def mkload(opts, fh):
opts.load = int(opts.load * 1000 * 1000)
k = helpers.strings(SEED, opts.ksize)
s = opts.load
m = helpers.progress()
helpers.debug(
"generating load test file ... [ksize: %s, pktsz: %s, keylen: %s, load: %s]\n"
% (helpers.fmt(len(k)), helpers.fmt(opts.pktsz), len(
k[0]), helpers.fmt(s)))
while (s > 0):
p = []
c = opts.pktsz
while (True):
i = opts.load - s
n = k[i % len(k)]
l = "event %s|%s %d.0 %s;" % (len(n), n, i, repr(random.random()))
z = len(l)
s -= 1
c -= z
if (c >= 0):
m.measure(z)
p.append(l)
else:
if (opts.pktsz < z):
m.measure(z)
p.append(l)
break
m.dump_state("mkload")
fh.write("".join(p) + "\n")
m.done()
def mkload(opts, fh):
opts.load = int(opts.load * 1000 * 1000)
k = helpers.strings(SEED, opts.uniq)
s = opts.load
m = helpers.progress()
helpers.debug("generating load test file ... [uniq: %s, pktsz: %s, keylen: %s, load: %s]\n" % (helpers.fmt(len(k)),
helpers.fmt(opts.pktsz),
len(k[0]),
helpers.fmt(s)))
pack = lambda p: "".join(p) + "\n"
while (s > 0):
p = []
c = opts.pktsz
while (True):
i = opts.load - s
n = k[i % len(k)]
l = "event %s|%s %d.0 %s;" % (len(n), n, i, repr(random.random()))
s -= 1
c -= len(l)
if (c >= 0):
p.append(l)
else:
if (opts.pktsz < len(l)):
p.append(l)
break
if (opts.measure == M_BYTES):
m.measure(len(pack(p)))
else:
m.measure(len(p))
m.dump_state("mkload")
fh.write("%d %s" % (len(p), pack(p)))
m.done()
def mkload(opts, fh):
opts.load = int(opts.load * 1000 * 1000)
k = helpers.strings(SEED, opts.ksize)
s = opts.load
m = helpers.progress()
helpers.debug("generating load test file ... [ksize: %s, pktsz: %s, keylen: %s, load: %s]\n" % (helpers.fmt(len(k)),
helpers.fmt(opts.pktsz),
len(k[0]),
helpers.fmt(s)))
while (s > 0):
p = []
c = opts.pktsz
while (True):
i = opts.load - s
n = k[i % len(k)]
l = "event %s|%s %d.0 %s;" % (len(n), n, i, repr(random.random()))
z = len(l)
s -= 1
c -= z
if (c >= 0):
m.measure(z)
p.append(l)
else:
if (opts.pktsz < z):
m.measure(z)
p.append(l)
break
m.dump_state("mkload")
fh.write("".join(p) + "\n")
m.done()
def mkload(opts, fh):
opts.load = int(opts.load * 1000 * 1000)
k = helpers.strings(SEED, opts.uniq)
s = opts.load
m = helpers.progress()
helpers.debug("generating load test file ... [uniq: %s, pktsz: %s, keylen: %s, load: %s]\n" % (helpers.fmt(len(k)),
helpers.fmt(opts.pktsz),
len(k[0]),
helpers.fmt(s)))
pack = lambda p: "".join(p) + "\n"
while (s > 0):
p = []
c = opts.pktsz
while (True):
i = opts.load - s
n = k[i % len(k)]
l = "%s %s|%s %s %d.0;" % (opts.type, len(n), n, repr(random.random()), i)
s -= 1
c -= len(l)
if (c >= 0):
p.append(l)
else:
if (opts.pktsz < len(l)):
p.append(l)
break
if (opts.measure == M_BYTES):
m.measure(len(pack(p)))
else:
m.measure(len(p))
m.dump_state("mkload")
fh.write("%d %s" % (len(p), pack(p)))
m.done()