def date_from_schedule(day_string, period_string, today=None): if today is None: today = now_target_timezone() day_one_index = schedule_map_inv.get(day_string.title()) period_index = period_map_inv.get(period_string) period_item = get_period(day_one_index, period_index) when = next_day(today, day_one_index-1) return datetime.datetime( year=when.year, month=when.month, day=when.day, hour=period_item.start_hour, minute=period_item.start_minute, tzinfo=target_timezone ), period_item
def calc_trigger_from_context(event_date):
"""
Return the number of minutes so that:
- if it is for later today, remind 5 minutes prior
- if it is a future date not today, remind at 7:30 am in the morning
"""
today = now_target_timezone()
if event_date.date() == today.date():
return 5
hour, minute = map(int, TRIGGER_TARGET_DATE.split(':'))
target_trigger_date = datetime.datetime(
year=event_date.year, month=event_date.month, day=event_date.day,
hour=hour, minute=minute,
tzinfo=target_timezone
)
delta = event_date - target_trigger_date
return int(delta.seconds / 60)
def menu(from_date, to_date, summary=False):
todos = {}
the_day = from_date
name_lengths = []
for k, sch in schedule.items():
for _, s in sch.items():
name_lengths.append(len(s.name))
length_of_longest_name = max(name_lengths)
while True:
click.clear()
num_days = (to_date - from_date).days + 1
from_month, from_day, from_year = str(from_date.month), str(
from_date.day), str(from_date.year)
to_month, to_day, to_year = str(to_date.month), str(to_date.day), str(
to_date.year)
todos = list_from_to(CAL_NAME, from_month, from_day, from_year,
to_month, to_day, to_year)
# Recollect todos into form that incorporates events that have not been scheduled
# along periods...
for plus_days in range(num_days):
the_day, weekday_one_indexed = print_menu(from_date +
datetime.timedelta(
days=plus_days))
show_reference = {}
this_schedule = schedule[weekday_one_indexed]
placeholder_todo = CalendarItem([None, None, "", "", None], False)
for item_index, period_item in schedule[weekday_one_indexed].items(
):
start_key = the_day.strftime(
'%m/%d/%Y') + 'T' + period_item.start_time
end_key = the_day.strftime(
'%m/%d/%Y') + 'T' + period_item.end_time
returned_todos = todos.get(start_key, [placeholder_todo])
these_todos = sorted(returned_todos,
key=lambda obj:
(int(obj.raw_event), obj.blurb))
# Now append the ones that start after but end before the end time.
# Just look through the keys and append them at the end manually
extras = [
todos[e] for e in todos.keys()
if e > start_key and e < end_key
]
for ext in extras:
for e in ext:
e.summary = '({0.start_date_hour}:{0.start_date_minute}) '.format(
e) + e.summary
these_todos.append(e)
#
# Decide what to render to screen
# Modifies the period_item's name and has to restore it
for which_index, todo in enumerate(these_todos):
saved_name = period_item.name
if which_index > 0:
if not todo.raw_event:
period_item.name = '>' + (' ' *
len(period_item.name))
else:
period_item.name = '*' + (' ' *
len(period_item.name))
render = alternative_output.format(
length_of_longest_name)
else:
render = first_line_output.format(
length_of_longest_name)
if which_index == 0:
show_reference[item_index] = todo.uid
blurb = todo.blurb or todo.summary # choose the best fit
# if summary and not blurb:
# continue
click.echo(
render.format(
schedule_abbr_map[weekday_one_indexed], blurb,
period_item, '.' *
(terminal_width -
(25 + length_of_longest_name + len(blurb)))))
period_item.name = saved_name
#
click.echo("=" * terminal_width)
while True:
click.echo(': ', nl=False)
first_char = click.getchar().upper()
log_cals = 'EC'
shortcuts = '+-123456789HBLNPTAWDS' + log_cals
if first_char in shortcuts:
if first_char == 'S':
response = click.prompt('Enter')
ref = show_reference.get(response.upper())
if ref is not None:
click.echo('\n(Showing on Calendar App)')
show_event(CAL_NAME, ref)
else:
click.echo("No event to show!")
elif first_char == 'W':
to_date = from_date + datetime.timedelta(days=6)
summary = True
break
elif first_char == 'D':
to_date = from_date
summary = False
break
elif first_char == '+':
from_date = from_date + datetime.timedelta(days=1)
to_date = to_date + datetime.timedelta(days=1)
break
elif first_char == '-':
from_date = from_date + datetime.timedelta(days=-1)
to_date = to_date + datetime.timedelta(days=-1)
break
elif first_char == 'N':
from_date = from_date + datetime.timedelta(days=7)
to_date = to_date + datetime.timedelta(days=7)
break
elif first_char == 'P':
from_date = from_date + datetime.timedelta(days=-7)
to_date = to_date + datetime.timedelta(days=-7)
break
elif first_char == 'T':
from_date = now_target_timezone()
if summary:
to_date = from_date + datetime.timedelta(days=6)
else:
to_date = from_date
break
elif first_char in log_cals:
cal = {'E': 'Help Log', 'C': 'Coding Log'}.get(first_char)
click.echo('\n')
click.echo(cal + '...')
short = click.prompt("Who did it help?")
details = click.prompt("Details?")
selected_day, selected_period = get_period_input(
"About when did you start it?")
which_day, period_info = date_from_schedule(
selected_day, selected_period)
click.echo(which_day)
flag = "a" # arbitrary non null character
while flag:
temp = click.prompt(
"Add/subtract minutes to {} @ {} ?".format(
which_day.strftime('%x'),
which_day.strftime('%X')[:-3]),
default='a',
show_default=False)
if temp == 'a':
flag = ''
else:
try:
which_day = which_day + datetime.timedelta(
minutes=int(temp))
except ValueError:
flag = 'a'
how_long = click.prompt("How many minutes did you spend?")
add_event(cal,
short,
short + ' (' + how_long + 'm)' + ': ' + details,
which_day,
int(how_long),
trigger_minutes_before=0)
break
elif first_char == 'A':
selected_day, selected_period = get_period_input(
'Enter week/period info')
description = click.prompt("Enter description")
success = add_super_reminder(from_date, selected_day,
selected_period, description,
CAL_NAME)
if not success:
click.pause(
"Sorry, it didn't work :( Type any character...")
break
else:
click.echo('Huh?: ' + first_char)
click.echo('')
click.echo('>>>>>>><<<<<<<'.center(terminal_width))
click.echo('')
def day_menu_plus_two():
the_day = now_target_timezone() + datetime.timedelta(days=2)
menu(the_day, the_day)
def day_menu_plus_one():
the_day = now_target_timezone()
menu(the_day, the_day)
def day_menu_default():
the_day = now_target_timezone()
menu(the_day, the_day)
def week_menu_default():
from_date = now_target_timezone()
to_date = now_target_timezone() + datetime.timedelta(days=6)
menu(from_date, to_date, summary=True)