def activity():
"""Generate analytics for most popular public projects and registrations.
Called by `scripts/update_populate_projects_and_registrations`
"""
popular_public_projects = []
popular_public_registrations = []
max_projects_to_display = settings.MAX_POPULAR_PROJECTS
if settings.KEEN['public']['read_key']:
keen_activity = get_keen_activity()
node_visits = keen_activity['node_visits']
node_data = [{
'node': x['node.id'],
'views': x['result']
} for x in node_visits]
node_data.sort(key=lambda datum: datum['views'], reverse=True)
node_data = [node_dict['node'] for node_dict in node_data]
for nid in node_data:
node = Node.load(nid)
if node is None:
continue
if node.is_public and not node.is_registration and not node.is_deleted:
if len(popular_public_projects) < max_projects_to_display:
popular_public_projects.append(node)
elif node.is_public and node.is_registration and not node.is_deleted and not node.is_retracted:
if len(popular_public_registrations) < max_projects_to_display:
popular_public_registrations.append(node)
if len(popular_public_projects) >= max_projects_to_display and len(
popular_public_registrations) >= max_projects_to_display:
break
# New and Noteworthy projects are updated manually
new_and_noteworthy_pointers = Node.find_one(
Q('_id', 'eq', settings.NEW_AND_NOTEWORTHY_LINKS_NODE)).nodes_pointer
new_and_noteworthy_projects = [
pointer.node for pointer in new_and_noteworthy_pointers
]
return {
'new_and_noteworthy_projects': new_and_noteworthy_projects,
'recent_public_registrations': recent_public_registrations(),
'popular_public_projects': popular_public_projects,
'popular_public_registrations': popular_public_registrations
}
def activity():
"""Generate analytics for most popular public projects and registrations.
Called by `scripts/update_populate_projects_and_registrations`
"""
popular_public_projects = []
popular_public_registrations = []
max_projects_to_display = settings.MAX_POPULAR_PROJECTS
if settings.KEEN['public']['read_key']:
keen_activity = get_keen_activity()
node_visits = keen_activity['node_visits']
node_data = [{'node': x['node.id'], 'views': x['result']} for x in node_visits]
node_data.sort(key=lambda datum: datum['views'], reverse=True)
node_data = [node_dict['node'] for node_dict in node_data]
for nid in node_data:
node = Node.load(nid)
if node is None:
continue
if node.is_public and not node.is_registration and not node.is_deleted:
if len(popular_public_projects) < max_projects_to_display:
popular_public_projects.append(node)
elif node.is_public and node.is_registration and not node.is_deleted and not node.is_retracted:
if len(popular_public_registrations) < max_projects_to_display:
popular_public_registrations.append(node)
if len(popular_public_projects) >= max_projects_to_display and len(popular_public_registrations) >= max_projects_to_display:
break
# New and Noteworthy projects are updated manually
new_and_noteworthy_pointers = Node.find_one(Q('_id', 'eq', settings.NEW_AND_NOTEWORTHY_LINKS_NODE)).nodes_pointer
new_and_noteworthy_projects = [pointer.node for pointer in new_and_noteworthy_pointers]
return {
'new_and_noteworthy_projects': new_and_noteworthy_projects,
'recent_public_registrations': recent_public_registrations(),
'popular_public_projects': popular_public_projects,
'popular_public_registrations': popular_public_registrations
}
def activity():
popular_public_projects = []
popular_public_registrations = []
hits = {}
max_popular_projects = 20
if settings.KEEN['public']['read_key']:
client = KeenClient(
project_id=settings.KEEN['public']['project_id'],
read_key=settings.KEEN['public']['read_key'],
)
node_pageviews = client.count(
event_collection='pageviews',
timeframe='this_7_days',
group_by='node.id',
filters=[
{
'property_name': 'node.id',
'operator': 'exists',
'property_value': True
}
]
)
node_visits = client.count_unique(
event_collection='pageviews',
target_property='anon.id',
timeframe='this_7_days',
group_by='node.id',
filters=[
{
'property_name': 'node.id',
'operator': 'exists',
'property_value': True
}
]
)
node_data = [{'node': x['node.id'], 'views': x['result']} for x in node_pageviews[0:max_popular_projects]]
for node_visit in node_visits[0:max_popular_projects]:
for node_result in node_data:
if node_visit['node.id'] == node_result['node']:
node_result.update({'visits': node_visit['result']})
node_data.sort(key=lambda datum: datum['views'], reverse=True)
for nid in node_data:
node = Node.load(nid['node'])
if node is None:
continue
if node.is_public and not node.is_registration and not node.is_deleted:
if len(popular_public_projects) < 10:
popular_public_projects.append(node)
elif node.is_public and node.is_registration and not node.is_deleted and not node.is_retracted:
if len(popular_public_registrations) < 10:
popular_public_registrations.append(node)
if len(popular_public_projects) >= 10 and len(popular_public_registrations) >= 10:
break
hits = {
datum['node']: {
'hits': datum['views'],
'visits': datum['visits']
} for datum in node_data
}
# Projects
new_and_noteworthy_pointers = Node.find_one(Q('_id', 'eq', settings.NEW_AND_NOTEWORTHY_LINKS_NODE)).nodes_pointer
new_and_noteworthy_projects = [pointer.node for pointer in new_and_noteworthy_pointers]
return {
'new_and_noteworthy_projects': new_and_noteworthy_projects,
'recent_public_registrations': recent_public_registrations(),
'popular_public_projects': popular_public_projects,
'popular_public_registrations': popular_public_registrations,
'hits': hits,
}
