def constructJobList(self):
jobList = JobList()
for day in self.statData:
for segment in day:
# Choose the segment based off of the job flow rate
activeSegment = self.segmentSelector(segment)
for data in activeSegment:
delayReason = data.get("DelayReason")
delayTime = data.get("DelayMin")
if not delayTime:
delayTime = 0
# Convert delay time to seconds from minutes
delayTime = int(delayTime) * 60
pendingTimeAbs = self.strToS(data["PendingDT"])
# Convert the absolute values to delta values based off of the previous state
inProgressTimeDelta = strToT(data["InProgressDT"]) - strToT(data["DispatchedDT"])
completeTimeDelta = strToT(data["CompleteDT"]) - strToT(data["InProgressDT"])
origin = data["Origin"]
destination = data["Destination"]
priority = int(data["OriginalPriorityID"])
appointment = 1 if data["Created_Status"] == "Appointment" else 0
jobList.insert(Job(pendingTimeAbs, inProgressTimeDelta, completeTimeDelta, origin, destination, priority, appointment, delayReason, delayTime))
return jobList
def select_action(self):
return random.choice(self.actions)
def begin_game(self):
play = True
while play is True:
like = input("Would you like to play a turn? y/n ")
if like == 'y':
action = self.select_action()
print(action)
if action == "home":
house.choose_house()
elif action == "job":
self.player.money += self.joblist.select_job()
else:
self.player.add_kid(1000)
else:
print("It was nice playing with you!")
self.player.print_attributes()
if __name__ == "__main__":
player1 = Person()
player1.get_name()
house = House()
job_list = JobList()
game_board = Board(player1, job_list, house)
game_board.begin_game()
def main():
"""execute qstat and produces output according to chosen options."""
from datetime import datetime
from subprocess import Popen, PIPE
import xml.etree.ElementTree as ET
import cmdargs
import configfile
import constants
from job import Job, JobList, JobGroup
args = cmdargs.parse()
if args.edit_interactive:
print(constants.path_config+':\n')
print('option: current value (default)> enter new value')
print('empty string to keep current value')
print('single x to set to default value')
print('trailing spaces to set to an actual x/empty string', end='\n\n')
args = vars(args)
for opt, dflt_val in constants.default_config.items():
new_val = input('{}: {} ({})> '.format(opt, args[opt], dflt_val))
if new_val:
if new_val == 'x':
args[opt] = dflt_val
else:
args[opt] = new_val
if not str(args['width_tot']).isdigit():
args['width_tot'] = constants.default_config['width_tot']
configfile.write(args, constants.path_config)
sys.exit()
if args.items:
print(*('{}: {}'.format(k, v.dscr) for k, v in constants.itms.items()),
sep='\n')
sys.exit()
if args.file:
qstat_out = args.file
else:
qstat_out = Popen(args.qstat_cmd +
' -u "' + args.users + '" -xml -r',
shell=True, stdout=PIPE).stdout
qstat_out = ET.parse(qstat_out).getroot().iter('job_list')
alljobs = []
today = datetime.today()
for j in qstat_out:
alljobs.append(Job(j, args, today))
if not alljobs:
if not args.mute:
print('No pending or running job.')
else:
alljobs = JobList(alljobs, args)
out_gen = (alljobs.rep(), alljobs.rep_tot())
for line in out_gen[args.reverse]:
print(line)
if args.out and args.total:
print()
for line in out_gen[not args.reverse]:
print(line)
