def largest_running_time(self, category):
from timeclock import get_timestamp
if not category in self.categories:
raise Exception("{0} is not a known category".format(category))
largest = None
times = self.categories[category]
idx = 0
len(times)
num_times = len(times)
while idx < num_times:
start = times[idx]
idx += 1
if idx >= num_times:
stop = get_timestamp()
else:
stop = times[idx]
idx += 1
thetime = stop - start
if largest is None:
largest = (thetime, start, stop)
else:
if thetime > largest[0]:
largest = (thetime, start, stop)
return largest
def punch(self, category, timestamp=None):
from timeclock import get_timestamp
if not timestamp:
_timestamp = get_timestamp()
else:
_timestamp = timestamp
with open(self.clock_filename, "a") as outfile:
outfile.write("{0}\t{1}\n".format(category, _timestamp))
def get_total_time(category):
from timeclock import get_timestamp
punches = self.categories[category]
elapsed_time = 0
length = len(punches)
if length % 2 != 0:
length -= 1
idx = 0
while idx < length:
start = punches[idx]
stop = punches[idx + 1]
elapsed_time += stop - start
idx += 2
if len(punches) % 2 != 0:
elapsed_time += get_timestamp() - punches[-1]
return elapsed_time
def date2unix():
import time
from timeclock import get_timestamp
from datetime import datetime as DT
# Get current time data
currunixtime = get_timestamp()
currdatetime = DT.fromtimestamp(currunixtime).strftime('%Y%m%d %H:%M')
secoffset = DT.fromtimestamp(currunixtime).strftime('%S')
currunixtime -= int(secoffset)
print("Current Unix Time: %d" % currunixtime)
print("Current Date Time: %s" % currdatetime)
# Run script
unixtime = run_command("date2unix %s" % currdatetime)
unixtime = unixtime.strip()
unixtime = int(unixtime)
# Compare
retval = (unixtime == currunixtime)
print("Calculated Unix Time: %d" % unixtime)
return retval
