def which_emails_are_banned(cls, canons):
banned = hooks.get_hook("email.get_banned").call(canons=canons)
# Create a dictionary like:
# d["abc.def.com"] = [ "*****@*****.**", "*****@*****.**" ]
rv = {}
canons_by_domain = {}
# email.get_banned will return a list of lists (one layer from the
# hooks system, the second from the function itself); chain them
# together for easy processing
for canon in itertools.chain(*banned):
rv[canon] = None
at_sign = canon.find("@")
domain = canon[at_sign + 1 :]
canons_by_domain.setdefault(domain, [])
canons_by_domain[domain].append(canon)
# Hand off to the domain ban system; it knows in the case of
# [email protected] to check foo.bar.com, bar.com, and .com
from r2.models.admintools import bans_for_domain_parts
for domain, canons in canons_by_domain.iteritems():
for d in bans_for_domain_parts(domain):
if d.no_email:
rv[canon] = "domain"
return rv
def which_emails_are_banned(cls, canons):
banned = g.hardcache.get_multi(canons, prefix="email_banned-")
# Filter out all the ones that are simply banned by address.
# Of the remaining ones, create a dictionary like:
# d["abc.def.com"] = [ "*****@*****.**", "*****@*****.**" ]
rv = {}
canons_by_domain = {}
for canon in canons:
if banned.get(canon, False):
rv[canon] = "address"
continue
rv[canon] = None
at_sign = canon.find("@")
domain = canon[at_sign+1:]
canons_by_domain.setdefault(domain, [])
canons_by_domain[domain].append(canon)
# Hand off to the domain ban system; it knows in the case of
# [email protected] to check foo.bar.com, bar.com, and .com
from r2.models.admintools import bans_for_domain_parts
for domain, canons in canons_by_domain.iteritems():
for d in bans_for_domain_parts(domain):
if d.no_email:
rv[canon] = "domain"
return rv
def which_emails_are_banned(cls, canons):
banned = hooks.get_hook('email.get_banned').call(canons=canons)
# Create a dictionary like:
# d["abc.def.com"] = [ "*****@*****.**", "*****@*****.**" ]
rv = {}
canons_by_domain = {}
# email.get_banned will return a list of lists (one layer from the
# hooks system, the second from the function itself); chain them
# together for easy processing
for canon in itertools.chain(*banned):
rv[canon] = None
at_sign = canon.find("@")
domain = canon[at_sign + 1:]
canons_by_domain.setdefault(domain, [])
canons_by_domain[domain].append(canon)
# Hand off to the domain ban system; it knows in the case of
# [email protected] to check foo.bar.com, bar.com, and .com
from r2.models.admintools import bans_for_domain_parts
for domain, canons in canons_by_domain.iteritems():
for d in bans_for_domain_parts(domain):
if d.no_email:
rv[canon] = "domain"
return rv
def which_emails_are_banned(cls, canons):
banned = g.hardcache.get_multi(canons, prefix="email_banned-")
# Filter out all the ones that are simply banned by address.
# Of the remaining ones, create a dictionary like:
# d["abc.def.com"] = [ "*****@*****.**", "*****@*****.**" ]
rv = {}
canons_by_domain = {}
for canon in canons:
if banned.get(canon, False):
rv[canon] = "address"
continue
rv[canon] = None
at_sign = canon.find("@")
domain = canon[at_sign+1:]
canons_by_domain.setdefault(domain, [])
canons_by_domain[domain].append(canon)
# Hand off to the domain ban system; it knows in the case of
# [email protected] to check foo.bar.com, bar.com, and .com
from r2.models.admintools import bans_for_domain_parts
for domain, canons in canons_by_domain.iteritems():
for d in bans_for_domain_parts(domain):
if d.no_email:
rv[canon] = "domain"
return rv
