def run(self):
if IS_DEV_VERSION:
return
try:
stage = file("stage.txt").read().strip()
url = "http://jlpo.free.fr/soundrts/%sversion.txt" % stage
rev = urllib.urlopen(url).read().strip()
if (rev != VERSION) and (rev.find("404") == -1):
voice.important(mp.UPDATE_AVAILABLE)
stats.Stats(OLD_STATS_PATH, METASERVER_URL).send()
stats.Stats(STATS_PATH, METASERVER_URL).send()
except:
pass
def __init__(self, lvl, scheme, target=None, **kwargs):
super().__init__(**kwargs)
allChamps.append(self)
self.ID = self.champID.pop(0)
self.lvl = lvl
self.target = target
self.scheme = scheme
self.shields = []
self.pshields = []
self.mshields = []
self.onhits = []
self.dmg_reductions= []
self.STATS = stats.Stats(CHAMP=self)
# self.REGEN = regen.Regen(CHAMP=self)
self.ABILITY_USED = observer.AbilityUsed() ### this design seems bad
# self.EFFECT_HANDLER = effecthandler.EffectHandler(CHAMP=self)
self.AUTO = self.autoclass_map[self.autoclass](CHAMP = self)
self.P = self._load_skill('p')
self.Q = self._load_skill('q')
self.W = self._load_skill('w')
self.E = self._load_skill('e')
self.R = self._load_skill('r')
def main():
env = simpy.Environment()
eth = ether.Ether(env)
statistics = stats.Stats()
nodes = []
for i in range(0, parameters.NUMBER_OF_NODES):
name = "Node" + str(i)
nodes.append(
node.Node(env, name, eth, random.randint(0, 40),
random.randint(0, 40), statistics))
for i in range(0, parameters.NUMBER_OF_NODES):
destinations = []
for j in range(0, parameters.NUMBER_OF_NODES):
if i != j:
destinations.append(nodes[j].name)
env.process(nodes[i].keepSendingIncreasing(parameters.STARTING_RATE,
parameters.TARGET_RATE,
destinations))
#env.process(nodes[i].keepSending(parameters.TARGET_RATE, destinations))
if not parameters.PRINT_LOGS:
env.process(printProgress(env))
env.run(until=parameters.SIM_TIME)
statistics.plotCumulativePackets()
statistics.plotThroughput()
statistics.plotDelays()
statistics.plotRetransmissions()
def Optimize(self, npoints=15):
import stats as CalcStatistics
#add things here to loop over alpha and do optimization
bestAlpha = 0.
bestEnergy = 0.
oldene = 100.
alpha = np.linspace(
0.15,
0.85,
num=npoints,
endpoint=True,
)
optimizeList = np.zeros((npoints, 3))
for i in range(npoints):
self.SetParams([alpha[i]])
energyList = self.VMC(100000)
energy, variance, error, corrtime = CalcStatistics.Stats(
np.array(energyList))
optimizeList[i, 0] = alpha[i]
optimizeList[i, 1] = energy
optimizeList[i, 2] = error
print(
" alpha= %g , energy= %g , var = %g , err = %g , ac-time= %g" %
(alpha[i], energy, variance, error, corrtime))
if energy <= oldene:
bestAlpha = alpha[i]
bestEnergy = energy
oldene = energy
return (optimizeList, bestAlpha, bestEnergy)
def process_stats(founddir, faildir, files):
numcandidates = 256 * 256 * 128
charsetid = 1
for i in range(len(files)):
fname = files[i]
print ">> [%d/%d] Reading %s" % (i, len(files), fname)
s = stats.Stats().readfile(fname)
offset = int(s.options["offset"])
cookiepos = int(s.options["cookiepos"])
maxgap = int(s.options["maxgap"])
count = s.count
if count.dtype != "uint32":
count = count.astype("uint32")
print ">> Processing", fname
firstcorrect, foundpos = rc4decrypt.process_simultlscookie(count, offset, cookiepos, maxgap, numcandidates, charsetid)
dest = os.path.join(founddir if foundpos >= 0 else faildir, fname)
print ">> Moving file to", dest
os.rename(fname, dest)
options = s.options.copy()
options["samples"] = s.numsamples()
options["numcand"] = numcandidates
options["charsetid"] = charsetid
save_results("simultlscookie", options, firstcorrect, [foundpos])
del s
def index(self):
c = p.toolkit.c
stats = stats_lib.Stats()
rev_stats = stats_lib.RevisionStats()
c.top_rated_packages = stats.top_rated_packages()
c.most_edited_packages = stats.most_edited_packages()
c.largest_groups = stats.largest_groups()
c.top_tags = stats.top_tags()
c.top_package_creators = stats.top_package_creators()
c.new_packages_by_week = rev_stats.get_by_week('new_packages')
c.deleted_packages_by_week = rev_stats.get_by_week('deleted_packages')
c.num_packages_by_week = rev_stats.get_num_packages_by_week()
c.package_revisions_by_week = rev_stats.get_by_week('package_revisions')
c.raw_packages_by_week = []
for week_date, num_packages, cumulative_num_packages in c.num_packages_by_week:
c.raw_packages_by_week.append({'date': h.date_str_to_datetime(week_date), 'total_packages': cumulative_num_packages})
c.all_package_revisions = []
c.raw_all_package_revisions = []
for week_date, revs, num_revisions, cumulative_num_revisions in c.package_revisions_by_week:
c.all_package_revisions.append('[new Date(%s), %s]' % (week_date.replace('-', ','), num_revisions))
c.raw_all_package_revisions.append({'date': h.date_str_to_datetime(week_date), 'total_revisions': num_revisions})
c.new_datasets = []
c.raw_new_datasets = []
for week_date, pkgs, num_packages, cumulative_num_packages in c.new_packages_by_week:
c.new_datasets.append('[new Date(%s), %s]' % (week_date.replace('-', ','), num_packages))
c.raw_new_datasets.append({'date': h.date_str_to_datetime(week_date), 'new_packages': num_packages})
return p.toolkit.render('ckanext/stats/index.html')
def brute_capture(fname, plainfile):
# Get the known plaintext
plaintext = open(plainfile).read()
# Example stats generation: ./stats.py generate rc4decrypt simultlscookie 30 cookiepos=306 absabmaxgap=129
s = stats.Stats().readfile(fname)
count = s.count
if count.dtype != "uint32":
count = count.astype("uint32")
# Default values correspond to previously hardcoded generation options
offset = int(s.options.get("offset"))
cookiepos = int(s.options.get("cookiepos"))
absabmaxgap = int(s.options.get("maxgap"))
# Generate the candadite list (and free the statistics one we have a list)
numcandidates = 256 * 64
chatsetid = 1
returnlist = 1
candidates = rc4decrypt.process_simultlscookie(count, offset, cookiepos, absabmaxgap, numcandidates, chatsetid, plaintext, returnlist)
del count
del s
# Pass the generated candidates to the bruteforcer
hosts = filter(lambda h: h.lower().startswith("host: "), plaintext.split("\r\n"))
cookiename = "auth"
sentinel = "logged in as"
bruter.brutecookie(hosts[0][6:], cookiename, candidates, sentinel)
def test_differentConfidenceLevel(self):
s = stats.Stats()
s.add(1.0)
s.add(2.0)
s.add(3.0)
s.add(4.0)
self.assertAlmostEqual(s.conf(0.99), 3.4905535)
def render_game(color, game_id, game, opponent):
access = chess.accessibility_map(game.current_board)
if game.to_play is None:
to_play = "nobody"
else:
to_play = chess.color_names[game.to_play]
if game.termination is None:
termination = "undefined"
termination_msg = None
else:
termination = "'%s'" % game.termination
termination_msg = termination_str(game, color)
if color is None:
color_name = None
else:
color_name = chess.color_names[color]
stat_obj = stats.Stats(game, eco_data)
return flask.render_template(
"game.html",
game=json.dumps(game.to_json_dict()),
to_play=to_play,
termination=termination,
termination_msg=termination_msg,
color_name=color_name,
player=color,
summary=linkify_summary(game),
accessibility=json.dumps(access),
opponent=opponent,
stats=stat_obj,
)
def main(self, player_name):
self.player_name = player_name
game_running = True
while game_running:
tick = self.clock.tick(self.clock_tick)
self.events = pygame.event.get()
self.stat_class = stats.Stats(self)
for event in self.events:
if event.type == pygame.QUIT:
self.stat_class.print_scores()
return
if event.type == pygame.KEYDOWN \
and event.key == pygame.K_ESCAPE:
self.stat_class.print_scores()
return
enemy_count = self.enemies.sprites().__len__()
if enemy_count < 1 and self.game_level <= 5:
self.game_level += 1
if enemy_count < 1 and self.game_level <= 4:
self.enemies = self.__load_enemies()
self.sprites.add(self.enemies)
if enemy_count < 1 and self.game_level == 5:
self.__load_boss()
self.sprites.update(tick / 1000., self)
screen.blit(self.background, self.bg_img_pos)
self.sprites.draw(screen)
self.__load_game_stats()
self.__check_status()
pygame.display.flip()
def __init__(self, context):
super().__init__()
self.context = context
self.config = config.Config.instance()
self.logger = logging.getLogger(logger_str(__class__) + " " + context)
self.logger.info(f"Creating clientlet {self.context}")
self.path = config.path_for(self.config.get(self.context, "backup"))
assert os.path.exists(self.path), f"{self.path} does not exist!"
# ALL source contexts (we care a lot)
self.sources = {}
self.scanners = {}
self.random_source_list = []
self.build_sources()
lazy_write = utils.str_to_duration(
self.config.get(context, "LAZY WRITE", 5))
# TODO: my cache of claims should expire in rescan/2
self.rescan = self.get_interval("rescan") // 2
self.claims = PersistentDict(f"/tmp/cb.c{context}.json.bz2",
lazy_write=5,
expiry=self.rescan)
self.drops = 0 # count the number of times I drop a file
self.stats = stats.Stats()
self.update_allocation()
self.bailing = False
self.datagrams = {}
def __init__(self, lines):
"""
:param lines:
"""
current_time = datetime.now().strftime("%d-%m-%Y_%Hh.%Mm.%Ss")
user = getpass.getuser()
self.personal_path = "gen/%s_%s/" % (user, current_time)
self.index_line = 0
self.completion = 0.0
self.connections_completions = 0.0
try:
os.mkdir(self.personal_path)
except Exception as e:
print e
print "Personal Path used for this Puzzle: %s" % self.personal_path
arr = list(self.randomize_lines(*lines))
Puzzle.dynamique_type()
self.toolbox = base.Toolbox()
self.toolbox.register("new_individual", creator.Individual,
self._get_line_, arr)
self.toolbox.register("desk", tools.initRepeat, list,
self.toolbox.new_individual)
self.population = self.toolbox.desk(n=len(arr))
# Applying rotation until it's the right side
self.fixing_outside()
# Init the stats we want to log
self.stats = stats.Stats(self.personal_path)
self.evaluate()
self.log_stats(-1, 0, 0)
def __init__(self, email, password, thread_fbid, config):
self.stats = stats
self.config = config
self.commands = config[consts.COMMANDS]
self.stats = stats.Stats(STATS_FILE)
fbchat.Client.__init__(self, email, password, thread_fbid, True, None)
threads = self.getThreadList(0)
for item in threads:
if item.thread_fbid == thread_fbid:
thread = item
# Extracts ids from participants and gets full data
users = []
for user_id in thread.participants:
if user_id.startswith("fbid:"):
users.append(user_id[5:])
self.full_users = self.getUserInfo(users)
self.annoy_list = self.stats.vals["annoy_list"]
self.onseen_list = self.stats.vals["onseen_list"]
self.mquiz = quiz.Quiz(config["quiz_file"], self.stats)
self.__quiz_question_count = 0
self.__quiz_timeout_set = False
self.__quiz_timer = None
def __init__(self, args, header):
self.args = args
self.stats = stats.Stats('')
self.amplicons = amplicon.load_amplicons(args.amps, self.stats, args)
self.clip = args.clip
self.exclude_offtarget = args.exclude_offtarget
AMS = []
for amp in self.amplicons:
AMS.append(
json.dumps({
'type':
'ea',
'id':
amp.external_id,
'ac':
'%s:%s-%s' % (amp.chr, amp.start, amp.end),
'tc':
'%s:%s-%s' % (amp.chr, amp.trim_start, amp.trim_end),
'st':
str(amp.strand)
}))
header['CO'] = header.get('CO', []) + AMS
# create a list of lists ref by tid
self._amps_by_chr = []
for _ in range(args.input.nreferences):
self._amps_by_chr.append([])
for a in self.amplicons:
self._amps_by_chr[args.input.gettid(a.chr)].append(a)
def __init__(self, parent=None):
super(QMainWindow, self).__init__(parent)
self.isLogging = False
self.ui = Ui_MainWindow()
self.ui.setupUi(self)
self.parameters = ParamTree()
self.ui.graphicsView.setParameters(self.parameters.tree, showTop=False)
self.parameters.tree.sigTreeStateChanged.connect(self.change_params)
self.config = Config(self.parameters.activeParams)
self.resultPlots = {}
self.plot = gui_scatter.ScatterPlot(self.config.dataset.data)
self.plot.w.die.connect(self.untick_show_plot)
self.graphs = gui_graphs.GraphsWrapper(self.config)
self.graphs.w.reinit_graphs(self.config, self.parameters)
self.graphs.w.graphsdying.connect(self.untick_show_graphs)
self.axestable = AxesTable(self, self.ui.table_axes)
self.stats_tab = stats.Stats(self.ui)
self.ui.button_start.clicked.connect(self.start)
self.ui.checkBox_plotShowing.stateChanged.connect(self.plot.show)
self.ui.checkbox_graphs.stateChanged.connect(self.graphs.show_graphs)
self.ui.checkBox_logging.stateChanged.connect(self.is_logging)
self.ui.show_grid_checkbox.stateChanged.connect(self.plot.showGrid)
self.ui.sample_size_slider.valueChanged.connect(
self.plot.setSampleSize)
def swi_arrayplot(self, dir, name, measure, **keys):
s = stats.Stats('%s/%s' % (dir, name))
data = s.get_raw(measure)
c = ArrayPlotConfig(keys)
index = int(c.index)
pylab.figure(figsize=(float(c.width), float(c.height)))
pylab.axes((float(c.b_left), float(c.b_bot),
1.0 - float(c.b_left) - float(c.b_right),
1.0 - float(c.b_top) - float(c.b_bot)))
max_index = len(data[0])
t = pylab.arange(len(data[0])) * float(c.dt)
if c.other_color != '':
for i in range(len(data)):
d = data[i]
if i != index:
pylab.plot(t,
d,
color=c.other_color,
linewidth=c.other_thickness)
if c.overlay != '':
data2 = s.get_raw(c.overlay)
if data2 is not None:
d = data2[index]
scale = float(c.overlay_scale)
d = [scale * x for x in d]
pylab.plot(t[:len(d)],
d,
color=c.overlay_color,
linewidth=c.overlay_thickness)
if c.line_color != '':
d = data[index]
pylab.plot(t, d, color=c.line_color, linewidth=c.line_thickness)
if ',' in c.xlim:
mn, mx = c.xlim.split(',', 1)
pylab.xlim((float(mn), float(mx)))
if ',' in c.ylim:
mn, mx = c.ylim.split(',', 1)
pylab.ylim((float(mn), float(mx)))
if c.xlabel != '':
pylab.xlabel(c.xlabel)
if c.ylabel != '':
pylab.ylabel(c.ylabel)
else:
pylab.ylabel(measure)
img = StringIO.StringIO()
dpi = c.dpi
if type(dpi) is list: dpi = dpi[-1]
pylab.savefig(img, dpi=int(dpi), format='png')
return 'image/png', img.getvalue()
def monitor(iface="eth0", debug=False):
import httpsmon
cookielen = 16
cookiepos = COOKIEPOS
absabmaxgap = 129
serverips = [ownip(iface)]
clientips = []
verbose = 0
# Keep track of start time
key = stats.KeyInfo()
key.start()
# Capture traffic
if debug:
counts, numrequests, offset = httpsmon.monitor_rc4cookie(iface, serverips, clientips, cookielen, cookiepos, absabmaxgap, verbose,
RSAKEY_FILE, TESTCOOKIE)
else:
counts, numrequests, offset = httpsmon.monitor_rc4cookie(iface, serverips, clientips, cookielen, cookiepos, absabmaxgap, verbose)
# Save the results (use a random AES key)
key.finish(os.urandom(16), counts.shape, numrequests)
options = {"cookiepos": cookiepos, "maxgap": absabmaxgap, "offset": offset}
s = stats.Stats("httpsmon", "monitor", counts, options, set([key]))
filename = s.write()
print "Wrote captured stats to", filename
def brute_candidates(fname, plainfile):
# Get the known plaintext
plaintext = open(plainfile).read()
# Example stats generation: ./stats.py generate rc4decrypt simultlscookie 30 cookiepos=306 absabmaxgap=129
s = stats.Stats().readfile(fname)
count = s.count
if count.dtype != "uint32":
count = count.astype("uint32")
# Default values correspond to previously hardcoded generation options
offset = int(s.options.get("offset"))
cookiepos = int(s.options.get("cookiepos"))
absabmaxgap = int(s.options.get("maxgap"))
# Generate the candadite list (and free the statistics one we have a list)
numcandidates = 256 * 64
chatsetid = 1
returnlist = 1
candidates = rc4decrypt.process_simultlscookie(count, offset, cookiepos, absabmaxgap, numcandidates, chatsetid, plaintext, returnlist)
del count
del s
with open("cookies.txt", "w") as fp:
for candidate in candidates:
fp.write(candidate + "\n")
print("Wrote list of cookie candidates to cookies.txt!")
def swi_rawdata(self, dir, name, measure, **keys):
s = stats.Stats('%s/%s' % (dir, name))
data = s.get_raw(measure)
c = ArrayPlotConfig(keys)
page = T.div()
config = T.form(
action="/rawdata/%s/%s/%s" % (dir, name, measure), method="get")[
c.index_bar("/rawdata/%s/%s/%s" %
(dir, name, measure), 'index', len(data)),
c.index_config(), T.br,
c.plot_axis_config(),
T.input(type='submit', value='Update'), ]
params, settings, options, defaults = make_settings_table(dir)
setting = parse_setting_name(name)
params = T.table(border=1)
row1 = T.tr()
row2 = T.tr()
for k, vv in sorted(options.items()):
if len(vv) > 1:
row1[T.th[k]]
values = T.td()
vvlist = list(
sorted(vv, key=lambda x: convert_string_to_value(x)))
for i in range(len(vvlist)):
vvv = vvlist[i]
sval = setting.get(k, defaults[k])
if vvv == sval:
values[T.b[vvv], T.br]
else:
setting2 = dict(setting)
setting2[k] = vvv
name2 = make_setting_name(dir, setting2)
values[T.a(href="/rawdata/%s/%s/%s?%s" %
(dir, name2, measure, c.url_args()))[vvv],
T.br]
row2[values]
params[row1, row2]
if type(data[0]) is float or type(data[0]) is int:
table = T.table()
for d in data:
table[T.tr[T.td[d]]]
page[table,
T.img(src='/histogram/%s/%s/%s' % (dir, name, measure))]
return str(page)
elif type(data[0]) is list and type(data[0][0]) is float:
page[T.a(href='/arrayplot/%s/%s/%s?%s' %
(dir, name, measure, c.url_args(
dpi=300)))[T.img(style='float:right',
src='/arrayplot/%s/%s/%s?%s' %
(dir, name, measure, c.url_args()))],
params, config]
return str(page)
def __init__(self, args):
self.args = args
self.stats = stats.Stats('')
self.samfile = pysam.Samfile(args.input)
self.amplicons = amplicon.load_amplicons_from_header(
self.samfile.header, self.stats, self.samfile)
self.amplicons = dict([(x.external_id, x) for x in self.amplicons])
def test_stats(self):
s = stats.Stats()
for i in range(0, 100):
s['all'].incr()
if i % 2 == 0:
s['evens'].incr()
self.assertEqual(int(s['evens']), 50)
self.assertEqual(int(s['all']), 100)
def PlotETest(E, E_bin, b):
n,bins = np.histogram(E, bins=E_bin, density=True)
width = 2
mid = 0.5*(bins[1:] + bins[:-1])
n *= 2*width
plt.bar(mid, n, width=width, align='center', label=r'test')
E_mean, E_var, E_err, E_tau = stats.Stats(np.array(E))
plt.axvline(E_mean, lw=0.25, label=r'test $\langle E \rangle$')
def PlotM2Test(M2, M2_bin, b):
n,bins = np.histogram(M2, bins=M2_bin, density=True)
width = 0.5*(max(bins)-min(bins))/(len(bins)-1)
mid = 0.5*(bins[1:] + bins[:-1])
n *= 2*width
plt.bar(mid, n, width=width, align='center', label=r'test')
M2_mean, M2_var, M2_err, M2_tau = stats.Stats(np.array(M2))
plt.axvline(M2_mean, lw=0.25, label=r'test $\langle M^2\rangle$')
def get_data(filename):
df = pandas.read_csv(filename, header=0)
data = stats.Stats()
data.num_male = len(df.query('Sex == "M"').index)
data.num_female = len(df.query('Sex == "F"').index)
data.num_norm = len(df.query('Cat == 1.0').index)
data.num_pre = len(df.query('Cat == 2.0').index)
data.num_cancer = len(df.query('Cat == 3.0').index)
data.num_screening = len(df.query('Reason == "screening"').index)
data.num_fam_hist = len(df.query('Reason == "FHx"').index)
data.num_hx_pol = len(df.query('Reason == "Hx Pol"').index)
data.num_m_norm = len(df.query('Sex == "M"').query("Cat == 1.0"))
data.num_m_pre = len(df.query('Sex == "M"').query("Cat == 2.0"))
data.num_m_cancer = len(df.query('Sex =="M"').query("Cat == 3.0"))
data.num_f_norm = len(df.query('Sex == "F"').query("Cat == 1.0"))
data.num_f_pre = len(df.query('Sex == "F"').query("Cat == 2.0"))
data.num_f_cancer = len(df.query('Sex =="F"').query("Cat == 3.0"))
data.num_m_screening = len(
df.query('Sex == "M"').query("Reason == 'screening'"))
data.num_m_fam_hist = len(df.query('Sex == "M"').query("Reason == 'FHx'"))
data.num_m_hx_pol = len(df.query('Sex =="M"').query("Reason == 'Hx Pol'"))
data.num_f_screening = len(
df.query('Sex == "F"').query("Reason == 'screening'"))
data.num_f_fam_hist = len(df.query('Sex == "F"').query("Reason == 'FHx'"))
data.num_f_hx_pol = len(df.query('Sex =="F"').query("Reason == 'Hx Pol'"))
data.num_norm_screening = len(
df.query('Cat == 1.0').query('Reason == "screening"'))
data.num_norm_fam_hist = len(
df.query('Cat == 1.0').query('Reason == "FHx"'))
data.num_norm_hx_pol = len(
df.query('Cat == 1.0').query('Reason == "Hx Pol"'))
data.num_pre_screening = len(
df.query('Cat == 2.0').query('Reason == "screening"'))
data.num_pre_fam_hist = len(
df.query('Cat == 2.0').query('Reason == "FHx"'))
data.num_pre_hx_pol = len(
df.query('Cat == 2.0').query('Reason == "Hx Pol"'))
data.num_cancer_screening = len(
df.query('Cat == 3.0').query('Reason == "screening"'))
data.num_cancer_fam_hist = len(
df.query('Cat == 3.0').query('Reason == "FHx"'))
data.num_cancer_hx_pol = len(
df.query('Cat == 3.0').query('Reason == "Hx Pol"'))
data.num_patients = len(df.index)
data.make_stats_file("data_stats.csv")
def initiliaze(self, gameGrid, level):
self.grid = gameGrid
self.__setMoves()
if len(self.childrenMoves) == 0:
return
self.__initiliazeChildren(0, self.children)
self.stats = stats.Stats(self.grid.gameStats)
self.level = level
self.initiliazed = True
def in_get_stats(outkey, desired_stats, interval, **kwargs):
ti84 = stats.Stats()
threading.Thread(target=fill_messages).start()
while not self.stopper.is_set():
if len(self.messages) > 0:
packaged_data = ti84.package(desired_stats, self.messages,
**kwargs)
self.pub('schoolbus', packaged_data, outkey)
time.sleep(interval)
def __init__(self, ip_address, aport, sport, measurement_folder):
self.ip_address = ip_address
self.robot_port = aport
self.sport = sport
self.robot_ip = ip_address
self.sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.stat = stats.Stats(subfolder=measurement_folder)
self.reord_cntr = self.stat.new_counter("controller_reord")
self.lost_cntr = self.stat.new_counter("controller_lost")
self.rx_cntr = self.stat.new_counter("controller_rx")
self.tx_cntr = self.stat.new_counter("controller_tx")
self.avg_single_hop_delay = 0
self.tsr_ks = {}
self.tsstx_ks = {}
self.tssrx_ks = {}
self.tastx_ks = {}
self.tasrx_ks = {}
self.taw_ks = {}
self.gyro_rate_logger = self.stat.new_logger("gyro_rate_logger")
self.motor_position_left_logger = self.stat.new_logger(
"motor_position_left_logger")
self.motor_position_right_logger = self.stat.new_logger(
"motor_position_right_logger")
self.gyro_offset_logger = self.stat.new_logger("gyro_offset_logger")
self.motor_voltage_applied_left_logger = self.stat.new_logger(
"motor_voltage_applied_left_logger")
self.motor_voltage_applied_right_logger = self.stat.new_logger(
"motor_voltage_applied_right_logger")
self.robot_roundtrip_network_delay_logger = self.stat.new_logger(
"robot_roundtrip_network_delay_logger")
self.controller_processing_delay_logger = self.stat.new_logger(
"controller_processing_delay_logger")
self.tsr_k_logger = self.stat.new_logger("tsr_k_logger")
self.tsstx_k_logger = self.stat.new_logger("tsstx_k_logger")
self.tssrx_k_logger = self.stat.new_logger("tssrx_k_logger")
self.tastx_k_logger = self.stat.new_logger("tastx_k_logger")
self.tasrx_k_logger = self.stat.new_logger("tasrx_k_logger")
self.taw_k_logger = self.stat.new_logger("taw_k_logger")
logging.debug("Listen on address %s (port %s)", ip_address,
str(self.sport))
self.sock.setblocking(False)
self.sock.bind(('', sport))
self.old_timestamp = -1
self.old_seq_number = 0
def main():
#The following line is to make sure the script has sudo privilage to run tcpdump
os.system('sudo echo')
#Setting up configs
PRINT_ACTION('Reading configs file and args', 0)
configs, cases, methods, testDir, resultsDir, statsDir, userDirs, screenshotsDir, dataPaths, netLogs, tcpdumpDir, tcpdumpFile, uniqeOptions, modifyEtcHosts = initialize()
configs.show_all()
#Creating options
'''
IMPORTANT: --enable-benchmarking --enable-net-benchmarking: to enable the Javascript interface that allows chrome-har-capturer to flush the DNS cache and the socket pool before loading each URL.
in other words, clear cache and close connections between runs!
'''
PRINT_ACTION('Creating options', 0)
drivers = {}
stat = stats.Stats(netInt=configs.get('networkInt'))
chromeOptions = {}
commonOptions = ['--no-first-run']
if configs.get('clearCacheConns'):
commonOptions += ['--enable-benchmarking', '--enable-net-benchmarking']
#Creating driver instances and modifying /etc/hosts
PRINT_ACTION('Creating driver options and modifying /etc/hosts', 0)
for case in cases:
#Modify /etc/hosts
# modifyEtcHosts.add([configs.get('host')[case]], hostIP=configs.get('serverIP'))
#
# if case.endswith('proxy'):
# modifyEtcHosts.add([configs.get('quicProxyIP')])
chromeOptions[case] = webdriver.ChromeOptions()
unCommonOptions = ['--user-data-dir={}/{}'.format(userDirs, case),
'--data-path={}/{}'.format(dataPaths, case),
# '--log-net-log={}/{}.json'.format(netLogs, case),
]
for option in uniqeOptions[case] + commonOptions + unCommonOptions:
chromeOptions[case].add_argument(option)
drivers[case] = Driver(configs.get('chromedriver'), configs.get('browserPath'), chromeOptions[case], pageLoadTimeOut=configs.get('pageLoadTimeout'))
if not configs.get('closeDrivers'):
print '\tFor: {}...\t'.format(case),; sys.stdout.flush()
try:
drivers[case].open()
except TimeoutError:
print 'Got stuck opening driver! Drivers are persistant, so cannot continue. Exiting! :-s'
sys.exit()
print 'Done'
drivers[case].sizePosition(case=case)
def __init__(self, hostname):
super().__init__()
self.hostname = hostname
self.config = config.Config.instance()
self.logger = logging.getLogger(utils.logger_str(__class__))
# self.logger.setLevel(logging.INFO)
self.contexts = self.get_contexts()
self.servlets = {}
self.build_servlets()
self.stats = stats.Stats()
def __init__(self, health, **kwargs):
self.name = ''
self.health = health
self.modifier = ''
self.specialty = ''
self.stats = stats.Stats(health,
kwargs.get("explore") if "explore" else 0,
kwargs.get("build") if "build" else 0,
kwargs.get("strength") if "strength" else 0,
kwargs.get("intellect") if "intellect" else 0)