def run(self):
t1 = time.time()
while not self.obj.pool.done():
self.dl_speed = self.calcDownloadSpeed(self.shared_var.value)
if self.dl_speed > 0:
self.eta = self.calcETA(
(self.obj.filesize - self.shared_var.value) /
self.dl_speed)
if self.progress_bar:
if self.obj.filesize:
status = r"[%s Threads] %s / %s @ %s/s %s [%3.1f%%, %s left] " % (
self.obj.actual_threads_used,
utils.sizeof_human(self.shared_var.value),
utils.sizeof_human(self.obj.filesize),
utils.sizeof_human(self.dl_speed),
utils.progress_bar(
1.0 * self.shared_var.value / self.obj.filesize),
self.shared_var.value * 100.0 / self.obj.filesize,
utils.time_human(self.eta, fmt_short=True))
else:
status = r"[%s Threads] %s / ??? MB @ %s/s " % (
self.obj.actual_threads_used,
utils.sizeof_human(self.shared_var.value),
utils.sizeof_human(self.dl_speed))
status = status + chr(8) * (len(status) + 1)
print status,
time.sleep(0.1)
if self.obj._killed:
self.logger.debug("File download process has been stopped.")
return
if self.progress_bar:
if self.obj.filesize:
print r"[%s Threads] %s / %s @ %s/s %s [100%%, 0s left] " % (
self.obj.actual_threads_used,
utils.sizeof_human(self.obj.filesize),
utils.sizeof_human(self.obj.filesize),
utils.sizeof_human(self.dl_speed), utils.progress_bar(1.0))
else:
print r"[%s Threads] %s / %s @ %s/s " % (
self.obj.actual_threads_used,
utils.sizeof_human(self.shared_var.value),
self.shared_var.value / 1024.0**2,
utils.sizeof_human(self.dl_speed))
t2 = time.time()
self.dl_time = float(t2 - t1)
while self.obj.post_threadpool_thread.is_alive():
time.sleep(0.1)
self.obj.pool.shutdown()
self.obj.status = "finished"
if not self.obj.errors:
self.logger.debug("File downloaded within %.2f seconds." %
self.dl_time)
def get_dl_time(self, human=False):
'''
Returns how much time did the download take, in seconds. Returns
`-1` if the download task is not finished yet.
:param human: If true, returns a human-readable formatted string. Else, returns an int type number
:type human: bool
:rtype: int/string
'''
if human:
return utils.time_human(self.control_thread.get_dl_time())
return self.control_thread.get_dl_time()
def get_dl_time(self, human=False):
'''
Returns how much time did the download take, in seconds. Returns
`-1` if the download task is not finished yet.
:param human: If true, returns a human-readable formatted string. Else, returns an int type number
:type human: bool
:rtype: int/string
'''
if not self.control_thread:
return 0
if human:
return utils.time_human(self.control_thread.get_dl_time())
return self.control_thread.get_dl_time()
def get_eta(self, human=False):
'''
Get estimated time of download completion, in seconds. Returns `0` if there is
no enough data to calculate the estimated time (this will happen on the approx.
first 5 seconds of each download).
:param human: If true, returns a human-readable formatted string. Else, returns an int type number
:type human: bool
:rtype: int/string
'''
if human:
s = utils.time_human(self.control_thread.get_eta())
return s if s else "TBD"
return self.control_thread.get_eta()
def get_eta(self, human=False):
'''
Get estimated time of download completion, in seconds. Returns `0` if there is
no enough data to calculate the estimated time (this will happen on the approx.
first 5 seconds of each download).
:param human: If true, returns a human-readable formatted string. Else, returns an int type number
:type human: bool
:rtype: int/string
'''
if human:
s = utils.time_human(self.control_thread.get_eta())
return s if s else "TBD"
return self.control_thread.get_eta()
def run(self):
t1 = time.time()
while not self.obj.pool.done():
self.dl_speed = self.calcDownloadSpeed(self.shared_var.value)
if self.dl_speed > 0:
self.eta = self.calcETA((self.obj.filesize-self.shared_var.value)/self.dl_speed)
if self.progress_bar:
if self.obj.filesize:
status = r"[*] %s / %s @ %s/s %s [%3.1f%%, %s left] " % (utils.sizeof_human(self.shared_var.value), utils.sizeof_human(self.obj.filesize), utils.sizeof_human(self.dl_speed), utils.progress_bar(1.0*self.shared_var.value/self.obj.filesize), self.shared_var.value * 100.0 / self.obj.filesize, utils.time_human(self.eta, fmt_short=True))
else:
status = r"[*] %s / ??? MB @ %s/s " % (utils.sizeof_human(self.shared_var.value), utils.sizeof_human(self.dl_speed))
status = status + chr(8)*(len(status)+1)
print status,
time.sleep(0.1)
if self.obj._killed:
self.logger.debug("File download process has been stopped.")
return
if self.progress_bar:
if self.obj.filesize:
print r"[*] %s / %s @ %s/s %s [100%%, 0s left] " % (utils.sizeof_human(self.obj.filesize), utils.sizeof_human(self.obj.filesize), utils.sizeof_human(self.dl_speed), utils.progress_bar(1.0))
else:
print r"[*] %s / %s @ %s/s " % (utils.sizeof_human(self.shared_var.value), self.shared_var.value / 1024.0**2, utils.sizeof_human(self.dl_speed))
t2 = time.time()
self.dl_time = float(t2-t1)
while self.obj.post_threadpool_thread.is_alive():
time.sleep(0.1)
self.obj.pool.shutdown()
self.obj.status = "finished"
if not self.obj.errors:
self.logger.debug("File downloaded within %.2f seconds." % self.dl_time)
def get_dl_time(self, human=False):
if not self.control_thread:
return 0
if human:
return utils.time_human(self.control_thread.get_dl_time())
return self.control_thread.get_dl_time()
def get_eta(self, human=False):
if human:
s = utils.time_human(self.control_thread.get_eta())
return s if s else "TBD"
return self.control_thread.get_eta()
