block = max(result.keys())
result[block] = x - block
return result
if __name__ == "__main__":
ping_reporter.start_log(log, logging.DEBUG)
server = ping.select_server(log, 1)
from ping_reporter import humanize_bytes
try:
PS = PingServer(server)
PS.debug = 1
PS.setup()
PS.start()
print 'traffic:', ping.ping_count, 'pings (' + humanize_bytes(
ping.ping_bandwidth) + ')'
PS.read_block(2, print_block)
time.sleep(2)
PS.write_block(2, 'coconut')
time.sleep(1)
print 'traffic:', ping.ping_count, 'pings (' + humanize_bytes(
ping.ping_bandwidth) + ')'
PS.write_block(1, 'apples')
PS.read_block(1, print_block)
PS.read_block(1, print_block)
time.sleep(2)
print 'traffic:', ping.ping_count, 'pings (' + humanize_bytes(
ping.ping_bandwidth) + ')'
log.info('testing block metrics')
result[block] = x - block
return result
if __name__ == "__main__":
ping_reporter.start_log(log, logging.DEBUG)
server = ping.select_server(log, 1)
from ping_reporter import humanize_bytes
try:
PS = PingServer(server)
PS.debug = 1
PS.setup()
PS.start()
print "traffic:", ping.ping_count, "pings (" + humanize_bytes(ping.ping_bandwidth) + ")"
PS.read_block(2, print_block)
time.sleep(2)
PS.write_block(2, "coconut")
time.sleep(1)
print "traffic:", ping.ping_count, "pings (" + humanize_bytes(ping.ping_bandwidth) + ")"
PS.write_block(1, "apples")
PS.read_block(1, print_block)
PS.read_block(1, print_block)
time.sleep(2)
print "traffic:", ping.ping_count, "pings (" + humanize_bytes(ping.ping_bandwidth) + ")"
log.info("testing block metrics")
blocks = live_blocks(PS)
log.debug("blocks: %s" % blocks)
strA = 'A'
strB = 'B'*4096*3
Disk.write(0,strA,False)
Disk.write(5000,strB,False)
time.sleep(1)
#log.info('region A [%d] and B [%d] written'%(len(strA),len(strB)))
readA = Disk.read(0,len(strA))
readB = Disk.read(5000,len(strB))
log.info('region A and B read')
if readA != strA: log.error('corruption in region A (%d bytes)'%len(readA))
else: log.debug('region A read successfully')
if readB != strB: log.error('corruption in region B (%d bytes)'%len(readB))
else: log.debug('region B read successfully')
time.sleep(1)
print 'terminate'
except KeyboardInterrupt:
print "Keyboard Interrupt"
except Exception:
print 'General Exception'
from traceback import print_exc
print_exc()
finally:
if Disk: Disk.stop()
log.info('traffic: %d pings (%s)'
%(ping.ping_count,ping_reporter.humanize_bytes(ping.ping_bandwidth)))
sys.exit(1)
block = max(result.keys())
result[block] = x-block
return result
if __name__ == "__main__":
ping_reporter.start_log(log,logging.DEBUG)
server = ping.select_server(log,1)
from ping_reporter import humanize_bytes
try:
PS = PingServer(server,4)
PS.debug = 1
PS.setup()
PS.start()
if 0:
print 'traffic:',ping.ping_count,'pings ('+humanize_bytes(ping.ping_bandwidth)+')'
PS.read_block(2,print_block)
time.sleep(2)
PS.write_block(2,'coconut')
time.sleep(1)
print 'traffic:',ping.ping_count,'pings ('+humanize_bytes(ping.ping_bandwidth)+')'
PS.write_block(1,'apples')
PS.read_block(1,print_block)
PS.read_block(1,print_block)
time.sleep(2)
print 'traffic:',ping.ping_count,'pings ('+humanize_bytes(ping.ping_bandwidth)+')'
log.info('testing block metrics')
blocks = live_blocks(PS)
log.debug('blocks: %s'%blocks)
Disk.write(5000, strB, False)
time.sleep(1)
#log.info('region A [%d] and B [%d] written'%(len(strA),len(strB)))
readA = Disk.read(0, len(strA))
readB = Disk.read(5000, len(strB))
log.info('region A and B read')
if readA != strA:
log.error('corruption in region A (%d bytes)' % len(readA))
else:
log.debug('region A read successfully')
if readB != strB:
log.error('corruption in region B (%d bytes)' % len(readB))
else:
log.debug('region B read successfully')
time.sleep(1)
print 'terminate'
except KeyboardInterrupt:
print "Keyboard Interrupt"
except Exception:
print 'General Exception'
from traceback import print_exc
print_exc()
finally:
if Disk: Disk.stop()
log.info('traffic: %d pings (%s)' %
(ping.ping_count,
ping_reporter.humanize_bytes(ping.ping_bandwidth)))
sys.exit(1)
