def timeadd_profile(profile, time_args):
"""Checks if first argument is a date. If date, inserts time into date.
Else, it inserts into today.
"""
_date = None
if "-" in time_args[0]:
if h.validate_date(time_args[0]):
_date = time_args[0]
time_args = time_args[1:]
secs = h.get_sec(time_args)
if _date:
profile = h.add_time(profile, secs, _date)
else:
profile = h.add_time(profile, secs)
db.update(profile)
def get_overlaps(slots, min_gap, duration):
'''gets the dict of form: {slot: [overlapping slot1, overlapping slot2, ...], etc.}'''
OVERLAPS = {}
for i_slot in slots:
i_start_time = helpers.get_start_time(i_slot)
i_end_time = helpers.add_time(i_start_time, duration)
i_day = i_slot[:2]
for j_slot in slots:
j_start_time = helpers.get_start_time(j_slot)
j_day = j_slot[:2]
if (i_start_time < j_start_time) and (i_day == j_day) and (
(i_end_time != j_start_time) and
(j_start_time < helpers.add_time(i_end_time, min_gap))):
if j_slot not in OVERLAPS.keys():
OVERLAPS[j_slot] = [i_slot]
else:
OVERLAPS[j_slot].append(i_slot)
return (OVERLAPS)
def schedule(self):
"""Takes and activities dictionary and adds start and end times
Pass in the practice or individual start time, then it will
increment"""
start_time = self.time
activities = self.activities()
for activity in activities:
activity.start_time = start_time
activity.end_time = add_time(start_time, activity.duration)
start_time = activity.end_time
return activities
def stop_timer(profile, name=None):
if name:
profile = db.read(db.Profile, name[0])
if profile.start == True:
total = time.time() - profile.begin
profile = h.add_time(profile, total)
profile.start = False
db.update(profile)
print(f"> Stopped timer for {profile.name}")
else:
print(f"> Profile {profile.name} has not been started.")
def schedule(self):
"""Takes and activities dictionary and adds start and end times
Pass in the practice or individual start time, then it will
increment"""
start_time = self.time
activities = self.activities()
for activity in activities:
activity.start_time = start_time
activity.end_time = add_time(start_time, activity.duration)
start_time = activity.end_time
return activities
def schedule(self):
"""Takes workout activities and adds start and end times
Pass in the practice or individual start time, then it will
increment
TODO: We could cache this or store in the DB"""
start_time = self.time_suggested
activities = self.activities()
for activity in activities:
activity.start_time = start_time
activity.end_time = add_time(start_time, activity.duration)
start_time = activity.end_time
return activities
def schedule(self):
"""Takes workout activities and adds start and end times
Pass in the practice or individual start time, then it will
increment
TODO: We could cache this or store in the DB"""
start_time = self.time_suggested
activities = self.activities()
for activity in activities:
activity.start_time = start_time
activity.end_time = add_time(start_time, activity.duration)
start_time = activity.end_time
return activities
def get_prev_slots(df, duration):
'''gets the dict of form: {slot : previous slot, ...}'''
slots = get_slots(df)
prev_slot = {}
for i_slot in slots:
i_start_time = helpers.get_start_time(i_slot)
i_end_time = helpers.add_time(i_start_time, duration)
i_day = i_slot[:2]
for j_slot in slots:
j_start_time = helpers.get_start_time(j_slot)
j_day = j_slot[:2]
if (i_start_time < j_start_time) and (i_day == j_day) and (
i_end_time == j_start_time):
prev_slot[j_slot] = i_slot
return (prev_slot)
