def downschedule(self):
stewz = db.get_multi(self.commitments)
for stew in stewz:
self.unsteward(stew, "rescheduled")
self.commitments = []
self.put()
db.delete_multi(stewz)
def happening(self, now):
slots = []
for slot in db.get_multi(self.timeslots):
if isDay(slot, now):
slots.append(slot)
if len(slots) is 1: # if 2, one is exception
return slots[0]
def response():
action = cgi_get("action", choices=["schema", "get", "edit", "delete"])
# edit/delete always require credentials; getters do configurably
if not config.db.public or action in ["edit", "delete"]:
if cgi_get("pw") != config.admin.pw:
fail("wrong")
if action == "schema":
succeed(get_schema())
elif action == "get":
sig = cgi_dump()
res = getmem(sig, False)
if not res:
mname = cgi_get("modelName", required=False)
keys = cgi_get("keys", required=False)
if mname:
res = get_page(mname, cgi_get("limit"), cgi_get("offset"),
cgi_get("order", default="index"), cgi_get("filters", default={}))
elif keys:
res = [d.data() for d in get_multi(keys)]
else:
res = get(cgi_get("key")).data()
if config.memcache.db:
setmem(sig, res, False)
succeed(res)
elif action == "edit":
if config.memcache.db:
clearmem()
succeed(edit(cgi_get("data")).data())
elif action == "delete":
get(cgi_get("key")).rm()
succeed()
def secs(self, sections=None, depth=0, novars=False, page_breaks=False):
return "\r\n\r\n".join(sections and [
db.get(s['key']).content(s['sections'], depth, novars, page_breaks)
for s in sections
] or [
s.content(depth=depth, novars=novars, page_breaks=page_breaks)
for s in db.get_multi(self.sections)
])
def dividend(self):
pod = self.pod()
pool = pod.pool.get()
people = db.get_multi(pod.members())
div = self.amount * pool.outstanding
cut = div / len(people)
for person in people:
person.wallet.get().deposit(cut, pod, self, "dividend")
pool.debit(div, pod, self, "dividend")
def fulfill(self):
if self.passed or not self.verified():
return False
count = len(self.beneficiaries)
pod = self.pod()
service = self.service.get()
for worker in db.get_multi(self.workers):
pod.service(worker, service, count, self.notes)
self.passed = True
self.put()
return True
def oncreate(self):
convo = Conversation(topic=self.subject)
convo.put()
self.conversation = convo.key
if self.recipients:
recipients = db.get_multi(self.recipients)
else:
recipients = Member.query().all()
bod = UPDATE % (self.sender.get().email, self.message)
for recip in recipients:
send_mail(to=recip.email, subject=self.subject, body=bod)
def reg_act(membership, service, workers, beneficiaries, notes):
act = Act()
act.membership = membership
act.service = service
act.workers = workers
act.beneficiaries = beneficiaries
act.notes = notes
act.put()
akey = act.key.urlsafe()
service = act.service.get()
memship = act.membership.get()
person = memship.person.get()
pod = memship.pod.get()
workers = "\n".join([w.email for w in db.get_multi(act.workers)])
act.notify(
"verify service", lambda signer: SERVICE %
(person.email, pod.name, service.name, act.notes, workers, akey,
signer.urlsafe(), akey))
return akey
def deposit(self, amount, deed):
log('compensating "%s/%s" codebase: %s' %
(self.owner, self.repo, amount))
contz = self.contributions()
total = float(sum([cont.count for cont in contz]))
platcut = amount * ratios.code.get(self.variety, ratios.code.rnd)
log('dividing %s cut (%s) among %s contributors' %
(self.variety, platcut, len(contz)))
details = "variety: %s\nowner: %s" % (self.variety, self.owner)
for contrib in contz:
memship = contrib.membership()
memship and memship.deposit(
platcut * contrib.count / total, deed, "code usage: %s@%s" %
(contrib.handle(), self.repo), details, True)
depcut = amount * ratios.code.dependency
dnum = len(self.dependencies)
if dnum:
depshare = depcut / dnum
log('dividing dependency cut (%s) among %s codebases' %
(depcut, dnum))
for dep in db.get_multi(self.dependencies):
dep.deposit(depshare, deed)
def deposit(self,
member,
amount,
deed,
note,
details=None,
nocode=False,
pay=False):
memwall = member.wallet.get()
if pay:
memcut = amount * ratios.pay
amount -= memcut
memwall.deposit(memcut, self, deed, note, details)
else:
memwall.deposit(amount, self, deed, note, details)
self.pool.get().deposit(amount, self, deed, note, details)
self.agent and self.agent.get().pool.get().deposit(
amount * ratios.agent, self, deed, note, details)
if not nocode:
for codebase in self.codebases():
codebase.deposit(amount, deed)
depcut = amount * ratios.code.dependency
for dependency in db.get_multi(self.dependencies):
dependency.deposit(depcut, deed)
def unrolled(self):
d = self.data()
d['sections'] = [s.unrolled() for s in db.get_multi(self.sections)]
return d
def beforeremove(self, session):
for stew in db.get_multi(self.commitments, session):
self.unsteward(stew, "removed")
def pods(self):
return db.get_multi([m.pod for m in self.memberships()])
def tasks(self):
return db.get_multi(sum([p.tasks for p in self.pods()], []))
def full(self):
answers = "\n\n".join([a.full() for a in db.get_multi(self.answers)])
return "\n\n".join([
self.topic, answers, self.notes,
"request follow up: %s" % (self.followup, )
])
def interested(self, tags):
tagz = set(map(lambda t: t.urlsafe(), tags))
return filter(
lambda p: tagz.intersection(
set(map(lambda t: t.urlsafe(), p.interests))),
db.get_multi(self.members()))
def afterremove(self, session):
db.delete_multi(
db.get_multi(self.timeslots + self.commitments, session), session)