def removeClientFromChannel(request, channelName, client):
"""
Remove client from channel.
@type request: C{django.http.HttpRequest}
@param request: Django Request.
@type channelName: C{string}
@param channelName: Channel name.
@type client: C{string}
@param client: Unique Client ID.
"""
import sputnik
srem("sputnik:channel:%s:channel" % channelName, client)
# get our username
userName = sputnik.get("ses:%s:username" % client)
# get all usernames
users = smembers("sputnik:channel:%s:users" % channelName)
try:
# get all clients
allClients = []
for cl in smembers("sputnik:channel:%s:channel" % channelName):
allClients.append(sputnik.get("ses:%s:username" % cl))
for usr in users:
if usr not in allClients:
sputnik.srem("sputnik:channel:%s:users" % channelName, usr)
addMessageToChannel(request, channelName, {"command": "user_remove", "username": usr}, myself = True)
except:
from booki.utils.log import printStack
printStack(None)
def remote_ping(request, message):
import sputnik
sputnik.addMessageToChannel(request, "/booki/", {})
_now = time.time()
try:
locks = sputnik.rkeys("booki:*:locks:*")
except:
return
for key in locks:
lastAccess = sputnik.get(key)
if type(lastAccess) in [type(' '), type(u' ')]:
try:
lastAccess = decimal.Decimal(lastAccess)
except:
continue
if lastAccess and decimal.Decimal("%f" % _now) - lastAccess > 30:
sputnik.rdelete(key)
m = re.match("booki:(\d+):locks:(\d+):(\w+)", key)
if m:
sputnik.addMessageToChannel(request, "/booki/book/%s/" % m.group(1), {"command": "chapter_status",
"chapterID": m.group(2),
"status": "normal",
"username": m.group(3)},
myself = True)
def removeClientFromChannel(request, channelName, client):
"""
Remove client from channel.
@type request: C{django.http.HttpRequest}
@param request: Django Request.
@type channelName: C{string}
@param channelName: Channel name.
@type client: C{string}
@param client: Unique Client ID.
"""
import sputnik
srem("sputnik:channel:%s:channel" % channelName, client)
# get our username
userName = sputnik.get("ses:%s:username" % client)
# get all usernames
users = smembers("sputnik:channel:%s:users" % channelName)
try:
# get all clients
allClients = []
for cl in smembers("sputnik:channel:%s:channel" % channelName):
allClients.append(sputnik.get("ses:%s:username" % cl))
for usr in users:
if usr not in allClients:
sputnik.srem("sputnik:channel:%s:users" % channelName, usr)
addMessageToChannel(request,
channelName, {
"command": "user_remove",
"username": usr
},
myself=True)
except:
from booki.utils.log import printStack
printStack(None)
def remote_ping(request, message):
"""
Sends ping to the server. Just so we know client is still alive. It also removes old locks. This is not the place to do it at all,
but once we have normal scheduled calls, will put it there.
:Args:
- request (:class:`django.http.HttpRequest`): Client Request object
- message (dict): Message object
"""
import sputnik
sputnik.addMessageToChannel(request, "/booktype/", {})
# kill old chapters which are no longer under edit
keys = sputnik.rkeys("booktype:*:*:editlocks:*")
for key in keys:
last_ping = sputnik.get(key)
try:
last_ping = decimal.Decimal(last_ping)
except Exception as e:
logger.exception(e)
if last_ping and decimal.Decimal(
"%f" %
time.time()) - last_ping > Chapter.EDIT_PING_SECONDS_MAX_DELTA:
sputnik.rdelete(key)
m = re.match("booktype:(\d+):(\d+).(\d+):editlocks:(\d+):(\w+)",
key)
if m:
bookid, version, chapter_id, username = (m.group(1),
"{0}.{1}".format(
m.group(2),
m.group(3)),
m.group(4),
m.group(5))
sputnik.addMessageToChannel(request,
"/booktype/book/%s/%s/" %
(bookid, version), {
"command": "chapter_state",
"chapterID": chapter_id,
"state": "normal",
"username": username
},
myself=True)
def remote_book_notification(request, message, bookid, version):
res = {}
import time
# rcon.delete(key)
# set the initial timer for editor
if request.user.username and request.user.username != '':
sputnik.set("booki:%s:locks:%s:%s" % (bookid, message["chapterID"], request.user.username), time.time())
if '%s' % sputnik.get("booki:%s:killlocks:%s:%s" % (bookid, message["chapterID"], request.user.username)) == '1':
sputnik.rdelete("booki:%s:killlocks:%s:%s" % (bookid, message["chapterID"], request.user.username))
res = {"kill": "please"}
return res
def remote_ping(request, message):
"""
Sends ping to the server. Just so we know client is still alive. It also removes old locks. This is not the place to do it at all,
but once we have normal scheduled calls, will put it there.
@type request: C{django.http.HttpRequest}
@param request: Client Request object
@type message: C{dict}
@param message: Message object
"""
import sputnik
sputnik.addMessageToChannel(request, "/booki/", {})
_now = time.time()
try:
locks = sputnik.rkeys("booki:*:locks:*")
except:
return
for key in locks:
lastAccess = sputnik.get(key)
if type(lastAccess) in [type(' '), type(u' ')]:
try:
lastAccess = decimal.Decimal(lastAccess)
except:
continue
if lastAccess and decimal.Decimal("%f" % _now) - lastAccess > 30:
sputnik.rdelete(key)
m = re.match("booki:(\d+):locks:(\d+):(\w+)", key)
if m:
sputnik.addMessageToChannel(request,
"/booki/book/%s/" % m.group(1), {
"command": "chapter_status",
"chapterID": m.group(2),
"status": "normal",
"username": m.group(3)
},
myself=True)
def debug_redis(request):
import sputnik
client_id = sputnik.get("sputnik:client_id")
sputnikchannels = sputnik.smembers("sputnik:channels")
chnl = {}
for ch in sputnik.rkeys("sputnik:channel:*:channel"):
chnl[ch] = sputnik.smembers(ch)
usrs = {}
for ch in sputnik.rkeys("sputnik:channel:*:users"):
usrs[ch] = sputnik.smembers(ch)
# for ch in r.keys('sputnik:*:messages'):
# pass
allValues = {}
import time, decimal
_now = time.time()
for ses in [k[4:-9] for k in sputnik.rkeys("ses:*:username")]:
try:
allValues[ses] = {
"channels": sputnik.smembers("ses:%s:channels" % ses),
"last_access": sputnik.get("ses:%s:last_access" % ses),
"access_since": decimal.Decimal("%f" % _now) - sputnik.get("ses:%s:last_access" % ses),
"username": sputnik.get("ses:%s:username" % ses)
}
except:
pass
locks = {}
for ch in sputnik.rkeys("booki:*:locks:*"):
locks[ch] = sputnik.get(ch)
killlocks = {}
for ch in sputnik.rkeys("booki:*:killlocks:*"):
killlocks[ch] = sputnik.get(ch)
return render_to_response('portal/debug_redis.html', {"request": request,
"client_id": client_id,
"sputnikchannels": sputnikchannels,
"channel": chnl.items(),
"users": usrs.items(),
"sessions": allValues.items(),
"locks": locks.items(),
"killlocks": killlocks.items()
})
def remove_timeout_clients(request):
_now = time.time()
try:
for k in sputnik.rkeys("ses:*:last_access"):
tm = sputnik.get(k)
if type(tm) in [type(' '), type(u' ')]:
try:
tm = decimal.Decimal(tm)
except:
continue
# timeout after 2 minute
if tm and decimal.Decimal("%f" % _now) - tm > 60 * 2:
sputnik.removeClient(request, k[4:-12])
except:
logger.debug("Can not get all the last accesses")
def remote_ping(request, message):
"""
Sends ping to the server. Just so we know client is still alive. It also removes old locks. This is not the place to do it at all,
but once we have normal scheduled calls, will put it there.
@type request: C{django.http.HttpRequest}
@param request: Client Request object
@type message: C{dict}
@param message: Message object
"""
import sputnik
sputnik.addMessageToChannel(request, "/booki/", {})
_now = time.time()
try:
locks = sputnik.rkeys("booki:*:locks:*")
except:
return
for key in locks:
lastAccess = sputnik.get(key)
if type(lastAccess) in [type(' '), type(u' ')]:
try:
lastAccess = decimal.Decimal(lastAccess)
except:
continue
if lastAccess and decimal.Decimal("%f" % _now) - lastAccess > 30:
sputnik.rdelete(key)
m = re.match("booki:(\d+):locks:(\d+):(\w+)", key)
if m:
sputnik.addMessageToChannel(request, "/booki/book/%s/" % m.group(1), {"command": "chapter_status",
"chapterID": m.group(2),
"status": "normal",
"username": m.group(3)},
myself = True)
def remote_ping(request, message):
"""
Sends ping to the server. Just so we know client is still alive. It also removes old locks. This is not the place to do it at all,
but once we have normal scheduled calls, will put it there.
:Args:
- request (:class:`django.http.HttpRequest`): Client Request object
- message (dict): Message object
"""
import sputnik
sputnik.addMessageToChannel(request, "/booktype/", {})
# kill old chapters which are no longer under edit
keys = sputnik.rkeys("booktype:*:*:editlocks:*")
for key in keys:
last_ping = sputnik.get(key)
try:
last_ping = decimal.Decimal(last_ping)
except Exception as e:
logger.exception(e)
if last_ping and decimal.Decimal("%f" % time.time()) - last_ping > Chapter.EDIT_PING_SECONDS_MAX_DELTA:
sputnik.rdelete(key)
m = re.match("booktype:(\d+):(\d+).(\d+):editlocks:(\d+):(\w+)", key)
if m:
bookid, version, chapter_id, username = (m.group(1), "{0}.{1}".format(m.group(2), m.group(3)),
m.group(4), m.group(5))
sputnik.addMessageToChannel(request, "/booktype/book/%s/%s/" % (bookid, version),
{"command": "chapter_state",
"chapterID": chapter_id,
"state": "normal",
"username": username},
myself=True)
def get_online_users(self):
client_list = sputnik.rkeys("ses:*:username")
online_users = {}
for us in client_list:
clientID = us[4:-9]
channel_list = []
for chan in sputnik.smembers('ses:%s:channels' % clientID):
if chan.startswith('/booktype/book/'):
_s = chan.split('/')
if len(_s) > 3:
bookID = _s[3]
try:
b = Book.objects.get(pk=bookID)
channel_list.append(b)
except Book.DoesNotExist:
pass
_u = sputnik.get(us)
online_users[_u] = channel_list
return online_users
def get_online_users(self):
client_list = sputnik.rkeys("ses:*:username")
online_users = {}
for us in client_list:
clientID = us[4:-9]
channel_list = []
for chan in sputnik.smembers('ses:%s:channels' % clientID):
if chan.startswith('/booktype/book/'):
_s = chan.split('/')
if len(_s) > 3:
bookID = _s[3]
try:
b = Book.objects.get(pk=bookID)
channel_list.append(b)
except Book.DoesNotExist:
pass
_u = sputnik.get(us)
online_users[_u] = channel_list
return online_users
def debug_redis(request):
"""
Django View. This page shows basic debug information about redis.
@todo: This should be removed. New Django Application for debuging and monitoring should be created.
@type request: C{django.http.HttpRequest}
@param request: Client Request object
"""
import sputnik
client_id = sputnik.get("sputnik:client_id")
sputnikchannels = sputnik.smembers("sputnik:channels")
chnl = {}
for ch in sputnik.rkeys("sputnik:channel:*:channel"):
chnl[ch] = sputnik.smembers(ch)
usrs = {}
for ch in sputnik.rkeys("sputnik:channel:*:users"):
usrs[ch] = sputnik.smembers(ch)
# for ch in r.keys('sputnik:*:messages'):
# pass
allValues = {}
import time, decimal
_now = time.time()
for ses in [k[4:-9] for k in sputnik.rkeys("ses:*:username")]:
try:
allValues[ses] = {
"channels": sputnik.smembers("ses:%s:channels" % ses),
"last_access": sputnik.get("ses:%s:last_access" % ses),
"access_since": decimal.Decimal("%f" % _now) - sputnik.get("ses:%s:last_access" % ses),
"username": sputnik.get("ses:%s:username" % ses)
}
except:
pass
locks = {}
for ch in sputnik.rkeys("booki:*:locks:*"):
locks[ch] = sputnik.get(ch)
killlocks = {}
for ch in sputnik.rkeys("booki:*:killlocks:*"):
killlocks[ch] = sputnik.get(ch)
return render_to_response('portal/debug_redis.html', {"request": request,
"client_id": client_id,
"sputnikchannels": sputnikchannels,
"channel": chnl.items(),
"users": usrs.items(),
"sessions": allValues.items(),
"locks": locks.items(),
"killlocks": killlocks.items()
})
def dispatcher(request, **sputnik_dict):
"""
Main Sputnik dispatcher. Every Sputnik request goes through this dispatcher.
Input arguments are passed through C{request.POST}:
- C{request.POST['messages']}
List of messages client is sending to server.
- C{request.POST['clientID']}
Unique client ID for this connection.
This is just another Django view.
@todo: Change logging and error handling.
@type request: C{django.http.HttpRequest}
@param request: Client Request object
@type sputnik_dict: C{dict}
@param sputnik_dict: Mapping of channels with specific python modules.
@rtype: C{HttpResponse}
@return: Return C{django.http.HttpResponse} object.
"""
try:
inp = request.POST
except IOError:
return HttpResponse(simplejson.dumps({"result": False, "messages": []}), mimetype="text/json")
results = []
clientID = None
messages = simplejson.loads(inp.get("messages", "[]"))
if inp.has_key("clientID") and inp["clientID"]:
clientID = inp["clientID"]
for message in messages:
ret = None
for mpr in sputnik_dict['map']:
mtch = re.match(mpr[0], message["channel"])
if mtch:
a = mtch.groupdict()
_m = __import__(mpr[1])
for nam in mpr[1].split('.')[1:]:
_m = getattr(_m, nam)
if _m:
# should do hasattr first and then getattr
fnc = getattr(_m, "remote_%s" % message['command'])
if not hasattr(request, "sputnikID"):
request.sputnikID = "%s:%s" % (request.session.session_key, clientID)
request.clientID = clientID
if fnc:
ret = fnc(request, message, **a)
if not ret:
ret = {}
ret["uid"] = message.get("uid")
break
else:
import logging
logging.getLogger("booki").error("Could not find function '%s' for Sputnik channel '%d'!" % (message['command'], message['channel']))
if ret:
results.append(ret)
else:
import logging
logging.getLogger("booki").error("Sputnik - %s." % simplejson.dumps(message))
n = 0
while True:
v = None
try:
if clientID and clientID.find(' ') == -1:
v = sputnik.rpop("ses:%s:%s:messages" % (request.session.session_key, clientID))
except:
if n > 20:
break
import logging
logging.getLogger("booki").debug("Sputnik - Coult not get the latest message from the queue session: %s clientID:%s" %(request.session.session_key, clientID))
# from booki.utils.log import printStack
# printStack(None)
n += 1
if not v: break
try:
results.append(simplejson.loads(v))
except:
import logging
logging.getLogger("booki").debug(v)
# from booki.utils.log import printStack
# printStack(None)
import time, decimal
try:
if request.sputnikID and request.sputnikID.find(' ') == -1:
sputnik.set("ses:%s:last_access" % request.sputnikID, time.time())
except:
import logging
logging.getLogger("booki").debug("Sputnik - CAN NOT SET TIMESTAMP.")
# from booki.utils.log import printStack
# printStack(None)
# this should not be here!
# timeout old edit locks
locks = {}
_now = time.time()
try:
for k in sputnik.rkeys("ses:*:last_access"):
tm = sputnik.get(k)
if type(tm) in [type(' '), type(u' ')]:
try:
tm = decimal.Decimal(tm)
except:
continue
# timeout after 2 minute
if tm and decimal.Decimal("%f" % _now) - tm > 60*2:
sputnik.removeClient(request, k[4:-12])
except:
import logging
logging.getLogger("booki").debug("Sputnik - can not get all the last accesses")
# from booki.utils.log import printStack
# printStack(None)
ret = {"result": True, "messages": results}
try:
return HttpResponse(simplejson.dumps(ret), mimetype="text/json")
except:
transaction.rollback()
finally:
transaction.commit()
def remote_init_editor(request, message, bookid, version):
book = models.Book.objects.get(id=bookid)
book_version = getVersion(book, version)
## get chapters
chapters = getTOCForBook(book_version)
holdChapters = getHoldChapters(book_version)
## get users
def _getUserName(a):
if a == request.sputnikID:
return "<b>%s</b>" % a
return a
try:
users = [_getUserName(m) for m in list(sputnik.smembers("sputnik:channel:%s:channel" % message["channel"]))]
except:
users = []
## get workflow statuses
statuses = [(status.id, status.name) for status in models.BookStatus.objects.filter(book=book).order_by("-weight")]
## get attachments
try:
attachments = getAttachments(book_version)
except:
attachments = []
## get metadata
metadata = [{'name': v.name, 'value': v.getValue()} for v in models.Info.objects.filter(book=book)]
## notify others
sputnik.addMessageToChannel(request, "/chat/%s/" % bookid,
{"command": "user_joined",
"user_joined": request.user.username},
myself = False)
## get licenses
licenses = [(elem.abbrevation, elem.name) for elem in models.License.objects.all().order_by("name")]
## get online users
try:
_onlineUsers = sputnik.smembers("sputnik:channel:%s:users" % message["channel"])
except:
_onlineUsers = []
if request.user.username not in _onlineUsers:
try:
sputnik.sadd("sputnik:channel:%s:users" % message["channel"], request.user.username)
_onlineUsers.append(request.user.username)
except:
pass
## get mood message for current user
## send mood as seperate message
## set notifications to other clients
profile = request.user.get_profile()
if profile:
moodMessage = profile.mood;
else:
moodMessage = ''
sputnik.addMessageToChannel(request,
"/booki/book/%s/%s/" % (bookid, version),
{"command": "user_add",
"username": request.user.username,
"mood": moodMessage}
)
## get online users and their mood messages
from django.contrib.auth.models import User
def _getUser(_user):
try:
_u = User.objects.get(username=_user)
return (_user, _u.get_profile().mood)
except:
return None
onlineUsers = [x for x in [_getUser(x) for x in _onlineUsers] if x]
# for now, this is one big temp here
import time, decimal, re
_now = time.time()
locks = {}
try:
for key in sputnik.rkeys("booki:*:locks:*"):
lastAccess = sputnik.get(key)
if type(lastAccess) in [type(' '), type(u' ')]:
try:
lastAccess = decimal.Decimal(lastAccess)
except:
continue
if lastAccess and decimal.Decimal("%f" % _now) - lastAccess <= 30:
m = re.match("booki:(\d+):locks:(\d+):(\w+)", key)
if m:
if m.group(1) == bookid:
locks[m.group(2)] = m.group(3)
except:
pass
return {"licenses": licenses,
"chapters": chapters,
"metadata": metadata,
"hold": holdChapters,
"users": users,
"locks": locks,
"statuses": statuses,
"attachments": attachments,
"onlineUsers": list(onlineUsers)}
def _get(self, key):
return sputnik.get(key)
def dispatcher(request, **sputnik_dict):
"""
Main Sputnik dispatcher. Every Sputnik request goes through this dispatcher.
Input arguments are passed through C{request.POST}:
- C{request.POST['messages']}
List of messages client is sending to server.
- C{request.POST['clientID']}
Unique client ID for this connection.
This is just another Django view.
@todo: Change logging and error handling.
@type request: C{django.http.HttpRequest}
@param request: Client Request object
@type sputnik_dict: C{dict}
@param sputnik_dict: Mapping of channels with specific python modules.
@rtype: C{HttpResponse}
@return: Return C{django.http.HttpResponse} object.
"""
try:
inp = request.POST
except IOError:
return HttpResponse(simplejson.dumps({"result": False, "messages": []}), mimetype="text/json")
results = []
clientID = None
try:
messages = simplejson.loads(inp.get("messages", "[]"))
except ValueError:
return HttpResponse(simplejson.dumps({"result": False, "messages": []}), mimetype="text/json")
if inp.has_key("clientID") and inp["clientID"]:
clientID = inp["clientID"]
for message in messages:
ret = None
for mpr in sputnik_dict['map']:
mtch = re.match(mpr[0], message["channel"])
if mtch:
a = mtch.groupdict()
_m = __import__(mpr[1])
for nam in mpr[1].split('.')[1:]:
_m = getattr(_m, nam)
if _m:
# should do hasattr first and then getattr
fnc = getattr(_m, "remote_%s" % message['command'])
if not hasattr(request, "sputnikID"):
request.sputnikID = "%s:%s" % (request.session.session_key, clientID)
request.clientID = clientID
if fnc:
ret = fnc(request, message, **a)
if not ret:
ret = {}
ret["uid"] = message.get("uid")
break
else:
import logging
logging.getLogger("booki").error("Could not find function '%s' for Sputnik channel '%d'!" % (message['command'], message['channel']))
if ret:
results.append(ret)
else:
import logging
logging.getLogger("booki").error("Sputnik - %s." % simplejson.dumps(message))
n = 0
while True:
v = None
try:
if clientID and clientID.find(' ') == -1:
v = sputnik.rpop("ses:%s:%s:messages" % (request.session.session_key, clientID))
except:
if n > 20:
break
import logging
logging.getLogger("booki").debug("Sputnik - Coult not get the latest message from the queue session: %s clientID:%s" %(request.session.session_key, clientID))
# from booki.utils.log import printStack
# printStack(None)
n += 1
if not v: break
try:
results.append(simplejson.loads(v))
except:
import logging
logging.getLogger("booki").debug(v)
# from booki.utils.log import printStack
# printStack(None)
import time, decimal
try:
if request.sputnikID and request.sputnikID.find(' ') == -1:
sputnik.set("ses:%s:last_access" % request.sputnikID, time.time())
except:
import logging
logging.getLogger("booki").debug("Sputnik - CAN NOT SET TIMESTAMP.")
# from booki.utils.log import printStack
# printStack(None)
# this should not be here!
# timeout old edit locks
locks = {}
_now = time.time()
try:
for k in sputnik.rkeys("ses:*:last_access"):
tm = sputnik.get(k)
if type(tm) in [type(' '), type(u' ')]:
try:
tm = decimal.Decimal(tm)
except:
continue
# timeout after 2 minute
if tm and decimal.Decimal("%f" % _now) - tm > 60*2:
sputnik.removeClient(request, k[4:-12])
except:
import logging
logging.getLogger("booki").debug("Sputnik - can not get all the last accesses")
# from booki.utils.log import printStack
# printStack(None)
ret = {"result": True, "messages": results}
try:
return HttpResponse(simplejson.dumps(ret), mimetype="text/json")
except:
transaction.rollback()
finally:
transaction.commit()
def _get(self, key):
return sputnik.get(key)
def debug_redis(request):
"""
Django View. This page shows basic debug information about redis.
@todo: This should be removed. New Django Application for debuging and monitoring should be created.
@type request: C{django.http.HttpRequest}
@param request: Client Request object
"""
import sputnik
client_id = sputnik.get("sputnik:client_id")
sputnikchannels = sputnik.smembers("sputnik:channels")
chnl = {}
for ch in sputnik.rkeys("sputnik:channel:*:channel"):
chnl[ch] = sputnik.smembers(ch)
usrs = {}
for ch in sputnik.rkeys("sputnik:channel:*:users"):
usrs[ch] = sputnik.smembers(ch)
# for ch in r.keys('sputnik:*:messages'):
# pass
allValues = {}
import time, decimal
_now = time.time()
for ses in [k[4:-9] for k in sputnik.rkeys("ses:*:username")]:
try:
allValues[ses] = {
"channels": sputnik.smembers("ses:%s:channels" % ses),
"last_access": sputnik.get("ses:%s:last_access" % ses),
"access_since": decimal.Decimal("%f" % _now) - sputnik.get("ses:%s:last_access" % ses),
"username": sputnik.get("ses:%s:username" % ses)
}
except:
pass
locks = {}
for ch in sputnik.rkeys("booki:*:locks:*"):
locks[ch] = sputnik.get(ch)
killlocks = {}
for ch in sputnik.rkeys("booki:*:killlocks:*"):
killlocks[ch] = sputnik.get(ch)
return render_to_response('portal/debug_redis.html', {"request": request,
"client_id": client_id,
"sputnikchannels": sputnikchannels,
"channel": chnl.items(),
"users": usrs.items(),
"sessions": allValues.items(),
"locks": locks.items(),
"killlocks": killlocks.items()
})
def frontpage(request):
# check all active online users and what are they doing
import sputnik
clientList = sputnik.rkeys("ses:*:username")
onlineUsers = []
for us in clientList:
clientID = us[4:-9]
channelList = []
for chan in sputnik.smembers("ses:%s:channels" % clientID):
if chan.startswith("/booki/book/"):
_s = chan.split("/")
if len(_s) > 3:
bookID = _s[3]
b = models.Book.objects.get(pk=bookID)
channelList.append(b)
_u = sputnik.get(us)
onlineUsers.append((_u, channelList))
# Check the attachment size.
# This should not be here in the future. It takes way too much time.
from booki.utils import misc
attachmentDirectory = "%s/books/" % (settings.DATA_ROOT,)
attachmentsSize = misc.getDirectorySize(attachmentDirectory)
# Number of books and number of groups
number_of_books = len(models.Book.objects.all())
number_of_groups = len(models.BookiGroup.objects.all())
# Number of all users on the system.
# This should somehow check only the active users
from django.contrib.auth.models import User
number_of_users = len(User.objects.all())
# check the database size
from django.db import connection
cursor = connection.cursor()
try:
# This will not work if user has new style of configuration for the database
# This will also only work for PostgreSQL. Should make another method for checking sqlite database size.
cursor.execute("SELECT pg_database_size(%s)", [settings.DATABASES["default"]["NAME"]])
databaseSize = cursor.fetchone()[0]
except:
databaseSize = 0
# Book activity
activityHistory = models.BookHistory.objects.filter(kind__in=[1, 10]).order_by("-modified")[:20]
# Booktype version
import booki
booktypeVersion = ".".join([str(num) for num in booki.version])
return render_to_response(
"booktypecontrol/frontpage.html",
{
"request": request,
"booktype_version": booktypeVersion,
"admin_options": ADMIN_OPTIONS,
"online_users": onlineUsers,
"attachments_size": attachmentsSize,
"number_of_books": number_of_books,
"number_of_users": number_of_users,
"number_of_groups": number_of_groups,
"database_size": databaseSize,
"activity_history": activityHistory,
},
)