def hours(db, args, extra=None):
payperiod_class = 'MonthlyOnSecondToLastFriday'
current_sheet = dbutil.get_current_sheet(db)
if db.config.has_option(current_sheet, 'payperiod_type'):
payperiod_class = db.config.get(current_sheet, 'payperiod_type')
parser = optparse.OptionParser()
parser.add_option("--param", type="string", dest="param", default=None)
parser.add_option(
"--payperiod-type", type="string",
dest="payperiod_type", default=payperiod_class
)
(options, args, ) = parser.parse_args()
ppu = PayPeriodUtil(db, options.payperiod_type)
hour_info = ppu.get_hours_details()
if options.param and options.param in hour_info.keys():
param = hour_info[options.param]
if isinstance(param, datetime):
param = int(time.mktime(param.timetuple()))
print param
else:
print "Period: %s through %s" % (
hour_info['begin_period'].strftime("%Y-%m-%d"),
hour_info['end_period'].strftime("%Y-%m-%d"),
)
if(hour_info['actual'] > hour_info['expected']):
print "%.2f hour SURPLUS" % (
hour_info['actual'] - hour_info['expected'],
)
print "%s hours unpaid" % (hour_info['unpaid'],)
print "%s hours vacation" % (hour_info['vacation'], )
print "%s hours adjustment" % (hour_info['adjustments'], )
print ""
print "You should have left at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"),
)
else:
print "%.2f hour DEFICIT" % (
hour_info['expected'] - hour_info['actual']
)
print "%s hours unpaid" % (hour_info['unpaid'])
print "%s hours vacation" % (hour_info['vacation'], )
print "%s hours adjustment" % (hour_info['adjustments'], )
print ""
print "You should leave at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"),
)
def hours(db, args, extra=None):
payperiod_class = 'MonthlyOnSecondToLastFriday'
current_sheet = dbutil.get_current_sheet(db)
if db.config.has_option(current_sheet, 'payperiod_type'):
payperiod_class = db.config.get(current_sheet, 'payperiod_type')
parser = optparse.OptionParser()
parser.add_option("--param", type="string", dest="param", default=None)
parser.add_option("--payperiod-type",
type="string",
dest="payperiod_type",
default=payperiod_class)
(
options,
args,
) = parser.parse_args()
ppu = PayPeriodUtil(db, options.payperiod_type)
hour_info = ppu.get_hours_details()
if options.param and options.param in hour_info.keys():
param = hour_info[options.param]
if isinstance(param, datetime):
param = int(time.mktime(param.timetuple()))
print param
else:
print "Period: %s through %s" % (
hour_info['begin_period'].strftime("%Y-%m-%d"),
hour_info['end_period'].strftime("%Y-%m-%d"),
)
if (hour_info['actual'] > hour_info['expected']):
print "%.2f hour SURPLUS" % (hour_info['actual'] -
hour_info['expected'], )
print "%s hours unpaid" % (hour_info['unpaid'], )
print "%s hours vacation" % (hour_info['vacation'], )
print "%s hours adjustment" % (hour_info['adjustments'], )
print ""
print "You should have left at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"), )
else:
print "%.2f hour DEFICIT" % (hour_info['expected'] -
hour_info['actual'])
print "%s hours unpaid" % (hour_info['unpaid'])
print "%s hours vacation" % (hour_info['vacation'], )
print "%s hours adjustment" % (hour_info['adjustments'], )
print ""
print "You should leave at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"), )
def hours(db, args, extra=None):
parser = optparse.OptionParser()
parser.add_option("--param", type="string", dest="param", default=None)
(options, args, ) = parser.parse_args()
ppu = PayPeriodUtil(db)
hour_info = ppu.get_hours_details()
if options.param and options.param in hour_info.keys():
param = hour_info[options.param]
if isinstance(param, datetime):
param = int(time.mktime(param.timetuple()))
print param
else:
print "Period: %s through %s" % (
hour_info['begin_period'].strftime("%Y-%m-%d"),
hour_info['end_period'].strftime("%Y-%m-%d"),
)
if(hour_info['actual'] > hour_info['expected']):
print "%.2f hour SURPLUS" % (
hour_info['actual'] - hour_info['expected'],
)
print "%s hours unpaid" % (hour_info['unpaid'],)
print "%s hours vacation" % (hour_info['vacation'], )
print ""
print "You should have left at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"),
)
else:
print "%.2f hour DEFICIT" % (
hour_info['expected'] - hour_info['actual']
)
print "%s hours unpaid" % (hour_info['unpaid'])
print "%s hours vacation" % (hour_info['vacation'], )
print ""
print "You should leave at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"),
)
def hours(db, args, extra=None):
parser = optparse.OptionParser()
parser.add_option("--param", type="string", dest="param", default=None)
(
options,
args,
) = parser.parse_args()
ppu = PayPeriodUtil(db)
hour_info = ppu.get_hours_details()
if options.param and options.param in hour_info.keys():
param = hour_info[options.param]
if isinstance(param, datetime):
param = int(time.mktime(param.timetuple()))
print param
else:
print "Period: %s through %s" % (
hour_info['begin_period'].strftime("%Y-%m-%d"),
hour_info['end_period'].strftime("%Y-%m-%d"),
)
if (hour_info['actual'] > hour_info['expected']):
print "%.2f hour SURPLUS" % (hour_info['actual'] -
hour_info['expected'], )
print "%s hours unpaid" % (hour_info['unpaid'], )
print "%s hours vacation" % (hour_info['vacation'], )
print ""
print "You should have left at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"), )
else:
print "%.2f hour DEFICIT" % (hour_info['expected'] -
hour_info['actual'])
print "%s hours unpaid" % (hour_info['unpaid'])
print "%s hours vacation" % (hour_info['vacation'], )
print ""
print "You should leave at %s today to maintain hours." % (
hour_info['out_time'].strftime("%H:%M"), )