import parsedates as p
import Parser_ts as dt_parse
import datetime
from numpy.testing import *
p.set_callback(dt_parse.DateTimeFromString)
# All test numbers were pulled from either the SciKits TimeSeries Module (example):
# >>> print t.Date("Minute", "1970-01-10").value
# 12961
# or the Unix date command (example):
# $ date -d "1000-01-01 00:00:01 GMT" +%s
# -30610223999
class TestCreation():
# Test each frequencies' creation and proper value
########################################################################
## Frequency Tests
########################################################################
# YEAR
def test_pre_epoch_year(self):
"Test creation of years pre epoch."
dstring = '1969'
assert_equal(p.date_to_long(dstring, 'Y'), -1)
dstring = '1940'
assert_equal(p.date_to_long(dstring, 'Y'), -30)
import parsedates
def parse(args):
print "Arguments are: ", args
def add_ints(a,b):
a = int(a)
b = int(b)
return a + b
parsedates.set_callback(parse)
parsedates.parse_date("one")