def _getAcceptedOrgsList(self, description, params, filter, use_cache):
"""Returns a list with all accepted orgs.
Args:
description: the description of the list
params: the params to use
filter: the filter to use
use_cache: whether or not to use the cache
"""
logic = params['logic']
order = ['name']
if not use_cache:
fun = self._getData
else:
# only cache if all profiles are created
fun = soc.cache.logic.cache(self._getData)
entities = fun(logic.getModel(), filter, order, logic)
result = dicts.rename(params, params['list_params'])
result['action'] = (redirects.getHomeRedirect, params)
result['description'] = description
result['pagination'] = 'soc/list/no_pagination.html'
result['data'] = entities
return result
def _getOrgsWithProfilesList(self, program_entity, org_view, description,
use_cache):
"""Returns a content of a list of all organizations that got accepted to
the program and there is an Organization-like entity in datastore.
Args:
program_entity: program which list the organizations for
org_view: a view for organization model
description: the description of the list
use_cache: whether or not to use the memcache
"""
ao_params = org_view.getParams().copy()
org_logic = ao_params['logic']
filter = {'scope': program_entity, 'status': ['new', 'active']}
order = ['name']
if not use_cache:
entities = org_logic.getForFields(filter=filter, order=order)
else:
# only cache if all profiles are created
fun = soc.cache.logic.cache(self._getData)
entities = fun(org_logic.getModel(), filter, order, org_logic)
# TODO(LIST)
result = dicts.rename(ao_params, ao_params['list_params'])
result['action'] = (redirects.getHomeRedirect, ao_params)
result['description'] = description
result['pagination'] = 'soc/list/no_pagination.html'
result['data'] = entities
return result
def viewResults(self, request, access_type, page_name=None,
params=None, **kwargs):
"""View for SurveyRecord and SurveyRecordGroup.
"""
results_logic = params['logic'].getRecordLogic()
user = user_logic.getForCurrentAccount()
# TODO(ajaksu): use the named parameter link_id from the re
if request.path == '/survey/show/user/' + user.link_id:
records = tuple(user.surveys_taken.run())
context = responses.getUniversalContext(request)
context['content'] = records[0].survey.survey_content
responses.useJavaScript(context, params['js_uses_all'])
context['page_name'] = u'Your survey records.'
else:
entity, context = self.getContextEntity(request, page_name,
params, kwargs)
if context is None:
# user cannot see this page, return error response
return entity
context['content'] = entity.survey_content
can_write = False
rights = self._params['rights']
try:
rights.checkIsSurveyWritable({'key_name': entity.key().name(),
'prefix': entity.prefix,
'scope_path': entity.scope_path,
'link_id': entity.link_id,},
'key_name')
can_write = True
except out_of_band.AccessViolation:
pass
filter = self._params.get('filter') or {}
# if user can edit the survey, show everyone's results
if can_write:
filter['survey'] = entity
else:
filter.update({'user': user, 'survey': entity})
limit = self._params.get('limit') or 1000
offset = self._params.get('offset') or 0
order = self._params.get('order') or []
idx = self._params.get('idx') or 0
records = results_logic.getForFields(filter=filter, limit=limit,
offset=offset, order=order)
updates = dicts.rename(params, params['list_params'])
context.update(updates)
context['results'] = records, records
template = 'soc/survey/results_page.html'
return responses.respond(request, template, context=context)
def render(self, survey, params, filter=filter, limit=1000, offset=0,
order=[], idx=0, context={}):
""" renders list of survey results
params:
survey: current survey
params: dict of params for rendering list
filter: filter for list results
limit: limit for list results
offset: offset for list results
order: order for list results
idx: index for list results
context: context dict for template
"""
survey_logic = params['logic']
record_logic = survey_logic.getRecordLogic()
filter = {'survey': survey}
data = record_logic.getForFields(filter=filter, limit=limit, offset=offset,
order=order)
params['name'] = "Survey Results"
content = {
'idx': idx,
'data': data,
'logic': record_logic,
'limit': limit,
}
updates = dicts.rename(params, params['list_params'])
content.update(updates)
contents = [content]
if len(content) == 1:
content = content[0]
key_order = content.get('key_order')
context['list'] = Lists(contents)
# TODO(ajaksu) is this the best way to build the results list?
for list_ in context['list']._contents:
if len(list_['data']) < 1:
return "<p>No Survey Results Have Been Submitted</p>"
list_['row'] = 'soc/survey/list/results_row.html'
list_['heading'] = 'soc/survey/list/results_heading.html'
list_['description'] = 'Survey Results:'
context['properties'] = survey.survey_content.orderedProperties()
context['entity_type'] = "Survey Results"
context['entity_type_plural'] = "Results"
context['no_lists_msg'] = "No Survey Results"
path = (survey.entity_type().lower(), survey.prefix,
survey.scope_path, survey.link_id)
context['grade_action'] = "/%s/grade/%s/%s/%s" % path
markup = loader.render_to_string('soc/survey/results.html',
dictionary=context).strip('\n')
return markup
def _listStudentTasks(self, data, params):
"""Returns a list with all entities specified in data.
"""
result = dicts.rename(params, params['list_params'])
result['action'] = (redirects.getPublicRedirect, params)
result['data'] = data
result['pagination'] = 'soc/list/no_pagination.html'
# TODO(LIST)
return result
def testRename(self):
"""Tests that keys in the target dict are renamed with value of the same key
in another dict.
"""
target = {"wan": 1, "too": 2, "tree": 3}
keys = {"wan": "one", "too": "two", "tree": "three"}
expected_dict = {"one": 1, "two": 2, "three": 3}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {"wan": 1, "too": 2, "tree": 3}
keys = {}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {"wan": 1, "too": 2, "tree": 3}
keys = {"for": 4}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
def testRename(self):
"""Tests that keys in the target dict are renamed with value of the same key
in another dict.
"""
target = {'wan': 1, 'too': 2, 'tree': 3}
keys = {'wan': 'one', 'too': 'two', 'tree': 'three'}
expected_dict = {'one': 1, 'two': 2, 'three': 3}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {'wan': 1, 'too': 2, 'tree': 3}
keys = {}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {'wan': 1, 'too': 2, 'tree': 3}
keys = {'for': 4}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
def testRename(self):
"""Tests that keys in the target dict are renamed with value of the same key
in another dict.
"""
target = {'wan': 1, 'too': 2, 'tree': 3}
keys = {'wan': 'one', 'too': 'two', 'tree': 'three'}
expected_dict = {'one': 1, 'two': 2, 'three': 3}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {'wan': 1, 'too': 2, 'tree': 3}
keys = {}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
target = {'wan': 1, 'too': 2, 'tree': 3}
keys = {'for': 4}
expected_dict = {}
self.assertEqual(dicts.rename(target, keys), expected_dict)
def getListGenerator(request, params, idx=0):
"""Returns a dict with fields used for rendering lists.
Args:
request: the Django HTTP request object
params: a dict with params for the View this list belongs to
idx: the index of this list
"""
content = {
'idx': idx,
}
updates = dicts.rename(params, params['list_params'])
content.update(updates)
return content
def render(self, this_survey, params, filter=filter, limit=1000,
offset=0, order=[], idx=0, context={}):
from soc.logic.models.survey import results_logic as results_logic
logic = results_logic
filter = { 'this_survey': this_survey }
data = logic.getForFields(filter=filter, limit=limit, offset=offset,
order=order)
params['name'] = "Survey Results"
content = {
'idx': idx,
'data': data,
#'export': export_link, TODO - export to CVS
'logic': logic,
'limit': limit,
}
updates = dicts.rename(params, params['list_params'])
content.update(updates)
contents = [content]
#content = [i for i in contents if i.get('idx') == export]
if len(content) == 1:
content = content[0]
key_order = content.get('key_order')
#if key_order: TODO - list order
#data = [i.toDict(key_order) for i in content['data']]
#filename = "export_%d" % export
#return self.csv(request, data, filename, params, key_order)
from soc.views import helper
import soc.logic.lists
context['list'] = soc.logic.lists.Lists(contents)
for list in context['list']._contents:
list['row'] = 'soc/survey/list/results_row.html'
list['heading'] = 'soc/survey/list/results_heading.html'
list['description'] = 'Survey Results:'
context['properties'] = this_survey.this_survey.dynamic_properties()
context['entity_type'] = "Survey Results"
context['entity_type_plural'] = "Results"
context['no_lists_msg'] = "No Survey Results"
from django.template import loader
markup = loader.render_to_string('soc/survey/results.html', dictionary=context).strip('\n')
return markup
def acceptedProjects(self, request, access_type,
page_name=None, params=None, filter=None, **kwargs):
"""See base.View.list.
"""
contents = []
logic = params['logic']
program_entity = logic.getFromKeyFieldsOr404(kwargs)
filter = {
'status': 'accepted',
'program': program_entity }
fmt = {'name': program_entity.name}
description = self.DEF_ACCEPTED_PROJECTS_MSG_FMT % fmt
from soc.views.models import student_project as sp_view
ap_params = sp_view.view.getParams().copy() # accepted projects
fun = soc.cache.logic.cache(self._getData)
ap_logic = ap_params['logic']
entities = fun(logic.getModel(), filter, order=None, logic=ap_logic)
ap_list = dicts.rename(ap_params, ap_params['list_params'])
ap_list['action'] = (redirects.getPublicRedirect, ap_params)
ap_list['description'] = description
ap_list['pagination'] = 'soc/list/no_pagination.html'
ap_list['heading'] = 'soc/student_project/list/heading_all.html'
ap_list['row'] = 'soc/student_project/list/row_all.html'
ap_list['data'] = entities
contents.append(ap_list)
params = params.copy()
return self._list(request, params, contents, page_name)
def getListContent(request, params, filter=None, order=None,
idx=0, need_content=False):
"""Returns a dict with fields used for rendering lists.
TODO(dbentley): we need better terminology. List, in this context, can have
one of two meanings.
Meaning 1: the underlying list, which may be very large.
Meaning 2: the returned list, which is at most 'limit' items.
Args:
request: the Django HTTP request object
params: a dict with params for the View this list belongs to
filter: a filter for this list
order: the order which should be used for the list (in getForFields format)
idx: the index of this list
need_content: iff True will return None if there is no data
Returns:
A dictionary with the following values set:
{
'data': list data to be displayed
'main': url to list main template
'pagination': url to list pagination template
'row': url to list row template
'heading': url to list heading template
'limit': max amount of items per page,
'newest': url to first page of the list
'prev': url to previous page
'next': url to next page
'first': offset of the first item in the list
'last': offset of the last item in the list
}
"""
# TODO(dbentley): this appears to be unnecessary indirection,
# as we only use this logic for getForFields, which is never overridden
logic = params['logic']
limit_key = makeLimitKey(idx)
# offset_key = makeOffsetKey(idx)
# offset_linkid_key = makeOffsetLinkidKey(idx)
# reverse_direction_key = makeReverseDirectionKey(idx)
list_params = getListParameters(request, idx)
limit, offset = list_params['limit'], list_params['offset']
offset_linkid = list_params['offset_linkid']
reverse_direction = list_params['reverse_direction']
pagination_form = makePaginationForm(request, list_params['limit'],
limit_key)
if offset_linkid:
if filter is None:
filter = {}
if reverse_direction:
filter['link_id <'] = offset_linkid
else:
filter['link_id >'] = offset_linkid
if order is None:
order = []
if reverse_direction:
order.append('-link_id')
else:
order.append('link_id')
# Fetch one more to see if there should be a 'next' link
data = logic.getForFields(filter=filter, limit=limit+1, offset=offset,
order=order)
if need_content and not data:
return None
more = len(data) > limit
if reverse_direction:
data.reverse()
if more:
if reverse_direction:
data = data[1:]
else:
data = data[:limit]
should_have_next_link = True
if not reverse_direction and not more:
should_have_next_link = False
# Calculating should_have_previous_link is tricky. It's possible we could
# be creating a previous link to a page that would have 0 entities.
# That would be suboptimal; what's a better way?
should_have_previous_link = False
if offset_linkid:
should_have_previous_link = True
if reverse_direction and not more:
should_have_previous_link = False
if data:
first_displayed_item = data[0]
last_displayed_item = data[-1]
else:
class Dummy(object):
pass
first_displayed_item = last_displayed_item = Dummy()
first_displayed_item.link_id = None
newest = next = prev = export_link = ''
link_creator = LinkCreator(request, idx, limit)
if params.get('list_key_order'):
export_link = link_creator.create(export=True)
if should_have_next_link:
next = link_creator.create(offset_linkid=last_displayed_item.link_id)
if should_have_previous_link:
prev = link_creator.create(offset_linkid=first_displayed_item.link_id,
reverse_direction=True)
newest = link_creator.create(offset_linkid='')
# TODO(dbentley): add a "last" link (which is now possible because we can
# query with a reverse linkid sorting
content = {
'idx': idx,
'data': data,
'export': export_link,
'first': first_displayed_item.link_id,
'last': last_displayed_item.link_id,
'logic': logic,
'limit': limit,
'newest': newest,
'next': next,
'pagination_form': pagination_form,
'prev': prev,
}
updates = dicts.rename(params, params['list_params'])
content.update(updates)
return content
def getListContent(request, params, filter=None, order=None,
idx=0, need_content=False):
"""Returns a dict with fields used for rendering lists.
TODO(dbentley): we need better terminology. List, in this context, can have
one of two meanings.
Meaning 1: the underlying list, which may be very large.
Meaning 2: the returned list, which is at most 'limit' items.
Args:
request: the Django HTTP request object
params: a dict with params for the View this list belongs to
filter: a filter for this list
order: the order which should be used for the list (in getForFields format)
idx: the index of this list
need_content: iff True will return None if there is no data
Returns:
A dictionary with the following values set:
{
'data': list data to be displayed
'main': url to list main template
'pagination': url to list pagination template
'row': url to list row template
'heading': url to list heading template
'limit': max amount of items per page,
'newest': url to first page of the list
'prev': url to previous page
'next': url to next page
'first': offset of the first item in the list
'last': offset of the last item in the list
}
"""
# TODO(dbentley): this appears to be unnecessary indirection,
# as we only use this logic for getForFields, which is never overridden
logic = params['logic']
limit_key, offset_key = makeLimitKey(idx), makeOffsetKey(idx)
list_params = getListParameters(request, idx)
limit, offset = list_params['limit'], list_params['offset']
pagination_form = makePaginationForm(request, list_params['limit'],
limit_key)
# Fetch one more to see if there should be a 'next' link
data = logic.getForFields(filter=filter, limit=limit+1, offset=offset,
order=order)
if need_content and not data:
return None
more = len(data) > limit
if more:
del data[limit:]
newest = next = prev = export_link = ''
base_params = dict(i for i in request.GET.iteritems() if
i[0].startswith('offset_') or i[0].startswith('limit_'))
if params.get('list_key_order'):
export_link = generateLinkForRequest(request, base_params, {'export': idx})
if more:
# TODO(dbentley): here we need to implement a new field "last_key"
next = generateLinkForRequest(request, base_params,
{offset_key: offset + limit,
limit_key: limit})
if offset > 0:
# TODO(dbentley): here we need to implement previous in the good way.
prev = generateLinkForRequest(request, base_params,
{offset_key: max(0, offset-limit),
limit_key: limit})
if offset > limit:
# Having a link to the first doesn't make sense on the first page (we're on
# it). It also doesn't make sense on the second page (because the first
# page is the previous page).
# NOTE(dbentley): I personally disagree that it's simpler to do that way,
# because sometimes you want to go to the first page without having to
# consider what page you're on now.
newest = generateLinkForRequest(request, base_params, {offset_key: 0,
limit_key: limit})
content = {
'idx': idx,
'data': data,
'export': export_link,
'first': offset+1,
'last': len(data) > 1 and offset+len(data) or None,
'logic': logic,
'limit': limit,
'newest': newest,
'next': next,
'pagination_form': pagination_form,
'prev': prev,
}
updates = dicts.rename(params, params['list_params'])
content.update(updates)
return content
def getListContentForData(request,
params,
data=None,
idx=0,
limit=DEF_DEFAULT_PAGINATION,
offset=0,
need_content=False):
"""Returns a dict with fields used for rendering lists.
TODO(dbentley): we need better terminology. List, in this context, can have
one of two meanings.
Meaning 1: the underlying list, which may be very large.
Meaning 2: the returned list, which is at most 'limit' items.
Args:
request: the Django HTTP request object
params: a dict with params for the View this list belongs to
data: list of entities to fill the list with
idx: the index of this list
limit: number of entities on a single list page
offset: length of offset of the entities
need_content: iff True will return None if there is no data
Returns:
See getListContent() for details.
"""
if need_content and not data:
return None
# TODO(dbentley): this appears to be unnecessary indirection,
# as we only use this logic for getForFields, which is never overridden
logic = params['logic']
limit_key, offset_key = makeLimitKey(idx), makeOffsetKey(idx)
pagination_form = makePaginationForm(request, limit, limit_key)
more = len(data) > limit
if more:
del data[limit:]
newest = next = prev = export_link = ''
base_params = dict(
i for i in request.GET.iteritems()
if i[0].startswith('offset_') or i[0].startswith('limit_'))
if params.get('list_key_order'):
export_link = generateLinkForRequest(request, base_params,
{'export': idx})
if more:
# TODO(dbentley): here we need to implement a new field "last_key"
next = generateLinkForRequest(request, base_params, {
offset_key: offset + limit,
limit_key: limit
})
if offset > 0:
# TODO(dbentley): here we need to implement previous in the good way.
prev = generateLinkForRequest(request, base_params, {
offset_key: max(0, offset - limit),
limit_key: limit
})
if offset > limit:
# Having a link to the first doesn't make sense on the first page (we're on
# it). It also doesn't make sense on the second page (because the first
# page is the previous page).
# NOTE(dbentley): I personally disagree that it's simpler to do that way,
# because sometimes you want to go to the first page without having to
# consider what page you're on now.
newest = generateLinkForRequest(request, base_params, {
offset_key: 0,
limit_key: limit
})
content = {
'idx': idx,
'data': data,
'export': export_link,
'first': offset + 1,
'last': len(data) > 1 and offset + len(data) or None,
'logic': logic,
'limit': limit,
'newest': newest,
'next': next,
'pagination_form': pagination_form,
'prev': prev,
}
updates = dicts.rename(params, params['list_params'])
content.update(updates)
return content