def recover(ctx):
ret = True
stats = ctx.monitor.stats['recover']
stats.timer('recover', 'started')
it = iterate_key(ctx.merged_filename, ctx.groups)
node = elliptics_create_node(address=ctx.address,
elog=ctx.elog,
wait_timeout=ctx.wait_timeout,
net_thread_num=4,
io_thread_num=1,
remotes=ctx.remotes)
for batch_id, batch in groupby(enumerate(it),
key=lambda x: x[0] / ctx.batch_size):
recovers = []
rs = RecoverStat()
for _, val in batch:
rec = KeyRecover(ctx, *val, node=node)
recovers.append(rec)
for r in recovers:
r.wait()
ret &= r.succeeded()
rs += r.stats
rs.apply(stats)
stats.timer('recover', 'finished')
return ret
def recover(ctx):
ret = True
stats = ctx.monitor.stats['recover']
stats.timer('recover', 'started')
it = iterate_key(ctx.merged_filename, ctx.groups)
node = elliptics_create_node(address=ctx.address,
elog=ctx.elog,
wait_timeout=ctx.wait_timeout,
net_thread_num=4,
io_thread_num=1,
remotes=ctx.remotes)
for batch_id, batch in groupby(enumerate(it),
key=lambda x: x[0] / ctx.batch_size):
recovers = []
rs = RecoverStat()
for _, val in batch:
rec = KeyRecover(ctx, *val, node=node)
recovers.append(rec)
for r in recovers:
r.wait()
ret &= r.succeeded()
rs += r.stats
rs.apply(stats)
stats.timer('recover', 'finished')
return ret
def recover(ctx):
from itertools import islice
import time
ret = True
stats = ctx.stats['recover']
stats.timer('recover', 'started')
it = iterate_key(ctx.merged_filename, ctx.groups)
elog = elliptics.Logger(ctx.log_file, int(ctx.log_level))
node = elliptics_create_node(address=ctx.address,
elog=elog,
wait_timeout=ctx.wait_timeout,
net_thread_num=4,
io_thread_num=1,
remotes=ctx.remotes)
processed_keys = 0
start = time.time()
while 1:
batch = tuple(islice(it, ctx.batch_size))
if not batch:
break
recovers = []
rs = RecoverStat()
for val in batch:
rec = KeyRecover(ctx, *val, node=node)
recovers.append(rec)
successes, failures = 0, 0
for r in recovers:
r.wait()
ret &= r.succeeded()
rs += r.stats
if r.succeeded():
successes += 1
else:
failures += 1
processed_keys += successes + failures
rs.apply(stats)
stats.counter('recovered_keys', successes)
ctx.stats.counter('recovered_keys', successes)
stats.counter('recovered_keys', -failures)
ctx.stats.counter('recovered_keys', -failures)
stats.set_counter('recovery_speed',
processed_keys / (time.time() - start))
stats.timer('recover', 'finished')
return ret
def recover(ctx):
from itertools import islice
import time
ret = True
stats = ctx.stats['recover']
stats.timer('recover', 'started')
it = iterate_key(ctx.merged_filename, ctx.groups)
elog = elliptics.Logger(ctx.log_file, int(ctx.log_level))
node = elliptics_create_node(address=ctx.address,
elog=elog,
wait_timeout=ctx.wait_timeout,
net_thread_num=4,
io_thread_num=1,
remotes=ctx.remotes)
processed_keys = 0
start = time.time()
while 1:
batch = tuple(islice(it, ctx.batch_size))
if not batch:
break
recovers = []
rs = RecoverStat()
for val in batch:
rec = KeyRecover(ctx, *val, node=node)
recovers.append(rec)
successes, failures = 0, 0
for r in recovers:
r.wait()
ret &= r.succeeded()
rs += r.stats
if r.succeeded():
successes += 1
else:
failures += 1
processed_keys += successes + failures
rs.apply(stats)
stats.counter('recovered_keys', successes)
ctx.stats.counter('recovered_keys', successes)
stats.counter('recovered_keys', -failures)
ctx.stats.counter('recovered_keys', -failures)
stats.set_counter('recovery_speed', processed_keys / (time.time() - start))
stats.timer('recover', 'finished')
return ret
