def schedule(option, opt_str, value, parser):
sched = Schedule()
schedate = datetime.strptime(value, '%m/%d/%Y')
print "Games scheduled for %s:" %schedate.strftime("%m/%d/%Y")
for match in sched.date(schedate):
print match.without_date()
def theLoop(adapters,log):
log.debug("starting scheduler class")
sch=Schedule(log)
while 1:
log.debug("starting loop")
log.debug("updating schedule")
sch.makeschedule()
row=sch.getnextschedule()
now=int(time.time())
left=3600
togo=3600
if len(row):
togo=row["start"] - now
log.debug("next recording: %s in %s" % (row["title"],timeformat(togo)))
else:
log.debug("no recordings scheduled")
rrows=sch.getcurrentrecordings()
cn=len(rrows)
if cn:
log.debug("%d programmes currently being recorded" % cn)
nextend=rrows[0]["end"]
left=nextend - now
log.debug("%s finishes in %s" % (rrows[0]["title"],timeformat(left)))
else:
log.debug("nothing currently recording")
if togo<left:
timeleft=togo
else:
timeleft=left
log.debug("sleeping for %s" % timeformat(timeleft))
signal.alarm(left)
signal.pause()
log.debug("ending loop")
def json_hor(request):
sched = Schedule(DBSession)
stop_id = request.GET.get("stop_id").strip().upper()
stop = sched.getstop(stop_id)
if stop is None :
data = {}
else :
if stop.is_station :
liste_stops = stop.child_stations
else :
liste_stops = [stop]
d = request.GET.get("date")
if d is None :
ddate = date.today()
else :
d = d.replace('-','')
ddate = date(int(d[4:8]), int(d[2:4]), int(d[0:2]))
routedir_id = request.GET.get("routedir_id")
print "route:", routedir_id
if routedir_id is None or routedir_id == 'ALL' :
route_id = None
direction_id = None
else:
route_id, direction_id = routedir_id.split('#')
trips = sched.horaire(liste_stops, d=ddate, route_id=route_id, direction_id=direction_id)
data = [{'heure': h.departure,
'ligne': t.route.route_short_name,
'sens': 'gauche' if t.direction_id == 1 else 'droite',
'terminus': t.terminus.stop_name,
'stop': h.stop_id,
'trip_id': t.trip_id
} for (h, t) in trips]
head =['Heure', 'Ligne', 'Sens', 'Terminus', 'Arrêt']
return {'head':head, 'data':data}
def load(feed_filename, db_filename=":memory:"):
schedule = Schedule(db_filename)
schedule.create_tables()
fd = feed.Feed(feed_filename)
for gtfs_class in (Agency,
Route,
Stop,
Trip,
StopTime,
ServicePeriod,
ServiceException,
Fare,
FareRule,
ShapePoint,
Frequency,
Transfer,
):
try:
for i, record in enumerate(fd.get_table(gtfs_class.TABLENAME + ".txt")):
if i % 500 == 0:
schedule.session.commit()
instance = gtfs_class(**record.to_dict())
schedule.session.add(instance)
except KeyError:
# TODO: check if the table is required
continue
schedule.session.commit()
return schedule
def form(request) :
sched = Schedule(DBSession)
stop_id = request.matchdict.get("stop_id", "").upper()
stop = sched.getstop(stop_id)
q = sched.stop_form(stop_id)
ret = calc_form(q)
return {'stop': stop, 'date': date.today(), 'routedirs': ret['sd'], 'stops': ret['ss']}
def json_stops(request):
sched = Schedule(DBSession)
term = request.GET.get("query")
# minimum 2 caractères pour renvoyer
if len(term) < 2 :
return []
else :
return [{'id':s.stop_id, 'name':s.stop_name, 'commune':s.stop_desc} for s in sched.liste_stations(term)]
def json_form(request):
sched = Schedule(DBSession)
stop_id = request.GET.get("stop_id")
q = sched.stop_form(stop_id)
ret = calc_form(q)
sd = ret['sd']
return [{'route_id':s[0], 'direction_id':s[1], 'trip_headsign': s[2], 'route_short_name': s[3]}
for s in sorted(sd, key=itemgetter(0,1))]
def accueil(request) :
route = request.matched_route.name
if route in ('index', 'accueil') :
return {}
else :
sched = Schedule(DBSession)
stop_id = request.matchdict.get("stop_id", "").upper()
stop = sched.getstop(stop_id)
return {'stop': stop}
def get_schedule(self, activity_list):
S = Schedule(self.problem)
self.al_iter = activity_list.__iter__()
for i in xrange(self.problem.num_activities):
activity = self._select_activity()
precedence_feasible_start = S.earliest_precedence_start(activity)
real_start = self._compute_real_start(S, activity, precedence_feasible_start)
S.add(activity, real_start, force=True)
return S
def test_exchange_column(self):
"""Tests the exchanging of columns in the schedule"""
t = 10
s = Schedule(t, t)
self.assertTrue(s.c[0] == 0)
self.assertTrue(s.c[1] == 1)
s.exchange_column(0, 1)
self.assertTrue(s.c[0] == 1)
self.assertTrue(s.c[1] == 0)
def main():
"""
The main function of the program that turns user input into a schedule and
uses a genetic algorithm to find an optimal schedule.
"""
# Container for user input.
info = {}
# Get the desired term and courses.
if DEBUG:
info["term"] = "FA16"
info["courses"] = ["CSE 12", "CSE 15L", "DOC 1"]
elif handleInput(info):
return
print("Finding schedule data...")
# Get the schedule data for the given courses and term.
schedule = Schedule()
schedule.term = info["term"]
schedule.courses = info["courses"]
try:
scheduleData = schedule.retrieve()
except ClassParserError:
print("The Schedule of Classes data could not be loaded at this " \
"or you have provided an invalid class.")
return
# Make sure all of the desired classes were found.
for course in info["courses"]:
if course not in scheduleData:
print("'" + course + "' was not found in the Schedule of Classes!")
return
# Initiate the population.
algorithm = Algorithm(scheduleData)
algorithm.initiate(CAPACITY, CROSSOVER, MUTATE, ELITISM)
# Run the algorithm through the desired number of generations.
generation = 0
highest = 0
while generation < GENERATIONS:
algorithm.evolve()
generation += 1
print("Generating... "
+ str(int((generation / GENERATIONS) * 100)) + "%", end="\r")
print("\nDone!")
algorithm.printFittest()
def main(args, app):
if not args.rrule:
msg = "Could not parse rrule specification: %s" % " ".join(sys.argv[3:])
print "Error:", msg
raise Exception(msg)
new_schedule = Schedule(name=args.name, rrule=args.rrule, phases=" ".join([]))
if not args.preview:
new_schedule.store(app.config)
app.config.save()
print "added", new_schedule.format_url()
def test_exhange_row(self):
"""Tests the exchanging of rows in the schedule"""
t = 10
s = Schedule(t, t)
self.assertTrue(s.d[0] == 0)
self.assertTrue(s.d[1] == 1)
# Swap rows 0 and 1
s.exchange_row(0, 1)
self.assertTrue(s.d[0] == 1)
self.assertTrue(s.d[1] == 0)
def should_add_up(self):
schedule = Schedule()
schedule.add_lesson(RandomWeeklyLesson())
schedule.add_lesson(RandomWeeklyLesson())
b = Bins(schedule=schedule)
b_ = b.bins()
expect(b[0] + b[1] + b[2] + b[3] + b[4] + b[5]).to.equal(2)
expect(b_[0] + b_[1] + b_[2] + b_[3] + b_[4] + b_[5]).to.equal(2)
def should_delegate_to_df(self):
l1_1 = WeeklyLesson(start_time=0, day_of_week=0)
l1_2 = WeeklyLesson(start_time=1, day_of_week=0)
l1_3 = WeeklyLesson(start_time=0.5, day_of_week=0)
lessons_1 = [l1_1, l1_2, l1_3]
s = Schedule(lessons=lessons_1, timezone=Timezone('Abu Dhabi'))
expect(s.sum().sum()).to.equal(3)
def should_return_the_timezone_object(self):
timezone = Timezone('Abu Dhabi')
l1_1 = WeeklyLesson(start_time=0, day_of_week=0)
l1_2 = WeeklyLesson(start_time=1, day_of_week=0)
l1_3 = WeeklyLesson(start_time=0.5, day_of_week=0)
lessons = [l1_1, l1_2, l1_3]
s = Schedule(lessons=lessons, timezone=timezone)
expect(s.timezone()).to.equal(timezone)
def handleInput(info):
"""
Handles prompting for user input and validating user input. The results of
valid input are stored in the info dictionary.
:param info: where user input is stored
:returns: whether or not the program should close
"""
term = None
# Get which term will be used.
try:
term = input("Enter your desired term (example: FA16): ")
except:
print("")
return True
# Validate the format of the term.
while not Schedule.validateTerm(term):
term = input("You have entered an invalid term, try again: ")
# Get all the desired courses.
print("Enter all of your desired classes on a separate line.")
print("To finish entering classes, input an empty line.")
courses = []
while True:
try:
course = input()
if course:
if Schedule.validateCourse(course):
courses.append(course.upper())
else:
print("'" + course + "' is not a valid course code.")
else:
break
except KeyboardInterrupt:
return True
except:
break
# Validate if any courses were entered.
if len(courses) == 0:
print("You did not enter any courses.")
return True
# Send the user input to the main function.
info["term"] = term.upper()
info["courses"] = courses
return False
def json_map(request):
sched = Schedule(DBSession)
latl = request.GET.get("latl", -180)
lath = request.GET.get("lath", 180)
lonl = request.GET.get("lonl", -180)
lonh = request.GET.get("lonh", +180)
zoom = int(request.GET.get("zoom", -1))
loc_type = 0 if zoom >= 18 else 1 ;
stops = sched.stops_latlon(latl=latl, lath=lath, lonl=lonl, lonh=lonh, loc_type=loc_type)
l = [{'lat': s.stop_lat, 'lon': s.stop_lon, 'id': s.stop_id, 'nom': s.stop_name, 'loc_type':s.location_type} for s in stops]
return l
def generate_sample_schedule(self, business_forecast):
schedule = Schedule()
for i in business_forecast:
for j in range(0, int(i['frequency'] * i['schedule_type'])):
schedule.add_lesson(\
RandomWeeklyLesson(\
start_time_range=self.start_time_range,
day_of_week_range=self.day_of_week_range))
return schedule
def loadScheduleBtn_clicked(self):
"""Loads a schedule from file"""
schedule = Schedule()
filename = QFileDialog.getOpenFileName(self, "Load Schedule", exportsPath, "Schedule Files (*.sched)")
if filename is not None and filename != "":
try:
schedule.load(filename)
dialog = ScheduleDialog(schedule=schedule)
result = dialog.exec_()
if result == True:
pass
except Exception:
QMessageBox.critical(self, "Error", "Failed to load schedule.", QMessageBox.Ok)
def __init__(self, start_time_range=(0,23.75,), day_of_week_range=(0,6,)):
self.start_time_range = start_time_range
self.day_of_week_range = day_of_week_range
schedule = Schedule()
lower_limit_start_time, upper_limit_start_time = start_time_range
lower_limit_day_of_week, upper_limit_day_of_week = day_of_week_range
for i in np.linspace(lower_limit_start_time, upper_limit_start_time, 96):
for j in range(lower_limit_day_of_week, upper_limit_day_of_week + 1):
schedule.add_lesson( WeeklyLesson(start_time=i, day_of_week=j))
self.bins = Bins(schedule=schedule).bins()
def test_xor(self):
"""
Tests the xoring of one row to another
"""
t = 10
s = Schedule(t, t)
self.assertTrue(len(s.xors) == 0)
# Test xoring row 1 into row 0
s.xor(0, 1)
self.assertTrue(len(s.xors) == 1)
source_row, target_row = s.xors[0]
self.assertTrue(source_row == 1)
self.assertTrue(target_row == 0)
def json_stop(request):
sched = Schedule(DBSession)
stop_id = request.GET.get("stop_id")
stop = sched.getstop(stop_id)
if stop :
return {'id':stop.stop_id, 'name':stop.stop_name, 'commune':stop.stop_desc,
'location_type':stop.location_type, 'parent_station': stop.parent_station,
'lat': stop.stop_lat, 'long': stop.stop_lon,
}
else :
return {'id':None, 'name':None, 'commune':None,
'location_type':None, 'parent_station': None,
'lat': None, 'long': None,
}
def __init__(self, task_type_name):
super(TaskLogFileSweeper,
self).__init__(schedule=Schedule(frequency_in_seconds=3600))
self._logs_dir = task_log_dir(task_type_name)
self._archive_logs_dir = os.path.join(self._logs_dir, "ARCHIVE")
ensure_dir(self._logs_dir)
ensure_dir(self._archive_logs_dir)
def setup(self):
"""Generic setup code."""
# load standard config
config = ConfigSectionKey('../conf', '../local')
self.config = config
config.load('bootstrap.ini', 'bootstrap')
config.load('init.ini')
config.load('connect.ini')
# load project specific config
self.config.load(self.project_file)
self.project = self.config('project')
# load project specific options from optional project specific environ var
environ_var = just_file_stem(self.project_file).lower()
self.option = Option(environ_var, options=config('project').options)
# load project namespace
self.namespace = self.config('namespace')
# load project specific schedule
self.schedule = Schedule(config('schedule'))
# job specific folders
self.state_folder = f'{self.session_folder}/{self.namespace.dataset}/state'
self.work_folder = f'{self.session_folder}/{self.namespace.dataset}/work'
self.publish_folder = f'{self.session_folder}/{self.namespace.dataset}/publish'
def test_players_do_not_play_the_same_game_in_multiple_sessions(games):
players = [
{
'name': 'Alice',
'owns': [],
'interests': ['1817']
},
{
'name': 'Bob',
'owns': ['1817'],
'interests': ['1817', '1849']
},
{
'name': 'Charles',
'owns': ['1830'],
'interests': ['1830']
},
]
result = Schedule(games, players, [session(), session()]).solve()
result = result[0] + result[1]
assert len(result) == 2
assert ('1817', [players[0], players[1], players[2]]) in result
assert ('1830', [players[0], players[1], players[2]]) in result
def __init__(self): threading.Thread.__init__(self) Object.__init__(self) # OBJECTS self.scheduler = Schedule() # The schedule object self.series = [] # List of series
def gen_schedule_dict(self, interpreter, appts):
"""
Modify self.schedule_dict to include appts that Interpreter can cover
:param interpreter: An Interpreter object
:param appts: A list of Appointment objects
:return: None
"""
self.schedule_dict = {}
appts = copy.deepcopy(appts)
sched = Schedule(appts, [interpreter])
opt = Optimum(sched)
opt.reset()
opt_appts = opt.schedule.appts
opt.update_valid_choices(interpreter.shift_start, opt_appts)
temp_lst = [appt.idnum for appt in opt.valid_choices[interpreter]]
temp_lst.sort()
self.schedule_dict[0] = set(temp_lst)
for appt in opt.valid_choices[interpreter]:
opt.reset()
opt.assign(interpreter, appt)
appt.interpreter = ""
opt.update_valid_choices(appt.finish, opt_appts)
temp_lst = [appt.idnum for appt in opt.valid_choices[interpreter]]
temp_lst.sort()
self.schedule_dict[appt.idnum] = set(temp_lst)
def gen_all_paths(self, tree_function, interpreter):
"""
The DFS core function that generates all paths through tree,
it modifies self.schedule_paths or self.best_paths
:param tree_function: An adjacency list (idnum: [idnums])
:param interpreter: An Interpreter object
:return: None
"""
list_of_paths = []
appts = list(self.appts_to_assign)
appt_ids = [appt.idnum for appt in appts]
sched = Schedule(appts, [interpreter])
opt = Optimum(sched)
opt.gen_schedule_dict(interpreter, appts)
tree = dict(opt.schedule_dict)
nodes = [node for node in tree if node > 0] # skip the root
for node in nodes:
# This lets gen_all_paths iteratively explore the tree,
# visiting only nodes that are processed instead of all possible
node_idx = appt_ids.index(node)
appts_subset = appts[:node_idx + 1]
opt.gen_schedule_dict(interpreter, appts_subset)
subtree = dict(opt.schedule_dict)
# To guard against index errors, tamp down endNode
(startNode, endNode) = (min(subtree), min(node, max(subtree)))
list_of_paths.append(
list(tree_function(subtree, startNode, endNode, interpreter)))
self.schedule_paths = []
for row in list_of_paths:
for appt in row:
self.schedule_paths.append(appt)
if interpreter in opt.best_paths:
self.best_paths[interpreter] = opt.best_paths[interpreter]
def run(connections_file, coordinates_file, best_schedule_file, N, max_time,
improve, depth, exclusion, method):
""" Runs algorithm with specified heuristic and returns best schedule. """
best = {"schedule": None, "K": 0, "All": []}
print(f"{N}x {method.name}")
for i in range(N):
# Display progress
if N >= 100 and i % (N // 100) == 0:
print(f"{(i // (N // 100))}%", end="\r")
method.schedule = Schedule(
csvdata(connections_file, coordinates_file, exclusion), max_time)
method.run()
if improve:
optimize = Optimize(method.schedule, depth)
optimize.run()
quality = method.schedule.quality()
best["All"].append(quality)
# Keep track of best schedule
if quality["K"] > best["K"]:
best["schedule"] = method.schedule
best["K"] = quality["K"]
dump(best["schedule"], best_schedule_file)
best["schedule"].create_csv()
visualisation(best["schedule"])
def __init__(self, filename, auto=False):
self.filename = filename
self.auto = auto
self.raw_date = ""
self.raw_operations = []
self.raw_notes = []
self.year = 2000
self.month = 1
# self.operations = []
# self.note_str = ""
self.notes = {}
self.notes_exist = False
self.total_duration = 0
self.schedule = Schedule()
async def handle_1_TV_raffle(type, raffleid, time_wait, time_limit, num,
real_roomid):
Statistics().append_to_TVlist(raffleid, time_limit)
if Schedule().scheduled_sleep:
Printer().printer(f"定时休眠，跳过房间 {real_roomid} 广播道具抽奖 {raffleid}", "Info",
"green")
return
if bilibili().black_status:
Printer().printer(f"黑屋休眠，跳过房间 {real_roomid} 广播道具抽奖 {raffleid}", "Info",
"green")
return
await asyncio.sleep(
min(
max(0, time_wait) + random.uniform(0, min(num, 30)),
time_limit - 1))
response2 = await bilibili().get_gift_of_TV(type, real_roomid, raffleid)
# Printer().printer(f"参与了房间 {real_roomid} 的广播抽奖 {raffleid}", "Lottery", "cyan")
json_response2 = await response2.json(content_type=None)
# Printer().printer(f"参与房间 {real_roomid} 广播道具抽奖 {raffleid} 状态: {json_response2['msg']}", "Lottery", "cyan")
if json_response2['code'] == 0:
data = json_response2["data"]
Printer().printer(
f"房间 {real_roomid} 广播道具抽奖 {raffleid} 结果: {data['award_name']}X{data['award_num']}",
"Lottery", "cyan")
Statistics().add_to_result(data['award_name'], int(data['award_num']))
else:
# {"code":-403,"data":null,"message":"访问被拒绝","msg":"访问被拒绝"}
# {'code': 503, 'data': None, 'message': '请求太多了！', 'msg': '请求太多了！'}
# {'code': -509, 'message': '请求过于频繁，请稍后再试', 'ttl': 1}
Printer().printer(
f"房间 {real_roomid} 广播道具抽奖 {raffleid} 结果: {json_response2['message']}",
"Lottery", "cyan")
print(json_response2)
def test_short_sessions_restrict_games_with_static_playtimes(games):
players = [
{
'name': 'Alice',
'owns': ['1817'],
'interests': ['1817']
},
{
'name': 'Bob',
'owns': ['1860'],
'interests': ['1817']
},
{
'name': 'Charles',
'owns': [],
'interests': ['1817']
},
{
'name': 'Dick',
'owns': [],
'interests': ['1817']
},
]
result = Schedule(games, players, [session(length=300)]).solve()
assert result == [
[('1860', players)],
]
def start(self):
"""
Override: Code called on initial start and subsequent restarts.
Must set:
- self.option = Option()
- self.schedule = Schedule()
Note: We don't load resources here; resources are loaded on demand.
"""
# load standard config
config = ConfigSectionKey('../conf', '../local')
self.config = config
config.load('bootstrap.ini', 'bootstrap')
config.load('init.ini')
config.load('connect.ini')
# load project specific config
self.config.load(self.project_file)
# load project specific options from optional project specific environ var
environ_var = just_file_stem(self.project_file).lower()
self.option = Option(environ_var, options=config('project').options)
# load project specific schedule
self.schedule = Schedule(config('schedule'))
# diagnostics
self.option.dump()
self.config('project').dump(False)
self.config('schedule').dump(False)
def __init__(self, master, customers, payments, refresh):
Toplevel.__init__(self,master)
self.root = master
self.refresh = refresh
self.title("Check In")
self.iconname = "Check In"
self.name = StringVar() # variable for customer
self.customers = customers # customers object
self.payments = payments
self.names = []
self.workout = StringVar()
self.workouts = []
self.workouts_form = []
self.date = StringVar()
self.date.set(strftime("%m/%d/%Y"))
self.refresh_time = 15 # in minutes
self.output = '' # for the output label at the bottom
self.schedule = Schedule()
self.logger = Logger() #throws IOError if file is open
inf = Frame(self)
inf.pack(padx=10,pady=10,side='top')
Label(inf, text="Name:").grid(row=0,column=0,sticky=E,ipady=2,pady=2,padx=10)
Label(inf, text='Date:').grid(row=1,column=0,sticky=E,ipady=2,pady=2,padx=10)
Label(inf, text="Workout:").grid(row=2,column=0,sticky=E,ipady=2,pady=2,padx=10)
self.name_cb = Combobox(inf, textvariable=self.name, width=30,
values=self.names)
self.name_cb.grid(row=0,column=1,sticky=W,columnspan=2)
self.date_ent = Entry(inf, textvariable=self.date)
self.date_ent.grid(row=1,column=1,sticky=W)
self.date_ent.bind('<FocusOut>', self.update_workouts)
Button(inf,text='Edit', command=self.enable_date_ent).grid(row=1,column=2,sticky=E)
self.workout_cb = Combobox(inf, textvariable=self.workout, width=30,
values=self.workouts_form,state='readonly')
self.workout_cb.grid(row=2,column=1,sticky=W,columnspan=2)
self.log_btn=Button(inf,text="Log Workout",command=self.log,width=12)
self.log_btn.grid(row=3,column=1,columnspan=2,pady=4,sticky='ew')
stf = Frame(self)
stf.pack(padx=10,pady=10,fill='x',side='top')
self.scrolled_text = ScrolledText(stf,height=15,width=50,wrap='word',state='disabled')
self.scrolled_text.pack(expand=True,fill='both')
self.update_workouts()
self.update_names()
self.bind('<Return>',self.log)
self.name_cb.focus_set() # set the focus here when created
#disable the date field
self.disable_date_ent()
#start time caller
self.time_caller()
def __init__(self, vm_limit, azure_config, skip_setup, local):
self.vm_limit = vm_limit # user input
self.budget = 0
self.timestamp = datetime.now()
self.cost_pred = 0
self.wf_end = None
self.jobs_terminated = False
self.last_resched = None
self.workflow = Workflow()
self.logwatcher = LogWatcher()
self.schedule = Schedule()
manager = Machine()
manager.status = MachineStatus.manager
manager.condor_slot = 'manager'
self.machines = [manager]
boot_entry = ScheduleEntry(Job('boot', None), manager, self.timestamp, self.timestamp)
boot_entry.real_start = self.timestamp
boot_entry.real_end = self.timestamp
boot_entry.status = EntryStatus.completed
self.schedule.add_entry_host(boot_entry, manager)
self.local = local
if azure_config and not local:
hostname = socket.gethostname()
self.exp = AzureExperiment(azure_config, skip_setup=skip_setup, name=hostname)
self.master_addr = socket.gethostbyname(hostname)
self.user = azure_config.admin_username
else:
self.exp = self.master_addr = self.user = None
def GET(self):
try:
DELETE_DATE_THRESHOLD = date.today() - timedelta(3 * 30) #approx. 1 month
db.delete(Schedule.gql("WHERE modified <= :1", DELETE_DATE_THRESHOLD))
return 'Successfully deleted all schedules before %s' % DELETE_DATE_THRESHOLD
except:
return 'Problem deleting old schedules..'
def main():
try:
web_conf_path, task_dir = parse()
#set task dir
mkdir_needfile(task_dir)
shutil.copy(web_conf_path, task_dir)
#snappydata create table
web_conf_dict = load_json(task_dir + '/web_config.json')
config = atuocreatetable_config(web_conf_dict)
for schema_db_tb in web_conf_dict['sync_tables']:
schema, database, table = re.split('\.', schema_db_tb)
print(schema, database, table, config)
t = QuerypkOperation(schema, database, table, config)
t.operate()
#create offline sync service structure
sdc_url = web_conf_dict["sdc_url"]
taskID = web_conf_dict["taskID"]
errorMessage_filepath = task_dir + '/log/errorMessage.txt'
error_tb_filepath = task_dir + '/log/errorTable.txt'
sync_newpipelineID_list, sync_df, sdc = create_structure(
sdc_url, web_conf_dict, taskID, errorMessage_filepath,
error_tb_filepath)
#start schedule to control service
s = Schedule(sdc, sdc_url)
s.schedule(taskID, sync_newpipelineID_list, sync_df)
#send mail to business for reporting sync errors
receiver = web_conf_dict["email_receiver"]
if os.path.getsize(errorMessage_filepath):
send_mail(receiver, errorMessage_filepath)
else:
print("No error records appeared during sync")
if os.path.getsize(error_tb_filepath):
send_mail(receiver, error_tb_filepath)
else:
print("No table with lack of records during sync")
except Exception as e:
msg = traceback.format_exc()
print(msg)
print(e)
def new_message(self, message):
if message.upper() == self._COMMANDS[0]:
return self._HELLO[randint(0, len(self._HELLO) - 1)]
elif message.upper() == self._COMMANDS[1] or message.upper() == self._COMMANDS_SHORT[1]:
return self._get_time()
elif message.upper() == self._COMMANDS[2]:
return self._BYE[randint(0, len(self._BYE) - 1)]
elif message.upper().split(' ')[0] == self._COMMANDS[3] or message.upper().split(' ')[0] == self._COMMANDS_SHORT[3]:
data = message.split(' ')
db = Database()
if(not db._check_if_user_exists(self._USER_ID)):
return f"Пожалуйста сначала зарегистрируйтесь!"
user_info = db._get_user_info(self._USER_ID)
if len(data) == 2:
if(data[1] not in self._GROUPS):
if(data[1] in self._GROUPS_ENG):
data[1] = self._GROUPS[self._GROUPS_ENG.index(data[1])]
else:
return "Ошибка группы!"
sc = Schedule(data[1], user_info[1], user_info[2])
else:
sc = Schedule(user_info[0], user_info[1], user_info[2])
return sc._get_schedule()
elif message.upper() == self._COMMANDS[4] or message.upper() == self._COMMANDS_SHORT[4]:
return "Всё что я понимаю это: \nПРИВЕТ - бесполезная опция, но если вам нечем больше заняться, можете также попробовать команду ПОКА\n\n\
(В)РЕМЯ - скажу, который сейчас час\n\n(П)ОМОЩЬ - выведу вот это сообщение :)\n\n(Р)АСПИСАНИЕ [А-XX-18]- покажу расписание. Если группа не указана, расписание будет для вашей группы.\n\n\
(З)АРЕГИСТРИРОВАТЬСЯ - если вы не зарегистрировались, для просмотра ваших оценок придётся это сделать, написав следующее:\n(З)АРЕГИСТРИРОВАТЬСЯ ваш_логин ваш_пароль А-XX-18 \n\n\
(Б)АРС - просмотр оценок\n"
elif message.split(' ')[0].upper() == self._COMMANDS[5] or message.split(' ')[0].upper() == self._COMMANDS_SHORT[5]:
return self._register(message)
elif message.upper() == self._COMMANDS[6] or message.upper() == self._COMMANDS_SHORT[6]:
db = Database()
if(not db._check_if_user_exists(self._USER_ID)):
return f"Пожалуйста сначала зарегистрируйтесь!"
user_info = db._get_user_info(self._USER_ID)
bars = Bars(user_info[1], user_info[2])
return bars._get_data()
else:
return self._DONT_KNOW[randint(0, len(self._DONT_KNOW) - 1)]
def add_schedule(self, time, thing=None):
if thing == None: #thing==None时则是在time的位置其实是传入了一个schedule类了
schedule = time
self.insert_schedule(schedule)
else: #否则传入的就只是time和thing
schedule = Schedule(time, thing)
self.insert_schedule(schedule)
return schedule
def create_schedule(self):
self.schedule = Schedule()
if self.strategy == None:
self._add_mandatory_actions()
self.occupation.add_default_schedule(self, self.possession)
else:
self._add_mandatory_actions()
self.strategy.create_schedule()
class Individual:
def __init__(self, tag: int):
self.tag = tag
self.schedule = Schedule(tag)
self.reqOffPeriods = 1
def changeReqOff(self, newReq: int):
self.reqOffPeriods = newReq
def getReqOff(self) -> int:
return self.reqOffPeriods
def addSection(self, newSection: Section):
self.schedule.addSection(newSection)
def removeSection(self, section: Section):
self.schedule.removeSection(section)
def getSections(self):
return self.schedule.getSections()
def offDelta(self):
"""
Positive when more scheduled off than required, negative when fewer scheduled off than required
"""
return (len(self.schedule.getOpenPeriods()) - self.reqOffPeriods)
def hasPotentialLunchSlot(self, lunchPeriods: list):
for period in self.schedule.getOpenPeriods():
if period in lunchPeriods:
return True
return False
def parse_scheduled(courses, start_date, course_start_date, calendar_dict):
# pre-process to dataframe
history = {}
for course in courses:
if course.start_date > start_date:
continue
history_df = pd.read_csv('Output/' + course.title + '_history_cleaned.csv')
for index, row in history_df.iterrows():
if '/' in row['Date']:
cur_date_month, cur_date_day, cur_date_year = row['Date'].split('/')
else:
cur_date_year, cur_date_month, cur_date_day = row['Date'].split('-')
history_df.loc[index, 'Date'] = date(int(cur_date_year), int(cur_date_month), int(cur_date_day))
history[course] = history_df
cur = course_start_date
while cur < start_date:
cur_schedule = Schedule(date=cur)
for course, history_df in history.items():
cur_history_df = history_df[history_df['Date'] == cur]
if not cur_history_df.index.empty:
cur_schedule.add_course(course=course, lesson=get_lesson(course=course, id=cur_history_df['Id'].item()),
ins=get_ins_by_name(course=course, name=cur_history_df['Ins'].item()), point=0,
calendar_dict=calendar_dict)
if cur_schedule.is_valid():
cur_schedule.schedule_today(calendar_dict=calendar_dict)
cur += datetime.timedelta(days=1)
def get(self):
user = users.get_current_user()
if user != None:
user_name = user.nickname()
access_link = users.create_logout_url('/')
# Get query from database
monday = Schedule.query(Schedule.user == user.user_id()).filter(Schedule.day == 'lunes')
tuesday = Schedule.query(Schedule.user == user.user_id()).filter(Schedule.day == 'martes')
wednesday = Schedule.query(Schedule.user == user.user_id()).filter(Schedule.day == 'miercoles')
thursday = Schedule.query(Schedule.user == user.user_id()).filter(Schedule.day == 'jueves')
friday = Schedule.query(Schedule.user == user.user_id()).filter(Schedule.day == 'viernes')
saturday = Schedule.query(Schedule.user == user.user_id()).filter(Schedule.day == 'sabado')
sunday = Schedule.query(Schedule.user == user.user_id()).filter(Schedule.day == 'domingo')
template_values = {
'user_name' : user_name,
'access_link' : access_link,
'monday' : monday,
'tuesday' : tuesday,
'wednesday' : wednesday,
'thursday' : thursday,
'friday' : friday,
'saturday' : saturday,
'sunday' : sunday
}
template = JINJA_ENVIRONMENT.get_template('showSchedule.html')
self.response.write(template.render(template_values));
else:
self.redirect('/')
def main():
#title of the online schedule (a Google Sheet)
sheet_title = get_tomorrows_date()
#the online schedule for the next day
schedule = Schedule(sheet_title)
#the content being sent to instructors
group_text = TextMessage()
people = schedule.get_scheduled_instructors()
for person in people:
to_add = Instructor(person, todays_schedule=schedule).get_human_time()
group_text.append_to_msg_content(to_add)
group_text.send_text()
return
def fetchSchedules():
cur.execute("SELECT id FROM schedules;")
res = []
i = 0
results = cur.fetchall()
for row in results:
res.append(Schedule(row[0], cur))
i = i + 1
return res
def __init__(self):
self.__schedule = Schedule()
self.__vk = vk_api.VkApi(token=token)
self.__vk_api = self.__vk.get_api()
self.__longpoll = VkLongPoll(self.__vk)
self.__database = Database()
self.__handler = Handler(self.__database, self.__schedule)
def __init__(self, event):
self.title = utils.fix(event.get("title"))
self.description = utils.fix(event.get("shortdesc"))
self.content = utils.fix(event.get("longdesc"))
self.hint = None
self.schedules = [
Schedule(utils.fix(event.get("sname")),
event.get("begin_timestamp"), event.get("duration_sec"))
]
def GetSchedule(self, polyline):
""" Return a computed schedule to the user.
"""
if self.Directions is None:
raise Exception("No Schedule Found!")
chargers = [
self.Environment.Route[c] for c, _ in self.ChargingPoints.items()
]
return Schedule(self.Directions, polyline, chargers)
def setUp(self):
self.schedule = Schedule()
self.schedule.insert({
"enable": 1,
"alias": "reboot",
"command": "uptime && reboot",
"schedule": "0 0 * * *",
"executer": True
})
def test_add_schedule_to_group():
sadistix_group = Group("Sadistix Coders", "Invite_key")
first_schedule = Schedule("SampleTitle", "Discription",
datetime.datetime.now())
sadistix_group.add_schedule(first_schedule)
assert sadistix_group.schedule_count == 1
schedule = sadistix_group.urgent_schedule
assert "SampleTitle" in str(schedule)
def main():
schedule=Schedule()
ts=[]
##存放电梯运行的线程
t1=Thread(target=random_input,args=(schedule,ts),name='Thread-task')
##任务线程
t2=Thread(target=show_status,args=(schedule,),name='Thread-monitoring')
##监控线程
t1.start()
t2.start()
for elevator in schedule.elevators:
name='Thread-elevator-%s'%(elevator.name)
t=Thread(target=run_elevator,args=(elevator,),name=name)
ts.append(t)
while True:
##用于监听是否有运行中的电梯线程挂掉
broken_list=[]
##用于存放挂掉的线程
for t in ts:
if t.is_alive():
print u'%s is alive'%(t.name)
else:
print u'%s is broken'%(t.name)
broken_list.append(t)
##线程结束了，对应的电梯就无法启动了，那么需要开辟一个新的线程运行该电梯
for elevator in schedule.elevators:
name=u'Thread-elevator-%s'%elevator.name
if name ==t.name:
add_elevator(elevator,ts)
print u'apppend broken Thread:%s back to ts'%(t.name)
break
for t in broken_list:
if t in ts:
ts.remove(t)
##从ts中移除挂掉的线程
sleep(10)
def __schedule(self, itineraries, simulation, priority_list):
self.__reset_itineraries(itineraries)
predict_simulation = simulation.copy
predict_simulation.airport.apply_schedule(Schedule(itineraries, 0, 0))
tick_times = 5
for i in range(tick_times):
predict_simulation.pre_tick(self)
self.__schedule_new_aircrafts(simulation, predict_simulation,
itineraries, priority_list)
predict_simulation.airport.apply_priority(priority_list)
if i == tick_times - 1:
# Done, conflicts are all handled, return the schedule
self.__reset_itineraries(itineraries)
return Schedule(itineraries, 0, 0), priority_list
# After dealing with the conflicts in current state, tick to
# next state
predict_simulation.tick()
predict_simulation.post_tick()
def setup(self):
nn = self.options['num_nodes']
nv = self.options['num_vehicles']
self.add_subsystem('schedule',
Schedule(num_nodes=nn, num_v=nv),
promotes=['*'])
self.add_subsystem('vehicles',
Vehicles(num_nodes=nn, num_v=nv),
promotes=['*'])
def _initialize(self):
"""
Initialize the population of schedules.
"""
for idx in range(self.parameters.population_size):
self._population[idx] = Schedule(self.resources, self.parameters)
self._population[idx].initialize()
self._population[idx].calculate_fitness()
self._track_best()
def sgs(project, alr):
schedule = Schedule(project)
for task_id in alr:
task = schedule.tasks[task_id]
schedule = greedily_schedule_task(task, project, schedule)
# if greedy scheduling of task fails (i.e. misses max. time-lag)
if schedule == 1:
# print('greedy scheduling has failed')
return 1
return schedule
def init(self):
self._updater = Updater(token=TOKEN, use_context=True)
self._schedule = Schedule()
self._database = BotDatabase()
self._database.init()
Logger.init()
dispatcher = self._updater.dispatcher
handler = CommandHandler('start', self.on_start_cmd)
dispatcher.add_handler(handler)
handler = MessageHandler(Filters.text, self.on_text)
dispatcher.add_handler(handler)
handler = CommandHandler('print', self.on_print_cmd)
dispatcher.add_handler(handler)
handler = CommandHandler('clear', self.on_clear_cmd)
dispatcher.add_handler(handler)
def load(feed_filename, db_filename=":memory:", verbose=True):
schedule = Schedule(db_filename)
schedule.create_tables()
fd = feed.Feed(feed_filename)
for gtfs_class in (
Agency,
Route,
Stop,
Trip,
StopTime,
ServicePeriod,
ServiceException,
Fare,
FareRule,
ShapePoint,
Frequency,
Transfer,
):
if verbose:
print "loading %s" % gtfs_class
try:
for i, record in enumerate(
fd.get_table(gtfs_class.TABLENAME + ".txt")):
if i % 500 == 0:
if verbose:
sys.stdout.write(".")
sys.stdout.flush()
schedule.session.commit()
instance = gtfs_class(**record.to_dict())
schedule.session.add(instance)
print
except KeyError:
# TODO: check if the table is required
continue
schedule.session.commit()
return schedule
def addSchedule(sheet, id_module_class) -> None:
def parseDate(string) -> datetime:
try:
return datetime.strptime(string, "%d/%m/%Y")
except:
return None
def parseInt(string) -> int:
try:
return int(string)
except:
return None
i = 6
while True:
cell_str = sheet.cell(i, 2).value
days = cell_str.split()
start_day = parseDate(days[1])
end_day = parseDate(days[3])
while True:
i += 1
cell_str = sheet.cell(i, 2).value
if cell_str == "":
return
cell_str_arr = cell_str.split()
dow = cell_str_arr[1]
if parseInt(dow) == None:
break
curr_day = start_day + timedelta(days=int(dow) - 2)
shift = int(cell_str_arr[3].split(",")[1]) % 3 + 1
room = cell_str.split(", ")[1].split()[0]
while curr_day <= end_day:
s = Schedule(
ID_Module_Class=id_module_class,
ID_Room=room,
Shift_Schedules=shift,
Day_Schedules=curr_day,
)
schedules_res.append(s)
# print(s)
curr_day = curr_day + timedelta(days=7)
def test(self):
pat1 = Patient(1, 'One', {'Spanish'}, 'Male')
pat2 = Patient(2, 'Two', {'Spanish'}, 'Male')
pat3 = Patient(3, 'Three', {'Spanish'}, 'Male')
pat4 = Patient(4, 'Four', {'Spanish'}, 'Male')
pat5 = Patient(5, 'Five', {'Spanish'}, 'Male')
loc1 = Location(0, 0, "Building", "Clinic")
a1 = Appointment(1, "8:00", 15, pat1, loc1, 1, "Dr.", "")
a2 = Appointment(2, "8:10", 30, pat2, loc1, 2, "Dr.", "")
a3 = Appointment(3, "8:30", 20, pat1, loc1, 3, "Dr.", "")
a4 = Appointment(4, "8:45", 35, pat2, loc1, 4, "Dr.", "")
a5 = Appointment(5, "9:30", 35, pat2, loc1, 5, "Dr.", "")
a6 = Appointment(6, "9:00", 75, pat3, loc1, 6, "Dr.", "")
a7 = Appointment(7, "8:35", 150, pat4, loc1, 7, "Dr.", "")
a8 = Appointment(8, "8:30", 180, pat5, loc1, 8, "Dr.", "")
appts = [a1, a2, a3, a4, a5, a6, a7, a8]
sched = Schedule(appts, [
Interpreter("Inter", {'Spanish', 'English'}, "Male", "8:00",
"17:00", {})
])
inter = sched.interpreters[0]
precalculated_p = {1: 0, 2: 0, 3: 1, 4: 2, 5: 4, 6: 3, 7: 1, 8: 1}
precalculated_weights = {
0: 0,
1: 1,
2: 2,
3: 4,
4: 6,
5: 11,
6: 11,
7: 11,
8: 11
}
global sched_test
sched_test = appts
cls = bfd(sched)
p_dict = {}
for appt in appts:
prior = appt.calc_prior(appts)
if prior is not None:
p_dict[appt.idnum] = prior.idnum
else:
p_dict[appt.idnum] = 0
# This tests whether calc_prior returns the correct indices
self.assertEqual(p_dict, precalculated_p)
self.assertEqual(cls.appt_weights, precalculated_weights)
# test compute_optimal
precalculated_co = [2, 4, 5]
optimal = cls.compute_optimal(len(cls.appts_to_assign),
cls.appts_to_assign)
optimal = sorted([int(idx) for idx in optimal.split(', ')])
optimal.pop(0)
self.assertEqual(precalculated_co, optimal)