def test_dict_obj_transformation(task_obj):
result_dict = Task.to_dict(task_obj)
assert(result_dict['_id'] == "1")
assert(len(result_dict['subreddits']) == 3)
result_obj = Task.from_dict(result_dict)
assert(result_obj.id == "1")
def test_simple_task():
"""Validate Task can run a simple task"""
def _foo():
yield 3
yield 4
task = Task(_foo())
assert task.run() == 3
assert task.run() == 4
def taskCreate(self, number):
print("Task name:")
name = self.cursor()
print("Content:")
content = self.cursor()
task = Task(self.profile.name + " " + self.profile.surname, name, content)
task.setNumber(number)
return task.__str__()
def loadTasks(self, content):
tasks = []
counter = 0
for st in content:
splited = st.split("|")
for i in splited:
i.strip()
if splited.__len__() > 3:
id = splited[0]
author = splited[1]
title = splited[2]
content = splited[3]
task = Task(author, title, content)
task.setNumber(id)
if splited.__len__() > 4:
date = splited[4]
task.setDate(date)
if splited.__len__() > 5:
status = splited[5]
task.setStatus(status)
tasks.append(task)
counter = counter + 1
return tasks
async def test_task_success():
"""Test Task class with success result."""
message = MockIncommingMessage(success_message_body)
task = Task(message)
assert task.text == message.body.decode('UTF-8')
assert task.json == success_message_body
worker = task.delegate()
minecraft_builder = workers.get('Minecraft: Java Edition')
assert isinstance(worker, minecraft_builder)
assert task.json['build']['id'] == worker.build_id
assert task.json['game'] == worker.game
assert task.json['version'] == worker.version
def main(argv):
"""Receive args from command line and pass them to the task instance
"""
# Create the parser
parser = argparse.ArgumentParser(description='Run the task of grid search')
# Add the arguments
parser.add_argument('task',type=str, help=' - name of the task')
parser.add_argument('file',type=str, help=' - file name of the data file')
# Execute the parse_args() method
task_name = parser.parse_args().task
file_name = parser.parse_args().file
task = Task(task_name, file_name)
task.run_models()
def add_task(self):
"""Create a task on this server"""
if len(self.task_list) < self.umax:
self.task_list.append(Task(self.ttask))
else:
raise Exception('Maximum number of tasks({}) exceeded.'.format(
self.umax))
def get_tasks(self, check_list_id: int) -> Tuple[int, str, List[Task]]:
"""
:param check_list_id: Str name of the list
:return: List of task objects
"""
if self._cursor:
try:
sql_statement = """
SELECT * FROM Tasks
WHERE checkListID == ?
"""
self._cursor.execute(sql_statement, (check_list_id, ))
response = self._cursor.fetchall()
tasks = []
for row in response:
task = Task(
tid=row[0],
due_date=row[1],
description=row[2],
done=row[3],
check_list_id=check_list_id,
)
tasks.append(task)
return 0, "", tasks
except sqlite3.Error as e:
print(e)
return 1, "Database error: {0}".format(e), []
return 1, "There is no connection.", []
def johnson3(tasks):
# Creating 2 virtual machines
virtual_tasks = []
for i in range(0, len(tasks)):
first_comp = tasks[i].times[0] + tasks[i].times[1]
second_comp = tasks[i].times[1] + tasks[i].times[2]
virtual_tasks.append(Task(i, [first_comp, second_comp]))
return johnson2(virtual_tasks)
def generate_tasks(self, tasks_amount, durations, randomize_durations):
self.tasks = []
if randomize_durations:
min, max = durations
for i in range(0, tasks_amount):
self.tasks.append(
Task(id=i,
duration=randrange(min, max, 1),
stopper=self.stopper))
return tasks
else:
if not tasks_amount == len(durations):
logging.error("Tasks amount does not match durations list")
exit(1)
for i in range(0, tasks_amount):
self.tasks.append(
Task(id=i, duration=durations[i], stopper=self.stopper))
def test_from_dict(task_dict):
result_obj = Task.from_dict(task_dict)
assert(result_obj.id == "1")
assert(not result_obj.title)
assert(len(result_obj.subreddits) == 3)
assert(isinstance(result_obj.subreddits[0], SubredditTask))
assert(result_obj.subreddits[0].name == "subreddit1" and result_obj.subreddits[0].flair_id == "fake-flair-id")
assert(not result_obj.subreddits[1].flair_id and not result_obj.subreddits[1].error)
def main():
# t1 = Task("T1", 10, 3, 10)
# t2 = Task("T2", 15, 4, 15)
# t3 = Task("T3", 5, 1, 5)
t1 = Task("T1", 10, 2, 8)
t2 = Task("T2", 2, 1, 2)
t3 = Task("T3", 20, 5, 18)
# t1 = Task("T1", 10, 2, 8)
# t2 = Task("T2", 10, 3, 7)
# t3 = Task("T3", 20, 8, 18)
ts = [t1, t2, t3]
dms = DMS()
s = dms.schedule(ts)
for t in s:
print(t.task.id + '\t' + str(t.start_time) + '\t' + str(t.end_time))
def generating(iter):
number_of_machines = int(input("Ile maszyn?: "))
number_of_tasks = int(input("Ile zadan?: "))
bruteforceSpan = []
johnsonSpan = []
nehSpan = []
durationBruteforce = []
durationJohnson = []
durationNeh = []
i = 0
while i < iter:
generatedTasks = []
cnt_tasks = 0
cnt_machines = 0
for cnt_tasks in range(0, number_of_tasks):
rows = []
for cnt_machines in range(0, number_of_machines):
rows.append(int(random.uniform(1, 10)))
print("{}".format(rows))
generatedTasks.append(Task(cnt_tasks, rows))
bruteforceOrder, timeBruteforce = bruteforce(
copy.deepcopy(generatedTasks), number_of_machines)
johnsonOrder, timeJohnson = johnson(copy.deepcopy(generatedTasks),
number_of_machines)
nehOrder, timeNeh = neh(copy.deepcopy(generatedTasks),
number_of_machines)
durationBruteforce.append(timeBruteforce)
durationJohnson.append(timeJohnson)
durationNeh.append(timeNeh)
bruteforceMakespan = makespan(bruteforceOrder, generatedTasks,
number_of_machines)
johnsonMakespan = makespan(johnsonOrder, generatedTasks,
number_of_machines)
nehMakespan = makespan(nehOrder, generatedTasks, number_of_machines)
bruteforceSpan.append(bruteforceMakespan)
johnsonSpan.append(johnsonMakespan)
nehSpan.append(nehMakespan)
i += 1
x = PrettyTable()
print("")
print("----------------------------------------------------------")
x.field_names = [
"l.p.", "Bruteforce makespan", "Johnson makespan", "Neh makespan",
"Czas bruteforce [ms]", "Czas Johnson [ms]", "Czas Neh [ms]"
]
k = 0
for k in range(0, iter):
x.add_row([
k + 1, "{}".format(bruteforceSpan[k]), "{}".format(johnsonSpan[k]),
"{}".format(nehSpan[k]), "{}".format(durationBruteforce[k]),
"{}".format(durationJohnson[k]), "{}".format(durationNeh[k])
])
print(x)
def task_obj_only_crosspost():
return Task(id="3",
crosspost_source_link="https://reddit.com/fake-post",
completed=False,
subreddits=[
SubredditTask(name="subreddit1",
flair_id="fake-flair-id",
processed=False),
SubredditTask(name="subreddit2", processed=False),
SubredditTask(name="subreddit3", processed=False)
])
class TestTask(unittest.TestCase):
def setUp(self):
self.task = Task(2)
def test_task_missing_ttask(self):
"""Test the start of missing_ttask var."""
self.assertEqual(2, self.task.missing_ttask)
def test_task_clock(self):
"""tests missing_ttask every clock()."""
self.task.clock()
self.assertEqual(1, self.task.missing_ttask)
self.task.clock()
self.assertEqual(0, self.task.missing_ttask)
def test_task_alive(self):
self.task.clock()
self.assertTrue(self.task.is_alive())
self.task.clock()
self.assertFalse(self.task.is_alive())
def _add_task(self, _) -> None:
"""
:param _: Tk Event Object
:return: None
"""
text = self.get()
if text:
self._clean()
# ToDo: List_name
self._entry_frame.add_task(task=Task(description=text))
class TestTaskClass(unittest.TestCase):
"""
Test cases for the Task class
"""
def setUp(self):
self.a_task = Task()
self.a_task.Skill_Pool.clear()
self.a_task.add_skill("python")
self.python_skill = Skill('python')
def test_add_skill(self):
self.assertEqual('python',
self.a_task.Skill_Pool[0].name,
msg="There should be a skill named 'python' in tasks")
def test_studied_invalid_input(self):
self.assertEqual(
'Add skill first',
self.a_task.studied('Javascript'),
msg="Should first add a skill before marking it as studied")
def test_to_dict(task_obj):
result_dict = Task.to_dict(task_obj)
assert(result_dict['_id'] == "1")
assert(result_dict['link'] == "https://fake-link.com")
assert(not result_dict['title'])
assert(len(result_dict['subreddits']) == 3)
assert(isinstance(result_dict['subreddits'][0], dict))
assert(result_dict['subreddits'][0]['name'] == "subreddit1" and result_dict['subreddits'][0]['flair_id'] == "fake-flair-id")
assert(not result_dict['subreddits'][1]['processed'] and not result_dict['subreddits'][1]['error'])
def build_tasks(parts) -> List[Task]:
back = list()
part_number = 0
while part_number < len(parts):
task_head = parts[part_number]
task_body = parts[part_number + 1].split("\n")
# task_body.pop(0)
#task_body.pop()
task_body.insert(0, task_head)
back.append(Task(task_body))
part_number += 2
return back
def add_task(self, task: Task) -> None:
"""
:param task: Task object
:return:
"""
task.check_list_id = self._selected_cid
error, message = self._task_controller.add_task(task=task)
if error:
messagebox.showerror(title="Error", message=message)
else:
self._tasks_tk.refresh()
def addTask2bloc(time, req_mat, req, ms1, ms2, ms3, ms4, fov, gtw):
tasks = []
for index, row in time.iterrows():
t = Task(index, time.loc[index, 'Tps_total'], time.loc[index, 'Tps_QC'])
t.min_start = req_mat.loc[index, 'Max_livraion']
tasks.append(t)
if ms1.name in t.name:
ms1.addTask(t)
elif ms2.name in t.name:
ms2.addTask(t)
elif ms3.name in t.name:
ms3.addTask(t)
elif ms4.name in t.name:
ms4.addTask(t)
elif fov.name in t.name:
fov.addTask(t)
elif gtw.name in t.name:
gtw.addTask(t)
else:
raise ValueError
for index, row in req.iterrows():
t = list(filter(lambda t: t.name == index, tasks))[0]
if req.loc[index, 'tasks_req'] is not None:
t.previous = list(filter(lambda t: t.name in req.loc[index, 'tasks_req'], tasks))
t.pending_prec = len(t.previous)
if req.loc[index, 'next'] is not None:
t.next = list(filter(lambda t: t.name in req.loc[index, 'next'], tasks))
def task_obj():
return Task(id="1",
link="https://fake-link.com",
crosspost_source_link="https://reddit.com/fake-post",
reply_content="sample reply",
completed=False,
subreddits=[
SubredditTask(name="subreddit1",
flair_id="fake-flair-id",
processed=False),
SubredditTask(name="subreddit2", processed=False),
SubredditTask(name="subreddit3", processed=False)
])
def task_obj_no_crosspost():
return Task(id="2",
link="https://fake-link.com",
reply_content="sample reply",
completed=False,
subreddits=[
SubredditTask(name="subreddit1",
flair_id="fake-flair-id",
processed=False),
SubredditTask(name="subreddit2", processed=False),
SubredditTask(name="subreddit3", processed=False)
],
title="fake-title-provided")
def create_task(self, args):
task = Task(name=args.name,
priority=args.priority,
project=args.project if args.project else None,
executor=args.executor if args.executor else None,
status=args.status,
sub_tasks_uid=args.sub_tasks)
self.tasks[task.uid] = task
self.logger.info(f'Task {task.uid} with name {task.name} was created '
f'(project - {task.project}, executor - {task.executor}')
if task.executor:
self.developers[task.executor].add_task(task)
if task.project:
self.projects[task.project].add_task(task)
def run():
# this is an and gate
objective = {(0, 0): -0.0, (1, 1): -0.0, (2, 2): 6.0}
constraints = {(0, 1): 2.0, (0, 2): -4.0, (1, 2): -4.0}
# create a new task
t = Task()
# set the data for the task
t.set_data_with_dicts(objective, constraints)
# run the task on a quantum computer
t.run_data()
# save result as json
t.save_as_json()
def prepare_conll03(args):
args.chunk = args.chunk or args.pos
args.ner = args.ner or args.pos
assert args.pos == args.chunk == args.ner
pipe = Conll2003Pipe(chunk_encoding_type="bio",
ner_encoding_type="bioes",
lower=False)
db = pipe.process_from_file(args.pos)
task_lst = []
for idx, task_name in enumerate(["pos", "chunk", "ner"]):
task_lst.append(
Task(
idx,
task_name,
deepcopy(db.get_dataset("train")),
deepcopy(db.get_dataset("dev")),
deepcopy(db.get_dataset("test")),
))
return task_lst, db.vocabs
def __init__(self,
id,
per_tasks,
latitude=random.randint(config.ROAD_START,
config.ROAD_LENGTH),
longitude=random.randint(config.ROAD_START,
config.ROAD_LENGTH),
real_dis_edge=None):
self.latitude = latitude
self.longitude = longitude
speed_val = 20
speed_angel = random.uniform(0, 2 * 3.14)
self.speed = (speed_val, speed_angel)
self.id = id
self.task_queue = list()
for i in range(per_tasks):
task = Task(self, i, None, real_dis_edge)
self.task_queue.append(task)
self.waiting_queue = list()
def prepare_ptb(args):
datas = {}
datas["pos"] = (ConllLoader(headers=["words", "pos"],
indexes=[0, 1]).load(args.pos).datasets)
chunk_data = (ConllLoader(headers=["words", "chunk"],
indexes=[0, 2]).load(args.chunk).datasets)
chunk_data['train'], chunk_data['dev'] = chunk_data['train'].split(0.1)
datas['chunk'] = chunk_data
datas["ner"] = (ConllLoader(headers=["words", "ner"],
indexes=[0, 3]).load(args.ner).datasets)
for ds in datas['chunk'].values():
ds.apply_field(lambda x: iob2(x), 'chunk', 'chunk')
for ds in datas['ner'].values():
ds.apply_field(lambda x: iob2bioes(iob2(x)), 'ner', 'ner')
vocabs = {}
src_vocab = Vocabulary()
for idx, task_name in enumerate(["pos", "chunk", "ner"]):
data = datas[task_name]
filter_docstart(data)
vocab = Vocabulary(padding=None, unknown=None)
vocab.from_dataset(*list(data.values()), field_name=task_name)
src_vocab.from_dataset(*list(data.values()), field_name="words")
vocabs[task_name] = vocab
task_lst = []
for idx, task_name in enumerate(["pos", "chunk", "ner"]):
data = datas[task_name]
src_vocab.index_dataset(*list(data.values()),
field_name="words",
new_field_name="words")
vocabs[task_name].index_dataset(*list(data.values()),
field_name=task_name,
new_field_name=task_name)
for ds in data.values():
ds.apply_field(len, 'words', 'seq_len')
task_lst.append(
Task(idx, task_name, data["train"], data["dev"], data["test"]))
vocabs["words"] = src_vocab
return task_lst, vocabs
def create_new_split_tile_tasks(self):
""" Creates new tasks for splitting tiles. Only creates as many split tile tasks as cores that have been
specified in the config.
:return: None
"""
count = 0
for parent_tile in self._target_tiles:
if parent_tile in self._unprocessed_tiles: # Dict would be faster here
if count >= number_of_processing_threads:
break
arguments = [
self._tile_connectivity[parent_tile],
self._tile_connectivity
]
new_task = Task(task="split_ahn3_tile", arguments=arguments)
self.task_queue.put(new_task)
self._unprocessed_tiles.remove(parent_tile)
count += 1
def _create_merge_task_for_tile(self, completed_tile_name: str,
interpolation_type: str):
""" Creates a merge rasters task used the supplied tile name and interpolation type. Relies on both these
parameters because the completed_tiles variable contains both DTM and DSM data
:param completed_tile_name: String representing the name of the tile that has been completed (e.g. 36FN2)
:param interpolation_type: String representing interpolation type (dsm or dtm)
:return: None
"""
successfully_interpolated_tiles = []
indexes_to_remove = []
parent_tile = None
if interpolation_type == "dtm":
completed_tiles = self._completed_dtm
else:
completed_tiles = self._completed_dsm
for tile_index in range(len(completed_tiles[completed_tile_name])):
tile = completed_tiles[completed_tile_name][tile_index]
if tile.interpolated is True and tile.related_raster is not None:
parent_tile = tile
successfully_interpolated_tiles.append(tile)
indexes_to_remove.append(tile_index)
if interpolation_type == "dtm":
del self._completed_dtm[completed_tile_name]
else:
del self._completed_dsm[completed_tile_name]
if parent_tile is not None:
arguments = [
parent_tile.get_parent_tile(), successfully_interpolated_tiles
]
self.task_queue.put(Task(task="merge_rasters",
arguments=arguments))