def test_call_2Keys_1Val():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 2
obj.binnings = (MockBinningFloor(max=30), MockBinningFloor(max=50))
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((15.3, 22.8, 101.1), )
assert (
((15, 22), (101.1, )),
) == obj(event)
array_reader.ret = ((45.3, 22.8, 101.1), ) # 1st element out of range
assert () == obj(event)
array_reader.ret = ((15.3, 52.8, 101.1), ) # 2nd element out of range
assert () == obj(event)
array_reader.ret = ((45.3, 52.8, 101.1), ) # both out of range
assert () == obj(event)
def test_call_raise():
obj = KeyValueComposer()
obj.active = True
array_reader = MockArrayReaderRaise()
obj._array_reader = array_reader
event = MockEvent()
with pytest.raises(Exception):
obj(event)
def test_call_raise():
obj = KeyValueComposer()
obj.active = True
array_reader = MockArrayReaderRaise()
obj._array_reader = array_reader
event = MockEvent()
with pytest.raises(Exception):
obj(event)
def test_call_NoneKey_NoneVal():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 0
obj.binnings = None
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((), )
assert (((), ()), ) == obj(event)
def test_call_2Keys_1Val_NoneBinnings():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 2
obj.binnings = None
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((15.3, 22.8, 101.1), )
assert (((15.3, 22.8), (101.1, )), ) == obj(event)
def test_call_NoneKey_1Val():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 0
obj.binnings = None
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((12.8, ), )
assert (((), (12.8, )), ) == obj(event)
def test_call_2Keys_1Val_NoneBinnings():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 2
obj.binnings = None
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((15.3, 22.8, 101.1), )
assert (
((15.3, 22.8), (101.1, )),
) == obj(event)
def test_call_1Key_1Val():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 1
obj.binnings = (MockBinningFloor(max=30), )
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((12.5, 20.3), )
assert (((12, ), (20.3, )), ) == obj(event)
array_reader.ret = ((32.5, 20.3), )
assert () == obj(event)
def test_call_1Key_1Val():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 1
obj.binnings = (MockBinningFloor(max=30), )
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((12.5, 20.3), )
assert (
((12, ), (20.3, )),
) == obj(event)
array_reader.ret = ((32.5, 20.3), )
assert () == obj(event)
def test_call_2Keys_1Val():
obj = KeyValueComposer()
obj.active = True
obj._lenkey = 2
obj.binnings = (MockBinningFloor(max=30), MockBinningFloor(max=50))
array_reader = MockArrayReader()
obj._array_reader = array_reader
event = MockEvent()
array_reader.ret = ((15.3, 22.8, 101.1), )
assert (((15, 22), (101.1, )), ) == obj(event)
array_reader.ret = ((45.3, 22.8, 101.1), ) # 1st element out of range
assert () == obj(event)
array_reader.ret = ((15.3, 52.8, 101.1), ) # 2nd element out of range
assert () == obj(event)
array_reader.ret = ((45.3, 52.8, 101.1), ) # both out of range
assert () == obj(event)