import pyttsx3
import time
time = time.strftime("%M minutes past %I")
engine = pyttsx3.init()
engine.setProperty('rate',200)
engine.say("Hi Tom");
engine.say("The time is" + time);
engine.runAndWait();
When running this it will say "Hi Tom, the time is 07 minutes past 10" for example and will say a 0 in front of the minutes if its between 0-9 but 10-59 its says it normally. Is there a way to remove the 0 from being said?
Could this be useful
t = time.localtime()
...
engine.say('The time is %d minutes past %s' % (t.tm_min,t.tm_hour))
Related
Using the import to models option, I am importing an XLS file with about 15,000 rows.
With the microtime_float function, the script times and echos out how long it takes. At 29.6 secs, this happens, showing it took less than 30 seconds. At that time, I can see the database has all 15k+ records as expected, no issues there.
Problem is, the browser is kept busy and at 1 min 22 secs, 1 min 55 secs and 2 min 26 secs it prompts me to either wait or kill the process. I keep clicking wait and finally it ends at 2 mins 49 secs.
This is a terrible user experience, how can I cut off this extra wait time?
It's a very basic setup: the route calls importcontroller#import with http get and the code is as follows:
public function import()
{
ini_set('memory_limit', '1024M');
$start = $this->microtime_float();
Excel::import(new myImport, 'myfile.xls' , null, \Maatwebsite\Excel\Excel::XLS);
$end = $this->microtime_float();
$t = $end - $start;
return "Time: $t";
}
The class uses certain concerns as follows:
class myImport implements ToModel, WithBatchInserts, WithChunkReading, WithStartRow
Given two strings :
ex:
start_time="3:00 PM"
Duration="3:10"
Start time is in 12-hour clock format (ending in AM or PM), and duration time
that indicates the number of hours and minutes
Assume that the start times are valid times.The minutes in the duration time will
be a whole number less than 60, but the hour can be any whole number.
I need to add the duration time to the start time and return the result
(WITHOUT ANY USE OF LIBRARIES).
The result should be in 12-hour clock format (ending in AM or PM) indicates the
number of hours and minutes
ex:
start_time = "6:30 PM"
Duration = "205:12"
# Returns: 7:42 AM
I Tried and finally got the required answer but unable to produce correct AM or PM for
the result after addition.
what I Tried:
start_time = "6:30 PM"
Duration = "205:12"
#My answer =7:42
#expected :7:42 AM
Can someone help me with the logic to produce correct AM or PM after addition of start
time and Duration.
def add_time(a,b):
a=a.split()
b=b.split()
be=int(a[0][:a[0].find(':')])
af=int(a[0][a[0].find(':')+1:])
be1 = int(b[0][:b[0].find(':')])
af1 = int(b[0][b[0].find(':') + 1:])
return(((be+be1)//24)+1)
s=be+(be1)%12
p=af+af1
if ((s>12) and (p<60)) :
return(str(s-12)+":"+str(p))
elif ((s<12) and (p>60)) :
f = p-60
if len(str(f))<=1:
return(str(s+1)+":"+str('0'+str(f)))
else:
return (str(s + 1)+":"+(str(f)))
elif ((s<12) and (p<60)) :
return(str(s)+":"+str(p))
elif ((s>12) and (p>60)):
f=p-60
if len(str(f)) <= 1:
return (str((s -12)+1)+":"+('0' + str(f)))
else:
return (str((s -12)+1)+":"+(str(f)))
print(add_time("10:10 PM", "3:30"))
# Returns: 1:40 AM
print(add_time("11:43 PM", "24:20"))
# Returns: 12:03 AM
Your code does not seem to cover all edge cases, e.g. add_time("11:43 PM", "1:20") returns None because the case s==12 is not covered.
Therefore one should put <= instead of < in the respective if conditions. The case where the addition of the minutes leads to hours greater than 12 although the addition of the hours itself did not, is not covered either. So we should check the minutes first and the hours after that instead of simultaneously.
To make the code more readable, we use f-strings and can use str.split() with an argument, forgive me for changing the code quite a bit:
def add_time(a,b):
start = a.split()
start_h, start_m = [int(val) for val in start[0].split(':')]
start_app = start[1]
dur_h, dur_m = [int(val) for val in b.split(':')]
end_m = start_m+dur_m
end_h = end_m//60
end_m %= 60
end_h += start_h+dur_h
if (end_h//12)%2==0:
end_app = start_app
else:
end_app = 'AM' if start_app=='PM' else 'PM'
return f'{end_h:02}:{end_m:02} {end_app}'
I need a way to execute my python script every 15 mins starting from 9:30:42 till 15:00:42 every day from Mon-Fri.
I have explored APScheduler with cron syntax but can't figure out how to code the above condition. I tried below but doesn't work (execute is my function name)
sched.add_cron_job(execute, day_of_week='mon-fri', hour='9:30:42-15:00:42', minute='*/15')
Any pointer is deeply appreciated.
As far as I can tell you won't be able to do what you want with a single job.
This is the closest I could get with one:30-59/15 9-14 * * 1-5 which equates to Every 15 minutes, minutes 30 through 59 past the hour, between 09:00 AM and 02:59 PM, Monday through Friday.
Although it isn't exactly what you wanted I hope this helps as a base.
I wrote custom code to solve my problem. Posting here in case it helps someone. Any optimisations suggestions are welcome.
The first infinite loop starts the job when the start time is hit. The 2nd infinite loop wakes up every x minutes to check if next run time has approached. If yes, it executes else goes back to sleep. If the end time for execution has reached, then it breaks out
def execute_schedule_custom():
start_time_of_day = datetime.combine(date.today(), time(9, 30, 42))
next_run_time = start_time_of_day
end_time_of_day = datetime.combine(date.today(), time(15, 0, 42))
interval = 15
sleep_secs = 60 * 5 #sleep for 5 mins
while True:
if datetime.now() >= start_time_of_day:
execute()
next_run_time = start_time_of_day + timedelta(minutes=interval)
break
while True:
if datetime.now() >= end_time_of_day:
break
elif datetime.now() >= next_run_time:
execute()
next_run_time = next_run_time + timedelta(minutes=interval)
t.sleep(sleep_secs)
Im building a bots for some clients but want the bots to activate at the same time based on Eastern time only, since Im in New York, and thats the only time I do know by heart. I don't know what timezone any of my future clients will be in so I'd rather permanently set it contingent upon eastern time. I want them all to be timed to start at 11:00AM EST - US/Eastern
from pytz import timezone
import time, datetime
def Schedule():
tz = timezone('US/Eastern')
today = datetime.datetime.now(tz)
#today = datetime.datetime.now()
Activate = (datetime.datetime(today.year, today.month, today.day, 0, 50, 0) - today).seconds
#Uses Military Time 23, 25, 0 = 11:25:00PM
print('Waiting for ' + str(datetime.timedelta(seconds=Activate)))
time.sleep(Activate)
#Rest of the code will activate at the correct time that you set it
Schedule() #Uncomment this
there's obviously a time module that works in combination with this problem, but I have not found it yet.
I'm simply trying to use Pyephem on a Raspberry Pi to find out what time sunrise and sunset is for my latitude longitude coordinates.
the code is quite simply this:
import ephem
import datetime
import time
now = datetime.datetime.now()
gmNow = time.mktime(time.localtime())
Vancouver = ephem.Observer()
Vancouver.lat = 49.2878
Vancouver.horizon = 0
Vancouver.lon = -123.0502
Vancouver.elevation = 80
Vancouver.date = now
# Vancouver.date = time.localtime()
sun = ephem.Sun()
print("sunrise is at",ephem.localtime(Vancouver.next_rising(sun)))
print("sunset is going to be at ",ephem.localtime(Vancouver.next_setting(sun)))
print("now is ",now)
print("gmNow is",gmNow)
what exports, when that runs is wrong by 8 hours though. so it appears that the
ephem.localtime() is not actually running.
pi#raspberrypi ~ $ sudo python3 vivarium_sun.py
sunrise is at 2014-09-19 12:55:56.000004
sunset is going to be at 2014-09-19 00:52:30.000004
now is 2014-09-19 06:22:24.014859
gmNow is 1411132944.0
It's driving me nuts, and it's obviously one of those simple things once it's figured out, so I'm going to the hive mind here.
EDIT** Just typing 'date' into the command line of the Raspberry Pi returns the following:
pi#raspberrypi ~ $ date
Fri Sep 19 18:41:42 PDT 2014
which is accurate.
You should pass datetime.utcnow() to the observer instead of your local time.
ephem expects latitude and longitude in radians if passed as floats, use strings instead:
from datetime import datetime, timezone
import ephem
now = datetime.now(timezone.utc)
Vancouver = ephem.Observer()
Vancouver.lat = '49.2878'
Vancouver.horizon = 0
Vancouver.lon = '-123.0502'
Vancouver.elevation = 80
Vancouver.date = now
sun = ephem.Sun(Vancouver)
print("sunrise is at", ephem.localtime(Vancouver.next_rising(sun)))
print("sunset is going to be at ",
ephem.localtime(Vancouver.next_setting(sun)))
print("now is ",now.astimezone())
Output
sunrise is at 2014-09-20 06:55:38.000005
sunset is going to be at 2014-09-19 19:16:38.000004
now is 2014-09-19 19:15:04.171486-07:00