def main():
args.init()
c = args.sub('jobs', jobs_c, help="List all jobs matching JOBPATTERN")
c.arg('jobpattern', metavar="JOBPATTERN")
c = args.sub('builds', builds_c, help="Show recent builds for JOB")
c.arg('job', metavar="JOB")
c = args.sub('log', log_c, help="Show console output for JOB, build# BUILD (or latest)")
c.arg('jobname', nargs='?', metavar="JOB")
c.arg('build', type=int, nargs='?', metavar="BUILD")
c = args.sub('set', set_c, help="Set permanent config variable (e.g. 'jenq set repository http://foo-jenkins.busyware.com')")
c.arg('variable', metavar="VARIABLE")
c.arg('value', metavar="VALUE")
c = args.sub('sync', sync_c, help="Fetch list of jobs from repository to local cache")
c = args.sub('fav', fav_c, help="Favorite a job")
c.arg('jobname', nargs='?', metavar="JOB")
c = args.sub('favs', favs_c, help="Show recent builds for all favorited jobs")
c = args.sub('alias', alias_c, help="Create convenient alias for JOB")
c.arg('shortname', nargs='?', metavar="SHORTNAME")
c.arg('jobname', nargs='?', metavar="JOB")
c = args.sub('jobinfo', job_c, help="Display raw job info (json)")
c.arg('jobname', nargs='?', metavar="JOB")
c = args.sub('go', go_c, help="Open newest build for JOB in browser")
c.arg('jobname', nargs='?', metavar="JOB")
args.parse()
def main():
pp = argparse.ArgumentParser(prog = "wpp",
description="PATH optimization and management utility for Windows",
epilog="See https://github.com/vivainio/wpathr for detailed documentation.")
args.init(pp)
args.sub("ls", ls, help = "List paths alphabetically")
sqc = args.sub("squash", squash, help = "Shorten paths by squashing (convert to progra~1 format)")
args.sub("dump", dump, help = "Dump paths to screen in original format (for backup)")
ddc = args.sub("dedupe", dedupe, help = "Remove duplicate paths")
exc = args.sub("exists", exists, help = "Remove nonexisting paths")
src = args.sub("search", search, help = "Scan through path for files matching PATTERN")
lnc = args.sub("long", longnames, help = "Show long names (progra~1 -> Program Files)")
fac = args.sub("factor", factor, help = "Factor out runs of VALUE in path to %%VARIABLE%% referenses")
fac.arg("variable", metavar="VARIABLE")
fac.arg("value", metavar="VALUE")
sset = args.sub("sset", sset_c, help="Set SYSTEM env variable to VALUE. Like xset /s, really")
sset.arg("variable", metavar="VARIABLE")
sset.arg("value", metavar="VALUE")
syc = args.sub("sync", sync, help="Notify other processes to sync the environment")
src.arg("pattern", type=str, nargs="+")
adc = args.sub("add", add_s, help='Add directory to System path')
adc.arg('directory', nargs="+")
rmc = args.sub('remove', remove_s, help="Remove directory from path")
rmc.arg('directory', nargs="+")
pvc = args.sub('env', env_paths, help="List env variables that refer to existing paths")
# operations that support --commit
slc = args.sub('symlink', symlink_c, help="Create symbolic link at LINKPATH from SOURCE")
slc.arg('linkname', metavar="LINKPATH")
slc.arg('filepath', metavar="FILEPATH")
alias = args.sub('alias', alias_c, help="Create alias for a command")
alias.arg('name', nargs="?")
alias.arg('command', nargs="?")
runalias = args.sub('r', runalias_c, help="Run aliased command with arguments")
runalias.arg('name', metavar="ALIAS")
runalias.arg('args', metavar="ARGUMENTS", nargs=argparse.REMAINDER)
up = args.sub('up', run_up_c, help="Run command that exist in any parent directory")
up.arg("command")
up.arg("argument", nargs="*")
for a in [sqc, ddc, exc, fac, adc, rmc]:
a.arg("--commit", action='store_true')
args.parse()
def __init__(self):
self.frame_delay = 0
ok,fail=pygame.init()
self.sock,self.remote = args.init()
self.screen = pygame.display.set_mode()
self.game_surface = pygame.Surface((glb.game_screen_width,glb.game_screen_height))
self.border = pygame.Surface((glb.border_width,glb.border_height))
self.clock = pygame.time.Clock()
self.blocks = []
self.player = sprite.Player()
self.opponent = sprite.Opponent()
self.ball = sprite.Ball()
self.oball = sprite.Ball()
self.border.fill((255,255,255))
self.frame_counter = 10
self.rthread = threading.Thread(target = self.receive)
self.rthread.start()
if fail:
print(f"Initialization passed = {ok} failed = {fail} ")
for x in range (int(glb.columns/2)):
for y in range (glb.rows):
self.blocks.append(sprite.Block(True, x*glb.block_width, y*glb.block_height, glb.block_width, glb.block_height))
for x in range (int(glb.columns/2), glb.columns):
for y in range (glb.rows):
self.blocks.append(sprite.Block(False, x*glb.block_width, y*glb.block_height, glb.block_width, glb.block_height))
def main():
args.init()
args.sub('here', here_c, help = 'Set current dir as prjroot')
s = args.sub('g', grep_c, help = 'Grep the project')
s.arg("pattern", type=str)
sc = args.sub('s', scan_c, help ='Search with context')
sc.arg('--all', help="Do not limit hits per file", action='store_true')
sc.arg('-e', nargs=argparse.REMAINDER)
sc.arg("pattern", type=str, nargs=argparse.REMAINDER)
pick = args.sub('p', pick_c, help = 'Use peco to quick pick one of the earlier choices')
pick.arg('choice', type=int, help='Choice number to pick immediately', nargs='?')
args.sub('co', checkout_c, help = "select and check out a branch")
args.sub('r', recent_c, help="select and check out a recently used branch")
args.parse()
# scipy.spatial.distance.cdist
# pyclust
import pandas as pd
import args
from c_dbscan import do_dbscan
from c_spectral_clustering import do_spectral_clustering
# parse les arguments de la ligne de commande
args.init()
colonne_id = None
def load_data():
# Cette fonction se charge de récupérer le fichier demandé
# et sélectionne par défaut (sinon, TODO) tous les attributs
# sauf l'id
global colonne_id
prefixe = '../../out/'
filename = '1x_vecteurs_'
if args.args.filename_in is None:
filename += str(args.args.number_in) + ".csv"
else:
filename = args.args.filename_in
def get_groups(self):
self.groups = self._normal_loader.read(mkurl(self.url, 'groups'), 'group', True)
def get_recs(self):
self.recs = self._normal_loader.read(mkurl(self.url, 'recs'), 'rec')
def get_saying(self):
self.saying = self._normal_loader.read(mkurl(self.url, 'miniblogs?type=saying'), 'saying')
#recs, miniblogs, reviews, subjects, online, recs
if __name__ == '__main__':
args.init([
('user', 'user name to backup', ''),
#('minbs', '最小块大小', 'int'),
('item', 'data items to backup, seperated by comma, default \'all\'', 'list'),
#('stride_count', '条带数目, 用于stride模式，默认为1', 'int optional'),
#('file', '测试用的文件名字，不提供的话会自动创建', 'optional'),
])
conf = args.parse()
me = User(conf.user)
if not me.exists():
error('user %s not exists' % conf.user)
sys.exit(-1)
print "<?xml version='1.0' encoding='UTF-8'?>\n"
me.get(conf.item)
print obj2xml(me, 'user')
sys.exit(0)
import socketio
import logger
import logging
import controller
import data
import time
import random
import json
from gevent import monkey
monkey.patch_all()
import gevent
import args
args.init({"port": 8000, "debug": False})
if args.get("debug"):
logging.basicConfig(level=logging.DEBUG)
else:
logging.basicConfig(level=logging.INFO)
app = Flask(__name__)
app.debug = args.get("debug")
app.config.update(SECRET_KEY=hashlib.sha1(os.urandom(24)).digest())
eventLogger = logger.EventLogger()
loxoneDevice = controller.LoxoneDevice()
# loxone controller works fine, just have to test registering the listeners and also making sure that sending message through the proxy method works
# singleton controllers
lightController = controller.LightController(loxoneDevice)
import socketio
import logger
import logging
import controller
import data
import time
import random
import json
from gevent import monkey
monkey.patch_all()
import gevent
import args
args.init({"port": 8000, "debug": True})
if args.get("debug"):
logging.basicConfig(level=logging.DEBUG)
else:
logging.basicConfig(level=logging.INFO)
app = Flask(__name__)
app.debug = args.get("debug")
app.config.update(SECRET_KEY=hashlib.sha1(os.urandom(24)).digest())
eventLogger = logger.EventLogger()
loxoneDevice = controller.LoxoneDevice()
# loxone controller works fine, just have to test registering the listeners and also making sure that sending message through the proxy method works
# singleton controllers
lightController = controller.LightController(loxoneDevice)
