def test_indexing_get_pi_rate():
"""
Test indexing of database collections for api queries
to ensure that they run efficiently
"""
#*** Instantiate classes:
flow = flows_module.Flow(config)
#*** Ingest packets older than flow timeout:
flow.ingest_packet(DPID1, INPORT1, pkts_ARP_2.RAW[0], datetime.datetime.now() - datetime.timedelta \
(seconds=config.get_value("flow_time_limit")+1))
flow.ingest_packet(DPID1, INPORT1, pkts_ARP_2.RAW[1], datetime.datetime.now() - datetime.timedelta \
(seconds=config.get_value("flow_time_limit")+1))
#*** Ingest packets:
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[0], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[1], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[2], datetime.datetime.now())
#*** Test packet_ins collection indexing...
#*** Should be 5 documents in packet_ins collection:
assert flow.packet_ins.count() == 5
#*** Get query execution statistics:
explain = api.get_pi_rate(test=1)
#*** Check an index is used:
assert explain['queryPlanner']['winningPlan']['inputStage'][
'stage'] == 'IXSCAN'
#*** Check how query ran:
assert explain['executionStats']['executionSuccess'] == True
assert explain['executionStats']['nReturned'] == 3
assert explain['executionStats']['totalKeysExamined'] == 3
assert explain['executionStats']['totalDocsExamined'] == 3
def get_click_user(request):
day = request.GET.get("day")
ad_id = request.GET.get("adid")
label = request.GET.get("label")
ad_click_user_map = parse_rtb_log.get_click_user(".", day,
["rtb_log_crit"])
print("enter get_click_user view, day %s, ad_id %s" % (day, ad_id))
redis_host = config.get_value("redis_server", "host")
redis_port = config.get_int_value("redis_server", "port")
redis_password = config.get_value("redis_server", "password")
label_user_index = config.get_int_value("redis_server", "label_user_index")
user_label_index = config.get_int_value("redis_server", "user_label_index")
redis_client_label_user = parse_rtb_log.connect_redis(
host=redis_host,
port=redis_port,
db_index=label_user_index,
password=redis_password)
redis_client_user_label = parse_rtb_log.connect_redis(
host=redis_host,
port=redis_port,
db_index=user_label_index,
password=redis_password)
user_id_set = ad_click_user_map[ad_id]
print(",".join(user_id_set))
for user_id in user_id_set:
redis_client_label_user.sadd(label, user_id)
old_label = redis_client_user_label.get(user_id)
new_label = label
if old_label is not None:
old_label_set = set(re.split(",|:|;", old_label))
old_label_set.add(label)
new_label = ",".join(old_label_set)
redis_client_user_label.set(user_id, new_label)
return HttpResponse("Hello welcome to use get_click_user")
def main():
"""Jcli Main Entry."""
# Parse arguments provided by the user
parser = parse.create_parser()
args = parser.parse_args()
# Set config object that will hold information on the Jenkins server
run_config = config.read(args.config)
# Get url, user and password to be able setup connection to the server
url = config.get_value(run_config, 'jenkins', 'url')
user = config.get_value(run_config, 'jenkins', 'user')
password = config.get_value(run_config, 'jenkins', 'password')
# 'job' command
if args.main_command == 'job':
job_executor = Job(args.job_command, url, user, password, args)
job_executor.run()
# 'view' command
if args.main_command == 'view':
view_executor = View(args.view_command, url, user, password, args)
view_executor.run()
# 'node' command
if args.main_command == 'node':
node_executor = Node(args.node_command, url, user, password, args)
node_executor.run()
# 'plugin' command
if args.main_command == 'plugin':
plugin_executor = Plugin(args.plugin_command, url, user, password,
args)
plugin_executor.run()
def startup(self):
db_uname = config.get_value('Username')
db_pword = config.get_value('Password')
import database
self.db = database.Database(db_uname, db_pword)
success = self.db.change_user(db_uname, db_pword, 'gnutr_db')
if success == 0:
import gnutr
import sys
gnutr.Dialog(
'error', 'Failed to connect to the database.\n\n' +
'I suggest that you delete the file\n ' +
'"~/.gnutrition/config" and run "gnutrition" again.')
gtk.main_quit()
sys.exit()
import store
self.store = store.Store()
import person
self.person = person.Person()
self.person.setup()
import base_win
self.base_win = base_win.BaseWin(self)
self.base_win.show()
def show_swarm_distribution():
Xi = config.get_value("Xi")
Xj = config.get_value("Xj")
#Wi = config.get_value("Wi")
#Wj = config.get_value("Wj")
plt.scatter(Xi, Xj)
plt.show()
def startup(self):
db_uname = config.get_value("Username")
db_pword = config.get_value("Password")
import database
self.db = database.Database(db_uname, db_pword)
success = self.db.change_user(db_uname, db_pword, "gnutr_db")
if success == 0:
import gnutr
import sys
gnutr.Dialog(
"error",
"Failed to connect to the database.\n\n"
+ "I suggest that you delete the file\n "
+ '"~/.gnutrition/config" and run "gnutrition" again.',
)
gtk.main_quit()
sys.exit()
import store
self.store = store.Store()
import person
self.person = person.Person()
self.person.setup()
import base_win
self.base_win = base_win.BaseWin(self)
self.base_win.show()
def update_filename_path(key):
DIR = cfg.get_value('CSV_FILENAME_BAIDU_DIR', 'NULL')
cfg.set_value('CSV_FILENAME_BAIDU', DIR + key + '.csv')
DIR = cfg.get_value('CSV_FILENAME_HOTSPOT_DIR', 'NULL')
cfg.set_value('CSV_FILENAME_HOTSPOT', DIR + key + '_TOP10.csv')
DIR = cfg.get_value('CSV_FILENAME_WEIBO_DIR', 'NULL')
cfg.set_value('CSV_FILENAME_WEIBO', DIR + key + '_WEIBO.csv')
def get_click_user(log_base_dir, day, filters):
log_dir_name = os.path.join(log_base_dir, day)
print(log_dir_name)
print(os.path.abspath(log_dir_name))
print(filters)
print(os.path.curdir)
file_list = utility.get_file_list(log_dir_name, filters)
print("number of log file is %d" % len(file_list))
redis_host = config.get_value("redis_server", "host")
redis_port = config.get_int_value("redis_server", "port")
redis_password = config.get_value("redis_server", "password")
db_index = config.get_int_value("redis_server", "push_id_index")
user_id_index = config.get_int_value("rtb_log_index", "user_id")
redis_client = connect_redis(host=redis_host,
port=redis_port,
db_index=db_index,
password=redis_password)
ad_click_user_map = dict()
for file_name in file_list:
parse_file(file_name,
redis_client,
ad_click_user_map,
index=user_id_index)
return ad_click_user_map
def check_version():
import gnutr_consts
import install
this_ver = install.gnutr_version()
if config.get_value(
'check_disabled') or not config.get_value('check_version'):
return 0
import time
interval = config.get_value('check_interval')
last_check = config.get_value('last_check')
time_now = time.time()
if (time_now - last_check > interval):
(curr_ver, sr, date, sr_url,
mesg) = get_latest_version(gnutr_consts.LATEST_VERSION)
config.set_key_value('sr', sr)
config.set_key_value('sr_date', date)
config.set_key_value('sr_url', sr_url)
update = False
if this_ver == curr_ver:
pass # Nothing to do
else:
update = cmp_version_strings(this_ver, curr_ver)
if update:
update_version(curr_ver, mesg)
last_check = config.set_key_value('last_check', time_now)
return 1
def encodeutf(string):
str_data = []
str_count = 0
if config.get_value('XMLFLAG') == 0:
str_data.append(hex(len(string)))
str_data.append(hex(0))
for str_i in string:
encod_str = hex(ord(str_i.decode("utf-8")))
str_data.append(encod_str)
str_data.append(hex(0))
str_data.append(hex(0))
str_data.append(hex(0))
elif config.get_value('XMLFLAG') == 1:
#此时为XML资源文件格式
str_data.append(hex(len(string)))
str_data.append(hex(len(string)))
for str_i in string:
encod_str = hex(ord(str_i.decode("utf-8")))
str_data.append(encod_str)
str_data.append(hex(0))
#和4倍对齐，所以最多循环3次
for i in range(3):
if (str_count + 1 + 2) % 4 == 0:
return str_data
else:
str_count += 1
str_data.append(hex(0))
# print str_data
return str_data
def test_indexing_get_pi_rate():
"""
Test indexing of database collections for api queries
to ensure that they run efficiently
"""
#*** Instantiate classes:
flow = flows_module.Flow(config)
#*** Ingest packets older than flow timeout:
flow.ingest_packet(DPID1, INPORT1, pkts_ARP_2.RAW[0], datetime.datetime.now() - datetime.timedelta \
(seconds=config.get_value("flow_time_limit")+1))
flow.ingest_packet(DPID1, INPORT1, pkts_ARP_2.RAW[1], datetime.datetime.now() - datetime.timedelta \
(seconds=config.get_value("flow_time_limit")+1))
#*** Ingest packets:
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[0], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[1], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[2], datetime.datetime.now())
#*** Test packet_ins collection indexing...
#*** Should be 5 documents in packet_ins collection:
assert flow.packet_ins.count() == 5
#*** Get query execution statistics:
explain = api.get_pi_rate(test=1)
#*** Check an index is used:
assert explain['queryPlanner']['winningPlan']['inputStage']['stage'] == 'IXSCAN'
#*** Check how query ran:
assert explain['executionStats']['executionSuccess'] == True
assert explain['executionStats']['nReturned'] == 3
assert explain['executionStats']['totalKeysExamined'] == 3
assert explain['executionStats']['totalDocsExamined'] == 3
def get_traffic_data():
key = get_key('google_key')
origin = config.get_value('origin').replace(' ','+')
destination = config.get_value('destination').replace(' ','+')
pairs = { 'origins' : origin, 'destinations' : destination, 'departure_time' : 'now', 'traffic_model' : 'pessimistic', 'key' : key}
result = requests.get('https://maps.googleapis.com/maps/api/distancematrix/json', params = pairs)
return result.json()
def evaluator(self, candidates, args):
fitness = []
if config.get_value("DTW_ALGO") == "CUSTOM_DTW":
fitness = dtw.Costom_Dtw(candidates=candidates,
v=self.v,
dimensions=self.dimensions)
if config.get_value("DTW_ALGO") == "Pierre_DTW":
fitness = dtw.Pierre_DTW(candidates=candidates, v=self.v)
return fitness
def set_craw_start():
DEFAULT = cfg.get_value('DEFAULT_NAME')
KEYWORDS = cfg.get_value('KEYWORDS', DEFAULT)
update_filename_path(KEYWORDS)
print('set_craw_start=', KEYWORDS, cfg._global_dict)
KEYWORD_LIST = cfg.get_value('KEYWORD_LIST', [DEFAULT])
if not KEYWORDS in KEYWORD_LIST:
craw_start(KEYWORDS)
return "Start Craw OK"
def craw_start(key):
DIR = cfg.get_value('CSV_FILENAME_WEIBO_DIR')
cfg.set_value('CSV_FILENAME_WEIBO', DIR + key + '_WEIBO.csv')
print('craw_start: ', cfg._global_dict)
WeiBo.sina_crawl(key, url_cnt=4)
DIR = cfg.get_value('CSV_FILENAME_BAIDU_DIR')
cfg.set_value('CSV_FILENAME_BAIDU', DIR + key + '.csv')
print('craw_topTen baidu:', cfg._global_dict)
craw_baidu(key)
def lambda_handler(event, context):
settings = config.load()
if settings.aws_region:
storage.set_region(config.get_value("aws_region"))
if settings.storage:
storage_options = config.get_value("storage")
storage.set_options(storage_options)
enable_vulnerability_alerts()
def get_connection():
"""return a working WLAN(STA_IF) instance or None"""
# First check if there already is any connection:
if wlan_sta.isconnected():
return wlan_sta
try:
do_connect(config.get_value('wifi_ssid'), config.get_value('wifi_password'))
except OSError as e:
print("exception", str(e))
def get_configurations():
#Get Applications
applications = config.get_value('application', 'applications')
configurations = []
for item in applications.split(','):
d = {}
databases = config.get_value('databases', item).split(',')
d['name'] = item
d['databases'] = databases
configurations.append(d)
return {'data': configurations}
def get_connection(application, database):
sql_type = config.get_sql_type('database')
if sql_type == 'sql-server':
sql_server = config.get_value('server', application)
user_id = config.get_value(application, 'userid')
password = config.get_value(application, 'password')
conn = f"Driver={{ODBC Driver 11 for SQL Server}};Server={sql_server};Database={database};UID={user_id};PWD={password};"
elif sql_type == 'sqlite':
database_addr = config.get_value('server', application)
conn = f"Driver=SQLite3 ODBC Driver;Database={database_addr}"
return conn
def send_vulnerable_by_severtiy_to_splunk():
"""Send vulnerable_by_severity.json to Splunk"""
host = config.get_value("splunk_host")
token = config.get_value("splunk_token")
if not host or not token:
raise
s = Splunk(host, token)
s.send_vulnerable_by_severtiy(
storage.read_json(
f"{datetime.date.today().isoformat()}/data/repositories.json"))
def main(data,
wmin,
wmax,
pop_size,
max_evaluations,
prng=None,
display=False):
if prng is None:
prng = Random()
prng.seed(time())
v = data
config.set_value("series_length", len(v))
problem = timeseriesproblem.timeseriesproblem(dimensions=4,
v=v,
wmin=wmin,
wmax=wmax,
random=prng)
ea = pso.pso(prng)
ea.terminator = inspyred.ec.terminators.evaluation_termination
ea.topology = inspyred.swarm.topologies.ring_topology
ea.observer = inspyred.ec.observers.default_observer
seeds = []
if config.get_value("CHAOS_ALGO") != "None":
seeds = CHAOS_INIT()
final_pop = ea.evolve(generator=problem.generator,
evaluator=problem.evaluator,
pop_size=pop_size,
seeds=seeds,
bounder=problem.bounder,
maximize=problem.maximize,
max_evaluations=max_evaluations,
neighborhood_size=5)
if display:
best = max(final_pop)
print('Best Solution: \n{0}'.format(str(best)))
#print('Best Solution: \n{0}'.format(config.get_value("gbestx")))
if config.get_value("SHOW_MOTIF") == True:
SHOW_MOTIF(data, best.candidate)
if gl.get_value("gbest_sum") != "not found":
gl.set_value("gbest_sum",
gl.get_value("gbest_sum") + config.get_value("gbest"))
else:
gl.set_value("gbest_sum", config.get_value("gbest"))
return ea
def getData(ball):
"""
生成训练集（样本、label），生成待预测数据
:param ball: 哪个球
:return:
"""
df = pd.read_csv("powerballData/sampleData-1.csv").sort_values(
by=['time'], ascending=True)
data_num = df.shape[0]
issue_num = conf.get_value("issue_num")
i_max = data_num - issue_num
x_train = np.zeros(shape=(i_max, 1 * issue_num))
y_train = np.zeros(shape=(i_max, 1))
for i in range(i_max):
x = df.iloc[i:i + issue_num,
ball].values.flatten() # ndarray 1*(6*issue_num)
y = df.iloc[i + issue_num, ball]
x_train[i] = x
y_train[i] = y
x_train = x_train.T
y_train = y_train.T
x_test = df.iloc[data_num - issue_num:data_num,
ball].values.flatten().reshape(-1, 1)
print("---------训练集输入---------", x_train.shape)
print("---------训练集输出---------", y_train.shape)
print("---------待预测集输入---------", x_test.shape)
return x_train, y_train, x_test
def send_config_value(config_key, value):
query = ('''
mutation{
configValue(key: "%s", name: "%s", value: "%s")
}
''' % (config.get_value('key'), config_key, value))
client.execute(query)
def query(name, **kwargs):
url = "https://api.github.com/graphql"
api_token = config.get_value("token")
transport = RequestsHTTPTransport(
url=url,
use_json=True,
headers={
"Authorization": "Bearer %s" % api_token,
"Accept": "application/vnd.github.vixen-preview+json",
},
)
log.debug(
f"Calling query {name}.graphql with token starting {api_token[0:4]}")
client = Client(transport=transport, fetch_schema_from_transport=False)
queries = {}
for filename in os.listdir("query"):
with open(f"query/{filename}") as query_file:
queries[filename.split(".")[0]] = query_file.read()
query_template = Template(queries[name])
full_query = query_template.render(**kwargs)
query = gql(full_query)
return Dict(client.execute(query))
def check_dn_disks(config):
""" Check disks given in 'dfs_data_dir_list' """
LOG.debug('Checking DataNode disks')
dir_list = get_value(config, DIR_LIST_KEY, 'HDFS', 'DATANODE')
devices = read_fstab()
if dir_list:
LOG.debug('%s: %s', DIR_LIST_KEY, dir_list)
for disk in dir_list.split(','):
fstype, options = get_mount(devices, disk)
if not fstype == None:
# Check disk has been formatted with ext3, ext4, or xfs
LOG.info("Disk '%s' formatted with '%s'", disk, fstype)
if not fstype.lower() in SUPPORTED_FILESYSTEMS:
LOG.error("Disk '%s' is not mounted or has not been "
"formatted with ext3, ext4, or xfs" % disk)
else:
LOG.error("Unable to determine file system format for disk '%s'. "
"Check fstab" % disk)
if not options == None:
# Check disk has been mounted with 'noatime' option
LOG.info("Disk '%s' mount options: '%s'", disk, options)
if 'noatime' not in options:
LOG.error("Disk '%s' is not mounted or has not been "
"mounted with 'noatime' option" % disk)
else:
LOG.error("Unable to determine mount options for disk '%s'. "
"Check fstab" % disk)
else:
LOG.error("Configuration error: "
"unable to find property '%s'" % DIR_LIST_KEY)
def show_convergence_rate():
v = config.get_value("CONVERGENCE_RATE_LIST")
x = []
for i in range(len(v)):
x.append(i + 1)
plt.plot(v)
plt.show()
def route_data_overview_activity(today):
repositories = storage.read_json(f"{today}/data/repositories.json")
counts = defaultdict(int)
repositories_by_activity = defaultdict(list)
for repo in repositories["active"]:
if "recentCommitDaysAgo" in repo:
currency = repo.currencyBand
counts[currency] += 1
repositories_by_activity[currency].append(repo)
bands = ["within a month", "within a quarter", "within a year", "older"]
template_data = {
"content": {
"title": "Overview - Activity",
"org": config.get_value("github_org"),
"activity": {
"bands": bands,
"counts": counts,
"repositories": repositories_by_activity,
},
},
"footer": {
"updated": today
},
}
overview_activity_status = storage.save_json(
f"{today}/routes/overview_activity.json", template_data)
return overview_activity_status
def global_data_init():
CWDIR = os.getcwd()
CSV_FILENAME_BAIDU_DIR = CWDIR + '/topic/'
CSV_FILENAME_HOTSPOT_DIR = CWDIR + '/topic/'
CSV_FILENAME_WEIBO_DIR = CWDIR + '/topic/'
cfg.set_value("CSV_FILENAME_BAIDU_DIR", CSV_FILENAME_BAIDU_DIR)
cfg.set_value("CSV_FILENAME_HOTSPOT_DIR", CSV_FILENAME_HOTSPOT_DIR)
cfg.set_value("CSV_FILENAME_WEIBO_DIR", CSV_FILENAME_WEIBO_DIR)
print(CSV_FILENAME_BAIDU_DIR, CSV_FILENAME_HOTSPOT_DIR, CSV_FILENAME_WEIBO_DIR)
# 默认值设置
cfg.set_value('DEFAULT_NAME', '科比')
DEFAULT_NAME = cfg.get_value('DEFAULT_NAME')
#======= 默认数据 ==========
# KEYWORDS = '元旦'
# 百度默认数据
# CSV_FILENAME_BAIDU = CSV_FILENAME_BAIDU_DIR + "元旦.csv"
cfg.set_value("CSV_FILENAME_BAIDU" , CSV_FILENAME_BAIDU_DIR + DEFAULT_NAME + ".csv")
# 焦点排序的数据
# CSV_FILENAME_HOTSPOT = CSV_FILENAME_HOTSPOT_DIR + "元旦_TOP10.csv"
cfg.set_value("CSV_FILENAME_HOTSPOT", CSV_FILENAME_HOTSPOT_DIR + DEFAULT_NAME + "_TOP10.csv")
# 微博数据
# CSV_FILENAME_WEIBO = CSV_FILENAME_WEIBO_DIR + "元旦.csv"
cfg.set_value("CSV_FILENAME_WEIBO", CSV_FILENAME_WEIBO_DIR + DEFAULT_NAME + "_WEIBO.csv")
KEYWORD_LIST = get_keyword_list('data.txt')
cfg.set_value('KEYWORD_LIST', KEYWORD_LIST)
print('read KEYWORD_LIST: ', KEYWORD_LIST)
def cli_task(task):
today = datetime.date.today().isoformat()
org = config.get_value("github_org")
history = get_history()
if task == "repository-status":
get_github_repositories_and_classify_by_status(org, today)
elif task == "get-activity":
get_github_activity_refs_audit(org, today)
get_github_activity_prs_audit(org, today)
elif task == "dependabot":
get_dependabot_status(org, today)
elif task == "advisories":
if history.current:
update_github_advisories_status()
else:
get_github_resolve_alert_status()
elif task == "membership":
analyse_repo_ownership(today)
analyse_team_membership(today)
elif task == "analyse-activity":
analyse_pull_request_status(today)
analyse_activity_refs(today)
elif task == "patch":
analyse_vulnerability_patch_recommendations(today)
elif task == "routes":
build_route_data(today)
else:
log.error("ERROR: Undefined task")
def send_sensor_value(sensor_type, value):
query = ('''
mutation{
sensorValue(key: "%s", sensorType: "%s", value: "%s")
}
''' % (config.get_value('key'), sensor_type, value))
client.execute(query)
def send_controller_value(controller, value):
query = ('''
mutation{
controllerCall(key: "%s", controller: "%s", value: "%s")
}
''' % (config.get_value('key'), controller, value))
client.execute(query)
def wb_save_on_click(b):
# Create the output element in the JSON file
_dict = self.dump()
key = list(_dict.keys())[0]
value = _dict[key]
config.set_value(key, value)
# Add an empty key for the marker-aggregator (to be dealt with
# in a second phase)
if config.get_value("marker-aggregator") is None:
config.set_value("marker-aggregator", [{}])
# Add a default marker-sink (to be dealt with
# in a second phase)
config.set_value("marker-sink", [{
"output_file": "./marker_output.csv",
"include_header": True
}])
else:
config.set_value("marker-sink", [{
"output_file": "./marker_output.csv",
"include_header": True
}, {
"output_file": "./agg_marker_output.csv",
"include_header": True
}])
def parse(masteries):
champions = []
for champion in masteries:
champion_id = champion["championId"]
champion_name = id_to_name(champion_id)
version = config.get_value("version")["champion"]
image_url = IMAGE_API.format(version=version, champion_name=champion_name)
chest_granted = champion["chestGranted"]
champion_level = champion["championLevel"]
if champion_level == 5:
tokens = champion["tokensEarned"]
level_progress = (tokens / 3) * 100
elif champion_level == 6:
tokens = champion["tokensEarned"]
level_progress = (tokens / 3) * 100
elif champion_level == 7:
level_progress = 100
else:
xp_since = champion["championPointsSinceLastLevel"]
xp_until = champion["championPointsUntilNextLevel"]
level_progress = (xp_since / (xp_since + xp_until)) * 100
info = [champion_name, champion_level, level_progress, chest_granted, image_url]
champions.append(info)
# sort champions based on level, progress, chest, name
champions = sorted(champions, key=lambda champions:(champions[1],
champions[2], champions[3], champions[0]), reverse=True)
return champions
def _swarm_variator(self, random, candidates, args):
inertia = args.setdefault('inertia', 0.5)
cognitive_rate = args.setdefault('cognitive_rate', 2.1)
social_rate = args.setdefault('social_rate', 2.1)
if len(self.archive) == 0:
self.archive = self.population[:]
if len(self._previous_population) == 0:
self._previous_population = self.population[:]
neighbors = self.topology(self._random, self.archive, args)
offspring = []
for x, xprev, pbest, hood in zip(self.population,
self._previous_population,
self.archive, neighbors):
nbest = max(hood)
particle = []
for xi, xpi, pbi, nbi in zip(x.candidate, xprev.candidate,
pbest.candidate, nbest.candidate):
value = (xi + inertia * (xi - xpi) +
cognitive_rate * random.random() * (pbi - xi) +
social_rate * random.random() * (nbi - xi))
if (random.random() < config.get_value("CRAZY_PSO")):
t = random.random()
value += 1 + t
particle.append(int(value))
particle = self.bounder(particle, args)
offspring.append(particle)
return offspring
def show( self):
page = config.get_value('Page')
if page == 'Plan':
self.on_plan_button_released( None)
elif page == 'Food':
self.on_food_button_released( None)
else:
self.on_recipe_button_released( None)
def __init__(self):
if not config.get_value("Name"):
import druid
self.druid = druid.Druid(self)
self.druid.show()
else:
self.startup()
def track_command_usage(command_name, arguments=None):
""" List a command as used """
username = config.get_value(config.VALUE_USER_NAME)
data = {
"event": command_name,
"properties": {
"command_name": command_name,
"event_source": "cli",
"token": get_token(),
"arguments": arguments,
"distinct_id": username,
},
}
encoded_data = base64.b64encode(json.dumps(data))
url = mixpanel_api_url_template % encoded_data
requests.get(url)
def test_indexing():
"""
Test indexing of packet_ins and classification database collections
Packets are ingested from 3 flows.
Packets from one of the flows are too old to be significant
The most recent packet is the one that the flow context is in
and it only has one other packet ingested (i.e. packet_count == 2)
"""
#*** Initial main_policy won't match as looking for tcp-1234:
policy = policy_module.Policy(config,
pol_dir_default="config/tests/regression",
pol_dir_user="******",
pol_filename="main_policy_regression_static.yaml")
#*** Instantiate flow and identities objects:
flow = flows_module.Flow(config)
ident = identities_module.Identities(config, policy)
#*** Ingest packets older than flow timeout:
flow.ingest_packet(DPID1, INPORT1, pkts_ARP_2.RAW[0], datetime.datetime.now() - datetime.timedelta \
(seconds=config.get_value("flow_time_limit")+1))
flow.ingest_packet(DPID1, INPORT1, pkts_ARP_2.RAW[1], datetime.datetime.now() - datetime.timedelta \
(seconds=config.get_value("flow_time_limit")+1))
#*** Ingest current packets from two different flows:
flow.ingest_packet(DPID1, INPORT1, pkts2.RAW[0], datetime.datetime.now())
#*** Classify the packet:
policy.check_policy(flow, ident)
flow.classification.commit()
flow.ingest_packet(DPID1, INPORT2, pkts2.RAW[1], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts2.RAW[2], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[1], datetime.datetime.now())
#*** Classify the packet:
policy.check_policy(flow, ident)
flow.classification.commit()
flow.ingest_packet(DPID1, INPORT1, pkts2.RAW[3], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT2, pkts2.RAW[4], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT2, pkts2.RAW[5], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts2.RAW[6], datetime.datetime.now())
#*** Classify the packet:
policy.check_policy(flow, ident)
flow.classification.commit()
flow.ingest_packet(DPID1, INPORT2, pkts2.RAW[7], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts2.RAW[8], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT2, pkts2.RAW[9], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts2.RAW[10], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT2, pkts2.RAW[11], datetime.datetime.now())
flow.ingest_packet(DPID1, INPORT1, pkts.RAW[2], datetime.datetime.now())
#*** Classify the packet:
policy.check_policy(flow, ident)
flow.classification.commit()
#*** Test packet_ins collection indexing...
#*** Should be 16 documents in packet_ins collection:
assert flow.packet_ins.count() == 16
#*** Get query execution statistics:
explain = flow.packet_count(test=1)
#*** Check an index is used:
assert explain['queryPlanner']['winningPlan']['inputStage']['stage'] == 'IXSCAN'
#*** Check how query ran:
assert explain['executionStats']['executionSuccess'] == True
assert explain['executionStats']['nReturned'] == 2
#*** MongoDB returns 2 or 3 for this, not sure why...???:
assert explain['executionStats']['totalKeysExamined'] > 1
assert explain['executionStats']['totalKeysExamined'] < 4
assert explain['executionStats']['totalDocsExamined'] == 2
#*** Test classifications collection indexing...
#*** Should be 4 documents in classifications collection:
assert flow.classifications.count() == 4
#*** Get query execution statistics:
explain2 = flow.classification.test_query()
#*** Check an index is used:
assert explain2['queryPlanner']['winningPlan']['inputStage']['stage'] == 'FETCH'
#*** Check how query ran:
assert explain2['executionStats']['executionSuccess'] == True
assert explain2['executionStats']['nReturned'] == 1
assert explain2['executionStats']['totalKeysExamined'] == 1
assert explain2['executionStats']['totalDocsExamined'] == 1
import json
import config
import weather
import route
c = config.get_value('openweather_key')
print(c)
e = weather.get_current_weather()
print(e)
t = route.get_current_traffic('2 Impala ave Sandton','39 Rivonia Rd Sandton')
print(t)
def get_key():
return config.get_value('google_key')
def get_token():
return config.get_value(config.VALUE_MIXPANEL_TOKEN)
def get_token():
return get_value(VALUE_HEROKU_TOKEN)