def test_findepochrange_cdfepoch():
start_time = "2013-12-01 12:24:22.000"
end_time = "2014-12-01 12:24:22.000"
x = cdfepoch.parse([start_time, end_time])
time_array = np.arange(x[0], x[1], step=1000000)
test_start = [2014, 8, 1, 8, 1, 54, 123]
test_end = [2018, 1, 1, 1, 1, 1, 1]
index = cdfepoch.findepochrange(time_array, starttime=test_start, endtime=test_end)
# Test that the test_start is less than the first index, but more than one less
assert time_array[index[0]] >= cdfepoch.compute(test_start)
assert time_array[index[0]-1] <= cdfepoch.compute(test_start)
assert time_array[index[-1]] <= cdfepoch.compute(test_end)
def test_findepochrange_cdftt2000():
start_time = "2004-03-01 12:24:22.351793238"
end_time = "2004-03-01 12:28:22.351793238"
x = cdfepoch.parse([start_time, end_time])
time_array = np.arange(x[0], x[1], step=1000000)
test_start = [2004, 3, 1, 12, 25, 54, 123, 111, 98]
test_end = [2004, 3, 1, 12, 26, 4, 123, 456, 789]
index = cdfepoch.findepochrange(time_array, starttime=test_start, endtime=test_end)
# Test that the test_start is less than the first index, but more than one less
assert time_array[index[0]] >= cdfepoch.compute(test_start)
assert time_array[index[0]-1] <= cdfepoch.compute(test_start)
assert time_array[index[-1]] <= cdfepoch.compute(test_end)
assert time_array[index[-1]+1] >= cdfepoch.compute(test_end)
def test_compute_cdfepoch():
'''
Using random numbers for the compute tests
'''
random_time = []
random_time.append(randint(0, 2018)) # Year
random_time.append(randint(1, 12)) # Month
random_time.append(randint(1, 28)) # Date
random_time.append(randint(0, 23)) # Hour
random_time.append(randint(0, 59)) # Minute
random_time.append(randint(0, 59)) # Second
random_time.append(randint(0, 999)) # Millisecond
x = cdfepoch.breakdown(cdfepoch.compute(random_time))
i = 0
for t in x[0]:
assert t == random_time[i], f'Time {random_time} was not equal to {x}'
i += 1
def test_compute_cdfepoch16():
random_time = []
random_time.append(randint(0, 2018)) # Year
random_time.append(randint(1, 12)) # Month
random_time.append(randint(1, 28)) # Date
random_time.append(randint(0, 23)) # Hour
random_time.append(randint(0, 59)) # Minute
random_time.append(randint(0, 59)) # Second
random_time.append(randint(0, 999)) # Millisecond
random_time.append(randint(0, 999)) # Microsecond
random_time.append(randint(0, 999)) # Nanosecond
random_time.append(randint(0, 999)) # Picosecond
cdftime = cdfepoch.convert_to_astropy(cdfepoch.compute(random_time), format='cdf_epoch16')
x = cdfepoch.breakdown(cdftime)
i = 0
for t in x[0]:
assert t == random_time[i], 'Time {} was not equal to {}'.format(random_time, x)
i += 1
# Unfortunately, currently there is a pretty big loss of precision that comes with
# the compute function. Need to stop testing early.
if i > 6:
return