def dgu_group_update(context, data_dict):
"""
Group edit permission. Checks that a valid user is supplied and that the user is
a member of the group with a capacity of admin.
"""
model = context['model']
user = context.get('user','')
group = get_group_object(context, data_dict)
if not user:
return {'success': False, 'msg': _('Only members of this group are authorized to edit this group')}
# Sys admins should be allowed to update groups
if Authorizer().is_sysadmin(unicode(user)):
return { 'success': True }
# Only allow package update if the user and package groups intersect
user_obj = model.User.get( user )
if not user_obj:
return { 'success' : False, 'msg': _('Could not find user %s') % str(user) }
parent_groups = list(publib.go_up_tree(group))
# Check if user is an admin of a parent group, and if so allow them to edit.
if _groups_intersect( user_obj.get_groups('publisher', 'admin'), parent_groups ):
return {'success': True}
# Check admin of just this group
if _groups_intersect( user_obj.get_groups('publisher', 'admin'), [group] ):
return {'success': True}
return { 'success': False, 'msg': _('User %s not authorized to edit this group') % str(user) }
def app_dataset_report():
app_dataset_dicts = []
for related in model.Session.query(model.RelatedDataset) \
.filter(model.Related.type=='App') \
.all():
dataset = related.dataset
org = dataset.get_organization()
top_org = list(go_up_tree(org))[-1]
app_dataset_dict = OrderedDict((
('app title', related.related.title),
('app url', related.related.url),
('dataset name', dataset.name),
('dataset title', dataset.title),
('organization title', org.title),
('organization name', org.name),
('top-level organization title', top_org.title),
('top-level organization name', top_org.name),
('dataset theme', related.dataset.extras.get('theme-primary', '')),
('dataset notes', lib.dataset_notes(dataset)),
))
app_dataset_dicts.append(app_dataset_dict)
app_dataset_dicts.sort(key=lambda row: row['top-level organization title']
+ row['organization title'])
return {'table': app_dataset_dicts}
def _send_application( self, group, reason ):
from ckan.logic.action import error_summary
from ckan.lib.mailer import mail_recipient
from genshi.template.text import NewTextTemplate
from pylons import config
if not reason:
h.flash_error(_("There was a problem with your submission, \
please correct it and try again"))
errors = {"reason": ["No reason was supplied"]}
return self.apply(group.id, errors=errors,
error_summary=error_summary(errors))
# look for publisher admins up the tree
recipients = []
recipient_publisher = None
for publisher in go_up_tree(group):
admins = publisher.members_of_type(model.User, 'admin').all()
if admins:
recipients = [(u.fullname,u.email) for u in admins]
recipient_publisher = publisher.title
break
if not recipients:
if not config.get('dgu.admin.email'):
log.error('User "%s" prevented from applying for publisher access for "%s" '
'because: dgu.admin.email is not setup in CKAN config.',
c.user, group.name)
h.flash_error(_("There is a problem with the system configuration"))
errors = {"reason": ["%s does not have an administrator user to contact" % group.name]}
return self.apply(group.id, data=data, errors=errors,
error_summary=error_summary(errors))
recipients = [(config.get('dgu.admin.name', "DGU Admin"),
config['dgu.admin.email'])]
recipient_publisher = 'data.gov.uk admin'
log.debug('User "%s" requested publisher access for "%s" which was sent to admin %s (%r) with reason: %r',
c.user, group.name, recipient_publisher, recipients, reason)
extra_vars = {
'group' : group,
'requester': c.userobj,
'reason' : reason
}
email_msg = render("email/join_publisher_request.txt", extra_vars=extra_vars,
loader_class=NewTextTemplate)
try:
for (name,recipient) in recipients:
mail_recipient(name,
recipient,
"Publisher request",
email_msg)
except Exception, e:
h.flash_error(_("There is a problem with the system configuration"))
errors = {"reason": ["No mail server was found"]}
log.error('User "%s" prevented from applying for publisher access for "%s" because of mail configuration error: %s',
c.user, group.name, e)
return self.apply(group.id, errors=errors,
error_summary=error_summary(errors))
def html_datasets_report():
'''
Returns datasets that only have an HTML link, by organization.
'''
# Get packages
pkgs = model.Session.query(model.Package)\
.filter_by(state='active')
# See if HTML
num_datasets_published = 0
num_datasets_only_html = 0
datasets_by_publisher_only_html = collections.defaultdict(list)
# use yield_per, otherwise memory use just goes up til the script is killed
# by the os.
for pkg in pkgs.yield_per(100):
if p.toolkit.asbool(pkg.extras.get('unpublished')):
continue
num_datasets_published += 1
formats = set([
res.format.lower() for res in pkg.resources
if res.resource_type != 'documentation'
])
if 'html' not in formats:
continue
org = pkg.get_organization().name
data_formats = formats - set(('asp', '', None))
if data_formats == set(('html', )):
num_datasets_only_html += 1
datasets_by_publisher_only_html[org].append((pkg.name, pkg.title))
rows = []
for org_name, datasets_only_html in sorted(
datasets_by_publisher_only_html.iteritems(),
key=lambda x: -len(x[1])):
org = model.Session.query(model.Group) \
.filter_by(name=org_name) \
.first()
top_org = list(go_up_tree(org))[-1]
row = OrderedDict((
('organization title', org.title),
('organization name', org.name),
('top-level organization title', top_org.title),
('top-level organization name', top_org.name),
('num datasets only html', len(datasets_only_html)),
('name datasets only html', ' '.join(d[0]
for d in datasets_only_html)),
('title datasets only html',
'|'.join(d[1] for d in datasets_only_html)),
))
rows.append(row)
return {
'table': rows,
'num_datasets_published': num_datasets_published,
'num_datasets_only_html': num_datasets_only_html,
}
def html_datasets_report():
'''
Returns datasets that only have an HTML link, by organization.
'''
# Get packages
pkgs = model.Session.query(model.Package)\
.filter_by(state='active')
# See if HTML
num_datasets_published = 0
num_datasets_only_html = 0
datasets_by_publisher_only_html = collections.defaultdict(list)
# use yield_per, otherwise memory use just goes up til the script is killed
# by the os.
for pkg in pkgs.yield_per(100):
if p.toolkit.asbool(pkg.extras.get('unpublished')):
continue
num_datasets_published += 1
formats = set([res.format.lower() for res in pkg.resources
if res.resource_type != 'documentation'])
if 'html' not in formats:
continue
org = pkg.get_organization().name
data_formats = formats - set(('asp', '', None))
if data_formats == set(('html',)):
num_datasets_only_html += 1
datasets_by_publisher_only_html[org].append((pkg.name, pkg.title))
rows = []
for org_name, datasets_only_html in sorted(
datasets_by_publisher_only_html.iteritems(),
key=lambda x: -len(x[1])):
org = model.Session.query(model.Group) \
.filter_by(name=org_name) \
.first()
top_org = list(go_up_tree(org))[-1]
row = OrderedDict((
('organization title', org.title),
('organization name', org.name),
('top-level organization title', top_org.title),
('top-level organization name', top_org.name),
('num datasets only html', len(datasets_only_html)),
('name datasets only html',
' '.join(d[0] for d in datasets_only_html)),
('title datasets only html',
'|'.join(d[1] for d in datasets_only_html)),
))
rows.append(row)
return {'table': rows,
'num_datasets_published': num_datasets_published,
'num_datasets_only_html': num_datasets_only_html,
}
def user_is_rm(user, org=None):
from pylons import config
from ast import literal_eval
from ckanext.dgu.lib.publisher import go_up_tree
relationship_managers = literal_eval(config.get('dgu.relationship_managers', '{}'))
allowed_orgs = relationship_managers.get(user.name, [])
if org:
for o in go_up_tree(org):
if o.name in allowed_orgs:
return True
return False
else:
# Are they RM of any org?
return len(allowed_orgs) > 0
def dgu_package_update(context, data_dict):
model = context['model']
user = context.get('user')
user_obj = model.User.get( user )
package = get_package_object(context, data_dict)
if Authorizer().is_sysadmin(user_obj):
return {'success': True}
fail = {'success': False,
'msg': _('User %s not authorized to edit packages in these groups') % str(user)}
# Only sysadmins can edit UKLP packages.
# Note: the harvest user *is* a sysadmin
# Note: if changing this, check the code and comments in
# ckanext/forms/dataset_form.py:DatasetForm.form_to_db_schema_options()
if package.extras.get('UKLP', '') == 'True':
return fail
# Only sysadmins can edit ONS packages.
# Note: the dgu user *is* a sysadmin
if package.extras.get('external_reference') == 'ONSHUB':
return fail
# To be able to edit this dataset the user is allowed if
# (they are an 'editor' for this publisher) OR
# (an admin for this publisher OR parent publishers).
if not user_obj:
return fail
package_group = package.get_groups('publisher')
parent_groups = list(publib.go_up_tree(package_group[0])) if package_group else []
# Check admin of this or parent groups.
if _groups_intersect( user_obj.get_groups('publisher', 'admin'), parent_groups ):
return {'success': True}
# Check admin or editor of just this group
if _groups_intersect( user_obj.get_groups('publisher'), package_group ):
return {'success': True}
return fail
def dgu_dataset_delete(context, data_dict):
"""
Determines whether a dataset's state can be set to "deleted".
Currently only sysadmin users can do this, apart from UKLP.
"""
model = context['model']
user = context.get('user')
if not user:
return {'success': False}
user_obj = model.User.get(user)
package = get_package_object(context, data_dict)
if Authorizer().is_sysadmin(user_obj):
return {'success': True}
if package.extras.get('UKLP', '') != 'True':
return {'success': False}
# To be able to delete this dataset the user is allowed if
# (they are an 'editor' for this publisher) OR
# (an admin for this publisher OR parent publishers).
if not user_obj:
return {'success': False}
package_group = package.get_groups('publisher')
parent_groups = list(publib.go_up_tree(package_group[0])) if package_group else []
# Check admin of this or parent groups.
if _groups_intersect( user_obj.get_groups('publisher', 'admin'), parent_groups ):
return {'success': True}
# Check admin or editor of just this group
if _groups_intersect( user_obj.get_groups('publisher'), package_group ):
return {'success': True}
return {'success': False}
def publisher_report(metric):
orgs = dict(model.Session.query(model.Group.name, model.Group)\
.filter_by(state='active').all())
org_counts = collections.defaultdict(dict)
if metric in ('views', 'viewsdownloads', 'visits'):
if metric == 'views' or metric == 'viewsdownloads':
sql_function = 'sum(pageviews::int)'
elif metric == 'visits':
sql_function = 'sum(visits::int)'
q = '''
select department_id, period_name, %s metric
from ga_url
where department_id <> ''
and package_id <> ''
group by department_id, period_name
order by department_id
''' % sql_function
org_period_count = model.Session.connection().execute(q)
for org_name, period_name, count in org_period_count:
org_counts[org_name][period_name] = count
if metric in ('downloads', 'viewsdownloads'):
q = '''
select g.name as org_name, s.period_name, sum(s.value::int) as downloads
from GA_Stat as s
join Package as p on s.key=p.name
join "group" as g on p.owner_org=g.id
where stat_name='Downloads'
and g.state='active'
group by org_name, s.period_name
order by downloads desc;
'''
org_period_count = model.Session.connection().execute(q)
if metric == 'viewsdownloads':
# add it onto the existing counts
for org_name, period_name, count in org_period_count:
org_counts[org_name][period_name] = count + \
org_counts[org_name].get(period_name, 0)
org_counts[org_name]['All'] = count + \
org_counts[org_name].get('All', 0)
else:
for org_name, period_name, count in org_period_count:
org_counts[org_name][period_name] = count
org_counts[org_name]['All'] = count + \
org_counts[org_name].get('All', 0)
org_counts = sorted(org_counts.items(),
key=lambda x: -x[1].get('All', 0))
all_periods = [
res[0] for res in model.Session.query(GA_Url.period_name)
.group_by(GA_Url.period_name)
.order_by(GA_Url.period_name)
.all()]
rows = []
for org_name, counts in org_counts:
org = orgs.get(org_name)
if not org:
continue
top_org = list(go_up_tree(org))[-1]
row = OrderedDict((
('organization title', org.title),
('organization name', org.name),
('top-level organization title', top_org.title),
('top-level organization name', top_org.name),
))
for period_name in all_periods:
row[period_name] = counts.get(period_name, 0)
rows.append(row)
# Group the periods by year, to help the template draw the table nicely
#all_periods_tuples = [period.split('-') for period in all_periods
# if '-' in period]
#all_periods_tuples.sort(key=lambda x: x[0])
#all_periods_by_year = [
# (year, [p for y, p in year_periods])
# for year, year_periods in groupby(all_periods_tuples, lambda x: x[0])]
return {'table': rows,
'all periods': all_periods,
#'all periods by year': all_periods_by_year
}
def publisher_report(metric):
orgs = dict(model.Session.query(model.Group.name, model.Group)\
.filter_by(state='active').all())
org_counts = collections.defaultdict(dict)
if metric in ('views', 'viewsdownloads', 'visits'):
if metric == 'views' or metric == 'viewsdownloads':
sql_function = 'sum(pageviews::int)'
elif metric == 'visits':
sql_function = 'sum(visits::int)'
q = '''
select department_id, period_name, %s metric
from ga_url
where department_id <> ''
and package_id <> ''
group by department_id, period_name
order by department_id
''' % sql_function
org_period_count = model.Session.connection().execute(q)
for org_name, period_name, count in org_period_count:
org_counts[org_name][period_name] = count
if metric in ('downloads', 'viewsdownloads'):
q = '''
select g.name as org_name, s.period_name, sum(s.value::int) as downloads
from GA_Stat as s
join Package as p on s.key=p.name
join "group" as g on p.owner_org=g.id
where stat_name='Downloads'
and g.state='active'
group by org_name, s.period_name
order by downloads desc;
'''
org_period_count = model.Session.connection().execute(q)
if metric == 'viewsdownloads':
# add it onto the existing counts
for org_name, period_name, count in org_period_count:
org_counts[org_name][period_name] = count + \
org_counts[org_name].get(period_name, 0)
org_counts[org_name]['All'] = count + \
org_counts[org_name].get('All', 0)
else:
for org_name, period_name, count in org_period_count:
org_counts[org_name][period_name] = count
org_counts[org_name]['All'] = count + \
org_counts[org_name].get('All', 0)
org_counts = sorted(org_counts.items(), key=lambda x: -x[1].get('All', 0))
all_periods = [
res[0] for res in model.Session.query(GA_Url.period_name).group_by(
GA_Url.period_name).order_by(GA_Url.period_name).all()
]
rows = []
for org_name, counts in org_counts:
org = orgs.get(org_name)
if not org:
continue
top_org = list(go_up_tree(org))[-1]
row = OrderedDict((
('organization title', org.title),
('organization name', org.name),
('top-level organization title', top_org.title),
('top-level organization name', top_org.name),
))
for period_name in all_periods:
row[period_name] = counts.get(period_name, 0)
rows.append(row)
# Group the periods by year, to help the template draw the table nicely
#all_periods_tuples = [period.split('-') for period in all_periods
# if '-' in period]
#all_periods_tuples.sort(key=lambda x: x[0])
#all_periods_by_year = [
# (year, [p for y, p in year_periods])
# for year, year_periods in groupby(all_periods_tuples, lambda x: x[0])]
return {
'table': rows,
'all periods': all_periods,
#'all periods by year': all_periods_by_year
}
