def final_status(self, upload, temp, final=False):
end_time = time.time()
start_time = self.st
total_uploaded_b = 0
total_downloaded_b = 0
total_copied_b = 0
total_uploaded_t = 0
total_downloaded_t = 0
total_copied_t = 0
for item in self.up_complete:
total_uploaded_t += item["timespan"]
total_uploaded_b += item["size_uploaded"]
for item in self.down_complete:
total_downloaded_t += item["timespan"]
total_downloaded_b += item["size_downloaded"]
for item in self.copy_complete:
total_copied_t += item["timespan"]
total_copied_b += item["size_copied"]
downspeed = utils.get_speed(total_downloaded_b, total_downloaded_t)
copyspeed = utils.get_speed(total_copied_b, total_copied_t)
upspeed = utils.get_speed(total_uploaded_b, total_uploaded_t)
runspeed = utils.get_speed(total_downloaded_b, (end_time - start_time))
uprunspeed = utils.get_speed(total_uploaded_b, (end_time - start_time))
copyrunspeed = utils.get_speed(total_copied_b, (end_time - start_time))
if final or total_downloaded_t > 0:
log.info("Total download time: %s", utils.convert_time(total_downloaded_t))
if upload and (final or total_uploaded_t):
log.info("Total upload time: %s", utils.convert_time(total_uploaded_t))
elif temp and (final or total_copied_t):
log.info("Total copy time: %s", utils.convert_time(total_copied_t))
log.info("Total run time: %s", utils.convert_time(end_time - start_time))
if final or total_downloaded_b:
log.info("Download speed: %s at %s", utils.convert_size(total_downloaded_b), downspeed)
if upload and (final or total_uploaded_b):
log.info("Upload speed: %s at %s", utils.convert_size(total_uploaded_b), upspeed)
elif temp and (final or total_copied_b):
log.info("Copy speed: %s at %s", utils.convert_size(total_copied_b), copyspeed)
if final or total_downloaded_b:
log.info("Overall download speed: %s at %s", utils.convert_size(total_downloaded_b), runspeed)
if upload and (final or total_uploaded_b):
log.info("Overall upload speed: %s at %s", utils.convert_size(total_uploaded_b), uprunspeed)
elif temp and (final or total_copied_b):
log.info("Overall copy speed: %s at %s", utils.convert_size(total_copied_b), copyrunspeed)
def download(status, should_exit, session, results, command_args):
log.debug("Starting up")
while not should_exit.is_set():
item = None
try:
item = status.down()
except EmptyException:
if status.queuers_active > 0 or status.queues > 0:
continue
else:
log.debug("Nothing more to download. Shutting down")
return
if item is None:
continue
random.seed(item["filepath"])
filename = item["filename"]
size_bytes = item["filesize"]
size_str = utils.convert_size(size_bytes)
temp_dir = item["filedir"]
temp_file = item["fullpath"]
log.info("%s size %s", filename, size_str)
timespan = 0
if command_args.temp:
temp_dir = command_args.temp
temp_file = os.path.join(temp_dir, filename)
apidownloaduri = "%smyfile.ext?access_token=%s&path=%s" % (BASE_URL, command_args.token, item["filepath"])
if (not command_args.upload and not os.path.exists(item["filedir"])) or (command_args.temp and not os.path.exists(temp_dir)):
cleanUpAfterError("Missing temp or destination parent directory", item, results)
continue
if command_args.temp:
filehash = sha1("blob " + str(size_bytes) + "\0" + item["filepath"])
tmpname = filehash.hexdigest()
temp_file = os.path.join(command_args.temp, tmpname)
item["temppath"] = temp_file
log.debug("Downloading file to %s", temp_file)
retriesleft = 10
apiratecount = 1
down_failed = True
while retriesleft > 0 and not should_exit.is_set():
sleeptime = random.randint(10, 70)
if apiratecount > 5:
apiratecount = 5
try:
mode = "wb"
filecomplete = False
seek = 0
sizecopied = 0
try:
seek = os.path.getsize(temp_file)
if seek > size_bytes:
seek = 0
elif seek == size_bytes:
log.info("Found temp. Nothing to download")
filecomplete = True
elif seek > 0:
sizecopied += seek
log.info("continuing download")
mode = "ab"
except:
pass
if not filecomplete:
req = session.get(apidownloaduri, stream=True, timeout=120, headers={'Range':"bytes=%s-" % seek})
req.raise_for_status()
with open(temp_file, mode) as tmpfile:
st = time.time()
cr = st
progress_time = st + 60
timespan = 0
chunk_size = 1024 * 1024
for chunk in req.iter_content(chunk_size=chunk_size):
cr = time.time()
if should_exit.is_set() or not chunk:
break
tmpfile.write(chunk)
sizecopied += len(chunk)
if command_args.progress and progress_time < cr:
progress_time = cr + 60
speed = utils.get_speed(sizecopied-seek, (cr-st))
sizecopied_str = utils.convert_size(sizecopied)
time_left = utils.get_remaining_time(sizecopied-seek, size_bytes-sizecopied, (cr-st))
log.info(filename)
log.info("Downloaded %s of %s at %s. %s left", sizecopied_str, size_str, speed, time_left)
if should_exit.is_set():
log.info("Stopping download")
elif sizecopied != size_bytes:
raise SizeMismatchError("Download size mismatch downloaded %s expected %s" % (sizecopied, size_bytes))
else:
timespan = (cr-st)
except (requests.exceptions.Timeout, requests.exceptions.ConnectionError, requests.exceptions.HTTPError, requests.exceptions.RequestException):
retriesleft -= 1
if req.status_code == 429:
apiratecount += 1
retriesleft += 1
log.warn("API rate limit reached. Will retry")
else:
log.exception("Network error %s. Will retry %s more times", req.status_code, retriesleft)
if retriesleft > 0:
time.sleep(10 * apiratecount)
else:
log.error("Error downloading %s", filename)
cleanUpAfterError("Maximum retries reached", item, results)
except SizeMismatchError:
retriesleft -= 1
log.exception("%s File size mismatch. Will retry %s more times", filename, retriesleft)
if retriesleft > 0:
time.sleep(sleeptime)
else:
cleanUpAfterError("Error downloading %s Maximum retries reached" % filename, item, results)
except IOError as e:
if e.errno == errno.ENOSPC:
if status.up_active > 0 or status.copy_active > 0:
log.warn("Out of space. Waiting %s secs", sleeptime)
time.sleep(sleeptime)
else:
log.critical("No space left on target or temp disk. Exiting")
should_exit.set()
else:
retriesleft -= 1
if retriesleft > 0:
log.exception("Error downloading %s. Will retry %s more times", filename, retriesleft)
time.sleep(sleeptime)
else:
cleanUpAfterError("An unknown error occurred", item, results)
except:
retriesleft -= 1
if retriesleft > 0:
log.exception("Error downloading %s. Will retry %s more times", filename, retriesleft)
time.sleep(sleeptime)
else:
cleanUpAfterError("An unknown error occurred", item, results)
else:
if not should_exit.is_set():
down_failed = False
retriesleft = 0
if timespan <= 0:
timespan = 1
status.down({
"timespan": timespan,
"size_downloaded": sizecopied,
"temppath": temp_file
})
if command_args.upload:
log.info("Finished download %s in %s", filename, utils.convert_time(timespan))
log.debug("Adding to upload queue")
status.queue_up(item)
elif command_args.temp:
log.info("Finished download %s in %s", filename, utils.convert_time(timespan))
log.debug("Adding to move queue")
status.queue_copy(item)
else:
log.info("Finished download %s in %s", item["fullpath"], utils.convert_time(timespan))
results.writeSuccess(item["fullpath"], item["filepath"])
if command_args.progress:
speed = utils.get_speed(sizecopied-seek, timespan)
log.info("%s downloaded at %s", size_str, speed)
else:
cleanUpAfterError("Download stopped", item, results)
if down_failed:
status.down_fail(item)
log.debug("End of thread")
log.debug("Shutting down")