def __init__(self, app):
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chrono_times = {}
self.chrono_day = time.localtime().tm_wday
if not os.path.exists(BLOCK_DB):
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "Something wrong unpickling"
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt":
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
def __init__(self, app) :
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chrono_times = {}
self.chrono_day = time.localtime().tm_wday
if not os.path.exists(BLOCK_DB) :
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "Something wrong unpickling"
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt" :
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
class QuarterBack(gobject.GObject):
__gsignals__ = {
'block-status': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE, (
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
)),
'update-blocks': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, )),
'add-wcf-to-uid': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, )),
'remove-wcf-to-uid': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, )),
'update-users-info': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE, ()),
}
def __init__(self, app):
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chrono_times = {}
self.chrono_day = time.localtime().tm_wday
if not os.path.exists(BLOCK_DB):
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "Something wrong unpickling"
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt":
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
def __save(self):
output = open(BLOCK_DB, 'wb')
p = [
self.blocks, self.wcf_uid_list, self.chrono_times, self.chrono_day
]
pickle.dump(p, output)
output.close()
def __polling_cb(self):
self.__check_users_info()
if self.__next_update_info != None:
if self.__next_update_info != time.localtime().tm_min:
return True
if self.chrono_day != time.localtime().tm_wday:
self.new_chrono_day()
self.__refresh_info()
self.__next_update_info = (time.localtime().tm_min + 1) % 60
return True
def __refresh_info(self):
for user_id in self.blocks.keys():
for app_id in self.blocks[user_id]:
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
self.emit("block-status", block_status, user_id, app_id,
next_change, available_time)
def get_block_status_by_uid(self, user_id):
if user_id not in self.blocks.keys():
return {}
ret = {}
for app_id in self.blocks[user_id]:
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
ret[app_id] = [block_status, next_change, available_time]
return ret
def __check_users_info(self):
some_users_info_changed = False
if not self.usersmanager.has_changes():
return
users = self.usersmanager.get_users()
for user_id, user_name, user_fullname in users:
if not self.blocks.has_key(user_id):
self.blocks[user_id] = {0: [], 1: [], 2: [], 3: []}
some_users_info_changed = True
if not self.chrono_times.has_key(user_id):
self.chrono_times[user_id] = {
0: {
"max_use": 0,
"used_time": 0
},
1: {
"max_use": 0,
"used_time": 0
},
2: {
"max_use": 0,
"used_time": 0
},
3: {
"max_use": 0,
"used_time": 0
}
}
some_users_info_changed = True
blocks_uids = self.blocks.keys()
for user_id, user_name, user_fullname in users:
if self.blocks.has_key(user_id):
blocks_uids.pop(blocks_uids.index(user_id))
for uid in blocks_uids:
self.blocks.pop(uid)
some_users_info_changed = True
chrono_uids = self.chrono_times.keys()
for user_id, user_name, user_fullname in users:
if self.chrono_times.has_key(user_id):
chrono_uids.pop(chrono_uids.index(user_id))
for uid in chrono_uids:
self.chrono_times.pop(uid)
some_users_info_changed = True
wcf_uids = copy.copy(self.wcf_uid_list)
for user_id, user_name, user_fullname in users:
if user_id in self.wcf_uid_list:
wcf_uids.pop(wcf_uids.index(user_id))
for uid in wcf_uids:
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.emit("remove-wcf-to-uid", uid)
some_users_info_changed = True
if some_users_info_changed == True:
self.__save()
print "Update Users Info"
self.emit("update-users-info")
self.__refresh_info()
def is_blocked(self, user_id, app_id, date_time=None):
block_status = False
next_block = -1
if not self.blocks.has_key(user_id):
return block_status, next_block
if not self.blocks[user_id].has_key(app_id):
return block_status, next_block
if date_time == None:
t = time.localtime()
h = t.tm_hour
m = t.tm_min
wt = [1, 2, 3, 4, 5, 6, 0]
w = wt[t.tm_wday]
else:
h = date_time.hour
m = date_time.minute
w = date_time.isoweekday()
atime = int(w) * 24 * 60 + int(h) * 60 + int(m)
block_status = self.__get_min_block_status(user_id, app_id, atime)
week_m_list = range(atime + 1, 24 * 60 * 7) + range(0, atime + 1)
for m in week_m_list:
m_block_status = self.__get_min_block_status(user_id, app_id, m)
if m_block_status != block_status:
if m > atime:
next_block = m - atime
else:
next_block = (24 * 60 * 7 - atime) + m
if block_status == True:
if next_block - 1 == 0:
d = datetime(t.tm_year, t.tm_mon, t.tm_mday, t.tm_hour,
t.tm_min) + timedelta(minutes=1)
tb, tnb = self.is_blocked(user_id, app_id, d)
return not block_status, tnb + 1
return block_status, next_block - 1
else:
return block_status, next_block
return block_status, next_block
def __get_min_block_status(self, user_id, app_id, min):
for block in self.blocks[user_id][app_id]:
l, r = block
if l <= min <= r:
return True
return False
def set_blocks(self, user_id, app_id, data):
if not self.blocks.has_key(user_id):
self.blocks[user_id] = {}
if not self.blocks[user_id].has_key(app_id):
self.blocks[user_id][app_id] = []
if len(data) == 0:
self.blocks[user_id][app_id] = []
self.__save()
self.emit("update-blocks", self.blocks)
return
block_sets = []
for key in data.keys():
try:
key_index = WEEKDAYS.index(key.lower())
except:
continue
for init_time, end_time in data[key]:
ih, im = init_time.split(":")
eh, em = end_time.split(":")
if 0 <= int(ih) <= int(eh) <= 24 and 0 <= int(
im) <= 59 and 0 <= int(em) <= 59:
itime = (key_index * 24 * 60) + int(ih) * 60 + int(im)
etime = (key_index * 24 * 60) + int(eh) * 60 + int(em)
block_sets.append(set(range(itime, etime + 1)))
else:
continue
new_block_sets = []
while True:
if len(block_sets) <= 1:
new_block_sets.append(block_sets.pop(0))
break
else:
if block_sets[0].isdisjoint(block_sets[1]):
new_block_sets.append(block_sets.pop(0))
else:
a = block_sets.pop(0)
b = block_sets.pop(0)
aub = a.union(b)
block_sets.insert(0, aub)
ret = []
for bs in new_block_sets:
bs_list = list(bs)
bs_list.sort()
ret.append((bs_list[0], bs_list[-1]))
ret.sort()
self.blocks[user_id][app_id] = ret
self.__save()
self.emit("update-blocks", self.blocks)
self.__refresh_info()
def get_blocks(self, user_id, app_id):
if not self.blocks.has_key(user_id):
return []
if not self.blocks[user_id].has_key(app_id):
return []
ret = {}
for i_time, e_time in self.blocks[user_id][app_id]:
i_index = i_time / (24 * 60)
e_index = e_time / (24 * 60)
if i_index == e_index:
if not ret.has_key(WEEKDAYS[i_index]):
ret[WEEKDAYS[i_index]] = []
ret[WEEKDAYS[i_index]].append(
(GetInHM(i_time % (24 * 60)), GetInHM(e_time % (24 * 60))))
return ret
def set_wcf(self, active, uid):
if active == True:
if uid not in self.wcf_uid_list:
self.wcf_uid_list.append(uid)
self.__save()
self.emit("add-wcf-to-uid", uid)
else:
if uid in self.wcf_uid_list:
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.__save()
self.emit("remove-wcf-to-uid", uid)
def list_wcf_uids(self):
return self.wcf_uid_list
def get_max_use_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return 0
if not self.chrono_times[userid].has_key(appid):
return 0
return self.chrono_times[userid][appid]["max_use"]
def set_max_use_time(self, userid, appid, mins):
if not self.chrono_times.has_key(userid):
new_user = self.__new_user_chrono_times()
self.chrono_times[userid] = new_user
if not self.chrono_times[userid].has_key(appid):
new_app = {"max_use": 0, "used_time": 0}
self.chrono_times[userid][appid] = new_app
self.chrono_times[userid][appid]["max_use"] = mins
self.__save()
def get_available_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return -1
if not self.chrono_times[userid].has_key(appid):
return -1
used_time = self.chrono_times[userid][appid]["used_time"]
max_use = self.chrono_times[userid][appid]["max_use"]
if max_use == 0:
return -1
if max_use - used_time < 0:
return 0
return max_use - used_time
def subtract_time(self, userid, appid, time=1):
if self.chrono_times.has_key(userid):
if self.chrono_times[userid].has_key(appid):
if self.get_available_time(userid, appid) > 0:
self.chrono_times[userid][appid]["used_time"] += time
print "Substract time (%s, %s) = %s" % (
userid, appid,
self.chrono_times[userid][appid]["used_time"])
self.__save()
def new_chrono_day(self):
self.chrono_day = time.localtime().tm_wday
for user_id in self.chrono_times.keys():
for app_id in self.chrono_times[user_id]:
self.chrono_times[user_id][app_id]["used_time"] = 0
def __new_user_chrono_times(self):
user = {
0: {
"max_use": 0,
"used_time": 0
},
1: {
"max_use": 0,
"used_time": 0
},
2: {
"max_use": 0,
"used_time": 0
},
3: {
"max_use": 0,
"used_time": 0
}
}
return user
class QuarterBack(gobject.GObject):
__gsignals__ = {
'block-status': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE, (
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
gobject.TYPE_PYOBJECT,
)),
'update-blocks': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, )),
'add-wcf-to-uid': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, )),
'remove-wcf-to-uid': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, )),
'update-users-info': (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE, ()),
}
def __init__(self, app):
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chore_settings = {}
self.chrono_times = {}
self.chrono_day = (datetime.today() -
datetime.utcfromtimestamp(0)).days
if not os.path.exists(BLOCK_DB):
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.chore_settings = p[1]
self.wcf_uid_list = p[2]
self.chrono_times = p[3]
self.chrono_day = p[4]
db.close()
except:
print "Something wrong unpickling, trying older format (2.31.1)..."
# old format (2.31.1) support
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "No success, something just went wrong unpickling"
# more old format (2.31.1) support
for t in self.chrono_times:
announced = False
for c in self.chrono_times[t]:
if len(self.chrono_times[t]
[c].items()) == 2: # 2.31.1 had 2 fields
if not announced:
print 'Old format (2.31.1) support: adding extra fields to user', t
announced = True
self.chrono_times[t][c]["extra_time"] = 0
self.chrono_times[t][c]["mercy_count"] = 0
self.chrono_times[t][c]["force_close"] = 0
self.chrono_times[t][c]["last_active"] = -1
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt":
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.chore_manager = ChoreManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
def __polling_cb(self):
self.__check_users_info()
if self.__next_update_info != None:
if self.__next_update_info != time.localtime().tm_min:
return True
if self.chrono_day != (datetime.today() -
datetime.utcfromtimestamp(0)).days:
self.__add_to_archive()
self.new_chrono_day()
self.__refresh_info()
self.__next_update_info = (time.localtime().tm_min + 1) % 60
return True
def __check_users_info(self):
some_users_info_changed = False
if not self.usersmanager.has_changes():
return
users = self.usersmanager.get_users()
for user_id, user_name, user_fullname in users:
if not self.blocks.has_key(user_id):
self.blocks[user_id] = {0: [], 1: [], 2: [], 3: []}
some_users_info_changed = True
if not self.chrono_times.has_key(user_id):
self.chrono_times[user_id] = self.__new_user_chrono_times()
some_users_info_changed = True
if not self.chore_settings.has_key(user_id):
self.chore_settings[user_id] = [
True, 5
] # defaults to: can use chores, max 5 unfinished
some_users_info_changed = True
# remove deleted users from lists
#
blocks_uids = self.blocks.keys()
for user_id, user_name, user_fullname in users:
if self.blocks.has_key(user_id):
blocks_uids.pop(blocks_uids.index(user_id))
for uid in blocks_uids:
self.blocks.pop(uid)
some_users_info_changed = True
chrono_uids = self.chrono_times.keys()
for user_id, user_name, user_fullname in users:
if self.chrono_times.has_key(user_id):
chrono_uids.pop(chrono_uids.index(user_id))
for uid in chrono_uids:
self.chrono_times.pop(uid)
some_users_info_changed = True
chore_uids = self.chore_settings.keys()
for user_id, user_name, user_fullname in users:
if self.chore_settings.has_key(user_id):
chore_uids.pop(chore_uids.index(user_id))
for uid in chore_uids:
self.chore_settings.pop(uid)
some_users_info_changed = True
wcf_uids = copy.copy(self.wcf_uid_list)
for user_id, user_name, user_fullname in users:
if user_id in self.wcf_uid_list:
wcf_uids.pop(wcf_uids.index(user_id))
for uid in wcf_uids:
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.emit("remove-wcf-to-uid", uid)
some_users_info_changed = True
if some_users_info_changed == True:
self.__save()
print "Update Users Info"
self.emit("update-users-info")
self.__refresh_info()
def __refresh_info(self):
for user_id in self.blocks.keys():
for app_id in self.blocks[user_id]:
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
self.emit(
"block-status", block_status, user_id, app_id, next_change,
available_time,
self.chrono_times[user_id][app_id]["last_active"] + 1 >=
int(time.time() / 60))
def __get_min_block_status(self, user_id, app_id, min):
for block in self.blocks[user_id][app_id]:
l, r = block
if l <= min <= r:
return True
return False
def __add_to_archive(self):
"""Appends usage data of the (previous) day to archive"""
output = open(ARCHIVE_DB, 'a')
writer = csv.writer(output, quoting=csv.QUOTE_NONNUMERIC)
v = []
for t in self.chrono_times:
z = [self.chrono_day, t]
for c in self.chrono_times[t]:
for s in self.chrono_times[t][c]:
z.append(self.chrono_times[t][c][s])
v.append(z)
writer.writerows(v)
output.close()
def __save(self):
output = open(BLOCK_DB, 'wb')
p = [
self.blocks, self.chore_settings, self.wcf_uid_list,
self.chrono_times, self.chrono_day
]
pickle.dump(p, output)
output.close()
def __new_user_chrono_times(self):
user = {
0: {
"max_use": 0,
"used_time": 0,
"extra_time": 0,
"mercy_count": 0,
"force_close": 0,
"last_active": -1
},
1: {
"max_use": 0,
"used_time": 0,
"extra_time": 0,
"mercy_count": 0,
"force_close": 0,
"last_active": -1
},
2: {
"max_use": 0,
"used_time": 0,
"extra_time": 0,
"mercy_count": 0,
"force_close": 0,
"last_active": -1
},
3: {
"max_use": 0,
"used_time": 0,
"extra_time": 0,
"mercy_count": 0,
"force_close": 0,
"last_active": -1
}
}
return user
def is_allowed_to_use(self, user_id, app_id):
available_time = self.get_available_time(user_id, app_id)
is_blocked = self.is_blocked(user_id, app_id)[0]
return not is_blocked and available_time != 0
def is_forced_to_close(self, userid, appid):
if not self.chrono_times.has_key(userid):
return False
if not self.chrono_times[userid].has_key(appid):
return False
return bool(self.chrono_times[userid][appid]["force_close"])
def set_forced_to_close(self, userid, appid, state):
self.chrono_times[userid][appid]["force_close"] = int(state)
self.__save()
def is_chore_available(self, user_id):
count = self.chore_manager.get_contracted_chores_count(user_id)
limit = self.chore_settings[user_id][1]
chores_available = len(
self.chore_manager.list_chores(user_id,
available=True,
contracted=False,
finished=False))
return count < limit and chores_available > 0
def is_blocked(self, user_id, app_id, date_time=None):
block_status = False
next_block = -1
if not self.blocks.has_key(user_id):
return block_status, next_block
if not self.blocks[user_id].has_key(app_id):
return block_status, next_block
if date_time == None:
t = time.localtime()
h = t.tm_hour
m = t.tm_min
wt = [1, 2, 3, 4, 5, 6, 0]
w = wt[t.tm_wday]
else:
h = date_time.hour
m = date_time.minute
w = date_time.isoweekday()
atime = int(w) * 24 * 60 + int(h) * 60 + int(m)
block_status = self.__get_min_block_status(user_id, app_id, atime)
week_m_list = range(atime + 1, 24 * 60 * 7) + range(0, atime + 1)
for m in week_m_list:
m_block_status = self.__get_min_block_status(user_id, app_id, m)
if m_block_status != block_status:
if m > atime:
next_block = m - atime
else:
next_block = (24 * 60 * 7 - atime) + m
if block_status == True:
if next_block - 1 == 0:
d = datetime(t.tm_year, t.tm_mon, t.tm_mday, t.tm_hour,
t.tm_min) + timedelta(minutes=1)
tb, tnb = self.is_blocked(user_id, app_id, d)
return not block_status, tnb + 1
return block_status, next_block - 1
else:
return block_status, next_block
return block_status, next_block
def get_block_status_by_uid(self, user_id):
if user_id not in self.blocks.keys():
return {}
ret = {}
for app_id in self.blocks[user_id]:
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
ret[app_id] = [block_status, next_change, available_time]
return ret
def set_blocks(self, user_id, app_id, data):
if not self.blocks.has_key(user_id):
self.blocks[user_id] = {}
if not self.blocks[user_id].has_key(app_id):
self.blocks[user_id][app_id] = []
if len(data) == 0:
self.blocks[user_id][app_id] = []
self.__save()
self.emit("update-blocks", self.blocks)
return
block_sets = []
for key in data.keys():
try:
key_index = WEEKDAYS.index(key.lower())
except:
continue
for init_time, end_time in data[key]:
ih, im = init_time.split(":")
eh, em = end_time.split(":")
if 0 <= int(ih) <= int(eh) <= 24 and 0 <= int(
im) <= 59 and 0 <= int(em) <= 59:
itime = (key_index * 24 * 60) + int(ih) * 60 + int(im)
etime = (key_index * 24 * 60) + int(eh) * 60 + int(em)
block_sets.append(set(range(itime, etime + 1)))
else:
continue
new_block_sets = []
while True:
if len(block_sets) <= 1:
new_block_sets.append(block_sets.pop(0))
break
else:
if block_sets[0].isdisjoint(block_sets[1]):
new_block_sets.append(block_sets.pop(0))
else:
a = block_sets.pop(0)
b = block_sets.pop(0)
aub = a.union(b)
block_sets.insert(0, aub)
ret = []
for bs in new_block_sets:
bs_list = list(bs)
bs_list.sort()
ret.append((bs_list[0], bs_list[-1]))
ret.sort()
self.blocks[user_id][app_id] = ret
self.__save()
self.emit("update-blocks", self.blocks)
self.__refresh_info()
def get_blocks(self, user_id, app_id):
if not self.blocks.has_key(user_id):
return []
if not self.blocks[user_id].has_key(app_id):
return []
ret = {}
for i_time, e_time in self.blocks[user_id][app_id]:
i_index = i_time / (24 * 60)
e_index = e_time / (24 * 60)
if i_index == e_index:
if not ret.has_key(WEEKDAYS[i_index]):
ret[WEEKDAYS[i_index]] = []
ret[WEEKDAYS[i_index]].append(
(GetInHM(i_time % (24 * 60)), GetInHM(e_time % (24 * 60))))
return ret
def set_wcf(self, active, uid):
if active == True:
if uid not in self.wcf_uid_list:
self.wcf_uid_list.append(uid)
self.__save()
self.emit("add-wcf-to-uid", uid)
else:
if uid in self.wcf_uid_list:
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.__save()
self.emit("remove-wcf-to-uid", uid)
def list_wcf_uids(self):
return self.wcf_uid_list
def set_chore_settings(self, uid, active, limit):
self.chore_settings[uid] = [active, limit]
self.__save()
def get_chore_settings(self, uid):
return self.chore_settings[uid]
def get_max_use_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return 0
if not self.chrono_times[userid].has_key(appid):
return 0
return self.chrono_times[userid][appid]["max_use"]
def set_max_use_time(self, userid, appid, mins):
if not self.chrono_times.has_key(userid):
new_user = self.__new_user_chrono_times()
self.chrono_times[userid] = new_user
if not self.chrono_times[userid].has_key(appid):
new_app = {
"max_use": 0,
"used_time": 0,
"extra_time": 0,
"mercy_count": 0,
"force_close": 0,
"last_active": -1
}
self.chrono_times[userid][appid] = new_app
self.chrono_times[userid][appid]["max_use"] = mins
self.__save()
def add_available_time(self, userid, appid, mins):
if self.chrono_times.has_key(userid):
if self.chrono_times[userid].has_key(appid):
self.chrono_times[userid][appid]["extra_time"] += mins
self.__save()
def get_available_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return -1
if not self.chrono_times[userid].has_key(appid):
return -1
used_time = self.chrono_times[userid][appid]["used_time"]
extra_time = self.chrono_times[userid][appid]["extra_time"]
max_use = self.chrono_times[userid][appid]["max_use"]
if max_use == 0:
return -1
if max_use + extra_time - used_time < 0:
return 0
return max_use + extra_time - used_time
def take_mercy(self, userid, appid):
self.chrono_times[userid][appid]["mercy_count"] += 1
self.__save()
def subtract_time(self, userid, appid, mins=1):
if self.chrono_times.has_key(userid):
if self.chrono_times[userid].has_key(appid):
self.chrono_times[userid][appid]["last_active"] = int(
time.time() / 60)
if self.get_available_time(userid, appid) != 0:
self.chrono_times[userid][appid]["used_time"] += mins
print "Substract time (%s, %s) = %s" % (
userid, appid,
self.chrono_times[userid][appid]["used_time"])
self.__save()
def new_chrono_day(self):
self.chrono_day = (datetime.today() -
datetime.utcfromtimestamp(0)).days
for user_id in self.chrono_times.keys():
for app_id in self.chrono_times[user_id]:
self.chrono_times[user_id][app_id]["used_time"] = 0
self.chrono_times[user_id][app_id]["extra_time"] = 0
self.chrono_times[user_id][app_id]["mercy_count"] = 0
self.__save()
def __init__(self, app):
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chore_settings = {}
self.chrono_times = {}
self.chrono_day = (datetime.today() -
datetime.utcfromtimestamp(0)).days
if not os.path.exists(BLOCK_DB):
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.chore_settings = p[1]
self.wcf_uid_list = p[2]
self.chrono_times = p[3]
self.chrono_day = p[4]
db.close()
except:
print "Something wrong unpickling, trying older format (2.31.1)..."
# old format (2.31.1) support
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "No success, something just went wrong unpickling"
# more old format (2.31.1) support
for t in self.chrono_times:
announced = False
for c in self.chrono_times[t]:
if len(self.chrono_times[t]
[c].items()) == 2: # 2.31.1 had 2 fields
if not announced:
print 'Old format (2.31.1) support: adding extra fields to user', t
announced = True
self.chrono_times[t][c]["extra_time"] = 0
self.chrono_times[t][c]["mercy_count"] = 0
self.chrono_times[t][c]["force_close"] = 0
self.chrono_times[t][c]["last_active"] = -1
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt":
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.chore_manager = ChoreManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
class QuarterBack(gobject.GObject) :
__gsignals__ = {
'block-status' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT,)),
'update-blocks' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT,)),
'add-wcf-to-uid' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT,)),
'remove-wcf-to-uid' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT,)),
'update-users-info' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
()),
}
def __init__(self, app) :
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chrono_times = {}
self.chrono_day = time.localtime().tm_wday
if not os.path.exists(BLOCK_DB) :
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "Something wrong unpickling"
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt" :
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
def __save(self):
output = open(BLOCK_DB, 'wb')
p = [self.blocks, self.wcf_uid_list,
self.chrono_times, self.chrono_day]
pickle.dump(p, output)
output.close()
def __polling_cb(self):
self.__check_users_info()
if self.__next_update_info != None :
if self.__next_update_info != time.localtime().tm_min :
return True
if self.chrono_day != time.localtime().tm_wday:
self.new_chrono_day()
self.__refresh_info()
self.__next_update_info = (time.localtime().tm_min + 1) % 60
return True
def __refresh_info(self):
for user_id in self.blocks.keys() :
for app_id in self.blocks[user_id] :
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
self.emit("block-status", block_status, user_id, app_id, next_change, available_time)
def get_block_status_by_uid(self, user_id):
if user_id not in self.blocks.keys():
return {}
ret = {}
for app_id in self.blocks[user_id] :
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
ret[app_id] = [block_status, next_change, available_time]
return ret
def __check_users_info(self):
some_users_info_changed = False
if not self.usersmanager.has_changes() :
return
users = self.usersmanager.get_users()
for user_id, user_name, user_fullname in users :
if not self.blocks.has_key(user_id) :
self.blocks[user_id] = {0: [], 1: [], 2: [], 3: []}
some_users_info_changed = True
if not self.chrono_times.has_key(user_id) :
self.chrono_times[user_id] = {0: {"max_use": 0, "used_time": 0},
1: {"max_use": 0, "used_time": 0},
2: {"max_use": 0, "used_time": 0},
3: {"max_use": 0, "used_time": 0}}
some_users_info_changed = True
blocks_uids = self.blocks.keys()
for user_id, user_name, user_fullname in users :
if self.blocks.has_key(user_id) :
blocks_uids.pop(blocks_uids.index(user_id))
for uid in blocks_uids :
self.blocks.pop(uid)
some_users_info_changed = True
chrono_uids = self.chrono_times.keys()
for user_id, user_name, user_fullname in users :
if self.chrono_times.has_key(user_id) :
chrono_uids.pop(chrono_uids.index(user_id))
for uid in chrono_uids :
self.chrono_times.pop(uid)
some_users_info_changed = True
wcf_uids = copy.copy(self.wcf_uid_list)
for user_id, user_name, user_fullname in users :
if user_id in self.wcf_uid_list :
wcf_uids.pop(wcf_uids.index(user_id))
for uid in wcf_uids :
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.emit("remove-wcf-to-uid", uid)
some_users_info_changed = True
if some_users_info_changed == True :
self.__save()
print "Update Users Info"
self.emit("update-users-info")
self.__refresh_info()
def is_blocked(self, user_id, app_id, date_time=None):
block_status = False
next_block = -1
if not self.blocks.has_key(user_id) :
return block_status, next_block
if not self.blocks[user_id].has_key(app_id) :
return block_status, next_block
if date_time == None:
t = time.localtime()
h = t.tm_hour
m = t.tm_min
wt = [1,2,3,4,5,6,0]
w = wt[t.tm_wday]
else:
h = date_time.hour
m = date_time.minute
w = date_time.isoweekday()
atime = int(w)*24*60 + int(h)*60 + int(m)
block_status = self.__get_min_block_status(user_id, app_id, atime)
week_m_list = range(atime+1, 24*60*7) + range(0, atime+1)
for m in week_m_list :
m_block_status = self.__get_min_block_status(user_id, app_id, m)
if m_block_status != block_status :
if m > atime :
next_block = m - atime
else:
next_block = (24*60*7 - atime) + m
if block_status == True :
if next_block - 1 == 0 :
d = datetime(t.tm_year, t.tm_mon, t.tm_mday, t.tm_hour, t.tm_min) + timedelta(minutes=1)
tb , tnb = self.is_blocked(user_id, app_id, d)
return not block_status, tnb + 1
return block_status, next_block - 1
else:
return block_status, next_block
return block_status, next_block
def __get_min_block_status(self, user_id, app_id, min) :
for block in self.blocks[user_id][app_id]:
l, r = block
if l <= min <= r :
return True
return False
def set_blocks(self, user_id, app_id, data):
if not self.blocks.has_key(user_id) :
self.blocks[user_id] = {}
if not self.blocks[user_id].has_key(app_id) :
self.blocks[user_id][app_id] = []
if len(data) == 0:
self.blocks[user_id][app_id] = []
self.__save()
self.emit("update-blocks", self.blocks)
return
block_sets = []
for key in data.keys() :
try:
key_index = WEEKDAYS.index(key.lower())
except:
continue
for init_time, end_time in data[key] :
ih,im = init_time.split(":")
eh,em = end_time.split(":")
if 0 <= int(ih) <= int(eh) <= 24 and 0 <= int(im) <= 59 and 0 <= int(em) <= 59 :
itime = (key_index * 24 * 60) + int(ih)*60 + int(im)
etime = (key_index * 24 * 60) + int(eh)*60 + int(em)
block_sets.append(set(range(itime, etime+1)))
else:
continue
new_block_sets = []
while True :
if len(block_sets) <= 1 :
new_block_sets.append(block_sets.pop(0))
break
else :
if block_sets[0].isdisjoint(block_sets[1]) :
new_block_sets.append(block_sets.pop(0))
else:
a = block_sets.pop(0)
b = block_sets.pop(0)
aub = a.union(b)
block_sets.insert(0, aub)
ret = []
for bs in new_block_sets :
bs_list = list(bs)
bs_list.sort()
ret.append((bs_list[0], bs_list[-1]))
ret.sort()
self.blocks[user_id][app_id] = ret
self.__save()
self.emit("update-blocks", self.blocks)
self.__refresh_info()
def get_blocks(self, user_id, app_id):
if not self.blocks.has_key(user_id) :
return []
if not self.blocks[user_id].has_key(app_id) :
return []
ret = {}
for i_time, e_time in self.blocks[user_id][app_id] :
i_index = i_time / (24*60)
e_index = e_time / (24*60)
if i_index == e_index :
if not ret.has_key(WEEKDAYS[i_index]) :
ret[WEEKDAYS[i_index]] = []
ret[WEEKDAYS[i_index]].append(( GetInHM(i_time%(24*60)), GetInHM(e_time%(24*60)) ))
return ret
def set_wcf (self, active, uid):
if active == True :
if uid not in self.wcf_uid_list :
self.wcf_uid_list.append(uid)
self.__save()
self.emit("add-wcf-to-uid", uid)
else:
if uid in self.wcf_uid_list :
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.__save()
self.emit("remove-wcf-to-uid", uid)
def list_wcf_uids (self):
return self.wcf_uid_list
def get_max_use_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return 0
if not self.chrono_times[userid].has_key(appid):
return 0
return self.chrono_times[userid][appid]["max_use"]
def set_max_use_time(self, userid, appid, mins):
if not self.chrono_times.has_key(userid):
new_user = self.__new_user_chrono_times()
self.chrono_times[userid] = new_user
if not self.chrono_times[userid].has_key(appid):
new_app = {"max_use": 0, "used_time": 0}
self.chrono_times[userid][appid] = new_app
self.chrono_times[userid][appid]["max_use"] = mins
self.__save()
def get_available_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return -1
if not self.chrono_times[userid].has_key(appid):
return -1
used_time = self.chrono_times[userid][appid]["used_time"]
max_use = self.chrono_times[userid][appid]["max_use"]
if max_use == 0:
return -1
if max_use - used_time < 0 :
return 0
return max_use - used_time
def subtract_time(self, userid, appid, time=1):
if self.chrono_times.has_key(userid):
if self.chrono_times[userid].has_key(appid):
if self.get_available_time(userid, appid) > 0:
self.chrono_times[userid][appid]["used_time"] += time
print "Substract time (%s, %s) = %s" % (userid, appid,
self.chrono_times[userid][appid]["used_time"])
self.__save()
def new_chrono_day(self):
self.chrono_day = time.localtime().tm_wday
for user_id in self.chrono_times.keys():
for app_id in self.chrono_times[user_id]:
self.chrono_times[user_id][app_id]["used_time"] = 0
def __new_user_chrono_times(self):
user ={0: {"max_use": 0, "used_time": 0},
1: {"max_use": 0, "used_time": 0},
2: {"max_use": 0, "used_time": 0},
3: {"max_use": 0, "used_time": 0}}
return user
def __init__(self, app) :
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chore_settings = {}
self.chrono_times = {}
self.chrono_day = (datetime.today() - datetime.utcfromtimestamp(0)).days
if not os.path.exists(BLOCK_DB) :
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.chore_settings = p[1]
self.wcf_uid_list = p[2]
self.chrono_times = p[3]
self.chrono_day = p[4]
db.close()
except:
print "Something wrong unpickling, trying older format (2.31.1)..."
# old format (2.31.1) support
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "No success, something just went wrong unpickling"
# more old format (2.31.1) support
for t in self.chrono_times:
announced = False
for c in self.chrono_times[t]:
if len(self.chrono_times[t][c].items()) == 2: # 2.31.1 had 2 fields
if not announced:
print 'Old format (2.31.1) support: adding extra fields to user', t
announced = True
self.chrono_times[t][c]["extra_time"] = 0
self.chrono_times[t][c]["mercy_count"] = 0
self.chrono_times[t][c]["force_close"] = 0
self.chrono_times[t][c]["last_active"] = -1
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt" :
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.chore_manager = ChoreManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
class QuarterBack(gobject.GObject) :
__gsignals__ = {
'block-status' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT, gobject.TYPE_PYOBJECT,)),
'update-blocks' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT,)),
'add-wcf-to-uid' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT,)),
'remove-wcf-to-uid' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
(gobject.TYPE_PYOBJECT,)),
'update-users-info' : (gobject.SIGNAL_RUN_LAST, gobject.TYPE_NONE,
()),
}
def __init__(self, app) :
gobject.GObject.__init__(self)
self.app = app
self.blocks = {}
self.wcf_uid_list = []
self.chore_settings = {}
self.chrono_times = {}
self.chrono_day = (datetime.today() - datetime.utcfromtimestamp(0)).days
if not os.path.exists(BLOCK_DB) :
try:
os.makedirs(os.path.dirname(BLOCK_DB))
except:
pass
else:
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.chore_settings = p[1]
self.wcf_uid_list = p[2]
self.chrono_times = p[3]
self.chrono_day = p[4]
db.close()
except:
print "Something wrong unpickling, trying older format (2.31.1)..."
# old format (2.31.1) support
try:
db = open(BLOCK_DB, 'rb')
p = pickle.load(db)
self.blocks = p[0]
self.wcf_uid_list = p[1]
self.chrono_times = p[2]
self.chrono_day = p[3]
db.close()
except:
print "No success, something just went wrong unpickling"
# more old format (2.31.1) support
for t in self.chrono_times:
announced = False
for c in self.chrono_times[t]:
if len(self.chrono_times[t][c].items()) == 2: # 2.31.1 had 2 fields
if not announced:
print 'Old format (2.31.1) support: adding extra fields to user', t
announced = True
self.chrono_times[t][c]["extra_time"] = 0
self.chrono_times[t][c]["mercy_count"] = 0
self.chrono_times[t][c]["force_close"] = 0
self.chrono_times[t][c]["last_active"] = -1
self.__next_update_info = None
self.usersmanager = UsersManager()
if os.name == "nt" :
self.win32top = Win32Top(self)
self.chrono = Chrono(self)
self.firewall_filter = FirewallFilter(self)
self.filter_manager = FilterManager(self)
self.chore_manager = ChoreManager(self)
self.webcontent_filter = WebContentFilter(self, app)
self.session_filter = SessionFilter(self)
gobject.timeout_add(1000, self.__polling_cb)
def __polling_cb(self):
self.__check_users_info()
if self.__next_update_info != None :
if self.__next_update_info != time.localtime().tm_min :
return True
if self.chrono_day != (datetime.today() - datetime.utcfromtimestamp(0)).days:
self.__add_to_archive()
self.new_chrono_day()
self.__refresh_info()
self.__next_update_info = (time.localtime().tm_min + 1) % 60
return True
def __check_users_info(self):
some_users_info_changed = False
if not self.usersmanager.has_changes() :
return
users = self.usersmanager.get_users()
for user_id, user_name, user_fullname in users :
if not self.blocks.has_key(user_id) :
self.blocks[user_id] = {0: [], 1: [], 2: [], 3: []}
some_users_info_changed = True
if not self.chrono_times.has_key(user_id) :
self.chrono_times[user_id] = self.__new_user_chrono_times()
some_users_info_changed = True
if not self.chore_settings.has_key(user_id) :
self.chore_settings[user_id] = [True, 5] # defaults to: can use chores, max 5 unfinished
some_users_info_changed = True
# remove deleted users from lists
#
blocks_uids = self.blocks.keys()
for user_id, user_name, user_fullname in users :
if self.blocks.has_key(user_id) :
blocks_uids.pop(blocks_uids.index(user_id))
for uid in blocks_uids :
self.blocks.pop(uid)
some_users_info_changed = True
chrono_uids = self.chrono_times.keys()
for user_id, user_name, user_fullname in users :
if self.chrono_times.has_key(user_id) :
chrono_uids.pop(chrono_uids.index(user_id))
for uid in chrono_uids :
self.chrono_times.pop(uid)
some_users_info_changed = True
chore_uids = self.chore_settings.keys()
for user_id, user_name, user_fullname in users :
if self.chore_settings.has_key(user_id) :
chore_uids.pop(chore_uids.index(user_id))
for uid in chore_uids :
self.chore_settings.pop(uid)
some_users_info_changed = True
wcf_uids = copy.copy(self.wcf_uid_list)
for user_id, user_name, user_fullname in users :
if user_id in self.wcf_uid_list :
wcf_uids.pop(wcf_uids.index(user_id))
for uid in wcf_uids :
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.emit("remove-wcf-to-uid", uid)
some_users_info_changed = True
if some_users_info_changed == True :
self.__save()
print "Update Users Info"
self.emit("update-users-info")
self.__refresh_info()
def __refresh_info(self):
for user_id in self.blocks.keys() :
for app_id in self.blocks[user_id] :
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
self.emit("block-status", block_status, user_id, app_id, next_change, available_time, self.chrono_times[user_id][app_id]["last_active"] + 1 >= int(time.time()/60))
def __get_min_block_status(self, user_id, app_id, min) :
for block in self.blocks[user_id][app_id]:
l, r = block
if l <= min <= r :
return True
return False
def __add_to_archive(self):
"""Appends usage data of the (previous) day to archive"""
output = open(ARCHIVE_DB, 'a')
writer = csv.writer(output, quoting=csv.QUOTE_NONNUMERIC)
v=[]
for t in self.chrono_times:
z=[self.chrono_day, t]
for c in self.chrono_times[t]:
for s in self.chrono_times[t][c]:
z.append(self.chrono_times[t][c][s])
v.append(z)
writer.writerows(v)
output.close()
def __save(self):
output = open(BLOCK_DB, 'wb')
p = [self.blocks, self.chore_settings, self.wcf_uid_list,
self.chrono_times, self.chrono_day]
pickle.dump(p, output)
output.close()
def __new_user_chrono_times(self):
user ={0: {"max_use": 0, "used_time": 0, "extra_time": 0, "mercy_count": 0, "force_close": 0, "last_active": -1},
1: {"max_use": 0, "used_time": 0, "extra_time": 0, "mercy_count": 0, "force_close": 0, "last_active": -1},
2: {"max_use": 0, "used_time": 0, "extra_time": 0, "mercy_count": 0, "force_close": 0, "last_active": -1},
3: {"max_use": 0, "used_time": 0, "extra_time": 0, "mercy_count": 0, "force_close": 0, "last_active": -1}}
return user
def is_allowed_to_use(self, user_id, app_id):
available_time = self.get_available_time(user_id, app_id)
is_blocked = self.is_blocked(user_id, app_id)[0]
return not is_blocked and available_time != 0
def is_forced_to_close(self, userid, appid):
if not self.chrono_times.has_key(userid):
return False
if not self.chrono_times[userid].has_key(appid):
return False
return bool(self.chrono_times[userid][appid]["force_close"])
def set_forced_to_close(self, userid, appid, state):
self.chrono_times[userid][appid]["force_close"] = int(state)
self.__save()
def is_chore_available(self, user_id):
count = self.chore_manager.get_contracted_chores_count(user_id)
limit = self.chore_settings[user_id][1]
chores_available = len(self.chore_manager.list_chores(user_id, available=True, contracted=False, finished=False))
return count < limit and chores_available > 0
def is_blocked(self, user_id, app_id, date_time=None):
block_status = False
next_block = -1
if not self.blocks.has_key(user_id) :
return block_status, next_block
if not self.blocks[user_id].has_key(app_id) :
return block_status, next_block
if date_time == None:
t = time.localtime()
h = t.tm_hour
m = t.tm_min
wt = [1,2,3,4,5,6,0]
w = wt[t.tm_wday]
else:
h = date_time.hour
m = date_time.minute
w = date_time.isoweekday()
atime = int(w)*24*60 + int(h)*60 + int(m)
block_status = self.__get_min_block_status(user_id, app_id, atime)
week_m_list = range(atime+1, 24*60*7) + range(0, atime+1)
for m in week_m_list :
m_block_status = self.__get_min_block_status(user_id, app_id, m)
if m_block_status != block_status :
if m > atime :
next_block = m - atime
else:
next_block = (24*60*7 - atime) + m
if block_status == True :
if next_block - 1 == 0 :
d = datetime(t.tm_year, t.tm_mon, t.tm_mday, t.tm_hour, t.tm_min) + timedelta(minutes=1)
tb , tnb = self.is_blocked(user_id, app_id, d)
return not block_status, tnb + 1
return block_status, next_block - 1
else:
return block_status, next_block
return block_status, next_block
def get_block_status_by_uid(self, user_id):
if user_id not in self.blocks.keys():
return {}
ret = {}
for app_id in self.blocks[user_id] :
block_status, next_change = self.is_blocked(user_id, app_id)
available_time = self.get_available_time(user_id, app_id)
ret[app_id] = [block_status, next_change, available_time]
return ret
def set_blocks(self, user_id, app_id, data):
if not self.blocks.has_key(user_id) :
self.blocks[user_id] = {}
if not self.blocks[user_id].has_key(app_id) :
self.blocks[user_id][app_id] = []
if len(data) == 0:
self.blocks[user_id][app_id] = []
self.__save()
self.emit("update-blocks", self.blocks)
return
block_sets = []
for key in data.keys() :
try:
key_index = WEEKDAYS.index(key.lower())
except:
continue
for init_time, end_time in data[key] :
ih,im = init_time.split(":")
eh,em = end_time.split(":")
if 0 <= int(ih) <= int(eh) <= 24 and 0 <= int(im) <= 59 and 0 <= int(em) <= 59 :
itime = (key_index * 24 * 60) + int(ih)*60 + int(im)
etime = (key_index * 24 * 60) + int(eh)*60 + int(em)
block_sets.append(set(range(itime, etime+1)))
else:
continue
new_block_sets = []
while True :
if len(block_sets) <= 1 :
new_block_sets.append(block_sets.pop(0))
break
else :
if block_sets[0].isdisjoint(block_sets[1]) :
new_block_sets.append(block_sets.pop(0))
else:
a = block_sets.pop(0)
b = block_sets.pop(0)
aub = a.union(b)
block_sets.insert(0, aub)
ret = []
for bs in new_block_sets :
bs_list = list(bs)
bs_list.sort()
ret.append((bs_list[0], bs_list[-1]))
ret.sort()
self.blocks[user_id][app_id] = ret
self.__save()
self.emit("update-blocks", self.blocks)
self.__refresh_info()
def get_blocks(self, user_id, app_id):
if not self.blocks.has_key(user_id) :
return []
if not self.blocks[user_id].has_key(app_id) :
return []
ret = {}
for i_time, e_time in self.blocks[user_id][app_id] :
i_index = i_time / (24*60)
e_index = e_time / (24*60)
if i_index == e_index :
if not ret.has_key(WEEKDAYS[i_index]) :
ret[WEEKDAYS[i_index]] = []
ret[WEEKDAYS[i_index]].append(( GetInHM(i_time%(24*60)), GetInHM(e_time%(24*60)) ))
return ret
def set_wcf (self, active, uid):
if active == True :
if uid not in self.wcf_uid_list :
self.wcf_uid_list.append(uid)
self.__save()
self.emit("add-wcf-to-uid", uid)
else:
if uid in self.wcf_uid_list :
self.wcf_uid_list.pop(self.wcf_uid_list.index(uid))
self.__save()
self.emit("remove-wcf-to-uid", uid)
def list_wcf_uids (self):
return self.wcf_uid_list
def set_chore_settings (self, uid, active, limit):
self.chore_settings[uid] = [active, limit]
self.__save()
def get_chore_settings (self, uid):
return self.chore_settings[uid]
def get_max_use_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return 0
if not self.chrono_times[userid].has_key(appid):
return 0
return self.chrono_times[userid][appid]["max_use"]
def set_max_use_time(self, userid, appid, mins):
if not self.chrono_times.has_key(userid):
new_user = self.__new_user_chrono_times()
self.chrono_times[userid] = new_user
if not self.chrono_times[userid].has_key(appid):
new_app = {"max_use": 0, "used_time": 0, "extra_time": 0, "mercy_count": 0, "force_close": 0, "last_active": -1}
self.chrono_times[userid][appid] = new_app
self.chrono_times[userid][appid]["max_use"] = mins
self.__save()
def add_available_time(self, userid, appid, mins):
if self.chrono_times.has_key(userid):
if self.chrono_times[userid].has_key(appid):
self.chrono_times[userid][appid]["extra_time"] += mins
self.__save()
def get_available_time(self, userid, appid):
if not self.chrono_times.has_key(userid):
return -1
if not self.chrono_times[userid].has_key(appid):
return -1
used_time = self.chrono_times[userid][appid]["used_time"]
extra_time = self.chrono_times[userid][appid]["extra_time"]
max_use = self.chrono_times[userid][appid]["max_use"]
if max_use == 0:
return -1
if max_use + extra_time - used_time < 0 :
return 0
return max_use + extra_time - used_time
def take_mercy(self, userid, appid):
self.chrono_times[userid][appid]["mercy_count"] += 1
self.__save()
def subtract_time(self, userid, appid, mins=1):
if self.chrono_times.has_key(userid):
if self.chrono_times[userid].has_key(appid):
self.chrono_times[userid][appid]["last_active"] = int(time.time()/60)
if self.get_available_time(userid, appid) != 0:
self.chrono_times[userid][appid]["used_time"] += mins
print "Substract time (%s, %s) = %s" % (userid, appid,
self.chrono_times[userid][appid]["used_time"])
self.__save()
def new_chrono_day(self):
self.chrono_day = (datetime.today() - datetime.utcfromtimestamp(0)).days
for user_id in self.chrono_times.keys():
for app_id in self.chrono_times[user_id]:
self.chrono_times[user_id][app_id]["used_time"] = 0
self.chrono_times[user_id][app_id]["extra_time"] = 0
self.chrono_times[user_id][app_id]["mercy_count"] = 0
self.__save()
