def test_counter_increase_decrease():
KP = kp.KernelProcessor(rtl)
KP.log_digest('1', 0, 0, 'mario')
KP.log_digest('1', 0, 0, 'maria')
KP.log_digest('1', 0, 0, 'mara')
assert KP._rtl_count['1'] == 3
KP.log_digest('12', 0, 0, 'mario')
KP.log_digest('12', 0, 0, 'maria')
assert KP._rtl_count['1'] == 1
def test_get_raw_snapshot():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 1, 'u0')
KP.log_digest('1', 0, 2, 'u0')
KP.log_digest('1', 0, 2, 'maria')
KP.log_digest('0', 0, 4, 'u0')
KP.log_digest('1', 0, 4, 'u1')
KP.log_digest('3', 0, 6, 'u0')
assert set(KP.get_raw_snapshot().keys()) == set(['0', '1', '3'])
def test_len_of_slots():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 1, 'mario')
KP.log_digest('1', 0, 2, 'mario')
KP.log_digest('1', 0, 2, 'maria')
KP.log_digest('0', 0, 5, 'mario')
KP.log_digest('3', 0, 5, 'mario')
assert len(KP._rtl_slots['0']) == 1440
assert len(KP._rtl_slots['1']) == 1440
def test_get_status():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 1, 'u0')
KP.log_digest('1', 0, 2, 'u0')
KP.log_digest('1', 0, 2, 'maria')
KP.log_digest('0', 0, 4, 'u0')
KP.log_digest('1', 0, 4, 'u1')
KP.log_digest('2', 0, 6, 'u0')
assert KP.get_status('0') == 0
assert KP.get_status('1') == 2
assert KP.get_status('2') == 1
def test_moove():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 0, 'mario')
assert KP._rtl_count['0'] == 1
assert KP._rtl_count['1'] == 0
assert KP._rtl_count['2'] == 0
KP.log_digest('1', 0, 0, 'mario')
assert KP._rtl_count['0'] == 0
assert KP._rtl_count['1'] == 1
assert KP._rtl_count['2'] == 0
KP.log_digest('2', 0, 0, 'mario')
assert KP._rtl_count['0'] == 0
assert KP._rtl_count['1'] == 0
assert KP._rtl_count['2'] == 1
def test_reset():
KP = kp.KernelProcessor(rtl, 1)
KP.log_digest('0', 0, 1, 'u0')
KP.log_digest('1', 0, 2, 'u0')
KP.log_digest('1', 0, 2, 'maria')
KP.log_digest('0', 0, 4, 'u0')
KP.log_digest('1', 0, 4, 'u1')
KP.log_digest('3', 0, 6, 'u0')
assert set(KP.reset().keys()) == set(['0', '1', '3'])
assert KP._rtl_count == Counter()
assert KP._rtl == set(rtl)
assert KP._uid_rtl == {}
assert KP._last_slot_seen == 1
def test_get_averaged_status():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 1, 'u0')
KP.log_digest('1', 0, 2, 'u0')
KP.log_digest('1', 0, 2, 'maria')
KP.log_digest('0', 0, 4, 'u0')
KP.log_digest('1', 0, 4, 'u1')
KP.log_digest('2', 0, 6, 'u0')
x0 = [0, 1, 0, 0, 1, 1]
x1 = [0, 0, 2, 2, 2, 2]
x3 = [0, 0, 0, 0, 0, 0]
assert KP.get_averaged_status('0', 3) == np.mean(x0[-3:])
assert KP.get_averaged_status('1', 3) == np.mean(x1[-3:])
assert KP.get_averaged_status('2', 1) == np.mean(x3[-1:])
def test_values_of_slots():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 1, 'u0')
KP.log_digest('1', 0, 2, 'u0')
KP.log_digest('1', 0, 2, 'maria')
KP.log_digest('0', 0, 4, 'u0')
KP.log_digest('1', 0, 4, 'u1')
KP.log_digest('3', 0, 6, 'u0')
x0 = [0, 1, 0, 0, 1, 1]
x1 = [0, 0, 2, 2, 2, 2]
for index in range(6):
assert KP._rtl_slots['0'][index] == x0[index]
for index in range(6):
assert KP._rtl_slots['1'][index] == x1[index]
assert len(KP._rtl_slots['1']) == 1440
def test_raise_ValueError():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 1, 'u0')
KP.log_digest('1', 0, 2, 'u0')
with pytest.raises(ValueError):
KP.log_digest('0', 0, 1, 'u0')
def test_number_of_slots():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 1, 'mario')
KP.log_digest('1', 0, 2, 'mario')
KP.log_digest('2', 0, 3, 'mario')
assert len(KP._rtl_slots) == 2
def test_back_to_empty():
KP = kp.KernelProcessor(rtl)
KP.log_digest('0', 0, 0, 'mario')
KP.log_digest('12', 0, 0, 'mario')
assert KP._rtl_count['0'] == 0