def add_empty_time(self):
refresh_rate = cfg.refresh_rate() if cfg.refresh_rate() else 1.0
time_diff = time.time() - self.speed_log_time
nr_diffs = int(floor(time_diff / refresh_rate))
if nr_diffs > 1:
self.bps_list.extend(['0.0'] * nr_diffs)
if len(self.bps_list) > self.bps_list_max:
self.bps_list = self.bps_list[len(self.bps_list) - self.bps_list_max:]
def add_empty_time(self):
refresh_rate = cfg.refresh_rate() if cfg.refresh_rate() else 1.0
time_diff = time.time() - self.speed_log_time
nr_diffs = int(floor(time_diff / refresh_rate))
if nr_diffs > 1:
self.bps_list.extend(['0.0'] * nr_diffs)
if len(self.bps_list) > self.bps_list_max:
self.bps_list = self.bps_list[len(self.bps_list) -
self.bps_list_max:]
def get_bps_list(self):
refresh_rate = int(cfg.refresh_rate()) if cfg.refresh_rate() else 1
self.add_empty_time()
# We record every second, but display at the user's refresh-rate
return self.bps_list[::refresh_rate]
def get_bps_list(self):
refresh_rate = int(cfg.refresh_rate()) if cfg.refresh_rate() else 1
self.add_empty_time()
# We record every second, but display at the user's refresh-rate
return self.bps_list[::refresh_rate]
def update(self, server=None, amount=0, testtime=None):
""" Update counters for "server" with "amount" bytes """
if testtime:
t = testtime
else:
t = time.time()
if t > self.end_of_day:
# current day passed. get new end of day
self.day_total = {}
self.end_of_day = tomorrow(t) - 1.0
if t > self.end_of_week:
self.week_total = {}
self.end_of_week = next_week(t) - 1.0
if t > self.end_of_month:
self.month_total = {}
self.end_of_month = next_month(t) - 1.0
if server:
if server not in self.day_total:
self.day_total[server] = 0L
self.day_total[server] += amount
if server not in self.week_total:
self.week_total[server] = 0L
self.week_total[server] += amount
if server not in self.month_total:
self.month_total[server] = 0L
self.month_total[server] += amount
if server not in self.grand_total:
self.grand_total[server] = 0L
self.grand_total[server] += amount
# Quota check
if self.have_quota and self.quota_enabled:
self.left -= amount
if self.left <= 0.0:
from sabnzbd.downloader import Downloader
if Downloader.do and not Downloader.do.paused:
Downloader.do.pause()
logging.warning(T('Quota spent, pausing downloading'))
# Speedometer
try:
self.bps = (self.bps * (self.last_update - self.start_time) +
amount) / (t - self.start_time)
except:
self.bps = 0.0
self.last_update = t
check_time = t - 5.0
if self.start_time < check_time:
self.start_time = check_time
if self.bps < 0.01:
self.reset()
elif self.log_time < check_time:
logging.debug("bps: %s", self.bps)
self.log_time = t
refresh_rate = cfg.refresh_rate() if cfg.refresh_rate() else 1.0
if self.speed_log_time < (t - float(refresh_rate)):
self.add_empty_time()
self.bps_list.append("%i" % (self.bps / KIBI))
self.speed_log_time = t
def update(self, server=None, amount=0, testtime=None):
""" Update counters for "server" with "amount" bytes """
if testtime:
t = testtime
else:
t = time.time()
if t > self.end_of_day:
# current day passed. get new end of day
self.day_total = {}
self.end_of_day = tomorrow(t) - 1.0
if t > self.end_of_week:
self.week_total = {}
self.end_of_week = next_week(t) - 1.0
if t > self.end_of_month:
self.month_total = {}
self.end_of_month = next_month(t) - 1.0
if server:
if server not in self.day_total:
self.day_total[server] = 0L
self.day_total[server] += amount
if server not in self.week_total:
self.week_total[server] = 0L
self.week_total[server] += amount
if server not in self.month_total:
self.month_total[server] = 0L
self.month_total[server] += amount
if server not in self.grand_total:
self.grand_total[server] = 0L
self.grand_total[server] += amount
# Quota check
if self.have_quota and self.quota_enabled:
self.left -= amount
if self.left <= 0.0:
from sabnzbd.downloader import Downloader
if Downloader.do and not Downloader.do.paused:
Downloader.do.pause()
logging.warning(T('Quota spent, pausing downloading'))
# Speedometer
try:
self.bps = (self.bps * (self.last_update - self.start_time) + amount) / (t - self.start_time)
except:
self.bps = 0.0
self.last_update = t
check_time = t - 5.0
if self.start_time < check_time:
self.start_time = check_time
if self.bps < 0.01:
self.reset()
elif self.log_time < check_time:
logging.debug("bps: %s", self.bps)
self.log_time = t
refresh_rate = cfg.refresh_rate() if cfg.refresh_rate() else 1.0
if self.speed_log_time < (t - float(refresh_rate)):
self.add_empty_time()
self.bps_list.append("%i" % (self.bps / KIBI))
self.speed_log_time = t
