip()),
",".join(subFieldObj.getPhysicalPath()[len(formFolderPath):])))
return formFieldTitles
def _getIPloneFormGenFieldsPathTitlePair(self):
formFolder = aq_parent(self)
formFolderPath = formFolder.getPhysicalPath()
formFieldTitles = []
for formField in formFolder.objectIds():
fieldObj = getattr(formFolder, formField)
title = fieldObj.Title().strip()
path = ",".join(fieldObj.getPhysicalPath()[len(formFolderPath):])
if IPloneFormGenField.providedBy(fieldObj):
formFieldTitles.append((title, path))
# also allow mapping the filename and mimetype for file uploads
if isinstance(fieldObj, FGFileField):
formFieldTitles.append(
(title + ' Filename', path + ',filename'))
formFieldTitles.append(
(title + ' Mimetype', path + ',mimetype'))
# can we also inspect further down the chain
if fieldObj.isPrincipiaFolderish:
# since nested folders only go 1 level deep
# a non-recursive approach approach will work here
for subFormField in fieldObj.objectIds():
subFieldObj = getattr(fieldObj, subFormField)
if IPloneFormGenField.providedBy(subFieldObj):
# we append a list in this case
formFieldTitles.append(
("%s --> %s" % (fieldObj.Title().strip(),
subFieldObj.Title().strip()),
",".join(subFieldObj.getPhysicalPath()
[len(formFolderPath):])))
return formFieldTitles
def testDataGridFieldStaticFormFieldVocabsContainsAllPFGFormFields(self):
"""Our SalesforcePFGAdapter depends on the DataGridField which among other
options allows for a Fixed Column that can be prepopulated using the fixed_rows
attribute on the schema field.
"""
# create an adapter
self.ff1.invokeFactory('SalesforcePFGAdapter', 'salesforce')
for formField in self.ff1.objectIds():
fieldObj = getattr(self.ff1, formField)
fixedRowFields = self.ff1.salesforce.generateFormFieldRows()
static_titles_for_mapping = [mapping.initialData['form_field'] for mapping in fixedRowFields]
if IPloneFormGenField.providedBy(fieldObj):
self.failUnless(fieldObj.Title() in static_titles_for_mapping,
"Field %s is not listed as a possible field in the computed widget expression \
method." % fieldObj.Title())
# let's add a new field to our form and immediately make sure it's
# available as a row in our FixedRow form fields for the mapping
self.ff1.invokeFactory('FormTextField', 'formtextfield')
self.ff1.formtextfield.setTitle('My Form Text Field')
fixedRowFields = self.ff1.salesforce.generateFormFieldRows()
static_titles_for_mapping = [mapping.initialData['form_field'] for mapping in fixedRowFields]
self.failUnless('My Form Text Field' in static_titles_for_mapping,
"Field formtextfield is not listed as a possible field in the computed widget expression method.")
def testDataGridFieldStaticFormFieldVocabsContainsAllPFGFormFields(self):
"""Our SalesforcePFGAdapter depends on the DataGridField which among other
options allows for a Fixed Column that can be prepopulated using the fixed_rows
attribute on the schema field.
"""
# create an adapter
self.ff1.invokeFactory('SalesforcePFGAdapter', 'salesforce')
for formField in self.ff1.objectIds():
fieldObj = getattr(self.ff1, formField)
fixedRowFields = self.ff1.salesforce.generateFormFieldRows()
static_titles_for_mapping = [(mapping.initialData['form_field'], mapping.initialData['field_path']) \
for mapping in fixedRowFields]
if IPloneFormGenField.providedBy(fieldObj):
self.failUnless((fieldObj.Title(), fieldObj.getId()) in static_titles_for_mapping,
"Field %s is not listed as a possible field in the computed widget expression \
method." % fieldObj.Title())
# let's add a new field to our form and immediately make sure it's
# available as a row in our FixedRow form fields for the mapping
self.ff1.invokeFactory('FormTextField', 'formtextfield')
self.ff1.formtextfield.setTitle('My Form Text Field')
fixedRowFields = self.ff1.salesforce.generateFormFieldRows()
static_titles_for_mapping = [(mapping.initialData['form_field'], mapping.initialData['field_path']) \
for mapping in fixedRowFields]
self.failUnless(('My Form Text Field', 'formtextfield') in static_titles_for_mapping,
"Field formtextfield is not listed as a possible field in the computed widget expression method.")
def listFormFields(self):
fields = [
(obj.getId(), obj.title_or_id())
for obj in self.aq_parent.objectValues()
if IPloneFormGenField.providedBy(obj)
]
return atapi.DisplayList(fields)
def listOptionalFormFields(self):
fields = [
(obj.getId(), obj.title_or_id())
for obj in self.aq_parent.objectValues()
if IPloneFormGenField.providedBy(obj)
]
return atapi.DisplayList([(u"", _(u"Don't save"))] + fields)
def _getIPloneFormGenFieldProviderTitles(self):
formFolder = aq_parent(self)
formFieldTitles = []
for formField in formFolder.objectIds():
fieldObj = getattr(formFolder, formField)
if IPloneFormGenField.providedBy(fieldObj):
formFieldTitles.append(fieldObj.Title().strip())
return formFieldTitles
def getPFGFields(self):
form = aq_parent(aq_inner(self))
if form.portal_type == 'TempFolder':
form = aq_parent(form)
values = []
for field in form.values():
if (IPloneFormGenField.providedBy(field)
and not IStripeField.providedBy(field)):
values.append((field.getId(), field.Title()))
return DisplayList(values)
def getPFGFields(self):
form = aq_parent(aq_inner(self))
if form.portal_type == 'TempFolder':
form = aq_parent(form)
values = []
for field in form.values():
if (IPloneFormGenField.providedBy(field)
and not IStripeField.providedBy(field)):
values.append((
field.getId(),
field.Title()))
return DisplayList(values)
def apply(self, pfg, initial_finish=True):
"""
Apply changes to the underlying PloneFormGen form based on the submitted values.
"""
data = self.getContent()
existing_fields = [f.getId() for f in pfg.objectValues() if IPloneFormGenField.providedBy(f) and not f.getServerSide()]
fields = data['fields']
for field_id, field_attrs in sorted(fields.items(), key=lambda x: x[1]['order']):
if 'field_type' in field_attrs:
field_type = field_attrs['field_type']
else:
field_type = 'string'
f_portal_type = field_type_to_portal_type_map.get(field_type, 'FormStringField')
if field_id not in existing_fields:
pfg.invokeFactory(id=field_id, type_name=f_portal_type)
field = getattr(pfg, field_id)
field.setTitle(field_attrs['title'].encode('utf8'))
field.setDescription(field_attrs['description'].encode('utf8'))
field.setRequired(field_attrs.get('required', False))
if 'default' in field_attrs:
default = field_attrs['default']
if isinstance(default, unicode):
default = default.encode('utf8')
field.setFgDefault(default)
if 'validator' in field_attrs:
field.setFgStringValidator(field_attrs['validator'])
if 'vocab' in field_attrs:
field.setFgVocabulary(field_attrs['vocab'])
if 'size' in field_attrs:
field.setFgsize(field_attrs['size'])
if field_type == 'text':
field.setValidateNoLinkSpam(True)
# sync removed fields
to_delete = []
for f in existing_fields:
if f not in fields:
to_delete.append(f)
pfg.manage_delObjects(to_delete)
# adjust order
if not initial_finish:
sorted_field_ids = [k for k, v in sorted(fields.items(), key=lambda x: x[1]['order'])]
pfg.moveObjectsByDelta(sorted_field_ids, -len(sorted_field_ids))
# reindex fields
for f in pfg.objectValues():
f.reindexObject()
def _getIPloneFormGenFieldsPathTitlePair(self):
formFolder = aq_parent(self)
formFolderPath = formFolder.getPhysicalPath()
formFieldTitles = []
for formField in formFolder.objectIds():
fieldObj = getattr(formFolder, formField)
if IPloneFormGenField.providedBy(fieldObj):
formFieldTitles.append((fieldObj.Title().strip(),
",".join(fieldObj.getPhysicalPath()[len(formFolderPath):])))
# can we also inspect further down the chain
if fieldObj.isPrincipiaFolderish:
# since nested folders only go 1 level deep
# a non-recursive approach approach will work here
for subFormField in fieldObj.objectIds():
subFieldObj = getattr(fieldObj, subFormField)
if IPloneFormGenField.providedBy(subFieldObj):
# we append a list in this case
formFieldTitles.append(("%s --> %s" % (fieldObj.Title().strip(),
subFieldObj.Title().strip()),
",".join(subFieldObj.getPhysicalPath()[len(formFolderPath):])))
return formFieldTitles
def load(self, pfg):
data = self.getContent()
if IAdding.providedBy(pfg):
return data
fields = data.setdefault('fields', {})
i = 0
for f in pfg.objectValues():
if IPloneFormGenField.providedBy(f):
if f.getServerSide():
continue
fieldinfo = {
'field_type': None,
'title': safe_unicode(f.Title()),
'description': safe_unicode(f.Description()),
'required': f.getRequired(),
'order': i,
}
if hasattr(f, 'getFgDefault'):
fieldinfo['default'] = safe_unicode(f.getFgDefault())
if f.portal_type == 'FormStringField':
fieldinfo['field_type'] = 'string'
fieldinfo['validator'] = f.getFgStringValidator()
if not fieldinfo['validator']:
fieldinfo['validator'] = 'vocabulary_none_text'
try:
fieldinfo['size'] = int(f.getFgsize())
except TypeError:
fieldinfo['size'] = 30
if f.portal_type == 'FormTextField':
fieldinfo['field_type'] = 'text'
if f.portal_type == 'FormBooleanField':
fieldinfo['field_type'] = 'boolean'
# make sure we match one of the vocab terms
if fieldinfo['default'] is not True:
fieldinfo['default'] = False
if f.portal_type == 'FormSelectionField':
fieldinfo['field_type'] = 'selection'
fieldinfo['vocab'] = safe_unicode("\n".join(f.getFgVocabulary()))
if f.portal_type == 'FormMultiSelectionField':
fieldinfo['field_type'] = 'multiselection'
fieldinfo['vocab'] = safe_unicode("\n".join(f.getFgVocabulary()))
if f.portal_type == 'FormCaptchaField':
fieldinfo['field_type'] = 'captcha'
fields[f.getId()] = fieldinfo
i += 1
def getLogEntry(self):
''' Get's a log entry for your action
'''
event = self.event
obj = event.object
data = {'info': ''}
# order of those checks is important since some interfaces
# base off the others
if IPloneFormGenField.providedBy(obj):
# if ploneformgen field, use parent object for modified data
data['field'] = obj.getId()
obj = aq_parent(obj)
# the order of those interface checks matters since some interfaces
# inherit from others
if IObjectRemovedEvent.providedBy(event):
# need to keep track of removed events so it doesn't get called
# more than once for each object
action = 'removed'
elif (
IObjectInitializedEvent.providedBy(event) or
IObjectCreatedEvent.providedBy(event) or
IObjectAddedEvent.providedBy(event)
):
action = 'added'
elif IObjectMovedEvent.providedBy(event):
# moves can also be renames. Check the parent object
if event.oldParent == event.newParent:
if 'Rename' not in self.rule.rule.title:
# cut out here, double action for this event
return {}
data['info'] = 'previous id: %s' % event.oldName
action = 'rename'
else:
if 'Moved' not in self.rule.rule.title:
# step out immediately since this could be a double action
return {}
data['info'] = 'previous location: %s/%s' % (
'/'.join(event.oldParent.getPhysicalPath()),
event.oldName,
)
action = 'moved'
elif IObjectModifiedEvent.providedBy(event):
action = 'modified'
elif IActionSucceededEvent.providedBy(event):
data['info'] = 'workflow transition: %s; comments: %s' % (
event.action,
self.get_history_comment(),
)
action = 'workflow'
elif IObjectClonedEvent.providedBy(event):
action = 'copied'
elif ICheckinEvent.providedBy(event):
data['info'] = event.message
action = 'checked in'
self.request.environ['disable.auditlog'] = True
data['working_copy'] = '/'.join(obj.getPhysicalPath())
obj = event.baseline
elif IBeforeCheckoutEvent.providedBy(event):
action = 'checked out'
self.request.environ['disable.auditlog'] = True
elif ICancelCheckoutEvent.providedBy(event):
action = 'cancel check out'
self.request.environ['disable.auditlog'] = True
data['working_copy'] = '/'.join(obj.getPhysicalPath())
obj = event.baseline
else:
logger.warn('no action matched')
return {}
if IWorkingCopy.providedBy(obj):
# if working copy, iterate, check if Track Working Copies is
# enabled
if not self.trackWorkingCopies:
# if not enabled, we only care about checked messages
if 'check' not in action:
return {}
# if enabled in control panel, use original object and move
# working copy path to working_copy
data['working_copy'] = '/'.join(obj.getPhysicalPath())
relationships = obj.getReferences(
WorkingCopyRelation.relationship)
# check relationships, if none, something is wrong, not logging
# action
if len(relationships) <= 0:
return {}
obj = relationships[0]
data.update(self._getObjectInfo(obj))
data['action'] = action
return data
def listOptionalFormFields(self):
fields = [(obj.getId(), obj.title_or_id())
for obj in self.aq_parent.objectValues()
if IPloneFormGenField.providedBy(obj)]
return atapi.DisplayList([(u'', _(u"Don't save"))] + fields)
def getLogEntry(self):
''' Get's a log entry for your action
'''
event = self.event
obj = event.object
data = {'info': ''}
# order of those checks is important since some interfaces
# base off the others
if IPloneFormGenField.providedBy(obj):
# if ploneformgen field, use parent object for modified data
data['field'] = obj.getId()
obj = aq_parent(obj)
# the order of those interface checks matters since some interfaces
# inherit from others
if IObjectRemovedEvent.providedBy(event):
# need to keep track of removed events so it doesn't get called
# more than once for each object
action = 'removed'
elif (IObjectInitializedEvent.providedBy(event)
or IObjectCreatedEvent.providedBy(event)
or IObjectAddedEvent.providedBy(event)):
action = 'added'
elif IObjectMovedEvent.providedBy(event):
# moves can also be renames. Check the parent object
if event.oldParent == event.newParent:
if 'Rename' not in self.rule.rule.title:
# cut out here, double action for this event
return {}
data['info'] = 'previous id: %s' % event.oldName
action = 'rename'
else:
if 'Moved' not in self.rule.rule.title:
# step out immediately since this could be a double action
return {}
data['info'] = 'previous location: %s/%s' % (
'/'.join(event.oldParent.getPhysicalPath()),
event.oldName,
)
action = 'moved'
elif IObjectModifiedEvent.providedBy(event):
action = 'modified'
elif IActionSucceededEvent.providedBy(event):
data['info'] = 'workflow transition: %s; comments: %s' % (
event.action,
self.get_history_comment(),
)
action = 'workflow'
elif IObjectClonedEvent.providedBy(event):
action = 'copied'
elif ICheckinEvent.providedBy(event):
data['info'] = event.message
action = 'checked in'
self.request.environ['disable.auditlog'] = True
data['working_copy'] = '/'.join(obj.getPhysicalPath())
obj = event.baseline
elif IBeforeCheckoutEvent.providedBy(event):
action = 'checked out'
self.request.environ['disable.auditlog'] = True
elif ICancelCheckoutEvent.providedBy(event):
action = 'cancel check out'
self.request.environ['disable.auditlog'] = True
data['working_copy'] = '/'.join(obj.getPhysicalPath())
obj = event.baseline
else:
logger.warn('no action matched')
return {}
if IWorkingCopy.providedBy(obj):
# if working copy, iterate, check if Track Working Copies is
# enabled
if not self.trackWorkingCopies:
# if not enabled, we only care about checked messages
if 'check' not in action:
return {}
# if enabled in control panel, use original object and move
# working copy path to working_copy
data['working_copy'] = '/'.join(obj.getPhysicalPath())
relationships = obj.getReferences(WorkingCopyRelation.relationship)
# check relationships, if none, something is wrong, not logging
# action
if len(relationships) <= 0:
return {}
obj = relationships[0]
data.update(self._getObjectInfo(obj))
data['action'] = action
return data
def listFormFields(self):
fields = [(obj.getId(), obj.title_or_id())
for obj in self.aq_parent.objectValues()
if IPloneFormGenField.providedBy(obj)]
return atapi.DisplayList(fields)
def __call__(self):
req = getRequest()
if req.environ.get('disable.auditlog', False):
return True
event = self.event
obj = event.object
# order of those checks is important since some interfaces
# base off the others
rule = inspect.stack()[1][0].f_locals.get('self', None)
registry = getUtility(IRegistry)
trackWorkingCopies = registry['collective.auditlog.interfaces.IAuditLogSettings.trackworkingcopies'] # noqa
if not self.canExecute(rule, req):
return True # cut out early, we can't do this event
data = {
'info': ''
}
if IPloneFormGenField.providedBy(obj):
# if ploneformgen field, use parent object for modified data
data['field'] = obj.getId()
obj = aq_parent(obj)
# the order of those interface checks matters since some interfaces
# inherit from others
if IObjectRemovedEvent.providedBy(event):
# need to keep track of removed events so it doesn't get called
# more than once for each object
action = 'removed'
elif (IObjectInitializedEvent.providedBy(event) or
IObjectCreatedEvent.providedBy(event) or
IObjectAddedEvent.providedBy(event)):
action = 'added'
elif IObjectMovedEvent.providedBy(event):
# moves can also be renames. Check the parent object
if event.oldParent == event.newParent:
if rule is None or 'Rename' in rule.rule.title:
info = {'previous_id': event.oldName}
data['info'] = json.dumps(info)
action = 'rename'
else:
# cut out here, double action for this event
return True
else:
if rule is None or 'Moved' in rule.rule.title:
parent_path = '/'.join(event.oldParent.getPhysicalPath())
previous_location = parent_path + '/' + event.oldName
info = {'previous_location': previous_location}
data['info'] = json.dumps(info)
action = 'moved'
else:
# step out immediately since this could be a double action
return True
elif IObjectModifiedEvent.providedBy(event):
action = 'modified'
elif IActionSucceededEvent.providedBy(event):
info = {'transition': event.action,
'comments': self.get_history_comment()}
data['info'] = json.dumps(info)
action = 'workflow'
elif IObjectClonedEvent.providedBy(event):
action = 'copied'
elif ICheckinEvent.providedBy(event):
info = {'message': event.message}
data['info'] = json.dumps(info)
action = 'checked in'
req.environ['disable.auditlog'] = True
data['working_copy'] = '/'.join(obj.getPhysicalPath())
obj = event.baseline
elif IBeforeCheckoutEvent.providedBy(event):
action = 'checked out'
req.environ['disable.auditlog'] = True
elif ICancelCheckoutEvent.providedBy(event):
action = 'cancel check out'
req.environ['disable.auditlog'] = True
data['working_copy'] = '/'.join(obj.getPhysicalPath())
obj = event.baseline
elif IUserLoggedInEvent.providedBy(event):
action = 'logged in'
info = {'user': event.object.getUserName()}
data['info'] = json.dumps(info)
elif IUserLoggedOutEvent.providedBy(event):
action = 'logged out'
else:
logger.warn('no action matched')
return True
if IWorkingCopy.providedBy(obj):
# if working copy, iterate, check if Track Working Copies is
# enabled
if trackWorkingCopies:
# if enabled in control panel, use original object and move
# working copy path to working_copy
data['working_copy'] = '/'.join(obj.getPhysicalPath())
relationships = obj.getReferences(
WorkingCopyRelation.relationship)
# check relationships, if none, something is wrong, not logging
# action
if len(relationships) > 0:
obj = relationships[0]
else:
return True
else:
# if not enabled, we only care about checked messages
if 'check' not in action:
return True
data.update(getObjectInfo(obj))
data['action'] = action
addLogEntry(obj, data)
return True