Print a formatted, plain text list of all scheduled timers with the dates and times for which they are scheduled. A description can be found here
1 #!/usr/bin/env python
2
3 from appscript import *
4 import datetime
5
6 # Get a list of all the sessions.
7 allsessions = app('Audio Hijack Pro').sessions.get()
8
9 # Make a list with the sessions that have scheduled timers.
10 timersessions = []
11 for s in allsessions:
12 for t in s.timers.get():
13 if t.scheduled():
14 timersessions.append(s)
15 break # go to next session after finding a scheduled timer
16
17 # Get the length of the longest name of a timersession.
18 longest = max(len(s.name()) for s in timersessions)
19
20 # Make a 7-character string with the days that the timer runs.
21 def timerdays(t):
22 daylist = ['-'] * 7
23 if t.runs_Sunday():
24 daylist[0] = 'S'
25 if t.runs_Monday():
26 daylist[1] = 'M'
27 if t.runs_Tuesday():
28 daylist[2] = 'T'
29 if t.runs_Wednesday():
30 daylist[3] = 'W'
31 if t.runs_Thursday():
32 daylist[4] = 'T'
33 if t.runs_Friday():
34 daylist[5] = 'F'
35 if t.runs_Saturday():
36 daylist[6] = 'S'
37 return ''.join(daylist)
38
39 # Print the info for all the sessions with enabled timers.
40 for s in timersessions:
41 for t in s.timers.get():
42 if t.scheduled():
43 dur = t.duration()
44 durstr = '(%d min)' % (dur/60)
45 st = t.start_time()
46 et = st + datetime.timedelta(seconds = dur)
47 dow = timerdays(t)
48 ststr = st.strftime("%l:%M %p")
49 etstr = et.strftime("%l:%M %p")
50 fmtstr = "%" + str(longest) + "s: %s from %s to %s%s"
51 print fmtstr % (s.name(), dow, ststr, etstr, durstr.rjust(9))