def print_worker(self, worker, term):
# <state> - file: [====>] 001/100 (xxx%)
status = worker.status_data
state = status['state']
if state == FetchWorker.STATE_DOWN:
percent_complete = ceil((float(status['bytes_received']) /
float(status['bytes_total'])) * 100)
prefix = '<{state:^11s}> - {file:^20}: '.format(
state=status['state'],
file=status['name'][:20],
seq=status['sequence'])
suffix = ' {:>4}/{:>4} ({:>3}%)'.format(
bytes2human(status['bytes_received']),
bytes2human(status['bytes_total']), int(percent_complete))
bar_len = term.width - len(prefix) - len(suffix) - 2 # 2 for []
bar_count = int(bar_len * (percent_complete / 100))
bars = ('[{0:<' + str(bar_len) +
'}]').format('=' * (bar_count - 1) + '>')
print prefix + bars + suffix
else:
print '<{state:^11s}> - Job Startup'.format(
state=status['state'], )
return
def start(self, args, config):
# If there is no nzbfile, check stdin.
with open(args.nzbfile) as fp:
parsed = parse_nzb(fp.read())
for file in parsed:
print file.subject
print file.groups
print bytes2human(file.bytes)
for segment in file.segments:
print " ", bytes2human(segment.bytes), segment.message_id
def start(self, args, config):
# If there is no nzbfile, check stdin.
with open(args.nzbfile) as fp:
parsed = parse_nzb(fp.read())
for file in parsed:
print file.subject
print file.groups
print bytes2human(file.bytes)
for segment in file.segments:
print ' ', bytes2human(segment.bytes), segment.message_id
def print_worker(self, worker, term):
# <state> - file: [====>] 001/100 (xxx%)
status = worker.status_data
state = status["state"]
if state == FetchWorker.STATE_DOWN:
percent_complete = ceil((float(status["bytes_received"]) / float(status["bytes_total"])) * 100)
prefix = "<{state:^11s}> - {file:^20}: ".format(
state=status["state"], file=status["name"][:20], seq=status["sequence"]
)
suffix = " {:>4}/{:>4} ({:>3}%)".format(
bytes2human(status["bytes_received"]), bytes2human(status["bytes_total"]), int(percent_complete)
)
bar_len = term.width - len(prefix) - len(suffix) - 2 # 2 for []
bar_count = int(bar_len * (percent_complete / 100))
bars = ("[{0:<" + str(bar_len) + "}]").format("=" * (bar_count - 1) + ">")
print prefix + bars + suffix
else:
print "<{state:^11s}> - Job Startup".format(state=status["state"])
return