def run_test_with_pkt_size(self, pkt_size, duration, test_value):
"""Run the test for a single packet size.
Args:
pkt_size (int): The packet size to test with.
duration (int): The duration for each try.
Returns:
{lower_bound, upper_bound, measurement}.
lower_bound (long): The lower bound of the search interval.
upper_bound (long): The upper bound of the search interval.
measurement (long): The maximum value in the interval that yields
latency (dict): latency results
success.
"""
logging.info("Testing with value %s", test_value)
self.setup_test(pkt_size=pkt_size, speed=test_value)
success, throughput, pkt_loss, lat = self.run_test(pkt_size, duration, test_value)
self.teardown_test(pkt_size=pkt_size)
if success:
logging.verbose("Success! Increasing lower bound")
else:
logging.verbose("Failure... Decreasing upper bound")
return dict(
measurement=throughput,
pkt_loss=pkt_loss,
latency=lat
)
def main(__interactive__: bool, force: bool) -> None:
"""
Updates the configuration if the program is to be run interactively,
then install necessary items
:param __interactive__: if the config has to be updated
:param force: True to force reinstall of the programs, else will only install the ones that are not installed
"""
if __interactive__ and update.update():
logging.error("An error occurred, could not finish configuration")
return 1
try:
install(force)
setup_coredumps()
hooks.load_plugins()
hooks.configure(force)
except (exceptions.InstallationErrorException, exceptions.DistributionNotSupportedException) as exception:
logging.error(exception)
logging.error("Configure script failed. Please rerun it after correcting errors. You can add --default in order"
" to skip questions")
return 1
finally:
logging.verbose("Cleaning environment")
def run(self, *args, **kwargs) -> int:
"""
Benchmarks the execution 20 times and stores the last 10 results (to avoid side effects) in self.trigger.result.
Runs at most 100 times before deciding the run is a failure.
:param args: additional arguments
:param kwargs: additional keyword arguments
:return: 0|1 on success|failure
"""
logging.verbose(self.trigger.cmd)
results = []
tries = 0
while len(results) < self.expected_results and tries < self.maximum_tries:
try:
results += timeit.repeat(self.benchmark_helper, repeat=1, number=1)
except subprocess.CalledProcessError:
logging.warning("A trigger failed, retrying one more time")
tries += 1
show_progress(len(results), self.expected_results, section="trigger")
if tries >= 100:
# We failed in 100 iterations
return 1
logging.verbose("Run times : %(time)s secs", dict(time=results))
self.trigger.returned_information = results[self.expected_results - self.kept_runs:]
return 0
def run(self):
"""
To run this program, we launch the command and wait until it is in a waiting state, which means it deadlocked.
We will then kill it and return
:return: 0|1|None on success|failure|unexpected result
"""
logging.verbose(self.cmd)
proc = subprocess.Popen(
self.cmd.split(" "), stderr=subprocess.DEVNULL, stdout=subprocess.DEVNULL, preexec_fn=self.__preexec_fn__,
)
x = 0
counter = 0
while proc.poll() is None:
if psutil.Process(proc.pid).status() == psutil.STATUS_SLEEPING:
counter += 1
if counter >= 1000:
proc.send_signal(11)
time.sleep(1)
self.clean()
return self.check_success(1)
else:
time.sleep(0.01)
continue
x += 1
counter = 0
time.sleep(0.01)
self.clean()
return self.check_success(proc.wait())
def trigger_bug(bug: str, main_plugin: MainPlugin, **kwargs: dict) -> int:
"""
Trigger a bug against the main_plugin
:param bug: the bug to trigger
:param main_plugin: the plugin against which to trigger
:param kwargs: additional keywords arguments to pass
:return: 0|!0 on success| failure
"""
plugin_args = kwargs.copy()
try:
logging.info("Triggering %(bug)s", dict(bug=bug))
trigger = importlib.import_module("data.{}.trigger".format(bug)).Trigger()
plugin_args.update({"main_plugin": main_plugin, "trigger": trigger})
if not os.path.exists(trigger.conf.getdir("install_directory")):
raise ProgramNotInstalledException(trigger.conf.get("name"))
pre_trigger_run(**plugin_args)
plugin_args["error"] = trigger.run()
error = check_trigger_success(**plugin_args)
if error:
logging.error("%(bug)s did not run successfully", dict(bug=bug))
return error
post_trigger_run(**plugin_args)
finally:
logging.verbose("Cleaning environment")
post_trigger_clean(**plugin_args)
def _add_result(self, assertion, result, msg):
logging.verbose("- (%s) assertion: %s", 'pass' if result else 'FAIL', msg)
# Retrieve test source for debugging and diagnostic information. The
# caller frame of interest is 2 up: once for the assertion that called
# _add_result() and once for the call to the assertion itself.
caller = sys._getframe(2)
lineno = caller.f_lineno
# inspect.getsourcelines(...) returns an list of source lines, and the
# line number of the start of the source line.
# lineno retrieved above is used to pick the source line that called
# one of the assertions.
# Leading and trailing whitespace is stripped.
source = inspect.getsourcelines(caller)
source = source[0][lineno - source[1]]
source = source.strip()
self._results[-1]['results'].append(dict(
assertion=assertion,
result=result,
msg=msg,
lineno=caller.f_lineno,
filename=path.splitext(path.basename(caller.f_code.co_filename))[0],
stmt=source,
))
def master(comm, options):
'''rank 0 will handle the program setup, and distribute
tasks to all of the other ranks'''
num_ranks = comm.Get_size()
filename = "{0}/{1}{2}.dat"
# create a list of files to pass to the ranks
files = [ filename.format(options.dir, options.prefix, n)
for n in range(0, options.numfiles) ]
# if num_ranks is 1, then we exit...
if num_ranks == 1:
print "Need more than 1 rank Ted..."
comm.Abort(1)
for f in files:
# wait for another rank to report in
child = comm.recv(source=MPI.ANY_SOURCE)
logging.verbose("Rank {0} reported in, sending: {1}".format(child, f))
# send filename to this rank
if child:
comm.send(f, dest=child)
# ran out of files to create. tell ranks we're done
i = 1
while i < num_ranks:
child = comm.recv(source=MPI.ANY_SOURCE)
comm.send('alldone', dest=child)
i += 1
return
def prepare_sources(self) -> None:
"""
Extracts the file from self.src_path+self.conf["src_name"] to self.extract_dir
"""
logging.verbose("unpacking file in " + self.extract_dir)
tar = tarfile.open(self.source_storage_path)
tar.extractall(self.extract_dir)
tar.close()
def test_verbose_hack(self):
self.logger.verbose("foo")
logging.verbose("foo")
self.assertEqual(logging.VERBOSE, 15)
if six.PY2:
# There is no _levelNames attribute in Python 3
self.assertTrue("VERBOSE" in logging._levelNames)
self.assertEqual(logging.getLevelName(15), "VERBOSE")
def sell_maker(self, amount, price):
"""Orders are always priced in CNY"""
local_currency_price = self.fc.convert(price, "CNY", self.currency)
local_currency_price = int(local_currency_price)
logging.verbose("Sell maker %f BTC at %d %s (%d CNY) @%s" % (amount,
local_currency_price, self.currency, price, self.name))
return self._sell_maker(amount, local_currency_price)
def sell(self, amount, price, client_id=None):
"""Orders are always priced in CNY"""
local_currency_price = self.fc.convert(price, "CNY", self.currency)
logging.verbose("Sell %f BTC at %f %s (%f CNY) @%s" % (amount,
local_currency_price, self.currency, price, self.name))
if client_id:
return self._sell(amount, local_currency_price, client_id)
else:
return self._sell(amount, local_currency_price)
def run(self, *args, **kwargs) -> int:
"""
Benchmarks the execution time of 20 runs and stores the last 10 results (to avoid side effects) in
self.trigger.result.
Runs at most 100 times before deciding the run is a failure.
:param args: additional arguments
:param kwargs: additional keyword arguments
:return: 0|1 on success|failure
"""
results = []
tries = 0
while len(results) < self.expected_results and tries < self.maximum_tries:
tries += 1
try:
proc_start = self.trigger.Server(self.trigger.cmd)
proc_start.start()
time.sleep(self.trigger.delay)
results_queue = multiprocessing.Queue() # pylint: disable=no-member
self.triggers = []
for command in self.trigger.helper_commands:
self.triggers.append(
self.trigger.helper(command, results=results_queue, **self.trigger.named_helper_args)
)
result = timeit.repeat(self.client_run, number=1, repeat=1)
finally:
with suppress(subprocess.CalledProcessError):
launch_and_log(self.trigger.stop_cmd.split(" "))
for thread in self.triggers:
thread.terminate()
values = []
for _ in self.triggers:
values.append(results_queue.get_nowait())
if self.trigger.check_success(values) != 0:
logging.warning("Trigger did not work, retrying")
continue
results += result
show_progress(len(results), self.expected_results, section="trigger")
time.sleep(2)
if tries >= 100:
return 1
logging.verbose("Run times : {} secs".format(results))
self.trigger.returned_information = results[self.expected_results - self.kept_runs:]
return 0
def auto_apkindex_package(args, arch, aport, apk, dry=False):
"""
Bump the pkgrel of a specific package if it is outdated in the given
APKINDEX.
:param arch: the architecture, e.g. "armhf"
:param aport: parsed APKBUILD of the binary package's origin:
{"pkgname": ..., "pkgver": ..., "pkgrel": ..., ...}
:param apk: information about the binary package from the APKINDEX:
{"version": ..., "depends": [...], ...}
:param dry: don't modify the APKBUILD, just print the message
:returns: True when there was an APKBUILD that needed to be changed.
"""
version_aport = aport["pkgver"] + "-r" + aport["pkgrel"]
version_apk = apk["version"]
pkgname = aport["pkgname"]
# Skip when aport version != binary package version
compare = pmb.parse.version.compare(version_aport, version_apk)
if compare == -1:
logging.warning("{}: skipping, because the aport version {} is lower"
" than the binary version {}".format(pkgname,
version_aport,
version_apk))
return
if compare == 1:
logging.verbose("{}: skipping, because the aport version {} is higher"
" than the binary version {}".format(pkgname,
version_aport,
version_apk))
return
# Find missing depends
depends = apk["depends"]
logging.verbose("{}: checking depends: {}".format(pkgname,
", ".join(depends)))
missing = []
for depend in depends:
providers = pmb.parse.apkindex.providers(args, depend, arch,
must_exist=False)
if providers == {}:
# We're only interested in missing depends starting with "so:"
# (which means dynamic libraries that the package was linked
# against) and packages for which no aport exists.
if (depend.startswith("so:") or
not pmb.build.other.find_aport(args, depend, False)):
missing.append(depend)
# Increase pkgrel
if len(missing):
package(args, pkgname, reason=", missing depend(s): " +
", ".join(missing), dry=dry)
return True
def _get_order(self, order_id):
res = self.client.get_order(int(order_id))
logging.verbose('get_order: %s' % res)
if res['code'] == 600:
res = self.orders[order_id]
res['status'] = 'CLOSE'
del self.orders[order_id]
return res
assert str(res['data']['id']) == str(order_id)
return self._order_status(res['data'])
def opportunity(
self,
profit,
volume,
buyprice,
kask,
sellprice,
kbid,
perc,
weighted_buyprice,
weighted_sellprice,
):
if profit < config.profit_thresh or perc < config.perc_thresh:
logging.verbose("[TraderBot] Profit or profit percentage lower than" + " thresholds")
return
if kask not in self.clients:
logging.warn(
"[TraderBot] Can't automate this trade, client not " + "available: %s" % kask
)
return
if kbid not in self.clients:
logging.warn(
"[TraderBot] Can't automate this trade, " + "client not available: %s" % kbid
)
return
volume = min(config.max_tx_volume, volume)
# Update client balance
self.update_balance()
max_volume = self.get_min_tradeable_volume(
buyprice, self.clients[kask].usd_balance, self.clients[kbid].btc_balance
)
volume = min(volume, max_volume, config.max_tx_volume)
if volume < config.min_tx_volume:
logging.warn(
"Can't automate this trade, minimum volume transaction"
+ " not reached %f/%f" % (volume, config.min_tx_volume)
)
logging.warn(
"Balance on %s: %f USD - Balance on %s: %f BTC"
% (kask, self.clients[kask].usd_balance, kbid, self.clients[kbid].btc_balance)
)
return
current_time = time.time()
if current_time - self.last_trade < self.trade_wait:
logging.warn(
"[TraderBot] Can't automate this trade, last trade "
+ "occured %.2f seconds ago" % (current_time - self.last_trade)
)
return
self.potential_trades.append(
[profit, volume, kask, kbid, weighted_buyprice, weighted_sellprice, buyprice, sellprice]
)
def _get_balances(self):
"""Get balance"""
res = self.client.get_userinfo()
logging.verbose("kkex get_balances: %s" % res)
entry = res['info']['funds']
for currency in ['BCH', 'BTC', 'ETH']:
self.balance[currency] = float(entry['free'][currency]) + float(entry['freezed'][currency])
self.available[currency] = float(entry['free'][currency])
return res
def recurse(args, pkgnames, arch=None, in_apkindexes=True, in_aports=True,
strict=False):
"""
Find all dependencies of the given pkgnames.
:param in_apkindexes: look through all APKINDEX files (with the specified arch)
:param in_aports: look through the aports folder
:param strict: raise RuntimeError, when a dependency can not be found.
"""
logging.debug("Calculate depends of packages " + str(pkgnames) +
", arch: " + arch)
logging.verbose("Search in_aports: " + str(in_aports) + ", in_apkindexes: " +
str(in_apkindexes))
# Sanity check
if not apkindex and not in_aports:
raise RuntimeError("Set at least one of apkindex or aports to True.")
todo = list(pkgnames)
ret = []
while len(todo):
# Skip already passed entries
pkgname = todo.pop(0)
if pkgname in ret:
continue
# Get depends
logging.verbose("Getting depends of single package: " + pkgname)
depends = None
if in_aports:
aport = pmb.build.find_aport(args, pkgname, False)
if aport:
logging.verbose("-> Found aport: " + aport)
apkbuild = pmb.parse.apkbuild(args, aport + "/APKBUILD")
depends = apkbuild["depends"]
if depends is None and in_apkindexes:
logging.verbose("-> Search through APKINDEX files")
depends = apkindex(args, pkgname, arch)
if depends is None and strict:
raise RuntimeError(
recurse_error_message(
pkgname,
in_aports,
in_apkindexes))
# Append to todo/ret
logging.verbose("-> Depends: " + str(depends))
if depends:
todo += depends
ret.append(pkgname)
return ret
def cancel_local_orders(self, market):
orders = self.brokers[market].get_orders_history()
if not orders:
return
for order in orders:
logging.verbose("Cancelling: %s %s @ %s" % (order['type'], order['amount'], order['price']))
while True:
result = self.cancel_order(market, order['type'], order['order_id']);
if not result:
time.sleep(10)
else:
break
def copy_files(self, _files: list) -> None:
"""
Copy files to add at the end (configuration files, and so on)
:param _files: the files to copy
"""
if not _files:
return
logging.verbose("Copying required files")
for _file in _files:
name, destination = _file.split("=>")
shutil.copy2(os.path.join(self.additional_sources_path, name), os.path.join(self.install_dir, destination))
logging.verbose("Copying " + name + " to " + os.path.join(self.install_dir, destination))
def run_test(self, pkt_size, duration, value):
cores_tagged = [
self.get_cpu_id(self._tester_cpu_map, 1, int(config.getOption("testerSocketId")), False),
self.get_cpu_id(self._tester_cpu_map, 4, int(config.getOption("testerSocketId")), False),
]
cores_plain = [
self.get_cpu_id(self._tester_cpu_map, 2, int(config.getOption("testerSocketId")), False),
self.get_cpu_id(self._tester_cpu_map, 3, int(config.getOption("testerSocketId")), False),
]
self._tester.stop_all()
self._tester.reset_stats()
self._tester.set_pkt_size(cores_tagged, pkt_size)
self._tester.set_pkt_size(cores_plain, pkt_size-4)
self._tester.set_speed(cores_tagged, value)
ratio = 1.0 * (pkt_size-4 + 20) / (pkt_size + 20)
self._tester.set_speed(cores_plain, value*ratio)
self._tester.start_all()
# Getting statistics to calculate PPS at right speed....
tsc_hz = self._tester.hz()
sleep(2)
rx_start, tx_start, tsc_start = self._tester.tot_stats()
sleep(duration)
# Get stats before stopping the cores. Stopping cores takes some time
# and might skew results otherwise.
rx_stop, tx_stop, tsc_stop = self._tester.tot_stats()
lat_min, lat_max, lat_avg = self._tester.lat_stats(self.latency_cores())
latency = dict(
latency_min=lat_min,
latency_max=lat_max,
latency_avg=lat_avg
)
self._tester.stop_all()
port_stats = self._tester.port_stats([0, 1, 2, 3])
rx_total = port_stats[6]
tx_total = port_stats[7]
can_be_lost = int(tx_total * float(config.getOption('toleratedLoss')) / 100.0)
logging.verbose("RX: %d; TX: %d; dropped: %d (tolerated: %d)", rx_total, tx_total, tx_total - rx_total, can_be_lost)
# calculate the effective throughput in Mpps
tx = tx_stop - tx_start
tsc = tsc_stop - tsc_start
mpps = tx / (tsc/float(tsc_hz)) / 1000000
pps = (value / 100.0) * utils.line_rate_to_pps(pkt_size, 4)
logging.verbose("Mpps configured: %f; Mpps effective %f", (pps/1000000.0), mpps)
return (tx_total - rx_total <= can_be_lost), mpps, 100.0*(tx_total - rx_total)/float(tx_total), latency
def opportunity(
self,
profit,
volume,
buyprice,
kask,
sellprice,
kbid,
perc,
weighted_buyprice,
weighted_sellprice,
):
if profit < config.profit_thresh or perc < config.perc_thresh:
logging.verbose(
"[TraderBot] Profit or profit percentage lower than" +
" thresholds")
return
if kask not in self.clients:
logging.warn("[TraderBot] Can't automate this trade, client not " +
"available: %s" % kask)
return
if kbid not in self.clients:
logging.warn("[TraderBot] Can't automate this trade, " +
"client not available: %s" % kbid)
return
volume = min(config.max_tx_volume, volume)
# Update client balance
self.update_balance()
max_volume = self.get_min_tradeable_volume(
buyprice, self.clients[kask].usd_balance,
self.clients[kbid].btc_balance)
volume = min(volume, max_volume, config.max_tx_volume)
if volume < config.min_tx_volume:
logging.warn(
"Can't automate this trade, minimum volume transaction" +
" not reached %f/%f" % (volume, config.min_tx_volume))
logging.warn("Balance on %s: %f USD - Balance on %s: %f BTC" %
(kask, self.clients[kask].usd_balance, kbid,
self.clients[kbid].btc_balance))
return
current_time = time.time()
if current_time - self.last_trade < self.trade_wait:
logging.warn("[TraderBot] Can't automate this trade, last trade " +
"occured %.2f seconds ago" %
(current_time - self.last_trade))
return
self.potential_trades.append([
profit, volume, kask, kbid, weighted_buyprice, weighted_sellprice,
buyprice, sellprice
])
def opportunity(self, profit, volume, buyprice, kask, sellprice, kbid,
perc, weighted_buyprice, weighted_sellprice):
if profit < config.profit_thresh or perc < config.perc_thresh:
logging.verbose(
"[TraderBot] Profit or profit percentage lower than" +
" thresholds")
return
if kask not in self.clients:
logging.warn("[TraderBot] Can't automate this trade, client not " +
"available: %s" % kask)
return
if kbid not in self.clients:
logging.warn("[TraderBot] Can't automate this trade, " +
"client not available: %s" % kbid)
return
if volume < config.min_tx_volume:
logging.warn(
"Can't automate this trade, minimum volume transaction" +
" not reached %f/%f" % (volume, config.min_tx_volume))
return
max_volume = self.get_min_tradeable_volume(
buyprice, self.clients[kask].pair2_balance,
self.clients[kbid].pair1_balance)
if max_volume < config.min_tx_volume or max_volume < volume:
_message = ("Insufficient funds!\n%s: %.4f %s\n%s: %.4f %s" %
(kask, self.clients[kask].pair2_balance,
self.clients[kask].pair2_name, kbid,
self.clients[kbid].pair1_balance,
self.clients[kbid].pair1_name))
logging.warn(_message)
send_message(_message)
time.sleep(5)
self.update_balance()
return
volume = min(volume, max_volume, config.max_tx_volume)
current_time = time.time()
if current_time - self.last_trade < self.trade_wait:
logging.warn("[TraderBot] Can't automate this trade, last trade " +
"occured %.2f seconds ago" %
(current_time - self.last_trade))
return
self.potential_trades.append([
profit, volume, kask, kbid, weighted_buyprice, weighted_sellprice,
buyprice, sellprice
])
def clear_cache(args, path):
"""
Clear the APKINDEX parsing cache.
:returns: True on successful deletion, False otherwise
"""
logging.verbose("Clear APKINDEX cache for: " + path)
if path in args.cache["apkindex"]:
del args.cache["apkindex"][path]
return True
else:
logging.verbose("Nothing to do, path was not in cache:" +
str(args.cache["apkindex"].keys()))
return False
def place_orders(self, refer_bid_price, refer_ask_price):
# Update client balance
self.update_balance()
max_bch_trade_amount = config.LIQUID_MAX_BCH_AMOUNT
min_bch_trade_amount = config.LIQUID_MIN_BCH_AMOUNT
liquid_max_diff = config.LIQUID_MAX_DIFF
# excute trade
if self.buying_len() < config.LIQUID_BUY_ORDER_PAIRS:
bprice = refer_bid_price * (1 - config.LIQUID_INIT_DIFF)
amount = round(max_bch_trade_amount * random.random(), 2)
price = round(bprice * (1 - liquid_max_diff * random.random()),
5) #-10% random price base on sprice
Qty = min(self.mm_broker.btc_balance / price,
self.hedge_broker.bch_available)
# Qty = min(Qty, config.LIQUID_BTC_RESERVE/price)
if Qty < amount or amount < min_bch_trade_amount:
logging.verbose("BUY amount (%s) not IN (%s, %s)" %
(amount, min_bch_trade_amount, Qty))
else:
self.new_order(self.mm_market,
'buy',
amount=amount,
price=price)
if self.selling_len() < config.LIQUID_SELL_ORDER_PAIRS:
sprice = refer_ask_price * (1 + config.LIQUID_INIT_DIFF)
amount = round(max_bch_trade_amount * random.random(), 2)
price = round(sprice * (1 + liquid_max_diff * random.random()),
5) # +10% random price base on sprice
Qty = min(self.mm_broker.bch_available,
self.hedge_broker.btc_available / price)
# Qty = min(Qty, config.LIQUID_BCH_RESERVE)
if Qty < amount or amount < min_bch_trade_amount:
logging.verbose("SELL amount (%s) not IN (%s, %s)" %
(amount, min_bch_trade_amount, Qty))
else:
self.new_order(self.mm_market,
'sell',
amount=amount,
price=price)
return
def get_channel_new(channel):
""" Translate legacy channel names to the new ones. Legacy names are still
supported for compatibility with old branches (pmb#2015).
:param channel: name as read from pmaports.cfg or channels.cfg, like
"edge", "v21.03" etc., or potentially a legacy name
like "stable".
:returns: name in the new format, e.g. "edge" or "v21.03"
"""
legacy_cfg = pmb.config.pmaports_channels_legacy
if channel in legacy_cfg:
ret = legacy_cfg[channel]
logging.verbose(f"Legacy channel '{channel}' translated to '{ret}'")
return ret
return channel
def install_python_modules() -> None:
"""
Install necessary python modules for the scripts and aesthetics
:raise subprocess.CalledProcessError
"""
logging.verbose("Installing python dependencies")
requirements = os.path.join(constants.CONF_PATH, "requirements.pip")
cmd = ["pip3", "install", "-r", requirements]
# pylint: disable=no-member
if (not (hasattr(sys, 'real_prefix') and sys.prefix != sys.real_prefix)) and (sys.prefix == sys.base_prefix):
# we are not in a virtualenv. Let's install the packages as user
cmd.insert(2, "--user")
launch_and_log(cmd, error_msg="Could not install python module")
def run(self) -> None:
"""
The main program, handles everything
"""
with suppress(FileNotFoundError):
shutil.rmtree(self.working_dir)
with FileLock(os.path.join("/tmp/", "." + self.conf.get("name") + ".build")):
if not self.download_sources():
self.force_installation = True
if os.path.exists(self.install_dir):
if not self.force_installation:
logging.warning(
"The install directory is not empty. %(name)s will not be installed", dict(name=self.conf["name"])
)
return 1
else:
logging.verbose(
"%(name)s was already installed, removing it before continuing", dict(name=self.conf["name"])
)
shutil.rmtree(self.install_dir)
logging.info("Treating " + self.conf["display_name"])
self.prepare_sources()
self.patch(self.conf.getlist("patches_pre_config", []), self.working_dir)
self.configure()
self.patch(self.conf.getlist("patches_post_config", []), self.working_dir)
self.copy_files(self.conf.getlist("copy_post_config", []))
if self.conf.getboolean("make", True):
self.make()
self.install()
if get_global_conf().getboolean("install", "llvm_bitcode") and ("bitcode_file" in self.conf.keys()):
self.extract_bitcode()
self.patch(self.conf.getlist("patches_post_install", []), self.install_dir)
self.copy_files(self.conf.getlist("copy_post_install", []))
if os.path.exists(os.path.join(self.patches_path, self.conf["display_name"] + ".patch")):
self.patch([self.conf["display_name"] + ".patch"], self.working_dir, True)
logging.info("finished installing %(name)s", dict(name=self.conf["display_name"]))
def on_message(self, ws, message):
data = json.loads(message)
if 'params' in data:
data = data['params']
_b_full_orderbook = data[0]
if _b_full_orderbook:
self.depth_data = data[1]
else:
self._update_orderbook(data[1])
self.depth_update_time = time.time()
elif 'result' in data:
if data['result'] == 'pong':
logging.verbose('get coinex pong message')
def run(self, *args, run_number: int = 0, **kwargs) -> int:
"""
Benchmarks the number of requests per second an apache server can handle
Runs at most 100 times before deciding the run is a failure
:param args: additional arguments
:param run_number: the number of time the benchmark has run
:param kwargs: additional keyword arguments
:return: 0|1|None on success|failure|unexpected result
"""
proc_start = self.trigger.Server(self.trigger.cmd)
proc_start.start()
time.sleep(self.trigger.delay)
cmd = "ab -n 30000 -c 1 {}".format(
self.trigger.benchmark_url).split(" ")
logging.verbose(cmd)
try:
output = subprocess.check_output(cmd,
stderr=subprocess.STDOUT,
**kwargs)
except subprocess.CalledProcessError as exc:
for line in exc.output.decode().split("\n"):
logging.debug(line)
return self.retry(*args, run_number=run_number, **kwargs)
else:
success = self.trigger.check_success()
if success:
return self.retry(*args, run_number=run_number, **kwargs)
self.trigger.result = []
for line in output.decode().split("\n"):
if line.startswith("Requests per second:"):
self.trigger.returned_information = [
float(line.split(":")[1].strip().split(" ")[0])
]
with suppress(subprocess.CalledProcessError):
launch_and_log(self.trigger.stop_cmd.split(" "))
if len(self.trigger.returned_information) == 0:
return self.retry(*args, run_number=run_number, **kwargs)
logging.verbose("Requests per second : {}".format(
self.trigger.returned_information[0]))
return success
def providers(args, package, arch=None, must_exist=True, indexes=None):
"""
Get all packages, which provide one package.
:param package: of which you want to have the providers
:param arch: defaults to native arch, only relevant for indexes=None
:param must_exist: When set to true, raise an exception when the package is
not provided at all.
:param indexes: list of APKINDEX.tar.gz paths, defaults to all index files
(depending on arch)
:returns: list of parsed packages. Example for package="so:libGL.so.1":
{"mesa-egl": block, "libhybris": block}
block is the return value from parse_next_block() above.
"""
if not indexes:
arch = arch or args.arch_native
indexes = pmb.helpers.repo.apkindex_files(args, arch)
ret = {}
for path in indexes:
# Skip indexes not providing the package
index_packages = parse(args, path)
if package not in index_packages:
continue
# Iterate over found providers
for provider_pkgname, provider in index_packages[package].items():
# Skip lower versions of providers we already found
version = provider["version"]
if provider_pkgname in ret:
version_last = ret[provider_pkgname]["version"]
if pmb.parse.version.compare(version, version_last) == -1:
logging.verbose(package + ": provided by: " +
provider_pkgname + "-" + version + " in " +
path + " (but " + version_last + " is"
" higher)")
continue
# Add the provier to ret
logging.verbose(package + ": provided by: " + provider_pkgname +
"-" + version + " in " + path)
ret[provider_pkgname] = provider
if ret == {} and must_exist:
logging.debug("Searched in APKINDEX files: " + ", ".join(indexes))
raise RuntimeError("Could not find package '" + package + "'!")
return ret
def skip_already_built(args, pkgname, arch):
"""
Check if the package was already built in this session, and add it
to the cache in case it was not built yet.
:returns: True when it can be skipped or False
"""
if arch not in args.cache["built"]:
args.cache["built"][arch] = []
if pkgname in args.cache["built"][arch]:
logging.verbose(pkgname + ": already checked this session,"
" no need to build it or its dependencies")
return True
args.cache["built"][arch].append(pkgname)
return False
def run(self) -> int:
"""
Runs the cmd program in a subprocess, with rlimit set and checks the output to be sure that it is the correct
bug
:return: 0|1|None on success|failure|unexpected result
"""
logging.verbose(self.cmd)
error_code = 0
try:
# noinspection PyTypeChecker
launch_and_log(self.cmd, shell=True, preexec_fn=self.__preexec_fn__)
except subprocess.CalledProcessError as exc:
error_code = exc.returncode
return self.check_success(error_code=error_code)
def copy_files(self, _files: list) -> None:
"""
Copy files to add at the end (configuration files, and so on)
:param _files: the files to copy
"""
if not _files:
return
logging.verbose("Copying required files")
for _file in _files:
name, destination = _file.split("=>")
shutil.copy2(os.path.join(self.additional_sources_path, name),
os.path.join(self.install_dir, destination))
logging.verbose("Copying " + name + " to " +
os.path.join(self.install_dir, destination))
def place_orders(self, refer_bid_price, refer_ask_price, mm_bid_price, mm_ask_price):
# Update client balance
if self.buying_len() < 2*config.LIQUID_BUY_ORDER_PAIRS or self.selling_len() < 2 * config.LIQUID_SELL_ORDER_PAIRS:
self.update_balance()
liquid_max_diff = config.LIQUID_MAX_DIFF
# excute trade
if self.buying_len() < 2*config.LIQUID_BUY_ORDER_PAIRS:
bprice = refer_bid_price*(1-config.LIQUID_INIT_DIFF)
amount = round(self.max_trade_amount * random.random(), 2)
price = round(bprice*(1 - liquid_max_diff*random.random()), 5) #-10% random price base on bprice
Qty = min(self.mm_broker.available.get('BTC', 0) / price,
self.hedge_broker.available.get(self.currency, 0))
if Qty < amount or amount < self.min_trade_amount:
logging.verbose("BUY amount (%s) not IN (%s, %s)" %
(amount, self.min_trade_amount, Qty))
else:
if mm_ask_price > 0 and mm_ask_price < bprice:
price = bprice
if (mm_ask_price > 0 and mm_ask_price < bprice) or self.buying_len() < config.LIQUID_BUY_ORDER_PAIRS:
self.new_order(self.mm_market, 'buy', amount=amount, price=price)
if self.selling_len() < 2*config.LIQUID_SELL_ORDER_PAIRS:
sprice = refer_ask_price*(1+config.LIQUID_INIT_DIFF)
amount = round(self.max_trade_amount * random.random(), 2)
price = round(sprice*(1 + liquid_max_diff*random.random()), 5) # +10% random price base on sprice
Qty = min(self.mm_broker.available.get(self.currency, 0),
self.hedge_broker.available.get('BTC', 0) / price)
if Qty < amount or amount < self.min_trade_amount:
logging.verbose("SELL amount (%s) not IN (%s, %s)" %
(amount, self.min_trade_amount, Qty))
else:
if mm_bid_price > 0 and mm_bid_price > sprice:
price = sprice
if (mm_bid_price > 0 and mm_bid_price > sprice) or self.selling_len() < config.LIQUID_SELL_ORDER_PAIRS:
self.new_order(self.mm_market, 'sell', amount=amount, price=price)
return
def is_necessary(args, arch, apkbuild, indexes=None):
"""
Check if the package has already been built. Compared to abuild's check,
this check also works for different architectures.
:param arch: package target architecture
:param apkbuild: from pmb.parse.apkbuild()
:param indexes: list of APKINDEX.tar.gz paths
:returns: boolean
"""
# Get package name, version, define start of debug message
package = apkbuild["pkgname"]
version_new = apkbuild["pkgver"] + "-r" + apkbuild["pkgrel"]
msg = "Build is necessary for package '" + package + "': "
# Get old version from APKINDEX
index_data = pmb.parse.apkindex.package(args, package, arch, False,
indexes)
if not index_data:
logging.debug(msg + "No binary package available")
return True
# Can't build pmaport for arch: use Alpine's package (#1897)
if arch and not pmb.helpers.pmaports.check_arches(apkbuild["arch"], arch):
logging.verbose(f"{package}: build is not necessary, because pmaport"
" can't be built for {arch}. Using Alpine's binary"
" package.")
return False
# a) Binary repo has a newer version
version_old = index_data["version"]
if pmb.parse.version.compare(version_old, version_new) == 1:
logging.warning("WARNING: package {}: aport version {} is lower than"
" {} from the binary repository. {} will be used when"
" installing {}. See also:"
" <https://postmarketos.org/warning-repo2>"
"".format(package, version_new, version_old,
version_old, package))
return False
# b) Aports folder has a newer version
if version_new != version_old:
logging.debug(f"{msg}Binary package out of date (binary: "
f"{version_old}, aport: {version_new})")
return True
# Aports and binary repo have the same version.
return False
def recurse(args, pkgnames, suffix="native"):
"""
Find all dependencies of the given pkgnames.
:param suffix: the chroot suffix to resolve dependencies for. If a package
has multiple providers, we look at the installed packages in
the chroot to make a decision (see package_provider()).
:returns: list of pkgnames: consists of the initial pkgnames plus all
depends
"""
logging.debug("(" + suffix + ") calculate depends of " +
", ".join(pkgnames) + " (pmbootstrap -v for details)")
# Iterate over todo-list until is is empty
todo = list(pkgnames)
ret = []
while len(todo):
# Skip already passed entries
pkgname_depend = todo.pop(0)
if pkgname_depend in ret:
continue
# Get depends and pkgname from aports
pkgnames_install = list(ret) + todo
package = package_from_aports(args, pkgname_depend)
package = package_from_index(args, pkgname_depend, pkgnames_install,
package, suffix)
# Nothing found
if not package:
logging.info("NOTE: Run 'pmbootstrap pkgrel_bump --auto' to mark"
" packages with outdated dependencies for rebuild."
" This will most likely fix this issue (soname"
" bump?).")
raise RuntimeError("Could not find package '" + pkgname_depend +
"' in any aports folder or APKINDEX.")
# Append to todo/ret (unless it is a duplicate)
pkgname = package["pkgname"]
if pkgname in ret:
logging.verbose(pkgname + ": already found")
else:
depends = package["depends"]
logging.verbose(pkgname + ": depends on: " + ",".join(depends))
if depends:
todo += depends
ret.append(pkgname)
return ret
def check_success(self, error_code: int, *args, **kwargs) -> int:
"""
Checks for the success of the trigger result.
:param error_code: the error code returned by the trigger
:param args: additional arguments
:param kwargs: additional keyword arguments
:return: 0|1|None on success|expected failure|unexpected failure
"""
if error_code == self.expected_failure:
return 1
if error_code == 0:
return 0
logging.verbose("Got error code {}, expected {}".format(error_code, self.expected_failure))
return None
def check_arch_recurse(args, pkgname, arch):
""" Recursively check if a package and its dependencies exist (binary repo)
or can be built (pmaports) for a certain architecture.
:param pkgname: name of the package
:param arch: architecture to check against
:returns: True when all the package's dependencies can be built or
exist for the arch in question
"""
for pkgname_i in depends_recurse(args, pkgname, arch):
if not check_arch(args, pkgname_i, arch):
if pkgname_i != pkgname:
logging.verbose(pkgname_i + ": (indirectly) depends on " +
pkgname)
logging.verbose(pkgname_i + ": can't be built for " + arch)
return False
return True
def download_sources(self) -> bool:
if os.path.exists(self.source_storage_path):
return True
logging.verbose("Downloading %(file)s", dict(file=self.conf["url"]))
logging.getLogger("urllib3").setLevel(logging.WARNING)
logging.getLogger("requests").setLevel(logging.WARNING)
response = requests.get(self.conf["url"], stream=True)
if response.status_code != requests.codes.ok:
raise response.raise_for_status()
os.makedirs(os.path.dirname(self.source_storage_path), exist_ok=True)
with open(self.source_storage_path, "wb") as _file_:
for chunk in response.iter_content(chunk_size=1024):
if chunk: # this is to filter out keepalive chunks
_file_.write(chunk)
def download_sources(self) -> bool:
if os.path.exists(self.source_storage_path):
return True
logging.verbose("Downloading %(file)s", dict(file=self.conf["url"]))
logging.getLogger("urllib3").setLevel(logging.WARNING)
logging.getLogger("requests").setLevel(logging.WARNING)
response = requests.get(self.conf["url"], stream=True)
if response.status_code != requests.codes.ok:
raise response.raise_for_status()
os.makedirs(os.path.dirname(self.source_storage_path), exist_ok=True)
with open(self.source_storage_path, "wb") as _file_:
for chunk in response.iter_content(chunk_size=1024):
if chunk: # this is to filter out keepalive chunks
_file_.write(chunk)
def check_success(self, error_code: int, *args, **kwargs) -> int:
"""
Checks for the success of the trigger result.
:param error_code: the error code returned by the trigger
:param args: additional arguments
:param kwargs: additional keyword arguments
:return: 0|1|None on success|expected failure|unexpected failure
"""
if error_code == self.expected_failure:
return 1
if error_code == 0:
return 0
logging.verbose("Got error code {}, expected {}".format(
error_code, self.expected_failure))
return None
def opportunity(self, profit, volume, buyprice, kask, sellprice, kbid, perc,
weighted_buyprice, weighted_sellprice):
if kask not in self.clients:
logging.warn("[TraderBot] Can't automate this trade, client not available: %s" % kask)
return
if kbid not in self.clients:
logging.warn("[TraderBot] Can't automate this trade, client not available: %s" % kbid)
return
if profit < self.profit_thresh or perc < self.perc_thresh:
logging.verbose("[TraderBot] Profit or profit percentage(%0.4f/%0.4f) lower than thresholds(%s/%s)"
% (profit, perc, self.profit_thresh, self.perc_thresh))
return
else:
logging.verbose("[TraderBot] Profit or profit percentage(%0.4f/%0.4f) higher than thresholds(%s/%s)"
% (profit, perc, self.profit_thresh, self.perc_thresh))
if perc > 20: # suspicous profit, added after discovering btc-central may send corrupted order book
logging.warn("Profit=%f seems malformed" % (perc, ))
return
# Update client balance
self.update_balance()
max_volume = self.get_min_tradeable_volume(buyprice,
self.clients[kask].cny_balance,
self.clients[kbid].btc_balance)
volume = min(volume, max_volume, config.max_tx_volume)
if volume < config.min_tx_volume:
logging.warn("Can't automate this trade, minimum volume transaction"+
" not reached %f/%f" % (volume, config.min_tx_volume))
logging.warn("Balance on %s: %f CNY - Balance on %s: %f BTC"
% (kask, self.clients[kask].cny_balance, kbid,
self.clients[kbid].btc_balance))
return
current_time = time.time()
if current_time - self.last_trade < self.trade_wait:
logging.warn("[TraderBot] Can't automate this trade, last trade " +
"occured %.2f seconds ago" %
(current_time - self.last_trade))
return
self.potential_trades.append([profit, volume, kask, kbid,
weighted_buyprice, weighted_sellprice,
buyprice, sellprice])
def run(self) -> int:
"""
Runs the cmd program in a subprocess, with rlimit set and checks the output to be sure that it is the correct
bug
:return: 0|1|None on success|failure|unexpected result
"""
logging.verbose(self.cmd)
error_code = 0
try:
# noinspection PyTypeChecker
launch_and_log(self.cmd,
shell=True,
preexec_fn=self.__preexec_fn__)
except subprocess.CalledProcessError as exc:
error_code = exc.returncode
return self.check_success(error_code=error_code)
def recurse(args, pkgnames, suffix="native"):
"""
Find all dependencies of the given pkgnames.
:param suffix: the chroot suffix to resolve dependencies for. If a package
has multiple providers, we look at the installed packages in
the chroot to make a decision (see package_provider()).
:returns: list of pkgnames: consists of the initial pkgnames plus all
depends
"""
logging.debug(f"({suffix}) calculate depends of {', '.join(pkgnames)} "
"(pmbootstrap -v for details)")
# Iterate over todo-list until is is empty
todo = list(pkgnames)
ret = []
while len(todo):
# Skip already passed entries
pkgname_depend = todo.pop(0)
if pkgname_depend in ret:
continue
# Get depends and pkgname from aports
pkgnames_install = list(ret) + todo
package = package_from_aports(args, pkgname_depend)
package = package_from_index(args, pkgname_depend, pkgnames_install,
package, suffix)
# Nothing found
if not package:
raise RuntimeError(f"Could not find dependency '{pkgname_depend}' "
"in any aports folder or APKINDEX. See:"
" <https://postmarketos.org/depends>")
# Append to todo/ret (unless it is a duplicate)
pkgname = package["pkgname"]
if pkgname in ret:
logging.verbose(f"{pkgname}: already found")
else:
depends = package["depends"]
logging.verbose(f"{pkgname}: depends on: {','.join(depends)}")
if depends:
todo += depends
ret.append(pkgname)
return ret
def create_executable(self, installer: Installer, extension: str=None, version_number: int=None, force: bool=False,
*args, **kwargs) -> int:
"""
Creates a special executable to run for this plugin if needed. If a patch is supplied by the form
"program-name-version-extension.patch", it will automatically get used to create a new version
:param installer: the installer instance that is used
:param extension: the extension to add to the binary, usually the plugin name
:param version_number: if multiple version are required for a plugin, this will get appended to it
:param force: force creation even if no patch is provided
:param args: additional arguments
:param kwargs: additional keyword arguments
:return: None|0 if nothing happened or installation is successful
"""
extension = extension or self.extension
executable_suffix = "{}-{}".format(extension, version_number) if version_number else extension
for lib in installer.conf.getlist("libraries"):
lib_installer = Installer.factory(installer.conf.get_library(lib), False)
with ExtensionPatcherManager(lib_installer, extension) as lib_patcher:
if lib_patcher.is_patched or force:
lib_installer.configure()
lib_installer.make()
lib_installer.install()
force = True
with ExtensionPatcherManager(installer, extension) as patcher:
if not patcher.is_patched and not force:
logging.verbose("No need to create special executable for {}".format(extension))
return
installer.make()
executable = os.path.join(installer.working_dir, installer.conf.get("bitcode_file"))
destination = "{}-{}".format(installer.conf.get_executable(), executable_suffix)
logging.verbose("Copying {} to {}".format(executable, os.path.join(installer.install_dir, destination)))
shutil.copy(executable, os.path.join(installer.install_dir, destination))
for lib in installer.conf.getlist("libraries"):
lib_installer = Installer.factory(installer.conf.get_library(lib), False)
if force:
lib_installer.configure()
lib_installer.make()
lib_installer.install()
return 0
def _get_balances(self):
"""Get balance"""
res = self.client.balances()
logging.verbose("bitfinex get_balances: %s" % res)
for entry in res:
if entry['type'] != 'exchange':
continue
currency = entry['currency'].upper()
if currency not in ('BTC', 'BCH', 'ETH'):
continue
self.balance[currency] = float(entry['amount'])
self.available[currency] = float(entry['available'])
return res
def patch(self, patches: list, directory: str, reverse: bool=False, patches_path=None) -> None:
"""
Applies different patches to the sources or the installed files
:param patches: list of patches to apply
:param directory: the top directory where to apply these patches
:param reverse: if the patch is to be reversed
:param patches_path: the path where to find the patches. If not set, will use data/program_name/patches
"""
if not patches:
return
for _patch in patches:
logging.verbose("Applying {}patch {}".format("Reverse " if reverse else "", _patch))
cmd = ["patch", "-p1", "-i", os.path.join(patches_path or self.patches_path, _patch)]
if reverse:
cmd.insert(2, "-R")
helper.launch_and_log(cmd, cwd=directory, error_msg="A patch failed to apply")
def loadConfigurableDb():
'''
Equivalent to GaudiKernel.ConfigurableDb.loadConfigurableDb(), but does a
deep search and executes the '*_confDb.py' files instead of importing them.
'''
# find the '*_confDb.py' files that are not merged ones
for p in sys.path:
for f in [f for f in glob(os.path.join(p, '*', '*_confDb.py'))
if 'merged' not in f and os.path.isfile(f)]:
logging.verbose('Loading %s', f)
try:
execfile(f, {}, {})
except:
# It may happen that the file is found but not completely
# written, usually during parallel builds, but we do not care.
pass
# top up with the regular merged confDb (for the used projects)
GaudiKernel.ConfigurableDb.loadConfigurableDb()
def replace_variable(apkbuild, value: str) -> str:
def log_key_not_found(match):
logging.verbose(f"{apkbuild['pkgname']}: key '{match.group(1)}' for"
f" replacing '{match.group(0)}' not found, ignoring")
# ${foo}
for match in revar.finditer(value):
try:
logging.verbose("{}: replace '{}' with '{}'".format(
apkbuild["pkgname"], match.group(0), apkbuild[match.group(1)]))
value = value.replace(match.group(0), apkbuild[match.group(1)], 1)
except KeyError:
log_key_not_found(match)
# $foo
for match in revar2.finditer(value):
try:
newvalue = apkbuild[match.group(1)]
logging.verbose("{}: replace '{}' with '{}'".format(
apkbuild["pkgname"], match.group(0), newvalue))
value = value.replace(match.group(0), newvalue, 1)
except KeyError:
log_key_not_found(match)
# ${var/foo/bar}, ${var/foo/}, ${var/foo}
for match in revar3.finditer(value):
try:
newvalue = apkbuild[match.group(1)]
search = match.group(2)
replacement = match.group(3)
if replacement is None: # arg 3 is optional
replacement = ""
newvalue = newvalue.replace(search, replacement, 1)
logging.verbose("{}: replace '{}' with '{}'".format(
apkbuild["pkgname"], match.group(0), newvalue))
value = value.replace(match.group(0), newvalue, 1)
except KeyError:
log_key_not_found(match)
# ${foo#bar}
rematch4 = revar4.finditer(value)
for match in rematch4:
try:
newvalue = apkbuild[match.group(1)]
substr = match.group(2)
if newvalue.startswith(substr):
newvalue = newvalue.replace(substr, "", 1)
logging.verbose("{}: replace '{}' with '{}'".format(
apkbuild["pkgname"], match.group(0), newvalue))
value = value.replace(match.group(0), newvalue, 1)
except KeyError:
log_key_not_found(match)
return value
def new_order(self,
market,
type,
maker_only=False,
amount=None,
price=None):
if type == 'buy' or type == 'sell':
if not price or not amount:
print(price)
print(amount)
assert (False)
if maker_only:
if type == 'buy':
order_id = self.brokers[market].buy_maker(amount, price)
else:
order_id = self.brokers[market].sell_maker(amount, price)
else:
if type == 'buy':
order_id = self.brokers[market].buy_limit(amount, price)
else:
order_id = self.brokers[market].sell_limit(amount, price)
if not order_id or order_id == -1:
logging.warn("%s @%s %f/%f failed, %s" %
(type, market, amount, price, order_id))
return None
order = {
'market': market,
'order_id': order_id,
'price': price,
'amount': amount,
'deal_amount': 0,
'deal_index': 0,
'type': type,
'time': time.time()
}
self.orders.append(order)
logging.verbose("submit order %s" % (order))
return order
return None
def is_necessary_warn_depends(args, apkbuild, arch, force, depends_built):
"""
Check if a build is necessary, and warn if it is not, but there were
dependencies built.
:returns: True or False
"""
pkgname = apkbuild["pkgname"]
ret = True if force else pmb.build.is_necessary(args, arch, apkbuild)
if not ret and len(depends_built):
# Warn of potentially outdated package
logging.warning("WARNING: " + pkgname + " depends on rebuilt" +
" package(s) " + ",".join(depends_built) + " (use" +
" 'pmbootstrap build " + pkgname + " --force' if" +
" necessary!)")
logging.verbose(pkgname + ": build necessary: " + str(ret))
return ret
def run(self, *args, run_number: int=0, **kwargs) -> int:
"""
Benchmarks the number of requests per second an apache server can handle
Runs at most 100 times before deciding the run is a failure
:param args: additional arguments
:param run_number: the number of time the benchmark has run
:param kwargs: additional keyword arguments
:return: 0|1|None on success|failure|unexpected result
"""
proc_start = self.trigger.Server(self.trigger.cmd)
proc_start.start()
time.sleep(self.trigger.delay)
cmd = "ab -n 30000 -c 1 {}".format(self.trigger.benchmark_url).split(" ")
logging.verbose(cmd)
try:
output = subprocess.check_output(cmd, stderr=subprocess.STDOUT, **kwargs)
except subprocess.CalledProcessError as exc:
for line in exc.output.decode().split("\n"):
logging.debug(line)
return self.retry(*args, run_number=run_number, **kwargs)
else:
success = self.trigger.check_success()
if success:
return self.retry(*args, run_number=run_number, **kwargs)
self.trigger.result = []
for line in output.decode().split("\n"):
if line.startswith("Requests per second:"):
self.trigger.returned_information = [float(line.split(":")[1].strip().split(" ")[0])]
with suppress(subprocess.CalledProcessError):
launch_and_log(self.trigger.stop_cmd.split(" "))
if len(self.trigger.returned_information) == 0:
return self.retry(*args, run_number=run_number, **kwargs)
logging.verbose("Requests per second : {}".format(self.trigger.returned_information[0]))
return success
def probe_wakeup(self, id):
logging.debug("Function probe_wakeup()")
try:
# get group values
for _ in range(3):
response = self.serial_get_response(id+'A')
if response != '':
logging.verbose("Function probe_wakeup() - Exit")
return True
break
time.sleep(0.1)
logging.warning("Probe does not respond")
return False
except Exception as e:
logging.critical("An exception was encountered in probe_wakeup(): %s" % str(e))
return False
def read_any_index(args, package, arch=None):
"""
Get information about a single package from any APKINDEX.tar.gz.
:param arch: defaults to native architecture
:returns: the same format as read()
"""
if not arch:
arch = args.arch_native
# Return first match
for index in pmb.helpers.repo.apkindex_files(args, arch):
index_data = read(args, package, index, False)
if index_data:
logging.verbose(package + ": found in " + index)
return index_data
logging.verbose(package + ": no match found in any APKINDEX.tar.gz!")
return None
def pre_trigger_run(self, trigger: RawTrigger, *args, **kwargs) -> None:
"""
Updates the coredumps information in order to generate some correctly
:param trigger: the trigger instance to use
:param args: additional arguments
:param kwargs: additional keyword arguments
"""
trigger_full_path = trigger.cmd.split(" ")[0]
if os.path.exists("{}-{}".format(trigger_full_path, self.extension)):
trigger.cmd = trigger.cmd.replace(trigger_full_path, "{}-{}".format(trigger_full_path, self.extension))
trigger.conf["executable"] = "{}-{}".format(trigger.conf.get("executable"), self.extension)
os.makedirs(get_global_conf().getdir("trigger", "core_dump_location"), exist_ok=True)
core_path = trigger.conf.get_core_path()
logging.verbose("core_path: %(core_path)s", dict(core_path=core_path))
with suppress(OSError):
logging.debug("attempting to delete old coredump at %(core_path)s", dict(core_path=core_path))
os.remove(core_path)
def run_test(self, pkt_size, duration, value):
# Tester is sending packets at the required speed already after
# setup_test(). Just get the current statistics, sleep the required
# amount of time and calculate packet loss.
# Getting statistics to calculate PPS at right speed....
tsc_hz = self._tester.hz()
rx_start, tx_start, tsc_start = self._tester.tot_stats()
sleep(duration)
# Get stats before stopping the cores. Stopping cores takes some time
# and might skew results otherwise.
rx_stop, tx_stop, tsc_stop = self._tester.tot_stats()
# report latency
lat_min, lat_max, lat_avg = self._tester.lat_stats(self._rx_lat_cores)
self._tester.stop(self._cpe_cores + self._inet_cores)
# flush packets in NIC RX buffers so they are counted too when
# when calculating the number of dropped packets.
logging.verbose("Test ended. Flushing NIC buffers")
self._tester.start(self._all_rx_cores)
sleep(3)
self._tester.stop(self._all_rx_cores)
# calculate the effective throughput in Mpps
rx = rx_stop - rx_start
tsc = tsc_stop - tsc_start
mpps = rx / (tsc/float(tsc_hz)) / 1000000
logging.verbose("MPPS: %f", mpps)
rx_tot, tx_tot, drop_tot, _ = self._tester.rx_stats(self._all_stats_cores)
can_be_lost = int(tx_tot * float(config.getOption('toleratedLoss')) / 100.0)
logging.verbose("RX: %d; TX: %d; drop: %d; TX-RX: %d (tolerated: %d)", rx_tot, tx_tot, drop_tot, tx_tot - rx_tot, can_be_lost)
return (tx_tot - rx_tot <= can_be_lost), mpps, 100.0*(tx_tot - rx_tot)/float(tx_tot)
def run(self) -> int:
"""
Main function. Calls every other one in order to make the bug trigger
:return: 0|1|None on success|failure|unexpected event
"""
try:
logging.verbose(self.cmd)
proc_start = self.Server(self.cmd) # this is not a typo. Using cmd is REQUIRED for the sake of plugins
proc_start.start()
time.sleep(self.delay)
triggers = []
results_queue = multiprocessing.Queue() # pylint: disable=no-member
for command in self.helper_commands:
# noinspection PyCallingNonCallable
triggers.append(self.helper(command, results=results_queue, **self.named_helper_args))
for thread in triggers:
thread.start()
for thread in triggers:
thread.join(self.timeout)
for thread in triggers:
thread.terminate()
finally:
with suppress(subprocess.CalledProcessError):
launch_and_log(self.stop_cmd.split(" "))
results = []
for _ in triggers:
with suppress(queue.Empty):
results.append(results_queue.get_nowait())
time.sleep(self.delay)
return self.check_success(results=results)
def run(self):
""" Installs the programs and reports the value """
error = None
try:
for _installer in self.programs:
try:
if (not _installer.run()) and _installer.conf.get("executable", None):
hooks.create_executables(installer=_installer)
hooks.post_install_run(installer=_installer, **kwargs)
except InstallationErrorException as exception:
logging.error(exception.error_message)
logging.error("Won't install %(program)s", dict(program=_installer.conf.get("name")))
error = constants.INSTALL_FAIL
except Exception as exc: # pylint: disable=broad-except
error = constants.INSTALL_FAIL
logging.error(exc)
logging.debug("".join(traceback.format_tb(exc.__traceback__)))
finally:
logging.verbose("Cleaning environment")
hooks.post_install_clean(**kwargs)
self.max_tasks.release()
self.report_queue.put((error or 0, self.programs[0].conf.get("name")))
def writeArticle(self, articleId, articleDict):
""" appends data to current chunk """
articleDict["articleId"]=articleId
articleDict = self._removeSpecChar(articleDict)
logging.log(5, "appending article info to %s: %s" % (self.articleFh.name, str(articleDict)))
if len(articleDict)!=len(articleFields):
logging.error("column counts between article dict and article objects don't match")
dictFields = articleDict.keys()
dictFields.sort()
logging.error("columns are %s" % str(dictFields))
expFields = articleFields
expFields.sort()
logging.error("expected columns are %s" % str(expFields))
raise("Error")
articleTuple = ArticleRec(**articleDict)
# convert all fields to utf8 string, remove \n and \t
articleTuple = listToUtf8Escape(articleTuple)
line = "\t".join(articleTuple)
self.articleFh.write(line+"\n")
self.articlesWritten += 1
logging.verbose("%d articles written" % self.articlesWritten)
def configure(self) -> None:
"""
Configures the sources
"""
if self.conf["configure"] == "configure":
cmd = [
os.path.join(self.sources_dir, "configure"),
"--prefix={}".format(self.install_dir)
]
elif self.conf["configure"] == "cmake":
cmd = [
"cmake",
self.sources_dir
]
else:
logging.verbose("{} does not need configuration".format(self.conf["display_name"]))
return
cmd += self.conf.getlist("configure_args", [])
logging.info("Configuring %(name)s", dict(name=self.conf["display_name"]))
self.env["WLLVM_CONFIGURE_ONLY"] = "1"
helper.launch_and_log(cmd, cwd=self.working_dir, env=self.env, error_msg="Configuration failed")
del self.env["WLLVM_CONFIGURE_ONLY"]