def get(self):
#check that we're coming from an LL ip
if lindenip.inrange(os.environ['REMOTE_ADDR']) != 'Production':
self.error(403)
elif self.request.headers['X-SecondLife-Shard'] != 'Production':
logging.warning("Attempt while on beta grid %s" % (self.request.headers['X-SecondLife-Shard']))
self.response.set_status(305)
else:
av = self.request.headers['X-SecondLife-Owner-Key']
avname = self.request.headers['X-SecondLife-Owner-Name']
if avname != "(Loading...)":
relations.update_av(av, avname)
#get all relations for which av is owner or secowner
subdict = {}
ownersubs = relations.getby_subj_type(av, 'owns')
for sub in ownersubs:
id = sub.obj_id
if id not in subdict:
subdict[id] = relations.key2name(id)
else:
#delete duplicates
sub.delete()
secownersubs = relations.getby_subj_type(av, 'secowns')
for sub in secownersubs:
id = sub.obj_id
if id not in subdict:#since you can be both an owner and a secowner, ignore those here already in the owner list
subdict[id] = relations.key2name(id)
out = ''
for sub in subdict:
out += '%s,%s,' % (sub, subdict[sub])
self.response.out.write(out.rstrip(','))
def get(self):
user = users.get_current_user()
userid = user.user_id()
q1 = GoogleSLIds.all().filter("google_id =", userid)
q2 = GoogleSLIds.all().filter("google_id =", userid)
q3 = GoogleSLIds.all().filter("google_id =", userid)
if q1.count() == 0:
message = '''
You do not have any SL names linked to this acount. Enter a SL username to be verified. You will get an IM to complte the verifcation.
<br />
'''+form
self.response.out.write(head+message+end)#promt to add name to list
else:
q1.filter("verifed =", True)
if not q1.count() == 0:
message = "Verifed names:<br />"
for x in q1:
message += x.sl_name+"<br />"
av = x.sl_key
subdictown = {}
subdictsecown = {}
ownersubs = relations.getby_subj_type(av, 'owns')
for sub in ownersubs:
id = sub.obj_id
if id not in subdictown:
subdictown[id] = relations.key2name(id)
else:
#delete duplicates
sub.delete()
secownersubs = relations.getby_subj_type(av, 'secowns')
for sub in secownersubs:
id = sub.obj_id
if id not in (subdictown or subdictsecown):#since you can be both an owner and a secowner, ignore those here already in the owner list
subdictsecown[id] = relations.key2name(id)
out = ''
for sub in subdictown:
out += '<a href="/map/?key=%s">%s</a> own <br />' % (sub, subdictown[sub])
for sub in subdictsecown:
out += '<a href="/map/?key=%s">%s</a> secown <br />' % (sub, subdictsecown[sub])
message += out
q2.filter("verifed =", False)
if not q2.count() == 0:
message += "You have the following names waiting to be verifed: <br />"
for x in q2:
message += x.sl_name+"<br />"
message += form
#at least one acount verifed
self.response.out.write(head+message+end)
else:
message = "You have the following names waiting to be verifed: <br />"
results = q2.fetch(10)
for x in results:
message += x.sl_name+"<br />"
message += form
self.response.out.write(head+message+end)#show the acocounts not verifed and promt or more
def get(self):
# check that we're coming from an LL ip
if not lindenip.inrange(os.environ["REMOTE_ADDR"]):
self.error(403)
else:
av = self.request.headers["X-SecondLife-Owner-Key"]
avname = self.request.headers["X-SecondLife-Owner-Name"]
if avname != "(Loading...)":
relations.update_av(av, avname)
# get all relations for which av is owner or secowner
subdict = {}
suburldict = {}
ownersubs = relations.getby_subj_type(av, "owns")
for sub in ownersubs:
id = sub.obj_id
if id not in subdict:
subdict[id] = relations.key2name(id)
q = Lookup.get_by_key_name("URL:" + id)
if q is None:
suburldict[id] = "None"
else:
suburldict[id] = q.ownurl
else:
# delete duplicates
sub.delete()
secownersubs = relations.getby_subj_type(av, "secowns")
for sub in secownersubs:
id = sub.obj_id
if (
id not in subdict
): # since you can be both an owner and a secowner, ignore those here already in the owner list
subdict[id] = relations.key2name(id)
q = Lookup.get_by_key_name("URL:" + id)
if q is None:
suburldict[id] = "None"
else:
suburldict[id] = q.securl
currenttime = time.time()
out = ""
subsorted = sorted(subdict.items(), key=itemgetter(1))
for sub in subsorted:
# out += '%s,%s,%s,%s,' % (sub[0], sub[1], suburldict[sub[0]], currenttime)
# fix for sub restriction we dont send actual urls but only send them on demand
out += "%s,%s,%s,%s," % (sub[0], sub[1], "None", 0)
memcache.set("Subs:" + av, out)
self.response.out.write(out.rstrip(","))
def get(self):
#check that we're coming from an LL ip
if not lindenip.inrange(os.environ['REMOTE_ADDR']):
self.error(403)
else:
av = self.request.headers['X-SecondLife-Owner-Key']
avname = self.request.headers['X-SecondLife-Owner-Name']
if avname != "(Loading...)":
relations.update_av(av, avname)
#get all relations for which av is owner or secowner
subdict = {}
suburldict = {}
ownersubs = relations.getby_subj_type(av, 'owns')
for sub in ownersubs:
id = sub.obj_id
if id not in subdict:
subdict[id] = relations.key2name(id)
q = Lookup.get_by_key_name("URL:"+id)
if q is None :
suburldict[id] = 'None'
else:
suburldict[id] = q.ownurl
else:
#delete duplicates
sub.delete()
secownersubs = relations.getby_subj_type(av, 'secowns')
for sub in secownersubs:
id = sub.obj_id
if id not in subdict:#since you can be both an owner and a secowner, ignore those here already in the owner list
subdict[id] = relations.key2name(id)
q = Lookup.get_by_key_name("URL:"+id)
if q is None :
suburldict[id] = 'None'
else:
suburldict[id] = q.securl
currenttime = time.time()
out = ''
subsorted = sorted(subdict.items(), key=itemgetter(1))
for sub in subsorted:
# out += '%s,%s,%s,%s,' % (sub[0], sub[1], suburldict[sub[0]], currenttime)
# fix for sub restriction we dont send actual urls but only send them on demand
out += '%s,%s,%s,%s,' % (sub[0], sub[1], "None", 0)
memcache.set("Subs:"+av, out)
self.response.out.write(out.rstrip(','))
def get(self):
if (self.request.headers['sharedpass'] == sharedpass):
key = cgi.escape(self.request.get('key'))
logging.info('Key2name request for %s' % (key))
name = relations.key2name(key)
if name:
logging.info('Resolved as %s' % (name))
self.response.out.write(name)
self.response.set_status(200)#accepted
else:
logging.warning('Could not be resolved! Sending request now to inworld item.')
RequestName(key)
self.response.out.write('')
self.response.set_status(202)#accepted
else:
self.error(403)
logging.error('wrong shared password expecting %s received %s ip address' % (sharedpass,self.request.headers['sharedpass'],os.environ['REMOTE_ADDR']))
def get(self):
if (self.request.headers['sharedpass'] == sharedpass):
key = cgi.escape(self.request.get('key'))
logging.info('Key2name request for %s' % (key))
name = relations.key2name(key)
if name:
logging.info('Resolved as %s' % (name))
self.response.out.write(name)
self.response.set_status(200) #accepted
else:
logging.warning(
'Could not be resolved! Sending request now to inworld item.'
)
RequestName(key)
self.response.out.write('')
self.response.set_status(202) #accepted
else:
self.error(403)
logging.error(
'wrong shared password expecting %s received %s ip address' %
(sharedpass, self.request.headers['sharedpass'],
os.environ['REMOTE_ADDR']))
def format_article(article):
return "%s\n%s\n%s\n\n%s" % (article.title, relations.key2name(article.author), str(article.dts), article.text)
def getownerlist(userid):
ownerlist = memcache.get(userid + "ownerlist")
if ownerlist is not None:
sublist = memcache.get(userid + "subs").keys()
checksubs = memcache.get_multi(sublist)
for sub in checksubs:
if checksubs[sub] is not None:
memcache.delete_multi(sublist)
ownerlist = getownerlist(userid)
break
return ownerlist
else:
q1 = GoogleSLIds.all().filter("google_id =", userid)
q2 = GoogleSLIds.all().filter("google_id =", userid)
q3 = GoogleSLIds.all().filter("google_id =", userid)
if not q1.count() == 0:
q1.filter("verifed =", True)
if not q1.count() == 0:
ownerlist = 'Verifed names:<br /><table border="1">'
subdict = {}
subdictown = {}
subdictsecown = {}
for x in q1:
ownerlist += '<tr><td colspan="2">' + x.sl_name + "</td></tr>"
av = x.sl_key
subdictownloc = {}
subdictsecownloc = {}
ownersubs = relations.getby_subj_type(av, 'owns')
for sub in ownersubs:
id = sub.obj_id
if id not in subdictownloc:
subdictownloc[id] = relations.key2name(id)
else:
#delete duplicates
sub.delete()
secownersubs = relations.getby_subj_type(av, 'secowns')
for sub in secownersubs:
id = sub.obj_id
if id not in (
subdictownloc or subdictsecownloc
): #since you can be both an owner and a secowner, ignore those here already in the owner list
subdictsecownloc[id] = relations.key2name(id)
out = ''
subdictown.update(subdictownloc)
subdictsecown.update(subdictsecownloc)
subsortedown = sorted(subdictownloc.items(),
key=itemgetter(1))
subsortedsecown = sorted(subdictsecownloc.items(),
key=itemgetter(1))
for sub in subsortedown:
out += '<tr><td><a href="/map/?key=%s">%s</a></td><td>Owner</td></tr>' % (
sub[0], sub[1])
for sub in subsortedsecown:
out += '<tr><td><a href="/map/?key=%s">%s</a></td><td>Sec. Owner</td></tr>' % (
sub[0], sub[1])
ownerlist += out
ownerlist += '</table>'
q2.filter("verifed =", False)
if not q2.count() == 0:
ownerlist += "You have the following names waiting to be verifed: <br />"
for x in q2:
ownerlist += x.sl_name + "<br />"
ownerlist += form
subdict.update(subdictown)
subdict.update(subdictsecown)
memcache.set(userid + "ownerlist", ownerlist, 600)
memcache.set(userid + "subs", subdict, 600)
memcache.set(userid + "ownsubs", subdictown, 600)
memcache.set(userid + "secownsubs", subdictsecown, 600)
return ownerlist
else:
logging.warning(
'%s is trying to get %s page but does not have any verified users'
% (useremail, param2))
return "error"
else:
logging.warning(
'%s is trying to get %s page but does not have any verified or unvierified users'
% (useremail, param2))
return "error"
def getownerlist(userid):
ownerlist = memcache.get(userid+"ownerlist")
if ownerlist is not None:
sublist = memcache.get(userid+"subs").keys()
checksubs = memcache.get_multi(sublist)
for sub in checksubs:
if checksubs[sub] is not None:
memcache.delete_multi(sublist)
ownerlist = getownerlist(userid)
break
return ownerlist
else:
q1 = GoogleSLIds.all().filter("google_id =", userid)
q2 = GoogleSLIds.all().filter("google_id =", userid)
q3 = GoogleSLIds.all().filter("google_id =", userid)
if not q1.count() == 0:
q1.filter("verifed =", True)
if not q1.count() == 0:
ownerlist = 'Verifed names:<br /><table border="1">'
subdict = {}
subdictown = {}
subdictsecown = {}
for x in q1:
ownerlist += '<tr><td colspan="2">'+x.sl_name+"</td></tr>"
av = x.sl_key
subdictownloc = {}
subdictsecownloc = {}
ownersubs = relations.getby_subj_type(av, 'owns')
for sub in ownersubs:
id = sub.obj_id
if id not in subdictownloc:
subdictownloc[id] = relations.key2name(id)
else:
#delete duplicates
sub.delete()
secownersubs = relations.getby_subj_type(av, 'secowns')
for sub in secownersubs:
id = sub.obj_id
if id not in (subdictownloc or subdictsecownloc):#since you can be both an owner and a secowner, ignore those here already in the owner list
subdictsecownloc[id] = relations.key2name(id)
out = ''
subdictown.update(subdictownloc)
subdictsecown.update(subdictsecownloc)
subsortedown = sorted(subdictownloc.items(), key=itemgetter(1))
subsortedsecown = sorted(subdictsecownloc.items(), key=itemgetter(1))
for sub in subsortedown:
out += '<tr><td><a href="/map/?key=%s">%s</a></td><td>Owner</td></tr>' % (sub[0], sub[1])
for sub in subsortedsecown:
out += '<tr><td><a href="/map/?key=%s">%s</a></td><td>Sec. Owner</td></tr>' % (sub[0], sub[1])
ownerlist += out
ownerlist +='</table>'
q2.filter("verifed =", False)
if not q2.count() == 0:
ownerlist += "You have the following names waiting to be verifed: <br />"
for x in q2:
ownerlist += x.sl_name+"<br />"
ownerlist += form
subdict.update(subdictown)
subdict.update(subdictsecown)
memcache.set(userid+"ownerlist", ownerlist, 600)
memcache.set(userid+"subs", subdict, 600)
memcache.set(userid+"ownsubs", subdictown, 600)
memcache.set(userid+"secownsubs", subdictsecown, 600)
return ownerlist
else:
logging.warning('%s is trying to get %s page but does not have any verified users' % (useremail, param2))
return "error"
else:
logging.warning('%s is trying to get %s page but does not have any verified or unvierified users' % (useremail, param2))
return "error"
