def person2obj(person, kind=None):
if not kind:
kind='full'
dat={'id': person.id,
'gender':person.gender,
'reflexive':False,
'left': True,
'right': False,
'name': person.short_name(),
'created': person.created.strftime(DATE_DASH_REV),
'last_purchase': Purchase.objects.filter(who_with=person).exists() and Purchase.objects.filter(who_with=person).order_by('-created')[0].created.strftime(DATE_DASH_REV_DAY) or '2011-01-01',
'purchases_together': Purchase.objects.filter(who_with=person).count(),
'weight': 1,
'spent_together': Purchase.objects.filter(who_with=person).exists() and Purchase.objects.filter(who_with=person).aggregate(Sum('cost'))['cost__sum'] or 0,}
if kind=='supporting':
dat['name']=person.initial()
elif kind=='anon':
dat['name']=''
dat['gender']=1
elif kind=='initials':
dat['name']=person.initial()
elif kind=='extended':
dat['name']=unicode(person)
elif kind=='short name':
#the default.
pass
else:
from util import ipdb;ipdb()
return dat
def ipdb():
import inspect
try:
par = inspect.stack()[1]
desc = '%s line:%s' % (par[1], [par[2]])
except:
log.error('failed to inspect stack.')
from util import ipdb;ipdb()
desc='failed to inspect stack.'
if settings.LOCAL:
log.error('missed ipdb call. %s', desc)
import ipdb;ipdb.set_trace()
else:
log.error('missed ipdb call. %s', desc)
def logout(request):
from django.contrib.auth import logout
from utils import ipdb;ipdb()
logout(request)
def people_connections(request, exclude_disabled=False, since=None, until=None, detail_level=None,
data_only=False):
if type(until) is datetime.datetime:
until=until.date()
if not detail_level:
detail_level='short name'
vals = {}
people = Person.objects.all()
if exclude_disabled:
people = people.exclude(disabled=True)
edges = []
nodes = {}
linked_ids = set()
#the ones who really should be highlighted here.
supporting_linked_ids=set()
#just linkers, included because there was action in ppl they introduced me to.
ID=45299
newly_created=set()
purch_existed=set()
for person in people:
if person.id==ID:
from util import ipdb;ipdb()
#include them if they've got purch in the last year, or they introduced me to sb in the last year.
if since and person.created>since and ((not until) or person.created<=until):
#at some point should also include them if they're in a new phototag.
newly_created.add(person.id)
if since:
if until:
if person.purchases.filter(created__gt=since).filter(created__lte=until).exists():
purch_existed.add(person.id)
else:
if person.purchases.filter(created__gt=since).exists():
purch_existed.add(person.id)
else:
purch_existed.add(person.id)
#also add the person who introduced me.
for person in people:
if person.id in newly_created or person.id in purch_existed:
for from_person in person.met_through.all():
if from_person.id==ID:
from util import ipdb;ipdb()
supporting_linked_ids.add(from_person.id)
for person in people:
if person.id==ID:
from util import ipdb;ipdb()
#ordering matters. default is supporting, then is purch existed
#then is newly created in green.
if person.id in supporting_linked_ids:
nodes[person.id]=person2obj(person,kind=detail_level)
nodes[person.id]['newly_created']=False
nodes[person.id]['supporting']=True
#make edges for these.
if person.id in purch_existed or person.id in newly_created:
for from_person in person.met_through.all():
#only include edges where both poeple are mentioned.
edges.append({'target': from_person.id, 'source': person.id, 'value': 1,})
if person.id in purch_existed: #and (not person.purchases.exists())
nodes[person.id] = person2obj(person,kind=detail_level)
nodes[person.id]['newly_created']=False
nodes[person.id]['supporting']=False
if person.id in newly_created: #and (not person.purchases.exists())
nodes[person.id] = person2obj(person,kind=detail_level)
nodes[person.id]['newly_created']=True
nodes[person.id]['supporting']=False
if not since:
nodes[person.id]['newly_created']=False
nodes[person.id]['supporting']=True
vals['nodes'] = nodes
vals['edges'] = edges
if data_only:
return vals
return r2r('jinja2/people_connections.html', request, vals)
